From 8d89fe80ff7abf6aaf301b2e024f92b63f0ec84a Mon Sep 17 00:00:00 2001 From: jgrusewski Date: Thu, 30 Oct 2025 01:26:02 +0100 Subject: [PATCH] chore: Second cleanup wave - organize root directory MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit - Archive: 85 agent .txt files → docs/archive/agents/legacy_txt/ - Scripts: Move 110 shell scripts → scripts/ (keep deploy.sh in root) - Models: Move 18 .safetensors → ml/models/checkpoints/training_artifacts/ - Delete: 34 directories (~33GB freed) - target/, coverage_*, test artifacts - Build: Clean 14 build artifacts (.rlib, .o, .pid, binaries) - Tests: Move 14 .rs files → tests/standalone/ - SQL: Move 5 files → sql/ (keep init-db*.sql for Docker) - Wave 153: Archive to docs/archive/historical/wave153/ - Docs: Archive 9 markdown files to wave_d/reports/ and historical/ Total impact: ~34GB freed (both waves), root directory cleaned from 583 to ~40 essential files Directory count reduced from 65 to 31 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scripts/run_tft_training.sh (100%) rename run_training.sh => scripts/run_training.sh (100%) rename runpod_validation_deploy.sh => scripts/runpod_validation_deploy.sh (100%) rename setup-database.sh => scripts/setup-database.sh (100%) rename setup.py => scripts/setup.py (100%) rename setup_lld.sh => scripts/setup_lld.sh (100%) rename simple_concurrent_test.sh => scripts/simple_concurrent_test.sh (100%) rename staging_e2e_tests.sh => scripts/staging_e2e_tests.sh (100%) rename start-tli.sh => scripts/start-tli.sh (100%) rename start.sh => scripts/start.sh (100%) rename start_all_services.sh => scripts/start_all_services.sh (100%) rename start_backtesting.sh => scripts/start_backtesting.sh (100%) rename start_services.sh => scripts/start_services.sh (100%) rename stop.sh => scripts/stop.sh (100%) rename stop_services.sh => scripts/stop_services.sh (100%) rename stub_ignored_tests.sh => scripts/stub_ignored_tests.sh (100%) rename sustained_load_grpc_test.sh => 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validate_agent_9_13.sh => scripts/validate_agent_9_13.sh (100%) rename verify_dataset_coverage.sh => scripts/verify_dataset_coverage.sh (100%) rename verify_db_optimization.sh => scripts/verify_db_optimization.sh (100%) rename verify_dbn_fix.sh => scripts/verify_dbn_fix.sh (100%) rename verify_dbn_loader_fix.sh => scripts/verify_dbn_loader_fix.sh (100%) rename verify_dockerfile_updates.sh => scripts/verify_dockerfile_updates.sh (100%) rename verify_documentation_structure.sh => scripts/verify_documentation_structure.sh (100%) rename verify_tft_checkpoint_fix.sh => scripts/verify_tft_checkpoint_fix.sh (100%) rename verify_tft_cuda_fix.sh => scripts/verify_tft_cuda_fix.sh (100%) rename verify_tft_cuda_setup.sh => scripts/verify_tft_cuda_setup.sh (100%) delete mode 100644 small_parquet_tool/Cargo.toml delete mode 100644 small_parquet_tool/src/main.rs delete mode 100644 smoke_test.pid rename PAPER_TRADING_DIAGNOSTIC_QUERIES.sql => sql/PAPER_TRADING_DIAGNOSTIC_QUERIES.sql (100%) rename 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tests/standalone/validate_14ns_claims.rs (100%) rename verify_normalization.rs => tests/standalone/verify_normalization.rs (100%) rename verify_tft_lru_fix.rs => tests/standalone/verify_tft_lru_fix.rs (100%) rename watch_tuning_progress_updated.rs => tests/standalone/watch_tuning_progress_updated.rs (100%) delete mode 100755 verify_normalization diff --git a/All targets: b/All targets: deleted file mode 100644 index e69de29bb..000000000 diff --git a/Error count: b/Error count: deleted file mode 100644 index e69de29bb..000000000 diff --git a/Production libs: b/Production libs: deleted file mode 100644 index e69de29bb..000000000 diff --git a/Warning count: b/Warning count: deleted file mode 100644 index e69de29bb..000000000 diff --git a/Cargo.toml.optimized b/config/alternative/Cargo.toml.optimized similarity index 100% rename from Cargo.toml.optimized rename to config/alternative/Cargo.toml.optimized diff --git a/server-extensions.cnf b/config/server-extensions.cnf similarity index 100% rename from server-extensions.cnf rename to config/server-extensions.cnf diff --git a/coverage_common/html/control.js b/coverage_common/html/control.js deleted file mode 100644 index 5897b005c..000000000 --- a/coverage_common/html/control.js +++ /dev/null @@ -1,99 +0,0 @@ - -function next_uncovered(selector, reverse, scroll_selector) { - function visit_element(element) { - element.classList.add("seen"); - element.classList.add("selected"); - - if (!scroll_selector) { - scroll_selector = "tr:has(.selected) td.line-number" - } - - const scroll_to = document.querySelector(scroll_selector); - if (scroll_to) { - scroll_to.scrollIntoView({behavior: "smooth", block: "center", inline: "end"}); - } - } - - function select_one() { - if (!reverse) { - const previously_selected = document.querySelector(".selected"); - - if (previously_selected) { - previously_selected.classList.remove("selected"); - } - - return document.querySelector(selector + ":not(.seen)"); - } else { - const previously_selected = document.querySelector(".selected"); - - if (previously_selected) { - previously_selected.classList.remove("selected"); - previously_selected.classList.remove("seen"); - } - - const nodes = document.querySelectorAll(selector + ".seen"); - if (nodes) { - const last = nodes[nodes.length - 1]; // last - return last; - } else { - return undefined; - } - } - } - - function reset_all() { - if (!reverse) { - const all_seen = document.querySelectorAll(selector + ".seen"); - - if (all_seen) { - all_seen.forEach(e => e.classList.remove("seen")); - } - } else { - const all_seen = document.querySelectorAll(selector + ":not(.seen)"); - - if (all_seen) { - all_seen.forEach(e => e.classList.add("seen")); - } - } - - } - - const uncovered = select_one(); - - if (uncovered) { - visit_element(uncovered); - } else { - reset_all(); - - const uncovered = select_one(); - - if (uncovered) { - visit_element(uncovered); - } - } -} - -function next_line(reverse) { - next_uncovered("td.uncovered-line", reverse) -} - -function next_region(reverse) { - next_uncovered("span.red.region", reverse); -} - -function next_branch(reverse) { - next_uncovered("span.red.branch", reverse); -} - -document.addEventListener("keypress", function(event) { - const reverse = event.shiftKey; - if (event.code == "KeyL") { - next_line(reverse); - } - if (event.code == "KeyB") { - next_branch(reverse); - } - if (event.code == "KeyR") { - next_region(reverse); - } -}); diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/database.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/database.rs.html deleted file mode 100644 index c76b15d8f..000000000 --- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/database.rs.html +++ /dev/null @@ -1 +0,0 @@ -

Coverage Report

Created: 2025-10-06 12:43

next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/database.rs
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//! Database connection utilities and configurations
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//!
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//! This module provides shared database connection management utilities
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//! that can be used across all Foxhunt services.
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use serde::{Deserialize, Serialize};
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use sqlx::{Pool, Postgres};
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use std::time::Duration;
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use thiserror::Error;
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// Import centralized database configuration
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pub use config::database::DatabaseConfig;
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use config::structures::BacktestingDatabaseConfig;
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/// Database-specific errors
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#[derive(Debug, Error)]
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pub enum DatabaseError {
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    /// Connection failed - wrapper around SQLx connection errors
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    #[error("Connection failed: {0}")]
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    Connection(#[from] sqlx::Error),
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    /// Query exceeded maximum allowed execution time
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    #[error("Query timeout: operation took {actual_ms}ms, max allowed {max_ms}ms")]
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    QueryTimeout {
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        /// Actual execution time in milliseconds
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        actual_ms: u64,
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        /// Maximum allowed execution time in milliseconds
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        max_ms: u64,
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    },
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    /// Connection pool has no available connections
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    #[error("Pool exhausted: no connections available")]
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    PoolExhausted,
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    /// Database configuration is invalid or missing required parameters
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    #[error("Configuration error: {0}")]
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    Configuration(String),
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    /// Performance constraint violation detected
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    #[error("Performance violation: {0}")]
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    Performance(String),
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}
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/// Database connection configuration (local extended version)
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#[derive(Debug, Clone, Deserialize, Serialize)]
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pub struct LocalDatabaseConfig {
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    /// Database connection URL
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    pub url: String,
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    /// Pool configuration
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    pub pool: PoolConfig,
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    /// Performance settings
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    pub performance: PerformanceConfig,
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}
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/// Connection pool configuration
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#[derive(Debug, Clone, Deserialize, Serialize)]
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pub struct PoolConfig {
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    /// Maximum number of connections in the pool
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    pub max_connections: u32,
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    /// Minimum number of connections to maintain
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    pub min_connections: u32,
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    /// Connection timeout in milliseconds
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    pub connect_timeout_ms: u64,
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    /// Connection acquire timeout in milliseconds
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    pub acquire_timeout_ms: u64,
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    /// Maximum connection lifetime in seconds
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    pub max_lifetime_seconds: u64,
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    /// Idle timeout in seconds
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    pub idle_timeout_seconds: u64,
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}
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/// Performance configuration for HFT operations
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#[derive(Debug, Clone, Deserialize, Serialize)]
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pub struct PerformanceConfig {
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    /// Query timeout in microseconds for HFT operations
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    pub query_timeout_micros: u64,
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    /// Enable connection prewarming
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    pub enable_prewarming: bool,
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    /// Enable statement preparation
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    pub enable_prepared_statements: bool,
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    /// Enable query logging for slow queries
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    pub enable_slow_query_logging: bool,
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    /// Slow query threshold in microseconds
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    pub slow_query_threshold_micros: u64,
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}
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impl Default for LocalDatabaseConfig {
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0
    fn default() -> Self {
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        Self {
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            url: "postgresql://foxhunt:password@localhost:5432/foxhunt".to_owned(),
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            pool: PoolConfig::default(),
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            performance: PerformanceConfig::default(),
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        }
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    }
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}
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impl Default for PoolConfig {
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    fn default() -> Self {
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0
        Self {
96
0
            max_connections: 50,
97
0
            min_connections: 10,
98
0
            connect_timeout_ms: 100,
99
0
            acquire_timeout_ms: 50,
100
0
            max_lifetime_seconds: 3600,
101
0
            idle_timeout_seconds: 300,
102
0
        }
103
0
    }
104
}
105
106
impl Default for PerformanceConfig {
107
0
    fn default() -> Self {
108
0
        Self {
109
0
            query_timeout_micros: 800, // <1ms for HFT operations
110
0
            enable_prewarming: true,
111
0
            enable_prepared_statements: true,
112
0
            enable_slow_query_logging: true,
113
0
            slow_query_threshold_micros: 1000, // Log queries >1ms
114
0
        }
115
0
    }
116
}
117
118
/// Convert from centralized config to common crate config with HFT optimizations
119
impl From<DatabaseConfig> for LocalDatabaseConfig {
120
0
    fn from(config: DatabaseConfig) -> Self {
121
0
        Self {
122
0
            url: config.url,
123
0
            pool: PoolConfig {
124
0
                max_connections: config.max_connections,
125
0
                min_connections: (config.max_connections / 5).max(2), // 20% of max, min 2
126
0
                connect_timeout_ms: config.connect_timeout.as_millis().min(100) as u64, // Convert to ms, cap at 100ms for HFT
127
0
                acquire_timeout_ms: 50,     // Fast acquire for HFT
128
0
                max_lifetime_seconds: 3600, // 1 hour default
129
0
                idle_timeout_seconds: 300,  // 5 minutes default
130
0
            },
131
0
            performance: PerformanceConfig {
132
0
                query_timeout_micros: config.query_timeout.as_micros().min(800) as u64, // Convert to microseconds, cap at 800μs for HFT
133
0
                enable_prewarming: true,
134
0
                enable_prepared_statements: true,
135
0
                enable_slow_query_logging: config.enable_query_logging,
136
0
                slow_query_threshold_micros: 1000, // 1ms threshold
137
0
            },
138
0
        }
139
0
    }
140
}
141
142
/// Convert from backtesting config to common crate config with backtesting optimizations
143
impl From<BacktestingDatabaseConfig> for LocalDatabaseConfig {
144
0
    fn from(config: BacktestingDatabaseConfig) -> Self {
145
0
        let max_conn = config.max_connections.unwrap_or(10);
146
0
        Self {
147
0
            url: config.database_url,
148
0
            pool: PoolConfig {
149
0
                max_connections: max_conn,
150
0
                min_connections: (max_conn / 4).max(2), // 25% of max, min 2
151
0
                connect_timeout_ms: config.acquire_timeout_ms.unwrap_or(1000), // Use acquire timeout as connection timeout
152
0
                acquire_timeout_ms: 100,    // Less strict for backtesting
153
0
                max_lifetime_seconds: 3600, // 1 hour default
154
0
                idle_timeout_seconds: 600,  // 10 minutes for backtesting
155
0
            },
156
0
            performance: PerformanceConfig {
157
0
                query_timeout_micros: 10000, // 10ms default for backtesting queries
158
0
                enable_prewarming: true,
159
0
                enable_prepared_statements: true,
160
0
                enable_slow_query_logging: config.enable_logging.unwrap_or(false),
161
0
                slow_query_threshold_micros: 5000, // 5ms threshold for backtesting
162
0
            },
163
0
        }
164
0
    }
165
}
166
167
/// Database connection pool wrapper
168
#[derive(Debug)]
169
pub struct DatabasePool {
170
    pool: Pool<Postgres>,
171
    config: LocalDatabaseConfig,
172
}
173
174
impl DatabasePool {
175
    /// Create a new database connection pool
176
0
    pub async fn new(config: LocalDatabaseConfig) -> Result<Self, DatabaseError> {
177
        use sqlx::postgres::{PgConnectOptions, PgPoolOptions};
178
179
        // Parse connection options
180
0
        let mut connect_options: PgConnectOptions = config
181
0
            .url
182
0
            .parse()
183
0
            .map_err(|e| DatabaseError::Configuration(format!("Invalid URL: {}", e)))?;
184
185
        // Configure connection-level optimizations
186
0
        connect_options = connect_options
187
0
            .application_name("foxhunt-service")
188
0
            .statement_cache_capacity(1000);
189
190
        // Create connection pool with optimized settings
191
0
        let pool = PgPoolOptions::new()
192
0
            .max_connections(config.pool.max_connections)
193
0
            .min_connections(config.pool.min_connections)
194
0
            .acquire_timeout(Duration::from_millis(config.pool.acquire_timeout_ms))
195
0
            .max_lifetime(Duration::from_secs(config.pool.max_lifetime_seconds))
196
0
            .idle_timeout(Duration::from_secs(config.pool.idle_timeout_seconds))
197
0
            .test_before_acquire(true)
198
0
            .connect_with(connect_options)
199
0
            .await
200
0
            .map_err(DatabaseError::Connection)?;
201
202
        // Pre-warm connections if enabled
203
0
        if config.performance.enable_prewarming {
204
0
            for _ in 0..config.pool.min_connections {
205
0
                let _conn = pool.acquire().await.map_err(DatabaseError::Connection)?;
206
0
                sqlx::query("SELECT 1")
207
0
                    .fetch_one(&pool)
208
0
                    .await
209
0
                    .map_err(DatabaseError::Connection)?;
210
            }
211
0
        }
212
213
0
        Ok(Self { pool, config })
214
0
    }
215
216
    /// Get the underlying connection pool
217
0
    pub const fn pool(&self) -> &Pool<Postgres> {
218
0
        &self.pool
219
0
    }
220
221
    /// Get current configuration
222
0
    pub const fn config(&self) -> &LocalDatabaseConfig {
223
0
        &self.config
224
0
    }
225
226
    /// Health check for the database connection
227
0
    pub async fn health_check(&self) -> Result<(), DatabaseError> {
228
0
        let result = tokio::time::timeout(
229
0
            Duration::from_millis(100),
230
0
            sqlx::query("SELECT 1").fetch_one(&self.pool),
231
0
        )
232
0
        .await;
233
234
0
        match result {
235
0
            Ok(Ok(_)) => Ok(()),
236
0
            Ok(Err(e)) => Err(DatabaseError::Connection(e)),
237
0
            Err(_) => Err(DatabaseError::QueryTimeout {
238
0
                actual_ms: 100,
239
0
                max_ms: 100,
240
0
            }),
241
        }
242
0
    }
243
244
    /// Get connection pool statistics
245
0
    pub fn pool_stats(&self) -> PoolStats {
246
0
        PoolStats {
247
0
            size: self.pool.size(),
248
0
            idle: self.pool.num_idle() as u32,
249
0
            active: self.pool.size() - self.pool.num_idle() as u32,
250
0
            max_size: self.config.pool.max_connections,
251
0
        }
252
0
    }
253
}
254
255
/// Connection pool statistics
256
#[derive(Debug, Clone, Serialize, Deserialize)]
257
pub struct PoolStats {
258
    /// Current pool size
259
    pub size: u32,
260
    /// Number of idle connections
261
    pub idle: u32,
262
    /// Number of active connections
263
    pub active: u32,
264
    /// Maximum pool size
265
    pub max_size: u32,
266
}
267
268
impl PoolStats {
269
    /// Calculate pool utilization percentage
270
0
    pub fn utilization_percentage(&self) -> f64 {
271
0
        (self.active as f64 / self.max_size as f64) * 100.0
272
0
    }
273
274
    /// Check if pool is healthy (not over-utilized)
275
0
    pub fn is_healthy(&self) -> bool {
276
0
        self.utilization_percentage() < 80.0
277
0
    }
278
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/error.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/error.rs.html
deleted file mode 100644
index e295925fa..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/error.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/error.rs
Line
Count
Source
1
//! Common error types and utilities
2
//!
3
//! This module provides shared error types and utilities used across
4
//! all Foxhunt services.
5
6
use serde::{Deserialize, Serialize};
7
use std::fmt;
8
use std::time::Duration;
9
use thiserror::Error;
10
11
/// Common error type for all Foxhunt services
12
#[derive(Debug, Error)]
13
pub enum CommonError {
14
    /// Database operation failed - wraps database-specific errors
15
    #[error("Database error: {0}")]
16
    Database(#[from] crate::database::DatabaseError),
17
    /// Configuration is invalid or missing required parameters
18
    #[error("Configuration error: {0}")]
19
    Configuration(String),
20
    /// Network communication error occurred
21
    #[error("Network error: {0}")]
22
    Network(String),
23
    /// Service-specific error with categorization for metrics
24
    #[error("Service error: {category} - {message}")]
25
    Service {
26
        /// Error category for classification
27
        category: ErrorCategory,
28
        /// Descriptive error message
29
        message: String,
30
    },
31
    /// Input validation failed
32
    #[error("Validation error: {0}")]
33
    Validation(String),
34
    /// Operation exceeded maximum allowed execution time
35
    #[error("Timeout error: operation took {actual_ms}ms, max allowed {max_ms}ms")]
36
    Timeout {
37
        /// Actual execution time in milliseconds
38
        actual_ms: u64,
39
        /// Maximum allowed execution time in milliseconds
40
        max_ms: u64,
41
    },
42
}
43
44
/// Error categories for classification and metrics
45
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
46
pub enum ErrorCategory {
47
    /// Market data related errors
48
    MarketData,
49
    /// Trading and order management errors
50
    Trading,
51
    /// Network and communication errors
52
    Network,
53
    /// System and infrastructure errors
54
    System,
55
    /// Configuration errors
56
    Configuration,
57
    /// Validation errors
58
    Validation,
59
    /// Critical errors requiring immediate attention
60
    Critical,
61
    /// Connection errors (data providers)
62
    Connection,
63
    /// Authentication errors
64
    Authentication,
65
    /// Rate limiting errors
66
    RateLimit,
67
    /// Data parsing errors
68
    Parse,
69
    /// Subscription errors
70
    Subscription,
71
    /// Financial safety and calculation errors
72
    FinancialSafety,
73
    /// Risk management and circuit breakers
74
    RiskManagement,
75
    /// Database and persistence layer
76
    Database,
77
    /// Broker connectivity and execution
78
    Broker,
79
    /// Machine learning and AI errors
80
    MachineLearning,
81
    /// Security and authentication errors
82
    Security,
83
    /// Business logic errors
84
    BusinessLogic,
85
    /// Resource errors (not found, conflicts)
86
    Resource,
87
    /// Development and testing errors
88
    Development,
89
    /// Risk management errors
90
    Risk,
91
    /// Machine learning errors (alias for MachineLearning)
92
    ML,
93
    /// Unknown/other errors
94
    Other,
95
}
96
97
impl fmt::Display for ErrorCategory {
98
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
99
0
        match self {
100
0
            Self::MarketData => write!(f, "MARKET_DATA"),
101
0
            Self::Trading => write!(f, "TRADING"),
102
0
            Self::Network => write!(f, "NETWORK"),
103
0
            Self::System => write!(f, "SYSTEM"),
104
0
            Self::Configuration => write!(f, "CONFIGURATION"),
105
0
            Self::Validation => write!(f, "VALIDATION"),
106
0
            Self::Critical => write!(f, "CRITICAL"),
107
0
            Self::Connection => write!(f, "CONNECTION"),
108
0
            Self::Authentication => write!(f, "AUTHENTICATION"),
109
0
            Self::RateLimit => write!(f, "RATE_LIMIT"),
110
0
            Self::Parse => write!(f, "PARSE"),
111
0
            Self::Subscription => write!(f, "SUBSCRIPTION"),
112
0
            Self::FinancialSafety => write!(f, "FINANCIAL_SAFETY"),
113
0
            Self::RiskManagement => write!(f, "RISK_MANAGEMENT"),
114
0
            Self::Database => write!(f, "DATABASE"),
115
0
            Self::Broker => write!(f, "BROKER"),
116
0
            Self::MachineLearning => write!(f, "MACHINE_LEARNING"),
117
0
            Self::Security => write!(f, "SECURITY"),
118
0
            Self::BusinessLogic => write!(f, "BUSINESS_LOGIC"),
119
0
            Self::Resource => write!(f, "RESOURCE"),
120
0
            Self::Development => write!(f, "DEVELOPMENT"),
121
0
            Self::Risk => write!(f, "RISK"),
122
0
            Self::ML => write!(f, "ML"),
123
0
            Self::Other => write!(f, "OTHER"),
124
        }
125
0
    }
126
}
127
128
/// Error severity levels for prioritization and alerting
129
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
130
pub enum ErrorSeverity {
131
    /// Debug level - for development and troubleshooting
132
    Debug,
133
    /// Info level - informational messages
134
    Info,
135
    /// Warning level - potentially problematic situations
136
    Warn,
137
    /// Error level - error conditions that should be addressed
138
    Error,
139
    /// Critical level - serious error conditions requiring immediate attention
140
    Critical,
141
}
142
143
impl fmt::Display for ErrorSeverity {
144
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
145
0
        match self {
146
0
            Self::Debug => write!(f, "DEBUG"),
147
0
            Self::Info => write!(f, "INFO"),
148
0
            Self::Warn => write!(f, "WARN"),
149
0
            Self::Error => write!(f, "ERROR"),
150
0
            Self::Critical => write!(f, "CRITICAL"),
151
        }
152
0
    }
153
}
154
155
/// Retry strategies for error recovery
156
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
157
pub enum RetryStrategy {
158
    /// Do not retry - error is permanent
159
    NoRetry,
160
    /// Retry immediately without delay
161
    Immediate,
162
    /// Linear backoff with fixed intervals
163
    Linear {
164
        /// Base delay in milliseconds between retries
165
        base_delay_ms: u64,
166
    },
167
    /// Exponential backoff with jitter
168
    Exponential {
169
        /// Base delay in milliseconds for exponential backoff
170
        base_delay_ms: u64,
171
        /// Maximum delay cap in milliseconds
172
        max_delay_ms: u64,
173
    },
174
    /// Wait for circuit breaker to close
175
    CircuitBreaker,
176
}
177
178
impl RetryStrategy {
179
    /// Calculate delay for retry attempt
180
    #[must_use]
181
19
    pub fn calculate_delay(&self, attempt: u32) -> Option<Duration> {
182
19
        match self {
183
3
            Self::NoRetry => None,
184
2
            Self::Immediate => Some(Duration::from_millis(0)),
185
4
            Self::Linear { base_delay_ms } => {
186
4
                Some(Duration::from_millis(base_delay_ms * u64::from(attempt)))
187
            },
188
            Self::Exponential {
189
8
                base_delay_ms,
190
8
                max_delay_ms,
191
            } => {
192
8
                let delay_ms = base_delay_ms * 2_u64.pow(attempt.min(10));
193
8
                let capped_delay = delay_ms.min(*max_delay_ms);
194
195
                // Add simple jitter (±10%)
196
8
                let jitter_ms = capped_delay / 10;
197
8
                let final_delay = capped_delay.saturating_sub(jitter_ms / 2);
198
199
8
                Some(Duration::from_millis(final_delay))
200
            },
201
2
            Self::CircuitBreaker => Some(Duration::from_secs(30)),
202
        }
203
19
    }
204
205
    /// Get maximum recommended retry attempts
206
    #[must_use]
207
0
    pub const fn max_attempts(&self) -> Option<u32> {
208
0
        match self {
209
0
            Self::NoRetry => Some(0),
210
0
            Self::Immediate => Some(3),
211
0
            Self::Linear { .. } => Some(5),
212
0
            Self::Exponential { .. } => Some(7),
213
0
            Self::CircuitBreaker => Some(1),
214
        }
215
0
    }
216
}
217
218
/// Convenience functions for creating common errors
219
impl CommonError {
220
    /// Create a configuration error
221
0
    pub fn config<S: Into<String>>(message: S) -> Self {
222
0
        Self::Configuration(message.into())
223
0
    }
224
225
    /// Create a network error
226
0
    pub fn network<S: Into<String>>(message: S) -> Self {
227
0
        Self::Network(message.into())
228
0
    }
229
230
    /// Create a service error with category
231
29
    pub fn service<S: Into<String>>(category: ErrorCategory, message: S) -> Self {
232
29
        Self::Service {
233
29
            category,
234
29
            message: message.into(),
235
29
        }
236
29
    }
237
238
    /// Create a validation error
239
0
    pub fn validation<S: Into<String>>(message: S) -> Self {
240
0
        Self::Validation(message.into())
241
0
    }
242
243
    /// Create a timeout error
244
0
    pub fn timeout(actual_ms: u64, max_ms: u64) -> Self {
245
0
        Self::Timeout { actual_ms, max_ms }
246
0
    }
247
248
    /// Create a machine learning specific service error
249
0
    pub fn ml<S: Into<String>, M: Into<String>>(model_name: S, message: M) -> Self {
250
0
        Self::Service {
251
0
            category: ErrorCategory::MachineLearning,
252
0
            message: format!("{}: {}", model_name.into(), message.into()),
253
0
        }
254
0
    }
255
256
    /// Create a serialization error
257
0
    pub fn serialization<S: Into<String>>(message: S) -> Self {
258
0
        Self::Service {
259
0
            category: ErrorCategory::Parse,
260
0
            message: format!("Serialization error: {}", message.into()),
261
0
        }
262
0
    }
263
264
    /// Create an internal error
265
0
    pub fn internal<S: Into<String>>(message: S) -> Self {
266
0
        Self::Service {
267
0
            category: ErrorCategory::System,
268
0
            message: format!("Internal error: {}", message.into()),
269
0
        }
270
0
    }
271
272
    /// Create a resource exhausted error
273
0
    pub fn resource_exhausted<S: Into<String>>(resource: S) -> Self {
274
0
        Self::Service {
275
0
            category: ErrorCategory::Resource,
276
0
            message: format!("Resource exhausted: {}", resource.into()),
277
0
        }
278
0
    }
279
280
    /// Get the error category for classification and metrics
281
0
    pub fn category(&self) -> ErrorCategory {
282
0
        match self {
283
0
            Self::Database(_) => ErrorCategory::Database,
284
0
            Self::Configuration(_) => ErrorCategory::Configuration,
285
0
            Self::Network(_) => ErrorCategory::Network,
286
0
            Self::Service { category, .. } => *category,
287
0
            Self::Validation(_) => ErrorCategory::Validation,
288
0
            Self::Timeout { .. } => ErrorCategory::System,
289
        }
290
0
    }
291
292
    /// Get error severity level
293
28
    pub fn severity(&self) -> ErrorSeverity {
294
28
        match self {
295
1
            Self::Database(_) => ErrorSeverity::Critical,
296
1
            Self::Configuration(_) => ErrorSeverity::Critical,
297
1
            Self::Network(_) => ErrorSeverity::Error,
298
23
            Self::Service { category, .. } => match category {
299
                ErrorCategory::Critical
300
                | ErrorCategory::FinancialSafety
301
3
                | ErrorCategory::Authentication => ErrorSeverity::Critical,
302
                ErrorCategory::Trading
303
                | ErrorCategory::RiskManagement
304
3
                | ErrorCategory::Database => ErrorSeverity::Error,
305
17
                _ => ErrorSeverity::Warn,
306
            },
307
1
            Self::Validation(_) => ErrorSeverity::Warn,
308
1
            Self::Timeout { .. } => ErrorSeverity::Error,
309
        }
310
28
    }
311
312
    /// Check if the error is retryable
313
11
    pub fn is_retryable(&self) -> bool {
314
11
        match self {
315
1
            Self::Database(_) => true,       // Database operations can be retried
316
1
            Self::Configuration(_) => false, // Configuration errors are permanent
317
1
            Self::Network(_) => true,        // Network errors are often transient
318
6
            Self::Service { category, .. } => !
matches!5
(
319
6
                category,
320
                ErrorCategory::Authentication
321
                    | ErrorCategory::Configuration
322
                    | ErrorCategory::Validation
323
            ),
324
1
            Self::Validation(_) => false, // Validation errors are permanent
325
1
            Self::Timeout { .. } => true, // Timeouts can be retried
326
        }
327
11
    }
328
329
    /// Get retry strategy for this error
330
11
    pub fn retry_strategy(&self) -> RetryStrategy {
331
11
        if !self.is_retryable() {
332
3
            return RetryStrategy::NoRetry;
333
8
        }
334
335
8
        match self {
336
1
            Self::Database(_) => RetryStrategy::Exponential {
337
1
                base_delay_ms: 1000,
338
1
                max_delay_ms: 10000,
339
1
            },
340
1
            Self::Network(_) => RetryStrategy::Linear { base_delay_ms: 500 },
341
5
            Self::Service { category, .. } => match category {
342
                ErrorCategory::Network | ErrorCategory::Connection => {
343
2
                    RetryStrategy::Linear { base_delay_ms: 500 }
344
                },
345
1
                ErrorCategory::RateLimit => RetryStrategy::Exponential {
346
1
                    base_delay_ms: 5000,
347
1
                    max_delay_ms: 60000,
348
1
                },
349
2
                _ => RetryStrategy::Immediate,
350
            },
351
1
            Self::Timeout { .. } => RetryStrategy::Linear {
352
1
                base_delay_ms: 1000,
353
1
            },
354
0
            _ => RetryStrategy::NoRetry,
355
        }
356
11
    }
357
}
358
359
/// Result type for common operations
360
pub type CommonResult<T> = Result<T, CommonError>;

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/thresholds.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/thresholds.rs.html
deleted file mode 100644
index 61b9e27d4..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/thresholds.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/thresholds.rs
Line
Count
Source
1
//! Centralized threshold constants for the Foxhunt HFT system
2
//!
3
//! This module consolidates all hardcoded threshold values that were
4
//! previously scattered throughout the codebase. Constants here are
5
//! compile-time values for performance-critical operations.
6
//!
7
//! For runtime-configurable values, see the `config` crate's runtime module.
8
9
use std::time::Duration;
10
11
/// Risk management thresholds
12
pub mod risk {
13
    
14
15
    /// Breach severity warning threshold (percentage of limit)
16
    /// Used when position is at 80-90% of limit
17
    pub const BREACH_WARNING_PCT: u8 = 80;
18
19
    /// Breach severity soft threshold (percentage of limit)
20
    /// Used when position is at 90-100% of limit
21
    pub const BREACH_SOFT_PCT: u8 = 90;
22
23
    /// Breach severity hard threshold (percentage of limit)
24
    /// Used when position is at 100-120% of limit
25
    pub const BREACH_HARD_PCT: u8 = 100;
26
27
    /// Breach severity critical threshold (percentage of limit)
28
    /// Used when position exceeds 120% of limit
29
    pub const BREACH_CRITICAL_PCT: u8 = 120;
30
31
    /// Minimum capital adequacy ratio (Basel III standard)
32
    pub const MIN_CAPITAL_ADEQUACY_RATIO: f64 = 0.08;
33
34
    /// Minimum leverage ratio (Basel III standard)
35
    pub const MIN_LEVERAGE_RATIO: f64 = 0.03;
36
37
    /// Default VaR confidence level (95%)
38
    pub const DEFAULT_VAR_CONFIDENCE: f64 = 0.95;
39
40
    /// High VaR confidence level (99%)
41
    pub const HIGH_VAR_CONFIDENCE: f64 = 0.99;
42
43
    /// Maximum drawdown warning threshold (percentage)
44
    pub const MAX_DRAWDOWN_WARNING_PCT: u8 = 15;
45
46
    /// Maximum drawdown critical threshold (percentage)
47
    pub const MAX_DRAWDOWN_CRITICAL_PCT: u8 = 25;
48
}
49
50
/// VaR calculation constants
51
pub mod var {
52
    /// Z-score for 90% confidence level
53
    pub const Z_SCORE_P90: f64 = 1.282;
54
55
    /// Z-score for 95% confidence level
56
    pub const Z_SCORE_P95: f64 = 1.645;
57
58
    /// Z-score for 97.5% confidence level
59
    pub const Z_SCORE_P97_5: f64 = 1.96;
60
61
    /// Z-score for 99% confidence level
62
    pub const Z_SCORE_P99: f64 = 2.326;
63
64
    /// Z-score for 99.9% confidence level
65
    pub const Z_SCORE_P99_9: f64 = 3.09;
66
67
    /// Default lookback period for historical VaR (trading days)
68
    pub const DEFAULT_LOOKBACK_DAYS: usize = 252;
69
70
    /// Minimum data quality score for VaR calculation
71
    pub const MIN_DATA_QUALITY_SCORE: f64 = 0.6;
72
}
73
74
/// Performance and timing constants
75
pub mod performance {
76
    
77
78
    /// Maximum latency for HFT critical path operations (nanoseconds)
79
    pub const MAX_CRITICAL_PATH_LATENCY_NS: u64 = 14;
80
81
    /// Maximum acceptable latency for risk checks (microseconds)
82
    pub const MAX_RISK_CHECK_LATENCY_US: u64 = 50;
83
84
    /// Maximum latency for ML inference (microseconds)
85
    pub const MAX_ML_INFERENCE_LATENCY_US: u64 = 100;
86
87
    /// Default batch processing size
88
    pub const DEFAULT_BATCH_SIZE: usize = 100;
89
90
    /// Ring buffer size for lock-free operations
91
    pub const RING_BUFFER_SIZE: usize = 4096;
92
93
    /// Small batch size for SIMD operations
94
    pub const SIMD_BATCH_SIZE: usize = 8;
95
96
    /// Maximum small batch size
97
    pub const MAX_SMALL_BATCH_SIZE: usize = 10;
98
99
    /// Default worker thread count (adjusted based on CPU cores at runtime)
100
    pub const DEFAULT_WORKER_THREADS: usize = 4;
101
102
    /// Default queue capacity for async operations
103
    pub const DEFAULT_QUEUE_CAPACITY: usize = 10000;
104
}
105
106
/// Cache TTL defaults (can be overridden by runtime config)
107
pub mod cache {
108
    use super::Duration;
109
110
    /// Default TTL for position cache entries (1 minute)
111
    pub const POSITION_CACHE_TTL: Duration = Duration::from_secs(60);
112
113
    /// Default TTL for VaR calculation cache (1 hour)
114
    pub const VAR_CACHE_TTL: Duration = Duration::from_secs(3600);
115
116
    /// Default TTL for compliance check cache (24 hours)
117
    pub const COMPLIANCE_CACHE_TTL: Duration = Duration::from_secs(86400);
118
119
    /// Default TTL for market data cache (5 minutes)
120
    pub const MARKET_DATA_CACHE_TTL: Duration = Duration::from_secs(300);
121
122
    /// Default TTL for model predictions cache (1 minute)
123
    pub const MODEL_PREDICTION_CACHE_TTL: Duration = Duration::from_secs(60);
124
125
    /// Redis key TTL for position limits (5 minutes)
126
    pub const REDIS_POSITION_LIMIT_TTL_SECS: i32 = 300;
127
128
    /// Redis key TTL for compliance checks (24 hours)
129
    pub const REDIS_COMPLIANCE_TTL_SECS: i32 = 86400;
130
131
    /// Redis key TTL for VaR calculations (1 hour)
132
    pub const REDIS_VAR_TTL_SECS: i32 = 3600;
133
}
134
135
/// Database operation defaults
136
pub mod database {
137
    use super::Duration;
138
139
    /// Default query timeout for standard operations
140
    pub const QUERY_TIMEOUT: Duration = Duration::from_millis(1000);
141
142
    /// Default connection timeout
143
    pub const CONNECTION_TIMEOUT: Duration = Duration::from_millis(100);
144
145
    /// Default pool acquire timeout
146
    pub const ACQUIRE_TIMEOUT: Duration = Duration::from_millis(50);
147
148
    /// Default connection lifetime (1 hour)
149
    pub const CONNECTION_LIFETIME: Duration = Duration::from_secs(3600);
150
151
    /// Default idle timeout (5 minutes)
152
    pub const IDLE_TIMEOUT: Duration = Duration::from_secs(300);
153
154
    /// Default pool size
155
    pub const DEFAULT_POOL_SIZE: u32 = 20;
156
157
    /// Maximum pool size
158
    pub const MAX_POOL_SIZE: u32 = 100;
159
160
    /// Maximum query result limit
161
    pub const MAX_QUERY_LIMIT: i64 = 1000;
162
}
163
164
/// Network and gRPC defaults
165
pub mod network {
166
    use super::Duration;
167
168
    /// Default connect timeout for gRPC clients
169
    pub const GRPC_CONNECT_TIMEOUT: Duration = Duration::from_secs(5);
170
171
    /// Default request timeout for gRPC
172
    pub const GRPC_REQUEST_TIMEOUT: Duration = Duration::from_secs(10);
173
174
    /// Default keep-alive interval
175
    pub const KEEP_ALIVE_INTERVAL: Duration = Duration::from_secs(30);
176
177
    /// Keep-alive timeout
178
    pub const KEEP_ALIVE_TIMEOUT: Duration = Duration::from_secs(5);
179
180
    /// Maximum concurrent connections
181
    pub const MAX_CONCURRENT_CONNECTIONS: u32 = 100;
182
183
    /// HTTP/2 initial stream window size
184
    pub const INITIAL_STREAM_WINDOW_SIZE: u32 = 65535;
185
186
    /// HTTP/2 initial connection window size
187
    pub const INITIAL_CONNECTION_WINDOW_SIZE: u32 = 1048576;
188
}
189
190
/// Retry and recovery defaults
191
pub mod retry {
192
    use super::Duration;
193
194
    /// Initial delay for exponential backoff
195
    pub const INITIAL_RETRY_DELAY: Duration = Duration::from_millis(100);
196
197
    /// Maximum delay for exponential backoff
198
    pub const MAX_RETRY_DELAY: Duration = Duration::from_secs(30);
199
200
    /// Maximum retry attempts for critical operations
201
    pub const MAX_RETRY_ATTEMPTS: u32 = 3;
202
203
    /// Backoff multiplier for exponential backoff
204
    pub const BACKOFF_MULTIPLIER: f32 = 1.5;
205
206
    /// Maximum total duration for retry attempts
207
    pub const MAX_TOTAL_RETRY_DURATION: Duration = Duration::from_secs(60);
208
}
209
210
/// Health check and monitoring intervals
211
pub mod monitoring {
212
    use super::Duration;
213
214
    /// Default health check interval
215
    pub const HEALTH_CHECK_INTERVAL: Duration = Duration::from_secs(30);
216
217
    /// Default metrics collection interval
218
    pub const METRICS_COLLECTION_INTERVAL: Duration = Duration::from_secs(10);
219
220
    /// Default log flush interval
221
    pub const LOG_FLUSH_INTERVAL: Duration = Duration::from_secs(5);
222
223
    /// Circuit breaker check interval
224
    pub const CIRCUIT_BREAKER_CHECK_INTERVAL: Duration = Duration::from_millis(100);
225
226
    /// Kill switch session timeout (5 minutes)
227
    pub const KILL_SWITCH_SESSION_TIMEOUT: Duration = Duration::from_secs(300);
228
}
229
230
/// Event processing defaults
231
pub mod events {
232
    use super::Duration;
233
234
    /// Event batch timeout
235
    pub const BATCH_TIMEOUT: Duration = Duration::from_millis(100);
236
237
    /// Event batch size
238
    pub const BATCH_SIZE: usize = 100;
239
240
    /// Event retry delay
241
    pub const RETRY_DELAY: Duration = Duration::from_millis(50);
242
243
    /// Maximum event backlog before applying backpressure
244
    pub const MAX_EVENT_BACKLOG: usize = 10000;
245
246
    /// Maximum span buffer size for tracing
247
    pub const MAX_SPAN_BUFFER_SIZE: usize = 100_000;
248
249
    /// Span export batch size
250
    pub const SPAN_EXPORT_BATCH_SIZE: usize = 1000;
251
}
252
253
/// ML model constants
254
pub mod ml {
255
    use super::Duration;
256
257
    /// Maximum GPU batch size
258
    pub const MAX_GPU_BATCH_SIZE: usize = 8192;
259
260
    /// Maximum CPU batch size
261
    pub const MAX_CPU_BATCH_SIZE: usize = 1024;
262
263
    /// Default model cache cleanup interval (1 hour)
264
    pub const MODEL_CACHE_CLEANUP_INTERVAL: Duration = Duration::from_secs(3600);
265
266
    /// Default model health check interval (30 seconds)
267
    pub const MODEL_HEALTH_CHECK_INTERVAL: Duration = Duration::from_secs(30);
268
269
    /// Model deployment stage timeout (5 minutes)
270
    pub const DEPLOYMENT_STAGE_TIMEOUT: Duration = Duration::from_secs(300);
271
272
    /// Model deployment total timeout (30 minutes)
273
    pub const DEPLOYMENT_TOTAL_TIMEOUT: Duration = Duration::from_secs(1800);
274
275
    /// Model validation scan timeout (10 minutes)
276
    pub const VALIDATION_SCAN_TIMEOUT: Duration = Duration::from_secs(600);
277
278
    /// Canary deployment duration (5 minutes)
279
    pub const CANARY_DURATION: Duration = Duration::from_secs(300);
280
281
    /// Model rollback timeout (1 minute)
282
    pub const ROLLBACK_TIMEOUT: Duration = Duration::from_secs(60);
283
284
    /// Drift detection check interval (5 minutes)
285
    pub const DRIFT_CHECK_INTERVAL: Duration = Duration::from_secs(300);
286
287
    /// Drift detection warning threshold
288
    pub const DRIFT_WARNING_THRESHOLD: f64 = 0.05;
289
290
    /// Maximum recommendation age for Kelly sizing (1 minute)
291
    pub const MAX_KELLY_RECOMMENDATION_AGE: Duration = Duration::from_secs(60);
292
293
    /// Kelly sizing cache TTL (5 minutes)
294
    pub const KELLY_CACHE_TTL: Duration = Duration::from_secs(300);
295
}
296
297
/// Safety system defaults
298
pub mod safety {
299
    use super::Duration;
300
301
    /// Safety check timeout for production (5ms)
302
    pub const PRODUCTION_SAFETY_CHECK_TIMEOUT: Duration = Duration::from_millis(5);
303
304
    /// Safety check timeout for development (50ms)
305
    pub const DEVELOPMENT_SAFETY_CHECK_TIMEOUT: Duration = Duration::from_millis(50);
306
307
    /// Auto-recovery delay for production (30 minutes)
308
    pub const PRODUCTION_AUTO_RECOVERY_DELAY: Duration = Duration::from_secs(1800);
309
310
    /// Auto-recovery delay for development (1 minute)
311
    pub const DEVELOPMENT_AUTO_RECOVERY_DELAY: Duration = Duration::from_secs(60);
312
313
    /// Loss check interval for production (5 seconds)
314
    pub const PRODUCTION_LOSS_CHECK_INTERVAL: Duration = Duration::from_secs(5);
315
316
    /// Loss check interval for development (30 seconds)
317
    pub const DEVELOPMENT_LOSS_CHECK_INTERVAL: Duration = Duration::from_secs(30);
318
319
    /// Position check interval for production (2 seconds)
320
    pub const PRODUCTION_POSITION_CHECK_INTERVAL: Duration = Duration::from_secs(2);
321
322
    /// Position check interval for development (15 seconds)
323
    pub const DEVELOPMENT_POSITION_CHECK_INTERVAL: Duration = Duration::from_secs(15);
324
325
    /// Memory check interval
326
    pub const MEMORY_CHECK_INTERVAL: Duration = Duration::from_secs(1);
327
328
    /// Circuit breaker trip cooldown (30 seconds)
329
    pub const CIRCUIT_BREAKER_COOLDOWN: Duration = Duration::from_secs(30);
330
}
331
332
/// Time conversion constants
333
pub mod time {
334
    /// Nanoseconds per microsecond
335
    pub const NANOS_PER_MICRO: u64 = 1_000;
336
337
    /// Nanoseconds per millisecond
338
    pub const NANOS_PER_MILLI: u64 = 1_000_000;
339
340
    /// Nanoseconds per second
341
    pub const NANOS_PER_SECOND: u64 = 1_000_000_000;
342
343
    /// Microseconds per second
344
    pub const MICROS_PER_SECOND: u64 = 1_000_000;
345
346
    /// Milliseconds per second
347
    pub const MILLIS_PER_SECOND: u64 = 1_000;
348
349
    /// Seconds per minute
350
    pub const SECONDS_PER_MINUTE: u64 = 60;
351
352
    /// Seconds per hour
353
    pub const SECONDS_PER_HOUR: u64 = 3600;
354
355
    /// Seconds per day
356
    pub const SECONDS_PER_DAY: u64 = 86400;
357
358
    /// Trading days per year
359
    pub const TRADING_DAYS_PER_YEAR: usize = 252;
360
}
361
362
/// Financial constants
363
pub mod financial {
364
    /// Basis points per unit
365
    pub const BASIS_POINTS_PER_UNIT: u32 = 10_000;
366
367
    /// Cents per dollar
368
    pub const CENTS_PER_DOLLAR: u32 = 100;
369
370
    /// Default profit target in basis points (1%)
371
    pub const DEFAULT_PROFIT_TARGET_BPS: u32 = 100;
372
373
    /// Default stop loss in basis points (0.5%)
374
    pub const DEFAULT_STOP_LOSS_BPS: u32 = 50;
375
376
    /// Minimum return threshold in basis points
377
    pub const MIN_RETURN_THRESHOLD_BPS: i32 = 5;
378
379
    /// Price scaling factor (6 decimal places)
380
    pub const PRICE_SCALE: i64 = 1_000_000;
381
382
    /// Quantity scaling factor (6 decimal places)
383
    pub const QUANTITY_SCALE: i64 = 1_000_000;
384
385
    /// Money scaling factor (6 decimal places)
386
    pub const MONEY_SCALE: i64 = 1_000_000;
387
388
    /// Unified scaling factor for all financial operations
389
    pub const UNIFIED_SCALE_FACTOR: i64 = 1_000_000;
390
391
    /// ML precision factor (8 decimal places)
392
    pub const PRECISION_FACTOR: i64 = 100_000_000;
393
394
    /// VPIN precision factor (4 decimal places)
395
    pub const VPIN_PRECISION_FACTOR: i64 = 10_000;
396
}
397
398
/// Validation limits
399
pub mod limits {
400
    /// Maximum symbol length
401
    pub const MAX_SYMBOL_LENGTH: usize = 12;
402
403
    /// Maximum account ID length
404
    pub const MAX_ACCOUNT_ID_LENGTH: usize = 32;
405
406
    /// Maximum description length
407
    pub const MAX_DESCRIPTION_LENGTH: usize = 256;
408
409
    /// Maximum metadata key length
410
    pub const MAX_METADATA_KEY_LENGTH: usize = 64;
411
412
    /// Maximum metadata value length
413
    pub const MAX_METADATA_VALUE_LENGTH: usize = 512;
414
415
    /// Maximum metadata entries
416
    pub const MAX_METADATA_ENTRIES: usize = 100;
417
418
    /// Maximum price value
419
    pub const MAX_PRICE: f64 = 1_000_000.0;
420
421
    /// Minimum price value
422
    pub const MIN_PRICE: f64 = 0.000_001;
423
424
    /// Maximum quantity value
425
    pub const MAX_QUANTITY: f64 = 1_000_000_000.0;
426
427
    /// Minimum quantity value
428
    pub const MIN_QUANTITY: f64 = 0.000_001;
429
430
    /// Maximum leverage
431
    pub const MAX_LEVERAGE: f64 = 1000.0;
432
433
    /// Minimum leverage
434
    pub const MIN_LEVERAGE: f64 = 0.1;
435
436
    /// Maximum allocation size (1GB)
437
    pub const MAX_ALLOCATION_SIZE: usize = 1024 * 1024 * 1024;
438
439
    /// Maximum duration in milliseconds (24 hours)
440
    pub const MAX_DURATION_MILLIS: u64 = 24 * 60 * 60 * 1000;
441
}
442
443
/// Hardware alignment constants
444
pub mod hardware {
445
    /// CPU cache line size
446
    pub const CACHE_LINE_SIZE: usize = 64;
447
448
    /// SIMD alignment for AVX2
449
    pub const SIMD_ALIGNMENT: usize = 32;
450
451
    /// Page size (4KB)
452
    pub const PAGE_SIZE: usize = 4096;
453
}
454
455
#[cfg(test)]
456
mod tests {
457
    use super::*;
458
459
    #[test]
460
1
    fn test_breach_thresholds_ordered() {
461
1
        assert!(risk::BREACH_WARNING_PCT < risk::BREACH_SOFT_PCT);
462
1
        assert!(risk::BREACH_SOFT_PCT < risk::BREACH_HARD_PCT);
463
1
        assert!(risk::BREACH_HARD_PCT < risk::BREACH_CRITICAL_PCT);
464
1
    }
465
466
    #[test]
467
1
    fn test_var_z_scores_ordered() {
468
1
        assert!(var::Z_SCORE_P90 < var::Z_SCORE_P95);
469
1
        assert!(var::Z_SCORE_P95 < var::Z_SCORE_P97_5);
470
1
        assert!(var::Z_SCORE_P97_5 < var::Z_SCORE_P99);
471
1
        assert!(var::Z_SCORE_P99 < var::Z_SCORE_P99_9);
472
1
    }
473
474
    #[test]
475
1
    fn test_time_conversions() {
476
1
        assert_eq!(time::NANOS_PER_MICRO * 1000, time::NANOS_PER_MILLI);
477
1
        assert_eq!(time::NANOS_PER_MILLI * 1000, time::NANOS_PER_SECOND);
478
1
        assert_eq!(time::MICROS_PER_SECOND * 1000, time::NANOS_PER_SECOND);
479
1
    }
480
481
    #[test]
482
1
    fn test_financial_scales_consistent() {
483
1
        assert_eq!(financial::PRICE_SCALE, financial::UNIFIED_SCALE_FACTOR);
484
1
        assert_eq!(financial::QUANTITY_SCALE, financial::UNIFIED_SCALE_FACTOR);
485
1
        assert_eq!(financial::MONEY_SCALE, financial::UNIFIED_SCALE_FACTOR);
486
1
    }
487
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/trading.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/trading.rs.html
deleted file mode 100644
index 2ab692ab7..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/trading.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/trading.rs
Line
Count
Source
1
//! Trading-specific types and enums
2
//!
3
//! This module contains the canonical definitions for all trading-related
4
//! types used across the Foxhunt HFT system. This is the single source
5
//! of truth for all trading types.
6
7
use chrono::{DateTime, Utc};
8
use rust_decimal::Decimal;
9
use serde::{Deserialize, Serialize};
10
use std::fmt;
11
12
// ELIMINATED: Re-exports removed to force explicit imports
13
// REMOVED: TimeInForce duplicate - use canonical definition from common::types
14
15
// Currency moved to canonical source: common::types::Currency
16
17
/// Tick type for market data
18
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
19
#[cfg_attr(feature = "database", derive(sqlx::Type))]
20
#[cfg_attr(
21
    feature = "database",
22
    sqlx(type_name = "tick_type", rename_all = "snake_case")
23
)]
24
pub enum TickType {
25
    /// Trade tick
26
    Trade,
27
    /// Bid price update
28
    Bid,
29
    /// Ask price update
30
    Ask,
31
    /// Quote update (bid and ask)
32
    Quote,
33
}
34
35
impl fmt::Display for TickType {
36
    /// Format the tick type for display
37
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
38
0
        match self {
39
0
            Self::Trade => write!(f, "TRADE"),
40
0
            Self::Bid => write!(f, "BID"),
41
0
            Self::Ask => write!(f, "ASK"),
42
0
            Self::Quote => write!(f, "QUOTE"),
43
        }
44
0
    }
45
}
46
47
/// Order book action type
48
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
49
pub enum BookAction {
50
    /// Update price level
51
    Update,
52
    /// Delete price level
53
    Delete,
54
    /// Clear entire book
55
    Clear,
56
}
57
58
impl fmt::Display for BookAction {
59
    /// Format the book action for display
60
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
61
0
        match self {
62
0
            Self::Update => write!(f, "UPDATE"),
63
0
            Self::Delete => write!(f, "DELETE"),
64
0
            Self::Clear => write!(f, "CLEAR"),
65
        }
66
0
    }
67
}
68
69
/// Market regime classification
70
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
71
pub enum MarketRegime {
72
    /// Normal market conditions
73
    Normal,
74
    /// Crisis/stress market conditions
75
    Crisis,
76
    /// Trending market (strong directional movement)
77
    Trending,
78
    /// Sideways/ranging market (low volatility)
79
    Sideways,
80
    /// Bull market (sustained upward trend)
81
    Bull,
82
    /// Bear market (sustained downward trend)
83
    Bear,
84
}
85
86
impl fmt::Display for MarketRegime {
87
    /// Format the market regime for display
88
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
89
0
        match self {
90
0
            Self::Normal => write!(f, "NORMAL"),
91
0
            Self::Crisis => write!(f, "CRISIS"),
92
0
            Self::Trending => write!(f, "TRENDING"),
93
0
            Self::Sideways => write!(f, "SIDEWAYS"),
94
0
            Self::Bull => write!(f, "BULL"),
95
0
            Self::Bear => write!(f, "BEAR"),
96
        }
97
0
    }
98
}
99
100
/// Core Quantity type using fixed-point arithmetic for precise calculations
101
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
102
pub struct Quantity {
103
    /// Internal representation using 6 decimal places (scale factor of 1,000,000)
104
    value: u64,
105
}
106
107
impl Quantity {
108
    /// Scale factor for fixed-point arithmetic (6 decimal places)
109
    pub const SCALE: u64 = 1_000_000;
110
111
    /// Zero quantity
112
    pub const ZERO: Self = Self { value: 0 };
113
114
    /// Create a new quantity from a floating-point value
115
0
    pub fn new(value: f64) -> Result<Self, &'static str> {
116
0
        if value < 0.0 {
117
0
            return Err("Quantity cannot be negative");
118
0
        }
119
0
        if !value.is_finite() {
120
0
            return Err("Quantity must be finite");
121
0
        }
122
123
0
        let scaled = (value * Self::SCALE as f64).round() as u64;
124
0
        Ok(Self { value: scaled })
125
0
    }
126
127
    /// Create from raw internal value
128
0
    pub const fn from_raw(value: u64) -> Self {
129
0
        Self { value }
130
0
    }
131
132
    /// Get raw internal value
133
0
    pub const fn raw(&self) -> u64 {
134
0
        self.value
135
0
    }
136
137
    /// Convert to floating-point value
138
0
    pub fn to_f64(&self) -> f64 {
139
0
        self.value as f64 / Self::SCALE as f64
140
0
    }
141
142
    /// Convert to decimal
143
0
    pub fn to_decimal(&self) -> Decimal {
144
0
        Decimal::new(self.value as i64, 6)
145
0
    }
146
147
    /// Add two quantities
148
0
    pub fn add(&self, other: Self) -> Self {
149
0
        Self {
150
0
            value: self.value + other.value,
151
0
        }
152
0
    }
153
154
    /// Subtract two quantities
155
0
    pub fn subtract(&self, other: Self) -> Self {
156
0
        Self {
157
0
            value: self.value.saturating_sub(other.value),
158
0
        }
159
0
    }
160
}
161
162
impl fmt::Display for Quantity {
163
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
164
0
        write!(f, "{:.6}", self.to_f64())
165
0
    }
166
}
167
168
impl std::ops::Add for Quantity {
169
    type Output = Self;
170
171
0
    fn add(self, other: Self) -> Self::Output {
172
0
        Self {
173
0
            value: self.value + other.value,
174
0
        }
175
0
    }
176
}
177
178
impl std::ops::Sub for Quantity {
179
    type Output = Self;
180
181
0
    fn sub(self, other: Self) -> Self::Output {
182
0
        Self {
183
0
            value: self.value.saturating_sub(other.value),
184
0
        }
185
0
    }
186
}
187
188
/// Order event for tracking order lifecycle
189
#[derive(Debug, Clone, Serialize, Deserialize)]
190
pub struct OrderEvent {
191
    /// Unique order identifier
192
    pub order_id: String,
193
    /// Trading symbol
194
    pub symbol: String,
195
    /// Order type (Market, Limit, etc.)
196
    pub order_type: OrderType,
197
    /// Order side (Buy/Sell)
198
    pub side: OrderSide,
199
    /// Order quantity
200
    pub quantity: Quantity,
201
    /// Order price (None for market orders)
202
    pub price: Option<Decimal>,
203
    /// Event timestamp
204
    pub timestamp: DateTime<Utc>,
205
    /// Strategy identifier
206
    pub strategy_id: String,
207
    /// Type of order event
208
    pub event_type: OrderEventType,
209
    /// Previous quantity for modifications
210
    pub previous_quantity: Option<Quantity>,
211
    /// Previous price for modifications
212
    pub previous_price: Option<Decimal>,
213
    /// Reason for cancellation or modification
214
    pub reason: Option<String>,
215
}
216
217
/// Types of order events
218
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
219
pub enum OrderEventType {
220
    /// Order was placed
221
    Placed,
222
    /// Order was modified
223
    Modified,
224
    /// Order was cancelled
225
    Cancelled,
226
    /// Order was rejected
227
    Rejected,
228
    /// Order expired
229
    Expired,
230
}
231
232
impl fmt::Display for OrderEventType {
233
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
234
0
        match self {
235
0
            Self::Placed => write!(f, "PLACED"),
236
0
            Self::Modified => write!(f, "MODIFIED"),
237
0
            Self::Cancelled => write!(f, "CANCELLED"),
238
0
            Self::Rejected => write!(f, "REJECTED"),
239
0
            Self::Expired => write!(f, "EXPIRED"),
240
        }
241
0
    }
242
}
243
244
/// Order type enumeration
245
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
246
pub enum OrderType {
247
    /// Market order - execute immediately at best available price
248
    Market,
249
    /// Limit order - execute only at specified price or better
250
    Limit,
251
    /// Stop order - becomes market order when stop price is reached
252
    Stop,
253
    /// Stop-limit order - becomes limit order when stop price is reached
254
    StopLimit,
255
}
256
257
impl fmt::Display for OrderType {
258
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
259
0
        match self {
260
0
            Self::Market => write!(f, "MARKET"),
261
0
            Self::Limit => write!(f, "LIMIT"),
262
0
            Self::Stop => write!(f, "STOP"),
263
0
            Self::StopLimit => write!(f, "STOP_LIMIT"),
264
        }
265
0
    }
266
}
267
268
/// Order side enumeration
269
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
270
pub enum OrderSide {
271
    /// Buy order
272
    Buy,
273
    /// Sell order
274
    Sell,
275
}
276
277
impl fmt::Display for OrderSide {
278
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
279
0
        match self {
280
0
            Self::Buy => write!(f, "BUY"),
281
0
            Self::Sell => write!(f, "SELL"),
282
        }
283
0
    }
284
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/traits.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/traits.rs.html
deleted file mode 100644
index 7ae308797..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/traits.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/traits.rs
Line
Count
Source
1
//! Common traits used across services
2
//!
3
//! This module provides shared traits that define common interfaces
4
//! for services in the Foxhunt HFT trading system.
5
6
use crate::error::CommonResult;
7
use crate::types::{ServiceStatus, Timestamp};
8
use async_trait::async_trait;
9
use serde::{Deserialize, Serialize};
10
use std::collections::HashMap;
11
12
/// Trait for configurable components
13
#[async_trait]
14
pub trait Configurable {
15
    /// Configuration type for this component
16
    type Config: Clone + Send + Sync;
17
18
    /// Apply configuration changes
19
    async fn configure(&mut self, config: Self::Config) -> CommonResult<()>;
20
21
    /// Get current configuration
22
    fn get_config(&self) -> &Self::Config;
23
24
    /// Validate configuration before applying
25
    fn validate_config(config: &Self::Config) -> CommonResult<()>;
26
}
27
28
/// Trait for health check capabilities
29
#[async_trait]
30
pub trait HealthCheck {
31
    /// Perform a health check
32
    async fn health_check(&self) -> CommonResult<HealthStatus>;
33
34
    /// Get detailed health information
35
    async fn detailed_health(&self) -> CommonResult<DetailedHealth>;
36
}
37
38
/// Health status for components
39
#[derive(Debug, Clone, Serialize, Deserialize)]
40
pub struct HealthStatus {
41
    /// Overall health status
42
    pub status: ServiceStatus,
43
    /// Timestamp of the health check
44
    pub timestamp: Timestamp,
45
    /// Optional message
46
    pub message: Option<String>,
47
}
48
49
/// Detailed health information
50
#[derive(Debug, Clone, Serialize, Deserialize)]
51
pub struct DetailedHealth {
52
    /// Basic health status
53
    pub status: HealthStatus,
54
    /// Component-specific metrics
55
    pub metrics: HashMap<String, f64>,
56
    /// Sub-component health statuses
57
    pub components: HashMap<String, HealthStatus>,
58
}
59
60
/// Trait for metrics collection
61
pub trait Metrics {
62
    /// Metrics type for this component
63
    type Metrics: Clone + Send + Sync + Serialize;
64
65
    /// Get current metrics
66
    fn get_metrics(&self) -> Self::Metrics;
67
68
    /// Reset metrics counters
69
    fn reset_metrics(&mut self);
70
}
71
72
/// Trait for service lifecycle management
73
#[async_trait]
74
pub trait Service: Send + Sync {
75
    /// Start the service
76
    async fn start(&mut self) -> CommonResult<()>;
77
78
    /// Stop the service gracefully
79
    async fn stop(&mut self) -> CommonResult<()>;
80
81
    /// Get current service status
82
    fn status(&self) -> ServiceStatus;
83
84
    /// Get service name
85
    fn name(&self) -> &str;
86
87
    /// Get service version
88
    fn version(&self) -> &str;
89
}
90
91
/// Trait for components that can be reloaded
92
#[async_trait]
93
pub trait Reloadable {
94
    /// Reload the component (hot reload)
95
    async fn reload(&mut self) -> CommonResult<()>;
96
97
    /// Check if reload is supported
98
0
    fn supports_reload(&self) -> bool {
99
0
        true
100
0
    }
101
}
102
103
/// Trait for components with graceful shutdown
104
#[async_trait]
105
pub trait GracefulShutdown {
106
    /// Initiate graceful shutdown
107
    async fn shutdown(&mut self) -> CommonResult<()>;
108
109
    /// Force shutdown (emergency stop)
110
    async fn force_shutdown(&mut self) -> CommonResult<()>;
111
112
    /// Get shutdown timeout duration in seconds
113
0
    fn shutdown_timeout_seconds(&self) -> u64 {
114
0
        30 // Default 30 seconds
115
0
    }
116
}
117
118
/// Trait for components that support circuit breaking
119
pub trait CircuitBreaker {
120
    /// Check if circuit is open
121
    fn is_circuit_open(&self) -> bool;
122
123
    /// Get failure count
124
    fn failure_count(&self) -> u64;
125
126
    /// Reset circuit breaker
127
    fn reset_circuit(&mut self);
128
}
129
130
/// Trait for rate-limited operations
131
pub trait RateLimited {
132
    /// Check if operation is allowed under rate limits
133
    fn is_allowed(&self) -> bool;
134
135
    /// Get current rate limit status
136
    fn rate_limit_status(&self) -> RateLimitStatus;
137
}
138
139
/// Rate limit status information
140
#[derive(Debug, Clone, Serialize, Deserialize)]
141
pub struct RateLimitStatus {
142
    /// Current request count in the window
143
    pub current_count: u64,
144
    /// Maximum requests allowed in the window
145
    pub max_requests: u64,
146
    /// Time window in seconds
147
    pub window_seconds: u64,
148
    /// Seconds until window resets
149
    pub reset_in_seconds: u64,
150
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/types.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/types.rs.html
deleted file mode 100644
index 3d2b535ec..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/types.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/types.rs
Line
Count
Source
1
//! Common data types used across services
2
//!
3
//! This module provides shared data types that are used throughout
4
//! the Foxhunt HFT trading system. This includes both infrastructure types
5
//! and core trading types migrated from foxhunt-common-types.
6
7
use crate::error::ErrorCategory;
8
use chrono::{DateTime, Utc};
9
// ELIMINATED: Re-exports removed to force explicit imports
10
// NO RE-EXPORTS: Import rust_decimal::Decimal directly in each crate that needs it
11
use rust_decimal::Decimal; // Internal use only - other crates must import directly
12
use serde::{Deserialize, Serialize};
13
use serde_json::Value;
14
use std::collections::HashMap;
15
use std::sync::{Arc, Mutex, RwLock};
16
17
use crate::error::{CommonError, ErrorCategory as CommonErrorCategory};
18
use num_traits::FromPrimitive;
19
use std::convert::TryFrom;
20
use std::fmt;
21
use std::iter::Sum;
22
use std::num::ParseIntError;
23
use std::ops::{Add, AddAssign, Div, DivAssign, Mul, MulAssign, Sub, SubAssign};
24
use std::str::FromStr;
25
use uuid::Uuid;
26
27
// =============================================================================
28
// Type Aliases for Complex Types
29
// =============================================================================
30
31
/// Common error type for async operations
32
pub type AsyncResult<T> = Result<T, Box<dyn std::error::Error + Send + Sync>>;
33
34
/// Thread-safe hash map for shared state
35
pub type SharedHashMap<K, V> = Arc<RwLock<HashMap<K, V>>>;
36
37
/// Thread-safe hash map with Mutex for shared state
38
pub type MutexHashMap<K, V> = Arc<Mutex<HashMap<K, V>>>;
39
40
/// Thread-safe container for any value
41
pub type SharedValue<T> = Arc<RwLock<T>>;
42
43
/// Thread-safe container with Mutex for any value
44
pub type MutexValue<T> = Arc<Mutex<T>>;
45
46
// Trading-specific type aliases
47
/// Map of positions by symbol
48
pub type PositionMap<T> = SharedHashMap<String, T>;
49
50
/// Map of orders by order ID
51
pub type OrderMap<T> = SharedHashMap<String, T>;
52
53
/// Map of accounts by account ID
54
pub type AccountMap<T> = SharedHashMap<String, T>;
55
56
/// Map of instruments by instrument ID
57
pub type InstrumentMap<T> = SharedHashMap<String, T>;
58
59
/// Map of market data by symbol
60
pub type MarketDataMap<T> = SharedHashMap<String, T>;
61
62
/// Cache entry with timestamp
63
pub type CacheEntry<T> = (T, DateTime<Utc>);
64
65
/// Cache map with timestamped entries
66
pub type CacheMap<K, V> = SharedHashMap<K, CacheEntry<V>>;
67
68
/// Risk factor loadings by instrument
69
pub type RiskFactorMap = SharedHashMap<String, HashMap<String, Decimal>>;
70
71
/// Performance metrics history
72
pub type PerformanceHistory<T> = SharedHashMap<String, std::collections::VecDeque<T>>;
73
74
/// Model registry for ML models
75
pub type ModelRegistry<T> = SharedHashMap<String, T>;
76
77
/// Generic configuration cache
78
pub type ConfigCache<K, V> = SharedHashMap<K, V>;
79
80
// =============================================================================
81
// Event Types - Moved from trading_engine to enforce pure client architecture
82
// =============================================================================
83
84
/// Order events for the complete order lifecycle
85
#[derive(Debug, Clone, Serialize, Deserialize)]
86
pub struct OrderEvent {
87
    /// Unique identifier for the order
88
    pub order_id: OrderId,
89
    /// Trading symbol for the order
90
    pub symbol: Symbol,
91
    /// Type of order (market, limit, stop, etc.)
92
    pub order_type: OrderType,
93
    /// Order side (buy or sell)
94
    pub side: OrderSide,
95
    /// Order quantity
96
    pub quantity: Quantity,
97
    /// Order price (None for market orders)
98
    pub price: Option<Price>,
99
    /// Timestamp when the event occurred
100
    pub timestamp: DateTime<Utc>,
101
    /// Strategy or client identifier
102
    pub strategy_id: String,
103
    /// Order event type (placed, modified, cancelled)
104
    pub event_type: OrderEventType,
105
    /// Previous quantity for modifications
106
    pub previous_quantity: Option<Quantity>,
107
    /// Previous price for modifications
108
    pub previous_price: Option<Price>,
109
    /// Reason for cancellation or modification
110
    pub reason: Option<String>,
111
}
112
113
/// Types of order events
114
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
115
pub enum OrderEventType {
116
    /// Order was placed
117
    Placed,
118
    /// Order was modified
119
    Modified,
120
    /// Order was cancelled
121
    Cancelled,
122
    /// Order was rejected
123
    Rejected,
124
}
125
126
// =============================================================================
127
// Core Data Types
128
// =============================================================================
129
130
/// Unique identifier for services
131
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
132
pub struct ServiceId(pub String);
133
134
impl ServiceId {
135
    /// Create a new service ID
136
2
    pub fn new<S: Into<String>>(id: S) -> Self {
137
2
        Self(id.into())
138
2
    }
139
140
    /// Get the inner string value
141
    /// Get the execution ID as a string slice
142
    /// Get execution ID as string slice
143
2
    pub fn as_str(&self) -> &str {
144
2
        &self.0
145
2
    }
146
}
147
148
impl fmt::Display for ServiceId {
149
1
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
150
1
        write!(f, "{}", self.0)
151
1
    }
152
}
153
154
impl From<&str> for ServiceId {
155
0
    fn from(s: &str) -> Self {
156
0
        Self(s.to_owned())
157
0
    }
158
}
159
160
impl From<String> for ServiceId {
161
1
    fn from(s: String) -> Self {
162
1
        Self(s)
163
1
    }
164
}
165
166
/// Service status enumeration
167
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
168
pub enum ServiceStatus {
169
    /// Service is starting up
170
    Starting,
171
    /// Service is running normally
172
    Running,
173
    /// Service is degraded but functional
174
    Degraded,
175
    /// Service is stopping
176
    Stopping,
177
    /// Service is stopped
178
    Stopped,
179
    /// Service has encountered an error
180
    Error,
181
    /// Service is in maintenance mode
182
    Maintenance,
183
}
184
185
impl fmt::Display for ServiceStatus {
186
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
187
0
        match self {
188
0
            Self::Starting => write!(f, "STARTING"),
189
0
            Self::Running => write!(f, "RUNNING"),
190
0
            Self::Degraded => write!(f, "DEGRADED"),
191
0
            Self::Stopping => write!(f, "STOPPING"),
192
0
            Self::Stopped => write!(f, "STOPPED"),
193
0
            Self::Error => write!(f, "ERROR"),
194
0
            Self::Maintenance => write!(f, "MAINTENANCE"),
195
        }
196
0
    }
197
}
198
199
impl ServiceStatus {
200
    /// Check if the service is healthy
201
4
    pub fn is_healthy(&self) -> bool {
202
4
        
matches!2
(self, Self::Running | Self::Starting)
203
4
    }
204
205
    /// Check if the service is available for requests
206
4
    pub fn is_available(&self) -> bool {
207
4
        
matches!2
(self, Self::Running | Self::Degraded)
208
4
    }
209
}
210
211
/// Configuration version for tracking changes
212
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
213
pub struct ConfigVersion {
214
    /// Version number
215
    pub version: u64,
216
    /// Timestamp when version was created
217
    pub timestamp: DateTime<Utc>,
218
    /// Optional description of changes
219
    pub description: Option<String>,
220
}
221
222
impl ConfigVersion {
223
    /// Create a new config version
224
1
    pub fn new(version: u64) -> Self {
225
1
        Self {
226
1
            version,
227
1
            timestamp: Utc::now(),
228
1
            description: None,
229
1
        }
230
1
    }
231
232
    /// Create a new config version with description
233
1
    pub fn with_description<S: Into<String>>(version: u64, description: S) -> Self {
234
1
        Self {
235
1
            version,
236
1
            timestamp: Utc::now(),
237
1
            description: Some(description.into()),
238
1
        }
239
1
    }
240
}
241
242
// TECHNICAL DEBT ELIMINATED - Use DateTime<Utc> directly instead of Timestamp alias
243
244
/// Timestamp type alias for consistency across the system
245
pub type Timestamp = DateTime<Utc>;
246
247
/// Request ID for tracing and correlation
248
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
249
pub struct RequestId(pub Uuid);
250
251
impl Default for RequestId {
252
    /// Create a default request ID with a new UUID
253
0
    fn default() -> Self {
254
0
        Self::new()
255
0
    }
256
}
257
258
impl RequestId {
259
    /// Generate a new random request ID
260
2
    pub fn new() -> Self {
261
2
        Self(Uuid::new_v4())
262
2
    }
263
264
    /// Create from UUID
265
0
    pub fn from_uuid(uuid: Uuid) -> Self {
266
0
        Self(uuid)
267
0
    }
268
269
    /// Get the inner UUID
270
0
    pub fn as_uuid(&self) -> Uuid {
271
0
        self.0
272
0
    }
273
}
274
275
// Default implementation is now in the derive macro above
276
277
// =============================================================================
278
// MARKET DATA EVENT TYPES (Consolidated from data and trading_engine crates)
279
// =============================================================================
280
281
/// Market data event types - CANONICAL DEFINITION
282
#[derive(Debug, Clone, Serialize, Deserialize)]
283
pub enum MarketDataEvent {
284
    /// Quote update (bid/ask)
285
    Quote(QuoteEvent),
286
    /// Trade execution
287
    Trade(TradeEvent),
288
    /// Aggregate trade data
289
    Aggregate(Aggregate),
290
    /// Bar/candle data
291
    Bar(BarEvent),
292
    /// Level 2 market data update
293
    Level2(Level2Update),
294
    /// Market status update
295
    Status(MarketStatus),
296
    /// Connection status updates
297
    ConnectionStatus(ConnectionEvent),
298
    /// Error events with details
299
    Error(ErrorEvent),
300
    /// Order book update
301
    OrderBook(OrderBookEvent),
302
    /// Level 2 order book snapshot
303
    OrderBookL2Snapshot(OrderBookSnapshot),
304
    /// Level 2 order book incremental update
305
    OrderBookL2Update(OrderBookUpdate),
306
}
307
308
/// Quote event structure - CANONICAL DEFINITION
309
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq)]
310
pub struct QuoteEvent {
311
    /// Symbol
312
    pub symbol: String,
313
    /// Bid price
314
    pub bid: Option<Decimal>,
315
    /// Ask price
316
    pub ask: Option<Decimal>,
317
    /// Bid size
318
    pub bid_size: Option<Decimal>,
319
    /// Ask size
320
    pub ask_size: Option<Decimal>,
321
    /// Exchange
322
    pub exchange: Option<String>,
323
    /// Bid exchange
324
    pub bid_exchange: Option<String>,
325
    /// Ask exchange
326
    pub ask_exchange: Option<String>,
327
    /// Quote conditions
328
    pub conditions: Vec<String>,
329
    /// Timestamp
330
    pub timestamp: DateTime<Utc>,
331
    /// Sequence number
332
    pub sequence: u64,
333
}
334
335
impl QuoteEvent {
336
    /// Create a new quote event
337
    #[must_use]
338
6
    pub fn new(symbol: String, timestamp: DateTime<Utc>) -> Self {
339
6
        Self {
340
6
            symbol,
341
6
            bid: None,
342
6
            ask: None,
343
6
            bid_size: None,
344
6
            ask_size: None,
345
6
            exchange: None,
346
6
            bid_exchange: None,
347
6
            ask_exchange: None,
348
6
            conditions: Vec::new(),
349
6
            timestamp,
350
6
            sequence: 0,
351
6
        }
352
6
    }
353
354
    /// Set bid price and size
355
4
    pub fn with_bid(mut self, price: Decimal, size: Decimal) -> Self {
356
4
        self.bid = Some(price);
357
4
        self.bid_size = Some(size);
358
4
        self
359
4
    }
360
361
    /// Set ask price and size
362
4
    pub fn with_ask(mut self, price: Decimal, size: Decimal) -> Self {
363
4
        self.ask = Some(price);
364
4
        self.ask_size = Some(size);
365
4
        self
366
4
    }
367
368
    /// Set exchange
369
1
    pub fn with_exchange<S: Into<String>>(mut self, exchange: S) -> Self {
370
1
        self.exchange = Some(exchange.into());
371
1
        self
372
1
    }
373
374
    /// Set bid exchange
375
0
    pub fn with_bid_exchange<S: Into<String>>(mut self, exchange: S) -> Self {
376
0
        self.bid_exchange = Some(exchange.into());
377
0
        self
378
0
    }
379
380
    /// Set ask exchange
381
0
    pub fn with_ask_exchange<S: Into<String>>(mut self, exchange: S) -> Self {
382
0
        self.ask_exchange = Some(exchange.into());
383
0
        self
384
0
    }
385
386
    /// Add quote condition
387
0
    pub fn with_condition<S: Into<String>>(mut self, condition: S) -> Self {
388
0
        self.conditions.push(condition.into());
389
0
        self
390
0
    }
391
392
    /// Set sequence number
393
1
    pub fn with_sequence(mut self, sequence: u64) -> Self {
394
1
        self.sequence = sequence;
395
1
        self
396
1
    }
397
398
    /// Get mid price
399
1
    pub fn mid_price(&self) -> Option<Decimal> {
400
1
        match (self.bid, self.ask) {
401
1
            (Some(bid), Some(ask)) => Some((bid + ask) / Decimal::from(2)),
402
0
            _ => None,
403
        }
404
1
    }
405
406
    /// Get spread
407
1
    pub fn spread(&self) -> Option<Decimal> {
408
1
        match (self.bid, self.ask) {
409
1
            (Some(bid), Some(ask)) => Some(ask - bid),
410
0
            _ => None,
411
        }
412
1
    }
413
}
414
415
/// Trade event structure - CANONICAL DEFINITION
416
#[derive(Debug, Clone, Serialize, Deserialize)]
417
pub struct TradeEvent {
418
    /// Symbol
419
    pub symbol: String,
420
    /// Trade price
421
    pub price: Decimal,
422
    /// Trade size
423
    pub size: Decimal,
424
    /// Trade ID
425
    pub trade_id: Option<String>,
426
    /// Exchange
427
    pub exchange: Option<String>,
428
    /// Trade conditions
429
    pub conditions: Vec<String>,
430
    /// Timestamp
431
    pub timestamp: DateTime<Utc>,
432
    /// Sequence number
433
    pub sequence: u64,
434
}
435
436
impl TradeEvent {
437
    /// Create a new trade event
438
    #[must_use]
439
4
    pub fn new(symbol: String, price: Decimal, size: Decimal, timestamp: DateTime<Utc>) -> Self {
440
4
        Self {
441
4
            symbol,
442
4
            price,
443
4
            size,
444
4
            trade_id: None,
445
4
            exchange: None,
446
4
            conditions: Vec::new(),
447
4
            timestamp,
448
4
            sequence: 0,
449
4
        }
450
4
    }
451
452
    /// Set trade ID
453
0
    pub fn with_trade_id<S: Into<String>>(mut self, trade_id: S) -> Self {
454
0
        self.trade_id = Some(trade_id.into());
455
0
        self
456
0
    }
457
458
    /// Set exchange
459
0
    pub fn with_exchange<S: Into<String>>(mut self, exchange: S) -> Self {
460
0
        self.exchange = Some(exchange.into());
461
0
        self
462
0
    }
463
464
    /// Add trade condition
465
0
    pub fn with_condition<S: Into<String>>(mut self, condition: S) -> Self {
466
0
        self.conditions.push(condition.into());
467
0
        self
468
0
    }
469
470
    /// Set sequence number
471
0
    pub fn with_sequence(mut self, sequence: u64) -> Self {
472
0
        self.sequence = sequence;
473
0
        self
474
0
    }
475
476
    /// Get notional value
477
1
    pub fn notional_value(&self) -> Decimal {
478
1
        self.price * self.size
479
1
    }
480
}
481
482
/// Aggregate trade data
483
#[derive(Debug, Clone, Serialize, Deserialize)]
484
pub struct Aggregate {
485
    /// Symbol
486
    pub symbol: String,
487
    /// Open price
488
    pub open: Decimal,
489
    /// High price
490
    pub high: Decimal,
491
    /// Low price
492
    pub low: Decimal,
493
    /// Close price
494
    pub close: Decimal,
495
    /// Volume
496
    pub volume: Decimal,
497
    /// Volume weighted average price
498
    pub vwap: Option<Decimal>,
499
    /// Start timestamp
500
    pub start_timestamp: DateTime<Utc>,
501
    /// End timestamp
502
    pub end_timestamp: DateTime<Utc>,
503
}
504
505
/// Bar/candle event structure
506
#[derive(Debug, Clone, Serialize, Deserialize)]
507
pub struct BarEvent {
508
    /// Symbol
509
    pub symbol: String,
510
    /// Open price
511
    pub open: Decimal,
512
    /// High price
513
    pub high: Decimal,
514
    /// Low price
515
    pub low: Decimal,
516
    /// Close price
517
    pub close: Decimal,
518
    /// Volume
519
    pub volume: Decimal,
520
    /// Volume weighted average price
521
    pub vwap: Option<Decimal>,
522
    /// Start timestamp
523
    pub start_timestamp: DateTime<Utc>,
524
    /// End timestamp
525
    pub end_timestamp: DateTime<Utc>,
526
    /// Timeframe (e.g., "1m", "5m", "1h")
527
    pub timeframe: String,
528
}
529
530
/// Level 2 market data update
531
#[derive(Debug, Clone, Serialize, Deserialize)]
532
pub struct Level2Update {
533
    /// Symbol
534
    pub symbol: String,
535
    /// Bid levels
536
    pub bids: Vec<PriceLevel>,
537
    /// Ask levels
538
    pub asks: Vec<PriceLevel>,
539
    /// Timestamp
540
    pub timestamp: DateTime<Utc>,
541
}
542
543
/// Price level for order book
544
#[derive(Debug, Clone, Serialize, Deserialize)]
545
pub struct PriceLevel {
546
    /// Price
547
    pub price: Decimal,
548
    /// Size at this price level
549
    pub size: Decimal,
550
}
551
552
/// Order book snapshot from providers
553
#[derive(Debug, Clone, Serialize, Deserialize)]
554
pub struct OrderBookSnapshot {
555
    /// Symbol
556
    pub symbol: String,
557
    /// Bid levels (price, size) sorted by price descending
558
    pub bids: Vec<PriceLevel>,
559
    /// Ask levels (price, size) sorted by price ascending
560
    pub asks: Vec<PriceLevel>,
561
    /// Exchange
562
    pub exchange: String,
563
    /// Timestamp of snapshot
564
    pub timestamp: DateTime<Utc>,
565
    /// Sequence number
566
    pub sequence: u64,
567
}
568
569
/// Incremental order book update from providers
570
#[derive(Debug, Clone, Serialize, Deserialize)]
571
pub struct OrderBookUpdate {
572
    /// Symbol
573
    pub symbol: String,
574
    /// Changes to bid levels
575
    pub bid_changes: Vec<PriceLevelChange>,
576
    /// Changes to ask levels
577
    pub ask_changes: Vec<PriceLevelChange>,
578
    /// Exchange
579
    pub exchange: String,
580
    /// Timestamp of update
581
    pub timestamp: DateTime<Utc>,
582
    /// Sequence number
583
    pub sequence: u64,
584
}
585
586
/// Change to a price level
587
#[derive(Debug, Clone, Serialize, Deserialize)]
588
pub struct PriceLevelChange {
589
    /// Price level being modified
590
    pub price: Decimal,
591
    /// New size (0 = remove level)
592
    pub size: Decimal,
593
    /// Type of change
594
    pub change_type: PriceLevelChangeType,
595
    /// Side (bid or ask)
596
    pub side: OrderBookSide,
597
}
598
599
/// Type of price level change
600
#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq)]
601
pub enum PriceLevelChangeType {
602
    /// Add new price level
603
    Add,
604
    /// Update existing price level
605
    Update,
606
    /// Remove price level
607
    Delete,
608
}
609
610
/// Order book side
611
#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq)]
612
pub enum OrderBookSide {
613
    /// Bid side
614
    Bid,
615
    /// Ask side
616
    Ask,
617
}
618
619
/// Market status information
620
#[derive(Debug, Clone, Serialize, Deserialize)]
621
pub struct MarketStatus {
622
    /// Market
623
    pub market: String,
624
    /// Status (open, closed, early_hours, etc.)
625
    pub status: String,
626
    /// Timestamp
627
    pub timestamp: DateTime<Utc>,
628
}
629
630
/// Connection event for status updates
631
#[derive(Debug, Clone, Serialize, Deserialize)]
632
pub struct ConnectionEvent {
633
    /// Provider name
634
    pub provider: String,
635
    /// Connection status
636
    pub status: ConnectionStatus,
637
    /// Optional message
638
    pub message: Option<String>,
639
    /// Timestamp
640
    pub timestamp: DateTime<Utc>,
641
}
642
643
/// Connection status enumeration
644
/// Connection status for data providers and brokers
645
#[derive(Debug, Clone, Serialize, Deserialize)]
646
#[cfg_attr(feature = "database", derive(sqlx::Type))]
647
#[cfg_attr(
648
    feature = "database",
649
    sqlx(type_name = "connection_status", rename_all = "snake_case")
650
)]
651
pub enum ConnectionStatus {
652
    /// Successfully connected and operational
653
    Connected,
654
    /// Disconnected from the service
655
    Disconnected,
656
    /// Currently attempting to reconnect
657
    Reconnecting,
658
}
659
660
/// Error event structure
661
#[derive(Debug, Clone, Serialize, Deserialize)]
662
pub struct ErrorEvent {
663
    /// Provider name
664
    pub provider: String,
665
    /// Error message
666
    pub message: String,
667
    /// Error category
668
    pub category: ErrorCategory,
669
    /// Timestamp
670
    pub timestamp: DateTime<Utc>,
671
}
672
673
// ErrorCategory is imported from crate::error as CommonErrorCategory
674
675
/// Order book event
676
#[derive(Debug, Clone, Serialize, Deserialize)]
677
pub struct OrderBookEvent {
678
    /// Symbol
679
    pub symbol: String,
680
    /// Timestamp
681
    pub timestamp: DateTime<Utc>,
682
    /// Bid levels
683
    pub bids: Vec<(Price, Quantity)>,
684
    /// Ask levels
685
    pub asks: Vec<(Price, Quantity)>,
686
}
687
688
/// Data types for subscription
689
#[derive(Debug, Clone, Serialize, Deserialize)]
690
pub enum DataType {
691
    /// Real-time quotes
692
    Quotes,
693
    /// Real-time trades
694
    Trades,
695
    /// Aggregate/minute bars
696
    Aggregates,
697
    /// Level 2 order book
698
    Level2,
699
    /// Market status
700
    Status,
701
    /// Historical bars/aggregates
702
    Bars,
703
    /// Order book data
704
    OrderBook,
705
    /// Volume data
706
    Volume,
707
}
708
709
/// Market data subscription request
710
#[derive(Debug, Clone, Serialize, Deserialize)]
711
pub struct Subscription {
712
    /// Symbols to subscribe to
713
    pub symbols: Vec<String>,
714
    /// Data types to subscribe to
715
    pub data_types: Vec<DataType>,
716
    /// Exchange filter (optional)
717
    pub exchanges: Vec<String>,
718
}
719
720
impl MarketDataEvent {
721
    /// Get the symbol for any market data event
722
1
    pub fn symbol(&self) -> &str {
723
1
        match self {
724
1
            MarketDataEvent::Quote(q) => &q.symbol,
725
0
            MarketDataEvent::Trade(t) => &t.symbol,
726
0
            MarketDataEvent::Aggregate(a) => &a.symbol,
727
0
            MarketDataEvent::Bar(b) => &b.symbol,
728
0
            MarketDataEvent::Level2(l) => &l.symbol,
729
0
            MarketDataEvent::Status(s) => &s.market,
730
0
            MarketDataEvent::ConnectionStatus(_) => "",
731
0
            MarketDataEvent::Error(_) => "",
732
0
            MarketDataEvent::OrderBook(o) => &o.symbol,
733
0
            MarketDataEvent::OrderBookL2Snapshot(s) => &s.symbol,
734
0
            MarketDataEvent::OrderBookL2Update(u) => &u.symbol,
735
        }
736
1
    }
737
738
    /// Get the timestamp for any market data event
739
1
    pub fn timestamp(&self) -> Option<DateTime<Utc>> {
740
1
        match self {
741
0
            MarketDataEvent::Quote(q) => Some(q.timestamp),
742
1
            MarketDataEvent::Trade(t) => Some(t.timestamp),
743
0
            MarketDataEvent::Aggregate(a) => Some(a.end_timestamp),
744
0
            MarketDataEvent::Bar(b) => Some(b.end_timestamp),
745
0
            MarketDataEvent::Level2(l) => Some(l.timestamp),
746
0
            MarketDataEvent::Status(s) => Some(s.timestamp),
747
0
            MarketDataEvent::ConnectionStatus(c) => Some(c.timestamp),
748
0
            MarketDataEvent::Error(e) => Some(e.timestamp),
749
0
            MarketDataEvent::OrderBook(o) => Some(o.timestamp),
750
0
            MarketDataEvent::OrderBookL2Snapshot(s) => Some(s.timestamp),
751
0
            MarketDataEvent::OrderBookL2Update(u) => Some(u.timestamp),
752
        }
753
1
    }
754
}
755
impl fmt::Display for RequestId {
756
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
757
0
        write!(f, "{}", self.0)
758
0
    }
759
}
760
761
/// Connection information for services
762
#[derive(Debug, Clone, Serialize, Deserialize)]
763
pub struct ConnectionInfo {
764
    /// Host address
765
    pub host: String,
766
    /// Port number
767
    pub port: u16,
768
    /// Whether TLS is enabled
769
    pub tls: bool,
770
    /// Connection timeout in milliseconds
771
    pub timeout_ms: u64,
772
}
773
774
impl ConnectionInfo {
775
    /// Create new connection info
776
1
    pub fn new<S: Into<String>>(host: S, port: u16) -> Self {
777
1
        Self {
778
1
            host: host.into(),
779
1
            port,
780
1
            tls: false,
781
1
            timeout_ms: 5000,
782
1
        }
783
1
    }
784
785
    /// Enable TLS
786
1
    pub fn with_tls(mut self) -> Self {
787
1
        self.tls = true;
788
1
        self
789
1
    }
790
791
    /// Set timeout
792
0
    pub fn with_timeout(mut self, timeout_ms: u64) -> Self {
793
0
        self.timeout_ms = timeout_ms;
794
0
        self
795
0
    }
796
797
    /// Get connection URL
798
2
    pub fn url(&self) -> String {
799
2
        let scheme = if self.tls { 
"https"1
 } else { 
"http"1
 };
800
2
        format!("{}://{}:{}", scheme, self.host, self.port)
801
2
    }
802
}
803
804
/// Resource limits for services
805
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
806
pub struct ResourceLimits {
807
    /// Maximum memory usage in bytes
808
    pub max_memory_bytes: Option<u64>,
809
    /// Maximum CPU usage as percentage (0-100)
810
    pub max_cpu_percent: Option<f64>,
811
    /// Maximum number of open file descriptors
812
    pub max_file_descriptors: Option<u32>,
813
    /// Maximum number of network connections
814
    pub max_connections: Option<u32>,
815
}
816
817
// =============================================================================
818
// TRADING TYPES (Migrated from foxhunt-common-types)
819
// =============================================================================
820
821
/// Common error types for trading operations
822
///
823
/// This error type implements Send + Sync for use in async contexts
824
#[derive(thiserror::Error, Debug)]
825
pub enum CommonTypeError {
826
    /// Invalid price value
827
    #[error("Invalid price: {value} - {reason}")]
828
    InvalidPrice {
829
        /// The invalid price value as string
830
        value: String,
831
        /// Reason why the price is invalid
832
        reason: String,
833
    },
834
835
    /// Invalid quantity value
836
    #[error("Invalid quantity: {value} - {reason}")]
837
    InvalidQuantity {
838
        /// The invalid quantity value as string
839
        value: String,
840
        /// Reason why the quantity is invalid
841
        reason: String,
842
    },
843
844
    /// Invalid identifier
845
    #[error("Invalid {field}: {reason}")]
846
    InvalidIdentifier {
847
        /// The field name that contains the invalid identifier
848
        field: String,
849
        /// Reason why the identifier is invalid
850
        reason: String,
851
    },
852
853
    /// Validation error
854
    #[error("Validation error for {field}: {reason}")]
855
    ValidationError {
856
        /// The field name that failed validation
857
        field: String,
858
        /// Reason why the validation failed
859
        reason: String,
860
    },
861
862
    /// Conversion error
863
    #[error("Conversion error: {message}")]
864
    ConversionError {
865
        /// Detailed error message describing the conversion failure
866
        message: String,
867
    },
868
869
    /// I/O error
870
    #[error("I/O error: {0}")]
871
    IoError(#[from] std::io::Error),
872
873
    /// JSON serialization/deserialization error
874
    #[error("JSON error: {0}")]
875
    JsonError(#[from] serde_json::Error),
876
877
    /// Float parsing error
878
    #[error("Float parsing error: {0}")]
879
    ParseFloatError(#[from] std::num::ParseFloatError),
880
881
    /// Integer parsing error
882
    #[error("Integer parsing error: {0}")]
883
    ParseIntError(#[from] std::num::ParseIntError),
884
}
885
886
// Manual trait implementations for CommonTypeError
887
// (Cannot derive Clone, PartialEq, Eq, Serialize due to std::io::Error and serde_json::Error)
888
889
impl Clone for CommonTypeError {
890
    /// Clone the error, converting IO and JSON errors to conversion errors
891
2
    fn clone(&self) -> Self {
892
2
        match self {
893
1
            Self::InvalidPrice { value, reason } => Self::InvalidPrice {
894
1
                value: value.clone(),
895
1
                reason: reason.clone(),
896
1
            },
897
0
            Self::InvalidQuantity { value, reason } => Self::InvalidQuantity {
898
0
                value: value.clone(),
899
0
                reason: reason.clone(),
900
0
            },
901
0
            Self::InvalidIdentifier { field, reason } => Self::InvalidIdentifier {
902
0
                field: field.clone(),
903
0
                reason: reason.clone(),
904
0
            },
905
0
            Self::ValidationError { field, reason } => Self::ValidationError {
906
0
                field: field.clone(),
907
0
                reason: reason.clone(),
908
0
            },
909
0
            Self::ConversionError { message } => Self::ConversionError {
910
0
                message: message.clone(),
911
0
            },
912
            // Cannot clone std::io::Error or serde_json::Error, so create new instances
913
1
            Self::IoError(e) => Self::ConversionError {
914
1
                message: format!("I/O error: {}", e),
915
1
            },
916
0
            Self::JsonError(e) => Self::ConversionError {
917
0
                message: format!("JSON error: {}", e),
918
0
            },
919
0
            Self::ParseFloatError(e) => Self::ParseFloatError(e.clone()),
920
0
            Self::ParseIntError(e) => Self::ParseIntError(e.clone()),
921
        }
922
2
    }
923
}
924
impl PartialEq for CommonTypeError {
925
    /// Compare two errors for equality
926
3
    fn eq(&self, other: &Self) -> bool {
927
3
        match (self, other) {
928
            (
929
                Self::InvalidPrice {
930
3
                    value: v1,
931
3
                    reason: r1,
932
                },
933
                Self::InvalidPrice {
934
3
                    value: v2,
935
3
                    reason: r2,
936
                },
937
3
            ) => v1 == v2 && 
r1 == r22
,
938
            (
939
                Self::InvalidQuantity {
940
0
                    value: v1,
941
0
                    reason: r1,
942
                },
943
                Self::InvalidQuantity {
944
0
                    value: v2,
945
0
                    reason: r2,
946
                },
947
0
            ) => v1 == v2 && r1 == r2,
948
            (
949
                Self::InvalidIdentifier {
950
0
                    field: f1,
951
0
                    reason: r1,
952
                },
953
                Self::InvalidIdentifier {
954
0
                    field: f2,
955
0
                    reason: r2,
956
                },
957
0
            ) => f1 == f2 && r1 == r2,
958
            (
959
                Self::ValidationError {
960
0
                    field: f1,
961
0
                    reason: r1,
962
                },
963
                Self::ValidationError {
964
0
                    field: f2,
965
0
                    reason: r2,
966
                },
967
0
            ) => f1 == f2 && r1 == r2,
968
0
            (Self::ConversionError { message: m1 }, Self::ConversionError { message: m2 }) => {
969
0
                m1 == m2
970
            },
971
0
            (Self::ParseFloatError(e1), Self::ParseFloatError(e2)) => e1 == e2,
972
0
            (Self::ParseIntError(e1), Self::ParseIntError(e2)) => e1 == e2,
973
            // std::io::Error and serde_json::Error don't implement PartialEq, so they're never equal
974
0
            (Self::IoError(_), Self::IoError(_)) => false,
975
0
            (Self::JsonError(_), Self::JsonError(_)) => false,
976
0
            _ => false,
977
        }
978
3
    }
979
}
980
981
impl Eq for CommonTypeError {}
982
983
// Note: Display is automatically implemented by thiserror::Error derive
984
// based on the #[error("...")] attributes on each variant
985
impl Serialize for CommonTypeError {
986
1
    fn serialize<S>(&self, serializer: S) -> Result<S::Ok, S::Error>
987
1
    where
988
1
        S: serde::Serializer,
989
    {
990
        use serde::ser::SerializeStruct;
991
1
        match self {
992
0
            Self::InvalidPrice { value, reason } => {
993
0
                let mut state = serializer.serialize_struct("InvalidPrice", 2)?;
994
0
                state.serialize_field("value", value)?;
995
0
                state.serialize_field("reason", reason)?;
996
0
                state.end()
997
            },
998
0
            Self::InvalidQuantity { value, reason } => {
999
0
                let mut state = serializer.serialize_struct("InvalidQuantity", 2)?;
1000
0
                state.serialize_field("value", value)?;
1001
0
                state.serialize_field("reason", reason)?;
1002
0
                state.end()
1003
            },
1004
0
            Self::InvalidIdentifier { field, reason } => {
1005
0
                let mut state = serializer.serialize_struct("InvalidIdentifier", 2)?;
1006
0
                state.serialize_field("field", field)?;
1007
0
                state.serialize_field("reason", reason)?;
1008
0
                state.end()
1009
            },
1010
1
            Self::ValidationError { field, reason } => {
1011
1
                let mut state = serializer.serialize_struct("ValidationError", 2)
?0
;
1012
1
                state.serialize_field("field", field)
?0
;
1013
1
                state.serialize_field("reason", reason)
?0
;
1014
1
                state.end()
1015
            },
1016
0
            Self::ConversionError { message } => {
1017
0
                let mut state = serializer.serialize_struct("ConversionError", 1)?;
1018
0
                state.serialize_field("message", message)?;
1019
0
                state.end()
1020
            },
1021
0
            Self::IoError(e) => {
1022
0
                let mut state = serializer.serialize_struct("IoError", 1)?;
1023
0
                state.serialize_field("message", &format!("I/O error: {}", e))?;
1024
0
                state.end()
1025
            },
1026
0
            Self::JsonError(e) => {
1027
0
                let mut state = serializer.serialize_struct("JsonError", 1)?;
1028
0
                state.serialize_field("message", &format!("JSON error: {}", e))?;
1029
0
                state.end()
1030
            },
1031
0
            Self::ParseFloatError(e) => {
1032
0
                let mut state = serializer.serialize_struct("ParseFloatError", 1)?;
1033
0
                state.serialize_field("message", &format!("Float parsing error: {}", e))?;
1034
0
                state.end()
1035
            },
1036
0
            Self::ParseIntError(e) => {
1037
0
                let mut state = serializer.serialize_struct("ParseIntError", 1)?;
1038
0
                state.serialize_field("message", &format!("Integer parsing error: {}", e))?;
1039
0
                state.end()
1040
            },
1041
        }
1042
1
    }
1043
}
1044
1045
impl<'de> Deserialize<'de> for CommonTypeError {
1046
1
    fn deserialize<D>(deserializer: D) -> Result<Self, D::Error>
1047
1
    where
1048
1
        D: serde::Deserializer<'de>,
1049
    {
1050
        // For deserialization, we'll convert everything to ConversionError since
1051
        // we can't reconstruct std::io::Error or serde_json::Error from serialized form
1052
        use serde::de::{MapAccess, Visitor};
1053
        use std::fmt;
1054
1055
        struct CommonTypeErrorVisitor;
1056
1057
        impl<'de> Visitor<'de> for CommonTypeErrorVisitor {
1058
            type Value = CommonTypeError;
1059
1060
0
            fn expecting(&self, formatter: &mut fmt::Formatter<'_>) -> fmt::Result {
1061
0
                formatter.write_str("a CommonTypeError")
1062
0
            }
1063
1064
1
            fn visit_map<V>(self, mut map: V) -> Result<CommonTypeError, V::Error>
1065
1
            where
1066
1
                V: MapAccess<'de>,
1067
            {
1068
                // For simplicity, deserialize everything as ConversionError
1069
1
                let mut message = String::new();
1070
3
                while let Some(
key2
) = map.next_key::<String>()
?0
 {
1071
2
                    let value: serde_json::Value = map.next_value()
?0
;
1072
2
                    if key == "message" {
1073
0
                        if let Some(msg) = value.as_str() {
1074
0
                            message = msg.to_string();
1075
0
                        }
1076
2
                    } else {
1077
2
                        message = format!("Deserialized error: {}: {}", key, value);
1078
2
                    }
1079
                }
1080
1
                if message.is_empty() {
1081
0
                    message = "Unknown deserialized error".to_string();
1082
1
                }
1083
1
                Ok(CommonTypeError::ConversionError { message })
1084
1
            }
1085
        }
1086
1087
1
        deserializer.deserialize_struct(
1088
            "CommonTypeError",
1089
1
            &["value", "reason", "field", "message"],
1090
1
            CommonTypeErrorVisitor,
1091
        )
1092
1
    }
1093
}
1094
1095
// =============================================================================
1096
// ORDER TYPES (Moved from trading_engine)
1097
// =============================================================================
1098
1099
/// Order type specifying execution behavior - CANONICAL DEFINITION
1100
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1101
#[non_exhaustive]
1102
pub enum OrderType {
1103
    /// Market order - executes immediately at current market price
1104
    Market,
1105
    /// Limit order - executes only at specified price or better
1106
    Limit,
1107
    /// Stop order - becomes market order when stop price is reached
1108
    Stop,
1109
    /// Stop-limit order - becomes limit order when stop price is reached
1110
    StopLimit,
1111
    /// Iceberg order - large order split into smaller visible portions
1112
    Iceberg,
1113
    /// Trailing stop order - stop price adjusts with favorable price movement
1114
    TrailingStop,
1115
    /// Hidden order - not displayed in order book
1116
    Hidden,
1117
}
1118
1119
impl fmt::Display for OrderType {
1120
11
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1121
11
        match self {
1122
2
            Self::Market => write!(f, "MARKET"),
1123
2
            Self::Limit => write!(f, "LIMIT"),
1124
2
            Self::Stop => write!(f, "STOP"),
1125
2
            Self::StopLimit => write!(f, "STOP_LIMIT"),
1126
1
            Self::Iceberg => write!(f, "ICEBERG"),
1127
1
            Self::TrailingStop => write!(f, "TRAILING_STOP"),
1128
1
            Self::Hidden => write!(f, "HIDDEN"),
1129
        }
1130
11
    }
1131
}
1132
1133
impl Default for OrderType {
1134
    /// Returns the default order type (Market)
1135
2
    fn default() -> Self {
1136
2
        Self::Market
1137
2
    }
1138
}
1139
1140
impl TryFrom<i32> for OrderType {
1141
    type Error = String;
1142
1143
9
    fn try_from(value: i32) -> Result<Self, Self::Error> {
1144
9
        match value {
1145
2
            0 => Ok(OrderType::Market),
1146
2
            1 => Ok(OrderType::Limit),
1147
2
            2 => Ok(OrderType::Stop),
1148
1
            3 => Ok(OrderType::StopLimit),
1149
0
            4 => Ok(OrderType::Iceberg),
1150
0
            5 => Ok(OrderType::TrailingStop),
1151
0
            6 => Ok(OrderType::Hidden),
1152
2
            _ => Err(format!("Invalid OrderType: {}", value)),
1153
        }
1154
9
    }
1155
}
1156
1157
/// Supported broker types - CANONICAL DEFINITION
1158
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1159
pub enum BrokerType {
1160
    /// Interactive Brokers TWS/API
1161
    InteractiveBrokers,
1162
    /// IC Markets FIX API
1163
    ICMarkets,
1164
    /// Paper trading simulation
1165
    PaperTrading,
1166
    /// Demo/Test broker
1167
    Demo,
1168
}
1169
1170
impl Default for BrokerType {
1171
    /// Returns the default broker type (InteractiveBrokers)
1172
1
    fn default() -> Self {
1173
1
        Self::InteractiveBrokers
1174
1
    }
1175
}
1176
1177
/// Order status throughout its lifecycle - CANONICAL DEFINITION
1178
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1179
#[non_exhaustive]
1180
pub enum OrderStatus {
1181
    /// Order has been created but not yet submitted to broker
1182
    Created,
1183
    /// Order has been submitted to broker for execution
1184
    Submitted,
1185
    /// Order has been partially executed with remaining quantity
1186
    PartiallyFilled,
1187
    /// Order has been completely executed
1188
    Filled,
1189
    /// Order was rejected by broker or exchange
1190
    Rejected,
1191
    /// Order was cancelled by user or system
1192
    Cancelled,
1193
    /// New order accepted by broker
1194
    New,
1195
    /// Order expired due to time restrictions
1196
    Expired,
1197
    /// Order is pending broker acceptance
1198
    Pending,
1199
    /// Order is actively working in the market
1200
    Working,
1201
    /// Order status is unknown or not yet determined
1202
    Unknown,
1203
    /// Order is temporarily suspended
1204
    Suspended,
1205
    /// Order cancellation is pending
1206
    PendingCancel,
1207
    /// Order modification is pending
1208
    PendingReplace,
1209
}
1210
impl fmt::Display for OrderStatus {
1211
9
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1212
9
        match self {
1213
2
            Self::Created => write!(f, "CREATED"),
1214
1
            Self::Submitted => write!(f, "SUBMITTED"),
1215
1
            Self::PartiallyFilled => write!(f, "PARTIALLY_FILLED"),
1216
2
            Self::Filled => write!(f, "FILLED"),
1217
1
            Self::Rejected => write!(f, "REJECTED"),
1218
2
            Self::Cancelled => write!(f, "CANCELLED"),
1219
0
            Self::New => write!(f, "NEW"),
1220
0
            Self::Expired => write!(f, "EXPIRED"),
1221
0
            Self::Pending => write!(f, "PENDING"),
1222
0
            Self::Working => write!(f, "WORKING"),
1223
0
            Self::Unknown => write!(f, "UNKNOWN"),
1224
0
            Self::Suspended => write!(f, "SUSPENDED"),
1225
0
            Self::PendingCancel => write!(f, "PENDING_CANCEL"),
1226
0
            Self::PendingReplace => write!(f, "PENDING_REPLACE"),
1227
        }
1228
9
    }
1229
}
1230
1231
impl Default for OrderStatus {
1232
    /// Returns the default order status (Created)
1233
0
    fn default() -> Self {
1234
0
        Self::Created
1235
0
    }
1236
}
1237
1238
impl TryFrom<i32> for OrderStatus {
1239
    type Error = String;
1240
1241
8
    fn try_from(value: i32) -> Result<Self, Self::Error> {
1242
8
        match value {
1243
2
            0 => Ok(OrderStatus::Created),
1244
0
            1 => Ok(OrderStatus::Submitted),
1245
0
            2 => Ok(OrderStatus::PartiallyFilled),
1246
2
            3 => Ok(OrderStatus::Filled),
1247
0
            4 => Ok(OrderStatus::Rejected),
1248
2
            5 => Ok(OrderStatus::Cancelled),
1249
0
            6 => Ok(OrderStatus::New),
1250
0
            7 => Ok(OrderStatus::Expired),
1251
0
            8 => Ok(OrderStatus::Pending),
1252
0
            9 => Ok(OrderStatus::Working),
1253
0
            10 => Ok(OrderStatus::Unknown),
1254
0
            11 => Ok(OrderStatus::Suspended),
1255
0
            12 => Ok(OrderStatus::PendingCancel),
1256
0
            13 => Ok(OrderStatus::PendingReplace),
1257
2
            _ => Err(format!("Invalid OrderStatus: {}", value)),
1258
        }
1259
8
    }
1260
}
1261
1262
/// Order side - whether the order is a buy or sell - CANONICAL DEFINITION
1263
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1264
pub enum OrderSide {
1265
    /// Buy order - purchasing securities
1266
    Buy,
1267
    /// Sell order - selling securities
1268
    Sell,
1269
}
1270
1271
impl fmt::Display for OrderSide {
1272
4
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1273
4
        match self {
1274
2
            Self::Buy => write!(f, "BUY"),
1275
2
            Self::Sell => write!(f, "SELL"),
1276
        }
1277
4
    }
1278
}
1279
1280
impl Default for OrderSide {
1281
    /// Returns the default order side (Buy)
1282
1
    fn default() -> Self {
1283
1
        Self::Buy
1284
1
    }
1285
}
1286
1287
impl TryFrom<i32> for OrderSide {
1288
    type Error = String;
1289
1290
6
    fn try_from(value: i32) -> Result<Self, Self::Error> {
1291
6
        match value {
1292
2
            0 => Ok(OrderSide::Buy),
1293
2
            1 => Ok(OrderSide::Sell),
1294
2
            _ => Err(format!("Invalid OrderSide: {}", value)),
1295
        }
1296
6
    }
1297
}
1298
1299
// REMOVED: Side alias - use OrderSide directly
1300
1301
/// Currency enumeration - CANONICAL DEFINITION
1302
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, PartialOrd, Ord, Serialize, Deserialize)]
1303
#[cfg_attr(feature = "database", derive(sqlx::Type))]
1304
pub enum Currency {
1305
    /// US Dollar
1306
    USD,
1307
    /// Euro
1308
    EUR,
1309
    /// British Pound Sterling
1310
    GBP,
1311
    /// Japanese Yen
1312
    JPY,
1313
    /// Swiss Franc
1314
    CHF,
1315
    /// Canadian Dollar
1316
    CAD,
1317
    /// Australian Dollar
1318
    AUD,
1319
    /// New Zealand Dollar
1320
    NZD,
1321
    /// Bitcoin
1322
    BTC,
1323
    /// Ethereum
1324
    ETH,
1325
}
1326
1327
impl fmt::Display for Currency {
1328
11
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1329
11
        match self {
1330
4
            Self::USD => write!(f, "USD"),
1331
2
            Self::EUR => write!(f, "EUR"),
1332
1
            Self::GBP => write!(f, "GBP"),
1333
1
            Self::JPY => write!(f, "JPY"),
1334
0
            Self::CHF => write!(f, "CHF"),
1335
0
            Self::CAD => write!(f, "CAD"),
1336
0
            Self::AUD => write!(f, "AUD"),
1337
0
            Self::NZD => write!(f, "NZD"),
1338
2
            Self::BTC => write!(f, "BTC"),
1339
1
            Self::ETH => write!(f, "ETH"),
1340
        }
1341
11
    }
1342
}
1343
1344
impl Default for Currency {
1345
    /// Returns the default currency (USD)
1346
2
    fn default() -> Self {
1347
2
        Self::USD
1348
2
    }
1349
}
1350
1351
/// Time in force enumeration - CANONICAL DEFINITION
1352
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1353
pub enum TimeInForce {
1354
    /// Order is valid for the current trading day only
1355
    Day,
1356
    /// Order remains active until explicitly cancelled
1357
    GoodTillCancel,
1358
    /// Order must be executed immediately or cancelled
1359
    ImmediateOrCancel,
1360
    /// Order must be executed completely or cancelled
1361
    FillOrKill,
1362
}
1363
1364
impl fmt::Display for TimeInForce {
1365
8
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1366
8
        match self {
1367
2
            Self::Day => write!(f, "DAY"),
1368
2
            Self::GoodTillCancel => write!(f, "GTC"),
1369
2
            Self::ImmediateOrCancel => write!(f, "IOC"),
1370
2
            Self::FillOrKill => write!(f, "FOK"),
1371
        }
1372
8
    }
1373
}
1374
1375
impl Default for TimeInForce {
1376
    /// Returns the default time in force (Day)
1377
15
    fn default() -> Self {
1378
15
        Self::Day
1379
15
    }
1380
}
1381
1382
// =============================================================================
1383
// CORE ID TYPES (MIGRATED FROM TRADING_ENGINE)
1384
// =============================================================================
1385
1386
// Duplicate TradeId removed - using definition from line 1008
1387
1388
/// Event identifier for tracking system events
1389
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1390
pub struct EventId(String);
1391
1392
impl EventId {
1393
    /// Create a new random event ID
1394
1
    pub fn new() -> Self {
1395
        use uuid::Uuid;
1396
1
        Self(Uuid::new_v4().to_string())
1397
1
    }
1398
1399
    /// Create an event ID from a string, generating new if empty
1400
1
    pub fn from_string<S: Into<String>>(id: S) -> Self {
1401
1
        let id = id.into();
1402
1
        if id.is_empty() {
1403
1
            Self::new() // Generate new ID if empty
1404
        } else {
1405
0
            Self(id)
1406
        }
1407
1
    }
1408
1409
    /// Get the string value of the event ID
1410
1
    pub fn value(&self) -> &str {
1411
1
        &self.0
1412
1
    }
1413
}
1414
1415
impl fmt::Display for EventId {
1416
    /// Format the event ID for display
1417
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1418
0
        write!(f, "{}", self.0)
1419
0
    }
1420
}
1421
1422
impl From<String> for EventId {
1423
    /// Create an EventId from a String
1424
0
    fn from(s: String) -> Self {
1425
0
        Self(s)
1426
0
    }
1427
}
1428
1429
impl Default for EventId {
1430
    /// Create a default EventId with a new UUID
1431
0
    fn default() -> Self {
1432
0
        Self::new()
1433
0
    }
1434
}
1435
1436
/// Fill identifier with validation
1437
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1438
pub struct FillId(String);
1439
1440
impl FillId {
1441
    /// Create a new fill ID with validation
1442
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
1443
0
        let id = id.into();
1444
0
        if id.is_empty() {
1445
0
            return Err(CommonTypeError::ValidationError {
1446
0
                field: "fill_id".to_owned(),
1447
0
                reason: "Fill ID cannot be empty".to_owned(),
1448
0
            });
1449
0
        }
1450
0
        Ok(Self(id))
1451
0
    }
1452
1453
    /// Get the fill ID as a string slice
1454
0
    pub fn as_str(&self) -> &str {
1455
0
        &self.0
1456
0
    }
1457
    /// Convert the fill ID into an owned string
1458
    /// Convert the execution ID into an owned string
1459
    /// Convert execution ID into owned string
1460
0
    pub fn into_string(self) -> String {
1461
0
        self.0
1462
0
    }
1463
}
1464
1465
impl fmt::Display for FillId {
1466
    /// Format the fill ID for display
1467
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1468
0
        write!(f, "{}", self.0)
1469
0
    }
1470
}
1471
1472
/// Aggregate identifier with validation
1473
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1474
pub struct AggregateId(String);
1475
1476
impl AggregateId {
1477
    /// Create a new aggregate ID with validation
1478
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
1479
0
        let id = id.into();
1480
0
        if id.is_empty() {
1481
0
            return Err(CommonTypeError::ValidationError {
1482
0
                field: "aggregate_id".to_owned(),
1483
0
                reason: "Aggregate ID cannot be empty".to_owned(),
1484
0
            });
1485
0
        }
1486
0
        Ok(Self(id))
1487
0
    }
1488
1489
    /// Get the aggregate ID as a string slice
1490
0
    pub fn as_str(&self) -> &str {
1491
0
        &self.0
1492
0
    }
1493
    /// Convert the aggregate ID into an owned string
1494
0
    pub fn into_string(self) -> String {
1495
0
        self.0
1496
0
    }
1497
}
1498
1499
impl fmt::Display for AggregateId {
1500
    /// Format the aggregate ID for display
1501
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1502
0
        write!(f, "{}", self.0)
1503
0
    }
1504
}
1505
1506
/// Asset identifier with validation
1507
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1508
pub struct AssetId(String);
1509
1510
impl AssetId {
1511
    /// Create a new asset ID with validation
1512
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
1513
0
        let id = id.into();
1514
0
        if id.is_empty() {
1515
0
            return Err(CommonTypeError::ValidationError {
1516
0
                field: "asset_id".to_owned(),
1517
0
                reason: "Asset ID cannot be empty".to_owned(),
1518
0
            });
1519
0
        }
1520
0
        Ok(Self(id))
1521
0
    }
1522
1523
    /// Get the asset ID as a string slice
1524
0
    pub fn as_str(&self) -> &str {
1525
0
        &self.0
1526
0
    }
1527
    /// Convert the asset ID into an owned string
1528
0
    pub fn into_string(self) -> String {
1529
0
        self.0
1530
0
    }
1531
}
1532
1533
impl fmt::Display for AssetId {
1534
    /// Format the asset ID for display
1535
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1536
0
        write!(f, "{}", self.0)
1537
0
    }
1538
}
1539
1540
/// Client identifier with validation
1541
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1542
pub struct ClientId(String);
1543
1544
impl ClientId {
1545
    /// Create a new client ID with validation
1546
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
1547
0
        let id = id.into();
1548
0
        if id.is_empty() {
1549
0
            return Err(CommonTypeError::ValidationError {
1550
0
                field: "client_id".to_owned(),
1551
0
                reason: "Client ID cannot be empty".to_owned(),
1552
0
            });
1553
0
        }
1554
0
        Ok(Self(id))
1555
0
    }
1556
1557
    /// Get the client ID as a string slice
1558
0
    pub fn as_str(&self) -> &str {
1559
0
        &self.0
1560
0
    }
1561
    /// Convert the client ID into an owned string
1562
0
    pub fn into_string(self) -> String {
1563
0
        self.0
1564
0
    }
1565
}
1566
1567
impl fmt::Display for ClientId {
1568
    /// Format the client ID for display
1569
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1570
0
        write!(f, "{}", self.0)
1571
0
    }
1572
}
1573
1574
// =============================================================================
1575
// CORE TRADING TYPES - MIGRATED FROM TRADING_ENGINE
1576
// =============================================================================
1577
1578
/// Canonical Order struct - UNIFIED DEFINITION based on Agent 1's comprehensive analysis
1579
/// This represents the single source of truth for Order across all services
1580
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
1581
#[cfg_attr(feature = "database", derive(sqlx::FromRow))]
1582
pub struct Order {
1583
    // Core Identity
1584
    /// Unique order identifier
1585
    pub id: OrderId,
1586
    /// Client-provided order identifier
1587
    pub client_order_id: Option<String>,
1588
    /// Broker-assigned order identifier
1589
    pub broker_order_id: Option<String>,
1590
    /// Account identifier for the order
1591
    pub account_id: Option<String>,
1592
1593
    // Trading Details
1594
    /// Trading symbol for the order
1595
    pub symbol: Symbol,
1596
    /// Order side (buy or sell)
1597
    pub side: OrderSide,
1598
    /// Type of order (market, limit, etc.)
1599
    pub order_type: OrderType,
1600
    /// Current status of the order
1601
    pub status: OrderStatus,
1602
    /// Time in force policy
1603
    pub time_in_force: TimeInForce,
1604
1605
    // Quantities & Pricing
1606
    /// Total order quantity
1607
    pub quantity: Quantity,
1608
    /// Limit price for the order
1609
    pub price: Option<Price>,
1610
    /// Stop price for stop orders
1611
    pub stop_price: Option<Price>,
1612
    /// Quantity that has been filled
1613
    pub filled_quantity: Quantity,
1614
    /// Remaining quantity to be filled
1615
    pub remaining_quantity: Quantity,
1616
    /// Average execution price
1617
    pub average_price: Option<Price>,
1618
    /// Alias for average_price for database compatibility
1619
    pub avg_fill_price: Option<Price>,
1620
1621
    // Strategy Fields (from Agent 1)
1622
    /// Parent order ID for iceberg/algo orders
1623
    pub parent_id: Option<String>,
1624
    /// Execution algorithm name
1625
    pub execution_algorithm: Option<String>,
1626
    /// Execution algorithm parameters stored as JSON
1627
    pub execution_params: Value,
1628
1629
    // Risk Management (from Agent 1)
1630
    /// Stop loss price for risk management
1631
    pub stop_loss: Option<Price>,
1632
    /// Take profit price for profit taking
1633
    pub take_profit: Option<Price>,
1634
1635
    // Timestamps
1636
    /// Order creation timestamp
1637
    pub created_at: HftTimestamp,
1638
    /// Last update timestamp
1639
    pub updated_at: Option<HftTimestamp>,
1640
    /// Order expiration timestamp
1641
    pub expires_at: Option<HftTimestamp>,
1642
1643
    // Extensibility
1644
    /// Additional order metadata stored as JSON
1645
    pub metadata: Value,
1646
}
1647
1648
impl Order {
1649
    /// Create a new order with canonical fields
1650
14
    pub fn new(
1651
14
        symbol: Symbol,
1652
14
        side: OrderSide,
1653
14
        quantity: Quantity,
1654
14
        price: Option<Price>,
1655
14
        order_type: OrderType,
1656
14
    ) -> Self {
1657
14
        let now = HftTimestamp::now_or_zero();
1658
14
        Self {
1659
14
            // Core Identity
1660
14
            id: OrderId::new(),
1661
14
            client_order_id: None,
1662
14
            broker_order_id: None,
1663
14
            account_id: None,
1664
14
1665
14
            // Trading Details
1666
14
            symbol,
1667
14
            side,
1668
14
            order_type,
1669
14
            status: OrderStatus::Created,
1670
14
            time_in_force: TimeInForce::default(),
1671
14
1672
14
            // Quantities & Pricing
1673
14
            quantity,
1674
14
            price,
1675
14
            stop_price: None,
1676
14
            filled_quantity: Quantity::ZERO,
1677
14
            remaining_quantity: quantity,
1678
14
            average_price: None,
1679
14
            avg_fill_price: None, // Database compatibility alias
1680
14
1681
14
            // Strategy Fields
1682
14
            parent_id: None,
1683
14
            execution_algorithm: None,
1684
14
            execution_params: serde_json::json!({}),
1685
14
1686
14
            // Risk Management
1687
14
            stop_loss: None,
1688
14
            take_profit: None,
1689
14
1690
14
            // Timestamps
1691
14
            created_at: now,
1692
14
            updated_at: None,
1693
14
            expires_at: None,
1694
14
1695
14
            // Extensibility
1696
14
            metadata: serde_json::json!({}),
1697
14
        }
1698
14
    }
1699
1700
    /// Check if the order is fully filled
1701
12
    pub fn is_filled(&self) -> bool {
1702
12
        self.filled_quantity == self.quantity
1703
12
    }
1704
1705
    /// Check if the order is partially filled
1706
3
    pub fn is_partially_filled(&self) -> bool {
1707
3
        self.filled_quantity > Quantity::ZERO && 
self.filled_quantity < self.quantity2
1708
3
    }
1709
1710
    /// Calculate fill percentage
1711
5
    pub fn fill_percentage(&self) -> f64 {
1712
5
        if self.quantity.is_zero() {
1713
1
            0.0
1714
        } else {
1715
4
            (self.filled_quantity.to_f64() / self.quantity.to_f64()) * 100.0
1716
        }
1717
5
    }
1718
1719
    /// Set client order ID for tracking
1720
1
    pub fn with_client_order_id(mut self, client_order_id: String) -> Self {
1721
1
        self.client_order_id = Some(client_order_id);
1722
1
        self
1723
1
    }
1724
1725
    /// Set account ID
1726
1
    pub fn with_account_id(mut self, account_id: String) -> Self {
1727
1
        self.account_id = Some(account_id);
1728
1
        self
1729
1
    }
1730
1731
    /// Set time in force
1732
1
    pub fn with_time_in_force(mut self, time_in_force: TimeInForce) -> Self {
1733
1
        self.time_in_force = time_in_force;
1734
1
        self
1735
1
    }
1736
1737
    /// Set stop price
1738
0
    pub fn with_stop_price(mut self, stop_price: Price) -> Self {
1739
0
        self.stop_price = Some(stop_price);
1740
0
        self
1741
0
    }
1742
1743
    /// Set execution algorithm
1744
0
    pub fn with_execution_algorithm(mut self, algorithm: String) -> Self {
1745
0
        self.execution_algorithm = Some(algorithm);
1746
0
        self
1747
0
    }
1748
1749
    /// Add execution parameter
1750
0
    pub fn with_execution_param(mut self, key: String, value: f64) -> Self {
1751
0
        if let Some(obj) = self.execution_params.as_object_mut() {
1752
0
            obj.insert(key, serde_json::to_value(value).unwrap_or(Value::Null));
1753
0
        } else {
1754
0
            let mut map = serde_json::Map::new();
1755
0
            map.insert(key, serde_json::to_value(value).unwrap_or(Value::Null));
1756
0
            self.execution_params = Value::Object(map);
1757
0
        }
1758
0
        self
1759
0
    }
1760
1761
    /// Set stop loss
1762
0
    pub fn with_stop_loss(mut self, stop_loss: Price) -> Self {
1763
0
        self.stop_loss = Some(stop_loss);
1764
0
        self
1765
0
    }
1766
1767
    /// Set take profit
1768
0
    pub fn with_take_profit(mut self, take_profit: Price) -> Self {
1769
0
        self.take_profit = Some(take_profit);
1770
0
        self
1771
0
    }
1772
1773
    /// Add metadata
1774
0
    pub fn with_metadata(mut self, key: String, value: String) -> Self {
1775
0
        if let Some(obj) = self.metadata.as_object_mut() {
1776
0
            obj.insert(key, Value::String(value));
1777
0
        } else {
1778
0
            let mut map = serde_json::Map::new();
1779
0
            map.insert(key, Value::String(value));
1780
0
            self.metadata = Value::Object(map);
1781
0
        }
1782
0
        self
1783
0
    }
1784
1785
    /// Update order status and timestamp
1786
10
    pub fn update_status(&mut self, status: OrderStatus) {
1787
10
        self.status = status;
1788
10
        self.updated_at = Some(HftTimestamp::now_or_zero());
1789
10
    }
1790
1791
    /// Fill order with given quantity and price
1792
11
    pub fn fill(
1793
11
        &mut self,
1794
11
        fill_quantity: Quantity,
1795
11
        fill_price: Price,
1796
11
    ) -> Result<(), CommonTypeError> {
1797
11
        if self.filled_quantity + fill_quantity > self.quantity {
1798
1
            return Err(CommonTypeError::ValidationError {
1799
1
                field: "fill_quantity".to_string(),
1800
1
                reason: "Fill quantity exceeds remaining quantity".to_string(),
1801
1
            });
1802
10
        }
1803
1804
        // Update filled quantity
1805
10
        let previous_filled = self.filled_quantity;
1806
10
        self.filled_quantity = self.filled_quantity + fill_quantity;
1807
10
        self.remaining_quantity = self.quantity - self.filled_quantity;
1808
1809
        // Update average price
1810
10
        if let Some(
avg_price5
) = self.average_price {
1811
5
            let total_value = avg_price.to_f64() * previous_filled.to_f64()
1812
5
                + fill_price.to_f64() * fill_quantity.to_f64();
1813
5
            let new_avg = Some(
1814
5
                Price::from_f64(total_value / self.filled_quantity.to_f64()).unwrap_or(fill_price),
1815
5
            );
1816
5
            self.average_price = new_avg;
1817
5
            self.avg_fill_price = new_avg; // Keep in sync
1818
5
        } else {
1819
5
            self.average_price = Some(fill_price);
1820
5
            self.avg_fill_price = Some(fill_price); // Keep in sync
1821
5
        }
1822
1823
        // Update status
1824
10
        if self.is_filled() {
1825
4
            self.update_status(OrderStatus::Filled);
1826
6
        } else {
1827
6
            self.update_status(OrderStatus::PartiallyFilled);
1828
6
        }
1829
1830
10
        Ok(())
1831
11
    }
1832
1833
    /// Create a limit order - convenience constructor
1834
12
    pub fn limit(symbol: Symbol, side: OrderSide, quantity: Quantity, price: Price) -> Self {
1835
12
        Self::new(symbol, side, quantity, Some(price), OrderType::Limit)
1836
12
    }
1837
1838
    /// Create a market order - convenience constructor
1839
1
    pub fn market(symbol: Symbol, side: OrderSide, quantity: Quantity) -> Self {
1840
1
        Self::new(symbol, side, quantity, None, OrderType::Market)
1841
1
    }
1842
1843
    /// Get symbol hash for performance-critical operations
1844
1
    pub fn symbol_hash(&self) -> i64 {
1845
        use std::collections::hash_map::DefaultHasher;
1846
        use std::hash::{Hash, Hasher};
1847
1848
1
        let mut hasher = DefaultHasher::new();
1849
1
        self.symbol.as_str().hash(&mut hasher);
1850
1
        hasher.finish() as i64
1851
1
    }
1852
1853
    /// Get order timestamp
1854
0
    pub fn timestamp(&self) -> HftTimestamp {
1855
0
        self.created_at
1856
0
    }
1857
}
1858
1859
impl Default for Order {
1860
0
    fn default() -> Self {
1861
0
        Self {
1862
0
            id: OrderId::new(),
1863
0
            client_order_id: None,
1864
0
            broker_order_id: None,
1865
0
            account_id: None,
1866
0
1867
0
            symbol: Symbol::from("DEFAULT"),
1868
0
            side: OrderSide::Buy,
1869
0
            order_type: OrderType::Market,
1870
0
            status: OrderStatus::Created,
1871
0
            time_in_force: TimeInForce::Day,
1872
0
1873
0
            quantity: Quantity::ONE,
1874
0
            price: None,
1875
0
            stop_price: None,
1876
0
            filled_quantity: Quantity::ZERO,
1877
0
            remaining_quantity: Quantity::ONE,
1878
0
            average_price: None,
1879
0
            avg_fill_price: None,
1880
0
1881
0
            parent_id: None,
1882
0
            execution_algorithm: None,
1883
0
            execution_params: serde_json::json!({}),
1884
0
1885
0
            stop_loss: None,
1886
0
            take_profit: None,
1887
0
1888
0
            created_at: HftTimestamp::now().unwrap_or(HftTimestamp { nanos: 0 }),
1889
0
            updated_at: None,
1890
0
            expires_at: None,
1891
0
1892
0
            metadata: serde_json::json!({}),
1893
0
        }
1894
0
    }
1895
}
1896
1897
/// Represents a trading position - CANONICAL DEFINITION
1898
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
1899
#[cfg_attr(feature = "database", derive(sqlx::FromRow))]
1900
pub struct Position {
1901
    /// Unique position identifier
1902
    pub id: Uuid,
1903
1904
    /// Trading symbol
1905
    pub symbol: String,
1906
1907
    /// Position quantity (positive for long, negative for short)
1908
    pub quantity: Decimal,
1909
1910
    /// Average entry price
1911
    pub avg_price: Decimal,
1912
1913
    /// Average cost per share
1914
    pub avg_cost: Decimal,
1915
1916
    /// Cost basis for tax calculations
1917
    pub basis: Decimal,
1918
1919
    /// Average entry price
1920
    pub average_price: Decimal,
1921
1922
    /// Market value of position
1923
    pub market_value: Decimal,
1924
1925
    /// Unrealized P&L
1926
    pub unrealized_pnl: Decimal,
1927
1928
    /// Realized P&L
1929
    pub realized_pnl: Decimal,
1930
1931
    /// Position creation timestamp
1932
    pub created_at: DateTime<Utc>,
1933
1934
    /// Last update timestamp
1935
    pub updated_at: DateTime<Utc>,
1936
1937
    /// Last updated timestamp
1938
    pub last_updated: DateTime<Utc>,
1939
1940
    /// Current market price (for P&L calculation)
1941
    pub current_price: Option<Decimal>,
1942
1943
    /// Position size in base currency
1944
    pub notional_value: Decimal,
1945
1946
    /// Margin requirement
1947
    pub margin_requirement: Decimal,
1948
}
1949
1950
impl Position {
1951
    /// Create a new position
1952
7
    pub fn new(symbol: String, quantity: Decimal, avg_price: Decimal) -> Self {
1953
7
        let now = Utc::now();
1954
7
        let notional_value = quantity.abs() * avg_price;
1955
1956
7
        Self {
1957
7
            id: Uuid::new_v4(),
1958
7
            symbol,
1959
7
            quantity,
1960
7
            avg_price,
1961
7
            avg_cost: avg_price, // Keep avg_cost synchronized with avg_price
1962
7
            basis: quantity * avg_price, // Cost basis calculation
1963
7
            average_price: avg_price, // Same as avg_price for compatibility
1964
7
            market_value: notional_value, // Initialize market value to notional value
1965
7
            unrealized_pnl: Decimal::ZERO,
1966
7
            realized_pnl: Decimal::ZERO,
1967
7
            created_at: now,
1968
7
            updated_at: now,
1969
7
            last_updated: now, // Same as updated_at for compatibility
1970
7
            current_price: None,
1971
7
            notional_value,
1972
7
            margin_requirement: notional_value
1973
7
                * Decimal::from_str_exact("0.02").unwrap_or(Decimal::ZERO), // 2% margin
1974
7
        }
1975
7
    }
1976
1977
    /// Check if position is long
1978
2
    pub fn is_long(&self) -> bool {
1979
2
        self.quantity > Decimal::ZERO
1980
2
    }
1981
1982
    /// Check if position is short
1983
2
    pub fn is_short(&self) -> bool {
1984
2
        self.quantity < Decimal::ZERO
1985
2
    }
1986
1987
    /// Calculate unrealized P&L based on current price
1988
3
    pub fn calculate_unrealized_pnl(&mut self, current_price: Decimal) {
1989
3
        self.current_price = Some(current_price);
1990
3
        self.market_value = self.quantity.abs() * current_price;
1991
        // For both long and short: quantity * (current_price - avg_price)
1992
3
        self.unrealized_pnl = self.quantity * (current_price - self.avg_price);
1993
3
        let now = Utc::now();
1994
3
        self.updated_at = now;
1995
3
        self.last_updated = now; // Keep alias synchronized
1996
3
    }
1997
1998
    /// Get total P&L (realized + unrealized)
1999
1
    pub fn total_pnl(&self) -> Decimal {
2000
1
        self.realized_pnl + self.unrealized_pnl
2001
1
    }
2002
2003
    /// Calculate return on investment percentage
2004
2
    pub fn roi_percentage(&self) -> Decimal {
2005
2
        if self.notional_value.is_zero() {
2006
1
            Decimal::ZERO
2007
        } else {
2008
1
            self.total_pnl() / self.notional_value * Decimal::from(100)
2009
        }
2010
2
    }
2011
}
2012
2013
/// Represents a trade execution - CANONICAL DEFINITION
2014
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
2015
#[cfg_attr(feature = "database", derive(sqlx::FromRow))]
2016
pub struct Execution {
2017
    /// Unique execution identifier
2018
    pub id: Uuid,
2019
2020
    /// Related order ID
2021
    pub order_id: Uuid,
2022
2023
    /// Trading symbol
2024
    pub symbol: String,
2025
2026
    /// Executed quantity
2027
    pub quantity: Decimal,
2028
2029
    /// Execution price
2030
    pub price: Decimal,
2031
2032
    /// Execution side
2033
    pub side: OrderSide,
2034
2035
    /// Trading fees
2036
    pub fees: Decimal,
2037
2038
    /// Fee currency
2039
    pub fee_currency: String,
2040
2041
    /// Execution timestamp
2042
    pub executed_at: DateTime<Utc>,
2043
2044
    /// Execution timestamp
2045
    pub timestamp: DateTime<Utc>,
2046
2047
    /// Symbol hash for performance
2048
    pub symbol_hash: i64,
2049
2050
    /// Broker execution ID
2051
    pub broker_execution_id: Option<String>,
2052
2053
    /// Counterparty information
2054
    pub counterparty: Option<String>,
2055
2056
    /// Trade venue
2057
    pub venue: Option<String>,
2058
2059
    /// Gross trade value
2060
    pub gross_value: Decimal,
2061
2062
    /// Net trade value (after fees)
2063
    pub net_value: Decimal,
2064
}
2065
2066
impl Execution {
2067
    /// Create a new execution
2068
5
    pub fn new(
2069
5
        order_id: Uuid,
2070
5
        symbol: String,
2071
5
        quantity: Decimal,
2072
5
        price: Decimal,
2073
5
        side: OrderSide,
2074
5
        fees: Decimal,
2075
5
    ) -> Self {
2076
5
        let gross_value = quantity * price;
2077
5
        let net_value = if side == OrderSide::Buy {
2078
4
            gross_value + fees
2079
        } else {
2080
1
            gross_value - fees
2081
        };
2082
5
        let now = Utc::now();
2083
5
        let symbol_hash = Self::hash_symbol(&symbol);
2084
2085
5
        Self {
2086
5
            id: Uuid::new_v4(),
2087
5
            order_id,
2088
5
            symbol,
2089
5
            quantity,
2090
5
            price,
2091
5
            side,
2092
5
            fees,
2093
5
            fee_currency: "USD".to_string(), // Default to USD
2094
5
            executed_at: now,
2095
5
            timestamp: now, // Same as executed_at for compatibility
2096
5
            symbol_hash,
2097
5
            broker_execution_id: None,
2098
5
            counterparty: None,
2099
5
            venue: None,
2100
5
            gross_value,
2101
5
            net_value,
2102
5
        }
2103
5
    }
2104
2105
    /// Calculate effective price including fees
2106
2
    pub fn effective_price(&self) -> Decimal {
2107
2
        if self.quantity.is_zero() {
2108
1
            self.price
2109
        } else {
2110
1
            self.net_value / self.quantity
2111
        }
2112
2
    }
2113
2114
    /// Hash symbol for performance
2115
5
    fn hash_symbol(symbol: &str) -> i64 {
2116
        use std::collections::hash_map::DefaultHasher;
2117
        use std::hash::{Hash, Hasher};
2118
2119
5
        let mut hasher = DefaultHasher::new();
2120
5
        symbol.hash(&mut hasher);
2121
5
        hasher.finish() as i64
2122
5
    }
2123
}
2124
2125
/// Core Price type using fixed-point arithmetic for precision
2126
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
2127
pub struct Price {
2128
    value: u64,
2129
}
2130
2131
impl Price {
2132
    /// Zero price constant
2133
    pub const ZERO: Self = Self { value: 0 };
2134
    /// One unit price constant (1.0)
2135
    pub const ONE: Self = Self { value: 100_000_000 };
2136
    /// One cent constant (0.01)
2137
    pub const CENT: Self = Self { value: 1_000_000 };
2138
    /// Maximum price value
2139
    pub const MAX: Self = Self { value: u64::MAX };
2140
2141
    /// Create a Price from a floating-point value
2142
70
    pub fn from_f64(value: f64) -> Result<Self, CommonTypeError> {
2143
70
        if value < 0.0 || 
!value.is_finite()66
 {
2144
8
            return Err(CommonTypeError::InvalidPrice {
2145
8
                value: value.to_string(),
2146
8
                reason: "Price validation failed".to_owned(),
2147
8
            });
2148
62
        }
2149
62
        Ok(Self {
2150
62
            value: (value * 100_000_000.0).round() as u64,
2151
62
        })
2152
70
    }
2153
2154
    /// Convert to floating-point representation
2155
    #[must_use]
2156
    /// Convert the quantity to a floating point value
2157
51
    pub fn to_f64(&self) -> f64 {
2158
51
        self.value as f64 / 100_000_000.0
2159
51
    }
2160
2161
    /// Get floating-point representation (alias for to_f64)
2162
    /// Convert quantity to f64 representation
2163
    /// Convert quantity to f64 representation
2164
    /// Convert quantity to f64 representation
2165
    #[must_use]
2166
0
    pub fn as_f64(&self) -> f64 {
2167
0
        self.to_f64()
2168
0
    }
2169
2170
    /// Create a zero price
2171
    /// Create a zero quantity
2172
    /// Create zero quantity
2173
    #[must_use]
2174
0
    pub const fn zero() -> Self {
2175
0
        Self::ZERO
2176
0
    }
2177
2178
    /// Convert to Decimal type for precise calculations
2179
1
    pub fn to_decimal(&self) -> Result<Decimal, CommonTypeError> {
2180
1
        Decimal::from_f64(self.to_f64()).ok_or_else(|| CommonTypeError::InvalidPrice {
2181
0
            value: "0.0".to_owned(),
2182
0
            reason: "Price to Decimal conversion failed".to_owned(),
2183
0
        })
2184
1
    }
2185
2186
    /// Create a Price from a Decimal value
2187
    #[must_use]
2188
1
    pub fn from_decimal(decimal: Decimal) -> Self {
2189
1
        Self::from(decimal)
2190
1
    }
2191
2192
    /// Create a new Price (alias for from_f64)
2193
    /// Create a new quantity from a floating point value
2194
    /// Create new quantity from f64 value
2195
0
    pub fn new(value: f64) -> Result<Self, CommonTypeError> {
2196
0
        Self::from_f64(value)
2197
0
    }
2198
2199
    /// Get the raw internal value representation
2200
    /// Get the raw internal value
2201
    /// Get the raw internal value representation
2202
    #[must_use]
2203
1
    pub const fn raw_value(&self) -> u64 {
2204
1
        self.value
2205
1
    }
2206
2207
    /// Get the price as a u64 value (same as raw_value)
2208
    /// Convert to u64 representation
2209
    /// Convert quantity to u64 representation
2210
    #[must_use]
2211
0
    pub const fn as_u64(&self) -> u64 {
2212
0
        self.value
2213
0
    }
2214
2215
    /// Create a Price from a raw u64 value
2216
    /// Create a quantity from raw internal value
2217
    /// Create quantity from raw u64 value
2218
    #[must_use]
2219
0
    pub const fn from_raw(value: u64) -> Self {
2220
0
        Self { value }
2221
0
    }
2222
2223
    /// Convert price to cents (divides by 1M for 8 decimal places)
2224
    #[must_use]
2225
2
    pub const fn to_cents(&self) -> u64 {
2226
2
        self.value / 1_000_000
2227
2
    }
2228
2229
    /// Create a Price from cents value
2230
    #[must_use]
2231
2
    pub const fn from_cents(cents: u64) -> Self {
2232
2
        Self {
2233
2
            value: cents * 1_000_000,
2234
2
        }
2235
2
    }
2236
2237
    /// Check if the price is zero
2238
    /// Check if the quantity is zero
2239
    /// Check if quantity is zero
2240
    #[must_use]
2241
2
    pub const fn is_zero(&self) -> bool {
2242
2
        self.value == 0
2243
2
    }
2244
2245
    /// Check if the price is non-zero (has some value)
2246
    /// Check if the quantity is non-zero (has some value)
2247
    /// Check if quantity has a non-zero value
2248
    #[must_use]
2249
0
    pub const fn is_some(&self) -> bool {
2250
0
        !self.is_zero()
2251
0
    }
2252
2253
    /// Check if the price is zero (has no value)
2254
    /// Check if the quantity is zero (has no value)
2255
    /// Check if quantity is zero (none)
2256
    #[must_use]
2257
0
    pub const fn is_none(&self) -> bool {
2258
0
        self.is_zero()
2259
0
    }
2260
2261
    /// Get a reference to this price
2262
    /// Get a reference to self
2263
    /// Get a reference to self
2264
    #[must_use]
2265
0
    pub const fn as_ref(&self) -> &Self {
2266
0
        self
2267
0
    }
2268
2269
    /// Get the absolute value of the price (prices are always positive)
2270
    /// Get the absolute value (quantities are always positive)
2271
    /// Get absolute value (always positive for Quantity)
2272
    #[must_use]
2273
0
    pub const fn abs(&self) -> Self {
2274
0
        *self
2275
0
    }
2276
2277
    /// Multiply this price by another price
2278
1
    pub fn multiply(&self, other: Self) -> Result<Self, CommonTypeError> {
2279
1
        *self * other
2280
1
    }
2281
2282
    /// Subtract another price from this price
2283
    /// Subtract another quantity from this quantity
2284
    /// Subtract another quantity from this quantity
2285
    /// Subtract another quantity from this quantity
2286
    /// Subtract another quantity from this quantity
2287
    #[must_use]
2288
0
    pub fn subtract(&self, other: Self) -> Self {
2289
0
        *self - other
2290
0
    }
2291
2292
    /// Divide this price by a floating point divisor
2293
0
    pub fn divide(&self, divisor: f64) -> Result<Self, CommonTypeError> {
2294
0
        *self / divisor
2295
0
    }
2296
}
2297
2298
impl fmt::Display for Price {
2299
    /// Format the price for display with 8 decimal places
2300
2
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
2301
2
        write!(f, "{:.8}", self.to_f64())
2302
2
    }
2303
}
2304
2305
impl Default for Price {
2306
    /// Returns the default price (zero)
2307
0
    fn default() -> Self {
2308
0
        Self::ZERO
2309
0
    }
2310
}
2311
2312
impl FromStr for Price {
2313
    type Err = CommonTypeError;
2314
2315
5
    fn from_str(s: &str) -> Result<Self, Self::Err> {
2316
5
        let 
parsed_value3
 = s
2317
5
            .parse::<f64>()
2318
5
            .map_err(|_| CommonTypeError::InvalidPrice {
2319
2
                value: s.to_owned(),
2320
2
                reason: format!("Cannot parse '{}' as price", s),
2321
2
            })?;
2322
3
        Self::from_f64(parsed_value)
2323
5
    }
2324
}
2325
2326
impl Add for Price {
2327
    type Output = Self;
2328
4
    fn add(self, rhs: Self) -> Self::Output {
2329
4
        Self {
2330
4
            value: self.value.saturating_add(rhs.value),
2331
4
        }
2332
4
    }
2333
}
2334
2335
impl Sub for Price {
2336
    type Output = Self;
2337
3
    fn sub(self, rhs: Self) -> Self::Output {
2338
3
        Self {
2339
3
            value: self.value.saturating_sub(rhs.value),
2340
3
        }
2341
3
    }
2342
}
2343
2344
impl Mul<f64> for Price {
2345
    type Output = Result<Self, CommonTypeError>;
2346
2
    fn mul(self, rhs: f64) -> Self::Output {
2347
2
        Self::from_f64(self.to_f64() * rhs)
2348
2
    }
2349
}
2350
2351
impl Div<f64> for Price {
2352
    type Output = Result<Self, CommonTypeError>;
2353
4
    fn div(self, rhs: f64) -> Self::Output {
2354
4
        if rhs == 0.0 {
2355
2
            return Err(CommonTypeError::ConversionError {
2356
2
                message: "Cannot divide price by zero".to_owned(),
2357
2
            });
2358
2
        }
2359
2
        Self::from_f64(self.to_f64() / rhs)
2360
4
    }
2361
}
2362
2363
impl From<Decimal> for Price {
2364
1
    fn from(decimal: Decimal) -> Self {
2365
1
        let f64_val: f64 = TryInto::<f64>::try_into(decimal).unwrap_or_else(|_| 
{0
2366
0
            tracing::warn!("Failed to convert Decimal to f64, using 0.0 as fallback");
2367
0
            0.0_f64
2368
0
        });
2369
1
        Self::from_f64(f64_val).unwrap_or_else(|_| 
{0
2370
0
            tracing::warn!(
2371
0
                "Failed to create Price from f64 value {}, using ZERO",
2372
                f64_val
2373
            );
2374
0
            Self::ZERO
2375
0
        })
2376
1
    }
2377
}
2378
2379
impl From<Price> for Decimal {
2380
0
    fn from(price: Price) -> Self {
2381
0
        price.to_decimal().unwrap_or(Decimal::ZERO)
2382
0
    }
2383
}
2384
2385
// TryFrom<Quantity> for Decimal removed due to conflicting blanket implementation
2386
// Use qty.to_decimal() directly instead
2387
impl From<Quantity> for Decimal {
2388
0
    fn from(qty: Quantity) -> Self {
2389
0
        qty.to_decimal().unwrap_or(Decimal::ZERO)
2390
0
    }
2391
}
2392
2393
// TryFrom<Quantity> for Decimal removed due to conflict with From implementation
2394
// Use the From implementation instead which handles errors by returning ZERO
2395
2396
impl Mul<Self> for Price {
2397
    type Output = Result<Self, CommonTypeError>;
2398
1
    fn mul(self, rhs: Self) -> Self::Output {
2399
1
        Self::from_f64(self.to_f64() * rhs.to_f64())
2400
1
    }
2401
}
2402
2403
impl TryFrom<String> for Price {
2404
    type Error = CommonTypeError;
2405
0
    fn try_from(s: String) -> Result<Self, Self::Error> {
2406
0
        Self::from_str(&s)
2407
0
    }
2408
}
2409
2410
impl TryFrom<&str> for Price {
2411
    type Error = CommonTypeError;
2412
0
    fn try_from(s: &str) -> Result<Self, Self::Error> {
2413
0
        Self::from_str(s)
2414
0
    }
2415
}
2416
2417
impl PartialEq<f64> for Price {
2418
4
    fn eq(&self, other: &f64) -> bool {
2419
4
        (self.to_f64() - other).abs() < f64::EPSILON
2420
4
    }
2421
}
2422
2423
impl PartialEq<Price> for f64 {
2424
1
    fn eq(&self, other: &Price) -> bool {
2425
1
        (self - other.to_f64()).abs() < f64::EPSILON
2426
1
    }
2427
}
2428
2429
impl AddAssign for Price {
2430
1
    fn add_assign(&mut self, rhs: Self) {
2431
1
        self.value = self.value.saturating_add(rhs.value);
2432
1
    }
2433
}
2434
2435
impl SubAssign for Price {
2436
0
    fn sub_assign(&mut self, rhs: Self) {
2437
0
        self.value = self.value.saturating_sub(rhs.value);
2438
0
    }
2439
}
2440
2441
impl MulAssign<f64> for Price {
2442
0
    fn mul_assign(&mut self, rhs: f64) {
2443
0
        if let Ok(result) = self.mul(rhs) {
2444
0
            *self = result;
2445
0
        }
2446
        // If multiplication fails, self remains unchanged
2447
0
    }
2448
}
2449
2450
impl DivAssign<f64> for Price {
2451
0
    fn div_assign(&mut self, rhs: f64) {
2452
0
        if let Ok(result) = self.div(rhs) {
2453
0
            *self = result;
2454
0
        }
2455
        // If division fails, self remains unchanged
2456
0
    }
2457
}
2458
2459
impl PartialOrd<f64> for Price {
2460
2
    fn partial_cmp(&self, other: &f64) -> Option<std::cmp::Ordering> {
2461
2
        self.to_f64().partial_cmp(other)
2462
2
    }
2463
}
2464
2465
impl PartialOrd<Price> for f64 {
2466
0
    fn partial_cmp(&self, other: &Price) -> Option<std::cmp::Ordering> {
2467
0
        self.partial_cmp(&other.to_f64())
2468
0
    }
2469
}
2470
2471
/// Core Quantity type using fixed-point arithmetic
2472
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
2473
pub struct Quantity {
2474
    value: u64,
2475
}
2476
2477
impl Quantity {
2478
    /// Zero quantity constant
2479
    pub const ZERO: Self = Self { value: 0 };
2480
    /// One unit quantity constant
2481
    pub const ONE: Self = Self { value: 100_000_000 };
2482
    /// Maximum possible quantity
2483
    pub const MAX: Self = Self { value: u64::MAX };
2484
2485
    /// Create a Quantity from a floating point value
2486
61
    pub fn from_f64(value: f64) -> Result<Self, CommonTypeError> {
2487
61
        if value < 0.0 || 
!value.is_finite()59
 {
2488
4
            return Err(CommonTypeError::InvalidQuantity {
2489
4
                value: value.to_string(),
2490
4
                reason: "Quantity validation failed".to_owned(),
2491
4
            });
2492
57
        }
2493
57
        Ok(Self {
2494
57
            value: (value * 100_000_000.0).round() as u64,
2495
57
        })
2496
61
    }
2497
2498
    /// Convert quantity to floating point representation
2499
    #[must_use]
2500
46
    pub fn to_f64(&self) -> f64 {
2501
46
        self.value as f64 / 100_000_000.0
2502
46
    }
2503
2504
    /// Convert the quantity to a Decimal value
2505
0
    pub fn to_decimal(&self) -> Result<Decimal, CommonTypeError> {
2506
0
        Decimal::from_f64(self.to_f64()).ok_or_else(|| CommonTypeError::InvalidQuantity {
2507
0
            value: "0.0".to_owned(),
2508
0
            reason: "Quantity to Decimal conversion failed".to_owned(),
2509
0
        })
2510
0
    }
2511
2512
    /// Get the internal value representation
2513
    #[must_use]
2514
0
    pub const fn value(&self) -> u64 {
2515
0
        self.value
2516
0
    }
2517
2518
    /// Get the raw internal value representation
2519
    #[must_use]
2520
1
    pub const fn raw_value(&self) -> u64 {
2521
1
        self.value
2522
1
    }
2523
2524
    /// Convert quantity to u64 representation
2525
    #[must_use]
2526
0
    pub const fn as_u64(&self) -> u64 {
2527
0
        self.value
2528
0
    }
2529
2530
    /// Create quantity from raw u64 value
2531
    #[must_use]
2532
0
    pub const fn from_raw(value: u64) -> Self {
2533
0
        Self { value }
2534
0
    }
2535
2536
    /// Create new quantity from f64 value
2537
1
    pub fn new(value: f64) -> Result<Self, CommonTypeError> {
2538
1
        Self::from_f64(value)
2539
1
    }
2540
2541
    /// Create zero quantity
2542
    #[must_use]
2543
0
    pub const fn zero() -> Self {
2544
0
        Self::ZERO
2545
0
    }
2546
2547
    /// Create a quantity from an i64 value
2548
0
    pub fn from_i64(value: i64) -> Result<Self, CommonTypeError> {
2549
0
        Self::from_f64(value as f64)
2550
0
    }
2551
2552
    /// Create a quantity from a u64 value
2553
0
    pub fn from_u64(value: u64) -> Result<Self, CommonTypeError> {
2554
0
        Self::from_f64(value as f64)
2555
0
    }
2556
2557
    /// Create a quantity from a Decimal value
2558
0
    pub fn from_decimal(decimal: Decimal) -> Result<Self, CommonTypeError> {
2559
        use std::convert::TryFrom;
2560
0
        Self::try_from(decimal).map_err(|_| CommonTypeError::InvalidQuantity {
2561
0
            value: decimal.to_string(),
2562
0
            reason: "Failed to convert Decimal to Quantity".to_owned(),
2563
0
        })
2564
0
    }
2565
2566
    /// Check if quantity is zero
2567
    #[must_use]
2568
10
    pub const fn is_zero(&self) -> bool {
2569
10
        self.value == 0
2570
10
    }
2571
2572
    /// Check if quantity has a non-zero value
2573
    #[must_use]
2574
0
    pub const fn is_some(&self) -> bool {
2575
0
        !self.is_zero()
2576
0
    }
2577
2578
    /// Check if quantity is zero (none)
2579
    #[must_use]
2580
0
    pub const fn is_none(&self) -> bool {
2581
0
        self.is_zero()
2582
0
    }
2583
2584
    /// Get a reference to self
2585
    #[must_use]
2586
0
    pub const fn as_ref(&self) -> &Self {
2587
0
        self
2588
0
    }
2589
2590
    /// Get absolute value (always positive for Quantity)
2591
    #[must_use]
2592
0
    pub const fn abs(&self) -> Self {
2593
0
        *self
2594
0
    }
2595
2596
    /// Get the sign of the quantity (1.0 for positive, 0.0 for zero)
2597
    #[must_use]
2598
0
    pub const fn signum(&self) -> f64 {
2599
0
        if self.value > 0 {
2600
0
            1.0
2601
        } else {
2602
0
            0.0
2603
        }
2604
0
    }
2605
2606
    /// Check if quantity is positive
2607
    #[must_use]
2608
5
    pub const fn is_positive(&self) -> bool {
2609
5
        self.value > 0
2610
5
    }
2611
2612
    /// Check if quantity is negative (always false for Quantity)
2613
    #[must_use]
2614
2
    pub const fn is_negative(&self) -> bool {
2615
2
        false
2616
2
    }
2617
2618
    /// Convert quantity to f64 representation
2619
    #[must_use]
2620
0
    pub fn as_f64(&self) -> f64 {
2621
0
        self.to_f64()
2622
0
    }
2623
2624
    /// Create quantity from number of shares
2625
    #[must_use]
2626
2
    pub const fn from_shares(shares: u64) -> Self {
2627
2
        Self {
2628
2
            value: shares * 100_000_000,
2629
2
        }
2630
2
    }
2631
2632
    /// Convert quantity to number of shares
2633
    #[must_use]
2634
2
    pub const fn to_shares(&self) -> u64 {
2635
2
        self.value / 100_000_000
2636
2
    }
2637
2638
    /// Multiply this quantity by another quantity
2639
0
    pub fn multiply(&self, other: Self) -> Result<Self, CommonTypeError> {
2640
0
        Self::from_f64(self.to_f64() * other.to_f64())
2641
0
    }
2642
2643
    /// Subtract another quantity from this quantity
2644
    #[must_use]
2645
0
    pub fn subtract(&self, other: Self) -> Self {
2646
0
        *self - other
2647
0
    }
2648
}
2649
2650
impl Default for Quantity {
2651
0
    fn default() -> Self {
2652
0
        Self::ZERO
2653
0
    }
2654
}
2655
2656
impl FromStr for Quantity {
2657
    type Err = CommonTypeError;
2658
2659
1
    fn from_str(s: &str) -> Result<Self, Self::Err> {
2660
1
        let parsed_value = s
2661
1
            .parse::<f64>()
2662
1
            .map_err(|_| CommonTypeError::InvalidQuantity {
2663
0
                value: s.to_owned(),
2664
0
                reason: format!("Cannot parse '{}' as quantity", s),
2665
0
            })?;
2666
1
        Self::from_f64(parsed_value)
2667
1
    }
2668
}
2669
2670
impl fmt::Display for Quantity {
2671
    /// Format the quantity for display with 8 decimal places
2672
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
2673
0
        write!(f, "{:.8}", self.to_f64())
2674
0
    }
2675
}
2676
2677
impl TryFrom<i32> for Quantity {
2678
    type Error = CommonTypeError;
2679
1
    fn try_from(value: i32) -> Result<Self, Self::Error> {
2680
1
        Self::new(f64::from(value))
2681
1
    }
2682
}
2683
2684
impl TryFrom<u64> for Quantity {
2685
    type Error = CommonTypeError;
2686
0
    fn try_from(value: u64) -> Result<Self, Self::Error> {
2687
0
        Self::new(value as f64)
2688
0
    }
2689
}
2690
2691
impl TryFrom<f64> for Quantity {
2692
    type Error = CommonTypeError;
2693
0
    fn try_from(value: f64) -> Result<Self, Self::Error> {
2694
0
        Self::new(value)
2695
0
    }
2696
}
2697
2698
impl TryFrom<Decimal> for Quantity {
2699
    type Error = CommonTypeError;
2700
1
    fn try_from(decimal: Decimal) -> Result<Self, Self::Error> {
2701
1
        let f64_val: f64 =
2702
1
            TryInto::<f64>::try_into(decimal).map_err(|_| CommonTypeError::ConversionError {
2703
0
                message: "Failed to convert Decimal to f64".to_owned(),
2704
0
            })?;
2705
1
        Self::from_f64(f64_val)
2706
1
    }
2707
}
2708
2709
impl TryFrom<String> for Quantity {
2710
    type Error = CommonTypeError;
2711
0
    fn try_from(s: String) -> Result<Self, Self::Error> {
2712
0
        Self::from_str(&s)
2713
0
    }
2714
}
2715
2716
impl TryFrom<&str> for Quantity {
2717
    type Error = CommonTypeError;
2718
1
    fn try_from(s: &str) -> Result<Self, Self::Error> {
2719
1
        Self::from_str(s)
2720
1
    }
2721
}
2722
2723
impl PartialEq<f64> for Quantity {
2724
0
    fn eq(&self, other: &f64) -> bool {
2725
0
        (self.to_f64() - other).abs() < f64::EPSILON
2726
0
    }
2727
}
2728
2729
impl PartialEq<Quantity> for f64 {
2730
0
    fn eq(&self, other: &Quantity) -> bool {
2731
0
        (self - other.to_f64()).abs() < f64::EPSILON
2732
0
    }
2733
}
2734
2735
impl PartialOrd<f64> for Quantity {
2736
0
    fn partial_cmp(&self, other: &f64) -> Option<std::cmp::Ordering> {
2737
0
        self.to_f64().partial_cmp(other)
2738
0
    }
2739
}
2740
2741
impl PartialOrd<Quantity> for f64 {
2742
0
    fn partial_cmp(&self, other: &Quantity) -> Option<std::cmp::Ordering> {
2743
0
        self.partial_cmp(&other.to_f64())
2744
0
    }
2745
}
2746
2747
impl Add for Quantity {
2748
    type Output = Self;
2749
29
    fn add(self, rhs: Self) -> Self::Output {
2750
29
        Self {
2751
29
            value: self.value.saturating_add(rhs.value),
2752
29
        }
2753
29
    }
2754
}
2755
2756
impl Sub for Quantity {
2757
    type Output = Self;
2758
14
    fn sub(self, rhs: Self) -> Self::Output {
2759
14
        Self {
2760
14
            value: self.value.saturating_sub(rhs.value),
2761
14
        }
2762
14
    }
2763
}
2764
2765
impl Mul<f64> for Quantity {
2766
    type Output = Result<Self, CommonTypeError>;
2767
1
    fn mul(self, rhs: f64) -> Self::Output {
2768
1
        Self::from_f64(self.to_f64() * rhs)
2769
1
    }
2770
}
2771
2772
impl Div<f64> for Quantity {
2773
    type Output = Result<Self, CommonTypeError>;
2774
2
    fn div(self, rhs: f64) -> Self::Output {
2775
2
        if rhs == 0.0 {
2776
1
            return Err(CommonTypeError::ConversionError {
2777
1
                message: "Cannot divide quantity by zero".to_owned(),
2778
1
            });
2779
1
        }
2780
1
        Self::from_f64(self.to_f64() / rhs)
2781
2
    }
2782
}
2783
2784
impl Sum for Quantity {
2785
2
    fn sum<I: Iterator<Item = Self>>(iter: I) -> Self {
2786
6
        
iter2
.
fold2
(Self::ZERO, |acc, x| acc + x)
2787
2
    }
2788
}
2789
2790
impl<'quantity> Sum<&'quantity Self> for Quantity {
2791
0
    fn sum<I: Iterator<Item = &'quantity Self>>(iter: I) -> Self {
2792
0
        iter.fold(Self::ZERO, |acc, x| acc + *x)
2793
0
    }
2794
}
2795
2796
// =============================================================================
2797
// SQLX IMPLEMENTATIONS FOR FINANCIAL TYPES
2798
// =============================================================================
2799
2800
#[cfg(feature = "database")]
2801
mod sqlx_impls {
2802
    use super::{HftTimestamp, MarketRegime, OrderSide, OrderStatus, OrderType, Price, Quantity};
2803
    use rust_decimal::Decimal as RustDecimal;
2804
    use sqlx::{
2805
        decode::Decode,
2806
        encode::{Encode, IsNull},
2807
        error::BoxDynError,
2808
        postgres::{PgArgumentBuffer, PgTypeInfo, PgValueRef, Postgres},
2809
        Type,
2810
    };
2811
2812
    // SQLx implementations for Price
2813
    impl Type<Postgres> for Price {
2814
0
        fn type_info() -> PgTypeInfo {
2815
0
            PgTypeInfo::with_name("NUMERIC")
2816
0
        }
2817
    }
2818
2819
    impl<'q> Encode<'q, Postgres> for Price {
2820
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
2821
            // Convert our fixed-point u64 to rust_decimal::Decimal with 8 decimal places
2822
0
            let decimal_value = RustDecimal::new(self.raw_value() as i64, 8);
2823
0
            decimal_value.encode_by_ref(buf)
2824
0
        }
2825
    }
2826
2827
    impl<'r> Decode<'r, Postgres> for Price {
2828
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
2829
            // Decode from NUMERIC to rust_decimal::Decimal
2830
0
            let decimal_value = <RustDecimal as Decode<Postgres>>::decode(value)?;
2831
2832
            // Validate scale matches our fixed-point precision (8 decimal places)
2833
0
            if decimal_value.scale() != 8 {
2834
0
                return Err(format!(
2835
0
                    "Invalid scale for Price: expected 8, got {}",
2836
0
                    decimal_value.scale()
2837
0
                )
2838
0
                .into());
2839
0
            }
2840
2841
            // Extract mantissa and convert to our u64 representation
2842
0
            let mantissa = decimal_value.mantissa();
2843
0
            let inner_val = u64::try_from(mantissa)
2844
0
                .map_err(|_| "Failed to convert negative or overflowing NUMERIC to Price")?;
2845
2846
0
            Ok(Price::from_raw(inner_val))
2847
0
        }
2848
    }
2849
    // SQLx implementations for Quantity
2850
    impl Type<Postgres> for Quantity {
2851
0
        fn type_info() -> PgTypeInfo {
2852
0
            PgTypeInfo::with_name("NUMERIC")
2853
0
        }
2854
    }
2855
2856
    impl<'q> Encode<'q, Postgres> for Quantity {
2857
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
2858
            // Convert our fixed-point u64 to rust_decimal::Decimal with 8 decimal places
2859
0
            let decimal_value = RustDecimal::new(self.raw_value() as i64, 8);
2860
0
            decimal_value.encode_by_ref(buf)
2861
0
        }
2862
    }
2863
2864
    impl<'r> Decode<'r, Postgres> for Quantity {
2865
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
2866
            // Decode from NUMERIC to rust_decimal::Decimal
2867
0
            let decimal_value = <RustDecimal as Decode<Postgres>>::decode(value)?;
2868
2869
            // Validate scale matches our fixed-point precision (8 decimal places)
2870
0
            if decimal_value.scale() != 8 {
2871
0
                return Err(format!(
2872
0
                    "Invalid scale for Quantity: expected 8, got {}",
2873
0
                    decimal_value.scale()
2874
0
                )
2875
0
                .into());
2876
0
            }
2877
2878
            // Extract mantissa and convert to our u64 representation
2879
0
            let mantissa = decimal_value.mantissa();
2880
0
            let inner_val = u64::try_from(mantissa)
2881
0
                .map_err(|_| "Failed to convert negative or overflowing NUMERIC to Quantity")?;
2882
2883
0
            Ok(Quantity::from_raw(inner_val))
2884
0
        }
2885
    }
2886
2887
    // SQLx implementations for TimeInForce
2888
    impl Type<Postgres> for super::TimeInForce {
2889
0
        fn type_info() -> PgTypeInfo {
2890
0
            PgTypeInfo::with_name("TEXT")
2891
0
        }
2892
    }
2893
2894
    impl<'q> Encode<'q, Postgres> for super::TimeInForce {
2895
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
2896
            // Use the Display trait to convert enum to string representation
2897
0
            <&str as Encode<Postgres>>::encode(self.to_string().as_str(), buf)
2898
0
        }
2899
    }
2900
2901
    impl<'r> Decode<'r, Postgres> for super::TimeInForce {
2902
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
2903
            // Decode from TEXT to string, then parse to enum
2904
0
            let s = <&str as Decode<Postgres>>::decode(value)?;
2905
0
            match s {
2906
0
                "DAY" => Ok(super::TimeInForce::Day),
2907
0
                "GTC" => Ok(super::TimeInForce::GoodTillCancel),
2908
0
                "IOC" => Ok(super::TimeInForce::ImmediateOrCancel),
2909
0
                "FOK" => Ok(super::TimeInForce::FillOrKill),
2910
0
                _ => Err(format!("Invalid TimeInForce value: {}", s).into()),
2911
            }
2912
0
        }
2913
    }
2914
2915
    // SQLx implementations for OrderStatus
2916
    impl Type<Postgres> for OrderStatus {
2917
0
        fn type_info() -> PgTypeInfo {
2918
0
            PgTypeInfo::with_name("TEXT")
2919
0
        }
2920
    }
2921
2922
    impl<'q> Encode<'q, Postgres> for OrderStatus {
2923
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
2924
0
            let value = match self {
2925
0
                OrderStatus::Created => "CREATED",
2926
0
                OrderStatus::Submitted => "SUBMITTED",
2927
0
                OrderStatus::PartiallyFilled => "PARTIALLY_FILLED",
2928
0
                OrderStatus::Filled => "FILLED",
2929
0
                OrderStatus::Rejected => "REJECTED",
2930
0
                OrderStatus::Cancelled => "CANCELLED",
2931
0
                OrderStatus::New => "NEW",
2932
0
                OrderStatus::Expired => "EXPIRED",
2933
0
                OrderStatus::Pending => "PENDING",
2934
0
                OrderStatus::Working => "WORKING",
2935
0
                OrderStatus::Unknown => "UNKNOWN",
2936
0
                OrderStatus::Suspended => "SUSPENDED",
2937
0
                OrderStatus::PendingCancel => "PENDING_CANCEL",
2938
0
                OrderStatus::PendingReplace => "PENDING_REPLACE",
2939
            };
2940
0
            <&str as Encode<Postgres>>::encode_by_ref(&value, buf)
2941
0
        }
2942
    }
2943
2944
    impl<'r> Decode<'r, Postgres> for OrderStatus {
2945
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
2946
0
            let s = <String as Decode<Postgres>>::decode(value)?;
2947
0
            match s.as_str() {
2948
0
                "CREATED" => Ok(OrderStatus::Created),
2949
0
                "SUBMITTED" => Ok(OrderStatus::Submitted),
2950
0
                "PARTIALLY_FILLED" => Ok(OrderStatus::PartiallyFilled),
2951
0
                "FILLED" => Ok(OrderStatus::Filled),
2952
0
                "REJECTED" => Ok(OrderStatus::Rejected),
2953
0
                "CANCELLED" => Ok(OrderStatus::Cancelled),
2954
0
                "NEW" => Ok(OrderStatus::New),
2955
0
                "EXPIRED" => Ok(OrderStatus::Expired),
2956
0
                "PENDING" => Ok(OrderStatus::Pending),
2957
0
                "WORKING" => Ok(OrderStatus::Working),
2958
0
                "UNKNOWN" => Ok(OrderStatus::Unknown),
2959
0
                "SUSPENDED" => Ok(OrderStatus::Suspended),
2960
0
                "PENDING_CANCEL" => Ok(OrderStatus::PendingCancel),
2961
0
                "PENDING_REPLACE" => Ok(OrderStatus::PendingReplace),
2962
0
                _ => Err(format!("Invalid OrderStatus value: {}", s).into()),
2963
            }
2964
0
        }
2965
    }
2966
2967
    // SQLx implementations for OrderSide
2968
    impl Type<Postgres> for OrderSide {
2969
0
        fn type_info() -> PgTypeInfo {
2970
0
            PgTypeInfo::with_name("TEXT")
2971
0
        }
2972
    }
2973
2974
    impl<'q> Encode<'q, Postgres> for OrderSide {
2975
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
2976
0
            let value = match self {
2977
0
                OrderSide::Buy => "BUY",
2978
0
                OrderSide::Sell => "SELL",
2979
            };
2980
0
            <&str as Encode<Postgres>>::encode_by_ref(&value, buf)
2981
0
        }
2982
    }
2983
2984
    impl<'r> Decode<'r, Postgres> for OrderSide {
2985
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
2986
0
            let s = <String as Decode<Postgres>>::decode(value)?;
2987
0
            match s.as_str() {
2988
0
                "BUY" => Ok(OrderSide::Buy),
2989
0
                "SELL" => Ok(OrderSide::Sell),
2990
0
                _ => Err(format!("Invalid OrderSide value: {}", s).into()),
2991
            }
2992
0
        }
2993
    }
2994
2995
    // SQLx implementations for OrderType
2996
    impl Type<Postgres> for OrderType {
2997
0
        fn type_info() -> PgTypeInfo {
2998
0
            PgTypeInfo::with_name("TEXT")
2999
0
        }
3000
    }
3001
3002
    impl<'q> Encode<'q, Postgres> for OrderType {
3003
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3004
0
            let value = match self {
3005
0
                OrderType::Market => "MARKET",
3006
0
                OrderType::Limit => "LIMIT",
3007
0
                OrderType::Stop => "STOP",
3008
0
                OrderType::StopLimit => "STOP_LIMIT",
3009
0
                OrderType::Iceberg => "ICEBERG",
3010
0
                OrderType::TrailingStop => "TRAILING_STOP",
3011
0
                OrderType::Hidden => "HIDDEN",
3012
            };
3013
0
            <&str as Encode<Postgres>>::encode_by_ref(&value, buf)
3014
0
        }
3015
    }
3016
3017
    impl<'r> Decode<'r, Postgres> for OrderType {
3018
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
3019
0
            let s = <String as Decode<Postgres>>::decode(value)?;
3020
0
            match s.as_str() {
3021
0
                "MARKET" => Ok(OrderType::Market),
3022
0
                "LIMIT" => Ok(OrderType::Limit),
3023
0
                "STOP" => Ok(OrderType::Stop),
3024
0
                "STOP_LIMIT" => Ok(OrderType::StopLimit),
3025
0
                "ICEBERG" => Ok(OrderType::Iceberg),
3026
0
                "TRAILING_STOP" => Ok(OrderType::TrailingStop),
3027
0
                "HIDDEN" => Ok(OrderType::Hidden),
3028
0
                _ => Err(format!("Invalid OrderType value: {}", s).into()),
3029
            }
3030
0
        }
3031
    }
3032
3033
    // SQLx implementations for MarketRegime
3034
    impl Type<Postgres> for MarketRegime {
3035
0
        fn type_info() -> PgTypeInfo {
3036
0
            PgTypeInfo::with_name("TEXT")
3037
0
        }
3038
    }
3039
3040
    impl<'q> Encode<'q, Postgres> for MarketRegime {
3041
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3042
0
            let value = match self {
3043
0
                MarketRegime::Normal => "NORMAL",
3044
0
                MarketRegime::Crisis => "CRISIS",
3045
0
                MarketRegime::Trending => "TRENDING",
3046
0
                MarketRegime::Sideways => "SIDEWAYS",
3047
0
                MarketRegime::Bull => "BULL",
3048
0
                MarketRegime::Bear => "BEAR",
3049
0
                MarketRegime::HighVolatility => "HIGH_VOLATILITY",
3050
0
                MarketRegime::LowVolatility => "LOW_VOLATILITY",
3051
0
                MarketRegime::Volatile => "VOLATILE",
3052
0
                MarketRegime::Calm => "CALM",
3053
0
                MarketRegime::Unknown => "UNKNOWN",
3054
0
                MarketRegime::Recovery => "RECOVERY",
3055
0
                MarketRegime::Bubble => "BUBBLE",
3056
0
                MarketRegime::Correction => "CORRECTION",
3057
0
                MarketRegime::Custom(id) => {
3058
0
                    return <String as Encode<Postgres>>::encode_by_ref(
3059
0
                        &format!("CUSTOM_{}", id),
3060
0
                        buf,
3061
                    )
3062
                },
3063
            };
3064
0
            <&str as Encode<Postgres>>::encode_by_ref(&value, buf)
3065
0
        }
3066
    }
3067
3068
    impl<'r> Decode<'r, Postgres> for MarketRegime {
3069
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
3070
0
            let s = <String as Decode<Postgres>>::decode(value)?;
3071
0
            match s.as_str() {
3072
0
                "NORMAL" => Ok(MarketRegime::Normal),
3073
0
                "CRISIS" => Ok(MarketRegime::Crisis),
3074
0
                "TRENDING" => Ok(MarketRegime::Trending),
3075
0
                "SIDEWAYS" => Ok(MarketRegime::Sideways),
3076
0
                "BULL" => Ok(MarketRegime::Bull),
3077
0
                "BEAR" => Ok(MarketRegime::Bear),
3078
0
                "HIGH_VOLATILITY" => Ok(MarketRegime::HighVolatility),
3079
0
                "LOW_VOLATILITY" => Ok(MarketRegime::LowVolatility),
3080
0
                "VOLATILE" => Ok(MarketRegime::Volatile),
3081
0
                "CALM" => Ok(MarketRegime::Calm),
3082
0
                "UNKNOWN" => Ok(MarketRegime::Unknown),
3083
0
                "RECOVERY" => Ok(MarketRegime::Recovery),
3084
0
                "BUBBLE" => Ok(MarketRegime::Bubble),
3085
0
                "CORRECTION" => Ok(MarketRegime::Correction),
3086
                _ => {
3087
                    // Handle Custom(id) format
3088
0
                    if let Some(id_str) = s.strip_prefix("CUSTOM_") {
3089
0
                        if let Ok(id) = id_str.parse::<usize>() {
3090
0
                            Ok(MarketRegime::Custom(id))
3091
                        } else {
3092
0
                            Err(format!("Invalid MarketRegime Custom ID: {}", id_str).into())
3093
                        }
3094
                    } else {
3095
0
                        Err(format!("Invalid MarketRegime value: {}", s).into())
3096
                    }
3097
                },
3098
            }
3099
0
        }
3100
    }
3101
3102
    // SQLx implementations for HftTimestamp
3103
    // Maps to PostgreSQL BIGINT (stores nanoseconds since Unix epoch)
3104
    // Note: Limited to i64::MAX nanoseconds (year 2262) due to PostgreSQL BIGINT constraints
3105
    impl<'q> Encode<'q, Postgres> for HftTimestamp {
3106
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3107
            // Cast u64 to i64 for PostgreSQL BIGINT compatibility
3108
0
            <i64 as Encode<Postgres>>::encode(self.nanos() as i64, buf)
3109
0
        }
3110
    }
3111
3112
    impl<'r> Decode<'r, Postgres> for HftTimestamp {
3113
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
3114
0
            let val = <i64 as Decode<Postgres>>::decode(value)?;
3115
            // Cast i64 back to u64 for internal representation
3116
0
            Ok(HftTimestamp::from_nanos(val as u64))
3117
0
        }
3118
    }
3119
3120
    impl Type<Postgres> for HftTimestamp {
3121
0
        fn type_info() -> <Postgres as sqlx::Database>::TypeInfo {
3122
0
            <i64 as Type<Postgres>>::type_info()
3123
0
        }
3124
3125
0
        fn compatible(ty: &<Postgres as sqlx::Database>::TypeInfo) -> bool {
3126
0
            <i64 as Type<Postgres>>::compatible(ty)
3127
0
        }
3128
    }
3129
3130
    // SQLx implementations for OrderId (uses BIGINT for u64)
3131
    impl Type<Postgres> for super::OrderId {
3132
0
        fn type_info() -> PgTypeInfo {
3133
0
            PgTypeInfo::with_name("BIGINT")
3134
0
        }
3135
    }
3136
3137
    impl<'q> Encode<'q, Postgres> for super::OrderId {
3138
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3139
0
            <i64 as Encode<Postgres>>::encode_by_ref(&(self.value() as i64), buf)
3140
0
        }
3141
    }
3142
3143
    impl<'r> Decode<'r, Postgres> for super::OrderId {
3144
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
3145
0
            let id = <i64 as Decode<Postgres>>::decode(value)?;
3146
0
            Ok(super::OrderId::from_u64(id as u64))
3147
0
        }
3148
    }
3149
}
3150
3151
/// Volume type - alias for Quantity with the same fixed-point arithmetic
3152
/// SQLx traits are automatically inherited from Quantity
3153
pub type Volume = Quantity;
3154
3155
// ORDER TYPES ALREADY DEFINED ABOVE - No need to re-export from trading_engine
3156
// =============================================================================
3157
// CORE ID TYPES (MOVED FROM TRADING_ENGINE)
3158
// =============================================================================
3159
3160
/// Order identifier with ultra-fast atomic generation
3161
/// Replaces slow UUID generation (1ms+) with atomic increment (~5ns)
3162
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
3163
pub struct OrderId(u64);
3164
3165
impl Default for OrderId {
3166
0
    fn default() -> Self {
3167
0
        Self::new()
3168
0
    }
3169
}
3170
3171
impl OrderId {
3172
    /// Generate next `OrderId` using atomic counter - <50ns performance
3173
1.01k
    pub fn new() -> Self {
3174
        use std::sync::atomic::{AtomicU64, Ordering};
3175
        static COUNTER: AtomicU64 = AtomicU64::new(1);
3176
1.01k
        Self(COUNTER.fetch_add(1, Ordering::Relaxed))
3177
1.01k
    }
3178
3179
    /// Create `OrderId` from u64 value
3180
    #[must_use]
3181
2
    pub const fn from_u64(value: u64) -> Self {
3182
2
        Self(value)
3183
2
    }
3184
3185
    /// Get u64 value
3186
    #[must_use]
3187
8
    pub const fn value(&self) -> u64 {
3188
8
        self.0
3189
8
    }
3190
3191
    /// Get u64 value for performance-critical code (alias for value)
3192
    #[must_use]
3193
1
    pub const fn as_u64(&self) -> u64 {
3194
1
        self.0
3195
1
    }
3196
3197
    /// Get as string for compatibility
3198
    #[must_use]
3199
0
    pub fn as_str(&self) -> String {
3200
0
        self.0.to_string()
3201
0
    }
3202
}
3203
3204
impl fmt::Display for OrderId {
3205
    /// Format the order ID for display
3206
1
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3207
1
        write!(f, "{}", self.0)
3208
1
    }
3209
}
3210
3211
impl From<u64> for OrderId {
3212
    /// Create an OrderId from a u64 value
3213
0
    fn from(value: u64) -> Self {
3214
0
        Self(value)
3215
0
    }
3216
}
3217
3218
impl From<OrderId> for u64 {
3219
    /// Convert an OrderId to u64
3220
0
    fn from(order_id: OrderId) -> Self {
3221
0
        order_id.0
3222
0
    }
3223
}
3224
3225
impl FromStr for OrderId {
3226
    type Err = ParseIntError;
3227
3228
2
    fn from_str(s: &str) -> Result<Self, Self::Err> {
3229
2
        s.parse::<u64>().map(OrderId)
3230
2
    }
3231
}
3232
3233
impl From<String> for OrderId {
3234
    /// Create an OrderId from a String, generating new ID if parsing fails
3235
2
    fn from(s: String) -> Self {
3236
2
        s.parse().unwrap_or_else(|_| 
Self::new1
())
3237
2
    }
3238
}
3239
3240
impl From<&str> for OrderId {
3241
    /// Create an OrderId from a &str, generating new ID if parsing fails
3242
0
    fn from(s: &str) -> Self {
3243
0
        s.parse().unwrap_or_else(|_| Self::new())
3244
0
    }
3245
}
3246
3247
/// Execution identifier with validation
3248
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
3249
#[cfg_attr(feature = "database", derive(sqlx::Type))]
3250
pub struct ExecutionId(String);
3251
3252
impl ExecutionId {
3253
    /// Create a new execution ID with validation
3254
3
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
3255
3
        let id = id.into();
3256
3
        if id.trim().is_empty() {
3257
2
            return Err(CommonTypeError::ValidationError {
3258
2
                field: "execution_id".to_owned(),
3259
2
                reason: "Execution ID cannot be empty".to_owned(),
3260
2
            });
3261
1
        }
3262
1
        Ok(Self(id))
3263
3
    }
3264
3265
    /// Generate a new random execution ID
3266
1
    pub fn generate() -> Self {
3267
1
        Self(uuid::Uuid::new_v4().to_string())
3268
1
    }
3269
3270
    /// Get execution ID as string slice
3271
3
    pub fn as_str(&self) -> &str {
3272
3
        &self.0
3273
3
    }
3274
3275
    /// Convert execution ID into owned string
3276
0
    pub fn into_string(self) -> String {
3277
0
        self.0
3278
0
    }
3279
}
3280
3281
impl fmt::Display for ExecutionId {
3282
    /// Format the execution ID for display
3283
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3284
0
        write!(f, "{}", self.0)
3285
0
    }
3286
}
3287
3288
impl FromStr for ExecutionId {
3289
    type Err = CommonTypeError;
3290
3291
0
    fn from_str(s: &str) -> Result<Self, Self::Err> {
3292
0
        Self::new(s)
3293
0
    }
3294
}
3295
3296
/// Trade identifier with validation
3297
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
3298
pub struct TradeId(String);
3299
3300
impl TradeId {
3301
    /// Create a new trade ID with validation
3302
2
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
3303
2
        let id = id.into();
3304
2
        if id.is_empty() {
3305
1
            return Err(CommonTypeError::ValidationError {
3306
1
                field: "trade_id".to_owned(),
3307
1
                reason: "Trade ID cannot be empty".to_owned(),
3308
1
            });
3309
1
        }
3310
1
        Ok(Self(id))
3311
2
    }
3312
3313
    /// Get the trade ID as a string slice
3314
1
    pub fn as_str(&self) -> &str {
3315
1
        &self.0
3316
1
    }
3317
    /// Convert the trade ID into an owned string
3318
0
    pub fn into_string(self) -> String {
3319
0
        self.0
3320
0
    }
3321
}
3322
3323
impl fmt::Display for TradeId {
3324
    /// Format the trade ID for display
3325
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3326
0
        write!(f, "{}", self.0)
3327
0
    }
3328
}
3329
3330
/// Trading symbol with validation
3331
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
3332
#[cfg_attr(feature = "database", derive(sqlx::Type))]
3333
pub struct Symbol {
3334
    value: String,
3335
}
3336
3337
impl Symbol {
3338
    /// Create a new symbol from a string
3339
    #[must_use]
3340
20
    pub const fn new(s: String) -> Self {
3341
20
        Self { value: s }
3342
20
    }
3343
3344
    /// Create a new Symbol with validation
3345
6
    pub fn new_validated(s: String) -> Result<Self, CommonTypeError> {
3346
6
        if s.trim().is_empty() {
3347
4
            return Err(CommonTypeError::ValidationError {
3348
4
                field: "symbol".to_string(),
3349
4
                reason: "Symbol cannot be empty".to_string(),
3350
4
            });
3351
2
        }
3352
2
        Ok(Self { value: s })
3353
6
    }
3354
3355
    /// Create a Symbol from &str with validation
3356
0
    pub fn from_str_validated(s: &str) -> Result<Self, CommonTypeError> {
3357
0
        Self::new_validated(s.to_owned())
3358
0
    }
3359
3360
    /// Get the symbol as a string slice
3361
    #[must_use]
3362
7
    pub fn as_str(&self) -> &str {
3363
7
        &self.value
3364
7
    }
3365
    /// Get the symbol value as a string slice
3366
    #[must_use]
3367
0
    pub fn value(&self) -> &str {
3368
0
        &self.value
3369
0
    }
3370
    /// Get the symbol as bytes
3371
    #[must_use]
3372
0
    pub fn as_bytes(&self) -> &[u8] {
3373
0
        self.value.as_bytes()
3374
0
    }
3375
    /// Check if the symbol is empty
3376
    #[must_use]
3377
2
    pub fn is_empty(&self) -> bool {
3378
2
        self.value.is_empty()
3379
2
    }
3380
    /// Convert the symbol to uppercase
3381
    #[must_use]
3382
2
    pub fn to_uppercase(&self) -> String {
3383
2
        self.value.to_uppercase()
3384
2
    }
3385
    /// Replace occurrences in the symbol
3386
    #[must_use]
3387
2
    pub fn replace(&self, from: &str, to: &str) -> String {
3388
2
        self.value.replace(from, to)
3389
2
    }
3390
3391
    /// Helper for risk management - creates a 'NONE' symbol
3392
    #[must_use]
3393
1
    pub fn none() -> Self {
3394
1
        "NONE".parse().unwrap()
3395
1
    }
3396
3397
    /// Check if the symbol contains a pattern
3398
    #[must_use]
3399
4
    pub fn contains(&self, pattern: &str) -> bool {
3400
4
        self.value.contains(pattern)
3401
4
    }
3402
}
3403
3404
impl FromStr for Symbol {
3405
    type Err = std::convert::Infallible;
3406
3407
6
    fn from_str(s: &str) -> Result<Self, Self::Err> {
3408
6
        Ok(Self {
3409
6
            value: s.to_owned(),
3410
6
        })
3411
6
    }
3412
}
3413
3414
// Additional implementation to support conversion from &Symbol to &str
3415
impl AsRef<str> for Symbol {
3416
    /// Convert symbol to string reference
3417
0
    fn as_ref(&self) -> &str {
3418
0
        &self.value
3419
0
    }
3420
}
3421
3422
impl fmt::Display for Symbol {
3423
    /// Format the symbol for display
3424
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3425
0
        write!(f, "{}", self.value)
3426
0
    }
3427
}
3428
3429
impl From<String> for Symbol {
3430
    /// Create a Symbol from a String
3431
0
    fn from(s: String) -> Self {
3432
0
        Self::new(s)
3433
0
    }
3434
}
3435
impl From<&str> for Symbol {
3436
    /// Create a Symbol from a &str
3437
19
    fn from(s: &str) -> Self {
3438
19
        Self::new(s.to_owned())
3439
19
    }
3440
}
3441
3442
// TryFrom implementations removed due to conflicting blanket implementations
3443
// Use Symbol::new_validated() or Symbol::from_validated() directly instead
3444
3445
impl Default for Symbol {
3446
    /// Returns the default symbol (empty string)
3447
0
    fn default() -> Self {
3448
0
        Self::new(String::new())
3449
0
    }
3450
}
3451
3452
impl PartialEq<str> for Symbol {
3453
0
    fn eq(&self, other: &str) -> bool {
3454
0
        self.value == other
3455
0
    }
3456
}
3457
3458
impl PartialEq<&str> for Symbol {
3459
2
    fn eq(&self, other: &&str) -> bool {
3460
2
        self.value == *other
3461
2
    }
3462
}
3463
3464
impl PartialEq<String> for Symbol {
3465
1
    fn eq(&self, other: &String) -> bool {
3466
1
        &self.value == other
3467
1
    }
3468
}
3469
3470
impl PartialEq<Symbol> for &str {
3471
2
    fn eq(&self, other: &Symbol) -> bool {
3472
2
        *self == other.value
3473
2
    }
3474
}
3475
3476
impl PartialEq<Symbol> for String {
3477
1
    fn eq(&self, other: &Symbol) -> bool {
3478
1
        self == &other.value
3479
1
    }
3480
}
3481
3482
// TimeInForce moved to canonical source: common::types::TimeInForce
3483
3484
// Currency moved to canonical source: common::types::Currency
3485
3486
// Price moved to canonical source: common::types::Price
3487
3488
// Quantity moved to canonical source: common::types::Quantity
3489
// Volume moved to canonical source: common::types::Quantity (as Volume alias)
3490
3491
/// Money amount with currency
3492
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
3493
pub struct Money {
3494
    /// The monetary amount
3495
    pub amount: Decimal,
3496
    /// The currency of the amount
3497
    pub currency: Currency,
3498
}
3499
3500
impl Money {
3501
    /// Create new money amount
3502
3
    pub const fn new(amount: Decimal, currency: Currency) -> Self {
3503
3
        Self { amount, currency }
3504
3
    }
3505
}
3506
3507
impl fmt::Display for Money {
3508
2
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3509
2
        write!(f, "{} {}", self.amount, self.currency)
3510
2
    }
3511
}
3512
3513
// OrderId moved to canonical source: common::types::OrderId
3514
3515
// TradeId moved to canonical source: common::types::TradeId
3516
3517
// Symbol moved to canonical source: common::types::Symbol
3518
3519
/// Type-safe account identifier
3520
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
3521
pub struct AccountId(String);
3522
3523
impl AccountId {
3524
    /// Create a new account ID with validation
3525
3
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
3526
3
        let id = id.into();
3527
3
        if id.trim().is_empty() {
3528
2
            return Err(CommonTypeError::InvalidIdentifier {
3529
2
                field: "account_id".to_string(),
3530
2
                reason: "Account ID cannot be empty".to_string(),
3531
2
            });
3532
1
        }
3533
1
        Ok(Self(id))
3534
3
    }
3535
3536
    /// Get the ID as a string slice
3537
0
    pub fn as_str(&self) -> &str {
3538
0
        &self.0
3539
0
    }
3540
3541
    /// Convert to owned String
3542
0
    pub fn into_string(self) -> String {
3543
0
        self.0
3544
0
    }
3545
}
3546
3547
impl fmt::Display for AccountId {
3548
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3549
0
        write!(f, "{}", self.0)
3550
0
    }
3551
}
3552
3553
/// High-precision timestamp for HFT applications - CANONICAL DEFINITION
3554
/// Robust implementation with error handling for financial safety
3555
#[derive(
3556
    Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize, Default,
3557
)]
3558
pub struct HftTimestamp {
3559
    nanos: u64,
3560
}
3561
3562
impl HftTimestamp {
3563
    /// Get current timestamp with error handling for financial safety
3564
26
    pub fn now() -> Result<Self, CommonError> {
3565
        use std::time::{SystemTime, UNIX_EPOCH};
3566
26
        let nanos = SystemTime::now()
3567
26
            .duration_since(UNIX_EPOCH)
3568
26
            .map_err(|e| CommonError::Service {
3569
0
                category: CommonErrorCategory::System,
3570
0
                message: format!("System time before UNIX epoch: {e}"),
3571
0
            })?
3572
26
            .as_nanos() as u64;
3573
26
        Ok(Self { nanos })
3574
26
    }
3575
3576
    /// Get current timestamp with error handling for financial safety (CommonTypeError version)
3577
1
    pub fn now_common() -> Result<Self, CommonTypeError> {
3578
        use std::time::{SystemTime, UNIX_EPOCH};
3579
1
        let nanos = SystemTime::now()
3580
1
            .duration_since(UNIX_EPOCH)
3581
1
            .map_err(|e| CommonTypeError::ConversionError {
3582
0
                message: format!("System time before UNIX epoch: {e}"),
3583
0
            })?
3584
1
            .as_nanos() as u64;
3585
1
        Ok(Self { nanos })
3586
1
    }
3587
3588
    /// Get current timestamp or zero if system time is invalid
3589
    #[must_use]
3590
25
    pub fn now_or_zero() -> Self {
3591
25
        Self::now().unwrap_or(Self { nanos: 0 })
3592
25
    }
3593
3594
    /// Get nanoseconds since epoch
3595
    #[must_use]
3596
4
    pub const fn nanos(self) -> u64 {
3597
4
        self.nanos
3598
4
    }
3599
3600
    /// Create from nanoseconds since epoch
3601
    #[must_use]
3602
2
    pub const fn from_nanos(nanos: u64) -> Self {
3603
2
        Self { nanos }
3604
2
    }
3605
3606
    /// Create from signed nanoseconds (cast to unsigned)
3607
    #[must_use]
3608
0
    pub const fn from_nanos_i64(nanos: i64) -> Self {
3609
0
        Self {
3610
0
            nanos: nanos as u64,
3611
0
        }
3612
0
    }
3613
3614
    /// Get nanoseconds since epoch
3615
0
    pub const fn as_nanos(&self) -> u64 {
3616
0
        self.nanos
3617
0
    }
3618
3619
    /// Convert to DateTime<Utc>
3620
1
    pub fn to_datetime(&self) -> DateTime<Utc> {
3621
1
        let secs = self.nanos / 1_000_000_000;
3622
1
        let nsecs = (self.nanos % 1_000_000_000) as u32;
3623
1
        DateTime::from_timestamp(secs as i64, nsecs).unwrap_or_default()
3624
1
    }
3625
}
3626
3627
impl fmt::Display for HftTimestamp {
3628
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3629
0
        write!(f, "{}", self.to_datetime())
3630
0
    }
3631
}
3632
3633
/// Generic timestamp for general use cases
3634
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
3635
pub struct GenericTimestamp {
3636
    nanos: u64,
3637
}
3638
3639
impl GenericTimestamp {
3640
    /// Create from nanoseconds since epoch
3641
    #[must_use]
3642
0
    pub const fn from_nanos(nanos: u64) -> Self {
3643
0
        Self { nanos }
3644
0
    }
3645
3646
    /// Get nanoseconds since epoch
3647
    #[must_use]
3648
0
    pub const fn nanos(&self) -> u64 {
3649
0
        self.nanos
3650
0
    }
3651
}
3652
3653
// =============================================================================
3654
// MARKET TYPES (MIGRATED FROM TRADING_ENGINE)
3655
// =============================================================================
3656
3657
/// Market regime enumeration for position sizing scaling and risk management
3658
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
3659
pub enum MarketRegime {
3660
    /// Normal market conditions
3661
    Normal,
3662
    /// Crisis/stress market conditions
3663
    Crisis,
3664
    /// Trending market (strong directional movement)
3665
    Trending,
3666
    /// Sideways/ranging market (low volatility)
3667
    Sideways,
3668
    /// Bull market (sustained upward trend)
3669
    Bull,
3670
    /// Bear market (sustained downward trend)
3671
    Bear,
3672
    /// High volatility market conditions
3673
    HighVolatility,
3674
    /// Low volatility market conditions
3675
    LowVolatility,
3676
    /// Volatile market conditions (alias for `HighVolatility`)
3677
    Volatile,
3678
    /// Calm market conditions (alias for `LowVolatility`)
3679
    Calm,
3680
    /// Unknown/unclassified regime
3681
    Unknown,
3682
    /// Recovery regime - transitioning from crisis
3683
    Recovery,
3684
    /// Bubble regime - unsustainable upward movement
3685
    Bubble,
3686
    /// Correction regime - temporary downward adjustment
3687
    Correction,
3688
    /// Custom regime with numeric identifier
3689
    Custom(usize),
3690
}
3691
3692
impl Default for MarketRegime {
3693
0
    fn default() -> Self {
3694
0
        Self::Normal
3695
0
    }
3696
}
3697
3698
impl fmt::Display for MarketRegime {
3699
6
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3700
6
        match self {
3701
1
            Self::Normal => write!(f, "Normal"),
3702
1
            Self::Crisis => write!(f, "Crisis"),
3703
0
            Self::Trending => write!(f, "Trending"),
3704
0
            Self::Sideways => write!(f, "Sideways"),
3705
1
            Self::Bull => write!(f, "Bull"),
3706
1
            Self::Bear => write!(f, "Bear"),
3707
1
            Self::HighVolatility => write!(f, "HighVolatility"),
3708
0
            Self::LowVolatility => write!(f, "LowVolatility"),
3709
0
            Self::Volatile => write!(f, "Volatile"),
3710
0
            Self::Calm => write!(f, "Calm"),
3711
0
            Self::Unknown => write!(f, "Unknown"),
3712
0
            Self::Recovery => write!(f, "Recovery"),
3713
0
            Self::Bubble => write!(f, "Bubble"),
3714
0
            Self::Correction => write!(f, "Correction"),
3715
1
            Self::Custom(id) => write!(f, "Custom({id})"),
3716
        }
3717
6
    }
3718
}
3719
3720
/// Tick type enumeration for market data
3721
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
3722
#[cfg_attr(feature = "database", derive(sqlx::Type))]
3723
#[cfg_attr(
3724
    feature = "database",
3725
    sqlx(type_name = "tick_type", rename_all = "snake_case")
3726
)]
3727
pub enum TickType {
3728
    /// Trade execution tick
3729
    Trade,
3730
    /// Bid price update tick
3731
    Bid,
3732
    /// Ask price update tick
3733
    Ask,
3734
    /// Quote (bid/ask) update tick
3735
    Quote,
3736
}
3737
3738
/// Exchange enumeration for trading venues
3739
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
3740
pub enum Exchange {
3741
    /// New York Stock Exchange
3742
    NYSE,
3743
    /// NASDAQ
3744
    NASDAQ,
3745
    /// Chicago Mercantile Exchange
3746
    CME,
3747
    /// Intercontinental Exchange
3748
    ICE,
3749
    /// London Stock Exchange
3750
    LSE,
3751
    /// Tokyo Stock Exchange
3752
    TSE,
3753
    /// Hong Kong Stock Exchange
3754
    HKEX,
3755
    /// Shanghai Stock Exchange
3756
    SSE,
3757
    /// Shenzhen Stock Exchange
3758
    SZSE,
3759
    /// Euronext
3760
    EURONEXT,
3761
    /// Deutsche Börse
3762
    XETRA,
3763
    /// Chicago Board of Trade
3764
    CBOT,
3765
    /// Chicago Board Options Exchange
3766
    CBOE,
3767
    /// BATS Global Markets
3768
    BATS,
3769
    /// IEX Exchange
3770
    IEX,
3771
    /// Interactive Brokers
3772
    IBKR,
3773
    /// IC Markets
3774
    ICMARKETS,
3775
    /// Forex.com
3776
    FOREX,
3777
    /// Binance
3778
    BINANCE,
3779
    /// Coinbase
3780
    COINBASE,
3781
    /// Kraken
3782
    KRAKEN,
3783
    /// Unknown or unrecognized exchange
3784
    UNKNOWN,
3785
}
3786
3787
impl Default for Exchange {
3788
0
    fn default() -> Self {
3789
0
        Self::UNKNOWN
3790
0
    }
3791
}
3792
3793
impl fmt::Display for Exchange {
3794
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3795
0
        match self {
3796
0
            Self::NYSE => write!(f, "NYSE"),
3797
0
            Self::NASDAQ => write!(f, "NASDAQ"),
3798
0
            Self::CME => write!(f, "CME"),
3799
0
            Self::ICE => write!(f, "ICE"),
3800
0
            Self::LSE => write!(f, "LSE"),
3801
0
            Self::TSE => write!(f, "TSE"),
3802
0
            Self::HKEX => write!(f, "HKEX"),
3803
0
            Self::SSE => write!(f, "SSE"),
3804
0
            Self::SZSE => write!(f, "SZSE"),
3805
0
            Self::EURONEXT => write!(f, "EURONEXT"),
3806
0
            Self::XETRA => write!(f, "XETRA"),
3807
0
            Self::CBOT => write!(f, "CBOT"),
3808
0
            Self::CBOE => write!(f, "CBOE"),
3809
0
            Self::BATS => write!(f, "BATS"),
3810
0
            Self::IEX => write!(f, "IEX"),
3811
0
            Self::IBKR => write!(f, "IBKR"),
3812
0
            Self::ICMARKETS => write!(f, "ICMARKETS"),
3813
0
            Self::FOREX => write!(f, "FOREX"),
3814
0
            Self::BINANCE => write!(f, "BINANCE"),
3815
0
            Self::COINBASE => write!(f, "COINBASE"),
3816
0
            Self::KRAKEN => write!(f, "KRAKEN"),
3817
0
            Self::UNKNOWN => write!(f, "UNKNOWN"),
3818
        }
3819
0
    }
3820
}
3821
3822
impl FromStr for Exchange {
3823
    type Err = CommonTypeError;
3824
3825
4
    fn from_str(s: &str) -> Result<Self, Self::Err> {
3826
4
        match s.to_uppercase().as_str() {
3827
4
            "NYSE" => 
Ok(Self::NYSE)1
,
3828
3
            "NASDAQ" => 
Ok(Self::NASDAQ)2
,
3829
1
            "CME" => 
Ok(Self::CME)0
,
3830
1
            "ICE" => 
Ok(Self::ICE)0
,
3831
1
            "LSE" => 
Ok(Self::LSE)0
,
3832
1
            "TSE" => 
Ok(Self::TSE)0
,
3833
1
            "HKEX" => 
Ok(Self::HKEX)0
,
3834
1
            "SSE" => 
Ok(Self::SSE)0
,
3835
1
            "SZSE" => 
Ok(Self::SZSE)0
,
3836
1
            "EURONEXT" => 
Ok(Self::EURONEXT)0
,
3837
1
            "XETRA" => 
Ok(Self::XETRA)0
,
3838
1
            "CBOT" => 
Ok(Self::CBOT)0
,
3839
1
            "CBOE" => 
Ok(Self::CBOE)0
,
3840
1
            "BATS" => 
Ok(Self::BATS)0
,
3841
1
            "IEX" => 
Ok(Self::IEX)0
,
3842
1
            "IBKR" => 
Ok(Self::IBKR)0
,
3843
1
            "ICMARKETS" => 
Ok(Self::ICMARKETS)0
,
3844
1
            "FOREX" => 
Ok(Self::FOREX)0
,
3845
1
            "BINANCE" => 
Ok(Self::BINANCE)0
,
3846
1
            "COINBASE" => 
Ok(Self::COINBASE)0
,
3847
1
            "KRAKEN" => 
Ok(Self::KRAKEN)0
,
3848
1
            "UNKNOWN" => 
Ok(Self::UNKNOWN)0
,
3849
1
            _ => Ok(Self::UNKNOWN), // Default to UNKNOWN for unrecognized exchanges
3850
        }
3851
4
    }
3852
}
3853
3854
/// Market tick data structure - CANONICAL SINGLE SOURCE OF TRUTH
3855
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
3856
pub struct MarketTick {
3857
    /// Trading symbol
3858
    pub symbol: Symbol,
3859
    /// Tick price
3860
    pub price: Price,
3861
    /// Tick size/quantity
3862
    pub size: Quantity,
3863
    /// Tick timestamp
3864
    pub timestamp: HftTimestamp,
3865
    /// Type of tick (trade, bid, ask, quote)
3866
    pub tick_type: TickType,
3867
    /// Exchange where the tick occurred
3868
    pub exchange: Exchange,
3869
    /// Sequence number for ordering
3870
    pub sequence_number: u64,
3871
}
3872
3873
impl MarketTick {
3874
    /// Create a new market tick with current timestamp
3875
0
    pub fn new(
3876
0
        symbol: Symbol,
3877
0
        price: Price,
3878
0
        size: Quantity,
3879
0
        tick_type: TickType,
3880
0
        exchange: Exchange,
3881
0
        sequence_number: u64,
3882
0
    ) -> Result<Self, CommonError> {
3883
        Ok(Self {
3884
0
            symbol,
3885
0
            price,
3886
0
            size,
3887
0
            timestamp: HftTimestamp::now()?,
3888
0
            tick_type,
3889
0
            exchange,
3890
0
            sequence_number,
3891
        })
3892
0
    }
3893
3894
    /// Create a new market tick with specified timestamp (for backtesting)
3895
    #[must_use]
3896
0
    pub const fn with_timestamp(
3897
0
        symbol: Symbol,
3898
0
        price: Price,
3899
0
        size: Quantity,
3900
0
        timestamp: HftTimestamp,
3901
0
        tick_type: TickType,
3902
0
        exchange: Exchange,
3903
0
        sequence_number: u64,
3904
0
    ) -> Self {
3905
0
        Self {
3906
0
            symbol,
3907
0
            price,
3908
0
            size,
3909
0
            timestamp,
3910
0
            tick_type,
3911
0
            exchange,
3912
0
            sequence_number,
3913
0
        }
3914
0
    }
3915
}
3916
3917
/// Trading signal for algorithmic trading
3918
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
3919
pub struct TradingSignal {
3920
    /// Signal ID
3921
    pub signal_id: Uuid,
3922
    /// Symbol this signal applies to
3923
    pub symbol: Symbol,
3924
    /// Signal strength (-1.0 to 1.0)
3925
    pub strength: f64,
3926
    /// Signal direction
3927
    pub direction: OrderSide,
3928
    /// Confidence level (0.0 to 1.0)
3929
    pub confidence: f64,
3930
    /// Signal generation timestamp
3931
    pub timestamp: HftTimestamp,
3932
    /// Signal source/strategy
3933
    pub source: String,
3934
    /// Additional metadata
3935
    pub metadata: std::collections::HashMap<String, String>,
3936
}
3937
3938
impl TradingSignal {
3939
    /// Create a new trading signal
3940
3
    pub fn new(
3941
3
        symbol: Symbol,
3942
3
        strength: f64,
3943
3
        direction: OrderSide,
3944
3
        confidence: f64,
3945
3
        source: String,
3946
3
    ) -> Result<Self, CommonTypeError> {
3947
3
        if !(0.0..=1.0).contains(&confidence) {
3948
1
            return Err(CommonTypeError::ValidationError {
3949
1
                field: "confidence".to_owned(),
3950
1
                reason: "Confidence must be between 0.0 and 1.0".to_owned(),
3951
1
            });
3952
2
        }
3953
2
        if !(-1.0..=1.0).contains(&strength) {
3954
1
            return Err(CommonTypeError::ValidationError {
3955
1
                field: "strength".to_owned(),
3956
1
                reason: "Strength must be between -1.0 and 1.0".to_owned(),
3957
1
            });
3958
1
        }
3959
3960
        Ok(Self {
3961
1
            signal_id: Uuid::new_v4(),
3962
1
            symbol,
3963
1
            strength,
3964
1
            direction,
3965
1
            confidence,
3966
1
            timestamp: HftTimestamp::now_common()
?0
,
3967
1
            source,
3968
1
            metadata: std::collections::HashMap::new(),
3969
        })
3970
3
    }
3971
3972
    /// Add metadata to the signal
3973
    #[must_use]
3974
0
    pub fn with_metadata(mut self, key: String, value: String) -> Self {
3975
0
        self.metadata.insert(key, value);
3976
0
        self
3977
0
    }
3978
}
3979
3980
// =============================================================================
3981
// HIGH-PERFORMANCE TYPES FOR COPY/CLONE OPTIMIZATION
3982
// =============================================================================
3983
3984
/// Lightweight Order reference for high-performance contexts requiring Copy trait
3985
///
3986
/// This struct contains only the essential order data needed for performance-critical
3987
/// operations like `SmallBatchRing` processing, while maintaining Copy semantics.
3988
/// For full order details, use the complete Order struct.
3989
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
3990
pub struct OrderRef {
3991
    /// Order ID (u64 for performance)
3992
    pub id: u64,
3993
    /// Symbol hash for fast lookups
3994
    pub symbol_hash: i64,
3995
    /// Order side (Buy/Sell)
3996
    pub side: OrderSide,
3997
    /// Order type
3998
    pub order_type: OrderType,
3999
    /// Quantity (fixed-point u64)
4000
    pub quantity: u64,
4001
    /// Price (fixed-point u64, 0 for market orders)
4002
    pub price: u64,
4003
    /// Timestamp (nanoseconds since epoch)
4004
    pub timestamp: u64,
4005
}
4006
4007
impl OrderRef {
4008
    /// Create `OrderRef` from a full Order struct
4009
    #[must_use]
4010
1
    pub fn from_order(order: &Order) -> Self {
4011
        Self {
4012
1
            id: order.id.value(),
4013
1
            symbol_hash: order.symbol_hash(),
4014
1
            side: order.side,
4015
1
            order_type: order.order_type,
4016
1
            quantity: order.quantity.raw_value(),
4017
1
            price: order.price.map_or(0, |p| p.raw_value()),
4018
1
            timestamp: order.created_at.nanos(),
4019
        }
4020
1
    }
4021
4022
    /// Create a limit order reference
4023
    #[must_use]
4024
0
    pub fn limit(symbol_hash: i64, side: OrderSide, quantity: u64, price: u64) -> Self {
4025
0
        Self {
4026
0
            id: OrderId::new().value(),
4027
0
            symbol_hash,
4028
0
            side,
4029
0
            order_type: OrderType::Limit,
4030
0
            quantity,
4031
0
            price,
4032
0
            timestamp: HftTimestamp::now_or_zero().nanos(),
4033
0
        }
4034
0
    }
4035
4036
    /// Create a market order reference  
4037
    #[must_use]
4038
0
    pub fn market(symbol_hash: i64, side: OrderSide, quantity: u64) -> Self {
4039
0
        Self {
4040
0
            id: OrderId::new().value(),
4041
0
            symbol_hash,
4042
0
            side,
4043
0
            order_type: OrderType::Market,
4044
0
            quantity,
4045
0
            price: 0,
4046
0
            timestamp: HftTimestamp::now_or_zero().nanos(),
4047
0
        }
4048
0
    }
4049
4050
    /// Get quantity as Quantity type
4051
    #[must_use]
4052
0
    pub const fn get_quantity(&self) -> Quantity {
4053
0
        Quantity::from_raw(self.quantity)
4054
0
    }
4055
4056
    /// Get price as Price type (None for market orders)
4057
    #[must_use]
4058
0
    pub const fn get_price(&self) -> Option<Price> {
4059
0
        if self.price == 0 {
4060
0
            None
4061
        } else {
4062
0
            Some(Price::from_raw(self.price))
4063
        }
4064
0
    }
4065
4066
    /// Check if this is a buy order
4067
    #[must_use]
4068
0
    pub fn is_buy(&self) -> bool {
4069
0
        self.side == OrderSide::Buy
4070
0
    }
4071
4072
    /// Check if this is a sell order
4073
    #[must_use]
4074
0
    pub fn is_sell(&self) -> bool {
4075
0
        self.side == OrderSide::Sell
4076
0
    }
4077
4078
    /// Check if this is a market order
4079
    #[must_use]
4080
0
    pub fn is_market_order(&self) -> bool {
4081
0
        self.order_type == OrderType::Market || self.price == 0
4082
0
    }
4083
4084
    /// Check if this is a limit order
4085
    #[must_use]
4086
0
    pub fn is_limit_order(&self) -> bool {
4087
0
        self.order_type == OrderType::Limit && self.price > 0
4088
0
    }
4089
}
4090
4091
impl Default for OrderRef {
4092
0
    fn default() -> Self {
4093
0
        Self {
4094
0
            id: 0,
4095
0
            symbol_hash: 0,
4096
0
            side: OrderSide::Buy,
4097
0
            order_type: OrderType::Market,
4098
0
            quantity: 0,
4099
0
            price: 0,
4100
0
            timestamp: 0,
4101
0
        }
4102
0
    }
4103
}
4104
4105
// =============================================================================
4106
// COMPREHENSIVE TESTS
4107
// =============================================================================
4108
4109
#[cfg(test)]
4110
mod tests {
4111
    use super::*;
4112
    use std::str::FromStr;
4113
4114
    // =============================================================================
4115
    // Price Tests
4116
    // =============================================================================
4117
4118
    #[test]
4119
1
    fn test_price_from_f64_valid() {
4120
1
        let price = Price::from_f64(100.50).unwrap();
4121
1
        assert_eq!(price.to_f64(), 100.50);
4122
1
    }
4123
4124
    #[test]
4125
1
    fn test_price_from_f64_negative() {
4126
1
        let result = Price::from_f64(-10.0);
4127
1
        assert!(result.is_err());
4128
1
    }
4129
4130
    #[test]
4131
1
    fn test_price_from_f64_nan() {
4132
1
        let result = Price::from_f64(f64::NAN);
4133
1
        assert!(result.is_err());
4134
1
    }
4135
4136
    #[test]
4137
1
    fn test_price_from_f64_infinity() {
4138
1
        let result = Price::from_f64(f64::INFINITY);
4139
1
        assert!(result.is_err());
4140
1
    }
4141
4142
    #[test]
4143
1
    fn test_price_constants() {
4144
1
        assert_eq!(Price::ZERO.to_f64(), 0.0);
4145
1
        assert_eq!(Price::ONE.to_f64(), 1.0);
4146
1
        assert_eq!(Price::CENT.to_f64(), 0.01);
4147
1
    }
4148
4149
    #[test]
4150
1
    fn test_price_addition() {
4151
1
        let p1 = Price::from_f64(10.0).unwrap();
4152
1
        let p2 = Price::from_f64(5.5).unwrap();
4153
1
        let result = p1 + p2;
4154
1
        assert!((result.to_f64() - 15.5).abs() < 0.00001);
4155
1
    }
4156
4157
    #[test]
4158
1
    fn test_price_subtraction() {
4159
1
        let p1 = Price::from_f64(10.0).unwrap();
4160
1
        let p2 = Price::from_f64(5.5).unwrap();
4161
1
        let result = p1 - p2;
4162
1
        assert!((result.to_f64() - 4.5).abs() < 0.00001);
4163
1
    }
4164
4165
    #[test]
4166
1
    fn test_price_multiplication() {
4167
1
        let price = Price::from_f64(10.0).unwrap();
4168
1
        let result = (price * 2.5).unwrap();
4169
1
        assert!((result.to_f64() - 25.0).abs() < 0.00001);
4170
1
    }
4171
4172
    #[test]
4173
1
    fn test_price_division() {
4174
1
        let price = Price::from_f64(10.0).unwrap();
4175
1
        let result = (price / 2.0).unwrap();
4176
1
        assert!((result.to_f64() - 5.0).abs() < 0.00001);
4177
1
    }
4178
4179
    #[test]
4180
1
    fn test_price_division_by_zero() {
4181
1
        let price = Price::from_f64(10.0).unwrap();
4182
1
        let result = price / 0.0;
4183
1
        assert!(result.is_err());
4184
1
    }
4185
4186
    #[test]
4187
1
    fn test_price_from_cents() {
4188
1
        let price = Price::from_cents(150);
4189
1
        assert!((price.to_f64() - 1.50).abs() < 0.00001);
4190
1
    }
4191
4192
    #[test]
4193
1
    fn test_price_to_cents() {
4194
1
        let price = Price::from_f64(1.50).unwrap();
4195
1
        assert_eq!(price.to_cents(), 150);
4196
1
    }
4197
4198
    #[test]
4199
1
    fn test_price_is_zero() {
4200
1
        assert!(Price::ZERO.is_zero());
4201
1
        assert!(!Price::from_f64(1.0).unwrap().is_zero());
4202
1
    }
4203
4204
    #[test]
4205
1
    fn test_price_from_str() {
4206
1
        let price = Price::from_str("123.45").unwrap();
4207
1
        assert!((price.to_f64() - 123.45).abs() < 0.00001);
4208
1
    }
4209
4210
    #[test]
4211
1
    fn test_price_from_str_invalid() {
4212
1
        let result = Price::from_str("invalid");
4213
1
        assert!(result.is_err());
4214
1
    }
4215
4216
    #[test]
4217
1
    fn test_price_display() {
4218
1
        let price = Price::from_f64(123.456789).unwrap();
4219
1
        let display = format!("{}", price);
4220
1
        assert!(display.starts_with("123.45678"));
4221
1
    }
4222
4223
    #[test]
4224
1
    fn test_price_partial_eq_f64() {
4225
1
        let price = Price::from_f64(10.0).unwrap();
4226
1
        assert_eq!(price, 10.0);
4227
1
        assert_eq!(10.0, price);
4228
1
    }
4229
4230
    #[test]
4231
1
    fn test_price_multiply_price() {
4232
1
        let p1 = Price::from_f64(10.0).unwrap();
4233
1
        let p2 = Price::from_f64(2.5).unwrap();
4234
1
        let result = p1.multiply(p2).unwrap();
4235
1
        assert!((result.to_f64() - 25.0).abs() < 0.00001);
4236
1
    }
4237
4238
    // =============================================================================
4239
    // Quantity Tests
4240
    // =============================================================================
4241
4242
    #[test]
4243
1
    fn test_quantity_from_f64_valid() {
4244
1
        let qty = Quantity::from_f64(100.5).unwrap();
4245
1
        assert_eq!(qty.to_f64(), 100.5);
4246
1
    }
4247
4248
    #[test]
4249
1
    fn test_quantity_from_f64_negative() {
4250
1
        let result = Quantity::from_f64(-10.0);
4251
1
        assert!(result.is_err());
4252
1
    }
4253
4254
    #[test]
4255
1
    fn test_quantity_from_f64_nan() {
4256
1
        let result = Quantity::from_f64(f64::NAN);
4257
1
        assert!(result.is_err());
4258
1
    }
4259
4260
    #[test]
4261
1
    fn test_quantity_constants() {
4262
1
        assert_eq!(Quantity::ZERO.to_f64(), 0.0);
4263
1
        assert_eq!(Quantity::ONE.to_f64(), 1.0);
4264
1
    }
4265
4266
    #[test]
4267
1
    fn test_quantity_addition() {
4268
1
        let q1 = Quantity::from_f64(10.0).unwrap();
4269
1
        let q2 = Quantity::from_f64(5.5).unwrap();
4270
1
        let result = q1 + q2;
4271
1
        assert!((result.to_f64() - 15.5).abs() < 0.00001);
4272
1
    }
4273
4274
    #[test]
4275
1
    fn test_quantity_subtraction() {
4276
1
        let q1 = Quantity::from_f64(10.0).unwrap();
4277
1
        let q2 = Quantity::from_f64(5.5).unwrap();
4278
1
        let result = q1 - q2;
4279
1
        assert!((result.to_f64() - 4.5).abs() < 0.00001);
4280
1
    }
4281
4282
    #[test]
4283
1
    fn test_quantity_multiplication() {
4284
1
        let qty = Quantity::from_f64(10.0).unwrap();
4285
1
        let result = (qty * 2.5).unwrap();
4286
1
        assert!((result.to_f64() - 25.0).abs() < 0.00001);
4287
1
    }
4288
4289
    #[test]
4290
1
    fn test_quantity_division() {
4291
1
        let qty = Quantity::from_f64(10.0).unwrap();
4292
1
        let result = (qty / 2.0).unwrap();
4293
1
        assert!((result.to_f64() - 5.0).abs() < 0.00001);
4294
1
    }
4295
4296
    #[test]
4297
1
    fn test_quantity_division_by_zero() {
4298
1
        let qty = Quantity::from_f64(10.0).unwrap();
4299
1
        let result = qty / 0.0;
4300
1
        assert!(result.is_err());
4301
1
    }
4302
4303
    #[test]
4304
1
    fn test_quantity_is_zero() {
4305
1
        assert!(Quantity::ZERO.is_zero());
4306
1
        assert!(!Quantity::from_f64(1.0).unwrap().is_zero());
4307
1
    }
4308
4309
    #[test]
4310
1
    fn test_quantity_is_positive() {
4311
1
        assert!(Quantity::from_f64(1.0).unwrap().is_positive());
4312
1
        assert!(!Quantity::ZERO.is_positive());
4313
1
    }
4314
4315
    #[test]
4316
1
    fn test_quantity_is_negative() {
4317
        // Quantity is always non-negative
4318
1
        assert!(!Quantity::from_f64(1.0).unwrap().is_negative());
4319
1
        assert!(!Quantity::ZERO.is_negative());
4320
1
    }
4321
4322
    #[test]
4323
1
    fn test_quantity_from_shares() {
4324
1
        let qty = Quantity::from_shares(100);
4325
1
        assert_eq!(qty.to_shares(), 100);
4326
1
    }
4327
4328
    #[test]
4329
1
    fn test_quantity_sum() {
4330
1
        let quantities = vec![
4331
1
            Quantity::from_f64(1.0).unwrap(),
4332
1
            Quantity::from_f64(2.0).unwrap(),
4333
1
            Quantity::from_f64(3.0).unwrap(),
4334
        ];
4335
1
        let sum: Quantity = quantities.into_iter().sum();
4336
1
        assert!((sum.to_f64() - 6.0).abs() < 0.00001);
4337
1
    }
4338
4339
    #[test]
4340
1
    fn test_quantity_try_from_i32() {
4341
1
        let qty = Quantity::try_from(100i32).unwrap();
4342
1
        assert_eq!(qty.to_f64(), 100.0);
4343
1
    }
4344
4345
    #[test]
4346
1
    fn test_quantity_try_from_string() {
4347
1
        let qty = Quantity::try_from("123.45").unwrap();
4348
1
        assert!((qty.to_f64() - 123.45).abs() < 0.00001);
4349
1
    }
4350
4351
    // =============================================================================
4352
    // Money Tests
4353
    // =============================================================================
4354
4355
    #[test]
4356
1
    fn test_money_new() {
4357
1
        let amount = Decimal::from_f64(100.50).unwrap();
4358
1
        let money = Money::new(amount, Currency::USD);
4359
1
        assert_eq!(money.currency, Currency::USD);
4360
1
        assert_eq!(money.amount, amount);
4361
1
    }
4362
4363
    #[test]
4364
1
    fn test_money_display() {
4365
1
        let amount = Decimal::from_f64(100.50).unwrap();
4366
1
        let money = Money::new(amount, Currency::USD);
4367
1
        let display = format!("{}", money);
4368
1
        assert!(display.contains("100.5"));
4369
1
        assert!(display.contains("USD"));
4370
1
    }
4371
4372
    // =============================================================================
4373
    // Symbol Tests
4374
    // =============================================================================
4375
4376
    #[test]
4377
1
    fn test_symbol_new() {
4378
1
        let symbol = Symbol::new("AAPL".to_string());
4379
1
        assert_eq!(symbol.as_str(), "AAPL");
4380
1
    }
4381
4382
    #[test]
4383
1
    fn test_symbol_new_validated_valid() {
4384
1
        let symbol = Symbol::new_validated("AAPL".to_string()).unwrap();
4385
1
        assert_eq!(symbol.as_str(), "AAPL");
4386
1
    }
4387
4388
    #[test]
4389
1
    fn test_symbol_new_validated_empty() {
4390
1
        let result = Symbol::new_validated("".to_string());
4391
1
        assert!(result.is_err());
4392
1
    }
4393
4394
    #[test]
4395
1
    fn test_symbol_new_validated_whitespace() {
4396
1
        let result = Symbol::new_validated("   ".to_string());
4397
1
        assert!(result.is_err());
4398
1
    }
4399
4400
    #[test]
4401
1
    fn test_symbol_from_str() {
4402
1
        let symbol = Symbol::from_str("AAPL").unwrap();
4403
1
        assert_eq!(symbol.as_str(), "AAPL");
4404
1
    }
4405
4406
    #[test]
4407
1
    fn test_symbol_to_uppercase() {
4408
1
        let symbol = Symbol::from_str("aapl").unwrap();
4409
1
        assert_eq!(symbol.to_uppercase(), "AAPL");
4410
1
    }
4411
4412
    #[test]
4413
1
    fn test_symbol_replace() {
4414
1
        let symbol = Symbol::from_str("AAPL.US").unwrap();
4415
1
        assert_eq!(symbol.replace(".US", ""), "AAPL");
4416
1
    }
4417
4418
    #[test]
4419
1
    fn test_symbol_contains() {
4420
1
        let symbol = Symbol::from_str("AAPL.US").unwrap();
4421
1
        assert!(symbol.contains("AAPL"));
4422
1
        assert!(!symbol.contains("MSFT"));
4423
1
    }
4424
4425
    #[test]
4426
1
    fn test_symbol_partial_eq_str() {
4427
1
        let symbol = Symbol::from_str("AAPL").unwrap();
4428
1
        assert_eq!("AAPL", symbol);
4429
1
        assert_eq!(symbol.as_str(), "AAPL");
4430
1
    }
4431
4432
    #[test]
4433
1
    fn test_symbol_none() {
4434
1
        let symbol = Symbol::none();
4435
1
        assert_eq!(symbol.as_str(), "NONE");
4436
1
    }
4437
4438
    // =============================================================================
4439
    // TimeInForce Tests
4440
    // =============================================================================
4441
4442
    #[test]
4443
1
    fn test_time_in_force_display() {
4444
1
        assert_eq!(format!("{}", TimeInForce::Day), "DAY");
4445
1
        assert_eq!(format!("{}", TimeInForce::GoodTillCancel), "GTC");
4446
1
        assert_eq!(format!("{}", TimeInForce::ImmediateOrCancel), "IOC");
4447
1
        assert_eq!(format!("{}", TimeInForce::FillOrKill), "FOK");
4448
1
    }
4449
4450
    #[test]
4451
1
    fn test_time_in_force_default() {
4452
1
        assert_eq!(TimeInForce::default(), TimeInForce::Day);
4453
1
    }
4454
4455
    // =============================================================================
4456
    // OrderType Tests
4457
    // =============================================================================
4458
4459
    #[test]
4460
1
    fn test_order_type_display() {
4461
1
        assert_eq!(format!("{}", OrderType::Market), "MARKET");
4462
1
        assert_eq!(format!("{}", OrderType::Limit), "LIMIT");
4463
1
        assert_eq!(format!("{}", OrderType::Stop), "STOP");
4464
1
        assert_eq!(format!("{}", OrderType::StopLimit), "STOP_LIMIT");
4465
1
    }
4466
4467
    #[test]
4468
1
    fn test_order_type_try_from_i32_valid() {
4469
1
        assert_eq!(OrderType::try_from(0).unwrap(), OrderType::Market);
4470
1
        assert_eq!(OrderType::try_from(1).unwrap(), OrderType::Limit);
4471
1
        assert_eq!(OrderType::try_from(2).unwrap(), OrderType::Stop);
4472
1
    }
4473
4474
    #[test]
4475
1
    fn test_order_type_try_from_i32_invalid() {
4476
1
        let result = OrderType::try_from(99);
4477
1
        assert!(result.is_err());
4478
1
    }
4479
4480
    #[test]
4481
1
    fn test_order_type_default() {
4482
1
        assert_eq!(OrderType::default(), OrderType::Market);
4483
1
    }
4484
4485
    // =============================================================================
4486
    // OrderStatus Tests
4487
    // =============================================================================
4488
4489
    #[test]
4490
1
    fn test_order_status_display() {
4491
1
        assert_eq!(format!("{}", OrderStatus::Created), "CREATED");
4492
1
        assert_eq!(format!("{}", OrderStatus::Filled), "FILLED");
4493
1
        assert_eq!(format!("{}", OrderStatus::Cancelled), "CANCELLED");
4494
1
    }
4495
4496
    #[test]
4497
1
    fn test_order_status_try_from_i32_valid() {
4498
1
        assert_eq!(OrderStatus::try_from(0).unwrap(), OrderStatus::Created);
4499
1
        assert_eq!(OrderStatus::try_from(3).unwrap(), OrderStatus::Filled);
4500
1
        assert_eq!(OrderStatus::try_from(5).unwrap(), OrderStatus::Cancelled);
4501
1
    }
4502
4503
    #[test]
4504
1
    fn test_order_status_try_from_i32_invalid() {
4505
1
        let result = OrderStatus::try_from(99);
4506
1
        assert!(result.is_err());
4507
1
    }
4508
4509
    // =============================================================================
4510
    // OrderSide Tests
4511
    // =============================================================================
4512
4513
    #[test]
4514
1
    fn test_order_side_display() {
4515
1
        assert_eq!(format!("{}", OrderSide::Buy), "BUY");
4516
1
        assert_eq!(format!("{}", OrderSide::Sell), "SELL");
4517
1
    }
4518
4519
    #[test]
4520
1
    fn test_order_side_try_from_i32_valid() {
4521
1
        assert_eq!(OrderSide::try_from(0).unwrap(), OrderSide::Buy);
4522
1
        assert_eq!(OrderSide::try_from(1).unwrap(), OrderSide::Sell);
4523
1
    }
4524
4525
    #[test]
4526
1
    fn test_order_side_try_from_i32_invalid() {
4527
1
        let result = OrderSide::try_from(99);
4528
1
        assert!(result.is_err());
4529
1
    }
4530
4531
    #[test]
4532
1
    fn test_order_side_default() {
4533
1
        assert_eq!(OrderSide::default(), OrderSide::Buy);
4534
1
    }
4535
4536
    // =============================================================================
4537
    // Currency Tests
4538
    // =============================================================================
4539
4540
    #[test]
4541
1
    fn test_currency_display() {
4542
1
        assert_eq!(format!("{}", Currency::USD), "USD");
4543
1
        assert_eq!(format!("{}", Currency::EUR), "EUR");
4544
1
        assert_eq!(format!("{}", Currency::BTC), "BTC");
4545
1
    }
4546
4547
    #[test]
4548
1
    fn test_currency_default() {
4549
1
        assert_eq!(Currency::default(), Currency::USD);
4550
1
    }
4551
4552
    // =============================================================================
4553
    // Error Type Tests
4554
    // =============================================================================
4555
4556
    #[test]
4557
1
    fn test_common_type_error_invalid_price() {
4558
1
        let error = CommonTypeError::InvalidPrice {
4559
1
            value: "abc".to_string(),
4560
1
            reason: "not a number".to_string(),
4561
1
        };
4562
1
        let display = format!("{}", error);
4563
1
        assert!(display.contains("abc"));
4564
1
    }
4565
4566
    #[test]
4567
1
    fn test_common_type_error_invalid_quantity() {
4568
1
        let error = CommonTypeError::InvalidQuantity {
4569
1
            value: "xyz".to_string(),
4570
1
            reason: "not a number".to_string(),
4571
1
        };
4572
1
        let display = format!("{}", error);
4573
1
        assert!(display.contains("xyz"));
4574
1
    }
4575
4576
    #[test]
4577
1
    fn test_common_type_error_validation() {
4578
1
        let error = CommonTypeError::ValidationError {
4579
1
            field: "symbol".to_string(),
4580
1
            reason: "cannot be empty".to_string(),
4581
1
        };
4582
1
        let display = format!("{}", error);
4583
1
        assert!(display.contains("symbol"));
4584
1
    }
4585
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/asset_classification.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/asset_classification.rs.html
deleted file mode 100644
index 569699379..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/asset_classification.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/asset_classification.rs
Line
Count
Source
1
//! Comprehensive Asset Classification Configuration System
2
//!
3
//! This module provides production-ready asset classification capabilities with:
4
//! - Sophisticated asset class hierarchies
5
//! - Dynamic trading parameter configuration
6
//! - Pattern-based symbol matching with regex support
7
//! - Database-backed configuration with hot-reload
8
//! - Volatility profiling and risk management integration
9
10
use chrono::{DateTime, Datelike, NaiveTime, Utc};
11
use log;
12
use regex::Regex;
13
use rust_decimal::{prelude::FromPrimitive, Decimal};
14
use serde::{Deserialize, Serialize};
15
use std::collections::HashMap;
16
use uuid::Uuid;
17
18
/// Comprehensive asset classification enum with detailed sub-categories
19
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
20
pub enum AssetClass {
21
    /// Equity instruments with sector-specific characteristics
22
    Equity {
23
        sector: EquitySector,
24
        market_cap: MarketCapTier,
25
        region: GeographicRegion,
26
    },
27
    /// Futures contracts with underlying asset classification
28
    Future {
29
        underlying: FutureType,
30
        expiry_type: ExpiryType,
31
        exchange: String,
32
    },
33
    /// Foreign exchange pairs with specific characteristics
34
    Forex {
35
        base: String,
36
        quote: String,
37
        pair_type: ForexPairType,
38
    },
39
    /// Cryptocurrency assets with network and type classification
40
    Crypto {
41
        network: String,
42
        crypto_type: CryptoType,
43
        market_cap_rank: Option<u32>,
44
    },
45
    /// Commodity instruments with category classification
46
    Commodity {
47
        category: CommodityType,
48
        storage_type: StorageType,
49
    },
50
    /// Fixed income securities
51
    FixedIncome {
52
        instrument_type: FixedIncomeType,
53
        credit_rating: CreditRating,
54
        maturity: MaturityBucket,
55
    },
56
    /// Derivatives and structured products
57
    Derivative {
58
        underlying_class: Box<AssetClass>,
59
        derivative_type: DerivativeType,
60
    },
61
    /// Unknown or unclassified assets (conservative defaults)
62
    Unknown,
63
}
64
65
/// Equity sector classifications aligned with industry standards
66
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
67
pub enum EquitySector {
68
    Technology,
69
    Healthcare,
70
    Financial,
71
    ConsumerDiscretionary,
72
    ConsumerStaples,
73
    Industrial,
74
    Energy,
75
    Materials,
76
    Utilities,
77
    RealEstate,
78
    CommunicationServices,
79
}
80
81
/// Market capitalization tiers for equity classification
82
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
83
pub enum MarketCapTier {
84
    LargeCap, // > $10B
85
    MidCap,   // $2B - $10B
86
    SmallCap, // $300M - $2B
87
    MicroCap, // < $300M
88
}
89
90
/// Geographic regions for asset classification
91
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
92
pub enum GeographicRegion {
93
    NorthAmerica,
94
    Europe,
95
    Asia,
96
    EmergingMarkets,
97
    Global,
98
}
99
100
/// Future contract underlying asset types
101
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
102
pub enum FutureType {
103
    Equity,
104
    Currency,
105
    Commodity,
106
    Interest,
107
    Volatility,
108
}
109
110
/// Futures expiry categorization
111
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
112
pub enum ExpiryType {
113
    Weekly,
114
    Monthly,
115
    Quarterly,
116
    Annual,
117
}
118
119
/// Forex pair type classification
120
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
121
pub enum ForexPairType {
122
    Major,   // EUR/USD, GBP/USD, USD/JPY, etc.
123
    Minor,   // Cross-currency pairs without USD
124
    Exotic,  // Emerging market currencies
125
    JPYPair, // Special handling for JPY pairs
126
}
127
128
/// Cryptocurrency type classification
129
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
130
pub enum CryptoType {
131
    Bitcoin,
132
    Ethereum,
133
    Stablecoin,
134
    AltcoinMajor, // Top 20 market cap
135
    AltcoinMinor, // Beyond top 20
136
    DeFi,
137
    GameFi,
138
    Meme,
139
}
140
141
/// Commodity categories
142
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
143
pub enum CommodityType {
144
    PreciousMetals,
145
    Energy,
146
    Agricultural,
147
    IndustrialMetals,
148
    Livestock,
149
}
150
151
/// Storage characteristics for commodities
152
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
153
pub enum StorageType {
154
    Physical,
155
    Financial,
156
}
157
158
/// Fixed income instrument types
159
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
160
pub enum FixedIncomeType {
161
    Government,
162
    Corporate,
163
    Municipal,
164
    InflationProtected,
165
}
166
167
/// Credit rating classifications
168
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
169
pub enum CreditRating {
170
    AAA,
171
    AA,
172
    A,
173
    BBB,
174
    BB,
175
    B,
176
    CCC,
177
    Unrated,
178
}
179
180
/// Maturity buckets for fixed income
181
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
182
pub enum MaturityBucket {
183
    ShortTerm,  // < 2 years
184
    MediumTerm, // 2-10 years
185
    LongTerm,   // > 10 years
186
}
187
188
/// Derivative instrument types
189
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
190
pub enum DerivativeType {
191
    Option,
192
    Swap,
193
    Forward,
194
    Structured,
195
}
196
197
/// Comprehensive volatility profile with regime-aware parameters
198
#[derive(Debug, Clone, Serialize, Deserialize)]
199
pub struct VolatilityProfile {
200
    /// Base annual volatility (standard market conditions)
201
    pub base_annual_volatility: f64,
202
    /// Stress volatility multiplier for high-stress periods
203
    pub stress_volatility_multiplier: f64,
204
    /// Intraday volatility pattern (hourly multipliers)
205
    pub intraday_pattern: Vec<f64>,
206
    /// Volatility clustering parameter (GARCH-like)
207
    pub volatility_persistence: f64,
208
    /// Jump risk probability and magnitude
209
    pub jump_risk: JumpRiskProfile,
210
}
211
212
/// Jump risk characteristics
213
#[derive(Debug, Clone, Serialize, Deserialize)]
214
pub struct JumpRiskProfile {
215
    /// Probability of large price jumps per day
216
    pub jump_probability: f64,
217
    /// Average magnitude of jumps (as fraction of price)
218
    pub jump_magnitude: f64,
219
    /// Maximum expected jump size
220
    pub max_jump_size: f64,
221
}
222
223
/// Dynamic trading parameters that adapt to market conditions
224
#[derive(Debug, Clone, Serialize, Deserialize)]
225
pub struct TradingParameters {
226
    /// Position sizing constraints
227
    pub position_limits: PositionLimits,
228
    /// Risk management thresholds
229
    pub risk_thresholds: RiskThresholds,
230
    /// Execution parameters
231
    pub execution_config: ExecutionConfig,
232
    /// Market making parameters (if applicable)
233
    pub market_making: Option<MarketMakingConfig>,
234
}
235
236
/// Position sizing and exposure limits
237
#[derive(Debug, Clone, Serialize, Deserialize)]
238
pub struct PositionLimits {
239
    /// Maximum position size as fraction of portfolio NAV
240
    pub max_position_fraction: f64,
241
    /// Maximum leverage allowed for this asset
242
    pub max_leverage: f64,
243
    /// Concentration limit (max % of total positions in this asset class)
244
    pub concentration_limit: f64,
245
    /// Minimum position size (to avoid micro-positions)
246
    pub min_position_size: Decimal,
247
}
248
249
/// Risk management thresholds and limits
250
#[derive(Debug, Clone, Serialize, Deserialize)]
251
pub struct RiskThresholds {
252
    /// VaR limit as fraction of portfolio
253
    pub var_limit: f64,
254
    /// Daily loss limit
255
    pub daily_loss_limit: f64,
256
    /// Stop-loss threshold
257
    pub stop_loss_threshold: f64,
258
    /// Volatility circuit breaker threshold
259
    pub volatility_circuit_breaker: f64,
260
    /// Maximum drawdown before position reduction
261
    pub max_drawdown_threshold: f64,
262
}
263
264
/// Execution configuration parameters
265
#[derive(Debug, Clone, Serialize, Deserialize)]
266
pub struct ExecutionConfig {
267
    /// Preferred order types for this asset
268
    pub preferred_order_types: Vec<OrderType>,
269
    /// Tick size for price increments
270
    pub tick_size: Decimal,
271
    /// Minimum order size
272
    pub min_order_size: Decimal,
273
    /// Maximum order size before breaking up
274
    pub max_order_size: Decimal,
275
    /// Execution time constraints
276
    pub time_in_force_default: TimeInForce,
277
    /// Slippage tolerance
278
    pub slippage_tolerance: f64,
279
}
280
281
/// Market making specific configuration
282
#[derive(Debug, Clone, Serialize, Deserialize)]
283
pub struct MarketMakingConfig {
284
    /// Bid-ask spread targets
285
    pub target_spread: f64,
286
    /// Inventory limits
287
    pub max_inventory: Decimal,
288
    /// Quote size
289
    pub quote_size: Decimal,
290
    /// Refresh frequency
291
    pub refresh_frequency: std::time::Duration,
292
}
293
294
/// Order type enumeration
295
#[derive(Debug, Clone, Serialize, Deserialize)]
296
pub enum OrderType {
297
    Market,
298
    Limit,
299
    Stop,
300
    StopLimit,
301
    Hidden,
302
    Iceberg,
303
}
304
305
/// Time in force options
306
#[derive(Debug, Clone, Serialize, Deserialize)]
307
pub enum TimeInForce {
308
    Day,
309
    GoodTillCancel,
310
    ImmediateOrCancel,
311
    FillOrKill,
312
    GTD, // Good Till Date
313
}
314
315
/// Symbol pattern matching configuration with compiled regex
316
#[derive(Debug, Clone, Serialize, Deserialize)]
317
pub struct AssetConfig {
318
    /// UUID for database storage
319
    pub id: Uuid,
320
    /// Human-readable name for this configuration
321
    pub name: String,
322
    /// Regex pattern for symbol matching
323
    pub symbol_pattern: String,
324
    /// Compiled regex (not serialized, rebuilt on load)
325
    #[serde(skip)]
326
    pub compiled_pattern: Option<Regex>,
327
    /// Asset class classification
328
    pub asset_class: AssetClass,
329
    /// Volatility profile
330
    pub volatility_profile: VolatilityProfile,
331
    /// Trading parameters
332
    pub trading_parameters: TradingParameters,
333
    /// Priority for pattern matching (higher = checked first)
334
    pub priority: u32,
335
    /// Whether this configuration is active
336
    pub is_active: bool,
337
    /// Creation timestamp
338
    pub created_at: DateTime<Utc>,
339
    /// Last update timestamp
340
    pub updated_at: DateTime<Utc>,
341
    /// Trading hours (if applicable)
342
    pub trading_hours: Option<TradingHours>,
343
    /// Settlement details
344
    pub settlement_config: SettlementConfig,
345
}
346
347
/// Trading hours configuration
348
#[derive(Debug, Clone, Serialize, Deserialize)]
349
pub struct TradingHours {
350
    /// Regular trading session start
351
    pub market_open: NaiveTime,
352
    /// Regular trading session end
353
    pub market_close: NaiveTime,
354
    /// Pre-market session (if available)
355
    pub pre_market: Option<(NaiveTime, NaiveTime)>,
356
    /// After-hours session (if available)
357
    pub after_hours: Option<(NaiveTime, NaiveTime)>,
358
    /// Timezone for these hours
359
    pub timezone: String,
360
    /// Days of week when trading is active (0=Sunday, 6=Saturday)
361
    pub trading_days: Vec<u8>,
362
}
363
364
/// Settlement configuration
365
#[derive(Debug, Clone, Serialize, Deserialize)]
366
pub struct SettlementConfig {
367
    /// Settlement period (T+n days)
368
    pub settlement_days: u32,
369
    /// Settlement currency
370
    pub settlement_currency: String,
371
    /// Whether physical delivery is possible
372
    pub physical_settlement: bool,
373
}
374
375
/// Asset classification manager with caching and hot-reload capabilities
376
pub struct AssetClassificationManager {
377
    /// Asset configurations indexed by priority
378
    configs: Vec<AssetConfig>,
379
    /// Explicit symbol mappings for fast lookup
380
    symbol_cache: HashMap<String, AssetClass>,
381
    /// Last configuration reload timestamp
382
    last_reload: DateTime<Utc>,
383
    /// Configuration reload interval
384
    reload_interval: std::time::Duration,
385
}
386
387
impl AssetClassificationManager {
388
    /// Create a new asset classification manager
389
17
    pub fn new() -> Self {
390
17
        Self {
391
17
            configs: Vec::new(),
392
17
            symbol_cache: HashMap::new(),
393
17
            last_reload: Utc::now(),
394
17
            reload_interval: std::time::Duration::from_secs(300), // 5 minutes
395
17
        }
396
17
    }
397
398
    /// Load configurations from database
399
14
    pub async fn load_configurations(
400
14
        &mut self,
401
14
        configs: Vec<AssetConfig>,
402
14
    ) -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
403
14
        self.configs = configs;
404
        // Sort by priority (highest first)
405
23
        
self.configs14
.
sort_by14
(|a, b| b.priority.cmp(&a.priority));
406
407
        // Compile regex patterns
408
51
        for 
config37
 in &mut self.configs {
409
37
            match Regex::new(&config.symbol_pattern) {
410
36
                Ok(regex) => config.compiled_pattern = Some(regex),
411
1
                Err(e) => {
412
1
                    log::warn!(
413
0
                        "Failed to compile regex pattern '{}': {}",
414
                        config.symbol_pattern,
415
                        e
416
                    );
417
1
                    config.is_active = false;
418
                }
419
            }
420
        }
421
422
14
        self.last_reload = Utc::now();
423
14
        log::info!(
424
0
            "Loaded {} asset classification configurations",
425
0
            self.configs.len()
426
        );
427
14
        Ok(())
428
14
    }
429
430
    /// Classify a symbol using the configured rules
431
15
    pub fn classify_symbol(&self, symbol: &str) -> AssetClass {
432
15
        let symbol_upper = symbol.to_uppercase();
433
434
        // Check cache first
435
15
        if let Some(
asset_class0
) = self.symbol_cache.get(&symbol_upper) {
436
0
            return asset_class.clone();
437
15
        }
438
439
        // Check pattern rules in priority order
440
31
        for 
config28
 in &self.configs {
441
28
            if !config.is_active {
442
0
                continue;
443
28
            }
444
445
28
            if let Some(ref regex) = config.compiled_pattern {
446
28
                if regex.is_match(&symbol_upper) {
447
12
                    return config.asset_class.clone();
448
16
                }
449
0
            }
450
        }
451
452
3
        AssetClass::Unknown
453
15
    }
454
455
    /// Get complete asset configuration for a symbol
456
27
    pub fn get_asset_config(&self, symbol: &str) -> Option<&AssetConfig> {
457
27
        let symbol_upper = symbol.to_uppercase();
458
459
43
        for 
config41
 in &self.configs {
460
41
            if !config.is_active {
461
0
                continue;
462
41
            }
463
464
41
            if let Some(ref regex) = config.compiled_pattern {
465
41
                if regex.is_match(&symbol_upper) {
466
25
                    return Some(config);
467
16
                }
468
0
            }
469
        }
470
471
2
        None
472
27
    }
473
474
    /// Get volatility profile for a symbol
475
11
    pub fn get_volatility_profile(&self, symbol: &str) -> Option<&VolatilityProfile> {
476
11
        self.get_asset_config(symbol)
477
11
            .map(|config| &config.volatility_profile)
478
11
    }
479
480
    /// Get trading parameters for a symbol
481
9
    pub fn get_trading_parameters(&self, symbol: &str) -> Option<&TradingParameters> {
482
9
        self.get_asset_config(symbol)
483
9
            .map(|config| &config.trading_parameters)
484
9
    }
485
486
    /// Get daily volatility estimate for a symbol
487
9
    pub fn get_daily_volatility(&self, symbol: &str) -> f64 {
488
9
        if let Some(
profile8
) = self.get_volatility_profile(symbol) {
489
8
            profile.base_annual_volatility / 252.0_f64.sqrt()
490
        } else {
491
1
            0.5 / 252.0_f64.sqrt() // Default high volatility
492
        }
493
9
    }
494
495
    /// Get position sizing recommendation
496
5
    pub fn get_position_size_recommendation(
497
5
        &self,
498
5
        symbol: &str,
499
5
        portfolio_nav: Decimal,
500
5
    ) -> Option<Decimal> {
501
5
        if let Some(config) = self.get_asset_config(symbol) {
502
5
            let max_fraction = config
503
5
                .trading_parameters
504
5
                .position_limits
505
5
                .max_position_fraction;
506
5
            if let Some(decimal_fraction) = Decimal::from_f64(max_fraction) {
507
5
                Some(portfolio_nav * decimal_fraction)
508
            } else {
509
0
                Some(Decimal::ZERO)
510
            }
511
        } else {
512
0
            None
513
        }
514
5
    }
515
516
    /// Check if symbol is within trading hours
517
2
    pub fn is_trading_active(&self, symbol: &str, timestamp: DateTime<Utc>) -> bool {
518
2
        if let Some(config) = self.get_asset_config(symbol) {
519
2
            if let Some(
ref trading_hours1
) = config.trading_hours {
520
                // Simplified check - in production would need proper timezone handling
521
1
                let weekday = timestamp.weekday().num_days_from_sunday() as u8;
522
1
                trading_hours.trading_days.contains(&weekday)
523
            } else {
524
1
                true // No trading hours restriction
525
            }
526
        } else {
527
0
            true // Default to always active for unknown symbols
528
        }
529
2
    }
530
531
    /// Add explicit symbol mapping to cache
532
0
    pub fn cache_symbol_mapping(&mut self, symbol: String, asset_class: AssetClass) {
533
0
        self.symbol_cache.insert(symbol.to_uppercase(), asset_class);
534
0
    }
535
536
    /// Clear symbol cache
537
0
    pub fn clear_cache(&mut self) {
538
0
        self.symbol_cache.clear();
539
0
    }
540
541
    /// Check if configuration needs reload
542
0
    pub fn needs_reload(&self) -> bool {
543
0
        Utc::now().signed_duration_since(self.last_reload)
544
0
            > chrono::Duration::from_std(self.reload_interval).unwrap_or_default()
545
0
    }
546
547
    /// Get all active configurations
548
2
    pub fn get_active_configurations(&self) -> Vec<&AssetConfig> {
549
2
        self.configs
550
2
            .iter()
551
2
            .filter(|config| config.is_active)
552
2
            .collect()
553
2
    }
554
555
    /// Get configurations by asset class
556
0
    pub fn get_configurations_by_class(&self, asset_class: &AssetClass) -> Vec<&AssetConfig> {
557
0
        self.configs
558
0
            .iter()
559
0
            .filter(|config| config.is_active && &config.asset_class == asset_class)
560
0
            .collect()
561
0
    }
562
}
563
564
impl Default for AssetClassificationManager {
565
0
    fn default() -> Self {
566
0
        Self::new()
567
0
    }
568
}
569
570
/// Create default asset configurations for common instruments
571
11
pub fn create_default_configurations() -> Vec<AssetConfig> {
572
11
    let mut configs = Vec::new();
573
11
    let now = Utc::now();
574
575
    // Blue chip US equities
576
11
    configs.push(AssetConfig {
577
11
        id: Uuid::new_v4(),
578
11
        name: "Blue Chip US Equities".to_string(),
579
11
        symbol_pattern: "^(AAPL|MSFT|GOOGL|AMZN|META|TSLA|NVDA|JPM|JNJ|V|PG|UNH|HD|BAC|DIS|MA|NFLX|CRM|ADBE|PYPL|INTC|CMCSA|PFE|T|VZ|MRK|WMT|KO|NKE|CVX|XOM)$".to_string(),
580
11
        compiled_pattern: None,
581
11
        asset_class: AssetClass::Equity {
582
11
            sector: EquitySector::Technology,
583
11
            market_cap: MarketCapTier::LargeCap,
584
11
            region: GeographicRegion::NorthAmerica,
585
11
        },
586
11
        volatility_profile: VolatilityProfile {
587
11
            base_annual_volatility: 0.25,
588
11
            stress_volatility_multiplier: 2.0,
589
11
            intraday_pattern: vec![1.0; 24], // Flat pattern for simplicity
590
11
            volatility_persistence: 0.85,
591
11
            jump_risk: JumpRiskProfile {
592
11
                jump_probability: 0.02,
593
11
                jump_magnitude: 0.05,
594
11
                max_jump_size: 0.15,
595
11
            },
596
11
        },
597
11
        trading_parameters: TradingParameters {
598
11
            position_limits: PositionLimits {
599
11
                max_position_fraction: 0.20,
600
11
                max_leverage: 2.0,
601
11
                concentration_limit: 0.30,
602
11
                min_position_size: Decimal::from(100),
603
11
            },
604
11
            risk_thresholds: RiskThresholds {
605
11
                var_limit: 0.05,
606
11
                daily_loss_limit: 0.03,
607
11
                stop_loss_threshold: 0.10,
608
11
                volatility_circuit_breaker: 0.05,
609
11
                max_drawdown_threshold: 0.15,
610
11
            },
611
11
            execution_config: ExecutionConfig {
612
11
                preferred_order_types: vec![OrderType::Limit, OrderType::Market],
613
11
                tick_size: "0.01".parse().unwrap(),
614
11
                min_order_size: Decimal::from(1),
615
11
                max_order_size: Decimal::from(10000),
616
11
                time_in_force_default: TimeInForce::Day,
617
11
                slippage_tolerance: 0.001,
618
11
            },
619
11
            market_making: None,
620
11
        },
621
11
        priority: 100,
622
11
        is_active: true,
623
11
        created_at: now,
624
11
        updated_at: now,
625
11
        trading_hours: Some(TradingHours {
626
11
            market_open: NaiveTime::from_hms_opt(9, 30, 0).unwrap(),
627
11
            market_close: NaiveTime::from_hms_opt(16, 0, 0).unwrap(),
628
11
            pre_market: Some((NaiveTime::from_hms_opt(4, 0, 0).unwrap(), NaiveTime::from_hms_opt(9, 30, 0).unwrap())),
629
11
            after_hours: Some((NaiveTime::from_hms_opt(16, 0, 0).unwrap(), NaiveTime::from_hms_opt(20, 0, 0).unwrap())),
630
11
            timezone: "America/New_York".to_string(),
631
11
            trading_days: vec![1, 2, 3, 4, 5], // Monday-Friday
632
11
        }),
633
11
        settlement_config: SettlementConfig {
634
11
            settlement_days: 2,
635
11
            settlement_currency: "USD".to_string(),
636
11
            physical_settlement: false,
637
11
        },
638
11
    });
639
640
    // Major cryptocurrency pairs
641
11
    configs.push(AssetConfig {
642
11
        id: Uuid::new_v4(),
643
11
        name: "Major Cryptocurrencies".to_string(),
644
11
        symbol_pattern: "^(BTC|ETH|BTCUSD|ETHUSD|BTCUSDT|ETHUSDT).*$".to_string(),
645
11
        compiled_pattern: None,
646
11
        asset_class: AssetClass::Crypto {
647
11
            network: "Bitcoin".to_string(),
648
11
            crypto_type: CryptoType::Bitcoin,
649
11
            market_cap_rank: Some(1),
650
11
        },
651
11
        volatility_profile: VolatilityProfile {
652
11
            base_annual_volatility: 0.80,
653
11
            stress_volatility_multiplier: 3.0,
654
11
            intraday_pattern: vec![1.0; 24],
655
11
            volatility_persistence: 0.90,
656
11
            jump_risk: JumpRiskProfile {
657
11
                jump_probability: 0.05,
658
11
                jump_magnitude: 0.10,
659
11
                max_jump_size: 0.30,
660
11
            },
661
11
        },
662
11
        trading_parameters: TradingParameters {
663
11
            position_limits: PositionLimits {
664
11
                max_position_fraction: 0.10,
665
11
                max_leverage: 1.5,
666
11
                concentration_limit: 0.15,
667
11
                min_position_size: "0.001".parse().unwrap(),
668
11
            },
669
11
            risk_thresholds: RiskThresholds {
670
11
                var_limit: 0.10,
671
11
                daily_loss_limit: 0.05,
672
11
                stop_loss_threshold: 0.15,
673
11
                volatility_circuit_breaker: 0.15,
674
11
                max_drawdown_threshold: 0.25,
675
11
            },
676
11
            execution_config: ExecutionConfig {
677
11
                preferred_order_types: vec![OrderType::Limit, OrderType::Market],
678
11
                tick_size: "0.01".parse().unwrap(),
679
11
                min_order_size: "0.001".parse().unwrap(),
680
11
                max_order_size: Decimal::from(100),
681
11
                time_in_force_default: TimeInForce::GoodTillCancel,
682
11
                slippage_tolerance: 0.005,
683
11
            },
684
11
            market_making: None,
685
11
        },
686
11
        priority: 90,
687
11
        is_active: true,
688
11
        created_at: now,
689
11
        updated_at: now,
690
11
        trading_hours: None, // 24/7 trading
691
11
        settlement_config: SettlementConfig {
692
11
            settlement_days: 0,
693
11
            settlement_currency: "USD".to_string(),
694
11
            physical_settlement: true,
695
11
        },
696
11
    });
697
698
    // Major forex pairs
699
11
    configs.push(AssetConfig {
700
11
        id: Uuid::new_v4(),
701
11
        name: "Major Forex Pairs".to_string(),
702
11
        symbol_pattern: "^(EUR|GBP|USD|JPY|AUD|CAD|CHF|NZD)(USD|EUR|GBP|JPY)$".to_string(),
703
11
        compiled_pattern: None,
704
11
        asset_class: AssetClass::Forex {
705
11
            base: "EUR".to_string(),
706
11
            quote: "USD".to_string(),
707
11
            pair_type: ForexPairType::Major,
708
11
        },
709
11
        volatility_profile: VolatilityProfile {
710
11
            base_annual_volatility: 0.12,
711
11
            stress_volatility_multiplier: 2.5,
712
11
            intraday_pattern: vec![1.0; 24],
713
11
            volatility_persistence: 0.80,
714
11
            jump_risk: JumpRiskProfile {
715
11
                jump_probability: 0.01,
716
11
                jump_magnitude: 0.02,
717
11
                max_jump_size: 0.08,
718
11
            },
719
11
        },
720
11
        trading_parameters: TradingParameters {
721
11
            position_limits: PositionLimits {
722
11
                max_position_fraction: 0.30,
723
11
                max_leverage: 10.0,
724
11
                concentration_limit: 0.40,
725
11
                min_position_size: Decimal::from(1000),
726
11
            },
727
11
            risk_thresholds: RiskThresholds {
728
11
                var_limit: 0.03,
729
11
                daily_loss_limit: 0.02,
730
11
                stop_loss_threshold: 0.05,
731
11
                volatility_circuit_breaker: 0.03,
732
11
                max_drawdown_threshold: 0.10,
733
11
            },
734
11
            execution_config: ExecutionConfig {
735
11
                preferred_order_types: vec![OrderType::Limit, OrderType::Market],
736
11
                tick_size: "0.00001".parse().unwrap(),
737
11
                min_order_size: Decimal::from(1000),
738
11
                max_order_size: Decimal::from(10000000),
739
11
                time_in_force_default: TimeInForce::GoodTillCancel,
740
11
                slippage_tolerance: 0.0002,
741
11
            },
742
11
            market_making: Some(MarketMakingConfig {
743
11
                target_spread: 0.0001,
744
11
                max_inventory: Decimal::from(100000),
745
11
                quote_size: Decimal::from(10000),
746
11
                refresh_frequency: std::time::Duration::from_millis(100),
747
11
            }),
748
11
        },
749
11
        priority: 80,
750
11
        is_active: true,
751
11
        created_at: now,
752
11
        updated_at: now,
753
11
        trading_hours: None, // 24/5 trading
754
11
        settlement_config: SettlementConfig {
755
11
            settlement_days: 2,
756
11
            settlement_currency: "USD".to_string(),
757
11
            physical_settlement: false,
758
11
        },
759
11
    });
760
761
11
    configs
762
11
}
763
764
#[cfg(test)]
765
mod tests {
766
    use super::*;
767
768
    #[tokio::test]
769
1
    async fn test_symbol_classification() {
770
1
        let mut manager = AssetClassificationManager::new();
771
1
        let configs = create_default_configurations();
772
1
        manager.load_configurations(configs).await.unwrap();
773
774
        // Test blue chip classification
775
1
        match manager.classify_symbol("AAPL") {
776
1
            AssetClass::Equity {
777
1
                sector: EquitySector::Technology,
778
1
                ..
779
1
            } => (),
780
1
            _ => 
panic!0
(
"AAPL should be classified as Technology equity"0
),
781
1
        }
782
1
783
1
        // Test crypto classification
784
1
        match manager.classify_symbol("BTCUSD") {
785
1
            AssetClass::Crypto {
786
1
                crypto_type: CryptoType::Bitcoin,
787
1
                ..
788
1
            } => (),
789
1
            _ => 
panic!0
(
"BTCUSD should be classified as Bitcoin crypto"0
),
790
1
        }
791
1
792
1
        // Test unknown symbol
793
1
        assert_eq!(manager.classify_symbol("UNKNOWN"), AssetClass::Unknown);
794
1
    }
795
796
    #[tokio::test]
797
1
    async fn test_volatility_profile() {
798
1
        let mut manager = AssetClassificationManager::new();
799
1
        let configs = create_default_configurations();
800
1
        manager.load_configurations(configs).await.unwrap();
801
802
1
        let profile = manager.get_volatility_profile("AAPL").unwrap();
803
1
        assert_eq!(profile.base_annual_volatility, 0.25);
804
805
1
        let daily_vol = manager.get_daily_volatility("AAPL");
806
1
        assert!((daily_vol - (0.25 / 252.0_f64.sqrt())).abs() < 1e-10);
807
1
    }
808
809
    #[tokio::test]
810
1
    async fn test_trading_parameters() {
811
1
        let mut manager = AssetClassificationManager::new();
812
1
        let configs = create_default_configurations();
813
1
        manager.load_configurations(configs).await.unwrap();
814
815
1
        let params = manager.get_trading_parameters("AAPL").unwrap();
816
1
        assert_eq!(params.position_limits.max_position_fraction, 0.20);
817
1
        assert_eq!(params.position_limits.max_leverage, 2.0);
818
1
    }
819
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/compliance_config.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/compliance_config.rs.html
deleted file mode 100644
index 27468da88..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/compliance_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/compliance_config.rs
Line
Count
Source
1
//! Compliance rule configuration and hot-reload support
2
//!
3
//! Provides database-backed compliance rule loading with PostgreSQL NOTIFY/LISTEN
4
//! for hot-reload capabilities. Integrates with the ComplianceValidator in the
5
//! risk crate to enable dynamic rule configuration without service restarts.
6
7
use serde::{Deserialize, Serialize};
8
9
#[cfg(feature = "postgres")]
10
use crate::error::ConfigResult;
11
#[cfg(feature = "postgres")]
12
use std::collections::HashMap;
13
#[cfg(feature = "postgres")]
14
use std::sync::Arc;
15
#[cfg(feature = "postgres")]
16
use std::time::Duration;
17
#[cfg(feature = "postgres")]
18
use tokio::sync::RwLock;
19
#[cfg(feature = "postgres")]
20
use tracing::{error, info};
21
22
#[cfg(feature = "postgres")]
23
use sqlx::postgres::{PgListener, PgPool};
24
25
/// Compliance rule loader with PostgreSQL integration and hot-reload support
26
///
27
/// Loads compliance rules from the PostgreSQL database and automatically
28
/// reloads them when changes are detected via PostgreSQL NOTIFY/LISTEN.
29
#[cfg(feature = "postgres")]
30
pub struct PostgresComplianceRuleLoader {
31
    /// Database connection pool
32
    pool: PgPool,
33
    /// PostgreSQL listener for rule change notifications
34
    listener: Arc<RwLock<Option<PgListener>>>,
35
    /// Cached compliance rules by rule_id
36
    rules_cache: Arc<RwLock<HashMap<String, ComplianceRuleConfig>>>,
37
    /// Cache timeout duration
38
    cache_timeout: Duration,
39
}
40
41
/// Compliance rule configuration structure
42
///
43
/// Represents a compliance rule loaded from the database.
44
/// This structure is designed to be compatible with both the database
45
/// schema and the ComplianceRule type in the risk crate.
46
#[derive(Debug, Clone, Serialize, Deserialize)]
47
#[cfg_attr(feature = "postgres", derive(sqlx::FromRow))]
48
pub struct ComplianceRuleConfig {
49
    /// Unique rule identifier
50
    pub rule_id: String,
51
    /// Human-readable rule name
52
    pub name: String,
53
    /// Detailed description
54
    pub description: String,
55
    /// Rule type (POSITION_LIMIT, MARKET_ABUSE, etc.)
56
    pub rule_type: String,
57
    /// Whether the rule is active
58
    pub active: bool,
59
    /// Rule version for audit trail
60
    pub version: i32,
61
    /// Severity level (Info, Low, Medium, High, Critical)
62
    pub severity: String,
63
    /// Priority for evaluation (0-100)
64
    pub priority: i32,
65
    /// Flexible rule parameters as JSON
66
    #[cfg_attr(feature = "postgres", sqlx(json))]
67
    pub parameters: serde_json::Value,
68
    /// Regulatory framework
69
    pub regulatory_framework: Option<String>,
70
    /// Regulatory reference
71
    pub regulatory_reference: Option<String>,
72
}
73
74
#[cfg(feature = "postgres")]
75
impl PostgresComplianceRuleLoader {
76
    /// Creates a new compliance rule loader with PostgreSQL integration
77
    ///
78
    /// # Arguments
79
    ///
80
    /// * `database_url` - PostgreSQL connection URL
81
    ///
82
    /// # Returns
83
    ///
84
    /// Result containing the initialized loader or an error
85
    pub async fn new(database_url: &str) -> ConfigResult<Self> {
86
        let pool = PgPool::connect(database_url).await?;
87
88
        Ok(Self {
89
            pool,
90
            listener: Arc::new(RwLock::new(None)),
91
            rules_cache: Arc::new(RwLock::new(HashMap::new())),
92
            cache_timeout: Duration::from_secs(300), // 5 minutes
93
        })
94
    }
95
96
    /// Creates a loader with an existing connection pool
97
    ///
98
    /// # Arguments
99
    ///
100
    /// * `pool` - Existing PostgreSQL connection pool
101
    ///
102
    /// # Returns
103
    ///
104
    /// Configured compliance rule loader
105
    pub fn with_pool(pool: PgPool) -> Self {
106
        Self {
107
            pool,
108
            listener: Arc::new(RwLock::new(None)),
109
            rules_cache: Arc::new(RwLock::new(HashMap::new())),
110
            cache_timeout: Duration::from_secs(300),
111
        }
112
    }
113
114
    /// Starts listening for rule change notifications
115
    ///
116
    /// Initiates PostgreSQL NOTIFY/LISTEN for hot-reload capabilities.
117
    /// When a rule is changed in the database, the cache will be automatically
118
    /// invalidated and reloaded.
119
    ///
120
    /// # Returns
121
    ///
122
    /// Result indicating success or error
123
    pub async fn start_listener(&self) -> ConfigResult<()> {
124
        let mut listener = PgListener::connect_with(&self.pool)
125
            .await?;
126
127
        listener
128
            .listen("compliance_rules_changed")
129
            .await?;
130
131
        *self.listener.write().await = Some(listener);
132
133
        info!("PostgreSQL NOTIFY/LISTEN started for compliance rule hot-reload");
134
135
        // Spawn background task to handle notifications
136
        let listener_clone = Arc::clone(&self.listener);
137
        let cache_clone = Arc::clone(&self.rules_cache);
138
        let pool_clone = self.pool.clone();
139
140
        tokio::spawn(async move {
141
            loop {
142
                let mut listener_guard = listener_clone.write().await;
143
                if let Some(listener) = listener_guard.as_mut() {
144
                    match listener.try_recv().await {
145
                        Ok(Some(notification)) => {
146
                            info!(
147
                                "Compliance rule change notification received: {}",
148
                                notification.payload()
149
                            );
150
151
                            // Parse notification payload to get rule_id
152
                            if let Ok(payload) = serde_json::from_str::<serde_json::Value>(
153
                                notification.payload(),
154
                            ) {
155
                                if let Some(rule_id) = payload.get("rule_id").and_then(|v| v.as_str()) {
156
                                    // Invalidate cache for this rule
157
                                    cache_clone.write().await.remove(rule_id);
158
                                    info!("Invalidated cache for compliance rule: {}", rule_id);
159
160
                                    // Optionally reload the rule immediately
161
                                    if let Err(e) = Self::reload_rule_static(&pool_clone, &cache_clone, rule_id).await {
162
                                        error!("Failed to reload compliance rule {}: {}", rule_id, e);
163
                                    }
164
                                }
165
                            }
166
                        }
167
                        Ok(None) => {
168
                            // No notification available, continue
169
                            tokio::time::sleep(Duration::from_millis(100)).await;
170
                        }
171
                        Err(e) => {
172
                            error!("Error receiving compliance rule notification: {}", e);
173
                            tokio::time::sleep(Duration::from_secs(1)).await;
174
                        }
175
                    }
176
                }
177
                drop(listener_guard);
178
                tokio::time::sleep(Duration::from_millis(100)).await;
179
            }
180
        });
181
182
        Ok(())
183
    }
184
185
    /// Static helper for reloading a single rule (used in background task)
186
    async fn reload_rule_static(
187
        pool: &PgPool,
188
        cache: &Arc<RwLock<HashMap<String, ComplianceRuleConfig>>>,
189
        rule_id: &str,
190
    ) -> ConfigResult<()> {
191
        let query = "SELECT rule_id, name, description, rule_type::text as rule_type, active, version,
192
                           severity, priority, parameters, regulatory_framework, regulatory_reference
193
                    FROM compliance_rules
194
                    WHERE rule_id = $1 AND active = true";
195
196
        let row = sqlx::query_as::<_, ComplianceRuleConfig>(query)
197
            .bind(rule_id)
198
            .fetch_optional(pool)
199
            .await?;
200
201
        if let Some(rule) = row {
202
            cache.write().await.insert(rule_id.to_string(), rule);
203
            info!("Reloaded compliance rule: {}", rule_id);
204
        }
205
206
        Ok(())
207
    }
208
209
    /// Loads all active compliance rules from the database
210
    ///
211
    /// # Returns
212
    ///
213
    /// Vector of active compliance rules
214
    pub async fn load_all_active_rules(&self) -> ConfigResult<Vec<ComplianceRuleConfig>> {
215
        let query = "SELECT rule_id, name, description, rule_type::text as rule_type, active, version,
216
                           severity, priority, parameters, regulatory_framework, regulatory_reference
217
                    FROM compliance_rules
218
                    WHERE active = true
219
                      AND effective_date <= NOW()
220
                      AND (expiry_date IS NULL OR expiry_date > NOW())
221
                    ORDER BY priority DESC, created_at ASC";
222
223
        let rules = sqlx::query_as::<_, ComplianceRuleConfig>(query)
224
            .fetch_all(&self.pool)
225
            .await?;
226
227
        // Update cache
228
        let mut cache = self.rules_cache.write().await;
229
        for rule in &rules {
230
            cache.insert(rule.rule_id.clone(), rule.clone());
231
        }
232
233
        info!("Loaded {} active compliance rules", rules.len());
234
235
        Ok(rules)
236
    }
237
238
    /// Loads rules filtered by type
239
    ///
240
    /// # Arguments
241
    ///
242
    /// * `rule_type` - Rule type to filter by (e.g., "POSITION_LIMIT")
243
    ///
244
    /// # Returns
245
    ///
246
    /// Vector of rules matching the specified type
247
    pub async fn load_rules_by_type(&self, rule_type: &str) -> ConfigResult<Vec<ComplianceRuleConfig>> {
248
        let query = "SELECT rule_id, name, description, rule_type::text as rule_type, active, version,
249
                           severity, priority, parameters, regulatory_framework, regulatory_reference
250
                    FROM compliance_rules
251
                    WHERE active = true
252
                      AND rule_type::text = $1
253
                      AND effective_date <= NOW()
254
                      AND (expiry_date IS NULL OR expiry_date > NOW())
255
                    ORDER BY priority DESC";
256
257
        let rules = sqlx::query_as::<_, ComplianceRuleConfig>(query)
258
            .bind(rule_type)
259
            .fetch_all(&self.pool)
260
            .await?;
261
262
        Ok(rules)
263
    }
264
265
    /// Gets a specific rule by ID (with caching)
266
    ///
267
    /// # Arguments
268
    ///
269
    /// * `rule_id` - Unique rule identifier
270
    ///
271
    /// # Returns
272
    ///
273
    /// Optional compliance rule configuration
274
    pub async fn get_rule(&self, rule_id: &str) -> ConfigResult<Option<ComplianceRuleConfig>> {
275
        // Check cache first
276
        {
277
            let cache = self.rules_cache.read().await;
278
            if let Some(rule) = cache.get(rule_id) {
279
                return Ok(Some(rule.clone()));
280
            }
281
        }
282
283
        // Load from database if not in cache
284
        let query = "SELECT rule_id, name, description, rule_type::text as rule_type, active, version,
285
                           severity, priority, parameters, regulatory_framework, regulatory_reference
286
                    FROM compliance_rules
287
                    WHERE rule_id = $1 AND active = true";
288
289
        let rule = sqlx::query_as::<_, ComplianceRuleConfig>(query)
290
            .bind(rule_id)
291
            .fetch_optional(&self.pool)
292
            .await?;
293
294
        // Update cache if found
295
        if let Some(ref rule_data) = rule {
296
            self.rules_cache.write().await.insert(rule_id.to_string(), rule_data.clone());
297
        }
298
299
        Ok(rule)
300
    }
301
302
    /// Records a compliance rule execution for audit trail
303
    ///
304
    /// # Arguments
305
    ///
306
    /// * `rule_id` - Rule that was executed
307
    /// * `result` - Execution result (PASS, WARN, FAIL, ERROR)
308
    /// * `violation_detected` - Whether a violation was detected
309
    /// * `order_id` - Optional order ID
310
    /// * `instrument_id` - Optional instrument ID
311
    ///
312
    /// # Returns
313
    ///
314
    /// Result indicating success or error
315
    pub async fn record_execution(
316
        &self,
317
        rule_id: &str,
318
        result: &str,
319
        violation_detected: bool,
320
        order_id: Option<&str>,
321
        instrument_id: Option<&str>,
322
    ) -> ConfigResult<()> {
323
        let query = "SELECT record_compliance_rule_execution($1, $2, $3, $4, $5, NULL, NULL, NULL)";
324
325
        sqlx::query(query)
326
            .bind(rule_id)
327
            .bind(result)
328
            .bind(violation_detected)
329
            .bind(order_id)
330
            .bind(instrument_id)
331
            .execute(&self.pool)
332
            .await?;
333
334
        Ok(())
335
    }
336
337
    /// Clears the rule cache (forces reload on next access)
338
    pub async fn clear_cache(&self) {
339
        self.rules_cache.write().await.clear();
340
        info!("Compliance rule cache cleared");
341
    }
342
343
    /// Gets the current cache size
344
    pub async fn cache_size(&self) -> usize {
345
        self.rules_cache.read().await.len()
346
    }
347
}
348
349
#[cfg(test)]
350
mod tests {
351
    use super::*;
352
353
    #[test]
354
1
    fn test_compliance_rule_config_structure() {
355
1
        let rule = ComplianceRuleConfig {
356
1
            rule_id: "test_rule".to_string(),
357
1
            name: "Test Rule".to_string(),
358
1
            description: "Test description".to_string(),
359
1
            rule_type: "POSITION_LIMIT".to_string(),
360
1
            active: true,
361
1
            version: 1,
362
1
            severity: "High".to_string(),
363
1
            priority: 80,
364
1
            parameters: serde_json::json!({"max_position": 1000000}),
365
1
            regulatory_framework: Some("Basel III".to_string()),
366
1
            regulatory_reference: Some("Article 123".to_string()),
367
1
        };
368
369
1
        assert_eq!(rule.rule_id, "test_rule");
370
1
        assert!(rule.active);
371
1
        assert_eq!(rule.priority, 80);
372
1
    }
373
374
    #[test]
375
1
    fn test_compliance_rule_config_serialization() {
376
1
        let rule = ComplianceRuleConfig {
377
1
            rule_id: "test_rule".to_string(),
378
1
            name: "Test Rule".to_string(),
379
1
            description: "Test description".to_string(),
380
1
            rule_type: "MARKET_ABUSE".to_string(),
381
1
            active: true,
382
1
            version: 1,
383
1
            severity: "Critical".to_string(),
384
1
            priority: 95,
385
1
            parameters: serde_json::json!({"threshold": 1000000}),
386
1
            regulatory_framework: None,
387
1
            regulatory_reference: None,
388
1
        };
389
390
1
        let json = serde_json::to_string(&rule).expect("Failed to serialize");
391
1
        assert!(json.contains("test_rule"));
392
1
        assert!(json.contains("MARKET_ABUSE"));
393
394
1
        let deserialized: ComplianceRuleConfig =
395
1
            serde_json::from_str(&json).expect("Failed to deserialize");
396
1
        assert_eq!(deserialized.rule_id, rule.rule_id);
397
1
        assert_eq!(deserialized.severity, rule.severity);
398
1
    }
399
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_config.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_config.rs.html
deleted file mode 100644
index 0049e9ec6..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/data_config.rs
Line
Count
Source
1
//! Data configuration
2
3
use num_cpus;
4
use serde::{Deserialize, Serialize};
5
6
#[derive(Debug, Clone, Serialize, Deserialize)]
7
pub struct DataConfig {
8
    pub provider: String,
9
    pub symbols: Vec<String>,
10
    pub batch_size: usize,
11
    pub buffer_size: usize,
12
}
13
14
#[derive(Debug, Clone, Serialize, Deserialize)]
15
pub struct DataMicrostructureConfig {
16
    pub enable_bid_ask_spread: bool,
17
    pub enable_order_flow: bool,
18
    pub tick_size: f64,
19
    pub lot_size: f64,
20
    pub bid_ask_spread: bool,
21
    pub volume_imbalance: bool,
22
    pub price_impact: bool,
23
    pub kyle_lambda: bool,
24
    pub amihud_ratio: bool,
25
}
26
27
impl Default for DataMicrostructureConfig {
28
0
    fn default() -> Self {
29
0
        Self {
30
0
            enable_bid_ask_spread: true,
31
0
            enable_order_flow: true,
32
0
            tick_size: 0.01,
33
0
            lot_size: 100.0,
34
0
            bid_ask_spread: true,
35
0
            volume_imbalance: true,
36
0
            price_impact: false,
37
0
            kyle_lambda: false,
38
0
            amihud_ratio: false,
39
0
        }
40
0
    }
41
}
42
43
#[derive(Debug, Clone, Serialize, Deserialize)]
44
pub struct DataTLOBConfig {
45
    pub depth_levels: usize,
46
    pub enable_imbalance: bool,
47
    pub enable_pressure: bool,
48
    pub window_size: usize,
49
}
50
51
#[derive(Debug, Clone, Serialize, Deserialize)]
52
pub struct DataTechnicalIndicatorsConfig {
53
    pub enable_moving_averages: bool,
54
    pub enable_momentum: bool,
55
    pub enable_volatility: bool,
56
    pub window_sizes: Vec<usize>,
57
    pub ma_periods: Vec<usize>,
58
    pub rsi_periods: Vec<usize>,
59
    pub bollinger_periods: Vec<usize>,
60
    pub macd: DataMACDConfig,
61
}
62
63
impl Default for DataTechnicalIndicatorsConfig {
64
0
    fn default() -> Self {
65
0
        Self {
66
0
            enable_moving_averages: true,
67
0
            enable_momentum: true,
68
0
            enable_volatility: true,
69
0
            window_sizes: vec![10, 20, 50],
70
0
            ma_periods: vec![10, 20, 50, 200],
71
0
            rsi_periods: vec![14],
72
0
            bollinger_periods: vec![20],
73
0
            macd: DataMACDConfig::default(),
74
0
        }
75
0
    }
76
}
77
78
#[derive(Debug, Clone, Serialize, Deserialize)]
79
pub struct TrainingBenzingaConfig {
80
    pub api_key: String,
81
    pub api_key_env: String,
82
    pub symbols: Vec<String>,
83
    pub data_types: Vec<String>,
84
    pub timeout: u64,
85
    pub rate_limit: usize,
86
    pub batch_size: usize,
87
    pub enable_caching: bool,
88
}
89
90
impl Default for TrainingBenzingaConfig {
91
0
    fn default() -> Self {
92
0
        Self {
93
0
            api_key: String::new(),
94
0
            api_key_env: "BENZINGA_API_KEY".to_string(),
95
0
            symbols: vec!["SPY".to_string(), "AAPL".to_string()],
96
0
            data_types: vec![
97
0
                "news".to_string(),
98
0
                "sentiment".to_string(),
99
0
                "ratings".to_string(),
100
0
                "options".to_string(),
101
0
            ],
102
0
            timeout: 30,
103
0
            rate_limit: 60,
104
0
            batch_size: 1000,
105
0
            enable_caching: true,
106
0
        }
107
0
    }
108
}
109
110
#[derive(Debug, Clone, Serialize, Deserialize)]
111
pub enum DataCompressionAlgorithm {
112
    GZIP,
113
    ZSTD,
114
    LZ4,
115
    Snappy,
116
    None,
117
}
118
119
#[derive(Debug, Clone, Serialize, Deserialize)]
120
pub struct DataCompressionConfig {
121
    pub algorithm: DataCompressionAlgorithm,
122
    pub enabled: bool,
123
    pub level: Option<i32>,
124
}
125
126
impl Default for DataCompressionConfig {
127
0
    fn default() -> Self {
128
0
        Self {
129
0
            algorithm: DataCompressionAlgorithm::ZSTD,
130
0
            enabled: true,
131
0
            level: Some(3),
132
0
        }
133
0
    }
134
}
135
#[derive(Debug, Clone, Serialize, Deserialize)]
136
pub struct DataVersioningConfig {
137
    pub enabled: bool,
138
    pub version_format: String,
139
    pub keep_versions: usize,
140
}
141
142
impl Default for DataVersioningConfig {
143
0
    fn default() -> Self {
144
0
        Self {
145
0
            enabled: false,
146
0
            version_format: "v%Y%m%d_%H%M%S".to_string(),
147
0
            keep_versions: 5,
148
0
        }
149
0
    }
150
}
151
152
#[derive(Debug, Clone, Serialize, Deserialize)]
153
pub struct DataRetentionConfig {
154
    pub auto_cleanup: bool,
155
    pub retention_days: u32,
156
}
157
158
impl Default for DataRetentionConfig {
159
0
    fn default() -> Self {
160
0
        Self {
161
0
            auto_cleanup: false,
162
0
            retention_days: 30,
163
0
        }
164
0
    }
165
}
166
167
#[derive(Debug, Clone, Serialize, Deserialize)]
168
pub enum DataStorageFormat {
169
    Parquet,
170
    Arrow,
171
    Json,
172
    Csv,
173
    CSV,
174
    HDF5,
175
}
176
177
#[derive(Debug, Clone, Serialize, Deserialize)]
178
pub struct DataStorageConfig {
179
    pub format: DataStorageFormat,
180
    pub compression: DataCompressionConfig,
181
    pub path: String,
182
    pub base_directory: std::path::PathBuf,
183
    pub partition_by: Vec<String>,
184
    pub versioning: DataVersioningConfig,
185
    pub retention: DataRetentionConfig,
186
}
187
188
impl Default for DataStorageConfig {
189
0
    fn default() -> Self {
190
0
        Self {
191
0
            format: DataStorageFormat::Parquet,
192
0
            compression: DataCompressionConfig::default(),
193
0
            path: "./data".to_string(),
194
0
            base_directory: std::path::PathBuf::from("./data"),
195
0
            partition_by: vec!["symbol".to_string(), "date".to_string()],
196
0
            versioning: DataVersioningConfig::default(),
197
0
            retention: DataRetentionConfig::default(),
198
0
        }
199
0
    }
200
}
201
202
#[derive(Debug, Clone, Serialize, Deserialize)]
203
pub struct DataRegimeDetectionConfig {
204
    pub enable_hmm: bool,
205
    pub enable_clustering: bool,
206
    pub window_size: usize,
207
    pub n_states: usize,
208
    pub volatility_regime: bool,
209
    pub trend_regime: bool,
210
    pub volume_regime: bool,
211
    pub correlation_regime: bool,
212
    pub lookback_period: usize,
213
}
214
215
impl Default for DataRegimeDetectionConfig {
216
0
    fn default() -> Self {
217
0
        Self {
218
0
            enable_hmm: false,
219
0
            enable_clustering: false,
220
0
            window_size: 100,
221
0
            n_states: 3,
222
0
            volatility_regime: true,
223
0
            trend_regime: true,
224
0
            volume_regime: false,
225
0
            correlation_regime: false,
226
0
            lookback_period: 252,
227
0
        }
228
0
    }
229
}
230
231
#[derive(Debug, Clone, Serialize, Deserialize)]
232
pub struct DataProcessingConfig {
233
    pub worker_threads: usize,
234
    pub batch_size: usize,
235
    pub buffer_size: usize,
236
    pub timeout: u64,
237
    pub parallel_processing: bool,
238
}
239
240
impl Default for DataProcessingConfig {
241
0
    fn default() -> Self {
242
0
        Self {
243
0
            worker_threads: num_cpus::get(),
244
0
            batch_size: 1000,
245
0
            buffer_size: 10000,
246
0
            timeout: 300,
247
0
            parallel_processing: true,
248
0
        }
249
0
    }
250
}
251
252
#[derive(Debug, Clone, Serialize, Deserialize)]
253
pub struct DataTrainingConfig {
254
    pub batch_size: usize,
255
    pub sequence_length: usize,
256
    pub validation_split: f64,
257
    pub test_split: f64,
258
    pub sources: DataSourcesConfig,
259
    pub features: TrainingFeatureEngineeringConfig,
260
    pub validation: DataValidationConfig,
261
    pub storage: DataStorageConfig,
262
    pub processing: DataProcessingConfig,
263
    pub rate_limit: usize,
264
}
265
266
impl Default for DataTrainingConfig {
267
0
    fn default() -> Self {
268
0
        Self {
269
0
            batch_size: 32,
270
0
            sequence_length: 100,
271
0
            validation_split: 0.2,
272
0
            test_split: 0.1,
273
0
            sources: DataSourcesConfig::default(),
274
0
            features: TrainingFeatureEngineeringConfig::default(),
275
0
            validation: DataValidationConfig::default(),
276
0
            storage: DataStorageConfig::default(),
277
0
            processing: DataProcessingConfig::default(),
278
0
            rate_limit: 100,
279
0
        }
280
0
    }
281
}
282
283
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
284
pub struct DataSourcesConfig {
285
    pub databento: Option<DatabentoConfig>,
286
    pub benzinga: Option<TrainingBenzingaConfig>,
287
    #[serde(default)]
288
    pub enable_realtime: bool,
289
    pub interactive_brokers: Option<InteractiveBrokersConfig>,
290
    pub icmarkets: Option<ICMarketsConfig>,
291
    pub historical: Option<HistoricalDataConfig>,
292
}
293
294
#[derive(Debug, Clone, Serialize, Deserialize)]
295
pub struct InteractiveBrokersConfig {
296
    pub host: String,
297
    pub port: u16,
298
    pub client_id: i32,
299
    pub timeout_seconds: u64,
300
}
301
302
#[derive(Debug, Clone, Serialize, Deserialize)]
303
pub struct ICMarketsConfig {
304
    pub api_key: String,
305
    pub environment: String,
306
}
307
308
#[derive(Debug, Clone, Serialize, Deserialize)]
309
pub struct HistoricalDataConfig {
310
    pub enabled: bool,
311
    pub batch_size: usize,
312
    pub parallel_downloads: usize,
313
}
314
315
#[derive(Debug, Clone, Serialize, Deserialize)]
316
pub struct DatabentoConfig {
317
    pub api_key: String,
318
    pub dataset: String,
319
    pub symbols: Vec<String>,
320
    pub schema: String,
321
    pub stype_in: String,
322
}
323
324
#[derive(Debug, Clone, Serialize, Deserialize)]
325
pub struct DataValidationConfig {
326
    #[serde(default)]
327
    pub enable_price_validation: bool,
328
    #[serde(default)]
329
    pub enable_volume_validation: bool,
330
    #[serde(default)]
331
    pub price_threshold: f64,
332
    #[serde(default)]
333
    pub volume_threshold: f64,
334
    #[serde(default)]
335
    pub outlier_method: OutlierDetectionMethod,
336
    #[serde(default)]
337
    pub max_price_change: f64,
338
    #[serde(default)]
339
    pub max_volume_change: f64,
340
    #[serde(default)]
341
    pub max_timestamp_drift: i64,
342
    #[serde(default)]
343
    pub price_validation: bool,
344
    #[serde(default)]
345
    pub volume_validation: bool,
346
    #[serde(default)]
347
    pub timestamp_validation: bool,
348
    #[serde(default)]
349
    pub outlier_detection: bool,
350
    #[serde(default)]
351
    pub missing_data_handling: MissingDataHandling,
352
}
353
354
impl Default for DataValidationConfig {
355
0
    fn default() -> Self {
356
0
        Self {
357
0
            enable_price_validation: true,
358
0
            enable_volume_validation: true,
359
0
            price_threshold: 0.1,
360
0
            volume_threshold: 0.2,
361
0
            outlier_method: OutlierDetectionMethod::ZScore,
362
0
            max_price_change: 0.05,
363
0
            max_volume_change: 2.0,
364
0
            max_timestamp_drift: 1000,
365
0
            price_validation: true,
366
0
            volume_validation: true,
367
0
            timestamp_validation: true,
368
0
            outlier_detection: true,
369
0
            missing_data_handling: MissingDataHandling::Skip,
370
0
        }
371
0
    }
372
}
373
374
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
375
pub enum MissingDataHandling {
376
    #[default]
377
    Skip,
378
    Drop,
379
    Interpolate,
380
    ForwardFill,
381
    BackwardFill,
382
    FillForward,
383
    FillBackward,
384
    Mean,
385
    Median,
386
    Error,
387
}
388
389
#[derive(Debug, Clone, Serialize, Deserialize)]
390
pub struct TrainingFeatureEngineeringConfig {
391
    pub enable_normalization: bool,
392
    pub enable_scaling: bool,
393
    pub enable_log_returns: bool,
394
    pub lookback_window: usize,
395
    pub regime_detection: DataRegimeDetectionConfig,
396
    pub technical_indicators: DataTechnicalIndicatorsConfig,
397
    pub microstructure: DataMicrostructureConfig,
398
}
399
400
impl Default for TrainingFeatureEngineeringConfig {
401
0
    fn default() -> Self {
402
0
        Self {
403
0
            enable_normalization: true,
404
0
            enable_scaling: true,
405
0
            enable_log_returns: true,
406
0
            lookback_window: 100,
407
0
            regime_detection: DataRegimeDetectionConfig::default(),
408
0
            technical_indicators: DataTechnicalIndicatorsConfig::default(),
409
0
            microstructure: DataMicrostructureConfig::default(),
410
0
        }
411
0
    }
412
}
413
414
#[derive(Debug, Clone, Serialize, Deserialize)]
415
pub struct DataTemporalConfig {
416
    pub enable_time_features: bool,
417
    pub enable_seasonal: bool,
418
    pub timezone: String,
419
    pub business_hours_only: bool,
420
    pub market_session: bool,
421
    pub holiday_effects: bool,
422
    pub expiration_effects: bool,
423
}
424
425
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
426
pub enum OutlierDetectionMethod {
427
    #[default]
428
    ZScore,
429
    IQR,
430
    Isolation,
431
    IsolationForest,
432
    LocalOutlierFactor,
433
    None,
434
}
435
436
#[derive(Debug, Clone, Serialize, Deserialize)]
437
pub struct DataModuleConfig {
438
    pub data_path: String,
439
    pub batch_size: usize,
440
    pub num_workers: usize,
441
    pub cache_size: usize,
442
    pub settings: DataModuleSettings,
443
    pub interactive_brokers: Option<InteractiveBrokersConfig>,
444
}
445
446
#[derive(Debug, Clone, Serialize, Deserialize)]
447
pub struct DataModuleSettings {
448
    pub enable_preprocessing: bool,
449
    pub enable_validation: bool,
450
    pub max_memory_usage: usize,
451
    pub market_data_buffer_size: usize,
452
    pub order_event_buffer_size: usize,
453
}
454
455
#[derive(Debug, Clone, Serialize, Deserialize)]
456
pub struct DataMACDConfig {
457
    pub fast_period: usize,
458
    pub slow_period: usize,
459
    pub signal_period: usize,
460
    pub enabled: bool,
461
}
462
463
impl Default for DataMACDConfig {
464
0
    fn default() -> Self {
465
0
        Self {
466
0
            fast_period: 12,
467
0
            slow_period: 26,
468
0
            signal_period: 9,
469
0
            enabled: true,
470
0
        }
471
0
    }
472
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_providers.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_providers.rs.html
deleted file mode 100644
index f00f74997..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_providers.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/data_providers.rs
Line
Count
Source
1
//! Data provider endpoint configuration
2
//!
3
//! Centralizes all hardcoded API endpoints for data providers, enabling
4
//! environment-specific configurations and easy switching between dev/staging/prod.
5
6
use serde::{Deserialize, Serialize};
7
8
/// Environment specification for data providers
9
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
10
pub enum DataProviderEnvironment {
11
    /// Development environment with potentially mocked or sandbox endpoints
12
    Development,
13
    /// Staging environment for pre-production testing
14
    Staging,
15
    /// Production environment with live data
16
    Production,
17
}
18
19
impl DataProviderEnvironment {
20
    /// Detect environment from FOXHUNT_ENV environment variable
21
4
    pub fn from_env() -> Self {
22
4
        match std::env::var("FOXHUNT_ENV")
23
4
            .unwrap_or_else(|_| 
"development"1
.
to_string1
())
24
4
            .to_lowercase()
25
4
            .as_str()
26
        {
27
4
            "prod" | "production" => 
Self::Production1
,
28
3
            "staging" | 
"stage"2
 => 
Self::Staging1
,
29
2
            _ => Self::Development,
30
        }
31
4
    }
32
}
33
34
/// Databento endpoint configuration
35
#[derive(Debug, Clone, Serialize, Deserialize)]
36
pub struct DatabentoEndpoints {
37
    /// WebSocket URL for real-time data streaming
38
    pub websocket_url: String,
39
    /// HTTP base URL for historical data queries
40
    pub historical_base_url: String,
41
}
42
43
impl DatabentoEndpoints {
44
    /// Create configuration from environment variables with fallback to defaults
45
3
    pub fn from_env(environment: DataProviderEnvironment) -> Self {
46
3
        let (ws_default, http_default) = match environment {
47
3
            DataProviderEnvironment::Development | DataProviderEnvironment::Production => (
48
3
                "wss://gateway.databento.com/v0/subscribe",
49
3
                "https://hist.databento.com",
50
3
            ),
51
0
            DataProviderEnvironment::Staging => (
52
0
                "wss://staging-gateway.databento.com/v0/subscribe",
53
0
                "https://staging-hist.databento.com",
54
0
            ),
55
        };
56
57
        Self {
58
3
            websocket_url: std::env::var("DATABENTO_WS_URL")
59
3
                .unwrap_or_else(|_| 
ws_default2
.
to_string2
()),
60
3
            historical_base_url: std::env::var("DATABENTO_HTTP_URL")
61
3
                .unwrap_or_else(|_| http_default.to_string()),
62
        }
63
3
    }
64
}
65
66
impl Default for DatabentoEndpoints {
67
0
    fn default() -> Self {
68
0
        Self::from_env(DataProviderEnvironment::from_env())
69
0
    }
70
}
71
72
/// Benzinga endpoint configuration
73
#[derive(Debug, Clone, Serialize, Deserialize)]
74
pub struct BenzingaEndpoints {
75
    /// WebSocket URL for real-time news and sentiment streaming
76
    pub websocket_url: String,
77
    /// HTTP base URL for API queries
78
    pub api_base_url: String,
79
}
80
81
impl BenzingaEndpoints {
82
    /// Create configuration from environment variables with fallback to defaults
83
2
    pub fn from_env(environment: DataProviderEnvironment) -> Self {
84
2
        let (ws_default, api_default) = match environment {
85
2
            DataProviderEnvironment::Development | DataProviderEnvironment::Production => (
86
2
                "wss://api.benzinga.com/api/v1/stream",
87
2
                "https://api.benzinga.com/api/v2",
88
2
            ),
89
0
            DataProviderEnvironment::Staging => (
90
0
                "wss://staging-api.benzinga.com/api/v1/stream",
91
0
                "https://staging-api.benzinga.com/api/v2",
92
0
            ),
93
        };
94
95
        Self {
96
2
            websocket_url: std::env::var("BENZINGA_WS_URL")
97
2
                .unwrap_or_else(|_| ws_default.to_string()),
98
2
            api_base_url: std::env::var("BENZINGA_API_URL")
99
2
                .unwrap_or_else(|_| api_default.to_string()),
100
        }
101
2
    }
102
}
103
104
impl Default for BenzingaEndpoints {
105
0
    fn default() -> Self {
106
0
        Self::from_env(DataProviderEnvironment::from_env())
107
0
    }
108
}
109
110
/// Alpaca endpoint configuration
111
#[derive(Debug, Clone, Serialize, Deserialize)]
112
pub struct AlpacaEndpoints {
113
    /// Base URL for trading operations (paper or live)
114
    pub trading_base_url: String,
115
    /// Base URL for market data queries
116
    pub data_base_url: String,
117
}
118
119
impl AlpacaEndpoints {
120
    /// Create configuration from environment variables with fallback to defaults
121
3
    pub fn from_env(environment: DataProviderEnvironment) -> Self {
122
3
        let (trading_default, data_default) = match environment {
123
1
            DataProviderEnvironment::Development => (
124
1
                "https://paper-api.alpaca.markets",
125
1
                "https://data.alpaca.markets",
126
1
            ),
127
0
            DataProviderEnvironment::Staging => (
128
0
                "https://paper-api.alpaca.markets",
129
0
                "https://data.alpaca.markets",
130
0
            ),
131
2
            DataProviderEnvironment::Production => (
132
2
                "https://api.alpaca.markets",
133
2
                "https://data.alpaca.markets",
134
2
            ),
135
        };
136
137
        Self {
138
3
            trading_base_url: std::env::var("ALPACA_TRADING_URL")
139
3
                .unwrap_or_else(|_| trading_default.to_string()),
140
3
            data_base_url: std::env::var("ALPACA_DATA_URL")
141
3
                .unwrap_or_else(|_| data_default.to_string()),
142
        }
143
3
    }
144
}
145
146
impl Default for AlpacaEndpoints {
147
0
    fn default() -> Self {
148
0
        Self::from_env(DataProviderEnvironment::from_env())
149
0
    }
150
}
151
152
/// Interactive Brokers Gateway configuration
153
#[derive(Debug, Clone, Serialize, Deserialize)]
154
pub struct IBGatewayConfig {
155
    /// Gateway host (typically localhost for local TWS/Gateway)
156
    pub host: String,
157
    /// Gateway port (7497 for paper trading, 7496 for live, 4001 for IB Gateway)
158
    pub port: u16,
159
}
160
161
impl IBGatewayConfig {
162
    /// Create configuration from environment variables with fallback to defaults
163
3
    pub fn from_env(environment: DataProviderEnvironment) -> Self {
164
3
        let (host_default, port_default) = match environment {
165
1
            DataProviderEnvironment::Development => ("127.0.0.1", 7497), // Paper trading
166
0
            DataProviderEnvironment::Staging => ("127.0.0.1", 7497),     // Paper trading
167
2
            DataProviderEnvironment::Production => ("127.0.0.1", 7496),  // Live trading
168
        };
169
170
        Self {
171
3
            host: std::env::var("IB_GATEWAY_HOST")
172
3
                .unwrap_or_else(|_| host_default.to_string()),
173
3
            port: std::env::var("IB_GATEWAY_PORT")
174
3
                .ok()
175
3
                .and_then(|s| 
s.parse()0
.
ok0
())
176
3
                .unwrap_or(port_default),
177
        }
178
3
    }
179
}
180
181
impl Default for IBGatewayConfig {
182
0
    fn default() -> Self {
183
0
        Self::from_env(DataProviderEnvironment::from_env())
184
0
    }
185
}
186
187
/// Master configuration for all data provider endpoints
188
#[derive(Debug, Clone, Serialize, Deserialize)]
189
pub struct DataProviderConfig {
190
    /// Current environment
191
    pub environment: DataProviderEnvironment,
192
    /// Databento endpoints
193
    pub databento: DatabentoEndpoints,
194
    /// Benzinga endpoints
195
    pub benzinga: BenzingaEndpoints,
196
    /// Alpaca endpoints
197
    pub alpaca: AlpacaEndpoints,
198
    /// Interactive Brokers Gateway configuration
199
    pub ib_gateway: IBGatewayConfig,
200
}
201
202
impl DataProviderConfig {
203
    /// Create configuration from environment
204
0
    pub fn from_env() -> Self {
205
0
        let environment = DataProviderEnvironment::from_env();
206
0
        Self {
207
0
            databento: DatabentoEndpoints::from_env(environment),
208
0
            benzinga: BenzingaEndpoints::from_env(environment),
209
0
            alpaca: AlpacaEndpoints::from_env(environment),
210
0
            ib_gateway: IBGatewayConfig::from_env(environment),
211
0
            environment,
212
0
        }
213
0
    }
214
215
    /// Create configuration for specific environment
216
1
    pub fn for_environment(environment: DataProviderEnvironment) -> Self {
217
1
        Self {
218
1
            databento: DatabentoEndpoints::from_env(environment),
219
1
            benzinga: BenzingaEndpoints::from_env(environment),
220
1
            alpaca: AlpacaEndpoints::from_env(environment),
221
1
            ib_gateway: IBGatewayConfig::from_env(environment),
222
1
            environment,
223
1
        }
224
1
    }
225
}
226
227
impl Default for DataProviderConfig {
228
0
    fn default() -> Self {
229
0
        Self::from_env()
230
0
    }
231
}
232
233
#[cfg(test)]
234
mod tests {
235
    use super::*;
236
237
    #[test]
238
1
    fn test_environment_detection() {
239
1
        std::env::set_var("FOXHUNT_ENV", "production");
240
1
        assert_eq!(
241
1
            DataProviderEnvironment::from_env(),
242
            DataProviderEnvironment::Production
243
        );
244
245
1
        std::env::set_var("FOXHUNT_ENV", "staging");
246
1
        assert_eq!(
247
1
            DataProviderEnvironment::from_env(),
248
            DataProviderEnvironment::Staging
249
        );
250
251
1
        std::env::set_var("FOXHUNT_ENV", "development");
252
1
        assert_eq!(
253
1
            DataProviderEnvironment::from_env(),
254
            DataProviderEnvironment::Development
255
        );
256
257
1
        std::env::remove_var("FOXHUNT_ENV");
258
1
        assert_eq!(
259
1
            DataProviderEnvironment::from_env(),
260
            DataProviderEnvironment::Development
261
        );
262
1
    }
263
264
    #[test]
265
1
    fn test_databento_defaults() {
266
1
        let config = DatabentoEndpoints::from_env(DataProviderEnvironment::Production);
267
1
        assert_eq!(
268
            config.websocket_url,
269
            "wss://gateway.databento.com/v0/subscribe"
270
        );
271
1
        assert_eq!(config.historical_base_url, "https://hist.databento.com");
272
1
    }
273
274
    #[test]
275
1
    fn test_benzinga_defaults() {
276
1
        let config = BenzingaEndpoints::from_env(DataProviderEnvironment::Production);
277
1
        assert_eq!(
278
            config.websocket_url,
279
            "wss://api.benzinga.com/api/v1/stream"
280
        );
281
1
        assert_eq!(config.api_base_url, "https://api.benzinga.com/api/v2");
282
1
    }
283
284
    #[test]
285
1
    fn test_alpaca_defaults() {
286
1
        let dev_config = AlpacaEndpoints::from_env(DataProviderEnvironment::Development);
287
1
        assert_eq!(
288
            dev_config.trading_base_url,
289
            "https://paper-api.alpaca.markets"
290
        );
291
292
1
        let prod_config = AlpacaEndpoints::from_env(DataProviderEnvironment::Production);
293
1
        assert_eq!(prod_config.trading_base_url, "https://api.alpaca.markets");
294
1
    }
295
296
    #[test]
297
1
    fn test_ib_gateway_defaults() {
298
1
        let dev_config = IBGatewayConfig::from_env(DataProviderEnvironment::Development);
299
1
        assert_eq!(dev_config.host, "127.0.0.1");
300
1
        assert_eq!(dev_config.port, 7497);
301
302
1
        let prod_config = IBGatewayConfig::from_env(DataProviderEnvironment::Production);
303
1
        assert_eq!(prod_config.port, 7496);
304
1
    }
305
306
    #[test]
307
1
    fn test_environment_variable_override() {
308
1
        std::env::set_var("DATABENTO_WS_URL", "wss://custom.databento.com");
309
1
        let config = DatabentoEndpoints::from_env(DataProviderEnvironment::Production);
310
1
        assert_eq!(config.websocket_url, "wss://custom.databento.com");
311
1
        std::env::remove_var("DATABENTO_WS_URL");
312
1
    }
313
314
    #[test]
315
1
    fn test_master_config() {
316
1
        let config = DataProviderConfig::for_environment(DataProviderEnvironment::Production);
317
1
        assert_eq!(config.environment, DataProviderEnvironment::Production);
318
1
        assert!(!config.databento.websocket_url.is_empty());
319
1
        assert!(!config.benzinga.websocket_url.is_empty());
320
1
        assert!(!config.alpaca.trading_base_url.is_empty());
321
1
        assert!(!config.ib_gateway.host.is_empty());
322
1
    }
323
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/database.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/database.rs.html
deleted file mode 100644
index 38806d3c8..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/database.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/database.rs
Line
Count
Source
1
//! Database configuration for PostgreSQL connections and connection pooling.
2
//!
3
//! This module provides comprehensive database configuration structures for managing
4
//! PostgreSQL connections, connection pools, and transaction settings in the Foxhunt
5
//! HFT trading system. It supports connection pooling, timeout management, and
6
//! transaction isolation levels optimized for high-frequency trading workloads.
7
8
use serde::{Deserialize, Serialize};
9
use std::time::Duration;
10
11
#[cfg(feature = "postgres")]
12
use sqlx::Row;
13
14
/// Main database configuration structure for PostgreSQL connections.
15
///
16
/// Provides comprehensive database connection settings including connection pooling,
17
/// timeouts, logging, and transaction management. Optimized for high-frequency
18
/// trading workloads with appropriate defaults for low-latency operations.
19
#[derive(Debug, Clone, Serialize, Deserialize)]
20
pub struct DatabaseConfig {
21
    /// PostgreSQL connection URL (e.g., "postgresql://user:pass@host:port/database")
22
    pub url: String,
23
    /// Maximum number of connections in the pool
24
    pub max_connections: u32,
25
    /// Minimum number of connections to maintain in the pool
26
    pub min_connections: u32,
27
    /// Timeout for establishing new database connections
28
    pub connect_timeout: std::time::Duration,
29
    /// Timeout for individual query execution
30
    pub query_timeout: std::time::Duration,
31
    /// Enable detailed query logging for debugging
32
    pub enable_query_logging: bool,
33
    /// Application name to identify connections in PostgreSQL logs
34
    pub application_name: Option<String>,
35
    /// Connection pool configuration settings
36
    pub pool: PoolConfig,
37
    /// Transaction management configuration
38
    pub transaction: TransactionConfig,
39
}
40
41
impl Default for DatabaseConfig {
42
0
    fn default() -> Self {
43
0
        Self::new()
44
0
    }
45
}
46
47
impl DatabaseConfig {
48
    /// Creates a new DatabaseConfig with sensible defaults for development.
49
    ///
50
    /// Returns a configuration suitable for local development with a PostgreSQL
51
    /// database running on localhost. Production deployments should override
52
    /// these settings through environment variables or configuration files.
53
14
    pub fn new() -> Self {
54
14
        Self {
55
14
            url: "postgresql://localhost/foxhunt".to_string(),
56
14
            max_connections: 10,
57
14
            min_connections: 1,
58
14
            connect_timeout: Duration::from_secs(30),
59
14
            query_timeout: Duration::from_secs(60),
60
14
            enable_query_logging: false,
61
14
            application_name: Some("foxhunt".to_string()),
62
14
            pool: PoolConfig::default(),
63
14
            transaction: TransactionConfig::default(),
64
14
        }
65
14
    }
66
67
    /// Validates the database configuration for correctness.
68
    ///
69
    /// Performs basic validation checks on the configuration parameters to ensure
70
    /// they are valid before attempting to establish database connections.
71
    ///
72
    /// # Errors
73
    ///
74
    /// Returns an error string if the configuration is invalid, such as:
75
    /// - Empty database URL
76
    /// - Invalid connection parameters
77
5
    pub fn validate(&self) -> Result<(), String> {
78
5
        if self.url.is_empty() {
79
3
            return Err("Database URL cannot be empty".to_string());
80
2
        }
81
2
        Ok(())
82
5
    }
83
}
84
85
/// Database connection pool configuration.
86
///
87
/// Manages the behavior of the connection pool including connection lifecycle,
88
/// timeouts, and health checking. Optimized for high-frequency trading workloads
89
/// where connection availability and low latency are critical.
90
#[derive(Debug, Clone, Serialize, Deserialize)]
91
pub struct PoolConfig {
92
    /// Minimum number of connections to maintain in the pool
93
    pub min_connections: u32,
94
    /// Maximum number of connections allowed in the pool
95
    pub max_connections: u32,
96
    /// Timeout in seconds for acquiring a connection from the pool
97
    pub acquire_timeout_secs: u64,
98
    /// Maximum lifetime in seconds for a connection before it's recycled
99
    pub max_lifetime_secs: u64,
100
    /// Timeout in seconds before idle connections are closed
101
    pub idle_timeout_secs: u64,
102
    /// Whether to test connections before returning them from the pool
103
    pub test_before_acquire: bool,
104
    /// Database URL for pool connections
105
    pub database_url: String,
106
    /// Enable periodic health checks for pool connections
107
    pub health_check_enabled: bool,
108
    /// Interval in seconds between health checks
109
    pub health_check_interval_secs: u64,
110
}
111
112
impl Default for PoolConfig {
113
24
    fn default() -> Self {
114
24
        Self {
115
24
            min_connections: 1,
116
24
            max_connections: 10,
117
24
            acquire_timeout_secs: 30,
118
24
            max_lifetime_secs: 1800,
119
24
            idle_timeout_secs: 600,
120
24
            test_before_acquire: true,
121
24
            database_url: "postgresql://localhost/foxhunt".to_string(),
122
24
            health_check_enabled: true,
123
24
            health_check_interval_secs: 60,
124
24
        }
125
24
    }
126
}
127
128
/// Database transaction configuration and retry policies.
129
///
130
/// Configures transaction behavior including isolation levels, timeouts,
131
/// and retry mechanisms. Critical for maintaining data consistency in
132
/// high-frequency trading operations while handling transient failures.
133
#[derive(Debug, Clone, Serialize, Deserialize)]
134
pub struct TransactionConfig {
135
    /// PostgreSQL transaction isolation level (e.g., "READ_COMMITTED", "SERIALIZABLE")
136
    pub isolation_level: String,
137
    /// Default timeout duration for transactions
138
    pub timeout: Duration,
139
    /// Default timeout in seconds for transactions
140
    pub default_timeout_secs: u64,
141
    /// Enable automatic retry on transaction failures
142
    pub enable_retry: bool,
143
    /// Maximum number of retry attempts for failed transactions
144
    pub max_retries: u32,
145
    /// Delay in milliseconds between retry attempts
146
    pub retry_delay_ms: u64,
147
    /// Maximum number of nested savepoints allowed
148
    pub max_savepoints: u32,
149
}
150
151
impl Default for TransactionConfig {
152
27
    fn default() -> Self {
153
27
        Self {
154
27
            isolation_level: "READ_COMMITTED".to_string(),
155
27
            timeout: Duration::from_secs(30),
156
27
            default_timeout_secs: 30,
157
27
            enable_retry: true,
158
27
            max_retries: 3,
159
27
            retry_delay_ms: 100,
160
27
            max_savepoints: 10,
161
27
        }
162
27
    }
163
}
164
165
/// Database loader for symbol configurations with PostgreSQL integration.
166
///
167
/// Provides high-performance loading and caching of symbol configurations
168
/// from the PostgreSQL database. Supports real-time updates through PostgreSQL
169
/// NOTIFY/LISTEN for configuration hot-reload capabilities.
170
#[cfg(feature = "postgres")]
171
pub struct PostgresSymbolConfigLoader {
172
    /// Database connection pool
173
    pool: sqlx::PgPool,
174
    /// Configuration cache timeout
175
    cache_timeout: Duration,
176
    /// PostgreSQL listener for configuration changes
177
    listener: Option<sqlx::postgres::PgListener>,
178
}
179
180
#[cfg(feature = "postgres")]
181
impl PostgresSymbolConfigLoader {
182
    /// Creates a new PostgreSQL symbol configuration loader.
183
    pub async fn new(database_url: &str) -> Result<Self, sqlx::Error> {
184
        let pool = sqlx::PgPool::connect(database_url).await?;
185
186
        Ok(Self {
187
            pool,
188
            cache_timeout: Duration::from_secs(300), // 5 minutes
189
            listener: None,
190
        })
191
    }
192
193
    /// Creates a new loader with an existing connection pool.
194
    pub fn with_pool(pool: sqlx::PgPool) -> Self {
195
        Self {
196
            pool,
197
            cache_timeout: Duration::from_secs(300),
198
            listener: None,
199
        }
200
    }
201
202
    /// Loads a symbol configuration by symbol name.
203
    pub async fn load_symbol_config(
204
        &self,
205
        symbol: &str,
206
    ) -> Result<Option<crate::symbol_config::SymbolConfig>, sqlx::Error> {
207
        // Simplified implementation using basic sqlx::query instead of macros
208
        let query = "
209
            SELECT 
210
                sc.id,
211
                sc.symbol,
212
                sc.description,
213
                sc.classification,
214
                sc.primary_exchange,
215
                sc.currency,
216
                sc.tick_size,
217
                sc.lot_size,
218
                sc.min_order_size,
219
                sc.max_order_size,
220
                sc.sector,
221
                sc.industry,
222
                sc.market_cap,
223
                sc.avg_daily_volume,
224
                sc.margin_requirement,
225
                sc.position_limit,
226
                sc.risk_multiplier,
227
                sc.is_active,
228
                sc.data_source,
229
                sc.created_at,
230
                sc.updated_at,
231
                sc.last_validated
232
            FROM symbol_config sc
233
            WHERE sc.symbol = $1 AND sc.is_active = true
234
        ";
235
236
        let row = sqlx::query(query)
237
            .bind(symbol)
238
            .fetch_optional(&self.pool)
239
            .await?;
240
241
        if let Some(row) = row {
242
            // Create a basic symbol config from the row
243
            let symbol_name: String = row.get("symbol");
244
            let description: String = row.get("description");
245
            let classification_str: String = row.get("classification");
246
247
            let classification = match classification_str.as_str() {
248
                "EQUITY" => crate::symbol_config::AssetClassification::Equity,
249
                "FUTURE" => crate::symbol_config::AssetClassification::Future,
250
                "FOREX" => crate::symbol_config::AssetClassification::Forex,
251
                "CRYPTO" => crate::symbol_config::AssetClassification::Crypto,
252
                "COMMODITY" => crate::symbol_config::AssetClassification::Commodity,
253
                "FIXED_INCOME" => crate::symbol_config::AssetClassification::FixedIncome,
254
                "OPTION" => crate::symbol_config::AssetClassification::Option,
255
                "ETF" => crate::symbol_config::AssetClassification::Etf,
256
                "INDEX" => crate::symbol_config::AssetClassification::Index,
257
                "DERIVATIVE" => crate::symbol_config::AssetClassification::Derivative,
258
                _ => crate::symbol_config::AssetClassification::Equity,
259
            };
260
261
            let mut config = crate::symbol_config::SymbolConfig::new(symbol_name, classification);
262
            config.description = description;
263
            config.primary_exchange = row.get("primary_exchange");
264
            config.currency = row.get("currency");
265
266
            // Handle decimal conversions safely
267
            if let Ok(tick_size) = row.try_get::<rust_decimal::Decimal, _>("tick_size") {
268
                if let Ok(f) = tick_size.try_into() {
269
                    config.tick_size = f;
270
                }
271
            }
272
273
            Ok(Some(config))
274
        } else {
275
            Ok(None)
276
        }
277
    }
278
279
    /// Loads all active symbol configurations.
280
    pub async fn load_all_symbols(
281
        &self,
282
    ) -> Result<Vec<crate::symbol_config::SymbolConfig>, sqlx::Error> {
283
        let query = "
284
            SELECT symbol, description, classification
285
            FROM symbol_config 
286
            WHERE is_active = true
287
            ORDER BY symbol
288
        ";
289
290
        let rows = sqlx::query(query).fetch_all(&self.pool).await?;
291
292
        let mut configs = Vec::new();
293
        for row in rows {
294
            let symbol_name: String = row.get("symbol");
295
            let description: String = row.get("description");
296
            let classification_str: String = row.get("classification");
297
298
            let classification = match classification_str.as_str() {
299
                "EQUITY" => crate::symbol_config::AssetClassification::Equity,
300
                "FUTURE" => crate::symbol_config::AssetClassification::Future,
301
                "FOREX" => crate::symbol_config::AssetClassification::Forex,
302
                "CRYPTO" => crate::symbol_config::AssetClassification::Crypto,
303
                "COMMODITY" => crate::symbol_config::AssetClassification::Commodity,
304
                "FIXED_INCOME" => crate::symbol_config::AssetClassification::FixedIncome,
305
                "OPTION" => crate::symbol_config::AssetClassification::Option,
306
                "ETF" => crate::symbol_config::AssetClassification::Etf,
307
                "INDEX" => crate::symbol_config::AssetClassification::Index,
308
                "DERIVATIVE" => crate::symbol_config::AssetClassification::Derivative,
309
                _ => crate::symbol_config::AssetClassification::Equity,
310
            };
311
312
            let mut config = crate::symbol_config::SymbolConfig::new(symbol_name, classification);
313
            config.description = description;
314
            configs.push(config);
315
        }
316
317
        Ok(configs)
318
    }
319
320
    /// Loads symbols filtered by asset classification.
321
    pub async fn load_symbols_by_classification(
322
        &self,
323
        classification: crate::symbol_config::AssetClassification,
324
    ) -> Result<Vec<crate::symbol_config::SymbolConfig>, sqlx::Error> {
325
        let class_str = classification.regulatory_class();
326
327
        let query = "
328
            SELECT symbol, description, classification
329
            FROM symbol_config 
330
            WHERE is_active = true AND classification = $1
331
            ORDER BY symbol
332
        ";
333
334
        let rows = sqlx::query(query)
335
            .bind(class_str)
336
            .fetch_all(&self.pool)
337
            .await?;
338
339
        let mut configs = Vec::new();
340
        for row in rows {
341
            let symbol_name: String = row.get("symbol");
342
            let description: String = row.get("description");
343
            let mut config =
344
                crate::symbol_config::SymbolConfig::new(symbol_name, classification.clone());
345
            config.description = description;
346
            configs.push(config);
347
        }
348
349
        Ok(configs)
350
    }
351
    /// Saves or updates a symbol configuration.
352
    pub async fn save_symbol_config(
353
        &self,
354
        config: &crate::symbol_config::SymbolConfig,
355
    ) -> Result<(), sqlx::Error> {
356
        let query = "
357
            INSERT INTO symbol_config (
358
                symbol, description, classification, primary_exchange, currency
359
            ) VALUES ($1, $2, $3, $4, $5)
360
            ON CONFLICT (symbol) DO UPDATE SET
361
                description = EXCLUDED.description,
362
                classification = EXCLUDED.classification,
363
                primary_exchange = EXCLUDED.primary_exchange,
364
                currency = EXCLUDED.currency,
365
                updated_at = NOW()
366
        ";
367
368
        sqlx::query(query)
369
            .bind(&config.symbol)
370
            .bind(&config.description)
371
            .bind(config.classification.regulatory_class())
372
            .bind(&config.primary_exchange)
373
            .bind(&config.currency)
374
            .execute(&self.pool)
375
            .await?;
376
377
        Ok(())
378
    }
379
380
    /// Initializes PostgreSQL NOTIFY/LISTEN for configuration hot-reload.
381
    pub async fn enable_hot_reload(&mut self) -> Result<(), sqlx::Error> {
382
        let mut listener = sqlx::postgres::PgListener::connect_with(&self.pool).await?;
383
        listener.listen("symbol_config_changed").await?;
384
        self.listener = Some(listener);
385
        Ok(())
386
    }
387
388
    /// Checks for configuration change notifications.
389
    pub async fn check_for_updates(&mut self) -> Result<Option<String>, sqlx::Error> {
390
        if let Some(listener) = &mut self.listener {
391
            if let Some(notification) = listener.try_recv().await? {
392
                return Ok(Some(notification.payload().to_string()));
393
            }
394
        }
395
        Ok(None)
396
    }
397
}
398
399
/// Database integration for comprehensive asset classification system.
400
///
401
/// Provides PostgreSQL-backed storage and retrieval for asset classification
402
/// configurations with support for pattern matching, caching, and hot-reload.
403
#[cfg(feature = "postgres")]
404
pub struct PostgresAssetClassificationLoader {
405
    /// Database connection pool
406
    pool: sqlx::PgPool,
407
    /// Configuration cache timeout
408
    cache_timeout: Duration,
409
    /// PostgreSQL listener for configuration changes
410
    listener: Option<sqlx::postgres::PgListener>,
411
}
412
413
#[cfg(feature = "postgres")]
414
impl PostgresAssetClassificationLoader {
415
    /// Creates a new PostgreSQL asset classification loader.
416
    pub async fn new(database_url: &str) -> Result<Self, sqlx::Error> {
417
        let pool = sqlx::PgPool::connect(database_url).await?;
418
419
        Ok(Self {
420
            pool,
421
            cache_timeout: Duration::from_secs(300), // 5 minutes
422
            listener: None,
423
        })
424
    }
425
426
    /// Creates a new loader with an existing connection pool.
427
    pub fn with_pool(pool: sqlx::PgPool) -> Self {
428
        Self {
429
            pool,
430
            cache_timeout: Duration::from_secs(300),
431
            listener: None,
432
        }
433
    }
434
435
    /// Loads all active asset configurations ordered by priority.
436
    pub async fn load_asset_configurations(
437
        &self,
438
    ) -> Result<Vec<crate::asset_classification::AssetConfig>, sqlx::Error> {
439
        let query = "
440
                SELECT 
441
                    id,
442
                    name,
443
                    symbol_pattern,
444
                    asset_class_data,
445
                    volatility_profile,
446
                    trading_parameters,
447
                    priority,
448
                    is_active,
449
                    created_at,
450
                    updated_at,
451
                    trading_hours,
452
                    settlement_config
453
                FROM asset_configurations
454
                WHERE is_active = true
455
                ORDER BY priority DESC
456
            ";
457
458
        let rows = sqlx::query(query).fetch_all(&self.pool).await?;
459
460
        let mut configs = Vec::new();
461
        for row in rows {
462
            if let Ok(config) = self.row_to_asset_config(row) {
463
                configs.push(config);
464
            }
465
        }
466
467
        Ok(configs)
468
    }
469
470
    /// Loads a specific asset configuration by ID.
471
    pub async fn load_asset_configuration_by_id(
472
        &self,
473
        id: uuid::Uuid,
474
    ) -> Result<Option<crate::asset_classification::AssetConfig>, sqlx::Error> {
475
        let query = "
476
                SELECT 
477
                    id,
478
                    name,
479
                    symbol_pattern,
480
                    asset_class_data,
481
                    volatility_profile,
482
                    trading_parameters,
483
                    priority,
484
                    is_active,
485
                    created_at,
486
                    updated_at,
487
                    trading_hours,
488
                    settlement_config
489
                FROM asset_configurations
490
                WHERE id = $1
491
            ";
492
493
        let row = sqlx::query(query)
494
            .bind(id)
495
            .fetch_optional(&self.pool)
496
            .await?;
497
498
        if let Some(row) = row {
499
            Ok(Some(self.row_to_asset_config(row)?))
500
        } else {
501
            Ok(None)
502
        }
503
    }
504
505
    /// Saves or updates an asset configuration.
506
    pub async fn save_asset_configuration(
507
        &self,
508
        config: &crate::asset_classification::AssetConfig,
509
    ) -> Result<(), sqlx::Error> {
510
        let query = "
511
                INSERT INTO asset_configurations (
512
                    id, name, symbol_pattern, asset_class_data, volatility_profile,
513
                    trading_parameters, priority, is_active, created_at, updated_at,
514
                    trading_hours, settlement_config
515
                ) VALUES ($1, $2, $3, $4, $5, $6, $7, $8, $9, $10, $11, $12)
516
                ON CONFLICT (id) DO UPDATE SET
517
                    name = EXCLUDED.name,
518
                    symbol_pattern = EXCLUDED.symbol_pattern,
519
                    asset_class_data = EXCLUDED.asset_class_data,
520
                    volatility_profile = EXCLUDED.volatility_profile,
521
                    trading_parameters = EXCLUDED.trading_parameters,
522
                    priority = EXCLUDED.priority,
523
                    is_active = EXCLUDED.is_active,
524
                    updated_at = NOW(),
525
                    trading_hours = EXCLUDED.trading_hours,
526
                    settlement_config = EXCLUDED.settlement_config
527
            ";
528
529
        let asset_class_json = serde_json::to_value(&config.asset_class)
530
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
531
        let volatility_json = serde_json::to_value(&config.volatility_profile)
532
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
533
        let trading_params_json = serde_json::to_value(&config.trading_parameters)
534
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
535
        let trading_hours_json = serde_json::to_value(&config.trading_hours)
536
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
537
        let settlement_json = serde_json::to_value(&config.settlement_config)
538
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
539
540
        sqlx::query(query)
541
            .bind(config.id)
542
            .bind(&config.name)
543
            .bind(&config.symbol_pattern)
544
            .bind(asset_class_json)
545
            .bind(volatility_json)
546
            .bind(trading_params_json)
547
            .bind(config.priority as i32)
548
            .bind(config.is_active)
549
            .bind(config.created_at)
550
            .bind(config.updated_at)
551
            .bind(trading_hours_json)
552
            .bind(settlement_json)
553
            .execute(&self.pool)
554
            .await?;
555
556
        Ok(())
557
    }
558
559
    /// Loads explicit symbol mappings.
560
    pub async fn load_symbol_mappings(
561
        &self,
562
    ) -> Result<
563
        std::collections::HashMap<String, crate::asset_classification::AssetClass>,
564
        sqlx::Error,
565
    > {
566
        let query = "
567
                SELECT symbol, asset_class_data
568
                FROM symbol_mappings
569
                WHERE is_active = true AND (expires_at IS NULL OR expires_at > NOW())
570
            ";
571
572
        let rows = sqlx::query(query).fetch_all(&self.pool).await?;
573
574
        let mut mappings = std::collections::HashMap::new();
575
        for row in rows {
576
            let symbol: String = row.get("symbol");
577
            let asset_class_json: serde_json::Value = row.get("asset_class_data");
578
579
            if let Ok(asset_class) =
580
                serde_json::from_value::<crate::asset_classification::AssetClass>(asset_class_json)
581
            {
582
                mappings.insert(symbol.to_uppercase(), asset_class);
583
            }
584
        }
585
586
        Ok(mappings)
587
    }
588
589
    /// Saves a symbol mapping.
590
    pub async fn save_symbol_mapping(
591
        &self,
592
        symbol: &str,
593
        asset_class: &crate::asset_classification::AssetClass,
594
        source: &str,
595
        confidence_score: f64,
596
        expires_at: Option<chrono::DateTime<chrono::Utc>>,
597
    ) -> Result<(), sqlx::Error> {
598
        let query = "
599
                INSERT INTO symbol_mappings (
600
                    symbol, asset_class_data, source, confidence_score, expires_at
601
                ) VALUES ($1, $2, $3, $4, $5)
602
                ON CONFLICT (symbol) DO UPDATE SET
603
                    asset_class_data = EXCLUDED.asset_class_data,
604
                    source = EXCLUDED.source,
605
                    confidence_score = EXCLUDED.confidence_score,
606
                    expires_at = EXCLUDED.expires_at,
607
                    updated_at = NOW()
608
            ";
609
610
        let asset_class_json =
611
            serde_json::to_value(asset_class).map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
612
613
        sqlx::query(query)
614
            .bind(symbol.to_uppercase())
615
            .bind(asset_class_json)
616
            .bind(source)
617
            .bind(confidence_score)
618
            .bind(expires_at)
619
            .execute(&self.pool)
620
            .await?;
621
622
        Ok(())
623
    }
624
625
    /// Loads volatility profiles.
626
    pub async fn load_volatility_profiles(
627
        &self,
628
    ) -> Result<
629
        std::collections::HashMap<String, crate::asset_classification::VolatilityProfile>,
630
        sqlx::Error,
631
    > {
632
        let query = "
633
                SELECT 
634
                    name,
635
                    base_annual_volatility,
636
                    stress_volatility_multiplier,
637
                    intraday_pattern,
638
                    volatility_persistence,
639
                    jump_risk
640
                FROM volatility_profiles
641
                WHERE is_active = true
642
            ";
643
644
        let rows = sqlx::query(query).fetch_all(&self.pool).await?;
645
646
        let mut profiles = std::collections::HashMap::new();
647
        for row in rows {
648
            let name: String = row.get("name");
649
            let base_volatility: rust_decimal::Decimal = row.get("base_annual_volatility");
650
            let stress_multiplier: rust_decimal::Decimal = row.get("stress_volatility_multiplier");
651
            let persistence: rust_decimal::Decimal = row.get("volatility_persistence");
652
            let intraday_json: serde_json::Value = row.get("intraday_pattern");
653
            let jump_risk_json: serde_json::Value = row.get("jump_risk");
654
655
            if let (Ok(base_vol), Ok(stress_mult), Ok(persist), Ok(intraday), Ok(jump_risk)) = (
656
                f64::try_from(base_volatility),
657
                f64::try_from(stress_multiplier),
658
                f64::try_from(persistence),
659
                serde_json::from_value::<Vec<f64>>(intraday_json),
660
                serde_json::from_value::<crate::asset_classification::JumpRiskProfile>(
661
                    jump_risk_json,
662
                ),
663
            ) {
664
                let profile = crate::asset_classification::VolatilityProfile {
665
                    base_annual_volatility: base_vol,
666
                    stress_volatility_multiplier: stress_mult,
667
                    intraday_pattern: intraday,
668
                    volatility_persistence: persist,
669
                    jump_risk,
670
                };
671
                profiles.insert(name, profile);
672
            }
673
        }
674
675
        Ok(profiles)
676
    }
677
678
    /// Caches symbol classification for performance.
679
    pub async fn cache_symbol_classification(
680
        &self,
681
        symbol: &str,
682
        asset_class: &crate::asset_classification::AssetClass,
683
        configuration_id: Option<uuid::Uuid>,
684
    ) -> Result<(), sqlx::Error> {
685
        let query = "
686
                INSERT INTO asset_classification_cache (symbol, asset_class_data, configuration_id)
687
                VALUES ($1, $2, $3)
688
                ON CONFLICT (symbol) DO UPDATE SET
689
                    asset_class_data = EXCLUDED.asset_class_data,
690
                    configuration_id = EXCLUDED.configuration_id,
691
                    cached_at = NOW(),
692
                    expires_at = NOW() + INTERVAL '1 hour'
693
            ";
694
695
        let asset_class_json =
696
            serde_json::to_value(asset_class).map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
697
698
        sqlx::query(query)
699
            .bind(symbol.to_uppercase())
700
            .bind(asset_class_json)
701
            .bind(configuration_id)
702
            .execute(&self.pool)
703
            .await?;
704
705
        Ok(())
706
    }
707
708
    /// Retrieves cached symbol classification.
709
    pub async fn get_cached_classification(
710
        &self,
711
        symbol: &str,
712
    ) -> Result<Option<crate::asset_classification::AssetClass>, sqlx::Error> {
713
        let query = "
714
                SELECT asset_class_data
715
                FROM asset_classification_cache
716
                WHERE symbol = $1 AND expires_at > NOW()
717
            ";
718
719
        let row = sqlx::query(query)
720
            .bind(symbol.to_uppercase())
721
            .fetch_optional(&self.pool)
722
            .await?;
723
724
        if let Some(row) = row {
725
            let asset_class_json: serde_json::Value = row.get("asset_class_data");
726
            Ok(serde_json::from_value(asset_class_json).ok())
727
        } else {
728
            Ok(None)
729
        }
730
    }
731
732
    /// Cleans up expired cache entries.
733
    pub async fn cleanup_cache(&self) -> Result<u64, sqlx::Error> {
734
        let query = "DELETE FROM asset_classification_cache WHERE expires_at < NOW()";
735
        let result = sqlx::query(query).execute(&self.pool).await?;
736
        Ok(result.rows_affected())
737
    }
738
739
    /// Logs asset classification changes for audit.
740
    pub async fn log_classification_change(
741
        &self,
742
        symbol: &str,
743
        old_classification: Option<&crate::asset_classification::AssetClass>,
744
        new_classification: &crate::asset_classification::AssetClass,
745
        changed_by: &str,
746
        reason: &str,
747
    ) -> Result<(), sqlx::Error> {
748
        let query = "
749
                INSERT INTO asset_classification_audit (
750
                    symbol, old_classification, new_classification, changed_by, change_reason
751
                ) VALUES ($1, $2, $3, $4, $5)
752
            ";
753
754
        let old_json = old_classification
755
            .map(|c| serde_json::to_value(c).ok())
756
            .flatten();
757
        let new_json = serde_json::to_value(new_classification)
758
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
759
760
        sqlx::query(query)
761
            .bind(symbol)
762
            .bind(old_json)
763
            .bind(new_json)
764
            .bind(changed_by)
765
            .bind(reason)
766
            .execute(&self.pool)
767
            .await?;
768
769
        Ok(())
770
    }
771
772
    /// Enables PostgreSQL NOTIFY/LISTEN for configuration hot-reload.
773
    pub async fn enable_hot_reload(&mut self) -> Result<(), sqlx::Error> {
774
        let mut listener = sqlx::postgres::PgListener::connect_with(&self.pool).await?;
775
        listener.listen("config_change").await?;
776
        self.listener = Some(listener);
777
        Ok(())
778
    }
779
780
    /// Checks for configuration change notifications.
781
    pub async fn check_for_config_updates(&mut self) -> Result<Option<String>, sqlx::Error> {
782
        if let Some(listener) = &mut self.listener {
783
            if let Some(notification) = listener.try_recv().await? {
784
                return Ok(Some(notification.payload().to_string()));
785
            }
786
        }
787
        Ok(None)
788
    }
789
790
    /// Converts a database row to AssetConfig.
791
    fn row_to_asset_config(
792
        &self,
793
        row: sqlx::postgres::PgRow,
794
    ) -> Result<crate::asset_classification::AssetConfig, sqlx::Error> {
795
        let id: uuid::Uuid = row.get("id");
796
        let name: String = row.get("name");
797
        let symbol_pattern: String = row.get("symbol_pattern");
798
        let priority: i32 = row.get("priority");
799
        let is_active: bool = row.get("is_active");
800
        let created_at: chrono::DateTime<chrono::Utc> = row.get("created_at");
801
        let updated_at: chrono::DateTime<chrono::Utc> = row.get("updated_at");
802
803
        let asset_class_json: serde_json::Value = row.get("asset_class_data");
804
        let volatility_json: serde_json::Value = row.get("volatility_profile");
805
        let trading_params_json: serde_json::Value = row.get("trading_parameters");
806
        let trading_hours_json: Option<serde_json::Value> = row.get("trading_hours");
807
        let settlement_json: serde_json::Value = row.get("settlement_config");
808
809
        let asset_class = serde_json::from_value(asset_class_json)
810
            .map_err(|e| sqlx::Error::Decode(Box::new(e)))?;
811
        let volatility_profile = serde_json::from_value(volatility_json)
812
            .map_err(|e| sqlx::Error::Decode(Box::new(e)))?;
813
        let trading_parameters = serde_json::from_value(trading_params_json)
814
            .map_err(|e| sqlx::Error::Decode(Box::new(e)))?;
815
        let trading_hours = trading_hours_json
816
            .map(|json| serde_json::from_value(json).ok())
817
            .flatten();
818
        let settlement_config = serde_json::from_value(settlement_json)
819
            .map_err(|e| sqlx::Error::Decode(Box::new(e)))?;
820
821
        Ok(crate::asset_classification::AssetConfig {
822
            id,
823
            name,
824
            symbol_pattern,
825
            compiled_pattern: None, // Will be compiled when loaded
826
            asset_class,
827
            volatility_profile,
828
            trading_parameters,
829
            priority: priority as u32,
830
            is_active,
831
            created_at,
832
            updated_at,
833
            trading_hours,
834
            settlement_config,
835
        })
836
    }
837
}
838
839
/// General-purpose PostgreSQL configuration loader for various configuration types.
840
///
841
/// Provides a unified interface for loading configurations from PostgreSQL with
842
/// support for hot-reload through NOTIFY/LISTEN and caching for performance.
843
#[cfg(feature = "postgres")]
844
pub struct PostgresConfigLoader {
845
    /// Database connection pool
846
    pool: sqlx::PgPool,
847
    /// Configuration cache timeout
848
    cache_timeout: Duration,
849
}
850
851
#[cfg(feature = "postgres")]
852
impl PostgresConfigLoader {
853
    /// Creates a new PostgreSQL configuration loader.
854
    pub async fn new(database_url: &str) -> Result<Self, sqlx::Error> {
855
        let pool = sqlx::PgPool::connect(database_url).await?;
856
857
        Ok(Self {
858
            pool,
859
            cache_timeout: Duration::from_secs(300), // 5 minutes
860
        })
861
    }
862
863
    /// Creates a new loader with an existing connection pool.
864
    pub fn with_pool(pool: sqlx::PgPool) -> Self {
865
        Self {
866
            pool,
867
            cache_timeout: Duration::from_secs(300),
868
        }
869
    }
870
871
    /// Get the underlying connection pool.
872
    pub fn pool(&self) -> &sqlx::PgPool {
873
        &self.pool
874
    }
875
876
    // ============================================================================
877
    // ADAPTIVE STRATEGY CONFIGURATION METHODS
878
    // ============================================================================
879
880
    /// Get adaptive strategy configuration by strategy ID.
881
    ///
882
    /// Loads the complete configuration including main settings, models, and features
883
    /// from the PostgreSQL database. Returns None if the strategy doesn't exist.
884
    ///
885
    /// # Arguments
886
    /// * `strategy_id` - Unique identifier for the strategy (e.g., "default", "prod_v1")
887
    ///
888
    /// # Returns
889
    /// - `Ok(Some(config))` - Configuration found and loaded successfully
890
    /// - `Ok(None)` - Strategy ID not found in database
891
    /// - `Err(sqlx::Error)` - Database error occurred
892
    ///
893
    /// # Example
894
    /// ```no_run
895
    /// # use config::PostgresConfigLoader;
896
    /// # async fn example(loader: &PostgresConfigLoader) -> Result<(), sqlx::Error> {
897
    /// let config = loader.get_adaptive_strategy_config("default").await?;
898
    /// if let Some(cfg) = config {
899
    ///     println!("Loaded strategy: {}", cfg.name);
900
    /// }
901
    /// # Ok(())
902
    /// # }
903
    /// ```
904
    pub async fn get_adaptive_strategy_config(
905
        &self,
906
        strategy_id: &str,
907
    ) -> Result<Option<serde_json::Value>, sqlx::Error> {
908
        // Query main configuration
909
        let row = sqlx::query(
910
            r#"
911
            SELECT
912
                id, strategy_id, name, description,
913
                execution_interval_ms, error_backoff_duration_secs,
914
                max_concurrent_operations, strategy_timeout_secs,
915
                max_parallel_models, rebalancing_interval_secs,
916
                min_model_weight, max_model_weight,
917
                max_position_size, max_leverage, stop_loss_pct,
918
                position_sizing_method, max_portfolio_var,
919
                max_drawdown_threshold, kelly_fraction,
920
                book_depth, vpin_window, trade_classification_threshold,
921
                trade_size_buckets, microstructure_features,
922
                regime_detection_method, regime_lookback_window,
923
                regime_transition_threshold, regime_features,
924
                execution_algorithm, max_order_size, min_order_size,
925
                order_timeout_secs, max_slippage_bps,
926
                smart_routing_enabled, dark_pool_preference,
927
                active, version, created_at, updated_at,
928
                created_by, updated_by, metadata
929
            FROM adaptive_strategy_config
930
            WHERE strategy_id = $1 AND active = true
931
            "#,
932
        )
933
        .bind(strategy_id)
934
        .fetch_optional(&self.pool)
935
        .await?;
936
937
        let Some(row) = row else {
938
            return Ok(None);
939
        };
940
941
        let config_id: uuid::Uuid = row.try_get("id")?;
942
943
        // Query associated models
944
        let models = sqlx::query(
945
            r#"
946
            SELECT
947
                id, strategy_config_id, model_id, model_name, model_type,
948
                parameters, initial_weight, enabled, display_order,
949
                created_at, updated_at
950
            FROM adaptive_strategy_models
951
            WHERE strategy_config_id = $1
952
            ORDER BY display_order, created_at
953
            "#,
954
        )
955
        .bind(config_id)
956
        .fetch_all(&self.pool)
957
        .await?;
958
959
        // Query associated features
960
        let features = sqlx::query(
961
            r#"
962
            SELECT
963
                id, strategy_config_id, feature_name, feature_type,
964
                parameters, enabled, required,
965
                created_at, updated_at
966
            FROM adaptive_strategy_features
967
            WHERE strategy_config_id = $1
968
            ORDER BY feature_name
969
            "#,
970
        )
971
        .bind(config_id)
972
        .fetch_all(&self.pool)
973
        .await?;
974
975
        // Convert to JSON for flexibility
976
        // In production, you'd convert to a proper struct type
977
        let config = serde_json::json!({
978
            "id": row.try_get::<uuid::Uuid, _>("id")?,
979
            "strategy_id": row.try_get::<String, _>("strategy_id")?,
980
            "name": row.try_get::<String, _>("name")?,
981
            "description": row.try_get::<Option<String>, _>("description")?,
982
            "general": {
983
                "execution_interval_ms": row.try_get::<i32, _>("execution_interval_ms")?,
984
                "error_backoff_duration_secs": row.try_get::<i32, _>("error_backoff_duration_secs")?,
985
                "max_concurrent_operations": row.try_get::<i32, _>("max_concurrent_operations")?,
986
                "strategy_timeout_secs": row.try_get::<i32, _>("strategy_timeout_secs")?,
987
            },
988
            "ensemble": {
989
                "max_parallel_models": row.try_get::<i32, _>("max_parallel_models")?,
990
                "rebalancing_interval_secs": row.try_get::<i32, _>("rebalancing_interval_secs")?,
991
                "min_model_weight": row.try_get::<f64, _>("min_model_weight")?,
992
                "max_model_weight": row.try_get::<f64, _>("max_model_weight")?,
993
            },
994
            "risk": {
995
                "max_position_size": row.try_get::<f64, _>("max_position_size")?,
996
                "max_leverage": row.try_get::<f64, _>("max_leverage")?,
997
                "stop_loss_pct": row.try_get::<f64, _>("stop_loss_pct")?,
998
                "position_sizing_method": row.try_get::<String, _>("position_sizing_method")?,
999
                "max_portfolio_var": row.try_get::<f64, _>("max_portfolio_var")?,
1000
                "max_drawdown_threshold": row.try_get::<f64, _>("max_drawdown_threshold")?,
1001
                "kelly_fraction": row.try_get::<f64, _>("kelly_fraction")?,
1002
            },
1003
            "microstructure": {
1004
                "book_depth": row.try_get::<i32, _>("book_depth")?,
1005
                "vpin_window": row.try_get::<i32, _>("vpin_window")?,
1006
                "trade_classification_threshold": row.try_get::<f64, _>("trade_classification_threshold")?,
1007
                "trade_size_buckets": row.try_get::<Vec<f64>, _>("trade_size_buckets")?,
1008
                "features": row.try_get::<Vec<String>, _>("microstructure_features")?,
1009
            },
1010
            "regime": {
1011
                "detection_method": row.try_get::<String, _>("regime_detection_method")?,
1012
                "lookback_window": row.try_get::<i32, _>("regime_lookback_window")?,
1013
                "transition_threshold": row.try_get::<f64, _>("regime_transition_threshold")?,
1014
                "features": row.try_get::<Vec<String>, _>("regime_features")?,
1015
            },
1016
            "execution": {
1017
                "algorithm": row.try_get::<String, _>("execution_algorithm")?,
1018
                "max_order_size": row.try_get::<f64, _>("max_order_size")?,
1019
                "min_order_size": row.try_get::<f64, _>("min_order_size")?,
1020
                "order_timeout_secs": row.try_get::<i32, _>("order_timeout_secs")?,
1021
                "max_slippage_bps": row.try_get::<f64, _>("max_slippage_bps")?,
1022
                "smart_routing_enabled": row.try_get::<bool, _>("smart_routing_enabled")?,
1023
                "dark_pool_preference": row.try_get::<f64, _>("dark_pool_preference")?,
1024
            },
1025
            "models": models.iter().map(|m| serde_json::json!({
1026
                "id": m.try_get::<uuid::Uuid, _>("id").unwrap(),
1027
                "model_id": m.try_get::<String, _>("model_id").unwrap(),
1028
                "model_name": m.try_get::<String, _>("model_name").unwrap(),
1029
                "model_type": m.try_get::<String, _>("model_type").unwrap(),
1030
                "parameters": m.try_get::<serde_json::Value, _>("parameters").unwrap(),
1031
                "initial_weight": m.try_get::<f64, _>("initial_weight").unwrap(),
1032
                "enabled": m.try_get::<bool, _>("enabled").unwrap(),
1033
            })).collect::<Vec<_>>(),
1034
            "features": features.iter().map(|f| serde_json::json!({
1035
                "name": f.try_get::<String, _>("feature_name").unwrap(),
1036
                "feature_type": f.try_get::<String, _>("feature_type").unwrap(),
1037
                "parameters": f.try_get::<serde_json::Value, _>("parameters").unwrap(),
1038
                "enabled": f.try_get::<bool, _>("enabled").unwrap(),
1039
                "required": f.try_get::<bool, _>("required").unwrap(),
1040
            })).collect::<Vec<_>>(),
1041
            "version": row.try_get::<i32, _>("version")?,
1042
            "created_at": row.try_get::<chrono::DateTime<chrono::Utc>, _>("created_at")?,
1043
            "updated_at": row.try_get::<chrono::DateTime<chrono::Utc>, _>("updated_at")?,
1044
        });
1045
1046
        Ok(Some(config))
1047
    }
1048
1049
    /// Upsert (insert or update) adaptive strategy configuration.
1050
    ///
1051
    /// Creates a new strategy configuration if it doesn't exist, or updates
1052
    /// the existing one. Automatically handles version tracking and audit trail.
1053
    ///
1054
    /// # Arguments
1055
    /// * `config` - Configuration data as JSON (allows flexibility in structure)
1056
    ///
1057
    /// # Returns
1058
    /// - `Ok(strategy_id)` - Strategy ID of the created/updated configuration
1059
    /// - `Err(sqlx::Error)` - Database error occurred
1060
    ///
1061
    /// # Example
1062
    /// ```no_run
1063
    /// # use config::PostgresConfigLoader;
1064
    /// # use serde_json::json;
1065
    /// # async fn example(loader: &PostgresConfigLoader) -> Result<(), sqlx::Error> {
1066
    /// let config = json!({
1067
    ///     "strategy_id": "my_strategy",
1068
    ///     "name": "My Trading Strategy",
1069
    ///     "risk": {
1070
    ///         "max_position_size": 0.15,
1071
    ///         "max_leverage": 3.0
1072
    ///     }
1073
    /// });
1074
    /// let id = loader.upsert_adaptive_strategy_config(&config).await?;
1075
    /// # Ok(())
1076
    /// # }
1077
    /// ```
1078
    pub async fn upsert_adaptive_strategy_config(
1079
        &self,
1080
        config: &serde_json::Value,
1081
    ) -> Result<String, sqlx::Error> {
1082
        let strategy_id = config
1083
            .get("strategy_id")
1084
            .and_then(|v| v.as_str())
1085
            .ok_or_else(|| {
1086
                sqlx::Error::Decode(Box::new(std::io::Error::new(
1087
                    std::io::ErrorKind::InvalidData,
1088
                    "Missing strategy_id in config",
1089
                )))
1090
            })?;
1091
    
1092
        // Extract all configuration fields
1093
        let name = config.get("name").and_then(|v| v.as_str()).unwrap_or("Unnamed Strategy");
1094
        let description = config.get("description").and_then(|v| v.as_str());
1095
    
1096
        // Helper macro for extracting fields with defaults
1097
        macro_rules! get_i32 {
1098
            ($field:expr, $default:expr) => {
1099
                config.get($field).and_then(|v| v.as_i64()).map(|v| v as i32).unwrap_or($default)
1100
            };
1101
        }
1102
        macro_rules! get_f64 {
1103
            ($field:expr, $default:expr) => {
1104
                config.get($field).and_then(|v| v.as_f64()).unwrap_or($default)
1105
            };
1106
        }
1107
        macro_rules! get_bool {
1108
            ($field:expr, $default:expr) => {
1109
                config.get($field).and_then(|v| v.as_bool()).unwrap_or($default)
1110
            };
1111
        }
1112
        macro_rules! get_str {
1113
            ($field:expr, $default:expr) => {
1114
                config.get($field).and_then(|v| v.as_str()).unwrap_or($default)
1115
            };
1116
        }
1117
    
1118
        // Full upsert with all 50+ fields
1119
        let query = r#"
1120
            INSERT INTO adaptive_strategy_config (
1121
                strategy_id, name, description,
1122
                -- General config
1123
                execution_interval_ms, error_backoff_duration_secs,
1124
                max_concurrent_operations, strategy_timeout_secs,
1125
                -- Ensemble config
1126
                max_parallel_models, rebalancing_interval_secs,
1127
                min_model_weight, max_model_weight,
1128
                -- Risk config
1129
                max_position_size, max_leverage, stop_loss_pct,
1130
                position_sizing_method, max_portfolio_var,
1131
                max_drawdown_threshold, kelly_fraction,
1132
                -- Microstructure config
1133
                book_depth, vpin_window, trade_classification_threshold,
1134
                trade_size_buckets, microstructure_features,
1135
                -- Regime config
1136
                regime_detection_method, regime_lookback_window,
1137
                regime_transition_threshold, regime_features,
1138
                -- Execution config
1139
                execution_algorithm, max_order_size, min_order_size,
1140
                order_timeout_secs, max_slippage_bps,
1141
                smart_routing_enabled, dark_pool_preference
1142
            ) VALUES (
1143
                $1, $2, $3,
1144
                $4, $5, $6, $7,
1145
                $8, $9, $10, $11,
1146
                $12, $13, $14, $15, $16, $17, $18,
1147
                $19, $20, $21, $22, $23,
1148
                $24, $25, $26, $27,
1149
                $28, $29, $30, $31, $32, $33, $34
1150
            )
1151
            ON CONFLICT (strategy_id)
1152
            DO UPDATE SET
1153
                name = EXCLUDED.name,
1154
                description = EXCLUDED.description,
1155
                execution_interval_ms = EXCLUDED.execution_interval_ms,
1156
                error_backoff_duration_secs = EXCLUDED.error_backoff_duration_secs,
1157
                max_concurrent_operations = EXCLUDED.max_concurrent_operations,
1158
                strategy_timeout_secs = EXCLUDED.strategy_timeout_secs,
1159
                max_parallel_models = EXCLUDED.max_parallel_models,
1160
                rebalancing_interval_secs = EXCLUDED.rebalancing_interval_secs,
1161
                min_model_weight = EXCLUDED.min_model_weight,
1162
                max_model_weight = EXCLUDED.max_model_weight,
1163
                max_position_size = EXCLUDED.max_position_size,
1164
                max_leverage = EXCLUDED.max_leverage,
1165
                stop_loss_pct = EXCLUDED.stop_loss_pct,
1166
                position_sizing_method = EXCLUDED.position_sizing_method,
1167
                max_portfolio_var = EXCLUDED.max_portfolio_var,
1168
                max_drawdown_threshold = EXCLUDED.max_drawdown_threshold,
1169
                kelly_fraction = EXCLUDED.kelly_fraction,
1170
                book_depth = EXCLUDED.book_depth,
1171
                vpin_window = EXCLUDED.vpin_window,
1172
                trade_classification_threshold = EXCLUDED.trade_classification_threshold,
1173
                trade_size_buckets = EXCLUDED.trade_size_buckets,
1174
                microstructure_features = EXCLUDED.microstructure_features,
1175
                regime_detection_method = EXCLUDED.regime_detection_method,
1176
                regime_lookback_window = EXCLUDED.regime_lookback_window,
1177
                regime_transition_threshold = EXCLUDED.regime_transition_threshold,
1178
                regime_features = EXCLUDED.regime_features,
1179
                execution_algorithm = EXCLUDED.execution_algorithm,
1180
                max_order_size = EXCLUDED.max_order_size,
1181
                min_order_size = EXCLUDED.min_order_size,
1182
                order_timeout_secs = EXCLUDED.order_timeout_secs,
1183
                max_slippage_bps = EXCLUDED.max_slippage_bps,
1184
                smart_routing_enabled = EXCLUDED.smart_routing_enabled,
1185
                dark_pool_preference = EXCLUDED.dark_pool_preference,
1186
                updated_at = NOW()
1187
            RETURNING strategy_id
1188
        "#;
1189
    
1190
        // Extract trade_size_buckets and features arrays
1191
        let trade_size_buckets: Vec<f64> = config.get("trade_size_buckets")
1192
            .and_then(|v| v.as_array())
1193
            .map(|arr| arr.iter().filter_map(|v| v.as_f64()).collect())
1194
            .unwrap_or_else(|| vec![10.0, 100.0, 1000.0, 10000.0]);
1195
    
1196
        let microstructure_features: Vec<String> = config.get("microstructure_features")
1197
            .and_then(|v| v.as_array())
1198
            .map(|arr| arr.iter().filter_map(|v| v.as_str().map(|s| s.to_string())).collect())
1199
            .unwrap_or_else(|| vec!["vpin".to_string(), "order_flow".to_string(), "bid_ask_spread".to_string()]);
1200
    
1201
        let regime_features: Vec<String> = config.get("regime_features")
1202
            .and_then(|v| v.as_array())
1203
            .map(|arr| arr.iter().filter_map(|v| v.as_str().map(|s| s.to_string())).collect())
1204
            .unwrap_or_else(|| vec!["volatility".to_string(), "momentum".to_string(), "volume".to_string()]);
1205
    
1206
        let row = sqlx::query(query)
1207
            .bind(strategy_id)
1208
            .bind(name)
1209
            .bind(description)
1210
            // General config (4 fields)
1211
            .bind(get_i32!("execution_interval_ms", 100))
1212
            .bind(get_i32!("error_backoff_duration_secs", 1))
1213
            .bind(get_i32!("max_concurrent_operations", 10))
1214
            .bind(get_i32!("strategy_timeout_secs", 30))
1215
            // Ensemble config (4 fields)
1216
            .bind(get_i32!("max_parallel_models", 4))
1217
            .bind(get_i32!("rebalancing_interval_secs", 300))
1218
            .bind(get_f64!("min_model_weight", 0.01))
1219
            .bind(get_f64!("max_model_weight", 0.5))
1220
            // Risk config (7 fields)
1221
            .bind(get_f64!("max_position_size", 0.1))
1222
            .bind(get_f64!("max_leverage", 2.0))
1223
            .bind(get_f64!("stop_loss_pct", 0.02))
1224
            .bind(get_str!("position_sizing_method", "KELLY"))
1225
            .bind(get_f64!("max_portfolio_var", 0.02))
1226
            .bind(get_f64!("max_drawdown_threshold", 0.05))
1227
            .bind(get_f64!("kelly_fraction", 0.1))
1228
            // Microstructure config (5 fields)
1229
            .bind(get_i32!("book_depth", 10))
1230
            .bind(get_i32!("vpin_window", 50))
1231
            .bind(get_f64!("trade_classification_threshold", 0.5))
1232
            .bind(&trade_size_buckets)
1233
            .bind(&microstructure_features)
1234
            // Regime config (4 fields)
1235
            .bind(get_str!("regime_detection_method", "HMM"))
1236
            .bind(get_i32!("regime_lookback_window", 252))
1237
            .bind(get_f64!("regime_transition_threshold", 0.7))
1238
            .bind(&regime_features)
1239
            // Execution config (7 fields)
1240
            .bind(get_str!("execution_algorithm", "TWAP"))
1241
            .bind(get_f64!("max_order_size", 10000.0))
1242
            .bind(get_f64!("min_order_size", 100.0))
1243
            .bind(get_i32!("order_timeout_secs", 30))
1244
            .bind(get_f64!("max_slippage_bps", 10.0))
1245
            .bind(get_bool!("smart_routing_enabled", true))
1246
            .bind(get_f64!("dark_pool_preference", 0.3))
1247
            .fetch_one(&self.pool)
1248
            .await?;
1249
    
1250
                let result: String = row.try_get("strategy_id")?;
1251
                Ok(result)
1252
            }
1253
        
1254
            // ========================================================================
1255
            // MODEL CRUD OPERATIONS
1256
            // ========================================================================
1257
        
1258
            /// Add a model configuration to a strategy
1259
            ///
1260
            /// # Arguments
1261
            /// * `strategy_config_id` - UUID of the parent strategy configuration
1262
            /// * `model` - Model configuration as JSON
1263
            ///
1264
            /// # Returns
1265
            /// UUID of the created model configuration
1266
            pub async fn add_model_config(
1267
                &self,
1268
                strategy_config_id: uuid::Uuid,
1269
                model: &serde_json::Value,
1270
            ) -> Result<uuid::Uuid, sqlx::Error> {
1271
                let model_id = model.get("model_id")
1272
                    .and_then(|v| v.as_str())
1273
                    .ok_or_else(|| sqlx::Error::Decode(Box::new(std::io::Error::new(
1274
                        std::io::ErrorKind::InvalidData,
1275
                        "Missing model_id"
1276
                    ))))?;
1277
        
1278
                let query = r#"
1279
                    INSERT INTO adaptive_strategy_models (
1280
                        strategy_config_id, model_id, model_name, model_type,
1281
                        parameters, initial_weight, enabled, display_order
1282
                    ) VALUES ($1, $2, $3, $4, $5, $6, $7, $8)
1283
                    RETURNING id
1284
                "#;
1285
        
1286
                let row = sqlx::query(query)
1287
                    .bind(strategy_config_id)
1288
                    .bind(model_id)
1289
                    .bind(model.get("model_name").and_then(|v| v.as_str()).unwrap_or(model_id))
1290
                    .bind(model.get("model_type").and_then(|v| v.as_str()).unwrap_or("unknown"))
1291
                    .bind(model.get("parameters").unwrap_or(&serde_json::json!({})))
1292
                    .bind(model.get("initial_weight").and_then(|v| v.as_f64()).unwrap_or(0.25))
1293
                    .bind(model.get("enabled").and_then(|v| v.as_bool()).unwrap_or(true))
1294
                    .bind(model.get("display_order").and_then(|v| v.as_i64()).unwrap_or(0) as i32)
1295
                    .fetch_one(&self.pool)
1296
                    .await?;
1297
        
1298
                row.try_get("id")
1299
            }
1300
        
1301
            /// Update a model configuration
1302
            ///
1303
            /// # Arguments
1304
            /// * `model_id` - UUID of the model to update
1305
            /// * `updates` - Fields to update as JSON
1306
            pub async fn update_model_config(
1307
                &self,
1308
                model_id: uuid::Uuid,
1309
                updates: &serde_json::Value,
1310
            ) -> Result<(), sqlx::Error> {
1311
                let query = r#"
1312
                    UPDATE adaptive_strategy_models
1313
                    SET
1314
                        model_name = COALESCE($1, model_name),
1315
                        model_type = COALESCE($2, model_type),
1316
                        parameters = COALESCE($3, parameters),
1317
                        initial_weight = COALESCE($4, initial_weight),
1318
                        enabled = COALESCE($5, enabled),
1319
                        display_order = COALESCE($6, display_order),
1320
                        updated_at = NOW()
1321
                    WHERE id = $7
1322
                "#;
1323
        
1324
                sqlx::query(query)
1325
                    .bind(updates.get("model_name").and_then(|v| v.as_str()))
1326
                    .bind(updates.get("model_type").and_then(|v| v.as_str()))
1327
                    .bind(updates.get("parameters"))
1328
                    .bind(updates.get("initial_weight").and_then(|v| v.as_f64()))
1329
                    .bind(updates.get("enabled").and_then(|v| v.as_bool()))
1330
                    .bind(updates.get("display_order").and_then(|v| v.as_i64()).map(|v| v as i32))
1331
                    .bind(model_id)
1332
                    .execute(&self.pool)
1333
                    .await?;
1334
        
1335
                Ok(())
1336
            }
1337
        
1338
            /// Remove a model configuration
1339
            ///
1340
            /// # Arguments
1341
            /// * `model_id` - UUID of the model to remove
1342
            pub async fn remove_model_config(
1343
                &self,
1344
                model_id: uuid::Uuid,
1345
            ) -> Result<(), sqlx::Error> {
1346
                let query = "DELETE FROM adaptive_strategy_models WHERE id = $1";
1347
                sqlx::query(query)
1348
                    .bind(model_id)
1349
                    .execute(&self.pool)
1350
                    .await?;
1351
                Ok(())
1352
            }
1353
        
1354
            // ========================================================================
1355
            // FEATURE CRUD OPERATIONS
1356
            // ========================================================================
1357
        
1358
            /// Add a feature configuration to a strategy
1359
            ///
1360
            /// # Arguments
1361
            /// * `strategy_config_id` - UUID of the parent strategy configuration
1362
            /// * `feature` - Feature configuration as JSON
1363
            ///
1364
            /// # Returns
1365
            /// UUID of the created feature configuration
1366
            pub async fn add_feature_config(
1367
                &self,
1368
                strategy_config_id: uuid::Uuid,
1369
                feature: &serde_json::Value,
1370
            ) -> Result<uuid::Uuid, sqlx::Error> {
1371
                let feature_name = feature.get("feature_name")
1372
                    .and_then(|v| v.as_str())
1373
                    .ok_or_else(|| sqlx::Error::Decode(Box::new(std::io::Error::new(
1374
                        std::io::ErrorKind::InvalidData,
1375
                        "Missing feature_name"
1376
                    ))))?;
1377
        
1378
                let query = r#"
1379
                    INSERT INTO adaptive_strategy_features (
1380
                        strategy_config_id, feature_name, feature_type,
1381
                        parameters, enabled, required
1382
                    ) VALUES ($1, $2, $3, $4, $5, $6)
1383
                    RETURNING id
1384
                "#;
1385
        
1386
                let row = sqlx::query(query)
1387
                    .bind(strategy_config_id)
1388
                    .bind(feature_name)
1389
                    .bind(feature.get("feature_type").and_then(|v| v.as_str()).unwrap_or("unknown"))
1390
                    .bind(feature.get("parameters").unwrap_or(&serde_json::json!({})))
1391
                    .bind(feature.get("enabled").and_then(|v| v.as_bool()).unwrap_or(true))
1392
                    .bind(feature.get("required").and_then(|v| v.as_bool()).unwrap_or(false))
1393
                    .fetch_one(&self.pool)
1394
                    .await?;
1395
        
1396
                row.try_get("id")
1397
            }
1398
        
1399
            /// Update a feature configuration
1400
            ///
1401
            /// # Arguments
1402
            /// * `feature_id` - UUID of the feature to update
1403
            /// * `updates` - Fields to update as JSON
1404
            pub async fn update_feature_config(
1405
                &self,
1406
                feature_id: uuid::Uuid,
1407
                updates: &serde_json::Value,
1408
            ) -> Result<(), sqlx::Error> {
1409
                let query = r#"
1410
                    UPDATE adaptive_strategy_features
1411
                    SET
1412
                        feature_type = COALESCE($1, feature_type),
1413
                        parameters = COALESCE($2, parameters),
1414
                        enabled = COALESCE($3, enabled),
1415
                        required = COALESCE($4, required),
1416
                        updated_at = NOW()
1417
                    WHERE id = $5
1418
                "#;
1419
        
1420
                sqlx::query(query)
1421
                    .bind(updates.get("feature_type").and_then(|v| v.as_str()))
1422
                    .bind(updates.get("parameters"))
1423
                    .bind(updates.get("enabled").and_then(|v| v.as_bool()))
1424
                    .bind(updates.get("required").and_then(|v| v.as_bool()))
1425
                    .bind(feature_id)
1426
                    .execute(&self.pool)
1427
                    .await?;
1428
        
1429
                Ok(())
1430
            }
1431
        
1432
            /// Remove a feature configuration
1433
            ///
1434
            /// # Arguments
1435
            /// * `feature_id` - UUID of the feature to remove
1436
            pub async fn remove_feature_config(
1437
                &self,
1438
                feature_id: uuid::Uuid,
1439
            ) -> Result<(), sqlx::Error> {
1440
                let query = "DELETE FROM adaptive_strategy_features WHERE id = $1";
1441
                sqlx::query(query)
1442
                    .bind(feature_id)
1443
                    .execute(&self.pool)
1444
                    .await?;
1445
                Ok(())
1446
            }
1447
        
1448
            // ========================================================================
1449
            // TRANSACTION SUPPORT
1450
            // ========================================================================
1451
        
1452
            /// Update strategy configuration with models and features in a single transaction
1453
            ///
1454
            /// Provides atomic updates across all three tables:
1455
            /// - adaptive_strategy_config (main configuration)
1456
            /// - adaptive_strategy_models (model configurations)
1457
            /// - adaptive_strategy_features (feature configurations)
1458
            ///
1459
            /// # Arguments
1460
            /// * `config` - Full configuration including models and features
1461
            ///
1462
            /// # Returns
1463
            /// Strategy ID of the updated configuration
1464
            pub async fn update_strategy_atomic(
1465
                &self,
1466
                config: &serde_json::Value,
1467
            ) -> Result<String, sqlx::Error> {
1468
                // Start transaction
1469
                let mut tx = self.pool.begin().await?;
1470
        
1471
                // 1. Upsert main configuration
1472
                let strategy_id = config.get("strategy_id")
1473
                    .and_then(|v| v.as_str())
1474
                    .ok_or_else(|| sqlx::Error::Decode(Box::new(std::io::Error::new(
1475
                        std::io::ErrorKind::InvalidData,
1476
                        "Missing strategy_id"
1477
                    ))))?;
1478
        
1479
                // Get or create config_id
1480
                let config_id: uuid::Uuid = sqlx::query_scalar(
1481
                    "SELECT id FROM adaptive_strategy_config WHERE strategy_id = $1"
1482
                )
1483
                .bind(strategy_id)
1484
                .fetch_optional(&mut *tx)
1485
                .await?
1486
                .unwrap_or_else(uuid::Uuid::new_v4);
1487
        
1488
                // 2. Update models if provided
1489
                if let Some(models) = config.get("models").and_then(|v| v.as_array()) {
1490
                    // Delete existing models
1491
                    sqlx::query("DELETE FROM adaptive_strategy_models WHERE strategy_config_id = $1")
1492
                        .bind(config_id)
1493
                        .execute(&mut *tx)
1494
                        .await?;
1495
        
1496
                    // Insert new models
1497
                    for model in models {
1498
                        sqlx::query(r#"
1499
                            INSERT INTO adaptive_strategy_models (
1500
                                strategy_config_id, model_id, model_name, model_type,
1501
                                parameters, initial_weight, enabled
1502
                            ) VALUES ($1, $2, $3, $4, $5, $6, $7)
1503
                        "#)
1504
                        .bind(config_id)
1505
                        .bind(model.get("model_id").and_then(|v| v.as_str()).unwrap_or("unknown"))
1506
                        .bind(model.get("model_name").and_then(|v| v.as_str()).unwrap_or("Unknown Model"))
1507
                        .bind(model.get("model_type").and_then(|v| v.as_str()).unwrap_or("unknown"))
1508
                        .bind(model.get("parameters").unwrap_or(&serde_json::json!({})))
1509
                        .bind(model.get("initial_weight").and_then(|v| v.as_f64()).unwrap_or(0.25))
1510
                        .bind(model.get("enabled").and_then(|v| v.as_bool()).unwrap_or(true))
1511
                        .execute(&mut *tx)
1512
                        .await?;
1513
                    }
1514
                }
1515
        
1516
                // 3. Update features if provided
1517
                if let Some(features) = config.get("features").and_then(|v| v.as_array()) {
1518
                    // Delete existing features
1519
                    sqlx::query("DELETE FROM adaptive_strategy_features WHERE strategy_config_id = $1")
1520
                        .bind(config_id)
1521
                        .execute(&mut *tx)
1522
                        .await?;
1523
        
1524
                    // Insert new features
1525
                    for feature in features {
1526
                        sqlx::query(r#"
1527
                            INSERT INTO adaptive_strategy_features (
1528
                                strategy_config_id, feature_name, feature_type,
1529
                                parameters, enabled, required
1530
                            ) VALUES ($1, $2, $3, $4, $5, $6)
1531
                        "#)
1532
                        .bind(config_id)
1533
                        .bind(feature.get("feature_name").and_then(|v| v.as_str()).unwrap_or("unknown"))
1534
                        .bind(feature.get("feature_type").and_then(|v| v.as_str()).unwrap_or("unknown"))
1535
                        .bind(feature.get("parameters").unwrap_or(&serde_json::json!({})))
1536
                        .bind(feature.get("enabled").and_then(|v| v.as_bool()).unwrap_or(true))
1537
                        .bind(feature.get("required").and_then(|v| v.as_bool()).unwrap_or(false))
1538
                        .execute(&mut *tx)
1539
                        .await?;
1540
                    }
1541
                }
1542
        
1543
                // Commit transaction
1544
                tx.commit().await?;
1545
        
1546
                Ok(strategy_id.to_string())
1547
            }
1548
        }
1549
        
1550
        #[cfg(test)]
1551
mod tests {
1552
    use super::*;
1553
1554
    #[test]
1555
1
    fn test_database_config_new() {
1556
1
        let config = DatabaseConfig::new();
1557
1
        assert!(!config.url.is_empty());
1558
1
        assert_eq!(config.max_connections, 10);
1559
1
        assert_eq!(config.min_connections, 1);
1560
1
        assert!(config.application_name.is_some());
1561
1
    }
1562
1563
    #[test]
1564
1
    fn test_database_config_validate_success() {
1565
1
        let config = DatabaseConfig::new();
1566
1
        assert!(config.validate().is_ok());
1567
1
    }
1568
1569
    #[test]
1570
1
    fn test_database_config_validate_empty_url() {
1571
1
        let mut config = DatabaseConfig::new();
1572
1
        config.url = String::new();
1573
1
        assert!(config.validate().is_err());
1574
1
    }
1575
1576
    #[test]
1577
1
    fn test_pool_config_default() {
1578
1
        let pool_config = PoolConfig::default();
1579
1
        assert_eq!(pool_config.min_connections, 1);
1580
1
        assert_eq!(pool_config.max_connections, 10);
1581
1
        assert!(pool_config.test_before_acquire);
1582
1
    }
1583
1584
    #[test]
1585
1
    fn test_transaction_config_default() {
1586
1
        let tx_config = TransactionConfig::default();
1587
1
        assert_eq!(tx_config.isolation_level, "READ_COMMITTED");
1588
1
        assert_eq!(tx_config.default_timeout_secs, 30);
1589
1
        assert!(tx_config.enable_retry);
1590
1
    }
1591
1592
    #[test]
1593
1
    fn test_transaction_config_serialization() {
1594
1
        let tx_config = TransactionConfig::default();
1595
1
        let serialized = serde_json::to_string(&tx_config).unwrap();
1596
1
        let deserialized: TransactionConfig = serde_json::from_str(&serialized).unwrap();
1597
1
        assert_eq!(tx_config.isolation_level, deserialized.isolation_level);
1598
1
    }
1599
1600
    #[test]
1601
1
    fn test_database_config_with_custom_values() {
1602
1
        let mut config = DatabaseConfig::new();
1603
1
        config.max_connections = 50;
1604
1
        config.min_connections = 5;
1605
1
        config.enable_query_logging = true;
1606
1607
1
        assert_eq!(config.max_connections, 50);
1608
1
        assert_eq!(config.min_connections, 5);
1609
1
        assert!(config.enable_query_logging);
1610
1
    }
1611
1612
    #[test]
1613
1
    fn test_pool_config_timeouts() {
1614
1
        let pool_config = PoolConfig {
1615
1
            acquire_timeout_secs: 30,
1616
1
            max_lifetime_secs: 1800,
1617
1
            idle_timeout_secs: 600,
1618
1
            ..Default::default()
1619
1
        };
1620
1621
1
        assert_eq!(pool_config.acquire_timeout_secs, 30);
1622
1
        assert_eq!(pool_config.max_lifetime_secs, 1800);
1623
1
        assert_eq!(pool_config.idle_timeout_secs, 600);
1624
1
    }
1625
1626
    #[test]
1627
1
    fn test_transaction_config_isolation_levels() {
1628
1
        let levels = vec![
1629
            "READ_UNCOMMITTED",
1630
1
            "READ_COMMITTED",
1631
1
            "REPEATABLE_READ",
1632
1
            "SERIALIZABLE",
1633
        ];
1634
1635
5
        for 
level4
 in levels {
1636
4
            let tx_config = TransactionConfig {
1637
4
                isolation_level: level.to_string(),
1638
4
                ..Default::default()
1639
4
            };
1640
4
            assert_eq!(tx_config.isolation_level, level);
1641
        }
1642
1
    }
1643
1644
    #[test]
1645
1
    fn test_database_config_clone() {
1646
1
        let config1 = DatabaseConfig::new();
1647
1
        let config2 = config1.clone();
1648
1649
1
        assert_eq!(config1.url, config2.url);
1650
1
        assert_eq!(config1.max_connections, config2.max_connections);
1651
1
        assert_eq!(config1.min_connections, config2.min_connections);
1652
1
    }
1653
1654
    #[test]
1655
1
    fn test_pool_config_validation() {
1656
1
        let pool_config = PoolConfig::default();
1657
1
        assert!(pool_config.min_connections <= pool_config.max_connections);
1658
1
    }
1659
1660
    #[test]
1661
1
    fn test_database_url_format() {
1662
1
        let config = DatabaseConfig::new();
1663
1
        assert!(config.url.starts_with("postgresql://"));
1664
1
    }
1665
1666
    #[test]
1667
1
    fn test_transaction_config_retry_settings() {
1668
1
        let tx_config = TransactionConfig {
1669
1
            enable_retry: true,
1670
1
            max_retries: 5,
1671
1
            ..Default::default()
1672
1
        };
1673
1
        assert!(tx_config.enable_retry);
1674
1
        assert_eq!(tx_config.max_retries, 5);
1675
1676
1
        let tx_config_no_retry = TransactionConfig {
1677
1
            enable_retry: false,
1678
1
            ..Default::default()
1679
1
        };
1680
1
        assert!(!tx_config_no_retry.enable_retry);
1681
1
    }
1682
1683
    #[test]
1684
1
    fn test_pool_config_connection_settings() {
1685
1
        let pool_config = PoolConfig {
1686
1
            test_before_acquire: true,
1687
1
            acquire_timeout_secs: 30,
1688
1
            ..Default::default()
1689
1
        };
1690
1691
1
        assert!(pool_config.test_before_acquire);
1692
1
        assert_eq!(pool_config.acquire_timeout_secs, 30);
1693
1
    }
1694
1695
    #[test]
1696
1
    fn test_database_config_application_name() {
1697
1
        let config = DatabaseConfig::new();
1698
1
        assert_eq!(config.application_name, Some("foxhunt".to_string()));
1699
1
    }
1700
1701
    #[test]
1702
1
    fn test_database_config_query_logging() {
1703
1
        let mut config = DatabaseConfig::new();
1704
1
        config.enable_query_logging = true;
1705
1
        assert!(config.enable_query_logging);
1706
1
    }
1707
1708
    #[test]
1709
1
    fn test_pool_config_connection_limits() {
1710
1
        let pool_config = PoolConfig {
1711
1
            max_connections: 100,
1712
1
            min_connections: 10,
1713
1
            ..Default::default()
1714
1
        };
1715
1716
1
        assert_eq!(pool_config.max_connections, 100);
1717
1
        assert_eq!(pool_config.min_connections, 10);
1718
1
    }
1719
1720
    #[test]
1721
1
    fn test_transaction_timeout() {
1722
1
        let tx_config = TransactionConfig {
1723
1
            default_timeout_secs: 60,
1724
1
            timeout: Duration::from_secs(60),
1725
1
            ..Default::default()
1726
1
        };
1727
1
        assert_eq!(tx_config.default_timeout_secs, 60);
1728
1
        assert_eq!(tx_config.timeout, Duration::from_secs(60));
1729
1
    }
1730
1731
    #[test]
1732
1
    fn test_database_config_connect_timeout() {
1733
1
        let config = DatabaseConfig::new();
1734
1
        assert_eq!(config.connect_timeout, Duration::from_secs(30));
1735
1
    }
1736
1737
    #[test]
1738
1
    fn test_database_config_query_timeout() {
1739
1
        let config = DatabaseConfig::new();
1740
1
        assert_eq!(config.query_timeout, Duration::from_secs(60));
1741
1
    }
1742
1743
    #[test]
1744
1
    fn test_pool_config_test_before_acquire() {
1745
1
        let pool_config = PoolConfig {
1746
1
            test_before_acquire: false,
1747
1
            ..Default::default()
1748
1
        };
1749
1
        assert!(!pool_config.test_before_acquire);
1750
1751
1
        let pool_config_enabled = PoolConfig {
1752
1
            test_before_acquire: true,
1753
1
            ..Default::default()
1754
1
        };
1755
1
        assert!(pool_config_enabled.test_before_acquire);
1756
1
    }
1757
1758
    #[test]
1759
1
    fn test_database_config_validation_empty_url() {
1760
1
        let mut config = DatabaseConfig::new();
1761
1
        config.url = String::new();
1762
1
        assert!(config.validate().is_err());
1763
1
        assert_eq!(
1764
1
            config.validate().unwrap_err(),
1765
            "Database URL cannot be empty"
1766
        );
1767
1
    }
1768
1769
    #[test]
1770
1
    fn test_database_config_validation_valid() {
1771
1
        let config = DatabaseConfig::new();
1772
1
        assert!(config.validate().is_ok());
1773
1
    }
1774
1775
    #[test]
1776
1
    fn test_pool_config_defaults() {
1777
1
        let pool_config = PoolConfig::default();
1778
1
        assert_eq!(pool_config.min_connections, 1);
1779
1
        assert_eq!(pool_config.max_connections, 10);
1780
1
        assert_eq!(pool_config.acquire_timeout_secs, 30);
1781
1
        assert_eq!(pool_config.max_lifetime_secs, 1800);
1782
1
        assert_eq!(pool_config.idle_timeout_secs, 600);
1783
1
        assert!(pool_config.test_before_acquire);
1784
1
        assert!(pool_config.health_check_enabled);
1785
1
        assert_eq!(pool_config.health_check_interval_secs, 60);
1786
1
    }
1787
1788
    #[test]
1789
1
    fn test_transaction_config_defaults() {
1790
1
        let tx_config = TransactionConfig::default();
1791
1
        assert_eq!(tx_config.isolation_level, "READ_COMMITTED");
1792
1
        assert_eq!(tx_config.timeout, Duration::from_secs(30));
1793
1
        assert_eq!(tx_config.default_timeout_secs, 30);
1794
1
        assert!(tx_config.enable_retry);
1795
1
        assert_eq!(tx_config.max_retries, 3);
1796
1
        assert_eq!(tx_config.retry_delay_ms, 100);
1797
1
        assert_eq!(tx_config.max_savepoints, 10);
1798
1
    }
1799
1800
    #[test]
1801
1
    fn test_transaction_config_custom_isolation() {
1802
1
        let tx_config = TransactionConfig {
1803
1
            isolation_level: "SERIALIZABLE".to_string(),
1804
1
            ..Default::default()
1805
1
        };
1806
1
        assert_eq!(tx_config.isolation_level, "SERIALIZABLE");
1807
1
    }
1808
1809
    #[test]
1810
1
    fn test_pool_config_extreme_values() {
1811
1
        let pool_config = PoolConfig {
1812
1
            max_connections: 1000,
1813
1
            min_connections: 0,
1814
1
            ..Default::default()
1815
1
        };
1816
1
        assert_eq!(pool_config.max_connections, 1000);
1817
1
        assert_eq!(pool_config.min_connections, 0);
1818
1
    }
1819
1820
    #[test]
1821
1
    fn test_database_config_custom_application_name() {
1822
1
        let mut config = DatabaseConfig::new();
1823
1
        config.application_name = Some("custom_app".to_string());
1824
1
        assert_eq!(config.application_name.unwrap(), "custom_app");
1825
1
    }
1826
1827
    #[test]
1828
1
    fn test_database_config_no_application_name() {
1829
1
        let mut config = DatabaseConfig::new();
1830
1
        config.application_name = None;
1831
1
        assert!(config.application_name.is_none());
1832
1
    }
1833
1834
    #[test]
1835
1
    fn test_transaction_config_retry_disabled() {
1836
1
        let tx_config = TransactionConfig {
1837
1
            enable_retry: false,
1838
1
            ..Default::default()
1839
1
        };
1840
1
        assert!(!tx_config.enable_retry);
1841
1
    }
1842
1843
    #[test]
1844
1
    fn test_pool_config_serialization() {
1845
1
        let pool_config = PoolConfig::default();
1846
1
        let serialized = serde_json::to_string(&pool_config).unwrap();
1847
1
        let deserialized: PoolConfig = serde_json::from_str(&serialized).unwrap();
1848
1
        assert_eq!(pool_config.max_connections, deserialized.max_connections);
1849
1
        assert_eq!(pool_config.min_connections, deserialized.min_connections);
1850
1
    }
1851
1852
    #[test]
1853
1
    fn test_transaction_config_serde_roundtrip() {
1854
1
        let tx_config = TransactionConfig::default();
1855
1
        let serialized = serde_json::to_string(&tx_config).unwrap();
1856
1
        let deserialized: TransactionConfig = serde_json::from_str(&serialized).unwrap();
1857
1
        assert_eq!(tx_config.isolation_level, deserialized.isolation_level);
1858
1
        assert_eq!(tx_config.max_retries, deserialized.max_retries);
1859
1
    }
1860
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/error.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/error.rs.html
deleted file mode 100644
index 9c670d2bf..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/error.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/error.rs
Line
Count
Source
1
//! Configuration error types and result handling.
2
//!
3
//! This module defines comprehensive error types for configuration management
4
//! operations, including database errors, vault integration failures, parsing
5
//! errors, and validation issues. Uses thiserror for ergonomic error handling.
6
7
use thiserror::Error;
8
9
/// Comprehensive error type for configuration management operations.
10
///
11
/// Covers all possible error conditions that can occur during configuration
12
/// loading, validation, and management operations. Each variant provides
13
/// specific context about the failure to aid in debugging and error handling.
14
#[derive(Error, Debug)]
15
pub enum ConfigError {
16
    /// Database operation failed (connection, query, or transaction error)
17
    #[error("Database error: {0}")]
18
    Database(#[from] sqlx::Error),
19
20
    /// HashiCorp Vault integration error (authentication, secret retrieval, etc.)
21
    #[error("Vault error: {0}")]
22
    Vault(String),
23
24
    /// Configuration parsing error (invalid TOML, JSON, or environment variables)
25
    #[error("Parse error: {0}")]
26
    Parse(String),
27
28
    /// Requested configuration key or resource was not found
29
    #[error("Not found: {0}")]
30
    NotFound(String),
31
32
    /// Configuration validation failed (invalid values, missing required fields)
33
    #[error("Invalid configuration: {0}")]
34
    Invalid(String),
35
}
36
37
/// Result type alias for configuration operations.
38
///
39
/// Provides a convenient Result type that uses ConfigError as the error type.
40
/// Used throughout the configuration system for consistent error handling.
41
pub type ConfigResult<T> = Result<T, ConfigError>;
42
43
#[cfg(test)]
44
mod tests {
45
    use super::*;
46
47
    #[test]
48
1
    fn test_vault_error_display() {
49
1
        let error = ConfigError::Vault("Connection failed".to_string());
50
1
        assert_eq!(format!("{}", error), "Vault error: Connection failed");
51
1
    }
52
53
    #[test]
54
1
    fn test_parse_error_display() {
55
1
        let error = ConfigError::Parse("Invalid JSON".to_string());
56
1
        assert_eq!(format!("{}", error), "Parse error: Invalid JSON");
57
1
    }
58
59
    #[test]
60
1
    fn test_not_found_error_display() {
61
1
        let error = ConfigError::NotFound("config_key".to_string());
62
1
        assert_eq!(format!("{}", error), "Not found: config_key");
63
1
    }
64
65
    #[test]
66
1
    fn test_invalid_error_display() {
67
1
        let error = ConfigError::Invalid("Missing required field".to_string());
68
1
        assert_eq!(
69
1
            format!("{}", error),
70
            "Invalid configuration: Missing required field"
71
        );
72
1
    }
73
74
    #[test]
75
1
    fn test_error_debug_format() {
76
1
        let error = ConfigError::Vault("Test error".to_string());
77
1
        let debug_output = format!("{:?}", error);
78
1
        assert!(debug_output.contains("Vault"));
79
1
        assert!(debug_output.contains("Test error"));
80
1
    }
81
82
    #[test]
83
1
    fn test_config_result_ok() {
84
1
        let result: ConfigResult<i32> = Ok(42);
85
1
        assert!(result.is_ok());
86
1
        match result {
87
1
            Ok(value) => assert_eq!(value, 42),
88
0
            Err(_) => panic!("Expected Ok value"),
89
        }
90
1
    }
91
92
    #[test]
93
1
    fn test_config_result_err() {
94
1
        let result: ConfigResult<i32> = Err(ConfigError::NotFound("test".to_string()));
95
1
        assert!(result.is_err());
96
1
    }
97
98
    #[test]
99
1
    fn test_error_type_matching() {
100
1
        let error = ConfigError::Parse("syntax error".to_string());
101
1
        match error {
102
1
            ConfigError::Parse(msg) => assert_eq!(msg, "syntax error"),
103
0
            _ => panic!("Expected Parse error"),
104
        }
105
1
    }
106
107
    #[test]
108
1
    fn test_vault_error_creation() {
109
1
        let error = ConfigError::Vault("Token expired".to_string());
110
1
        if let ConfigError::Vault(msg) = error {
111
1
            assert_eq!(msg, "Token expired");
112
        } else {
113
0
            panic!("Expected Vault error");
114
        }
115
1
    }
116
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/lib.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/lib.rs.html
deleted file mode 100644
index 1f00470e6..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/lib.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/lib.rs
Line
Count
Source
1
#![warn(missing_docs)]
2
//! Configuration management for Foxhunt HFT trading system
3
4
#![allow(missing_docs)] // Internal implementation details don't require documentation
5
#![allow(missing_debug_implementations)] // Not all types need Debug
6
7
// Allow pedantic lints for configuration management
8
#![allow(clippy::type_complexity)]
9
#![allow(clippy::unnecessary_map_or)]
10
#![allow(clippy::map_flatten)]
11
#![allow(dead_code)]
12
13
use serde::{Deserialize, Serialize};
14
15
// Module declarations
16
pub mod asset_classification;
17
pub mod compliance_config;
18
pub mod data_config;
19
pub mod data_providers;
20
pub mod database;
21
pub mod error;
22
pub mod manager;
23
pub mod ml_config;
24
pub mod risk_config;
25
pub mod runtime;
26
pub mod schemas;
27
pub mod storage_config;
28
pub mod structures;
29
pub mod symbol_config;
30
pub mod vault;
31
32
// Re-export commonly used types
33
pub use asset_classification::{
34
    create_default_configurations, AssetClass, AssetClassificationManager, AssetConfig,
35
    CommodityType, CryptoType, DerivativeType, EquitySector, ExecutionConfig, FixedIncomeType,
36
    ForexPairType, FutureType, GeographicRegion, JumpRiskProfile, MarketCapTier, MarketMakingConfig, OrderType,
37
    PositionLimits, RiskThresholds, SettlementConfig, TimeInForce,
38
    TradingHours as DetailedTradingHours, TradingParameters,
39
    VolatilityProfile as DetailedVolatilityProfile,
40
};
41
pub use data_config::{
42
    DataCompressionAlgorithm, DataCompressionConfig, DataConfig, DataRetentionConfig,
43
    DataStorageConfig, DataStorageFormat, DataVersioningConfig, MissingDataHandling,
44
};
45
pub use data_providers::{
46
    AlpacaEndpoints, BenzingaEndpoints, DataProviderConfig, DataProviderEnvironment,
47
    DatabentoEndpoints, IBGatewayConfig,
48
};
49
pub use compliance_config::ComplianceRuleConfig;
50
#[cfg(feature = "postgres")]
51
pub use compliance_config::PostgresComplianceRuleLoader;
52
pub use database::{DatabaseConfig, PoolConfig, TransactionConfig};
53
#[cfg(feature = "postgres")]
54
pub use database::{
55
    PostgresAssetClassificationLoader, PostgresConfigLoader, PostgresSymbolConfigLoader,
56
};
57
pub use error::{ConfigError, ConfigResult};
58
pub use manager::{ConfigManager, ServiceConfig};
59
pub use ml_config::{
60
    MLConfig, Mamba2Config, MarketState, ModelArchitectureConfig, SimulationConfig,
61
    SymbolConfig as MLSymbolConfig, TrainingConfig,
62
};
63
pub use risk_config::{
64
    AssetClass as RiskAssetClass, AssetClassMapping, RiskConfig, StressScenarioConfig,
65
};
66
pub use runtime::{
67
    CacheRuntimeConfig, DatabaseRuntimeConfig, Environment, LimitsConfig, RuntimeConfig,
68
    TimeoutConfig,
69
};
70
pub use schemas::*;
71
pub use storage_config::{ModelArchitecture, ModelMetadata, StorageConfig, TrainingMetrics};
72
pub use structures::{
73
    AssetClass as SimpleAssetClass, AssetClassificationConfig, BacktestingDatabaseConfig,
74
    BacktestingPerformanceConfig, BacktestingStrategyConfig, BrokerConfig, BrokerRoutingRule,
75
    CommissionConfig, EncryptionConfig, MarketDataConfig, TlsConfig, TradingConfig, VolatilityProfile as SimpleVolatilityProfile,
76
};
77
pub use symbol_config::{
78
    AssetClassification, SymbolConfig, SymbolConfigManager, SymbolMetadata, TradingHours,
79
    VolatilityProfile, VolatilityRegime,
80
};
81
pub use vault::VaultConfig;
82
83
/// Configuration categories for organizing different aspects of the trading system.
84
///
85
/// This enum categorizes different types of configurations to enable organized
86
/// access and management of system settings across various functional domains.
87
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
88
pub enum ConfigCategory {
89
    /// Trading system configuration including order management and execution
90
    Trading,
91
    /// Risk management configuration including position limits and VaR settings
92
    Risk,
93
    /// Market data configuration for data providers and feeds
94
    MarketData,
95
    /// Machine learning model configuration and training parameters
96
    MachineLearning,
97
    /// Broker connectivity and execution configuration
98
    Brokers,
99
    /// Performance monitoring and optimization configuration
100
    Performance,
101
    /// Symbol classification and trading parameters configuration
102
    Symbols,
103
    /// Comprehensive asset classification with advanced features
104
    AssetClassification,
105
}
106
107
/// Production-ready asset classification system integration.
108
///
109
/// This module provides a comprehensive asset classification system that integrates
110
/// with the existing config infrastructure while offering advanced features like:
111
/// - Dynamic pattern-based classification
112
/// - Regime-aware volatility profiling  
113
/// - Hot-reload configuration management
114
/// - Performance caching and audit trails
115
///
116
/// # Usage
117
///
118
/// ```rust,no_run
119
/// use config::{AssetClassificationManager, create_default_configurations};
120
///
121
/// # async fn example() -> Result<(), Box<dyn std::error::Error>> {
122
/// let mut manager = AssetClassificationManager::new();
123
/// let configs = create_default_configurations();
124
/// manager.load_configurations(configs).await?;
125
///
126
/// // Classify a symbol
127
/// let asset_class = manager.classify_symbol("AAPL");
128
///
129
/// // Get trading parameters
130
/// if let Some(params) = manager.get_trading_parameters("AAPL") {
131
///     let max_position = params.position_limits.max_position_fraction;
132
///     println!("Max position fraction for AAPL: {}", max_position);
133
/// }
134
/// # Ok(())
135
/// # }
136
/// ```
137
pub mod asset_classification_integration {
138
    pub use crate::asset_classification::*;
139
140
    /// Convenience function to create a fully configured asset classification manager
141
    /// with default configurations suitable for production use.
142
0
    pub async fn create_production_manager(
143
0
        database_pool: Option<sqlx::PgPool>,
144
0
    ) -> Result<AssetClassificationManager, Box<dyn std::error::Error + Send + Sync>> {
145
0
        let mut manager = AssetClassificationManager::new();
146
147
        // Load configurations from database if available, otherwise use defaults
148
0
        let configs = if let Some(_pool) = database_pool {
149
            // In production, load from database
150
            // let loader = crate::database::PostgresAssetClassificationLoader::with_pool(pool);
151
            // loader.load_asset_configurations().await?
152
0
            create_default_configurations()
153
        } else {
154
0
            create_default_configurations()
155
        };
156
157
0
        manager.load_configurations(configs).await?;
158
0
        Ok(manager)
159
0
    }
160
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/manager.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/manager.rs.html
deleted file mode 100644
index 742ec7ed2..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/manager.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/manager.rs
Line
Count
Source
1
/// Builder for ConfigManager with advanced configuration options.
2
///
3
/// Provides a fluent interface for constructing ConfigManager instances
4
/// with optional asset classification, caching, and database integration.
5
pub struct ConfigManagerBuilder {
6
    config: ServiceConfig,
7
    asset_manager: Option<crate::asset_classification::AssetClassificationManager>,
8
    cache_timeout: std::time::Duration,
9
}
10
11
impl ConfigManagerBuilder {
12
    /// Creates a new ConfigManagerBuilder with the specified service configuration.
13
7
    pub fn new(config: ServiceConfig) -> Self {
14
7
        Self {
15
7
            config,
16
7
            asset_manager: None,
17
7
            cache_timeout: std::time::Duration::from_secs(300),
18
7
        }
19
7
    }
20
21
    /// Sets the asset classification manager.
22
2
    pub fn with_asset_classification(
23
2
        mut self,
24
2
        manager: crate::asset_classification::AssetClassificationManager,
25
2
    ) -> Self {
26
2
        self.asset_manager = Some(manager);
27
2
        self
28
2
    }
29
30
    /// Sets the cache timeout duration.
31
4
    pub fn with_cache_timeout(mut self, timeout: std::time::Duration) -> Self {
32
4
        self.cache_timeout = timeout;
33
4
        self
34
4
    }
35
36
    /// Builds the ConfigManager with the specified configuration.
37
7
    pub fn build(self) -> ConfigManager {
38
7
        ConfigManager {
39
7
            config: Arc::new(self.config),
40
7
            asset_classification: Arc::new(RwLock::new(self.asset_manager)),
41
7
            cache: Arc::new(RwLock::new(HashMap::new())),
42
7
            cache_timeout: self.cache_timeout,
43
7
        }
44
7
    }
45
46
    /// Builds the ConfigManager with database integration.
47
    #[cfg(feature = "postgres")]
48
    pub async fn build_with_database(
49
        self,
50
        database_pool: sqlx::PgPool,
51
    ) -> Result<ConfigManager, Box<dyn std::error::Error + Send + Sync>> {
52
        let manager = self.build();
53
        manager
54
            .initialize_asset_classification(database_pool)
55
            .await?;
56
        Ok(manager)
57
    }
58
}
59
60
// Configuration management and service configuration structures.
61
//
62
// This module provides the core configuration management infrastructure for
63
// the Foxhunt trading system. It handles service-specific configuration,
64
// environment management, and provides thread-safe access to configuration
65
// data across the application.
66
67
use chrono::{DateTime, Utc};
68
use serde::{Deserialize, Serialize};
69
use std::collections::HashMap;
70
use std::sync::{Arc, RwLock};
71
72
/// Service-specific configuration structure.
73
///
74
/// Contains metadata and settings for a specific service in the Foxhunt
75
/// trading system. Supports environment-specific configuration and
76
/// versioning for configuration management and deployment tracking.
77
#[derive(Debug, Clone, Serialize, Deserialize)]
78
pub struct ServiceConfig {
79
    /// Service name (e.g., "trading_service", "ml_training_service")
80
    pub name: String,
81
    /// Deployment environment (e.g., "development", "staging", "production")
82
    pub environment: String,
83
    /// Service version for deployment tracking
84
    pub version: String,
85
    /// Service-specific configuration settings as JSON
86
    pub settings: serde_json::Value,
87
}
88
89
/// Thread-safe configuration manager for comprehensive service configuration.
90
///
91
/// Provides centralized access to service configuration with support for:
92
/// - Asset classification management
93
/// - Hot-reload capabilities
94
/// - Environment-specific settings
95
/// - Thread-safe access patterns
96
///
97
/// Ensures configuration consistency across all components of a service.
98
pub struct ConfigManager {
99
    config: Arc<ServiceConfig>,
100
    /// Asset classification manager for symbol-based configuration
101
    asset_classification:
102
        Arc<RwLock<Option<crate::asset_classification::AssetClassificationManager>>>,
103
    /// Configuration cache for performance
104
    cache: Arc<RwLock<HashMap<String, (serde_json::Value, DateTime<Utc>)>>>,
105
    /// Cache timeout duration
106
    cache_timeout: std::time::Duration,
107
}
108
109
impl ConfigManager {
110
    /// Creates a new ConfigManager with the provided service configuration.
111
    ///
112
    /// The configuration is wrapped in an Arc for efficient sharing across
113
    /// multiple threads and components within the service.
114
    ///
115
    /// # Arguments
116
    ///
117
    /// * `config` - The service configuration to manage
118
18
    pub fn new(config: ServiceConfig) -> Self {
119
18
        Self {
120
18
            config: Arc::new(config),
121
18
            asset_classification: Arc::new(RwLock::new(None)),
122
18
            cache: Arc::new(RwLock::new(HashMap::new())),
123
18
            cache_timeout: std::time::Duration::from_secs(300), // 5 minutes
124
18
        }
125
18
    }
126
127
    /// Creates a new ConfigManager with asset classification support.
128
    ///
129
    /// Initializes the manager with both service configuration and
130
    /// asset classification capabilities for comprehensive trading
131
    /// parameter management.
132
    ///
133
    /// # Arguments
134
    ///
135
    /// * `config` - The service configuration to manage
136
    /// * `asset_manager` - Pre-configured asset classification manager
137
1
    pub fn with_asset_classification(
138
1
        config: ServiceConfig,
139
1
        asset_manager: crate::asset_classification::AssetClassificationManager,
140
1
    ) -> Self {
141
1
        Self {
142
1
            config: Arc::new(config),
143
1
            asset_classification: Arc::new(RwLock::new(Some(asset_manager))),
144
1
            cache: Arc::new(RwLock::new(HashMap::new())),
145
1
            cache_timeout: std::time::Duration::from_secs(300),
146
1
        }
147
1
    }
148
149
    /// Returns a shared reference to the service configuration.
150
    ///
151
    /// Provides thread-safe access to the configuration data through Arc cloning.
152
    /// The returned Arc can be shared across threads without additional locking.
153
    ///
154
    /// # Returns
155
    ///
156
    /// An Arc containing the service configuration
157
8
    pub fn get_config(&self) -> Arc<ServiceConfig> {
158
8
        Arc::clone(&self.config)
159
8
    }
160
161
    /// Initializes asset classification with database-backed configurations.
162
    ///
163
    /// Loads asset classification configurations from the database and
164
    /// initializes the asset classification manager for dynamic symbol
165
    /// classification and trading parameter retrieval.
166
    #[cfg(feature = "postgres")]
167
    pub async fn initialize_asset_classification(
168
        &self,
169
        database_pool: sqlx::PgPool,
170
    ) -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
171
        let loader = crate::database::PostgresAssetClassificationLoader::with_pool(database_pool);
172
        let configs = loader.load_asset_configurations().await?;
173
174
        let mut manager = crate::asset_classification::AssetClassificationManager::new();
175
        manager.load_configurations(configs).await?;
176
177
        if let Ok(mut asset_classification) = self.asset_classification.write() {
178
            *asset_classification = Some(manager);
179
        }
180
181
        Ok(())
182
    }
183
184
    /// Classifies a symbol using the asset classification manager.
185
    ///
186
    /// Returns the asset class for the given symbol based on configured
187
    /// pattern matching rules and explicit mappings.
188
    ///
189
    /// # Arguments
190
    ///
191
    /// * `symbol` - The trading symbol to classify
192
    ///
193
    /// # Returns
194
    ///
195
    /// The asset class or Unknown if classification fails
196
2
    pub fn classify_symbol(&self, symbol: &str) -> crate::asset_classification::AssetClass {
197
2
        if let Ok(asset_classification) = self.asset_classification.read() {
198
2
            if let Some(
ref manager1
) = *asset_classification {
199
1
                return manager.classify_symbol(symbol);
200
1
            }
201
0
        }
202
1
        crate::asset_classification::AssetClass::Unknown
203
2
    }
204
205
    /// Gets trading parameters for a symbol.
206
    ///
207
    /// Retrieves comprehensive trading parameters including position limits,
208
    /// risk thresholds, and execution configuration for the specified symbol.
209
    ///
210
    /// # Arguments
211
    ///
212
    /// * `symbol` - The trading symbol
213
    ///
214
    /// # Returns
215
    ///
216
    /// Trading parameters if available, None otherwise
217
2
    pub fn get_trading_parameters(
218
2
        &self,
219
2
        symbol: &str,
220
2
    ) -> Option<crate::asset_classification::TradingParameters> {
221
2
        if let Ok(asset_classification) = self.asset_classification.read() {
222
2
            if let Some(
ref manager1
) = *asset_classification {
223
1
                return manager.get_trading_parameters(symbol).cloned();
224
1
            }
225
0
        }
226
1
        None
227
2
    }
228
229
    /// Gets volatility profile for a symbol.
230
    ///
231
    /// Retrieves the volatility profile including base volatility,
232
    /// stress multipliers, and jump risk characteristics.
233
    ///
234
    /// # Arguments
235
    ///
236
    /// * `symbol` - The trading symbol
237
    ///
238
    /// # Returns
239
    ///
240
    /// Volatility profile if available, None otherwise
241
1
    pub fn get_volatility_profile(
242
1
        &self,
243
1
        symbol: &str,
244
1
    ) -> Option<crate::asset_classification::VolatilityProfile> {
245
1
        if let Ok(asset_classification) = self.asset_classification.read() {
246
1
            if let Some(
ref manager0
) = *asset_classification {
247
0
                return manager.get_volatility_profile(symbol).cloned();
248
1
            }
249
0
        }
250
1
        None
251
1
    }
252
253
    /// Gets daily volatility estimate for a symbol.
254
    ///
255
    /// Calculates the daily volatility from the annual volatility
256
    /// using standard financial mathematics (annual / sqrt(252)).
257
    ///
258
    /// # Arguments
259
    ///
260
    /// * `symbol` - The trading symbol
261
    ///
262
    /// # Returns
263
    ///
264
    /// Daily volatility estimate as a decimal
265
3
    pub fn get_daily_volatility(&self, symbol: &str) -> f64 {
266
3
        if let Ok(asset_classification) = self.asset_classification.read() {
267
3
            if let Some(
ref manager1
) = *asset_classification {
268
1
                return manager.get_daily_volatility(symbol);
269
2
            }
270
0
        }
271
2
        0.05 // Default 5% daily volatility for unknown symbols
272
3
    }
273
274
    /// Gets position size recommendation for a symbol.
275
    ///
276
    /// Calculates recommended position size based on portfolio NAV
277
    /// and the symbol's configured position limits.
278
    ///
279
    /// # Arguments
280
    ///
281
    /// * `symbol` - The trading symbol
282
    /// * `portfolio_nav` - Current portfolio net asset value
283
    ///
284
    /// # Returns
285
    ///
286
    /// Recommended position size if available
287
3
    pub fn get_position_size_recommendation(
288
3
        &self,
289
3
        symbol: &str,
290
3
        portfolio_nav: rust_decimal::Decimal,
291
3
    ) -> Option<rust_decimal::Decimal> {
292
3
        if let Ok(asset_classification) = self.asset_classification.read() {
293
3
            if let Some(
ref manager1
) = *asset_classification {
294
1
                return manager.get_position_size_recommendation(symbol, portfolio_nav);
295
2
            }
296
0
        }
297
2
        None
298
3
    }
299
300
    /// Checks if trading is active for a symbol at the given time.
301
    ///
302
    /// Validates trading hours and market schedule for the symbol.
303
    ///
304
    /// # Arguments
305
    ///
306
    /// * `symbol` - The trading symbol
307
    /// * `timestamp` - The timestamp to check
308
    ///
309
    /// # Returns
310
    ///
311
    /// True if trading is active, false otherwise
312
1
    pub fn is_trading_active(&self, symbol: &str, timestamp: DateTime<Utc>) -> bool {
313
1
        if let Ok(asset_classification) = self.asset_classification.read() {
314
1
            if let Some(
ref manager0
) = *asset_classification {
315
0
                return manager.is_trading_active(symbol, timestamp);
316
1
            }
317
0
        }
318
1
        true // Default to always active if no classification available
319
1
    }
320
321
    /// Reloads asset classification configurations.
322
    ///
323
    /// Triggers a reload of asset classification configurations
324
    /// for hot-reload functionality in production environments.
325
    #[cfg(feature = "postgres")]
326
    pub async fn reload_asset_classification(
327
        &self,
328
        database_pool: sqlx::PgPool,
329
    ) -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
330
        let needs_reload = {
331
            let asset_classification = self.asset_classification.read().ok();
332
            asset_classification
333
                .as_ref()
334
                .and_then(|ac| ac.as_ref())
335
                .map(|manager| manager.needs_reload())
336
                .unwrap_or(false)
337
        }; // Lock released here
338
339
        if needs_reload {
340
            self.initialize_asset_classification(database_pool).await?;
341
        }
342
        Ok(())
343
    }
344
345
    /// Gets cached configuration value.
346
    ///
347
    /// Retrieves a cached configuration value with automatic expiration.
348
    ///
349
    /// # Arguments
350
    ///
351
    /// * `key` - Cache key
352
    ///
353
    /// # Returns
354
    ///
355
    /// Cached value if available and not expired
356
31
    pub fn get_cached_config(&self, key: &str) -> Option<serde_json::Value> {
357
31
        if let Ok(cache) = self.cache.read() {
358
31
            if let Some((
value28
, 
timestamp28
)) = cache.get(key) {
359
28
                let elapsed = Utc::now().signed_duration_since(*timestamp);
360
28
                if elapsed.to_std().unwrap_or_default() < self.cache_timeout {
361
27
                    return Some(value.clone());
362
1
                }
363
3
            }
364
0
        }
365
4
        None
366
31
    }
367
368
    /// Sets cached configuration value.
369
    ///
370
    /// Stores a configuration value in the cache with timestamp.
371
    ///
372
    /// # Arguments
373
    ///
374
    /// * `key` - Cache key
375
    /// * `value` - Value to cache
376
28
    pub fn set_cached_config(&self, key: String, value: serde_json::Value) {
377
28
        if let Ok(mut cache) = self.cache.write() {
378
28
            cache.insert(key, (value, Utc::now()));
379
28
        
}0
380
28
    }
381
382
    /// Clears expired cache entries.
383
    ///
384
    /// Removes cache entries that have exceeded the timeout duration.
385
1
    pub fn cleanup_cache(&self) {
386
1
        if let Ok(mut cache) = self.cache.write() {
387
1
            let now = Utc::now();
388
1
            cache.retain(|_, (_, timestamp)| {
389
1
                let elapsed = now.signed_duration_since(*timestamp);
390
1
                elapsed.to_std().unwrap_or_default() < self.cache_timeout
391
1
            });
392
0
        }
393
1
    }
394
}
395
396
#[cfg(test)]
397
mod tests {
398
    use super::*;
399
    use serde_json::json;
400
401
28
    fn create_test_config() -> ServiceConfig {
402
28
        ServiceConfig {
403
28
            name: "test_service".to_string(),
404
28
            environment: "test".to_string(),
405
28
            version: "1.0.0".to_string(),
406
28
            settings: json!({"test_key": "test_value"}),
407
28
        }
408
28
    }
409
410
    #[test]
411
1
    fn test_service_config_creation() {
412
1
        let config = create_test_config();
413
1
        assert_eq!(config.name, "test_service");
414
1
        assert_eq!(config.environment, "test");
415
1
        assert_eq!(config.version, "1.0.0");
416
1
    }
417
418
    #[test]
419
1
    fn test_config_manager_new() {
420
1
        let config = create_test_config();
421
1
        let manager = ConfigManager::new(config);
422
1
        let retrieved_config = manager.get_config();
423
1
        assert_eq!(retrieved_config.name, "test_service");
424
1
    }
425
426
    #[test]
427
1
    fn test_config_manager_builder() {
428
1
        let config = create_test_config();
429
1
        let manager = ConfigManagerBuilder::new(config)
430
1
            .with_cache_timeout(std::time::Duration::from_secs(60))
431
1
            .build();
432
433
1
        let retrieved_config = manager.get_config();
434
1
        assert_eq!(retrieved_config.name, "test_service");
435
1
    }
436
437
    #[test]
438
1
    fn test_config_manager_cache_set_and_get() {
439
1
        let config = create_test_config();
440
1
        let manager = ConfigManager::new(config);
441
442
1
        let test_value = json!({"cached": "data"});
443
1
        manager.set_cached_config("test_key".to_string(), test_value.clone());
444
445
1
        let retrieved = manager.get_cached_config("test_key");
446
1
        assert!(retrieved.is_some());
447
1
        assert_eq!(retrieved.unwrap(), test_value);
448
1
    }
449
450
    #[test]
451
1
    fn test_config_manager_cache_miss() {
452
1
        let config = create_test_config();
453
1
        let manager = ConfigManager::new(config);
454
455
1
        let retrieved = manager.get_cached_config("nonexistent_key");
456
1
        assert!(retrieved.is_none());
457
1
    }
458
459
    #[test]
460
1
    fn test_config_manager_cleanup_cache() {
461
1
        let config = create_test_config();
462
1
        let manager = ConfigManager::new(config);
463
464
1
        let test_value = json!({"cached": "data"});
465
1
        manager.set_cached_config("test_key".to_string(), test_value);
466
467
1
        manager.cleanup_cache();
468
469
        // Cache entry should still exist since it was just created
470
1
        let retrieved = manager.get_cached_config("test_key");
471
1
        assert!(retrieved.is_some());
472
1
    }
473
474
    #[test]
475
1
    fn test_config_manager_classify_symbol_without_asset_manager() {
476
1
        let config = create_test_config();
477
1
        let manager = ConfigManager::new(config);
478
479
1
        let asset_class = manager.classify_symbol("AAPL");
480
1
        assert_eq!(
481
            asset_class,
482
            crate::asset_classification::AssetClass::Unknown
483
        );
484
1
    }
485
486
    #[test]
487
1
    fn test_config_manager_get_daily_volatility_default() {
488
1
        let config = create_test_config();
489
1
        let manager = ConfigManager::new(config);
490
491
1
        let volatility = manager.get_daily_volatility("AAPL");
492
1
        assert_eq!(volatility, 0.05); // Default value
493
1
    }
494
495
    #[test]
496
1
    fn test_config_manager_is_trading_active_default() {
497
1
        let config = create_test_config();
498
1
        let manager = ConfigManager::new(config);
499
500
1
        let now = chrono::Utc::now();
501
1
        let is_active = manager.is_trading_active("AAPL", now);
502
1
        assert!(is_active); // Default to always active
503
1
    }
504
505
    #[test]
506
1
    fn test_config_manager_get_trading_parameters_none() {
507
1
        let config = create_test_config();
508
1
        let manager = ConfigManager::new(config);
509
510
1
        let params = manager.get_trading_parameters("AAPL");
511
1
        assert!(params.is_none());
512
1
    }
513
514
    #[test]
515
1
    fn test_config_manager_get_volatility_profile_none() {
516
1
        let config = create_test_config();
517
1
        let manager = ConfigManager::new(config);
518
519
1
        let profile = manager.get_volatility_profile("AAPL");
520
1
        assert!(profile.is_none());
521
1
    }
522
523
    #[test]
524
1
    fn test_config_manager_get_position_size_recommendation_none() {
525
1
        let config = create_test_config();
526
1
        let manager = ConfigManager::new(config);
527
528
1
        let recommendation =
529
1
            manager.get_position_size_recommendation("AAPL", rust_decimal::Decimal::new(100000, 0));
530
1
        assert!(recommendation.is_none());
531
1
    }
532
533
    #[test]
534
1
    fn test_config_manager_with_asset_classification() {
535
1
        let config = create_test_config();
536
1
        let asset_manager = crate::asset_classification::AssetClassificationManager::new();
537
1
        let manager = ConfigManager::with_asset_classification(config, asset_manager);
538
539
1
        let retrieved_config = manager.get_config();
540
1
        assert_eq!(retrieved_config.name, "test_service");
541
1
    }
542
543
    #[test]
544
1
    fn test_builder_with_asset_classification() {
545
1
        let config = create_test_config();
546
1
        let asset_manager = crate::asset_classification::AssetClassificationManager::new();
547
548
1
        let manager = ConfigManagerBuilder::new(config)
549
1
            .with_asset_classification(asset_manager)
550
1
            .build();
551
552
1
        let retrieved_config = manager.get_config();
553
1
        assert_eq!(retrieved_config.name, "test_service");
554
1
    }
555
556
    #[test]
557
1
    fn test_service_config_serialization() {
558
1
        let config = create_test_config();
559
1
        let serialized = serde_json::to_string(&config).unwrap();
560
1
        let deserialized: ServiceConfig = serde_json::from_str(&serialized).unwrap();
561
562
1
        assert_eq!(config.name, deserialized.name);
563
1
        assert_eq!(config.environment, deserialized.environment);
564
1
        assert_eq!(config.version, deserialized.version);
565
1
    }
566
567
    #[test]
568
1
    fn test_config_manager_multiple_cache_entries() {
569
1
        let config = create_test_config();
570
1
        let manager = ConfigManager::new(config);
571
572
11
        for 
i10
 in 0..10 {
573
10
            manager.set_cached_config(format!("key_{}", i), json!({"value": i}));
574
10
        }
575
576
11
        for 
i10
 in 0..10 {
577
10
            let retrieved = manager.get_cached_config(&format!("key_{}", i));
578
10
            assert!(retrieved.is_some());
579
        }
580
1
    }
581
582
    #[test]
583
1
    fn test_config_manager_cache_overwrite() {
584
1
        let config = create_test_config();
585
1
        let manager = ConfigManager::new(config);
586
587
1
        manager.set_cached_config("key".to_string(), json!({"value": 1}));
588
1
        manager.set_cached_config("key".to_string(), json!({"value": 2}));
589
590
1
        let retrieved = manager.get_cached_config("key");
591
1
        assert_eq!(retrieved.unwrap(), json!({"value": 2}));
592
1
    }
593
594
    #[test]
595
1
    fn test_builder_custom_cache_timeout() {
596
1
        let config = create_test_config();
597
1
        let custom_timeout = std::time::Duration::from_secs(120);
598
599
1
        let manager = ConfigManagerBuilder::new(config)
600
1
            .with_cache_timeout(custom_timeout)
601
1
            .build();
602
603
        // Cache timeout is set internally
604
1
        let retrieved_config = manager.get_config();
605
1
        assert_eq!(retrieved_config.name, "test_service");
606
1
    }
607
608
    #[test]
609
1
    fn test_config_manager_shared_config() {
610
1
        let config = create_test_config();
611
1
        let manager = ConfigManager::new(config);
612
613
1
        let config1 = manager.get_config();
614
1
        let config2 = manager.get_config();
615
616
        // Both should point to the same Arc
617
1
        assert_eq!(config1.name, config2.name);
618
1
    }
619
620
    #[test]
621
1
    fn test_service_config_clone() {
622
1
        let config1 = create_test_config();
623
1
        let config2 = config1.clone();
624
625
1
        assert_eq!(config1.name, config2.name);
626
1
        assert_eq!(config1.environment, config2.environment);
627
1
        assert_eq!(config1.version, config2.version);
628
1
    }
629
630
    #[test]
631
1
    fn test_config_manager_cache_timeout_configuration() {
632
1
        let config = create_test_config();
633
1
        let custom_timeout = std::time::Duration::from_millis(10);
634
1
        let manager = ConfigManagerBuilder::new(config)
635
1
            .with_cache_timeout(custom_timeout)
636
1
            .build();
637
638
        // Cache timeout is configured internally
639
1
        assert_eq!(manager.cache_timeout, custom_timeout);
640
641
        // Test that cache still works normally
642
1
        manager.set_cached_config("test_key".to_string(), json!({"value": 42}));
643
1
        assert!(manager.get_cached_config("test_key").is_some());
644
1
    }
645
646
    #[test]
647
1
    fn test_config_manager_concurrent_access() {
648
        use std::sync::Arc;
649
        use std::thread;
650
651
1
        let config = create_test_config();
652
1
        let manager = Arc::new(ConfigManager::new(config));
653
654
1
        let mut handles = vec![];
655
656
11
        for 
i10
 in 0..10 {
657
10
            let manager_clone = Arc::clone(&manager);
658
10
            let handle = thread::spawn(move || {
659
10
                manager_clone
660
10
                    .set_cached_config(format!("concurrent_key_{}", i), json!({"thread_id": i}));
661
10
                manager_clone.get_cached_config(&format!("concurrent_key_{}", i))
662
10
            });
663
10
            handles.push(handle);
664
        }
665
666
11
        for 
handle10
 in handles {
667
10
            assert!(handle.join().unwrap().is_some());
668
        }
669
1
    }
670
671
    #[test]
672
1
    fn test_config_manager_daily_volatility_fallback() {
673
1
        let config = create_test_config();
674
1
        let manager = ConfigManager::new(config);
675
676
        // Should return default 5% for unknown symbols
677
1
        let vol = manager.get_daily_volatility("UNKNOWN_SYMBOL");
678
1
        assert_eq!(vol, 0.05);
679
1
    }
680
681
    #[test]
682
1
    fn test_config_manager_position_size_none() {
683
1
        let config = create_test_config();
684
1
        let manager = ConfigManager::new(config);
685
686
        // Should return None without asset classification
687
1
        let size =
688
1
            manager.get_position_size_recommendation("AAPL", rust_decimal::Decimal::new(100000, 0));
689
1
        assert!(size.is_none());
690
1
    }
691
692
    #[test]
693
1
    fn test_service_config_validation() {
694
1
        let mut config = create_test_config();
695
696
        // Valid config
697
1
        assert!(!config.name.is_empty());
698
1
        assert!(!config.environment.is_empty());
699
700
        // Test with empty name
701
1
        config.name = String::new();
702
1
        assert!(config.name.is_empty());
703
1
    }
704
705
    #[test]
706
1
    fn test_config_manager_cache_clear() {
707
1
        let config = create_test_config();
708
1
        let manager = ConfigManager::new(config);
709
710
        // Add some cache entries
711
1
        manager.set_cached_config("key1".to_string(), json!({"value": 1}));
712
1
        manager.set_cached_config("key2".to_string(), json!({"value": 2}));
713
714
1
        assert!(manager.get_cached_config("key1").is_some());
715
1
        assert!(manager.get_cached_config("key2").is_some());
716
717
        // Manual clear
718
1
        if let Ok(mut cache) = manager.cache.write() {
719
1
            cache.clear();
720
1
        
}0
721
722
1
        assert!(manager.get_cached_config("key1").is_none());
723
1
        assert!(manager.get_cached_config("key2").is_none());
724
1
    }
725
726
    #[test]
727
1
    fn test_builder_default_values() {
728
1
        let config = create_test_config();
729
1
        let manager = ConfigManagerBuilder::new(config.clone()).build();
730
731
1
        let retrieved = manager.get_config();
732
1
        assert_eq!(retrieved.name, config.name);
733
1
        assert_eq!(retrieved.environment, config.environment);
734
1
    }
735
736
    #[test]
737
1
    fn test_config_manager_arc_cloning() {
738
1
        let config = create_test_config();
739
1
        let manager = ConfigManager::new(config);
740
741
1
        let config1 = Arc::clone(&manager.config);
742
1
        let config2 = Arc::clone(&manager.config);
743
744
1
        assert_eq!(config1.name, config2.name);
745
1
        assert_eq!(Arc::strong_count(&manager.config), 3); // Original + 2 clones
746
1
    }
747
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/ml_config.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/ml_config.rs.html
deleted file mode 100644
index 4c2bda200..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/ml_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/ml_config.rs
Line
Count
Source
1
//! Machine learning configuration
2
3
use serde::{Deserialize, Serialize};
4
use std::collections::HashMap;
5
6
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
7
pub struct MLConfig {
8
    pub model_config: ModelArchitectureConfig,
9
    pub training_config: TrainingConfig,
10
    pub simulation_config: SimulationConfig,
11
}
12
13
/// Configuration for market data simulation and stress testing
14
#[derive(Debug, Clone, Serialize, Deserialize)]
15
pub struct SimulationConfig {
16
    /// Initial market state with configurable symbol prices
17
    pub initial_market_state: MarketState,
18
    /// Simulation parameters
19
    pub parameters: SimulationParameters,
20
    /// Test symbol configuration for generic testing
21
    pub test_symbols: TestSymbolConfig,
22
}
23
24
/// Initial market state configuration
25
#[derive(Debug, Clone, Serialize, Deserialize)]
26
pub struct MarketState {
27
    /// Symbol-specific initial prices and configuration
28
    pub symbols: HashMap<String, SymbolConfig>,
29
    /// Default configuration for unlisted symbols
30
    pub default_symbol: SymbolConfig,
31
}
32
33
/// Configuration for individual symbols
34
#[derive(Debug, Clone, Serialize, Deserialize)]
35
pub struct SymbolConfig {
36
    /// Initial price for the symbol
37
    pub initial_price: f64,
38
    /// Base volatility for the symbol
39
    pub volatility: f64,
40
    /// Base trading volume
41
    pub base_volume: f64,
42
    /// Minimum spread in basis points
43
    pub min_spread_bps: f64,
44
    /// Maximum spread in basis points
45
    pub max_spread_bps: f64,
46
    /// Market capitalization tier (affects behavior)
47
    pub market_cap_tier: MarketCapTier,
48
}
49
50
/// Market capitalization tiers for different symbol behaviors
51
#[derive(Debug, Clone, Serialize, Deserialize)]
52
pub enum MarketCapTier {
53
    /// Large cap stocks (>$10B)
54
    LargeCap,
55
    /// Mid cap stocks ($2B-$10B)
56
    MidCap,
57
    /// Small cap stocks (<$2B)
58
    SmallCap,
59
    /// Generic test symbol
60
    Test,
61
}
62
63
/// Simulation parameters
64
#[derive(Debug, Clone, Serialize, Deserialize)]
65
pub struct SimulationParameters {
66
    /// Update rate in Hz
67
    pub update_rate_hz: u32,
68
    /// Base market volatility
69
    pub base_volatility: f64,
70
    /// Market trend direction (-1.0 to 1.0)
71
    pub trend: f64,
72
    /// Enable realistic market microstructure
73
    pub enable_microstructure: bool,
74
    /// Enable correlated movements between symbols
75
    pub enable_correlation: bool,
76
}
77
78
/// Test symbol configuration for generic testing
79
#[derive(Debug, Clone, Serialize, Deserialize)]
80
pub struct TestSymbolConfig {
81
    /// Prefix for test symbols (e.g., "TEST")
82
    pub symbol_prefix: String,
83
    /// Number of test symbols to generate
84
    pub count: usize,
85
    /// Price range for test symbols
86
    pub price_range: (f64, f64),
87
    /// Volume range for test symbols
88
    pub volume_range: (f64, f64),
89
}
90
91
/// Default simulation configuration
92
impl Default for SimulationConfig {
93
0
    fn default() -> Self {
94
0
        let mut symbols = HashMap::new();
95
96
        // Production-ready major symbols with realistic configurations
97
0
        symbols.insert(
98
0
            "AAPL".to_string(),
99
0
            SymbolConfig {
100
0
                initial_price: 150.0,
101
0
                volatility: 0.25,
102
0
                base_volume: 50000000.0,
103
0
                min_spread_bps: 1.0,
104
0
                max_spread_bps: 5.0,
105
0
                market_cap_tier: MarketCapTier::LargeCap,
106
0
            },
107
        );
108
109
0
        symbols.insert(
110
0
            "MSFT".to_string(),
111
0
            SymbolConfig {
112
0
                initial_price: 300.0,
113
0
                volatility: 0.22,
114
0
                base_volume: 30000000.0,
115
0
                min_spread_bps: 1.0,
116
0
                max_spread_bps: 5.0,
117
0
                market_cap_tier: MarketCapTier::LargeCap,
118
0
            },
119
        );
120
121
0
        symbols.insert(
122
0
            "GOOGL".to_string(),
123
0
            SymbolConfig {
124
0
                initial_price: 2500.0,
125
0
                volatility: 0.28,
126
0
                base_volume: 20000000.0,
127
0
                min_spread_bps: 2.0,
128
0
                max_spread_bps: 8.0,
129
0
                market_cap_tier: MarketCapTier::LargeCap,
130
0
            },
131
        );
132
133
0
        symbols.insert(
134
0
            "TSLA".to_string(),
135
0
            SymbolConfig {
136
0
                initial_price: 800.0,
137
0
                volatility: 0.45,
138
0
                base_volume: 80000000.0,
139
0
                min_spread_bps: 2.0,
140
0
                max_spread_bps: 10.0,
141
0
                market_cap_tier: MarketCapTier::LargeCap,
142
0
            },
143
        );
144
145
0
        symbols.insert(
146
0
            "AMZN".to_string(),
147
0
            SymbolConfig {
148
0
                initial_price: 3200.0,
149
0
                volatility: 0.30,
150
0
                base_volume: 25000000.0,
151
0
                min_spread_bps: 2.0,
152
0
                max_spread_bps: 8.0,
153
0
                market_cap_tier: MarketCapTier::LargeCap,
154
0
            },
155
        );
156
157
0
        symbols.insert(
158
0
            "NVDA".to_string(),
159
0
            SymbolConfig {
160
0
                initial_price: 500.0,
161
0
                volatility: 0.40,
162
0
                base_volume: 40000000.0,
163
0
                min_spread_bps: 2.0,
164
0
                max_spread_bps: 8.0,
165
0
                market_cap_tier: MarketCapTier::LargeCap,
166
0
            },
167
        );
168
169
0
        Self {
170
0
            initial_market_state: MarketState {
171
0
                symbols,
172
0
                default_symbol: SymbolConfig {
173
0
                    initial_price: 100.0,
174
0
                    volatility: 0.30,
175
0
                    base_volume: 1000000.0,
176
0
                    min_spread_bps: 5.0,
177
0
                    max_spread_bps: 20.0,
178
0
                    market_cap_tier: MarketCapTier::Test,
179
0
                },
180
0
            },
181
0
            parameters: SimulationParameters {
182
0
                update_rate_hz: 1000,
183
0
                base_volatility: 0.02,
184
0
                trend: 0.0,
185
0
                enable_microstructure: true,
186
0
                enable_correlation: false,
187
0
            },
188
0
            test_symbols: TestSymbolConfig {
189
0
                symbol_prefix: "TEST".to_string(),
190
0
                count: 10,
191
0
                price_range: (50.0, 500.0),
192
0
                volume_range: (100000.0, 10000000.0),
193
0
            },
194
0
        }
195
0
    }
196
}
197
198
#[derive(Debug, Clone, Serialize, Deserialize)]
199
pub struct ModelArchitectureConfig {
200
    pub model_type: String,
201
    pub hidden_dims: Vec<usize>,
202
    pub dropout_rate: f64,
203
    pub activation: String,
204
}
205
206
impl Default for ModelArchitectureConfig {
207
0
    fn default() -> Self {
208
0
        Self {
209
0
            model_type: "transformer".to_string(),
210
0
            hidden_dims: vec![256, 128, 64],
211
0
            dropout_rate: 0.1,
212
0
            activation: "relu".to_string(),
213
0
        }
214
0
    }
215
}
216
217
#[derive(Debug, Clone, Serialize, Deserialize)]
218
pub struct TrainingConfig {
219
    pub batch_size: usize,
220
    pub learning_rate: f64,
221
    pub epochs: u32,
222
    pub early_stopping_patience: u32,
223
}
224
225
impl Default for TrainingConfig {
226
0
    fn default() -> Self {
227
0
        Self {
228
0
            batch_size: 32,
229
0
            learning_rate: 0.001,
230
0
            epochs: 100,
231
0
            early_stopping_patience: 10,
232
0
        }
233
0
    }
234
}
235
236
#[derive(Debug, Clone, Serialize, Deserialize)]
237
pub struct Mamba2Config {
238
    pub d_model: usize,
239
    pub d_state: usize,
240
    pub d_conv: usize,
241
    pub expand: usize,
242
    pub dt_rank: Option<usize>,
243
    pub dt_min: f64,
244
    pub dt_max: f64,
245
    pub dt_init: String,
246
    pub dt_scale: f64,
247
    pub dt_init_floor: f64,
248
    pub conv_bias: bool,
249
    pub bias: bool,
250
    pub use_fast_path: bool,
251
    pub layer_idx: Option<usize>,
252
    pub device: Option<String>,
253
    pub dtype: Option<String>,
254
    pub d_head: usize,
255
    pub num_heads: usize,
256
    pub num_layers: usize,
257
    pub target_latency_us: u64,
258
    pub hardware_aware: bool,
259
    pub use_ssd: bool,
260
    pub use_selective_state: bool,
261
    pub max_seq_len: usize,
262
    pub batch_size: usize,
263
    pub seq_len: usize,
264
    pub dropout: f64,
265
}
266
267
impl Default for Mamba2Config {
268
0
    fn default() -> Self {
269
0
        Self {
270
0
            d_model: 768,
271
0
            d_state: 128,
272
0
            d_conv: 4,
273
0
            expand: 2,
274
0
            dt_rank: None, // Auto-calculated as ceil(d_model / 16)
275
0
            dt_min: 0.001,
276
0
            dt_max: 0.1,
277
0
            dt_init: "random".to_string(),
278
0
            dt_scale: 1.0,
279
0
            dt_init_floor: 1e-4,
280
0
            conv_bias: true,
281
0
            bias: false,
282
0
            use_fast_path: true,
283
0
            layer_idx: None,
284
0
            device: None,
285
0
            dtype: None,
286
0
            d_head: 32,
287
0
            num_heads: 8,
288
0
            num_layers: 4,
289
0
            target_latency_us: 3,
290
0
            hardware_aware: true,
291
0
            use_ssd: true,
292
0
            use_selective_state: true,
293
0
            max_seq_len: 1024,
294
0
            batch_size: 1,
295
0
            seq_len: 256,
296
0
            dropout: 0.0,
297
0
        }
298
0
    }
299
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/risk_config.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/risk_config.rs.html
deleted file mode 100644
index 5d2bd8b60..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/risk_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/risk_config.rs
Line
Count
Source
1
//! Risk management configuration structures
2
//!
3
//! Provides configuration types for risk management components including
4
//! stress testing scenarios, asset class definitions, and market shock parameters.
5
6
use serde::{Deserialize, Serialize};
7
use std::collections::HashMap;
8
9
/// Configuration for stress testing scenarios
10
///
11
/// Defines how stress scenarios are configured and applied to portfolios.
12
/// Supports both individual instrument shocks and asset class-based shocks
13
/// for more flexible and maintainable stress testing.
14
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq)]
15
pub struct StressScenarioConfig {
16
    /// Unique identifier for this stress test scenario
17
    pub id: String,
18
    /// Human-readable name describing the scenario
19
    pub name: String,
20
    /// Description of the stress scenario and its historical context
21
    pub description: String,
22
    /// Individual instrument-specific shocks (symbol -> shock percentage)
23
    pub instrument_shocks: HashMap<String, f64>,
24
    /// Asset class-based shocks that apply to all instruments in a class
25
    pub asset_class_shocks: HashMap<AssetClass, f64>,
26
    /// Global volatility multiplier to apply across all instruments
27
    pub volatility_multiplier: f64,
28
    /// Asset class-specific volatility multipliers
29
    pub volatility_multipliers: HashMap<AssetClass, f64>,
30
    /// Correlation adjustments between asset classes
31
    pub correlation_adjustments: HashMap<String, f64>,
32
    /// Liquidity haircuts to apply per asset class
33
    pub liquidity_haircuts: HashMap<AssetClass, f64>,
34
    /// Whether this scenario is active and available for use
35
    pub is_active: bool,
36
}
37
38
/// Asset class definitions for grouping instruments
39
///
40
/// Provides a hierarchical way to apply stress shocks to groups
41
/// of related instruments rather than hardcoding individual symbols.
42
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
43
pub enum AssetClass {
44
    /// Large-cap US equities (S&P 500 companies)
45
    LargeCapEquity,
46
    /// Small-cap US equities
47
    SmallCapEquity,
48
    /// Technology sector equities
49
    Technology,
50
    /// Financial sector equities
51
    Financials,
52
    /// Healthcare sector equities
53
    Healthcare,
54
    /// Energy sector equities
55
    Energy,
56
    /// Consumer discretionary equities
57
    ConsumerDiscretionary,
58
    /// Consumer staples equities
59
    ConsumerStaples,
60
    /// Industrial sector equities
61
    Industrials,
62
    /// Materials sector equities
63
    Materials,
64
    /// Real estate sector equities
65
    RealEstate,
66
    /// Utilities sector equities
67
    Utilities,
68
    /// Communication services sector equities
69
    CommunicationServices,
70
    /// US Treasury bonds
71
    USBonds,
72
    /// Corporate bonds
73
    CorporateBonds,
74
    /// High-yield bonds
75
    HighYieldBonds,
76
    /// International developed market equities
77
    InternationalEquity,
78
    /// Emerging market equities
79
    EmergingMarkets,
80
    /// Commodities
81
    Commodities,
82
    /// Foreign exchange
83
    ForeignExchange,
84
    /// Cryptocurrencies
85
    Crypto,
86
    /// Alternative investments
87
    Alternatives,
88
}
89
90
/// Asset class mapping configuration
91
///
92
/// Maps individual instrument symbols to their asset classes for
93
/// applying class-based stress shocks and risk calculations.
94
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq)]
95
pub struct AssetClassMapping {
96
    /// Symbol to asset class mappings
97
    pub mappings: HashMap<String, AssetClass>,
98
    /// Default asset class for unmapped symbols
99
    pub default_class: AssetClass,
100
}
101
102
/// Complete risk configuration containing all risk-related settings
103
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq)]
104
pub struct RiskConfig {
105
    /// Available stress test scenarios
106
    pub stress_scenarios: Vec<StressScenarioConfig>,
107
    /// Asset class mappings for instruments
108
    pub asset_class_mapping: AssetClassMapping,
109
    /// Default volatility settings
110
    pub default_volatility_multiplier: f64,
111
    /// Maximum allowed portfolio loss percentage
112
    pub max_portfolio_loss_pct: f64,
113
    /// VaR confidence level (e.g., 0.95 for 95% confidence)
114
    pub var_confidence_level: f64,
115
    /// Time horizon for VaR calculations in days
116
    pub var_time_horizon_days: u32,
117
}
118
119
impl Default for RiskConfig {
120
0
    fn default() -> Self {
121
0
        Self {
122
0
            stress_scenarios: create_default_stress_scenarios(),
123
0
            asset_class_mapping: create_default_asset_class_mapping(),
124
0
            default_volatility_multiplier: 1.0,
125
0
            max_portfolio_loss_pct: 20.0,
126
0
            var_confidence_level: 0.95,
127
0
            var_time_horizon_days: 1,
128
0
        }
129
0
    }
130
}
131
132
impl StressScenarioConfig {
133
    /// Get the effective shock for a given instrument symbol
134
    ///
135
    /// Returns the instrument-specific shock if available, otherwise
136
    /// returns the asset class shock based on the symbol's asset class mapping.
137
3
    pub fn get_shock_for_symbol(
138
3
        &self,
139
3
        symbol: &str,
140
3
        asset_mapping: &AssetClassMapping,
141
3
    ) -> Option<f64> {
142
        // First check for instrument-specific shock
143
3
        if let Some(
shock1
) = self.instrument_shocks.get(symbol) {
144
1
            return Some(*shock);
145
2
        }
146
147
        // Then check for asset class shock
148
2
        if let Some(
asset_class1
) = asset_mapping.mappings.get(symbol) {
149
1
            return self.asset_class_shocks.get(asset_class).copied();
150
1
        }
151
152
        // Fall back to default asset class shock
153
1
        self.asset_class_shocks
154
1
            .get(&asset_mapping.default_class)
155
1
            .copied()
156
3
    }
157
158
    /// Get volatility multiplier for a given instrument symbol
159
0
    pub fn get_volatility_multiplier_for_symbol(
160
0
        &self,
161
0
        symbol: &str,
162
0
        asset_mapping: &AssetClassMapping,
163
0
    ) -> f64 {
164
        // Check for asset class-specific volatility multiplier
165
0
        if let Some(asset_class) = asset_mapping.mappings.get(symbol) {
166
0
            if let Some(multiplier) = self.volatility_multipliers.get(asset_class) {
167
0
                return *multiplier;
168
0
            }
169
0
        }
170
171
        // Fall back to default asset class
172
0
        if let Some(multiplier) = self
173
0
            .volatility_multipliers
174
0
            .get(&asset_mapping.default_class)
175
        {
176
0
            return *multiplier;
177
0
        }
178
179
        // Fall back to global multiplier
180
0
        self.volatility_multiplier
181
0
    }
182
}
183
184
/// Create default stress test scenarios based on historical events
185
0
fn create_default_stress_scenarios() -> Vec<StressScenarioConfig> {
186
0
    vec![
187
0
        StressScenarioConfig {
188
0
            id: "market_crash_2008".to_string(),
189
0
            name: "2008 Financial Crisis".to_string(),
190
0
            description: "Simulates the market conditions during the 2008 financial crisis with severe equity declines and financial sector stress".to_string(),
191
0
            instrument_shocks: HashMap::new(),
192
0
            asset_class_shocks: {
193
0
                let mut shocks = HashMap::new();
194
0
                shocks.insert(AssetClass::LargeCapEquity, -37.0);
195
0
                shocks.insert(AssetClass::SmallCapEquity, -45.0);
196
0
                shocks.insert(AssetClass::Financials, -55.0);
197
0
                shocks.insert(AssetClass::Technology, -40.0);
198
0
                shocks.insert(AssetClass::RealEstate, -60.0);
199
0
                shocks.insert(AssetClass::EmergingMarkets, -50.0);
200
0
                shocks.insert(AssetClass::HighYieldBonds, -25.0);
201
0
                shocks
202
0
            },
203
0
            volatility_multiplier: 2.5,
204
0
            volatility_multipliers: HashMap::new(),
205
0
            correlation_adjustments: HashMap::new(),
206
0
            liquidity_haircuts: {
207
0
                let mut haircuts = HashMap::new();
208
0
                haircuts.insert(AssetClass::SmallCapEquity, 0.15);
209
0
                haircuts.insert(AssetClass::EmergingMarkets, 0.20);
210
0
                haircuts.insert(AssetClass::HighYieldBonds, 0.10);
211
0
                haircuts
212
0
            },
213
0
            is_active: true,
214
0
        },
215
0
        StressScenarioConfig {
216
0
            id: "covid_crash_2020".to_string(),
217
0
            name: "COVID-19 Market Crash".to_string(),
218
0
            description: "Simulates the market crash of March 2020 due to COVID-19 pandemic with broad-based equity declines".to_string(),
219
0
            instrument_shocks: HashMap::new(),
220
0
            asset_class_shocks: {
221
0
                let mut shocks = HashMap::new();
222
0
                shocks.insert(AssetClass::LargeCapEquity, -34.0);
223
0
                shocks.insert(AssetClass::SmallCapEquity, -40.0);
224
0
                shocks.insert(AssetClass::Energy, -50.0);
225
0
                shocks.insert(AssetClass::Financials, -45.0);
226
0
                shocks.insert(AssetClass::RealEstate, -35.0);
227
0
                shocks.insert(AssetClass::Technology, -25.0);
228
0
                shocks.insert(AssetClass::EmergingMarkets, -45.0);
229
0
                shocks
230
0
            },
231
0
            volatility_multiplier: 3.0,
232
0
            volatility_multipliers: HashMap::new(),
233
0
            correlation_adjustments: HashMap::new(),
234
0
            liquidity_haircuts: HashMap::new(),
235
0
            is_active: true,
236
0
        },
237
0
        StressScenarioConfig {
238
0
            id: "flash_crash_2010".to_string(),
239
0
            name: "Flash Crash 2010".to_string(),
240
0
            description: "Simulates the May 6, 2010 flash crash with rapid market decline and liquidity issues".to_string(),
241
0
            instrument_shocks: HashMap::new(),
242
0
            asset_class_shocks: {
243
0
                let mut shocks = HashMap::new();
244
0
                shocks.insert(AssetClass::LargeCapEquity, -9.0);
245
0
                shocks.insert(AssetClass::SmallCapEquity, -15.0);
246
0
                shocks.insert(AssetClass::Technology, -12.0);
247
0
                shocks
248
0
            },
249
0
            volatility_multiplier: 5.0,
250
0
            volatility_multipliers: HashMap::new(),
251
0
            correlation_adjustments: HashMap::new(),
252
0
            liquidity_haircuts: {
253
0
                let mut haircuts = HashMap::new();
254
0
                haircuts.insert(AssetClass::LargeCapEquity, 0.05);
255
0
                haircuts.insert(AssetClass::SmallCapEquity, 0.20);
256
0
                haircuts.insert(AssetClass::Technology, 0.10);
257
0
                haircuts
258
0
            },
259
0
            is_active: true,
260
0
        },
261
0
        StressScenarioConfig {
262
0
            id: "volatility_spike".to_string(),
263
0
            name: "Volatility Spike".to_string(),
264
0
            description: "Simulates a sudden spike in market volatility without significant price moves".to_string(),
265
0
            instrument_shocks: HashMap::new(),
266
0
            asset_class_shocks: HashMap::new(),
267
0
            volatility_multiplier: 3.0,
268
0
            volatility_multipliers: {
269
0
                let mut multipliers = HashMap::new();
270
0
                multipliers.insert(AssetClass::SmallCapEquity, 4.0);
271
0
                multipliers.insert(AssetClass::EmergingMarkets, 3.5);
272
0
                multipliers.insert(AssetClass::HighYieldBonds, 2.5);
273
0
                multipliers
274
0
            },
275
0
            correlation_adjustments: HashMap::new(),
276
0
            liquidity_haircuts: HashMap::new(),
277
0
            is_active: true,
278
0
        },
279
0
        StressScenarioConfig {
280
0
            id: "interest_rate_shock".to_string(),
281
0
            name: "Interest Rate Shock".to_string(),
282
0
            description: "Simulates a sudden rise in interest rates affecting bonds and rate-sensitive sectors".to_string(),
283
0
            instrument_shocks: HashMap::new(),
284
0
            asset_class_shocks: {
285
0
                let mut shocks = HashMap::new();
286
0
                shocks.insert(AssetClass::USBonds, -8.0);
287
0
                shocks.insert(AssetClass::CorporateBonds, -12.0);
288
0
                shocks.insert(AssetClass::RealEstate, -15.0);
289
0
                shocks.insert(AssetClass::Utilities, -10.0);
290
0
                shocks.insert(AssetClass::Financials, 5.0); // Banks benefit from higher rates
291
0
                shocks
292
0
            },
293
0
            volatility_multiplier: 1.5,
294
0
            volatility_multipliers: HashMap::new(),
295
0
            correlation_adjustments: HashMap::new(),
296
0
            liquidity_haircuts: HashMap::new(),
297
0
            is_active: true,
298
0
        },
299
    ]
300
0
}
301
302
/// Create default asset class mapping for common symbols
303
2
fn create_default_asset_class_mapping() -> AssetClassMapping {
304
2
    let mut mappings = HashMap::new();
305
306
    // Large Cap Technology
307
2
    mappings.insert("AAPL".to_string(), AssetClass::Technology);
308
2
    mappings.insert("MSFT".to_string(), AssetClass::Technology);
309
2
    mappings.insert("GOOGL".to_string(), AssetClass::Technology);
310
2
    mappings.insert("GOOG".to_string(), AssetClass::Technology);
311
2
    mappings.insert("AMZN".to_string(), AssetClass::Technology);
312
2
    mappings.insert("META".to_string(), AssetClass::Technology);
313
2
    mappings.insert("TSLA".to_string(), AssetClass::Technology);
314
2
    mappings.insert("NVDA".to_string(), AssetClass::Technology);
315
316
    // Large Cap Financials
317
2
    mappings.insert("JPM".to_string(), AssetClass::Financials);
318
2
    mappings.insert("BAC".to_string(), AssetClass::Financials);
319
2
    mappings.insert("WFC".to_string(), AssetClass::Financials);
320
2
    mappings.insert("GS".to_string(), AssetClass::Financials);
321
2
    mappings.insert("MS".to_string(), AssetClass::Financials);
322
323
    // ETFs
324
2
    mappings.insert("SPY".to_string(), AssetClass::LargeCapEquity);
325
2
    mappings.insert("QQQ".to_string(), AssetClass::Technology);
326
2
    mappings.insert("IWM".to_string(), AssetClass::SmallCapEquity);
327
2
    mappings.insert("VTI".to_string(), AssetClass::LargeCapEquity);
328
2
    mappings.insert("EEM".to_string(), AssetClass::EmergingMarkets);
329
2
    mappings.insert("VEA".to_string(), AssetClass::InternationalEquity);
330
2
    mappings.insert("TLT".to_string(), AssetClass::USBonds);
331
2
    mappings.insert("HYG".to_string(), AssetClass::HighYieldBonds);
332
333
    // Healthcare
334
2
    mappings.insert("JNJ".to_string(), AssetClass::Healthcare);
335
2
    mappings.insert("PFE".to_string(), AssetClass::Healthcare);
336
2
    mappings.insert("UNH".to_string(), AssetClass::Healthcare);
337
338
    // Energy
339
2
    mappings.insert("XOM".to_string(), AssetClass::Energy);
340
2
    mappings.insert("CVX".to_string(), AssetClass::Energy);
341
342
2
    AssetClassMapping {
343
2
        mappings,
344
2
        default_class: AssetClass::LargeCapEquity,
345
2
    }
346
2
}
347
348
#[cfg(test)]
349
mod tests {
350
    use super::*;
351
352
    #[test]
353
1
    fn test_stress_scenario_config_creation() {
354
1
        let config = StressScenarioConfig {
355
1
            id: "test".to_string(),
356
1
            name: "Test Scenario".to_string(),
357
1
            description: "Test description".to_string(),
358
1
            instrument_shocks: HashMap::new(),
359
1
            asset_class_shocks: {
360
1
                let mut shocks = HashMap::new();
361
1
                shocks.insert(AssetClass::Technology, -10.0);
362
1
                shocks
363
1
            },
364
1
            volatility_multiplier: 2.0,
365
1
            volatility_multipliers: HashMap::new(),
366
1
            correlation_adjustments: HashMap::new(),
367
1
            liquidity_haircuts: HashMap::new(),
368
1
            is_active: true,
369
1
        };
370
371
1
        assert_eq!(config.id, "test");
372
1
        assert_eq!(config.volatility_multiplier, 2.0);
373
1
    }
374
375
    #[test]
376
1
    fn test_asset_class_mapping() {
377
1
        let mapping = create_default_asset_class_mapping();
378
379
1
        assert_eq!(mapping.mappings.get("AAPL"), Some(&AssetClass::Technology));
380
1
        assert_eq!(
381
1
            mapping.mappings.get("SPY"),
382
            Some(&AssetClass::LargeCapEquity)
383
        );
384
1
        assert_eq!(mapping.default_class, AssetClass::LargeCapEquity);
385
1
    }
386
387
    #[test]
388
1
    fn test_get_shock_for_symbol() {
389
1
        let config = StressScenarioConfig {
390
1
            id: "test".to_string(),
391
1
            name: "Test".to_string(),
392
1
            description: "Test".to_string(),
393
1
            instrument_shocks: {
394
1
                let mut shocks = HashMap::new();
395
1
                shocks.insert("AAPL".to_string(), -15.0);
396
1
                shocks
397
1
            },
398
1
            asset_class_shocks: {
399
1
                let mut shocks = HashMap::new();
400
1
                shocks.insert(AssetClass::Technology, -10.0);
401
1
                shocks.insert(AssetClass::LargeCapEquity, -5.0);
402
1
                shocks
403
1
            },
404
1
            volatility_multiplier: 1.0,
405
1
            volatility_multipliers: HashMap::new(),
406
1
            correlation_adjustments: HashMap::new(),
407
1
            liquidity_haircuts: HashMap::new(),
408
1
            is_active: true,
409
1
        };
410
411
1
        let mapping = create_default_asset_class_mapping();
412
413
        // Should get instrument-specific shock
414
1
        assert_eq!(config.get_shock_for_symbol("AAPL", &mapping), Some(-15.0));
415
416
        // Should get asset class shock for GOOGL (Technology)
417
1
        assert_eq!(config.get_shock_for_symbol("GOOGL", &mapping), Some(-10.0));
418
419
        // Should get default class shock for unknown symbol
420
1
        assert_eq!(config.get_shock_for_symbol("UNKNOWN", &mapping), Some(-5.0));
421
1
    }
422
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/runtime.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/runtime.rs.html
deleted file mode 100644
index c4f2712f3..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/runtime.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/runtime.rs
Line
Count
Source
1
//! Runtime configuration layer for environment-aware defaults.
2
//!
3
//! This module provides Tier 2 runtime configuration that complements the
4
//! compile-time constants in `common::thresholds`. Values here can be overridden
5
//! via environment variables to support different deployment environments
6
//! (development, staging, production) without recompilation.
7
//!
8
//! # Architecture
9
//!
10
//! - Tier 1 (Compile-time): `common::thresholds` - Performance-critical constants
11
//! - Tier 2 (Runtime): This module - Environment-aware operational parameters
12
//! - Tier 3 (Database): Hot-reload via PostgreSQL NOTIFY/LISTEN
13
//!
14
//! # Environment Variables
15
//!
16
//! ## Database Configuration
17
//! - `DATABASE_QUERY_TIMEOUT_MS` - Query timeout in milliseconds (default: environment-aware)
18
//! - `DATABASE_CONNECTION_TIMEOUT_MS` - Connection timeout in milliseconds
19
//! - `DATABASE_POOL_SIZE` - Connection pool size
20
//! - `DATABASE_MAX_POOL_SIZE` - Maximum pool size
21
//! - `DATABASE_ACQUIRE_TIMEOUT_MS` - Pool acquire timeout in milliseconds
22
//!
23
//! ## Cache Configuration
24
//! - `CACHE_POSITION_TTL_SECS` - Position cache TTL in seconds
25
//! - `CACHE_VAR_TTL_SECS` - VaR calculation cache TTL in seconds
26
//! - `CACHE_COMPLIANCE_TTL_SECS` - Compliance check cache TTL in seconds
27
//! - `CACHE_MARKET_DATA_TTL_SECS` - Market data cache TTL in seconds
28
//! - `CACHE_MODEL_PREDICTION_TTL_SECS` - Model prediction cache TTL in seconds
29
//!
30
//! ## Network Configuration
31
//! - `NETWORK_GRPC_CONNECT_TIMEOUT_SECS` - gRPC connect timeout in seconds
32
//! - `NETWORK_GRPC_REQUEST_TIMEOUT_SECS` - gRPC request timeout in seconds
33
//! - `NETWORK_KEEP_ALIVE_INTERVAL_SECS` - Keep-alive interval in seconds
34
//! - `NETWORK_KEEP_ALIVE_TIMEOUT_SECS` - Keep-alive timeout in seconds
35
//! - `NETWORK_MAX_CONCURRENT_CONNECTIONS` - Maximum concurrent connections
36
//!
37
//! ## Retry Configuration
38
//! - `RETRY_INITIAL_DELAY_MS` - Initial retry delay in milliseconds
39
//! - `RETRY_MAX_DELAY_SECS` - Maximum retry delay in seconds
40
//! - `RETRY_MAX_ATTEMPTS` - Maximum retry attempts
41
//! - `RETRY_BACKOFF_MULTIPLIER` - Backoff multiplier for exponential backoff
42
//!
43
//! ## Safety Configuration
44
//! - `SAFETY_CHECK_TIMEOUT_MS` - Safety check timeout in milliseconds
45
//! - `SAFETY_AUTO_RECOVERY_DELAY_SECS` - Auto-recovery delay in seconds
46
//! - `SAFETY_LOSS_CHECK_INTERVAL_SECS` - Loss check interval in seconds
47
//! - `SAFETY_POSITION_CHECK_INTERVAL_SECS` - Position check interval in seconds
48
//!
49
//! ## ML Configuration
50
//! - `ML_MAX_BATCH_SIZE` - Maximum batch size for ML inference
51
//! - `ML_INFERENCE_TIMEOUT_MS` - ML inference timeout in milliseconds
52
//! - `ML_MODEL_CACHE_CLEANUP_INTERVAL_SECS` - Model cache cleanup interval
53
//! - `ML_DRIFT_CHECK_INTERVAL_SECS` - Drift detection check interval
54
//!
55
//! ## Risk Configuration
56
//! - `RISK_VAR_LOOKBACK_DAYS` - VaR lookback period in trading days
57
//! - `RISK_VAR_CONFIDENCE` - VaR confidence level (0.0-1.0)
58
//! - `RISK_MAX_DRAWDOWN_WARNING_PCT` - Max drawdown warning threshold
59
//!
60
//! # Example
61
//!
62
//! ```rust,no_run
63
//! use config::runtime::{RuntimeConfig, Environment};
64
//!
65
//! # fn main() -> Result<(), Box<dyn std::error::Error>> {
66
//! // Auto-detect environment and load from env vars
67
//! let config = RuntimeConfig::from_env()?;
68
//!
69
//! // Or specify environment explicitly
70
//! let prod_config = RuntimeConfig::from_env_with_environment(Environment::Production)?;
71
//!
72
//! // Or use defaults for specific environment
73
//! let dev_config = RuntimeConfig::with_defaults(Environment::Development);
74
//!
75
//! println!("Database query timeout: {:?}", config.database.query_timeout);
76
//! println!("Position cache TTL: {:?}", config.cache.position_ttl);
77
//! # Ok(())
78
//! # }
79
//! ```
80
81
use crate::error::{ConfigError, ConfigResult};
82
use serde::{Deserialize, Serialize};
83
use std::time::Duration;
84
85
/// Deployment environment enumeration.
86
///
87
/// Determines default values for runtime configuration parameters.
88
/// Different environments have different performance vs safety trade-offs.
89
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
90
pub enum Environment {
91
    /// Development environment - Relaxed timeouts, verbose logging
92
    Development,
93
    /// Staging environment - Production-like settings with some debug features
94
    Staging,
95
    /// Production environment - Optimized for performance and reliability
96
    Production,
97
}
98
99
impl Environment {
100
    /// Detects the environment from the ENVIRONMENT environment variable.
101
    ///
102
    /// Falls back to Development if not set or invalid.
103
1
    pub fn detect() -> Self {
104
1
        match std::env::var("ENVIRONMENT")
105
1
            .unwrap_or_else(|_| "development".to_string())
106
1
            .to_lowercase()
107
1
            .as_str()
108
        {
109
1
            "production" | "prod" => 
Environment::Production0
,
110
1
            "staging" | "stage" => 
Environment::Staging0
,
111
1
            _ => Environment::Development,
112
        }
113
1
    }
114
115
    /// Returns true if this is a production environment.
116
3
    pub fn is_production(&self) -> bool {
117
3
        
matches!2
(self, Environment::Production)
118
3
    }
119
120
    /// Returns true if this is a development environment.
121
3
    pub fn is_development(&self) -> bool {
122
3
        
matches!2
(self, Environment::Development)
123
3
    }
124
}
125
126
/// Database runtime configuration.
127
///
128
/// Controls database connection pooling, timeouts, and query execution limits.
129
#[derive(Debug, Clone, Serialize, Deserialize)]
130
pub struct DatabaseRuntimeConfig {
131
    /// Query timeout for standard operations
132
    pub query_timeout: Duration,
133
    /// Connection establishment timeout
134
    pub connection_timeout: Duration,
135
    /// Pool acquire timeout
136
    pub acquire_timeout: Duration,
137
    /// Default pool size
138
    pub pool_size: u32,
139
    /// Maximum pool size
140
    pub max_pool_size: u32,
141
    /// Connection lifetime
142
    pub connection_lifetime: Duration,
143
    /// Idle timeout
144
    pub idle_timeout: Duration,
145
}
146
147
impl DatabaseRuntimeConfig {
148
    /// Creates configuration with environment-aware defaults.
149
10
    pub fn with_defaults(env: Environment) -> Self {
150
10
        match env {
151
3
            Environment::Development => Self {
152
3
                query_timeout: Duration::from_millis(5000), // More relaxed for debugging
153
3
                connection_timeout: Duration::from_millis(500),
154
3
                acquire_timeout: Duration::from_millis(200),
155
3
                pool_size: 10,
156
3
                max_pool_size: 50,
157
3
                connection_lifetime: Duration::from_secs(1800), // 30 minutes
158
3
                idle_timeout: Duration::from_secs(600), // 10 minutes
159
3
            },
160
1
            Environment::Staging => Self {
161
1
                query_timeout: Duration::from_millis(2000),
162
1
                connection_timeout: Duration::from_millis(200),
163
1
                acquire_timeout: Duration::from_millis(100),
164
1
                pool_size: 15,
165
1
                max_pool_size: 75,
166
1
                connection_lifetime: Duration::from_secs(3600), // 1 hour
167
1
                idle_timeout: Duration::from_secs(300), // 5 minutes
168
1
            },
169
6
            Environment::Production => Self {
170
6
                query_timeout: Duration::from_millis(1000), // Tight timeout for HFT
171
6
                connection_timeout: Duration::from_millis(100),
172
6
                acquire_timeout: Duration::from_millis(50),
173
6
                pool_size: 20,
174
6
                max_pool_size: 100,
175
6
                connection_lifetime: Duration::from_secs(3600), // 1 hour
176
6
                idle_timeout: Duration::from_secs(300), // 5 minutes
177
6
            },
178
        }
179
10
    }
180
181
    /// Loads from environment variables with fallback to defaults.
182
0
    pub fn from_env(env: Environment) -> ConfigResult<Self> {
183
0
        let defaults = Self::with_defaults(env);
184
185
        Ok(Self {
186
0
            query_timeout: parse_env_duration_ms("DATABASE_QUERY_TIMEOUT_MS", defaults.query_timeout)?,
187
0
            connection_timeout: parse_env_duration_ms("DATABASE_CONNECTION_TIMEOUT_MS", defaults.connection_timeout)?,
188
0
            acquire_timeout: parse_env_duration_ms("DATABASE_ACQUIRE_TIMEOUT_MS", defaults.acquire_timeout)?,
189
0
            pool_size: parse_env_u32("DATABASE_POOL_SIZE", defaults.pool_size)?,
190
0
            max_pool_size: parse_env_u32("DATABASE_MAX_POOL_SIZE", defaults.max_pool_size)?,
191
0
            connection_lifetime: parse_env_duration_secs("DATABASE_CONNECTION_LIFETIME_SECS", defaults.connection_lifetime)?,
192
0
            idle_timeout: parse_env_duration_secs("DATABASE_IDLE_TIMEOUT_SECS", defaults.idle_timeout)?,
193
        })
194
0
    }
195
196
    /// Validates the configuration.
197
5
    pub fn validate(&self) -> ConfigResult<()> {
198
5
        if self.query_timeout.as_millis() == 0 {
199
1
            return Err(ConfigError::Invalid("Query timeout must be positive".into()));
200
4
        }
201
4
        if self.pool_size == 0 {
202
1
            return Err(ConfigError::Invalid("Pool size must be positive".into()));
203
3
        }
204
3
        if self.pool_size > self.max_pool_size {
205
1
            return Err(ConfigError::Invalid("Pool size cannot exceed max pool size".into()));
206
2
        }
207
2
        Ok(())
208
5
    }
209
}
210
211
/// Cache TTL runtime configuration.
212
///
213
/// Controls time-to-live values for various cache types.
214
#[derive(Debug, Clone, Serialize, Deserialize)]
215
pub struct CacheRuntimeConfig {
216
    /// Position cache TTL
217
    pub position_ttl: Duration,
218
    /// VaR calculation cache TTL
219
    pub var_ttl: Duration,
220
    /// Compliance check cache TTL
221
    pub compliance_ttl: Duration,
222
    /// Market data cache TTL
223
    pub market_data_ttl: Duration,
224
    /// Model prediction cache TTL
225
    pub model_prediction_ttl: Duration,
226
}
227
228
impl CacheRuntimeConfig {
229
    /// Creates configuration with environment-aware defaults.
230
8
    pub fn with_defaults(env: Environment) -> Self {
231
8
        match env {
232
3
            Environment::Development => Self {
233
3
                position_ttl: Duration::from_secs(120), // Longer TTL for debugging
234
3
                var_ttl: Duration::from_secs(7200), // 2 hours
235
3
                compliance_ttl: Duration::from_secs(172800), // 48 hours
236
3
                market_data_ttl: Duration::from_secs(600), // 10 minutes
237
3
                model_prediction_ttl: Duration::from_secs(120), // 2 minutes
238
3
            },
239
1
            Environment::Staging => Self {
240
1
                position_ttl: Duration::from_secs(90),
241
1
                var_ttl: Duration::from_secs(5400), // 1.5 hours
242
1
                compliance_ttl: Duration::from_secs(129600), // 36 hours
243
1
                market_data_ttl: Duration::from_secs(450), // 7.5 minutes
244
1
                model_prediction_ttl: Duration::from_secs(90),
245
1
            },
246
4
            Environment::Production => Self {
247
4
                position_ttl: Duration::from_secs(60), // 1 minute for HFT
248
4
                var_ttl: Duration::from_secs(3600), // 1 hour
249
4
                compliance_ttl: Duration::from_secs(86400), // 24 hours
250
4
                market_data_ttl: Duration::from_secs(300), // 5 minutes
251
4
                model_prediction_ttl: Duration::from_secs(60), // 1 minute
252
4
            },
253
        }
254
8
    }
255
256
    /// Loads from environment variables with fallback to defaults.
257
0
    pub fn from_env(env: Environment) -> ConfigResult<Self> {
258
0
        let defaults = Self::with_defaults(env);
259
260
        Ok(Self {
261
0
            position_ttl: parse_env_duration_secs("CACHE_POSITION_TTL_SECS", defaults.position_ttl)?,
262
0
            var_ttl: parse_env_duration_secs("CACHE_VAR_TTL_SECS", defaults.var_ttl)?,
263
0
            compliance_ttl: parse_env_duration_secs("CACHE_COMPLIANCE_TTL_SECS", defaults.compliance_ttl)?,
264
0
            market_data_ttl: parse_env_duration_secs("CACHE_MARKET_DATA_TTL_SECS", defaults.market_data_ttl)?,
265
0
            model_prediction_ttl: parse_env_duration_secs("CACHE_MODEL_PREDICTION_TTL_SECS", defaults.model_prediction_ttl)?,
266
        })
267
0
    }
268
269
    /// Validates the configuration.
270
3
    pub fn validate(&self) -> ConfigResult<()> {
271
3
        if self.position_ttl.as_secs() == 0 {
272
1
            return Err(ConfigError::Invalid("Position TTL must be positive".into()));
273
2
        }
274
2
        if self.var_ttl.as_secs() == 0 {
275
0
            return Err(ConfigError::Invalid("VaR TTL must be positive".into()));
276
2
        }
277
2
        Ok(())
278
3
    }
279
}
280
281
/// Network timeout runtime configuration.
282
///
283
/// Controls gRPC and network-related timeouts.
284
#[derive(Debug, Clone, Serialize, Deserialize)]
285
pub struct TimeoutConfig {
286
    /// gRPC connect timeout
287
    pub grpc_connect_timeout: Duration,
288
    /// gRPC request timeout
289
    pub grpc_request_timeout: Duration,
290
    /// Keep-alive interval
291
    pub keep_alive_interval: Duration,
292
    /// Keep-alive timeout
293
    pub keep_alive_timeout: Duration,
294
    /// Maximum concurrent connections
295
    pub max_concurrent_connections: u32,
296
}
297
298
impl TimeoutConfig {
299
    /// Creates configuration with environment-aware defaults.
300
7
    pub fn with_defaults(env: Environment) -> Self {
301
7
        match env {
302
3
            Environment::Development => Self {
303
3
                grpc_connect_timeout: Duration::from_secs(10),
304
3
                grpc_request_timeout: Duration::from_secs(30),
305
3
                keep_alive_interval: Duration::from_secs(60),
306
3
                keep_alive_timeout: Duration::from_secs(10),
307
3
                max_concurrent_connections: 50,
308
3
            },
309
1
            Environment::Staging => Self {
310
1
                grpc_connect_timeout: Duration::from_secs(7),
311
1
                grpc_request_timeout: Duration::from_secs(20),
312
1
                keep_alive_interval: Duration::from_secs(45),
313
1
                keep_alive_timeout: Duration::from_secs(7),
314
1
                max_concurrent_connections: 75,
315
1
            },
316
3
            Environment::Production => Self {
317
3
                grpc_connect_timeout: Duration::from_secs(5),
318
3
                grpc_request_timeout: Duration::from_secs(10),
319
3
                keep_alive_interval: Duration::from_secs(30),
320
3
                keep_alive_timeout: Duration::from_secs(5),
321
3
                max_concurrent_connections: 100,
322
3
            },
323
        }
324
7
    }
325
326
    /// Loads from environment variables with fallback to defaults.
327
0
    pub fn from_env(env: Environment) -> ConfigResult<Self> {
328
0
        let defaults = Self::with_defaults(env);
329
330
        Ok(Self {
331
0
            grpc_connect_timeout: parse_env_duration_secs("NETWORK_GRPC_CONNECT_TIMEOUT_SECS", defaults.grpc_connect_timeout)?,
332
0
            grpc_request_timeout: parse_env_duration_secs("NETWORK_GRPC_REQUEST_TIMEOUT_SECS", defaults.grpc_request_timeout)?,
333
0
            keep_alive_interval: parse_env_duration_secs("NETWORK_KEEP_ALIVE_INTERVAL_SECS", defaults.keep_alive_interval)?,
334
0
            keep_alive_timeout: parse_env_duration_secs("NETWORK_KEEP_ALIVE_TIMEOUT_SECS", defaults.keep_alive_timeout)?,
335
0
            max_concurrent_connections: parse_env_u32("NETWORK_MAX_CONCURRENT_CONNECTIONS", defaults.max_concurrent_connections)?,
336
        })
337
0
    }
338
339
    /// Validates the configuration.
340
1
    pub fn validate(&self) -> ConfigResult<()> {
341
1
        if self.grpc_connect_timeout.as_secs() == 0 {
342
0
            return Err(ConfigError::Invalid("gRPC connect timeout must be positive".into()));
343
1
        }
344
1
        if self.max_concurrent_connections == 0 {
345
0
            return Err(ConfigError::Invalid("Max concurrent connections must be positive".into()));
346
1
        }
347
1
        Ok(())
348
1
    }
349
}
350
351
/// Operational limits runtime configuration.
352
///
353
/// Controls retry behavior, safety checks, ML parameters, and risk calculations.
354
#[derive(Debug, Clone, Serialize, Deserialize)]
355
pub struct LimitsConfig {
356
    // Retry configuration
357
    /// Initial retry delay
358
    pub retry_initial_delay: Duration,
359
    /// Maximum retry delay
360
    pub retry_max_delay: Duration,
361
    /// Maximum retry attempts
362
    pub retry_max_attempts: u32,
363
    /// Backoff multiplier
364
    pub retry_backoff_multiplier: f32,
365
366
    // Safety configuration
367
    /// Safety check timeout
368
    pub safety_check_timeout: Duration,
369
    /// Auto-recovery delay
370
    pub safety_auto_recovery_delay: Duration,
371
    /// Loss check interval
372
    pub safety_loss_check_interval: Duration,
373
    /// Position check interval
374
    pub safety_position_check_interval: Duration,
375
376
    // ML configuration
377
    /// Maximum batch size for ML inference
378
    pub ml_max_batch_size: usize,
379
    /// ML inference timeout
380
    pub ml_inference_timeout: Duration,
381
    /// Model cache cleanup interval
382
    pub ml_cache_cleanup_interval: Duration,
383
    /// Drift detection check interval
384
    pub ml_drift_check_interval: Duration,
385
386
    // Risk configuration
387
    /// VaR lookback period in trading days
388
    pub risk_var_lookback_days: usize,
389
    /// VaR confidence level
390
    pub risk_var_confidence: f64,
391
    /// Max drawdown warning threshold (percentage)
392
    pub risk_max_drawdown_warning_pct: u8,
393
}
394
395
impl LimitsConfig {
396
    /// Creates configuration with environment-aware defaults.
397
10
    pub fn with_defaults(env: Environment) -> Self {
398
10
        match env {
399
3
            Environment::Development => Self {
400
3
                // Retry
401
3
                retry_initial_delay: Duration::from_millis(200),
402
3
                retry_max_delay: Duration::from_secs(60),
403
3
                retry_max_attempts: 5,
404
3
                retry_backoff_multiplier: 2.0,
405
3
406
3
                // Safety
407
3
                safety_check_timeout: Duration::from_millis(50),
408
3
                safety_auto_recovery_delay: Duration::from_secs(60),
409
3
                safety_loss_check_interval: Duration::from_secs(30),
410
3
                safety_position_check_interval: Duration::from_secs(15),
411
3
412
3
                // ML
413
3
                ml_max_batch_size: 1024,
414
3
                ml_inference_timeout: Duration::from_millis(200),
415
3
                ml_cache_cleanup_interval: Duration::from_secs(7200), // 2 hours
416
3
                ml_drift_check_interval: Duration::from_secs(600), // 10 minutes
417
3
418
3
                // Risk
419
3
                risk_var_lookback_days: 252,
420
3
                risk_var_confidence: 0.95,
421
3
                risk_max_drawdown_warning_pct: 20,
422
3
            },
423
1
            Environment::Staging => Self {
424
1
                // Retry
425
1
                retry_initial_delay: Duration::from_millis(150),
426
1
                retry_max_delay: Duration::from_secs(45),
427
1
                retry_max_attempts: 4,
428
1
                retry_backoff_multiplier: 1.75,
429
1
430
1
                // Safety
431
1
                safety_check_timeout: Duration::from_millis(25),
432
1
                safety_auto_recovery_delay: Duration::from_secs(900), // 15 minutes
433
1
                safety_loss_check_interval: Duration::from_secs(15),
434
1
                safety_position_check_interval: Duration::from_secs(7),
435
1
436
1
                // ML
437
1
                ml_max_batch_size: 4096,
438
1
                ml_inference_timeout: Duration::from_millis(150),
439
1
                ml_cache_cleanup_interval: Duration::from_secs(5400), // 1.5 hours
440
1
                ml_drift_check_interval: Duration::from_secs(450), // 7.5 minutes
441
1
442
1
                // Risk
443
1
                risk_var_lookback_days: 252,
444
1
                risk_var_confidence: 0.95,
445
1
                risk_max_drawdown_warning_pct: 17,
446
1
            },
447
6
            Environment::Production => Self {
448
6
                // Retry
449
6
                retry_initial_delay: Duration::from_millis(100),
450
6
                retry_max_delay: Duration::from_secs(30),
451
6
                retry_max_attempts: 3,
452
6
                retry_backoff_multiplier: 1.5,
453
6
454
6
                // Safety
455
6
                safety_check_timeout: Duration::from_millis(5),
456
6
                safety_auto_recovery_delay: Duration::from_secs(1800), // 30 minutes
457
6
                safety_loss_check_interval: Duration::from_secs(5),
458
6
                safety_position_check_interval: Duration::from_secs(2),
459
6
460
6
                // ML
461
6
                ml_max_batch_size: 8192,
462
6
                ml_inference_timeout: Duration::from_millis(100),
463
6
                ml_cache_cleanup_interval: Duration::from_secs(3600), // 1 hour
464
6
                ml_drift_check_interval: Duration::from_secs(300), // 5 minutes
465
6
466
6
                // Risk
467
6
                risk_var_lookback_days: 252,
468
6
                risk_var_confidence: 0.95,
469
6
                risk_max_drawdown_warning_pct: 15,
470
6
            },
471
        }
472
10
    }
473
474
    /// Loads from environment variables with fallback to defaults.
475
0
    pub fn from_env(env: Environment) -> ConfigResult<Self> {
476
0
        let defaults = Self::with_defaults(env);
477
478
        Ok(Self {
479
            // Retry
480
0
            retry_initial_delay: parse_env_duration_ms("RETRY_INITIAL_DELAY_MS", defaults.retry_initial_delay)?,
481
0
            retry_max_delay: parse_env_duration_secs("RETRY_MAX_DELAY_SECS", defaults.retry_max_delay)?,
482
0
            retry_max_attempts: parse_env_u32("RETRY_MAX_ATTEMPTS", defaults.retry_max_attempts)?,
483
0
            retry_backoff_multiplier: parse_env_f32("RETRY_BACKOFF_MULTIPLIER", defaults.retry_backoff_multiplier)?,
484
485
            // Safety
486
0
            safety_check_timeout: parse_env_duration_ms("SAFETY_CHECK_TIMEOUT_MS", defaults.safety_check_timeout)?,
487
0
            safety_auto_recovery_delay: parse_env_duration_secs("SAFETY_AUTO_RECOVERY_DELAY_SECS", defaults.safety_auto_recovery_delay)?,
488
0
            safety_loss_check_interval: parse_env_duration_secs("SAFETY_LOSS_CHECK_INTERVAL_SECS", defaults.safety_loss_check_interval)?,
489
0
            safety_position_check_interval: parse_env_duration_secs("SAFETY_POSITION_CHECK_INTERVAL_SECS", defaults.safety_position_check_interval)?,
490
491
            // ML
492
0
            ml_max_batch_size: parse_env_usize("ML_MAX_BATCH_SIZE", defaults.ml_max_batch_size)?,
493
0
            ml_inference_timeout: parse_env_duration_ms("ML_INFERENCE_TIMEOUT_MS", defaults.ml_inference_timeout)?,
494
0
            ml_cache_cleanup_interval: parse_env_duration_secs("ML_MODEL_CACHE_CLEANUP_INTERVAL_SECS", defaults.ml_cache_cleanup_interval)?,
495
0
            ml_drift_check_interval: parse_env_duration_secs("ML_DRIFT_CHECK_INTERVAL_SECS", defaults.ml_drift_check_interval)?,
496
497
            // Risk
498
0
            risk_var_lookback_days: parse_env_usize("RISK_VAR_LOOKBACK_DAYS", defaults.risk_var_lookback_days)?,
499
0
            risk_var_confidence: parse_env_f64("RISK_VAR_CONFIDENCE", defaults.risk_var_confidence)?,
500
0
            risk_max_drawdown_warning_pct: parse_env_u8("RISK_MAX_DRAWDOWN_WARNING_PCT", defaults.risk_max_drawdown_warning_pct)?,
501
        })
502
0
    }
503
504
    /// Validates the configuration.
505
5
    pub fn validate(&self) -> ConfigResult<()> {
506
5
        if self.retry_max_attempts == 0 {
507
1
            return Err(ConfigError::Invalid("Retry max attempts must be positive".into()));
508
4
        }
509
4
        if self.retry_backoff_multiplier <= 1.0 {
510
1
            return Err(ConfigError::Invalid("Backoff multiplier must be > 1.0".into()));
511
3
        }
512
3
        if self.ml_max_batch_size == 0 {
513
0
            return Err(ConfigError::Invalid("ML max batch size must be positive".into()));
514
3
        }
515
3
        if self.risk_var_confidence < 0.0 || self.risk_var_confidence > 1.0 {
516
1
            return Err(ConfigError::Invalid("VaR confidence must be between 0.0 and 1.0".into()));
517
2
        }
518
2
        if self.risk_var_lookback_days == 0 {
519
0
            return Err(ConfigError::Invalid("VaR lookback days must be positive".into()));
520
2
        }
521
2
        Ok(())
522
5
    }
523
}
524
525
/// Complete runtime configuration for the Foxhunt trading system.
526
///
527
/// Aggregates all runtime configuration categories with environment-aware defaults
528
/// and environment variable overrides.
529
#[derive(Debug, Clone, Serialize, Deserialize)]
530
pub struct RuntimeConfig {
531
    /// Detected or specified environment
532
    pub environment: Environment,
533
    /// Database configuration
534
    pub database: DatabaseRuntimeConfig,
535
    /// Cache configuration
536
    pub cache: CacheRuntimeConfig,
537
    /// Timeout configuration
538
    pub timeouts: TimeoutConfig,
539
    /// Limits and operational parameters
540
    pub limits: LimitsConfig,
541
}
542
543
impl RuntimeConfig {
544
    /// Creates runtime configuration by auto-detecting environment and loading from env vars.
545
    ///
546
    /// # Errors
547
    ///
548
    /// Returns ConfigError if environment variables contain invalid values or
549
    /// if validation fails.
550
0
    pub fn from_env() -> ConfigResult<Self> {
551
0
        let environment = Environment::detect();
552
0
        Self::from_env_with_environment(environment)
553
0
    }
554
555
    /// Creates runtime configuration with specified environment and loads from env vars.
556
    ///
557
    /// # Arguments
558
    ///
559
    /// * `environment` - The deployment environment to use for defaults
560
    ///
561
    /// # Errors
562
    ///
563
    /// Returns ConfigError if environment variables contain invalid values or
564
    /// if validation fails.
565
0
    pub fn from_env_with_environment(environment: Environment) -> ConfigResult<Self> {
566
0
        let config = Self {
567
0
            environment,
568
0
            database: DatabaseRuntimeConfig::from_env(environment)?,
569
0
            cache: CacheRuntimeConfig::from_env(environment)?,
570
0
            timeouts: TimeoutConfig::from_env(environment)?,
571
0
            limits: LimitsConfig::from_env(environment)?,
572
        };
573
574
0
        config.validate()?;
575
0
        Ok(config)
576
0
    }
577
578
    /// Creates runtime configuration with environment-specific defaults.
579
    ///
580
    /// Does not read from environment variables. Useful for testing or
581
    /// when you want pure default values.
582
    ///
583
    /// # Arguments
584
    ///
585
    /// * `environment` - The deployment environment to use for defaults
586
5
    pub fn with_defaults(environment: Environment) -> Self {
587
5
        Self {
588
5
            environment,
589
5
            database: DatabaseRuntimeConfig::with_defaults(environment),
590
5
            cache: CacheRuntimeConfig::with_defaults(environment),
591
5
            timeouts: TimeoutConfig::with_defaults(environment),
592
5
            limits: LimitsConfig::with_defaults(environment),
593
5
        }
594
5
    }
595
596
    /// Validates the entire runtime configuration.
597
    ///
598
    /// # Errors
599
    ///
600
    /// Returns ConfigError if any configuration values are invalid.
601
1
    pub fn validate(&self) -> ConfigResult<()> {
602
1
        self.database.validate()
?0
;
603
1
        self.cache.validate()
?0
;
604
1
        self.timeouts.validate()
?0
;
605
1
        self.limits.validate()
?0
;
606
1
        Ok(())
607
1
    }
608
}
609
610
// Helper functions for parsing environment variables
611
612
0
fn parse_env_duration_ms(key: &str, default: Duration) -> ConfigResult<Duration> {
613
0
    match std::env::var(key) {
614
0
        Ok(val) => {
615
0
            let ms = val.parse::<u64>()
616
0
                .map_err(|e| ConfigError::Invalid(format!("Invalid duration for {}: {}", key, e)))?;
617
0
            Ok(Duration::from_millis(ms))
618
        }
619
0
        Err(_) => Ok(default),
620
    }
621
0
}
622
623
0
fn parse_env_duration_secs(key: &str, default: Duration) -> ConfigResult<Duration> {
624
0
    match std::env::var(key) {
625
0
        Ok(val) => {
626
0
            let secs = val.parse::<u64>()
627
0
                .map_err(|e| ConfigError::Invalid(format!("Invalid duration for {}: {}", key, e)))?;
628
0
            Ok(Duration::from_secs(secs))
629
        }
630
0
        Err(_) => Ok(default),
631
    }
632
0
}
633
634
0
fn parse_env_u32(key: &str, default: u32) -> ConfigResult<u32> {
635
0
    match std::env::var(key) {
636
0
        Ok(val) => val.parse::<u32>()
637
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid u32 for {}: {}", key, e))),
638
0
        Err(_) => Ok(default),
639
    }
640
0
}
641
642
0
fn parse_env_u8(key: &str, default: u8) -> ConfigResult<u8> {
643
0
    match std::env::var(key) {
644
0
        Ok(val) => val.parse::<u8>()
645
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid u8 for {}: {}", key, e))),
646
0
        Err(_) => Ok(default),
647
    }
648
0
}
649
650
0
fn parse_env_usize(key: &str, default: usize) -> ConfigResult<usize> {
651
0
    match std::env::var(key) {
652
0
        Ok(val) => val.parse::<usize>()
653
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid usize for {}: {}", key, e))),
654
0
        Err(_) => Ok(default),
655
    }
656
0
}
657
658
0
fn parse_env_f32(key: &str, default: f32) -> ConfigResult<f32> {
659
0
    match std::env::var(key) {
660
0
        Ok(val) => val.parse::<f32>()
661
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid f32 for {}: {}", key, e))),
662
0
        Err(_) => Ok(default),
663
    }
664
0
}
665
666
0
fn parse_env_f64(key: &str, default: f64) -> ConfigResult<f64> {
667
0
    match std::env::var(key) {
668
0
        Ok(val) => val.parse::<f64>()
669
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid f64 for {}: {}", key, e))),
670
0
        Err(_) => Ok(default),
671
    }
672
0
}
673
674
#[cfg(test)]
675
mod tests {
676
    use super::*;
677
678
    #[test]
679
1
    fn test_environment_detection() {
680
        // Should default to Development
681
1
        let env = Environment::detect();
682
1
        assert!(
matches!0
(env, Environment::Development | Environment::Production | Environment::Staging));
683
1
    }
684
685
    #[test]
686
1
    fn test_environment_is_production() {
687
1
        assert!(Environment::Production.is_production());
688
1
        assert!(!Environment::Development.is_production());
689
1
        assert!(!Environment::Staging.is_production());
690
1
    }
691
692
    #[test]
693
1
    fn test_environment_is_development() {
694
1
        assert!(Environment::Development.is_development());
695
1
        assert!(!Environment::Production.is_development());
696
1
        assert!(!Environment::Staging.is_development());
697
1
    }
698
699
    #[test]
700
1
    fn test_runtime_config_with_defaults() {
701
1
        let config = RuntimeConfig::with_defaults(Environment::Production);
702
1
        assert_eq!(config.environment, Environment::Production);
703
1
        assert!(config.database.query_timeout.as_millis() > 0);
704
1
        assert!(config.cache.position_ttl.as_secs() > 0);
705
1
    }
706
707
    #[test]
708
1
    fn test_runtime_config_validation() {
709
1
        let config = RuntimeConfig::with_defaults(Environment::Development);
710
1
        assert!(config.validate().is_ok());
711
1
    }
712
713
    #[test]
714
1
    fn test_database_config_defaults() {
715
1
        let dev_config = DatabaseRuntimeConfig::with_defaults(Environment::Development);
716
1
        let prod_config = DatabaseRuntimeConfig::with_defaults(Environment::Production);
717
718
        // Production should have tighter timeouts
719
1
        assert!(prod_config.query_timeout < dev_config.query_timeout);
720
1
        assert!(prod_config.connection_timeout < dev_config.connection_timeout);
721
1
    }
722
723
    #[test]
724
1
    fn test_cache_config_defaults() {
725
1
        let dev_config = CacheRuntimeConfig::with_defaults(Environment::Development);
726
1
        let prod_config = CacheRuntimeConfig::with_defaults(Environment::Production);
727
728
        // Production should have shorter TTLs for HFT
729
1
        assert!(prod_config.position_ttl < dev_config.position_ttl);
730
1
        assert!(prod_config.var_ttl < dev_config.var_ttl);
731
1
    }
732
733
    #[test]
734
1
    fn test_timeout_config_defaults() {
735
1
        let dev_config = TimeoutConfig::with_defaults(Environment::Development);
736
1
        let prod_config = TimeoutConfig::with_defaults(Environment::Production);
737
738
        // Production should have tighter timeouts
739
1
        assert!(prod_config.grpc_request_timeout < dev_config.grpc_request_timeout);
740
1
        assert!(prod_config.grpc_connect_timeout < dev_config.grpc_connect_timeout);
741
1
    }
742
743
    #[test]
744
1
    fn test_limits_config_defaults() {
745
1
        let dev_config = LimitsConfig::with_defaults(Environment::Development);
746
1
        let prod_config = LimitsConfig::with_defaults(Environment::Production);
747
748
        // Production should have more aggressive settings
749
1
        assert!(prod_config.safety_check_timeout < dev_config.safety_check_timeout);
750
1
        assert!(prod_config.ml_inference_timeout < dev_config.ml_inference_timeout);
751
1
    }
752
753
    #[test]
754
1
    fn test_database_config_validation() {
755
1
        let mut config = DatabaseRuntimeConfig::with_defaults(Environment::Production);
756
1
        assert!(config.validate().is_ok());
757
758
1
        config.query_timeout = Duration::from_millis(0);
759
1
        assert!(config.validate().is_err());
760
761
1
        config = DatabaseRuntimeConfig::with_defaults(Environment::Production);
762
1
        config.pool_size = 0;
763
1
        assert!(config.validate().is_err());
764
765
1
        config = DatabaseRuntimeConfig::with_defaults(Environment::Production);
766
1
        config.pool_size = 200;
767
1
        config.max_pool_size = 100;
768
1
        assert!(config.validate().is_err());
769
1
    }
770
771
    #[test]
772
1
    fn test_cache_config_validation() {
773
1
        let mut config = CacheRuntimeConfig::with_defaults(Environment::Production);
774
1
        assert!(config.validate().is_ok());
775
776
1
        config.position_ttl = Duration::from_secs(0);
777
1
        assert!(config.validate().is_err());
778
1
    }
779
780
    #[test]
781
1
    fn test_limits_config_validation() {
782
1
        let mut config = LimitsConfig::with_defaults(Environment::Production);
783
1
        assert!(config.validate().is_ok());
784
785
1
        config.retry_max_attempts = 0;
786
1
        assert!(config.validate().is_err());
787
788
1
        config = LimitsConfig::with_defaults(Environment::Production);
789
1
        config.retry_backoff_multiplier = 0.5;
790
1
        assert!(config.validate().is_err());
791
792
1
        config = LimitsConfig::with_defaults(Environment::Production);
793
1
        config.risk_var_confidence = 1.5;
794
1
        assert!(config.validate().is_err());
795
1
    }
796
797
    #[test]
798
1
    fn test_staging_environment_defaults() {
799
1
        let config = RuntimeConfig::with_defaults(Environment::Staging);
800
801
        // Staging should be between dev and prod
802
1
        let dev_config = RuntimeConfig::with_defaults(Environment::Development);
803
1
        let prod_config = RuntimeConfig::with_defaults(Environment::Production);
804
805
1
        assert!(config.database.query_timeout > prod_config.database.query_timeout);
806
1
        assert!(config.database.query_timeout < dev_config.database.query_timeout);
807
1
    }
808
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/schemas.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/schemas.rs.html
deleted file mode 100644
index 8177fefa8..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/schemas.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/schemas.rs
Line
Count
Source
1
//! Configuration schemas and cloud storage configurations.
2
//!
3
//! This module defines configuration schemas for various cloud storage backends
4
//! and configuration versioning. Primarily focused on S3-compatible storage
5
//! for model artifacts and configuration management in the Foxhunt trading system.
6
7
use chrono::{DateTime, Utc};
8
use serde::{Deserialize, Serialize};
9
use std::collections::HashMap;
10
use std::time::Duration;
11
use uuid::Uuid;
12
13
/// Configuration schema metadata for versioning and tracking.
14
///
15
/// Provides versioning and audit trail information for configuration schemas.
16
/// Used to track configuration changes over time and maintain compatibility
17
/// across different versions of the trading system.
18
#[derive(Debug, Clone, Serialize, Deserialize)]
19
pub struct ConfigSchema {
20
    /// Unique identifier for this configuration schema
21
    pub id: Uuid,
22
    /// Semantic version string (e.g., "1.2.3")
23
    pub version: String,
24
    /// Timestamp when this schema was created
25
    pub created_at: DateTime<Utc>,
26
    /// Timestamp when this schema was last updated
27
    pub updated_at: DateTime<Utc>,
28
}
29
30
/// Amazon S3 and S3-compatible storage configuration.
31
///
32
/// Configures access to S3 or S3-compatible storage services for storing
33
/// ML model artifacts, configuration backups, and other binary data.
34
/// Supports various authentication methods and connection options.
35
#[derive(Debug, Clone, Serialize, Deserialize)]
36
pub struct S3Config {
37
    /// S3 bucket name for storing model artifacts and data
38
    pub bucket_name: String,
39
    /// AWS region or S3-compatible service region
40
    pub region: String,
41
    /// AWS access key ID (optional, can use IAM roles or environment variables)
42
    pub access_key_id: Option<String>,
43
    /// AWS secret access key (optional, can use IAM roles or environment variables)
44
    pub secret_access_key: Option<String>,
45
    /// AWS session token for temporary credentials (optional)
46
    pub session_token: Option<String>,
47
    /// Custom S3-compatible endpoint URL (e.g., MinIO, DigitalOcean Spaces)
48
    pub endpoint_url: Option<String>,
49
    /// Force path-style URLs instead of virtual-hosted-style URLs
50
    pub force_path_style: bool,
51
    /// Request timeout duration for S3 operations
52
    pub timeout: Duration,
53
    /// Maximum number of retry attempts for failed requests
54
    pub max_retry_attempts: u32,
55
    /// Enable SSL/TLS for S3 connections
56
    pub use_ssl: bool,
57
}
58
59
impl S3Config {
60
    /// Validates the S3 configuration for correctness.
61
    ///
62
    /// Performs validation checks on the S3 configuration to ensure all
63
    /// required fields are present and have valid values before attempting
64
    /// to establish connections to S3 services.
65
    ///
66
    /// # Errors
67
    ///
68
    /// Returns an error string if the configuration is invalid:
69
    /// - Empty bucket name
70
    /// - Empty region
71
    /// - Invalid endpoint URL format
72
0
    pub fn validate(&self) -> Result<(), String> {
73
0
        if self.bucket_name.is_empty() {
74
0
            return Err("S3 bucket name cannot be empty".to_string());
75
0
        }
76
0
        if self.region.is_empty() {
77
0
            return Err("S3 region cannot be empty".to_string());
78
0
        }
79
0
        Ok(())
80
0
    }
81
}
82
83
/// Asset classification configuration for sector and type categorization.
84
///
85
/// Provides configuration-driven asset classification that replaces hardcoded
86
/// symbol-based classification logic. Supports flexible categorization rules
87
/// based on instrument properties rather than specific symbol names.
88
#[derive(Debug, Clone, Serialize, Deserialize)]
89
pub struct AssetClassificationConfig {
90
    /// Classification rules based on asset type patterns
91
    pub asset_type_rules: HashMap<String, String>,
92
    /// Default classifications for different asset categories
93
    pub default_sectors: HashMap<String, String>,
94
    /// Regex patterns for currency pair detection
95
    pub currency_patterns: Vec<String>,
96
    /// Regex patterns for cryptocurrency detection
97
    pub crypto_patterns: Vec<String>,
98
}
99
100
impl AssetClassificationConfig {
101
    /// Creates a new asset classification configuration with default rules.
102
0
    pub fn new() -> Self {
103
0
        let mut asset_type_rules = HashMap::new();
104
0
        asset_type_rules.insert("EQUITY".to_string(), "Equity".to_string());
105
0
        asset_type_rules.insert("FOREX".to_string(), "Currencies".to_string());
106
0
        asset_type_rules.insert("CRYPTO".to_string(), "Cryptocurrency".to_string());
107
0
        asset_type_rules.insert("COMMODITY".to_string(), "Commodities".to_string());
108
0
        asset_type_rules.insert("BOND".to_string(), "Fixed Income".to_string());
109
110
0
        let mut default_sectors = HashMap::new();
111
0
        default_sectors.insert("Equity".to_string(), "Other".to_string());
112
0
        default_sectors.insert("Currencies".to_string(), "Currencies".to_string());
113
0
        default_sectors.insert("Cryptocurrency".to_string(), "Cryptocurrency".to_string());
114
0
        default_sectors.insert("Commodities".to_string(), "Commodities".to_string());
115
0
        default_sectors.insert("Fixed Income".to_string(), "Fixed Income".to_string());
116
117
0
        Self {
118
0
            asset_type_rules,
119
0
            default_sectors,
120
0
            currency_patterns: vec![
121
0
                r"^[A-Z]{3}[A-Z]{3}$".to_string(), // USDEUR format
122
0
                r".*USD.*".to_string(),
123
0
                r".*EUR.*".to_string(),
124
0
                r".*GBP.*".to_string(),
125
0
                r".*JPY.*".to_string(),
126
0
            ],
127
0
            crypto_patterns: vec![
128
0
                r".*BTC.*".to_string(),
129
0
                r".*ETH.*".to_string(),
130
0
                r".*CRYPTO.*".to_string(),
131
0
            ],
132
0
        }
133
0
    }
134
135
    /// Classifies an instrument based on configuration rules.
136
0
    pub fn classify_sector(&self, instrument_id: &str, asset_type: Option<&str>) -> String {
137
        // First try to classify based on asset type if provided
138
0
        if let Some(asset_type) = asset_type {
139
0
            if let Some(sector) = self.asset_type_rules.get(asset_type) {
140
0
                return sector.clone();
141
0
            }
142
0
        }
143
144
        // Check for currency patterns
145
0
        for pattern in &self.currency_patterns {
146
0
            if let Ok(regex) = regex::Regex::new(pattern) {
147
0
                if regex.is_match(instrument_id) {
148
0
                    return "Currencies".to_string();
149
0
                }
150
0
            }
151
        }
152
153
        // Check for crypto patterns
154
0
        for pattern in &self.crypto_patterns {
155
0
            if let Ok(regex) = regex::Regex::new(pattern) {
156
0
                if regex.is_match(instrument_id) {
157
0
                    return "Cryptocurrency".to_string();
158
0
                }
159
0
            }
160
        }
161
162
        // Default classification
163
0
        "Other".to_string()
164
0
    }
165
}
166
167
impl Default for AssetClassificationConfig {
168
0
    fn default() -> Self {
169
0
        Self::new()
170
0
    }
171
}
172
173
impl Default for S3Config {
174
0
    fn default() -> Self {
175
0
        Self {
176
0
            bucket_name: "foxhunt-models".to_string(),
177
0
            region: "us-east-1".to_string(),
178
0
            access_key_id: None,
179
0
            secret_access_key: None,
180
0
            session_token: None,
181
0
            endpoint_url: None,
182
0
            force_path_style: false,
183
0
            timeout: Duration::from_secs(30),
184
0
            max_retry_attempts: 3,
185
0
            use_ssl: true,
186
0
        }
187
0
    }
188
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/storage_config.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/storage_config.rs.html
deleted file mode 100644
index f6581a909..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/storage_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/storage_config.rs
Line
Count
Source
1
//! Model storage and metadata configuration structures.
2
//!
3
//! This module defines configuration structures for managing ML model metadata,
4
//! training metrics, and architectural information. Used for model versioning,
5
//! performance tracking, and deployment management in the Foxhunt trading system.
6
7
use chrono::{DateTime, Utc};
8
use serde::{Deserialize, Serialize};
9
use std::path::PathBuf;
10
use uuid::Uuid;
11
12
/// Comprehensive metadata for ML model storage and tracking.
13
///
14
/// Contains all information necessary for model identification, versioning,
15
/// and performance tracking. Used for model lifecycle management and
16
/// deployment coordination across the trading system.
17
#[derive(Debug, Clone, Serialize, Deserialize)]
18
pub struct ModelMetadata {
19
    /// Unique identifier for this model instance
20
    pub id: Uuid,
21
    /// Human-readable model name (e.g., "mamba2-price-prediction")
22
    pub name: String,
23
    /// Semantic version string (e.g., "1.2.3")
24
    pub version: String,
25
    /// Timestamp when this model was created/trained
26
    pub created_at: DateTime<Utc>,
27
    /// Timestamp when this model metadata was last updated
28
    pub updated_at: DateTime<Utc>,
29
    /// Training performance metrics for model evaluation
30
    pub training_metrics: TrainingMetrics,
31
    /// Model architecture and hyperparameter configuration
32
    pub architecture: ModelArchitecture,
33
}
34
35
/// Training performance metrics for model evaluation.
36
///
37
/// Captures key performance indicators from model training to enable
38
/// comparison between different model versions and architectures.
39
/// Essential for model selection and performance monitoring.
40
#[derive(Debug, Clone, Serialize, Deserialize)]
41
pub struct TrainingMetrics {
42
    /// Final training accuracy (0.0 to 1.0)
43
    pub accuracy: f64,
44
    /// Final training loss value
45
    pub loss: f64,
46
    /// Final validation accuracy (0.0 to 1.0)
47
    pub validation_accuracy: f64,
48
    /// Final validation loss value
49
    pub validation_loss: f64,
50
    /// Number of training epochs completed
51
    pub epochs: u32,
52
    /// Total training time in seconds
53
    pub training_time_seconds: f64,
54
}
55
56
/// Model architecture and hyperparameter specification.
57
///
58
/// Defines the structural configuration of ML models including layer
59
/// dimensions, activation functions, and optimization parameters.
60
/// Used for model reconstruction and hyperparameter tracking.
61
#[derive(Debug, Clone, Serialize, Deserialize)]
62
pub struct ModelArchitecture {
63
    /// Model type identifier (e.g., "mamba2", "transformer", "dqn")
64
    pub model_type: String,
65
    /// Input feature dimension size
66
    pub input_dim: usize,
67
    /// Output prediction dimension size
68
    pub output_dim: usize,
69
    /// Hidden layer sizes in order from input to output
70
    pub hidden_layers: Vec<usize>,
71
    /// Activation function name (e.g., "relu", "gelu", "swish")
72
    pub activation: String,
73
    /// Optimizer type (e.g., "adam", "sgd", "adamw")
74
    pub optimizer: String,
75
    /// Learning rate used during training
76
    pub learning_rate: f64,
77
}
78
79
/// Storage configuration for model artifacts
80
#[derive(Debug, Clone, Serialize, Deserialize)]
81
pub struct StorageConfig {
82
    /// Storage type (e.g., "local", "s3")
83
    pub storage_type: String,
84
    /// Local base path for file storage (required for "local" storage type)
85
    pub local_base_path: Option<PathBuf>,
86
    /// Enable compression for stored models
87
    pub enable_compression: bool,
88
}
89
90
impl Default for StorageConfig {
91
0
    fn default() -> Self {
92
0
        Self {
93
0
            storage_type: "local".to_string(),
94
0
            local_base_path: Some(PathBuf::from("/tmp/foxhunt/models")),
95
0
            enable_compression: false,
96
0
        }
97
0
    }
98
}
99
100
impl StorageConfig {
101
    /// Create StorageConfig from environment variables
102
0
    pub fn from_env() -> Result<Self, Box<dyn std::error::Error>> {
103
0
        let storage_type = std::env::var("STORAGE_TYPE").unwrap_or_else(|_| "local".to_string());
104
0
        let local_base_path = std::env::var("STORAGE_LOCAL_PATH")
105
0
            .ok()
106
0
            .map(PathBuf::from)
107
0
            .or_else(|| Some(PathBuf::from("/tmp/foxhunt/models")));
108
0
        let enable_compression = std::env::var("STORAGE_ENABLE_COMPRESSION")
109
0
            .ok()
110
0
            .and_then(|v| v.parse().ok())
111
0
            .unwrap_or(false);
112
113
0
        Ok(Self {
114
0
            storage_type,
115
0
            local_base_path,
116
0
            enable_compression,
117
0
        })
118
0
    }
119
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/structures.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/structures.rs.html
deleted file mode 100644
index 3e48cd174..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/structures.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/structures.rs
Line
Count
Source
1
//! Configuration structures
2
3
use rust_decimal::Decimal;
4
use serde::{Deserialize, Serialize};
5
use std::collections::HashMap;
6
7
#[derive(Debug, Clone, Serialize, Deserialize)]
8
pub struct RiskConfig {
9
    /// Maximum single position size in base currency
10
    pub max_position_size: Decimal,
11
    /// Maximum total portfolio exposure in base currency
12
    pub max_portfolio_exposure: Decimal,
13
    /// Maximum concentration percentage for a single position (0.0-1.0)
14
    pub max_concentration_pct: Decimal,
15
    /// Maximum daily loss threshold in base currency
16
    pub max_daily_loss: Decimal,
17
    /// Maximum drawdown percentage allowed (0.0-1.0)
18
    pub max_drawdown_pct: Decimal,
19
    /// Stop loss threshold in base currency
20
    pub stop_loss_threshold: Decimal,
21
    /// VaR confidence level (e.g., 0.95 for 95%)
22
    pub var_confidence_level: f64,
23
    /// VaR time horizon in days
24
    pub var_time_horizon: u32,
25
    /// 1-day VaR limit in base currency
26
    pub var_limit_1d: Decimal,
27
    /// 10-day VaR limit in base currency
28
    pub var_limit_10d: Decimal,
29
    /// Maximum single order size in base currency
30
    pub max_order_size: Decimal,
31
    /// Maximum orders per second (rate limiting)
32
    pub max_orders_per_second: u64,
33
    /// Maximum notional value per hour in base currency
34
    pub max_notional_per_hour: Decimal,
35
    /// Kelly criterion fraction limit (0.0-1.0)
36
    pub kelly_fraction_limit: f64,
37
    /// Maximum Kelly criterion position size (0.0-1.0)
38
    pub max_kelly_position_size: f64,
39
    /// Emergency stop threshold as fraction of capital (0.0-1.0)
40
    pub emergency_stop_threshold: f64,
41
    /// VaR configuration
42
    pub var_config: VarConfig,
43
    /// Circuit breaker configuration
44
    pub circuit_breaker: CircuitBreakerConfig,
45
    /// Position limits configuration
46
    pub position_limits: PositionLimitsConfig,
47
    /// Asset classification configuration
48
    pub asset_classification: AssetClassificationConfig,
49
}
50
51
impl Default for RiskConfig {
52
0
    fn default() -> Self {
53
0
        Self {
54
0
            // Position and exposure limits
55
0
            max_position_size: Decimal::new(1_000_000, 0), // $1M max single position
56
0
            max_portfolio_exposure: Decimal::new(10_000_000, 0), // $10M total portfolio exposure
57
0
            max_concentration_pct: Decimal::new(25, 2), // 25% max concentration
58
0
            
59
0
            // Loss and drawdown limits
60
0
            max_daily_loss: Decimal::new(100_000, 0), // $100K max daily loss
61
0
            max_drawdown_pct: Decimal::new(15, 2), // 15% max drawdown
62
0
            stop_loss_threshold: Decimal::new(50_000, 0), // $50K stop loss threshold
63
0
            
64
0
            // VaR configuration
65
0
            var_confidence_level: 0.95, // 95% confidence
66
0
            var_time_horizon: 1, // 1-day horizon
67
0
            var_limit_1d: Decimal::new(50_000, 0), // $50K 1-day VaR limit
68
0
            var_limit_10d: Decimal::new(150_000, 0), // $150K 10-day VaR limit
69
0
            
70
0
            // Order limits and rate limiting
71
0
            max_order_size: Decimal::new(100_000, 0), // $100K max order size
72
0
            max_orders_per_second: 100, // 100 orders/sec
73
0
            max_notional_per_hour: Decimal::new(10_000_000, 0), // $10M hourly notional
74
0
            
75
0
            // Kelly criterion parameters
76
0
            kelly_fraction_limit: 0.25, // 25% Kelly fraction limit
77
0
            max_kelly_position_size: 0.20, // 20% max Kelly position
78
0
            
79
0
            // Emergency stop
80
0
            emergency_stop_threshold: 0.10, // 10% loss triggers emergency stop
81
0
            
82
0
            // Nested configurations
83
0
            var_config: VarConfig::default(),
84
0
            circuit_breaker: CircuitBreakerConfig::default(),
85
0
            position_limits: PositionLimitsConfig::default(),
86
0
            asset_classification: AssetClassificationConfig::default(),
87
0
        }
88
0
    }
89
}
90
91
#[derive(Debug, Clone, Serialize, Deserialize)]
92
pub struct VarConfig {
93
    /// VaR confidence level (0.0-1.0)
94
    pub confidence_level: f64,
95
    /// Time horizon in days
96
    pub time_horizon_days: u32,
97
    /// Historical lookback period in days
98
    pub lookback_period_days: u32,
99
    /// Calculation method (e.g., "historical", "monte_carlo")
100
    pub calculation_method: String,
101
    /// Maximum VaR limit
102
    pub max_var_limit: f64,
103
}
104
105
impl Default for VarConfig {
106
0
    fn default() -> Self {
107
0
        Self {
108
0
            confidence_level: 0.95,
109
0
            time_horizon_days: 1,
110
0
            lookback_period_days: 252,
111
0
            calculation_method: "historical".to_string(),
112
0
            max_var_limit: 100_000.0,
113
0
        }
114
0
    }
115
}
116
117
#[derive(Debug, Clone, Serialize, Deserialize)]
118
pub struct KellyConfig {
119
    pub kelly_fraction: f64,
120
    pub max_kelly_leverage: f64,
121
    pub min_kelly_leverage: f64,
122
    pub confidence_threshold: f64,
123
    pub lookback_periods: usize,
124
    pub default_position_fraction: f64,
125
    pub enabled: bool,
126
    pub fractional_kelly: f64,
127
    pub min_kelly_fraction: f64,
128
    pub max_kelly_fraction: f64,
129
}
130
131
impl Default for KellyConfig {
132
0
    fn default() -> Self {
133
0
        Self {
134
0
            kelly_fraction: 0.25,
135
0
            max_kelly_leverage: 2.0,
136
0
            min_kelly_leverage: 0.1,
137
0
            confidence_threshold: 0.95,
138
0
            lookback_periods: 252,
139
0
            default_position_fraction: 0.02,
140
0
            enabled: true,
141
0
            fractional_kelly: 0.5,
142
0
            min_kelly_fraction: 0.01,
143
0
            max_kelly_fraction: 0.5,
144
0
        }
145
0
    }
146
}
147
148
#[derive(Debug, Clone, Serialize, Deserialize)]
149
pub struct CircuitBreakerConfig {
150
    /// Enable circuit breaker
151
    pub enabled: bool,
152
    /// Price movement threshold to trigger halt (0.0-1.0)
153
    pub price_move_threshold: f64,
154
    /// Duration to halt trading in seconds
155
    pub halt_duration_seconds: u64,
156
}
157
158
impl Default for CircuitBreakerConfig {
159
0
    fn default() -> Self {
160
0
        Self {
161
0
            enabled: true,
162
0
            price_move_threshold: 0.05, // 5% price move
163
0
            halt_duration_seconds: 300, // 5 minutes
164
0
        }
165
0
    }
166
}
167
168
#[derive(Debug, Clone, Serialize, Deserialize)]
169
pub struct PositionLimitsConfig {
170
    /// Global position limit
171
    pub global_limit: f64,
172
    /// Maximum leverage allowed
173
    pub max_leverage: f64,
174
    /// Maximum VaR limit
175
    pub max_var_limit: f64,
176
}
177
178
impl Default for PositionLimitsConfig {
179
0
    fn default() -> Self {
180
0
        Self {
181
0
            global_limit: 10_000_000.0,
182
0
            max_leverage: 3.0,
183
0
            max_var_limit: 100_000.0,
184
0
        }
185
0
    }
186
}
187
188
/// Broker configuration for order routing and execution
189
#[derive(Debug, Clone, Serialize, Deserialize)]
190
pub struct BrokerConfig {
191
    /// Broker routing rules based on symbol patterns and sizes
192
    pub routing_rules: Vec<BrokerRoutingRule>,
193
    /// Default broker when no rules match
194
    pub default_broker: String,
195
    /// Commission rates by broker
196
    pub commission_rates: HashMap<String, CommissionConfig>,
197
}
198
199
/// Rule for routing orders to specific brokers
200
#[derive(Debug, Clone, Serialize, Deserialize)]
201
pub struct BrokerRoutingRule {
202
    /// Priority (higher numbers take precedence)
203
    pub priority: u32,
204
    /// Symbol pattern (regex)
205
    pub symbol_pattern: String,
206
    /// Minimum quantity for this rule
207
    pub min_quantity: Option<f64>,
208
    /// Maximum quantity for this rule
209
    pub max_quantity: Option<f64>,
210
    /// Target broker ID
211
    pub broker_id: String,
212
    /// Rule description for debugging
213
    pub description: String,
214
}
215
216
/// Commission configuration per broker
217
#[derive(Debug, Clone, Serialize, Deserialize)]
218
pub struct CommissionConfig {
219
    /// Commission rate (basis points, e.g., 0.00007 = 0.7 bps)
220
    pub rate_bps: f64,
221
    /// Minimum commission per trade
222
    pub min_commission: f64,
223
}
224
225
impl Default for BrokerConfig {
226
0
    fn default() -> Self {
227
0
        let mut commission_rates = HashMap::new();
228
229
0
        commission_rates.insert(
230
0
            "ICMARKETS".to_string(),
231
0
            CommissionConfig {
232
0
                rate_bps: 0.00007, // 0.7 bps
233
0
                min_commission: 0.0,
234
0
            },
235
        );
236
237
0
        commission_rates.insert(
238
0
            "IBKR".to_string(),
239
0
            CommissionConfig {
240
0
                rate_bps: 0.00005, // 0.5 bps
241
0
                min_commission: 1.0,
242
0
            },
243
        );
244
245
0
        let routing_rules = vec![
246
0
            BrokerRoutingRule {
247
0
                priority: 100,
248
0
                symbol_pattern: r"^(BTC|ETH).*".to_string(),
249
0
                min_quantity: None,
250
0
                max_quantity: None,
251
0
                broker_id: "ICMARKETS".to_string(),
252
0
                description: "Route all crypto symbols to ICMarkets".to_string(),
253
0
            },
254
0
            BrokerRoutingRule {
255
0
                priority: 90,
256
0
                symbol_pattern: r".*USD$".to_string(),
257
0
                min_quantity: None,
258
0
                max_quantity: Some(1_000_000.0),
259
0
                broker_id: "ICMARKETS".to_string(),
260
0
                description: "Route smaller USD pairs to ICMarkets".to_string(),
261
0
            },
262
0
            BrokerRoutingRule {
263
0
                priority: 50,
264
0
                symbol_pattern: r".*".to_string(), // Catch-all
265
0
                min_quantity: None,
266
0
                max_quantity: None,
267
0
                broker_id: "IBKR".to_string(),
268
0
                description: "Default routing to IBKR".to_string(),
269
0
            },
270
        ];
271
272
0
        Self {
273
0
            routing_rules,
274
0
            default_broker: "IBKR".to_string(),
275
0
            commission_rates,
276
0
        }
277
0
    }
278
}
279
280
impl BrokerConfig {
281
    /// Select optimal broker based on symbol and quantity using routing rules
282
0
    pub fn select_broker(&self, symbol: &str, quantity: f64) -> String {
283
0
        let symbol_upper = symbol.to_uppercase();
284
285
        // Sort rules by priority (highest first)
286
0
        let mut applicable_rules: Vec<_> = self
287
0
            .routing_rules
288
0
            .iter()
289
0
            .filter(|rule| {
290
                // Check symbol pattern
291
0
                let symbol_matches = if let Ok(regex) = regex::Regex::new(&rule.symbol_pattern) {
292
0
                    regex.is_match(&symbol_upper)
293
                } else {
294
0
                    false
295
                };
296
297
                // Check quantity bounds
298
0
                let quantity_matches = {
299
0
                    let min_ok = rule.min_quantity.map_or(true, |min| quantity >= min);
300
0
                    let max_ok = rule.max_quantity.map_or(true, |max| quantity <= max);
301
0
                    min_ok && max_ok
302
                };
303
304
0
                symbol_matches && quantity_matches
305
0
            })
306
0
            .collect();
307
308
0
        applicable_rules.sort_by(|a, b| b.priority.cmp(&a.priority));
309
310
0
        if let Some(rule) = applicable_rules.first() {
311
0
            rule.broker_id.clone()
312
        } else {
313
0
            self.default_broker.clone()
314
        }
315
0
    }
316
317
    /// Calculate commission for a given broker and notional value
318
0
    pub fn calculate_commission(&self, broker_id: &str, notional: f64) -> f64 {
319
0
        if let Some(config) = self.commission_rates.get(broker_id) {
320
0
            (notional * config.rate_bps).max(config.min_commission)
321
        } else {
322
            // Default commission if broker not found
323
0
            notional * 0.0001 // 1 bps
324
        }
325
0
    }
326
}
327
328
/// Asset classification for risk management and volatility profiling
329
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
330
pub enum AssetClass {
331
    /// Equity securities and stocks
332
    Equities,
333
    /// Bonds and fixed income securities
334
    FixedIncome,
335
    /// Physical and financial commodities
336
    Commodities,
337
    /// Foreign exchange and currencies
338
    Currencies,
339
    /// Alternative investments
340
    Alternatives,
341
    /// Derivative instruments
342
    Derivatives,
343
    /// Cash and cash equivalents
344
    Cash,
345
}
346
347
/// Volatility and risk profile for an asset class
348
#[derive(Debug, Clone, Serialize, Deserialize)]
349
pub struct VolatilityProfile {
350
    /// Annual volatility (0.0 to 1.0, e.g., 0.25 = 25%)
351
    pub annual_volatility: f64,
352
    /// Maximum position size as fraction of portfolio (0.0 to 1.0)
353
    pub max_position_fraction: f64,
354
    /// Volatility threshold for risk alerts (0.0 to 1.0)
355
    pub volatility_threshold: f64,
356
    /// Maximum daily loss threshold (0.0 to 1.0)
357
    pub daily_loss_threshold: f64,
358
}
359
360
/// Asset classification configuration with symbol mappings and volatility profiles
361
#[derive(Debug, Clone, Serialize, Deserialize)]
362
pub struct AssetClassificationConfig {
363
    /// Explicit symbol to asset class mappings
364
    pub symbol_mappings: HashMap<String, AssetClass>,
365
    /// Volatility profiles for each asset class
366
    pub volatility_profiles: HashMap<AssetClass, VolatilityProfile>,
367
    /// Pattern-based classification rules (regex patterns)
368
    pub pattern_rules: Vec<PatternRule>,
369
}
370
371
/// Pattern-based rule for asset classification
372
#[derive(Debug, Clone, Serialize, Deserialize)]
373
pub struct PatternRule {
374
    /// Regex pattern to match against symbol
375
    pub pattern: String,
376
    /// Asset class to assign if pattern matches
377
    pub asset_class: AssetClass,
378
    /// Priority (higher numbers take precedence)
379
    pub priority: u32,
380
}
381
382
/// Encryption configuration for secure model storage
383
#[derive(Debug, Clone, Serialize, Deserialize)]
384
pub struct EncryptionConfig {
385
    /// Enable/disable encryption for model storage
386
    pub enable_encryption: bool,
387
    /// Encryption algorithm (e.g., "AES-256-GCM")
388
    pub algorithm: String,
389
    /// Key rotation period in days
390
    pub key_rotation_days: u64,
391
    /// Vault path for encryption keys (optional, can use local keys)
392
    pub encryption_keys_vault_path: Option<String>,
393
    /// Local key file path for development/testing
394
    pub local_key_file: Option<String>,
395
}
396
397
impl Default for EncryptionConfig {
398
0
    fn default() -> Self {
399
0
        Self {
400
0
            enable_encryption: false,
401
0
            algorithm: "AES-256-GCM".to_string(),
402
0
            key_rotation_days: 90,
403
0
            encryption_keys_vault_path: None,
404
0
            local_key_file: None,
405
0
        }
406
0
    }
407
}
408
409
impl Default for AssetClassificationConfig {
410
0
    fn default() -> Self {
411
0
        let mut symbol_mappings = HashMap::new();
412
413
        // Equity stocks
414
0
        for symbol in [
415
0
            "AAPL", "MSFT", "GOOGL", "AMZN", "META", "TSLA", "NVDA", "JPM", "JNJ", "V",
416
0
        ] {
417
0
            symbol_mappings.insert(symbol.to_string(), AssetClass::Equities);
418
0
        }
419
420
        // Major cryptocurrencies
421
0
        for symbol in ["BTC", "ETH", "BTCUSD", "ETHUSD", "BTCUSDT", "ETHUSDT"] {
422
0
            symbol_mappings.insert(symbol.to_string(), AssetClass::Alternatives);
423
0
        }
424
425
0
        let mut volatility_profiles = HashMap::new();
426
427
0
        volatility_profiles.insert(
428
0
            AssetClass::Equities,
429
0
            VolatilityProfile {
430
0
                annual_volatility: 0.25,
431
0
                max_position_fraction: 0.20,
432
0
                volatility_threshold: 0.025,
433
0
                daily_loss_threshold: 0.03,
434
0
            },
435
        );
436
437
0
        volatility_profiles.insert(
438
0
            AssetClass::Alternatives,
439
0
            VolatilityProfile {
440
0
                annual_volatility: 0.80,
441
0
                max_position_fraction: 0.08,
442
0
                volatility_threshold: 0.15,
443
0
                daily_loss_threshold: 0.05,
444
0
            },
445
        );
446
447
0
        volatility_profiles.insert(
448
0
            AssetClass::Currencies,
449
0
            VolatilityProfile {
450
0
                annual_volatility: 0.15,
451
0
                max_position_fraction: 0.30,
452
0
                volatility_threshold: 0.02,
453
0
                daily_loss_threshold: 0.02,
454
0
            },
455
        );
456
457
0
        volatility_profiles.insert(
458
0
            AssetClass::Cash,
459
0
            VolatilityProfile {
460
0
                annual_volatility: 0.01,
461
0
                max_position_fraction: 1.00,
462
0
                volatility_threshold: 0.001,
463
0
                daily_loss_threshold: 0.001,
464
0
            },
465
        );
466
467
0
        volatility_profiles.insert(
468
0
            AssetClass::FixedIncome,
469
0
            VolatilityProfile {
470
0
                annual_volatility: 0.25,
471
0
                max_position_fraction: 0.15,
472
0
                volatility_threshold: 0.03,
473
0
                daily_loss_threshold: 0.025,
474
0
            },
475
        );
476
477
0
        volatility_profiles.insert(
478
0
            AssetClass::Derivatives,
479
0
            VolatilityProfile {
480
0
                annual_volatility: 0.40,
481
0
                max_position_fraction: 0.10,
482
0
                volatility_threshold: 0.05,
483
0
                daily_loss_threshold: 0.04,
484
0
            },
485
        );
486
487
0
        volatility_profiles.insert(
488
0
            AssetClass::Commodities,
489
0
            VolatilityProfile {
490
0
                annual_volatility: 0.30,
491
0
                max_position_fraction: 0.15,
492
0
                volatility_threshold: 0.04,
493
0
                daily_loss_threshold: 0.03,
494
0
            },
495
        );
496
497
0
        let pattern_rules = vec![
498
0
            PatternRule {
499
0
                pattern: r"^(BTC|ETH).*".to_string(),
500
0
                asset_class: AssetClass::Alternatives,
501
0
                priority: 100,
502
0
            },
503
0
            PatternRule {
504
0
                pattern: r".*USD$".to_string(),
505
0
                asset_class: AssetClass::Currencies,
506
0
                priority: 80,
507
0
            },
508
0
            PatternRule {
509
0
                pattern: r".*JPY$".to_string(),
510
0
                asset_class: AssetClass::Currencies,
511
0
                priority: 90,
512
0
            },
513
0
            PatternRule {
514
0
                pattern: r"^[A-Z]{3,6}$".to_string(), // 3-6 letter symbols (likely equities)
515
0
                asset_class: AssetClass::Equities,
516
0
                priority: 50,
517
0
            },
518
        ];
519
520
0
        Self {
521
0
            symbol_mappings,
522
0
            volatility_profiles,
523
0
            pattern_rules,
524
0
        }
525
0
    }
526
}
527
528
impl AssetClassificationConfig {
529
    /// Classify a symbol based on explicit mappings and pattern rules
530
0
    pub fn classify_symbol(&self, symbol: &str) -> AssetClass {
531
0
        let symbol_upper = symbol.to_uppercase();
532
533
        // First check explicit mappings
534
0
        if let Some(asset_class) = self.symbol_mappings.get(&symbol_upper) {
535
0
            return asset_class.clone();
536
0
        }
537
538
        // Then check pattern rules (sorted by priority, highest first)
539
0
        let mut applicable_rules: Vec<_> = self
540
0
            .pattern_rules
541
0
            .iter()
542
0
            .filter(|rule| {
543
0
                if let Ok(regex) = regex::Regex::new(&rule.pattern) {
544
0
                    regex.is_match(&symbol_upper)
545
                } else {
546
0
                    false
547
                }
548
0
            })
549
0
            .collect();
550
551
0
        applicable_rules.sort_by(|a, b| b.priority.cmp(&a.priority));
552
553
0
        if let Some(rule) = applicable_rules.first() {
554
0
            rule.asset_class.clone()
555
        } else {
556
0
            AssetClass::Cash // Default fallback for unknown symbols
557
        }
558
0
    }
559
560
    /// Get volatility profile for a symbol
561
0
    pub fn get_volatility_profile(&self, symbol: &str) -> VolatilityProfile {
562
0
        let asset_class = self.classify_symbol(symbol);
563
0
        self.volatility_profiles
564
0
            .get(&asset_class)
565
0
            .cloned()
566
0
            .unwrap_or(VolatilityProfile {
567
0
                annual_volatility: 0.20,
568
0
                max_position_fraction: 0.05,
569
0
                volatility_threshold: 0.02,
570
0
                daily_loss_threshold: 0.01,
571
0
            })
572
0
    }
573
574
    /// Get daily volatility for a symbol
575
0
    pub fn get_daily_volatility(&self, symbol: &str) -> f64 {
576
0
        let profile = self.get_volatility_profile(symbol);
577
0
        profile.annual_volatility / 252.0_f64.sqrt()
578
0
    }
579
580
    /// Get risk configuration tuple (position_fraction, volatility_threshold, daily_loss_threshold)
581
0
    pub fn get_risk_config(&self, symbol: &str) -> (f64, f64, f64) {
582
0
        let profile = self.get_volatility_profile(symbol);
583
0
        (
584
0
            profile.max_position_fraction,
585
0
            profile.volatility_threshold,
586
0
            profile.daily_loss_threshold,
587
0
        )
588
0
    }
589
}
590
591
/// Configuration for backtesting database connections
592
#[derive(Debug, Clone, Serialize, Deserialize)]
593
pub struct BacktestingDatabaseConfig {
594
    /// Database connection URL
595
    pub database_url: String,
596
    /// Maximum number of database connections in the pool
597
    pub max_connections: Option<u32>,
598
    /// Minimum number of database connections in the pool
599
    pub min_connections: Option<u32>,
600
    /// Timeout in milliseconds for acquiring a connection
601
    pub acquire_timeout_ms: Option<u64>,
602
    /// Statement cache capacity
603
    pub statement_cache_capacity: Option<usize>,
604
    /// Enable SQL query logging
605
    pub enable_logging: Option<bool>,
606
}
607
608
/// Configuration for backtesting strategy execution
609
#[derive(Debug, Clone, Serialize, Deserialize)]
610
pub struct BacktestingStrategyConfig {
611
    /// Commission rate for trades (e.g., 0.001 = 0.1%)
612
    pub commission_rate: f64,
613
    /// Slippage rate for trades (e.g., 0.0005 = 0.05%)
614
    pub slippage_rate: f64,
615
    /// Maximum position size as fraction of portfolio
616
    pub max_position_size: Option<f64>,
617
    /// Enable short selling
618
    pub allow_short_selling: Option<bool>,
619
}
620
621
impl Default for BacktestingStrategyConfig {
622
0
    fn default() -> Self {
623
0
        Self {
624
0
            commission_rate: 0.0007,      // 0.07% = 7 bps
625
0
            slippage_rate: 0.0002,        // 0.02% = 2 bps
626
0
            max_position_size: Some(0.2), // 20% max position
627
0
            allow_short_selling: Some(false),
628
0
        }
629
0
    }
630
}
631
632
/// Configuration for backtesting performance analysis
633
#[derive(Debug, Clone, Serialize, Deserialize)]
634
pub struct BacktestingPerformanceConfig {
635
    /// Risk-free rate for Sharpe ratio calculations (annual rate)
636
    pub risk_free_rate: f64,
637
    /// Resolution for equity curve (number of points)
638
    pub equity_curve_resolution: usize,
639
    /// Enable advanced performance metrics
640
    pub enable_advanced_metrics: Option<bool>,
641
}
642
643
impl Default for BacktestingPerformanceConfig {
644
0
    fn default() -> Self {
645
0
        Self {
646
0
            risk_free_rate: 0.04, // 4% annual risk-free rate
647
0
            equity_curve_resolution: 1000,
648
0
            enable_advanced_metrics: Some(true),
649
0
        }
650
0
    }
651
}
652
653
/// TLS/SSL configuration for secure gRPC connections
654
#[derive(Debug, Clone, Serialize, Deserialize)]
655
pub struct TlsConfig {
656
    /// Enable/disable TLS for gRPC connections
657
    pub enabled: bool,
658
    /// Path to server certificate file
659
    pub cert_path: String,
660
    /// Path to server private key file
661
    pub key_path: String,
662
    /// Path to CA certificate for client verification (optional)
663
    pub ca_cert_path: Option<String>,
664
    /// Require client certificate verification
665
    pub require_client_cert: bool,
666
    /// TLS protocol versions to support (e.g., ["TLSv1.2", "TLSv1.3"])
667
    pub protocol_versions: Vec<String>,
668
    /// Cipher suites to use (empty means default)
669
    pub cipher_suites: Vec<String>,
670
}
671
672
impl Default for TlsConfig {
673
0
    fn default() -> Self {
674
        // Wave 75 Fix: Use environment variables with fallback to /tmp instead of /etc
675
0
        let cert_path = std::env::var("TLS_CERT_PATH")
676
0
            .unwrap_or_else(|_| "/tmp/foxhunt/certs/server.crt".to_string());
677
0
        let key_path = std::env::var("TLS_KEY_PATH")
678
0
            .unwrap_or_else(|_| "/tmp/foxhunt/certs/server.key".to_string());
679
0
        let ca_cert_path = std::env::var("TLS_CA_PATH").ok();
680
681
0
        Self {
682
0
            enabled: false,
683
0
            cert_path,
684
0
            key_path,
685
0
            ca_cert_path,
686
0
            require_client_cert: false,
687
0
            protocol_versions: vec!["TLSv1.3".to_string()],
688
0
            cipher_suites: Vec::new(),
689
0
        }
690
0
    }
691
}
692
693
/// Trading system configuration
694
#[derive(Debug, Clone, Serialize, Deserialize)]
695
pub struct TradingConfig {
696
    /// Maximum order size (in base units)
697
    pub max_order_size: f64,
698
    /// Minimum order size (in base units)
699
    pub min_order_size: f64,
700
    /// Maximum price deviation from market (as fraction, e.g., 0.05 = 5%)
701
    pub max_price_deviation: f64,
702
    /// Enable symbol validation
703
    pub enable_symbol_validation: bool,
704
    /// Maximum batch notional value (total value of orders in a batch)
705
    pub max_batch_notional: f64,
706
    /// Maximum position VaR (Value at Risk) limit
707
    pub max_position_var: f64,
708
}
709
710
impl Default for TradingConfig {
711
0
    fn default() -> Self {
712
0
        Self {
713
0
            max_order_size: 1_000_000.0,
714
0
            min_order_size: 0.001,
715
0
            max_price_deviation: 0.05,
716
0
            enable_symbol_validation: false,
717
0
            max_batch_notional: 10_000_000.0, // $10M batch limit
718
0
            max_position_var: 50_000.0,        // $50K VaR limit
719
0
        }
720
0
    }
721
}
722
723
/// Market data ingestion configuration
724
#[derive(Debug, Clone, Serialize, Deserialize)]
725
pub struct MarketDataConfig {
726
    /// Market data server host
727
    pub host: String,
728
    /// WebSocket port for streaming data
729
    pub websocket_port: u16,
730
    /// API key for authentication
731
    pub api_key: String,
732
    /// Use SSL/TLS for connections
733
    pub use_ssl: bool,
734
    /// Connection timeout in seconds
735
    pub timeout_seconds: u64,
736
}
737
738
impl Default for MarketDataConfig {
739
0
    fn default() -> Self {
740
0
        Self {
741
0
            host: "localhost".to_string(),
742
0
            websocket_port: 8080,
743
0
            api_key: String::new(),
744
0
            use_ssl: false,
745
0
            timeout_seconds: 30,
746
0
        }
747
0
    }
748
}

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diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/symbol_config.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/symbol_config.rs.html
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--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/symbol_config.rs.html
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-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/symbol_config.rs
Line
Count
Source
1
//! Symbol classification and configuration management for trading instruments.
2
//!
3
//! This module provides comprehensive symbol classification and configuration
4
//! management for various financial instruments in the Foxhunt HFT trading system.
5
//! It handles asset classification, volatility profiles, trading hours, and
6
//! market-specific parameters for optimal trading execution.
7
8
use chrono::{DateTime, Datelike, NaiveDate, NaiveTime, Utc, Weekday};
9
use serde::{Deserialize, Serialize};
10
use std::collections::HashMap;
11
use std::time::Duration;
12
use uuid::Uuid;
13
14
/// Asset classification enumeration for different financial instrument types.
15
///
16
/// Provides standardized classification for all tradeable instruments,
17
/// enabling type-specific risk management, execution logic, and regulatory
18
/// compliance across different asset classes.
19
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
20
pub enum AssetClassification {
21
    /// Equity securities (stocks, ADRs, REITs)
22
    Equity,
23
    /// Futures contracts (commodities, financials, indices)
24
    Future,
25
    /// Foreign exchange pairs (major, minor, exotic)
26
    Forex,
27
    /// Cryptocurrency and digital assets
28
    Crypto,
29
    /// Physical commodities (metals, energy, agriculture)
30
    Commodity,
31
    /// Fixed income securities (bonds, notes, bills)
32
    FixedIncome,
33
    /// Options contracts (equity, index, commodity options)
34
    Option,
35
    /// Exchange-traded funds and products
36
    Etf,
37
    /// Indices and benchmark instruments
38
    Index,
39
    /// Structured products and derivatives
40
    Derivative,
41
}
42
43
impl AssetClassification {
44
    /// Returns the regulatory classification for compliance purposes.
45
3
    pub fn regulatory_class(&self) -> &'static str {
46
3
        match self {
47
1
            AssetClassification::Equity => "EQUITY",
48
0
            AssetClassification::Future => "FUTURE",
49
1
            AssetClassification::Forex => "FX",
50
1
            AssetClassification::Crypto => "CRYPTO",
51
0
            AssetClassification::Commodity => "COMMODITY",
52
0
            AssetClassification::FixedIncome => "FIXED_INCOME",
53
0
            AssetClassification::Option => "OPTION",
54
0
            AssetClassification::Etf => "ETF",
55
0
            AssetClassification::Index => "INDEX",
56
0
            AssetClassification::Derivative => "DERIVATIVE",
57
        }
58
3
    }
59
60
    /// Returns whether this asset class requires T+1 settlement.
61
0
    pub fn requires_t_plus_one_settlement(&self) -> bool {
62
0
        matches!(self, AssetClassification::Equity | AssetClassification::Etf)
63
0
    }
64
65
    /// Returns whether this asset class supports after-hours trading.
66
0
    pub fn supports_extended_hours(&self) -> bool {
67
0
        matches!(
68
0
            self,
69
            AssetClassification::Equity
70
                | AssetClassification::Etf
71
                | AssetClassification::Forex
72
                | AssetClassification::Crypto
73
        )
74
0
    }
75
}
76
77
/// Volatility profile configuration for risk management and position sizing.
78
///
79
/// Defines volatility characteristics and risk parameters for different
80
/// instruments, enabling dynamic position sizing and risk-adjusted execution.
81
#[derive(Debug, Clone, Serialize, Deserialize)]
82
pub struct VolatilityProfile {
83
    /// Historical average volatility (annualized)
84
    pub average_volatility: f64,
85
    /// Maximum observed volatility (99th percentile)
86
    pub max_volatility: f64,
87
    /// Minimum observed volatility (1st percentile)
88
    pub min_volatility: f64,
89
    /// Beta coefficient relative to market index
90
    pub beta: f64,
91
    /// Average True Range (ATR) for recent period
92
    pub atr: f64,
93
    /// Correlation with market benchmark
94
    pub market_correlation: f64,
95
    /// Volatility regime classification
96
    pub volatility_regime: VolatilityRegime,
97
    /// Last updated timestamp for volatility metrics
98
    pub last_updated: DateTime<Utc>,
99
    /// Number of observations used for calculation
100
    pub sample_size: u32,
101
}
102
103
impl VolatilityProfile {
104
    /// Creates a new volatility profile with default values.
105
3
    pub fn new() -> Self {
106
3
        Self {
107
3
            average_volatility: 0.20,
108
3
            max_volatility: 1.00,
109
3
            min_volatility: 0.05,
110
3
            beta: 1.0,
111
3
            atr: 0.0,
112
3
            market_correlation: 0.0,
113
3
            volatility_regime: VolatilityRegime::Normal,
114
3
            last_updated: Utc::now(),
115
3
            sample_size: 0,
116
3
        }
117
3
    }
118
119
    /// Updates volatility metrics with new data point.
120
1
    pub fn update_metrics(&mut self, new_volatility: f64, new_atr: f64) {
121
        // Update exponential moving average
122
1
        let alpha = 0.1; // Smoothing factor
123
1
        self.average_volatility = alpha * new_volatility + (1.0 - alpha) * self.average_volatility;
124
1
        self.atr = alpha * new_atr + (1.0 - alpha) * self.atr;
125
1
        self.last_updated = Utc::now();
126
1
        self.sample_size += 1;
127
128
        // Update volatility regime
129
1
        self.volatility_regime = self.classify_regime();
130
1
    }
131
132
    /// Classifies current volatility regime based on metrics.
133
1
    fn classify_regime(&self) -> VolatilityRegime {
134
1
        let volatility_ratio = self.average_volatility / 0.20; // Relative to 20% baseline
135
136
1
        if volatility_ratio > 2.0 {
137
0
            VolatilityRegime::High
138
1
        } else if volatility_ratio > 1.5 {
139
0
            VolatilityRegime::Elevated
140
1
        } else if volatility_ratio < 0.5 {
141
0
            VolatilityRegime::Low
142
        } else {
143
1
            VolatilityRegime::Normal
144
        }
145
1
    }
146
147
    /// Returns risk-adjusted position size multiplier.
148
0
    pub fn position_size_multiplier(&self) -> f64 {
149
0
        match self.volatility_regime {
150
0
            VolatilityRegime::Low => 1.5,
151
0
            VolatilityRegime::Normal => 1.0,
152
0
            VolatilityRegime::Elevated => 0.7,
153
0
            VolatilityRegime::High => 0.4,
154
        }
155
0
    }
156
}
157
158
impl Default for VolatilityProfile {
159
0
    fn default() -> Self {
160
0
        Self::new()
161
0
    }
162
}
163
164
/// Volatility regime classification for risk management.
165
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
166
pub enum VolatilityRegime {
167
    /// Low volatility environment (< 50% of normal)
168
    Low,
169
    /// Normal volatility environment
170
    Normal,
171
    /// Elevated volatility (50-100% above normal)
172
    Elevated,
173
    /// High volatility environment (> 100% above normal)
174
    High,
175
}
176
177
/// Trading hours configuration for different markets and sessions.
178
///
179
/// Defines market operating hours, pre-market and after-hours sessions,
180
/// and holiday schedules for accurate trade timing and execution.
181
#[derive(Debug, Clone, Serialize, Deserialize)]
182
pub struct TradingHours {
183
    /// Primary market timezone identifier (e.g., "America/New_York")
184
    pub timezone: String,
185
    /// Regular trading session start time
186
    pub market_open: NaiveTime,
187
    /// Regular trading session end time
188
    pub market_close: NaiveTime,
189
    /// Pre-market session start time (optional)
190
    pub pre_market_open: Option<NaiveTime>,
191
    /// After-hours session end time (optional)
192
    pub after_hours_close: Option<NaiveTime>,
193
    /// Trading days of the week
194
    pub trading_days: Vec<Weekday>,
195
    /// Market holidays (dates when market is closed)
196
    pub holidays: Vec<NaiveDate>,
197
    /// Half-day sessions with early close times
198
    pub half_days: HashMap<NaiveDate, NaiveTime>,
199
}
200
201
impl TradingHours {
202
    /// Creates US equity market trading hours configuration.
203
3
    pub fn us_equity() -> Self {
204
3
        Self {
205
3
            timezone: "America/New_York".to_string(),
206
3
            market_open: NaiveTime::from_hms_opt(9, 30, 0).unwrap(),
207
3
            market_close: NaiveTime::from_hms_opt(16, 0, 0).unwrap(),
208
3
            pre_market_open: Some(NaiveTime::from_hms_opt(4, 0, 0).unwrap()),
209
3
            after_hours_close: Some(NaiveTime::from_hms_opt(20, 0, 0).unwrap()),
210
3
            trading_days: vec![
211
3
                Weekday::Mon,
212
3
                Weekday::Tue,
213
3
                Weekday::Wed,
214
3
                Weekday::Thu,
215
3
                Weekday::Fri,
216
3
            ],
217
3
            holidays: vec![],
218
3
            half_days: HashMap::new(),
219
3
        }
220
3
    }
221
222
    /// Creates 24/7 trading hours for crypto markets.
223
0
    pub fn crypto_24_7() -> Self {
224
0
        Self {
225
0
            timezone: "UTC".to_string(),
226
0
            market_open: NaiveTime::from_hms_opt(0, 0, 0).unwrap(),
227
0
            market_close: NaiveTime::from_hms_opt(23, 59, 59).unwrap(),
228
0
            pre_market_open: None,
229
0
            after_hours_close: None,
230
0
            trading_days: vec![
231
0
                Weekday::Mon,
232
0
                Weekday::Tue,
233
0
                Weekday::Wed,
234
0
                Weekday::Thu,
235
0
                Weekday::Fri,
236
0
                Weekday::Sat,
237
0
                Weekday::Sun,
238
0
            ],
239
0
            holidays: vec![],
240
0
            half_days: HashMap::new(),
241
0
        }
242
0
    }
243
244
    /// Creates forex market trading hours (Sunday 5 PM to Friday 5 PM EST).
245
0
    pub fn forex() -> Self {
246
0
        Self {
247
0
            timezone: "America/New_York".to_string(),
248
0
            market_open: NaiveTime::from_hms_opt(17, 0, 0).unwrap(),
249
0
            market_close: NaiveTime::from_hms_opt(17, 0, 0).unwrap(),
250
0
            pre_market_open: None,
251
0
            after_hours_close: None,
252
0
            trading_days: vec![
253
0
                Weekday::Sun,
254
0
                Weekday::Mon,
255
0
                Weekday::Tue,
256
0
                Weekday::Wed,
257
0
                Weekday::Thu,
258
0
                Weekday::Fri,
259
0
            ],
260
0
            holidays: vec![],
261
0
            half_days: HashMap::new(),
262
0
        }
263
0
    }
264
265
    /// Checks if market is currently open.
266
0
    pub fn is_market_open(&self, current_time: DateTime<Utc>) -> bool {
267
        // Convert to market timezone and check if within trading hours
268
        // This is a simplified implementation - production would use proper timezone handling
269
0
        let current_date = current_time.date_naive();
270
0
        let current_time = current_time.time();
271
0
        let current_weekday = current_date.weekday();
272
273
        // Check if it's a trading day
274
0
        if !self.trading_days.contains(&current_weekday) {
275
0
            return false;
276
0
        }
277
278
        // Check if it's a holiday
279
0
        if self.holidays.contains(&current_date) {
280
0
            return false;
281
0
        }
282
283
        // Check if within trading hours
284
0
        current_time >= self.market_open && current_time <= self.market_close
285
0
    }
286
287
    /// Checks if extended hours trading is active.
288
0
    pub fn is_extended_hours_open(&self, current_time: DateTime<Utc>) -> bool {
289
0
        let current_time = current_time.time();
290
291
        // Check pre-market
292
0
        if let Some(pre_open) = self.pre_market_open {
293
0
            if current_time >= pre_open && current_time < self.market_open {
294
0
                return true;
295
0
            }
296
0
        }
297
298
        // Check after-hours
299
0
        if let Some(after_close) = self.after_hours_close {
300
0
            if current_time > self.market_close && current_time <= after_close {
301
0
                return true;
302
0
            }
303
0
        }
304
305
0
        false
306
0
    }
307
}
308
309
impl Default for TradingHours {
310
0
    fn default() -> Self {
311
0
        Self::us_equity()
312
0
    }
313
}
314
315
/// Comprehensive symbol configuration containing all trading parameters.
316
///
317
/// Central configuration structure for each tradeable symbol, containing
318
/// classification, market parameters, risk settings, and execution rules.
319
#[derive(Debug, Clone, Serialize, Deserialize)]
320
pub struct SymbolConfig {
321
    /// Unique symbol identifier
322
    pub symbol: String,
323
    /// Symbol description or company name
324
    pub description: String,
325
    /// Asset classification
326
    pub classification: AssetClassification,
327
    /// Volatility and risk profile
328
    pub volatility_profile: VolatilityProfile,
329
    /// Market operating hours
330
    pub trading_hours: TradingHours,
331
    /// Minimum price increment (tick size)
332
    pub tick_size: f64,
333
    /// Standard trading unit size
334
    pub lot_size: f64,
335
    /// Minimum order quantity
336
    pub min_order_size: f64,
337
    /// Maximum order quantity
338
    pub max_order_size: f64,
339
    /// Primary exchange or venue
340
    pub primary_exchange: String,
341
    /// Currency denomination
342
    pub currency: String,
343
    /// Sector classification (for equities)
344
    pub sector: Option<String>,
345
    /// Industry classification (for equities)
346
    pub industry: Option<String>,
347
    /// Market capitalization (for equities)
348
    pub market_cap: Option<f64>,
349
    /// Average daily volume
350
    pub avg_daily_volume: f64,
351
    /// Margin requirements
352
    pub margin_requirement: f64,
353
    /// Position limits
354
    pub position_limit: Option<f64>,
355
    /// Risk multiplier for position sizing
356
    pub risk_multiplier: f64,
357
    /// Configuration metadata
358
    pub metadata: SymbolMetadata,
359
}
360
361
impl SymbolConfig {
362
    /// Creates a new symbol configuration with default values.
363
2
    pub fn new(symbol: String, classification: AssetClassification) -> Self {
364
2
        let trading_hours = match classification {
365
0
            AssetClassification::Crypto => TradingHours::crypto_24_7(),
366
0
            AssetClassification::Forex => TradingHours::forex(),
367
2
            _ => TradingHours::us_equity(),
368
        };
369
370
2
        Self {
371
2
            symbol: symbol.clone(),
372
2
            description: format!("{} - Auto-generated", symbol),
373
2
            classification,
374
2
            volatility_profile: VolatilityProfile::new(),
375
2
            trading_hours,
376
2
            tick_size: 0.01,
377
2
            lot_size: 1.0,
378
2
            min_order_size: 1.0,
379
2
            max_order_size: 1_000_000.0,
380
2
            primary_exchange: "".to_string(),
381
2
            currency: "USD".to_string(),
382
2
            sector: None,
383
2
            industry: None,
384
2
            market_cap: None,
385
2
            avg_daily_volume: 0.0,
386
2
            margin_requirement: 0.25,
387
2
            position_limit: None,
388
2
            risk_multiplier: 1.0,
389
2
            metadata: SymbolMetadata::new(),
390
2
        }
391
2
    }
392
393
    /// Validates the symbol configuration for correctness.
394
3
    pub fn validate(&self) -> Result<(), String> {
395
3
        if self.symbol.is_empty() {
396
0
            return Err("Symbol cannot be empty".to_string());
397
3
        }
398
399
3
        if self.tick_size <= 0.0 {
400
1
            return Err("Tick size must be positive".to_string());
401
2
        }
402
403
2
        if self.lot_size <= 0.0 {
404
0
            return Err("Lot size must be positive".to_string());
405
2
        }
406
407
2
        if self.min_order_size <= 0.0 {
408
0
            return Err("Minimum order size must be positive".to_string());
409
2
        }
410
411
2
        if self.max_order_size <= self.min_order_size {
412
0
            return Err("Maximum order size must be greater than minimum".to_string());
413
2
        }
414
415
2
        if self.margin_requirement < 0.0 || self.margin_requirement > 1.0 {
416
0
            return Err("Margin requirement must be between 0 and 1".to_string());
417
2
        }
418
419
2
        Ok(())
420
3
    }
421
422
    /// Calculates the effective position size based on risk parameters.
423
0
    pub fn calculate_position_size(&self, base_size: f64, _account_value: f64) -> f64 {
424
0
        let volatility_multiplier = self.volatility_profile.position_size_multiplier();
425
0
        let risk_adjusted_size = base_size * volatility_multiplier * self.risk_multiplier;
426
427
        // Apply position limits
428
0
        if let Some(limit) = self.position_limit {
429
0
            risk_adjusted_size.min(limit)
430
        } else {
431
0
            risk_adjusted_size
432
        }
433
0
    }
434
435
    /// Returns the appropriate tick size for a given price level.
436
0
    pub fn get_tick_size_for_price(&self, _price: f64) -> f64 {
437
        // Some markets have variable tick sizes based on price
438
        // This is a simplified implementation
439
0
        self.tick_size
440
0
    }
441
442
    /// Rounds price to the nearest valid tick.
443
0
    pub fn round_to_tick(&self, price: f64) -> f64 {
444
0
        let tick = self.get_tick_size_for_price(price);
445
0
        (price / tick).round() * tick
446
0
    }
447
448
    /// Checks if the symbol is currently tradeable.
449
0
    pub fn is_tradeable(&self, current_time: DateTime<Utc>) -> bool {
450
0
        self.trading_hours.is_market_open(current_time) && self.metadata.is_active
451
0
    }
452
453
    /// Checks if extended hours trading is available.
454
0
    pub fn supports_extended_hours(&self) -> bool {
455
0
        self.classification.supports_extended_hours()
456
0
    }
457
}
458
459
/// Symbol configuration metadata for versioning and tracking.
460
#[derive(Debug, Clone, Serialize, Deserialize)]
461
pub struct SymbolMetadata {
462
    /// Unique configuration ID
463
    pub id: Uuid,
464
    /// Configuration version
465
    pub version: u32,
466
    /// Creation timestamp
467
    pub created_at: DateTime<Utc>,
468
    /// Last update timestamp
469
    pub updated_at: DateTime<Utc>,
470
    /// Active status
471
    pub is_active: bool,
472
    /// Data source for configuration
473
    pub data_source: String,
474
    /// Last validation timestamp
475
    pub last_validated: Option<DateTime<Utc>>,
476
    /// Configuration tags for organization
477
    pub tags: Vec<String>,
478
}
479
480
impl SymbolMetadata {
481
    /// Creates new metadata with default values.
482
2
    pub fn new() -> Self {
483
2
        let now = Utc::now();
484
2
        Self {
485
2
            id: Uuid::new_v4(),
486
2
            version: 1,
487
2
            created_at: now,
488
2
            updated_at: now,
489
2
            is_active: true,
490
2
            data_source: "manual".to_string(),
491
2
            last_validated: None,
492
2
            tags: vec![],
493
2
        }
494
2
    }
495
496
    /// Updates the metadata timestamp and version.
497
0
    pub fn update(&mut self) {
498
0
        self.updated_at = Utc::now();
499
0
        self.version += 1;
500
0
    }
501
502
    /// Marks the configuration as validated.
503
0
    pub fn mark_validated(&mut self) {
504
0
        self.last_validated = Some(Utc::now());
505
0
    }
506
}
507
508
impl Default for SymbolMetadata {
509
0
    fn default() -> Self {
510
0
        Self::new()
511
0
    }
512
}
513
514
/// Symbol configuration manager for loading and caching symbol configurations.
515
///
516
/// Provides high-performance access to symbol configurations with caching,
517
/// hot-reload capabilities, and configuration validation.
518
#[derive(Debug)]
519
pub struct SymbolConfigManager {
520
    /// In-memory cache of symbol configurations
521
    symbol_cache: HashMap<String, SymbolConfig>,
522
    /// Last cache update timestamp
523
    last_updated: DateTime<Utc>,
524
    /// Cache timeout duration
525
    cache_timeout: Duration,
526
}
527
528
impl SymbolConfigManager {
529
    /// Creates a new symbol configuration manager.
530
1
    pub fn new() -> Self {
531
1
        Self {
532
1
            symbol_cache: HashMap::new(),
533
1
            last_updated: Utc::now(),
534
1
            cache_timeout: Duration::from_secs(300), // 5 minutes
535
1
        }
536
1
    }
537
538
    /// Loads symbol configuration from cache or source.
539
0
    pub async fn get_symbol_config(
540
0
        &mut self,
541
0
        symbol: &str,
542
0
    ) -> Result<Option<SymbolConfig>, String> {
543
        // Check cache first
544
0
        if let Some(config) = self.symbol_cache.get(symbol) {
545
0
            if !self.is_cache_expired() {
546
0
                return Ok(Some(config.clone()));
547
0
            }
548
0
        }
549
550
        // Load from source (this would integrate with database/external source)
551
0
        self.load_symbol_from_source(symbol).await
552
0
    }
553
554
    /// Loads all symbol configurations into cache.
555
0
    pub async fn load_all_symbols(&mut self) -> Result<usize, String> {
556
        // This would integrate with the database or external configuration source
557
0
        self.refresh_cache().await
558
0
    }
559
560
    /// Adds or updates a symbol configuration.
561
1
    pub fn upsert_symbol_config(&mut self, config: SymbolConfig) -> Result<(), String> {
562
        // Validate configuration
563
1
        config.validate()
?0
;
564
565
        // Update cache
566
1
        self.symbol_cache.insert(config.symbol.clone(), config);
567
1
        self.last_updated = Utc::now();
568
569
1
        Ok(())
570
1
    }
571
572
    /// Removes a symbol configuration.
573
0
    pub fn remove_symbol_config(&mut self, symbol: &str) -> Option<SymbolConfig> {
574
0
        self.symbol_cache.remove(symbol)
575
0
    }
576
577
    /// Returns all cached symbol configurations.
578
1
    pub fn get_all_symbols(&self) -> Vec<&SymbolConfig> {
579
1
        self.symbol_cache.values().collect()
580
1
    }
581
582
    /// Returns symbols filtered by asset classification.
583
0
    pub fn get_symbols_by_classification(
584
0
        &self,
585
0
        classification: &AssetClassification,
586
0
    ) -> Vec<&SymbolConfig> {
587
0
        self.symbol_cache
588
0
            .values()
589
0
            .filter(|config| &config.classification == classification)
590
0
            .collect()
591
0
    }
592
593
    /// Checks if cache has expired.
594
0
    fn is_cache_expired(&self) -> bool {
595
0
        Utc::now()
596
0
            .signed_duration_since(self.last_updated)
597
0
            .to_std()
598
0
            .unwrap_or(Duration::MAX)
599
0
            > self.cache_timeout
600
0
    }
601
602
    /// Loads symbol configuration from external source.
603
0
    async fn load_symbol_from_source(
604
0
        &mut self,
605
0
        _symbol: &str,
606
0
    ) -> Result<Option<SymbolConfig>, String> {
607
        // This would integrate with database or external configuration API
608
        // For now, return None to indicate symbol not found
609
610
        // Example of creating a default config if needed:
611
        // let config = SymbolConfig::new(symbol.to_string(), AssetClassification::Equity);
612
        // self.symbol_cache.insert(symbol.to_string(), config.clone());
613
        // Ok(Some(config))
614
615
0
        Ok(None)
616
0
    }
617
618
    /// Refreshes the entire symbol cache from source.
619
0
    async fn refresh_cache(&mut self) -> Result<usize, String> {
620
        // This would integrate with database to load all active symbols
621
        // For now, return the current cache size
622
0
        Ok(self.symbol_cache.len())
623
0
    }
624
625
    /// Sets cache timeout duration.
626
0
    pub fn set_cache_timeout(&mut self, timeout: Duration) {
627
0
        self.cache_timeout = timeout;
628
0
    }
629
630
    /// Forces cache refresh on next access.
631
0
    pub fn invalidate_cache(&mut self) {
632
0
        self.last_updated = DateTime::<Utc>::MIN_UTC;
633
0
    }
634
635
    /// Returns cache statistics.
636
0
    pub fn cache_stats(&self) -> (usize, DateTime<Utc>, bool) {
637
0
        (
638
0
            self.symbol_cache.len(),
639
0
            self.last_updated,
640
0
            self.is_cache_expired(),
641
0
        )
642
0
    }
643
}
644
645
impl Default for SymbolConfigManager {
646
0
    fn default() -> Self {
647
0
        Self::new()
648
0
    }
649
}
650
651
#[cfg(test)]
652
mod tests {
653
    use super::*;
654
655
    #[test]
656
1
    fn test_asset_classification_regulatory_class() {
657
1
        assert_eq!(AssetClassification::Equity.regulatory_class(), "EQUITY");
658
1
        assert_eq!(AssetClassification::Forex.regulatory_class(), "FX");
659
1
        assert_eq!(AssetClassification::Crypto.regulatory_class(), "CRYPTO");
660
1
    }
661
662
    #[test]
663
1
    fn test_volatility_profile_update() {
664
1
        let mut profile = VolatilityProfile::new();
665
1
        profile.update_metrics(0.40, 2.5);
666
667
        // With exponential smoothing: 0.1 * 0.40 + 0.9 * 0.20 = 0.22
668
1
        assert!(profile.average_volatility > 0.20 && profile.average_volatility < 0.25);
669
        // With exponential smoothing: 0.1 * 2.5 + 0.9 * 0.0 = 0.25
670
1
        assert!((profile.atr - 0.25).abs() < 0.01);
671
1
        assert_eq!(profile.volatility_regime, VolatilityRegime::Normal);
672
1
    }
673
674
    #[test]
675
1
    fn test_symbol_config_validation() {
676
1
        let mut config = SymbolConfig::new("AAPL".to_string(), AssetClassification::Equity);
677
1
        assert!(config.validate().is_ok());
678
679
1
        config.tick_size = -0.01;
680
1
        assert!(config.validate().is_err());
681
1
    }
682
683
    #[test]
684
1
    fn test_trading_hours_us_equity() {
685
1
        let hours = TradingHours::us_equity();
686
1
        assert_eq!(hours.timezone, "America/New_York");
687
1
        assert_eq!(
688
            hours.market_open,
689
1
            NaiveTime::from_hms_opt(9, 30, 0).unwrap()
690
        );
691
1
        assert_eq!(
692
            hours.market_close,
693
1
            NaiveTime::from_hms_opt(16, 0, 0).unwrap()
694
        );
695
1
    }
696
697
    #[test]
698
1
    fn test_symbol_config_manager() {
699
1
        let mut manager = SymbolConfigManager::new();
700
1
        let config = SymbolConfig::new("TEST".to_string(), AssetClassification::Equity);
701
702
1
        assert!(manager.upsert_symbol_config(config).is_ok());
703
1
        assert_eq!(manager.get_all_symbols().len(), 1);
704
1
    }
705
}

\ No newline at end of file
diff --git a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/vault.rs.html b/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/vault.rs.html
deleted file mode 100644
index 94dc44ebc..000000000
--- a/coverage_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/vault.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/vault.rs
Line
Count
Source
1
//! HashiCorp Vault configuration for secure secret management.
2
//!
3
//! This module provides configuration structures for integrating with HashiCorp Vault
4
//! to securely manage secrets, API keys, and sensitive configuration data in the
5
//! Foxhunt trading system. Supports token-based authentication and namespace isolation.
6
7
use serde::{Deserialize, Serialize};
8
use secrecy::{ExposeSecret, SecretString};
9
use std::fmt;
10
11
/// HashiCorp Vault configuration for secure secret storage.
12
///
13
/// Configures connection to HashiCorp Vault for retrieving sensitive
14
/// configuration data such as API keys, database passwords, and other
15
/// secrets. Supports Vault Enterprise features like namespaces.
16
///
17
/// # Security
18
///
19
/// The Vault token is wrapped in `SecretString` to prevent accidental
20
/// exposure in logs, debug output, or memory dumps. The token is automatically
21
/// zeroized when the config is dropped.
22
#[derive(Clone, Serialize, Deserialize)]
23
pub struct VaultConfig {
24
    /// Vault server URL (e.g., "<https://vault.example.com:8200>")
25
    pub url: String,
26
    /// Vault authentication token for API access (securely stored)
27
    #[serde(serialize_with = "serialize_secret", deserialize_with = "deserialize_secret")]
28
    pub token: SecretString,
29
    /// Mount path for the secrets engine (e.g., "secret/")
30
    pub mount_path: String,
31
    /// Vault namespace for multi-tenant deployments (Enterprise feature)
32
    pub namespace: Option<String>,
33
}
34
35
/// Custom serializer for SecretString that prevents token exposure
36
2
fn serialize_secret<S>(_secret: &SecretString, serializer: S) -> Result<S::Ok, S::Error>
37
2
where
38
2
    S: serde::Serializer,
39
{
40
    // Serialize as redacted placeholder to prevent token exposure
41
2
    serializer.serialize_str("***REDACTED***")
42
2
}
43
44
/// Custom deserializer for SecretString
45
1
fn deserialize_secret<'de, D>(deserializer: D) -> Result<SecretString, D::Error>
46
1
where
47
1
    D: serde::Deserializer<'de>,
48
{
49
1
    let s = String::deserialize(deserializer)
?0
;
50
1
    Ok(SecretString::from(s))
51
1
}
52
53
impl fmt::Debug for VaultConfig {
54
2
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
55
2
        f.debug_struct("VaultConfig")
56
2
            .field("url", &self.url)
57
2
            .field("token", &"***REDACTED***")
58
2
            .field("mount_path", &self.mount_path)
59
2
            .field("namespace", &self.namespace)
60
2
            .finish()
61
2
    }
62
}
63
64
impl Drop for VaultConfig {
65
16
    fn drop(&mut self) {
66
        // Explicitly zeroize the token when VaultConfig is dropped
67
        // This ensures the secret is cleared from memory
68
        // Note: SecretString already implements ZeroizeOnDrop, but we make it explicit
69
        // for documentation purposes
70
16
    }
71
}
72
73
impl VaultConfig {
74
    /// Creates a new VaultConfig with the specified parameters.
75
    ///
76
    /// # Security
77
    ///
78
    /// The token is immediately wrapped in a `SecretString` to prevent exposure.
79
    /// Consider using `from_env()` or loading from secure configuration
80
    /// sources instead of passing plain strings.
81
14
    pub fn new(url: String, token: String, mount_path: String) -> Self {
82
14
        Self {
83
14
            url,
84
14
            token: SecretString::from(token),
85
14
            mount_path,
86
14
            namespace: None,
87
14
        }
88
14
    }
89
90
    /// Sets the namespace for multi-tenant Vault deployments.
91
2
    pub fn with_namespace(mut self, namespace: String) -> Self {
92
2
        self.namespace = Some(namespace);
93
2
        self
94
2
    }
95
96
    /// Gets a reference to the secret token (requires explicit exposure)
97
    ///
98
    /// # Security
99
    ///
100
    /// This method requires the caller to explicitly acknowledge they are
101
    /// exposing the secret. Use only when necessary (e.g., when making
102
    /// API calls to Vault) and ensure the exposed value is not logged
103
    /// or stored in insecure locations.
104
1
    pub fn token(&self) -> &SecretString {
105
1
        &self.token
106
1
    }
107
108
    /// Validates the vault configuration.
109
    ///
110
    /// # Security
111
    ///
112
    /// Validation checks length without exposing the token value.
113
7
    pub fn validate(&self) -> Result<(), String> {
114
7
        if self.url.is_empty() {
115
2
            return Err("Vault URL cannot be empty".to_string());
116
5
        }
117
5
        if self.token.expose_secret().is_empty() {
118
2
            return Err("Vault token cannot be empty".to_string());
119
3
        }
120
3
        if self.mount_path.is_empty() {
121
2
            return Err("Vault mount path cannot be empty".to_string());
122
1
        }
123
1
        Ok(())
124
7
    }
125
}
126
127
#[cfg(test)]
128
mod tests {
129
    use super::*;
130
131
14
    fn create_test_config() -> VaultConfig {
132
14
        VaultConfig::new(
133
14
            "https://vault.example.com:8200".to_string(),
134
14
            "test-token-12345".to_string(),
135
14
            "secret/".to_string(),
136
        )
137
14
    }
138
139
    #[test]
140
1
    fn test_vault_config_creation() {
141
1
        let config = create_test_config();
142
1
        assert_eq!(config.url, "https://vault.example.com:8200");
143
1
        assert_eq!(config.mount_path, "secret/");
144
1
        assert!(config.namespace.is_none());
145
1
    }
146
147
    #[test]
148
1
    fn test_vault_config_with_namespace() {
149
1
        let config = create_test_config().with_namespace("production".to_string());
150
1
        assert_eq!(config.namespace.as_deref(), Some("production"));
151
1
    }
152
153
    #[test]
154
1
    fn test_vault_config_validation_success() {
155
1
        let config = create_test_config();
156
1
        assert!(config.validate().is_ok());
157
1
    }
158
159
    #[test]
160
1
    fn test_vault_config_validation_empty_url() {
161
1
        let mut config = create_test_config();
162
1
        config.url = String::new();
163
1
        assert!(config.validate().is_err());
164
1
        assert_eq!(config.validate().unwrap_err(), "Vault URL cannot be empty");
165
1
    }
166
167
    #[test]
168
1
    fn test_vault_config_validation_empty_token() {
169
1
        let mut config = create_test_config();
170
1
        config.token = SecretString::from(String::new());
171
1
        assert!(config.validate().is_err());
172
1
        assert_eq!(
173
1
            config.validate().unwrap_err(),
174
            "Vault token cannot be empty"
175
        );
176
1
    }
177
178
    #[test]
179
1
    fn test_vault_config_validation_empty_mount_path() {
180
1
        let mut config = create_test_config();
181
1
        config.mount_path = String::new();
182
1
        assert!(config.validate().is_err());
183
1
        assert_eq!(
184
1
            config.validate().unwrap_err(),
185
            "Vault mount path cannot be empty"
186
        );
187
1
    }
188
189
    #[test]
190
1
    fn test_vault_config_serialization() {
191
1
        let config = create_test_config();
192
1
        let serialized = serde_json::to_string(&config).unwrap();
193
        // Token should be redacted in serialization
194
1
        assert!(serialized.contains("***REDACTED***"));
195
1
        assert!(!serialized.contains("test-token-12345"));
196
1
    }
197
198
    #[test]
199
1
    fn test_vault_config_deserialization() {
200
1
        let config = create_test_config();
201
1
        let serialized = serde_json::to_string(&config).unwrap();
202
1
        let deserialized: VaultConfig = serde_json::from_str(&serialized).unwrap();
203
1
        assert_eq!(config.url, deserialized.url);
204
1
        assert_eq!(config.mount_path, deserialized.mount_path);
205
1
    }
206
207
    #[test]
208
1
    fn test_vault_config_clone() {
209
1
        let config1 = create_test_config();
210
1
        let config2 = config1.clone();
211
1
        assert_eq!(config1.url, config2.url);
212
1
    }
213
214
    #[test]
215
1
    fn test_vault_config_debug() {
216
1
        let config = create_test_config();
217
1
        let debug_output = format!("{:?}", config);
218
1
        assert!(debug_output.contains("VaultConfig"));
219
1
        assert!(debug_output.contains("***REDACTED***"));
220
1
        assert!(!debug_output.contains("test-token-12345"));
221
1
    }
222
223
    #[test]
224
1
    fn test_vault_config_namespace_none() {
225
1
        let config = create_test_config();
226
1
        assert!(config.namespace.is_none());
227
1
    }
228
229
    #[test]
230
1
    fn test_vault_config_namespace_some() {
231
1
        let config = create_test_config().with_namespace("dev".to_string());
232
1
        assert!(config.namespace.is_some());
233
1
        assert_eq!(config.namespace.as_deref(), Some("dev"));
234
1
    }
235
236
    #[test]
237
1
    fn test_vault_config_token_not_exposed() {
238
1
        let config = create_test_config();
239
        // Verify token accessor works
240
1
        assert_eq!(config.token().expose_secret(), "test-token-12345");
241
1
    }
242
243
    #[test]
244
1
    fn test_vault_config_token_redacted_in_display() {
245
1
        let config = create_test_config();
246
1
        let debug_str = format!("{:?}", config);
247
1
        assert!(!debug_str.contains("test-token-12345"));
248
1
    }
249
}

\ No newline at end of file
diff --git a/coverage_common/html/index.html b/coverage_common/html/index.html
deleted file mode 100644
index 905ab89a5..000000000
--- a/coverage_common/html/index.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-06 12:43
Click here for information about interpreting this report.
FilenameFunction CoverageLine CoverageRegion CoverageBranch Coverage
common/src/database.rs
   0.00% (0/15)
   0.00% (0/132)
   0.00% (0/117)
- (0/0)
common/src/error.rs
  29.41% (5/17)
  41.83% (64/153)
  31.51% (69/219)
- (0/0)
common/src/thresholds.rs
 100.00% (4/4)
 100.00% (21/21)
 100.00% (31/31)
- (0/0)
common/src/trading.rs
   0.00% (0/16)
   0.00% (0/87)
   0.00% (0/135)
- (0/0)
common/src/traits.rs
   0.00% (0/2)
   0.00% (0/6)
   0.00% (0/6)
- (0/0)
common/src/types.rs
  55.53% (211/380)
  54.67% (1148/2100)
  53.30% (1574/2953)
- (0/0)
config/src/asset_classification.rs
  76.00% (19/25)
  90.78% (325/358)
  86.34% (278/322)
- (0/0)
config/src/compliance_config.rs
 100.00% (2/2)
 100.00% (40/40)
 100.00% (54/54)
- (0/0)
config/src/data_config.rs
   0.00% (0/13)
   0.00% (0/145)
   0.00% (0/71)
- (0/0)
config/src/data_providers.rs
  75.00% (21/28)
  76.22% (125/164)
  80.73% (155/192)
- (0/0)
config/src/database.rs
  97.30% (36/37)
  98.91% (273/276)
  99.04% (311/314)
- (0/0)
config/src/error.rs
 100.00% (9/9)
  93.48% (43/46)
  92.31% (72/78)
- (0/0)
config/src/lib.rs
   0.00% (0/2)
   0.00% (0/11)
   0.00% (0/15)
- (0/0)
config/src/manager.rs
 100.00% (47/47)
  95.84% (346/361)
  95.69% (644/673)
- (0/0)
config/src/ml_config.rs
   0.00% (0/4)
   0.00% (0/136)
   0.00% (0/55)
- (0/0)
config/src/risk_config.rs
  62.50% (5/8)
  41.80% (102/244)
  56.20% (231/411)
- (0/0)
config/src/runtime.rs
  57.45% (27/47)
  73.02% (314/430)
  55.42% (317/572)
- (0/0)
config/src/schemas.rs
   0.00% (0/5)
   0.00% (0/76)
   0.00% (0/144)
- (0/0)
config/src/storage_config.rs
   0.00% (0/5)
   0.00% (0/26)
   0.00% (0/26)
- (0/0)
config/src/structures.rs
   0.00% (0/27)
   0.00% (0/349)
   0.00% (0/291)
- (0/0)
config/src/symbol_config.rs
  32.65% (16/49)
  44.13% (154/349)
  44.58% (177/397)
- (0/0)
config/src/vault.rs
 100.00% (23/23)
 100.00% (131/131)
  99.53% (214/215)
- (0/0)
Totals
  55.56% (425/765)
  54.71% (3086/5641)
  56.60% (4127/7291)
- (0/0)
Generated by llvm-cov -- llvm version 20.1.7-rust-1.89.0-stable

\ No newline at end of file
diff --git a/coverage_common/html/style.css b/coverage_common/html/style.css
deleted file mode 100644
index ae4f09f69..000000000
--- a/coverage_common/html/style.css
+++ /dev/null
@@ -1,194 +0,0 @@
-.red {
-  background-color: #f004;
-}
-.cyan {
-  background-color: cyan;
-}
-html {
-  scroll-behavior: smooth;
-}
-body {
-  font-family: -apple-system, sans-serif;
-}
-pre {
-  margin-top: 0px !important;
-  margin-bottom: 0px !important;
-}
-.source-name-title {
-  padding: 5px 10px;
-  border-bottom: 1px solid #8888;
-  background-color: #0002;
-  line-height: 35px;
-}
-.centered {
-  display: table;
-  margin-left: left;
-  margin-right: auto;
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-:hover.tooltip span.tooltip-content {
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-th, td {
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-tr:has(> td >a:target), tr:has(> td.uncovered-line.selected) {
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-.control {
-  position: fixed;
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-  padding: 1em;
-  background: #FFF8;
-}
-@media (prefers-color-scheme: dark) {
-  body {
-    background-color: #222;
-    color: whitesmoke;
-  }
-  tr:hover {
-    background-color: #111;
-  }
-  .covered-line {
-    color: #39f;
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-  .uncovered-line {
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-  }
-  .tooltip {
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-  tr:has(> td >a:target), tr:has(> td.uncovered-line.selected) {
-    background-color: #8884;
-  }
-}
diff --git a/coverage_report_common/html/control.js b/coverage_report_common/html/control.js
deleted file mode 100644
index 5897b005c..000000000
--- a/coverage_report_common/html/control.js
+++ /dev/null
@@ -1,99 +0,0 @@
-
-function next_uncovered(selector, reverse, scroll_selector) {
-  function visit_element(element) {
-    element.classList.add("seen");
-    element.classList.add("selected");
-
-    if (!scroll_selector) {
-      scroll_selector = "tr:has(.selected) td.line-number"
-    }
-
-    const scroll_to = document.querySelector(scroll_selector);
-    if (scroll_to) {
-      scroll_to.scrollIntoView({behavior: "smooth", block: "center", inline: "end"});
-    }
-  }
-
-  function select_one() {
-    if (!reverse) {
-      const previously_selected = document.querySelector(".selected");
-
-      if (previously_selected) {
-        previously_selected.classList.remove("selected");
-      }
-
-      return document.querySelector(selector + ":not(.seen)");
-    } else {
-      const previously_selected = document.querySelector(".selected");
-
-      if (previously_selected) {
-        previously_selected.classList.remove("selected");
-        previously_selected.classList.remove("seen");
-      }
-
-      const nodes = document.querySelectorAll(selector + ".seen");
-      if (nodes) {
-        const last = nodes[nodes.length - 1]; // last
-        return last;
-      } else {
-        return undefined;
-      }
-    }
-  }
-
-  function reset_all() {
-    if (!reverse) {
-      const all_seen = document.querySelectorAll(selector + ".seen");
-
-      if (all_seen) {
-        all_seen.forEach(e => e.classList.remove("seen"));
-      }
-    } else {
-      const all_seen = document.querySelectorAll(selector + ":not(.seen)");
-
-      if (all_seen) {
-        all_seen.forEach(e => e.classList.add("seen"));
-      }
-    }
-
-  }
-
-  const uncovered = select_one();
-
-  if (uncovered) {
-    visit_element(uncovered);
-  } else {
-    reset_all();
-
-    const uncovered = select_one();
-
-    if (uncovered) {
-      visit_element(uncovered);
-    }
-  }
-}
-
-function next_line(reverse) {
-  next_uncovered("td.uncovered-line", reverse)
-}
-
-function next_region(reverse) {
-  next_uncovered("span.red.region", reverse);
-}
-
-function next_branch(reverse) {
-  next_uncovered("span.red.branch", reverse);
-}
-
-document.addEventListener("keypress", function(event) {
-  const reverse = event.shiftKey;
-  if (event.code == "KeyL") {
-    next_line(reverse);
-  }
-  if (event.code == "KeyB") {
-    next_branch(reverse);
-  }
-  if (event.code == "KeyR") {
-    next_region(reverse);
-  }
-});
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/database.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/database.rs.html
deleted file mode 100644
index 8b4b81f92..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/database.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/database.rs
Line
Count
Source
1
//! Database connection utilities and configurations
2
//!
3
//! This module provides shared database connection management utilities
4
//! that can be used across all Foxhunt services.
5
6
use serde::{Deserialize, Serialize};
7
use sqlx::{Pool, Postgres};
8
use std::time::Duration;
9
use thiserror::Error;
10
11
// Import centralized database configuration
12
pub use config::database::DatabaseConfig;
13
use config::structures::BacktestingDatabaseConfig;
14
15
/// Database-specific errors
16
#[derive(Debug, Error)]
17
#[allow(clippy::module_name_repetitions)]
18
pub enum DatabaseError {
19
    /// Connection failed - wrapper around SQLx connection errors
20
    #[error("Connection failed: {0}")]
21
    Connection(#[from] sqlx::Error),
22
    /// Query exceeded maximum allowed execution time
23
    #[error("Query timeout: operation took {actual_ms}ms, max allowed {max_ms}ms")]
24
    QueryTimeout {
25
        /// Actual execution time in milliseconds
26
        actual_ms: u64,
27
        /// Maximum allowed execution time in milliseconds
28
        max_ms: u64,
29
    },
30
    /// Connection pool has no available connections
31
    #[error("Pool exhausted: no connections available")]
32
    PoolExhausted,
33
    /// Database configuration is invalid or missing required parameters
34
    #[error("Configuration error: {0}")]
35
    Configuration(String),
36
    /// Performance constraint violation detected
37
    #[error("Performance violation: {0}")]
38
    Performance(String),
39
}
40
41
/// Database connection configuration (local extended version)
42
#[derive(Debug, Clone, Deserialize, Serialize)]
43
pub struct LocalDatabaseConfig {
44
    /// Database connection URL
45
    pub url: String,
46
    /// Pool configuration
47
    pub pool: PoolConfig,
48
    /// Performance settings
49
    pub performance: PerformanceConfig,
50
}
51
52
/// Connection pool configuration
53
#[derive(Debug, Clone, Deserialize, Serialize)]
54
pub struct PoolConfig {
55
    /// Maximum number of connections in the pool
56
    pub max_connections: u32,
57
    /// Minimum number of connections to maintain
58
    pub min_connections: u32,
59
    /// Connection timeout in milliseconds
60
    pub connect_timeout_ms: u64,
61
    /// Connection acquire timeout in milliseconds
62
    pub acquire_timeout_ms: u64,
63
    /// Maximum connection lifetime in seconds
64
    pub max_lifetime_seconds: u64,
65
    /// Idle timeout in seconds
66
    pub idle_timeout_seconds: u64,
67
}
68
69
/// Performance configuration for HFT operations
70
#[derive(Debug, Clone, Deserialize, Serialize)]
71
pub struct PerformanceConfig {
72
    /// Query timeout in microseconds for HFT operations
73
    pub query_timeout_micros: u64,
74
    /// Enable connection prewarming
75
    pub enable_prewarming: bool,
76
    /// Enable statement preparation
77
    pub enable_prepared_statements: bool,
78
    /// Enable query logging for slow queries
79
    pub enable_slow_query_logging: bool,
80
    /// Slow query threshold in microseconds
81
    pub slow_query_threshold_micros: u64,
82
}
83
84
impl Default for LocalDatabaseConfig {
85
0
    fn default() -> Self {
86
0
        Self {
87
0
            url: "postgresql://foxhunt:password@localhost:5432/foxhunt".to_owned(),
88
0
            pool: PoolConfig::default(),
89
0
            performance: PerformanceConfig::default(),
90
0
        }
91
0
    }
92
}
93
94
impl Default for PoolConfig {
95
0
    fn default() -> Self {
96
0
        Self {
97
0
            max_connections: 50,
98
0
            min_connections: 10,
99
0
            connect_timeout_ms: 100,
100
0
            acquire_timeout_ms: 50,
101
0
            max_lifetime_seconds: 3600,
102
0
            idle_timeout_seconds: 300,
103
0
        }
104
0
    }
105
}
106
107
impl Default for PerformanceConfig {
108
0
    fn default() -> Self {
109
0
        Self {
110
0
            query_timeout_micros: 800, // <1ms for HFT operations
111
0
            enable_prewarming: true,
112
0
            enable_prepared_statements: true,
113
0
            enable_slow_query_logging: true,
114
0
            slow_query_threshold_micros: 1000, // Log queries >1ms
115
0
        }
116
0
    }
117
}
118
119
/// Convert from centralized config to common crate config with HFT optimizations
120
#[allow(clippy::integer_division)]
121
impl From<DatabaseConfig> for LocalDatabaseConfig {
122
0
    fn from(config: DatabaseConfig) -> Self {
123
0
        Self {
124
0
            url: config.url,
125
0
            pool: PoolConfig {
126
0
                max_connections: config.max_connections,
127
0
                // 20% of max, min 2. Uses integer division intentionally for simplicity.
128
0
                min_connections: (config.max_connections / 5).max(2),
129
0
                connect_timeout_ms: u64::try_from(config.connect_timeout.as_millis().min(100))
130
0
                    .unwrap_or(100), // Convert to ms, cap at 100ms for HFT
131
0
                acquire_timeout_ms: 50,     // Fast acquire for HFT
132
0
                max_lifetime_seconds: 3600, // 1 hour default
133
0
                idle_timeout_seconds: 300,  // 5 minutes default
134
0
            },
135
0
            performance: PerformanceConfig {
136
0
                query_timeout_micros: u64::try_from(config.query_timeout.as_micros().min(800))
137
0
                    .unwrap_or(800), // Convert to microseconds, cap at 800μs for HFT
138
0
                enable_prewarming: true,
139
0
                enable_prepared_statements: true,
140
0
                enable_slow_query_logging: config.enable_query_logging,
141
0
                slow_query_threshold_micros: 1000, // 1ms threshold
142
0
            },
143
0
        }
144
0
    }
145
}
146
147
/// Convert from backtesting config to common crate config with backtesting optimizations
148
#[allow(clippy::integer_division)]
149
impl From<BacktestingDatabaseConfig> for LocalDatabaseConfig {
150
0
    fn from(config: BacktestingDatabaseConfig) -> Self {
151
0
        let max_conn = config.max_connections.unwrap_or(10);
152
0
        Self {
153
0
            url: config.database_url,
154
0
            pool: PoolConfig {
155
0
                max_connections: max_conn,
156
0
                // 25% of max, min 2. Uses integer division intentionally for simplicity.
157
0
                min_connections: (max_conn / 4).max(2),
158
0
                connect_timeout_ms: config.acquire_timeout_ms.unwrap_or(1000), // Use acquire timeout as connection timeout
159
0
                acquire_timeout_ms: 100,    // Less strict for backtesting
160
0
                max_lifetime_seconds: 3600, // 1 hour default
161
0
                idle_timeout_seconds: 600,  // 10 minutes for backtesting
162
0
            },
163
0
            performance: PerformanceConfig {
164
0
                query_timeout_micros: 10000, // 10ms default for backtesting queries
165
0
                enable_prewarming: true,
166
0
                enable_prepared_statements: true,
167
0
                enable_slow_query_logging: config.enable_logging.unwrap_or(false),
168
0
                slow_query_threshold_micros: 5000, // 5ms threshold for backtesting
169
0
            },
170
0
        }
171
0
    }
172
}
173
174
/// Database connection pool wrapper
175
#[derive(Debug)]
176
#[allow(clippy::module_name_repetitions)]
177
pub struct DatabasePool {
178
    pool: Pool<Postgres>,
179
    config: LocalDatabaseConfig,
180
}
181
182
impl DatabasePool {
183
    /// Create a new database connection pool
184
    ///
185
    /// # Errors
186
    ///
187
    /// Returns `DatabaseError` if:
188
    /// - Connection URL is invalid
189
    /// - Database connection fails
190
0
    pub async fn new(config: LocalDatabaseConfig) -> Result<Self, DatabaseError> {
191
        use sqlx::postgres::{PgConnectOptions, PgPoolOptions};
192
193
        // Parse connection options
194
0
        let mut connect_options: PgConnectOptions = config
195
0
            .url
196
0
            .parse()
197
0
            .map_err(|e| DatabaseError::Configuration(format!("Invalid URL: {}", e)))?;
198
199
        // Configure connection-level optimizations
200
0
        connect_options = connect_options
201
0
            .application_name("foxhunt-service")
202
0
            .statement_cache_capacity(1000);
203
204
        // Create connection pool with optimized settings
205
0
        let pool = PgPoolOptions::new()
206
0
            .max_connections(config.pool.max_connections)
207
0
            .min_connections(config.pool.min_connections)
208
0
            .acquire_timeout(Duration::from_millis(config.pool.acquire_timeout_ms))
209
0
            .max_lifetime(Duration::from_secs(config.pool.max_lifetime_seconds))
210
0
            .idle_timeout(Duration::from_secs(config.pool.idle_timeout_seconds))
211
0
            .test_before_acquire(true)
212
0
            .connect_with(connect_options)
213
0
            .await
214
0
            .map_err(DatabaseError::Connection)?;
215
216
        // Pre-warm connections if enabled
217
0
        if config.performance.enable_prewarming {
218
0
            for _ in 0..config.pool.min_connections {
219
0
                let _conn = pool.acquire().await.map_err(DatabaseError::Connection)?;
220
0
                sqlx::query("SELECT 1")
221
0
                    .fetch_one(&pool)
222
0
                    .await
223
0
                    .map_err(DatabaseError::Connection)?;
224
            }
225
0
        }
226
227
0
        Ok(Self { pool, config })
228
0
    }
229
230
    /// Get the underlying connection pool
231
0
    pub const fn pool(&self) -> &Pool<Postgres> {
232
0
        &self.pool
233
0
    }
234
235
    /// Get current configuration
236
0
    pub const fn config(&self) -> &LocalDatabaseConfig {
237
0
        &self.config
238
0
    }
239
240
    /// Health check for the database connection
241
    ///
242
    /// # Errors
243
    ///
244
    /// Returns `DatabaseError` if:
245
    /// - Database connection fails
246
    /// - Query times out
247
0
    pub async fn health_check(&self) -> Result<(), DatabaseError> {
248
0
        let result = tokio::time::timeout(
249
0
            Duration::from_millis(100),
250
0
            sqlx::query("SELECT 1").fetch_one(&self.pool),
251
0
        )
252
0
        .await;
253
254
0
        match result {
255
0
            Ok(Ok(_)) => Ok(()),
256
0
            Ok(Err(e)) => Err(DatabaseError::Connection(e)),
257
0
            Err(_) => Err(DatabaseError::QueryTimeout {
258
0
                actual_ms: 100,
259
0
                max_ms: 100,
260
0
            }),
261
        }
262
0
    }
263
264
    /// Get connection pool statistics
265
    #[allow(clippy::integer_division)]
266
0
    pub fn pool_stats(&self) -> PoolStats {
267
0
        PoolStats {
268
0
            size: self.pool.size(),
269
0
            idle: u32::try_from(self.pool.num_idle()).unwrap_or(0),
270
0
            active: self.pool.size().saturating_sub(u32::try_from(self.pool.num_idle()).unwrap_or(0)),
271
0
            max_size: self.config.pool.max_connections,
272
0
        }
273
0
    }
274
}
275
276
/// Connection pool statistics
277
#[derive(Debug, Clone, Serialize, Deserialize)]
278
pub struct PoolStats {
279
    /// Current pool size
280
    pub size: u32,
281
    /// Number of idle connections
282
    pub idle: u32,
283
    /// Number of active connections
284
    pub active: u32,
285
    /// Maximum pool size
286
    pub max_size: u32,
287
}
288
289
impl PoolStats {
290
    /// Calculate pool utilization percentage
291
    #[allow(clippy::float_arithmetic)]
292
0
    pub fn utilization_percentage(&self) -> f64 {
293
0
        (f64::from(self.active) / f64::from(self.max_size)) * 100.0
294
0
    }
295
296
    /// Check if pool is healthy (not over-utilized)
297
0
    pub fn is_healthy(&self) -> bool {
298
0
        self.utilization_percentage() < 80.0
299
0
    }
300
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/error.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/error.rs.html
deleted file mode 100644
index 8f1bb869f..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/error.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/error.rs
Line
Count
Source
1
//! Common error types and utilities
2
//!
3
//! This module provides shared error types and utilities used across
4
//! all Foxhunt services.
5
6
use serde::{Deserialize, Serialize};
7
use std::fmt;
8
use std::time::Duration;
9
use thiserror::Error;
10
11
/// Common error type for all Foxhunt services
12
#[derive(Debug, Error)]
13
pub enum CommonError {
14
    /// Database operation failed - wraps database-specific errors
15
    #[error("Database error: {0}")]
16
    Database(#[from] crate::database::DatabaseError),
17
    /// Configuration is invalid or missing required parameters
18
    #[error("Configuration error: {0}")]
19
    Configuration(String),
20
    /// Network communication error occurred
21
    #[error("Network error: {0}")]
22
    Network(String),
23
    /// Service-specific error with categorization for metrics
24
    #[error("Service error: {category} - {message}")]
25
    Service {
26
        /// Error category for classification
27
        category: ErrorCategory,
28
        /// Descriptive error message
29
        message: String,
30
    },
31
    /// Input validation failed
32
    #[error("Validation error: {0}")]
33
    Validation(String),
34
    /// Operation exceeded maximum allowed execution time
35
    #[error("Timeout error: operation took {actual_ms}ms, max allowed {max_ms}ms")]
36
    Timeout {
37
        /// Actual execution time in milliseconds
38
        actual_ms: u64,
39
        /// Maximum allowed execution time in milliseconds
40
        max_ms: u64,
41
    },
42
}
43
44
/// Error categories for classification and metrics
45
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
46
#[allow(clippy::module_name_repetitions)]
47
pub enum ErrorCategory {
48
    /// Market data related errors
49
    MarketData,
50
    /// Trading and order management errors
51
    Trading,
52
    /// Network and communication errors
53
    Network,
54
    /// System and infrastructure errors
55
    System,
56
    /// Configuration errors
57
    Configuration,
58
    /// Validation errors
59
    Validation,
60
    /// Critical errors requiring immediate attention
61
    Critical,
62
    /// Connection errors (data providers)
63
    Connection,
64
    /// Authentication errors
65
    Authentication,
66
    /// Rate limiting errors
67
    RateLimit,
68
    /// Data parsing errors
69
    Parse,
70
    /// Subscription errors
71
    Subscription,
72
    /// Financial safety and calculation errors
73
    FinancialSafety,
74
    /// Risk management and circuit breakers
75
    RiskManagement,
76
    /// Database and persistence layer
77
    Database,
78
    /// Broker connectivity and execution
79
    Broker,
80
    /// Machine learning and AI errors
81
    MachineLearning,
82
    /// Security and authentication errors
83
    Security,
84
    /// Business logic errors
85
    BusinessLogic,
86
    /// Resource errors (not found, conflicts)
87
    Resource,
88
    /// Development and testing errors
89
    Development,
90
    /// Risk management errors
91
    Risk,
92
    /// Machine learning errors (alias for `MachineLearning`)
93
    ML,
94
    /// Unknown/other errors
95
    Other,
96
}
97
98
impl fmt::Display for ErrorCategory {
99
49
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
100
49
        match self {
101
2
            Self::MarketData => write!(f, "MARKET_DATA"),
102
3
            Self::Trading => write!(f, "TRADING"),
103
2
            Self::Network => write!(f, "NETWORK"),
104
2
            Self::System => write!(f, "SYSTEM"),
105
2
            Self::Configuration => write!(f, "CONFIGURATION"),
106
2
            Self::Validation => write!(f, "VALIDATION"),
107
2
            Self::Critical => write!(f, "CRITICAL"),
108
2
            Self::Connection => write!(f, "CONNECTION"),
109
2
            Self::Authentication => write!(f, "AUTHENTICATION"),
110
2
            Self::RateLimit => write!(f, "RATE_LIMIT"),
111
2
            Self::Parse => write!(f, "PARSE"),
112
2
            Self::Subscription => write!(f, "SUBSCRIPTION"),
113
2
            Self::FinancialSafety => write!(f, "FINANCIAL_SAFETY"),
114
2
            Self::RiskManagement => write!(f, "RISK_MANAGEMENT"),
115
2
            Self::Database => write!(f, "DATABASE"),
116
2
            Self::Broker => write!(f, "BROKER"),
117
2
            Self::MachineLearning => write!(f, "MACHINE_LEARNING"),
118
2
            Self::Security => write!(f, "SECURITY"),
119
2
            Self::BusinessLogic => write!(f, "BUSINESS_LOGIC"),
120
2
            Self::Resource => write!(f, "RESOURCE"),
121
2
            Self::Development => write!(f, "DEVELOPMENT"),
122
2
            Self::Risk => write!(f, "RISK"),
123
2
            Self::ML => write!(f, "ML"),
124
2
            Self::Other => write!(f, "OTHER"),
125
        }
126
49
    }
127
}
128
129
/// Error severity levels for prioritization and alerting
130
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
131
#[allow(clippy::module_name_repetitions)]
132
pub enum ErrorSeverity {
133
    /// Debug level - for development and troubleshooting
134
    Debug,
135
    /// Info level - informational messages
136
    Info,
137
    /// Warning level - potentially problematic situations
138
    Warn,
139
    /// Error level - error conditions that should be addressed
140
    Error,
141
    /// Critical level - serious error conditions requiring immediate attention
142
    Critical,
143
}
144
145
impl fmt::Display for ErrorSeverity {
146
10
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
147
10
        match self {
148
2
            Self::Debug => write!(f, "DEBUG"),
149
2
            Self::Info => write!(f, "INFO"),
150
2
            Self::Warn => write!(f, "WARN"),
151
2
            Self::Error => write!(f, "ERROR"),
152
2
            Self::Critical => write!(f, "CRITICAL"),
153
        }
154
10
    }
155
}
156
157
/// Retry strategies for error recovery
158
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
159
pub enum RetryStrategy {
160
    /// Do not retry - error is permanent
161
    NoRetry,
162
    /// Retry immediately without delay
163
    Immediate,
164
    /// Linear backoff with fixed intervals
165
    Linear {
166
        /// Base delay in milliseconds between retries
167
        base_delay_ms: u64,
168
    },
169
    /// Exponential backoff with jitter
170
    Exponential {
171
        /// Base delay in milliseconds for exponential backoff
172
        base_delay_ms: u64,
173
        /// Maximum delay cap in milliseconds
174
        max_delay_ms: u64,
175
    },
176
    /// Wait for circuit breaker to close
177
    CircuitBreaker,
178
}
179
180
impl RetryStrategy {
181
    /// Calculate delay for retry attempt
182
    #[must_use]
183
23
    pub fn calculate_delay(&self, attempt: u32) -> Option<Duration> {
184
23
        match self {
185
3
            Self::NoRetry => None,
186
2
            Self::Immediate => Some(Duration::from_millis(0)),
187
5
            Self::Linear { base_delay_ms } => {
188
5
                Some(Duration::from_millis(base_delay_ms.saturating_mul(u64::from(attempt))))
189
            },
190
            Self::Exponential {
191
11
                base_delay_ms,
192
11
                max_delay_ms,
193
            } => {
194
11
                let delay_ms = base_delay_ms.saturating_mul(2_u64.saturating_pow(attempt.min(10)));
195
11
                let capped_delay = delay_ms.min(*max_delay_ms);
196
197
                // Add simple jitter (±10%)
198
                #[allow(clippy::integer_division)]
199
11
                let jitter_ms = capped_delay / 10;
200
                #[allow(clippy::integer_division)]
201
11
                let final_delay = capped_delay.saturating_sub(jitter_ms / 2);
202
203
11
                Some(Duration::from_millis(final_delay))
204
            },
205
2
            Self::CircuitBreaker => Some(Duration::from_secs(30)),
206
        }
207
23
    }
208
209
    /// Get maximum recommended retry attempts
210
    #[must_use]
211
5
    pub const fn max_attempts(&self) -> Option<u32> {
212
5
        match self {
213
1
            Self::NoRetry => Some(0),
214
1
            Self::Immediate => Some(3),
215
1
            Self::Linear { .. } => Some(5),
216
1
            Self::Exponential { .. } => Some(7),
217
1
            Self::CircuitBreaker => Some(1),
218
        }
219
5
    }
220
}
221
222
/// Convenience functions for creating common errors
223
impl CommonError {
224
    /// Create a configuration error
225
13
    pub fn config<S: Into<String>>(message: S) -> Self {
226
13
        Self::Configuration(message.into())
227
13
    }
228
229
    /// Create a network error
230
10
    pub fn network<S: Into<String>>(message: S) -> Self {
231
10
        Self::Network(message.into())
232
10
    }
233
234
    /// Create a service error with category
235
65
    pub fn service<S: Into<String>>(category: ErrorCategory, message: S) -> Self {
236
65
        Self::Service {
237
65
            category,
238
65
            message: message.into(),
239
65
        }
240
65
    }
241
242
    /// Create a validation error
243
7
    pub fn validation<S: Into<String>>(message: S) -> Self {
244
7
        Self::Validation(message.into())
245
7
    }
246
247
    /// Create a timeout error
248
8
    pub const fn timeout(actual_ms: u64, max_ms: u64) -> Self {
249
8
        Self::Timeout { actual_ms, max_ms }
250
8
    }
251
252
    /// Create a machine learning specific service error
253
3
    pub fn ml<S: Into<String>, M: Into<String>>(model_name: S, message: M) -> Self {
254
3
        Self::Service {
255
3
            category: ErrorCategory::MachineLearning,
256
3
            message: format!("{}: {}", model_name.into(), message.into()),
257
3
        }
258
3
    }
259
260
    /// Create a serialization error
261
1
    pub fn serialization<S: Into<String>>(message: S) -> Self {
262
1
        Self::Service {
263
1
            category: ErrorCategory::Parse,
264
1
            message: format!("Serialization error: {}", message.into()),
265
1
        }
266
1
    }
267
268
    /// Create an internal error
269
3
    pub fn internal<S: Into<String>>(message: S) -> Self {
270
3
        Self::Service {
271
3
            category: ErrorCategory::System,
272
3
            message: format!("Internal error: {}", message.into()),
273
3
        }
274
3
    }
275
276
    /// Create a resource exhausted error
277
1
    pub fn resource_exhausted<S: Into<String>>(resource: S) -> Self {
278
1
        Self::Service {
279
1
            category: ErrorCategory::Resource,
280
1
            message: format!("Resource exhausted: {}", resource.into()),
281
1
        }
282
1
    }
283
284
    /// Get the error category for classification and metrics
285
39
    pub const fn category(&self) -> ErrorCategory {
286
39
        match self {
287
0
            Self::Database(_) => ErrorCategory::Database,
288
3
            Self::Configuration(_) => ErrorCategory::Configuration,
289
3
            Self::Network(_) => ErrorCategory::Network,
290
29
            Self::Service { category, .. } => *category,
291
2
            Self::Validation(_) => ErrorCategory::Validation,
292
2
            Self::Timeout { .. } => ErrorCategory::System,
293
        }
294
39
    }
295
296
    /// Get error severity level
297
40
    pub const fn severity(&self) -> ErrorSeverity {
298
40
        match self {
299
1
            Self::Database(_) => ErrorSeverity::Critical,
300
3
            Self::Configuration(_) => ErrorSeverity::Critical,
301
3
            Self::Network(_) => ErrorSeverity::Error,
302
27
            Self::Service { category, .. } => match category {
303
                ErrorCategory::Critical
304
                | ErrorCategory::FinancialSafety
305
6
                | ErrorCategory::Authentication => ErrorSeverity::Critical,
306
                ErrorCategory::Trading
307
                | ErrorCategory::RiskManagement
308
4
                | ErrorCategory::Database => ErrorSeverity::Error,
309
17
                _ => ErrorSeverity::Warn,
310
            },
311
3
            Self::Validation(_) => ErrorSeverity::Warn,
312
3
            Self::Timeout { .. } => ErrorSeverity::Error,
313
        }
314
40
    }
315
316
    /// Check if the error is retryable
317
28
    pub const fn is_retryable(&self) -> bool {
318
28
        match self {
319
1
            Self::Database(_) => true,       // Database operations can be retried
320
5
            Self::Configuration(_) => false, // Configuration errors are permanent
321
5
            Self::Network(_) => true,        // Network errors are often transient
322
11
            Self::Service { category, .. } => !
matches!7
(
323
11
                category,
324
                ErrorCategory::Authentication
325
                    | ErrorCategory::Configuration
326
                    | ErrorCategory::Validation
327
            ),
328
3
            Self::Validation(_) => false, // Validation errors are permanent
329
3
            Self::Timeout { .. } => true, // Timeouts can be retried
330
        }
331
28
    }
332
333
    /// Get retry strategy for this error
334
13
    pub const fn retry_strategy(&self) -> RetryStrategy {
335
13
        if !self.is_retryable() {
336
4
            return RetryStrategy::NoRetry;
337
9
        }
338
339
9
        match self {
340
1
            Self::Database(_) => RetryStrategy::Exponential {
341
1
                base_delay_ms: 1000,
342
1
                max_delay_ms: 10000,
343
1
            },
344
2
            Self::Network(_) => RetryStrategy::Linear { base_delay_ms: 500 },
345
5
            Self::Service { category, .. } => match category {
346
                ErrorCategory::Network | ErrorCategory::Connection => {
347
2
                    RetryStrategy::Linear { base_delay_ms: 500 }
348
                },
349
1
                ErrorCategory::RateLimit => RetryStrategy::Exponential {
350
1
                    base_delay_ms: 5000,
351
1
                    max_delay_ms: 60000,
352
1
                },
353
2
                _ => RetryStrategy::Immediate,
354
            },
355
1
            Self::Timeout { .. } => RetryStrategy::Linear {
356
1
                base_delay_ms: 1000,
357
1
            },
358
0
            _ => RetryStrategy::NoRetry,
359
        }
360
13
    }
361
}
362
363
/// Result type for common operations
364
pub type CommonResult<T> = Result<T, CommonError>;

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/market_data.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/market_data.rs.html
deleted file mode 100644
index 42a86a40a..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/market_data.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/market_data.rs
Line
Count
Source
1
//! Market data types for common use
2
3
use crate::types::{OrderSide, Price, Quantity, Symbol};
4
use chrono::{DateTime, Utc};
5
use serde::{Deserialize, Serialize};
6
7
/// Market data event types
8
#[derive(Debug, Clone, Serialize, Deserialize)]
9
#[allow(clippy::module_name_repetitions)]
10
pub enum MarketDataEvent {
11
    /// Trade execution event
12
    Trade(TradeEvent),
13
    /// Quote update (bid/ask) event
14
    Quote(QuoteEvent),
15
    /// Bar/candlestick data event
16
    Bar(BarEvent),
17
    /// Order book update event
18
    OrderBook(OrderBookEvent),
19
    /// News and market information event
20
    News(NewsEvent),
21
}
22
23
/// Trade event
24
#[derive(Debug, Clone, Serialize, Deserialize)]
25
pub struct TradeEvent {
26
    /// Trading symbol
27
    pub symbol: Symbol,
28
    /// Trade execution price
29
    pub price: Price,
30
    /// Trade quantity
31
    pub quantity: Quantity,
32
    /// Trade side (buy or sell)
33
    pub side: OrderSide,
34
    /// Trade execution timestamp
35
    pub timestamp: DateTime<Utc>,
36
    /// Unique trade identifier
37
    pub trade_id: String,
38
}
39
40
/// Quote event
41
#[derive(Debug, Clone, Serialize, Deserialize)]
42
pub struct QuoteEvent {
43
    /// Trading symbol
44
    pub symbol: Symbol,
45
    /// Best bid price
46
    pub bid_price: Price,
47
    /// Best bid quantity
48
    pub bid_quantity: Quantity,
49
    /// Best ask price
50
    pub ask_price: Price,
51
    /// Best ask quantity
52
    pub ask_quantity: Quantity,
53
    /// Quote timestamp
54
    pub timestamp: DateTime<Utc>,
55
}
56
57
/// Bar event (OHLCV)
58
#[derive(Debug, Clone, Serialize, Deserialize)]
59
pub struct BarEvent {
60
    /// Trading symbol
61
    pub symbol: Symbol,
62
    /// Opening price
63
    pub open: Price,
64
    /// Highest price
65
    pub high: Price,
66
    /// Lowest price
67
    pub low: Price,
68
    /// Closing price
69
    pub close: Price,
70
    /// Trading volume
71
    pub volume: Quantity,
72
    /// Bar timestamp
73
    pub timestamp: DateTime<Utc>,
74
    /// Bar time interval
75
    pub interval: BarInterval,
76
}
77
78
/// Bar interval
79
#[derive(Debug, Clone, Copy, Serialize, Deserialize)]
80
pub enum BarInterval {
81
    /// 1-second interval
82
    Second1,
83
    /// 1-minute interval
84
    Minute1,
85
    /// 5-minute interval
86
    Minute5,
87
    /// 15-minute interval
88
    Minute15,
89
    /// 1-hour interval
90
    Hour1,
91
    /// 1-day interval
92
    Day1,
93
}
94
95
/// Order book event
96
#[derive(Debug, Clone, Serialize, Deserialize)]
97
pub struct OrderBookEvent {
98
    /// Trading symbol
99
    pub symbol: Symbol,
100
    /// Bid levels (price, quantity)
101
    pub bids: Vec<(Price, Quantity)>,
102
    /// Ask levels (price, quantity)
103
    pub asks: Vec<(Price, Quantity)>,
104
    /// Order book timestamp
105
    pub timestamp: DateTime<Utc>,
106
}
107
108
/// News event
109
#[derive(Debug, Clone, Serialize, Deserialize)]
110
pub struct NewsEvent {
111
    /// Related trading symbol (if applicable)
112
    pub symbol: Option<Symbol>,
113
    /// News headline
114
    pub headline: String,
115
    /// News content/body
116
    pub content: String,
117
    /// News publication timestamp
118
    pub timestamp: DateTime<Utc>,
119
    /// News source identifier
120
    pub source: String,
121
}
122
123
impl MarketDataEvent {
124
    /// Get the timestamp for any market data event
125
0
    pub const fn timestamp(&self) -> Option<DateTime<Utc>> {
126
0
        match self {
127
0
            MarketDataEvent::Quote(q) => Some(q.timestamp),
128
0
            MarketDataEvent::Trade(t) => Some(t.timestamp),
129
0
            MarketDataEvent::Bar(b) => Some(b.timestamp),
130
0
            MarketDataEvent::OrderBook(o) => Some(o.timestamp),
131
0
            MarketDataEvent::News(n) => Some(n.timestamp),
132
        }
133
0
    }
134
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/ml_strategy.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/ml_strategy.rs.html
deleted file mode 100644
index 193e42969..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/ml_strategy.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/ml_strategy.rs
Line
Count
Source
1
//! Shared ML Strategy for Foxhunt Trading System
2
//!
3
//! This module provides a unified ML strategy implementation that is used by both
4
//! trading service and backtesting service to ensure consistent ML predictions
5
//! across all services. This eliminates code duplication and ensures ONE SINGLE SYSTEM.
6
//!
7
//! # Architecture
8
//!
9
//! ```text
10
//! SharedMLStrategy
11
//!     ├─ MLModelAdapter (abstraction over ml crate models)
12
//!     ├─ FeatureExtractor (consistent feature engineering)
13
//!     ├─ EnsembleCoordinator (weighted voting)
14
//!     └─ ModelPerformanceTracker (metrics)
15
//! ```
16
17
use anyhow::Result;
18
use chrono::{DateTime, Datelike, Utc, Timelike};
19
use serde::{Deserialize, Serialize};
20
use std::collections::HashMap;
21
use std::sync::Arc;
22
use tokio::sync::RwLock;
23
24
/// ML prediction result
25
#[derive(Debug, Clone, Serialize, Deserialize)]
26
pub struct MLPrediction {
27
    /// Model identifier
28
    pub model_id: String,
29
    /// Prediction value (0.0-1.0)
30
    pub prediction_value: f64,
31
    /// Confidence score (0.0-1.0)
32
    pub confidence: f64,
33
    /// Features used for prediction
34
    pub features: Vec<f64>,
35
    /// Prediction timestamp
36
    pub timestamp: DateTime<Utc>,
37
    /// Inference latency in microseconds
38
    pub inference_latency_us: u64,
39
}
40
41
/// ML model performance metrics
42
#[derive(Debug, Clone, Default, Serialize, Deserialize)]
43
pub struct MLModelPerformance {
44
    /// Model identifier
45
    pub model_id: String,
46
    /// Total predictions made
47
    pub total_predictions: u64,
48
    /// Correct predictions
49
    pub correct_predictions: u64,
50
    /// Average inference latency
51
    pub avg_latency_us: f64,
52
    /// Average confidence score
53
    pub avg_confidence: f64,
54
    /// Model accuracy percentage
55
    pub accuracy_percentage: f64,
56
    /// Returns generated
57
    pub returns: Vec<f64>,
58
    /// Sharpe ratio
59
    pub sharpe_ratio: f64,
60
    /// Maximum drawdown
61
    pub max_drawdown: f64,
62
}
63
64
/// Feature extraction for ML models
65
#[derive(Debug, Clone)]
66
pub struct MLFeatureExtractor {
67
    /// Lookback window for features
68
    pub lookback_periods: usize,
69
    /// Price history buffer
70
    price_history: Vec<f64>,
71
    /// Volume history buffer
72
    volume_history: Vec<f64>,
73
}
74
75
impl MLFeatureExtractor {
76
    /// Create new feature extractor
77
13
    pub fn new(lookback_periods: usize) -> Self {
78
13
        Self {
79
13
            lookback_periods,
80
13
            price_history: Vec::with_capacity(lookback_periods + 1),
81
13
            volume_history: Vec::with_capacity(lookback_periods + 1),
82
13
        }
83
13
    }
84
85
    /// Extract features from market data
86
27
    pub fn extract_features(&mut self, price: f64, volume: f64, timestamp: DateTime<Utc>) -> Vec<f64> {
87
        // Update price and volume history
88
27
        self.price_history.push(price);
89
27
        self.volume_history.push(volume);
90
91
        // Keep only the required lookback periods
92
27
        if self.price_history.len() > self.lookback_periods {
93
0
            self.price_history.remove(0);
94
27
        }
95
27
        if self.volume_history.len() > self.lookback_periods {
96
0
            self.volume_history.remove(0);
97
27
        }
98
99
        // Extract technical features
100
27
        let mut features = Vec::new();
101
102
27
        if self.price_history.len() >= 2 {
103
            // Price momentum (returns)
104
20
            let current_price = self.price_history.last().copied().unwrap_or(0.0);
105
20
            let prev_price = self.price_history.get(self.price_history.len() - 2).copied().unwrap_or(current_price);
106
20
            let price_return = if prev_price != 0.0 {
107
20
                (current_price - prev_price) / prev_price
108
            } else {
109
0
                0.0
110
            };
111
20
            features.push(price_return);
112
113
            // Short-term moving average
114
20
            if self.price_history.len() >= 5 {
115
12
                let short_ma: f64 = self.price_history.iter().rev().take(5).sum::<f64>() / 5.0;
116
12
                let ma_ratio = if short_ma != 0.0 { current_price / short_ma - 1.0 } else { 
0.00
 };
117
12
                features.push(ma_ratio);
118
8
            } else {
119
8
                features.push(0.0);
120
8
            }
121
122
            // Price volatility (rolling standard deviation)
123
20
            if self.price_history.len() >= 10 {
124
2
                let recent_returns: Vec<f64> = self.price_history
125
2
                    .windows(2)
126
2
                    .rev()
127
2
                    .take(9)
128
18
                    .
map2
(|w| (w[1] - w[0]) / w[0])
129
2
                    .collect();
130
131
2
                let mean_return = recent_returns.iter().sum::<f64>() / recent_returns.len() as f64;
132
2
                let variance = recent_returns.iter()
133
18
                    .
map2
(|&r| (r - mean_return).powi(2))
134
2
                    .sum::<f64>() / recent_returns.len() as f64;
135
2
                let volatility = variance.sqrt();
136
2
                features.push(volatility);
137
18
            } else {
138
18
                features.push(0.0);
139
18
            }
140
7
        } else {
141
7
            features.extend_from_slice(&[0.0, 0.0, 0.0]);
142
7
        }
143
144
        // Volume features
145
27
        if self.volume_history.len() >= 2 {
146
20
            let current_volume = self.volume_history.last().copied().unwrap_or(0.0);
147
20
            let prev_volume = self.volume_history.get(self.volume_history.len() - 2).copied().unwrap_or(current_volume);
148
20
            let volume_ratio = if prev_volume != 0.0 {
149
20
                current_volume / prev_volume - 1.0
150
            } else {
151
0
                0.0
152
            };
153
20
            features.push(volume_ratio);
154
155
            // Volume moving average
156
20
            if self.volume_history.len() >= 5 {
157
12
                let volume_ma = self.volume_history.iter().rev().take(5).sum::<f64>() / 5.0;
158
12
                let volume_ma_ratio = if volume_ma != 0.0 { current_volume / volume_ma - 1.0 } else { 
0.00
 };
159
12
                features.push(volume_ma_ratio);
160
8
            } else {
161
8
                features.push(0.0);
162
8
            }
163
7
        } else {
164
7
            features.extend_from_slice(&[0.0, 0.0]);
165
7
        }
166
167
        // Add time-based features
168
27
        let hour = timestamp.hour() as f64 / 24.0; // Normalized hour
169
27
        let day_of_week = timestamp.weekday().num_days_from_monday() as f64 / 6.0; // Normalized day
170
27
        features.push(hour);
171
27
        features.push(day_of_week);
172
173
        // Normalize all features to [-1, 1] range using tanh
174
189
        
features.iter()27
.
map27
(|&f| f.tanh()).
collect27
()
175
27
    }
176
}
177
178
/// Trait for ML model adapters
179
pub trait MLModelAdapter: Send + Sync {
180
    /// Get model prediction
181
    fn predict(&self, features: &[f64]) -> Result<MLPrediction>;
182
183
    /// Get model identifier
184
    fn model_id(&self) -> &str;
185
186
    /// Validate prediction against actual outcome
187
    fn validate_prediction(&mut self, prediction: &MLPrediction, actual_outcome: bool);
188
}
189
190
/// Simple DQN model adapter (for backtesting/simulation)
191
#[derive(Debug)]
192
pub struct SimpleDQNAdapter {
193
    model_id: String,
194
    weights: Vec<f64>,
195
    predictions_made: u64,
196
    correct_predictions: u64,
197
}
198
199
impl SimpleDQNAdapter {
200
    /// Create new DQN adapter
201
13
    pub fn new(model_id: String) -> Self {
202
        // Initialize with simulated weights
203
13
        let weights = vec![0.1, -0.05, 0.2, 0.15, -0.1, 0.08, 0.03];
204
205
13
        Self {
206
13
            model_id,
207
13
            weights,
208
13
            predictions_made: 0,
209
13
            correct_predictions: 0,
210
13
        }
211
13
    }
212
}
213
214
impl MLModelAdapter for SimpleDQNAdapter {
215
27
    fn predict(&self, features: &[f64]) -> Result<MLPrediction> {
216
27
        if features.len() != self.weights.len() {
217
0
            return Err(anyhow::anyhow!("Feature dimension mismatch: expected {}, got {}",
218
0
                self.weights.len(), features.len()));
219
27
        }
220
221
        // Simple linear combination with sigmoid activation
222
27
        let linear_output: f64 = features.iter()
223
27
            .zip(self.weights.iter())
224
189
            .
map27
(|(f, w)| f * w)
225
27
            .sum();
226
227
27
        let prediction_value = 1.0 / (1.0 + (-linear_output).exp()); // Sigmoid activation
228
229
        // Calculate confidence based on distance from 0.5
230
27
        let confidence = 0.5 + (prediction_value - 0.5).abs() * 0.8;
231
232
27
        Ok(MLPrediction {
233
27
            model_id: self.model_id.clone(),
234
27
            prediction_value,
235
27
            confidence,
236
27
            features: features.to_vec(),
237
27
            timestamp: Utc::now(),
238
27
            inference_latency_us: 50, // Simulated latency
239
27
        })
240
27
    }
241
242
0
    fn model_id(&self) -> &str {
243
0
        &self.model_id
244
0
    }
245
246
10
    fn validate_prediction(&mut self, prediction: &MLPrediction, actual_outcome: bool) {
247
10
        self.predictions_made += 1;
248
249
        // Simple validation: if prediction > 0.5 and outcome is positive, it's correct
250
10
        let predicted_positive = prediction.prediction_value > 0.5;
251
10
        if predicted_positive == actual_outcome {
252
5
            self.correct_predictions += 1;
253
5
        }
254
10
    }
255
}
256
257
/// Shared ML strategy implementation (ONE SINGLE SYSTEM)
258
pub struct SharedMLStrategy {
259
    /// Available ML models
260
    models: Arc<RwLock<HashMap<String, Box<dyn MLModelAdapter>>>>,
261
    /// Feature extractor
262
    feature_extractor: Arc<RwLock<MLFeatureExtractor>>,
263
    /// Model performance tracking
264
    model_performance: Arc<RwLock<HashMap<String, MLModelPerformance>>>,
265
    /// Minimum confidence threshold
266
    min_confidence_threshold: f64,
267
}
268
269
impl std::fmt::Debug for SharedMLStrategy {
270
0
    fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
271
0
        f.debug_struct("SharedMLStrategy")
272
0
            .field("min_confidence_threshold", &self.min_confidence_threshold)
273
0
            .field("model_count", &"<async_lock>")
274
0
            .finish()
275
0
    }
276
}
277
278
impl SharedMLStrategy {
279
    /// Create new shared ML strategy
280
13
    pub fn new(lookback_periods: usize, min_confidence_threshold: f64) -> Self {
281
13
        let mut models: HashMap<String, Box<dyn MLModelAdapter>> = HashMap::new();
282
283
        // Add default models
284
13
        models.insert("dqn_v1".to_string(), Box::new(SimpleDQNAdapter::new("dqn_v1".to_string())));
285
286
13
        Self {
287
13
            models: Arc::new(RwLock::new(models)),
288
13
            feature_extractor: Arc::new(RwLock::new(MLFeatureExtractor::new(lookback_periods))),
289
13
            model_performance: Arc::new(RwLock::new(HashMap::new())),
290
13
            min_confidence_threshold,
291
13
        }
292
13
    }
293
294
    /// Get ensemble prediction from all models
295
27
    pub async fn get_ensemble_prediction(
296
27
        &self,
297
27
        price: f64,
298
27
        volume: f64,
299
27
        timestamp: DateTime<Utc>,
300
27
    ) -> Result<Vec<MLPrediction>> {
301
        // Extract features
302
27
        let features = {
303
27
            let mut extractor = self.feature_extractor.write().await;
304
27
            extractor.extract_features(price, volume, timestamp)
305
        };
306
307
27
        let mut predictions = Vec::new();
308
309
        // Get predictions from all models
310
27
        let models = self.models.read().await;
311
27
        for (model_id, model) in models.iter() {
312
27
            match model.predict(&features) {
313
27
                Ok(prediction) => {
314
27
                    if prediction.confidence >= self.min_confidence_threshold {
315
26
                        predictions.push(prediction);
316
26
                    
}1
317
                }
318
0
                Err(e) => {
319
0
                    tracing::warn!("Model {} failed to predict: {}", model_id, e);
320
                }
321
            }
322
        }
323
324
27
        Ok(predictions)
325
27
    }
326
327
    /// Calculate weighted ensemble vote
328
5
    pub fn calculate_ensemble_vote(&self, predictions: &[MLPrediction]) -> Option<(f64, f64)> {
329
5
        if predictions.is_empty() {
330
1
            return None;
331
4
        }
332
333
4
        let total_confidence: f64 = predictions.iter().map(|p| p.confidence).sum();
334
4
        if total_confidence == 0.0 {
335
0
            return None;
336
4
        }
337
338
        // Weighted average by confidence
339
4
        let weighted_prediction: f64 = predictions.iter()
340
7
            .
map4
(|p| p.prediction_value * p.confidence)
341
4
            .sum::<f64>() / total_confidence;
342
343
4
        let average_confidence: f64 = predictions.iter().map(|p| p.confidence).sum::<f64>() / predictions.len() as f64;
344
345
4
        Some((weighted_prediction, average_confidence))
346
5
    }
347
348
    /// Validate predictions against actual market outcomes
349
13
    pub async fn validate_predictions(&self, predictions: &[MLPrediction], actual_return: f64) {
350
13
        let actual_outcome = actual_return > 0.0; // Positive return = good outcome
351
352
13
        let mut models = self.models.write().await;
353
13
        let mut performance = self.model_performance.write().await;
354
355
26
        for 
prediction13
 in predictions {
356
13
            if let Some(
model10
) = models.get_mut(&prediction.model_id) {
357
10
                model.validate_prediction(prediction, actual_outcome);
358
10
            
}3
359
360
            // Update performance tracking
361
13
            let perf = performance.entry(prediction.model_id.clone())
362
13
                .or_insert_with(|| MLModelPerformance {
363
3
                    model_id: prediction.model_id.clone(),
364
3
                    ..Default::default()
365
3
                });
366
367
13
            perf.total_predictions += 1;
368
369
13
            let predicted_positive = prediction.prediction_value > 0.5;
370
13
            if predicted_positive == actual_outcome {
371
7
                perf.correct_predictions += 1;
372
7
            
}6
373
374
13
            perf.accuracy_percentage = if perf.total_predictions > 0 {
375
13
                (perf.correct_predictions as f64 / perf.total_predictions as f64) * 100.0
376
            } else {
377
0
                0.0
378
            };
379
380
            // Update average confidence
381
13
            let total_samples = perf.total_predictions as f64;
382
13
            perf.avg_confidence = (perf.avg_confidence * (total_samples - 1.0) + prediction.confidence) / total_samples;
383
384
            // Update average latency
385
13
            perf.avg_latency_us = (perf.avg_latency_us * (total_samples - 1.0) + prediction.inference_latency_us as f64) / total_samples;
386
        }
387
13
    }
388
389
    /// Get performance summary for all models
390
4
    pub async fn get_performance_summary(&self) -> HashMap<String, MLModelPerformance> {
391
4
        self.model_performance.read().await.clone()
392
4
    }
393
394
    /// Add a model to the strategy
395
0
    pub async fn add_model(&self, model_id: String, model: Box<dyn MLModelAdapter>) {
396
0
        let mut models = self.models.write().await;
397
0
        models.insert(model_id, model);
398
0
    }
399
400
    /// Get minimum confidence threshold
401
1
    pub fn min_confidence_threshold(&self) -> f64 {
402
1
        self.min_confidence_threshold
403
1
    }
404
}
405
406
#[cfg(test)]
407
mod tests {
408
    use super::*;
409
410
    #[tokio::test]
411
1
    async fn test_shared_ml_strategy_creation() {
412
1
        let strategy = SharedMLStrategy::new(20, 0.6);
413
1
        assert_eq!(strategy.min_confidence_threshold(), 0.6);
414
1
    }
415
416
    #[tokio::test]
417
1
    async fn test_ensemble_prediction() {
418
1
        let strategy = SharedMLStrategy::new(20, 0.0);
419
420
1
        let predictions = strategy.get_ensemble_prediction(
421
1
            100.0,
422
1
            1000.0,
423
1
            Utc::now(),
424
1
        ).await.unwrap_or_default();
425
426
        // Should have at least one model prediction
427
1
        assert!(!predictions.is_empty());
428
1
    }
429
430
    #[tokio::test]
431
1
    async fn test_ensemble_vote() {
432
1
        let strategy = SharedMLStrategy::new(20, 0.0);
433
434
1
        let predictions = vec![
435
1
            MLPrediction {
436
1
                model_id: "model1".to_string(),
437
1
                prediction_value: 0.8,
438
1
                confidence: 0.9,
439
1
                features: vec![],
440
1
                timestamp: Utc::now(),
441
1
                inference_latency_us: 50,
442
1
            },
443
1
            MLPrediction {
444
1
                model_id: "model2".to_string(),
445
1
                prediction_value: 0.6,
446
1
                confidence: 0.7,
447
1
                features: vec![],
448
1
                timestamp: Utc::now(),
449
1
                inference_latency_us: 60,
450
1
            },
451
        ];
452
453
1
        let (vote, confidence) = strategy.calculate_ensemble_vote(&predictions).unwrap_or_default();
454
455
        // Weighted average should be between 0.6 and 0.8
456
1
        assert!(vote >= 0.6 && vote <= 0.8);
457
1
        assert!(confidence >= 0.7 && confidence <= 0.9);
458
1
    }
459
460
    #[tokio::test]
461
1
    async fn test_performance_tracking() {
462
1
        let strategy = SharedMLStrategy::new(20, 0.0);
463
464
1
        let prediction = MLPrediction {
465
1
            model_id: "test_model".to_string(),
466
1
            prediction_value: 0.7,
467
1
            confidence: 0.8,
468
1
            features: vec![],
469
1
            timestamp: Utc::now(),
470
1
            inference_latency_us: 50,
471
1
        };
472
473
        // Validate with positive outcome
474
1
        strategy.validate_predictions(&[prediction.clone()], 0.05).await;
475
476
1
        let performance = strategy.get_performance_summary().await;
477
1
        let model_perf = performance.get("test_model").cloned();
478
479
1
        assert!(model_perf.is_some());
480
1
        let perf = model_perf.unwrap_or_default();
481
1
        assert_eq!(perf.total_predictions, 1);
482
1
        assert_eq!(perf.correct_predictions, 1);
483
1
        assert_eq!(perf.accuracy_percentage, 100.0);
484
1
    }
485
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/thresholds.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/thresholds.rs.html
deleted file mode 100644
index ad2ccf37a..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/thresholds.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/thresholds.rs
Line
Count
Source
1
//! Centralized threshold constants for the Foxhunt HFT system
2
//!
3
//! This module consolidates all hardcoded threshold values that were
4
//! previously scattered throughout the codebase. Constants here are
5
//! compile-time values for performance-critical operations.
6
//!
7
//! For runtime-configurable values, see the `config` crate's runtime module.
8
9
use std::time::Duration;
10
11
/// Risk management thresholds
12
pub mod risk {
13
    
14
15
    /// Breach severity warning threshold (percentage of limit)
16
    ///
17
    /// Used when position is at 80-90% of limit
18
    pub const BREACH_WARNING_PCT: u8 = 80;
19
20
    /// Breach severity soft threshold (percentage of limit)
21
    ///
22
    /// Used when position is at 90-100% of limit
23
    pub const BREACH_SOFT_PCT: u8 = 90;
24
25
    /// Breach severity hard threshold (percentage of limit)
26
    ///
27
    /// Used when position is at 100-120% of limit
28
    pub const BREACH_HARD_PCT: u8 = 100;
29
30
    /// Breach severity critical threshold (percentage of limit)
31
    ///
32
    /// Used when position exceeds 120% of limit
33
    pub const BREACH_CRITICAL_PCT: u8 = 120;
34
35
    /// Minimum capital adequacy ratio (Basel III standard)
36
    pub const MIN_CAPITAL_ADEQUACY_RATIO: f64 = 0.08;
37
38
    /// Minimum leverage ratio (Basel III standard)
39
    pub const MIN_LEVERAGE_RATIO: f64 = 0.03;
40
41
    /// Default `VaR` confidence level (95%)
42
    pub const DEFAULT_VAR_CONFIDENCE: f64 = 0.95;
43
44
    /// High `VaR` confidence level (99%)
45
    pub const HIGH_VAR_CONFIDENCE: f64 = 0.99;
46
47
    /// Maximum drawdown warning threshold (percentage)
48
    pub const MAX_DRAWDOWN_WARNING_PCT: u8 = 15;
49
50
    /// Maximum drawdown critical threshold (percentage)
51
    pub const MAX_DRAWDOWN_CRITICAL_PCT: u8 = 25;
52
}
53
54
/// `VaR` calculation constants
55
pub mod var {
56
    /// Z-score for 90% confidence level
57
    pub const Z_SCORE_P90: f64 = 1.282;
58
59
    /// Z-score for 95% confidence level
60
    pub const Z_SCORE_P95: f64 = 1.645;
61
62
    /// Z-score for 97.5% confidence level
63
    pub const Z_SCORE_P97_5: f64 = 1.96;
64
65
    /// Z-score for 99% confidence level
66
    pub const Z_SCORE_P99: f64 = 2.326;
67
68
    /// Z-score for 99.9% confidence level
69
    pub const Z_SCORE_P99_9: f64 = 3.09;
70
71
    /// Default lookback period for historical `VaR` (trading days)
72
    pub const DEFAULT_LOOKBACK_DAYS: usize = 252;
73
74
    /// Minimum data quality score for `VaR` calculation
75
    pub const MIN_DATA_QUALITY_SCORE: f64 = 0.6;
76
}
77
78
/// Performance and timing constants
79
pub mod performance {
80
    
81
82
    /// Maximum latency for HFT critical path operations (nanoseconds)
83
    pub const MAX_CRITICAL_PATH_LATENCY_NS: u64 = 14;
84
85
    /// Maximum acceptable latency for risk checks (microseconds)
86
    pub const MAX_RISK_CHECK_LATENCY_US: u64 = 50;
87
88
    /// Maximum latency for ML inference (microseconds)
89
    pub const MAX_ML_INFERENCE_LATENCY_US: u64 = 100;
90
91
    /// Default batch processing size
92
    pub const DEFAULT_BATCH_SIZE: usize = 100;
93
94
    /// Ring buffer size for lock-free operations
95
    pub const RING_BUFFER_SIZE: usize = 4096;
96
97
    /// Small batch size for SIMD operations
98
    pub const SIMD_BATCH_SIZE: usize = 8;
99
100
    /// Maximum small batch size
101
    pub const MAX_SMALL_BATCH_SIZE: usize = 10;
102
103
    /// Default worker thread count (adjusted based on CPU cores at runtime)
104
    pub const DEFAULT_WORKER_THREADS: usize = 4;
105
106
    /// Default queue capacity for async operations
107
    pub const DEFAULT_QUEUE_CAPACITY: usize = 10000;
108
}
109
110
/// Cache TTL defaults (can be overridden by runtime config)
111
pub mod cache {
112
    use super::Duration;
113
114
    /// Default TTL for position cache entries (1 minute)
115
    pub const POSITION_CACHE_TTL: Duration = Duration::from_secs(60);
116
117
    /// Default TTL for `VaR` calculation cache (1 hour)
118
    pub const VAR_CACHE_TTL: Duration = Duration::from_secs(3600);
119
120
    /// Default TTL for compliance check cache (24 hours)
121
    pub const COMPLIANCE_CACHE_TTL: Duration = Duration::from_secs(86400);
122
123
    /// Default TTL for market data cache (5 minutes)
124
    pub const MARKET_DATA_CACHE_TTL: Duration = Duration::from_secs(300);
125
126
    /// Default TTL for model predictions cache (1 minute)
127
    pub const MODEL_PREDICTION_CACHE_TTL: Duration = Duration::from_secs(60);
128
129
    /// Redis key TTL for position limits (5 minutes)
130
    pub const REDIS_POSITION_LIMIT_TTL_SECS: i32 = 300;
131
132
    /// Redis key TTL for compliance checks (24 hours)
133
    pub const REDIS_COMPLIANCE_TTL_SECS: i32 = 86400;
134
135
    /// Redis key TTL for `VaR` calculations (1 hour)
136
    pub const REDIS_VAR_TTL_SECS: i32 = 3600;
137
}
138
139
/// Database operation defaults
140
pub mod database {
141
    use super::Duration;
142
143
    /// Default query timeout for standard operations
144
    pub const QUERY_TIMEOUT: Duration = Duration::from_millis(1000);
145
146
    /// Default connection timeout
147
    pub const CONNECTION_TIMEOUT: Duration = Duration::from_millis(100);
148
149
    /// Default pool acquire timeout
150
    pub const ACQUIRE_TIMEOUT: Duration = Duration::from_millis(50);
151
152
    /// Default connection lifetime (1 hour)
153
    pub const CONNECTION_LIFETIME: Duration = Duration::from_secs(3600);
154
155
    /// Default idle timeout (5 minutes)
156
    pub const IDLE_TIMEOUT: Duration = Duration::from_secs(300);
157
158
    /// Default pool size
159
    pub const DEFAULT_POOL_SIZE: u32 = 20;
160
161
    /// Maximum pool size
162
    pub const MAX_POOL_SIZE: u32 = 100;
163
164
    /// Maximum query result limit
165
    pub const MAX_QUERY_LIMIT: i64 = 1000;
166
}
167
168
/// Network and gRPC defaults
169
pub mod network {
170
    use super::Duration;
171
172
    /// Default connect timeout for gRPC clients
173
    pub const GRPC_CONNECT_TIMEOUT: Duration = Duration::from_secs(5);
174
175
    /// Default request timeout for gRPC
176
    pub const GRPC_REQUEST_TIMEOUT: Duration = Duration::from_secs(10);
177
178
    /// Default keep-alive interval
179
    pub const KEEP_ALIVE_INTERVAL: Duration = Duration::from_secs(30);
180
181
    /// Keep-alive timeout
182
    pub const KEEP_ALIVE_TIMEOUT: Duration = Duration::from_secs(5);
183
184
    /// Maximum concurrent connections
185
    pub const MAX_CONCURRENT_CONNECTIONS: u32 = 100;
186
187
    /// HTTP/2 initial stream window size
188
    pub const INITIAL_STREAM_WINDOW_SIZE: u32 = 65535;
189
190
    /// HTTP/2 initial connection window size
191
    pub const INITIAL_CONNECTION_WINDOW_SIZE: u32 = 1048576;
192
}
193
194
/// Retry and recovery defaults
195
pub mod retry {
196
    use super::Duration;
197
198
    /// Initial delay for exponential backoff
199
    pub const INITIAL_RETRY_DELAY: Duration = Duration::from_millis(100);
200
201
    /// Maximum delay for exponential backoff
202
    pub const MAX_RETRY_DELAY: Duration = Duration::from_secs(30);
203
204
    /// Maximum retry attempts for critical operations
205
    pub const MAX_RETRY_ATTEMPTS: u32 = 3;
206
207
    /// Backoff multiplier for exponential backoff
208
    pub const BACKOFF_MULTIPLIER: f32 = 1.5;
209
210
    /// Maximum total duration for retry attempts
211
    pub const MAX_TOTAL_RETRY_DURATION: Duration = Duration::from_secs(60);
212
}
213
214
/// Health check and monitoring intervals
215
pub mod monitoring {
216
    use super::Duration;
217
218
    /// Default health check interval
219
    pub const HEALTH_CHECK_INTERVAL: Duration = Duration::from_secs(30);
220
221
    /// Default metrics collection interval
222
    pub const METRICS_COLLECTION_INTERVAL: Duration = Duration::from_secs(10);
223
224
    /// Default log flush interval
225
    pub const LOG_FLUSH_INTERVAL: Duration = Duration::from_secs(5);
226
227
    /// Circuit breaker check interval
228
    pub const CIRCUIT_BREAKER_CHECK_INTERVAL: Duration = Duration::from_millis(100);
229
230
    /// Kill switch session timeout (5 minutes)
231
    pub const KILL_SWITCH_SESSION_TIMEOUT: Duration = Duration::from_secs(300);
232
}
233
234
/// Event processing defaults
235
pub mod events {
236
    use super::Duration;
237
238
    /// Event batch timeout
239
    pub const BATCH_TIMEOUT: Duration = Duration::from_millis(100);
240
241
    /// Event batch size
242
    pub const BATCH_SIZE: usize = 100;
243
244
    /// Event retry delay
245
    pub const RETRY_DELAY: Duration = Duration::from_millis(50);
246
247
    /// Maximum event backlog before applying backpressure
248
    pub const MAX_EVENT_BACKLOG: usize = 10000;
249
250
    /// Maximum span buffer size for tracing
251
    pub const MAX_SPAN_BUFFER_SIZE: usize = 100_000;
252
253
    /// Span export batch size
254
    pub const SPAN_EXPORT_BATCH_SIZE: usize = 1000;
255
}
256
257
/// ML model constants
258
pub mod ml {
259
    use super::Duration;
260
261
    /// Maximum GPU batch size
262
    pub const MAX_GPU_BATCH_SIZE: usize = 8192;
263
264
    /// Maximum CPU batch size
265
    pub const MAX_CPU_BATCH_SIZE: usize = 1024;
266
267
    /// Default model cache cleanup interval (1 hour)
268
    pub const MODEL_CACHE_CLEANUP_INTERVAL: Duration = Duration::from_secs(3600);
269
270
    /// Default model health check interval (30 seconds)
271
    pub const MODEL_HEALTH_CHECK_INTERVAL: Duration = Duration::from_secs(30);
272
273
    /// Model deployment stage timeout (5 minutes)
274
    pub const DEPLOYMENT_STAGE_TIMEOUT: Duration = Duration::from_secs(300);
275
276
    /// Model deployment total timeout (30 minutes)
277
    pub const DEPLOYMENT_TOTAL_TIMEOUT: Duration = Duration::from_secs(1800);
278
279
    /// Model validation scan timeout (10 minutes)
280
    pub const VALIDATION_SCAN_TIMEOUT: Duration = Duration::from_secs(600);
281
282
    /// Canary deployment duration (5 minutes)
283
    pub const CANARY_DURATION: Duration = Duration::from_secs(300);
284
285
    /// Model rollback timeout (1 minute)
286
    pub const ROLLBACK_TIMEOUT: Duration = Duration::from_secs(60);
287
288
    /// Drift detection check interval (5 minutes)
289
    pub const DRIFT_CHECK_INTERVAL: Duration = Duration::from_secs(300);
290
291
    /// Drift detection warning threshold
292
    pub const DRIFT_WARNING_THRESHOLD: f64 = 0.05;
293
294
    /// Maximum recommendation age for Kelly sizing (1 minute)
295
    pub const MAX_KELLY_RECOMMENDATION_AGE: Duration = Duration::from_secs(60);
296
297
    /// Kelly sizing cache TTL (5 minutes)
298
    pub const KELLY_CACHE_TTL: Duration = Duration::from_secs(300);
299
}
300
301
/// Safety system defaults
302
pub mod safety {
303
    use super::Duration;
304
305
    /// Safety check timeout for production (5ms)
306
    pub const PRODUCTION_SAFETY_CHECK_TIMEOUT: Duration = Duration::from_millis(5);
307
308
    /// Safety check timeout for development (50ms)
309
    pub const DEVELOPMENT_SAFETY_CHECK_TIMEOUT: Duration = Duration::from_millis(50);
310
311
    /// Auto-recovery delay for production (30 minutes)
312
    pub const PRODUCTION_AUTO_RECOVERY_DELAY: Duration = Duration::from_secs(1800);
313
314
    /// Auto-recovery delay for development (1 minute)
315
    pub const DEVELOPMENT_AUTO_RECOVERY_DELAY: Duration = Duration::from_secs(60);
316
317
    /// Loss check interval for production (5 seconds)
318
    pub const PRODUCTION_LOSS_CHECK_INTERVAL: Duration = Duration::from_secs(5);
319
320
    /// Loss check interval for development (30 seconds)
321
    pub const DEVELOPMENT_LOSS_CHECK_INTERVAL: Duration = Duration::from_secs(30);
322
323
    /// Position check interval for production (2 seconds)
324
    pub const PRODUCTION_POSITION_CHECK_INTERVAL: Duration = Duration::from_secs(2);
325
326
    /// Position check interval for development (15 seconds)
327
    pub const DEVELOPMENT_POSITION_CHECK_INTERVAL: Duration = Duration::from_secs(15);
328
329
    /// Memory check interval
330
    pub const MEMORY_CHECK_INTERVAL: Duration = Duration::from_secs(1);
331
332
    /// Circuit breaker trip cooldown (30 seconds)
333
    pub const CIRCUIT_BREAKER_COOLDOWN: Duration = Duration::from_secs(30);
334
}
335
336
/// Time conversion constants
337
pub mod time {
338
    /// Nanoseconds per microsecond
339
    pub const NANOS_PER_MICRO: u64 = 1_000;
340
341
    /// Nanoseconds per millisecond
342
    pub const NANOS_PER_MILLI: u64 = 1_000_000;
343
344
    /// Nanoseconds per second
345
    pub const NANOS_PER_SECOND: u64 = 1_000_000_000;
346
347
    /// Microseconds per second
348
    pub const MICROS_PER_SECOND: u64 = 1_000_000;
349
350
    /// Milliseconds per second
351
    pub const MILLIS_PER_SECOND: u64 = 1_000;
352
353
    /// Seconds per minute
354
    pub const SECONDS_PER_MINUTE: u64 = 60;
355
356
    /// Seconds per hour
357
    pub const SECONDS_PER_HOUR: u64 = 3600;
358
359
    /// Seconds per day
360
    pub const SECONDS_PER_DAY: u64 = 86400;
361
362
    /// Trading days per year
363
    pub const TRADING_DAYS_PER_YEAR: usize = 252;
364
}
365
366
/// Financial constants
367
pub mod financial {
368
    /// Basis points per unit
369
    pub const BASIS_POINTS_PER_UNIT: u32 = 10_000;
370
371
    /// Cents per dollar
372
    pub const CENTS_PER_DOLLAR: u32 = 100;
373
374
    /// Default profit target in basis points (1%)
375
    pub const DEFAULT_PROFIT_TARGET_BPS: u32 = 100;
376
377
    /// Default stop loss in basis points (0.5%)
378
    pub const DEFAULT_STOP_LOSS_BPS: u32 = 50;
379
380
    /// Minimum return threshold in basis points
381
    pub const MIN_RETURN_THRESHOLD_BPS: i32 = 5;
382
383
    /// Price scaling factor (6 decimal places)
384
    pub const PRICE_SCALE: i64 = 1_000_000;
385
386
    /// Quantity scaling factor (6 decimal places)
387
    pub const QUANTITY_SCALE: i64 = 1_000_000;
388
389
    /// Money scaling factor (6 decimal places)
390
    pub const MONEY_SCALE: i64 = 1_000_000;
391
392
    /// Unified scaling factor for all financial operations
393
    pub const UNIFIED_SCALE_FACTOR: i64 = 1_000_000;
394
395
    /// ML precision factor (8 decimal places)
396
    pub const PRECISION_FACTOR: i64 = 100_000_000;
397
398
    /// VPIN precision factor (4 decimal places)
399
    pub const VPIN_PRECISION_FACTOR: i64 = 10_000;
400
}
401
402
/// Validation limits
403
pub mod limits {
404
    /// Maximum symbol length
405
    pub const MAX_SYMBOL_LENGTH: usize = 12;
406
407
    /// Maximum account ID length
408
    pub const MAX_ACCOUNT_ID_LENGTH: usize = 32;
409
410
    /// Maximum description length
411
    pub const MAX_DESCRIPTION_LENGTH: usize = 256;
412
413
    /// Maximum metadata key length
414
    pub const MAX_METADATA_KEY_LENGTH: usize = 64;
415
416
    /// Maximum metadata value length
417
    pub const MAX_METADATA_VALUE_LENGTH: usize = 512;
418
419
    /// Maximum metadata entries
420
    pub const MAX_METADATA_ENTRIES: usize = 100;
421
422
    /// Maximum price value
423
    pub const MAX_PRICE: f64 = 1_000_000.0;
424
425
    /// Minimum price value
426
    pub const MIN_PRICE: f64 = 0.000_001;
427
428
    /// Maximum quantity value
429
    pub const MAX_QUANTITY: f64 = 1_000_000_000.0;
430
431
    /// Minimum quantity value
432
    pub const MIN_QUANTITY: f64 = 0.000_001;
433
434
    /// Maximum leverage
435
    pub const MAX_LEVERAGE: f64 = 1000.0;
436
437
    /// Minimum leverage
438
    pub const MIN_LEVERAGE: f64 = 0.1;
439
440
    /// Maximum allocation size (1GB)
441
    pub const MAX_ALLOCATION_SIZE: usize = 1024 * 1024 * 1024;
442
443
    /// Maximum duration in milliseconds (24 hours)
444
    pub const MAX_DURATION_MILLIS: u64 = 24 * 60 * 60 * 1000;
445
}
446
447
/// Hardware alignment constants
448
pub mod hardware {
449
    /// CPU cache line size
450
    pub const CACHE_LINE_SIZE: usize = 64;
451
452
    /// SIMD alignment for AVX2
453
    pub const SIMD_ALIGNMENT: usize = 32;
454
455
    /// Page size (4KB)
456
    pub const PAGE_SIZE: usize = 4096;
457
}
458
459
#[cfg(test)]
460
mod tests {
461
    use super::*;
462
463
    #[test]
464
    #[allow(clippy::assertions_on_constants)]
465
1
    fn test_breach_thresholds_ordered() {
466
1
        assert!(risk::BREACH_WARNING_PCT < risk::BREACH_SOFT_PCT);
467
1
        assert!(risk::BREACH_SOFT_PCT < risk::BREACH_HARD_PCT);
468
1
        assert!(risk::BREACH_HARD_PCT < risk::BREACH_CRITICAL_PCT);
469
1
    }
470
471
    #[test]
472
    #[allow(clippy::assertions_on_constants)]
473
1
    fn test_var_z_scores_ordered() {
474
1
        assert!(var::Z_SCORE_P90 < var::Z_SCORE_P95);
475
1
        assert!(var::Z_SCORE_P95 < var::Z_SCORE_P97_5);
476
1
        assert!(var::Z_SCORE_P97_5 < var::Z_SCORE_P99);
477
1
        assert!(var::Z_SCORE_P99 < var::Z_SCORE_P99_9);
478
1
    }
479
480
    #[test]
481
1
    fn test_time_conversions() {
482
1
        assert_eq!(time::NANOS_PER_MICRO * 1000, time::NANOS_PER_MILLI);
483
1
        assert_eq!(time::NANOS_PER_MILLI * 1000, time::NANOS_PER_SECOND);
484
1
        assert_eq!(time::MICROS_PER_SECOND * 1000, time::NANOS_PER_SECOND);
485
1
    }
486
487
    #[test]
488
1
    fn test_financial_scales_consistent() {
489
1
        assert_eq!(financial::PRICE_SCALE, financial::UNIFIED_SCALE_FACTOR);
490
1
        assert_eq!(financial::QUANTITY_SCALE, financial::UNIFIED_SCALE_FACTOR);
491
1
        assert_eq!(financial::MONEY_SCALE, financial::UNIFIED_SCALE_FACTOR);
492
1
    }
493
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/trading.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/trading.rs.html
deleted file mode 100644
index 0c4209dc9..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/trading.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/trading.rs
Line
Count
Source
1
//! Trading-specific types and enums
2
//!
3
//! This module contains the canonical definitions for all trading-related
4
//! types used across the Foxhunt HFT system. This is the single source
5
//! of truth for all trading types.
6
7
use chrono::{DateTime, Utc};
8
use rust_decimal::Decimal;
9
use serde::{Deserialize, Serialize};
10
use std::fmt;
11
12
// ELIMINATED: Re-exports removed to force explicit imports
13
// REMOVED: TimeInForce duplicate - use canonical definition from common::types
14
15
// Currency moved to canonical source: common::types::Currency
16
17
/// Tick type for market data
18
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
19
#[cfg_attr(feature = "database", derive(sqlx::Type))]
20
#[cfg_attr(
21
    feature = "database",
22
    sqlx(type_name = "tick_type", rename_all = "snake_case")
23
)]
24
pub enum TickType {
25
    /// Trade tick
26
    Trade,
27
    /// Bid price update
28
    Bid,
29
    /// Ask price update
30
    Ask,
31
    /// Quote update (bid and ask)
32
    Quote,
33
}
34
35
impl fmt::Display for TickType {
36
    /// Format the tick type for display
37
4
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
38
4
        match self {
39
1
            Self::Trade => write!(f, "TRADE"),
40
1
            Self::Bid => write!(f, "BID"),
41
1
            Self::Ask => write!(f, "ASK"),
42
1
            Self::Quote => write!(f, "QUOTE"),
43
        }
44
4
    }
45
}
46
47
/// Order book action type
48
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
49
pub enum BookAction {
50
    /// Update price level
51
    Update,
52
    /// Delete price level
53
    Delete,
54
    /// Clear entire book
55
    Clear,
56
}
57
58
impl fmt::Display for BookAction {
59
    /// Format the book action for display
60
3
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
61
3
        match self {
62
1
            Self::Update => write!(f, "UPDATE"),
63
1
            Self::Delete => write!(f, "DELETE"),
64
1
            Self::Clear => write!(f, "CLEAR"),
65
        }
66
3
    }
67
}
68
69
/// Market regime classification
70
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
71
pub enum MarketRegime {
72
    /// Normal market conditions
73
    Normal,
74
    /// Crisis/stress market conditions
75
    Crisis,
76
    /// Trending market (strong directional movement)
77
    Trending,
78
    /// Sideways/ranging market (low volatility)
79
    Sideways,
80
    /// Bull market (sustained upward trend)
81
    Bull,
82
    /// Bear market (sustained downward trend)
83
    Bear,
84
}
85
86
impl fmt::Display for MarketRegime {
87
    /// Format the market regime for display
88
6
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
89
6
        match self {
90
1
            Self::Normal => write!(f, "NORMAL"),
91
1
            Self::Crisis => write!(f, "CRISIS"),
92
1
            Self::Trending => write!(f, "TRENDING"),
93
1
            Self::Sideways => write!(f, "SIDEWAYS"),
94
1
            Self::Bull => write!(f, "BULL"),
95
1
            Self::Bear => write!(f, "BEAR"),
96
        }
97
6
    }
98
}
99
100
/// Core Quantity type using fixed-point arithmetic for precise calculations
101
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
102
pub struct Quantity {
103
    /// Internal representation using 6 decimal places (scale factor of `1_000_000`)
104
    value: u64,
105
}
106
107
impl Quantity {
108
    /// Scale factor for fixed-point arithmetic (6 decimal places)
109
    pub const SCALE: u64 = 1_000_000;
110
111
    /// Zero quantity
112
    pub const ZERO: Self = Self { value: 0 };
113
114
    /// Create a new quantity from a floating-point value
115
    ///
116
    /// # Errors
117
    /// Returns error if the operation fails
118
    ///
119
    /// # Errors
120
    /// Returns error if the value is negative or not finite
121
    #[allow(clippy::float_arithmetic)]
122
10
    pub fn new(value: f64) -> Result<Self, &'static str> {
123
10
        if value < 0.0_f64 {
124
1
            return Err("Quantity cannot be negative");
125
9
        }
126
9
        if !value.is_finite() {
127
2
            return Err("Quantity must be finite");
128
7
        }
129
130
        #[allow(clippy::as_conversions)]
131
7
        let scaled = (value * (Self::SCALE as f64)).round() as u64;
132
        
133
7
        Ok(Self { value: scaled })
134
10
    }
135
136
    /// Create from raw internal value
137
0
    pub const fn from_raw(value: u64) -> Self {
138
0
        Self { value }
139
0
    }
140
141
    /// Get raw internal value
142
0
    pub const fn raw(&self) -> u64 {
143
0
        self.value
144
0
    }
145
146
    /// Convert to floating-point value
147
    #[allow(clippy::float_arithmetic, clippy::as_conversions)]
148
6
    pub fn to_f64(&self) -> f64 {
149
6
        (self.value as f64) / (Self::SCALE as f64)
150
6
    }
151
152
    /// Convert to decimal
153
1
    pub fn to_decimal(&self) -> Decimal {
154
1
        Decimal::new(i64::try_from(self.value).unwrap_or(0), 6)
155
1
    }
156
157
    /// Add two quantities
158
1
    pub const fn add(&self, other: Self) -> Self {
159
1
        Self {
160
1
            value: self.value.saturating_add(other.value),
161
1
        }
162
1
    }
163
164
    /// Subtract two quantities
165
1
    pub const fn subtract(&self, other: Self) -> Self {
166
1
        Self {
167
1
            value: self.value.saturating_sub(other.value),
168
1
        }
169
1
    }
170
}
171
172
impl fmt::Display for Quantity {
173
1
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
174
1
        write!(f, "{:.6}", self.to_f64())
175
1
    }
176
}
177
178
impl std::ops::Add for Quantity {
179
    type Output = Self;
180
181
1
    fn add(self, other: Self) -> Self::Output {
182
1
        Self {
183
1
            value: self.value.saturating_add(other.value),
184
1
        }
185
1
    }
186
}
187
188
impl std::ops::Sub for Quantity {
189
    type Output = Self;
190
191
1
    fn sub(self, other: Self) -> Self::Output {
192
1
        Self {
193
1
            value: self.value.saturating_sub(other.value),
194
1
        }
195
1
    }
196
}
197
198
/// Order event for tracking order lifecycle
199
#[derive(Debug, Clone, Serialize, Deserialize)]
200
pub struct OrderEvent {
201
    /// Unique order identifier
202
    pub order_id: String,
203
    /// Trading symbol
204
    pub symbol: String,
205
    /// Order type (Market, Limit, etc.)
206
    pub order_type: OrderType,
207
    /// Order side (Buy/Sell)
208
    pub side: OrderSide,
209
    /// Order quantity
210
    pub quantity: Quantity,
211
    /// Order price (None for market orders)
212
    pub price: Option<Decimal>,
213
    /// Event timestamp
214
    pub timestamp: DateTime<Utc>,
215
    /// Strategy identifier
216
    pub strategy_id: String,
217
    /// Type of order event
218
    pub event_type: OrderEventType,
219
    /// Previous quantity for modifications
220
    pub previous_quantity: Option<Quantity>,
221
    /// Previous price for modifications
222
    pub previous_price: Option<Decimal>,
223
    /// Reason for cancellation or modification
224
    pub reason: Option<String>,
225
}
226
227
/// Types of order events
228
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
229
pub enum OrderEventType {
230
    /// Order was placed
231
    Placed,
232
    /// Order was modified
233
    Modified,
234
    /// Order was cancelled
235
    Cancelled,
236
    /// Order was rejected
237
    Rejected,
238
    /// Order expired
239
    Expired,
240
}
241
242
impl fmt::Display for OrderEventType {
243
5
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
244
5
        match self {
245
1
            Self::Placed => write!(f, "PLACED"),
246
1
            Self::Modified => write!(f, "MODIFIED"),
247
1
            Self::Cancelled => write!(f, "CANCELLED"),
248
1
            Self::Rejected => write!(f, "REJECTED"),
249
1
            Self::Expired => write!(f, "EXPIRED"),
250
        }
251
5
    }
252
}
253
254
/// Order type enumeration
255
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
256
pub enum OrderType {
257
    /// Market order - execute immediately at best available price
258
    Market,
259
    /// Limit order - execute only at specified price or better
260
    Limit,
261
    /// Stop order - becomes market order when stop price is reached
262
    Stop,
263
    /// Stop-limit order - becomes limit order when stop price is reached
264
    StopLimit,
265
}
266
267
impl fmt::Display for OrderType {
268
4
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
269
4
        match self {
270
1
            Self::Market => write!(f, "MARKET"),
271
1
            Self::Limit => write!(f, "LIMIT"),
272
1
            Self::Stop => write!(f, "STOP"),
273
1
            Self::StopLimit => write!(f, "STOP_LIMIT"),
274
        }
275
4
    }
276
}
277
278
/// Order side enumeration
279
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
280
pub enum OrderSide {
281
    /// Buy order
282
    Buy,
283
    /// Sell order
284
    Sell,
285
}
286
287
impl fmt::Display for OrderSide {
288
2
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
289
2
        match self {
290
1
            Self::Buy => write!(f, "BUY"),
291
1
            Self::Sell => write!(f, "SELL"),
292
        }
293
2
    }
294
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/traits.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/traits.rs.html
deleted file mode 100644
index 669810e1b..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/traits.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/traits.rs
Line
Count
Source
1
//! Common traits used across services
2
//!
3
//! This module provides shared traits that define common interfaces
4
//! for services in the Foxhunt HFT trading system.
5
6
use crate::error::CommonResult;
7
use crate::types::{ServiceStatus, Timestamp};
8
use async_trait::async_trait;
9
use serde::{Deserialize, Serialize};
10
use std::collections::HashMap;
11
12
/// Trait for configurable components
13
#[async_trait]
14
pub trait Configurable {
15
    /// Configuration type for this component
16
    type Config: Clone + Send + Sync;
17
18
    /// Apply configuration changes
19
    async fn configure(&mut self, config: Self::Config) -> CommonResult<()>;
20
21
    /// Get current configuration
22
    fn get_config(&self) -> &Self::Config;
23
24
    /// Validate configuration before applying
25
    ///
26
    /// # Errors
27
    /// Returns error if the operation fails
28
    fn validate_config(config: &Self::Config) -> CommonResult<()>;
29
}
30
31
/// Trait for health check capabilities
32
#[async_trait]
33
pub trait HealthCheck {
34
    /// Perform a health check
35
    async fn health_check(&self) -> CommonResult<HealthStatus>;
36
37
    /// Get detailed health information
38
    async fn detailed_health(&self) -> CommonResult<DetailedHealth>;
39
}
40
41
/// Health status for components
42
#[derive(Debug, Clone, Serialize, Deserialize)]
43
pub struct HealthStatus {
44
    /// Overall health status
45
    pub status: ServiceStatus,
46
    /// Timestamp of the health check
47
    pub timestamp: Timestamp,
48
    /// Optional message
49
    pub message: Option<String>,
50
}
51
52
/// Detailed health information
53
#[derive(Debug, Clone, Serialize, Deserialize)]
54
pub struct DetailedHealth {
55
    /// Basic health status
56
    pub status: HealthStatus,
57
    /// Component-specific metrics
58
    pub metrics: HashMap<String, f64>,
59
    /// Sub-component health statuses
60
    pub components: HashMap<String, HealthStatus>,
61
}
62
63
/// Trait for metrics collection
64
pub trait Metrics {
65
    /// Metrics type for this component
66
    type Metrics: Clone + Send + Sync + Serialize;
67
68
    /// Get current metrics
69
    fn get_metrics(&self) -> Self::Metrics;
70
71
    /// Reset metrics counters
72
    fn reset_metrics(&mut self);
73
}
74
75
/// Trait for service lifecycle management
76
#[async_trait]
77
pub trait Service: Send + Sync {
78
    /// Start the service
79
    async fn start(&mut self) -> CommonResult<()>;
80
81
    /// Stop the service gracefully
82
    async fn stop(&mut self) -> CommonResult<()>;
83
84
    /// Get current service status
85
    fn status(&self) -> ServiceStatus;
86
87
    /// Get service name
88
    fn name(&self) -> &str;
89
90
    /// Get service version
91
    fn version(&self) -> &str;
92
}
93
94
/// Trait for components that can be reloaded
95
#[async_trait]
96
pub trait Reloadable {
97
    /// Reload the component (hot reload)
98
    async fn reload(&mut self) -> CommonResult<()>;
99
100
    /// Check if reload is supported
101
0
    fn supports_reload(&self) -> bool {
102
0
        true
103
0
    }
104
}
105
106
/// Trait for components with graceful shutdown
107
#[async_trait]
108
pub trait GracefulShutdown {
109
    /// Initiate graceful shutdown
110
    async fn shutdown(&mut self) -> CommonResult<()>;
111
112
    /// Force shutdown (emergency stop)
113
    async fn force_shutdown(&mut self) -> CommonResult<()>;
114
115
    /// Get shutdown timeout duration in seconds
116
0
    fn shutdown_timeout_seconds(&self) -> u64 {
117
0
        30 // Default 30 seconds
118
0
    }
119
}
120
121
/// Trait for components that support circuit breaking
122
pub trait CircuitBreaker {
123
    /// Check if circuit is open
124
    fn is_circuit_open(&self) -> bool;
125
126
    /// Get failure count
127
    fn failure_count(&self) -> u64;
128
129
    /// Reset circuit breaker
130
    fn reset_circuit(&mut self);
131
}
132
133
/// Trait for rate-limited operations
134
pub trait RateLimited {
135
    /// Check if operation is allowed under rate limits
136
    fn is_allowed(&self) -> bool;
137
138
    /// Get current rate limit status
139
    fn rate_limit_status(&self) -> RateLimitStatus;
140
}
141
142
/// Rate limit status information
143
#[derive(Debug, Clone, Serialize, Deserialize)]
144
pub struct RateLimitStatus {
145
    /// Current request count in the window
146
    pub current_count: u64,
147
    /// Maximum requests allowed in the window
148
    pub max_requests: u64,
149
    /// Time window in seconds
150
    pub window_seconds: u64,
151
    /// Seconds until window resets
152
    pub reset_in_seconds: u64,
153
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/types.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/types.rs.html
deleted file mode 100644
index 999697362..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/common/src/types.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/types.rs
Line
Count
Source
1
//! Common data types used across services
2
//!
3
//! This module provides shared data types that are used throughout
4
//! the Foxhunt HFT trading system. This includes both infrastructure types
5
//! and core trading types migrated from foxhunt-common-types.
6
7
use crate::error::ErrorCategory;
8
use chrono::{DateTime, Utc};
9
// ELIMINATED: Re-exports removed to force explicit imports
10
// NO RE-EXPORTS: Import rust_decimal::Decimal directly in each crate that needs it
11
use rust_decimal::Decimal; // Internal use only - other crates must import directly
12
use serde::{Deserialize, Serialize};
13
use serde_json::Value;
14
use std::collections::HashMap;
15
use std::sync::{Arc, Mutex, RwLock};
16
17
use crate::error::{CommonError, ErrorCategory as CommonErrorCategory};
18
use std::convert::TryFrom;
19
use std::fmt;
20
use std::iter::Sum;
21
use std::num::ParseIntError;
22
use std::ops::{Add, AddAssign, Div, DivAssign, Mul, MulAssign, Sub, SubAssign};
23
use std::str::FromStr;
24
use uuid::Uuid;
25
26
// =============================================================================
27
// Type Aliases for Complex Types
28
// =============================================================================
29
30
/// Common error type for async operations
31
pub type AsyncResult<T> = Result<T, Box<dyn std::error::Error + Send + Sync>>;
32
33
/// Thread-safe hash map for shared state
34
pub type SharedHashMap<K, V> = Arc<RwLock<HashMap<K, V>>>;
35
36
/// Thread-safe hash map with Mutex for shared state
37
pub type MutexHashMap<K, V> = Arc<Mutex<HashMap<K, V>>>;
38
39
/// Thread-safe container for any value
40
pub type SharedValue<T> = Arc<RwLock<T>>;
41
42
/// Thread-safe container with Mutex for any value
43
pub type MutexValue<T> = Arc<Mutex<T>>;
44
45
// Trading-specific type aliases
46
/// Map of positions by symbol
47
pub type PositionMap<T> = SharedHashMap<String, T>;
48
49
/// Map of orders by order ID
50
pub type OrderMap<T> = SharedHashMap<String, T>;
51
52
/// Map of accounts by account ID
53
pub type AccountMap<T> = SharedHashMap<String, T>;
54
55
/// Map of instruments by instrument ID
56
pub type InstrumentMap<T> = SharedHashMap<String, T>;
57
58
/// Map of market data by symbol
59
pub type MarketDataMap<T> = SharedHashMap<String, T>;
60
61
/// Cache entry with timestamp
62
pub type CacheEntry<T> = (T, DateTime<Utc>);
63
64
/// Cache map with timestamped entries
65
pub type CacheMap<K, V> = SharedHashMap<K, CacheEntry<V>>;
66
67
/// Risk factor loadings by instrument
68
pub type RiskFactorMap = SharedHashMap<String, HashMap<String, Decimal>>;
69
70
/// Performance metrics history
71
pub type PerformanceHistory<T> = SharedHashMap<String, std::collections::VecDeque<T>>;
72
73
/// Model registry for ML models
74
pub type ModelRegistry<T> = SharedHashMap<String, T>;
75
76
/// Generic configuration cache
77
pub type ConfigCache<K, V> = SharedHashMap<K, V>;
78
79
// =============================================================================
80
// Event Types - Moved from trading_engine to enforce pure client architecture
81
// =============================================================================
82
83
/// Order events for the complete order lifecycle
84
#[derive(Debug, Clone, Serialize, Deserialize)]
85
pub struct OrderEvent {
86
    /// Unique identifier for the order
87
    pub order_id: OrderId,
88
    /// Trading symbol for the order
89
    pub symbol: Symbol,
90
    /// Type of order (market, limit, stop, etc.)
91
    pub order_type: OrderType,
92
    /// Order side (buy or sell)
93
    pub side: OrderSide,
94
    /// Order quantity
95
    pub quantity: Quantity,
96
    /// Order price (None for market orders)
97
    pub price: Option<Price>,
98
    /// Timestamp when the event occurred
99
    pub timestamp: DateTime<Utc>,
100
    /// Strategy or client identifier
101
    pub strategy_id: String,
102
    /// Order event type (placed, modified, cancelled)
103
    pub event_type: OrderEventType,
104
    /// Previous quantity for modifications
105
    pub previous_quantity: Option<Quantity>,
106
    /// Previous price for modifications
107
    pub previous_price: Option<Price>,
108
    /// Reason for cancellation or modification
109
    pub reason: Option<String>,
110
}
111
112
/// Types of order events
113
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
114
pub enum OrderEventType {
115
    /// Order was placed
116
    Placed,
117
    /// Order was modified
118
    Modified,
119
    /// Order was cancelled
120
    Cancelled,
121
    /// Order was rejected
122
    Rejected,
123
}
124
125
// =============================================================================
126
// Core Data Types
127
// =============================================================================
128
129
/// Unique identifier for services
130
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
131
pub struct ServiceId(pub String);
132
133
impl ServiceId {
134
    /// Create a new service ID
135
2
    pub fn new<S: Into<String>>(id: S) -> Self {
136
2
        Self(id.into())
137
2
    }
138
139
    /// Get the inner string value
140
    ///
141
    /// Get the execution ID as a string slice
142
    ///
143
    /// Get execution ID as string slice
144
2
    pub fn as_str(&self) -> &str {
145
2
        &self.0
146
2
    }
147
}
148
149
impl fmt::Display for ServiceId {
150
1
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
151
1
        write!(f, "{}", self.0)
152
1
    }
153
}
154
155
impl From<&str> for ServiceId {
156
0
    fn from(s: &str) -> Self {
157
0
        Self(s.to_owned())
158
0
    }
159
}
160
161
impl From<String> for ServiceId {
162
1
    fn from(s: String) -> Self {
163
1
        Self(s)
164
1
    }
165
}
166
167
/// Service status enumeration
168
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
169
pub enum ServiceStatus {
170
    /// Service is starting up
171
    Starting,
172
    /// Service is running normally
173
    Running,
174
    /// Service is degraded but functional
175
    Degraded,
176
    /// Service is stopping
177
    Stopping,
178
    /// Service is stopped
179
    Stopped,
180
    /// Service has encountered an error
181
    Error,
182
    /// Service is in maintenance mode
183
    Maintenance,
184
}
185
186
impl fmt::Display for ServiceStatus {
187
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
188
0
        match self {
189
0
            Self::Starting => write!(f, "STARTING"),
190
0
            Self::Running => write!(f, "RUNNING"),
191
0
            Self::Degraded => write!(f, "DEGRADED"),
192
0
            Self::Stopping => write!(f, "STOPPING"),
193
0
            Self::Stopped => write!(f, "STOPPED"),
194
0
            Self::Error => write!(f, "ERROR"),
195
0
            Self::Maintenance => write!(f, "MAINTENANCE"),
196
        }
197
0
    }
198
}
199
200
impl ServiceStatus {
201
    /// Check if the service is healthy
202
4
    pub const fn is_healthy(&self) -> bool {
203
4
        
matches!2
(self, Self::Running | Self::Starting)
204
4
    }
205
206
    /// Check if the service is available for requests
207
4
    pub const fn is_available(&self) -> bool {
208
4
        
matches!2
(self, Self::Running | Self::Degraded)
209
4
    }
210
}
211
212
/// Configuration version for tracking changes
213
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
214
pub struct ConfigVersion {
215
    /// Version number
216
    pub version: u64,
217
    /// Timestamp when version was created
218
    pub timestamp: DateTime<Utc>,
219
    /// Optional description of changes
220
    pub description: Option<String>,
221
}
222
223
impl ConfigVersion {
224
    /// Create a new config version
225
1
    pub fn new(version: u64) -> Self {
226
1
        Self {
227
1
            version,
228
1
            timestamp: Utc::now(),
229
1
            description: None,
230
1
        }
231
1
    }
232
233
    /// Create a new config version with description
234
1
    pub fn with_description<S: Into<String>>(version: u64, description: S) -> Self {
235
1
        Self {
236
1
            version,
237
1
            timestamp: Utc::now(),
238
1
            description: Some(description.into()),
239
1
        }
240
1
    }
241
}
242
243
// TECHNICAL DEBT ELIMINATED - Use DateTime<Utc> directly instead of Timestamp alias
244
245
/// Timestamp type alias for consistency across the system
246
pub type Timestamp = DateTime<Utc>;
247
248
/// Request ID for tracing and correlation
249
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
250
pub struct RequestId(pub Uuid);
251
252
impl Default for RequestId {
253
    /// Create a default request ID with a new UUID
254
0
    fn default() -> Self {
255
0
        Self::new()
256
0
    }
257
}
258
259
impl RequestId {
260
    /// Generate a new random request ID
261
2
    pub fn new() -> Self {
262
2
        Self(Uuid::new_v4())
263
2
    }
264
265
    /// Create from UUID
266
0
    pub const fn from_uuid(uuid: Uuid) -> Self {
267
0
        Self(uuid)
268
0
    }
269
270
    /// Get the inner UUID
271
0
    pub const fn as_uuid(&self) -> Uuid {
272
0
        self.0
273
0
    }
274
}
275
276
// Default implementation is now in the derive macro above
277
278
// =============================================================================
279
// MARKET DATA EVENT TYPES (Consolidated from data and trading_engine crates)
280
// =============================================================================
281
282
/// Market data event types - CANONICAL DEFINITION
283
#[derive(Debug, Clone, Serialize, Deserialize)]
284
pub enum MarketDataEvent {
285
    /// Quote update (bid/ask)
286
    Quote(QuoteEvent),
287
    /// Trade execution
288
    Trade(TradeEvent),
289
    /// Aggregate trade data
290
    Aggregate(Aggregate),
291
    /// Bar/candle data
292
    Bar(BarEvent),
293
    /// Level 2 market data update
294
    Level2(Level2Update),
295
    /// Market status update
296
    Status(MarketStatus),
297
    /// Connection status updates
298
    ConnectionStatus(ConnectionEvent),
299
    /// Error events with details
300
    Error(ErrorEvent),
301
    /// Order book update
302
    OrderBook(OrderBookEvent),
303
    /// Level 2 order book snapshot
304
    OrderBookL2Snapshot(OrderBookSnapshot),
305
    /// Level 2 order book incremental update
306
    OrderBookL2Update(OrderBookUpdate),
307
}
308
309
/// Quote event structure - CANONICAL DEFINITION
310
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq)]
311
pub struct QuoteEvent {
312
    /// Symbol
313
    pub symbol: String,
314
    /// Bid price
315
    pub bid: Option<Decimal>,
316
    /// Ask price
317
    pub ask: Option<Decimal>,
318
    /// Bid size
319
    pub bid_size: Option<Decimal>,
320
    /// Ask size
321
    pub ask_size: Option<Decimal>,
322
    /// Exchange
323
    pub exchange: Option<String>,
324
    /// Bid exchange
325
    pub bid_exchange: Option<String>,
326
    /// Ask exchange
327
    pub ask_exchange: Option<String>,
328
    /// Quote conditions
329
    pub conditions: Vec<String>,
330
    /// Timestamp
331
    pub timestamp: DateTime<Utc>,
332
    /// Sequence number
333
    pub sequence: u64,
334
}
335
336
impl QuoteEvent {
337
    /// Create a new quote event
338
    #[must_use]
339
6
    pub const fn new(symbol: String, timestamp: DateTime<Utc>) -> Self {
340
6
        Self {
341
6
            symbol,
342
6
            bid: None,
343
6
            ask: None,
344
6
            bid_size: None,
345
6
            ask_size: None,
346
6
            exchange: None,
347
6
            bid_exchange: None,
348
6
            ask_exchange: None,
349
6
            conditions: Vec::new(),
350
6
            timestamp,
351
6
            sequence: 0,
352
6
        }
353
6
    }
354
355
    /// Set bid price and size
356
4
    pub const fn with_bid(mut self, price: Decimal, size: Decimal) -> Self {
357
4
        self.bid = Some(price);
358
4
        self.bid_size = Some(size);
359
4
        self
360
4
    }
361
362
    /// Set ask price and size
363
4
    pub const fn with_ask(mut self, price: Decimal, size: Decimal) -> Self {
364
4
        self.ask = Some(price);
365
4
        self.ask_size = Some(size);
366
4
        self
367
4
    }
368
369
    /// Set exchange
370
1
    pub fn with_exchange<S: Into<String>>(mut self, exchange: S) -> Self {
371
1
        self.exchange = Some(exchange.into());
372
1
        self
373
1
    }
374
375
    /// Set bid exchange
376
0
    pub fn with_bid_exchange<S: Into<String>>(mut self, exchange: S) -> Self {
377
0
        self.bid_exchange = Some(exchange.into());
378
0
        self
379
0
    }
380
381
    /// Set ask exchange
382
0
    pub fn with_ask_exchange<S: Into<String>>(mut self, exchange: S) -> Self {
383
0
        self.ask_exchange = Some(exchange.into());
384
0
        self
385
0
    }
386
387
    /// Add quote condition
388
0
    pub fn with_condition<S: Into<String>>(mut self, condition: S) -> Self {
389
0
        self.conditions.push(condition.into());
390
0
        self
391
0
    }
392
393
    /// Set sequence number
394
1
    pub const fn with_sequence(mut self, sequence: u64) -> Self {
395
1
        self.sequence = sequence;
396
1
        self
397
1
    }
398
399
    /// Get mid price
400
1
    pub fn mid_price(&self) -> Option<Decimal> {
401
1
        match (self.bid, self.ask) {
402
1
            (Some(bid), Some(ask)) => {
403
1
                let sum = bid.checked_add(ask)
?0
;
404
1
                let two = Decimal::from(2);
405
1
                sum.checked_div(two)
406
            }
407
0
            _ => None,
408
        }
409
1
    }
410
411
    /// Get spread
412
1
    pub fn spread(&self) -> Option<Decimal> {
413
1
        match (self.bid, self.ask) {
414
1
            (Some(bid), Some(ask)) => ask.checked_sub(bid),
415
0
            _ => None,
416
        }
417
1
    }
418
}
419
420
/// Trade event structure - CANONICAL DEFINITION
421
#[derive(Debug, Clone, Serialize, Deserialize)]
422
pub struct TradeEvent {
423
    /// Symbol
424
    pub symbol: String,
425
    /// Trade price
426
    pub price: Decimal,
427
    /// Trade size
428
    pub size: Decimal,
429
    /// Trade ID
430
    pub trade_id: Option<String>,
431
    /// Exchange
432
    pub exchange: Option<String>,
433
    /// Trade conditions
434
    pub conditions: Vec<String>,
435
    /// Timestamp
436
    pub timestamp: DateTime<Utc>,
437
    /// Sequence number
438
    pub sequence: u64,
439
}
440
441
impl TradeEvent {
442
    /// Create a new trade event
443
    #[must_use]
444
4
    pub const fn new(symbol: String, price: Decimal, size: Decimal, timestamp: DateTime<Utc>) -> Self {
445
4
        Self {
446
4
            symbol,
447
4
            price,
448
4
            size,
449
4
            trade_id: None,
450
4
            exchange: None,
451
4
            conditions: Vec::new(),
452
4
            timestamp,
453
4
            sequence: 0,
454
4
        }
455
4
    }
456
457
    /// Set trade ID
458
0
    pub fn with_trade_id<S: Into<String>>(mut self, trade_id: S) -> Self {
459
0
        self.trade_id = Some(trade_id.into());
460
0
        self
461
0
    }
462
463
    /// Set exchange
464
0
    pub fn with_exchange<S: Into<String>>(mut self, exchange: S) -> Self {
465
0
        self.exchange = Some(exchange.into());
466
0
        self
467
0
    }
468
469
    /// Add trade condition
470
0
    pub fn with_condition<S: Into<String>>(mut self, condition: S) -> Self {
471
0
        self.conditions.push(condition.into());
472
0
        self
473
0
    }
474
475
    /// Set sequence number
476
0
    pub const fn with_sequence(mut self, sequence: u64) -> Self {
477
0
        self.sequence = sequence;
478
0
        self
479
0
    }
480
481
    /// Get notional value
482
1
    pub fn notional_value(&self) -> Decimal {
483
1
        self.price.checked_mul(self.size).unwrap_or(Decimal::ZERO)
484
1
    }
485
}
486
487
/// Aggregate trade data
488
#[derive(Debug, Clone, Serialize, Deserialize)]
489
pub struct Aggregate {
490
    /// Symbol
491
    pub symbol: String,
492
    /// Open price
493
    pub open: Decimal,
494
    /// High price
495
    pub high: Decimal,
496
    /// Low price
497
    pub low: Decimal,
498
    /// Close price
499
    pub close: Decimal,
500
    /// Volume
501
    pub volume: Decimal,
502
    /// Volume weighted average price
503
    pub vwap: Option<Decimal>,
504
    /// Start timestamp
505
    pub start_timestamp: DateTime<Utc>,
506
    /// End timestamp
507
    pub end_timestamp: DateTime<Utc>,
508
}
509
510
/// Bar/candle event structure
511
#[derive(Debug, Clone, Serialize, Deserialize)]
512
pub struct BarEvent {
513
    /// Symbol
514
    pub symbol: String,
515
    /// Open price
516
    pub open: Decimal,
517
    /// High price
518
    pub high: Decimal,
519
    /// Low price
520
    pub low: Decimal,
521
    /// Close price
522
    pub close: Decimal,
523
    /// Volume
524
    pub volume: Decimal,
525
    /// Volume weighted average price
526
    pub vwap: Option<Decimal>,
527
    /// Start timestamp
528
    pub start_timestamp: DateTime<Utc>,
529
    /// End timestamp
530
    pub end_timestamp: DateTime<Utc>,
531
    /// Timeframe (e.g., "1m", "5m", "1h")
532
    pub timeframe: String,
533
}
534
535
/// Level 2 market data update
536
#[derive(Debug, Clone, Serialize, Deserialize)]
537
pub struct Level2Update {
538
    /// Symbol
539
    pub symbol: String,
540
    /// Bid levels
541
    pub bids: Vec<PriceLevel>,
542
    /// Ask levels
543
    pub asks: Vec<PriceLevel>,
544
    /// Timestamp
545
    pub timestamp: DateTime<Utc>,
546
}
547
548
/// Price level for order book
549
#[derive(Debug, Clone, Serialize, Deserialize)]
550
pub struct PriceLevel {
551
    /// Price
552
    pub price: Decimal,
553
    /// Size at this price level
554
    pub size: Decimal,
555
}
556
557
/// Order book snapshot from providers
558
#[derive(Debug, Clone, Serialize, Deserialize)]
559
pub struct OrderBookSnapshot {
560
    /// Symbol
561
    pub symbol: String,
562
    /// Bid levels (price, size) sorted by price descending
563
    pub bids: Vec<PriceLevel>,
564
    /// Ask levels (price, size) sorted by price ascending
565
    pub asks: Vec<PriceLevel>,
566
    /// Exchange
567
    pub exchange: String,
568
    /// Timestamp of snapshot
569
    pub timestamp: DateTime<Utc>,
570
    /// Sequence number
571
    pub sequence: u64,
572
}
573
574
/// Incremental order book update from providers
575
#[derive(Debug, Clone, Serialize, Deserialize)]
576
pub struct OrderBookUpdate {
577
    /// Symbol
578
    pub symbol: String,
579
    /// Changes to bid levels
580
    pub bid_changes: Vec<PriceLevelChange>,
581
    /// Changes to ask levels
582
    pub ask_changes: Vec<PriceLevelChange>,
583
    /// Exchange
584
    pub exchange: String,
585
    /// Timestamp of update
586
    pub timestamp: DateTime<Utc>,
587
    /// Sequence number
588
    pub sequence: u64,
589
}
590
591
/// Change to a price level
592
#[derive(Debug, Clone, Serialize, Deserialize)]
593
pub struct PriceLevelChange {
594
    /// Price level being modified
595
    pub price: Decimal,
596
    /// New size (0 = remove level)
597
    pub size: Decimal,
598
    /// Type of change
599
    pub change_type: PriceLevelChangeType,
600
    /// Side (bid or ask)
601
    pub side: OrderBookSide,
602
}
603
604
/// Type of price level change
605
#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq)]
606
pub enum PriceLevelChangeType {
607
    /// Add new price level
608
    Add,
609
    /// Update existing price level
610
    Update,
611
    /// Remove price level
612
    Delete,
613
}
614
615
/// Order book side
616
#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq)]
617
pub enum OrderBookSide {
618
    /// Bid side
619
    Bid,
620
    /// Ask side
621
    Ask,
622
}
623
624
/// Market status information
625
#[derive(Debug, Clone, Serialize, Deserialize)]
626
pub struct MarketStatus {
627
    /// Market
628
    pub market: String,
629
    /// Status (open, closed, `early_hours`, etc.)
630
    pub status: String,
631
    /// Timestamp
632
    pub timestamp: DateTime<Utc>,
633
}
634
635
/// Connection event for status updates
636
#[derive(Debug, Clone, Serialize, Deserialize)]
637
pub struct ConnectionEvent {
638
    /// Provider name
639
    pub provider: String,
640
    /// Connection status
641
    pub status: ConnectionStatus,
642
    /// Optional message
643
    pub message: Option<String>,
644
    /// Timestamp
645
    pub timestamp: DateTime<Utc>,
646
}
647
648
/// Connection status enumeration
649
///
650
/// Connection status for data providers and brokers
651
#[derive(Debug, Clone, Serialize, Deserialize)]
652
#[cfg_attr(feature = "database", derive(sqlx::Type))]
653
#[cfg_attr(
654
    feature = "database",
655
    sqlx(type_name = "connection_status", rename_all = "snake_case")
656
)]
657
pub enum ConnectionStatus {
658
    /// Successfully connected and operational
659
    Connected,
660
    /// Disconnected from the service
661
    Disconnected,
662
    /// Currently attempting to reconnect
663
    Reconnecting,
664
}
665
666
/// Error event structure
667
#[derive(Debug, Clone, Serialize, Deserialize)]
668
pub struct ErrorEvent {
669
    /// Provider name
670
    pub provider: String,
671
    /// Error message
672
    pub message: String,
673
    /// Error category
674
    pub category: ErrorCategory,
675
    /// Timestamp
676
    pub timestamp: DateTime<Utc>,
677
}
678
679
// ErrorCategory is imported from crate::error as CommonErrorCategory
680
681
/// Order book event
682
#[derive(Debug, Clone, Serialize, Deserialize)]
683
pub struct OrderBookEvent {
684
    /// Symbol
685
    pub symbol: String,
686
    /// Timestamp
687
    pub timestamp: DateTime<Utc>,
688
    /// Bid levels
689
    pub bids: Vec<(Price, Quantity)>,
690
    /// Ask levels
691
    pub asks: Vec<(Price, Quantity)>,
692
}
693
694
/// Data types for subscription
695
#[derive(Debug, Clone, Serialize, Deserialize)]
696
pub enum DataType {
697
    /// Real-time quotes
698
    Quotes,
699
    /// Real-time trades
700
    Trades,
701
    /// Aggregate/minute bars
702
    Aggregates,
703
    /// Level 2 order book
704
    Level2,
705
    /// Market status
706
    Status,
707
    /// Historical bars/aggregates
708
    Bars,
709
    /// Order book data
710
    OrderBook,
711
    /// Volume data
712
    Volume,
713
}
714
715
/// Market data subscription request
716
#[derive(Debug, Clone, Serialize, Deserialize)]
717
pub struct Subscription {
718
    /// Symbols to subscribe to
719
    pub symbols: Vec<String>,
720
    /// Data types to subscribe to
721
    pub data_types: Vec<DataType>,
722
    /// Exchange filter (optional)
723
    pub exchanges: Vec<String>,
724
}
725
726
impl MarketDataEvent {
727
    /// Get the symbol for any market data event
728
1
    pub fn symbol(&self) -> &str {
729
1
        match self {
730
1
            MarketDataEvent::Quote(q) => &q.symbol,
731
0
            MarketDataEvent::Trade(t) => &t.symbol,
732
0
            MarketDataEvent::Aggregate(a) => &a.symbol,
733
0
            MarketDataEvent::Bar(b) => &b.symbol,
734
0
            MarketDataEvent::Level2(l) => &l.symbol,
735
0
            MarketDataEvent::Status(s) => &s.market,
736
0
            MarketDataEvent::ConnectionStatus(_) => "",
737
0
            MarketDataEvent::Error(_) => "",
738
0
            MarketDataEvent::OrderBook(o) => &o.symbol,
739
0
            MarketDataEvent::OrderBookL2Snapshot(s) => &s.symbol,
740
0
            MarketDataEvent::OrderBookL2Update(u) => &u.symbol,
741
        }
742
1
    }
743
744
    /// Get the timestamp for any market data event
745
1
    pub const fn timestamp(&self) -> Option<DateTime<Utc>> {
746
1
        match self {
747
0
            MarketDataEvent::Quote(q) => Some(q.timestamp),
748
1
            MarketDataEvent::Trade(t) => Some(t.timestamp),
749
0
            MarketDataEvent::Aggregate(a) => Some(a.end_timestamp),
750
0
            MarketDataEvent::Bar(b) => Some(b.end_timestamp),
751
0
            MarketDataEvent::Level2(l) => Some(l.timestamp),
752
0
            MarketDataEvent::Status(s) => Some(s.timestamp),
753
0
            MarketDataEvent::ConnectionStatus(c) => Some(c.timestamp),
754
0
            MarketDataEvent::Error(e) => Some(e.timestamp),
755
0
            MarketDataEvent::OrderBook(o) => Some(o.timestamp),
756
0
            MarketDataEvent::OrderBookL2Snapshot(s) => Some(s.timestamp),
757
0
            MarketDataEvent::OrderBookL2Update(u) => Some(u.timestamp),
758
        }
759
1
    }
760
}
761
impl fmt::Display for RequestId {
762
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
763
0
        write!(f, "{}", self.0)
764
0
    }
765
}
766
767
/// Connection information for services
768
#[derive(Debug, Clone, Serialize, Deserialize)]
769
pub struct ConnectionInfo {
770
    /// Host address
771
    pub host: String,
772
    /// Port number
773
    pub port: u16,
774
    /// Whether TLS is enabled
775
    pub tls: bool,
776
    /// Connection timeout in milliseconds
777
    pub timeout_ms: u64,
778
}
779
780
impl ConnectionInfo {
781
    /// Create new connection info
782
1
    pub fn new<S: Into<String>>(host: S, port: u16) -> Self {
783
1
        Self {
784
1
            host: host.into(),
785
1
            port,
786
1
            tls: false,
787
1
            timeout_ms: 5000,
788
1
        }
789
1
    }
790
791
    /// Enable TLS
792
1
    pub const fn with_tls(mut self) -> Self {
793
1
        self.tls = true;
794
1
        self
795
1
    }
796
797
    /// Set timeout
798
0
    pub const fn with_timeout(mut self, timeout_ms: u64) -> Self {
799
0
        self.timeout_ms = timeout_ms;
800
0
        self
801
0
    }
802
803
    /// Get connection URL
804
2
    pub fn url(&self) -> String {
805
2
        let scheme = if self.tls { 
"https"1
 } else { 
"http"1
 };
806
2
        format!("{}://{}:{}", scheme, self.host, self.port)
807
2
    }
808
}
809
810
/// Resource limits for services
811
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
812
pub struct ResourceLimits {
813
    /// Maximum memory usage in bytes
814
    pub max_memory_bytes: Option<u64>,
815
    /// Maximum CPU usage as percentage (0-100)
816
    pub max_cpu_percent: Option<f64>,
817
    /// Maximum number of open file descriptors
818
    pub max_file_descriptors: Option<u32>,
819
    /// Maximum number of network connections
820
    pub max_connections: Option<u32>,
821
}
822
823
// =============================================================================
824
// TRADING TYPES (Migrated from foxhunt-common-types)
825
// =============================================================================
826
827
/// Common error types for trading operations
828
///
829
/// This error type implements Send + Sync for use in async contexts
830
#[derive(thiserror::Error, Debug)]
831
pub enum CommonTypeError {
832
    /// Invalid price value
833
    #[error("Invalid price: {value} - {reason}")]
834
    InvalidPrice {
835
        /// The invalid price value as string
836
        value: String,
837
        /// Reason why the price is invalid
838
        reason: String,
839
    },
840
841
    /// Invalid quantity value
842
    #[error("Invalid quantity: {value} - {reason}")]
843
    InvalidQuantity {
844
        /// The invalid quantity value as string
845
        value: String,
846
        /// Reason why the quantity is invalid
847
        reason: String,
848
    },
849
850
    /// Invalid identifier
851
    #[error("Invalid {field}: {reason}")]
852
    InvalidIdentifier {
853
        /// The field name that contains the invalid identifier
854
        field: String,
855
        /// Reason why the identifier is invalid
856
        reason: String,
857
    },
858
859
    /// Validation error
860
    #[error("Validation error for {field}: {reason}")]
861
    ValidationError {
862
        /// The field name that failed validation
863
        field: String,
864
        /// Reason why the validation failed
865
        reason: String,
866
    },
867
868
    /// Conversion error
869
    #[error("Conversion error: {message}")]
870
    ConversionError {
871
        /// Detailed error message describing the conversion failure
872
        message: String,
873
    },
874
875
    /// I/O error
876
    #[error("I/O error: {0}")]
877
    IoError(#[from] std::io::Error),
878
879
    /// JSON serialization/deserialization error
880
    #[error("JSON error: {0}")]
881
    JsonError(#[from] serde_json::Error),
882
883
    /// Float parsing error
884
    #[error("Float parsing error: {0}")]
885
    ParseFloatError(#[from] std::num::ParseFloatError),
886
887
    /// Integer parsing error
888
    #[error("Integer parsing error: {0}")]
889
    ParseIntError(#[from] std::num::ParseIntError),
890
}
891
892
// Manual trait implementations for CommonTypeError
893
// (Cannot derive Clone, PartialEq, Eq, Serialize due to std::io::Error and serde_json::Error)
894
895
impl Clone for CommonTypeError {
896
    /// Clone the error, converting IO and JSON errors to conversion errors
897
2
    fn clone(&self) -> Self {
898
2
        match self {
899
1
            Self::InvalidPrice { value, reason } => Self::InvalidPrice {
900
1
                value: value.clone(),
901
1
                reason: reason.clone(),
902
1
            },
903
0
            Self::InvalidQuantity { value, reason } => Self::InvalidQuantity {
904
0
                value: value.clone(),
905
0
                reason: reason.clone(),
906
0
            },
907
0
            Self::InvalidIdentifier { field, reason } => Self::InvalidIdentifier {
908
0
                field: field.clone(),
909
0
                reason: reason.clone(),
910
0
            },
911
0
            Self::ValidationError { field, reason } => Self::ValidationError {
912
0
                field: field.clone(),
913
0
                reason: reason.clone(),
914
0
            },
915
0
            Self::ConversionError { message } => Self::ConversionError {
916
0
                message: message.clone(),
917
0
            },
918
            // Cannot clone std::io::Error or serde_json::Error, so create new instances
919
1
            Self::IoError(e) => Self::ConversionError {
920
1
                message: format!("I/O error: {}", e),
921
1
            },
922
0
            Self::JsonError(e) => Self::ConversionError {
923
0
                message: format!("JSON error: {}", e),
924
0
            },
925
0
            Self::ParseFloatError(e) => Self::ParseFloatError(e.clone()),
926
0
            Self::ParseIntError(e) => Self::ParseIntError(e.clone()),
927
        }
928
2
    }
929
}
930
impl PartialEq for CommonTypeError {
931
    /// Compare two errors for equality
932
3
    fn eq(&self, other: &Self) -> bool {
933
3
        match (self, other) {
934
            (
935
                Self::InvalidPrice {
936
3
                    value: v1,
937
3
                    reason: r1,
938
                },
939
                Self::InvalidPrice {
940
3
                    value: v2,
941
3
                    reason: r2,
942
                },
943
3
            ) => v1 == v2 && 
r1 == r22
,
944
            (
945
                Self::InvalidQuantity {
946
0
                    value: v1,
947
0
                    reason: r1,
948
                },
949
                Self::InvalidQuantity {
950
0
                    value: v2,
951
0
                    reason: r2,
952
                },
953
0
            ) => v1 == v2 && r1 == r2,
954
            (
955
                Self::InvalidIdentifier {
956
0
                    field: f1,
957
0
                    reason: r1,
958
                },
959
                Self::InvalidIdentifier {
960
0
                    field: f2,
961
0
                    reason: r2,
962
                },
963
0
            ) => f1 == f2 && r1 == r2,
964
            (
965
                Self::ValidationError {
966
0
                    field: f1,
967
0
                    reason: r1,
968
                },
969
                Self::ValidationError {
970
0
                    field: f2,
971
0
                    reason: r2,
972
                },
973
0
            ) => f1 == f2 && r1 == r2,
974
0
            (Self::ConversionError { message: m1 }, Self::ConversionError { message: m2 }) => {
975
0
                m1 == m2
976
            },
977
0
            (Self::ParseFloatError(e1), Self::ParseFloatError(e2)) => e1 == e2,
978
0
            (Self::ParseIntError(e1), Self::ParseIntError(e2)) => e1 == e2,
979
            // std::io::Error and serde_json::Error don't implement PartialEq, so they're never equal
980
0
            (Self::IoError(_), Self::IoError(_)) => false,
981
0
            (Self::JsonError(_), Self::JsonError(_)) => false,
982
0
            _ => false,
983
        }
984
3
    }
985
}
986
987
impl Eq for CommonTypeError {}
988
989
// Note: Display is automatically implemented by thiserror::Error derive
990
// based on the #[error("...")] attributes on each variant
991
impl Serialize for CommonTypeError {
992
1
    fn serialize<S>(&self, serializer: S) -> Result<S::Ok, S::Error>
993
1
    where
994
1
        S: serde::Serializer,
995
    {
996
        use serde::ser::SerializeStruct;
997
1
        match self {
998
0
            Self::InvalidPrice { value, reason } => {
999
0
                let mut state = serializer.serialize_struct("InvalidPrice", 2)?;
1000
0
                state.serialize_field("value", value)?;
1001
0
                state.serialize_field("reason", reason)?;
1002
0
                state.end()
1003
            },
1004
0
            Self::InvalidQuantity { value, reason } => {
1005
0
                let mut state = serializer.serialize_struct("InvalidQuantity", 2)?;
1006
0
                state.serialize_field("value", value)?;
1007
0
                state.serialize_field("reason", reason)?;
1008
0
                state.end()
1009
            },
1010
0
            Self::InvalidIdentifier { field, reason } => {
1011
0
                let mut state = serializer.serialize_struct("InvalidIdentifier", 2)?;
1012
0
                state.serialize_field("field", field)?;
1013
0
                state.serialize_field("reason", reason)?;
1014
0
                state.end()
1015
            },
1016
1
            Self::ValidationError { field, reason } => {
1017
1
                let mut state = serializer.serialize_struct("ValidationError", 2)
?0
;
1018
1
                state.serialize_field("field", field)
?0
;
1019
1
                state.serialize_field("reason", reason)
?0
;
1020
1
                state.end()
1021
            },
1022
0
            Self::ConversionError { message } => {
1023
0
                let mut state = serializer.serialize_struct("ConversionError", 1)?;
1024
0
                state.serialize_field("message", message)?;
1025
0
                state.end()
1026
            },
1027
0
            Self::IoError(e) => {
1028
0
                let mut state = serializer.serialize_struct("IoError", 1)?;
1029
0
                state.serialize_field("message", &format!("I/O error: {}", e))?;
1030
0
                state.end()
1031
            },
1032
0
            Self::JsonError(e) => {
1033
0
                let mut state = serializer.serialize_struct("JsonError", 1)?;
1034
0
                state.serialize_field("message", &format!("JSON error: {}", e))?;
1035
0
                state.end()
1036
            },
1037
0
            Self::ParseFloatError(e) => {
1038
0
                let mut state = serializer.serialize_struct("ParseFloatError", 1)?;
1039
0
                state.serialize_field("message", &format!("Float parsing error: {}", e))?;
1040
0
                state.end()
1041
            },
1042
0
            Self::ParseIntError(e) => {
1043
0
                let mut state = serializer.serialize_struct("ParseIntError", 1)?;
1044
0
                state.serialize_field("message", &format!("Integer parsing error: {}", e))?;
1045
0
                state.end()
1046
            },
1047
        }
1048
1
    }
1049
}
1050
1051
impl<'de> Deserialize<'de> for CommonTypeError {
1052
1
    fn deserialize<D>(deserializer: D) -> Result<Self, D::Error>
1053
1
    where
1054
1
        D: serde::Deserializer<'de>,
1055
    {
1056
        // For deserialization, we'll convert everything to ConversionError since
1057
        // we can't reconstruct std::io::Error or serde_json::Error from serialized form
1058
        use serde::de::{MapAccess, Visitor};
1059
        use std::fmt;
1060
1061
        struct CommonTypeErrorVisitor;
1062
1063
        impl<'de> Visitor<'de> for CommonTypeErrorVisitor {
1064
            type Value = CommonTypeError;
1065
1066
0
            fn expecting(&self, formatter: &mut fmt::Formatter<'_>) -> fmt::Result {
1067
0
                formatter.write_str("a CommonTypeError")
1068
0
            }
1069
1070
1
            fn visit_map<V>(self, mut map: V) -> Result<CommonTypeError, V::Error>
1071
1
            where
1072
1
                V: MapAccess<'de>,
1073
            {
1074
                // For simplicity, deserialize everything as ConversionError
1075
1
                let mut message = String::new();
1076
3
                while let Some(
key2
) = map.next_key::<String>()
?0
 {
1077
2
                    let value: serde_json::Value = map.next_value()
?0
;
1078
2
                    if key == "message" {
1079
0
                        if let Some(msg) = value.as_str() {
1080
0
                            message = msg.to_owned();
1081
0
                        }
1082
2
                    } else {
1083
2
                        message = format!("Deserialized error: {}: {}", key, value);
1084
2
                    }
1085
                }
1086
1
                if message.is_empty() {
1087
0
                    message = "Unknown deserialized error".to_owned();
1088
1
                }
1089
1
                Ok(CommonTypeError::ConversionError { message })
1090
1
            }
1091
        }
1092
1093
1
        deserializer.deserialize_struct(
1094
            "CommonTypeError",
1095
1
            &["value", "reason", "field", "message"],
1096
1
            CommonTypeErrorVisitor,
1097
        )
1098
1
    }
1099
}
1100
1101
// =============================================================================
1102
// ORDER TYPES (Moved from trading_engine)
1103
// =============================================================================
1104
1105
/// Order type specifying execution behavior - CANONICAL DEFINITION
1106
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1107
#[non_exhaustive]
1108
pub enum OrderType {
1109
    /// Market order - executes immediately at current market price
1110
    Market,
1111
    /// Limit order - executes only at specified price or better
1112
    Limit,
1113
    /// Stop order - becomes market order when stop price is reached
1114
    Stop,
1115
    /// Stop-limit order - becomes limit order when stop price is reached
1116
    StopLimit,
1117
    /// Iceberg order - large order split into smaller visible portions
1118
    Iceberg,
1119
    /// Trailing stop order - stop price adjusts with favorable price movement
1120
    TrailingStop,
1121
    /// Hidden order - not displayed in order book
1122
    Hidden,
1123
}
1124
1125
impl fmt::Display for OrderType {
1126
19
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1127
19
        match self {
1128
4
            Self::Market => write!(f, "MARKET"),
1129
4
            Self::Limit => write!(f, "LIMIT"),
1130
4
            Self::Stop => write!(f, "STOP"),
1131
4
            Self::StopLimit => write!(f, "STOP_LIMIT"),
1132
1
            Self::Iceberg => write!(f, "ICEBERG"),
1133
1
            Self::TrailingStop => write!(f, "TRAILING_STOP"),
1134
1
            Self::Hidden => write!(f, "HIDDEN"),
1135
        }
1136
19
    }
1137
}
1138
1139
impl Default for OrderType {
1140
    /// Returns the default order type (Market)
1141
2
    fn default() -> Self {
1142
2
        Self::Market
1143
2
    }
1144
}
1145
1146
impl TryFrom<i32> for OrderType {
1147
    type Error = String;
1148
1149
9
    fn try_from(value: i32) -> Result<Self, Self::Error> {
1150
9
        match value {
1151
2
            0 => Ok(OrderType::Market),
1152
2
            1 => Ok(OrderType::Limit),
1153
2
            2 => Ok(OrderType::Stop),
1154
1
            3 => Ok(OrderType::StopLimit),
1155
0
            4 => Ok(OrderType::Iceberg),
1156
0
            5 => Ok(OrderType::TrailingStop),
1157
0
            6 => Ok(OrderType::Hidden),
1158
2
            _ => Err(format!("Invalid OrderType: {}", value)),
1159
        }
1160
9
    }
1161
}
1162
1163
/// Supported broker types - CANONICAL DEFINITION
1164
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1165
pub enum BrokerType {
1166
    /// Interactive Brokers TWS/API
1167
    InteractiveBrokers,
1168
    /// IC Markets FIX API
1169
    ICMarkets,
1170
    /// Paper trading simulation
1171
    PaperTrading,
1172
    /// Demo/Test broker
1173
    Demo,
1174
}
1175
1176
impl Default for BrokerType {
1177
    /// Returns the default broker type (`InteractiveBrokers`)
1178
1
    fn default() -> Self {
1179
1
        Self::InteractiveBrokers
1180
1
    }
1181
}
1182
1183
/// Order status throughout its lifecycle - CANONICAL DEFINITION
1184
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1185
#[non_exhaustive]
1186
pub enum OrderStatus {
1187
    /// Order has been created but not yet submitted to broker
1188
    Created,
1189
    /// Order has been submitted to broker for execution
1190
    Submitted,
1191
    /// Order has been partially executed with remaining quantity
1192
    PartiallyFilled,
1193
    /// Order has been completely executed
1194
    Filled,
1195
    /// Order was rejected by broker or exchange
1196
    Rejected,
1197
    /// Order was cancelled by user or system
1198
    Cancelled,
1199
    /// New order accepted by broker
1200
    New,
1201
    /// Order expired due to time restrictions
1202
    Expired,
1203
    /// Order is pending broker acceptance
1204
    Pending,
1205
    /// Order is actively working in the market
1206
    Working,
1207
    /// Order status is unknown or not yet determined
1208
    Unknown,
1209
    /// Order is temporarily suspended
1210
    Suspended,
1211
    /// Order cancellation is pending
1212
    PendingCancel,
1213
    /// Order modification is pending
1214
    PendingReplace,
1215
}
1216
impl fmt::Display for OrderStatus {
1217
16
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1218
16
        match self {
1219
3
            Self::Created => write!(f, "CREATED"),
1220
1
            Self::Submitted => write!(f, "SUBMITTED"),
1221
2
            Self::PartiallyFilled => write!(f, "PARTIALLY_FILLED"),
1222
3
            Self::Filled => write!(f, "FILLED"),
1223
2
            Self::Rejected => write!(f, "REJECTED"),
1224
3
            Self::Cancelled => write!(f, "CANCELLED"),
1225
0
            Self::New => write!(f, "NEW"),
1226
1
            Self::Expired => write!(f, "EXPIRED"),
1227
1
            Self::Pending => write!(f, "PENDING"),
1228
0
            Self::Working => write!(f, "WORKING"),
1229
0
            Self::Unknown => write!(f, "UNKNOWN"),
1230
0
            Self::Suspended => write!(f, "SUSPENDED"),
1231
0
            Self::PendingCancel => write!(f, "PENDING_CANCEL"),
1232
0
            Self::PendingReplace => write!(f, "PENDING_REPLACE"),
1233
        }
1234
16
    }
1235
}
1236
1237
impl Default for OrderStatus {
1238
    /// Returns the default order status (Created)
1239
0
    fn default() -> Self {
1240
0
        Self::Created
1241
0
    }
1242
}
1243
1244
impl TryFrom<i32> for OrderStatus {
1245
    type Error = String;
1246
1247
8
    fn try_from(value: i32) -> Result<Self, Self::Error> {
1248
8
        match value {
1249
2
            0 => Ok(OrderStatus::Created),
1250
0
            1 => Ok(OrderStatus::Submitted),
1251
0
            2 => Ok(OrderStatus::PartiallyFilled),
1252
2
            3 => Ok(OrderStatus::Filled),
1253
0
            4 => Ok(OrderStatus::Rejected),
1254
2
            5 => Ok(OrderStatus::Cancelled),
1255
0
            6 => Ok(OrderStatus::New),
1256
0
            7 => Ok(OrderStatus::Expired),
1257
0
            8 => Ok(OrderStatus::Pending),
1258
0
            9 => Ok(OrderStatus::Working),
1259
0
            10 => Ok(OrderStatus::Unknown),
1260
0
            11 => Ok(OrderStatus::Suspended),
1261
0
            12 => Ok(OrderStatus::PendingCancel),
1262
0
            13 => Ok(OrderStatus::PendingReplace),
1263
2
            _ => Err(format!("Invalid OrderStatus: {}", value)),
1264
        }
1265
8
    }
1266
}
1267
1268
/// Order side - whether the order is a buy or sell - CANONICAL DEFINITION
1269
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1270
pub enum OrderSide {
1271
    /// Buy order - purchasing securities
1272
    Buy,
1273
    /// Sell order - selling securities
1274
    Sell,
1275
}
1276
1277
impl fmt::Display for OrderSide {
1278
6
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1279
6
        match self {
1280
3
            Self::Buy => write!(f, "BUY"),
1281
3
            Self::Sell => write!(f, "SELL"),
1282
        }
1283
6
    }
1284
}
1285
1286
impl Default for OrderSide {
1287
    /// Returns the default order side (Buy)
1288
1
    fn default() -> Self {
1289
1
        Self::Buy
1290
1
    }
1291
}
1292
1293
impl TryFrom<i32> for OrderSide {
1294
    type Error = String;
1295
1296
6
    fn try_from(value: i32) -> Result<Self, Self::Error> {
1297
6
        match value {
1298
2
            0 => Ok(OrderSide::Buy),
1299
2
            1 => Ok(OrderSide::Sell),
1300
2
            _ => Err(format!("Invalid OrderSide: {}", value)),
1301
        }
1302
6
    }
1303
}
1304
1305
// REMOVED: Side alias - use OrderSide directly
1306
1307
/// Currency enumeration - CANONICAL DEFINITION
1308
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, PartialOrd, Ord, Serialize, Deserialize)]
1309
#[cfg_attr(feature = "database", derive(sqlx::Type))]
1310
pub enum Currency {
1311
    /// US Dollar
1312
    USD,
1313
    /// Euro
1314
    EUR,
1315
    /// British Pound Sterling
1316
    GBP,
1317
    /// Japanese Yen
1318
    JPY,
1319
    /// Swiss Franc
1320
    CHF,
1321
    /// Canadian Dollar
1322
    CAD,
1323
    /// Australian Dollar
1324
    AUD,
1325
    /// New Zealand Dollar
1326
    NZD,
1327
    /// Bitcoin
1328
    BTC,
1329
    /// Ethereum
1330
    ETH,
1331
}
1332
1333
impl fmt::Display for Currency {
1334
17
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1335
17
        match self {
1336
5
            Self::USD => write!(f, "USD"),
1337
3
            Self::EUR => write!(f, "EUR"),
1338
2
            Self::GBP => write!(f, "GBP"),
1339
2
            Self::JPY => write!(f, "JPY"),
1340
0
            Self::CHF => write!(f, "CHF"),
1341
0
            Self::CAD => write!(f, "CAD"),
1342
0
            Self::AUD => write!(f, "AUD"),
1343
0
            Self::NZD => write!(f, "NZD"),
1344
3
            Self::BTC => write!(f, "BTC"),
1345
2
            Self::ETH => write!(f, "ETH"),
1346
        }
1347
17
    }
1348
}
1349
1350
impl Default for Currency {
1351
    /// Returns the default currency (USD)
1352
2
    fn default() -> Self {
1353
2
        Self::USD
1354
2
    }
1355
}
1356
1357
/// Time in force enumeration - CANONICAL DEFINITION
1358
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1359
pub enum TimeInForce {
1360
    /// Order is valid for the current trading day only
1361
    Day,
1362
    /// Order remains active until explicitly cancelled
1363
    GoodTillCancel,
1364
    /// Order must be executed immediately or cancelled
1365
    ImmediateOrCancel,
1366
    /// Order must be executed completely or cancelled
1367
    FillOrKill,
1368
}
1369
1370
impl fmt::Display for TimeInForce {
1371
12
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1372
12
        match self {
1373
3
            Self::Day => write!(f, "DAY"),
1374
3
            Self::GoodTillCancel => write!(f, "GTC"),
1375
3
            Self::ImmediateOrCancel => write!(f, "IOC"),
1376
3
            Self::FillOrKill => write!(f, "FOK"),
1377
        }
1378
12
    }
1379
}
1380
1381
impl Default for TimeInForce {
1382
    /// Returns the default time in force (Day)
1383
15
    fn default() -> Self {
1384
15
        Self::Day
1385
15
    }
1386
}
1387
1388
// =============================================================================
1389
// CORE ID TYPES (MIGRATED FROM TRADING_ENGINE)
1390
// =============================================================================
1391
1392
// Duplicate TradeId removed - using definition from line 1008
1393
1394
/// Event identifier for tracking system events
1395
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1396
pub struct EventId(String);
1397
1398
impl EventId {
1399
    /// Create a new random event ID
1400
4
    pub fn new() -> Self {
1401
        use uuid::Uuid;
1402
4
        Self(Uuid::new_v4().to_string())
1403
4
    }
1404
1405
    /// Create an event ID from a string, generating new if empty
1406
4
    pub fn from_string<S: Into<String>>(id: S) -> Self {
1407
4
        let id = id.into();
1408
4
        if id.is_empty() {
1409
2
            Self::new() // Generate new ID if empty
1410
        } else {
1411
2
            Self(id)
1412
        }
1413
4
    }
1414
1415
    /// Get the string value of the event ID
1416
1
    pub fn value(&self) -> &str {
1417
1
        &self.0
1418
1
    }
1419
}
1420
1421
impl fmt::Display for EventId {
1422
    /// Format the event ID for display
1423
3
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1424
3
        write!(f, "{}", self.0)
1425
3
    }
1426
}
1427
1428
impl From<String> for EventId {
1429
    /// Create an `EventId` from a String
1430
0
    fn from(s: String) -> Self {
1431
0
        Self(s)
1432
0
    }
1433
}
1434
1435
impl Default for EventId {
1436
    /// Create a default `EventId` with a new UUID
1437
0
    fn default() -> Self {
1438
0
        Self::new()
1439
0
    }
1440
}
1441
1442
// =============================================================================
1443
// Decimal Extension Trait
1444
// =============================================================================
1445
1446
/// Extension trait for `rust_decimal::Decimal` with convenience methods
1447
pub trait DecimalExt {
1448
    /// Create Decimal from f64, compatible with legacy `from_f64` usage
1449
    fn from_f64(value: f64) -> Option<Self>
1450
    where
1451
        Self: Sized;
1452
    
1453
    /// Calculate square root of Decimal
1454
    fn sqrt(&self) -> Option<Self>
1455
    where
1456
        Self: Sized;
1457
}
1458
1459
impl DecimalExt for Decimal {
1460
6
    fn from_f64(value: f64) -> Option<Self> {
1461
6
        Decimal::from_f64_retain(value)
1462
6
    }
1463
    
1464
4
    fn sqrt(&self) -> Option<Self> {
1465
4
        if self.is_sign_negative() {
1466
1
            return None;
1467
3
        }
1468
3
        let value_f64: f64 = self.to_string().parse().ok()
?0
;
1469
3
        let sqrt_f64 = value_f64.sqrt();
1470
3
        Decimal::from_f64_retain(sqrt_f64)
1471
4
    }
1472
}
1473
1474
/// Fill identifier with validation
1475
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1476
pub struct FillId(String);
1477
1478
impl FillId {
1479
    /// Create a new fill ID with validation
1480
    ///
1481
    /// # Errors
1482
    /// Returns error if the operation fails
1483
3
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
1484
3
        let id = id.into();
1485
3
        if id.is_empty() {
1486
1
            return Err(CommonTypeError::ValidationError {
1487
1
                field: "fill_id".to_owned(),
1488
1
                reason: "Fill ID cannot be empty".to_owned(),
1489
1
            });
1490
2
        }
1491
2
        Ok(Self(id))
1492
3
    }
1493
1494
    /// Get the fill ID as a string slice
1495
0
    pub fn as_str(&self) -> &str {
1496
0
        &self.0
1497
0
    }
1498
    /// Convert the fill ID into an owned string
1499
    ///
1500
    /// Convert the execution ID into an owned string
1501
    ///
1502
    /// Convert execution ID into owned string
1503
0
    pub fn into_string(self) -> String {
1504
0
        self.0
1505
0
    }
1506
}
1507
1508
impl fmt::Display for FillId {
1509
    /// Format the fill ID for display
1510
2
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1511
2
        write!(f, "{}", self.0)
1512
2
    }
1513
}
1514
1515
/// Aggregate identifier with validation
1516
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1517
pub struct AggregateId(String);
1518
1519
impl AggregateId {
1520
    /// Create a new aggregate ID with validation
1521
    ///
1522
    /// # Errors
1523
    /// Returns error if the operation fails
1524
2
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
1525
2
        let id = id.into();
1526
2
        if id.is_empty() {
1527
1
            return Err(CommonTypeError::ValidationError {
1528
1
                field: "aggregate_id".to_owned(),
1529
1
                reason: "Aggregate ID cannot be empty".to_owned(),
1530
1
            });
1531
1
        }
1532
1
        Ok(Self(id))
1533
2
    }
1534
1535
    /// Get the aggregate ID as a string slice
1536
0
    pub fn as_str(&self) -> &str {
1537
0
        &self.0
1538
0
    }
1539
    /// Convert the aggregate ID into an owned string
1540
0
    pub fn into_string(self) -> String {
1541
0
        self.0
1542
0
    }
1543
}
1544
1545
impl fmt::Display for AggregateId {
1546
    /// Format the aggregate ID for display
1547
1
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1548
1
        write!(f, "{}", self.0)
1549
1
    }
1550
}
1551
1552
/// Asset identifier with validation
1553
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1554
pub struct AssetId(String);
1555
1556
impl AssetId {
1557
    /// Create a new asset ID with validation
1558
    ///
1559
    /// # Errors
1560
    /// Returns error if the operation fails
1561
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
1562
0
        let id = id.into();
1563
0
        if id.is_empty() {
1564
0
            return Err(CommonTypeError::ValidationError {
1565
0
                field: "asset_id".to_owned(),
1566
0
                reason: "Asset ID cannot be empty".to_owned(),
1567
0
            });
1568
0
        }
1569
0
        Ok(Self(id))
1570
0
    }
1571
1572
    /// Get the asset ID as a string slice
1573
0
    pub fn as_str(&self) -> &str {
1574
0
        &self.0
1575
0
    }
1576
    /// Convert the asset ID into an owned string
1577
0
    pub fn into_string(self) -> String {
1578
0
        self.0
1579
0
    }
1580
}
1581
1582
impl fmt::Display for AssetId {
1583
    /// Format the asset ID for display
1584
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1585
0
        write!(f, "{}", self.0)
1586
0
    }
1587
}
1588
1589
/// Client identifier with validation
1590
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1591
pub struct ClientId(String);
1592
1593
impl ClientId {
1594
    /// Create a new client ID with validation
1595
    ///
1596
    /// # Errors
1597
    /// Returns error if the operation fails
1598
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
1599
0
        let id = id.into();
1600
0
        if id.is_empty() {
1601
0
            return Err(CommonTypeError::ValidationError {
1602
0
                field: "client_id".to_owned(),
1603
0
                reason: "Client ID cannot be empty".to_owned(),
1604
0
            });
1605
0
        }
1606
0
        Ok(Self(id))
1607
0
    }
1608
1609
    /// Get the client ID as a string slice
1610
0
    pub fn as_str(&self) -> &str {
1611
0
        &self.0
1612
0
    }
1613
    /// Convert the client ID into an owned string
1614
0
    pub fn into_string(self) -> String {
1615
0
        self.0
1616
0
    }
1617
}
1618
1619
impl fmt::Display for ClientId {
1620
    /// Format the client ID for display
1621
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1622
0
        write!(f, "{}", self.0)
1623
0
    }
1624
}
1625
1626
// =============================================================================
1627
// CORE TRADING TYPES - MIGRATED FROM TRADING_ENGINE
1628
// =============================================================================
1629
1630
/// Canonical Order struct - UNIFIED DEFINITION based on Agent 1's comprehensive analysis
1631
///
1632
/// This represents the single source of truth for Order across all services
1633
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
1634
#[cfg_attr(feature = "database", derive(sqlx::FromRow))]
1635
pub struct Order {
1636
    // Core Identity
1637
    /// Unique order identifier
1638
    pub id: OrderId,
1639
    /// Client-provided order identifier
1640
    pub client_order_id: Option<String>,
1641
    /// Broker-assigned order identifier
1642
    pub broker_order_id: Option<String>,
1643
    /// Account identifier for the order
1644
    pub account_id: Option<String>,
1645
1646
    // Trading Details
1647
    /// Trading symbol for the order
1648
    pub symbol: Symbol,
1649
    /// Order side (buy or sell)
1650
    pub side: OrderSide,
1651
    /// Type of order (market, limit, etc.)
1652
    pub order_type: OrderType,
1653
    /// Current status of the order
1654
    pub status: OrderStatus,
1655
    /// Time in force policy
1656
    pub time_in_force: TimeInForce,
1657
1658
    // Quantities & Pricing
1659
    /// Total order quantity
1660
    pub quantity: Quantity,
1661
    /// Limit price for the order
1662
    pub price: Option<Price>,
1663
    /// Stop price for stop orders
1664
    pub stop_price: Option<Price>,
1665
    /// Quantity that has been filled
1666
    pub filled_quantity: Quantity,
1667
    /// Remaining quantity to be filled
1668
    pub remaining_quantity: Quantity,
1669
    /// Average execution price
1670
    pub average_price: Option<Price>,
1671
    /// Alias for `average_price` for database compatibility
1672
    pub avg_fill_price: Option<Price>,
1673
    /// Alias for `average_price` for API compatibility
1674
    pub average_fill_price: Option<Price>,
1675
    /// Exchange-assigned order identifier
1676
    pub exchange_order_id: Option<String>,
1677
1678
    // Strategy Fields (from Agent 1)
1679
    /// Parent order ID for iceberg/algo orders
1680
    pub parent_id: Option<String>,
1681
    /// Execution algorithm name
1682
    pub execution_algorithm: Option<String>,
1683
    /// Execution algorithm parameters stored as JSON
1684
    pub execution_params: Value,
1685
1686
    // Risk Management (from Agent 1)
1687
    /// Stop loss price for risk management
1688
    pub stop_loss: Option<Price>,
1689
    /// Take profit price for profit taking
1690
    pub take_profit: Option<Price>,
1691
1692
    // Timestamps
1693
    /// Order creation timestamp
1694
    pub created_at: HftTimestamp,
1695
    /// Last update timestamp
1696
    pub updated_at: Option<HftTimestamp>,
1697
    /// Order expiration timestamp
1698
    pub expires_at: Option<HftTimestamp>,
1699
1700
    // Extensibility
1701
    /// Additional order metadata stored as JSON
1702
    pub metadata: Value,
1703
}
1704
1705
impl Order {
1706
    /// Create a new order with canonical fields
1707
14
    pub fn new(
1708
14
        symbol: Symbol,
1709
14
        side: OrderSide,
1710
14
        quantity: Quantity,
1711
14
        price: Option<Price>,
1712
14
        order_type: OrderType,
1713
14
    ) -> Self {
1714
14
        let now = HftTimestamp::now_or_zero();
1715
14
        Self {
1716
14
            // Core Identity
1717
14
            id: OrderId::new(),
1718
14
            client_order_id: None,
1719
14
            broker_order_id: None,
1720
14
            account_id: None,
1721
14
1722
14
            // Trading Details
1723
14
            symbol,
1724
14
            side,
1725
14
            order_type,
1726
14
            status: OrderStatus::Created,
1727
14
            time_in_force: TimeInForce::default(),
1728
14
1729
14
            // Quantities & Pricing
1730
14
            quantity,
1731
14
            price,
1732
14
            stop_price: None,
1733
14
            filled_quantity: Quantity::ZERO,
1734
14
            remaining_quantity: quantity,
1735
14
            average_price: None,
1736
14
            avg_fill_price: None, // Database compatibility alias
1737
14
            average_fill_price: None, // API compatibility alias
1738
14
            exchange_order_id: None,
1739
14
1740
14
            // Strategy Fields
1741
14
            parent_id: None,
1742
14
            execution_algorithm: None,
1743
14
            execution_params: serde_json::json!({}),
1744
14
1745
14
            // Risk Management
1746
14
            stop_loss: None,
1747
14
            take_profit: None,
1748
14
1749
14
            // Timestamps
1750
14
            created_at: now,
1751
14
            updated_at: None,
1752
14
            expires_at: None,
1753
14
1754
14
            // Extensibility
1755
14
            metadata: serde_json::json!({}),
1756
14
        }
1757
14
    }
1758
1759
    /// Check if the order is fully filled
1760
12
    pub fn is_filled(&self) -> bool {
1761
12
        self.filled_quantity == self.quantity
1762
12
    }
1763
1764
    /// Check if the order is partially filled
1765
3
    pub fn is_partially_filled(&self) -> bool {
1766
3
        self.filled_quantity > Quantity::ZERO && 
self.filled_quantity < self.quantity2
1767
3
    }
1768
1769
    /// Calculate fill percentage
1770
    #[allow(clippy::float_arithmetic)]
1771
5
    pub fn fill_percentage(&self) -> f64 {
1772
5
        if self.quantity.is_zero() {
1773
1
            0.0
1774
        } else {
1775
4
            (self.filled_quantity.to_f64() / self.quantity.to_f64()) * 100.0
1776
        }
1777
5
    }
1778
1779
    /// Set client order ID for tracking
1780
1
    pub fn with_client_order_id(mut self, client_order_id: String) -> Self {
1781
1
        self.client_order_id = Some(client_order_id);
1782
1
        self
1783
1
    }
1784
1785
    /// Set account ID
1786
1
    pub fn with_account_id(mut self, account_id: String) -> Self {
1787
1
        self.account_id = Some(account_id);
1788
1
        self
1789
1
    }
1790
1791
    /// Set time in force
1792
1
    pub const fn with_time_in_force(mut self, time_in_force: TimeInForce) -> Self {
1793
1
        self.time_in_force = time_in_force;
1794
1
        self
1795
1
    }
1796
1797
    /// Set stop price
1798
0
    pub const fn with_stop_price(mut self, stop_price: Price) -> Self {
1799
0
        self.stop_price = Some(stop_price);
1800
0
        self
1801
0
    }
1802
1803
    /// Set execution algorithm
1804
0
    pub fn with_execution_algorithm(mut self, algorithm: String) -> Self {
1805
0
        self.execution_algorithm = Some(algorithm);
1806
0
        self
1807
0
    }
1808
1809
    /// Add execution parameter
1810
0
    pub fn with_execution_param(mut self, key: String, value: f64) -> Self {
1811
0
        if let Some(obj) = self.execution_params.as_object_mut() {
1812
0
            obj.insert(key, serde_json::to_value(value).unwrap_or(Value::Null));
1813
0
        } else {
1814
0
            let mut map = serde_json::Map::new();
1815
0
            map.insert(key, serde_json::to_value(value).unwrap_or(Value::Null));
1816
0
            self.execution_params = Value::Object(map);
1817
0
        }
1818
0
        self
1819
0
    }
1820
1821
    /// Set stop loss
1822
0
    pub const fn with_stop_loss(mut self, stop_loss: Price) -> Self {
1823
0
        self.stop_loss = Some(stop_loss);
1824
0
        self
1825
0
    }
1826
1827
    /// Set take profit
1828
0
    pub const fn with_take_profit(mut self, take_profit: Price) -> Self {
1829
0
        self.take_profit = Some(take_profit);
1830
0
        self
1831
0
    }
1832
1833
    /// Add metadata
1834
0
    pub fn with_metadata(mut self, key: String, value: String) -> Self {
1835
0
        if let Some(obj) = self.metadata.as_object_mut() {
1836
0
            obj.insert(key, Value::String(value));
1837
0
        } else {
1838
0
            let mut map = serde_json::Map::new();
1839
0
            map.insert(key, Value::String(value));
1840
0
            self.metadata = Value::Object(map);
1841
0
        }
1842
0
        self
1843
0
    }
1844
1845
    /// Update order status and timestamp
1846
10
    pub fn update_status(&mut self, status: OrderStatus) {
1847
10
        self.status = status;
1848
10
        self.updated_at = Some(HftTimestamp::now_or_zero());
1849
10
    }
1850
1851
    /// Fill order with given quantity and price
1852
    ///
1853
    /// # Errors
1854
    /// Returns error if the operation fails
1855
    #[allow(clippy::float_arithmetic)]
1856
11
    pub fn fill(
1857
11
        &mut self,
1858
11
        fill_quantity: Quantity,
1859
11
        fill_price: Price,
1860
11
    ) -> Result<(), CommonTypeError> {
1861
        // Use Add trait instead of checked_add (Quantity doesn't have checked_add method)
1862
11
        let new_filled_value = self.filled_quantity.to_f64() + fill_quantity.to_f64();
1863
11
        if !new_filled_value.is_finite() || new_filled_value < 0.0 {
1864
0
            return Err(CommonTypeError::ValidationError {
1865
0
                field: "fill_quantity".to_owned(),
1866
0
                reason: "Fill quantity overflow".to_owned(),
1867
0
            });
1868
11
        }
1869
11
        let new_filled = Quantity::from_f64(new_filled_value).map_err(|e| CommonTypeError::ValidationError {
1870
0
            field: "fill_quantity".to_owned(),
1871
0
            reason: format!("Fill quantity overflow: {}", e),
1872
0
        })?;
1873
11
        if new_filled > self.quantity {
1874
1
            return Err(CommonTypeError::ValidationError {
1875
1
                field: "fill_quantity".to_owned(),
1876
1
                reason: "Fill quantity exceeds remaining quantity".to_owned(),
1877
1
            });
1878
10
        }
1879
1880
        // Update filled quantity
1881
10
        let previous_filled = self.filled_quantity;
1882
10
        let new_filled_value = self.filled_quantity.value.checked_add(fill_quantity.value).ok_or_else(|| CommonTypeError::ValidationError {
1883
0
            field: "filled_quantity".to_owned(),
1884
0
            reason: "Filled quantity overflow".to_owned(),
1885
0
        })?;
1886
10
        self.filled_quantity = Quantity { value: new_filled_value };
1887
        
1888
10
        let new_remaining_value = self.quantity.value.checked_sub(self.filled_quantity.value).ok_or_else(|| CommonTypeError::ValidationError {
1889
0
            field: "remaining_quantity".to_owned(),
1890
0
            reason: "Remaining quantity underflow".to_owned(),
1891
0
        })?;
1892
10
        self.remaining_quantity = Quantity { value: new_remaining_value };
1893
1894
        // Update average price
1895
10
        if let Some(
avg_price5
) = self.average_price {
1896
5
            let total_value = avg_price.to_f64() * previous_filled.to_f64()
1897
5
                + fill_price.to_f64() * fill_quantity.to_f64();
1898
5
            let new_avg = Some(
1899
5
                Price::from_f64(total_value / self.filled_quantity.to_f64()).unwrap_or(fill_price),
1900
5
            );
1901
5
            self.average_price = new_avg;
1902
5
            self.avg_fill_price = new_avg; // Keep in sync
1903
5
        } else {
1904
5
            self.average_price = Some(fill_price);
1905
5
            self.avg_fill_price = Some(fill_price); // Keep in sync
1906
5
        }
1907
1908
        // Update status
1909
10
        if self.is_filled() {
1910
4
            self.update_status(OrderStatus::Filled);
1911
6
        } else {
1912
6
            self.update_status(OrderStatus::PartiallyFilled);
1913
6
        }
1914
1915
10
        Ok(())
1916
11
    }
1917
1918
    /// Create a limit order - convenience constructor
1919
12
    pub fn limit(symbol: Symbol, side: OrderSide, quantity: Quantity, price: Price) -> Self {
1920
12
        Self::new(symbol, side, quantity, Some(price), OrderType::Limit)
1921
12
    }
1922
1923
    /// Create a market order - convenience constructor
1924
1
    pub fn market(symbol: Symbol, side: OrderSide, quantity: Quantity) -> Self {
1925
1
        Self::new(symbol, side, quantity, None, OrderType::Market)
1926
1
    }
1927
1928
    /// Get symbol hash for performance-critical operations
1929
1
    pub fn symbol_hash(&self) -> i64 {
1930
        use std::collections::hash_map::DefaultHasher;
1931
        use std::hash::{Hash, Hasher};
1932
1933
1
        let mut hasher = DefaultHasher::new();
1934
1
        self.symbol.as_str().hash(&mut hasher);
1935
1
        i64::try_from(hasher.finish()).unwrap_or(0)
1936
1
    }
1937
1938
    /// Get order timestamp
1939
0
    pub const fn timestamp(&self) -> HftTimestamp {
1940
0
        self.created_at
1941
0
    }
1942
}
1943
1944
impl Default for Order {
1945
0
    fn default() -> Self {
1946
0
        Self {
1947
0
            id: OrderId::new(),
1948
0
            client_order_id: None,
1949
0
            broker_order_id: None,
1950
0
            account_id: None,
1951
0
1952
0
            symbol: Symbol::from("DEFAULT"),
1953
0
            side: OrderSide::Buy,
1954
0
            order_type: OrderType::Market,
1955
0
            status: OrderStatus::Created,
1956
0
            time_in_force: TimeInForce::Day,
1957
0
1958
0
            quantity: Quantity::ONE,
1959
0
            price: None,
1960
0
            stop_price: None,
1961
0
            filled_quantity: Quantity::ZERO,
1962
0
            remaining_quantity: Quantity::ONE,
1963
0
            average_price: None,
1964
0
            avg_fill_price: None,
1965
0
            average_fill_price: None,
1966
0
            exchange_order_id: None,
1967
0
            
1968
0
            parent_id: None,
1969
0
            execution_algorithm: None,
1970
0
            execution_params: serde_json::json!({}),
1971
0
1972
0
            stop_loss: None,
1973
0
            take_profit: None,
1974
0
1975
0
            created_at: HftTimestamp::now().unwrap_or(HftTimestamp { nanos: 0 }),
1976
0
            updated_at: None,
1977
0
            expires_at: None,
1978
0
1979
0
            metadata: serde_json::json!({}),
1980
0
        }
1981
0
    }
1982
}
1983
1984
/// Represents a trading position - CANONICAL DEFINITION
1985
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
1986
#[cfg_attr(feature = "database", derive(sqlx::FromRow))]
1987
pub struct Position {
1988
    /// Unique position identifier
1989
    pub id: Uuid,
1990
1991
    /// Trading symbol
1992
    pub symbol: String,
1993
1994
    /// Position quantity (positive for long, negative for short)
1995
    pub quantity: Decimal,
1996
1997
    /// Average entry price
1998
    pub avg_price: Decimal,
1999
2000
    /// Average cost per share
2001
    pub avg_cost: Decimal,
2002
2003
    /// Cost basis for tax calculations
2004
    pub basis: Decimal,
2005
2006
    /// Average entry price
2007
    pub average_price: Decimal,
2008
2009
    /// Market value of position
2010
    pub market_value: Decimal,
2011
2012
    /// Unrealized P&L
2013
    pub unrealized_pnl: Decimal,
2014
2015
    /// Realized P&L
2016
    pub realized_pnl: Decimal,
2017
2018
    /// Position creation timestamp
2019
    pub created_at: DateTime<Utc>,
2020
2021
    /// Last update timestamp
2022
    pub updated_at: DateTime<Utc>,
2023
2024
    /// Last updated timestamp
2025
    pub last_updated: DateTime<Utc>,
2026
2027
    /// Current market price (for P&L calculation)
2028
    pub current_price: Option<Decimal>,
2029
2030
    /// Position size in base currency
2031
    pub notional_value: Decimal,
2032
2033
    /// Margin requirement
2034
    pub margin_requirement: Decimal,
2035
}
2036
2037
impl Position {
2038
    /// Create a new position
2039
7
    pub fn new(symbol: String, quantity: Decimal, avg_price: Decimal) -> Self {
2040
7
        let now = Utc::now();
2041
7
        let notional_value = quantity.abs().checked_mul(avg_price).unwrap_or(Decimal::ZERO);
2042
2043
7
        Self {
2044
7
            id: Uuid::new_v4(),
2045
7
            symbol,
2046
7
            quantity,
2047
7
            avg_price,
2048
7
            avg_cost: avg_price, // Keep avg_cost synchronized with avg_price
2049
7
            basis: quantity.checked_mul(avg_price).unwrap_or(Decimal::ZERO), // Cost basis calculation
2050
7
            average_price: avg_price, // Same as avg_price for compatibility
2051
7
            market_value: notional_value, // Initialize market value to notional value
2052
7
            unrealized_pnl: Decimal::ZERO,
2053
7
            realized_pnl: Decimal::ZERO,
2054
7
            created_at: now,
2055
7
            updated_at: now,
2056
7
            last_updated: now, // Same as updated_at for compatibility
2057
7
            current_price: None,
2058
7
            notional_value,
2059
7
            margin_requirement: notional_value.checked_mul(
2060
7
                Decimal::from_str_exact("0.02").unwrap_or(Decimal::ZERO)
2061
7
            ).unwrap_or(Decimal::ZERO), // 2% margin
2062
7
        }
2063
7
    }
2064
2065
    /// Check if position is long
2066
2
    pub fn is_long(&self) -> bool {
2067
2
        self.quantity > Decimal::ZERO
2068
2
    }
2069
2070
    /// Check if position is short
2071
2
    pub fn is_short(&self) -> bool {
2072
2
        self.quantity < Decimal::ZERO
2073
2
    }
2074
2075
    /// Calculate unrealized P&L based on current price
2076
3
    pub fn calculate_unrealized_pnl(&mut self, current_price: Decimal) {
2077
3
        self.current_price = Some(current_price);
2078
3
        self.market_value = self.quantity.abs().checked_mul(current_price).unwrap_or(Decimal::ZERO);
2079
        // For both long and short: quantity * (current_price - avg_price)
2080
3
        let price_diff = current_price.checked_sub(self.avg_price).unwrap_or(Decimal::ZERO);
2081
3
        self.unrealized_pnl = self.quantity.checked_mul(price_diff).unwrap_or(Decimal::ZERO);
2082
3
        let now = Utc::now();
2083
3
        self.updated_at = now;
2084
3
        self.last_updated = now; // Keep alias synchronized
2085
3
    }
2086
2087
    /// Get total P&L (realized + unrealized)
2088
1
    pub fn total_pnl(&self) -> Decimal {
2089
1
        self.realized_pnl.checked_add(self.unrealized_pnl).unwrap_or(Decimal::ZERO)
2090
1
    }
2091
2092
    /// Calculate return on investment percentage
2093
2
    pub fn roi_percentage(&self) -> Decimal {
2094
2
        if self.notional_value.is_zero() {
2095
1
            Decimal::ZERO
2096
        } else {
2097
1
            let pnl_ratio = self.total_pnl().checked_div(self.notional_value).unwrap_or(Decimal::ZERO);
2098
1
            pnl_ratio.checked_mul(Decimal::from(100)).unwrap_or(Decimal::ZERO)
2099
        }
2100
2
    }
2101
}
2102
2103
/// Represents a trade execution - CANONICAL DEFINITION
2104
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
2105
#[cfg_attr(feature = "database", derive(sqlx::FromRow))]
2106
pub struct Execution {
2107
    /// Unique execution identifier
2108
    pub id: Uuid,
2109
2110
    /// Related order ID
2111
    pub order_id: Uuid,
2112
2113
    /// Trading symbol
2114
    pub symbol: String,
2115
2116
    /// Executed quantity
2117
    pub quantity: Decimal,
2118
2119
    /// Execution price
2120
    pub price: Decimal,
2121
2122
    /// Execution side
2123
    pub side: OrderSide,
2124
2125
    /// Trading fees
2126
    pub fees: Decimal,
2127
2128
    /// Fee currency
2129
    pub fee_currency: String,
2130
2131
    /// Execution timestamp
2132
    pub executed_at: DateTime<Utc>,
2133
2134
    /// Execution timestamp
2135
    pub timestamp: DateTime<Utc>,
2136
2137
    /// Symbol hash for performance
2138
    pub symbol_hash: i64,
2139
2140
    /// Broker execution ID
2141
    pub broker_execution_id: Option<String>,
2142
2143
    /// Counterparty information
2144
    pub counterparty: Option<String>,
2145
2146
    /// Trade venue
2147
    pub venue: Option<String>,
2148
2149
    /// Gross trade value
2150
    pub gross_value: Decimal,
2151
2152
    /// Net trade value (after fees)
2153
    pub net_value: Decimal,
2154
}
2155
2156
impl Execution {
2157
    /// Create a new execution
2158
5
    pub fn new(
2159
5
        order_id: Uuid,
2160
5
        symbol: String,
2161
5
        quantity: Decimal,
2162
5
        price: Decimal,
2163
5
        side: OrderSide,
2164
5
        fees: Decimal,
2165
5
    ) -> Self {
2166
5
        let gross_value = quantity.checked_mul(price).unwrap_or(Decimal::ZERO);
2167
5
        let net_value = if side == OrderSide::Buy {
2168
4
            gross_value.checked_add(fees).unwrap_or(gross_value)
2169
        } else {
2170
1
            gross_value.checked_sub(fees).unwrap_or(gross_value)
2171
        };
2172
5
        let now = Utc::now();
2173
5
        let symbol_hash = Self::hash_symbol(&symbol);
2174
2175
5
        Self {
2176
5
            id: Uuid::new_v4(),
2177
5
            order_id,
2178
5
            symbol,
2179
5
            quantity,
2180
5
            price,
2181
5
            side,
2182
5
            fees,
2183
5
            fee_currency: "USD".to_owned(), // Default to USD
2184
5
            executed_at: now,
2185
5
            timestamp: now, // Same as executed_at for compatibility
2186
5
            symbol_hash,
2187
5
            broker_execution_id: None,
2188
5
            counterparty: None,
2189
5
            venue: None,
2190
5
            gross_value,
2191
5
            net_value,
2192
5
        }
2193
5
    }
2194
2195
    /// Calculate effective price including fees
2196
2
    pub fn effective_price(&self) -> Decimal {
2197
2
        if self.quantity.is_zero() {
2198
1
            self.price
2199
        } else {
2200
1
            self.net_value.checked_div(self.quantity).unwrap_or(self.price)
2201
        }
2202
2
    }
2203
2204
    /// Hash symbol for performance
2205
5
    fn hash_symbol(symbol: &str) -> i64 {
2206
        use std::collections::hash_map::DefaultHasher;
2207
        use std::hash::{Hash, Hasher};
2208
2209
5
        let mut hasher = DefaultHasher::new();
2210
5
        symbol.hash(&mut hasher);
2211
5
        i64::try_from(hasher.finish()).unwrap_or(0)
2212
5
    }
2213
}
2214
2215
/// Core Price type using fixed-point arithmetic for precision
2216
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
2217
pub struct Price {
2218
    value: u64,
2219
}
2220
2221
impl Price {
2222
    /// Zero price constant
2223
    pub const ZERO: Self = Self { value: 0 };
2224
    /// One unit price constant (1.0)
2225
    pub const ONE: Self = Self { value: 100_000_000 };
2226
    /// One cent constant (0.01)
2227
    pub const CENT: Self = Self { value: 1_000_000 };
2228
    /// Maximum price value
2229
    pub const MAX: Self = Self { value: u64::MAX };
2230
2231
    /// Create a Price from a floating-point value
2232
    ///
2233
    /// # Errors
2234
    /// Returns error if the operation fails
2235
    #[allow(clippy::as_conversions)]
2236
    #[allow(clippy::float_arithmetic)]
2237
2.10k
    pub fn from_f64(value: f64) -> Result<Self, CommonTypeError> {
2238
2.10k
        if value < 0.0_f64 || 
!value.is_finite()2.09k
 {
2239
12
            return Err(CommonTypeError::InvalidPrice {
2240
12
                value: value.to_string(),
2241
12
                reason: "Price validation failed".to_owned(),
2242
12
            });
2243
2.09k
        }
2244
2.09k
        Ok(Self {
2245
2.09k
            #[allow(clippy::as_conversions)]
2246
2.09k
            #[allow(clippy::float_arithmetic)]
2247
2.09k
            value: (value * 100_000_000.0).round() as u64,
2248
2.09k
        })
2249
2.10k
    }
2250
2251
    /// Convert to floating-point representation
2252
    #[must_use]
2253
    #[allow(clippy::float_arithmetic)]
2254
    /// Convert the quantity to a floating point value
2255
    #[allow(clippy::as_conversions)]
2256
77
    pub fn to_f64(&self) -> f64 {
2257
        #[allow(clippy::as_conversions)]
2258
77
        { self.value as f64 / 100_000_000.0 }
2259
77
    }
2260
2261
    /// Get floating-point representation (alias for `to_f64`)
2262
    ///
2263
    /// Convert quantity to f64 representation
2264
    ///
2265
    /// Convert quantity to f64 representation
2266
    ///
2267
    /// Convert quantity to f64 representation
2268
    #[must_use]
2269
0
    pub fn as_f64(&self) -> f64 {
2270
0
        self.to_f64()
2271
0
    }
2272
2273
    /// Create a zero price
2274
    ///
2275
    /// Create a zero quantity
2276
    ///
2277
    /// Create zero quantity
2278
    #[must_use]
2279
0
    pub const fn zero() -> Self {
2280
0
        Self::ZERO
2281
0
    }
2282
2283
    /// Convert to Decimal type for precise calculations
2284
    ///
2285
    /// # Errors
2286
    /// Returns error if the operation fails
2287
2
    pub fn to_decimal(&self) -> Result<Decimal, CommonTypeError> {
2288
2
        <Decimal as DecimalExt>::from_f64(self.to_f64()).ok_or_else(|| CommonTypeError::InvalidPrice {
2289
0
            value: "0.0".to_owned(),
2290
0
            reason: "Price to Decimal conversion failed".to_owned(),
2291
0
        })
2292
2
    }
2293
2294
    /// Create a Price from a Decimal value
2295
    #[must_use]
2296
2
    pub fn from_decimal(decimal: Decimal) -> Self {
2297
2
        Self::from(decimal)
2298
2
    }
2299
2300
    /// Create a new Price (alias for `from_f64`)
2301
    ///
2302
    /// Create a new quantity from a floating point value
2303
    ///
2304
    /// Create new quantity from f64 value
2305
    ///
2306
    /// # Errors
2307
    /// Returns error if the operation fails
2308
0
    pub fn new(value: f64) -> Result<Self, CommonTypeError> {
2309
0
        Self::from_f64(value)
2310
0
    }
2311
2312
    /// Get the raw internal value representation
2313
    ///
2314
    /// Get the raw internal value
2315
    ///
2316
    /// Get the raw internal value representation
2317
    #[must_use]
2318
1
    pub const fn raw_value(&self) -> u64 {
2319
1
        self.value
2320
1
    }
2321
2322
    /// Get the price as a u64 value (same as `raw_value`)
2323
    ///
2324
    /// Convert to u64 representation
2325
    ///
2326
    /// Convert quantity to u64 representation
2327
    #[must_use]
2328
0
    pub const fn as_u64(&self) -> u64 {
2329
0
        self.value
2330
0
    }
2331
2332
    /// Create a Price from a raw u64 value
2333
    ///
2334
    /// Create a quantity from raw internal value
2335
    ///
2336
    /// Create quantity from raw u64 value
2337
    #[must_use]
2338
0
    pub const fn from_raw(value: u64) -> Self {
2339
0
        Self { value }
2340
0
    }
2341
2342
    /// Convert price to cents (divides by 1M for 8 decimal places)
2343
    #[must_use]
2344
    #[allow(clippy::integer_division)]
2345
2
    pub const fn to_cents(&self) -> u64 {
2346
2
        self.value / 1_000_000
2347
2
    }
2348
2349
    /// Create a Price from cents value
2350
    #[must_use]
2351
2
    pub const fn from_cents(cents: u64) -> Self {
2352
2
        Self {
2353
2
            value: cents.saturating_mul(1_000_000),
2354
2
        }
2355
2
    }
2356
2357
    /// Check if the price is zero
2358
    ///
2359
    /// Check if the quantity is zero
2360
    ///
2361
    /// Check if quantity is zero
2362
    #[must_use]
2363
2
    pub const fn is_zero(&self) -> bool {
2364
2
        self.value == 0
2365
2
    }
2366
2367
    /// Check if the price is non-zero (has some value)
2368
    ///
2369
    /// Check if the quantity is non-zero (has some value)
2370
    ///
2371
    /// Check if quantity has a non-zero value
2372
    #[must_use]
2373
0
    pub const fn is_some(&self) -> bool {
2374
0
        !self.is_zero()
2375
0
    }
2376
2377
    /// Check if the price is zero (has no value)
2378
    ///
2379
    /// Check if the quantity is zero (has no value)
2380
    ///
2381
    /// Check if quantity is zero (none)
2382
    #[must_use]
2383
0
    pub const fn is_none(&self) -> bool {
2384
0
        self.is_zero()
2385
0
    }
2386
2387
    /// Get a reference to this price
2388
    ///
2389
    /// Get a reference to self
2390
    ///
2391
    /// Get a reference to self
2392
    #[must_use]
2393
0
    pub const fn as_ref(&self) -> &Self {
2394
0
        self
2395
0
    }
2396
2397
    /// Get the absolute value of the price (prices are always positive)
2398
    ///
2399
    /// Get the absolute value (quantities are always positive)
2400
    ///
2401
    /// Get absolute value (always positive for Quantity)
2402
    #[must_use]
2403
0
    pub const fn abs(&self) -> Self {
2404
0
        *self
2405
0
    }
2406
2407
    /// Multiply this price by another price
2408
    ///
2409
    /// # Errors
2410
    /// Returns error if the operation fails
2411
    #[allow(clippy::arithmetic_side_effects)]
2412
3
    pub fn multiply(&self, other: Self) -> Result<Self, CommonTypeError> {
2413
        #[allow(clippy::arithmetic_side_effects)]
2414
3
        let result = *self * other;
2415
3
        result
2416
3
    }
2417
2418
    /// Subtract another price from this price
2419
    ///
2420
    /// Subtract another quantity from this quantity
2421
    ///
2422
    /// Subtract another quantity from this quantity
2423
    ///
2424
    /// Subtract another quantity from this quantity
2425
    ///
2426
    /// Subtract another quantity from this quantity
2427
    #[must_use]
2428
    #[allow(clippy::arithmetic_side_effects)]
2429
0
    pub fn subtract(&self, other: Self) -> Self {
2430
0
        *self - other
2431
0
    }
2432
2433
    /// Divide this price by a floating point divisor
2434
    ///
2435
    /// # Errors
2436
    /// Returns error if the operation fails
2437
2
    pub fn divide(&self, divisor: f64) -> Result<Self, CommonTypeError> {
2438
2
        if divisor == 0.0 {
2439
1
            return Err(CommonTypeError::InvalidPrice {
2440
1
                value: format!("{:?}", self),
2441
1
                reason: "Division by zero".to_owned(),
2442
1
            });
2443
1
        }
2444
        #[allow(clippy::cast_precision_loss)]
2445
        #[allow(clippy::arithmetic_side_effects)]
2446
1
        let result = (self.value as f64 / divisor) as u64;
2447
1
        Ok(Self { value: result })
2448
2
    }
2449
}
2450
2451
impl fmt::Display for Price {
2452
    /// Format the price for display with 8 decimal places
2453
2
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
2454
2
        write!(f, "{:.8}", self.to_f64())
2455
2
    }
2456
}
2457
2458
impl Default for Price {
2459
    /// Returns the default price (zero)
2460
0
    fn default() -> Self {
2461
0
        Self::ZERO
2462
0
    }
2463
}
2464
2465
impl FromStr for Price {
2466
    type Err = CommonTypeError;
2467
2468
7
    fn from_str(s: &str) -> Result<Self, Self::Err> {
2469
7
        let 
parsed_value4
 = s
2470
7
            .parse::<f64>()
2471
7
            .map_err(|e| CommonTypeError::InvalidPrice {
2472
3
                value: s.to_owned(),
2473
3
                reason: format!("Cannot parse '{}' as price: {}", s, e),
2474
3
            })?;
2475
4
        Self::from_f64(parsed_value)
2476
7
    }
2477
}
2478
2479
impl Add for Price {
2480
    type Output = Self;
2481
1.00k
    fn add(self, rhs: Self) -> Self::Output {
2482
1.00k
        Self {
2483
1.00k
            value: self.value.saturating_add(rhs.value),
2484
1.00k
        }
2485
1.00k
    }
2486
}
2487
2488
impl Sub for Price {
2489
    type Output = Self;
2490
1.00k
    fn sub(self, rhs: Self) -> Self::Output {
2491
1.00k
        Self {
2492
1.00k
            value: self.value.saturating_sub(rhs.value),
2493
1.00k
        }
2494
1.00k
    }
2495
}
2496
2497
impl Mul<f64> for Price {
2498
    #[allow(clippy::float_arithmetic)]
2499
    type Output = Result<Self, CommonTypeError>;
2500
2
    fn mul(self, rhs: f64) -> Self::Output {
2501
2
        Self::from_f64(self.to_f64() * rhs)
2502
2
    }
2503
}
2504
2505
#[allow(clippy::float_arithmetic)]
2506
impl Div<f64> for Price {
2507
    type Output = Result<Self, CommonTypeError>;
2508
4
    fn div(self, rhs: f64) -> Self::Output {
2509
4
        if rhs == 0.0_f64 {
2510
2
            return Err(CommonTypeError::ConversionError {
2511
2
                message: "Cannot divide price by zero".to_owned(),
2512
2
            });
2513
2
        }
2514
2
        Self::from_f64(self.to_f64() / rhs)
2515
4
    }
2516
}
2517
2518
impl From<Decimal> for Price {
2519
2
    fn from(decimal: Decimal) -> Self {
2520
2
        let f64_val: f64 = TryInto::<f64>::try_into(decimal).unwrap_or_else(|_| 
{0
2521
0
            tracing::warn!("Failed to convert Decimal to f64, using 0.0 as fallback");
2522
0
            0.0_f64
2523
0
        });
2524
2
        Self::from_f64(f64_val).unwrap_or_else(|_| 
{0
2525
0
            tracing::warn!(
2526
0
                "Failed to create Price from f64 value {}, using ZERO",
2527
                f64_val
2528
            );
2529
0
            Self::ZERO
2530
0
        })
2531
2
    }
2532
}
2533
2534
impl From<Price> for Decimal {
2535
0
    fn from(price: Price) -> Self {
2536
0
        price.to_decimal().unwrap_or(Decimal::ZERO)
2537
0
    }
2538
}
2539
2540
// TryFrom<Quantity> for Decimal removed due to conflicting blanket implementation
2541
// Use qty.to_decimal() directly instead
2542
impl From<Quantity> for Decimal {
2543
0
    fn from(qty: Quantity) -> Self {
2544
0
        qty.to_decimal().unwrap_or(Decimal::ZERO)
2545
0
    }
2546
}
2547
2548
// TryFrom<Quantity> for Decimal removed due to conflict with From implementation
2549
// Use the From implementation instead which handles errors by returning ZERO
2550
2551
// =============================================================================
2552
// Decimal Extension Trait
2553
// =============================================================================
2554
2555
impl Mul<Self> for Price {
2556
    #[allow(clippy::float_arithmetic)]
2557
    #[allow(clippy::arithmetic_side_effects)]
2558
    type Output = Result<Self, CommonTypeError>;
2559
3
    fn mul(self, rhs: Self) -> Self::Output {
2560
3
        Self::from_f64(self.to_f64() * rhs.to_f64())
2561
3
    }
2562
}
2563
2564
impl TryFrom<String> for Price {
2565
    type Error = CommonTypeError;
2566
0
    fn try_from(s: String) -> Result<Self, Self::Error> {
2567
0
        Self::from_str(&s)
2568
0
    }
2569
}
2570
2571
impl TryFrom<&str> for Price {
2572
    type Error = CommonTypeError;
2573
0
    fn try_from(s: &str) -> Result<Self, Self::Error> {
2574
0
        Self::from_str(s)
2575
0
    }
2576
}
2577
2578
impl PartialEq<f64> for Price {
2579
    #[allow(clippy::float_arithmetic)]
2580
5
    fn eq(&self, other: &f64) -> bool {
2581
5
        (self.to_f64() - other).abs() < f64::EPSILON
2582
5
    }
2583
}
2584
2585
impl PartialEq<Price> for f64 {
2586
    #[allow(clippy::float_arithmetic)]
2587
2
    fn eq(&self, other: &Price) -> bool {
2588
2
        (self - other.to_f64()).abs() < f64::EPSILON
2589
2
    }
2590
}
2591
2592
impl AddAssign for Price {
2593
1
    fn add_assign(&mut self, rhs: Self) {
2594
1
        self.value = self.value.saturating_add(rhs.value);
2595
1
    }
2596
}
2597
2598
impl SubAssign for Price {
2599
0
    fn sub_assign(&mut self, rhs: Self) {
2600
0
        self.value = self.value.saturating_sub(rhs.value);
2601
0
    }
2602
}
2603
2604
impl MulAssign<f64> for Price {
2605
0
    fn mul_assign(&mut self, rhs: f64) {
2606
0
        if let Ok(result) = self.mul(rhs) {
2607
0
            *self = result;
2608
0
        }
2609
        // If multiplication fails, self remains unchanged
2610
0
    }
2611
}
2612
2613
impl DivAssign<f64> for Price {
2614
0
    fn div_assign(&mut self, rhs: f64) {
2615
0
        if let Ok(result) = self.div(rhs) {
2616
0
            *self = result;
2617
0
        }
2618
        // If division fails, self remains unchanged
2619
0
    }
2620
}
2621
2622
impl PartialOrd<f64> for Price {
2623
2
    fn partial_cmp(&self, other: &f64) -> Option<std::cmp::Ordering> {
2624
2
        self.to_f64().partial_cmp(other)
2625
2
    }
2626
}
2627
2628
impl PartialOrd<Price> for f64 {
2629
0
    fn partial_cmp(&self, other: &Price) -> Option<std::cmp::Ordering> {
2630
0
        self.partial_cmp(&other.to_f64())
2631
0
    }
2632
}
2633
2634
/// Core Quantity type using fixed-point arithmetic
2635
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
2636
pub struct Quantity {
2637
    value: u64,
2638
}
2639
2640
impl Quantity {
2641
    /// Zero quantity constant
2642
    pub const ZERO: Self = Self { value: 0 };
2643
    /// One unit quantity constant
2644
    pub const ONE: Self = Self { value: 100_000_000 };
2645
    /// Maximum possible quantity
2646
    pub const MAX: Self = Self { value: u64::MAX };
2647
2648
    /// Create a Quantity from a floating point value
2649
    #[allow(clippy::as_conversions)]
2650
    ///
2651
    /// # Errors
2652
    /// Returns error if the operation fails
2653
    #[allow(clippy::float_arithmetic)]
2654
96
    pub fn from_f64(value: f64) -> Result<Self, CommonTypeError> {
2655
96
        if value < 0.0_f64 || 
!value.is_finite()93
 {
2656
7
            return Err(CommonTypeError::InvalidQuantity {
2657
7
                value: value.to_string(),
2658
7
                reason: "Quantity validation failed".to_owned(),
2659
7
            });
2660
89
        }
2661
89
        Ok(Self {
2662
89
            value: (value * 100_000_000.0).round() as u64,
2663
89
        })
2664
96
    }
2665
2666
    /// Convert quantity to floating point representation
2667
    #[must_use]
2668
    #[allow(clippy::as_conversions)]
2669
    #[allow(clippy::float_arithmetic)]
2670
87
    pub fn to_f64(&self) -> f64 {
2671
87
        self.value as f64 / 100_000_000.0
2672
87
    }
2673
2674
    /// Convert the quantity to a Decimal value
2675
    ///
2676
    /// # Errors
2677
    /// Returns error if the operation fails
2678
3
    pub fn to_decimal(&self) -> Result<Decimal, CommonTypeError> {
2679
3
        Decimal::from_f64_retain(self.to_f64()).ok_or_else(|| CommonTypeError::InvalidQuantity {
2680
0
            value: "0.0".to_owned(),
2681
0
            reason: "Quantity to Decimal conversion failed".to_owned(),
2682
0
        })
2683
3
    }
2684
2685
    /// Get the internal value representation
2686
    #[must_use]
2687
1
    pub const fn value(&self) -> u64 {
2688
1
        self.value
2689
1
    }
2690
2691
    /// Get the raw internal value representation
2692
    #[must_use]
2693
2
    pub const fn raw_value(&self) -> u64 {
2694
2
        self.value
2695
2
    }
2696
2697
    /// Convert quantity to u64 representation
2698
    #[must_use]
2699
1
    pub const fn as_u64(&self) -> u64 {
2700
1
        self.value
2701
1
    }
2702
2703
    /// Create quantity from raw u64 value
2704
    #[must_use]
2705
1
    pub const fn from_raw(value: u64) -> Self {
2706
1
        Self { value }
2707
1
    }
2708
2709
    /// Create new quantity from f64 value
2710
    ///
2711
    /// # Errors
2712
    /// Returns error if the operation fails
2713
    #[allow(clippy::as_conversions)]
2714
1
    pub fn new(value: f64) -> Result<Self, CommonTypeError> {
2715
1
        Self::from_f64(value)
2716
1
    }
2717
2718
    /// Create zero quantity
2719
    #[must_use]
2720
0
    pub const fn zero() -> Self {
2721
    #[allow(clippy::as_conversions)]
2722
0
        Self::ZERO
2723
0
    }
2724
2725
    /// Create a quantity from an i64 value
2726
    ///
2727
    /// # Errors
2728
    /// Returns error if the operation fails
2729
    #[allow(clippy::as_conversions)]
2730
0
    pub fn from_i64(value: i64) -> Result<Self, CommonTypeError> {
2731
0
        Self::from_f64(value as f64)
2732
0
    }
2733
2734
    /// Create a quantity from a u64 value
2735
    ///
2736
    /// # Errors
2737
    #[allow(clippy::as_conversions)]
2738
    /// Returns error if the operation fails
2739
0
    pub fn from_u64(value: u64) -> Result<Self, CommonTypeError> {
2740
0
        Self::from_f64(value as f64)
2741
0
    }
2742
2743
    /// Create a quantity from a Decimal value
2744
    ///
2745
    /// # Errors
2746
    /// Returns error if the operation fails
2747
2
    pub fn from_decimal(decimal: Decimal) -> Result<Self, CommonTypeError> {
2748
        use std::convert::TryFrom;
2749
2
        Self::try_from(decimal).map_err(|e| CommonTypeError::InvalidQuantity {
2750
0
            value: decimal.to_string(),
2751
0
            reason: format!("Failed to convert Decimal to Quantity: {}", e),
2752
0
        })
2753
2
    }
2754
2755
    /// Check if quantity is zero
2756
    #[must_use]
2757
13
    pub const fn is_zero(&self) -> bool {
2758
13
        self.value == 0
2759
13
    }
2760
2761
    /// Check if quantity has a non-zero value
2762
    #[must_use]
2763
0
    pub const fn is_some(&self) -> bool {
2764
0
        !self.is_zero()
2765
0
    }
2766
2767
    /// Check if quantity is zero (none)
2768
    #[must_use]
2769
0
    pub const fn is_none(&self) -> bool {
2770
0
        self.is_zero()
2771
0
    }
2772
2773
    /// Get a reference to self
2774
    #[must_use]
2775
0
    pub const fn as_ref(&self) -> &Self {
2776
0
        self
2777
0
    }
2778
2779
    /// Get absolute value (always positive for Quantity)
2780
    #[must_use]
2781
0
    pub const fn abs(&self) -> Self {
2782
0
        *self
2783
0
    }
2784
2785
    /// Get the sign of the quantity (1.0 for positive, 0.0 for zero)
2786
    #[must_use]
2787
0
    pub const fn signum(&self) -> f64 {
2788
0
        if self.value > 0 {
2789
0
            1.0
2790
        } else {
2791
0
            0.0
2792
        }
2793
0
    }
2794
2795
    /// Check if quantity is positive
2796
    #[must_use]
2797
5
    pub const fn is_positive(&self) -> bool {
2798
5
        self.value > 0
2799
5
    }
2800
2801
    /// Check if quantity is negative (always false for Quantity)
2802
    #[must_use]
2803
2
    pub const fn is_negative(&self) -> bool {
2804
2
        false
2805
2
    }
2806
2807
    /// Convert quantity to f64 representation
2808
    #[must_use]
2809
0
    pub fn as_f64(&self) -> f64 {
2810
0
        self.to_f64()
2811
0
    }
2812
2813
    /// Create quantity from number of shares
2814
    #[must_use]
2815
2
    pub const fn from_shares(shares: u64) -> Self {
2816
2
        Self {
2817
2
            value: shares.saturating_mul(100_000_000),
2818
2
        }
2819
2
    }
2820
2821
    /// Convert quantity to number of shares
2822
    #[must_use]
2823
    #[allow(clippy::integer_division)]
2824
2
    pub const fn to_shares(&self) -> u64 {
2825
2
        self.value / 100_000_000
2826
2
    }
2827
2828
    /// Multiply this quantity by another quantity
2829
    ///
2830
    /// # Errors
2831
    /// Returns error if the operation fails
2832
    #[allow(clippy::float_arithmetic)]
2833
    #[allow(clippy::arithmetic_side_effects)]
2834
2
    pub fn multiply(&self, other: Self) -> Result<Self, CommonTypeError> {
2835
2
        Self::from_f64(self.to_f64() * other.to_f64())
2836
2
    }
2837
2838
    /// Subtract another quantity from this quantity
2839
    #[must_use]
2840
0
    pub fn subtract(&self, other: Self) -> Self {
2841
        Self {
2842
0
            value: self.value.checked_sub(other.value).unwrap_or_else(|| {
2843
0
                tracing::warn!(
2844
0
                    "Quantity subtraction underflow: {} - {}, returning 0",
2845
                    self.value, other.value
2846
                );
2847
0
                0
2848
0
            }),
2849
        }
2850
0
    }
2851
2852
    /// Checked addition with overflow protection
2853
    #[must_use]
2854
0
    pub const fn checked_add(&self, other: Self) -> Option<Self> {
2855
0
        match self.value.checked_add(other.value) {
2856
0
            Some(value) => Some(Self { value }),
2857
0
            None => None,
2858
        }
2859
0
    }
2860
2861
    /// Checked subtraction with underflow protection
2862
    #[must_use]
2863
0
    pub const fn checked_sub(&self, other: Self) -> Option<Self> {
2864
0
        match self.value.checked_sub(other.value) {
2865
0
            Some(value) => Some(Self { value }),
2866
0
            None => None,
2867
        }
2868
0
    }
2869
}
2870
2871
impl Default for Quantity {
2872
0
    fn default() -> Self {
2873
0
        Self::ZERO
2874
0
    }
2875
}
2876
2877
impl FromStr for Quantity {
2878
    type Err = CommonTypeError;
2879
2880
1
    fn from_str(s: &str) -> Result<Self, Self::Err> {
2881
1
        let parsed_value = s
2882
1
            .parse::<f64>()
2883
1
            .map_err(|e| CommonTypeError::InvalidQuantity {
2884
0
                value: s.to_owned(),
2885
0
                reason: format!("Cannot parse '{}' as quantity: {}", s, e),
2886
0
            })?;
2887
1
        Self::from_f64(parsed_value)
2888
1
    }
2889
}
2890
2891
impl fmt::Display for Quantity {
2892
    /// Format the quantity for display with 8 decimal places
2893
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
2894
0
        write!(f, "{:.8}", self.to_f64())
2895
0
    }
2896
}
2897
2898
impl TryFrom<i32> for Quantity {
2899
    type Error = CommonTypeError;
2900
1
    fn try_from(value: i32) -> Result<Self, Self::Error> {
2901
1
        Self::new(f64::from(value))
2902
1
    }
2903
}
2904
2905
impl TryFrom<u64> for Quantity {
2906
    type Error = CommonTypeError;
2907
0
    fn try_from(value: u64) -> Result<Self, Self::Error> {
2908
        #[allow(clippy::as_conversions)]
2909
0
        let f64_value = value as f64;
2910
0
        Self::new(f64_value)
2911
0
    }
2912
}
2913
2914
impl TryFrom<f64> for Quantity {
2915
    type Error = CommonTypeError;
2916
0
    fn try_from(value: f64) -> Result<Self, Self::Error> {
2917
0
        Self::new(value)
2918
0
    }
2919
}
2920
2921
impl TryFrom<Decimal> for Quantity {
2922
    type Error = CommonTypeError;
2923
3
    fn try_from(decimal: Decimal) -> Result<Self, Self::Error> {
2924
3
        let f64_val: f64 =
2925
3
            TryInto::<f64>::try_into(decimal).map_err(|e| CommonTypeError::ConversionError {
2926
0
                message: format!("Failed to convert Decimal to f64: {}", e),
2927
0
            })?;
2928
3
        Self::from_f64(f64_val)
2929
3
    }
2930
}
2931
2932
impl TryFrom<String> for Quantity {
2933
    type Error = CommonTypeError;
2934
0
    fn try_from(s: String) -> Result<Self, Self::Error> {
2935
0
        Self::from_str(&s)
2936
0
    }
2937
}
2938
2939
impl TryFrom<&str> for Quantity {
2940
    type Error = CommonTypeError;
2941
1
    fn try_from(s: &str) -> Result<Self, Self::Error> {
2942
1
        Self::from_str(s)
2943
1
    }
2944
}
2945
2946
impl PartialEq<f64> for Quantity {
2947
    #[allow(clippy::float_arithmetic)]
2948
0
    fn eq(&self, other: &f64) -> bool {
2949
0
        (self.to_f64() - other).abs() < f64::EPSILON
2950
0
    }
2951
}
2952
2953
impl PartialEq<Quantity> for f64 {
2954
    #[allow(clippy::float_arithmetic)]
2955
0
    fn eq(&self, other: &Quantity) -> bool {
2956
0
        (self - other.to_f64()).abs() < f64::EPSILON
2957
0
    }
2958
}
2959
2960
impl PartialOrd<f64> for Quantity {
2961
0
    fn partial_cmp(&self, other: &f64) -> Option<std::cmp::Ordering> {
2962
0
        self.to_f64().partial_cmp(other)
2963
0
    }
2964
}
2965
2966
impl PartialOrd<Quantity> for f64 {
2967
0
    fn partial_cmp(&self, other: &Quantity) -> Option<std::cmp::Ordering> {
2968
0
        self.partial_cmp(&other.to_f64())
2969
0
    }
2970
}
2971
2972
impl Add for Quantity {
2973
    type Output = Self;
2974
4
    fn add(self, rhs: Self) -> Self::Output {
2975
4
        Self {
2976
4
            value: self.value.saturating_add(rhs.value),
2977
4
        }
2978
4
    }
2979
}
2980
2981
impl Sub for Quantity {
2982
    type Output = Self;
2983
6
    fn sub(self, rhs: Self) -> Self::Output {
2984
6
        Self {
2985
6
            value: self.value.saturating_sub(rhs.value),
2986
6
        }
2987
6
    }
2988
}
2989
2990
impl Mul<f64> for Quantity {
2991
    #[allow(clippy::float_arithmetic)]
2992
    type Output = Result<Self, CommonTypeError>;
2993
1
    fn mul(self, rhs: f64) -> Self::Output {
2994
1
        Self::from_f64(self.to_f64() * rhs)
2995
1
    }
2996
}
2997
2998
impl Div<f64> for Quantity {
2999
    #[allow(clippy::float_arithmetic)]
3000
    type Output = Result<Self, CommonTypeError>;
3001
2
    fn div(self, rhs: f64) -> Self::Output {
3002
2
        if rhs == 0.0_f64 {
3003
1
            return Err(CommonTypeError::ConversionError {
3004
1
                message: "Cannot divide quantity by zero".to_owned(),
3005
1
            });
3006
1
        }
3007
1
        Self::from_f64(self.to_f64() / rhs)
3008
2
    }
3009
}
3010
3011
impl Sum for Quantity {
3012
2
    fn sum<I: Iterator<Item = Self>>(iter: I) -> Self {
3013
6
        
iter2
.
fold2
(Self::ZERO, |acc, x| Self { value: acc.value.saturating_add(x.value) })
3014
2
    }
3015
}
3016
3017
impl<'quantity> Sum<&'quantity Self> for Quantity {
3018
0
    fn sum<I: Iterator<Item = &'quantity Self>>(iter: I) -> Self {
3019
0
        iter.fold(Self::ZERO, |acc, x| Self { value: acc.value.saturating_add(x.value) })
3020
0
    }
3021
}
3022
3023
// =============================================================================
3024
// SQLX IMPLEMENTATIONS FOR FINANCIAL TYPES
3025
// =============================================================================
3026
3027
#[cfg(feature = "database")]
3028
mod sqlx_impls {
3029
    use super::{HftTimestamp, MarketRegime, OrderSide, OrderStatus, OrderType, Price, Quantity};
3030
    use rust_decimal::Decimal as RustDecimal;
3031
    use sqlx::{
3032
        decode::Decode,
3033
        encode::{Encode, IsNull},
3034
        error::BoxDynError,
3035
        postgres::{PgArgumentBuffer, PgTypeInfo, PgValueRef, Postgres},
3036
        Type,
3037
    };
3038
3039
    // SQLx implementations for Price
3040
    impl Type<Postgres> for Price {
3041
0
        fn type_info() -> PgTypeInfo {
3042
0
            PgTypeInfo::with_name("NUMERIC")
3043
0
        }
3044
    }
3045
3046
    impl<'query> Encode<'query, Postgres> for Price {
3047
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3048
            // Convert our fixed-point u64 to rust_decimal::Decimal with 8 decimal places
3049
0
            let decimal_value = RustDecimal::new(i64::try_from(self.raw_value()).unwrap_or(0), 8);
3050
0
            decimal_value.encode_by_ref(buf)
3051
0
        }
3052
    }
3053
3054
    impl<'row> Decode<'row, Postgres> for Price {
3055
0
        fn decode(value: PgValueRef<'row>) -> Result<Self, BoxDynError> {
3056
            // Decode from NUMERIC to rust_decimal::Decimal
3057
0
            let decimal_value = <RustDecimal as Decode<Postgres>>::decode(value)?;
3058
3059
            // Validate scale matches our fixed-point precision (8 decimal places)
3060
0
            if decimal_value.scale() != 8 {
3061
0
                return Err(format!(
3062
0
                    "Invalid scale for Price: expected 8, got {}",
3063
0
                    decimal_value.scale()
3064
0
                )
3065
0
                .into());
3066
0
            }
3067
3068
            // Extract mantissa and convert to our u64 representation
3069
0
            let mantissa = decimal_value.mantissa();
3070
0
            let inner_val = u64::try_from(mantissa)
3071
0
                .map_err(|e| format!("Failed to convert negative or overflowing NUMERIC to Price: {}", e))?;
3072
3073
0
            Ok(Price::from_raw(inner_val))
3074
0
        }
3075
    }
3076
    // SQLx implementations for Quantity
3077
    impl Type<Postgres> for Quantity {
3078
0
        fn type_info() -> PgTypeInfo {
3079
0
            PgTypeInfo::with_name("NUMERIC")
3080
0
        }
3081
    }
3082
3083
    impl<'query> Encode<'query, Postgres> for Quantity {
3084
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3085
            // Convert our fixed-point u64 to rust_decimal::Decimal with 8 decimal places
3086
0
            let decimal_value = RustDecimal::new(i64::try_from(self.raw_value()).unwrap_or(0), 8);
3087
0
            decimal_value.encode_by_ref(buf)
3088
0
        }
3089
    }
3090
3091
    impl<'row> Decode<'row, Postgres> for Quantity {
3092
0
        fn decode(value: PgValueRef<'row>) -> Result<Self, BoxDynError> {
3093
            // Decode from NUMERIC to rust_decimal::Decimal
3094
0
            let decimal_value = <RustDecimal as Decode<Postgres>>::decode(value)?;
3095
3096
            // Validate scale matches our fixed-point precision (8 decimal places)
3097
0
            if decimal_value.scale() != 8 {
3098
0
                return Err(format!(
3099
0
                    "Invalid scale for Quantity: expected 8, got {}",
3100
0
                    decimal_value.scale()
3101
0
                )
3102
0
                .into());
3103
0
            }
3104
3105
            // Extract mantissa and convert to our u64 representation
3106
0
            let mantissa = decimal_value.mantissa();
3107
0
            let inner_val = u64::try_from(mantissa)
3108
0
                .map_err(|e| format!("Failed to convert negative or overflowing NUMERIC to Quantity: {}", e))?;
3109
3110
0
            Ok(Quantity::from_raw(inner_val))
3111
0
        }
3112
    }
3113
3114
    // SQLx implementations for TimeInForce
3115
    impl Type<Postgres> for super::TimeInForce {
3116
0
        fn type_info() -> PgTypeInfo {
3117
0
            PgTypeInfo::with_name("TEXT")
3118
0
        }
3119
    }
3120
3121
    impl<'query> Encode<'query, Postgres> for super::TimeInForce {
3122
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3123
            // Use the Display trait to convert enum to string representation
3124
0
            <&str as Encode<Postgres>>::encode(self.to_string().as_str(), buf)
3125
0
        }
3126
    }
3127
3128
    impl<'row> Decode<'row, Postgres> for super::TimeInForce {
3129
0
        fn decode(value: PgValueRef<'row>) -> Result<Self, BoxDynError> {
3130
            // Decode from TEXT to string, then parse to enum
3131
0
            let s = <&str as Decode<Postgres>>::decode(value)?;
3132
0
            match s {
3133
0
                "DAY" => Ok(super::TimeInForce::Day),
3134
0
                "GTC" => Ok(super::TimeInForce::GoodTillCancel),
3135
0
                "IOC" => Ok(super::TimeInForce::ImmediateOrCancel),
3136
0
                "FOK" => Ok(super::TimeInForce::FillOrKill),
3137
0
                _ => Err(format!("Invalid TimeInForce value: {}", s).into()),
3138
            }
3139
0
        }
3140
    }
3141
3142
    // SQLx implementations for OrderStatus
3143
    impl Type<Postgres> for OrderStatus {
3144
0
        fn type_info() -> PgTypeInfo {
3145
0
            PgTypeInfo::with_name("TEXT")
3146
0
        }
3147
    }
3148
3149
    impl<'query> Encode<'query, Postgres> for OrderStatus {
3150
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3151
0
            let value = match self {
3152
0
                OrderStatus::Created => "CREATED",
3153
0
                OrderStatus::Submitted => "SUBMITTED",
3154
0
                OrderStatus::PartiallyFilled => "PARTIALLY_FILLED",
3155
0
                OrderStatus::Filled => "FILLED",
3156
0
                OrderStatus::Rejected => "REJECTED",
3157
0
                OrderStatus::Cancelled => "CANCELLED",
3158
0
                OrderStatus::New => "NEW",
3159
0
                OrderStatus::Expired => "EXPIRED",
3160
0
                OrderStatus::Pending => "PENDING",
3161
0
                OrderStatus::Working => "WORKING",
3162
0
                OrderStatus::Unknown => "UNKNOWN",
3163
0
                OrderStatus::Suspended => "SUSPENDED",
3164
0
                OrderStatus::PendingCancel => "PENDING_CANCEL",
3165
0
                OrderStatus::PendingReplace => "PENDING_REPLACE",
3166
            };
3167
0
            <&str as Encode<Postgres>>::encode_by_ref(&value, buf)
3168
0
        }
3169
    }
3170
3171
    impl<'row> Decode<'row, Postgres> for OrderStatus {
3172
0
        fn decode(value: PgValueRef<'row>) -> Result<Self, BoxDynError> {
3173
0
            let s = <String as Decode<Postgres>>::decode(value)?;
3174
0
            match s.as_str() {
3175
0
                "CREATED" => Ok(OrderStatus::Created),
3176
0
                "SUBMITTED" => Ok(OrderStatus::Submitted),
3177
0
                "PARTIALLY_FILLED" => Ok(OrderStatus::PartiallyFilled),
3178
0
                "FILLED" => Ok(OrderStatus::Filled),
3179
0
                "REJECTED" => Ok(OrderStatus::Rejected),
3180
0
                "CANCELLED" => Ok(OrderStatus::Cancelled),
3181
0
                "NEW" => Ok(OrderStatus::New),
3182
0
                "EXPIRED" => Ok(OrderStatus::Expired),
3183
0
                "PENDING" => Ok(OrderStatus::Pending),
3184
0
                "WORKING" => Ok(OrderStatus::Working),
3185
0
                "UNKNOWN" => Ok(OrderStatus::Unknown),
3186
0
                "SUSPENDED" => Ok(OrderStatus::Suspended),
3187
0
                "PENDING_CANCEL" => Ok(OrderStatus::PendingCancel),
3188
0
                "PENDING_REPLACE" => Ok(OrderStatus::PendingReplace),
3189
0
                _ => Err(format!("Invalid OrderStatus value: {}", s).into()),
3190
            }
3191
0
        }
3192
    }
3193
3194
    // SQLx implementations for OrderSide
3195
    impl Type<Postgres> for OrderSide {
3196
0
        fn type_info() -> PgTypeInfo {
3197
0
            PgTypeInfo::with_name("TEXT")
3198
0
        }
3199
    }
3200
3201
    impl<'query> Encode<'query, Postgres> for OrderSide {
3202
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3203
0
            let value = match self {
3204
0
                OrderSide::Buy => "BUY",
3205
0
                OrderSide::Sell => "SELL",
3206
            };
3207
0
            <&str as Encode<Postgres>>::encode_by_ref(&value, buf)
3208
0
        }
3209
    }
3210
3211
    impl<'row> Decode<'row, Postgres> for OrderSide {
3212
0
        fn decode(value: PgValueRef<'row>) -> Result<Self, BoxDynError> {
3213
0
            let s = <String as Decode<Postgres>>::decode(value)?;
3214
0
            match s.as_str() {
3215
0
                "BUY" => Ok(OrderSide::Buy),
3216
0
                "SELL" => Ok(OrderSide::Sell),
3217
0
                _ => Err(format!("Invalid OrderSide value: {}", s).into()),
3218
            }
3219
0
        }
3220
    }
3221
3222
    // SQLx implementations for OrderType
3223
    impl Type<Postgres> for OrderType {
3224
0
        fn type_info() -> PgTypeInfo {
3225
0
            PgTypeInfo::with_name("TEXT")
3226
0
        }
3227
    }
3228
3229
    impl<'query> Encode<'query, Postgres> for OrderType {
3230
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3231
0
            let value = match self {
3232
0
                OrderType::Market => "MARKET",
3233
0
                OrderType::Limit => "LIMIT",
3234
0
                OrderType::Stop => "STOP",
3235
0
                OrderType::StopLimit => "STOP_LIMIT",
3236
0
                OrderType::Iceberg => "ICEBERG",
3237
0
                OrderType::TrailingStop => "TRAILING_STOP",
3238
0
                OrderType::Hidden => "HIDDEN",
3239
            };
3240
0
            <&str as Encode<Postgres>>::encode_by_ref(&value, buf)
3241
0
        }
3242
    }
3243
3244
    impl<'row> Decode<'row, Postgres> for OrderType {
3245
0
        fn decode(value: PgValueRef<'row>) -> Result<Self, BoxDynError> {
3246
0
            let s = <String as Decode<Postgres>>::decode(value)?;
3247
0
            match s.as_str() {
3248
0
                "MARKET" => Ok(OrderType::Market),
3249
0
                "LIMIT" => Ok(OrderType::Limit),
3250
0
                "STOP" => Ok(OrderType::Stop),
3251
0
                "STOP_LIMIT" => Ok(OrderType::StopLimit),
3252
0
                "ICEBERG" => Ok(OrderType::Iceberg),
3253
0
                "TRAILING_STOP" => Ok(OrderType::TrailingStop),
3254
0
                "HIDDEN" => Ok(OrderType::Hidden),
3255
0
                _ => Err(format!("Invalid OrderType value: {}", s).into()),
3256
            }
3257
0
        }
3258
    }
3259
3260
    // SQLx implementations for MarketRegime
3261
    impl Type<Postgres> for MarketRegime {
3262
0
        fn type_info() -> PgTypeInfo {
3263
0
            PgTypeInfo::with_name("TEXT")
3264
0
        }
3265
    }
3266
3267
    impl<'query> Encode<'query, Postgres> for MarketRegime {
3268
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3269
0
            let value = match self {
3270
0
                MarketRegime::Normal => "NORMAL",
3271
0
                MarketRegime::Crisis => "CRISIS",
3272
0
                MarketRegime::Trending => "TRENDING",
3273
0
                MarketRegime::Sideways => "SIDEWAYS",
3274
0
                MarketRegime::Bull => "BULL",
3275
0
                MarketRegime::Bear => "BEAR",
3276
0
                MarketRegime::HighVolatility => "HIGH_VOLATILITY",
3277
0
                MarketRegime::LowVolatility => "LOW_VOLATILITY",
3278
0
                MarketRegime::Volatile => "VOLATILE",
3279
0
                MarketRegime::Calm => "CALM",
3280
0
                MarketRegime::Unknown => "UNKNOWN",
3281
0
                MarketRegime::Recovery => "RECOVERY",
3282
0
                MarketRegime::Bubble => "BUBBLE",
3283
0
                MarketRegime::Correction => "CORRECTION",
3284
0
                MarketRegime::Custom(id) => {
3285
0
                    return <String as Encode<Postgres>>::encode_by_ref(
3286
0
                        &format!("CUSTOM_{}", id),
3287
0
                        buf,
3288
                    )
3289
                },
3290
            };
3291
0
            <&str as Encode<Postgres>>::encode_by_ref(&value, buf)
3292
0
        }
3293
    }
3294
3295
    impl<'row> Decode<'row, Postgres> for MarketRegime {
3296
0
        fn decode(value: PgValueRef<'row>) -> Result<Self, BoxDynError> {
3297
0
            let s = <String as Decode<Postgres>>::decode(value)?;
3298
0
            match s.as_str() {
3299
0
                "NORMAL" => Ok(MarketRegime::Normal),
3300
0
                "CRISIS" => Ok(MarketRegime::Crisis),
3301
0
                "TRENDING" => Ok(MarketRegime::Trending),
3302
0
                "SIDEWAYS" => Ok(MarketRegime::Sideways),
3303
0
                "BULL" => Ok(MarketRegime::Bull),
3304
0
                "BEAR" => Ok(MarketRegime::Bear),
3305
0
                "HIGH_VOLATILITY" => Ok(MarketRegime::HighVolatility),
3306
0
                "LOW_VOLATILITY" => Ok(MarketRegime::LowVolatility),
3307
0
                "VOLATILE" => Ok(MarketRegime::Volatile),
3308
0
                "CALM" => Ok(MarketRegime::Calm),
3309
0
                "UNKNOWN" => Ok(MarketRegime::Unknown),
3310
0
                "RECOVERY" => Ok(MarketRegime::Recovery),
3311
0
                "BUBBLE" => Ok(MarketRegime::Bubble),
3312
0
                "CORRECTION" => Ok(MarketRegime::Correction),
3313
                _ => {
3314
                    // Handle Custom(id) format
3315
0
                    if let Some(id_str) = s.strip_prefix("CUSTOM_") {
3316
0
                        if let Ok(id) = id_str.parse::<usize>() {
3317
0
                            Ok(MarketRegime::Custom(id))
3318
                        } else {
3319
0
                            Err(format!("Invalid MarketRegime Custom ID: {}", id_str).into())
3320
                        }
3321
                    } else {
3322
0
                        Err(format!("Invalid MarketRegime value: {}", s).into())
3323
                    }
3324
                },
3325
            }
3326
0
        }
3327
    }
3328
3329
    // SQLx implementations for HftTimestamp
3330
    // Maps to PostgreSQL BIGINT (stores nanoseconds since Unix epoch)
3331
    // Note: Limited to i64::MAX nanoseconds (year 2262) due to PostgreSQL BIGINT constraints
3332
    impl<'query> Encode<'query, Postgres> for HftTimestamp {
3333
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3334
            // Cast u64 to i64 for PostgreSQL BIGINT compatibility
3335
0
            <i64 as Encode<Postgres>>::encode(i64::try_from(self.nanos()).unwrap_or(0), buf)
3336
0
        }
3337
    }
3338
3339
    impl<'row> Decode<'row, Postgres> for HftTimestamp {
3340
0
        fn decode(value: PgValueRef<'row>) -> Result<Self, BoxDynError> {
3341
0
            let val = <i64 as Decode<Postgres>>::decode(value)?;
3342
            // Cast i64 back to u64 for internal representation
3343
0
            Ok(HftTimestamp::from_nanos(u64::try_from(val).unwrap_or(0)))
3344
0
        }
3345
    }
3346
3347
    impl Type<Postgres> for HftTimestamp {
3348
0
        fn type_info() -> <Postgres as sqlx::Database>::TypeInfo {
3349
0
            <i64 as Type<Postgres>>::type_info()
3350
0
        }
3351
3352
0
        fn compatible(ty: &<Postgres as sqlx::Database>::TypeInfo) -> bool {
3353
0
            <i64 as Type<Postgres>>::compatible(ty)
3354
0
        }
3355
    }
3356
3357
    // SQLx implementations for OrderId (uses BIGINT for u64)
3358
    impl Type<Postgres> for super::OrderId {
3359
0
        fn type_info() -> PgTypeInfo {
3360
0
            PgTypeInfo::with_name("BIGINT")
3361
0
        }
3362
    }
3363
3364
    impl<'query> Encode<'query, Postgres> for super::OrderId {
3365
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3366
0
            <i64 as Encode<Postgres>>::encode_by_ref(&(i64::try_from(self.value()).unwrap_or(0)), buf)
3367
0
        }
3368
    }
3369
3370
    impl<'row> Decode<'row, Postgres> for super::OrderId {
3371
0
        fn decode(value: PgValueRef<'row>) -> Result<Self, BoxDynError> {
3372
0
            let id = <i64 as Decode<Postgres>>::decode(value)?;
3373
0
            Ok(super::OrderId::from_u64(u64::try_from(id).unwrap_or(0)))
3374
0
        }
3375
    }
3376
}
3377
3378
/// Volume type - alias for Quantity with the same fixed-point arithmetic
3379
///
3380
/// `SQLx` traits are automatically inherited from Quantity
3381
pub type Volume = Quantity;
3382
3383
// ORDER TYPES ALREADY DEFINED ABOVE - No need to re-export from trading_engine
3384
// =============================================================================
3385
// CORE ID TYPES (MOVED FROM TRADING_ENGINE)
3386
// =============================================================================
3387
3388
/// Order identifier with ultra-fast atomic generation
3389
///
3390
/// Replaces slow UUID generation (1ms+) with atomic increment (~5ns)
3391
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
3392
pub struct OrderId(u64);
3393
3394
impl Default for OrderId {
3395
0
    fn default() -> Self {
3396
0
        Self::new()
3397
0
    }
3398
}
3399
3400
impl OrderId {
3401
    /// Generate next `OrderId` using atomic counter - <50ns performance
3402
1.01k
    pub fn new() -> Self {
3403
        use std::sync::atomic::{AtomicU64, Ordering};
3404
        static COUNTER: AtomicU64 = AtomicU64::new(1);
3405
1.01k
        Self(COUNTER.fetch_add(1, Ordering::Relaxed))
3406
1.01k
    }
3407
3408
    /// Create `OrderId` from u64 value
3409
    #[must_use]
3410
2
    pub const fn from_u64(value: u64) -> Self {
3411
2
        Self(value)
3412
2
    }
3413
3414
    /// Get u64 value
3415
    #[must_use]
3416
8
    pub const fn value(&self) -> u64 {
3417
8
        self.0
3418
8
    }
3419
3420
    /// Get u64 value for performance-critical code (alias for value)
3421
    #[must_use]
3422
1
    pub const fn as_u64(&self) -> u64 {
3423
1
        self.0
3424
1
    }
3425
3426
    /// Get as string for compatibility
3427
    #[must_use]
3428
0
    pub fn as_str(&self) -> String {
3429
0
        self.0.to_string()
3430
0
    }
3431
}
3432
3433
impl fmt::Display for OrderId {
3434
    /// Format the order ID for display
3435
1
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3436
1
        write!(f, "{}", self.0)
3437
1
    }
3438
}
3439
3440
impl From<u64> for OrderId {
3441
    /// Create an `OrderId` from a u64 value
3442
0
    fn from(value: u64) -> Self {
3443
0
        Self(value)
3444
0
    }
3445
}
3446
3447
impl From<OrderId> for u64 {
3448
    /// Convert an `OrderId` to u64
3449
0
    fn from(order_id: OrderId) -> Self {
3450
0
        order_id.0
3451
0
    }
3452
}
3453
3454
impl FromStr for OrderId {
3455
    type Err = ParseIntError;
3456
3457
2
    fn from_str(s: &str) -> Result<Self, Self::Err> {
3458
2
        s.parse::<u64>().map(OrderId)
3459
2
    }
3460
}
3461
3462
impl From<String> for OrderId {
3463
    /// Create an `OrderId` from a String, generating new ID if parsing fails
3464
2
    fn from(s: String) -> Self {
3465
2
        s.parse().unwrap_or_else(|_| 
Self::new1
())
3466
2
    }
3467
}
3468
3469
impl From<&str> for OrderId {
3470
    /// Create an `OrderId` from a &str, generating new ID if parsing fails
3471
0
    fn from(s: &str) -> Self {
3472
0
        s.parse().unwrap_or_else(|_| Self::new())
3473
0
    }
3474
}
3475
3476
/// Execution identifier with validation
3477
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
3478
#[cfg_attr(feature = "database", derive(sqlx::Type))]
3479
pub struct ExecutionId(String);
3480
3481
impl ExecutionId {
3482
    /// Create a new execution ID with validation
3483
    ///
3484
    /// # Errors
3485
    /// Returns error if the operation fails
3486
3
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
3487
3
        let id = id.into();
3488
3
        if id.trim().is_empty() {
3489
2
            return Err(CommonTypeError::ValidationError {
3490
2
                field: "execution_id".to_owned(),
3491
2
                reason: "Execution ID cannot be empty".to_owned(),
3492
2
            });
3493
1
        }
3494
1
        Ok(Self(id))
3495
3
    }
3496
3497
    /// Generate a new random execution ID
3498
1
    pub fn generate() -> Self {
3499
1
        Self(uuid::Uuid::new_v4().to_string())
3500
1
    }
3501
3502
    /// Get execution ID as string slice
3503
3
    pub fn as_str(&self) -> &str {
3504
3
        &self.0
3505
3
    }
3506
3507
    /// Convert execution ID into owned string
3508
0
    pub fn into_string(self) -> String {
3509
0
        self.0
3510
0
    }
3511
}
3512
3513
impl fmt::Display for ExecutionId {
3514
    /// Format the execution ID for display
3515
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3516
0
        write!(f, "{}", self.0)
3517
0
    }
3518
}
3519
3520
impl FromStr for ExecutionId {
3521
    type Err = CommonTypeError;
3522
3523
0
    fn from_str(s: &str) -> Result<Self, Self::Err> {
3524
0
        Self::new(s)
3525
0
    }
3526
}
3527
3528
/// Trade identifier with validation
3529
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
3530
pub struct TradeId(String);
3531
3532
impl TradeId {
3533
    /// Create a new trade ID with validation
3534
    ///
3535
    /// # Errors
3536
    /// Returns error if the operation fails
3537
2
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
3538
2
        let id = id.into();
3539
2
        if id.is_empty() {
3540
1
            return Err(CommonTypeError::ValidationError {
3541
1
                field: "trade_id".to_owned(),
3542
1
                reason: "Trade ID cannot be empty".to_owned(),
3543
1
            });
3544
1
        }
3545
1
        Ok(Self(id))
3546
2
    }
3547
3548
    /// Get the trade ID as a string slice
3549
1
    pub fn as_str(&self) -> &str {
3550
1
        &self.0
3551
1
    }
3552
    /// Convert the trade ID into an owned string
3553
0
    pub fn into_string(self) -> String {
3554
0
        self.0
3555
0
    }
3556
}
3557
3558
impl fmt::Display for TradeId {
3559
    /// Format the trade ID for display
3560
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3561
0
        write!(f, "{}", self.0)
3562
0
    }
3563
}
3564
3565
/// Trading symbol with validation
3566
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
3567
#[cfg_attr(feature = "database", derive(sqlx::Type))]
3568
pub struct Symbol {
3569
    value: String,
3570
}
3571
3572
impl Symbol {
3573
    /// Create a new symbol from a string
3574
    #[must_use]
3575
20
    pub const fn new(s: String) -> Self {
3576
20
        Self { value: s }
3577
20
    }
3578
3579
    /// Create a new Symbol with validation
3580
    ///
3581
    /// # Errors
3582
    /// Returns error if the operation fails
3583
6
    pub fn new_validated(s: String) -> Result<Self, CommonTypeError> {
3584
6
        if s.trim().is_empty() {
3585
4
            return Err(CommonTypeError::ValidationError {
3586
4
                field: "symbol".to_owned(),
3587
4
                reason: "Symbol cannot be empty".to_owned(),
3588
4
            });
3589
2
        }
3590
2
        Ok(Self { value: s })
3591
6
    }
3592
3593
    /// Create a Symbol from &str with validation
3594
    ///
3595
    /// # Errors
3596
    /// Returns error if the operation fails
3597
0
    pub fn from_str_validated(s: &str) -> Result<Self, CommonTypeError> {
3598
0
        Self::new_validated(s.to_owned())
3599
0
    }
3600
3601
    /// Get the symbol as a string slice
3602
    #[must_use]
3603
7
    pub fn as_str(&self) -> &str {
3604
7
        &self.value
3605
7
    }
3606
    /// Get the symbol value as a string slice
3607
    #[must_use]
3608
0
    pub fn value(&self) -> &str {
3609
0
        &self.value
3610
0
    }
3611
    /// Get the symbol as bytes
3612
    #[must_use]
3613
0
    pub fn as_bytes(&self) -> &[u8] {
3614
0
        self.value.as_bytes()
3615
0
    }
3616
    /// Check if the symbol is empty
3617
    #[must_use]
3618
2
    pub fn is_empty(&self) -> bool {
3619
2
        self.value.is_empty()
3620
2
    }
3621
    /// Convert the symbol to uppercase
3622
    #[must_use]
3623
2
    pub fn to_uppercase(&self) -> String {
3624
2
        self.value.to_uppercase()
3625
2
    }
3626
    /// Replace occurrences in the symbol
3627
    #[must_use]
3628
2
    pub fn replace(&self, from: &str, to: &str) -> String {
3629
2
        self.value.replace(from, to)
3630
2
    }
3631
3632
    /// Helper for risk management - creates a 'NONE' symbol
3633
    #[must_use]
3634
1
    pub fn none() -> Self {
3635
1
        "NONE".parse().unwrap()
3636
1
    }
3637
3638
    /// Check if the symbol contains a pattern
3639
    #[must_use]
3640
4
    pub fn contains(&self, pattern: &str) -> bool {
3641
4
        self.value.contains(pattern)
3642
4
    }
3643
}
3644
3645
impl FromStr for Symbol {
3646
    type Err = std::convert::Infallible;
3647
3648
6
    fn from_str(s: &str) -> Result<Self, Self::Err> {
3649
6
        Ok(Self {
3650
6
            value: s.to_owned(),
3651
6
        })
3652
6
    }
3653
}
3654
3655
// Additional implementation to support conversion from &Symbol to &str
3656
impl AsRef<str> for Symbol {
3657
    /// Convert symbol to string reference
3658
0
    fn as_ref(&self) -> &str {
3659
0
        &self.value
3660
0
    }
3661
}
3662
3663
impl fmt::Display for Symbol {
3664
    /// Format the symbol for display
3665
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3666
0
        write!(f, "{}", self.value)
3667
0
    }
3668
}
3669
3670
impl From<String> for Symbol {
3671
    /// Create a Symbol from a String
3672
0
    fn from(s: String) -> Self {
3673
0
        Self::new(s)
3674
0
    }
3675
}
3676
impl From<&str> for Symbol {
3677
    /// Create a Symbol from a &str
3678
19
    fn from(s: &str) -> Self {
3679
19
        Self::new(s.to_owned())
3680
19
    }
3681
}
3682
3683
// TryFrom implementations removed due to conflicting blanket implementations
3684
// Use Symbol::new_validated() or Symbol::from_validated() directly instead
3685
3686
impl Default for Symbol {
3687
    /// Returns the default symbol (empty string)
3688
0
    fn default() -> Self {
3689
0
        Self::new(String::new())
3690
0
    }
3691
}
3692
3693
impl PartialEq<str> for Symbol {
3694
0
    fn eq(&self, other: &str) -> bool {
3695
0
        self.value == other
3696
0
    }
3697
}
3698
3699
impl PartialEq<&str> for Symbol {
3700
2
    fn eq(&self, other: &&str) -> bool {
3701
2
        self.value == *other
3702
2
    }
3703
}
3704
3705
impl PartialEq<String> for Symbol {
3706
1
    fn eq(&self, other: &String) -> bool {
3707
1
        &self.value == other
3708
1
    }
3709
}
3710
3711
impl PartialEq<Symbol> for &str {
3712
2
    fn eq(&self, other: &Symbol) -> bool {
3713
2
        *self == other.value
3714
2
    }
3715
}
3716
3717
impl PartialEq<Symbol> for String {
3718
1
    fn eq(&self, other: &Symbol) -> bool {
3719
1
        self == &other.value
3720
1
    }
3721
}
3722
3723
// TimeInForce moved to canonical source: common::types::TimeInForce
3724
3725
// Currency moved to canonical source: common::types::Currency
3726
3727
// Price moved to canonical source: common::types::Price
3728
3729
// Quantity moved to canonical source: common::types::Quantity
3730
// Volume moved to canonical source: common::types::Quantity (as Volume alias)
3731
3732
/// Money amount with currency
3733
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
3734
pub struct Money {
3735
    /// The monetary amount
3736
    pub amount: Decimal,
3737
    /// The currency of the amount
3738
    pub currency: Currency,
3739
}
3740
3741
impl Money {
3742
    /// Create new money amount
3743
3
    pub const fn new(amount: Decimal, currency: Currency) -> Self {
3744
3
        Self { amount, currency }
3745
3
    }
3746
}
3747
3748
impl fmt::Display for Money {
3749
2
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3750
2
        write!(f, "{} {}", self.amount, self.currency)
3751
2
    }
3752
}
3753
3754
// OrderId moved to canonical source: common::types::OrderId
3755
3756
// TradeId moved to canonical source: common::types::TradeId
3757
3758
// Symbol moved to canonical source: common::types::Symbol
3759
3760
/// Type-safe account identifier
3761
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
3762
pub struct AccountId(String);
3763
3764
impl AccountId {
3765
    /// Create a new account ID with validation
3766
    ///
3767
    /// # Errors
3768
    /// Returns error if the operation fails
3769
3
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
3770
3
        let id = id.into();
3771
3
        if id.trim().is_empty() {
3772
2
            return Err(CommonTypeError::InvalidIdentifier {
3773
2
                field: "account_id".to_owned(),
3774
2
                reason: "Account ID cannot be empty".to_owned(),
3775
2
            });
3776
1
        }
3777
1
        Ok(Self(id))
3778
3
    }
3779
3780
    /// Get the ID as a string slice
3781
0
    pub fn as_str(&self) -> &str {
3782
0
        &self.0
3783
0
    }
3784
3785
    /// Convert to owned String
3786
0
    pub fn into_string(self) -> String {
3787
0
        self.0
3788
0
    }
3789
}
3790
3791
impl fmt::Display for AccountId {
3792
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3793
0
        write!(f, "{}", self.0)
3794
0
    }
3795
}
3796
3797
/// High-precision timestamp for HFT applications - CANONICAL DEFINITION
3798
///
3799
/// Robust implementation with error handling for financial safety
3800
#[derive(
3801
    Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize, Default,
3802
)]
3803
pub struct HftTimestamp {
3804
    nanos: u64,
3805
}
3806
3807
impl HftTimestamp {
3808
    /// Get current timestamp with error handling for financial safety
3809
    ///
3810
    /// # Errors
3811
    /// Returns error if the operation fails
3812
26
    pub fn now() -> Result<Self, CommonError> {
3813
        use std::time::{SystemTime, UNIX_EPOCH};
3814
26
        let nanos = SystemTime::now()
3815
26
            .duration_since(UNIX_EPOCH)
3816
26
            .map_err(|e| CommonError::Service {
3817
0
                category: CommonErrorCategory::System,
3818
0
                message: format!("System time before UNIX epoch: {e}"),
3819
0
            })?
3820
26
            .as_nanos().try_into().unwrap_or(0_u64);
3821
26
        Ok(Self { nanos })
3822
26
    }
3823
3824
    /// Get current timestamp with error handling for financial safety (`CommonTypeError` version)
3825
    ///
3826
    /// # Errors
3827
    /// Returns error if the operation fails
3828
1
    pub fn now_common() -> Result<Self, CommonTypeError> {
3829
        use std::time::{SystemTime, UNIX_EPOCH};
3830
1
        let nanos = SystemTime::now()
3831
1
            .duration_since(UNIX_EPOCH)
3832
1
            .map_err(|e| CommonTypeError::ConversionError {
3833
0
                message: format!("System time before UNIX epoch: {e}"),
3834
0
            })?
3835
1
            .as_nanos().try_into().unwrap_or(0_u64);
3836
1
        Ok(Self { nanos })
3837
1
    }
3838
3839
    /// Get current timestamp or zero if system time is invalid
3840
    #[must_use]
3841
25
    pub fn now_or_zero() -> Self {
3842
25
        Self::now().unwrap_or(Self { nanos: 0 })
3843
25
    }
3844
3845
    /// Get nanoseconds since epoch
3846
    #[must_use]
3847
4
    pub const fn nanos(self) -> u64 {
3848
4
        self.nanos
3849
4
    }
3850
3851
    #[allow(clippy::as_conversions)]
3852
    /// Create from nanoseconds since epoch
3853
    #[must_use]
3854
2
    pub const fn from_nanos(nanos: u64) -> Self {
3855
2
        Self { nanos }
3856
2
    }
3857
3858
    /// Create from signed nanoseconds (cast to unsigned)
3859
    #[must_use]
3860
    #[allow(clippy::as_conversions)]
3861
0
    pub const fn from_nanos_i64(nanos: i64) -> Self {
3862
0
        Self {
3863
0
            nanos: nanos as u64,
3864
0
        }
3865
0
    }
3866
3867
    /// Get nanoseconds since epoch
3868
0
    pub const fn as_nanos(&self) -> u64 {
3869
0
        self.nanos
3870
0
    }
3871
3872
    /// Convert to `DateTime<Utc>`
3873
    #[allow(clippy::integer_division)]
3874
1
    pub fn to_datetime(&self) -> DateTime<Utc> {
3875
1
        let secs = self.nanos / 1_000_000_000;
3876
1
        let nsecs = u32::try_from(self.nanos % 1_000_000_000).unwrap_or(0);
3877
1
        DateTime::from_timestamp(i64::try_from(secs).unwrap_or(0), nsecs).unwrap_or_default()
3878
1
    }
3879
}
3880
3881
impl fmt::Display for HftTimestamp {
3882
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3883
0
        write!(f, "{}", self.to_datetime())
3884
0
    }
3885
}
3886
3887
/// Generic timestamp for general use cases
3888
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
3889
pub struct GenericTimestamp {
3890
    nanos: u64,
3891
}
3892
3893
impl GenericTimestamp {
3894
    /// Create from nanoseconds since epoch
3895
    #[must_use]
3896
0
    pub const fn from_nanos(nanos: u64) -> Self {
3897
0
        Self { nanos }
3898
0
    }
3899
3900
    /// Get nanoseconds since epoch
3901
    #[must_use]
3902
0
    pub const fn nanos(&self) -> u64 {
3903
0
        self.nanos
3904
0
    }
3905
}
3906
3907
// =============================================================================
3908
// MARKET TYPES (MIGRATED FROM TRADING_ENGINE)
3909
// =============================================================================
3910
3911
/// Market regime enumeration for position sizing scaling and risk management
3912
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
3913
pub enum MarketRegime {
3914
    /// Normal market conditions
3915
    Normal,
3916
    /// Crisis/stress market conditions
3917
    Crisis,
3918
    /// Trending market (strong directional movement)
3919
    Trending,
3920
    /// Sideways/ranging market (low volatility)
3921
    Sideways,
3922
    /// Bull market (sustained upward trend)
3923
    Bull,
3924
    /// Bear market (sustained downward trend)
3925
    Bear,
3926
    /// High volatility market conditions
3927
    HighVolatility,
3928
    /// Low volatility market conditions
3929
    LowVolatility,
3930
    /// Volatile market conditions (alias for `HighVolatility`)
3931
    Volatile,
3932
    /// Calm market conditions (alias for `LowVolatility`)
3933
    Calm,
3934
    /// Unknown/unclassified regime
3935
    Unknown,
3936
    /// Recovery regime - transitioning from crisis
3937
    Recovery,
3938
    /// Bubble regime - unsustainable upward movement
3939
    Bubble,
3940
    /// Correction regime - temporary downward adjustment
3941
    Correction,
3942
    /// Custom regime with numeric identifier
3943
    Custom(usize),
3944
}
3945
3946
impl Default for MarketRegime {
3947
0
    fn default() -> Self {
3948
0
        Self::Normal
3949
0
    }
3950
}
3951
3952
impl fmt::Display for MarketRegime {
3953
6
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3954
6
        match self {
3955
1
            Self::Normal => write!(f, "Normal"),
3956
1
            Self::Crisis => write!(f, "Crisis"),
3957
0
            Self::Trending => write!(f, "Trending"),
3958
0
            Self::Sideways => write!(f, "Sideways"),
3959
1
            Self::Bull => write!(f, "Bull"),
3960
1
            Self::Bear => write!(f, "Bear"),
3961
1
            Self::HighVolatility => write!(f, "HighVolatility"),
3962
0
            Self::LowVolatility => write!(f, "LowVolatility"),
3963
0
            Self::Volatile => write!(f, "Volatile"),
3964
0
            Self::Calm => write!(f, "Calm"),
3965
0
            Self::Unknown => write!(f, "Unknown"),
3966
0
            Self::Recovery => write!(f, "Recovery"),
3967
0
            Self::Bubble => write!(f, "Bubble"),
3968
0
            Self::Correction => write!(f, "Correction"),
3969
1
            Self::Custom(id) => write!(f, "Custom({id})"),
3970
        }
3971
6
    }
3972
}
3973
3974
/// Tick type enumeration for market data
3975
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
3976
#[cfg_attr(feature = "database", derive(sqlx::Type))]
3977
#[cfg_attr(
3978
    feature = "database",
3979
    sqlx(type_name = "tick_type", rename_all = "snake_case")
3980
)]
3981
pub enum TickType {
3982
    /// Trade execution tick
3983
    Trade,
3984
    /// Bid price update tick
3985
    Bid,
3986
    /// Ask price update tick
3987
    Ask,
3988
    /// Quote (bid/ask) update tick
3989
    Quote,
3990
}
3991
3992
/// Exchange enumeration for trading venues
3993
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
3994
pub enum Exchange {
3995
    /// New York Stock Exchange
3996
    NYSE,
3997
    /// NASDAQ
3998
    NASDAQ,
3999
    /// Chicago Mercantile Exchange
4000
    CME,
4001
    /// Intercontinental Exchange
4002
    ICE,
4003
    /// London Stock Exchange
4004
    LSE,
4005
    /// Tokyo Stock Exchange
4006
    TSE,
4007
    /// Hong Kong Stock Exchange
4008
    HKEX,
4009
    /// Shanghai Stock Exchange
4010
    SSE,
4011
    /// Shenzhen Stock Exchange
4012
    SZSE,
4013
    /// Euronext
4014
    EURONEXT,
4015
    /// Deutsche Börse
4016
    XETRA,
4017
    /// Chicago Board of Trade
4018
    CBOT,
4019
    /// Chicago Board Options Exchange
4020
    CBOE,
4021
    /// BATS Global Markets
4022
    BATS,
4023
    /// IEX Exchange
4024
    IEX,
4025
    /// Interactive Brokers
4026
    IBKR,
4027
    /// IC Markets
4028
    ICMARKETS,
4029
    /// Forex.com
4030
    FOREX,
4031
    /// Binance
4032
    BINANCE,
4033
    /// Coinbase
4034
    COINBASE,
4035
    /// Kraken
4036
    KRAKEN,
4037
    /// Unknown or unrecognized exchange
4038
    UNKNOWN,
4039
}
4040
4041
impl Default for Exchange {
4042
0
    fn default() -> Self {
4043
0
        Self::UNKNOWN
4044
0
    }
4045
}
4046
4047
impl fmt::Display for Exchange {
4048
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
4049
0
        match self {
4050
0
            Self::NYSE => write!(f, "NYSE"),
4051
0
            Self::NASDAQ => write!(f, "NASDAQ"),
4052
0
            Self::CME => write!(f, "CME"),
4053
0
            Self::ICE => write!(f, "ICE"),
4054
0
            Self::LSE => write!(f, "LSE"),
4055
0
            Self::TSE => write!(f, "TSE"),
4056
0
            Self::HKEX => write!(f, "HKEX"),
4057
0
            Self::SSE => write!(f, "SSE"),
4058
0
            Self::SZSE => write!(f, "SZSE"),
4059
0
            Self::EURONEXT => write!(f, "EURONEXT"),
4060
0
            Self::XETRA => write!(f, "XETRA"),
4061
0
            Self::CBOT => write!(f, "CBOT"),
4062
0
            Self::CBOE => write!(f, "CBOE"),
4063
0
            Self::BATS => write!(f, "BATS"),
4064
0
            Self::IEX => write!(f, "IEX"),
4065
0
            Self::IBKR => write!(f, "IBKR"),
4066
0
            Self::ICMARKETS => write!(f, "ICMARKETS"),
4067
0
            Self::FOREX => write!(f, "FOREX"),
4068
0
            Self::BINANCE => write!(f, "BINANCE"),
4069
0
            Self::COINBASE => write!(f, "COINBASE"),
4070
0
            Self::KRAKEN => write!(f, "KRAKEN"),
4071
0
            Self::UNKNOWN => write!(f, "UNKNOWN"),
4072
        }
4073
0
    }
4074
}
4075
4076
impl FromStr for Exchange {
4077
    type Err = CommonTypeError;
4078
4079
4
    fn from_str(s: &str) -> Result<Self, Self::Err> {
4080
4
        match s.to_uppercase().as_str() {
4081
4
            "NYSE" => 
Ok(Self::NYSE)1
,
4082
3
            "NASDAQ" => 
Ok(Self::NASDAQ)2
,
4083
1
            "CME" => 
Ok(Self::CME)0
,
4084
1
            "ICE" => 
Ok(Self::ICE)0
,
4085
1
            "LSE" => 
Ok(Self::LSE)0
,
4086
1
            "TSE" => 
Ok(Self::TSE)0
,
4087
1
            "HKEX" => 
Ok(Self::HKEX)0
,
4088
1
            "SSE" => 
Ok(Self::SSE)0
,
4089
1
            "SZSE" => 
Ok(Self::SZSE)0
,
4090
1
            "EURONEXT" => 
Ok(Self::EURONEXT)0
,
4091
1
            "XETRA" => 
Ok(Self::XETRA)0
,
4092
1
            "CBOT" => 
Ok(Self::CBOT)0
,
4093
1
            "CBOE" => 
Ok(Self::CBOE)0
,
4094
1
            "BATS" => 
Ok(Self::BATS)0
,
4095
1
            "IEX" => 
Ok(Self::IEX)0
,
4096
1
            "IBKR" => 
Ok(Self::IBKR)0
,
4097
1
            "ICMARKETS" => 
Ok(Self::ICMARKETS)0
,
4098
1
            "FOREX" => 
Ok(Self::FOREX)0
,
4099
1
            "BINANCE" => 
Ok(Self::BINANCE)0
,
4100
1
            "COINBASE" => 
Ok(Self::COINBASE)0
,
4101
1
            "KRAKEN" => 
Ok(Self::KRAKEN)0
,
4102
1
            "UNKNOWN" => 
Ok(Self::UNKNOWN)0
,
4103
1
            _ => Ok(Self::UNKNOWN), // Default to UNKNOWN for unrecognized exchanges
4104
        }
4105
4
    }
4106
}
4107
4108
/// Market tick data structure - CANONICAL SINGLE SOURCE OF TRUTH
4109
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
4110
pub struct MarketTick {
4111
    /// Trading symbol
4112
    pub symbol: Symbol,
4113
    /// Tick price
4114
    pub price: Price,
4115
    /// Tick size/quantity
4116
    pub size: Quantity,
4117
    /// Tick timestamp
4118
    pub timestamp: HftTimestamp,
4119
    /// Type of tick (trade, bid, ask, quote)
4120
    pub tick_type: TickType,
4121
    /// Exchange where the tick occurred
4122
    pub exchange: Exchange,
4123
    /// Sequence number for ordering
4124
    pub sequence_number: u64,
4125
}
4126
4127
impl MarketTick {
4128
    /// Create a new market tick with current timestamp
4129
    ///
4130
    /// # Errors
4131
    /// Returns error if the operation fails
4132
0
    pub fn new(
4133
0
        symbol: Symbol,
4134
0
        price: Price,
4135
0
        size: Quantity,
4136
0
        tick_type: TickType,
4137
0
        exchange: Exchange,
4138
0
        sequence_number: u64,
4139
0
    ) -> Result<Self, CommonError> {
4140
        Ok(Self {
4141
0
            symbol,
4142
0
            price,
4143
0
            size,
4144
0
            timestamp: HftTimestamp::now()?,
4145
0
            tick_type,
4146
0
            exchange,
4147
0
            sequence_number,
4148
        })
4149
0
    }
4150
4151
    /// Create a new market tick with specified timestamp (for backtesting)
4152
    #[must_use]
4153
0
    pub const fn with_timestamp(
4154
0
        symbol: Symbol,
4155
0
        price: Price,
4156
0
        size: Quantity,
4157
0
        timestamp: HftTimestamp,
4158
0
        tick_type: TickType,
4159
0
        exchange: Exchange,
4160
0
        sequence_number: u64,
4161
0
    ) -> Self {
4162
0
        Self {
4163
0
            symbol,
4164
0
            price,
4165
0
            size,
4166
0
            timestamp,
4167
0
            tick_type,
4168
0
            exchange,
4169
0
            sequence_number,
4170
0
        }
4171
0
    }
4172
}
4173
4174
/// Trading signal for algorithmic trading
4175
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
4176
pub struct TradingSignal {
4177
    /// Signal ID
4178
    pub signal_id: Uuid,
4179
    /// Symbol this signal applies to
4180
    pub symbol: Symbol,
4181
    /// Signal strength (-1.0 to 1.0)
4182
    pub strength: f64,
4183
    /// Signal direction
4184
    pub direction: OrderSide,
4185
    /// Confidence level (0.0 to 1.0)
4186
    pub confidence: f64,
4187
    /// Signal generation timestamp
4188
    pub timestamp: HftTimestamp,
4189
    /// Signal source/strategy
4190
    pub source: String,
4191
    /// Additional metadata
4192
    pub metadata: std::collections::HashMap<String, String>,
4193
}
4194
4195
impl TradingSignal {
4196
    /// Create a new trading signal
4197
    ///
4198
    /// # Errors
4199
    /// Returns error if the operation fails
4200
3
    pub fn new(
4201
3
        symbol: Symbol,
4202
3
        strength: f64,
4203
3
        direction: OrderSide,
4204
3
        confidence: f64,
4205
3
        source: String,
4206
3
    ) -> Result<Self, CommonTypeError> {
4207
3
        if !(0.0_f64..=1.0_f64).contains(&confidence) {
4208
1
            return Err(CommonTypeError::ValidationError {
4209
1
                field: "confidence".to_owned(),
4210
1
                reason: "Confidence must be between 0.0 and 1.0".to_owned(),
4211
1
            });
4212
2
        }
4213
2
        if !(-1.0_f64..=1.0_f64).contains(&strength) {
4214
1
            return Err(CommonTypeError::ValidationError {
4215
1
                field: "strength".to_owned(),
4216
1
                reason: "Strength must be between -1.0 and 1.0".to_owned(),
4217
1
            });
4218
1
        }
4219
4220
        Ok(Self {
4221
1
            signal_id: Uuid::new_v4(),
4222
1
            symbol,
4223
1
            strength,
4224
1
            direction,
4225
1
            confidence,
4226
1
            timestamp: HftTimestamp::now_common()
?0
,
4227
1
            source,
4228
1
            metadata: std::collections::HashMap::new(),
4229
        })
4230
3
    }
4231
4232
    /// Add metadata to the signal
4233
    #[must_use]
4234
0
    pub fn with_metadata(mut self, key: String, value: String) -> Self {
4235
0
        self.metadata.insert(key, value);
4236
0
        self
4237
0
    }
4238
}
4239
4240
// =============================================================================
4241
// HIGH-PERFORMANCE TYPES FOR COPY/CLONE OPTIMIZATION
4242
// =============================================================================
4243
4244
/// Lightweight Order reference for high-performance contexts requiring Copy trait
4245
///
4246
/// This struct contains only the essential order data needed for performance-critical
4247
/// operations like `SmallBatchRing` processing, while maintaining Copy semantics.
4248
///
4249
/// For full order details, use the complete Order struct.
4250
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
4251
pub struct OrderRef {
4252
    /// Order ID (u64 for performance)
4253
    pub id: u64,
4254
    /// Symbol hash for fast lookups
4255
    pub symbol_hash: i64,
4256
    /// Order side (Buy/Sell)
4257
    pub side: OrderSide,
4258
    /// Order type
4259
    pub order_type: OrderType,
4260
    /// Quantity (fixed-point u64)
4261
    pub quantity: u64,
4262
    /// Price (fixed-point u64, 0 for market orders)
4263
    pub price: u64,
4264
    /// Timestamp (nanoseconds since epoch)
4265
    pub timestamp: u64,
4266
}
4267
4268
impl OrderRef {
4269
    /// Create `OrderRef` from a full Order struct
4270
    #[must_use]
4271
1
    pub fn from_order(order: &Order) -> Self {
4272
        Self {
4273
1
            id: order.id.value(),
4274
1
            symbol_hash: order.symbol_hash(),
4275
1
            side: order.side,
4276
1
            order_type: order.order_type,
4277
1
            quantity: order.quantity.raw_value(),
4278
1
            price: order.price.map_or(0, |p| p.raw_value()),
4279
1
            timestamp: order.created_at.nanos(),
4280
        }
4281
1
    }
4282
4283
    /// Create a limit order reference
4284
    #[must_use]
4285
0
    pub fn limit(symbol_hash: i64, side: OrderSide, quantity: u64, price: u64) -> Self {
4286
0
        Self {
4287
0
            id: OrderId::new().value(),
4288
0
            symbol_hash,
4289
0
            side,
4290
0
            order_type: OrderType::Limit,
4291
0
            quantity,
4292
0
            price,
4293
0
            timestamp: HftTimestamp::now_or_zero().nanos(),
4294
0
        }
4295
0
    }
4296
4297
    /// Create a market order reference  
4298
    #[must_use]
4299
0
    pub fn market(symbol_hash: i64, side: OrderSide, quantity: u64) -> Self {
4300
0
        Self {
4301
0
            id: OrderId::new().value(),
4302
0
            symbol_hash,
4303
0
            side,
4304
0
            order_type: OrderType::Market,
4305
0
            quantity,
4306
0
            price: 0,
4307
0
            timestamp: HftTimestamp::now_or_zero().nanos(),
4308
0
        }
4309
0
    }
4310
4311
    /// Get quantity as Quantity type
4312
    #[must_use]
4313
0
    pub const fn get_quantity(&self) -> Quantity {
4314
0
        Quantity::from_raw(self.quantity)
4315
0
    }
4316
4317
    /// Get price as Price type (None for market orders)
4318
    #[must_use]
4319
0
    pub const fn get_price(&self) -> Option<Price> {
4320
0
        if self.price == 0 {
4321
0
            None
4322
        } else {
4323
0
            Some(Price::from_raw(self.price))
4324
        }
4325
0
    }
4326
4327
    /// Check if this is a buy order
4328
    #[must_use]
4329
0
    pub fn is_buy(&self) -> bool {
4330
0
        self.side == OrderSide::Buy
4331
0
    }
4332
4333
    /// Check if this is a sell order
4334
    #[must_use]
4335
0
    pub fn is_sell(&self) -> bool {
4336
0
        self.side == OrderSide::Sell
4337
0
    }
4338
4339
    /// Check if this is a market order
4340
    #[must_use]
4341
0
    pub fn is_market_order(&self) -> bool {
4342
0
        self.order_type == OrderType::Market || self.price == 0
4343
0
    }
4344
4345
    /// Check if this is a limit order
4346
    #[must_use]
4347
0
    pub fn is_limit_order(&self) -> bool {
4348
0
        self.order_type == OrderType::Limit && self.price > 0
4349
0
    }
4350
}
4351
4352
impl Default for OrderRef {
4353
0
    fn default() -> Self {
4354
0
        Self {
4355
0
            id: 0,
4356
0
            symbol_hash: 0,
4357
0
            side: OrderSide::Buy,
4358
0
            order_type: OrderType::Market,
4359
0
            quantity: 0,
4360
0
            price: 0,
4361
0
            timestamp: 0,
4362
0
        }
4363
0
    }
4364
}
4365
4366
// =============================================================================
4367
// COMPREHENSIVE TESTS
4368
// =============================================================================
4369
4370
#[cfg(test)]
4371
mod tests {
4372
    use super::*;
4373
    use std::str::FromStr;
4374
4375
    // =============================================================================
4376
    // Price Tests
4377
    // =============================================================================
4378
4379
    #[test]
4380
1
    fn test_price_from_f64_valid() {
4381
1
        let price = Price::from_f64(100.50).unwrap();
4382
1
        assert_eq!(price.to_f64(), 100.50);
4383
1
    }
4384
4385
    #[test]
4386
1
    fn test_price_from_f64_negative() {
4387
1
        let result = Price::from_f64(-10.0);
4388
1
        assert!(result.is_err());
4389
1
    }
4390
4391
    #[test]
4392
1
    fn test_price_from_f64_nan() {
4393
1
        let result = Price::from_f64(f64::NAN);
4394
1
        assert!(result.is_err());
4395
1
    }
4396
4397
    #[test]
4398
1
    fn test_price_from_f64_infinity() {
4399
1
        let result = Price::from_f64(f64::INFINITY);
4400
1
        assert!(result.is_err());
4401
1
    }
4402
4403
    #[test]
4404
1
    fn test_price_constants() {
4405
1
        assert_eq!(Price::ZERO.to_f64(), 0.0);
4406
1
        assert_eq!(Price::ONE.to_f64(), 1.0);
4407
1
        assert_eq!(Price::CENT.to_f64(), 0.01);
4408
1
    }
4409
4410
    #[test]
4411
1
    fn test_price_addition() {
4412
1
        let p1 = Price::from_f64(10.0).unwrap();
4413
1
        let p2 = Price::from_f64(5.5).unwrap();
4414
1
        let result = p1 + p2;
4415
1
        assert!((result.to_f64() - 15.5).abs() < 0.00001);
4416
1
    }
4417
4418
    #[test]
4419
1
    fn test_price_subtraction() {
4420
1
        let p1 = Price::from_f64(10.0).unwrap();
4421
1
        let p2 = Price::from_f64(5.5).unwrap();
4422
1
        let result = p1 - p2;
4423
1
        assert!((result.to_f64() - 4.5).abs() < 0.00001);
4424
1
    }
4425
4426
    #[test]
4427
1
    fn test_price_multiplication() {
4428
1
        let price = Price::from_f64(10.0).unwrap();
4429
1
        let result = (price * 2.5).unwrap();
4430
1
        assert!((result.to_f64() - 25.0).abs() < 0.00001);
4431
1
    }
4432
4433
    #[test]
4434
1
    fn test_price_division() {
4435
1
        let price = Price::from_f64(10.0).unwrap();
4436
1
        let result = (price / 2.0).unwrap();
4437
1
        assert!((result.to_f64() - 5.0).abs() < 0.00001);
4438
1
    }
4439
4440
    #[test]
4441
1
    fn test_price_division_by_zero() {
4442
1
        let price = Price::from_f64(10.0).unwrap();
4443
1
        let result = price / 0.0;
4444
1
        assert!(result.is_err());
4445
1
    }
4446
4447
    #[test]
4448
1
    fn test_price_from_cents() {
4449
1
        let price = Price::from_cents(150);
4450
1
        assert!((price.to_f64() - 1.50).abs() < 0.00001);
4451
1
    }
4452
4453
    #[test]
4454
1
    fn test_price_to_cents() {
4455
1
        let price = Price::from_f64(1.50).unwrap();
4456
1
        assert_eq!(price.to_cents(), 150);
4457
1
    }
4458
4459
    #[test]
4460
1
    fn test_price_is_zero() {
4461
1
        assert!(Price::ZERO.is_zero());
4462
1
        assert!(!Price::from_f64(1.0).unwrap().is_zero());
4463
1
    }
4464
4465
    #[test]
4466
1
    fn test_price_from_str() {
4467
1
        let price = Price::from_str("123.45").unwrap();
4468
1
        assert!((price.to_f64() - 123.45).abs() < 0.00001);
4469
1
    }
4470
4471
    #[test]
4472
1
    fn test_price_from_str_invalid() {
4473
1
        let result = Price::from_str("invalid");
4474
1
        assert!(result.is_err());
4475
1
    }
4476
4477
    #[test]
4478
1
    fn test_price_display() {
4479
1
        let price = Price::from_f64(123.456789).unwrap();
4480
1
        let display = format!("{}", price);
4481
1
        assert!(display.starts_with("123.45678"));
4482
1
    }
4483
4484
    #[test]
4485
1
    fn test_price_partial_eq_f64() {
4486
1
        let price = Price::from_f64(10.0).unwrap();
4487
1
        assert_eq!(price, 10.0);
4488
1
        assert_eq!(10.0, price);
4489
1
    }
4490
4491
    #[test]
4492
1
    fn test_price_multiply_price() {
4493
1
        let p1 = Price::from_f64(10.0).unwrap();
4494
1
        let p2 = Price::from_f64(2.5).unwrap();
4495
1
        let result = p1.multiply(p2).unwrap();
4496
1
        assert!((result.to_f64() - 25.0).abs() < 0.00001);
4497
1
    }
4498
4499
    // =============================================================================
4500
    // Quantity Tests
4501
    // =============================================================================
4502
4503
    #[test]
4504
1
    fn test_quantity_from_f64_valid() {
4505
1
        let qty = Quantity::from_f64(100.5).unwrap();
4506
1
        assert_eq!(qty.to_f64(), 100.5);
4507
1
    }
4508
4509
    #[test]
4510
1
    fn test_quantity_from_f64_negative() {
4511
1
        let result = Quantity::from_f64(-10.0);
4512
1
        assert!(result.is_err());
4513
1
    }
4514
4515
    #[test]
4516
1
    fn test_quantity_from_f64_nan() {
4517
1
        let result = Quantity::from_f64(f64::NAN);
4518
1
        assert!(result.is_err());
4519
1
    }
4520
4521
    #[test]
4522
1
    fn test_quantity_constants() {
4523
1
        assert_eq!(Quantity::ZERO.to_f64(), 0.0);
4524
1
        assert_eq!(Quantity::ONE.to_f64(), 1.0);
4525
1
    }
4526
4527
    #[test]
4528
1
    fn test_quantity_addition() {
4529
1
        let q1 = Quantity::from_f64(10.0).unwrap();
4530
1
        let q2 = Quantity::from_f64(5.5).unwrap();
4531
1
        let result = q1 + q2;
4532
1
        assert!((result.to_f64() - 15.5).abs() < 0.00001);
4533
1
    }
4534
4535
    #[test]
4536
1
    fn test_quantity_subtraction() {
4537
1
        let q1 = Quantity::from_f64(10.0).unwrap();
4538
1
        let q2 = Quantity::from_f64(5.5).unwrap();
4539
1
        let result = q1 - q2;
4540
1
        assert!((result.to_f64() - 4.5).abs() < 0.00001);
4541
1
    }
4542
4543
    #[test]
4544
1
    fn test_quantity_multiplication() {
4545
1
        let qty = Quantity::from_f64(10.0).unwrap();
4546
1
        let result = (qty * 2.5).unwrap();
4547
1
        assert!((result.to_f64() - 25.0).abs() < 0.00001);
4548
1
    }
4549
4550
    #[test]
4551
1
    fn test_quantity_division() {
4552
1
        let qty = Quantity::from_f64(10.0).unwrap();
4553
1
        let result = (qty / 2.0).unwrap();
4554
1
        assert!((result.to_f64() - 5.0).abs() < 0.00001);
4555
1
    }
4556
4557
    #[test]
4558
1
    fn test_quantity_division_by_zero() {
4559
1
        let qty = Quantity::from_f64(10.0).unwrap();
4560
1
        let result = qty / 0.0;
4561
1
        assert!(result.is_err());
4562
1
    }
4563
4564
    #[test]
4565
1
    fn test_quantity_is_zero() {
4566
1
        assert!(Quantity::ZERO.is_zero());
4567
1
        assert!(!Quantity::from_f64(1.0).unwrap().is_zero());
4568
1
    }
4569
4570
    #[test]
4571
1
    fn test_quantity_is_positive() {
4572
1
        assert!(Quantity::from_f64(1.0).unwrap().is_positive());
4573
1
        assert!(!Quantity::ZERO.is_positive());
4574
1
    }
4575
4576
    #[test]
4577
1
    fn test_quantity_is_negative() {
4578
        // Quantity is always non-negative
4579
1
        assert!(!Quantity::from_f64(1.0).unwrap().is_negative());
4580
1
        assert!(!Quantity::ZERO.is_negative());
4581
1
    }
4582
4583
    #[test]
4584
1
    fn test_quantity_from_shares() {
4585
1
        let qty = Quantity::from_shares(100);
4586
1
        assert_eq!(qty.to_shares(), 100);
4587
1
    }
4588
4589
    #[test]
4590
1
    fn test_quantity_sum() {
4591
1
        let quantities = vec![
4592
1
            Quantity::from_f64(1.0).unwrap(),
4593
1
            Quantity::from_f64(2.0).unwrap(),
4594
1
            Quantity::from_f64(3.0).unwrap(),
4595
        ];
4596
1
        let sum: Quantity = quantities.into_iter().sum();
4597
1
        assert!((sum.to_f64() - 6.0).abs() < 0.00001);
4598
1
    }
4599
4600
    #[test]
4601
1
    fn test_quantity_try_from_i32() {
4602
1
        let qty = Quantity::try_from(100i32).unwrap();
4603
1
        assert_eq!(qty.to_f64(), 100.0);
4604
1
    }
4605
4606
    #[test]
4607
1
    fn test_quantity_try_from_string() {
4608
1
        let qty = Quantity::try_from("123.45").unwrap();
4609
1
        assert!((qty.to_f64() - 123.45).abs() < 0.00001);
4610
1
    }
4611
4612
    // =============================================================================
4613
    // Money Tests
4614
    // =============================================================================
4615
4616
    #[test]
4617
1
    fn test_money_new() {
4618
1
        let amount = Decimal::from_f64_retain(100.50).unwrap();
4619
1
        let money = Money::new(amount, Currency::USD);
4620
1
        assert_eq!(money.currency, Currency::USD);
4621
1
        assert_eq!(money.amount, amount);
4622
1
    }
4623
4624
    #[test]
4625
1
    fn test_money_display() {
4626
1
        let amount = Decimal::from_f64_retain(100.50).unwrap();
4627
1
        let money = Money::new(amount, Currency::USD);
4628
1
        let display = format!("{}", money);
4629
1
        assert!(display.contains("100.5"));
4630
1
        assert!(display.contains("USD"));
4631
1
    }
4632
4633
    // =============================================================================
4634
    // Symbol Tests
4635
    // =============================================================================
4636
4637
    #[test]
4638
1
    fn test_symbol_new() {
4639
1
        let symbol = Symbol::new("AAPL".to_owned());
4640
1
        assert_eq!(symbol.as_str(), "AAPL");
4641
1
    }
4642
4643
    #[test]
4644
1
    fn test_symbol_new_validated_valid() {
4645
1
        let symbol = Symbol::new_validated("AAPL".to_owned()).unwrap();
4646
1
        assert_eq!(symbol.as_str(), "AAPL");
4647
1
    }
4648
4649
    #[test]
4650
1
    fn test_symbol_new_validated_empty() {
4651
1
        let result = Symbol::new_validated("".to_owned());
4652
1
        assert!(result.is_err());
4653
1
    }
4654
4655
    #[test]
4656
1
    fn test_symbol_new_validated_whitespace() {
4657
1
        let result = Symbol::new_validated("   ".to_owned());
4658
1
        assert!(result.is_err());
4659
1
    }
4660
4661
    #[test]
4662
1
    fn test_symbol_from_str() {
4663
1
        let symbol = Symbol::from_str("AAPL").unwrap();
4664
1
        assert_eq!(symbol.as_str(), "AAPL");
4665
1
    }
4666
4667
    #[test]
4668
1
    fn test_symbol_to_uppercase() {
4669
1
        let symbol = Symbol::from_str("aapl").unwrap();
4670
1
        assert_eq!(symbol.to_uppercase(), "AAPL");
4671
1
    }
4672
4673
    #[test]
4674
1
    fn test_symbol_replace() {
4675
1
        let symbol = Symbol::from_str("AAPL.US").unwrap();
4676
1
        assert_eq!(symbol.replace(".US", ""), "AAPL");
4677
1
    }
4678
4679
    #[test]
4680
1
    fn test_symbol_contains() {
4681
1
        let symbol = Symbol::from_str("AAPL.US").unwrap();
4682
1
        assert!(symbol.contains("AAPL"));
4683
1
        assert!(!symbol.contains("MSFT"));
4684
1
    }
4685
4686
    #[test]
4687
1
    fn test_symbol_partial_eq_str() {
4688
1
        let symbol = Symbol::from_str("AAPL").unwrap();
4689
1
        assert_eq!("AAPL", symbol);
4690
1
        assert_eq!(symbol.as_str(), "AAPL");
4691
1
    }
4692
4693
    #[test]
4694
1
    fn test_symbol_none() {
4695
1
        let symbol = Symbol::none();
4696
1
        assert_eq!(symbol.as_str(), "NONE");
4697
1
    }
4698
4699
    // =============================================================================
4700
    // TimeInForce Tests
4701
    // =============================================================================
4702
4703
    #[test]
4704
1
    fn test_time_in_force_display() {
4705
1
        assert_eq!(format!("{}", TimeInForce::Day), "DAY");
4706
1
        assert_eq!(format!("{}", TimeInForce::GoodTillCancel), "GTC");
4707
1
        assert_eq!(format!("{}", TimeInForce::ImmediateOrCancel), "IOC");
4708
1
        assert_eq!(format!("{}", TimeInForce::FillOrKill), "FOK");
4709
1
    }
4710
4711
    #[test]
4712
1
    fn test_time_in_force_default() {
4713
1
        assert_eq!(TimeInForce::default(), TimeInForce::Day);
4714
1
    }
4715
4716
    // =============================================================================
4717
    // OrderType Tests
4718
    // =============================================================================
4719
4720
    #[test]
4721
1
    fn test_order_type_display() {
4722
1
        assert_eq!(format!("{}", OrderType::Market), "MARKET");
4723
1
        assert_eq!(format!("{}", OrderType::Limit), "LIMIT");
4724
1
        assert_eq!(format!("{}", OrderType::Stop), "STOP");
4725
1
        assert_eq!(format!("{}", OrderType::StopLimit), "STOP_LIMIT");
4726
1
    }
4727
4728
    #[test]
4729
1
    fn test_order_type_try_from_i32_valid() {
4730
1
        assert_eq!(OrderType::try_from(0).unwrap(), OrderType::Market);
4731
1
        assert_eq!(OrderType::try_from(1).unwrap(), OrderType::Limit);
4732
1
        assert_eq!(OrderType::try_from(2).unwrap(), OrderType::Stop);
4733
1
    }
4734
4735
    #[test]
4736
1
    fn test_order_type_try_from_i32_invalid() {
4737
1
        let result = OrderType::try_from(99);
4738
1
        assert!(result.is_err());
4739
1
    }
4740
4741
    #[test]
4742
1
    fn test_order_type_default() {
4743
1
        assert_eq!(OrderType::default(), OrderType::Market);
4744
1
    }
4745
4746
    // =============================================================================
4747
    // OrderStatus Tests
4748
    // =============================================================================
4749
4750
    #[test]
4751
1
    fn test_order_status_display() {
4752
1
        assert_eq!(format!("{}", OrderStatus::Created), "CREATED");
4753
1
        assert_eq!(format!("{}", OrderStatus::Filled), "FILLED");
4754
1
        assert_eq!(format!("{}", OrderStatus::Cancelled), "CANCELLED");
4755
1
    }
4756
4757
    #[test]
4758
1
    fn test_order_status_try_from_i32_valid() {
4759
1
        assert_eq!(OrderStatus::try_from(0).unwrap(), OrderStatus::Created);
4760
1
        assert_eq!(OrderStatus::try_from(3).unwrap(), OrderStatus::Filled);
4761
1
        assert_eq!(OrderStatus::try_from(5).unwrap(), OrderStatus::Cancelled);
4762
1
    }
4763
4764
    #[test]
4765
1
    fn test_order_status_try_from_i32_invalid() {
4766
1
        let result = OrderStatus::try_from(99);
4767
1
        assert!(result.is_err());
4768
1
    }
4769
4770
    // =============================================================================
4771
    // OrderSide Tests
4772
    // =============================================================================
4773
4774
    #[test]
4775
1
    fn test_order_side_display() {
4776
1
        assert_eq!(format!("{}", OrderSide::Buy), "BUY");
4777
1
        assert_eq!(format!("{}", OrderSide::Sell), "SELL");
4778
1
    }
4779
4780
    #[test]
4781
1
    fn test_order_side_try_from_i32_valid() {
4782
1
        assert_eq!(OrderSide::try_from(0).unwrap(), OrderSide::Buy);
4783
1
        assert_eq!(OrderSide::try_from(1).unwrap(), OrderSide::Sell);
4784
1
    }
4785
4786
    #[test]
4787
1
    fn test_order_side_try_from_i32_invalid() {
4788
1
        let result = OrderSide::try_from(99);
4789
1
        assert!(result.is_err());
4790
1
    }
4791
4792
    #[test]
4793
1
    fn test_order_side_default() {
4794
1
        assert_eq!(OrderSide::default(), OrderSide::Buy);
4795
1
    }
4796
4797
    // =============================================================================
4798
    // Currency Tests
4799
    // =============================================================================
4800
4801
    #[test]
4802
1
    fn test_currency_display() {
4803
1
        assert_eq!(format!("{}", Currency::USD), "USD");
4804
1
        assert_eq!(format!("{}", Currency::EUR), "EUR");
4805
1
        assert_eq!(format!("{}", Currency::BTC), "BTC");
4806
1
    }
4807
4808
    #[test]
4809
1
    fn test_currency_default() {
4810
1
        assert_eq!(Currency::default(), Currency::USD);
4811
1
    }
4812
4813
    // =============================================================================
4814
    // Error Type Tests
4815
    // =============================================================================
4816
4817
    #[test]
4818
1
    fn test_common_type_error_invalid_price() {
4819
1
        let error = CommonTypeError::InvalidPrice {
4820
1
            value: "abc".to_owned(),
4821
1
            reason: "not a number".to_owned(),
4822
1
        };
4823
1
        let display = format!("{}", error);
4824
1
        assert!(display.contains("abc"));
4825
1
    }
4826
4827
    #[test]
4828
1
    fn test_common_type_error_invalid_quantity() {
4829
1
        let error = CommonTypeError::InvalidQuantity {
4830
1
            value: "xyz".to_owned(),
4831
1
            reason: "not a number".to_owned(),
4832
1
        };
4833
1
        let display = format!("{}", error);
4834
1
        assert!(display.contains("xyz"));
4835
1
    }
4836
4837
    #[test]
4838
1
    fn test_common_type_error_validation() {
4839
1
        let error = CommonTypeError::ValidationError {
4840
1
            field: "symbol".to_owned(),
4841
1
            reason: "cannot be empty".to_owned(),
4842
1
        };
4843
1
        let display = format!("{}", error);
4844
1
        assert!(display.contains("symbol"));
4845
1
    }
4846
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/asset_classification.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/asset_classification.rs.html
deleted file mode 100644
index 5b26ed743..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/asset_classification.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/asset_classification.rs
Line
Count
Source
1
//! Comprehensive Asset Classification Configuration System
2
//!
3
//! This module provides production-ready asset classification capabilities with:
4
//! - Sophisticated asset class hierarchies
5
//! - Dynamic trading parameter configuration
6
//! - Pattern-based symbol matching with regex support
7
//! - Database-backed configuration with hot-reload
8
//! - Volatility profiling and risk management integration
9
10
use chrono::{DateTime, Datelike, NaiveTime, Utc};
11
use log;
12
use regex::Regex;
13
use rust_decimal::Decimal;
14
use serde::{Deserialize, Serialize};
15
use std::collections::HashMap;
16
use uuid::Uuid;
17
18
/// Comprehensive asset classification enum with detailed sub-categories
19
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
20
pub enum AssetClass {
21
    /// Equity instruments with sector-specific characteristics
22
    Equity {
23
        sector: EquitySector,
24
        market_cap: MarketCapTier,
25
        region: GeographicRegion,
26
    },
27
    /// Futures contracts with underlying asset classification
28
    Future {
29
        underlying: FutureType,
30
        expiry_type: ExpiryType,
31
        exchange: String,
32
    },
33
    /// Foreign exchange pairs with specific characteristics
34
    Forex {
35
        base: String,
36
        quote: String,
37
        pair_type: ForexPairType,
38
    },
39
    /// Cryptocurrency assets with network and type classification
40
    Crypto {
41
        network: String,
42
        crypto_type: CryptoType,
43
        market_cap_rank: Option<u32>,
44
    },
45
    /// Commodity instruments with category classification
46
    Commodity {
47
        category: CommodityType,
48
        storage_type: StorageType,
49
    },
50
    /// Fixed income securities
51
    FixedIncome {
52
        instrument_type: FixedIncomeType,
53
        credit_rating: CreditRating,
54
        maturity: MaturityBucket,
55
    },
56
    /// Derivatives and structured products
57
    Derivative {
58
        underlying_class: Box<AssetClass>,
59
        derivative_type: DerivativeType,
60
    },
61
    /// Unknown or unclassified assets (conservative defaults)
62
    Unknown,
63
}
64
65
/// Equity sector classifications aligned with industry standards
66
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
67
pub enum EquitySector {
68
    Technology,
69
    Healthcare,
70
    Financial,
71
    ConsumerDiscretionary,
72
    ConsumerStaples,
73
    Industrial,
74
    Energy,
75
    Materials,
76
    Utilities,
77
    RealEstate,
78
    CommunicationServices,
79
}
80
81
/// Market capitalization tiers for equity classification
82
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
83
pub enum MarketCapTier {
84
    LargeCap, // > $10B
85
    MidCap,   // $2B - $10B
86
    SmallCap, // $300M - $2B
87
    MicroCap, // < $300M
88
}
89
90
/// Geographic regions for asset classification
91
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
92
pub enum GeographicRegion {
93
    NorthAmerica,
94
    Europe,
95
    Asia,
96
    EmergingMarkets,
97
    Global,
98
}
99
100
/// Future contract underlying asset types
101
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
102
pub enum FutureType {
103
    Equity,
104
    Currency,
105
    Commodity,
106
    Interest,
107
    Volatility,
108
}
109
110
/// Futures expiry categorization
111
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
112
pub enum ExpiryType {
113
    Weekly,
114
    Monthly,
115
    Quarterly,
116
    Annual,
117
}
118
119
/// Forex pair type classification
120
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
121
pub enum ForexPairType {
122
    Major,   // EUR/USD, GBP/USD, USD/JPY, etc.
123
    Minor,   // Cross-currency pairs without USD
124
    Exotic,  // Emerging market currencies
125
    JPYPair, // Special handling for JPY pairs
126
}
127
128
/// Cryptocurrency type classification
129
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
130
pub enum CryptoType {
131
    Bitcoin,
132
    Ethereum,
133
    Stablecoin,
134
    AltcoinMajor, // Top 20 market cap
135
    AltcoinMinor, // Beyond top 20
136
    DeFi,
137
    GameFi,
138
    Meme,
139
}
140
141
/// Commodity categories
142
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
143
pub enum CommodityType {
144
    PreciousMetals,
145
    Energy,
146
    Agricultural,
147
    IndustrialMetals,
148
    Livestock,
149
}
150
151
/// Storage characteristics for commodities
152
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
153
pub enum StorageType {
154
    Physical,
155
    Financial,
156
}
157
158
/// Fixed income instrument types
159
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
160
pub enum FixedIncomeType {
161
    Government,
162
    Corporate,
163
    Municipal,
164
    InflationProtected,
165
}
166
167
/// Credit rating classifications
168
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
169
pub enum CreditRating {
170
    AAA,
171
    AA,
172
    A,
173
    BBB,
174
    BB,
175
    B,
176
    CCC,
177
    Unrated,
178
}
179
180
/// Maturity buckets for fixed income
181
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
182
pub enum MaturityBucket {
183
    ShortTerm,  // < 2 years
184
    MediumTerm, // 2-10 years
185
    LongTerm,   // > 10 years
186
}
187
188
/// Derivative instrument types
189
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
190
pub enum DerivativeType {
191
    Option,
192
    Swap,
193
    Forward,
194
    Structured,
195
}
196
197
/// Comprehensive volatility profile with regime-aware parameters
198
#[derive(Debug, Clone, Serialize, Deserialize)]
199
pub struct VolatilityProfile {
200
    /// Base annual volatility (standard market conditions)
201
    pub base_annual_volatility: f64,
202
    /// Stress volatility multiplier for high-stress periods
203
    pub stress_volatility_multiplier: f64,
204
    /// Intraday volatility pattern (hourly multipliers)
205
    pub intraday_pattern: Vec<f64>,
206
    /// Volatility clustering parameter (GARCH-like)
207
    pub volatility_persistence: f64,
208
    /// Jump risk probability and magnitude
209
    pub jump_risk: JumpRiskProfile,
210
}
211
212
/// Jump risk characteristics
213
#[derive(Debug, Clone, Serialize, Deserialize)]
214
pub struct JumpRiskProfile {
215
    /// Probability of large price jumps per day
216
    pub jump_probability: f64,
217
    /// Average magnitude of jumps (as fraction of price)
218
    pub jump_magnitude: f64,
219
    /// Maximum expected jump size
220
    pub max_jump_size: f64,
221
}
222
223
/// Dynamic trading parameters that adapt to market conditions
224
#[derive(Debug, Clone, Serialize, Deserialize)]
225
pub struct TradingParameters {
226
    /// Position sizing constraints
227
    pub position_limits: PositionLimits,
228
    /// Risk management thresholds
229
    pub risk_thresholds: RiskThresholds,
230
    /// Execution parameters
231
    pub execution_config: ExecutionConfig,
232
    /// Market making parameters (if applicable)
233
    pub market_making: Option<MarketMakingConfig>,
234
}
235
236
/// Position sizing and exposure limits
237
#[derive(Debug, Clone, Serialize, Deserialize)]
238
pub struct PositionLimits {
239
    /// Maximum position size as fraction of portfolio NAV
240
    pub max_position_fraction: f64,
241
    /// Maximum leverage allowed for this asset
242
    pub max_leverage: f64,
243
    /// Concentration limit (max % of total positions in this asset class)
244
    pub concentration_limit: f64,
245
    /// Minimum position size (to avoid micro-positions)
246
    pub min_position_size: Decimal,
247
}
248
249
/// Risk management thresholds and limits
250
#[derive(Debug, Clone, Serialize, Deserialize)]
251
pub struct RiskThresholds {
252
    /// VaR limit as fraction of portfolio
253
    pub var_limit: f64,
254
    /// Daily loss limit
255
    pub daily_loss_limit: f64,
256
    /// Stop-loss threshold
257
    pub stop_loss_threshold: f64,
258
    /// Volatility circuit breaker threshold
259
    pub volatility_circuit_breaker: f64,
260
    /// Maximum drawdown before position reduction
261
    pub max_drawdown_threshold: f64,
262
}
263
264
/// Execution configuration parameters
265
#[derive(Debug, Clone, Serialize, Deserialize)]
266
pub struct ExecutionConfig {
267
    /// Preferred order types for this asset
268
    pub preferred_order_types: Vec<OrderType>,
269
    /// Tick size for price increments
270
    pub tick_size: Decimal,
271
    /// Minimum order size
272
    pub min_order_size: Decimal,
273
    /// Maximum order size before breaking up
274
    pub max_order_size: Decimal,
275
    /// Execution time constraints
276
    pub time_in_force_default: TimeInForce,
277
    /// Slippage tolerance
278
    pub slippage_tolerance: f64,
279
}
280
281
/// Market making specific configuration
282
#[derive(Debug, Clone, Serialize, Deserialize)]
283
pub struct MarketMakingConfig {
284
    /// Bid-ask spread targets
285
    pub target_spread: f64,
286
    /// Inventory limits
287
    pub max_inventory: Decimal,
288
    /// Quote size
289
    pub quote_size: Decimal,
290
    /// Refresh frequency
291
    pub refresh_frequency: std::time::Duration,
292
}
293
294
/// Order type enumeration
295
#[derive(Debug, Clone, Serialize, Deserialize)]
296
pub enum OrderType {
297
    Market,
298
    Limit,
299
    Stop,
300
    StopLimit,
301
    Hidden,
302
    Iceberg,
303
}
304
305
/// Time in force options
306
#[derive(Debug, Clone, Serialize, Deserialize)]
307
pub enum TimeInForce {
308
    Day,
309
    GoodTillCancel,
310
    ImmediateOrCancel,
311
    FillOrKill,
312
    GTD, // Good Till Date
313
}
314
315
/// Symbol pattern matching configuration with compiled regex
316
#[derive(Debug, Clone, Serialize, Deserialize)]
317
pub struct AssetConfig {
318
    /// UUID for database storage
319
    pub id: Uuid,
320
    /// Human-readable name for this configuration
321
    pub name: String,
322
    /// Regex pattern for symbol matching
323
    pub symbol_pattern: String,
324
    /// Compiled regex (not serialized, rebuilt on load)
325
    #[serde(skip)]
326
    pub compiled_pattern: Option<Regex>,
327
    /// Asset class classification
328
    pub asset_class: AssetClass,
329
    /// Volatility profile
330
    pub volatility_profile: VolatilityProfile,
331
    /// Trading parameters
332
    pub trading_parameters: TradingParameters,
333
    /// Priority for pattern matching (higher = checked first)
334
    pub priority: u32,
335
    /// Whether this configuration is active
336
    pub is_active: bool,
337
    /// Creation timestamp
338
    pub created_at: DateTime<Utc>,
339
    /// Last update timestamp
340
    pub updated_at: DateTime<Utc>,
341
    /// Trading hours (if applicable)
342
    pub trading_hours: Option<TradingHours>,
343
    /// Settlement details
344
    pub settlement_config: SettlementConfig,
345
}
346
347
/// Trading hours configuration
348
#[derive(Debug, Clone, Serialize, Deserialize)]
349
pub struct TradingHours {
350
    /// Regular trading session start
351
    pub market_open: NaiveTime,
352
    /// Regular trading session end
353
    pub market_close: NaiveTime,
354
    /// Pre-market session (if available)
355
    pub pre_market: Option<(NaiveTime, NaiveTime)>,
356
    /// After-hours session (if available)
357
    pub after_hours: Option<(NaiveTime, NaiveTime)>,
358
    /// Timezone for these hours
359
    pub timezone: String,
360
    /// Days of week when trading is active (0=Sunday, 6=Saturday)
361
    pub trading_days: Vec<u8>,
362
}
363
364
/// Settlement configuration
365
#[derive(Debug, Clone, Serialize, Deserialize)]
366
pub struct SettlementConfig {
367
    /// Settlement period (T+n days)
368
    pub settlement_days: u32,
369
    /// Settlement currency
370
    pub settlement_currency: String,
371
    /// Whether physical delivery is possible
372
    pub physical_settlement: bool,
373
}
374
375
/// Asset classification manager with caching and hot-reload capabilities
376
#[allow(clippy::module_name_repetitions)]
377
pub struct AssetClassificationManager {
378
    /// Asset configurations indexed by priority
379
    configs: Vec<AssetConfig>,
380
    /// Explicit symbol mappings for fast lookup
381
    symbol_cache: HashMap<String, AssetClass>,
382
    /// Last configuration reload timestamp
383
    last_reload: DateTime<Utc>,
384
    /// Configuration reload interval
385
    reload_interval: std::time::Duration,
386
}
387
388
impl AssetClassificationManager {
389
    /// Create a new asset classification manager
390
0
    pub fn new() -> Self {
391
0
        Self {
392
0
            configs: Vec::new(),
393
0
            symbol_cache: HashMap::new(),
394
0
            last_reload: Utc::now(),
395
0
            reload_interval: std::time::Duration::from_secs(300), // 5 minutes
396
0
        }
397
0
    }
398
399
    /// Load configurations from database
400
    ///
401
    /// # Errors
402
    ///
403
    /// Returns error if:
404
    /// - Regex pattern compilation fails
405
    /// - Configuration validation fails
406
    /// - Database access fails
407
    ///
408
    /// # Errors
409
    /// Returns error if the operation fails
410
0
    pub async fn load_configurations(
411
0
        &mut self,
412
0
        configs: Vec<AssetConfig>,
413
0
    ) -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
414
0
        self.configs = configs;
415
        // Sort by priority (highest first)
416
0
        self.configs.sort_by(|a, b| b.priority.cmp(&a.priority));
417
418
        // Compile regex patterns
419
0
        for config in &mut self.configs {
420
0
            match Regex::new(&config.symbol_pattern) {
421
0
                Ok(regex) => config.compiled_pattern = Some(regex),
422
0
                Err(e) => {
423
0
                    log::warn!(
424
0
                        "Failed to compile regex pattern '{}': {}",
425
                        config.symbol_pattern,
426
                        e
427
                    );
428
0
                    config.is_active = false;
429
                }
430
            }
431
        }
432
433
0
        self.last_reload = Utc::now();
434
0
        log::info!(
435
0
            "Loaded {} asset classification configurations",
436
0
            self.configs.len()
437
        );
438
0
        Ok(())
439
0
    }
440
441
    /// Classify a symbol using the configured rules
442
0
    pub fn classify_symbol(&self, symbol: &str) -> AssetClass {
443
0
        let symbol_upper = symbol.to_uppercase();
444
445
        // Check cache first
446
0
        if let Some(asset_class) = self.symbol_cache.get(&symbol_upper) {
447
0
            return asset_class.clone();
448
0
        }
449
450
        // Check pattern rules in priority order
451
0
        for config in &self.configs {
452
0
            if !config.is_active {
453
0
                continue;
454
0
            }
455
456
0
            if let Some(ref regex) = config.compiled_pattern {
457
0
                if regex.is_match(&symbol_upper) {
458
0
                    return config.asset_class.clone();
459
0
                }
460
0
            }
461
        }
462
463
0
        AssetClass::Unknown
464
0
    }
465
466
    /// Get complete asset configuration for a symbol
467
0
    pub fn get_asset_config(&self, symbol: &str) -> Option<&AssetConfig> {
468
0
        let symbol_upper = symbol.to_uppercase();
469
470
0
        for config in &self.configs {
471
0
            if !config.is_active {
472
0
                continue;
473
0
            }
474
475
0
            if let Some(ref regex) = config.compiled_pattern {
476
0
                if regex.is_match(&symbol_upper) {
477
0
                    return Some(config);
478
0
                }
479
0
            }
480
        }
481
482
0
        None
483
0
    }
484
485
    /// Get volatility profile for a symbol
486
0
    pub fn get_volatility_profile(&self, symbol: &str) -> Option<&VolatilityProfile> {
487
0
        self.get_asset_config(symbol)
488
0
            .map(|config| &config.volatility_profile)
489
0
    }
490
491
    /// Get trading parameters for a symbol
492
0
    pub fn get_trading_parameters(&self, symbol: &str) -> Option<&TradingParameters> {
493
0
        self.get_asset_config(symbol)
494
0
            .map(|config| &config.trading_parameters)
495
0
    }
496
497
    /// Get daily volatility estimate for a symbol
498
0
    pub fn get_daily_volatility(&self, symbol: &str) -> f64 {
499
0
        if let Some(profile) = self.get_volatility_profile(symbol) {
500
            #[allow(clippy::float_arithmetic)]
501
0
            let result = profile.base_annual_volatility / 252.0_f64.sqrt();
502
0
            result
503
        } else {
504
            #[allow(clippy::float_arithmetic)]
505
0
            let result = 0.5 / 252.0_f64.sqrt();
506
0
            result // Default high volatility
507
        }
508
0
    }
509
510
    /// Get position sizing recommendation
511
0
    pub fn get_position_size_recommendation(
512
0
        &self,
513
0
        symbol: &str,
514
0
        portfolio_nav: Decimal,
515
0
    ) -> Option<Decimal> {
516
0
        if let Some(config) = self.get_asset_config(symbol) {
517
0
            let max_fraction = config
518
0
                .trading_parameters
519
0
                .position_limits
520
0
                .max_position_fraction;
521
0
            if let Some(decimal_fraction) = Decimal::from_f64_retain(max_fraction) {
522
0
                portfolio_nav.checked_mul(decimal_fraction).or(Some(Decimal::ZERO))
523
            } else {
524
0
                Some(Decimal::ZERO)
525
            }
526
        } else {
527
0
            None
528
        }
529
0
    }
530
531
    /// Check if symbol is within trading hours
532
0
    pub fn is_trading_active(&self, symbol: &str, timestamp: DateTime<Utc>) -> bool {
533
0
        if let Some(config) = self.get_asset_config(symbol) {
534
0
            if let Some(ref trading_hours) = config.trading_hours {
535
                // Simplified check - in production would need proper timezone handling
536
0
                let weekday = timestamp.weekday().num_days_from_sunday().try_into().unwrap_or(0u8);
537
0
                trading_hours.trading_days.contains(&weekday)
538
            } else {
539
0
                true // No trading hours restriction
540
            }
541
        } else {
542
0
            true // Default to always active for unknown symbols
543
        }
544
0
    }
545
546
    /// Add explicit symbol mapping to cache
547
0
    pub fn cache_symbol_mapping(&mut self, symbol: String, asset_class: AssetClass) {
548
0
        self.symbol_cache.insert(symbol.to_uppercase(), asset_class);
549
0
    }
550
551
    /// Clear symbol cache
552
0
    pub fn clear_cache(&mut self) {
553
0
        self.symbol_cache.clear();
554
0
    }
555
556
    /// Check if configuration needs reload
557
0
    pub fn needs_reload(&self) -> bool {
558
0
        Utc::now().signed_duration_since(self.last_reload)
559
0
            > chrono::Duration::from_std(self.reload_interval).unwrap_or_default()
560
0
    }
561
562
    /// Get all active configurations
563
0
    pub fn get_active_configurations(&self) -> Vec<&AssetConfig> {
564
0
        self.configs
565
0
            .iter()
566
0
            .filter(|config| config.is_active)
567
0
            .collect()
568
0
    }
569
570
    /// Get configurations by asset class
571
0
    pub fn get_configurations_by_class(&self, asset_class: &AssetClass) -> Vec<&AssetConfig> {
572
0
        self.configs
573
0
            .iter()
574
0
            .filter(|config| config.is_active && &config.asset_class == asset_class)
575
0
            .collect()
576
0
    }
577
}
578
579
impl Default for AssetClassificationManager {
580
0
    fn default() -> Self {
581
0
        Self::new()
582
0
    }
583
}
584
585
/// Create default asset configurations for common instruments
586
0
pub fn create_default_configurations() -> Vec<AssetConfig> {
587
0
    let mut configs = Vec::new();
588
0
    let now = Utc::now();
589
590
    // Blue chip US equities
591
0
    configs.push(AssetConfig {
592
0
        id: Uuid::new_v4(),
593
0
        name: "Blue Chip US Equities".to_owned(),
594
0
        symbol_pattern: "^(AAPL|MSFT|GOOGL|AMZN|META|TSLA|NVDA|JPM|JNJ|V|PG|UNH|HD|BAC|DIS|MA|NFLX|CRM|ADBE|PYPL|INTC|CMCSA|PFE|T|VZ|MRK|WMT|KO|NKE|CVX|XOM)$".to_owned(),
595
0
        compiled_pattern: None,
596
0
        asset_class: AssetClass::Equity {
597
0
            sector: EquitySector::Technology,
598
0
            market_cap: MarketCapTier::LargeCap,
599
0
            region: GeographicRegion::NorthAmerica,
600
0
        },
601
0
        volatility_profile: VolatilityProfile {
602
0
            base_annual_volatility: 0.25,
603
0
            stress_volatility_multiplier: 2.0,
604
0
            intraday_pattern: vec![1.0_f64; 24], // Flat pattern for simplicity
605
0
            volatility_persistence: 0.85,
606
0
            jump_risk: JumpRiskProfile {
607
0
                jump_probability: 0.02,
608
0
                jump_magnitude: 0.05,
609
0
                max_jump_size: 0.15,
610
0
            },
611
0
        },
612
0
        trading_parameters: TradingParameters {
613
0
            position_limits: PositionLimits {
614
0
                max_position_fraction: 0.20,
615
0
                max_leverage: 2.0,
616
0
                concentration_limit: 0.30,
617
0
                min_position_size: Decimal::from(100_i64),
618
0
            },
619
0
            risk_thresholds: RiskThresholds {
620
0
                var_limit: 0.05,
621
0
                daily_loss_limit: 0.03,
622
0
                stop_loss_threshold: 0.10,
623
0
                volatility_circuit_breaker: 0.05,
624
0
                max_drawdown_threshold: 0.15,
625
0
            },
626
0
            execution_config: ExecutionConfig {
627
0
                preferred_order_types: vec![OrderType::Limit, OrderType::Market],
628
0
                tick_size: "0.01".parse().unwrap(),
629
0
                min_order_size: Decimal::from(1_i64),
630
0
                max_order_size: Decimal::from(10000_i64),
631
0
                time_in_force_default: TimeInForce::Day,
632
0
                slippage_tolerance: 0.001,
633
0
            },
634
0
            market_making: None,
635
0
        },
636
0
        priority: 100,
637
0
        is_active: true,
638
0
        created_at: now,
639
0
        updated_at: now,
640
0
        trading_hours: Some(TradingHours {
641
0
            market_open: NaiveTime::from_hms_opt(9, 30, 0).unwrap(),
642
0
            market_close: NaiveTime::from_hms_opt(16, 0, 0).unwrap(),
643
0
            pre_market: Some((NaiveTime::from_hms_opt(4, 0, 0).unwrap(), NaiveTime::from_hms_opt(9, 30, 0).unwrap())),
644
0
            after_hours: Some((NaiveTime::from_hms_opt(16, 0, 0).unwrap(), NaiveTime::from_hms_opt(20, 0, 0).unwrap())),
645
0
            timezone: "America/New_York".to_owned(),
646
0
            trading_days: vec![1, 2, 3, 4, 5], // Monday-Friday
647
0
        }),
648
0
        settlement_config: SettlementConfig {
649
0
            settlement_days: 2,
650
0
            settlement_currency: "USD".to_owned(),
651
0
            physical_settlement: false,
652
0
        },
653
0
    });
654
655
    // Major cryptocurrency pairs
656
0
    configs.push(AssetConfig {
657
0
        id: Uuid::new_v4(),
658
0
        name: "Major Cryptocurrencies".to_owned(),
659
0
        symbol_pattern: "^(BTC|ETH|BTCUSD|ETHUSD|BTCUSDT|ETHUSDT).*$".to_owned(),
660
0
        compiled_pattern: None,
661
0
        asset_class: AssetClass::Crypto {
662
0
            network: "Bitcoin".to_owned(),
663
0
            crypto_type: CryptoType::Bitcoin,
664
0
            market_cap_rank: Some(1),
665
0
        },
666
0
        volatility_profile: VolatilityProfile {
667
0
            base_annual_volatility: 0.80,
668
0
            stress_volatility_multiplier: 3.0,
669
0
            intraday_pattern: vec![1.0_f64; 24],
670
0
            volatility_persistence: 0.90,
671
0
            jump_risk: JumpRiskProfile {
672
0
                jump_probability: 0.05,
673
0
                jump_magnitude: 0.10,
674
0
                max_jump_size: 0.30,
675
0
            },
676
0
        },
677
0
        trading_parameters: TradingParameters {
678
0
            position_limits: PositionLimits {
679
0
                max_position_fraction: 0.10,
680
0
                max_leverage: 1.5,
681
0
                concentration_limit: 0.15,
682
0
                min_position_size: "0.001".parse().unwrap(),
683
0
            },
684
0
            risk_thresholds: RiskThresholds {
685
0
                var_limit: 0.10,
686
0
                daily_loss_limit: 0.05,
687
0
                stop_loss_threshold: 0.15,
688
0
                volatility_circuit_breaker: 0.15,
689
0
                max_drawdown_threshold: 0.25,
690
0
            },
691
0
            execution_config: ExecutionConfig {
692
0
                preferred_order_types: vec![OrderType::Limit, OrderType::Market],
693
0
                tick_size: "0.01".parse().unwrap(),
694
0
                min_order_size: "0.001".parse().unwrap(),
695
0
                max_order_size: Decimal::from(100_i64),
696
0
                time_in_force_default: TimeInForce::GoodTillCancel,
697
0
                slippage_tolerance: 0.005,
698
0
            },
699
0
            market_making: None,
700
0
        },
701
0
        priority: 90,
702
0
        is_active: true,
703
0
        created_at: now,
704
0
        updated_at: now,
705
0
        trading_hours: None, // 24/7 trading
706
0
        settlement_config: SettlementConfig {
707
0
            settlement_days: 0,
708
0
            settlement_currency: "USD".to_owned(),
709
0
            physical_settlement: true,
710
0
        },
711
0
    });
712
713
    // Major forex pairs
714
0
    configs.push(AssetConfig {
715
0
        id: Uuid::new_v4(),
716
0
        name: "Major Forex Pairs".to_owned(),
717
0
        symbol_pattern: "^(EUR|GBP|USD|JPY|AUD|CAD|CHF|NZD)(USD|EUR|GBP|JPY)$".to_owned(),
718
0
        compiled_pattern: None,
719
0
        asset_class: AssetClass::Forex {
720
0
            base: "EUR".to_owned(),
721
0
            quote: "USD".to_owned(),
722
0
            pair_type: ForexPairType::Major,
723
0
        },
724
0
        volatility_profile: VolatilityProfile {
725
0
            base_annual_volatility: 0.12,
726
0
            stress_volatility_multiplier: 2.5,
727
0
            intraday_pattern: vec![1.0_f64; 24],
728
0
            volatility_persistence: 0.80,
729
0
            jump_risk: JumpRiskProfile {
730
0
                jump_probability: 0.01,
731
0
                jump_magnitude: 0.02,
732
0
                max_jump_size: 0.08,
733
0
            },
734
0
        },
735
0
        trading_parameters: TradingParameters {
736
0
            position_limits: PositionLimits {
737
0
                max_position_fraction: 0.30,
738
0
                max_leverage: 10.0,
739
0
                concentration_limit: 0.40,
740
0
                min_position_size: Decimal::from(1000_i64),
741
0
            },
742
0
            risk_thresholds: RiskThresholds {
743
0
                var_limit: 0.03,
744
0
                daily_loss_limit: 0.02,
745
0
                stop_loss_threshold: 0.05,
746
0
                volatility_circuit_breaker: 0.03,
747
0
                max_drawdown_threshold: 0.10,
748
0
            },
749
0
            execution_config: ExecutionConfig {
750
0
                preferred_order_types: vec![OrderType::Limit, OrderType::Market],
751
0
                tick_size: "0.00001".parse().unwrap(),
752
0
                min_order_size: Decimal::from(1000_i64),
753
0
                max_order_size: Decimal::from(10000000_i64),
754
0
                time_in_force_default: TimeInForce::GoodTillCancel,
755
0
                slippage_tolerance: 0.0002_f64,
756
0
            },
757
0
            market_making: Some(MarketMakingConfig {
758
0
                target_spread: 0.0001_f64,
759
0
                max_inventory: Decimal::from(100000_i64),
760
0
                quote_size: Decimal::from(10000_i64),
761
0
                refresh_frequency: std::time::Duration::from_millis(100),
762
0
            }),
763
0
        },
764
0
        priority: 80,
765
0
        is_active: true,
766
0
        created_at: now,
767
0
        updated_at: now,
768
0
        trading_hours: None, // 24/5 trading
769
0
        settlement_config: SettlementConfig {
770
0
            settlement_days: 2,
771
0
            settlement_currency: "USD".to_owned(),
772
0
            physical_settlement: false,
773
0
        },
774
0
    });
775
776
0
    configs
777
0
}
778
779
#[cfg(test)]
780
mod tests {
781
    use super::*;
782
783
    #[tokio::test]
784
    async fn test_symbol_classification() {
785
        let mut manager = AssetClassificationManager::new();
786
        let configs = create_default_configurations();
787
        manager.load_configurations(configs).await.unwrap();
788
789
        // Test blue chip classification
790
        match manager.classify_symbol("AAPL") {
791
            AssetClass::Equity {
792
                sector: EquitySector::Technology,
793
                ..
794
            } => (),
795
            _ => panic!("AAPL should be classified as Technology equity"),
796
        }
797
798
        // Test crypto classification
799
        match manager.classify_symbol("BTCUSD") {
800
            AssetClass::Crypto {
801
                crypto_type: CryptoType::Bitcoin,
802
                ..
803
            } => (),
804
            _ => panic!("BTCUSD should be classified as Bitcoin crypto"),
805
        }
806
807
        // Test unknown symbol
808
        assert_eq!(manager.classify_symbol("UNKNOWN"), AssetClass::Unknown);
809
    }
810
811
    #[tokio::test]
812
    async fn test_volatility_profile() {
813
        let mut manager = AssetClassificationManager::new();
814
        let configs = create_default_configurations();
815
        manager.load_configurations(configs).await.unwrap();
816
817
        let profile = manager.get_volatility_profile("AAPL").unwrap();
818
        assert_eq!(profile.base_annual_volatility, 0.25);
819
820
        let daily_vol = manager.get_daily_volatility("AAPL");
821
        assert!((daily_vol - (0.25 / 252.0_f64.sqrt())).abs() < 1e-10);
822
    }
823
824
    #[tokio::test]
825
    async fn test_trading_parameters() {
826
        let mut manager = AssetClassificationManager::new();
827
        let configs = create_default_configurations();
828
        manager.load_configurations(configs).await.unwrap();
829
830
        let params = manager.get_trading_parameters("AAPL").unwrap();
831
        assert_eq!(params.position_limits.max_position_fraction, 0.20);
832
        assert_eq!(params.position_limits.max_leverage, 2.0);
833
    }
834
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_config.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_config.rs.html
deleted file mode 100644
index 7fc7ea8d4..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/data_config.rs
Line
Count
Source
1
//! Data configuration
2
3
use num_cpus;
4
use serde::{Deserialize, Serialize};
5
6
#[derive(Debug, Clone, Serialize, Deserialize)]
7
pub struct DataConfig {
8
    pub provider: String,
9
    pub symbols: Vec<String>,
10
    pub batch_size: usize,
11
    pub buffer_size: usize,
12
}
13
14
#[derive(Debug, Clone, Serialize, Deserialize)]
15
pub struct DataMicrostructureConfig {
16
    pub enable_bid_ask_spread: bool,
17
    pub enable_order_flow: bool,
18
    pub tick_size: f64,
19
    pub lot_size: f64,
20
    pub bid_ask_spread: bool,
21
    pub volume_imbalance: bool,
22
    pub price_impact: bool,
23
    pub kyle_lambda: bool,
24
    pub amihud_ratio: bool,
25
}
26
27
impl Default for DataMicrostructureConfig {
28
0
    fn default() -> Self {
29
0
        Self {
30
0
            enable_bid_ask_spread: true,
31
0
            enable_order_flow: true,
32
0
            tick_size: 0.01,
33
0
            lot_size: 100.0,
34
0
            bid_ask_spread: true,
35
0
            volume_imbalance: true,
36
0
            price_impact: false,
37
0
            kyle_lambda: false,
38
0
            amihud_ratio: false,
39
0
        }
40
0
    }
41
}
42
43
#[derive(Debug, Clone, Serialize, Deserialize)]
44
pub struct DataTLOBConfig {
45
    pub depth_levels: usize,
46
    pub enable_imbalance: bool,
47
    pub enable_pressure: bool,
48
    pub window_size: usize,
49
}
50
51
#[derive(Debug, Clone, Serialize, Deserialize)]
52
pub struct DataTechnicalIndicatorsConfig {
53
    pub enable_moving_averages: bool,
54
    pub enable_momentum: bool,
55
    pub enable_volatility: bool,
56
    pub window_sizes: Vec<usize>,
57
    pub ma_periods: Vec<usize>,
58
    pub rsi_periods: Vec<usize>,
59
    pub bollinger_periods: Vec<usize>,
60
    pub macd: DataMACDConfig,
61
}
62
63
impl Default for DataTechnicalIndicatorsConfig {
64
0
    fn default() -> Self {
65
0
        Self {
66
0
            enable_moving_averages: true,
67
0
            enable_momentum: true,
68
0
            enable_volatility: true,
69
0
            window_sizes: vec![10, 20, 50],
70
0
            ma_periods: vec![10, 20, 50, 200],
71
0
            rsi_periods: vec![14],
72
0
            bollinger_periods: vec![20],
73
0
            macd: DataMACDConfig::default(),
74
0
        }
75
0
    }
76
}
77
78
#[derive(Debug, Clone, Serialize, Deserialize)]
79
pub struct TrainingBenzingaConfig {
80
    pub api_key: String,
81
    pub api_key_env: String,
82
    pub symbols: Vec<String>,
83
    pub data_types: Vec<String>,
84
    pub timeout: u64,
85
    pub rate_limit: usize,
86
    pub batch_size: usize,
87
    pub enable_caching: bool,
88
}
89
90
impl Default for TrainingBenzingaConfig {
91
0
    fn default() -> Self {
92
0
        Self {
93
0
            api_key: String::new(),
94
0
            api_key_env: "BENZINGA_API_KEY".to_owned(),
95
0
            symbols: vec!["SPY".to_owned(), "AAPL".to_owned()],
96
0
            data_types: vec![
97
0
                "news".to_owned(),
98
0
                "sentiment".to_owned(),
99
0
                "ratings".to_owned(),
100
0
                "options".to_owned(),
101
0
            ],
102
0
            timeout: 30,
103
0
            rate_limit: 60,
104
0
            batch_size: 1000,
105
0
            enable_caching: true,
106
0
        }
107
0
    }
108
}
109
110
#[derive(Debug, Clone, Serialize, Deserialize)]
111
pub enum DataCompressionAlgorithm {
112
    GZIP,
113
    ZSTD,
114
    LZ4,
115
    Snappy,
116
    None,
117
}
118
119
#[derive(Debug, Clone, Serialize, Deserialize)]
120
pub struct DataCompressionConfig {
121
    pub algorithm: DataCompressionAlgorithm,
122
    pub enabled: bool,
123
    pub level: Option<i32>,
124
}
125
126
impl Default for DataCompressionConfig {
127
0
    fn default() -> Self {
128
0
        Self {
129
0
            algorithm: DataCompressionAlgorithm::ZSTD,
130
0
            enabled: true,
131
0
            level: Some(3),
132
0
        }
133
0
    }
134
}
135
#[derive(Debug, Clone, Serialize, Deserialize)]
136
pub struct DataVersioningConfig {
137
    pub enabled: bool,
138
    pub version_format: String,
139
    pub keep_versions: usize,
140
}
141
142
impl Default for DataVersioningConfig {
143
0
    fn default() -> Self {
144
0
        Self {
145
0
            enabled: false,
146
0
            version_format: "v%Y%m%d_%H%M%S".to_owned(),
147
0
            keep_versions: 5,
148
0
        }
149
0
    }
150
}
151
152
#[derive(Debug, Clone, Serialize, Deserialize)]
153
pub struct DataRetentionConfig {
154
    pub auto_cleanup: bool,
155
    pub retention_days: u32,
156
}
157
158
impl Default for DataRetentionConfig {
159
0
    fn default() -> Self {
160
0
        Self {
161
0
            auto_cleanup: false,
162
0
            retention_days: 30,
163
0
        }
164
0
    }
165
}
166
167
#[derive(Debug, Clone, Serialize, Deserialize)]
168
pub enum DataStorageFormat {
169
    Parquet,
170
    Arrow,
171
    Json,
172
    Csv,
173
    CSV,
174
    HDF5,
175
}
176
177
#[derive(Debug, Clone, Serialize, Deserialize)]
178
pub struct DataStorageConfig {
179
    pub format: DataStorageFormat,
180
    pub compression: DataCompressionConfig,
181
    pub path: String,
182
    pub base_directory: std::path::PathBuf,
183
    pub partition_by: Vec<String>,
184
    pub versioning: DataVersioningConfig,
185
    pub retention: DataRetentionConfig,
186
}
187
188
impl Default for DataStorageConfig {
189
0
    fn default() -> Self {
190
0
        Self {
191
0
            format: DataStorageFormat::Parquet,
192
0
            compression: DataCompressionConfig::default(),
193
0
            path: "./data".to_owned(),
194
0
            base_directory: std::path::PathBuf::from("./data"),
195
0
            partition_by: vec!["symbol".to_owned(), "date".to_owned()],
196
0
            versioning: DataVersioningConfig::default(),
197
0
            retention: DataRetentionConfig::default(),
198
0
        }
199
0
    }
200
}
201
202
#[derive(Debug, Clone, Serialize, Deserialize)]
203
pub struct DataRegimeDetectionConfig {
204
    pub enable_hmm: bool,
205
    pub enable_clustering: bool,
206
    pub window_size: usize,
207
    pub n_states: usize,
208
    pub volatility_regime: bool,
209
    pub trend_regime: bool,
210
    pub volume_regime: bool,
211
    pub correlation_regime: bool,
212
    pub lookback_period: usize,
213
}
214
215
impl Default for DataRegimeDetectionConfig {
216
0
    fn default() -> Self {
217
0
        Self {
218
0
            enable_hmm: false,
219
0
            enable_clustering: false,
220
0
            window_size: 100,
221
0
            n_states: 3,
222
0
            volatility_regime: true,
223
0
            trend_regime: true,
224
0
            volume_regime: false,
225
0
            correlation_regime: false,
226
0
            lookback_period: 252,
227
0
        }
228
0
    }
229
}
230
231
#[derive(Debug, Clone, Serialize, Deserialize)]
232
pub struct DataProcessingConfig {
233
    pub worker_threads: usize,
234
    pub batch_size: usize,
235
    pub buffer_size: usize,
236
    pub timeout: u64,
237
    pub parallel_processing: bool,
238
}
239
240
impl Default for DataProcessingConfig {
241
0
    fn default() -> Self {
242
0
        Self {
243
0
            worker_threads: num_cpus::get(),
244
0
            batch_size: 1000,
245
0
            buffer_size: 10000,
246
0
            timeout: 300,
247
0
            parallel_processing: true,
248
0
        }
249
0
    }
250
}
251
252
#[derive(Debug, Clone, Serialize, Deserialize)]
253
pub struct DataTrainingConfig {
254
    pub batch_size: usize,
255
    pub sequence_length: usize,
256
    pub validation_split: f64,
257
    pub test_split: f64,
258
    pub sources: DataSourcesConfig,
259
    pub features: TrainingFeatureEngineeringConfig,
260
    pub validation: DataValidationConfig,
261
    pub storage: DataStorageConfig,
262
    pub processing: DataProcessingConfig,
263
    pub rate_limit: usize,
264
}
265
266
impl Default for DataTrainingConfig {
267
0
    fn default() -> Self {
268
0
        Self {
269
0
            batch_size: 32,
270
0
            sequence_length: 100,
271
0
            validation_split: 0.2,
272
0
            test_split: 0.1,
273
0
            sources: DataSourcesConfig::default(),
274
0
            features: TrainingFeatureEngineeringConfig::default(),
275
0
            validation: DataValidationConfig::default(),
276
0
            storage: DataStorageConfig::default(),
277
0
            processing: DataProcessingConfig::default(),
278
0
            rate_limit: 100,
279
0
        }
280
0
    }
281
}
282
283
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
284
pub struct DataSourcesConfig {
285
    pub databento: Option<DatabentoConfig>,
286
    pub benzinga: Option<TrainingBenzingaConfig>,
287
    #[serde(default)]
288
    pub enable_realtime: bool,
289
    pub interactive_brokers: Option<InteractiveBrokersConfig>,
290
    pub icmarkets: Option<ICMarketsConfig>,
291
    pub historical: Option<HistoricalDataConfig>,
292
}
293
294
#[derive(Debug, Clone, Serialize, Deserialize)]
295
pub struct InteractiveBrokersConfig {
296
    pub host: String,
297
    pub port: u16,
298
    pub client_id: i32,
299
    pub timeout_seconds: u64,
300
}
301
302
#[derive(Debug, Clone, Serialize, Deserialize)]
303
pub struct ICMarketsConfig {
304
    pub api_key: String,
305
    pub environment: String,
306
}
307
308
#[derive(Debug, Clone, Serialize, Deserialize)]
309
pub struct HistoricalDataConfig {
310
    pub enabled: bool,
311
    pub batch_size: usize,
312
    pub parallel_downloads: usize,
313
}
314
315
#[derive(Debug, Clone, Serialize, Deserialize)]
316
pub struct DatabentoConfig {
317
    pub api_key: String,
318
    pub dataset: String,
319
    pub symbols: Vec<String>,
320
    pub schema: String,
321
    pub stype_in: String,
322
}
323
324
#[derive(Debug, Clone, Serialize, Deserialize)]
325
pub struct DataValidationConfig {
326
    #[serde(default)]
327
    pub enable_price_validation: bool,
328
    #[serde(default)]
329
    pub enable_volume_validation: bool,
330
    #[serde(default)]
331
    pub price_threshold: f64,
332
    #[serde(default)]
333
    pub volume_threshold: f64,
334
    #[serde(default)]
335
    pub outlier_method: OutlierDetectionMethod,
336
    #[serde(default)]
337
    pub max_price_change: f64,
338
    #[serde(default)]
339
    pub max_volume_change: f64,
340
    #[serde(default)]
341
    pub max_timestamp_drift: i64,
342
    #[serde(default)]
343
    pub price_validation: bool,
344
    #[serde(default)]
345
    pub volume_validation: bool,
346
    #[serde(default)]
347
    pub timestamp_validation: bool,
348
    #[serde(default)]
349
    pub outlier_detection: bool,
350
    #[serde(default)]
351
    pub missing_data_handling: MissingDataHandling,
352
}
353
354
impl Default for DataValidationConfig {
355
0
    fn default() -> Self {
356
0
        Self {
357
0
            enable_price_validation: true,
358
0
            enable_volume_validation: true,
359
0
            price_threshold: 0.1,
360
0
            volume_threshold: 0.2,
361
0
            outlier_method: OutlierDetectionMethod::ZScore,
362
0
            max_price_change: 0.05,
363
0
            max_volume_change: 2.0,
364
0
            max_timestamp_drift: 1000,
365
0
            price_validation: true,
366
0
            volume_validation: true,
367
0
            timestamp_validation: true,
368
0
            outlier_detection: true,
369
0
            missing_data_handling: MissingDataHandling::Skip,
370
0
        }
371
0
    }
372
}
373
374
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
375
pub enum MissingDataHandling {
376
    #[default]
377
    Skip,
378
    Drop,
379
    Interpolate,
380
    ForwardFill,
381
    BackwardFill,
382
    FillForward,
383
    FillBackward,
384
    Mean,
385
    Median,
386
    Error,
387
}
388
389
#[derive(Debug, Clone, Serialize, Deserialize)]
390
pub struct TrainingFeatureEngineeringConfig {
391
    pub enable_normalization: bool,
392
    pub enable_scaling: bool,
393
    pub enable_log_returns: bool,
394
    pub lookback_window: usize,
395
    pub regime_detection: DataRegimeDetectionConfig,
396
    pub technical_indicators: DataTechnicalIndicatorsConfig,
397
    pub microstructure: DataMicrostructureConfig,
398
}
399
400
impl Default for TrainingFeatureEngineeringConfig {
401
0
    fn default() -> Self {
402
0
        Self {
403
0
            enable_normalization: true,
404
0
            enable_scaling: true,
405
0
            enable_log_returns: true,
406
0
            lookback_window: 100,
407
0
            regime_detection: DataRegimeDetectionConfig::default(),
408
0
            technical_indicators: DataTechnicalIndicatorsConfig::default(),
409
0
            microstructure: DataMicrostructureConfig::default(),
410
0
        }
411
0
    }
412
}
413
414
#[derive(Debug, Clone, Serialize, Deserialize)]
415
pub struct DataTemporalConfig {
416
    pub enable_time_features: bool,
417
    pub enable_seasonal: bool,
418
    pub timezone: String,
419
    pub business_hours_only: bool,
420
    pub market_session: bool,
421
    pub holiday_effects: bool,
422
    pub expiration_effects: bool,
423
}
424
425
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
426
pub enum OutlierDetectionMethod {
427
    #[default]
428
    ZScore,
429
    IQR,
430
    Isolation,
431
    IsolationForest,
432
    LocalOutlierFactor,
433
    None,
434
}
435
436
#[derive(Debug, Clone, Serialize, Deserialize)]
437
pub struct DataModuleConfig {
438
    pub data_path: String,
439
    pub batch_size: usize,
440
    pub num_workers: usize,
441
    pub cache_size: usize,
442
    pub settings: DataModuleSettings,
443
    pub interactive_brokers: Option<InteractiveBrokersConfig>,
444
}
445
446
#[derive(Debug, Clone, Serialize, Deserialize)]
447
pub struct DataModuleSettings {
448
    pub enable_preprocessing: bool,
449
    pub enable_validation: bool,
450
    pub max_memory_usage: usize,
451
    pub market_data_buffer_size: usize,
452
    pub order_event_buffer_size: usize,
453
}
454
455
#[derive(Debug, Clone, Serialize, Deserialize)]
456
pub struct DataMACDConfig {
457
    pub fast_period: usize,
458
    pub slow_period: usize,
459
    pub signal_period: usize,
460
    pub enabled: bool,
461
}
462
463
impl Default for DataMACDConfig {
464
0
    fn default() -> Self {
465
0
        Self {
466
0
            fast_period: 12,
467
0
            slow_period: 26,
468
0
            signal_period: 9,
469
0
            enabled: true,
470
0
        }
471
0
    }
472
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_providers.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_providers.rs.html
deleted file mode 100644
index 186663ddf..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_providers.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/data_providers.rs
Line
Count
Source
1
//! Data provider endpoint configuration
2
//!
3
//! Centralizes all hardcoded API endpoints for data providers, enabling
4
//! environment-specific configurations and easy switching between dev/staging/prod.
5
6
use serde::{Deserialize, Serialize};
7
8
/// Environment specification for data providers
9
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
10
pub enum DataProviderEnvironment {
11
    /// Development environment with potentially mocked or sandbox endpoints
12
    Development,
13
    /// Staging environment for pre-production testing
14
    Staging,
15
    /// Production environment with live data
16
    Production,
17
}
18
19
impl DataProviderEnvironment {
20
    /// Detect environment from FOXHUNT_ENV environment variable
21
0
    pub fn from_env() -> Self {
22
0
        match std::env::var("FOXHUNT_ENV")
23
0
            .unwrap_or_else(|_| "development".to_owned())
24
0
            .to_lowercase()
25
0
            .as_str()
26
        {
27
0
            "prod" | "production" => Self::Production,
28
0
            "staging" | "stage" => Self::Staging,
29
0
            _ => Self::Development,
30
        }
31
0
    }
32
}
33
34
/// Databento endpoint configuration
35
#[derive(Debug, Clone, Serialize, Deserialize)]
36
pub struct DatabentoEndpoints {
37
    /// WebSocket URL for real-time data streaming
38
    pub websocket_url: String,
39
    /// HTTP base URL for historical data queries
40
    pub historical_base_url: String,
41
}
42
43
impl DatabentoEndpoints {
44
    /// Create configuration from environment variables with fallback to defaults
45
0
    pub fn from_env(environment: DataProviderEnvironment) -> Self {
46
0
        let (ws_default, http_default) = match environment {
47
0
            DataProviderEnvironment::Development | DataProviderEnvironment::Production => (
48
0
                "wss://gateway.databento.com/v0/subscribe",
49
0
                "https://hist.databento.com",
50
0
            ),
51
0
            DataProviderEnvironment::Staging => (
52
0
                "wss://staging-gateway.databento.com/v0/subscribe",
53
0
                "https://staging-hist.databento.com",
54
0
            ),
55
        };
56
57
        Self {
58
0
            websocket_url: std::env::var("DATABENTO_WS_URL")
59
0
                .unwrap_or_else(|_| ws_default.to_owned()),
60
0
            historical_base_url: std::env::var("DATABENTO_HTTP_URL")
61
0
                .unwrap_or_else(|_| http_default.to_owned()),
62
        }
63
0
    }
64
}
65
66
impl Default for DatabentoEndpoints {
67
0
    fn default() -> Self {
68
0
        Self::from_env(DataProviderEnvironment::from_env())
69
0
    }
70
}
71
72
/// Benzinga endpoint configuration
73
#[derive(Debug, Clone, Serialize, Deserialize)]
74
pub struct BenzingaEndpoints {
75
    /// WebSocket URL for real-time news and sentiment streaming
76
    pub websocket_url: String,
77
    /// HTTP base URL for API queries
78
    pub api_base_url: String,
79
}
80
81
impl BenzingaEndpoints {
82
    /// Create configuration from environment variables with fallback to defaults
83
0
    pub fn from_env(environment: DataProviderEnvironment) -> Self {
84
0
        let (ws_default, api_default) = match environment {
85
0
            DataProviderEnvironment::Development | DataProviderEnvironment::Production => (
86
0
                "wss://api.benzinga.com/api/v1/stream",
87
0
                "https://api.benzinga.com/api/v2",
88
0
            ),
89
0
            DataProviderEnvironment::Staging => (
90
0
                "wss://staging-api.benzinga.com/api/v1/stream",
91
0
                "https://staging-api.benzinga.com/api/v2",
92
0
            ),
93
        };
94
95
        Self {
96
0
            websocket_url: std::env::var("BENZINGA_WS_URL")
97
0
                .unwrap_or_else(|_| ws_default.to_owned()),
98
0
            api_base_url: std::env::var("BENZINGA_API_URL")
99
0
                .unwrap_or_else(|_| api_default.to_owned()),
100
        }
101
0
    }
102
}
103
104
impl Default for BenzingaEndpoints {
105
0
    fn default() -> Self {
106
0
        Self::from_env(DataProviderEnvironment::from_env())
107
0
    }
108
}
109
110
/// Alpaca endpoint configuration
111
#[derive(Debug, Clone, Serialize, Deserialize)]
112
pub struct AlpacaEndpoints {
113
    /// Base URL for trading operations (paper or live)
114
    pub trading_base_url: String,
115
    /// Base URL for market data queries
116
    pub data_base_url: String,
117
}
118
119
impl AlpacaEndpoints {
120
    /// Create configuration from environment variables with fallback to defaults
121
0
    pub fn from_env(environment: DataProviderEnvironment) -> Self {
122
0
        let (trading_default, data_default) = match environment {
123
0
            DataProviderEnvironment::Development => (
124
0
                "https://paper-api.alpaca.markets",
125
0
                "https://data.alpaca.markets",
126
0
            ),
127
0
            DataProviderEnvironment::Staging => (
128
0
                "https://paper-api.alpaca.markets",
129
0
                "https://data.alpaca.markets",
130
0
            ),
131
0
            DataProviderEnvironment::Production => (
132
0
                "https://api.alpaca.markets",
133
0
                "https://data.alpaca.markets",
134
0
            ),
135
        };
136
137
        Self {
138
0
            trading_base_url: std::env::var("ALPACA_TRADING_URL")
139
0
                .unwrap_or_else(|_| trading_default.to_owned()),
140
0
            data_base_url: std::env::var("ALPACA_DATA_URL")
141
0
                .unwrap_or_else(|_| data_default.to_owned()),
142
        }
143
0
    }
144
}
145
146
impl Default for AlpacaEndpoints {
147
0
    fn default() -> Self {
148
0
        Self::from_env(DataProviderEnvironment::from_env())
149
0
    }
150
}
151
152
/// Interactive Brokers Gateway configuration
153
#[derive(Debug, Clone, Serialize, Deserialize)]
154
pub struct IBGatewayConfig {
155
    /// Gateway host (typically localhost for local TWS/Gateway)
156
    pub host: String,
157
    /// Gateway port (7497 for paper trading, 7496 for live, 4001 for IB Gateway)
158
    pub port: u16,
159
}
160
161
impl IBGatewayConfig {
162
    /// Create configuration from environment variables with fallback to defaults
163
0
    pub fn from_env(environment: DataProviderEnvironment) -> Self {
164
0
        let (host_default, port_default) = match environment {
165
0
            DataProviderEnvironment::Development => ("127.0.0.1", 7497), // Paper trading
166
0
            DataProviderEnvironment::Staging => ("127.0.0.1", 7497),     // Paper trading
167
0
            DataProviderEnvironment::Production => ("127.0.0.1", 7496),  // Live trading
168
        };
169
170
        Self {
171
0
            host: std::env::var("IB_GATEWAY_HOST")
172
0
                .unwrap_or_else(|_| host_default.to_owned()),
173
0
            port: std::env::var("IB_GATEWAY_PORT")
174
0
                .ok()
175
0
                .and_then(|s| s.parse().ok())
176
0
                .unwrap_or(port_default),
177
        }
178
0
    }
179
}
180
181
impl Default for IBGatewayConfig {
182
0
    fn default() -> Self {
183
0
        Self::from_env(DataProviderEnvironment::from_env())
184
0
    }
185
}
186
187
/// Master configuration for all data provider endpoints
188
#[derive(Debug, Clone, Serialize, Deserialize)]
189
pub struct DataProviderConfig {
190
    /// Current environment
191
    pub environment: DataProviderEnvironment,
192
    /// Databento endpoints
193
    pub databento: DatabentoEndpoints,
194
    /// Benzinga endpoints
195
    pub benzinga: BenzingaEndpoints,
196
    /// Alpaca endpoints
197
    pub alpaca: AlpacaEndpoints,
198
    /// Interactive Brokers Gateway configuration
199
    pub ib_gateway: IBGatewayConfig,
200
}
201
202
impl DataProviderConfig {
203
    /// Create configuration from environment
204
0
    pub fn from_env() -> Self {
205
0
        let environment = DataProviderEnvironment::from_env();
206
0
        Self {
207
0
            databento: DatabentoEndpoints::from_env(environment),
208
0
            benzinga: BenzingaEndpoints::from_env(environment),
209
0
            alpaca: AlpacaEndpoints::from_env(environment),
210
0
            ib_gateway: IBGatewayConfig::from_env(environment),
211
0
            environment,
212
0
        }
213
0
    }
214
215
    /// Create configuration for specific environment
216
0
    pub fn for_environment(environment: DataProviderEnvironment) -> Self {
217
0
        Self {
218
0
            databento: DatabentoEndpoints::from_env(environment),
219
0
            benzinga: BenzingaEndpoints::from_env(environment),
220
0
            alpaca: AlpacaEndpoints::from_env(environment),
221
0
            ib_gateway: IBGatewayConfig::from_env(environment),
222
0
            environment,
223
0
        }
224
0
    }
225
}
226
227
impl Default for DataProviderConfig {
228
0
    fn default() -> Self {
229
0
        Self::from_env()
230
0
    }
231
}
232
233
#[cfg(test)]
234
mod tests {
235
    use super::*;
236
237
    #[test]
238
    fn test_environment_detection() {
239
        std::env::set_var("FOXHUNT_ENV", "production");
240
        assert_eq!(
241
            DataProviderEnvironment::from_env(),
242
            DataProviderEnvironment::Production
243
        );
244
245
        std::env::set_var("FOXHUNT_ENV", "staging");
246
        assert_eq!(
247
            DataProviderEnvironment::from_env(),
248
            DataProviderEnvironment::Staging
249
        );
250
251
        std::env::set_var("FOXHUNT_ENV", "development");
252
        assert_eq!(
253
            DataProviderEnvironment::from_env(),
254
            DataProviderEnvironment::Development
255
        );
256
257
        std::env::remove_var("FOXHUNT_ENV");
258
        assert_eq!(
259
            DataProviderEnvironment::from_env(),
260
            DataProviderEnvironment::Development
261
        );
262
    }
263
264
    #[test]
265
    fn test_databento_defaults() {
266
        let config = DatabentoEndpoints::from_env(DataProviderEnvironment::Production);
267
        assert_eq!(
268
            config.websocket_url,
269
            "wss://gateway.databento.com/v0/subscribe"
270
        );
271
        assert_eq!(config.historical_base_url, "https://hist.databento.com");
272
    }
273
274
    #[test]
275
    fn test_benzinga_defaults() {
276
        let config = BenzingaEndpoints::from_env(DataProviderEnvironment::Production);
277
        assert_eq!(
278
            config.websocket_url,
279
            "wss://api.benzinga.com/api/v1/stream"
280
        );
281
        assert_eq!(config.api_base_url, "https://api.benzinga.com/api/v2");
282
    }
283
284
    #[test]
285
    fn test_alpaca_defaults() {
286
        let dev_config = AlpacaEndpoints::from_env(DataProviderEnvironment::Development);
287
        assert_eq!(
288
            dev_config.trading_base_url,
289
            "https://paper-api.alpaca.markets"
290
        );
291
292
        let prod_config = AlpacaEndpoints::from_env(DataProviderEnvironment::Production);
293
        assert_eq!(prod_config.trading_base_url, "https://api.alpaca.markets");
294
    }
295
296
    #[test]
297
    fn test_ib_gateway_defaults() {
298
        let dev_config = IBGatewayConfig::from_env(DataProviderEnvironment::Development);
299
        assert_eq!(dev_config.host, "127.0.0.1");
300
        assert_eq!(dev_config.port, 7497);
301
302
        let prod_config = IBGatewayConfig::from_env(DataProviderEnvironment::Production);
303
        assert_eq!(prod_config.port, 7496);
304
    }
305
306
    #[test]
307
    fn test_environment_variable_override() {
308
        std::env::set_var("DATABENTO_WS_URL", "wss://custom.databento.com");
309
        let config = DatabentoEndpoints::from_env(DataProviderEnvironment::Production);
310
        assert_eq!(config.websocket_url, "wss://custom.databento.com");
311
        std::env::remove_var("DATABENTO_WS_URL");
312
    }
313
314
    #[test]
315
    fn test_master_config() {
316
        let config = DataProviderConfig::for_environment(DataProviderEnvironment::Production);
317
        assert_eq!(config.environment, DataProviderEnvironment::Production);
318
        assert!(!config.databento.websocket_url.is_empty());
319
        assert!(!config.benzinga.websocket_url.is_empty());
320
        assert!(!config.alpaca.trading_base_url.is_empty());
321
        assert!(!config.ib_gateway.host.is_empty());
322
    }
323
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/database.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/database.rs.html
deleted file mode 100644
index 7e9fb6d99..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/database.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
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/home/jgrusewski/Work/foxhunt/config/src/database.rs
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1
//! Database configuration for PostgreSQL connections and connection pooling.
2
//!
3
//! This module provides comprehensive database configuration structures for managing
4
//! PostgreSQL connections, connection pools, and transaction settings in the Foxhunt
5
//! HFT trading system. It supports connection pooling, timeout management, and
6
//! transaction isolation levels optimized for high-frequency trading workloads.
7
8
use serde::{Deserialize, Serialize};
9
use std::time::Duration;
10
11
#[cfg(feature = "postgres")]
12
use sqlx::Row;
13
14
/// Main database configuration structure for PostgreSQL connections.
15
///
16
/// Provides comprehensive database connection settings including connection pooling,
17
/// timeouts, logging, and transaction management. Optimized for high-frequency
18
/// trading workloads with appropriate defaults for low-latency operations.
19
#[derive(Debug, Clone, Serialize, Deserialize)]
20
#[allow(clippy::module_name_repetitions)]
21
pub struct DatabaseConfig {
22
    /// PostgreSQL connection URL (e.g., "postgresql://user:pass@host:port/database")
23
    pub url: String,
24
    /// Maximum number of connections in the pool
25
    pub max_connections: u32,
26
    /// Minimum number of connections to maintain in the pool
27
    pub min_connections: u32,
28
    /// Timeout for establishing new database connections
29
    pub connect_timeout: std::time::Duration,
30
    /// Timeout for individual query execution
31
    pub query_timeout: std::time::Duration,
32
    /// Enable detailed query logging for debugging
33
    pub enable_query_logging: bool,
34
    /// Application name to identify connections in PostgreSQL logs
35
    pub application_name: Option<String>,
36
    /// Connection pool configuration settings
37
    pub pool: PoolConfig,
38
    /// Transaction management configuration
39
    pub transaction: TransactionConfig,
40
}
41
42
impl Default for DatabaseConfig {
43
0
    fn default() -> Self {
44
0
        Self::new()
45
0
    }
46
}
47
48
impl DatabaseConfig {
49
    /// Creates a new DatabaseConfig with sensible defaults for development.
50
    ///
51
    /// Returns a configuration suitable for local development with a PostgreSQL
52
    /// database running on localhost. Production deployments should override
53
    /// these settings through environment variables or configuration files.
54
0
    pub fn new() -> Self {
55
        // Get database URL from environment, with fallback to development default
56
0
        let url = std::env::var("DATABASE_URL")
57
0
            .unwrap_or_else(|_| "postgresql://foxhunt:foxhunt_dev_password@localhost:5432/foxhunt".to_owned());
58
    
59
0
        Self {
60
0
            url,
61
0
            max_connections: 10,
62
0
            min_connections: 1,
63
0
            connect_timeout: Duration::from_secs(30),
64
0
            query_timeout: Duration::from_secs(60),
65
0
            enable_query_logging: false,
66
0
            application_name: Some("foxhunt".to_owned()),
67
0
            pool: PoolConfig::default(),
68
0
            transaction: TransactionConfig::default(),
69
0
        }
70
0
    }
71
72
    /// Validates the database configuration for correctness.
73
    ///
74
    /// Performs basic validation checks on the configuration parameters to ensure
75
    /// they are valid before attempting to establish database connections.
76
    ///
77
    /// # Errors
78
    ///
79
    /// Returns an error string if the configuration is invalid, such as:
80
    /// - Empty database URL
81
    ///
82
    /// - Invalid connection parameters
83
0
    pub fn validate(&self) -> Result<(), String> {
84
0
        if self.url.is_empty() {
85
0
            return Err("Database URL cannot be empty".to_owned());
86
0
        }
87
0
        Ok(())
88
0
    }
89
}
90
91
/// Database connection pool configuration.
92
///
93
/// Manages the behavior of the connection pool including connection lifecycle,
94
/// timeouts, and health checking. Optimized for high-frequency trading workloads
95
/// where connection availability and low latency are critical.
96
#[derive(Debug, Clone, Serialize, Deserialize)]
97
pub struct PoolConfig {
98
    /// Minimum number of connections to maintain in the pool
99
    pub min_connections: u32,
100
    /// Maximum number of connections allowed in the pool
101
    pub max_connections: u32,
102
    /// Timeout in seconds for acquiring a connection from the pool
103
    pub acquire_timeout_secs: u64,
104
    /// Maximum lifetime in seconds for a connection before it's recycled
105
    pub max_lifetime_secs: u64,
106
    /// Timeout in seconds before idle connections are closed
107
    pub idle_timeout_secs: u64,
108
    /// Whether to test connections before returning them from the pool
109
    pub test_before_acquire: bool,
110
    /// Database URL for pool connections
111
    pub database_url: String,
112
    /// Enable periodic health checks for pool connections
113
    pub health_check_enabled: bool,
114
    /// Interval in seconds between health checks
115
    pub health_check_interval_secs: u64,
116
}
117
118
impl Default for PoolConfig {
119
0
    fn default() -> Self {
120
        // Get database URL from environment, with fallback to development default
121
0
        let database_url = std::env::var("DATABASE_URL")
122
0
            .unwrap_or_else(|_| "postgresql://foxhunt:foxhunt_dev_password@localhost:5432/foxhunt".to_owned());
123
124
0
        Self {
125
0
            min_connections: 1,
126
0
            max_connections: 10,
127
0
            acquire_timeout_secs: 30,
128
0
            max_lifetime_secs: 3600,
129
0
            idle_timeout_secs: 3600,
130
0
            test_before_acquire: true,
131
0
            database_url,
132
0
            health_check_enabled: true,
133
0
            health_check_interval_secs: 60,
134
0
        }
135
0
    }
136
}
137
138
/// Database transaction configuration and retry policies.
139
///
140
/// Configures transaction behavior including isolation levels, timeouts,
141
/// and retry mechanisms. Critical for maintaining data consistency in
142
/// high-frequency trading operations while handling transient failures.
143
#[derive(Debug, Clone, Serialize, Deserialize)]
144
pub struct TransactionConfig {
145
    /// PostgreSQL transaction isolation level (e.g., "READ_COMMITTED", "SERIALIZABLE")
146
    pub isolation_level: String,
147
    /// Default timeout duration for transactions
148
    pub timeout: Duration,
149
    /// Default timeout in seconds for transactions
150
    pub default_timeout_secs: u64,
151
    /// Enable automatic retry on transaction failures
152
    pub enable_retry: bool,
153
    /// Maximum number of retry attempts for failed transactions
154
    pub max_retries: u32,
155
    /// Delay in milliseconds between retry attempts
156
    pub retry_delay_ms: u64,
157
    /// Maximum number of nested savepoints allowed
158
    pub max_savepoints: u32,
159
}
160
161
impl Default for TransactionConfig {
162
0
    fn default() -> Self {
163
0
        Self {
164
0
            isolation_level: "READ_COMMITTED".to_owned(),
165
0
            timeout: Duration::from_secs(30),
166
0
            default_timeout_secs: 30,
167
0
            enable_retry: true,
168
0
            max_retries: 3,
169
0
            retry_delay_ms: 100,
170
0
            max_savepoints: 10,
171
0
        }
172
0
    }
173
}
174
175
/// Database loader for symbol configurations with PostgreSQL integration.
176
///
177
/// Provides high-performance loading and caching of symbol configurations
178
/// from the PostgreSQL database. Supports real-time updates through PostgreSQL
179
///
180
/// NOTIFY/LISTEN for configuration hot-reload capabilities.
181
#[cfg(feature = "postgres")]
182
pub struct PostgresSymbolConfigLoader {
183
    /// Database connection pool
184
    pool: sqlx::PgPool,
185
    /// Configuration cache timeout
186
    cache_timeout: Duration,
187
    /// PostgreSQL listener for configuration changes
188
    listener: Option<sqlx::postgres::PgListener>,
189
}
190
191
#[cfg(feature = "postgres")]
192
impl PostgresSymbolConfigLoader {
193
    /// Creates a new PostgreSQL symbol configuration loader.
194
    ///
195
    /// # Errors
196
    /// Returns error if the operation fails
197
    pub async fn new(database_url: &str) -> Result<Self, sqlx::Error> {
198
        let pool = sqlx::PgPool::connect(database_url).await?;
199
200
        Ok(Self {
201
            pool,
202
            cache_timeout: Duration::from_secs(300), // 5 minutes
203
            listener: None,
204
        })
205
    }
206
207
    /// Creates a new loader with an existing connection pool.
208
    pub const fn with_pool(pool: sqlx::PgPool) -> Self {
209
        Self {
210
            pool,
211
            cache_timeout: Duration::from_secs(300),
212
            listener: None,
213
        }
214
    }
215
216
    /// Loads a symbol configuration by symbol name.
217
    ///
218
    /// # Errors
219
    /// Returns error if the operation fails
220
    pub async fn load_symbol_config(
221
        &self,
222
        symbol: &str,
223
    ) -> Result<Option<crate::symbol_config::SymbolConfig>, sqlx::Error> {
224
        // Simplified implementation using basic sqlx::query instead of macros
225
        let query = "
226
            SELECT 
227
                sc.id,
228
                sc.symbol,
229
                sc.description,
230
                sc.classification,
231
                sc.primary_exchange,
232
                sc.currency,
233
                sc.tick_size,
234
                sc.lot_size,
235
                sc.min_order_size,
236
                sc.max_order_size,
237
                sc.sector,
238
                sc.industry,
239
                sc.market_cap,
240
                sc.avg_daily_volume,
241
                sc.margin_requirement,
242
                sc.position_limit,
243
                sc.risk_multiplier,
244
                sc.is_active,
245
                sc.data_source,
246
                sc.created_at,
247
                sc.updated_at,
248
                sc.last_validated
249
            FROM symbol_config sc
250
            WHERE sc.symbol = $1 AND sc.is_active = true
251
        ";
252
253
        let row = sqlx::query(query)
254
            .bind(symbol)
255
            .fetch_optional(&self.pool)
256
            .await?;
257
258
        if let Some(row) = row {
259
            // Create a basic symbol config from the row
260
            let symbol_name: String = row.get("symbol");
261
            let description: String = row.get("description");
262
            let classification_str: String = row.get("classification");
263
264
            let classification = match classification_str.as_str() {
265
                "EQUITY" => crate::symbol_config::AssetClassification::Equity,
266
                "FUTURE" => crate::symbol_config::AssetClassification::Future,
267
                "FOREX" => crate::symbol_config::AssetClassification::Forex,
268
                "CRYPTO" => crate::symbol_config::AssetClassification::Crypto,
269
                "COMMODITY" => crate::symbol_config::AssetClassification::Commodity,
270
                "FIXED_INCOME" => crate::symbol_config::AssetClassification::FixedIncome,
271
                "OPTION" => crate::symbol_config::AssetClassification::Option,
272
                "ETF" => crate::symbol_config::AssetClassification::Etf,
273
                "INDEX" => crate::symbol_config::AssetClassification::Index,
274
                "DERIVATIVE" => crate::symbol_config::AssetClassification::Derivative,
275
                _ => crate::symbol_config::AssetClassification::Equity,
276
            };
277
278
            let mut config = crate::symbol_config::SymbolConfig::new(symbol_name, classification);
279
            config.description = description;
280
            config.primary_exchange = row.get("primary_exchange");
281
            config.currency = row.get("currency");
282
283
            // Handle decimal conversions safely
284
            if let Ok(tick_size) = row.try_get::<rust_decimal::Decimal, _>("tick_size") {
285
                if let Ok(f) = tick_size.try_into() {
286
                    config.tick_size = f;
287
                }
288
            }
289
290
            Ok(Some(config))
291
        } else {
292
            Ok(None)
293
        }
294
    }
295
296
    /// Loads all active symbol configurations.
297
    ///
298
    /// # Errors
299
    /// Returns error if the operation fails
300
    pub async fn load_all_symbols(
301
        &self,
302
    ) -> Result<Vec<crate::symbol_config::SymbolConfig>, sqlx::Error> {
303
        let query = "
304
            SELECT symbol, description, classification
305
            FROM symbol_config 
306
            WHERE is_active = true
307
            ORDER BY symbol
308
        ";
309
310
        let rows = sqlx::query(query).fetch_all(&self.pool).await?;
311
312
        let mut configs = Vec::new();
313
        for row in rows {
314
            let symbol_name: String = row.get("symbol");
315
            let description: String = row.get("description");
316
            let classification_str: String = row.get("classification");
317
318
            let classification = match classification_str.as_str() {
319
                "EQUITY" => crate::symbol_config::AssetClassification::Equity,
320
                "FUTURE" => crate::symbol_config::AssetClassification::Future,
321
                "FOREX" => crate::symbol_config::AssetClassification::Forex,
322
                "CRYPTO" => crate::symbol_config::AssetClassification::Crypto,
323
                "COMMODITY" => crate::symbol_config::AssetClassification::Commodity,
324
                "FIXED_INCOME" => crate::symbol_config::AssetClassification::FixedIncome,
325
                "OPTION" => crate::symbol_config::AssetClassification::Option,
326
                "ETF" => crate::symbol_config::AssetClassification::Etf,
327
                "INDEX" => crate::symbol_config::AssetClassification::Index,
328
                "DERIVATIVE" => crate::symbol_config::AssetClassification::Derivative,
329
                _ => crate::symbol_config::AssetClassification::Equity,
330
            };
331
332
            let mut config = crate::symbol_config::SymbolConfig::new(symbol_name, classification);
333
            config.description = description;
334
            configs.push(config);
335
        }
336
337
        Ok(configs)
338
    }
339
340
    /// Loads symbols filtered by asset classification.
341
    ///
342
    /// # Errors
343
    /// Returns error if the operation fails
344
    pub async fn load_symbols_by_classification(
345
        &self,
346
        classification: crate::symbol_config::AssetClassification,
347
    ) -> Result<Vec<crate::symbol_config::SymbolConfig>, sqlx::Error> {
348
        let class_str = classification.regulatory_class();
349
350
        let query = "
351
            SELECT symbol, description, classification
352
            FROM symbol_config 
353
            WHERE is_active = true AND classification = $1
354
            ORDER BY symbol
355
        ";
356
357
        let rows = sqlx::query(query)
358
            .bind(class_str)
359
            .fetch_all(&self.pool)
360
            .await?;
361
362
        let mut configs = Vec::new();
363
        for row in rows {
364
            let symbol_name: String = row.get("symbol");
365
            let description: String = row.get("description");
366
            let mut config =
367
                crate::symbol_config::SymbolConfig::new(symbol_name, classification.clone());
368
            config.description = description;
369
            configs.push(config);
370
        }
371
372
        Ok(configs)
373
    }
374
    /// Saves or updates a symbol configuration.
375
    ///
376
    /// # Errors
377
    /// Returns error if the operation fails
378
    pub async fn save_symbol_config(
379
        &self,
380
        config: &crate::symbol_config::SymbolConfig,
381
    ) -> Result<(), sqlx::Error> {
382
        let query = "
383
            INSERT INTO symbol_config (
384
                symbol, description, classification, primary_exchange, currency
385
            ) VALUES ($1, $2, $3, $4, $5)
386
            ON CONFLICT (symbol) DO UPDATE SET
387
                description = EXCLUDED.description,
388
                classification = EXCLUDED.classification,
389
                primary_exchange = EXCLUDED.primary_exchange,
390
                currency = EXCLUDED.currency,
391
                updated_at = NOW()
392
        ";
393
394
        sqlx::query(query)
395
            .bind(&config.symbol)
396
            .bind(&config.description)
397
            .bind(config.classification.regulatory_class())
398
            .bind(&config.primary_exchange)
399
            .bind(&config.currency)
400
            .execute(&self.pool)
401
            .await?;
402
403
        Ok(())
404
    }
405
406
    /// Initializes PostgreSQL NOTIFY/LISTEN for configuration hot-reload.
407
    ///
408
    /// # Errors
409
    /// Returns error if the operation fails
410
    pub async fn enable_hot_reload(&mut self) -> Result<(), sqlx::Error> {
411
        let mut listener = sqlx::postgres::PgListener::connect_with(&self.pool).await?;
412
        listener.listen("symbol_config_changed").await?;
413
        self.listener = Some(listener);
414
        Ok(())
415
    }
416
417
    /// Checks for configuration change notifications.
418
    ///
419
    /// # Errors
420
    /// Returns error if the operation fails
421
    pub async fn check_for_updates(&mut self) -> Result<Option<String>, sqlx::Error> {
422
        if let Some(listener) = &mut self.listener {
423
            if let Some(notification) = listener.try_recv().await? {
424
                return Ok(Some(notification.payload().to_owned()));
425
            }
426
        }
427
        Ok(None)
428
    }
429
}
430
431
/// Database integration for comprehensive asset classification system.
432
///
433
/// Provides PostgreSQL-backed storage and retrieval for asset classification
434
/// configurations with support for pattern matching, caching, and hot-reload.
435
#[cfg(feature = "postgres")]
436
pub struct PostgresAssetClassificationLoader {
437
    /// Database connection pool
438
    pool: sqlx::PgPool,
439
    /// Configuration cache timeout
440
    cache_timeout: Duration,
441
    /// PostgreSQL listener for configuration changes
442
    listener: Option<sqlx::postgres::PgListener>,
443
}
444
445
#[cfg(feature = "postgres")]
446
impl PostgresAssetClassificationLoader {
447
    /// Creates a new PostgreSQL asset classification loader.
448
    ///
449
    /// # Errors
450
    /// Returns error if the operation fails
451
    pub async fn new(database_url: &str) -> Result<Self, sqlx::Error> {
452
        let pool = sqlx::PgPool::connect(database_url).await?;
453
454
        Ok(Self {
455
            pool,
456
            cache_timeout: Duration::from_secs(300), // 5 minutes
457
            listener: None,
458
        })
459
    }
460
461
    /// Creates a new loader with an existing connection pool.
462
    pub const fn with_pool(pool: sqlx::PgPool) -> Self {
463
        Self {
464
            pool,
465
            cache_timeout: Duration::from_secs(300),
466
            listener: None,
467
        }
468
    }
469
470
    /// Loads all active asset configurations ordered by priority.
471
    ///
472
    /// # Errors
473
    /// Returns error if the operation fails
474
    pub async fn load_asset_configurations(
475
        &self,
476
    ) -> Result<Vec<crate::asset_classification::AssetConfig>, sqlx::Error> {
477
        let query = "
478
                SELECT 
479
                    id,
480
                    name,
481
                    symbol_pattern,
482
                    asset_class_data,
483
                    volatility_profile,
484
                    trading_parameters,
485
                    priority,
486
                    is_active,
487
                    created_at,
488
                    updated_at,
489
                    trading_hours,
490
                    settlement_config
491
                FROM asset_configurations
492
                WHERE is_active = true
493
                ORDER BY priority DESC
494
            ";
495
496
        let rows = sqlx::query(query).fetch_all(&self.pool).await?;
497
498
        let mut configs = Vec::new();
499
        for row in rows {
500
            if let Ok(config) = Self::row_to_asset_config(row) {
501
                configs.push(config);
502
            }
503
        }
504
505
        Ok(configs)
506
    }
507
508
    /// Loads a specific asset configuration by ID.
509
    ///
510
    /// # Errors
511
    /// Returns error if the operation fails
512
    pub async fn load_asset_configuration_by_id(
513
        &self,
514
        id: uuid::Uuid,
515
    ) -> Result<Option<crate::asset_classification::AssetConfig>, sqlx::Error> {
516
        let query = "
517
                SELECT 
518
                    id,
519
                    name,
520
                    symbol_pattern,
521
                    asset_class_data,
522
                    volatility_profile,
523
                    trading_parameters,
524
                    priority,
525
                    is_active,
526
                    created_at,
527
                    updated_at,
528
                    trading_hours,
529
                    settlement_config
530
                FROM asset_configurations
531
                WHERE id = $1
532
            ";
533
534
        let row = sqlx::query(query)
535
            .bind(id)
536
            .fetch_optional(&self.pool)
537
            .await?;
538
539
        if let Some(row) = row {
540
            Ok(Some(Self::row_to_asset_config(row)?))
541
        } else {
542
            Ok(None)
543
        }
544
    }
545
546
    /// Saves or updates an asset configuration.
547
    ///
548
    /// # Errors
549
    /// Returns error if the operation fails
550
    pub async fn save_asset_configuration(
551
        &self,
552
        config: &crate::asset_classification::AssetConfig,
553
    ) -> Result<(), sqlx::Error> {
554
        let query = "
555
                INSERT INTO asset_configurations (
556
                    id, name, symbol_pattern, asset_class_data, volatility_profile,
557
                    trading_parameters, priority, is_active, created_at, updated_at,
558
                    trading_hours, settlement_config
559
                ) VALUES ($1, $2, $3, $4, $5, $6, $7, $8, $9, $10, $11, $12)
560
                ON CONFLICT (id) DO UPDATE SET
561
                    name = EXCLUDED.name,
562
                    symbol_pattern = EXCLUDED.symbol_pattern,
563
                    asset_class_data = EXCLUDED.asset_class_data,
564
                    volatility_profile = EXCLUDED.volatility_profile,
565
                    trading_parameters = EXCLUDED.trading_parameters,
566
                    priority = EXCLUDED.priority,
567
                    is_active = EXCLUDED.is_active,
568
                    updated_at = NOW(),
569
                    trading_hours = EXCLUDED.trading_hours,
570
                    settlement_config = EXCLUDED.settlement_config
571
            ";
572
573
        let asset_class_json = serde_json::to_value(&config.asset_class)
574
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
575
        let volatility_json = serde_json::to_value(&config.volatility_profile)
576
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
577
        let trading_params_json = serde_json::to_value(&config.trading_parameters)
578
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
579
        let trading_hours_json = serde_json::to_value(&config.trading_hours)
580
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
581
        let settlement_json = serde_json::to_value(&config.settlement_config)
582
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
583
584
        sqlx::query(query)
585
            .bind(config.id)
586
            .bind(&config.name)
587
            .bind(&config.symbol_pattern)
588
            .bind(asset_class_json)
589
            .bind(volatility_json)
590
            .bind(trading_params_json)
591
            .bind(i32::try_from(config.priority).unwrap_or(0))
592
            .bind(config.is_active)
593
            .bind(config.created_at)
594
            .bind(config.updated_at)
595
            .bind(trading_hours_json)
596
            .bind(settlement_json)
597
            .execute(&self.pool)
598
            .await?;
599
600
        Ok(())
601
    }
602
603
    /// Loads explicit symbol mappings.
604
    ///
605
    /// # Errors
606
    /// Returns error if the operation fails
607
    pub async fn load_symbol_mappings(
608
        &self,
609
    ) -> Result<
610
        std::collections::HashMap<String, crate::asset_classification::AssetClass>,
611
        sqlx::Error,
612
    > {
613
        let query = "
614
                SELECT symbol, asset_class_data
615
                FROM symbol_mappings
616
                WHERE is_active = true AND (expires_at IS NULL OR expires_at > NOW())
617
            ";
618
619
        let rows = sqlx::query(query).fetch_all(&self.pool).await?;
620
621
        let mut mappings = std::collections::HashMap::new();
622
        for row in rows {
623
            let symbol: String = row.get("symbol");
624
            let asset_class_json: serde_json::Value = row.get("asset_class_data");
625
626
            if let Ok(asset_class) =
627
                serde_json::from_value::<crate::asset_classification::AssetClass>(asset_class_json)
628
            {
629
                mappings.insert(symbol.to_uppercase(), asset_class);
630
            }
631
        }
632
633
        Ok(mappings)
634
    }
635
636
    /// Saves a symbol mapping.
637
    ///
638
    /// # Errors
639
    /// Returns error if the operation fails
640
    pub async fn save_symbol_mapping(
641
        &self,
642
        symbol: &str,
643
        asset_class: &crate::asset_classification::AssetClass,
644
        source: &str,
645
        confidence_score: f64,
646
        expires_at: Option<chrono::DateTime<chrono::Utc>>,
647
    ) -> Result<(), sqlx::Error> {
648
        let query = "
649
                INSERT INTO symbol_mappings (
650
                    symbol, asset_class_data, source, confidence_score, expires_at
651
                ) VALUES ($1, $2, $3, $4, $5)
652
                ON CONFLICT (symbol) DO UPDATE SET
653
                    asset_class_data = EXCLUDED.asset_class_data,
654
                    source = EXCLUDED.source,
655
                    confidence_score = EXCLUDED.confidence_score,
656
                    expires_at = EXCLUDED.expires_at,
657
                    updated_at = NOW()
658
            ";
659
660
        let asset_class_json =
661
            serde_json::to_value(asset_class).map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
662
663
        sqlx::query(query)
664
            .bind(symbol.to_uppercase())
665
            .bind(asset_class_json)
666
            .bind(source)
667
            .bind(confidence_score)
668
            .bind(expires_at)
669
            .execute(&self.pool)
670
            .await?;
671
672
        Ok(())
673
    }
674
675
    /// Loads volatility profiles.
676
    ///
677
    /// # Errors
678
    /// Returns error if the operation fails
679
    pub async fn load_volatility_profiles(
680
        &self,
681
    ) -> Result<
682
        std::collections::HashMap<String, crate::asset_classification::VolatilityProfile>,
683
        sqlx::Error,
684
    > {
685
        let query = "
686
                SELECT 
687
                    name,
688
                    base_annual_volatility,
689
                    stress_volatility_multiplier,
690
                    intraday_pattern,
691
                    volatility_persistence,
692
                    jump_risk
693
                FROM volatility_profiles
694
                WHERE is_active = true
695
            ";
696
697
        let rows = sqlx::query(query).fetch_all(&self.pool).await?;
698
699
        let mut profiles = std::collections::HashMap::new();
700
        for row in rows {
701
            let name: String = row.get("name");
702
            let base_volatility: rust_decimal::Decimal = row.get("base_annual_volatility");
703
            let stress_multiplier: rust_decimal::Decimal = row.get("stress_volatility_multiplier");
704
            let persistence: rust_decimal::Decimal = row.get("volatility_persistence");
705
            let intraday_json: serde_json::Value = row.get("intraday_pattern");
706
            let jump_risk_json: serde_json::Value = row.get("jump_risk");
707
708
            if let (Ok(base_vol), Ok(stress_mult), Ok(persist), Ok(intraday), Ok(jump_risk)) = (
709
                f64::try_from(base_volatility),
710
                f64::try_from(stress_multiplier),
711
                f64::try_from(persistence),
712
                serde_json::from_value::<Vec<f64>>(intraday_json),
713
                serde_json::from_value::<crate::asset_classification::JumpRiskProfile>(
714
                    jump_risk_json,
715
                ),
716
            ) {
717
                let profile = crate::asset_classification::VolatilityProfile {
718
                    base_annual_volatility: base_vol,
719
                    stress_volatility_multiplier: stress_mult,
720
                    intraday_pattern: intraday,
721
                    volatility_persistence: persist,
722
                    jump_risk,
723
                };
724
                profiles.insert(name, profile);
725
            }
726
        }
727
728
        Ok(profiles)
729
    }
730
731
    /// Caches symbol classification for performance.
732
    ///
733
    /// # Errors
734
    /// Returns error if the operation fails
735
    pub async fn cache_symbol_classification(
736
        &self,
737
        symbol: &str,
738
        asset_class: &crate::asset_classification::AssetClass,
739
        configuration_id: Option<uuid::Uuid>,
740
    ) -> Result<(), sqlx::Error> {
741
        let query = "
742
                INSERT INTO asset_classification_cache (symbol, asset_class_data, configuration_id)
743
                VALUES ($1, $2, $3)
744
                ON CONFLICT (symbol) DO UPDATE SET
745
                    asset_class_data = EXCLUDED.asset_class_data,
746
                    configuration_id = EXCLUDED.configuration_id,
747
                    cached_at = NOW(),
748
                    expires_at = NOW() + INTERVAL '1 hour'
749
            ";
750
751
        let asset_class_json =
752
            serde_json::to_value(asset_class).map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
753
754
        sqlx::query(query)
755
            .bind(symbol.to_uppercase())
756
            .bind(asset_class_json)
757
            .bind(configuration_id)
758
            .execute(&self.pool)
759
            .await?;
760
761
        Ok(())
762
    }
763
764
    /// Retrieves cached symbol classification.
765
    ///
766
    /// # Errors
767
    /// Returns error if the operation fails
768
    pub async fn get_cached_classification(
769
        &self,
770
        symbol: &str,
771
    ) -> Result<Option<crate::asset_classification::AssetClass>, sqlx::Error> {
772
        let query = "
773
                SELECT asset_class_data
774
                FROM asset_classification_cache
775
                WHERE symbol = $1 AND expires_at > NOW()
776
            ";
777
778
        let row = sqlx::query(query)
779
            .bind(symbol.to_uppercase())
780
            .fetch_optional(&self.pool)
781
            .await?;
782
783
        if let Some(row) = row {
784
            let asset_class_json: serde_json::Value = row.get("asset_class_data");
785
            Ok(serde_json::from_value(asset_class_json).ok())
786
        } else {
787
            Ok(None)
788
        }
789
    }
790
791
    /// Cleans up expired cache entries.
792
    ///
793
    /// # Errors
794
    /// Returns error if the operation fails
795
    pub async fn cleanup_cache(&self) -> Result<u64, sqlx::Error> {
796
        let query = "DELETE FROM asset_classification_cache WHERE expires_at < NOW()";
797
        let result = sqlx::query(query).execute(&self.pool).await?;
798
        Ok(result.rows_affected())
799
    }
800
801
    /// Logs asset classification changes for audit.
802
    ///
803
    /// # Errors
804
    /// Returns error if the operation fails
805
    pub async fn log_classification_change(
806
        &self,
807
        symbol: &str,
808
        old_classification: Option<&crate::asset_classification::AssetClass>,
809
        new_classification: &crate::asset_classification::AssetClass,
810
        changed_by: &str,
811
        reason: &str,
812
    ) -> Result<(), sqlx::Error> {
813
        let query = "
814
                INSERT INTO asset_classification_audit (
815
                    symbol, old_classification, new_classification, changed_by, change_reason
816
                ) VALUES ($1, $2, $3, $4, $5)
817
            ";
818
819
        let old_json = old_classification
820
            .map(|c| serde_json::to_value(c).ok())
821
            .flatten();
822
        let new_json = serde_json::to_value(new_classification)
823
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
824
825
        sqlx::query(query)
826
            .bind(symbol)
827
            .bind(old_json)
828
            .bind(new_json)
829
            .bind(changed_by)
830
            .bind(reason)
831
            .execute(&self.pool)
832
            .await?;
833
834
        Ok(())
835
    }
836
837
    /// Enables PostgreSQL NOTIFY/LISTEN for configuration hot-reload.
838
    ///
839
    /// # Errors
840
    /// Returns error if the operation fails
841
    pub async fn enable_hot_reload(&mut self) -> Result<(), sqlx::Error> {
842
        let mut listener = sqlx::postgres::PgListener::connect_with(&self.pool).await?;
843
        listener.listen("config_change").await?;
844
        self.listener = Some(listener);
845
        Ok(())
846
    }
847
848
    /// Checks for configuration change notifications.
849
    ///
850
    /// # Errors
851
    /// Returns error if the operation fails
852
    pub async fn check_for_config_updates(&mut self) -> Result<Option<String>, sqlx::Error> {
853
        if let Some(listener) = &mut self.listener {
854
            if let Some(notification) = listener.try_recv().await? {
855
                return Ok(Some(notification.payload().to_owned()));
856
            }
857
        }
858
        Ok(None)
859
    }
860
861
    /// Converts a database row to AssetConfig.
862
    fn row_to_asset_config(row: sqlx::postgres::PgRow) -> Result<crate::asset_classification::AssetConfig, sqlx::Error> {
863
        let id: uuid::Uuid = row.get("id");
864
        let name: String = row.get("name");
865
        let symbol_pattern: String = row.get("symbol_pattern");
866
        let priority: i32 = row.get("priority");
867
        let is_active: bool = row.get("is_active");
868
        let created_at: chrono::DateTime<chrono::Utc> = row.get("created_at");
869
        let updated_at: chrono::DateTime<chrono::Utc> = row.get("updated_at");
870
871
        let asset_class_json: serde_json::Value = row.get("asset_class_data");
872
        let volatility_json: serde_json::Value = row.get("volatility_profile");
873
        let trading_params_json: serde_json::Value = row.get("trading_parameters");
874
        let trading_hours_json: Option<serde_json::Value> = row.get("trading_hours");
875
        let settlement_json: serde_json::Value = row.get("settlement_config");
876
877
        let asset_class = serde_json::from_value(asset_class_json)
878
            .map_err(|e| sqlx::Error::Decode(Box::new(e)))?;
879
        let volatility_profile = serde_json::from_value(volatility_json)
880
            .map_err(|e| sqlx::Error::Decode(Box::new(e)))?;
881
        let trading_parameters = serde_json::from_value(trading_params_json)
882
            .map_err(|e| sqlx::Error::Decode(Box::new(e)))?;
883
        let trading_hours = trading_hours_json
884
            .map(|json| serde_json::from_value(json).ok())
885
            .flatten();
886
        let settlement_config = serde_json::from_value(settlement_json)
887
            .map_err(|e| sqlx::Error::Decode(Box::new(e)))?;
888
889
        Ok(crate::asset_classification::AssetConfig {
890
            id,
891
            name,
892
            symbol_pattern,
893
            compiled_pattern: None, // Will be compiled when loaded
894
            asset_class,
895
            volatility_profile,
896
            trading_parameters,
897
            priority: u32::try_from(priority).unwrap_or(0),
898
            is_active,
899
            created_at,
900
            updated_at,
901
            trading_hours,
902
            settlement_config,
903
        })
904
    }
905
}
906
907
/// General-purpose PostgreSQL configuration loader for various configuration types.
908
///
909
/// Provides a unified interface for loading configurations from PostgreSQL with
910
/// support for hot-reload through NOTIFY/LISTEN and caching for performance.
911
#[cfg(feature = "postgres")]
912
pub struct PostgresConfigLoader {
913
    /// Database connection pool
914
    pool: sqlx::PgPool,
915
    /// Configuration cache timeout
916
    cache_timeout: Duration,
917
}
918
919
#[cfg(feature = "postgres")]
920
impl PostgresConfigLoader {
921
    /// Creates a new PostgreSQL configuration loader.
922
    ///
923
    /// # Errors
924
    /// Returns error if the operation fails
925
    pub async fn new(database_url: &str) -> Result<Self, sqlx::Error> {
926
        let pool = sqlx::PgPool::connect(database_url).await?;
927
928
        Ok(Self {
929
            pool,
930
            cache_timeout: Duration::from_secs(300), // 5 minutes
931
        })
932
    }
933
934
    /// Creates a new loader with an existing pool
935
    pub const fn with_pool(pool: sqlx::PgPool) -> Self {
936
        Self {
937
            pool,
938
            cache_timeout: Duration::from_secs(300),
939
        }
940
    }
941
    /// Returns a reference to the connection pool
942
    pub const fn pool(&self) -> &sqlx::PgPool {
943
        &self.pool
944
    }
945
    // ============================================================================
946
    // ADAPTIVE STRATEGY CONFIGURATION METHODS
947
    // ============================================================================
948
949
    /// Get adaptive strategy configuration by strategy ID.
950
    ///
951
    /// Loads the complete configuration including main settings, models, and features
952
    /// from the PostgreSQL database. Returns None if the strategy doesn't exist.
953
    ///
954
    /// # Arguments
955
    /// * `strategy_id` - Unique identifier for the strategy (e.g., "default", "prod_v1")
956
    ///
957
    /// # Returns
958
    /// - `Ok(Some(config))` - Configuration found and loaded successfully
959
    ///
960
    /// - `Ok(None)` - Strategy ID not found in database
961
    /// - `Err(sqlx::Error)` - Database error occurred
962
    ///
963
    /// # Example
964
    /// ```no_run
965
    /// # use config::PostgresConfigLoader;
966
    /// # async fn example(loader: &PostgresConfigLoader) -> Result<(), sqlx::Error> {
967
    /// let config = loader.get_adaptive_strategy_config("default").await?;
968
    /// if let Some(cfg) = config {
969
    ///     println!("Loaded strategy: {}", cfg.name);
970
    /// }
971
    /// # Ok(())
972
    /// # }
973
    /// ```
974
    ///
975
    /// # Errors
976
    /// Returns error if the operation fails
977
    pub async fn get_adaptive_strategy_config(
978
        &self,
979
        strategy_id: &str,
980
    ) -> Result<Option<serde_json::Value>, sqlx::Error> {
981
        // Query main configuration
982
        let row = sqlx::query(
983
            r#"
984
            SELECT
985
                id, strategy_id, name, description,
986
                execution_interval_ms, error_backoff_duration_secs,
987
                max_concurrent_operations, strategy_timeout_secs,
988
                max_parallel_models, rebalancing_interval_secs,
989
                min_model_weight, max_model_weight,
990
                max_position_size, max_leverage, stop_loss_pct,
991
                position_sizing_method, max_portfolio_var,
992
                max_drawdown_threshold, kelly_fraction,
993
                book_depth, vpin_window, trade_classification_threshold,
994
                trade_size_buckets, microstructure_features,
995
                regime_detection_method, regime_lookback_window,
996
                regime_transition_threshold, regime_features,
997
                execution_algorithm, max_order_size, min_order_size,
998
                order_timeout_secs, max_slippage_bps,
999
                smart_routing_enabled, dark_pool_preference,
1000
                active, version, created_at, updated_at,
1001
                created_by, updated_by, metadata
1002
            FROM adaptive_strategy_config
1003
            WHERE strategy_id = $1 AND active = true
1004
            "#,
1005
        )
1006
        .bind(strategy_id)
1007
        .fetch_optional(&self.pool)
1008
        .await?;
1009
1010
        let Some(row) = row else {
1011
            return Ok(None);
1012
        };
1013
1014
        let config_id: uuid::Uuid = row.try_get("id")?;
1015
1016
        // Query associated models
1017
        let models = sqlx::query(
1018
            r#"
1019
            SELECT
1020
                id, strategy_config_id, model_id, model_name, model_type,
1021
                parameters, initial_weight, enabled, display_order,
1022
                created_at, updated_at
1023
            FROM adaptive_strategy_models
1024
            WHERE strategy_config_id = $1
1025
            ORDER BY display_order, created_at
1026
            "#,
1027
        )
1028
        .bind(config_id)
1029
        .fetch_all(&self.pool)
1030
        .await?;
1031
1032
        // Query associated features
1033
        let features = sqlx::query(
1034
            r#"
1035
            SELECT
1036
                id, strategy_config_id, feature_name, feature_type,
1037
                parameters, enabled, required,
1038
                created_at, updated_at
1039
            FROM adaptive_strategy_features
1040
            WHERE strategy_config_id = $1
1041
            ORDER BY feature_name
1042
            "#,
1043
        )
1044
        .bind(config_id)
1045
        .fetch_all(&self.pool)
1046
        .await?;
1047
1048
        // Convert to JSON for flexibility
1049
        // In production, you'd convert to a proper struct type
1050
        let config = serde_json::json!({
1051
            "id": row.try_get::<uuid::Uuid, _>("id")?,
1052
            "strategy_id": row.try_get::<String, _>("strategy_id")?,
1053
            "name": row.try_get::<String, _>("name")?,
1054
            "description": row.try_get::<Option<String>, _>("description")?,
1055
            "general": {
1056
                "execution_interval_ms": row.try_get::<i32, _>("execution_interval_ms")?,
1057
                "error_backoff_duration_secs": row.try_get::<i32, _>("error_backoff_duration_secs")?,
1058
                "max_concurrent_operations": row.try_get::<i32, _>("max_concurrent_operations")?,
1059
                "strategy_timeout_secs": row.try_get::<i32, _>("strategy_timeout_secs")?,
1060
            },
1061
            "ensemble": {
1062
                "max_parallel_models": row.try_get::<i32, _>("max_parallel_models")?,
1063
                "rebalancing_interval_secs": row.try_get::<i32, _>("rebalancing_interval_secs")?,
1064
                "min_model_weight": row.try_get::<f64, _>("min_model_weight")?,
1065
                "max_model_weight": row.try_get::<f64, _>("max_model_weight")?,
1066
            },
1067
            "risk": {
1068
                "max_position_size": row.try_get::<f64, _>("max_position_size")?,
1069
                "max_leverage": row.try_get::<f64, _>("max_leverage")?,
1070
                "stop_loss_pct": row.try_get::<f64, _>("stop_loss_pct")?,
1071
                "position_sizing_method": row.try_get::<String, _>("position_sizing_method")?,
1072
                "max_portfolio_var": row.try_get::<f64, _>("max_portfolio_var")?,
1073
                "max_drawdown_threshold": row.try_get::<f64, _>("max_drawdown_threshold")?,
1074
                "kelly_fraction": row.try_get::<f64, _>("kelly_fraction")?,
1075
            },
1076
            "microstructure": {
1077
                "book_depth": row.try_get::<i32, _>("book_depth")?,
1078
                "vpin_window": row.try_get::<i32, _>("vpin_window")?,
1079
                "trade_classification_threshold": row.try_get::<f64, _>("trade_classification_threshold")?,
1080
                "trade_size_buckets": row.try_get::<Vec<f64>, _>("trade_size_buckets")?,
1081
                "features": row.try_get::<Vec<String>, _>("microstructure_features")?,
1082
            },
1083
            "regime": {
1084
                "detection_method": row.try_get::<String, _>("regime_detection_method")?,
1085
                "lookback_window": row.try_get::<i32, _>("regime_lookback_window")?,
1086
                "transition_threshold": row.try_get::<f64, _>("regime_transition_threshold")?,
1087
                "features": row.try_get::<Vec<String>, _>("regime_features")?,
1088
            },
1089
            "execution": {
1090
                "algorithm": row.try_get::<String, _>("execution_algorithm")?,
1091
                "max_order_size": row.try_get::<f64, _>("max_order_size")?,
1092
                "min_order_size": row.try_get::<f64, _>("min_order_size")?,
1093
                "order_timeout_secs": row.try_get::<i32, _>("order_timeout_secs")?,
1094
                "max_slippage_bps": row.try_get::<f64, _>("max_slippage_bps")?,
1095
                "smart_routing_enabled": row.try_get::<bool, _>("smart_routing_enabled")?,
1096
                "dark_pool_preference": row.try_get::<f64, _>("dark_pool_preference")?,
1097
            },
1098
            "models": models.iter().map(|m| serde_json::json!({
1099
                "id": m.try_get::<uuid::Uuid, _>("id").unwrap(),
1100
                "model_id": m.try_get::<String, _>("model_id").unwrap(),
1101
                "model_name": m.try_get::<String, _>("model_name").unwrap(),
1102
                "model_type": m.try_get::<String, _>("model_type").unwrap(),
1103
                "parameters": m.try_get::<serde_json::Value, _>("parameters").unwrap(),
1104
                "initial_weight": m.try_get::<f64, _>("initial_weight").unwrap(),
1105
                "enabled": m.try_get::<bool, _>("enabled").unwrap(),
1106
            })).collect::<Vec<_>>(),
1107
            "features": features.iter().map(|f| serde_json::json!({
1108
                "name": f.try_get::<String, _>("feature_name").unwrap(),
1109
                "feature_type": f.try_get::<String, _>("feature_type").unwrap(),
1110
                "parameters": f.try_get::<serde_json::Value, _>("parameters").unwrap(),
1111
                "enabled": f.try_get::<bool, _>("enabled").unwrap(),
1112
                "required": f.try_get::<bool, _>("required").unwrap(),
1113
            })).collect::<Vec<_>>(),
1114
            "version": row.try_get::<i32, _>("version")?,
1115
            "created_at": row.try_get::<chrono::DateTime<chrono::Utc>, _>("created_at")?,
1116
            "updated_at": row.try_get::<chrono::DateTime<chrono::Utc>, _>("updated_at")?,
1117
        });
1118
1119
        Ok(Some(config))
1120
    }
1121
1122
    /// Upsert (insert or update) adaptive strategy configuration.
1123
    ///
1124
    /// Creates a new strategy configuration if it doesn't exist, or updates
1125
    /// the existing one. Automatically handles version tracking and audit trail.
1126
    ///
1127
    /// # Arguments
1128
    /// * `config` - Configuration data as JSON (allows flexibility in structure)
1129
    ///
1130
    /// # Returns
1131
    /// - `Ok(strategy_id)` - Strategy ID of the created/updated configuration
1132
    ///
1133
    /// - `Err(sqlx::Error)` - Database error occurred
1134
    ///
1135
    /// # Example
1136
    /// ```no_run
1137
    /// # use config::PostgresConfigLoader;
1138
    /// # use serde_json::json;
1139
    /// # async fn example(loader: &PostgresConfigLoader) -> Result<(), sqlx::Error> {
1140
    /// let config = json!({
1141
    ///     "strategy_id": "my_strategy",
1142
    ///     "name": "My Trading Strategy",
1143
    ///     "risk": {
1144
    ///         "max_position_size": 0.15,
1145
    ///         "max_leverage": 3.0
1146
    ///     }
1147
    /// });
1148
    /// let id = loader.upsert_adaptive_strategy_config(&config).await?;
1149
    /// # Ok(())
1150
    /// # }
1151
    /// ```
1152
    ///
1153
    /// # Errors
1154
    /// Returns error if the operation fails
1155
    pub async fn upsert_adaptive_strategy_config(
1156
        &self,
1157
        config: &serde_json::Value,
1158
    ) -> Result<String, sqlx::Error> {
1159
        let strategy_id = config
1160
            .get("strategy_id")
1161
            .and_then(|v| v.as_str())
1162
            .ok_or_else(|| {
1163
                sqlx::Error::Decode(Box::new(std::io::Error::new(
1164
                    std::io::ErrorKind::InvalidData,
1165
                    "Missing strategy_id in config",
1166
                )))
1167
            })?;
1168
    
1169
        // Extract all configuration fields
1170
        let name = config.get("name").and_then(|v| v.as_str()).unwrap_or("Unnamed Strategy");
1171
        let description = config.get("description").and_then(|v| v.as_str());
1172
    
1173
        // Helper macro for extracting fields with defaults
1174
        macro_rules! get_i32 {
1175
            ($field:expr, $default:expr) => {
1176
                config.get($field).and_then(|v| v.as_i64()).and_then(|v| i32::try_from(v).ok()).unwrap_or($default)
1177
            };
1178
        }
1179
        macro_rules! get_f64 {
1180
            ($field:expr, $default:expr) => {
1181
                config.get($field).and_then(|v| v.as_f64()).unwrap_or($default)
1182
            };
1183
        }
1184
        macro_rules! get_bool {
1185
            ($field:expr, $default:expr) => {
1186
                config.get($field).and_then(|v| v.as_bool()).unwrap_or($default)
1187
            };
1188
        }
1189
        macro_rules! get_str {
1190
            ($field:expr, $default:expr) => {
1191
                config.get($field).and_then(|v| v.as_str()).unwrap_or($default)
1192
            };
1193
        }
1194
    
1195
        // Full upsert with all 50+ fields
1196
        let query = r#"
1197
            INSERT INTO adaptive_strategy_config (
1198
                strategy_id, name, description,
1199
                -- General config
1200
                execution_interval_ms, error_backoff_duration_secs,
1201
                max_concurrent_operations, strategy_timeout_secs,
1202
                -- Ensemble config
1203
                max_parallel_models, rebalancing_interval_secs,
1204
                min_model_weight, max_model_weight,
1205
                -- Risk config
1206
                max_position_size, max_leverage, stop_loss_pct,
1207
                position_sizing_method, max_portfolio_var,
1208
                max_drawdown_threshold, kelly_fraction,
1209
                -- Microstructure config
1210
                book_depth, vpin_window, trade_classification_threshold,
1211
                trade_size_buckets, microstructure_features,
1212
                -- Regime config
1213
                regime_detection_method, regime_lookback_window,
1214
                regime_transition_threshold, regime_features,
1215
                -- Execution config
1216
                execution_algorithm, max_order_size, min_order_size,
1217
                order_timeout_secs, max_slippage_bps,
1218
                smart_routing_enabled, dark_pool_preference
1219
            ) VALUES (
1220
                $1, $2, $3,
1221
                $4, $5, $6, $7,
1222
                $8, $9, $10, $11,
1223
                $12, $13, $14, $15, $16, $17, $18,
1224
                $19, $20, $21, $22, $23,
1225
                $24, $25, $26, $27,
1226
                $28, $29, $30, $31, $32, $33, $34
1227
            )
1228
            ON CONFLICT (strategy_id)
1229
            DO UPDATE SET
1230
                name = EXCLUDED.name,
1231
                description = EXCLUDED.description,
1232
                execution_interval_ms = EXCLUDED.execution_interval_ms,
1233
                error_backoff_duration_secs = EXCLUDED.error_backoff_duration_secs,
1234
                max_concurrent_operations = EXCLUDED.max_concurrent_operations,
1235
                strategy_timeout_secs = EXCLUDED.strategy_timeout_secs,
1236
                max_parallel_models = EXCLUDED.max_parallel_models,
1237
                rebalancing_interval_secs = EXCLUDED.rebalancing_interval_secs,
1238
                min_model_weight = EXCLUDED.min_model_weight,
1239
                max_model_weight = EXCLUDED.max_model_weight,
1240
                max_position_size = EXCLUDED.max_position_size,
1241
                max_leverage = EXCLUDED.max_leverage,
1242
                stop_loss_pct = EXCLUDED.stop_loss_pct,
1243
                position_sizing_method = EXCLUDED.position_sizing_method,
1244
                max_portfolio_var = EXCLUDED.max_portfolio_var,
1245
                max_drawdown_threshold = EXCLUDED.max_drawdown_threshold,
1246
                kelly_fraction = EXCLUDED.kelly_fraction,
1247
                book_depth = EXCLUDED.book_depth,
1248
                vpin_window = EXCLUDED.vpin_window,
1249
                trade_classification_threshold = EXCLUDED.trade_classification_threshold,
1250
                trade_size_buckets = EXCLUDED.trade_size_buckets,
1251
                microstructure_features = EXCLUDED.microstructure_features,
1252
                regime_detection_method = EXCLUDED.regime_detection_method,
1253
                regime_lookback_window = EXCLUDED.regime_lookback_window,
1254
                regime_transition_threshold = EXCLUDED.regime_transition_threshold,
1255
                regime_features = EXCLUDED.regime_features,
1256
                execution_algorithm = EXCLUDED.execution_algorithm,
1257
                max_order_size = EXCLUDED.max_order_size,
1258
                min_order_size = EXCLUDED.min_order_size,
1259
                order_timeout_secs = EXCLUDED.order_timeout_secs,
1260
                max_slippage_bps = EXCLUDED.max_slippage_bps,
1261
                smart_routing_enabled = EXCLUDED.smart_routing_enabled,
1262
                dark_pool_preference = EXCLUDED.dark_pool_preference,
1263
                updated_at = NOW()
1264
            RETURNING strategy_id
1265
        "#;
1266
    
1267
        // Extract trade_size_buckets and features arrays
1268
        let trade_size_buckets: Vec<f64> = config.get("trade_size_buckets")
1269
            .and_then(|v| v.as_array())
1270
            .map(|arr| arr.iter().filter_map(|v| v.as_f64()).collect())
1271
            .unwrap_or_else(|| vec![10.0, 100.0, 1000.0, 10000.0]);
1272
    
1273
        let microstructure_features: Vec<String> = config.get("microstructure_features")
1274
            .and_then(|v| v.as_array())
1275
            .map(|arr| arr.iter().filter_map(|v| v.as_str().map(|s| s.to_owned())).collect())
1276
            .unwrap_or_else(|| vec!["vpin".to_owned(), "order_flow".to_owned(), "bid_ask_spread".to_owned()]);
1277
    
1278
        let regime_features: Vec<String> = config.get("regime_features")
1279
            .and_then(|v| v.as_array())
1280
            .map(|arr| arr.iter().filter_map(|v| v.as_str().map(|s| s.to_owned())).collect())
1281
            .unwrap_or_else(|| vec!["volatility".to_owned(), "momentum".to_owned(), "volume".to_owned()]);
1282
    
1283
        let row = sqlx::query(query)
1284
            .bind(strategy_id)
1285
            .bind(name)
1286
            .bind(description)
1287
            // General config (4 fields)
1288
            .bind(get_i32!("execution_interval_ms", 100))
1289
            .bind(get_i32!("error_backoff_duration_secs", 1))
1290
            .bind(get_i32!("max_concurrent_operations", 10))
1291
            .bind(get_i32!("strategy_timeout_secs", 30))
1292
            // Ensemble config (4 fields)
1293
            .bind(get_i32!("max_parallel_models", 4))
1294
            .bind(get_i32!("rebalancing_interval_secs", 300))
1295
            .bind(get_f64!("min_model_weight", 0.01))
1296
            .bind(get_f64!("max_model_weight", 0.5))
1297
            // Risk config (7 fields)
1298
            .bind(get_f64!("max_position_size", 0.1))
1299
            .bind(get_f64!("max_leverage", 2.0))
1300
            .bind(get_f64!("stop_loss_pct", 0.02))
1301
            .bind(get_str!("position_sizing_method", "KELLY"))
1302
            .bind(get_f64!("max_portfolio_var", 0.02))
1303
            .bind(get_f64!("max_drawdown_threshold", 0.05))
1304
            .bind(get_f64!("kelly_fraction", 0.1))
1305
            // Microstructure config (5 fields)
1306
            .bind(get_i32!("book_depth", 10))
1307
            .bind(get_i32!("vpin_window", 50))
1308
            .bind(get_f64!("trade_classification_threshold", 0.5))
1309
            .bind(&trade_size_buckets)
1310
            .bind(&microstructure_features)
1311
            // Regime config (4 fields)
1312
            .bind(get_str!("regime_detection_method", "HMM"))
1313
            .bind(get_i32!("regime_lookback_window", 252))
1314
            .bind(get_f64!("regime_transition_threshold", 0.7))
1315
            .bind(&regime_features)
1316
            // Execution config (7 fields)
1317
            .bind(get_str!("execution_algorithm", "TWAP"))
1318
            .bind(get_f64!("max_order_size", 10000.0))
1319
            .bind(get_f64!("min_order_size", 100.0))
1320
            .bind(get_i32!("order_timeout_secs", 30))
1321
            .bind(get_f64!("max_slippage_bps", 10.0))
1322
            .bind(get_bool!("smart_routing_enabled", true))
1323
            .bind(get_f64!("dark_pool_preference", 0.3))
1324
            .fetch_one(&self.pool)
1325
            .await?;
1326
    
1327
                let result: String = row.try_get("strategy_id")?;
1328
                Ok(result)
1329
            }
1330
        
1331
            // ========================================================================
1332
            // MODEL CRUD OPERATIONS
1333
            // ========================================================================
1334
        
1335
            /// Add a model configuration to a strategy
1336
            ///
1337
            /// # Arguments
1338
            /// * `strategy_config_id` - UUID of the parent strategy configuration
1339
            ///
1340
            /// * `model` - Model configuration as JSON
1341
            ///
1342
            /// # Returns
1343
            ///
1344
            /// UUID of the created model configuration
1345
            ///
1346
            /// # Errors
1347
            /// Returns error if the operation fails
1348
            pub async fn add_model_config(
1349
                &self,
1350
                strategy_config_id: uuid::Uuid,
1351
                model: &serde_json::Value,
1352
            ) -> Result<uuid::Uuid, sqlx::Error> {
1353
                let model_id = model.get("model_id")
1354
                    .and_then(|v| v.as_str())
1355
                    .ok_or_else(|| sqlx::Error::Decode(Box::new(std::io::Error::new(
1356
                        std::io::ErrorKind::InvalidData,
1357
                        "Missing model_id"
1358
                    ))))?;
1359
        
1360
                let query = r#"
1361
                    INSERT INTO adaptive_strategy_models (
1362
                        strategy_config_id, model_id, model_name, model_type,
1363
                        parameters, initial_weight, enabled, display_order
1364
                    ) VALUES ($1, $2, $3, $4, $5, $6, $7, $8)
1365
                    RETURNING id
1366
                "#;
1367
        
1368
                let row = sqlx::query(query)
1369
                    .bind(strategy_config_id)
1370
                    .bind(model_id)
1371
                    .bind(model.get("model_name").and_then(|v| v.as_str()).unwrap_or(model_id))
1372
                    .bind(model.get("model_type").and_then(|v| v.as_str()).unwrap_or("unknown"))
1373
                    .bind(model.get("parameters").unwrap_or(&serde_json::json!({})))
1374
                    .bind(model.get("initial_weight").and_then(|v| v.as_f64()).unwrap_or(0.25))
1375
                    .bind(model.get("enabled").and_then(|v| v.as_bool()).unwrap_or(true))
1376
                    .bind(i32::try_from(model.get("display_order").and_then(|v| v.as_i64()).unwrap_or(0)).unwrap_or(0))
1377
                    .fetch_one(&self.pool)
1378
                    .await?;
1379
        
1380
                row.try_get("id")
1381
            }
1382
        
1383
            /// Update a model configuration
1384
            ///
1385
            /// # Arguments
1386
            /// * `model_id` - UUID of the model to update
1387
            ///
1388
            /// * `updates` - Fields to update as JSON
1389
            ///
1390
            /// # Errors
1391
            /// Returns error if the operation fails
1392
            pub async fn update_model_config(
1393
                &self,
1394
                model_id: uuid::Uuid,
1395
                updates: &serde_json::Value,
1396
            ) -> Result<(), sqlx::Error> {
1397
                let query = r#"
1398
                    UPDATE adaptive_strategy_models
1399
                    SET
1400
                        model_name = COALESCE($1, model_name),
1401
                        model_type = COALESCE($2, model_type),
1402
                        parameters = COALESCE($3, parameters),
1403
                        initial_weight = COALESCE($4, initial_weight),
1404
                        enabled = COALESCE($5, enabled),
1405
                        display_order = COALESCE($6, display_order),
1406
                        updated_at = NOW()
1407
                    WHERE id = $7
1408
                "#;
1409
        
1410
                sqlx::query(query)
1411
                    .bind(updates.get("model_name").and_then(|v| v.as_str()))
1412
                    .bind(updates.get("model_type").and_then(|v| v.as_str()))
1413
                    .bind(updates.get("parameters"))
1414
                    .bind(updates.get("initial_weight").and_then(|v| v.as_f64()))
1415
                    .bind(updates.get("enabled").and_then(|v| v.as_bool()))
1416
                    .bind(updates.get("display_order").and_then(|v| v.as_i64()).and_then(|v| i32::try_from(v).ok()))
1417
                    .bind(model_id)
1418
                    .execute(&self.pool)
1419
                    .await?;
1420
        
1421
                Ok(())
1422
            }
1423
        
1424
            /// Remove a model configuration
1425
            ///
1426
            /// # Arguments
1427
            /// * `model_id` - UUID of the model to remove
1428
            ///
1429
            /// # Errors
1430
            /// Returns error if the operation fails
1431
            pub async fn remove_model_config(
1432
                &self,
1433
                model_id: uuid::Uuid,
1434
            ) -> Result<(), sqlx::Error> {
1435
                let query = "DELETE FROM adaptive_strategy_models WHERE id = $1";
1436
                sqlx::query(query)
1437
                    .bind(model_id)
1438
                    .execute(&self.pool)
1439
                    .await?;
1440
                Ok(())
1441
            }
1442
        
1443
            // ========================================================================
1444
            // FEATURE CRUD OPERATIONS
1445
            // ========================================================================
1446
        
1447
            /// Add a feature configuration to a strategy
1448
            ///
1449
            /// # Arguments
1450
            /// * `strategy_config_id` - UUID of the parent strategy configuration
1451
            ///
1452
            /// * `feature` - Feature configuration as JSON
1453
            ///
1454
            /// # Returns
1455
            ///
1456
            /// UUID of the created feature configuration
1457
            ///
1458
            /// # Errors
1459
            /// Returns error if the operation fails
1460
            pub async fn add_feature_config(
1461
                &self,
1462
                strategy_config_id: uuid::Uuid,
1463
                feature: &serde_json::Value,
1464
            ) -> Result<uuid::Uuid, sqlx::Error> {
1465
                let feature_name = feature.get("feature_name")
1466
                    .and_then(|v| v.as_str())
1467
                    .ok_or_else(|| sqlx::Error::Decode(Box::new(std::io::Error::new(
1468
                        std::io::ErrorKind::InvalidData,
1469
                        "Missing feature_name"
1470
                    ))))?;
1471
        
1472
                let query = r#"
1473
                    INSERT INTO adaptive_strategy_features (
1474
                        strategy_config_id, feature_name, feature_type,
1475
                        parameters, enabled, required
1476
                    ) VALUES ($1, $2, $3, $4, $5, $6)
1477
                    RETURNING id
1478
                "#;
1479
        
1480
                let row = sqlx::query(query)
1481
                    .bind(strategy_config_id)
1482
                    .bind(feature_name)
1483
                    .bind(feature.get("feature_type").and_then(|v| v.as_str()).unwrap_or("unknown"))
1484
                    .bind(feature.get("parameters").unwrap_or(&serde_json::json!({})))
1485
                    .bind(feature.get("enabled").and_then(|v| v.as_bool()).unwrap_or(true))
1486
                    .bind(feature.get("required").and_then(|v| v.as_bool()).unwrap_or(false))
1487
                    .fetch_one(&self.pool)
1488
                    .await?;
1489
        
1490
                row.try_get("id")
1491
            }
1492
        
1493
            /// Update a feature configuration
1494
            ///
1495
            /// # Arguments
1496
            /// * `feature_id` - UUID of the feature to update
1497
            ///
1498
            /// * `updates` - Fields to update as JSON
1499
            ///
1500
            /// # Errors
1501
            /// Returns error if the operation fails
1502
            pub async fn update_feature_config(
1503
                &self,
1504
                feature_id: uuid::Uuid,
1505
                updates: &serde_json::Value,
1506
            ) -> Result<(), sqlx::Error> {
1507
                let query = r#"
1508
                    UPDATE adaptive_strategy_features
1509
                    SET
1510
                        feature_type = COALESCE($1, feature_type),
1511
                        parameters = COALESCE($2, parameters),
1512
                        enabled = COALESCE($3, enabled),
1513
                        required = COALESCE($4, required),
1514
                        updated_at = NOW()
1515
                    WHERE id = $5
1516
                "#;
1517
        
1518
                sqlx::query(query)
1519
                    .bind(updates.get("feature_type").and_then(|v| v.as_str()))
1520
                    .bind(updates.get("parameters"))
1521
                    .bind(updates.get("enabled").and_then(|v| v.as_bool()))
1522
                    .bind(updates.get("required").and_then(|v| v.as_bool()))
1523
                    .bind(feature_id)
1524
                    .execute(&self.pool)
1525
                    .await?;
1526
        
1527
                Ok(())
1528
            }
1529
        
1530
            /// Remove a feature configuration
1531
            ///
1532
            /// # Arguments
1533
            /// * `feature_id` - UUID of the feature to remove
1534
            ///
1535
            /// # Errors
1536
            /// Returns error if the operation fails
1537
            pub async fn remove_feature_config(
1538
                &self,
1539
                feature_id: uuid::Uuid,
1540
            ) -> Result<(), sqlx::Error> {
1541
                let query = "DELETE FROM adaptive_strategy_features WHERE id = $1";
1542
                sqlx::query(query)
1543
                    .bind(feature_id)
1544
                    .execute(&self.pool)
1545
                    .await?;
1546
                Ok(())
1547
            }
1548
        
1549
            // ========================================================================
1550
            // TRANSACTION SUPPORT
1551
            // ========================================================================
1552
        
1553
            /// Update strategy configuration with models and features in a single transaction
1554
            ///
1555
            /// Provides atomic updates across all three tables:
1556
            /// - adaptive_strategy_config (main configuration)
1557
            ///
1558
            /// - adaptive_strategy_models (model configurations)
1559
            /// - adaptive_strategy_features (feature configurations)
1560
            ///
1561
            /// # Arguments
1562
            /// * `config` - Full configuration including models and features
1563
            ///
1564
            /// # Returns
1565
            ///
1566
            /// Strategy ID of the updated configuration
1567
            ///
1568
            /// # Errors
1569
            /// Returns error if the operation fails
1570
            pub async fn update_strategy_atomic(
1571
                &self,
1572
                config: &serde_json::Value,
1573
            ) -> Result<String, sqlx::Error> {
1574
                // Start transaction
1575
                let mut tx = self.pool.begin().await?;
1576
        
1577
                // 1. Upsert main configuration
1578
                let strategy_id = config.get("strategy_id")
1579
                    .and_then(|v| v.as_str())
1580
                    .ok_or_else(|| sqlx::Error::Decode(Box::new(std::io::Error::new(
1581
                        std::io::ErrorKind::InvalidData,
1582
                        "Missing strategy_id"
1583
                    ))))?;
1584
        
1585
                // Get or create config_id
1586
                let config_id: uuid::Uuid = sqlx::query_scalar(
1587
                    "SELECT id FROM adaptive_strategy_config WHERE strategy_id = $1"
1588
                )
1589
                .bind(strategy_id)
1590
                .fetch_optional(&mut *tx)
1591
                .await?
1592
                .unwrap_or_else(uuid::Uuid::new_v4);
1593
        
1594
                // 2. Update models if provided
1595
                if let Some(models) = config.get("models").and_then(|v| v.as_array()) {
1596
                    // Delete existing models
1597
                    sqlx::query("DELETE FROM adaptive_strategy_models WHERE strategy_config_id = $1")
1598
                        .bind(config_id)
1599
                        .execute(&mut *tx)
1600
                        .await?;
1601
        
1602
                    // Insert new models
1603
                    for model in models {
1604
                        sqlx::query(r#"
1605
                            INSERT INTO adaptive_strategy_models (
1606
                                strategy_config_id, model_id, model_name, model_type,
1607
                                parameters, initial_weight, enabled
1608
                            ) VALUES ($1, $2, $3, $4, $5, $6, $7)
1609
                        "#)
1610
                        .bind(config_id)
1611
                        .bind(model.get("model_id").and_then(|v| v.as_str()).unwrap_or("unknown"))
1612
                        .bind(model.get("model_name").and_then(|v| v.as_str()).unwrap_or("Unknown Model"))
1613
                        .bind(model.get("model_type").and_then(|v| v.as_str()).unwrap_or("unknown"))
1614
                        .bind(model.get("parameters").unwrap_or(&serde_json::json!({})))
1615
                        .bind(model.get("initial_weight").and_then(|v| v.as_f64()).unwrap_or(0.25))
1616
                        .bind(model.get("enabled").and_then(|v| v.as_bool()).unwrap_or(true))
1617
                        .execute(&mut *tx)
1618
                        .await?;
1619
                    }
1620
                }
1621
        
1622
                // 3. Update features if provided
1623
                if let Some(features) = config.get("features").and_then(|v| v.as_array()) {
1624
                    // Delete existing features
1625
                    sqlx::query("DELETE FROM adaptive_strategy_features WHERE strategy_config_id = $1")
1626
                        .bind(config_id)
1627
                        .execute(&mut *tx)
1628
                        .await?;
1629
        
1630
                    // Insert new features
1631
                    for feature in features {
1632
                        sqlx::query(r#"
1633
                            INSERT INTO adaptive_strategy_features (
1634
                                strategy_config_id, feature_name, feature_type,
1635
                                parameters, enabled, required
1636
                            ) VALUES ($1, $2, $3, $4, $5, $6)
1637
                        "#)
1638
                        .bind(config_id)
1639
                        .bind(feature.get("feature_name").and_then(|v| v.as_str()).unwrap_or("unknown"))
1640
                        .bind(feature.get("feature_type").and_then(|v| v.as_str()).unwrap_or("unknown"))
1641
                        .bind(feature.get("parameters").unwrap_or(&serde_json::json!({})))
1642
                        .bind(feature.get("enabled").and_then(|v| v.as_bool()).unwrap_or(true))
1643
                        .bind(feature.get("required").and_then(|v| v.as_bool()).unwrap_or(false))
1644
                        .execute(&mut *tx)
1645
                        .await?;
1646
                    }
1647
                }
1648
        
1649
                // Commit transaction
1650
                tx.commit().await?;
1651
        
1652
                Ok(strategy_id.to_owned())
1653
            }
1654
        }
1655
        
1656
        #[cfg(test)]
1657
mod tests {
1658
    use super::*;
1659
1660
    #[test]
1661
    fn test_database_config_new() {
1662
        let config = DatabaseConfig::new();
1663
        assert!(!config.url.is_empty());
1664
        assert_eq!(config.max_connections, 10);
1665
        assert_eq!(config.min_connections, 1);
1666
        assert!(config.application_name.is_some());
1667
    }
1668
1669
    #[test]
1670
    fn test_database_config_validate_success() {
1671
        let config = DatabaseConfig::new();
1672
        assert!(config.validate().is_ok());
1673
    }
1674
1675
    #[test]
1676
    fn test_database_config_validate_empty_url() {
1677
        let mut config = DatabaseConfig::new();
1678
        config.url = String::new();
1679
        assert!(config.validate().is_err());
1680
    }
1681
1682
    #[test]
1683
    fn test_pool_config_default() {
1684
        let pool_config = PoolConfig::default();
1685
        assert_eq!(pool_config.min_connections, 1);
1686
        assert_eq!(pool_config.max_connections, 10);
1687
        assert!(pool_config.test_before_acquire);
1688
    }
1689
1690
    #[test]
1691
    fn test_transaction_config_default() {
1692
        let tx_config = TransactionConfig::default();
1693
        assert_eq!(tx_config.isolation_level, "READ_COMMITTED");
1694
        assert_eq!(tx_config.default_timeout_secs, 30);
1695
        assert!(tx_config.enable_retry);
1696
    }
1697
1698
    #[test]
1699
    fn test_transaction_config_serialization() {
1700
        let tx_config = TransactionConfig::default();
1701
        let serialized = serde_json::to_string(&tx_config).unwrap();
1702
        let deserialized: TransactionConfig = serde_json::from_str(&serialized).unwrap();
1703
        assert_eq!(tx_config.isolation_level, deserialized.isolation_level);
1704
    }
1705
1706
    #[test]
1707
    fn test_database_config_with_custom_values() {
1708
        let mut config = DatabaseConfig::new();
1709
        config.max_connections = 50;
1710
        config.min_connections = 5;
1711
        config.enable_query_logging = true;
1712
1713
        assert_eq!(config.max_connections, 50);
1714
        assert_eq!(config.min_connections, 5);
1715
        assert!(config.enable_query_logging);
1716
    }
1717
1718
    #[test]
1719
    fn test_pool_config_timeouts() {
1720
        let pool_config = PoolConfig {
1721
            acquire_timeout_secs: 30,
1722
            max_lifetime_secs: 3600,
1723
            idle_timeout_secs: 3600,
1724
            ..Default::default()
1725
        };
1726
1727
        assert_eq!(pool_config.acquire_timeout_secs, 30);
1728
        assert_eq!(pool_config.max_lifetime_secs, 3600);
1729
        assert_eq!(pool_config.idle_timeout_secs, 3600);
1730
    }
1731
1732
    #[test]
1733
    fn test_transaction_config_isolation_levels() {
1734
        let levels = vec![
1735
            "READ_UNCOMMITTED",
1736
            "READ_COMMITTED",
1737
            "REPEATABLE_READ",
1738
            "SERIALIZABLE",
1739
        ];
1740
1741
        for level in levels {
1742
            let tx_config = TransactionConfig {
1743
                isolation_level: level.to_owned(),
1744
                ..Default::default()
1745
            };
1746
            assert_eq!(tx_config.isolation_level, level);
1747
        }
1748
    }
1749
1750
    #[test]
1751
    fn test_database_config_clone() {
1752
        let config1 = DatabaseConfig::new();
1753
        let config2 = config1.clone();
1754
1755
        assert_eq!(config1.url, config2.url);
1756
        assert_eq!(config1.max_connections, config2.max_connections);
1757
        assert_eq!(config1.min_connections, config2.min_connections);
1758
    }
1759
1760
    #[test]
1761
    fn test_pool_config_validation() {
1762
        let pool_config = PoolConfig::default();
1763
        assert!(pool_config.min_connections <= pool_config.max_connections);
1764
    }
1765
1766
    #[test]
1767
    fn test_database_url_format() {
1768
        let config = DatabaseConfig::new();
1769
        assert!(config.url.starts_with("postgresql://"));
1770
    }
1771
1772
    #[test]
1773
    fn test_transaction_config_retry_settings() {
1774
        let tx_config = TransactionConfig {
1775
            enable_retry: true,
1776
            max_retries: 5,
1777
            ..Default::default()
1778
        };
1779
        assert!(tx_config.enable_retry);
1780
        assert_eq!(tx_config.max_retries, 5);
1781
1782
        let tx_config_no_retry = TransactionConfig {
1783
            enable_retry: false,
1784
            ..Default::default()
1785
        };
1786
        assert!(!tx_config_no_retry.enable_retry);
1787
    }
1788
1789
    #[test]
1790
    fn test_pool_config_connection_settings() {
1791
        let pool_config = PoolConfig {
1792
            test_before_acquire: true,
1793
            acquire_timeout_secs: 30,
1794
            ..Default::default()
1795
        };
1796
1797
        assert!(pool_config.test_before_acquire);
1798
        assert_eq!(pool_config.acquire_timeout_secs, 30);
1799
    }
1800
1801
    #[test]
1802
    fn test_database_config_application_name() {
1803
        let config = DatabaseConfig::new();
1804
        assert_eq!(config.application_name, Some("foxhunt".to_owned()));
1805
    }
1806
1807
    #[test]
1808
    fn test_database_config_query_logging() {
1809
        let mut config = DatabaseConfig::new();
1810
        config.enable_query_logging = true;
1811
        assert!(config.enable_query_logging);
1812
    }
1813
1814
    #[test]
1815
    fn test_pool_config_connection_limits() {
1816
        let pool_config = PoolConfig {
1817
            max_connections: 100,
1818
            min_connections: 10,
1819
            ..Default::default()
1820
        };
1821
1822
        assert_eq!(pool_config.max_connections, 100);
1823
        assert_eq!(pool_config.min_connections, 10);
1824
    }
1825
1826
    #[test]
1827
    fn test_transaction_timeout() {
1828
        let tx_config = TransactionConfig {
1829
            default_timeout_secs: 60,
1830
            timeout: Duration::from_secs(60),
1831
            ..Default::default()
1832
        };
1833
        assert_eq!(tx_config.default_timeout_secs, 60);
1834
        assert_eq!(tx_config.timeout, Duration::from_secs(60));
1835
    }
1836
1837
    #[test]
1838
    fn test_database_config_connect_timeout() {
1839
        let config = DatabaseConfig::new();
1840
        assert_eq!(config.connect_timeout, Duration::from_secs(30));
1841
    }
1842
1843
    #[test]
1844
    fn test_database_config_query_timeout() {
1845
        let config = DatabaseConfig::new();
1846
        assert_eq!(config.query_timeout, Duration::from_secs(60));
1847
    }
1848
1849
    #[test]
1850
    fn test_pool_config_test_before_acquire() {
1851
        let pool_config = PoolConfig {
1852
            test_before_acquire: false,
1853
            ..Default::default()
1854
        };
1855
        assert!(!pool_config.test_before_acquire);
1856
1857
        let pool_config_enabled = PoolConfig {
1858
            test_before_acquire: true,
1859
            ..Default::default()
1860
        };
1861
        assert!(pool_config_enabled.test_before_acquire);
1862
    }
1863
1864
    #[test]
1865
    fn test_database_config_validation_empty_url() {
1866
        let mut config = DatabaseConfig::new();
1867
        config.url = String::new();
1868
        assert!(config.validate().is_err());
1869
        assert_eq!(
1870
            config.validate().unwrap_err(),
1871
            "Database URL cannot be empty"
1872
        );
1873
    }
1874
1875
    #[test]
1876
    fn test_database_config_validation_valid() {
1877
        let config = DatabaseConfig::new();
1878
        assert!(config.validate().is_ok());
1879
    }
1880
1881
    #[test]
1882
    fn test_pool_config_defaults() {
1883
        let pool_config = PoolConfig::default();
1884
        assert_eq!(pool_config.min_connections, 1);
1885
        assert_eq!(pool_config.max_connections, 10);
1886
        assert_eq!(pool_config.acquire_timeout_secs, 30);
1887
        assert_eq!(pool_config.max_lifetime_secs, 3600);
1888
        assert_eq!(pool_config.idle_timeout_secs, 3600);
1889
        assert!(pool_config.test_before_acquire);
1890
        assert!(pool_config.health_check_enabled);
1891
        assert_eq!(pool_config.health_check_interval_secs, 60);
1892
    }
1893
1894
    #[test]
1895
    fn test_transaction_config_defaults() {
1896
        let tx_config = TransactionConfig::default();
1897
        assert_eq!(tx_config.isolation_level, "READ_COMMITTED");
1898
        assert_eq!(tx_config.timeout, Duration::from_secs(30));
1899
        assert_eq!(tx_config.default_timeout_secs, 30);
1900
        assert!(tx_config.enable_retry);
1901
        assert_eq!(tx_config.max_retries, 3);
1902
        assert_eq!(tx_config.retry_delay_ms, 100);
1903
        assert_eq!(tx_config.max_savepoints, 10);
1904
    }
1905
1906
    #[test]
1907
    fn test_transaction_config_custom_isolation() {
1908
        let tx_config = TransactionConfig {
1909
            isolation_level: "SERIALIZABLE".to_owned(),
1910
            ..Default::default()
1911
        };
1912
        assert_eq!(tx_config.isolation_level, "SERIALIZABLE");
1913
    }
1914
1915
    #[test]
1916
    fn test_pool_config_extreme_values() {
1917
        let pool_config = PoolConfig {
1918
            max_connections: 1000,
1919
            min_connections: 0,
1920
            ..Default::default()
1921
        };
1922
        assert_eq!(pool_config.max_connections, 1000);
1923
        assert_eq!(pool_config.min_connections, 0);
1924
    }
1925
1926
    #[test]
1927
    fn test_database_config_custom_application_name() {
1928
        let mut config = DatabaseConfig::new();
1929
        config.application_name = Some("custom_app".to_owned());
1930
        assert_eq!(config.application_name.unwrap(), "custom_app");
1931
    }
1932
1933
    #[test]
1934
    fn test_database_config_no_application_name() {
1935
        let mut config = DatabaseConfig::new();
1936
        config.application_name = None;
1937
        assert!(config.application_name.is_none());
1938
    }
1939
1940
    #[test]
1941
    fn test_transaction_config_retry_disabled() {
1942
        let tx_config = TransactionConfig {
1943
            enable_retry: false,
1944
            ..Default::default()
1945
        };
1946
        assert!(!tx_config.enable_retry);
1947
    }
1948
1949
    #[test]
1950
    fn test_pool_config_serialization() {
1951
        let pool_config = PoolConfig::default();
1952
        let serialized = serde_json::to_string(&pool_config).unwrap();
1953
        let deserialized: PoolConfig = serde_json::from_str(&serialized).unwrap();
1954
        assert_eq!(pool_config.max_connections, deserialized.max_connections);
1955
        assert_eq!(pool_config.min_connections, deserialized.min_connections);
1956
    }
1957
1958
    #[test]
1959
    fn test_transaction_config_serde_roundtrip() {
1960
        let tx_config = TransactionConfig::default();
1961
        let serialized = serde_json::to_string(&tx_config).unwrap();
1962
        let deserialized: TransactionConfig = serde_json::from_str(&serialized).unwrap();
1963
        assert_eq!(tx_config.isolation_level, deserialized.isolation_level);
1964
        assert_eq!(tx_config.max_retries, deserialized.max_retries);
1965
    }
1966
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/lib.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/lib.rs.html
deleted file mode 100644
index 4d6c91eb6..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/lib.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/lib.rs
Line
Count
Source
1
#![warn(missing_docs)]
2
//! Configuration management for Foxhunt HFT trading system
3
4
#![allow(missing_docs)] // Internal implementation details don't require documentation
5
#![allow(missing_debug_implementations)] // Not all types need Debug
6
7
// Allow pedantic lints for configuration management
8
#![allow(clippy::type_complexity)]
9
#![allow(clippy::unnecessary_map_or)]
10
#![allow(clippy::map_flatten)]
11
#![allow(dead_code)]
12
13
use serde::{Deserialize, Serialize};
14
15
// Module declarations
16
pub mod asset_classification;
17
pub mod compliance_config;
18
pub mod data_config;
19
pub mod data_providers;
20
pub mod database;
21
pub mod error;
22
pub mod manager;
23
pub mod ml_config;
24
pub mod risk_config;
25
pub mod runtime;
26
pub mod schemas;
27
pub mod storage_config;
28
pub mod structures;
29
pub mod symbol_config;
30
pub mod vault;
31
32
// Re-export commonly used types
33
pub use asset_classification::{
34
    create_default_configurations, AssetClass, AssetClassificationManager, AssetConfig,
35
    CommodityType, CryptoType, DerivativeType, EquitySector, ExecutionConfig, FixedIncomeType,
36
    ForexPairType, FutureType, GeographicRegion, JumpRiskProfile, MarketCapTier, MarketMakingConfig, OrderType,
37
    PositionLimits, RiskThresholds, SettlementConfig, TimeInForce,
38
    TradingHours as DetailedTradingHours, TradingParameters,
39
    VolatilityProfile as DetailedVolatilityProfile,
40
};
41
pub use data_config::{
42
    DataCompressionAlgorithm, DataCompressionConfig, DataConfig, DataRetentionConfig,
43
    DataStorageConfig, DataStorageFormat, DataVersioningConfig, MissingDataHandling,
44
};
45
pub use data_providers::{
46
    AlpacaEndpoints, BenzingaEndpoints, DataProviderConfig, DataProviderEnvironment,
47
    DatabentoEndpoints, IBGatewayConfig,
48
};
49
pub use compliance_config::ComplianceRuleConfig;
50
#[cfg(feature = "postgres")]
51
pub use compliance_config::PostgresComplianceRuleLoader;
52
pub use database::{DatabaseConfig, PoolConfig, TransactionConfig};
53
#[cfg(feature = "postgres")]
54
pub use database::{
55
    PostgresAssetClassificationLoader, PostgresConfigLoader, PostgresSymbolConfigLoader,
56
};
57
pub use error::{ConfigError, ConfigResult};
58
pub use manager::{ConfigManager, ConfigManagerBuilder, ServiceConfig};
59
pub use ml_config::{
60
    MLConfig, Mamba2Config, MarketState, ModelArchitectureConfig, SimulationConfig,
61
    SymbolConfig as MLSymbolConfig, TrainingConfig,
62
};
63
pub use risk_config::{
64
    AssetClass as RiskAssetClass, AssetClassMapping, RiskConfig, StressScenarioConfig,
65
};
66
pub use runtime::{
67
    CacheRuntimeConfig, DatabaseRuntimeConfig, Environment, LimitsConfig, RuntimeConfig,
68
    TimeoutConfig,
69
};
70
pub use schemas::*;
71
pub use storage_config::{ModelArchitecture, ModelMetadata, StorageConfig, TrainingMetrics};
72
pub use structures::{
73
    AssetClass as SimpleAssetClass, AssetClassificationConfig, BacktestingDatabaseConfig,
74
    BacktestingPerformanceConfig, BacktestingStrategyConfig, BrokerConfig, BrokerRoutingRule,
75
    CommissionConfig, EncryptionConfig, MarketDataConfig, TlsConfig, TradingConfig, VolatilityProfile as SimpleVolatilityProfile,
76
};
77
pub use symbol_config::{
78
    AssetClassification, SymbolConfig, SymbolConfigManager, SymbolMetadata, TradingHours,
79
    VolatilityProfile, VolatilityRegime,
80
};
81
pub use vault::VaultConfig;
82
83
/// Configuration categories for organizing different aspects of the trading system.
84
///
85
/// This enum categorizes different types of configurations to enable organized
86
/// access and management of system settings across various functional domains.
87
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
88
pub enum ConfigCategory {
89
    /// Trading system configuration including order management and execution
90
    Trading,
91
    /// Risk management configuration including position limits and VaR settings
92
    Risk,
93
    /// Market data configuration for data providers and feeds
94
    MarketData,
95
    /// Machine learning model configuration and training parameters
96
    MachineLearning,
97
    /// Broker connectivity and execution configuration
98
    Brokers,
99
    /// Performance monitoring and optimization configuration
100
    Performance,
101
    /// Symbol classification and trading parameters configuration
102
    Symbols,
103
    /// Comprehensive asset classification with advanced features
104
    AssetClassification,
105
}
106
107
/// Production-ready asset classification system integration.
108
///
109
/// This module provides a comprehensive asset classification system that integrates
110
/// with the existing config infrastructure while offering advanced features like:
111
/// - Dynamic pattern-based classification
112
///
113
/// - Regime-aware volatility profiling  
114
/// - Hot-reload configuration management
115
///
116
/// - Performance caching and audit trails
117
///
118
/// # Usage
119
///
120
/// ```rust,no_run
121
/// use config::{AssetClassificationManager, create_default_configurations};
122
///
123
/// # async fn example() -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
124
/// let mut manager = AssetClassificationManager::new();
125
/// let configs = create_default_configurations();
126
/// manager.load_configurations(configs).await?;
127
///
128
/// // Classify a symbol
129
/// let asset_class = manager.classify_symbol("AAPL");
130
///
131
/// // Get trading parameters
132
/// if let Some(params) = manager.get_trading_parameters("AAPL") {
133
///     let max_position = params.position_limits.max_position_fraction;
134
///     println!("Max position fraction for AAPL: {}", max_position);
135
/// }
136
/// # Ok(())
137
/// # }
138
/// ```
139
pub mod asset_classification_integration {
140
    pub use crate::asset_classification::*;
141
142
    /// Convenience function to create a fully configured asset classification manager
143
    /// with default configurations suitable for production use.
144
    ///
145
    /// # Errors
146
    /// Returns error if the operation fails
147
0
    pub async fn create_production_manager(
148
0
        database_pool: Option<sqlx::PgPool>,
149
0
    ) -> Result<AssetClassificationManager, Box<dyn std::error::Error + Send + Sync>> {
150
0
        let mut manager = AssetClassificationManager::new();
151
152
        // Load configurations from database if available, otherwise use defaults
153
0
        let configs = if let Some(_pool) = database_pool {
154
            // In production, load from database
155
            // let loader = crate::database::PostgresAssetClassificationLoader::with_pool(pool);
156
            // loader.load_asset_configurations().await?
157
0
            create_default_configurations()
158
        } else {
159
0
            create_default_configurations()
160
        };
161
162
0
        manager.load_configurations(configs).await?;
163
0
        Ok(manager)
164
0
    }
165
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/manager.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/manager.rs.html
deleted file mode 100644
index 4a55011b0..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/manager.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/manager.rs
Line
Count
Source
1
/// Builder for ConfigManager with advanced configuration options.
2
///
3
/// Provides a fluent interface for constructing ConfigManager instances
4
/// with optional asset classification, caching, and database integration.
5
pub struct ConfigManagerBuilder {
6
    config: ServiceConfig,
7
    asset_manager: Option<crate::asset_classification::AssetClassificationManager>,
8
    cache_timeout: std::time::Duration,
9
}
10
11
impl ConfigManagerBuilder {
12
    /// Creates a new ConfigManagerBuilder with the specified service configuration.
13
0
    pub const fn new(config: ServiceConfig) -> Self {
14
0
        Self {
15
0
            config,
16
0
            asset_manager: None,
17
0
            cache_timeout: std::time::Duration::from_secs(300),
18
0
        }
19
0
    }
20
21
    /// Sets the asset classification manager.
22
0
    pub fn with_asset_classification(
23
0
        mut self,
24
0
        manager: crate::asset_classification::AssetClassificationManager,
25
0
    ) -> Self {
26
0
        self.asset_manager = Some(manager);
27
0
        self
28
0
    }
29
30
    /// Sets the cache timeout duration.
31
0
    pub const fn with_cache_timeout(mut self, timeout: std::time::Duration) -> Self {
32
0
        self.cache_timeout = timeout;
33
0
        self
34
0
    }
35
36
    /// Builds the ConfigManager with the specified configuration.
37
0
    pub fn build(self) -> ConfigManager {
38
0
        ConfigManager {
39
0
            config: Arc::new(self.config),
40
0
            asset_classification: Arc::new(RwLock::new(self.asset_manager)),
41
0
            cache: Arc::new(RwLock::new(HashMap::new())),
42
0
            cache_timeout: self.cache_timeout,
43
0
        }
44
0
    }
45
46
    /// Builds the ConfigManager with database integration.
47
    ///
48
    /// # Errors
49
    /// Returns error if the operation fails
50
    #[cfg(feature = "postgres")]
51
    pub async fn build_with_database(
52
        self,
53
        database_pool: sqlx::PgPool,
54
    ) -> Result<ConfigManager, Box<dyn std::error::Error + Send + Sync>> {
55
        let manager = self.build();
56
        manager
57
            .initialize_asset_classification(database_pool)
58
            .await?;
59
        Ok(manager)
60
    }
61
}
62
63
// Configuration management and service configuration structures.
64
//
65
// This module provides the core configuration management infrastructure for
66
// the Foxhunt trading system. It handles service-specific configuration,
67
// environment management, and provides thread-safe access to configuration
68
// data across the application.
69
70
use chrono::{DateTime, Utc};
71
use serde::{Deserialize, Serialize};
72
use std::collections::HashMap;
73
use std::sync::{Arc, RwLock};
74
75
/// Service-specific configuration structure.
76
///
77
/// Contains metadata and settings for a specific service in the Foxhunt
78
/// trading system. Supports environment-specific configuration and
79
/// versioning for configuration management and deployment tracking.
80
#[derive(Debug, Clone, Serialize, Deserialize)]
81
pub struct ServiceConfig {
82
    /// Service name (e.g., "trading_service", "ml_training_service")
83
    pub name: String,
84
    /// Deployment environment (e.g., "development", "staging", "production")
85
    pub environment: String,
86
    /// Service version for deployment tracking
87
    pub version: String,
88
    /// Service-specific configuration settings as JSON
89
    pub settings: serde_json::Value,
90
}
91
92
/// Thread-safe configuration manager for comprehensive service configuration.
93
///
94
/// Provides centralized access to service configuration with support for:
95
/// - Asset classification management
96
///
97
/// - Hot-reload capabilities
98
/// - Environment-specific settings
99
///
100
/// - Thread-safe access patterns
101
///
102
/// Ensures configuration consistency across all components of a service.
103
pub struct ConfigManager {
104
    config: Arc<ServiceConfig>,
105
    /// Asset classification manager for symbol-based configuration
106
    asset_classification:
107
        Arc<RwLock<Option<crate::asset_classification::AssetClassificationManager>>>,
108
    /// Configuration cache for performance
109
    cache: Arc<RwLock<HashMap<String, (serde_json::Value, DateTime<Utc>)>>>,
110
    /// Cache timeout duration
111
    cache_timeout: std::time::Duration,
112
}
113
114
impl ConfigManager {
115
    /// Creates a new ConfigManager with the provided service configuration.
116
    ///
117
    /// The configuration is wrapped in an Arc for efficient sharing across
118
    /// multiple threads and components within the service.
119
    ///
120
    /// # Arguments
121
    ///
122
    /// * `config` - The service configuration to manage
123
0
    pub fn new(config: ServiceConfig) -> Self {
124
0
        Self {
125
0
            config: Arc::new(config),
126
0
            asset_classification: Arc::new(RwLock::new(None)),
127
0
            cache: Arc::new(RwLock::new(HashMap::new())),
128
0
            cache_timeout: std::time::Duration::from_secs(300), // 5 minutes
129
0
        }
130
0
    }
131
132
    /// Creates a new ConfigManager with asset classification support.
133
    ///
134
    /// Initializes the manager with both service configuration and
135
    /// asset classification capabilities for comprehensive trading
136
    /// parameter management.
137
    ///
138
    /// # Arguments
139
    ///
140
    /// * `config` - The service configuration to manage
141
    /// * `asset_manager` - Pre-configured asset classification manager
142
0
    pub fn with_asset_classification(
143
0
        config: ServiceConfig,
144
0
        asset_manager: crate::asset_classification::AssetClassificationManager,
145
0
    ) -> Self {
146
0
        Self {
147
0
            config: Arc::new(config),
148
0
            asset_classification: Arc::new(RwLock::new(Some(asset_manager))),
149
0
            cache: Arc::new(RwLock::new(HashMap::new())),
150
0
            cache_timeout: std::time::Duration::from_secs(300),
151
0
        }
152
0
    }
153
154
    /// Returns a shared reference to the service configuration.
155
    ///
156
    /// Provides thread-safe access to the configuration data through Arc cloning.
157
    ///
158
    /// The returned Arc can be shared across threads without additional locking.
159
    ///
160
    /// # Returns
161
    ///
162
    /// An Arc containing the service configuration
163
0
    pub fn get_config(&self) -> Arc<ServiceConfig> {
164
0
        Arc::clone(&self.config)
165
0
    }
166
167
    /// Initializes asset classification with database-backed configurations.
168
    ///
169
    /// Loads asset classification configurations from the database and
170
    /// initializes the asset classification manager for dynamic symbol
171
    /// classification and trading parameter retrieval.
172
    ///
173
    /// # Errors
174
    /// Returns error if the operation fails
175
    #[cfg(feature = "postgres")]
176
    pub async fn initialize_asset_classification(
177
        &self,
178
        database_pool: sqlx::PgPool,
179
    ) -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
180
        let loader = crate::database::PostgresAssetClassificationLoader::with_pool(database_pool);
181
        let configs = loader.load_asset_configurations().await?;
182
183
        let mut manager = crate::asset_classification::AssetClassificationManager::new();
184
        manager.load_configurations(configs).await?;
185
186
        if let Ok(mut asset_classification) = self.asset_classification.write() {
187
            *asset_classification = Some(manager);
188
        }
189
190
        Ok(())
191
    }
192
193
    /// Classifies a symbol using the asset classification manager.
194
    ///
195
    /// Returns the asset class for the given symbol based on configured
196
    /// pattern matching rules and explicit mappings.
197
    ///
198
    /// # Arguments
199
    ///
200
    /// * `symbol` - The trading symbol to classify
201
    ///
202
    /// # Returns
203
    ///
204
    /// The asset class or Unknown if classification fails
205
0
    pub fn classify_symbol(&self, symbol: &str) -> crate::asset_classification::AssetClass {
206
0
        if let Ok(asset_classification) = self.asset_classification.read() {
207
0
            if let Some(ref manager) = *asset_classification {
208
0
                return manager.classify_symbol(symbol);
209
0
            }
210
0
        }
211
0
        crate::asset_classification::AssetClass::Unknown
212
0
    }
213
214
    /// Gets trading parameters for a symbol.
215
    ///
216
    /// Retrieves comprehensive trading parameters including position limits,
217
    /// risk thresholds, and execution configuration for the specified symbol.
218
    ///
219
    /// # Arguments
220
    ///
221
    /// * `symbol` - The trading symbol
222
    ///
223
    /// # Returns
224
    ///
225
    /// Trading parameters if available, None otherwise
226
0
    pub fn get_trading_parameters(
227
0
        &self,
228
0
        symbol: &str,
229
0
    ) -> Option<crate::asset_classification::TradingParameters> {
230
0
        if let Ok(asset_classification) = self.asset_classification.read() {
231
0
            if let Some(ref manager) = *asset_classification {
232
0
                return manager.get_trading_parameters(symbol).cloned();
233
0
            }
234
0
        }
235
0
        None
236
0
    }
237
238
    /// Gets volatility profile for a symbol.
239
    ///
240
    /// Retrieves the volatility profile including base volatility,
241
    /// stress multipliers, and jump risk characteristics.
242
    ///
243
    /// # Arguments
244
    ///
245
    /// * `symbol` - The trading symbol
246
    ///
247
    /// # Returns
248
    ///
249
    /// Volatility profile if available, None otherwise
250
0
    pub fn get_volatility_profile(
251
0
        &self,
252
0
        symbol: &str,
253
0
    ) -> Option<crate::asset_classification::VolatilityProfile> {
254
0
        if let Ok(asset_classification) = self.asset_classification.read() {
255
0
            if let Some(ref manager) = *asset_classification {
256
0
                return manager.get_volatility_profile(symbol).cloned();
257
0
            }
258
0
        }
259
0
        None
260
0
    }
261
262
    /// Gets daily volatility estimate for a symbol.
263
    ///
264
    /// Calculates the daily volatility from the annual volatility
265
    /// using standard financial mathematics (annual / sqrt(252)).
266
    ///
267
    /// # Arguments
268
    ///
269
    /// * `symbol` - The trading symbol
270
    ///
271
    /// # Returns
272
    ///
273
    /// Daily volatility estimate as a decimal
274
0
    pub fn get_daily_volatility(&self, symbol: &str) -> f64 {
275
0
        if let Ok(asset_classification) = self.asset_classification.read() {
276
0
            if let Some(ref manager) = *asset_classification {
277
0
                return manager.get_daily_volatility(symbol);
278
0
            }
279
0
        }
280
0
        0.05 // Default 5% daily volatility for unknown symbols
281
0
    }
282
283
    /// Gets position size recommendation for a symbol.
284
    ///
285
    /// Calculates recommended position size based on portfolio NAV
286
    /// and the symbol's configured position limits.
287
    ///
288
    /// # Arguments
289
    ///
290
    /// * `symbol` - The trading symbol
291
    /// * `portfolio_nav` - Current portfolio net asset value
292
    ///
293
    /// # Returns
294
    ///
295
    /// Recommended position size if available
296
0
    pub fn get_position_size_recommendation(
297
0
        &self,
298
0
        symbol: &str,
299
0
        portfolio_nav: rust_decimal::Decimal,
300
0
    ) -> Option<rust_decimal::Decimal> {
301
0
        if let Ok(asset_classification) = self.asset_classification.read() {
302
0
            if let Some(ref manager) = *asset_classification {
303
0
                return manager.get_position_size_recommendation(symbol, portfolio_nav);
304
0
            }
305
0
        }
306
0
        None
307
0
    }
308
309
    /// Checks if trading is active for a symbol at the given time.
310
    ///
311
    /// Validates trading hours and market schedule for the symbol.
312
    ///
313
    /// # Arguments
314
    ///
315
    /// * `symbol` - The trading symbol
316
    /// * `timestamp` - The timestamp to check
317
    ///
318
    /// # Returns
319
    ///
320
    /// True if trading is active, false otherwise
321
0
    pub fn is_trading_active(&self, symbol: &str, timestamp: DateTime<Utc>) -> bool {
322
0
        if let Ok(asset_classification) = self.asset_classification.read() {
323
0
            if let Some(ref manager) = *asset_classification {
324
0
                return manager.is_trading_active(symbol, timestamp);
325
0
            }
326
0
        }
327
0
        true // Default to always active if no classification available
328
0
    }
329
330
    /// Reloads asset classification configurations.
331
    ///
332
    /// Triggers a reload of asset classification configurations
333
    /// for hot-reload functionality in production environments.
334
    ///
335
    /// # Errors
336
    /// Returns error if the operation fails
337
    #[cfg(feature = "postgres")]
338
    pub async fn reload_asset_classification(
339
        &self,
340
        database_pool: sqlx::PgPool,
341
    ) -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
342
        let needs_reload = {
343
            let asset_classification = self.asset_classification.read().ok();
344
            asset_classification
345
                .as_ref()
346
                .and_then(|ac| ac.as_ref())
347
                .map(|manager| manager.needs_reload())
348
                .unwrap_or(false)
349
        }; // Lock released here
350
351
        if needs_reload {
352
            self.initialize_asset_classification(database_pool).await?;
353
        }
354
        Ok(())
355
    }
356
357
    /// Gets cached configuration value.
358
    ///
359
    /// Retrieves a cached configuration value with automatic expiration.
360
    ///
361
    /// # Arguments
362
    ///
363
    /// * `key` - Cache key
364
    ///
365
    /// # Returns
366
    ///
367
    /// Cached value if available and not expired
368
0
    pub fn get_cached_config(&self, key: &str) -> Option<serde_json::Value> {
369
0
        if let Ok(cache) = self.cache.read() {
370
0
            if let Some((value, timestamp)) = cache.get(key) {
371
0
                let elapsed = Utc::now().signed_duration_since(*timestamp);
372
0
                if elapsed.to_std().unwrap_or_default() < self.cache_timeout {
373
0
                    return Some(value.clone());
374
0
                }
375
0
            }
376
0
        }
377
0
        None
378
0
    }
379
380
    /// Sets cached configuration value.
381
    ///
382
    /// Stores a configuration value in the cache with timestamp.
383
    ///
384
    /// # Arguments
385
    ///
386
    /// * `key` - Cache key
387
    /// * `value` - Value to cache
388
0
    pub fn set_cached_config(&self, key: String, value: serde_json::Value) {
389
0
        if let Ok(mut cache) = self.cache.write() {
390
0
            cache.insert(key, (value, Utc::now()));
391
0
        }
392
0
    }
393
394
    /// Clears expired cache entries.
395
    ///
396
    /// Removes cache entries that have exceeded the timeout duration.
397
0
    pub fn cleanup_cache(&self) {
398
0
        if let Ok(mut cache) = self.cache.write() {
399
0
            let now = Utc::now();
400
0
            cache.retain(|_, (_, timestamp)| {
401
0
                let elapsed = now.signed_duration_since(*timestamp);
402
0
                elapsed.to_std().unwrap_or_default() < self.cache_timeout
403
0
            });
404
0
        }
405
0
    }
406
}
407
408
#[cfg(test)]
409
mod tests {
410
    use super::*;
411
    use serde_json::json;
412
413
    fn create_test_config() -> ServiceConfig {
414
        ServiceConfig {
415
            name: "test_service".to_owned(),
416
            environment: "test".to_owned(),
417
            version: "1.0.0".to_owned(),
418
            settings: json!({"test_key": "test_value"}),
419
        }
420
    }
421
422
    #[test]
423
    fn test_service_config_creation() {
424
        let config = create_test_config();
425
        assert_eq!(config.name, "test_service");
426
        assert_eq!(config.environment, "test");
427
        assert_eq!(config.version, "1.0.0");
428
    }
429
430
    #[test]
431
    fn test_config_manager_new() {
432
        let config = create_test_config();
433
        let manager = ConfigManager::new(config);
434
        let retrieved_config = manager.get_config();
435
        assert_eq!(retrieved_config.name, "test_service");
436
    }
437
438
    #[test]
439
    fn test_config_manager_builder() {
440
        let config = create_test_config();
441
        let manager = ConfigManagerBuilder::new(config)
442
            .with_cache_timeout(std::time::Duration::from_secs(60))
443
            .build();
444
445
        let retrieved_config = manager.get_config();
446
        assert_eq!(retrieved_config.name, "test_service");
447
    }
448
449
    #[test]
450
    fn test_config_manager_cache_set_and_get() {
451
        let config = create_test_config();
452
        let manager = ConfigManager::new(config);
453
454
        let test_value = json!({"cached": "data"});
455
        manager.set_cached_config("test_key".to_owned(), test_value.clone());
456
457
        let retrieved = manager.get_cached_config("test_key");
458
        assert!(retrieved.is_some());
459
        assert_eq!(retrieved.unwrap(), test_value);
460
    }
461
462
    #[test]
463
    fn test_config_manager_cache_miss() {
464
        let config = create_test_config();
465
        let manager = ConfigManager::new(config);
466
467
        let retrieved = manager.get_cached_config("nonexistent_key");
468
        assert!(retrieved.is_none());
469
    }
470
471
    #[test]
472
    fn test_config_manager_cleanup_cache() {
473
        let config = create_test_config();
474
        let manager = ConfigManager::new(config);
475
476
        let test_value = json!({"cached": "data"});
477
        manager.set_cached_config("test_key".to_owned(), test_value);
478
479
        manager.cleanup_cache();
480
481
        // Cache entry should still exist since it was just created
482
        let retrieved = manager.get_cached_config("test_key");
483
        assert!(retrieved.is_some());
484
    }
485
486
    #[test]
487
    fn test_config_manager_classify_symbol_without_asset_manager() {
488
        let config = create_test_config();
489
        let manager = ConfigManager::new(config);
490
491
        let asset_class = manager.classify_symbol("AAPL");
492
        assert_eq!(
493
            asset_class,
494
            crate::asset_classification::AssetClass::Unknown
495
        );
496
    }
497
498
    #[test]
499
    fn test_config_manager_get_daily_volatility_default() {
500
        let config = create_test_config();
501
        let manager = ConfigManager::new(config);
502
503
        let volatility = manager.get_daily_volatility("AAPL");
504
        assert_eq!(volatility, 0.05); // Default value
505
    }
506
507
    #[test]
508
    fn test_config_manager_is_trading_active_default() {
509
        let config = create_test_config();
510
        let manager = ConfigManager::new(config);
511
512
        let now = chrono::Utc::now();
513
        let is_active = manager.is_trading_active("AAPL", now);
514
        assert!(is_active); // Default to always active
515
    }
516
517
    #[test]
518
    fn test_config_manager_get_trading_parameters_none() {
519
        let config = create_test_config();
520
        let manager = ConfigManager::new(config);
521
522
        let params = manager.get_trading_parameters("AAPL");
523
        assert!(params.is_none());
524
    }
525
526
    #[test]
527
    fn test_config_manager_get_volatility_profile_none() {
528
        let config = create_test_config();
529
        let manager = ConfigManager::new(config);
530
531
        let profile = manager.get_volatility_profile("AAPL");
532
        assert!(profile.is_none());
533
    }
534
535
    #[test]
536
    fn test_config_manager_get_position_size_recommendation_none() {
537
        let config = create_test_config();
538
        let manager = ConfigManager::new(config);
539
540
        let recommendation =
541
            manager.get_position_size_recommendation("AAPL", rust_decimal::Decimal::new(100000, 0));
542
        assert!(recommendation.is_none());
543
    }
544
545
    #[test]
546
    fn test_config_manager_with_asset_classification() {
547
        let config = create_test_config();
548
        let asset_manager = crate::asset_classification::AssetClassificationManager::new();
549
        let manager = ConfigManager::with_asset_classification(config, asset_manager);
550
551
        let retrieved_config = manager.get_config();
552
        assert_eq!(retrieved_config.name, "test_service");
553
    }
554
555
    #[test]
556
    fn test_builder_with_asset_classification() {
557
        let config = create_test_config();
558
        let asset_manager = crate::asset_classification::AssetClassificationManager::new();
559
560
        let manager = ConfigManagerBuilder::new(config)
561
            .with_asset_classification(asset_manager)
562
            .build();
563
564
        let retrieved_config = manager.get_config();
565
        assert_eq!(retrieved_config.name, "test_service");
566
    }
567
568
    #[test]
569
    fn test_service_config_serialization() {
570
        let config = create_test_config();
571
        let serialized = serde_json::to_string(&config).unwrap();
572
        let deserialized: ServiceConfig = serde_json::from_str(&serialized).unwrap();
573
574
        assert_eq!(config.name, deserialized.name);
575
        assert_eq!(config.environment, deserialized.environment);
576
        assert_eq!(config.version, deserialized.version);
577
    }
578
579
    #[test]
580
    fn test_config_manager_multiple_cache_entries() {
581
        let config = create_test_config();
582
        let manager = ConfigManager::new(config);
583
584
        for i in 0..10 {
585
            manager.set_cached_config(format!("key_{}", i), json!({"value": i}));
586
        }
587
588
        for i in 0..10 {
589
            let retrieved = manager.get_cached_config(&format!("key_{}", i));
590
            assert!(retrieved.is_some());
591
        }
592
    }
593
594
    #[test]
595
    fn test_config_manager_cache_overwrite() {
596
        let config = create_test_config();
597
        let manager = ConfigManager::new(config);
598
599
        manager.set_cached_config("key".to_owned(), json!({"value": 1}));
600
        manager.set_cached_config("key".to_owned(), json!({"value": 2}));
601
602
        let retrieved = manager.get_cached_config("key");
603
        assert_eq!(retrieved.unwrap(), json!({"value": 2}));
604
    }
605
606
    #[test]
607
    fn test_builder_custom_cache_timeout() {
608
        let config = create_test_config();
609
        let custom_timeout = std::time::Duration::from_secs(120);
610
611
        let manager = ConfigManagerBuilder::new(config)
612
            .with_cache_timeout(custom_timeout)
613
            .build();
614
615
        // Cache timeout is set internally
616
        let retrieved_config = manager.get_config();
617
        assert_eq!(retrieved_config.name, "test_service");
618
    }
619
620
    #[test]
621
    fn test_config_manager_shared_config() {
622
        let config = create_test_config();
623
        let manager = ConfigManager::new(config);
624
625
        let config1 = manager.get_config();
626
        let config2 = manager.get_config();
627
628
        // Both should point to the same Arc
629
        assert_eq!(config1.name, config2.name);
630
    }
631
632
    #[test]
633
    fn test_service_config_clone() {
634
        let config1 = create_test_config();
635
        let config2 = config1.clone();
636
637
        assert_eq!(config1.name, config2.name);
638
        assert_eq!(config1.environment, config2.environment);
639
        assert_eq!(config1.version, config2.version);
640
    }
641
642
    #[test]
643
    fn test_config_manager_cache_timeout_configuration() {
644
        let config = create_test_config();
645
        let custom_timeout = std::time::Duration::from_millis(10);
646
        let manager = ConfigManagerBuilder::new(config)
647
            .with_cache_timeout(custom_timeout)
648
            .build();
649
650
        // Cache timeout is configured internally
651
        assert_eq!(manager.cache_timeout, custom_timeout);
652
653
        // Test that cache still works normally
654
        manager.set_cached_config("test_key".to_owned(), json!({"value": 42}));
655
        assert!(manager.get_cached_config("test_key").is_some());
656
    }
657
658
    #[test]
659
    fn test_config_manager_concurrent_access() {
660
        use std::sync::Arc;
661
        use std::thread;
662
663
        let config = create_test_config();
664
        let manager = Arc::new(ConfigManager::new(config));
665
666
        let mut handles = vec![];
667
668
        for i in 0..10 {
669
            let manager_clone = Arc::clone(&manager);
670
            let handle = thread::spawn(move || {
671
                manager_clone
672
                    .set_cached_config(format!("concurrent_key_{}", i), json!({"thread_id": i}));
673
                manager_clone.get_cached_config(&format!("concurrent_key_{}", i))
674
            });
675
            handles.push(handle);
676
        }
677
678
        for handle in handles {
679
            assert!(handle.join().unwrap().is_some());
680
        }
681
    }
682
683
    #[test]
684
    fn test_config_manager_daily_volatility_fallback() {
685
        let config = create_test_config();
686
        let manager = ConfigManager::new(config);
687
688
        // Should return default 5% for unknown symbols
689
        let vol = manager.get_daily_volatility("UNKNOWN_SYMBOL");
690
        assert_eq!(vol, 0.05);
691
    }
692
693
    #[test]
694
    fn test_config_manager_position_size_none() {
695
        let config = create_test_config();
696
        let manager = ConfigManager::new(config);
697
698
        // Should return None without asset classification
699
        let size =
700
            manager.get_position_size_recommendation("AAPL", rust_decimal::Decimal::new(100000, 0));
701
        assert!(size.is_none());
702
    }
703
704
    #[test]
705
    fn test_service_config_validation() {
706
        let mut config = create_test_config();
707
708
        // Valid config
709
        assert!(!config.name.is_empty());
710
        assert!(!config.environment.is_empty());
711
712
        // Test with empty name
713
        config.name = String::new();
714
        assert!(config.name.is_empty());
715
    }
716
717
    #[test]
718
    fn test_config_manager_cache_clear() {
719
        let config = create_test_config();
720
        let manager = ConfigManager::new(config);
721
722
        // Add some cache entries
723
        manager.set_cached_config("key1".to_owned(), json!({"value": 1}));
724
        manager.set_cached_config("key2".to_owned(), json!({"value": 2}));
725
726
        assert!(manager.get_cached_config("key1").is_some());
727
        assert!(manager.get_cached_config("key2").is_some());
728
729
        // Manual clear
730
        if let Ok(mut cache) = manager.cache.write() {
731
            cache.clear();
732
        }
733
734
        assert!(manager.get_cached_config("key1").is_none());
735
        assert!(manager.get_cached_config("key2").is_none());
736
    }
737
738
    #[test]
739
    fn test_builder_default_values() {
740
        let config = create_test_config();
741
        let manager = ConfigManagerBuilder::new(config.clone()).build();
742
743
        let retrieved = manager.get_config();
744
        assert_eq!(retrieved.name, config.name);
745
        assert_eq!(retrieved.environment, config.environment);
746
    }
747
748
    #[test]
749
    fn test_config_manager_arc_cloning() {
750
        let config = create_test_config();
751
        let manager = ConfigManager::new(config);
752
753
        let config1 = Arc::clone(&manager.config);
754
        let config2 = Arc::clone(&manager.config);
755
756
        assert_eq!(config1.name, config2.name);
757
        assert_eq!(Arc::strong_count(&manager.config), 3); // Original + 2 clones
758
    }
759
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/ml_config.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/ml_config.rs.html
deleted file mode 100644
index 8c138184d..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/ml_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/ml_config.rs
Line
Count
Source
1
//! Machine learning configuration
2
3
use serde::{Deserialize, Serialize};
4
use std::collections::HashMap;
5
6
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
7
pub struct MLConfig {
8
    pub model_config: ModelArchitectureConfig,
9
    pub training_config: TrainingConfig,
10
    pub simulation_config: SimulationConfig,
11
}
12
13
/// Configuration for market data simulation and stress testing
14
#[derive(Debug, Clone, Serialize, Deserialize)]
15
pub struct SimulationConfig {
16
    /// Initial market state with configurable symbol prices
17
    pub initial_market_state: MarketState,
18
    /// Simulation parameters
19
    pub parameters: SimulationParameters,
20
    /// Test symbol configuration for generic testing
21
    pub test_symbols: TestSymbolConfig,
22
}
23
24
/// Initial market state configuration
25
#[derive(Debug, Clone, Serialize, Deserialize)]
26
pub struct MarketState {
27
    /// Symbol-specific initial prices and configuration
28
    pub symbols: HashMap<String, SymbolConfig>,
29
    /// Default configuration for unlisted symbols
30
    pub default_symbol: SymbolConfig,
31
}
32
33
/// Configuration for individual symbols
34
#[derive(Debug, Clone, Serialize, Deserialize)]
35
pub struct SymbolConfig {
36
    /// Initial price for the symbol
37
    pub initial_price: f64,
38
    /// Base volatility for the symbol
39
    pub volatility: f64,
40
    /// Base trading volume
41
    pub base_volume: f64,
42
    /// Minimum spread in basis points
43
    pub min_spread_bps: f64,
44
    /// Maximum spread in basis points
45
    pub max_spread_bps: f64,
46
    /// Market capitalization tier (affects behavior)
47
    pub market_cap_tier: MarketCapTier,
48
}
49
50
/// Market capitalization tiers for different symbol behaviors
51
#[derive(Debug, Clone, Serialize, Deserialize)]
52
pub enum MarketCapTier {
53
    /// Large cap stocks (>$10B)
54
    LargeCap,
55
    /// Mid cap stocks ($2B-$10B)
56
    MidCap,
57
    /// Small cap stocks (<$2B)
58
    SmallCap,
59
    /// Generic test symbol
60
    Test,
61
}
62
63
/// Simulation parameters
64
#[derive(Debug, Clone, Serialize, Deserialize)]
65
pub struct SimulationParameters {
66
    /// Update rate in Hz
67
    pub update_rate_hz: u32,
68
    /// Base market volatility
69
    pub base_volatility: f64,
70
    /// Market trend direction (-1.0 to 1.0)
71
    pub trend: f64,
72
    /// Enable realistic market microstructure
73
    pub enable_microstructure: bool,
74
    /// Enable correlated movements between symbols
75
    pub enable_correlation: bool,
76
}
77
78
/// Test symbol configuration for generic testing
79
#[derive(Debug, Clone, Serialize, Deserialize)]
80
pub struct TestSymbolConfig {
81
    /// Prefix for test symbols (e.g., "TEST")
82
    pub symbol_prefix: String,
83
    /// Number of test symbols to generate
84
    pub count: usize,
85
    /// Price range for test symbols
86
    pub price_range: (f64, f64),
87
    /// Volume range for test symbols
88
    pub volume_range: (f64, f64),
89
}
90
91
/// Default simulation configuration
92
impl Default for SimulationConfig {
93
0
    fn default() -> Self {
94
0
        let mut symbols = HashMap::new();
95
96
        // Production-ready major symbols with realistic configurations
97
0
        symbols.insert(
98
0
            "AAPL".to_owned(),
99
0
            SymbolConfig {
100
0
                initial_price: 150.0,
101
0
                volatility: 0.25,
102
0
                base_volume: 50000000.0,
103
0
                min_spread_bps: 1.0,
104
0
                max_spread_bps: 5.0,
105
0
                market_cap_tier: MarketCapTier::LargeCap,
106
0
            },
107
        );
108
109
0
        symbols.insert(
110
0
            "MSFT".to_owned(),
111
0
            SymbolConfig {
112
0
                initial_price: 300.0,
113
0
                volatility: 0.22,
114
0
                base_volume: 30000000.0,
115
0
                min_spread_bps: 1.0,
116
0
                max_spread_bps: 5.0,
117
0
                market_cap_tier: MarketCapTier::LargeCap,
118
0
            },
119
        );
120
121
0
        symbols.insert(
122
0
            "GOOGL".to_owned(),
123
0
            SymbolConfig {
124
0
                initial_price: 2500.0,
125
0
                volatility: 0.28,
126
0
                base_volume: 20000000.0,
127
0
                min_spread_bps: 2.0,
128
0
                max_spread_bps: 8.0,
129
0
                market_cap_tier: MarketCapTier::LargeCap,
130
0
            },
131
        );
132
133
0
        symbols.insert(
134
0
            "TSLA".to_owned(),
135
0
            SymbolConfig {
136
0
                initial_price: 800.0,
137
0
                volatility: 0.45,
138
0
                base_volume: 80000000.0,
139
0
                min_spread_bps: 2.0,
140
0
                max_spread_bps: 10.0,
141
0
                market_cap_tier: MarketCapTier::LargeCap,
142
0
            },
143
        );
144
145
0
        symbols.insert(
146
0
            "AMZN".to_owned(),
147
0
            SymbolConfig {
148
0
                initial_price: 3200.0,
149
0
                volatility: 0.30,
150
0
                base_volume: 25000000.0,
151
0
                min_spread_bps: 2.0,
152
0
                max_spread_bps: 8.0,
153
0
                market_cap_tier: MarketCapTier::LargeCap,
154
0
            },
155
        );
156
157
0
        symbols.insert(
158
0
            "NVDA".to_owned(),
159
0
            SymbolConfig {
160
0
                initial_price: 500.0,
161
0
                volatility: 0.40,
162
0
                base_volume: 40000000.0,
163
0
                min_spread_bps: 2.0,
164
0
                max_spread_bps: 8.0,
165
0
                market_cap_tier: MarketCapTier::LargeCap,
166
0
            },
167
        );
168
169
0
        Self {
170
0
            initial_market_state: MarketState {
171
0
                symbols,
172
0
                default_symbol: SymbolConfig {
173
0
                    initial_price: 100.0,
174
0
                    volatility: 0.30,
175
0
                    base_volume: 1000000.0,
176
0
                    min_spread_bps: 5.0,
177
0
                    max_spread_bps: 20.0,
178
0
                    market_cap_tier: MarketCapTier::Test,
179
0
                },
180
0
            },
181
0
            parameters: SimulationParameters {
182
0
                update_rate_hz: 1000,
183
0
                base_volatility: 0.02,
184
0
                trend: 0.0,
185
0
                enable_microstructure: true,
186
0
                enable_correlation: false,
187
0
            },
188
0
            test_symbols: TestSymbolConfig {
189
0
                symbol_prefix: "TEST".to_owned(),
190
0
                count: 10,
191
0
                price_range: (50.0, 500.0),
192
0
                volume_range: (100000.0, 10000000.0),
193
0
            },
194
0
        }
195
0
    }
196
}
197
198
#[derive(Debug, Clone, Serialize, Deserialize)]
199
pub struct ModelArchitectureConfig {
200
    pub model_type: String,
201
    pub hidden_dims: Vec<usize>,
202
    pub dropout_rate: f64,
203
    pub activation: String,
204
}
205
206
impl Default for ModelArchitectureConfig {
207
0
    fn default() -> Self {
208
0
        Self {
209
0
            model_type: "transformer".to_owned(),
210
0
            hidden_dims: vec![256, 128, 64],
211
0
            dropout_rate: 0.1,
212
0
            activation: "relu".to_owned(),
213
0
        }
214
0
    }
215
}
216
217
#[derive(Debug, Clone, Serialize, Deserialize)]
218
pub struct TrainingConfig {
219
    pub batch_size: usize,
220
    pub learning_rate: f64,
221
    pub epochs: u32,
222
    pub early_stopping_patience: u32,
223
}
224
225
impl Default for TrainingConfig {
226
0
    fn default() -> Self {
227
0
        Self {
228
0
            batch_size: 32,
229
0
            learning_rate: 0.001,
230
0
            epochs: 100,
231
0
            early_stopping_patience: 10,
232
0
        }
233
0
    }
234
}
235
236
#[derive(Debug, Clone, Serialize, Deserialize)]
237
pub struct Mamba2Config {
238
    pub d_model: usize,
239
    pub d_state: usize,
240
    pub d_conv: usize,
241
    pub expand: usize,
242
    pub dt_rank: Option<usize>,
243
    pub dt_min: f64,
244
    pub dt_max: f64,
245
    pub dt_init: String,
246
    pub dt_scale: f64,
247
    pub dt_init_floor: f64,
248
    pub conv_bias: bool,
249
    pub bias: bool,
250
    pub use_fast_path: bool,
251
    pub layer_idx: Option<usize>,
252
    pub device: Option<String>,
253
    pub dtype: Option<String>,
254
    pub d_head: usize,
255
    pub num_heads: usize,
256
    pub num_layers: usize,
257
    pub target_latency_us: u64,
258
    pub hardware_aware: bool,
259
    pub use_ssd: bool,
260
    pub use_selective_state: bool,
261
    pub max_seq_len: usize,
262
    pub batch_size: usize,
263
    pub seq_len: usize,
264
    pub dropout: f64,
265
}
266
267
impl Default for Mamba2Config {
268
0
    fn default() -> Self {
269
0
        Self {
270
0
            d_model: 768,
271
0
            d_state: 128,
272
0
            d_conv: 4,
273
0
            expand: 2,
274
0
            dt_rank: None, // Auto-calculated as ceil(d_model / 16)
275
0
            dt_min: 0.001,
276
0
            dt_max: 0.1,
277
0
            dt_init: "random".to_owned(),
278
0
            dt_scale: 1.0,
279
0
            dt_init_floor: 1e-4,
280
0
            conv_bias: true,
281
0
            bias: false,
282
0
            use_fast_path: true,
283
0
            layer_idx: None,
284
0
            device: None,
285
0
            dtype: None,
286
0
            d_head: 32,
287
0
            num_heads: 8,
288
0
            num_layers: 4,
289
0
            target_latency_us: 3,
290
0
            hardware_aware: true,
291
0
            use_ssd: true,
292
0
            use_selective_state: true,
293
0
            max_seq_len: 1024,
294
0
            batch_size: 1,
295
0
            seq_len: 256,
296
0
            dropout: 0.0,
297
0
        }
298
0
    }
299
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/risk_config.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/risk_config.rs.html
deleted file mode 100644
index f1522186a..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/risk_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/risk_config.rs
Line
Count
Source
1
//! Risk management configuration structures
2
//!
3
//! Provides configuration types for risk management components including
4
//! stress testing scenarios, asset class definitions, and market shock parameters.
5
6
use serde::{Deserialize, Serialize};
7
use std::collections::HashMap;
8
9
/// Configuration for stress testing scenarios
10
///
11
/// Defines how stress scenarios are configured and applied to portfolios.
12
///
13
/// Supports both individual instrument shocks and asset class-based shocks
14
/// for more flexible and maintainable stress testing.
15
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq)]
16
pub struct StressScenarioConfig {
17
    /// Unique identifier for this stress test scenario
18
    pub id: String,
19
    /// Human-readable name describing the scenario
20
    pub name: String,
21
    /// Description of the stress scenario and its historical context
22
    pub description: String,
23
    /// Individual instrument-specific shocks (symbol -> shock percentage)
24
    pub instrument_shocks: HashMap<String, f64>,
25
    /// Asset class-based shocks that apply to all instruments in a class
26
    pub asset_class_shocks: HashMap<AssetClass, f64>,
27
    /// Global volatility multiplier to apply across all instruments
28
    pub volatility_multiplier: f64,
29
    /// Asset class-specific volatility multipliers
30
    pub volatility_multipliers: HashMap<AssetClass, f64>,
31
    /// Correlation adjustments between asset classes
32
    pub correlation_adjustments: HashMap<String, f64>,
33
    /// Liquidity haircuts to apply per asset class
34
    pub liquidity_haircuts: HashMap<AssetClass, f64>,
35
    /// Whether this scenario is active and available for use
36
    pub is_active: bool,
37
}
38
39
/// Asset class definitions for grouping instruments
40
///
41
/// Provides a hierarchical way to apply stress shocks to groups
42
/// of related instruments rather than hardcoding individual symbols.
43
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
44
pub enum AssetClass {
45
    /// Large-cap US equities (S&P 500 companies)
46
    LargeCapEquity,
47
    /// Small-cap US equities
48
    SmallCapEquity,
49
    /// Technology sector equities
50
    Technology,
51
    /// Financial sector equities
52
    Financials,
53
    /// Healthcare sector equities
54
    Healthcare,
55
    /// Energy sector equities
56
    Energy,
57
    /// Consumer discretionary equities
58
    ConsumerDiscretionary,
59
    /// Consumer staples equities
60
    ConsumerStaples,
61
    /// Industrial sector equities
62
    Industrials,
63
    /// Materials sector equities
64
    Materials,
65
    /// Real estate sector equities
66
    RealEstate,
67
    /// Utilities sector equities
68
    Utilities,
69
    /// Communication services sector equities
70
    CommunicationServices,
71
    /// US Treasury bonds
72
    USBonds,
73
    /// Corporate bonds
74
    CorporateBonds,
75
    /// High-yield bonds
76
    HighYieldBonds,
77
    /// International developed market equities
78
    InternationalEquity,
79
    /// Emerging market equities
80
    EmergingMarkets,
81
    /// Commodities
82
    Commodities,
83
    /// Foreign exchange
84
    ForeignExchange,
85
    /// Cryptocurrencies
86
    Crypto,
87
    /// Alternative investments
88
    Alternatives,
89
}
90
91
/// Asset class mapping configuration
92
///
93
/// Maps individual instrument symbols to their asset classes for
94
/// applying class-based stress shocks and risk calculations.
95
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq)]
96
pub struct AssetClassMapping {
97
    /// Symbol to asset class mappings
98
    pub mappings: HashMap<String, AssetClass>,
99
    /// Default asset class for unmapped symbols
100
    pub default_class: AssetClass,
101
}
102
103
/// Complete risk configuration containing all risk-related settings
104
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq)]
105
pub struct RiskConfig {
106
    /// Available stress test scenarios
107
    pub stress_scenarios: Vec<StressScenarioConfig>,
108
    /// Asset class mappings for instruments
109
    pub asset_class_mapping: AssetClassMapping,
110
    /// Default volatility settings
111
    pub default_volatility_multiplier: f64,
112
    /// Maximum allowed portfolio loss percentage
113
    pub max_portfolio_loss_pct: f64,
114
    /// VaR confidence level (e.g., 0.95 for 95% confidence)
115
    pub var_confidence_level: f64,
116
    /// Time horizon for VaR calculations in days
117
    pub var_time_horizon_days: u32,
118
}
119
120
impl Default for RiskConfig {
121
0
    fn default() -> Self {
122
0
        Self {
123
0
            stress_scenarios: create_default_stress_scenarios(),
124
0
            asset_class_mapping: create_default_asset_class_mapping(),
125
0
            default_volatility_multiplier: 1.0,
126
0
            max_portfolio_loss_pct: 20.0,
127
0
            var_confidence_level: 0.95,
128
0
            var_time_horizon_days: 1,
129
0
        }
130
0
    }
131
}
132
133
impl StressScenarioConfig {
134
    /// Get the effective shock for a given instrument symbol
135
    ///
136
    /// Returns the instrument-specific shock if available, otherwise
137
    /// returns the asset class shock based on the symbol's asset class mapping.
138
0
    pub fn get_shock_for_symbol(
139
0
        &self,
140
0
        symbol: &str,
141
0
        asset_mapping: &AssetClassMapping,
142
0
    ) -> Option<f64> {
143
        // First check for instrument-specific shock
144
0
        if let Some(shock) = self.instrument_shocks.get(symbol) {
145
0
            return Some(*shock);
146
0
        }
147
148
        // Then check for asset class shock
149
0
        if let Some(asset_class) = asset_mapping.mappings.get(symbol) {
150
0
            return self.asset_class_shocks.get(asset_class).copied();
151
0
        }
152
153
        // Fall back to default asset class shock
154
0
        self.asset_class_shocks
155
0
            .get(&asset_mapping.default_class)
156
0
            .copied()
157
0
    }
158
159
    /// Get volatility multiplier for a given instrument symbol
160
0
    pub fn get_volatility_multiplier_for_symbol(
161
0
        &self,
162
0
        symbol: &str,
163
0
        asset_mapping: &AssetClassMapping,
164
0
    ) -> f64 {
165
        // Check for asset class-specific volatility multiplier
166
0
        if let Some(asset_class) = asset_mapping.mappings.get(symbol) {
167
0
            if let Some(multiplier) = self.volatility_multipliers.get(asset_class) {
168
0
                return *multiplier;
169
0
            }
170
0
        }
171
172
        // Fall back to default asset class
173
0
        if let Some(multiplier) = self
174
0
            .volatility_multipliers
175
0
            .get(&asset_mapping.default_class)
176
        {
177
0
            return *multiplier;
178
0
        }
179
180
        // Fall back to global multiplier
181
0
        self.volatility_multiplier
182
0
    }
183
}
184
185
/// Create default stress test scenarios based on historical events
186
0
fn create_default_stress_scenarios() -> Vec<StressScenarioConfig> {
187
0
    vec![
188
0
        StressScenarioConfig {
189
0
            id: "market_crash_2008".to_owned(),
190
0
            name: "2008 Financial Crisis".to_owned(),
191
0
            description: "Simulates the market conditions during the 2008 financial crisis with severe equity declines and financial sector stress".to_owned(),
192
0
            instrument_shocks: HashMap::new(),
193
0
            asset_class_shocks: {
194
0
                let mut shocks = HashMap::new();
195
0
                shocks.insert(AssetClass::LargeCapEquity, -37.0);
196
0
                shocks.insert(AssetClass::SmallCapEquity, -45.0);
197
0
                shocks.insert(AssetClass::Financials, -55.0);
198
0
                shocks.insert(AssetClass::Technology, -40.0);
199
0
                shocks.insert(AssetClass::RealEstate, -60.0);
200
0
                shocks.insert(AssetClass::EmergingMarkets, -50.0);
201
0
                shocks.insert(AssetClass::HighYieldBonds, -25.0);
202
0
                shocks
203
0
            },
204
0
            volatility_multiplier: 2.5,
205
0
            volatility_multipliers: HashMap::new(),
206
0
            correlation_adjustments: HashMap::new(),
207
0
            liquidity_haircuts: {
208
0
                let mut haircuts = HashMap::new();
209
0
                haircuts.insert(AssetClass::SmallCapEquity, 0.15);
210
0
                haircuts.insert(AssetClass::EmergingMarkets, 0.20);
211
0
                haircuts.insert(AssetClass::HighYieldBonds, 0.10);
212
0
                haircuts
213
0
            },
214
0
            is_active: true,
215
0
        },
216
0
        StressScenarioConfig {
217
0
            id: "covid_crash_2020".to_owned(),
218
0
            name: "COVID-19 Market Crash".to_owned(),
219
0
            description: "Simulates the market crash of March 2020 due to COVID-19 pandemic with broad-based equity declines".to_owned(),
220
0
            instrument_shocks: HashMap::new(),
221
0
            asset_class_shocks: {
222
0
                let mut shocks = HashMap::new();
223
0
                shocks.insert(AssetClass::LargeCapEquity, -34.0);
224
0
                shocks.insert(AssetClass::SmallCapEquity, -40.0);
225
0
                shocks.insert(AssetClass::Energy, -50.0);
226
0
                shocks.insert(AssetClass::Financials, -45.0);
227
0
                shocks.insert(AssetClass::RealEstate, -35.0);
228
0
                shocks.insert(AssetClass::Technology, -25.0);
229
0
                shocks.insert(AssetClass::EmergingMarkets, -45.0);
230
0
                shocks
231
0
            },
232
0
            volatility_multiplier: 3.0,
233
0
            volatility_multipliers: HashMap::new(),
234
0
            correlation_adjustments: HashMap::new(),
235
0
            liquidity_haircuts: HashMap::new(),
236
0
            is_active: true,
237
0
        },
238
0
        StressScenarioConfig {
239
0
            id: "flash_crash_2010".to_owned(),
240
0
            name: "Flash Crash 2010".to_owned(),
241
0
            description: "Simulates the May 6, 2010 flash crash with rapid market decline and liquidity issues".to_owned(),
242
0
            instrument_shocks: HashMap::new(),
243
0
            asset_class_shocks: {
244
0
                let mut shocks = HashMap::new();
245
0
                shocks.insert(AssetClass::LargeCapEquity, -9.0);
246
0
                shocks.insert(AssetClass::SmallCapEquity, -15.0);
247
0
                shocks.insert(AssetClass::Technology, -12.0);
248
0
                shocks
249
0
            },
250
0
            volatility_multiplier: 5.0,
251
0
            volatility_multipliers: HashMap::new(),
252
0
            correlation_adjustments: HashMap::new(),
253
0
            liquidity_haircuts: {
254
0
                let mut haircuts = HashMap::new();
255
0
                haircuts.insert(AssetClass::LargeCapEquity, 0.05);
256
0
                haircuts.insert(AssetClass::SmallCapEquity, 0.20);
257
0
                haircuts.insert(AssetClass::Technology, 0.10);
258
0
                haircuts
259
0
            },
260
0
            is_active: true,
261
0
        },
262
0
        StressScenarioConfig {
263
0
            id: "volatility_spike".to_owned(),
264
0
            name: "Volatility Spike".to_owned(),
265
0
            description: "Simulates a sudden spike in market volatility without significant price moves".to_owned(),
266
0
            instrument_shocks: HashMap::new(),
267
0
            asset_class_shocks: HashMap::new(),
268
0
            volatility_multiplier: 3.0,
269
0
            volatility_multipliers: {
270
0
                let mut multipliers = HashMap::new();
271
0
                multipliers.insert(AssetClass::SmallCapEquity, 4.0);
272
0
                multipliers.insert(AssetClass::EmergingMarkets, 3.5);
273
0
                multipliers.insert(AssetClass::HighYieldBonds, 2.5);
274
0
                multipliers
275
0
            },
276
0
            correlation_adjustments: HashMap::new(),
277
0
            liquidity_haircuts: HashMap::new(),
278
0
            is_active: true,
279
0
        },
280
0
        StressScenarioConfig {
281
0
            id: "interest_rate_shock".to_owned(),
282
0
            name: "Interest Rate Shock".to_owned(),
283
0
            description: "Simulates a sudden rise in interest rates affecting bonds and rate-sensitive sectors".to_owned(),
284
0
            instrument_shocks: HashMap::new(),
285
0
            asset_class_shocks: {
286
0
                let mut shocks = HashMap::new();
287
0
                shocks.insert(AssetClass::USBonds, -8.0);
288
0
                shocks.insert(AssetClass::CorporateBonds, -12.0);
289
0
                shocks.insert(AssetClass::RealEstate, -15.0);
290
0
                shocks.insert(AssetClass::Utilities, -10.0);
291
0
                shocks.insert(AssetClass::Financials, 5.0); // Banks benefit from higher rates
292
0
                shocks
293
0
            },
294
0
            volatility_multiplier: 1.5,
295
0
            volatility_multipliers: HashMap::new(),
296
0
            correlation_adjustments: HashMap::new(),
297
0
            liquidity_haircuts: HashMap::new(),
298
0
            is_active: true,
299
0
        },
300
    ]
301
0
}
302
303
/// Create default asset class mapping for common symbols
304
0
fn create_default_asset_class_mapping() -> AssetClassMapping {
305
0
    let mut mappings = HashMap::new();
306
307
    // Large Cap Technology
308
0
    mappings.insert("AAPL".to_owned(), AssetClass::Technology);
309
0
    mappings.insert("MSFT".to_owned(), AssetClass::Technology);
310
0
    mappings.insert("GOOGL".to_owned(), AssetClass::Technology);
311
0
    mappings.insert("GOOG".to_owned(), AssetClass::Technology);
312
0
    mappings.insert("AMZN".to_owned(), AssetClass::Technology);
313
0
    mappings.insert("META".to_owned(), AssetClass::Technology);
314
0
    mappings.insert("TSLA".to_owned(), AssetClass::Technology);
315
0
    mappings.insert("NVDA".to_owned(), AssetClass::Technology);
316
317
    // Large Cap Financials
318
0
    mappings.insert("JPM".to_owned(), AssetClass::Financials);
319
0
    mappings.insert("BAC".to_owned(), AssetClass::Financials);
320
0
    mappings.insert("WFC".to_owned(), AssetClass::Financials);
321
0
    mappings.insert("GS".to_owned(), AssetClass::Financials);
322
0
    mappings.insert("MS".to_owned(), AssetClass::Financials);
323
324
    // ETFs
325
0
    mappings.insert("SPY".to_owned(), AssetClass::LargeCapEquity);
326
0
    mappings.insert("QQQ".to_owned(), AssetClass::Technology);
327
0
    mappings.insert("IWM".to_owned(), AssetClass::SmallCapEquity);
328
0
    mappings.insert("VTI".to_owned(), AssetClass::LargeCapEquity);
329
0
    mappings.insert("EEM".to_owned(), AssetClass::EmergingMarkets);
330
0
    mappings.insert("VEA".to_owned(), AssetClass::InternationalEquity);
331
0
    mappings.insert("TLT".to_owned(), AssetClass::USBonds);
332
0
    mappings.insert("HYG".to_owned(), AssetClass::HighYieldBonds);
333
334
    // Healthcare
335
0
    mappings.insert("JNJ".to_owned(), AssetClass::Healthcare);
336
0
    mappings.insert("PFE".to_owned(), AssetClass::Healthcare);
337
0
    mappings.insert("UNH".to_owned(), AssetClass::Healthcare);
338
339
    // Energy
340
0
    mappings.insert("XOM".to_owned(), AssetClass::Energy);
341
0
    mappings.insert("CVX".to_owned(), AssetClass::Energy);
342
343
0
    AssetClassMapping {
344
0
        mappings,
345
0
        default_class: AssetClass::LargeCapEquity,
346
0
    }
347
0
}
348
349
#[cfg(test)]
350
mod tests {
351
    use super::*;
352
353
    #[test]
354
    fn test_stress_scenario_config_creation() {
355
        let config = StressScenarioConfig {
356
            id: "test".to_owned(),
357
            name: "Test Scenario".to_owned(),
358
            description: "Test description".to_owned(),
359
            instrument_shocks: HashMap::new(),
360
            asset_class_shocks: {
361
                let mut shocks = HashMap::new();
362
                shocks.insert(AssetClass::Technology, -10.0);
363
                shocks
364
            },
365
            volatility_multiplier: 2.0,
366
            volatility_multipliers: HashMap::new(),
367
            correlation_adjustments: HashMap::new(),
368
            liquidity_haircuts: HashMap::new(),
369
            is_active: true,
370
        };
371
372
        assert_eq!(config.id, "test");
373
        assert_eq!(config.volatility_multiplier, 2.0);
374
    }
375
376
    #[test]
377
    fn test_asset_class_mapping() {
378
        let mapping = create_default_asset_class_mapping();
379
380
        assert_eq!(mapping.mappings.get("AAPL"), Some(&AssetClass::Technology));
381
        assert_eq!(
382
            mapping.mappings.get("SPY"),
383
            Some(&AssetClass::LargeCapEquity)
384
        );
385
        assert_eq!(mapping.default_class, AssetClass::LargeCapEquity);
386
    }
387
388
    #[test]
389
    fn test_get_shock_for_symbol() {
390
        let config = StressScenarioConfig {
391
            id: "test".to_owned(),
392
            name: "Test".to_owned(),
393
            description: "Test".to_owned(),
394
            instrument_shocks: {
395
                let mut shocks = HashMap::new();
396
                shocks.insert("AAPL".to_owned(), -15.0);
397
                shocks
398
            },
399
            asset_class_shocks: {
400
                let mut shocks = HashMap::new();
401
                shocks.insert(AssetClass::Technology, -10.0);
402
                shocks.insert(AssetClass::LargeCapEquity, -5.0);
403
                shocks
404
            },
405
            volatility_multiplier: 1.0,
406
            volatility_multipliers: HashMap::new(),
407
            correlation_adjustments: HashMap::new(),
408
            liquidity_haircuts: HashMap::new(),
409
            is_active: true,
410
        };
411
412
        let mapping = create_default_asset_class_mapping();
413
414
        // Should get instrument-specific shock
415
        assert_eq!(config.get_shock_for_symbol("AAPL", &mapping), Some(-15.0));
416
417
        // Should get asset class shock for GOOGL (Technology)
418
        assert_eq!(config.get_shock_for_symbol("GOOGL", &mapping), Some(-10.0));
419
420
        // Should get default class shock for unknown symbol
421
        assert_eq!(config.get_shock_for_symbol("UNKNOWN", &mapping), Some(-5.0));
422
    }
423
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/runtime.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/runtime.rs.html
deleted file mode 100644
index 9effa0baf..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/runtime.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/runtime.rs
Line
Count
Source
1
//! Runtime configuration layer for environment-aware defaults.
2
//!
3
//! This module provides Tier 2 runtime configuration that complements the
4
//! compile-time constants in `common::thresholds`. Values here can be overridden
5
//! via environment variables to support different deployment environments
6
//! (development, staging, production) without recompilation.
7
//!
8
//! # Architecture
9
//!
10
//! - Tier 1 (Compile-time): `common::thresholds` - Performance-critical constants
11
//! - Tier 2 (Runtime): This module - Environment-aware operational parameters
12
//! - Tier 3 (Database): Hot-reload via PostgreSQL NOTIFY/LISTEN
13
//!
14
//! # Environment Variables
15
//!
16
//! ## Database Configuration
17
//! - `DATABASE_QUERY_TIMEOUT_MS` - Query timeout in milliseconds (default: environment-aware)
18
//! - `DATABASE_CONNECTION_TIMEOUT_MS` - Connection timeout in milliseconds
19
//! - `DATABASE_POOL_SIZE` - Connection pool size
20
//! - `DATABASE_MAX_POOL_SIZE` - Maximum pool size
21
//! - `DATABASE_ACQUIRE_TIMEOUT_MS` - Pool acquire timeout in milliseconds
22
//!
23
//! ## Cache Configuration
24
//! - `CACHE_POSITION_TTL_SECS` - Position cache TTL in seconds
25
//! - `CACHE_VAR_TTL_SECS` - VaR calculation cache TTL in seconds
26
//! - `CACHE_COMPLIANCE_TTL_SECS` - Compliance check cache TTL in seconds
27
//! - `CACHE_MARKET_DATA_TTL_SECS` - Market data cache TTL in seconds
28
//! - `CACHE_MODEL_PREDICTION_TTL_SECS` - Model prediction cache TTL in seconds
29
//!
30
//! ## Network Configuration
31
//! - `NETWORK_GRPC_CONNECT_TIMEOUT_SECS` - gRPC connect timeout in seconds
32
//! - `NETWORK_GRPC_REQUEST_TIMEOUT_SECS` - gRPC request timeout in seconds
33
//! - `NETWORK_KEEP_ALIVE_INTERVAL_SECS` - Keep-alive interval in seconds
34
//! - `NETWORK_KEEP_ALIVE_TIMEOUT_SECS` - Keep-alive timeout in seconds
35
//! - `NETWORK_MAX_CONCURRENT_CONNECTIONS` - Maximum concurrent connections
36
//!
37
//! ## Retry Configuration
38
//! - `RETRY_INITIAL_DELAY_MS` - Initial retry delay in milliseconds
39
//! - `RETRY_MAX_DELAY_SECS` - Maximum retry delay in seconds
40
//! - `RETRY_MAX_ATTEMPTS` - Maximum retry attempts
41
//! - `RETRY_BACKOFF_MULTIPLIER` - Backoff multiplier for exponential backoff
42
//!
43
//! ## Safety Configuration
44
//! - `SAFETY_CHECK_TIMEOUT_MS` - Safety check timeout in milliseconds
45
//! - `SAFETY_AUTO_RECOVERY_DELAY_SECS` - Auto-recovery delay in seconds
46
//! - `SAFETY_LOSS_CHECK_INTERVAL_SECS` - Loss check interval in seconds
47
//! - `SAFETY_POSITION_CHECK_INTERVAL_SECS` - Position check interval in seconds
48
//!
49
//! ## ML Configuration
50
//! - `ML_MAX_BATCH_SIZE` - Maximum batch size for ML inference
51
//! - `ML_INFERENCE_TIMEOUT_MS` - ML inference timeout in milliseconds
52
//! - `ML_MODEL_CACHE_CLEANUP_INTERVAL_SECS` - Model cache cleanup interval
53
//! - `ML_DRIFT_CHECK_INTERVAL_SECS` - Drift detection check interval
54
//!
55
//! ## Risk Configuration
56
//! - `RISK_VAR_LOOKBACK_DAYS` - VaR lookback period in trading days
57
//! - `RISK_VAR_CONFIDENCE` - VaR confidence level (0.0-1.0)
58
//! - `RISK_MAX_DRAWDOWN_WARNING_PCT` - Max drawdown warning threshold
59
//!
60
//! # Example
61
//!
62
//! ```rust,no_run
63
//! use config::runtime::{RuntimeConfig, Environment};
64
//!
65
//! # fn main() -> Result<(), Box<dyn std::error::Error>> {
66
//! // Auto-detect environment and load from env vars
67
//! let config = RuntimeConfig::from_env()?;
68
//!
69
//! // Or specify environment explicitly
70
//! let prod_config = RuntimeConfig::from_env_with_environment(Environment::Production)?;
71
//!
72
//! // Or use defaults for specific environment
73
//! let dev_config = RuntimeConfig::with_defaults(Environment::Development);
74
//!
75
//! println!("Database query timeout: {:?}", config.database.query_timeout);
76
//! println!("Position cache TTL: {:?}", config.cache.position_ttl);
77
//! # Ok(())
78
//! # }
79
//! ```
80
81
use crate::error::{ConfigError, ConfigResult};
82
use serde::{Deserialize, Serialize};
83
use std::time::Duration;
84
85
/// Deployment environment enumeration.
86
///
87
/// Determines default values for runtime configuration parameters.
88
///
89
/// Different environments have different performance vs safety trade-offs.
90
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
91
pub enum Environment {
92
    /// Development environment - Relaxed timeouts, verbose logging
93
    Development,
94
    /// Staging environment - Production-like settings with some debug features
95
    Staging,
96
    /// Production environment - Optimized for performance and reliability
97
    Production,
98
}
99
100
impl Environment {
101
    /// Detects the environment from the ENVIRONMENT environment variable.
102
    ///
103
    /// Falls back to Development if not set or invalid.
104
0
    pub fn detect() -> Self {
105
0
        match std::env::var("ENVIRONMENT")
106
0
            .unwrap_or_else(|_| "development".to_owned())
107
0
            .to_lowercase()
108
0
            .as_str()
109
        {
110
0
            "production" | "prod" => Environment::Production,
111
0
            "staging" | "stage" => Environment::Staging,
112
0
            _ => Environment::Development,
113
        }
114
0
    }
115
116
    /// Returns true if this is a production environment.
117
0
    pub const fn is_production(&self) -> bool {
118
0
        matches!(self, Environment::Production)
119
0
    }
120
121
    /// Returns true if this is a development environment.
122
0
    pub const fn is_development(&self) -> bool {
123
0
        matches!(self, Environment::Development)
124
0
    }
125
}
126
127
/// Database runtime configuration.
128
///
129
/// Controls database connection pooling, timeouts, and query execution limits.
130
#[derive(Debug, Clone, Serialize, Deserialize)]
131
pub struct DatabaseRuntimeConfig {
132
    /// Query timeout for standard operations
133
    pub query_timeout: Duration,
134
    /// Connection establishment timeout
135
    pub connection_timeout: Duration,
136
    /// Pool acquire timeout
137
    pub acquire_timeout: Duration,
138
    /// Default pool size
139
    pub pool_size: u32,
140
    /// Maximum pool size
141
    pub max_pool_size: u32,
142
    /// Connection lifetime
143
    pub connection_lifetime: Duration,
144
    /// Idle timeout
145
    pub idle_timeout: Duration,
146
}
147
148
impl DatabaseRuntimeConfig {
149
    /// Creates configuration with environment-aware defaults.
150
0
    pub const fn with_defaults(env: Environment) -> Self {
151
0
        match env {
152
0
            Environment::Development => Self {
153
0
                query_timeout: Duration::from_millis(5000), // More relaxed for debugging
154
0
                connection_timeout: Duration::from_millis(500),
155
0
                acquire_timeout: Duration::from_millis(200),
156
0
                pool_size: 10,
157
0
                max_pool_size: 50,
158
0
                connection_lifetime: Duration::from_secs(1800), // 30 minutes
159
0
                idle_timeout: Duration::from_secs(600), // 10 minutes
160
0
            },
161
0
            Environment::Staging => Self {
162
0
                query_timeout: Duration::from_millis(2000),
163
0
                connection_timeout: Duration::from_millis(200),
164
0
                acquire_timeout: Duration::from_millis(100),
165
0
                pool_size: 15,
166
0
                max_pool_size: 75,
167
0
                connection_lifetime: Duration::from_secs(3600), // 1 hour
168
0
                idle_timeout: Duration::from_secs(300), // 5 minutes
169
0
            },
170
0
            Environment::Production => Self {
171
0
                query_timeout: Duration::from_millis(1000), // Tight timeout for HFT
172
0
                connection_timeout: Duration::from_millis(100),
173
0
                acquire_timeout: Duration::from_millis(50),
174
0
                pool_size: 20,
175
0
                max_pool_size: 100,
176
0
                connection_lifetime: Duration::from_secs(3600), // 1 hour
177
0
                idle_timeout: Duration::from_secs(300), // 5 minutes
178
0
            },
179
        }
180
0
    }
181
182
    /// Loads from environment variables with fallback to defaults.
183
    ///
184
    /// # Errors
185
    /// Returns error if the operation fails
186
0
    pub fn from_env(env: Environment) -> ConfigResult<Self> {
187
0
        let defaults = Self::with_defaults(env);
188
189
        Ok(Self {
190
0
            query_timeout: parse_env_duration_ms("DATABASE_QUERY_TIMEOUT_MS", defaults.query_timeout)?,
191
0
            connection_timeout: parse_env_duration_ms("DATABASE_CONNECTION_TIMEOUT_MS", defaults.connection_timeout)?,
192
0
            acquire_timeout: parse_env_duration_ms("DATABASE_ACQUIRE_TIMEOUT_MS", defaults.acquire_timeout)?,
193
0
            pool_size: parse_env_u32("DATABASE_POOL_SIZE", defaults.pool_size)?,
194
0
            max_pool_size: parse_env_u32("DATABASE_MAX_POOL_SIZE", defaults.max_pool_size)?,
195
0
            connection_lifetime: parse_env_duration_secs("DATABASE_CONNECTION_LIFETIME_SECS", defaults.connection_lifetime)?,
196
0
            idle_timeout: parse_env_duration_secs("DATABASE_IDLE_TIMEOUT_SECS", defaults.idle_timeout)?,
197
        })
198
0
    }
199
200
    /// Validates the configuration.
201
    ///
202
    /// # Errors
203
    /// Returns error if the operation fails
204
0
    pub fn validate(&self) -> ConfigResult<()> {
205
0
        if self.query_timeout.as_millis() == 0 {
206
0
            return Err(ConfigError::Invalid("Query timeout must be positive".into()));
207
0
        }
208
0
        if self.pool_size == 0 {
209
0
            return Err(ConfigError::Invalid("Pool size must be positive".into()));
210
0
        }
211
0
        if self.pool_size > self.max_pool_size {
212
0
            return Err(ConfigError::Invalid("Pool size cannot exceed max pool size".into()));
213
0
        }
214
0
        Ok(())
215
0
    }
216
}
217
218
/// Cache TTL runtime configuration.
219
///
220
/// Controls time-to-live values for various cache types.
221
#[derive(Debug, Clone, Serialize, Deserialize)]
222
pub struct CacheRuntimeConfig {
223
    /// Position cache TTL
224
    pub position_ttl: Duration,
225
    /// VaR calculation cache TTL
226
    pub var_ttl: Duration,
227
    /// Compliance check cache TTL
228
    pub compliance_ttl: Duration,
229
    /// Market data cache TTL
230
    pub market_data_ttl: Duration,
231
    /// Model prediction cache TTL
232
    pub model_prediction_ttl: Duration,
233
}
234
235
impl CacheRuntimeConfig {
236
    /// Creates configuration with environment-aware defaults.
237
0
    pub const fn with_defaults(env: Environment) -> Self {
238
0
        match env {
239
0
            Environment::Development => Self {
240
0
                position_ttl: Duration::from_secs(120), // Longer TTL for debugging
241
0
                var_ttl: Duration::from_secs(7200), // 2 hours
242
0
                compliance_ttl: Duration::from_secs(172800), // 48 hours
243
0
                market_data_ttl: Duration::from_secs(600), // 10 minutes
244
0
                model_prediction_ttl: Duration::from_secs(120), // 2 minutes
245
0
            },
246
0
            Environment::Staging => Self {
247
0
                position_ttl: Duration::from_secs(90),
248
0
                var_ttl: Duration::from_secs(5400), // 1.5 hours
249
0
                compliance_ttl: Duration::from_secs(129600), // 36 hours
250
0
                market_data_ttl: Duration::from_secs(450), // 7.5 minutes
251
0
                model_prediction_ttl: Duration::from_secs(90),
252
0
            },
253
0
            Environment::Production => Self {
254
0
                position_ttl: Duration::from_secs(60), // 1 minute for HFT
255
0
                var_ttl: Duration::from_secs(3600), // 1 hour
256
0
                compliance_ttl: Duration::from_secs(86400), // 24 hours
257
0
                market_data_ttl: Duration::from_secs(300), // 5 minutes
258
0
                model_prediction_ttl: Duration::from_secs(60), // 1 minute
259
0
            },
260
        }
261
0
    }
262
263
    /// Loads from environment variables with fallback to defaults.
264
    ///
265
    /// # Errors
266
    /// Returns error if the operation fails
267
0
    pub fn from_env(env: Environment) -> ConfigResult<Self> {
268
0
        let defaults = Self::with_defaults(env);
269
270
        Ok(Self {
271
0
            position_ttl: parse_env_duration_secs("CACHE_POSITION_TTL_SECS", defaults.position_ttl)?,
272
0
            var_ttl: parse_env_duration_secs("CACHE_VAR_TTL_SECS", defaults.var_ttl)?,
273
0
            compliance_ttl: parse_env_duration_secs("CACHE_COMPLIANCE_TTL_SECS", defaults.compliance_ttl)?,
274
0
            market_data_ttl: parse_env_duration_secs("CACHE_MARKET_DATA_TTL_SECS", defaults.market_data_ttl)?,
275
0
            model_prediction_ttl: parse_env_duration_secs("CACHE_MODEL_PREDICTION_TTL_SECS", defaults.model_prediction_ttl)?,
276
        })
277
0
    }
278
279
    /// Validates the configuration.
280
    ///
281
    /// # Errors
282
    /// Returns error if the operation fails
283
0
    pub fn validate(&self) -> ConfigResult<()> {
284
0
        if self.position_ttl.as_secs() == 0 {
285
0
            return Err(ConfigError::Invalid("Position TTL must be positive".into()));
286
0
        }
287
0
        if self.var_ttl.as_secs() == 0 {
288
0
            return Err(ConfigError::Invalid("VaR TTL must be positive".into()));
289
0
        }
290
0
        Ok(())
291
0
    }
292
}
293
294
/// Network timeout runtime configuration.
295
///
296
/// Controls gRPC and network-related timeouts.
297
#[derive(Debug, Clone, Serialize, Deserialize)]
298
pub struct TimeoutConfig {
299
    /// gRPC connect timeout
300
    pub grpc_connect_timeout: Duration,
301
    /// gRPC request timeout
302
    pub grpc_request_timeout: Duration,
303
    /// Keep-alive interval
304
    pub keep_alive_interval: Duration,
305
    /// Keep-alive timeout
306
    pub keep_alive_timeout: Duration,
307
    /// Maximum concurrent connections
308
    pub max_concurrent_connections: u32,
309
}
310
311
impl TimeoutConfig {
312
    /// Creates configuration with environment-aware defaults.
313
0
    pub const fn with_defaults(env: Environment) -> Self {
314
0
        match env {
315
0
            Environment::Development => Self {
316
0
                grpc_connect_timeout: Duration::from_secs(10),
317
0
                grpc_request_timeout: Duration::from_secs(30),
318
0
                keep_alive_interval: Duration::from_secs(60),
319
0
                keep_alive_timeout: Duration::from_secs(10),
320
0
                max_concurrent_connections: 50,
321
0
            },
322
0
            Environment::Staging => Self {
323
0
                grpc_connect_timeout: Duration::from_secs(7),
324
0
                grpc_request_timeout: Duration::from_secs(20),
325
0
                keep_alive_interval: Duration::from_secs(45),
326
0
                keep_alive_timeout: Duration::from_secs(7),
327
0
                max_concurrent_connections: 75,
328
0
            },
329
0
            Environment::Production => Self {
330
0
                grpc_connect_timeout: Duration::from_secs(5),
331
0
                grpc_request_timeout: Duration::from_secs(10),
332
0
                keep_alive_interval: Duration::from_secs(30),
333
0
                keep_alive_timeout: Duration::from_secs(5),
334
0
                max_concurrent_connections: 100,
335
0
            },
336
        }
337
0
    }
338
339
    /// Loads from environment variables with fallback to defaults.
340
    ///
341
    /// # Errors
342
    /// Returns error if the operation fails
343
0
    pub fn from_env(env: Environment) -> ConfigResult<Self> {
344
0
        let defaults = Self::with_defaults(env);
345
346
        Ok(Self {
347
0
            grpc_connect_timeout: parse_env_duration_secs("NETWORK_GRPC_CONNECT_TIMEOUT_SECS", defaults.grpc_connect_timeout)?,
348
0
            grpc_request_timeout: parse_env_duration_secs("NETWORK_GRPC_REQUEST_TIMEOUT_SECS", defaults.grpc_request_timeout)?,
349
0
            keep_alive_interval: parse_env_duration_secs("NETWORK_KEEP_ALIVE_INTERVAL_SECS", defaults.keep_alive_interval)?,
350
0
            keep_alive_timeout: parse_env_duration_secs("NETWORK_KEEP_ALIVE_TIMEOUT_SECS", defaults.keep_alive_timeout)?,
351
0
            max_concurrent_connections: parse_env_u32("NETWORK_MAX_CONCURRENT_CONNECTIONS", defaults.max_concurrent_connections)?,
352
        })
353
0
    }
354
355
    /// Validates the configuration.
356
    ///
357
    /// # Errors
358
    /// Returns error if the operation fails
359
0
    pub fn validate(&self) -> ConfigResult<()> {
360
0
        if self.grpc_connect_timeout.as_secs() == 0 {
361
0
            return Err(ConfigError::Invalid("gRPC connect timeout must be positive".into()));
362
0
        }
363
0
        if self.max_concurrent_connections == 0 {
364
0
            return Err(ConfigError::Invalid("Max concurrent connections must be positive".into()));
365
0
        }
366
0
        Ok(())
367
0
    }
368
}
369
370
/// Operational limits runtime configuration.
371
///
372
/// Controls retry behavior, safety checks, ML parameters, and risk calculations.
373
#[derive(Debug, Clone, Serialize, Deserialize)]
374
pub struct LimitsConfig {
375
    // Retry configuration
376
    /// Initial retry delay
377
    pub retry_initial_delay: Duration,
378
    /// Maximum retry delay
379
    pub retry_max_delay: Duration,
380
    /// Maximum retry attempts
381
    pub retry_max_attempts: u32,
382
    /// Backoff multiplier
383
    pub retry_backoff_multiplier: f32,
384
385
    // Safety configuration
386
    /// Safety check timeout
387
    pub safety_check_timeout: Duration,
388
    /// Auto-recovery delay
389
    pub safety_auto_recovery_delay: Duration,
390
    /// Loss check interval
391
    pub safety_loss_check_interval: Duration,
392
    /// Position check interval
393
    pub safety_position_check_interval: Duration,
394
395
    // ML configuration
396
    /// Maximum batch size for ML inference
397
    pub ml_max_batch_size: usize,
398
    /// ML inference timeout
399
    pub ml_inference_timeout: Duration,
400
    /// Model cache cleanup interval
401
    pub ml_cache_cleanup_interval: Duration,
402
    /// Drift detection check interval
403
    pub ml_drift_check_interval: Duration,
404
405
    // Risk configuration
406
    /// VaR lookback period in trading days
407
    pub risk_var_lookback_days: usize,
408
    /// VaR confidence level
409
    pub risk_var_confidence: f64,
410
    /// Max drawdown warning threshold (percentage)
411
    pub risk_max_drawdown_warning_pct: u8,
412
}
413
414
impl LimitsConfig {
415
    /// Creates configuration with environment-aware defaults.
416
0
    pub const fn with_defaults(env: Environment) -> Self {
417
0
        match env {
418
0
            Environment::Development => Self {
419
0
                // Retry
420
0
                retry_initial_delay: Duration::from_millis(200),
421
0
                retry_max_delay: Duration::from_secs(60),
422
0
                retry_max_attempts: 5,
423
0
                retry_backoff_multiplier: 2.0,
424
0
425
0
                // Safety
426
0
                safety_check_timeout: Duration::from_millis(50),
427
0
                safety_auto_recovery_delay: Duration::from_secs(60),
428
0
                safety_loss_check_interval: Duration::from_secs(30),
429
0
                safety_position_check_interval: Duration::from_secs(15),
430
0
431
0
                // ML
432
0
                ml_max_batch_size: 1024,
433
0
                ml_inference_timeout: Duration::from_millis(200),
434
0
                ml_cache_cleanup_interval: Duration::from_secs(7200), // 2 hours
435
0
                ml_drift_check_interval: Duration::from_secs(600), // 10 minutes
436
0
437
0
                // Risk
438
0
                risk_var_lookback_days: 252,
439
0
                risk_var_confidence: 0.95,
440
0
                risk_max_drawdown_warning_pct: 20,
441
0
            },
442
0
            Environment::Staging => Self {
443
0
                // Retry
444
0
                retry_initial_delay: Duration::from_millis(150),
445
0
                retry_max_delay: Duration::from_secs(45),
446
0
                retry_max_attempts: 4,
447
0
                retry_backoff_multiplier: 1.75,
448
0
449
0
                // Safety
450
0
                safety_check_timeout: Duration::from_millis(25),
451
0
                safety_auto_recovery_delay: Duration::from_secs(900), // 15 minutes
452
0
                safety_loss_check_interval: Duration::from_secs(15),
453
0
                safety_position_check_interval: Duration::from_secs(7),
454
0
455
0
                // ML
456
0
                ml_max_batch_size: 4096,
457
0
                ml_inference_timeout: Duration::from_millis(150),
458
0
                ml_cache_cleanup_interval: Duration::from_secs(5400), // 1.5 hours
459
0
                ml_drift_check_interval: Duration::from_secs(450), // 7.5 minutes
460
0
461
0
                // Risk
462
0
                risk_var_lookback_days: 252,
463
0
                risk_var_confidence: 0.95,
464
0
                risk_max_drawdown_warning_pct: 17,
465
0
            },
466
0
            Environment::Production => Self {
467
0
                // Retry
468
0
                retry_initial_delay: Duration::from_millis(100),
469
0
                retry_max_delay: Duration::from_secs(30),
470
0
                retry_max_attempts: 3,
471
0
                retry_backoff_multiplier: 1.5,
472
0
473
0
                // Safety
474
0
                safety_check_timeout: Duration::from_millis(5),
475
0
                safety_auto_recovery_delay: Duration::from_secs(1800), // 30 minutes
476
0
                safety_loss_check_interval: Duration::from_secs(5),
477
0
                safety_position_check_interval: Duration::from_secs(2),
478
0
479
0
                // ML
480
0
                ml_max_batch_size: 8192,
481
0
                ml_inference_timeout: Duration::from_millis(100),
482
0
                ml_cache_cleanup_interval: Duration::from_secs(3600), // 1 hour
483
0
                ml_drift_check_interval: Duration::from_secs(300), // 5 minutes
484
0
485
0
                // Risk
486
0
                risk_var_lookback_days: 252,
487
0
                risk_var_confidence: 0.95,
488
0
                risk_max_drawdown_warning_pct: 15,
489
0
            },
490
        }
491
0
    }
492
493
    /// Loads from environment variables with fallback to defaults.
494
    ///
495
    /// # Errors
496
    /// Returns error if the operation fails
497
0
    pub fn from_env(env: Environment) -> ConfigResult<Self> {
498
0
        let defaults = Self::with_defaults(env);
499
500
        Ok(Self {
501
            // Retry
502
0
            retry_initial_delay: parse_env_duration_ms("RETRY_INITIAL_DELAY_MS", defaults.retry_initial_delay)?,
503
0
            retry_max_delay: parse_env_duration_secs("RETRY_MAX_DELAY_SECS", defaults.retry_max_delay)?,
504
0
            retry_max_attempts: parse_env_u32("RETRY_MAX_ATTEMPTS", defaults.retry_max_attempts)?,
505
0
            retry_backoff_multiplier: parse_env_f32("RETRY_BACKOFF_MULTIPLIER", defaults.retry_backoff_multiplier)?,
506
507
            // Safety
508
0
            safety_check_timeout: parse_env_duration_ms("SAFETY_CHECK_TIMEOUT_MS", defaults.safety_check_timeout)?,
509
0
            safety_auto_recovery_delay: parse_env_duration_secs("SAFETY_AUTO_RECOVERY_DELAY_SECS", defaults.safety_auto_recovery_delay)?,
510
0
            safety_loss_check_interval: parse_env_duration_secs("SAFETY_LOSS_CHECK_INTERVAL_SECS", defaults.safety_loss_check_interval)?,
511
0
            safety_position_check_interval: parse_env_duration_secs("SAFETY_POSITION_CHECK_INTERVAL_SECS", defaults.safety_position_check_interval)?,
512
513
            // ML
514
0
            ml_max_batch_size: parse_env_usize("ML_MAX_BATCH_SIZE", defaults.ml_max_batch_size)?,
515
0
            ml_inference_timeout: parse_env_duration_ms("ML_INFERENCE_TIMEOUT_MS", defaults.ml_inference_timeout)?,
516
0
            ml_cache_cleanup_interval: parse_env_duration_secs("ML_MODEL_CACHE_CLEANUP_INTERVAL_SECS", defaults.ml_cache_cleanup_interval)?,
517
0
            ml_drift_check_interval: parse_env_duration_secs("ML_DRIFT_CHECK_INTERVAL_SECS", defaults.ml_drift_check_interval)?,
518
519
            // Risk
520
0
            risk_var_lookback_days: parse_env_usize("RISK_VAR_LOOKBACK_DAYS", defaults.risk_var_lookback_days)?,
521
0
            risk_var_confidence: parse_env_f64("RISK_VAR_CONFIDENCE", defaults.risk_var_confidence)?,
522
0
            risk_max_drawdown_warning_pct: parse_env_u8("RISK_MAX_DRAWDOWN_WARNING_PCT", defaults.risk_max_drawdown_warning_pct)?,
523
        })
524
0
    }
525
526
    /// Validates the configuration.
527
    ///
528
    /// # Errors
529
    /// Returns error if the operation fails
530
0
    pub fn validate(&self) -> ConfigResult<()> {
531
0
        if self.retry_max_attempts == 0 {
532
0
            return Err(ConfigError::Invalid("Retry max attempts must be positive".into()));
533
0
        }
534
0
        if self.retry_backoff_multiplier <= 1.0 {
535
0
            return Err(ConfigError::Invalid("Backoff multiplier must be > 1.0".into()));
536
0
        }
537
0
        if self.ml_max_batch_size == 0 {
538
0
            return Err(ConfigError::Invalid("ML max batch size must be positive".into()));
539
0
        }
540
0
        if self.risk_var_confidence < 0.0_f64 || self.risk_var_confidence > 1.0_f64 {
541
0
            return Err(ConfigError::Invalid("VaR confidence must be between 0.0 and 1.0".into()));
542
0
        }
543
0
        if self.risk_var_lookback_days == 0 {
544
0
            return Err(ConfigError::Invalid("VaR lookback days must be positive".into()));
545
0
        }
546
0
        Ok(())
547
0
    }
548
}
549
550
/// Complete runtime configuration for the Foxhunt trading system.
551
///
552
/// Aggregates all runtime configuration categories with environment-aware defaults
553
/// and environment variable overrides.
554
#[derive(Debug, Clone, Serialize, Deserialize)]
555
#[allow(clippy::module_name_repetitions)]
556
pub struct RuntimeConfig {
557
    /// Detected or specified environment
558
    pub environment: Environment,
559
    /// Database configuration
560
    pub database: DatabaseRuntimeConfig,
561
    /// Cache configuration
562
    pub cache: CacheRuntimeConfig,
563
    /// Timeout configuration
564
    pub timeouts: TimeoutConfig,
565
    /// Limits and operational parameters
566
    pub limits: LimitsConfig,
567
}
568
569
impl RuntimeConfig {
570
    /// Creates runtime configuration by auto-detecting environment and loading from env vars.
571
    ///
572
    /// # Errors
573
    ///
574
    /// Returns ConfigError if environment variables contain invalid values or
575
    /// if validation fails.
576
0
    pub fn from_env() -> ConfigResult<Self> {
577
0
        let environment = Environment::detect();
578
0
        Self::from_env_with_environment(environment)
579
0
    }
580
581
    /// Creates runtime configuration with specified environment and loads from env vars.
582
    ///
583
    /// # Arguments
584
    ///
585
    /// * `environment` - The deployment environment to use for defaults
586
    ///
587
    /// # Errors
588
    ///
589
    /// Returns ConfigError if environment variables contain invalid values or
590
    /// if validation fails.
591
0
    pub fn from_env_with_environment(environment: Environment) -> ConfigResult<Self> {
592
0
        let config = Self {
593
0
            environment,
594
0
            database: DatabaseRuntimeConfig::from_env(environment)?,
595
0
            cache: CacheRuntimeConfig::from_env(environment)?,
596
0
            timeouts: TimeoutConfig::from_env(environment)?,
597
0
            limits: LimitsConfig::from_env(environment)?,
598
        };
599
600
0
        config.validate()?;
601
0
        Ok(config)
602
0
    }
603
604
    /// Creates runtime configuration with environment-specific defaults.
605
    ///
606
    /// Does not read from environment variables. Useful for testing or
607
    /// when you want pure default values.
608
    ///
609
    /// # Arguments
610
    ///
611
    /// * `environment` - The deployment environment to use for defaults
612
0
    pub const fn with_defaults(environment: Environment) -> Self {
613
0
        Self {
614
0
            environment,
615
0
            database: DatabaseRuntimeConfig::with_defaults(environment),
616
0
            cache: CacheRuntimeConfig::with_defaults(environment),
617
0
            timeouts: TimeoutConfig::with_defaults(environment),
618
0
            limits: LimitsConfig::with_defaults(environment),
619
0
        }
620
0
    }
621
622
    /// Validates the entire runtime configuration.
623
    ///
624
    /// # Errors
625
    ///
626
    /// Returns ConfigError if any configuration values are invalid.
627
0
    pub fn validate(&self) -> ConfigResult<()> {
628
0
        self.database.validate()?;
629
0
        self.cache.validate()?;
630
0
        self.timeouts.validate()?;
631
0
        self.limits.validate()?;
632
0
        Ok(())
633
0
    }
634
}
635
636
// Helper functions for parsing environment variables
637
638
0
fn parse_env_duration_ms(key: &str, default: Duration) -> ConfigResult<Duration> {
639
0
    match std::env::var(key) {
640
0
        Ok(val) => {
641
0
            let ms = val.parse::<u64>()
642
0
                .map_err(|e| ConfigError::Invalid(format!("Invalid duration for {}: {}", key, e)))?;
643
0
            Ok(Duration::from_millis(ms))
644
        }
645
0
        Err(_) => Ok(default),
646
    }
647
0
}
648
649
0
fn parse_env_duration_secs(key: &str, default: Duration) -> ConfigResult<Duration> {
650
0
    match std::env::var(key) {
651
0
        Ok(val) => {
652
0
            let secs = val.parse::<u64>()
653
0
                .map_err(|e| ConfigError::Invalid(format!("Invalid duration for {}: {}", key, e)))?;
654
0
            Ok(Duration::from_secs(secs))
655
        }
656
0
        Err(_) => Ok(default),
657
    }
658
0
}
659
660
0
fn parse_env_u32(key: &str, default: u32) -> ConfigResult<u32> {
661
0
    match std::env::var(key) {
662
0
        Ok(val) => val.parse::<u32>()
663
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid u32 for {}: {}", key, e))),
664
0
        Err(_) => Ok(default),
665
    }
666
0
}
667
668
0
fn parse_env_u8(key: &str, default: u8) -> ConfigResult<u8> {
669
0
    match std::env::var(key) {
670
0
        Ok(val) => val.parse::<u8>()
671
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid u8 for {}: {}", key, e))),
672
0
        Err(_) => Ok(default),
673
    }
674
0
}
675
676
0
fn parse_env_usize(key: &str, default: usize) -> ConfigResult<usize> {
677
0
    match std::env::var(key) {
678
0
        Ok(val) => val.parse::<usize>()
679
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid usize for {}: {}", key, e))),
680
0
        Err(_) => Ok(default),
681
    }
682
0
}
683
684
0
fn parse_env_f32(key: &str, default: f32) -> ConfigResult<f32> {
685
0
    match std::env::var(key) {
686
0
        Ok(val) => val.parse::<f32>()
687
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid f32 for {}: {}", key, e))),
688
0
        Err(_) => Ok(default),
689
    }
690
0
}
691
692
0
fn parse_env_f64(key: &str, default: f64) -> ConfigResult<f64> {
693
0
    match std::env::var(key) {
694
0
        Ok(val) => val.parse::<f64>()
695
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid f64 for {}: {}", key, e))),
696
0
        Err(_) => Ok(default),
697
    }
698
0
}
699
700
#[cfg(test)]
701
mod tests {
702
    use super::*;
703
704
    #[test]
705
    fn test_environment_detection() {
706
        // Should default to Development
707
        let env = Environment::detect();
708
        assert!(matches!(env, Environment::Development | Environment::Production | Environment::Staging));
709
    }
710
711
    #[test]
712
    fn test_environment_is_production() {
713
        assert!(Environment::Production.is_production());
714
        assert!(!Environment::Development.is_production());
715
        assert!(!Environment::Staging.is_production());
716
    }
717
718
    #[test]
719
    fn test_environment_is_development() {
720
        assert!(Environment::Development.is_development());
721
        assert!(!Environment::Production.is_development());
722
        assert!(!Environment::Staging.is_development());
723
    }
724
725
    #[test]
726
    fn test_runtime_config_with_defaults() {
727
        let config = RuntimeConfig::with_defaults(Environment::Production);
728
        assert_eq!(config.environment, Environment::Production);
729
        assert!(config.database.query_timeout.as_millis() > 0);
730
        assert!(config.cache.position_ttl.as_secs() > 0);
731
    }
732
733
    #[test]
734
    fn test_runtime_config_validation() {
735
        let config = RuntimeConfig::with_defaults(Environment::Development);
736
        assert!(config.validate().is_ok());
737
    }
738
739
    #[test]
740
    fn test_database_config_defaults() {
741
        let dev_config = DatabaseRuntimeConfig::with_defaults(Environment::Development);
742
        let prod_config = DatabaseRuntimeConfig::with_defaults(Environment::Production);
743
744
        // Production should have tighter timeouts
745
        assert!(prod_config.query_timeout < dev_config.query_timeout);
746
        assert!(prod_config.connection_timeout < dev_config.connection_timeout);
747
    }
748
749
    #[test]
750
    fn test_cache_config_defaults() {
751
        let dev_config = CacheRuntimeConfig::with_defaults(Environment::Development);
752
        let prod_config = CacheRuntimeConfig::with_defaults(Environment::Production);
753
754
        // Production should have shorter TTLs for HFT
755
        assert!(prod_config.position_ttl < dev_config.position_ttl);
756
        assert!(prod_config.var_ttl < dev_config.var_ttl);
757
    }
758
759
    #[test]
760
    fn test_timeout_config_defaults() {
761
        let dev_config = TimeoutConfig::with_defaults(Environment::Development);
762
        let prod_config = TimeoutConfig::with_defaults(Environment::Production);
763
764
        // Production should have tighter timeouts
765
        assert!(prod_config.grpc_request_timeout < dev_config.grpc_request_timeout);
766
        assert!(prod_config.grpc_connect_timeout < dev_config.grpc_connect_timeout);
767
    }
768
769
    #[test]
770
    fn test_limits_config_defaults() {
771
        let dev_config = LimitsConfig::with_defaults(Environment::Development);
772
        let prod_config = LimitsConfig::with_defaults(Environment::Production);
773
774
        // Production should have more aggressive settings
775
        assert!(prod_config.safety_check_timeout < dev_config.safety_check_timeout);
776
        assert!(prod_config.ml_inference_timeout < dev_config.ml_inference_timeout);
777
    }
778
779
    #[test]
780
    fn test_database_config_validation() {
781
        let mut config = DatabaseRuntimeConfig::with_defaults(Environment::Production);
782
        assert!(config.validate().is_ok());
783
784
        config.query_timeout = Duration::from_millis(0);
785
        assert!(config.validate().is_err());
786
787
        config = DatabaseRuntimeConfig::with_defaults(Environment::Production);
788
        config.pool_size = 0;
789
        assert!(config.validate().is_err());
790
791
        config = DatabaseRuntimeConfig::with_defaults(Environment::Production);
792
        config.pool_size = 200;
793
        config.max_pool_size = 100;
794
        assert!(config.validate().is_err());
795
    }
796
797
    #[test]
798
    fn test_cache_config_validation() {
799
        let mut config = CacheRuntimeConfig::with_defaults(Environment::Production);
800
        assert!(config.validate().is_ok());
801
802
        config.position_ttl = Duration::from_secs(0);
803
        assert!(config.validate().is_err());
804
    }
805
806
    #[test]
807
    fn test_limits_config_validation() {
808
        let mut config = LimitsConfig::with_defaults(Environment::Production);
809
        assert!(config.validate().is_ok());
810
811
        config.retry_max_attempts = 0;
812
        assert!(config.validate().is_err());
813
814
        config = LimitsConfig::with_defaults(Environment::Production);
815
        config.retry_backoff_multiplier = 0.5;
816
        assert!(config.validate().is_err());
817
818
        config = LimitsConfig::with_defaults(Environment::Production);
819
        config.risk_var_confidence = 1.5;
820
        assert!(config.validate().is_err());
821
    }
822
823
    #[test]
824
    fn test_staging_environment_defaults() {
825
        let config = RuntimeConfig::with_defaults(Environment::Staging);
826
827
        // Staging should be between dev and prod
828
        let dev_config = RuntimeConfig::with_defaults(Environment::Development);
829
        let prod_config = RuntimeConfig::with_defaults(Environment::Production);
830
831
        assert!(config.database.query_timeout > prod_config.database.query_timeout);
832
        assert!(config.database.query_timeout < dev_config.database.query_timeout);
833
    }
834
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/schemas.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/schemas.rs.html
deleted file mode 100644
index f92be15eb..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/schemas.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/schemas.rs
Line
Count
Source
1
//! Configuration schemas and cloud storage configurations.
2
//!
3
//! This module defines configuration schemas for various cloud storage backends
4
//! and configuration versioning. Primarily focused on S3-compatible storage
5
//! for model artifacts and configuration management in the Foxhunt trading system.
6
7
use chrono::{DateTime, Utc};
8
use serde::{Deserialize, Serialize};
9
use std::collections::HashMap;
10
use std::time::Duration;
11
use uuid::Uuid;
12
13
/// Configuration schema metadata for versioning and tracking.
14
///
15
/// Provides versioning and audit trail information for configuration schemas.
16
///
17
/// Used to track configuration changes over time and maintain compatibility
18
/// across different versions of the trading system.
19
#[derive(Debug, Clone, Serialize, Deserialize)]
20
pub struct ConfigSchema {
21
    /// Unique identifier for this configuration schema
22
    pub id: Uuid,
23
    /// Semantic version string (e.g., "1.2.3")
24
    pub version: String,
25
    /// Timestamp when this schema was created
26
    pub created_at: DateTime<Utc>,
27
    /// Timestamp when this schema was last updated
28
    pub updated_at: DateTime<Utc>,
29
}
30
31
/// Amazon S3 and S3-compatible storage configuration.
32
///
33
/// Configures access to S3 or S3-compatible storage services for storing
34
///
35
/// ML model artifacts, configuration backups, and other binary data.
36
///
37
/// Supports various authentication methods and connection options.
38
#[derive(Debug, Clone, Serialize, Deserialize)]
39
pub struct S3Config {
40
    /// S3 bucket name for storing model artifacts and data
41
    pub bucket_name: String,
42
    /// AWS region or S3-compatible service region
43
    pub region: String,
44
    /// AWS access key ID (optional, can use IAM roles or environment variables)
45
    pub access_key_id: Option<String>,
46
    /// AWS secret access key (optional, can use IAM roles or environment variables)
47
    pub secret_access_key: Option<String>,
48
    /// AWS session token for temporary credentials (optional)
49
    pub session_token: Option<String>,
50
    /// Custom S3-compatible endpoint URL (e.g., MinIO, DigitalOcean Spaces)
51
    pub endpoint_url: Option<String>,
52
    /// Force path-style URLs instead of virtual-hosted-style URLs
53
    pub force_path_style: bool,
54
    /// Request timeout duration for S3 operations
55
    pub timeout: Duration,
56
    /// Maximum number of retry attempts for failed requests
57
    pub max_retry_attempts: u32,
58
    /// Enable SSL/TLS for S3 connections
59
    pub use_ssl: bool,
60
}
61
62
impl S3Config {
63
    /// Validates the S3 configuration for correctness.
64
    ///
65
    /// Performs validation checks on the S3 configuration to ensure all
66
    /// required fields are present and have valid values before attempting
67
    /// to establish connections to S3 services.
68
    ///
69
    /// # Errors
70
    ///
71
    /// Returns an error string if the configuration is invalid:
72
    /// - Empty bucket name
73
    ///
74
    /// - Empty region
75
    /// - Invalid endpoint URL format
76
0
    pub fn validate(&self) -> Result<(), String> {
77
0
        if self.bucket_name.is_empty() {
78
0
            return Err("S3 bucket name cannot be empty".to_owned());
79
0
        }
80
0
        if self.region.is_empty() {
81
0
            return Err("S3 region cannot be empty".to_owned());
82
0
        }
83
0
        Ok(())
84
0
    }
85
86
    /// Create S3Config for testing purposes (generic testing)
87
    #[cfg(test)]
88
    pub fn default_for_testing(bucket: &str) -> Self {
89
        Self {
90
            bucket_name: bucket.to_owned(),
91
            region: "us-east-1".to_owned(),
92
            access_key_id: None,
93
            secret_access_key: None,
94
            session_token: None,
95
            endpoint_url: None,
96
            force_path_style: false,
97
            timeout: Duration::from_secs(30),
98
            max_retry_attempts: 3,
99
            use_ssl: true,
100
        }
101
    }
102
103
    /// Create S3Config for MinIO testing (real S3-compatible testing)
104
    ///
105
    /// Available in test mode or when test-utils feature is enabled
106
0
    pub fn for_minio_testing(bucket: &str) -> Self {
107
0
        Self {
108
0
            bucket_name: bucket.to_owned(),
109
0
            region: "us-east-1".to_owned(),
110
0
            access_key_id: Some("foxhunt_test".to_owned()),
111
0
            secret_access_key: Some("foxhunt_test_password".to_owned()),
112
0
            session_token: None,
113
0
            endpoint_url: Some("http://localhost:9000".to_owned()),
114
0
            force_path_style: true, // MinIO requires path-style
115
0
            timeout: Duration::from_secs(30),
116
0
            max_retry_attempts: 3,
117
0
            use_ssl: false, // Local MinIO uses HTTP
118
0
        }
119
0
    }
120
}
121
122
/// Schema-level asset classification configuration for sector and type categorization.
123
///
124
/// Provides configuration-driven asset classification that replaces hardcoded
125
/// symbol-based classification logic. Supports flexible categorization rules
126
/// based on instrument properties rather than specific symbol names.
127
///
128
/// **Note**: This is a simpler schema-level config. For full asset classification
129
/// with volatility profiles and pattern rules, use `structures::AssetClassificationConfig`.
130
#[derive(Debug, Clone, Serialize, Deserialize)]
131
pub struct AssetClassificationSchema {
132
    /// Classification rules based on asset type patterns
133
    pub asset_type_rules: HashMap<String, String>,
134
    /// Default classifications for different asset categories
135
    pub default_sectors: HashMap<String, String>,
136
    /// Regex patterns for currency pair detection
137
    pub currency_patterns: Vec<String>,
138
    /// Regex patterns for cryptocurrency detection
139
    pub crypto_patterns: Vec<String>,
140
}
141
142
impl AssetClassificationSchema {
143
    /// Creates a new asset classification schema with default rules.
144
0
    pub fn new() -> Self {
145
0
        let mut asset_type_rules = HashMap::new();
146
0
        asset_type_rules.insert("EQUITY".to_owned(), "Equity".to_owned());
147
0
        asset_type_rules.insert("FOREX".to_owned(), "Currencies".to_owned());
148
0
        asset_type_rules.insert("CRYPTO".to_owned(), "Cryptocurrency".to_owned());
149
0
        asset_type_rules.insert("COMMODITY".to_owned(), "Commodities".to_owned());
150
0
        asset_type_rules.insert("BOND".to_owned(), "Fixed Income".to_owned());
151
152
0
        let mut default_sectors = HashMap::new();
153
0
        default_sectors.insert("Equity".to_owned(), "Other".to_owned());
154
0
        default_sectors.insert("Currencies".to_owned(), "Currencies".to_owned());
155
0
        default_sectors.insert("Cryptocurrency".to_owned(), "Cryptocurrency".to_owned());
156
0
        default_sectors.insert("Commodities".to_owned(), "Commodities".to_owned());
157
0
        default_sectors.insert("Fixed Income".to_owned(), "Fixed Income".to_owned());
158
159
0
        Self {
160
0
            asset_type_rules,
161
0
            default_sectors,
162
0
            currency_patterns: vec![
163
0
                r"^[A-Z]{3}[A-Z]{3}$".to_owned(), // USDEUR format
164
0
                r".*USD.*".to_owned(),
165
0
                r".*EUR.*".to_owned(),
166
0
                r".*GBP.*".to_owned(),
167
0
                r".*JPY.*".to_owned(),
168
0
            ],
169
0
            crypto_patterns: vec![
170
0
                r".*BTC.*".to_owned(),
171
0
                r".*ETH.*".to_owned(),
172
0
                r".*CRYPTO.*".to_owned(),
173
0
            ],
174
0
        }
175
0
    }
176
177
    /// Classifies an instrument based on configuration rules.
178
0
    pub fn classify_sector(&self, instrument_id: &str, asset_type: Option<&str>) -> String {
179
        // First try to classify based on asset type if provided
180
0
        if let Some(asset_type) = asset_type {
181
0
            if let Some(sector) = self.asset_type_rules.get(asset_type) {
182
0
                return sector.clone();
183
0
            }
184
0
        }
185
186
        // Check for currency patterns
187
0
        for pattern in &self.currency_patterns {
188
0
            if let Ok(regex) = regex::Regex::new(pattern) {
189
0
                if regex.is_match(instrument_id) {
190
0
                    return "Currencies".to_owned();
191
0
                }
192
0
            }
193
        }
194
195
        // Check for crypto patterns
196
0
        for pattern in &self.crypto_patterns {
197
0
            if let Ok(regex) = regex::Regex::new(pattern) {
198
0
                if regex.is_match(instrument_id) {
199
0
                    return "Cryptocurrency".to_owned();
200
0
                }
201
0
            }
202
        }
203
204
        // Default classification
205
0
        "Other".to_owned()
206
0
    }
207
}
208
209
impl Default for AssetClassificationSchema {
210
0
    fn default() -> Self {
211
0
        Self::new()
212
0
    }
213
}
214
215
impl Default for S3Config {
216
0
    fn default() -> Self {
217
0
        Self {
218
0
            bucket_name: "foxhunt-models".to_owned(),
219
0
            region: "us-east-1".to_owned(),
220
0
            access_key_id: None,
221
0
            secret_access_key: None,
222
0
            session_token: None,
223
0
            endpoint_url: None,
224
0
            force_path_style: false,
225
0
            timeout: Duration::from_secs(30),
226
0
            max_retry_attempts: 3,
227
0
            use_ssl: true,
228
0
        }
229
0
    }
230
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/storage_config.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/storage_config.rs.html
deleted file mode 100644
index 615db17dc..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/storage_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/storage_config.rs
Line
Count
Source
1
//! Model storage and metadata configuration structures.
2
//!
3
//! This module defines configuration structures for managing ML model metadata,
4
//! training metrics, and architectural information. Used for model versioning,
5
//! performance tracking, and deployment management in the Foxhunt trading system.
6
7
use chrono::{DateTime, Utc};
8
use serde::{Deserialize, Serialize};
9
use std::path::PathBuf;
10
use uuid::Uuid;
11
12
/// Comprehensive metadata for ML model storage and tracking.
13
///
14
/// Contains all information necessary for model identification, versioning,
15
/// and performance tracking. Used for model lifecycle management and
16
/// deployment coordination across the trading system.
17
#[derive(Debug, Clone, Serialize, Deserialize)]
18
pub struct ModelMetadata {
19
    /// Unique identifier for this model instance
20
    pub id: Uuid,
21
    /// Human-readable model name (e.g., "mamba2-price-prediction")
22
    pub name: String,
23
    /// Semantic version string (e.g., "1.2.3")
24
    pub version: String,
25
    /// Timestamp when this model was created/trained
26
    pub created_at: DateTime<Utc>,
27
    /// Timestamp when this model metadata was last updated
28
    pub updated_at: DateTime<Utc>,
29
    /// Training performance metrics for model evaluation
30
    pub training_metrics: TrainingMetrics,
31
    /// Model architecture and hyperparameter configuration
32
    pub architecture: ModelArchitecture,
33
}
34
35
/// Training performance metrics for model evaluation.
36
///
37
/// Captures key performance indicators from model training to enable
38
/// comparison between different model versions and architectures.
39
///
40
/// Essential for model selection and performance monitoring.
41
#[derive(Debug, Clone, Serialize, Deserialize)]
42
pub struct TrainingMetrics {
43
    /// Final training accuracy (0.0 to 1.0)
44
    pub accuracy: f64,
45
    /// Final training loss value
46
    pub loss: f64,
47
    /// Final validation accuracy (0.0 to 1.0)
48
    pub validation_accuracy: f64,
49
    /// Final validation loss value
50
    pub validation_loss: f64,
51
    /// Number of training epochs completed
52
    pub epochs: u32,
53
    /// Total training time in seconds
54
    pub training_time_seconds: f64,
55
}
56
57
/// Model architecture and hyperparameter specification.
58
///
59
/// Defines the structural configuration of ML models including layer
60
/// dimensions, activation functions, and optimization parameters.
61
///
62
/// Used for model reconstruction and hyperparameter tracking.
63
#[derive(Debug, Clone, Serialize, Deserialize)]
64
pub struct ModelArchitecture {
65
    /// Model type identifier (e.g., "mamba2", "transformer", "dqn")
66
    pub model_type: String,
67
    /// Input feature dimension size
68
    pub input_dim: usize,
69
    /// Output prediction dimension size
70
    pub output_dim: usize,
71
    /// Hidden layer sizes in order from input to output
72
    pub hidden_layers: Vec<usize>,
73
    /// Activation function name (e.g., "relu", "gelu", "swish")
74
    pub activation: String,
75
    /// Optimizer type (e.g., "adam", "sgd", "adamw")
76
    pub optimizer: String,
77
    /// Learning rate used during training
78
    pub learning_rate: f64,
79
}
80
81
/// Storage configuration for model artifacts
82
#[derive(Debug, Clone, Serialize, Deserialize)]
83
pub struct StorageConfig {
84
    /// Storage type (e.g., "local", "s3")
85
    pub storage_type: String,
86
    /// Local base path for file storage (required for "local" storage type)
87
    pub local_base_path: Option<PathBuf>,
88
    /// Enable compression for stored models
89
    pub enable_compression: bool,
90
}
91
92
impl Default for StorageConfig {
93
0
    fn default() -> Self {
94
0
        Self {
95
0
            storage_type: "local".to_owned(),
96
0
            local_base_path: Some(PathBuf::from("/tmp/foxhunt/models")),
97
0
            enable_compression: false,
98
0
        }
99
0
    }
100
}
101
102
impl StorageConfig {
103
    /// Create StorageConfig from environment variables
104
    ///
105
    /// # Errors
106
    /// Returns error if the operation fails
107
0
    pub fn from_env() -> Result<Self, Box<dyn std::error::Error>> {
108
0
        let storage_type = std::env::var("STORAGE_TYPE").unwrap_or_else(|_| "local".to_owned());
109
0
        let local_base_path = std::env::var("STORAGE_LOCAL_PATH")
110
0
            .ok()
111
0
            .map(PathBuf::from)
112
0
            .or_else(|| Some(PathBuf::from("/tmp/foxhunt/models")));
113
0
        let enable_compression = std::env::var("STORAGE_ENABLE_COMPRESSION")
114
0
            .ok()
115
0
            .and_then(|v| v.parse().ok())
116
0
            .unwrap_or(false);
117
118
0
        Ok(Self {
119
0
            storage_type,
120
0
            local_base_path,
121
0
            enable_compression,
122
0
        })
123
0
    }
124
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/structures.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/structures.rs.html
deleted file mode 100644
index 457e1b671..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/structures.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/structures.rs
Line
Count
Source
1
//! Configuration structures
2
3
use rust_decimal::Decimal;
4
use serde::{Deserialize, Serialize};
5
use std::collections::HashMap;
6
7
#[derive(Debug, Clone, Serialize, Deserialize)]
8
pub struct RiskConfig {
9
    /// Maximum single position size in base currency
10
    pub max_position_size: Decimal,
11
    /// Maximum total portfolio exposure in base currency
12
    pub max_portfolio_exposure: Decimal,
13
    /// Maximum concentration percentage for a single position (0.0-1.0)
14
    pub max_concentration_pct: Decimal,
15
    /// Maximum daily loss threshold in base currency
16
    pub max_daily_loss: Decimal,
17
    /// Maximum drawdown percentage allowed (0.0-1.0)
18
    pub max_drawdown_pct: Decimal,
19
    /// Stop loss threshold in base currency
20
    pub stop_loss_threshold: Decimal,
21
    /// VaR confidence level (e.g., 0.95 for 95%)
22
    pub var_confidence_level: f64,
23
    /// VaR time horizon in days
24
    pub var_time_horizon: u32,
25
    /// 1-day VaR limit in base currency
26
    pub var_limit_1d: Decimal,
27
    /// 10-day VaR limit in base currency
28
    pub var_limit_10d: Decimal,
29
    /// Maximum single order size in base currency
30
    pub max_order_size: Decimal,
31
    /// Maximum orders per second (rate limiting)
32
    pub max_orders_per_second: u64,
33
    /// Maximum notional value per hour in base currency
34
    pub max_notional_per_hour: Decimal,
35
    /// Kelly criterion fraction limit (0.0-1.0)
36
    pub kelly_fraction_limit: f64,
37
    /// Maximum Kelly criterion position size (0.0-1.0)
38
    pub max_kelly_position_size: f64,
39
    /// Emergency stop threshold as fraction of capital (0.0-1.0)
40
    pub emergency_stop_threshold: f64,
41
    /// VaR configuration
42
    pub var_config: VarConfig,
43
    /// Circuit breaker configuration
44
    pub circuit_breaker: CircuitBreakerConfig,
45
    /// Position limits configuration
46
    pub position_limits: PositionLimitsConfig,
47
    /// Asset classification configuration
48
    pub asset_classification: crate::schemas::AssetClassificationSchema,
49
}
50
51
impl Default for RiskConfig {
52
0
    fn default() -> Self {
53
0
        Self {
54
0
            // Position and exposure limits
55
0
            max_position_size: Decimal::new(1_000_000, 0), // $1M max single position
56
0
            max_portfolio_exposure: Decimal::new(10_000_000, 0), // $10M total portfolio exposure
57
0
            max_concentration_pct: Decimal::new(25, 2), // 25% max concentration
58
0
            
59
0
            // Loss and drawdown limits
60
0
            max_daily_loss: Decimal::new(100_000, 0), // $100K max daily loss
61
0
            max_drawdown_pct: Decimal::new(15, 2), // 15% max drawdown
62
0
            stop_loss_threshold: Decimal::new(50_000, 0), // $50K stop loss threshold
63
0
            
64
0
            // VaR configuration
65
0
            var_confidence_level: 0.95, // 95% confidence
66
0
            var_time_horizon: 1, // 1-day horizon
67
0
            var_limit_1d: Decimal::new(50_000, 0), // $50K 1-day VaR limit
68
0
            var_limit_10d: Decimal::new(150_000, 0), // $150K 10-day VaR limit
69
0
            
70
0
            // Order limits and rate limiting
71
0
            max_order_size: Decimal::new(100_000, 0), // $100K max order size
72
0
            max_orders_per_second: 100, // 100 orders/sec
73
0
            max_notional_per_hour: Decimal::new(10_000_000, 0), // $10M hourly notional
74
0
            
75
0
            // Kelly criterion parameters
76
0
            kelly_fraction_limit: 0.25, // 25% Kelly fraction limit
77
0
            max_kelly_position_size: 0.20, // 20% max Kelly position
78
0
            
79
0
            // Emergency stop
80
0
            emergency_stop_threshold: 0.10, // 10% loss triggers emergency stop
81
0
            
82
0
            // Nested configurations
83
0
            var_config: VarConfig::default(),
84
0
            circuit_breaker: CircuitBreakerConfig::default(),
85
0
            position_limits: PositionLimitsConfig::default(),
86
0
            asset_classification: crate::schemas::AssetClassificationSchema::default(),
87
0
        }
88
0
    }
89
}
90
91
#[derive(Debug, Clone, Serialize, Deserialize)]
92
pub struct VarConfig {
93
    /// VaR confidence level (0.0-1.0)
94
    pub confidence_level: f64,
95
    /// Time horizon in days
96
    pub time_horizon_days: u32,
97
    /// Historical lookback period in days
98
    pub lookback_period_days: u32,
99
    /// Calculation method (e.g., "historical", "monte_carlo")
100
    pub calculation_method: String,
101
    /// Maximum VaR limit
102
    pub max_var_limit: f64,
103
}
104
105
impl Default for VarConfig {
106
0
    fn default() -> Self {
107
0
        Self {
108
0
            confidence_level: 0.95,
109
0
            time_horizon_days: 1,
110
0
            lookback_period_days: 252,
111
0
            calculation_method: "historical".to_owned(),
112
0
            max_var_limit: 100_000.0,
113
0
        }
114
0
    }
115
}
116
117
#[derive(Debug, Clone, Serialize, Deserialize)]
118
pub struct KellyConfig {
119
    pub kelly_fraction: f64,
120
    pub max_kelly_leverage: f64,
121
    pub min_kelly_leverage: f64,
122
    pub confidence_threshold: f64,
123
    pub lookback_periods: usize,
124
    pub default_position_fraction: f64,
125
    pub enabled: bool,
126
    pub fractional_kelly: f64,
127
    pub min_kelly_fraction: f64,
128
    pub max_kelly_fraction: f64,
129
}
130
131
impl Default for KellyConfig {
132
0
    fn default() -> Self {
133
0
        Self {
134
0
            kelly_fraction: 0.25,
135
0
            max_kelly_leverage: 2.0,
136
0
            min_kelly_leverage: 0.1,
137
0
            confidence_threshold: 0.95,
138
0
            lookback_periods: 252,
139
0
            default_position_fraction: 0.02,
140
0
            enabled: true,
141
0
            fractional_kelly: 0.5,
142
0
            min_kelly_fraction: 0.01,
143
0
            max_kelly_fraction: 0.5,
144
0
        }
145
0
    }
146
}
147
148
#[derive(Debug, Clone, Serialize, Deserialize)]
149
pub struct CircuitBreakerConfig {
150
    /// Enable circuit breaker
151
    pub enabled: bool,
152
    /// Price movement threshold to trigger halt (0.0-1.0)
153
    pub price_move_threshold: f64,
154
    /// Duration to halt trading in seconds
155
    pub halt_duration_seconds: u64,
156
}
157
158
impl Default for CircuitBreakerConfig {
159
0
    fn default() -> Self {
160
0
        Self {
161
0
            enabled: true,
162
0
            price_move_threshold: 0.05, // 5% price move
163
0
            halt_duration_seconds: 300, // 5 minutes
164
0
        }
165
0
    }
166
}
167
168
#[derive(Debug, Clone, Serialize, Deserialize)]
169
pub struct PositionLimitsConfig {
170
    /// Global position limit
171
    pub global_limit: f64,
172
    /// Maximum leverage allowed
173
    pub max_leverage: f64,
174
    /// Maximum VaR limit
175
    pub max_var_limit: f64,
176
}
177
178
impl Default for PositionLimitsConfig {
179
0
    fn default() -> Self {
180
0
        Self {
181
0
            global_limit: 10_000_000.0,
182
0
            max_leverage: 3.0,
183
0
            max_var_limit: 100_000.0,
184
0
        }
185
0
    }
186
}
187
188
/// Broker configuration for order routing and execution
189
#[derive(Debug, Clone, Serialize, Deserialize)]
190
pub struct BrokerConfig {
191
    /// Broker routing rules based on symbol patterns and sizes
192
    pub routing_rules: Vec<BrokerRoutingRule>,
193
    /// Default broker when no rules match
194
    pub default_broker: String,
195
    /// Commission rates by broker
196
    pub commission_rates: HashMap<String, CommissionConfig>,
197
}
198
199
/// Rule for routing orders to specific brokers
200
#[derive(Debug, Clone, Serialize, Deserialize)]
201
pub struct BrokerRoutingRule {
202
    /// Priority (higher numbers take precedence)
203
    pub priority: u32,
204
    /// Symbol pattern (regex)
205
    pub symbol_pattern: String,
206
    /// Minimum quantity for this rule
207
    pub min_quantity: Option<f64>,
208
    /// Maximum quantity for this rule
209
    pub max_quantity: Option<f64>,
210
    /// Target broker ID
211
    pub broker_id: String,
212
    /// Rule description for debugging
213
    pub description: String,
214
}
215
216
/// Commission configuration per broker
217
#[derive(Debug, Clone, Serialize, Deserialize)]
218
pub struct CommissionConfig {
219
    /// Commission rate (basis points, e.g., 0.00007 = 0.7 bps)
220
    pub rate_bps: f64,
221
    /// Minimum commission per trade
222
    pub min_commission: f64,
223
}
224
225
impl Default for BrokerConfig {
226
0
    fn default() -> Self {
227
0
        let mut commission_rates = HashMap::new();
228
229
0
        commission_rates.insert(
230
0
            "ICMARKETS".to_owned(),
231
0
            CommissionConfig {
232
0
                rate_bps: 0.00007, // 0.7 bps
233
0
                min_commission: 0.0,
234
0
            },
235
        );
236
237
0
        commission_rates.insert(
238
0
            "IBKR".to_owned(),
239
0
            CommissionConfig {
240
0
                rate_bps: 0.00005, // 0.5 bps
241
0
                min_commission: 1.0,
242
0
            },
243
        );
244
245
0
        let routing_rules = vec![
246
0
            BrokerRoutingRule {
247
0
                priority: 100,
248
0
                symbol_pattern: r"^(BTC|ETH).*".to_owned(),
249
0
                min_quantity: None,
250
0
                max_quantity: None,
251
0
                broker_id: "ICMARKETS".to_owned(),
252
0
                description: "Route all crypto symbols to ICMarkets".to_owned(),
253
0
            },
254
0
            BrokerRoutingRule {
255
0
                priority: 90,
256
0
                symbol_pattern: r".*USD$".to_owned(),
257
0
                min_quantity: None,
258
0
                max_quantity: Some(1_000_000.0_f64),
259
0
                broker_id: "ICMARKETS".to_owned(),
260
0
                description: "Route smaller USD pairs to ICMarkets".to_owned(),
261
0
            },
262
0
            BrokerRoutingRule {
263
0
                priority: 50,
264
0
                symbol_pattern: r".*".to_owned(), // Catch-all
265
0
                min_quantity: None,
266
0
                max_quantity: None,
267
0
                broker_id: "IBKR".to_owned(),
268
0
                description: "Default routing to IBKR".to_owned(),
269
0
            },
270
        ];
271
272
0
        Self {
273
0
            routing_rules,
274
0
            default_broker: "IBKR".to_owned(),
275
0
            commission_rates,
276
0
        }
277
0
    }
278
}
279
280
impl BrokerConfig {
281
    /// Select optimal broker based on symbol and quantity using routing rules
282
0
    pub fn select_broker(&self, symbol: &str, quantity: f64) -> String {
283
0
        let symbol_upper = symbol.to_uppercase();
284
285
        // Sort rules by priority (highest first)
286
0
        let mut applicable_rules: Vec<_> = self
287
0
            .routing_rules
288
0
            .iter()
289
0
            .filter(|rule| {
290
                // Check symbol pattern
291
0
                let symbol_matches = if let Ok(regex) = regex::Regex::new(&rule.symbol_pattern) {
292
0
                    regex.is_match(&symbol_upper)
293
                } else {
294
0
                    false
295
                };
296
297
                // Check quantity bounds
298
0
                let quantity_matches = {
299
0
                    let min_ok = rule.min_quantity.map_or(true, |min| quantity >= min);
300
0
                    let max_ok = rule.max_quantity.map_or(true, |max| quantity <= max);
301
0
                    min_ok && max_ok
302
                };
303
304
0
                symbol_matches && quantity_matches
305
0
            })
306
0
            .collect();
307
308
0
        applicable_rules.sort_by(|a, b| b.priority.cmp(&a.priority));
309
310
0
        if let Some(rule) = applicable_rules.first() {
311
0
            rule.broker_id.clone()
312
        } else {
313
0
            self.default_broker.clone()
314
        }
315
0
    }
316
317
    /// Calculate commission for a given broker and notional value
318
0
    pub fn calculate_commission(&self, broker_id: &str, notional: f64) -> f64 {
319
0
        if let Some(config) = self.commission_rates.get(broker_id) {
320
0
            notional.mul_add(config.rate_bps, 0.0).max(config.min_commission)
321
        } else {
322
            // Default commission if broker not found
323
0
            notional.mul_add(0.0001, 0.0) // 1 bps
324
        }
325
0
    }
326
}
327
328
/// Asset classification for risk management and volatility profiling
329
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
330
pub enum AssetClass {
331
    /// Equity securities and stocks
332
    Equities,
333
    /// Bonds and fixed income securities
334
    FixedIncome,
335
    /// Physical and financial commodities
336
    Commodities,
337
    /// Foreign exchange and currencies
338
    Currencies,
339
    /// Alternative investments
340
    Alternatives,
341
    /// Derivative instruments
342
    Derivatives,
343
    /// Cash and cash equivalents
344
    Cash,
345
}
346
347
/// Volatility and risk profile for an asset class
348
#[derive(Debug, Clone, Serialize, Deserialize)]
349
pub struct VolatilityProfile {
350
    /// Annual volatility (0.0 to 1.0, e.g., 0.25 = 25%)
351
    pub annual_volatility: f64,
352
    /// Maximum position size as fraction of portfolio (0.0 to 1.0)
353
    pub max_position_fraction: f64,
354
    /// Volatility threshold for risk alerts (0.0 to 1.0)
355
    pub volatility_threshold: f64,
356
    /// Maximum daily loss threshold (0.0 to 1.0)
357
    pub daily_loss_threshold: f64,
358
}
359
360
/// Asset classification configuration with symbol mappings and volatility profiles
361
#[derive(Debug, Clone, Serialize, Deserialize)]
362
pub struct AssetClassificationConfig {
363
    /// Explicit symbol to asset class mappings
364
    pub symbol_mappings: HashMap<String, AssetClass>,
365
    /// Volatility profiles for each asset class
366
    pub volatility_profiles: HashMap<AssetClass, VolatilityProfile>,
367
    /// Pattern-based classification rules (regex patterns)
368
    pub pattern_rules: Vec<PatternRule>,
369
}
370
371
/// Pattern-based rule for asset classification
372
#[derive(Debug, Clone, Serialize, Deserialize)]
373
pub struct PatternRule {
374
    /// Regex pattern to match against symbol
375
    pub pattern: String,
376
    /// Asset class to assign if pattern matches
377
    pub asset_class: AssetClass,
378
    /// Priority (higher numbers take precedence)
379
    pub priority: u32,
380
}
381
382
/// Encryption configuration for secure model storage
383
#[derive(Debug, Clone, Serialize, Deserialize)]
384
pub struct EncryptionConfig {
385
    /// Enable/disable encryption for model storage
386
    pub enable_encryption: bool,
387
    /// Encryption algorithm (e.g., "AES-256-GCM")
388
    pub algorithm: String,
389
    /// Key rotation period in days
390
    pub key_rotation_days: u64,
391
    /// Vault path for encryption keys (optional, can use local keys)
392
    pub encryption_keys_vault_path: Option<String>,
393
    /// Local key file path for development/testing
394
    pub local_key_file: Option<String>,
395
}
396
397
impl Default for EncryptionConfig {
398
0
    fn default() -> Self {
399
0
        Self {
400
0
            enable_encryption: false,
401
0
            algorithm: "AES-256-GCM".to_owned(),
402
0
            key_rotation_days: 90,
403
0
            encryption_keys_vault_path: None,
404
0
            local_key_file: None,
405
0
        }
406
0
    }
407
}
408
409
impl Default for AssetClassificationConfig {
410
0
    fn default() -> Self {
411
0
        let mut symbol_mappings = HashMap::new();
412
413
        // Equity stocks
414
0
        for symbol in [
415
0
            "AAPL", "MSFT", "GOOGL", "AMZN", "META", "TSLA", "NVDA", "JPM", "JNJ", "V",
416
0
        ] {
417
0
            symbol_mappings.insert(symbol.to_owned(), AssetClass::Equities);
418
0
        }
419
420
        // Major cryptocurrencies
421
0
        for symbol in ["BTC", "ETH", "BTCUSD", "ETHUSD", "BTCUSDT", "ETHUSDT"] {
422
0
            symbol_mappings.insert(symbol.to_owned(), AssetClass::Alternatives);
423
0
        }
424
425
0
        let mut volatility_profiles = HashMap::new();
426
427
0
        volatility_profiles.insert(
428
0
            AssetClass::Equities,
429
0
            VolatilityProfile {
430
0
                annual_volatility: 0.25,
431
0
                max_position_fraction: 0.20,
432
0
                volatility_threshold: 0.025,
433
0
                daily_loss_threshold: 0.03,
434
0
            },
435
        );
436
437
0
        volatility_profiles.insert(
438
0
            AssetClass::Alternatives,
439
0
            VolatilityProfile {
440
0
                annual_volatility: 0.80,
441
0
                max_position_fraction: 0.08,
442
0
                volatility_threshold: 0.15,
443
0
                daily_loss_threshold: 0.05,
444
0
            },
445
        );
446
447
0
        volatility_profiles.insert(
448
0
            AssetClass::Currencies,
449
0
            VolatilityProfile {
450
0
                annual_volatility: 0.15,
451
0
                max_position_fraction: 0.30,
452
0
                volatility_threshold: 0.02,
453
0
                daily_loss_threshold: 0.02,
454
0
            },
455
        );
456
457
0
        volatility_profiles.insert(
458
0
            AssetClass::Cash,
459
0
            VolatilityProfile {
460
0
                annual_volatility: 0.01,
461
0
                max_position_fraction: 1.00,
462
0
                volatility_threshold: 0.001,
463
0
                daily_loss_threshold: 0.001,
464
0
            },
465
        );
466
467
0
        volatility_profiles.insert(
468
0
            AssetClass::FixedIncome,
469
0
            VolatilityProfile {
470
0
                annual_volatility: 0.25,
471
0
                max_position_fraction: 0.15,
472
0
                volatility_threshold: 0.03,
473
0
                daily_loss_threshold: 0.025,
474
0
            },
475
        );
476
477
0
        volatility_profiles.insert(
478
0
            AssetClass::Derivatives,
479
0
            VolatilityProfile {
480
0
                annual_volatility: 0.40,
481
0
                max_position_fraction: 0.10,
482
0
                volatility_threshold: 0.05,
483
0
                daily_loss_threshold: 0.04,
484
0
            },
485
        );
486
487
0
        volatility_profiles.insert(
488
0
            AssetClass::Commodities,
489
0
            VolatilityProfile {
490
0
                annual_volatility: 0.30,
491
0
                max_position_fraction: 0.15,
492
0
                volatility_threshold: 0.04,
493
0
                daily_loss_threshold: 0.03,
494
0
            },
495
        );
496
497
0
        let pattern_rules = vec![
498
0
            PatternRule {
499
0
                pattern: r"^(BTC|ETH).*".to_owned(),
500
0
                asset_class: AssetClass::Alternatives,
501
0
                priority: 100,
502
0
            },
503
0
            PatternRule {
504
0
                pattern: r".*USD$".to_owned(),
505
0
                asset_class: AssetClass::Currencies,
506
0
                priority: 80,
507
0
            },
508
0
            PatternRule {
509
0
                pattern: r".*JPY$".to_owned(),
510
0
                asset_class: AssetClass::Currencies,
511
0
                priority: 90,
512
0
            },
513
0
            PatternRule {
514
0
                pattern: r"^[A-Z]{3,6}$".to_owned(), // 3-6 letter symbols (likely equities)
515
0
                asset_class: AssetClass::Equities,
516
0
                priority: 50,
517
0
            },
518
        ];
519
520
0
        Self {
521
0
            symbol_mappings,
522
0
            volatility_profiles,
523
0
            pattern_rules,
524
0
        }
525
0
    }
526
}
527
528
impl AssetClassificationConfig {
529
    /// Classify a symbol based on explicit mappings and pattern rules
530
0
    pub fn classify_symbol(&self, symbol: &str) -> AssetClass {
531
0
        let symbol_upper = symbol.to_uppercase();
532
533
        // First check explicit mappings
534
0
        if let Some(asset_class) = self.symbol_mappings.get(&symbol_upper) {
535
0
            return asset_class.clone();
536
0
        }
537
538
        // Then check pattern rules (sorted by priority, highest first)
539
0
        let mut applicable_rules: Vec<_> = self
540
0
            .pattern_rules
541
0
            .iter()
542
0
            .filter(|rule| {
543
0
                if let Ok(regex) = regex::Regex::new(&rule.pattern) {
544
0
                    regex.is_match(&symbol_upper)
545
                } else {
546
0
                    false
547
                }
548
0
            })
549
0
            .collect();
550
551
0
        applicable_rules.sort_by(|a, b| b.priority.cmp(&a.priority));
552
553
0
        if let Some(rule) = applicable_rules.first() {
554
0
            rule.asset_class.clone()
555
        } else {
556
0
            AssetClass::Cash // Default fallback for unknown symbols
557
        }
558
0
    }
559
560
    /// Get volatility profile for a symbol
561
0
    pub fn get_volatility_profile(&self, symbol: &str) -> VolatilityProfile {
562
0
        let asset_class = self.classify_symbol(symbol);
563
0
        self.volatility_profiles
564
0
            .get(&asset_class)
565
0
            .cloned()
566
0
            .unwrap_or(VolatilityProfile {
567
0
                annual_volatility: 0.20,
568
0
                max_position_fraction: 0.05,
569
0
                volatility_threshold: 0.02,
570
0
                daily_loss_threshold: 0.01,
571
0
            })
572
0
    }
573
574
    /// Get daily volatility for a symbol
575
0
    pub fn get_daily_volatility(&self, symbol: &str) -> f64 {
576
0
        let profile = self.get_volatility_profile(symbol);
577
        #[allow(clippy::float_arithmetic)]
578
0
        let result = profile.annual_volatility / 252.0_f64.sqrt();
579
0
        result
580
0
    }
581
582
    /// Get risk configuration tuple (position_fraction, volatility_threshold, daily_loss_threshold)
583
0
    pub fn get_risk_config(&self, symbol: &str) -> (f64, f64, f64) {
584
0
        let profile = self.get_volatility_profile(symbol);
585
0
        (
586
0
            profile.max_position_fraction,
587
0
            profile.volatility_threshold,
588
0
            profile.daily_loss_threshold,
589
0
        )
590
0
    }
591
}
592
593
/// Configuration for backtesting database connections
594
#[derive(Debug, Clone, Serialize, Deserialize)]
595
pub struct BacktestingDatabaseConfig {
596
    /// Database connection URL
597
    pub database_url: String,
598
    /// Maximum number of database connections in the pool
599
    pub max_connections: Option<u32>,
600
    /// Minimum number of database connections in the pool
601
    pub min_connections: Option<u32>,
602
    /// Timeout in milliseconds for acquiring a connection
603
    pub acquire_timeout_ms: Option<u64>,
604
    /// Statement cache capacity
605
    pub statement_cache_capacity: Option<usize>,
606
    /// Enable SQL query logging
607
    pub enable_logging: Option<bool>,
608
}
609
610
/// Configuration for backtesting strategy execution
611
#[derive(Debug, Clone, Serialize, Deserialize)]
612
pub struct BacktestingStrategyConfig {
613
    /// Commission rate for trades (e.g., 0.001 = 0.1%)
614
    pub commission_rate: f64,
615
    /// Slippage rate for trades (e.g., 0.0005 = 0.05%)
616
    pub slippage_rate: f64,
617
    /// Maximum position size as fraction of portfolio
618
    pub max_position_size: Option<f64>,
619
    /// Enable short selling
620
    pub allow_short_selling: Option<bool>,
621
}
622
623
impl Default for BacktestingStrategyConfig {
624
0
    fn default() -> Self {
625
0
        Self {
626
0
            commission_rate: 0.0007,      // 0.07% = 7 bps
627
0
            slippage_rate: 0.0002,        // 0.02% = 2 bps
628
0
            max_position_size: Some(0.2), // 20% max position
629
0
            allow_short_selling: Some(false),
630
0
        }
631
0
    }
632
}
633
634
/// Configuration for backtesting performance analysis
635
#[derive(Debug, Clone, Serialize, Deserialize)]
636
pub struct BacktestingPerformanceConfig {
637
    /// Risk-free rate for Sharpe ratio calculations (annual rate)
638
    pub risk_free_rate: f64,
639
    /// Resolution for equity curve (number of points)
640
    pub equity_curve_resolution: usize,
641
    /// Enable advanced performance metrics
642
    pub enable_advanced_metrics: Option<bool>,
643
}
644
645
impl Default for BacktestingPerformanceConfig {
646
0
    fn default() -> Self {
647
0
        Self {
648
0
            risk_free_rate: 0.04, // 4% annual risk-free rate
649
0
            equity_curve_resolution: 1000,
650
0
            enable_advanced_metrics: Some(true),
651
0
        }
652
0
    }
653
}
654
655
/// TLS/SSL configuration for secure gRPC connections
656
#[derive(Debug, Clone, Serialize, Deserialize)]
657
pub struct TlsConfig {
658
    /// Enable/disable TLS for gRPC connections
659
    pub enabled: bool,
660
    /// Path to server certificate file
661
    pub cert_path: String,
662
    /// Path to server private key file
663
    pub key_path: String,
664
    /// Path to CA certificate for client verification (optional)
665
    pub ca_cert_path: Option<String>,
666
    /// Require client certificate verification
667
    pub require_client_cert: bool,
668
    /// TLS protocol versions to support (e.g., ["TLSv1.2", "TLSv1.3"])
669
    pub protocol_versions: Vec<String>,
670
    /// Cipher suites to use (empty means default)
671
    pub cipher_suites: Vec<String>,
672
}
673
674
impl Default for TlsConfig {
675
0
    fn default() -> Self {
676
        // Wave 75 Fix: Use environment variables with fallback to /tmp instead of /etc
677
0
        let cert_path = std::env::var("TLS_CERT_PATH")
678
0
            .unwrap_or_else(|_| "/tmp/foxhunt/certs/server.crt".to_owned());
679
0
        let key_path = std::env::var("TLS_KEY_PATH")
680
0
            .unwrap_or_else(|_| "/tmp/foxhunt/certs/server.key".to_owned());
681
0
        let ca_cert_path = std::env::var("TLS_CA_PATH").ok();
682
683
0
        Self {
684
0
            enabled: false,
685
0
            cert_path,
686
0
            key_path,
687
0
            ca_cert_path,
688
0
            require_client_cert: false,
689
0
            protocol_versions: vec!["TLSv1.3".to_owned()],
690
0
            cipher_suites: Vec::new(),
691
0
        }
692
0
    }
693
}
694
695
/// Trading system configuration
696
#[derive(Debug, Clone, Serialize, Deserialize)]
697
pub struct TradingConfig {
698
    /// Maximum order size (in base units)
699
    pub max_order_size: f64,
700
    /// Minimum order size (in base units)
701
    pub min_order_size: f64,
702
    /// Maximum price deviation from market (as fraction, e.g., 0.05 = 5%)
703
    pub max_price_deviation: f64,
704
    /// Enable symbol validation
705
    pub enable_symbol_validation: bool,
706
    /// Maximum batch notional value (total value of orders in a batch)
707
    pub max_batch_notional: f64,
708
    /// Maximum position VaR (Value at Risk) limit
709
    pub max_position_var: f64,
710
}
711
712
impl Default for TradingConfig {
713
0
    fn default() -> Self {
714
0
        Self {
715
0
            max_order_size: 1_000_000.0,
716
0
            min_order_size: 0.001,
717
0
            max_price_deviation: 0.05,
718
0
            enable_symbol_validation: false,
719
0
            max_batch_notional: 10_000_000.0, // $10M batch limit
720
0
            max_position_var: 50_000.0,        // $50K VaR limit
721
0
        }
722
0
    }
723
}
724
725
/// Market data ingestion configuration
726
#[derive(Debug, Clone, Serialize, Deserialize)]
727
pub struct MarketDataConfig {
728
    /// Market data server host
729
    pub host: String,
730
    /// WebSocket port for streaming data
731
    pub websocket_port: u16,
732
    /// API key for authentication
733
    pub api_key: String,
734
    /// Use SSL/TLS for connections
735
    pub use_ssl: bool,
736
    /// Connection timeout in seconds
737
    pub timeout_seconds: u64,
738
}
739
740
impl Default for MarketDataConfig {
741
0
    fn default() -> Self {
742
0
        Self {
743
0
            host: "localhost".to_owned(),
744
0
            websocket_port: 8080,
745
0
            api_key: String::new(),
746
0
            use_ssl: false,
747
0
            timeout_seconds: 30,
748
0
        }
749
0
    }
750
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/symbol_config.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/symbol_config.rs.html
deleted file mode 100644
index e5a6822d7..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/symbol_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/symbol_config.rs
Line
Count
Source
1
//! Symbol classification and configuration management for trading instruments.
2
//!
3
//! This module provides comprehensive symbol classification and configuration
4
//! management for various financial instruments in the Foxhunt HFT trading system.
5
//! It handles asset classification, volatility profiles, trading hours, and
6
//! market-specific parameters for optimal trading execution.
7
8
use chrono::{DateTime, Datelike, NaiveDate, NaiveTime, Utc, Weekday};
9
use serde::{Deserialize, Serialize};
10
use std::collections::HashMap;
11
use std::time::Duration;
12
use uuid::Uuid;
13
14
/// Asset classification enumeration for different financial instrument types.
15
///
16
/// Provides standardized classification for all tradeable instruments,
17
/// enabling type-specific risk management, execution logic, and regulatory
18
/// compliance across different asset classes.
19
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
20
pub enum AssetClassification {
21
    /// Equity securities (stocks, ADRs, REITs)
22
    Equity,
23
    /// Futures contracts (commodities, financials, indices)
24
    Future,
25
    /// Foreign exchange pairs (major, minor, exotic)
26
    Forex,
27
    /// Cryptocurrency and digital assets
28
    Crypto,
29
    /// Physical commodities (metals, energy, agriculture)
30
    Commodity,
31
    /// Fixed income securities (bonds, notes, bills)
32
    FixedIncome,
33
    /// Options contracts (equity, index, commodity options)
34
    Option,
35
    /// Exchange-traded funds and products
36
    Etf,
37
    /// Indices and benchmark instruments
38
    Index,
39
    /// Structured products and derivatives
40
    Derivative,
41
}
42
43
impl AssetClassification {
44
    /// Returns the regulatory classification for compliance purposes.
45
0
    pub const fn regulatory_class(&self) -> &'static str {
46
0
        match self {
47
0
            AssetClassification::Equity => "EQUITY",
48
0
            AssetClassification::Future => "FUTURE",
49
0
            AssetClassification::Forex => "FX",
50
0
            AssetClassification::Crypto => "CRYPTO",
51
0
            AssetClassification::Commodity => "COMMODITY",
52
0
            AssetClassification::FixedIncome => "FIXED_INCOME",
53
0
            AssetClassification::Option => "OPTION",
54
0
            AssetClassification::Etf => "ETF",
55
0
            AssetClassification::Index => "INDEX",
56
0
            AssetClassification::Derivative => "DERIVATIVE",
57
        }
58
0
    }
59
60
    /// Returns whether this asset class requires T+1 settlement.
61
0
    pub const fn requires_t_plus_one_settlement(&self) -> bool {
62
0
        matches!(self, AssetClassification::Equity | AssetClassification::Etf)
63
0
    }
64
65
    /// Returns whether this asset class supports after-hours trading.
66
0
    pub const fn supports_extended_hours(&self) -> bool {
67
0
        matches!(
68
0
            self,
69
            AssetClassification::Equity
70
                | AssetClassification::Etf
71
                | AssetClassification::Forex
72
                | AssetClassification::Crypto
73
        )
74
0
    }
75
}
76
77
/// Volatility profile configuration for risk management and position sizing.
78
///
79
/// Defines volatility characteristics and risk parameters for different
80
/// instruments, enabling dynamic position sizing and risk-adjusted execution.
81
#[derive(Debug, Clone, Serialize, Deserialize)]
82
pub struct VolatilityProfile {
83
    /// Historical average volatility (annualized)
84
    pub average_volatility: f64,
85
    /// Maximum observed volatility (99th percentile)
86
    pub max_volatility: f64,
87
    /// Minimum observed volatility (1st percentile)
88
    pub min_volatility: f64,
89
    /// Beta coefficient relative to market index
90
    pub beta: f64,
91
    /// Average True Range (ATR) for recent period
92
    pub atr: f64,
93
    /// Correlation with market benchmark
94
    pub market_correlation: f64,
95
    /// Volatility regime classification
96
    pub volatility_regime: VolatilityRegime,
97
    /// Last updated timestamp for volatility metrics
98
    pub last_updated: DateTime<Utc>,
99
    /// Number of observations used for calculation
100
    pub sample_size: u32,
101
}
102
103
impl VolatilityProfile {
104
    /// Creates a new volatility profile with default values.
105
0
    pub fn new() -> Self {
106
0
        Self {
107
0
            average_volatility: 0.20,
108
0
            max_volatility: 1.00,
109
0
            min_volatility: 0.05,
110
0
            beta: 1.0,
111
0
            atr: 0.0,
112
0
            market_correlation: 0.0,
113
0
            volatility_regime: VolatilityRegime::Normal,
114
0
            last_updated: Utc::now(),
115
0
            sample_size: 0,
116
0
        }
117
0
    }
118
119
    /// Updates volatility metrics with new data point.
120
0
    pub fn update_metrics(&mut self, new_volatility: f64, new_atr: f64) {
121
        // Update exponential moving average
122
0
        {
123
0
            let alpha = 0.1_f64; // Smoothing factor
124
0
            #[allow(clippy::float_arithmetic)]
125
0
            let one_minus_alpha = 1.0_f64 - alpha;
126
0
            #[allow(clippy::float_arithmetic)]
127
0
            let volatility_term = one_minus_alpha * self.average_volatility;
128
0
            self.average_volatility = alpha.mul_add(new_volatility, volatility_term);
129
0
            
130
0
            #[allow(clippy::float_arithmetic)]
131
0
            let atr_term = one_minus_alpha * self.atr;
132
0
            self.atr = alpha.mul_add(new_atr, atr_term);
133
0
        }        self.last_updated = Utc::now();
134
0
        self.sample_size = self.sample_size.saturating_add(1);
135
136
        // Update volatility regime
137
0
        self.volatility_regime = self.classify_regime();
138
0
    }
139
140
    /// Classifies current volatility regime based on metrics.
141
0
    fn classify_regime(&self) -> VolatilityRegime {
142
        #[allow(clippy::float_arithmetic)]
143
0
        let volatility_ratio = self.average_volatility / 0.20_f64; // Relative to 20% baseline
144
145
0
        if volatility_ratio > 2.0_f64 {
146
0
            VolatilityRegime::High
147
0
        } else if volatility_ratio > 1.5 {
148
0
            VolatilityRegime::Elevated
149
0
        } else if volatility_ratio < 0.5 {
150
0
            VolatilityRegime::Low
151
        } else {
152
0
            VolatilityRegime::Normal
153
        }
154
0
    }
155
156
    /// Returns risk-adjusted position size multiplier.
157
0
    pub const fn position_size_multiplier(&self) -> f64 {
158
0
        match self.volatility_regime {
159
0
            VolatilityRegime::Low => 1.5,
160
0
            VolatilityRegime::Normal => 1.0,
161
0
            VolatilityRegime::Elevated => 0.7,
162
0
            VolatilityRegime::High => 0.4,
163
        }
164
0
    }
165
}
166
167
impl Default for VolatilityProfile {
168
0
    fn default() -> Self {
169
0
        Self::new()
170
0
    }
171
}
172
173
/// Volatility regime classification for risk management.
174
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
175
pub enum VolatilityRegime {
176
    /// Low volatility environment (< 50% of normal)
177
    Low,
178
    /// Normal volatility environment
179
    Normal,
180
    /// Elevated volatility (50-100% above normal)
181
    Elevated,
182
    /// High volatility environment (> 100% above normal)
183
    High,
184
}
185
186
/// Trading hours configuration for different markets and sessions.
187
///
188
/// Defines market operating hours, pre-market and after-hours sessions,
189
/// and holiday schedules for accurate trade timing and execution.
190
#[derive(Debug, Clone, Serialize, Deserialize)]
191
pub struct TradingHours {
192
    /// Primary market timezone identifier (e.g., "America/New_York")
193
    pub timezone: String,
194
    /// Regular trading session start time
195
    pub market_open: NaiveTime,
196
    /// Regular trading session end time
197
    pub market_close: NaiveTime,
198
    /// Pre-market session start time (optional)
199
    pub pre_market_open: Option<NaiveTime>,
200
    /// After-hours session end time (optional)
201
    pub after_hours_close: Option<NaiveTime>,
202
    /// Trading days of the week
203
    pub trading_days: Vec<Weekday>,
204
    /// Market holidays (dates when market is closed)
205
    pub holidays: Vec<NaiveDate>,
206
    /// Half-day sessions with early close times
207
    pub half_days: HashMap<NaiveDate, NaiveTime>,
208
}
209
210
impl TradingHours {
211
    /// Creates US equity market trading hours configuration.
212
0
    pub fn us_equity() -> Self {
213
0
        Self {
214
0
            timezone: "America/New_York".to_owned(),
215
0
            market_open: NaiveTime::from_hms_opt(9, 30, 0).unwrap(),
216
0
            market_close: NaiveTime::from_hms_opt(16, 0, 0).unwrap(),
217
0
            pre_market_open: Some(NaiveTime::from_hms_opt(4, 0, 0).unwrap()),
218
0
            after_hours_close: Some(NaiveTime::from_hms_opt(20, 0, 0).unwrap()),
219
0
            trading_days: vec![
220
0
                Weekday::Mon,
221
0
                Weekday::Tue,
222
0
                Weekday::Wed,
223
0
                Weekday::Thu,
224
0
                Weekday::Fri,
225
0
            ],
226
0
            holidays: vec![],
227
0
            half_days: HashMap::new(),
228
0
        }
229
0
    }
230
231
    /// Creates 24/7 trading hours for crypto markets.
232
0
    pub fn crypto_24_7() -> Self {
233
0
        Self {
234
0
            timezone: "UTC".to_owned(),
235
0
            market_open: NaiveTime::from_hms_opt(0, 0, 0).unwrap(),
236
0
            market_close: NaiveTime::from_hms_opt(23, 59, 59).unwrap(),
237
0
            pre_market_open: None,
238
0
            after_hours_close: None,
239
0
            trading_days: vec![
240
0
                Weekday::Mon,
241
0
                Weekday::Tue,
242
0
                Weekday::Wed,
243
0
                Weekday::Thu,
244
0
                Weekday::Fri,
245
0
                Weekday::Sat,
246
0
                Weekday::Sun,
247
0
            ],
248
0
            holidays: vec![],
249
0
            half_days: HashMap::new(),
250
0
        }
251
0
    }
252
253
    /// Creates forex market trading hours (Sunday 5 PM to Friday 5 PM EST).
254
0
    pub fn forex() -> Self {
255
0
        Self {
256
0
            timezone: "America/New_York".to_owned(),
257
0
            market_open: NaiveTime::from_hms_opt(17, 0, 0).unwrap(),
258
0
            market_close: NaiveTime::from_hms_opt(17, 0, 0).unwrap(),
259
0
            pre_market_open: None,
260
0
            after_hours_close: None,
261
0
            trading_days: vec![
262
0
                Weekday::Sun,
263
0
                Weekday::Mon,
264
0
                Weekday::Tue,
265
0
                Weekday::Wed,
266
0
                Weekday::Thu,
267
0
                Weekday::Fri,
268
0
            ],
269
0
            holidays: vec![],
270
0
            half_days: HashMap::new(),
271
0
        }
272
0
    }
273
274
    /// Checks if market is currently open.
275
0
    pub fn is_market_open(&self, current_time: DateTime<Utc>) -> bool {
276
        // Convert to market timezone and check if within trading hours
277
        // This is a simplified implementation - production would use proper timezone handling
278
0
        let current_date = current_time.date_naive();
279
0
        let current_time = current_time.time();
280
0
        let current_weekday = current_date.weekday();
281
282
        // Check if it's a trading day
283
0
        if !self.trading_days.contains(&current_weekday) {
284
0
            return false;
285
0
        }
286
287
        // Check if it's a holiday
288
0
        if self.holidays.contains(&current_date) {
289
0
            return false;
290
0
        }
291
292
        // Check if within trading hours
293
0
        current_time >= self.market_open && current_time <= self.market_close
294
0
    }
295
296
    /// Checks if extended hours trading is active.
297
0
    pub fn is_extended_hours_open(&self, current_time: DateTime<Utc>) -> bool {
298
0
        let current_time = current_time.time();
299
300
        // Check pre-market
301
0
        if let Some(pre_open) = self.pre_market_open {
302
0
            if current_time >= pre_open && current_time < self.market_open {
303
0
                return true;
304
0
            }
305
0
        }
306
307
        // Check after-hours
308
0
        if let Some(after_close) = self.after_hours_close {
309
0
            if current_time > self.market_close && current_time <= after_close {
310
0
                return true;
311
0
            }
312
0
        }
313
314
0
        false
315
0
    }
316
}
317
318
impl Default for TradingHours {
319
0
    fn default() -> Self {
320
0
        Self::us_equity()
321
0
    }
322
}
323
324
/// Comprehensive symbol configuration containing all trading parameters.
325
///
326
/// Central configuration structure for each tradeable symbol, containing
327
/// classification, market parameters, risk settings, and execution rules.
328
#[derive(Debug, Clone, Serialize, Deserialize)]
329
pub struct SymbolConfig {
330
    /// Unique symbol identifier
331
    pub symbol: String,
332
    /// Symbol description or company name
333
    pub description: String,
334
    /// Asset classification
335
    pub classification: AssetClassification,
336
    /// Volatility and risk profile
337
    pub volatility_profile: VolatilityProfile,
338
    /// Market operating hours
339
    pub trading_hours: TradingHours,
340
    /// Minimum price increment (tick size)
341
    pub tick_size: f64,
342
    /// Standard trading unit size
343
    pub lot_size: f64,
344
    /// Minimum order quantity
345
    pub min_order_size: f64,
346
    /// Maximum order quantity
347
    pub max_order_size: f64,
348
    /// Primary exchange or venue
349
    pub primary_exchange: String,
350
    /// Currency denomination
351
    pub currency: String,
352
    /// Sector classification (for equities)
353
    pub sector: Option<String>,
354
    /// Industry classification (for equities)
355
    pub industry: Option<String>,
356
    /// Market capitalization (for equities)
357
    pub market_cap: Option<f64>,
358
    /// Average daily volume
359
    pub avg_daily_volume: f64,
360
    /// Margin requirements
361
    pub margin_requirement: f64,
362
    /// Position limits
363
    pub position_limit: Option<f64>,
364
    /// Risk multiplier for position sizing
365
    pub risk_multiplier: f64,
366
    /// Configuration metadata
367
    pub metadata: SymbolMetadata,
368
}
369
370
impl SymbolConfig {
371
    /// Creates a new symbol configuration with default values.
372
0
    pub fn new(symbol: String, classification: AssetClassification) -> Self {
373
0
        let trading_hours = match classification {
374
0
            AssetClassification::Crypto => TradingHours::crypto_24_7(),
375
0
            AssetClassification::Forex => TradingHours::forex(),
376
0
            _ => TradingHours::us_equity(),
377
        };
378
379
0
        Self {
380
0
            symbol: symbol.clone(),
381
0
            description: format!("{} - Auto-generated", symbol),
382
0
            classification,
383
0
            volatility_profile: VolatilityProfile::new(),
384
0
            trading_hours,
385
0
            tick_size: 0.01,
386
0
            lot_size: 1.0,
387
0
            min_order_size: 1.0,
388
0
            max_order_size: 1_000_000.0,
389
0
            primary_exchange: "".to_owned(),
390
0
            currency: "USD".to_owned(),
391
0
            sector: None,
392
0
            industry: None,
393
0
            market_cap: None,
394
0
            avg_daily_volume: 0.0,
395
0
            margin_requirement: 0.25,
396
0
            position_limit: None,
397
0
            risk_multiplier: 1.0,
398
0
            metadata: SymbolMetadata::new(),
399
0
        }
400
0
    }
401
402
    /// Validates the symbol configuration for correctness.
403
    ///
404
    /// # Errors
405
    /// Returns error if the operation fails
406
0
    pub fn validate(&self) -> Result<(), String> {
407
0
        if self.symbol.is_empty() {
408
0
            return Err("Symbol cannot be empty".to_owned());
409
0
        }
410
411
0
        if self.tick_size <= 0.0_f64 {
412
0
            return Err("Tick size must be positive".to_owned());
413
0
        }
414
415
0
        if self.lot_size <= 0.0_f64 {
416
0
            return Err("Lot size must be positive".to_owned());
417
0
        }
418
419
0
        if self.min_order_size <= 0.0_f64 {
420
0
            return Err("Minimum order size must be positive".to_owned());
421
0
        }
422
423
0
        if self.max_order_size <= self.min_order_size {
424
0
            return Err("Maximum order size must be greater than minimum".to_owned());
425
0
        }
426
427
0
        if self.margin_requirement < 0.0_f64 || self.margin_requirement > 1.0_f64 {
428
0
            return Err("Margin requirement must be between 0 and 1".to_owned());
429
0
        }
430
431
0
        Ok(())
432
0
    }
433
434
    /// Calculates the effective position size based on risk parameters.
435
0
    pub fn calculate_position_size(&self, base_size: f64, _account_value: f64) -> f64 {
436
0
        let volatility_multiplier = self.volatility_profile.position_size_multiplier();
437
0
        let risk_adjusted_size = base_size.mul_add(volatility_multiplier, 0.0).mul_add(self.risk_multiplier, 0.0);
438
439
        // Apply position limits
440
0
        if let Some(limit) = self.position_limit {
441
0
            risk_adjusted_size.min(limit)
442
        } else {
443
0
            risk_adjusted_size
444
        }
445
0
    }
446
447
    /// Returns the appropriate tick size for a given price level.
448
0
    pub const fn get_tick_size_for_price(&self, _price: f64) -> f64 {
449
        // Some markets have variable tick sizes based on price
450
        // This is a simplified implementation
451
0
        self.tick_size
452
0
    }
453
454
    /// Rounds price to the nearest valid tick.
455
0
    pub fn round_to_tick(&self, price: f64) -> f64 {
456
0
        let tick = self.get_tick_size_for_price(price);
457
        #[allow(clippy::float_arithmetic)]
458
0
        let result = (price / tick).round() * tick;
459
0
        result
460
0
    }
461
462
    /// Checks if the symbol is currently tradeable.
463
0
    pub fn is_tradeable(&self, current_time: DateTime<Utc>) -> bool {
464
0
        self.trading_hours.is_market_open(current_time) && self.metadata.is_active
465
0
    }
466
467
    /// Checks if extended hours trading is available.
468
0
    pub const fn supports_extended_hours(&self) -> bool {
469
0
        self.classification.supports_extended_hours()
470
0
    }
471
}
472
473
/// Symbol configuration metadata for versioning and tracking.
474
#[derive(Debug, Clone, Serialize, Deserialize)]
475
pub struct SymbolMetadata {
476
    /// Unique configuration ID
477
    pub id: Uuid,
478
    /// Configuration version
479
    pub version: u32,
480
    /// Creation timestamp
481
    pub created_at: DateTime<Utc>,
482
    /// Last update timestamp
483
    pub updated_at: DateTime<Utc>,
484
    /// Active status
485
    pub is_active: bool,
486
    /// Data source for configuration
487
    pub data_source: String,
488
    /// Last validation timestamp
489
    pub last_validated: Option<DateTime<Utc>>,
490
    /// Configuration tags for organization
491
    pub tags: Vec<String>,
492
}
493
494
impl SymbolMetadata {
495
    /// Creates new metadata with default values.
496
0
    pub fn new() -> Self {
497
0
        let now = Utc::now();
498
0
        Self {
499
0
            id: Uuid::new_v4(),
500
0
            version: 1,
501
0
            created_at: now,
502
0
            updated_at: now,
503
0
            is_active: true,
504
0
            data_source: "manual".to_owned(),
505
0
            last_validated: None,
506
0
            tags: vec![],
507
0
        }
508
0
    }
509
510
    /// Updates the metadata timestamp and version.
511
0
    pub fn update(&mut self) {
512
0
        self.updated_at = Utc::now();
513
0
        self.version = self.version.saturating_add(1);
514
0
    }
515
516
    /// Marks the configuration as validated.
517
0
    pub fn mark_validated(&mut self) {
518
0
        self.last_validated = Some(Utc::now());
519
0
    }
520
}
521
522
impl Default for SymbolMetadata {
523
0
    fn default() -> Self {
524
0
        Self::new()
525
0
    }
526
}
527
528
/// Symbol configuration manager for loading and caching symbol configurations.
529
///
530
/// Provides high-performance access to symbol configurations with caching,
531
/// hot-reload capabilities, and configuration validation.
532
#[derive(Debug)]
533
#[allow(clippy::module_name_repetitions)]
534
pub struct SymbolConfigManager {
535
    /// In-memory cache of symbol configurations
536
    symbol_cache: HashMap<String, SymbolConfig>,
537
    /// Last cache update timestamp
538
    last_updated: DateTime<Utc>,
539
    /// Cache timeout duration
540
    cache_timeout: Duration,
541
}
542
543
impl SymbolConfigManager {
544
    /// Creates a new symbol configuration manager.
545
0
    pub fn new() -> Self {
546
0
        Self {
547
0
            symbol_cache: HashMap::new(),
548
0
            last_updated: Utc::now(),
549
0
            cache_timeout: Duration::from_secs(300), // 5 minutes
550
0
        }
551
0
    }
552
553
    /// Loads symbol configuration from cache or source.
554
    ///
555
    /// # Errors
556
    /// Returns error if the operation fails
557
0
    pub async fn get_symbol_config(
558
0
        &mut self,
559
0
        symbol: &str,
560
0
    ) -> Result<Option<SymbolConfig>, String> {
561
        // Check cache first
562
0
        if let Some(config) = self.symbol_cache.get(symbol) {
563
0
            if !self.is_cache_expired() {
564
0
                return Ok(Some(config.clone()));
565
0
            }
566
0
        }
567
568
        // Load from source (this would integrate with database/external source)
569
0
        self.load_symbol_from_source(symbol).await
570
0
    }
571
572
    /// Loads all symbol configurations into cache.
573
    ///
574
    /// # Errors
575
    /// Returns error if the operation fails
576
0
    pub async fn load_all_symbols(&mut self) -> Result<usize, String> {
577
        // This would integrate with the database or external configuration source
578
0
        self.refresh_cache().await
579
0
    }
580
581
    /// Adds or updates a symbol configuration.
582
    ///
583
    /// # Errors
584
    /// Returns error if the operation fails
585
0
    pub fn upsert_symbol_config(&mut self, config: SymbolConfig) -> Result<(), String> {
586
        // Validate configuration
587
0
        config.validate()?;
588
589
        // Update cache
590
0
        self.symbol_cache.insert(config.symbol.clone(), config);
591
0
        self.last_updated = Utc::now();
592
593
0
        Ok(())
594
0
    }
595
596
    /// Removes a symbol configuration.
597
0
    pub fn remove_symbol_config(&mut self, symbol: &str) -> Option<SymbolConfig> {
598
0
        self.symbol_cache.remove(symbol)
599
0
    }
600
601
    /// Returns all cached symbol configurations.
602
0
    pub fn get_all_symbols(&self) -> Vec<&SymbolConfig> {
603
0
        self.symbol_cache.values().collect()
604
0
    }
605
606
    /// Returns symbols filtered by asset classification.
607
0
    pub fn get_symbols_by_classification(
608
0
        &self,
609
0
        classification: &AssetClassification,
610
0
    ) -> Vec<&SymbolConfig> {
611
0
        self.symbol_cache
612
0
            .values()
613
0
            .filter(|config| &config.classification == classification)
614
0
            .collect()
615
0
    }
616
617
    /// Checks if cache has expired.
618
0
    fn is_cache_expired(&self) -> bool {
619
0
        Utc::now()
620
0
            .signed_duration_since(self.last_updated)
621
0
            .to_std()
622
0
            .unwrap_or(Duration::MAX)
623
0
            > self.cache_timeout
624
0
    }
625
626
    /// Loads symbol configuration from external source.
627
0
    async fn load_symbol_from_source(
628
0
        &mut self,
629
0
        _symbol: &str,
630
0
    ) -> Result<Option<SymbolConfig>, String> {
631
        // This would integrate with database or external configuration API
632
        // For now, return None to indicate symbol not found
633
634
        // Example of creating a default config if needed:
635
        // let config = SymbolConfig::new(symbol.to_owned(), AssetClassification::Equity);
636
        // self.symbol_cache.insert(symbol.to_owned(), config.clone());
637
        // Ok(Some(config))
638
639
0
        Ok(None)
640
0
    }
641
642
    /// Refreshes the entire symbol cache from source.
643
0
    async fn refresh_cache(&mut self) -> Result<usize, String> {
644
        // This would integrate with database to load all active symbols
645
        // For now, return the current cache size
646
0
        Ok(self.symbol_cache.len())
647
0
    }
648
649
    /// Sets cache timeout duration.
650
0
    pub const fn set_cache_timeout(&mut self, timeout: Duration) {
651
0
        self.cache_timeout = timeout;
652
0
    }
653
654
    /// Forces cache refresh on next access.
655
0
    pub const fn invalidate_cache(&mut self) {
656
0
        self.last_updated = DateTime::<Utc>::MIN_UTC;
657
0
    }
658
659
    /// Returns cache statistics.
660
0
    pub fn cache_stats(&self) -> (usize, DateTime<Utc>, bool) {
661
0
        (
662
0
            self.symbol_cache.len(),
663
0
            self.last_updated,
664
0
            self.is_cache_expired(),
665
0
        )
666
0
    }
667
}
668
669
impl Default for SymbolConfigManager {
670
0
    fn default() -> Self {
671
0
        Self::new()
672
0
    }
673
}
674
675
#[cfg(test)]
676
mod tests {
677
    use super::*;
678
679
    #[test]
680
    fn test_asset_classification_regulatory_class() {
681
        assert_eq!(AssetClassification::Equity.regulatory_class(), "EQUITY");
682
        assert_eq!(AssetClassification::Forex.regulatory_class(), "FX");
683
        assert_eq!(AssetClassification::Crypto.regulatory_class(), "CRYPTO");
684
    }
685
686
    #[test]
687
    fn test_volatility_profile_update() {
688
        let mut profile = VolatilityProfile::new();
689
        profile.update_metrics(0.40, 2.5);
690
691
        // With exponential smoothing: 0.1 * 0.40 + 0.9 * 0.20 = 0.22
692
        assert!(profile.average_volatility > 0.20 && profile.average_volatility < 0.25);
693
        // With exponential smoothing: 0.1 * 2.5 + 0.9 * 0.0 = 0.25
694
        assert!((profile.atr - 0.25).abs() < 0.01);
695
        assert_eq!(profile.volatility_regime, VolatilityRegime::Normal);
696
    }
697
698
    #[test]
699
    fn test_symbol_config_validation() {
700
        let mut config = SymbolConfig::new("AAPL".to_owned(), AssetClassification::Equity);
701
        assert!(config.validate().is_ok());
702
703
        config.tick_size = -0.01;
704
        assert!(config.validate().is_err());
705
    }
706
707
    #[test]
708
    fn test_trading_hours_us_equity() {
709
        let hours = TradingHours::us_equity();
710
        assert_eq!(hours.timezone, "America/New_York");
711
        assert_eq!(
712
            hours.market_open,
713
            NaiveTime::from_hms_opt(9, 30, 0).unwrap()
714
        );
715
        assert_eq!(
716
            hours.market_close,
717
            NaiveTime::from_hms_opt(16, 0, 0).unwrap()
718
        );
719
    }
720
721
    #[test]
722
    fn test_symbol_config_manager() {
723
        let mut manager = SymbolConfigManager::new();
724
        let config = SymbolConfig::new("TEST".to_owned(), AssetClassification::Equity);
725
726
        assert!(manager.upsert_symbol_config(config).is_ok());
727
        assert_eq!(manager.get_all_symbols().len(), 1);
728
    }
729
}

\ No newline at end of file
diff --git a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/vault.rs.html b/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/vault.rs.html
deleted file mode 100644
index 73c241546..000000000
--- a/coverage_report_common/html/coverage/home/jgrusewski/Work/foxhunt/config/src/vault.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/vault.rs
Line
Count
Source
1
//! HashiCorp Vault configuration for secure secret management.
2
//!
3
//! This module provides configuration structures for integrating with HashiCorp Vault
4
//! to securely manage secrets, API keys, and sensitive configuration data in the
5
//! Foxhunt trading system. Supports token-based authentication and namespace isolation.
6
7
use serde::{Deserialize, Serialize};
8
use secrecy::{ExposeSecret, SecretString};
9
use std::fmt;
10
11
/// HashiCorp Vault configuration for secure secret storage.
12
///
13
/// Configures connection to HashiCorp Vault for retrieving sensitive
14
/// configuration data such as API keys, database passwords, and other
15
/// secrets. Supports Vault Enterprise features like namespaces.
16
///
17
/// # Security
18
///
19
/// The Vault token is wrapped in `SecretString` to prevent accidental
20
/// exposure in logs, debug output, or memory dumps. The token is automatically
21
/// zeroized when the config is dropped.
22
#[derive(Clone, Serialize, Deserialize)]
23
#[allow(clippy::module_name_repetitions)]
24
pub struct VaultConfig {
25
    /// Vault server URL (e.g., "<https://vault.example.com:8200>")
26
    pub url: String,
27
    /// Vault authentication token for API access (securely stored)
28
    #[serde(serialize_with = "serialize_secret", deserialize_with = "deserialize_secret")]
29
    pub token: SecretString,
30
    /// Mount path for the secrets engine (e.g., "secret/")
31
    pub mount_path: String,
32
    /// Vault namespace for multi-tenant deployments (Enterprise feature)
33
    pub namespace: Option<String>,
34
}
35
36
/// Custom serializer for SecretString that prevents token exposure
37
0
fn serialize_secret<S>(_secret: &SecretString, serializer: S) -> Result<S::Ok, S::Error>
38
0
where
39
0
    S: serde::Serializer,
40
{
41
    // Serialize as redacted placeholder to prevent token exposure
42
0
    serializer.serialize_str("***REDACTED***")
43
0
}
44
45
/// Custom deserializer for SecretString
46
0
fn deserialize_secret<'de, D>(deserializer: D) -> Result<SecretString, D::Error>
47
0
where
48
0
    D: serde::Deserializer<'de>,
49
{
50
0
    let s = String::deserialize(deserializer)?;
51
0
    Ok(SecretString::from(s))
52
0
}
53
54
impl fmt::Debug for VaultConfig {
55
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
56
0
        f.debug_struct("VaultConfig")
57
0
            .field("url", &self.url)
58
0
            .field("token", &"***REDACTED***")
59
0
            .field("mount_path", &self.mount_path)
60
0
            .field("namespace", &self.namespace)
61
0
            .finish()
62
0
    }
63
}
64
65
impl Drop for VaultConfig {
66
0
    fn drop(&mut self) {
67
        // Explicitly zeroize the token when VaultConfig is dropped
68
        // This ensures the secret is cleared from memory
69
        // Note: SecretString already implements ZeroizeOnDrop, but we make it explicit
70
        // for documentation purposes
71
0
    }
72
}
73
74
impl VaultConfig {
75
    /// Creates a new VaultConfig with the specified parameters.
76
    ///
77
    /// # Security
78
    ///
79
    /// The token is immediately wrapped in a `SecretString` to prevent exposure.
80
    ///
81
    /// Consider using `from_env()` or loading from secure configuration
82
    /// sources instead of passing plain strings.
83
0
    pub fn new(url: String, token: String, mount_path: String) -> Self {
84
0
        Self {
85
0
            url,
86
0
            token: SecretString::from(token),
87
0
            mount_path,
88
0
            namespace: None,
89
0
        }
90
0
    }
91
92
    /// Sets the namespace for multi-tenant Vault deployments.
93
0
    pub fn with_namespace(mut self, namespace: String) -> Self {
94
0
        self.namespace = Some(namespace);
95
0
        self
96
0
    }
97
98
    /// Gets a reference to the secret token (requires explicit exposure)
99
    ///
100
    /// # Security
101
    ///
102
    /// This method requires the caller to explicitly acknowledge they are
103
    /// exposing the secret. Use only when necessary (e.g., when making
104
    ///
105
    /// API calls to Vault) and ensure the exposed value is not logged
106
    /// or stored in insecure locations.
107
0
    pub const fn token(&self) -> &SecretString {
108
0
        &self.token
109
0
    }
110
111
    /// Validates the vault configuration.
112
    ///
113
    /// # Security
114
    ///
115
    /// Validation checks length without exposing the token value.
116
    ///
117
    /// # Errors
118
    /// Returns error if the operation fails
119
0
    pub fn validate(&self) -> Result<(), String> {
120
0
        if self.url.is_empty() {
121
0
            return Err("Vault URL cannot be empty".to_owned());
122
0
        }
123
0
        if self.token.expose_secret().is_empty() {
124
0
            return Err("Vault token cannot be empty".to_owned());
125
0
        }
126
0
        if self.mount_path.is_empty() {
127
0
            return Err("Vault mount path cannot be empty".to_owned());
128
0
        }
129
0
        Ok(())
130
0
    }
131
}
132
133
#[cfg(test)]
134
mod tests {
135
    use super::*;
136
137
    fn create_test_config() -> VaultConfig {
138
        VaultConfig::new(
139
            "https://vault.example.com:8200".to_owned(),
140
            "test-token-12345".to_owned(),
141
            "secret/".to_owned(),
142
        )
143
    }
144
145
    #[test]
146
    fn test_vault_config_creation() {
147
        let config = create_test_config();
148
        assert_eq!(config.url, "https://vault.example.com:8200");
149
        assert_eq!(config.mount_path, "secret/");
150
        assert!(config.namespace.is_none());
151
    }
152
153
    #[test]
154
    fn test_vault_config_with_namespace() {
155
        let config = create_test_config().with_namespace("production".to_owned());
156
        assert_eq!(config.namespace.as_deref(), Some("production"));
157
    }
158
159
    #[test]
160
    fn test_vault_config_validation_success() {
161
        let config = create_test_config();
162
        assert!(config.validate().is_ok());
163
    }
164
165
    #[test]
166
    fn test_vault_config_validation_empty_url() {
167
        let mut config = create_test_config();
168
        config.url = String::new();
169
        assert!(config.validate().is_err());
170
        assert_eq!(config.validate().unwrap_err(), "Vault URL cannot be empty");
171
    }
172
173
    #[test]
174
    fn test_vault_config_validation_empty_token() {
175
        let mut config = create_test_config();
176
        config.token = SecretString::from(String::new());
177
        assert!(config.validate().is_err());
178
        assert_eq!(
179
            config.validate().unwrap_err(),
180
            "Vault token cannot be empty"
181
        );
182
    }
183
184
    #[test]
185
    fn test_vault_config_validation_empty_mount_path() {
186
        let mut config = create_test_config();
187
        config.mount_path = String::new();
188
        assert!(config.validate().is_err());
189
        assert_eq!(
190
            config.validate().unwrap_err(),
191
            "Vault mount path cannot be empty"
192
        );
193
    }
194
195
    #[test]
196
    fn test_vault_config_serialization() {
197
        let config = create_test_config();
198
        let serialized = serde_json::to_string(&config).unwrap();
199
        // Token should be redacted in serialization
200
        assert!(serialized.contains("***REDACTED***"));
201
        assert!(!serialized.contains("test-token-12345"));
202
    }
203
204
    #[test]
205
    fn test_vault_config_deserialization() {
206
        let config = create_test_config();
207
        let serialized = serde_json::to_string(&config).unwrap();
208
        let deserialized: VaultConfig = serde_json::from_str(&serialized).unwrap();
209
        assert_eq!(config.url, deserialized.url);
210
        assert_eq!(config.mount_path, deserialized.mount_path);
211
    }
212
213
    #[test]
214
    fn test_vault_config_clone() {
215
        let config1 = create_test_config();
216
        let config2 = config1.clone();
217
        assert_eq!(config1.url, config2.url);
218
    }
219
220
    #[test]
221
    fn test_vault_config_debug() {
222
        let config = create_test_config();
223
        let debug_output = format!("{:?}", config);
224
        assert!(debug_output.contains("VaultConfig"));
225
        assert!(debug_output.contains("***REDACTED***"));
226
        assert!(!debug_output.contains("test-token-12345"));
227
    }
228
229
    #[test]
230
    fn test_vault_config_namespace_none() {
231
        let config = create_test_config();
232
        assert!(config.namespace.is_none());
233
    }
234
235
    #[test]
236
    fn test_vault_config_namespace_some() {
237
        let config = create_test_config().with_namespace("dev".to_owned());
238
        assert!(config.namespace.is_some());
239
        assert_eq!(config.namespace.as_deref(), Some("dev"));
240
    }
241
242
    #[test]
243
    fn test_vault_config_token_not_exposed() {
244
        let config = create_test_config();
245
        // Verify token accessor works
246
        assert_eq!(config.token().expose_secret(), "test-token-12345");
247
    }
248
249
    #[test]
250
    fn test_vault_config_token_redacted_in_display() {
251
        let config = create_test_config();
252
        let debug_str = format!("{:?}", config);
253
        assert!(!debug_str.contains("test-token-12345"));
254
    }
255
}

\ No newline at end of file
diff --git a/coverage_report_common/html/index.html b/coverage_report_common/html/index.html
deleted file mode 100644
index 68008dada..000000000
--- a/coverage_report_common/html/index.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-17 09:01
Click here for information about interpreting this report.
FilenameFunction CoverageLine CoverageRegion CoverageBranch Coverage
common/src/database.rs
   0.00% (0/15)
   0.00% (0/136)
   0.00% (0/131)
- (0/0)
common/src/error.rs
 100.00% (17/17)
  98.69% (151/153)
  99.10% (220/222)
- (0/0)
common/src/market_data.rs
   0.00% (0/1)
   0.00% (0/8)
   0.00% (0/13)
- (0/0)
common/src/ml_strategy.rs
  87.50% (28/32)
  91.11% (246/270)
  91.20% (373/409)
- (0/0)
common/src/thresholds.rs
 100.00% (4/4)
 100.00% (21/21)
 100.00% (28/28)
- (0/0)
common/src/trading.rs
  87.50% (14/16)
  93.10% (81/87)
  95.68% (133/139)
- (0/0)
common/src/traits.rs
   0.00% (0/2)
   0.00% (0/6)
   0.00% (0/6)
- (0/0)
common/src/types.rs
  57.69% (225/390)
  56.93% (1236/2171)
  56.35% (1771/3143)
- (0/0)
config/src/asset_classification.rs
   0.00% (0/19)
   0.00% (0/307)
   0.00% (0/262)
- (0/0)
config/src/data_config.rs
   0.00% (0/13)
   0.00% (0/145)
   0.00% (0/71)
- (0/0)
config/src/data_providers.rs
   0.00% (0/21)
   0.00% (0/113)
   0.00% (0/121)
- (0/0)
config/src/database.rs
   0.00% (0/7)
   0.00% (0/52)
   0.00% (0/34)
- (0/0)
config/src/lib.rs
   0.00% (0/2)
   0.00% (0/11)
   0.00% (0/15)
- (0/0)
config/src/manager.rs
   0.00% (0/17)
   0.00% (0/132)
   0.00% (0/168)
- (0/0)
config/src/ml_config.rs
   0.00% (0/4)
   0.00% (0/136)
   0.00% (0/55)
- (0/0)
config/src/risk_config.rs
   0.00% (0/5)
   0.00% (0/190)
   0.00% (0/334)
- (0/0)
config/src/runtime.rs
   0.00% (0/34)
   0.00% (0/344)
   0.00% (0/409)
- (0/0)
config/src/schemas.rs
   0.00% (0/6)
   0.00% (0/90)
   0.00% (0/154)
- (0/0)
config/src/storage_config.rs
   0.00% (0/5)
   0.00% (0/26)
   0.00% (0/26)
- (0/0)
config/src/structures.rs
   0.00% (0/27)
   0.00% (0/350)
   0.00% (0/296)
- (0/0)
config/src/symbol_config.rs
   0.00% (0/44)
   0.00% (0/326)
   0.00% (0/347)
- (0/0)
config/src/vault.rs
   0.00% (0/8)
   0.00% (0/48)
   0.00% (0/56)
- (0/0)
Totals
  41.80% (288/689)
  33.87% (1735/5122)
  39.21% (2525/6439)
- (0/0)
Generated by llvm-cov -- llvm version 20.1.7-rust-1.89.0-stable

\ No newline at end of file
diff --git a/coverage_report_common/html/style.css b/coverage_report_common/html/style.css
deleted file mode 100644
index ae4f09f69..000000000
--- a/coverage_report_common/html/style.css
+++ /dev/null
@@ -1,194 +0,0 @@
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-  tr:hover {
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-  tr:has(> td >a:target), tr:has(> td.uncovered-line.selected) {
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diff --git a/coverage_risk/html/control.js b/coverage_risk/html/control.js
deleted file mode 100644
index 5897b005c..000000000
--- a/coverage_risk/html/control.js
+++ /dev/null
@@ -1,99 +0,0 @@
-
-function next_uncovered(selector, reverse, scroll_selector) {
-  function visit_element(element) {
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-  const uncovered = select_one();
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-  if (uncovered) {
-    visit_element(uncovered);
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-function next_line(reverse) {
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diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/database.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/database.rs.html
deleted file mode 100644
index 9f430f85f..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/database.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/database.rs
Line
Count
Source
1
//! Database connection utilities and configurations
2
//!
3
//! This module provides shared database connection management utilities
4
//! that can be used across all Foxhunt services.
5
6
use serde::{Deserialize, Serialize};
7
use sqlx::{Pool, Postgres};
8
use std::time::Duration;
9
use thiserror::Error;
10
11
// Import centralized database configuration
12
pub use config::database::DatabaseConfig;
13
use config::structures::BacktestingDatabaseConfig;
14
15
/// Database-specific errors
16
#[derive(Debug, Error)]
17
pub enum DatabaseError {
18
    /// Connection failed - wrapper around SQLx connection errors
19
    #[error("Connection failed: {0}")]
20
    Connection(#[from] sqlx::Error),
21
    /// Query exceeded maximum allowed execution time
22
    #[error("Query timeout: operation took {actual_ms}ms, max allowed {max_ms}ms")]
23
    QueryTimeout {
24
        /// Actual execution time in milliseconds
25
        actual_ms: u64,
26
        /// Maximum allowed execution time in milliseconds
27
        max_ms: u64,
28
    },
29
    /// Connection pool has no available connections
30
    #[error("Pool exhausted: no connections available")]
31
    PoolExhausted,
32
    /// Database configuration is invalid or missing required parameters
33
    #[error("Configuration error: {0}")]
34
    Configuration(String),
35
    /// Performance constraint violation detected
36
    #[error("Performance violation: {0}")]
37
    Performance(String),
38
}
39
40
/// Database connection configuration (local extended version)
41
#[derive(Debug, Clone, Deserialize, Serialize)]
42
pub struct LocalDatabaseConfig {
43
    /// Database connection URL
44
    pub url: String,
45
    /// Pool configuration
46
    pub pool: PoolConfig,
47
    /// Performance settings
48
    pub performance: PerformanceConfig,
49
}
50
51
/// Connection pool configuration
52
#[derive(Debug, Clone, Deserialize, Serialize)]
53
pub struct PoolConfig {
54
    /// Maximum number of connections in the pool
55
    pub max_connections: u32,
56
    /// Minimum number of connections to maintain
57
    pub min_connections: u32,
58
    /// Connection timeout in milliseconds
59
    pub connect_timeout_ms: u64,
60
    /// Connection acquire timeout in milliseconds
61
    pub acquire_timeout_ms: u64,
62
    /// Maximum connection lifetime in seconds
63
    pub max_lifetime_seconds: u64,
64
    /// Idle timeout in seconds
65
    pub idle_timeout_seconds: u64,
66
}
67
68
/// Performance configuration for HFT operations
69
#[derive(Debug, Clone, Deserialize, Serialize)]
70
pub struct PerformanceConfig {
71
    /// Query timeout in microseconds for HFT operations
72
    pub query_timeout_micros: u64,
73
    /// Enable connection prewarming
74
    pub enable_prewarming: bool,
75
    /// Enable statement preparation
76
    pub enable_prepared_statements: bool,
77
    /// Enable query logging for slow queries
78
    pub enable_slow_query_logging: bool,
79
    /// Slow query threshold in microseconds
80
    pub slow_query_threshold_micros: u64,
81
}
82
83
impl Default for LocalDatabaseConfig {
84
0
    fn default() -> Self {
85
0
        Self {
86
0
            url: "postgresql://foxhunt:password@localhost:5432/foxhunt".to_owned(),
87
0
            pool: PoolConfig::default(),
88
0
            performance: PerformanceConfig::default(),
89
0
        }
90
0
    }
91
}
92
93
impl Default for PoolConfig {
94
0
    fn default() -> Self {
95
0
        Self {
96
0
            max_connections: 50,
97
0
            min_connections: 10,
98
0
            connect_timeout_ms: 100,
99
0
            acquire_timeout_ms: 50,
100
0
            max_lifetime_seconds: 3600,
101
0
            idle_timeout_seconds: 300,
102
0
        }
103
0
    }
104
}
105
106
impl Default for PerformanceConfig {
107
0
    fn default() -> Self {
108
0
        Self {
109
0
            query_timeout_micros: 800, // <1ms for HFT operations
110
0
            enable_prewarming: true,
111
0
            enable_prepared_statements: true,
112
0
            enable_slow_query_logging: true,
113
0
            slow_query_threshold_micros: 1000, // Log queries >1ms
114
0
        }
115
0
    }
116
}
117
118
/// Convert from centralized config to common crate config with HFT optimizations
119
impl From<DatabaseConfig> for LocalDatabaseConfig {
120
0
    fn from(config: DatabaseConfig) -> Self {
121
0
        Self {
122
0
            url: config.url,
123
0
            pool: PoolConfig {
124
0
                max_connections: config.max_connections,
125
0
                min_connections: (config.max_connections / 5).max(2), // 20% of max, min 2
126
0
                connect_timeout_ms: config.connect_timeout.as_millis().min(100) as u64, // Convert to ms, cap at 100ms for HFT
127
0
                acquire_timeout_ms: 50,     // Fast acquire for HFT
128
0
                max_lifetime_seconds: 3600, // 1 hour default
129
0
                idle_timeout_seconds: 300,  // 5 minutes default
130
0
            },
131
0
            performance: PerformanceConfig {
132
0
                query_timeout_micros: config.query_timeout.as_micros().min(800) as u64, // Convert to microseconds, cap at 800μs for HFT
133
0
                enable_prewarming: true,
134
0
                enable_prepared_statements: true,
135
0
                enable_slow_query_logging: config.enable_query_logging,
136
0
                slow_query_threshold_micros: 1000, // 1ms threshold
137
0
            },
138
0
        }
139
0
    }
140
}
141
142
/// Convert from backtesting config to common crate config with backtesting optimizations
143
impl From<BacktestingDatabaseConfig> for LocalDatabaseConfig {
144
0
    fn from(config: BacktestingDatabaseConfig) -> Self {
145
0
        let max_conn = config.max_connections.unwrap_or(10);
146
0
        Self {
147
0
            url: config.database_url,
148
0
            pool: PoolConfig {
149
0
                max_connections: max_conn,
150
0
                min_connections: (max_conn / 4).max(2), // 25% of max, min 2
151
0
                connect_timeout_ms: config.acquire_timeout_ms.unwrap_or(1000), // Use acquire timeout as connection timeout
152
0
                acquire_timeout_ms: 100,    // Less strict for backtesting
153
0
                max_lifetime_seconds: 3600, // 1 hour default
154
0
                idle_timeout_seconds: 600,  // 10 minutes for backtesting
155
0
            },
156
0
            performance: PerformanceConfig {
157
0
                query_timeout_micros: 10000, // 10ms default for backtesting queries
158
0
                enable_prewarming: true,
159
0
                enable_prepared_statements: true,
160
0
                enable_slow_query_logging: config.enable_logging.unwrap_or(false),
161
0
                slow_query_threshold_micros: 5000, // 5ms threshold for backtesting
162
0
            },
163
0
        }
164
0
    }
165
}
166
167
/// Database connection pool wrapper
168
#[derive(Debug)]
169
pub struct DatabasePool {
170
    pool: Pool<Postgres>,
171
    config: LocalDatabaseConfig,
172
}
173
174
impl DatabasePool {
175
    /// Create a new database connection pool
176
0
    pub async fn new(config: LocalDatabaseConfig) -> Result<Self, DatabaseError> {
177
        use sqlx::postgres::{PgConnectOptions, PgPoolOptions};
178
179
        // Parse connection options
180
0
        let mut connect_options: PgConnectOptions = config
181
0
            .url
182
0
            .parse()
183
0
            .map_err(|e| DatabaseError::Configuration(format!("Invalid URL: {}", e)))?;
184
185
        // Configure connection-level optimizations
186
0
        connect_options = connect_options
187
0
            .application_name("foxhunt-service")
188
0
            .statement_cache_capacity(1000);
189
190
        // Create connection pool with optimized settings
191
0
        let pool = PgPoolOptions::new()
192
0
            .max_connections(config.pool.max_connections)
193
0
            .min_connections(config.pool.min_connections)
194
0
            .acquire_timeout(Duration::from_millis(config.pool.acquire_timeout_ms))
195
0
            .max_lifetime(Duration::from_secs(config.pool.max_lifetime_seconds))
196
0
            .idle_timeout(Duration::from_secs(config.pool.idle_timeout_seconds))
197
0
            .test_before_acquire(true)
198
0
            .connect_with(connect_options)
199
0
            .await
200
0
            .map_err(DatabaseError::Connection)?;
201
202
        // Pre-warm connections if enabled
203
0
        if config.performance.enable_prewarming {
204
0
            for _ in 0..config.pool.min_connections {
205
0
                let _conn = pool.acquire().await.map_err(DatabaseError::Connection)?;
206
0
                sqlx::query("SELECT 1")
207
0
                    .fetch_one(&pool)
208
0
                    .await
209
0
                    .map_err(DatabaseError::Connection)?;
210
            }
211
0
        }
212
213
0
        Ok(Self { pool, config })
214
0
    }
215
216
    /// Get the underlying connection pool
217
0
    pub const fn pool(&self) -> &Pool<Postgres> {
218
0
        &self.pool
219
0
    }
220
221
    /// Get current configuration
222
0
    pub const fn config(&self) -> &LocalDatabaseConfig {
223
0
        &self.config
224
0
    }
225
226
    /// Health check for the database connection
227
0
    pub async fn health_check(&self) -> Result<(), DatabaseError> {
228
0
        let result = tokio::time::timeout(
229
0
            Duration::from_millis(100),
230
0
            sqlx::query("SELECT 1").fetch_one(&self.pool),
231
0
        )
232
0
        .await;
233
234
0
        match result {
235
0
            Ok(Ok(_)) => Ok(()),
236
0
            Ok(Err(e)) => Err(DatabaseError::Connection(e)),
237
0
            Err(_) => Err(DatabaseError::QueryTimeout {
238
0
                actual_ms: 100,
239
0
                max_ms: 100,
240
0
            }),
241
        }
242
0
    }
243
244
    /// Get connection pool statistics
245
0
    pub fn pool_stats(&self) -> PoolStats {
246
0
        PoolStats {
247
0
            size: self.pool.size(),
248
0
            idle: self.pool.num_idle() as u32,
249
0
            active: self.pool.size() - self.pool.num_idle() as u32,
250
0
            max_size: self.config.pool.max_connections,
251
0
        }
252
0
    }
253
}
254
255
/// Connection pool statistics
256
#[derive(Debug, Clone, Serialize, Deserialize)]
257
pub struct PoolStats {
258
    /// Current pool size
259
    pub size: u32,
260
    /// Number of idle connections
261
    pub idle: u32,
262
    /// Number of active connections
263
    pub active: u32,
264
    /// Maximum pool size
265
    pub max_size: u32,
266
}
267
268
impl PoolStats {
269
    /// Calculate pool utilization percentage
270
0
    pub fn utilization_percentage(&self) -> f64 {
271
0
        (self.active as f64 / self.max_size as f64) * 100.0
272
0
    }
273
274
    /// Check if pool is healthy (not over-utilized)
275
0
    pub fn is_healthy(&self) -> bool {
276
0
        self.utilization_percentage() < 80.0
277
0
    }
278
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/error.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/error.rs.html
deleted file mode 100644
index ff95eb644..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/error.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/error.rs
Line
Count
Source
1
//! Common error types and utilities
2
//!
3
//! This module provides shared error types and utilities used across
4
//! all Foxhunt services.
5
6
use serde::{Deserialize, Serialize};
7
use std::fmt;
8
use std::time::Duration;
9
use thiserror::Error;
10
11
/// Common error type for all Foxhunt services
12
#[derive(Debug, Error)]
13
pub enum CommonError {
14
    /// Database operation failed - wraps database-specific errors
15
    #[error("Database error: {0}")]
16
    Database(#[from] crate::database::DatabaseError),
17
    /// Configuration is invalid or missing required parameters
18
    #[error("Configuration error: {0}")]
19
    Configuration(String),
20
    /// Network communication error occurred
21
    #[error("Network error: {0}")]
22
    Network(String),
23
    /// Service-specific error with categorization for metrics
24
    #[error("Service error: {category} - {message}")]
25
    Service {
26
        /// Error category for classification
27
        category: ErrorCategory,
28
        /// Descriptive error message
29
        message: String,
30
    },
31
    /// Input validation failed
32
    #[error("Validation error: {0}")]
33
    Validation(String),
34
    /// Operation exceeded maximum allowed execution time
35
    #[error("Timeout error: operation took {actual_ms}ms, max allowed {max_ms}ms")]
36
    Timeout {
37
        /// Actual execution time in milliseconds
38
        actual_ms: u64,
39
        /// Maximum allowed execution time in milliseconds
40
        max_ms: u64,
41
    },
42
}
43
44
/// Error categories for classification and metrics
45
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
46
pub enum ErrorCategory {
47
    /// Market data related errors
48
    MarketData,
49
    /// Trading and order management errors
50
    Trading,
51
    /// Network and communication errors
52
    Network,
53
    /// System and infrastructure errors
54
    System,
55
    /// Configuration errors
56
    Configuration,
57
    /// Validation errors
58
    Validation,
59
    /// Critical errors requiring immediate attention
60
    Critical,
61
    /// Connection errors (data providers)
62
    Connection,
63
    /// Authentication errors
64
    Authentication,
65
    /// Rate limiting errors
66
    RateLimit,
67
    /// Data parsing errors
68
    Parse,
69
    /// Subscription errors
70
    Subscription,
71
    /// Financial safety and calculation errors
72
    FinancialSafety,
73
    /// Risk management and circuit breakers
74
    RiskManagement,
75
    /// Database and persistence layer
76
    Database,
77
    /// Broker connectivity and execution
78
    Broker,
79
    /// Machine learning and AI errors
80
    MachineLearning,
81
    /// Security and authentication errors
82
    Security,
83
    /// Business logic errors
84
    BusinessLogic,
85
    /// Resource errors (not found, conflicts)
86
    Resource,
87
    /// Development and testing errors
88
    Development,
89
    /// Risk management errors
90
    Risk,
91
    /// Machine learning errors (alias for MachineLearning)
92
    ML,
93
    /// Unknown/other errors
94
    Other,
95
}
96
97
impl fmt::Display for ErrorCategory {
98
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
99
0
        match self {
100
0
            Self::MarketData => write!(f, "MARKET_DATA"),
101
0
            Self::Trading => write!(f, "TRADING"),
102
0
            Self::Network => write!(f, "NETWORK"),
103
0
            Self::System => write!(f, "SYSTEM"),
104
0
            Self::Configuration => write!(f, "CONFIGURATION"),
105
0
            Self::Validation => write!(f, "VALIDATION"),
106
0
            Self::Critical => write!(f, "CRITICAL"),
107
0
            Self::Connection => write!(f, "CONNECTION"),
108
0
            Self::Authentication => write!(f, "AUTHENTICATION"),
109
0
            Self::RateLimit => write!(f, "RATE_LIMIT"),
110
0
            Self::Parse => write!(f, "PARSE"),
111
0
            Self::Subscription => write!(f, "SUBSCRIPTION"),
112
0
            Self::FinancialSafety => write!(f, "FINANCIAL_SAFETY"),
113
0
            Self::RiskManagement => write!(f, "RISK_MANAGEMENT"),
114
0
            Self::Database => write!(f, "DATABASE"),
115
0
            Self::Broker => write!(f, "BROKER"),
116
0
            Self::MachineLearning => write!(f, "MACHINE_LEARNING"),
117
0
            Self::Security => write!(f, "SECURITY"),
118
0
            Self::BusinessLogic => write!(f, "BUSINESS_LOGIC"),
119
0
            Self::Resource => write!(f, "RESOURCE"),
120
0
            Self::Development => write!(f, "DEVELOPMENT"),
121
0
            Self::Risk => write!(f, "RISK"),
122
0
            Self::ML => write!(f, "ML"),
123
0
            Self::Other => write!(f, "OTHER"),
124
        }
125
0
    }
126
}
127
128
/// Error severity levels for prioritization and alerting
129
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
130
pub enum ErrorSeverity {
131
    /// Debug level - for development and troubleshooting
132
    Debug,
133
    /// Info level - informational messages
134
    Info,
135
    /// Warning level - potentially problematic situations
136
    Warn,
137
    /// Error level - error conditions that should be addressed
138
    Error,
139
    /// Critical level - serious error conditions requiring immediate attention
140
    Critical,
141
}
142
143
impl fmt::Display for ErrorSeverity {
144
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
145
0
        match self {
146
0
            Self::Debug => write!(f, "DEBUG"),
147
0
            Self::Info => write!(f, "INFO"),
148
0
            Self::Warn => write!(f, "WARN"),
149
0
            Self::Error => write!(f, "ERROR"),
150
0
            Self::Critical => write!(f, "CRITICAL"),
151
        }
152
0
    }
153
}
154
155
/// Retry strategies for error recovery
156
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
157
pub enum RetryStrategy {
158
    /// Do not retry - error is permanent
159
    NoRetry,
160
    /// Retry immediately without delay
161
    Immediate,
162
    /// Linear backoff with fixed intervals
163
    Linear {
164
        /// Base delay in milliseconds between retries
165
        base_delay_ms: u64,
166
    },
167
    /// Exponential backoff with jitter
168
    Exponential {
169
        /// Base delay in milliseconds for exponential backoff
170
        base_delay_ms: u64,
171
        /// Maximum delay cap in milliseconds
172
        max_delay_ms: u64,
173
    },
174
    /// Wait for circuit breaker to close
175
    CircuitBreaker,
176
}
177
178
impl RetryStrategy {
179
    /// Calculate delay for retry attempt
180
    #[must_use]
181
0
    pub fn calculate_delay(&self, attempt: u32) -> Option<Duration> {
182
0
        match self {
183
0
            Self::NoRetry => None,
184
0
            Self::Immediate => Some(Duration::from_millis(0)),
185
0
            Self::Linear { base_delay_ms } => {
186
0
                Some(Duration::from_millis(base_delay_ms * u64::from(attempt)))
187
            },
188
            Self::Exponential {
189
0
                base_delay_ms,
190
0
                max_delay_ms,
191
            } => {
192
0
                let delay_ms = base_delay_ms * 2_u64.pow(attempt.min(10));
193
0
                let capped_delay = delay_ms.min(*max_delay_ms);
194
195
                // Add simple jitter (±10%)
196
0
                let jitter_ms = capped_delay / 10;
197
0
                let final_delay = capped_delay.saturating_sub(jitter_ms / 2);
198
199
0
                Some(Duration::from_millis(final_delay))
200
            },
201
0
            Self::CircuitBreaker => Some(Duration::from_secs(30)),
202
        }
203
0
    }
204
205
    /// Get maximum recommended retry attempts
206
    #[must_use]
207
0
    pub const fn max_attempts(&self) -> Option<u32> {
208
0
        match self {
209
0
            Self::NoRetry => Some(0),
210
0
            Self::Immediate => Some(3),
211
0
            Self::Linear { .. } => Some(5),
212
0
            Self::Exponential { .. } => Some(7),
213
0
            Self::CircuitBreaker => Some(1),
214
        }
215
0
    }
216
}
217
218
/// Convenience functions for creating common errors
219
impl CommonError {
220
    /// Create a configuration error
221
0
    pub fn config<S: Into<String>>(message: S) -> Self {
222
0
        Self::Configuration(message.into())
223
0
    }
224
225
    /// Create a network error
226
0
    pub fn network<S: Into<String>>(message: S) -> Self {
227
0
        Self::Network(message.into())
228
0
    }
229
230
    /// Create a service error with category
231
0
    pub fn service<S: Into<String>>(category: ErrorCategory, message: S) -> Self {
232
0
        Self::Service {
233
0
            category,
234
0
            message: message.into(),
235
0
        }
236
0
    }
237
238
    /// Create a validation error
239
0
    pub fn validation<S: Into<String>>(message: S) -> Self {
240
0
        Self::Validation(message.into())
241
0
    }
242
243
    /// Create a timeout error
244
0
    pub fn timeout(actual_ms: u64, max_ms: u64) -> Self {
245
0
        Self::Timeout { actual_ms, max_ms }
246
0
    }
247
248
    /// Create a machine learning specific service error
249
0
    pub fn ml<S: Into<String>, M: Into<String>>(model_name: S, message: M) -> Self {
250
0
        Self::Service {
251
0
            category: ErrorCategory::MachineLearning,
252
0
            message: format!("{}: {}", model_name.into(), message.into()),
253
0
        }
254
0
    }
255
256
    /// Create a serialization error
257
0
    pub fn serialization<S: Into<String>>(message: S) -> Self {
258
0
        Self::Service {
259
0
            category: ErrorCategory::Parse,
260
0
            message: format!("Serialization error: {}", message.into()),
261
0
        }
262
0
    }
263
264
    /// Create an internal error
265
0
    pub fn internal<S: Into<String>>(message: S) -> Self {
266
0
        Self::Service {
267
0
            category: ErrorCategory::System,
268
0
            message: format!("Internal error: {}", message.into()),
269
0
        }
270
0
    }
271
272
    /// Create a resource exhausted error
273
0
    pub fn resource_exhausted<S: Into<String>>(resource: S) -> Self {
274
0
        Self::Service {
275
0
            category: ErrorCategory::Resource,
276
0
            message: format!("Resource exhausted: {}", resource.into()),
277
0
        }
278
0
    }
279
280
    /// Get the error category for classification and metrics
281
0
    pub fn category(&self) -> ErrorCategory {
282
0
        match self {
283
0
            Self::Database(_) => ErrorCategory::Database,
284
0
            Self::Configuration(_) => ErrorCategory::Configuration,
285
0
            Self::Network(_) => ErrorCategory::Network,
286
0
            Self::Service { category, .. } => *category,
287
0
            Self::Validation(_) => ErrorCategory::Validation,
288
0
            Self::Timeout { .. } => ErrorCategory::System,
289
        }
290
0
    }
291
292
    /// Get error severity level
293
0
    pub fn severity(&self) -> ErrorSeverity {
294
0
        match self {
295
0
            Self::Database(_) => ErrorSeverity::Critical,
296
0
            Self::Configuration(_) => ErrorSeverity::Critical,
297
0
            Self::Network(_) => ErrorSeverity::Error,
298
0
            Self::Service { category, .. } => match category {
299
                ErrorCategory::Critical
300
                | ErrorCategory::FinancialSafety
301
0
                | ErrorCategory::Authentication => ErrorSeverity::Critical,
302
                ErrorCategory::Trading
303
                | ErrorCategory::RiskManagement
304
0
                | ErrorCategory::Database => ErrorSeverity::Error,
305
0
                _ => ErrorSeverity::Warn,
306
            },
307
0
            Self::Validation(_) => ErrorSeverity::Warn,
308
0
            Self::Timeout { .. } => ErrorSeverity::Error,
309
        }
310
0
    }
311
312
    /// Check if the error is retryable
313
0
    pub fn is_retryable(&self) -> bool {
314
0
        match self {
315
0
            Self::Database(_) => true,       // Database operations can be retried
316
0
            Self::Configuration(_) => false, // Configuration errors are permanent
317
0
            Self::Network(_) => true,        // Network errors are often transient
318
0
            Self::Service { category, .. } => !matches!(
319
0
                category,
320
                ErrorCategory::Authentication
321
                    | ErrorCategory::Configuration
322
                    | ErrorCategory::Validation
323
            ),
324
0
            Self::Validation(_) => false, // Validation errors are permanent
325
0
            Self::Timeout { .. } => true, // Timeouts can be retried
326
        }
327
0
    }
328
329
    /// Get retry strategy for this error
330
0
    pub fn retry_strategy(&self) -> RetryStrategy {
331
0
        if !self.is_retryable() {
332
0
            return RetryStrategy::NoRetry;
333
0
        }
334
335
0
        match self {
336
0
            Self::Database(_) => RetryStrategy::Exponential {
337
0
                base_delay_ms: 1000,
338
0
                max_delay_ms: 10000,
339
0
            },
340
0
            Self::Network(_) => RetryStrategy::Linear { base_delay_ms: 500 },
341
0
            Self::Service { category, .. } => match category {
342
                ErrorCategory::Network | ErrorCategory::Connection => {
343
0
                    RetryStrategy::Linear { base_delay_ms: 500 }
344
                },
345
0
                ErrorCategory::RateLimit => RetryStrategy::Exponential {
346
0
                    base_delay_ms: 5000,
347
0
                    max_delay_ms: 60000,
348
0
                },
349
0
                _ => RetryStrategy::Immediate,
350
            },
351
0
            Self::Timeout { .. } => RetryStrategy::Linear {
352
0
                base_delay_ms: 1000,
353
0
            },
354
0
            _ => RetryStrategy::NoRetry,
355
        }
356
0
    }
357
}
358
359
/// Result type for common operations
360
pub type CommonResult<T> = Result<T, CommonError>;

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/trading.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/trading.rs.html
deleted file mode 100644
index 2e9f842d6..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/trading.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/trading.rs
Line
Count
Source
1
//! Trading-specific types and enums
2
//!
3
//! This module contains the canonical definitions for all trading-related
4
//! types used across the Foxhunt HFT system. This is the single source
5
//! of truth for all trading types.
6
7
use chrono::{DateTime, Utc};
8
use rust_decimal::Decimal;
9
use serde::{Deserialize, Serialize};
10
use std::fmt;
11
12
// ELIMINATED: Re-exports removed to force explicit imports
13
// REMOVED: TimeInForce duplicate - use canonical definition from common::types
14
15
// Currency moved to canonical source: common::types::Currency
16
17
/// Tick type for market data
18
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
19
#[cfg_attr(feature = "database", derive(sqlx::Type))]
20
#[cfg_attr(
21
    feature = "database",
22
    sqlx(type_name = "tick_type", rename_all = "snake_case")
23
)]
24
pub enum TickType {
25
    /// Trade tick
26
    Trade,
27
    /// Bid price update
28
    Bid,
29
    /// Ask price update
30
    Ask,
31
    /// Quote update (bid and ask)
32
    Quote,
33
}
34
35
impl fmt::Display for TickType {
36
    /// Format the tick type for display
37
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
38
0
        match self {
39
0
            Self::Trade => write!(f, "TRADE"),
40
0
            Self::Bid => write!(f, "BID"),
41
0
            Self::Ask => write!(f, "ASK"),
42
0
            Self::Quote => write!(f, "QUOTE"),
43
        }
44
0
    }
45
}
46
47
/// Order book action type
48
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
49
pub enum BookAction {
50
    /// Update price level
51
    Update,
52
    /// Delete price level
53
    Delete,
54
    /// Clear entire book
55
    Clear,
56
}
57
58
impl fmt::Display for BookAction {
59
    /// Format the book action for display
60
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
61
0
        match self {
62
0
            Self::Update => write!(f, "UPDATE"),
63
0
            Self::Delete => write!(f, "DELETE"),
64
0
            Self::Clear => write!(f, "CLEAR"),
65
        }
66
0
    }
67
}
68
69
/// Market regime classification
70
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
71
pub enum MarketRegime {
72
    /// Normal market conditions
73
    Normal,
74
    /// Crisis/stress market conditions
75
    Crisis,
76
    /// Trending market (strong directional movement)
77
    Trending,
78
    /// Sideways/ranging market (low volatility)
79
    Sideways,
80
    /// Bull market (sustained upward trend)
81
    Bull,
82
    /// Bear market (sustained downward trend)
83
    Bear,
84
}
85
86
impl fmt::Display for MarketRegime {
87
    /// Format the market regime for display
88
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
89
0
        match self {
90
0
            Self::Normal => write!(f, "NORMAL"),
91
0
            Self::Crisis => write!(f, "CRISIS"),
92
0
            Self::Trending => write!(f, "TRENDING"),
93
0
            Self::Sideways => write!(f, "SIDEWAYS"),
94
0
            Self::Bull => write!(f, "BULL"),
95
0
            Self::Bear => write!(f, "BEAR"),
96
        }
97
0
    }
98
}
99
100
/// Core Quantity type using fixed-point arithmetic for precise calculations
101
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
102
pub struct Quantity {
103
    /// Internal representation using 6 decimal places (scale factor of 1,000,000)
104
    value: u64,
105
}
106
107
impl Quantity {
108
    /// Scale factor for fixed-point arithmetic (6 decimal places)
109
    pub const SCALE: u64 = 1_000_000;
110
111
    /// Zero quantity
112
    pub const ZERO: Self = Self { value: 0 };
113
114
    /// Create a new quantity from a floating-point value
115
0
    pub fn new(value: f64) -> Result<Self, &'static str> {
116
0
        if value < 0.0 {
117
0
            return Err("Quantity cannot be negative");
118
0
        }
119
0
        if !value.is_finite() {
120
0
            return Err("Quantity must be finite");
121
0
        }
122
123
0
        let scaled = (value * Self::SCALE as f64).round() as u64;
124
0
        Ok(Self { value: scaled })
125
0
    }
126
127
    /// Create from raw internal value
128
0
    pub const fn from_raw(value: u64) -> Self {
129
0
        Self { value }
130
0
    }
131
132
    /// Get raw internal value
133
0
    pub const fn raw(&self) -> u64 {
134
0
        self.value
135
0
    }
136
137
    /// Convert to floating-point value
138
0
    pub fn to_f64(&self) -> f64 {
139
0
        self.value as f64 / Self::SCALE as f64
140
0
    }
141
142
    /// Convert to decimal
143
0
    pub fn to_decimal(&self) -> Decimal {
144
0
        Decimal::new(self.value as i64, 6)
145
0
    }
146
147
    /// Add two quantities
148
0
    pub fn add(&self, other: Self) -> Self {
149
0
        Self {
150
0
            value: self.value + other.value,
151
0
        }
152
0
    }
153
154
    /// Subtract two quantities
155
0
    pub fn subtract(&self, other: Self) -> Self {
156
0
        Self {
157
0
            value: self.value.saturating_sub(other.value),
158
0
        }
159
0
    }
160
}
161
162
impl fmt::Display for Quantity {
163
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
164
0
        write!(f, "{:.6}", self.to_f64())
165
0
    }
166
}
167
168
impl std::ops::Add for Quantity {
169
    type Output = Self;
170
171
0
    fn add(self, other: Self) -> Self::Output {
172
0
        Self {
173
0
            value: self.value + other.value,
174
0
        }
175
0
    }
176
}
177
178
impl std::ops::Sub for Quantity {
179
    type Output = Self;
180
181
0
    fn sub(self, other: Self) -> Self::Output {
182
0
        Self {
183
0
            value: self.value.saturating_sub(other.value),
184
0
        }
185
0
    }
186
}
187
188
/// Order event for tracking order lifecycle
189
#[derive(Debug, Clone, Serialize, Deserialize)]
190
pub struct OrderEvent {
191
    /// Unique order identifier
192
    pub order_id: String,
193
    /// Trading symbol
194
    pub symbol: String,
195
    /// Order type (Market, Limit, etc.)
196
    pub order_type: OrderType,
197
    /// Order side (Buy/Sell)
198
    pub side: OrderSide,
199
    /// Order quantity
200
    pub quantity: Quantity,
201
    /// Order price (None for market orders)
202
    pub price: Option<Decimal>,
203
    /// Event timestamp
204
    pub timestamp: DateTime<Utc>,
205
    /// Strategy identifier
206
    pub strategy_id: String,
207
    /// Type of order event
208
    pub event_type: OrderEventType,
209
    /// Previous quantity for modifications
210
    pub previous_quantity: Option<Quantity>,
211
    /// Previous price for modifications
212
    pub previous_price: Option<Decimal>,
213
    /// Reason for cancellation or modification
214
    pub reason: Option<String>,
215
}
216
217
/// Types of order events
218
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
219
pub enum OrderEventType {
220
    /// Order was placed
221
    Placed,
222
    /// Order was modified
223
    Modified,
224
    /// Order was cancelled
225
    Cancelled,
226
    /// Order was rejected
227
    Rejected,
228
    /// Order expired
229
    Expired,
230
}
231
232
impl fmt::Display for OrderEventType {
233
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
234
0
        match self {
235
0
            Self::Placed => write!(f, "PLACED"),
236
0
            Self::Modified => write!(f, "MODIFIED"),
237
0
            Self::Cancelled => write!(f, "CANCELLED"),
238
0
            Self::Rejected => write!(f, "REJECTED"),
239
0
            Self::Expired => write!(f, "EXPIRED"),
240
        }
241
0
    }
242
}
243
244
/// Order type enumeration
245
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
246
pub enum OrderType {
247
    /// Market order - execute immediately at best available price
248
    Market,
249
    /// Limit order - execute only at specified price or better
250
    Limit,
251
    /// Stop order - becomes market order when stop price is reached
252
    Stop,
253
    /// Stop-limit order - becomes limit order when stop price is reached
254
    StopLimit,
255
}
256
257
impl fmt::Display for OrderType {
258
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
259
0
        match self {
260
0
            Self::Market => write!(f, "MARKET"),
261
0
            Self::Limit => write!(f, "LIMIT"),
262
0
            Self::Stop => write!(f, "STOP"),
263
0
            Self::StopLimit => write!(f, "STOP_LIMIT"),
264
        }
265
0
    }
266
}
267
268
/// Order side enumeration
269
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
270
pub enum OrderSide {
271
    /// Buy order
272
    Buy,
273
    /// Sell order
274
    Sell,
275
}
276
277
impl fmt::Display for OrderSide {
278
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
279
0
        match self {
280
0
            Self::Buy => write!(f, "BUY"),
281
0
            Self::Sell => write!(f, "SELL"),
282
        }
283
0
    }
284
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/traits.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/traits.rs.html
deleted file mode 100644
index 088329cf3..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/traits.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/traits.rs
Line
Count
Source
1
//! Common traits used across services
2
//!
3
//! This module provides shared traits that define common interfaces
4
//! for services in the Foxhunt HFT trading system.
5
6
use crate::error::CommonResult;
7
use crate::types::{ServiceStatus, Timestamp};
8
use async_trait::async_trait;
9
use serde::{Deserialize, Serialize};
10
use std::collections::HashMap;
11
12
/// Trait for configurable components
13
#[async_trait]
14
pub trait Configurable {
15
    /// Configuration type for this component
16
    type Config: Clone + Send + Sync;
17
18
    /// Apply configuration changes
19
    async fn configure(&mut self, config: Self::Config) -> CommonResult<()>;
20
21
    /// Get current configuration
22
    fn get_config(&self) -> &Self::Config;
23
24
    /// Validate configuration before applying
25
    fn validate_config(config: &Self::Config) -> CommonResult<()>;
26
}
27
28
/// Trait for health check capabilities
29
#[async_trait]
30
pub trait HealthCheck {
31
    /// Perform a health check
32
    async fn health_check(&self) -> CommonResult<HealthStatus>;
33
34
    /// Get detailed health information
35
    async fn detailed_health(&self) -> CommonResult<DetailedHealth>;
36
}
37
38
/// Health status for components
39
#[derive(Debug, Clone, Serialize, Deserialize)]
40
pub struct HealthStatus {
41
    /// Overall health status
42
    pub status: ServiceStatus,
43
    /// Timestamp of the health check
44
    pub timestamp: Timestamp,
45
    /// Optional message
46
    pub message: Option<String>,
47
}
48
49
/// Detailed health information
50
#[derive(Debug, Clone, Serialize, Deserialize)]
51
pub struct DetailedHealth {
52
    /// Basic health status
53
    pub status: HealthStatus,
54
    /// Component-specific metrics
55
    pub metrics: HashMap<String, f64>,
56
    /// Sub-component health statuses
57
    pub components: HashMap<String, HealthStatus>,
58
}
59
60
/// Trait for metrics collection
61
pub trait Metrics {
62
    /// Metrics type for this component
63
    type Metrics: Clone + Send + Sync + Serialize;
64
65
    /// Get current metrics
66
    fn get_metrics(&self) -> Self::Metrics;
67
68
    /// Reset metrics counters
69
    fn reset_metrics(&mut self);
70
}
71
72
/// Trait for service lifecycle management
73
#[async_trait]
74
pub trait Service: Send + Sync {
75
    /// Start the service
76
    async fn start(&mut self) -> CommonResult<()>;
77
78
    /// Stop the service gracefully
79
    async fn stop(&mut self) -> CommonResult<()>;
80
81
    /// Get current service status
82
    fn status(&self) -> ServiceStatus;
83
84
    /// Get service name
85
    fn name(&self) -> &str;
86
87
    /// Get service version
88
    fn version(&self) -> &str;
89
}
90
91
/// Trait for components that can be reloaded
92
#[async_trait]
93
pub trait Reloadable {
94
    /// Reload the component (hot reload)
95
    async fn reload(&mut self) -> CommonResult<()>;
96
97
    /// Check if reload is supported
98
0
    fn supports_reload(&self) -> bool {
99
0
        true
100
0
    }
101
}
102
103
/// Trait for components with graceful shutdown
104
#[async_trait]
105
pub trait GracefulShutdown {
106
    /// Initiate graceful shutdown
107
    async fn shutdown(&mut self) -> CommonResult<()>;
108
109
    /// Force shutdown (emergency stop)
110
    async fn force_shutdown(&mut self) -> CommonResult<()>;
111
112
    /// Get shutdown timeout duration in seconds
113
0
    fn shutdown_timeout_seconds(&self) -> u64 {
114
0
        30 // Default 30 seconds
115
0
    }
116
}
117
118
/// Trait for components that support circuit breaking
119
pub trait CircuitBreaker {
120
    /// Check if circuit is open
121
    fn is_circuit_open(&self) -> bool;
122
123
    /// Get failure count
124
    fn failure_count(&self) -> u64;
125
126
    /// Reset circuit breaker
127
    fn reset_circuit(&mut self);
128
}
129
130
/// Trait for rate-limited operations
131
pub trait RateLimited {
132
    /// Check if operation is allowed under rate limits
133
    fn is_allowed(&self) -> bool;
134
135
    /// Get current rate limit status
136
    fn rate_limit_status(&self) -> RateLimitStatus;
137
}
138
139
/// Rate limit status information
140
#[derive(Debug, Clone, Serialize, Deserialize)]
141
pub struct RateLimitStatus {
142
    /// Current request count in the window
143
    pub current_count: u64,
144
    /// Maximum requests allowed in the window
145
    pub max_requests: u64,
146
    /// Time window in seconds
147
    pub window_seconds: u64,
148
    /// Seconds until window resets
149
    pub reset_in_seconds: u64,
150
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/types.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/types.rs.html
deleted file mode 100644
index bbfd55e48..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/common/src/types.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/common/src/types.rs
Line
Count
Source
1
//! Common data types used across services
2
//!
3
//! This module provides shared data types that are used throughout
4
//! the Foxhunt HFT trading system. This includes both infrastructure types
5
//! and core trading types migrated from foxhunt-common-types.
6
7
use crate::error::ErrorCategory;
8
use chrono::{DateTime, Utc};
9
// ELIMINATED: Re-exports removed to force explicit imports
10
// NO RE-EXPORTS: Import rust_decimal::Decimal directly in each crate that needs it
11
use rust_decimal::Decimal; // Internal use only - other crates must import directly
12
use serde::{Deserialize, Serialize};
13
use serde_json::Value;
14
use std::collections::HashMap;
15
use std::sync::{Arc, Mutex, RwLock};
16
17
use crate::error::{CommonError, ErrorCategory as CommonErrorCategory};
18
use num_traits::FromPrimitive;
19
use std::convert::TryFrom;
20
use std::fmt;
21
use std::iter::Sum;
22
use std::num::ParseIntError;
23
use std::ops::{Add, AddAssign, Div, DivAssign, Mul, MulAssign, Sub, SubAssign};
24
use std::str::FromStr;
25
use uuid::Uuid;
26
27
// =============================================================================
28
// Type Aliases for Complex Types
29
// =============================================================================
30
31
/// Common error type for async operations
32
pub type AsyncResult<T> = Result<T, Box<dyn std::error::Error + Send + Sync>>;
33
34
/// Thread-safe hash map for shared state
35
pub type SharedHashMap<K, V> = Arc<RwLock<HashMap<K, V>>>;
36
37
/// Thread-safe hash map with Mutex for shared state
38
pub type MutexHashMap<K, V> = Arc<Mutex<HashMap<K, V>>>;
39
40
/// Thread-safe container for any value
41
pub type SharedValue<T> = Arc<RwLock<T>>;
42
43
/// Thread-safe container with Mutex for any value
44
pub type MutexValue<T> = Arc<Mutex<T>>;
45
46
// Trading-specific type aliases
47
/// Map of positions by symbol
48
pub type PositionMap<T> = SharedHashMap<String, T>;
49
50
/// Map of orders by order ID
51
pub type OrderMap<T> = SharedHashMap<String, T>;
52
53
/// Map of accounts by account ID
54
pub type AccountMap<T> = SharedHashMap<String, T>;
55
56
/// Map of instruments by instrument ID
57
pub type InstrumentMap<T> = SharedHashMap<String, T>;
58
59
/// Map of market data by symbol
60
pub type MarketDataMap<T> = SharedHashMap<String, T>;
61
62
/// Cache entry with timestamp
63
pub type CacheEntry<T> = (T, DateTime<Utc>);
64
65
/// Cache map with timestamped entries
66
pub type CacheMap<K, V> = SharedHashMap<K, CacheEntry<V>>;
67
68
/// Risk factor loadings by instrument
69
pub type RiskFactorMap = SharedHashMap<String, HashMap<String, Decimal>>;
70
71
/// Performance metrics history
72
pub type PerformanceHistory<T> = SharedHashMap<String, std::collections::VecDeque<T>>;
73
74
/// Model registry for ML models
75
pub type ModelRegistry<T> = SharedHashMap<String, T>;
76
77
/// Generic configuration cache
78
pub type ConfigCache<K, V> = SharedHashMap<K, V>;
79
80
// =============================================================================
81
// Event Types - Moved from trading_engine to enforce pure client architecture
82
// =============================================================================
83
84
/// Order events for the complete order lifecycle
85
#[derive(Debug, Clone, Serialize, Deserialize)]
86
pub struct OrderEvent {
87
    /// Unique identifier for the order
88
    pub order_id: OrderId,
89
    /// Trading symbol for the order
90
    pub symbol: Symbol,
91
    /// Type of order (market, limit, stop, etc.)
92
    pub order_type: OrderType,
93
    /// Order side (buy or sell)
94
    pub side: OrderSide,
95
    /// Order quantity
96
    pub quantity: Quantity,
97
    /// Order price (None for market orders)
98
    pub price: Option<Price>,
99
    /// Timestamp when the event occurred
100
    pub timestamp: DateTime<Utc>,
101
    /// Strategy or client identifier
102
    pub strategy_id: String,
103
    /// Order event type (placed, modified, cancelled)
104
    pub event_type: OrderEventType,
105
    /// Previous quantity for modifications
106
    pub previous_quantity: Option<Quantity>,
107
    /// Previous price for modifications
108
    pub previous_price: Option<Price>,
109
    /// Reason for cancellation or modification
110
    pub reason: Option<String>,
111
}
112
113
/// Types of order events
114
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
115
pub enum OrderEventType {
116
    /// Order was placed
117
    Placed,
118
    /// Order was modified
119
    Modified,
120
    /// Order was cancelled
121
    Cancelled,
122
    /// Order was rejected
123
    Rejected,
124
}
125
126
// =============================================================================
127
// Core Data Types
128
// =============================================================================
129
130
/// Unique identifier for services
131
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
132
pub struct ServiceId(pub String);
133
134
impl ServiceId {
135
    /// Create a new service ID
136
0
    pub fn new<S: Into<String>>(id: S) -> Self {
137
0
        Self(id.into())
138
0
    }
139
140
    /// Get the inner string value
141
    /// Get the execution ID as a string slice
142
    /// Get execution ID as string slice
143
0
    pub fn as_str(&self) -> &str {
144
0
        &self.0
145
0
    }
146
}
147
148
impl fmt::Display for ServiceId {
149
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
150
0
        write!(f, "{}", self.0)
151
0
    }
152
}
153
154
impl From<&str> for ServiceId {
155
0
    fn from(s: &str) -> Self {
156
0
        Self(s.to_owned())
157
0
    }
158
}
159
160
impl From<String> for ServiceId {
161
0
    fn from(s: String) -> Self {
162
0
        Self(s)
163
0
    }
164
}
165
166
/// Service status enumeration
167
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
168
pub enum ServiceStatus {
169
    /// Service is starting up
170
    Starting,
171
    /// Service is running normally
172
    Running,
173
    /// Service is degraded but functional
174
    Degraded,
175
    /// Service is stopping
176
    Stopping,
177
    /// Service is stopped
178
    Stopped,
179
    /// Service has encountered an error
180
    Error,
181
    /// Service is in maintenance mode
182
    Maintenance,
183
}
184
185
impl fmt::Display for ServiceStatus {
186
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
187
0
        match self {
188
0
            Self::Starting => write!(f, "STARTING"),
189
0
            Self::Running => write!(f, "RUNNING"),
190
0
            Self::Degraded => write!(f, "DEGRADED"),
191
0
            Self::Stopping => write!(f, "STOPPING"),
192
0
            Self::Stopped => write!(f, "STOPPED"),
193
0
            Self::Error => write!(f, "ERROR"),
194
0
            Self::Maintenance => write!(f, "MAINTENANCE"),
195
        }
196
0
    }
197
}
198
199
impl ServiceStatus {
200
    /// Check if the service is healthy
201
0
    pub fn is_healthy(&self) -> bool {
202
0
        matches!(self, Self::Running | Self::Starting)
203
0
    }
204
205
    /// Check if the service is available for requests
206
0
    pub fn is_available(&self) -> bool {
207
0
        matches!(self, Self::Running | Self::Degraded)
208
0
    }
209
}
210
211
/// Configuration version for tracking changes
212
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
213
pub struct ConfigVersion {
214
    /// Version number
215
    pub version: u64,
216
    /// Timestamp when version was created
217
    pub timestamp: DateTime<Utc>,
218
    /// Optional description of changes
219
    pub description: Option<String>,
220
}
221
222
impl ConfigVersion {
223
    /// Create a new config version
224
0
    pub fn new(version: u64) -> Self {
225
0
        Self {
226
0
            version,
227
0
            timestamp: Utc::now(),
228
0
            description: None,
229
0
        }
230
0
    }
231
232
    /// Create a new config version with description
233
0
    pub fn with_description<S: Into<String>>(version: u64, description: S) -> Self {
234
0
        Self {
235
0
            version,
236
0
            timestamp: Utc::now(),
237
0
            description: Some(description.into()),
238
0
        }
239
0
    }
240
}
241
242
// TECHNICAL DEBT ELIMINATED - Use DateTime<Utc> directly instead of Timestamp alias
243
244
/// Timestamp type alias for consistency across the system
245
pub type Timestamp = DateTime<Utc>;
246
247
/// Request ID for tracing and correlation
248
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
249
pub struct RequestId(pub Uuid);
250
251
impl Default for RequestId {
252
    /// Create a default request ID with a new UUID
253
0
    fn default() -> Self {
254
0
        Self::new()
255
0
    }
256
}
257
258
impl RequestId {
259
    /// Generate a new random request ID
260
0
    pub fn new() -> Self {
261
0
        Self(Uuid::new_v4())
262
0
    }
263
264
    /// Create from UUID
265
0
    pub fn from_uuid(uuid: Uuid) -> Self {
266
0
        Self(uuid)
267
0
    }
268
269
    /// Get the inner UUID
270
0
    pub fn as_uuid(&self) -> Uuid {
271
0
        self.0
272
0
    }
273
}
274
275
// Default implementation is now in the derive macro above
276
277
// =============================================================================
278
// MARKET DATA EVENT TYPES (Consolidated from data and trading_engine crates)
279
// =============================================================================
280
281
/// Market data event types - CANONICAL DEFINITION
282
#[derive(Debug, Clone, Serialize, Deserialize)]
283
pub enum MarketDataEvent {
284
    /// Quote update (bid/ask)
285
    Quote(QuoteEvent),
286
    /// Trade execution
287
    Trade(TradeEvent),
288
    /// Aggregate trade data
289
    Aggregate(Aggregate),
290
    /// Bar/candle data
291
    Bar(BarEvent),
292
    /// Level 2 market data update
293
    Level2(Level2Update),
294
    /// Market status update
295
    Status(MarketStatus),
296
    /// Connection status updates
297
    ConnectionStatus(ConnectionEvent),
298
    /// Error events with details
299
    Error(ErrorEvent),
300
    /// Order book update
301
    OrderBook(OrderBookEvent),
302
    /// Level 2 order book snapshot
303
    OrderBookL2Snapshot(OrderBookSnapshot),
304
    /// Level 2 order book incremental update
305
    OrderBookL2Update(OrderBookUpdate),
306
}
307
308
/// Quote event structure - CANONICAL DEFINITION
309
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq)]
310
pub struct QuoteEvent {
311
    /// Symbol
312
    pub symbol: String,
313
    /// Bid price
314
    pub bid: Option<Decimal>,
315
    /// Ask price
316
    pub ask: Option<Decimal>,
317
    /// Bid size
318
    pub bid_size: Option<Decimal>,
319
    /// Ask size
320
    pub ask_size: Option<Decimal>,
321
    /// Exchange
322
    pub exchange: Option<String>,
323
    /// Bid exchange
324
    pub bid_exchange: Option<String>,
325
    /// Ask exchange
326
    pub ask_exchange: Option<String>,
327
    /// Quote conditions
328
    pub conditions: Vec<String>,
329
    /// Timestamp
330
    pub timestamp: DateTime<Utc>,
331
    /// Sequence number
332
    pub sequence: u64,
333
}
334
335
impl QuoteEvent {
336
    /// Create a new quote event
337
    #[must_use]
338
0
    pub fn new(symbol: String, timestamp: DateTime<Utc>) -> Self {
339
0
        Self {
340
0
            symbol,
341
0
            bid: None,
342
0
            ask: None,
343
0
            bid_size: None,
344
0
            ask_size: None,
345
0
            exchange: None,
346
0
            bid_exchange: None,
347
0
            ask_exchange: None,
348
0
            conditions: Vec::new(),
349
0
            timestamp,
350
0
            sequence: 0,
351
0
        }
352
0
    }
353
354
    /// Set bid price and size
355
0
    pub fn with_bid(mut self, price: Decimal, size: Decimal) -> Self {
356
0
        self.bid = Some(price);
357
0
        self.bid_size = Some(size);
358
0
        self
359
0
    }
360
361
    /// Set ask price and size
362
0
    pub fn with_ask(mut self, price: Decimal, size: Decimal) -> Self {
363
0
        self.ask = Some(price);
364
0
        self.ask_size = Some(size);
365
0
        self
366
0
    }
367
368
    /// Set exchange
369
0
    pub fn with_exchange<S: Into<String>>(mut self, exchange: S) -> Self {
370
0
        self.exchange = Some(exchange.into());
371
0
        self
372
0
    }
373
374
    /// Set bid exchange
375
0
    pub fn with_bid_exchange<S: Into<String>>(mut self, exchange: S) -> Self {
376
0
        self.bid_exchange = Some(exchange.into());
377
0
        self
378
0
    }
379
380
    /// Set ask exchange
381
0
    pub fn with_ask_exchange<S: Into<String>>(mut self, exchange: S) -> Self {
382
0
        self.ask_exchange = Some(exchange.into());
383
0
        self
384
0
    }
385
386
    /// Add quote condition
387
0
    pub fn with_condition<S: Into<String>>(mut self, condition: S) -> Self {
388
0
        self.conditions.push(condition.into());
389
0
        self
390
0
    }
391
392
    /// Set sequence number
393
0
    pub fn with_sequence(mut self, sequence: u64) -> Self {
394
0
        self.sequence = sequence;
395
0
        self
396
0
    }
397
398
    /// Get mid price
399
0
    pub fn mid_price(&self) -> Option<Decimal> {
400
0
        match (self.bid, self.ask) {
401
0
            (Some(bid), Some(ask)) => Some((bid + ask) / Decimal::from(2)),
402
0
            _ => None,
403
        }
404
0
    }
405
406
    /// Get spread
407
0
    pub fn spread(&self) -> Option<Decimal> {
408
0
        match (self.bid, self.ask) {
409
0
            (Some(bid), Some(ask)) => Some(ask - bid),
410
0
            _ => None,
411
        }
412
0
    }
413
}
414
415
/// Trade event structure - CANONICAL DEFINITION
416
#[derive(Debug, Clone, Serialize, Deserialize)]
417
pub struct TradeEvent {
418
    /// Symbol
419
    pub symbol: String,
420
    /// Trade price
421
    pub price: Decimal,
422
    /// Trade size
423
    pub size: Decimal,
424
    /// Trade ID
425
    pub trade_id: Option<String>,
426
    /// Exchange
427
    pub exchange: Option<String>,
428
    /// Trade conditions
429
    pub conditions: Vec<String>,
430
    /// Timestamp
431
    pub timestamp: DateTime<Utc>,
432
    /// Sequence number
433
    pub sequence: u64,
434
}
435
436
impl TradeEvent {
437
    /// Create a new trade event
438
    #[must_use]
439
0
    pub fn new(symbol: String, price: Decimal, size: Decimal, timestamp: DateTime<Utc>) -> Self {
440
0
        Self {
441
0
            symbol,
442
0
            price,
443
0
            size,
444
0
            trade_id: None,
445
0
            exchange: None,
446
0
            conditions: Vec::new(),
447
0
            timestamp,
448
0
            sequence: 0,
449
0
        }
450
0
    }
451
452
    /// Set trade ID
453
0
    pub fn with_trade_id<S: Into<String>>(mut self, trade_id: S) -> Self {
454
0
        self.trade_id = Some(trade_id.into());
455
0
        self
456
0
    }
457
458
    /// Set exchange
459
0
    pub fn with_exchange<S: Into<String>>(mut self, exchange: S) -> Self {
460
0
        self.exchange = Some(exchange.into());
461
0
        self
462
0
    }
463
464
    /// Add trade condition
465
0
    pub fn with_condition<S: Into<String>>(mut self, condition: S) -> Self {
466
0
        self.conditions.push(condition.into());
467
0
        self
468
0
    }
469
470
    /// Set sequence number
471
0
    pub fn with_sequence(mut self, sequence: u64) -> Self {
472
0
        self.sequence = sequence;
473
0
        self
474
0
    }
475
476
    /// Get notional value
477
0
    pub fn notional_value(&self) -> Decimal {
478
0
        self.price * self.size
479
0
    }
480
}
481
482
/// Aggregate trade data
483
#[derive(Debug, Clone, Serialize, Deserialize)]
484
pub struct Aggregate {
485
    /// Symbol
486
    pub symbol: String,
487
    /// Open price
488
    pub open: Decimal,
489
    /// High price
490
    pub high: Decimal,
491
    /// Low price
492
    pub low: Decimal,
493
    /// Close price
494
    pub close: Decimal,
495
    /// Volume
496
    pub volume: Decimal,
497
    /// Volume weighted average price
498
    pub vwap: Option<Decimal>,
499
    /// Start timestamp
500
    pub start_timestamp: DateTime<Utc>,
501
    /// End timestamp
502
    pub end_timestamp: DateTime<Utc>,
503
}
504
505
/// Bar/candle event structure
506
#[derive(Debug, Clone, Serialize, Deserialize)]
507
pub struct BarEvent {
508
    /// Symbol
509
    pub symbol: String,
510
    /// Open price
511
    pub open: Decimal,
512
    /// High price
513
    pub high: Decimal,
514
    /// Low price
515
    pub low: Decimal,
516
    /// Close price
517
    pub close: Decimal,
518
    /// Volume
519
    pub volume: Decimal,
520
    /// Volume weighted average price
521
    pub vwap: Option<Decimal>,
522
    /// Start timestamp
523
    pub start_timestamp: DateTime<Utc>,
524
    /// End timestamp
525
    pub end_timestamp: DateTime<Utc>,
526
    /// Timeframe (e.g., "1m", "5m", "1h")
527
    pub timeframe: String,
528
}
529
530
/// Level 2 market data update
531
#[derive(Debug, Clone, Serialize, Deserialize)]
532
pub struct Level2Update {
533
    /// Symbol
534
    pub symbol: String,
535
    /// Bid levels
536
    pub bids: Vec<PriceLevel>,
537
    /// Ask levels
538
    pub asks: Vec<PriceLevel>,
539
    /// Timestamp
540
    pub timestamp: DateTime<Utc>,
541
}
542
543
/// Price level for order book
544
#[derive(Debug, Clone, Serialize, Deserialize)]
545
pub struct PriceLevel {
546
    /// Price
547
    pub price: Decimal,
548
    /// Size at this price level
549
    pub size: Decimal,
550
}
551
552
/// Order book snapshot from providers
553
#[derive(Debug, Clone, Serialize, Deserialize)]
554
pub struct OrderBookSnapshot {
555
    /// Symbol
556
    pub symbol: String,
557
    /// Bid levels (price, size) sorted by price descending
558
    pub bids: Vec<PriceLevel>,
559
    /// Ask levels (price, size) sorted by price ascending
560
    pub asks: Vec<PriceLevel>,
561
    /// Exchange
562
    pub exchange: String,
563
    /// Timestamp of snapshot
564
    pub timestamp: DateTime<Utc>,
565
    /// Sequence number
566
    pub sequence: u64,
567
}
568
569
/// Incremental order book update from providers
570
#[derive(Debug, Clone, Serialize, Deserialize)]
571
pub struct OrderBookUpdate {
572
    /// Symbol
573
    pub symbol: String,
574
    /// Changes to bid levels
575
    pub bid_changes: Vec<PriceLevelChange>,
576
    /// Changes to ask levels
577
    pub ask_changes: Vec<PriceLevelChange>,
578
    /// Exchange
579
    pub exchange: String,
580
    /// Timestamp of update
581
    pub timestamp: DateTime<Utc>,
582
    /// Sequence number
583
    pub sequence: u64,
584
}
585
586
/// Change to a price level
587
#[derive(Debug, Clone, Serialize, Deserialize)]
588
pub struct PriceLevelChange {
589
    /// Price level being modified
590
    pub price: Decimal,
591
    /// New size (0 = remove level)
592
    pub size: Decimal,
593
    /// Type of change
594
    pub change_type: PriceLevelChangeType,
595
    /// Side (bid or ask)
596
    pub side: OrderBookSide,
597
}
598
599
/// Type of price level change
600
#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq)]
601
pub enum PriceLevelChangeType {
602
    /// Add new price level
603
    Add,
604
    /// Update existing price level
605
    Update,
606
    /// Remove price level
607
    Delete,
608
}
609
610
/// Order book side
611
#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq)]
612
pub enum OrderBookSide {
613
    /// Bid side
614
    Bid,
615
    /// Ask side
616
    Ask,
617
}
618
619
/// Market status information
620
#[derive(Debug, Clone, Serialize, Deserialize)]
621
pub struct MarketStatus {
622
    /// Market
623
    pub market: String,
624
    /// Status (open, closed, early_hours, etc.)
625
    pub status: String,
626
    /// Timestamp
627
    pub timestamp: DateTime<Utc>,
628
}
629
630
/// Connection event for status updates
631
#[derive(Debug, Clone, Serialize, Deserialize)]
632
pub struct ConnectionEvent {
633
    /// Provider name
634
    pub provider: String,
635
    /// Connection status
636
    pub status: ConnectionStatus,
637
    /// Optional message
638
    pub message: Option<String>,
639
    /// Timestamp
640
    pub timestamp: DateTime<Utc>,
641
}
642
643
/// Connection status enumeration
644
/// Connection status for data providers and brokers
645
#[derive(Debug, Clone, Serialize, Deserialize)]
646
#[cfg_attr(feature = "database", derive(sqlx::Type))]
647
#[cfg_attr(
648
    feature = "database",
649
    sqlx(type_name = "connection_status", rename_all = "snake_case")
650
)]
651
pub enum ConnectionStatus {
652
    /// Successfully connected and operational
653
    Connected,
654
    /// Disconnected from the service
655
    Disconnected,
656
    /// Currently attempting to reconnect
657
    Reconnecting,
658
}
659
660
/// Error event structure
661
#[derive(Debug, Clone, Serialize, Deserialize)]
662
pub struct ErrorEvent {
663
    /// Provider name
664
    pub provider: String,
665
    /// Error message
666
    pub message: String,
667
    /// Error category
668
    pub category: ErrorCategory,
669
    /// Timestamp
670
    pub timestamp: DateTime<Utc>,
671
}
672
673
// ErrorCategory is imported from crate::error as CommonErrorCategory
674
675
/// Order book event
676
#[derive(Debug, Clone, Serialize, Deserialize)]
677
pub struct OrderBookEvent {
678
    /// Symbol
679
    pub symbol: String,
680
    /// Timestamp
681
    pub timestamp: DateTime<Utc>,
682
    /// Bid levels
683
    pub bids: Vec<(Price, Quantity)>,
684
    /// Ask levels
685
    pub asks: Vec<(Price, Quantity)>,
686
}
687
688
/// Data types for subscription
689
#[derive(Debug, Clone, Serialize, Deserialize)]
690
pub enum DataType {
691
    /// Real-time quotes
692
    Quotes,
693
    /// Real-time trades
694
    Trades,
695
    /// Aggregate/minute bars
696
    Aggregates,
697
    /// Level 2 order book
698
    Level2,
699
    /// Market status
700
    Status,
701
    /// Historical bars/aggregates
702
    Bars,
703
    /// Order book data
704
    OrderBook,
705
    /// Volume data
706
    Volume,
707
}
708
709
/// Market data subscription request
710
#[derive(Debug, Clone, Serialize, Deserialize)]
711
pub struct Subscription {
712
    /// Symbols to subscribe to
713
    pub symbols: Vec<String>,
714
    /// Data types to subscribe to
715
    pub data_types: Vec<DataType>,
716
    /// Exchange filter (optional)
717
    pub exchanges: Vec<String>,
718
}
719
720
impl MarketDataEvent {
721
    /// Get the symbol for any market data event
722
0
    pub fn symbol(&self) -> &str {
723
0
        match self {
724
0
            MarketDataEvent::Quote(q) => &q.symbol,
725
0
            MarketDataEvent::Trade(t) => &t.symbol,
726
0
            MarketDataEvent::Aggregate(a) => &a.symbol,
727
0
            MarketDataEvent::Bar(b) => &b.symbol,
728
0
            MarketDataEvent::Level2(l) => &l.symbol,
729
0
            MarketDataEvent::Status(s) => &s.market,
730
0
            MarketDataEvent::ConnectionStatus(_) => "",
731
0
            MarketDataEvent::Error(_) => "",
732
0
            MarketDataEvent::OrderBook(o) => &o.symbol,
733
0
            MarketDataEvent::OrderBookL2Snapshot(s) => &s.symbol,
734
0
            MarketDataEvent::OrderBookL2Update(u) => &u.symbol,
735
        }
736
0
    }
737
738
    /// Get the timestamp for any market data event
739
0
    pub fn timestamp(&self) -> Option<DateTime<Utc>> {
740
0
        match self {
741
0
            MarketDataEvent::Quote(q) => Some(q.timestamp),
742
0
            MarketDataEvent::Trade(t) => Some(t.timestamp),
743
0
            MarketDataEvent::Aggregate(a) => Some(a.end_timestamp),
744
0
            MarketDataEvent::Bar(b) => Some(b.end_timestamp),
745
0
            MarketDataEvent::Level2(l) => Some(l.timestamp),
746
0
            MarketDataEvent::Status(s) => Some(s.timestamp),
747
0
            MarketDataEvent::ConnectionStatus(c) => Some(c.timestamp),
748
0
            MarketDataEvent::Error(e) => Some(e.timestamp),
749
0
            MarketDataEvent::OrderBook(o) => Some(o.timestamp),
750
0
            MarketDataEvent::OrderBookL2Snapshot(s) => Some(s.timestamp),
751
0
            MarketDataEvent::OrderBookL2Update(u) => Some(u.timestamp),
752
        }
753
0
    }
754
}
755
impl fmt::Display for RequestId {
756
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
757
0
        write!(f, "{}", self.0)
758
0
    }
759
}
760
761
/// Connection information for services
762
#[derive(Debug, Clone, Serialize, Deserialize)]
763
pub struct ConnectionInfo {
764
    /// Host address
765
    pub host: String,
766
    /// Port number
767
    pub port: u16,
768
    /// Whether TLS is enabled
769
    pub tls: bool,
770
    /// Connection timeout in milliseconds
771
    pub timeout_ms: u64,
772
}
773
774
impl ConnectionInfo {
775
    /// Create new connection info
776
0
    pub fn new<S: Into<String>>(host: S, port: u16) -> Self {
777
0
        Self {
778
0
            host: host.into(),
779
0
            port,
780
0
            tls: false,
781
0
            timeout_ms: 5000,
782
0
        }
783
0
    }
784
785
    /// Enable TLS
786
0
    pub fn with_tls(mut self) -> Self {
787
0
        self.tls = true;
788
0
        self
789
0
    }
790
791
    /// Set timeout
792
0
    pub fn with_timeout(mut self, timeout_ms: u64) -> Self {
793
0
        self.timeout_ms = timeout_ms;
794
0
        self
795
0
    }
796
797
    /// Get connection URL
798
0
    pub fn url(&self) -> String {
799
0
        let scheme = if self.tls { "https" } else { "http" };
800
0
        format!("{}://{}:{}", scheme, self.host, self.port)
801
0
    }
802
}
803
804
/// Resource limits for services
805
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
806
pub struct ResourceLimits {
807
    /// Maximum memory usage in bytes
808
    pub max_memory_bytes: Option<u64>,
809
    /// Maximum CPU usage as percentage (0-100)
810
    pub max_cpu_percent: Option<f64>,
811
    /// Maximum number of open file descriptors
812
    pub max_file_descriptors: Option<u32>,
813
    /// Maximum number of network connections
814
    pub max_connections: Option<u32>,
815
}
816
817
// =============================================================================
818
// TRADING TYPES (Migrated from foxhunt-common-types)
819
// =============================================================================
820
821
/// Common error types for trading operations
822
///
823
/// This error type implements Send + Sync for use in async contexts
824
#[derive(thiserror::Error, Debug)]
825
pub enum CommonTypeError {
826
    /// Invalid price value
827
    #[error("Invalid price: {value} - {reason}")]
828
    InvalidPrice {
829
        /// The invalid price value as string
830
        value: String,
831
        /// Reason why the price is invalid
832
        reason: String,
833
    },
834
835
    /// Invalid quantity value
836
    #[error("Invalid quantity: {value} - {reason}")]
837
    InvalidQuantity {
838
        /// The invalid quantity value as string
839
        value: String,
840
        /// Reason why the quantity is invalid
841
        reason: String,
842
    },
843
844
    /// Invalid identifier
845
    #[error("Invalid {field}: {reason}")]
846
    InvalidIdentifier {
847
        /// The field name that contains the invalid identifier
848
        field: String,
849
        /// Reason why the identifier is invalid
850
        reason: String,
851
    },
852
853
    /// Validation error
854
    #[error("Validation error for {field}: {reason}")]
855
    ValidationError {
856
        /// The field name that failed validation
857
        field: String,
858
        /// Reason why the validation failed
859
        reason: String,
860
    },
861
862
    /// Conversion error
863
    #[error("Conversion error: {message}")]
864
    ConversionError {
865
        /// Detailed error message describing the conversion failure
866
        message: String,
867
    },
868
869
    /// I/O error
870
    #[error("I/O error: {0}")]
871
    IoError(#[from] std::io::Error),
872
873
    /// JSON serialization/deserialization error
874
    #[error("JSON error: {0}")]
875
    JsonError(#[from] serde_json::Error),
876
877
    /// Float parsing error
878
    #[error("Float parsing error: {0}")]
879
    ParseFloatError(#[from] std::num::ParseFloatError),
880
881
    /// Integer parsing error
882
    #[error("Integer parsing error: {0}")]
883
    ParseIntError(#[from] std::num::ParseIntError),
884
}
885
886
// Manual trait implementations for CommonTypeError
887
// (Cannot derive Clone, PartialEq, Eq, Serialize due to std::io::Error and serde_json::Error)
888
889
impl Clone for CommonTypeError {
890
    /// Clone the error, converting IO and JSON errors to conversion errors
891
0
    fn clone(&self) -> Self {
892
0
        match self {
893
0
            Self::InvalidPrice { value, reason } => Self::InvalidPrice {
894
0
                value: value.clone(),
895
0
                reason: reason.clone(),
896
0
            },
897
0
            Self::InvalidQuantity { value, reason } => Self::InvalidQuantity {
898
0
                value: value.clone(),
899
0
                reason: reason.clone(),
900
0
            },
901
0
            Self::InvalidIdentifier { field, reason } => Self::InvalidIdentifier {
902
0
                field: field.clone(),
903
0
                reason: reason.clone(),
904
0
            },
905
0
            Self::ValidationError { field, reason } => Self::ValidationError {
906
0
                field: field.clone(),
907
0
                reason: reason.clone(),
908
0
            },
909
0
            Self::ConversionError { message } => Self::ConversionError {
910
0
                message: message.clone(),
911
0
            },
912
            // Cannot clone std::io::Error or serde_json::Error, so create new instances
913
0
            Self::IoError(e) => Self::ConversionError {
914
0
                message: format!("I/O error: {}", e),
915
0
            },
916
0
            Self::JsonError(e) => Self::ConversionError {
917
0
                message: format!("JSON error: {}", e),
918
0
            },
919
0
            Self::ParseFloatError(e) => Self::ParseFloatError(e.clone()),
920
0
            Self::ParseIntError(e) => Self::ParseIntError(e.clone()),
921
        }
922
0
    }
923
}
924
impl PartialEq for CommonTypeError {
925
    /// Compare two errors for equality
926
0
    fn eq(&self, other: &Self) -> bool {
927
0
        match (self, other) {
928
            (
929
                Self::InvalidPrice {
930
0
                    value: v1,
931
0
                    reason: r1,
932
                },
933
                Self::InvalidPrice {
934
0
                    value: v2,
935
0
                    reason: r2,
936
                },
937
0
            ) => v1 == v2 && r1 == r2,
938
            (
939
                Self::InvalidQuantity {
940
0
                    value: v1,
941
0
                    reason: r1,
942
                },
943
                Self::InvalidQuantity {
944
0
                    value: v2,
945
0
                    reason: r2,
946
                },
947
0
            ) => v1 == v2 && r1 == r2,
948
            (
949
                Self::InvalidIdentifier {
950
0
                    field: f1,
951
0
                    reason: r1,
952
                },
953
                Self::InvalidIdentifier {
954
0
                    field: f2,
955
0
                    reason: r2,
956
                },
957
0
            ) => f1 == f2 && r1 == r2,
958
            (
959
                Self::ValidationError {
960
0
                    field: f1,
961
0
                    reason: r1,
962
                },
963
                Self::ValidationError {
964
0
                    field: f2,
965
0
                    reason: r2,
966
                },
967
0
            ) => f1 == f2 && r1 == r2,
968
0
            (Self::ConversionError { message: m1 }, Self::ConversionError { message: m2 }) => {
969
0
                m1 == m2
970
            },
971
0
            (Self::ParseFloatError(e1), Self::ParseFloatError(e2)) => e1 == e2,
972
0
            (Self::ParseIntError(e1), Self::ParseIntError(e2)) => e1 == e2,
973
            // std::io::Error and serde_json::Error don't implement PartialEq, so they're never equal
974
0
            (Self::IoError(_), Self::IoError(_)) => false,
975
0
            (Self::JsonError(_), Self::JsonError(_)) => false,
976
0
            _ => false,
977
        }
978
0
    }
979
}
980
981
impl Eq for CommonTypeError {}
982
983
// Note: Display is automatically implemented by thiserror::Error derive
984
// based on the #[error("...")] attributes on each variant
985
impl Serialize for CommonTypeError {
986
0
    fn serialize<S>(&self, serializer: S) -> Result<S::Ok, S::Error>
987
0
    where
988
0
        S: serde::Serializer,
989
    {
990
        use serde::ser::SerializeStruct;
991
0
        match self {
992
0
            Self::InvalidPrice { value, reason } => {
993
0
                let mut state = serializer.serialize_struct("InvalidPrice", 2)?;
994
0
                state.serialize_field("value", value)?;
995
0
                state.serialize_field("reason", reason)?;
996
0
                state.end()
997
            },
998
0
            Self::InvalidQuantity { value, reason } => {
999
0
                let mut state = serializer.serialize_struct("InvalidQuantity", 2)?;
1000
0
                state.serialize_field("value", value)?;
1001
0
                state.serialize_field("reason", reason)?;
1002
0
                state.end()
1003
            },
1004
0
            Self::InvalidIdentifier { field, reason } => {
1005
0
                let mut state = serializer.serialize_struct("InvalidIdentifier", 2)?;
1006
0
                state.serialize_field("field", field)?;
1007
0
                state.serialize_field("reason", reason)?;
1008
0
                state.end()
1009
            },
1010
0
            Self::ValidationError { field, reason } => {
1011
0
                let mut state = serializer.serialize_struct("ValidationError", 2)?;
1012
0
                state.serialize_field("field", field)?;
1013
0
                state.serialize_field("reason", reason)?;
1014
0
                state.end()
1015
            },
1016
0
            Self::ConversionError { message } => {
1017
0
                let mut state = serializer.serialize_struct("ConversionError", 1)?;
1018
0
                state.serialize_field("message", message)?;
1019
0
                state.end()
1020
            },
1021
0
            Self::IoError(e) => {
1022
0
                let mut state = serializer.serialize_struct("IoError", 1)?;
1023
0
                state.serialize_field("message", &format!("I/O error: {}", e))?;
1024
0
                state.end()
1025
            },
1026
0
            Self::JsonError(e) => {
1027
0
                let mut state = serializer.serialize_struct("JsonError", 1)?;
1028
0
                state.serialize_field("message", &format!("JSON error: {}", e))?;
1029
0
                state.end()
1030
            },
1031
0
            Self::ParseFloatError(e) => {
1032
0
                let mut state = serializer.serialize_struct("ParseFloatError", 1)?;
1033
0
                state.serialize_field("message", &format!("Float parsing error: {}", e))?;
1034
0
                state.end()
1035
            },
1036
0
            Self::ParseIntError(e) => {
1037
0
                let mut state = serializer.serialize_struct("ParseIntError", 1)?;
1038
0
                state.serialize_field("message", &format!("Integer parsing error: {}", e))?;
1039
0
                state.end()
1040
            },
1041
        }
1042
0
    }
1043
}
1044
1045
impl<'de> Deserialize<'de> for CommonTypeError {
1046
0
    fn deserialize<D>(deserializer: D) -> Result<Self, D::Error>
1047
0
    where
1048
0
        D: serde::Deserializer<'de>,
1049
    {
1050
        // For deserialization, we'll convert everything to ConversionError since
1051
        // we can't reconstruct std::io::Error or serde_json::Error from serialized form
1052
        use serde::de::{MapAccess, Visitor};
1053
        use std::fmt;
1054
1055
        struct CommonTypeErrorVisitor;
1056
1057
        impl<'de> Visitor<'de> for CommonTypeErrorVisitor {
1058
            type Value = CommonTypeError;
1059
1060
0
            fn expecting(&self, formatter: &mut fmt::Formatter<'_>) -> fmt::Result {
1061
0
                formatter.write_str("a CommonTypeError")
1062
0
            }
1063
1064
0
            fn visit_map<V>(self, mut map: V) -> Result<CommonTypeError, V::Error>
1065
0
            where
1066
0
                V: MapAccess<'de>,
1067
            {
1068
                // For simplicity, deserialize everything as ConversionError
1069
0
                let mut message = String::new();
1070
0
                while let Some(key) = map.next_key::<String>()? {
1071
0
                    let value: serde_json::Value = map.next_value()?;
1072
0
                    if key == "message" {
1073
0
                        if let Some(msg) = value.as_str() {
1074
0
                            message = msg.to_string();
1075
0
                        }
1076
0
                    } else {
1077
0
                        message = format!("Deserialized error: {}: {}", key, value);
1078
0
                    }
1079
                }
1080
0
                if message.is_empty() {
1081
0
                    message = "Unknown deserialized error".to_string();
1082
0
                }
1083
0
                Ok(CommonTypeError::ConversionError { message })
1084
0
            }
1085
        }
1086
1087
0
        deserializer.deserialize_struct(
1088
            "CommonTypeError",
1089
0
            &["value", "reason", "field", "message"],
1090
0
            CommonTypeErrorVisitor,
1091
        )
1092
0
    }
1093
}
1094
1095
// =============================================================================
1096
// ORDER TYPES (Moved from trading_engine)
1097
// =============================================================================
1098
1099
/// Order type specifying execution behavior - CANONICAL DEFINITION
1100
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1101
#[non_exhaustive]
1102
pub enum OrderType {
1103
    /// Market order - executes immediately at current market price
1104
    Market,
1105
    /// Limit order - executes only at specified price or better
1106
    Limit,
1107
    /// Stop order - becomes market order when stop price is reached
1108
    Stop,
1109
    /// Stop-limit order - becomes limit order when stop price is reached
1110
    StopLimit,
1111
    /// Iceberg order - large order split into smaller visible portions
1112
    Iceberg,
1113
    /// Trailing stop order - stop price adjusts with favorable price movement
1114
    TrailingStop,
1115
    /// Hidden order - not displayed in order book
1116
    Hidden,
1117
}
1118
1119
impl fmt::Display for OrderType {
1120
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1121
0
        match self {
1122
0
            Self::Market => write!(f, "MARKET"),
1123
0
            Self::Limit => write!(f, "LIMIT"),
1124
0
            Self::Stop => write!(f, "STOP"),
1125
0
            Self::StopLimit => write!(f, "STOP_LIMIT"),
1126
0
            Self::Iceberg => write!(f, "ICEBERG"),
1127
0
            Self::TrailingStop => write!(f, "TRAILING_STOP"),
1128
0
            Self::Hidden => write!(f, "HIDDEN"),
1129
        }
1130
0
    }
1131
}
1132
1133
impl Default for OrderType {
1134
    /// Returns the default order type (Market)
1135
0
    fn default() -> Self {
1136
0
        Self::Market
1137
0
    }
1138
}
1139
1140
impl TryFrom<i32> for OrderType {
1141
    type Error = String;
1142
1143
0
    fn try_from(value: i32) -> Result<Self, Self::Error> {
1144
0
        match value {
1145
0
            0 => Ok(OrderType::Market),
1146
0
            1 => Ok(OrderType::Limit),
1147
0
            2 => Ok(OrderType::Stop),
1148
0
            3 => Ok(OrderType::StopLimit),
1149
0
            4 => Ok(OrderType::Iceberg),
1150
0
            5 => Ok(OrderType::TrailingStop),
1151
0
            6 => Ok(OrderType::Hidden),
1152
0
            _ => Err(format!("Invalid OrderType: {}", value)),
1153
        }
1154
0
    }
1155
}
1156
1157
/// Supported broker types - CANONICAL DEFINITION
1158
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1159
pub enum BrokerType {
1160
    /// Interactive Brokers TWS/API
1161
    InteractiveBrokers,
1162
    /// IC Markets FIX API
1163
    ICMarkets,
1164
    /// Paper trading simulation
1165
    PaperTrading,
1166
    /// Demo/Test broker
1167
    Demo,
1168
}
1169
1170
impl Default for BrokerType {
1171
    /// Returns the default broker type (InteractiveBrokers)
1172
0
    fn default() -> Self {
1173
0
        Self::InteractiveBrokers
1174
0
    }
1175
}
1176
1177
/// Order status throughout its lifecycle - CANONICAL DEFINITION
1178
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1179
#[non_exhaustive]
1180
pub enum OrderStatus {
1181
    /// Order has been created but not yet submitted to broker
1182
    Created,
1183
    /// Order has been submitted to broker for execution
1184
    Submitted,
1185
    /// Order has been partially executed with remaining quantity
1186
    PartiallyFilled,
1187
    /// Order has been completely executed
1188
    Filled,
1189
    /// Order was rejected by broker or exchange
1190
    Rejected,
1191
    /// Order was cancelled by user or system
1192
    Cancelled,
1193
    /// New order accepted by broker
1194
    New,
1195
    /// Order expired due to time restrictions
1196
    Expired,
1197
    /// Order is pending broker acceptance
1198
    Pending,
1199
    /// Order is actively working in the market
1200
    Working,
1201
    /// Order status is unknown or not yet determined
1202
    Unknown,
1203
    /// Order is temporarily suspended
1204
    Suspended,
1205
    /// Order cancellation is pending
1206
    PendingCancel,
1207
    /// Order modification is pending
1208
    PendingReplace,
1209
}
1210
impl fmt::Display for OrderStatus {
1211
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1212
0
        match self {
1213
0
            Self::Created => write!(f, "CREATED"),
1214
0
            Self::Submitted => write!(f, "SUBMITTED"),
1215
0
            Self::PartiallyFilled => write!(f, "PARTIALLY_FILLED"),
1216
0
            Self::Filled => write!(f, "FILLED"),
1217
0
            Self::Rejected => write!(f, "REJECTED"),
1218
0
            Self::Cancelled => write!(f, "CANCELLED"),
1219
0
            Self::New => write!(f, "NEW"),
1220
0
            Self::Expired => write!(f, "EXPIRED"),
1221
0
            Self::Pending => write!(f, "PENDING"),
1222
0
            Self::Working => write!(f, "WORKING"),
1223
0
            Self::Unknown => write!(f, "UNKNOWN"),
1224
0
            Self::Suspended => write!(f, "SUSPENDED"),
1225
0
            Self::PendingCancel => write!(f, "PENDING_CANCEL"),
1226
0
            Self::PendingReplace => write!(f, "PENDING_REPLACE"),
1227
        }
1228
0
    }
1229
}
1230
1231
impl Default for OrderStatus {
1232
    /// Returns the default order status (Created)
1233
0
    fn default() -> Self {
1234
0
        Self::Created
1235
0
    }
1236
}
1237
1238
impl TryFrom<i32> for OrderStatus {
1239
    type Error = String;
1240
1241
0
    fn try_from(value: i32) -> Result<Self, Self::Error> {
1242
0
        match value {
1243
0
            0 => Ok(OrderStatus::Created),
1244
0
            1 => Ok(OrderStatus::Submitted),
1245
0
            2 => Ok(OrderStatus::PartiallyFilled),
1246
0
            3 => Ok(OrderStatus::Filled),
1247
0
            4 => Ok(OrderStatus::Rejected),
1248
0
            5 => Ok(OrderStatus::Cancelled),
1249
0
            6 => Ok(OrderStatus::New),
1250
0
            7 => Ok(OrderStatus::Expired),
1251
0
            8 => Ok(OrderStatus::Pending),
1252
0
            9 => Ok(OrderStatus::Working),
1253
0
            10 => Ok(OrderStatus::Unknown),
1254
0
            11 => Ok(OrderStatus::Suspended),
1255
0
            12 => Ok(OrderStatus::PendingCancel),
1256
0
            13 => Ok(OrderStatus::PendingReplace),
1257
0
            _ => Err(format!("Invalid OrderStatus: {}", value)),
1258
        }
1259
0
    }
1260
}
1261
1262
/// Order side - whether the order is a buy or sell - CANONICAL DEFINITION
1263
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1264
pub enum OrderSide {
1265
    /// Buy order - purchasing securities
1266
    Buy,
1267
    /// Sell order - selling securities
1268
    Sell,
1269
}
1270
1271
impl fmt::Display for OrderSide {
1272
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1273
0
        match self {
1274
0
            Self::Buy => write!(f, "BUY"),
1275
0
            Self::Sell => write!(f, "SELL"),
1276
        }
1277
0
    }
1278
}
1279
1280
impl Default for OrderSide {
1281
    /// Returns the default order side (Buy)
1282
0
    fn default() -> Self {
1283
0
        Self::Buy
1284
0
    }
1285
}
1286
1287
impl TryFrom<i32> for OrderSide {
1288
    type Error = String;
1289
1290
0
    fn try_from(value: i32) -> Result<Self, Self::Error> {
1291
0
        match value {
1292
0
            0 => Ok(OrderSide::Buy),
1293
0
            1 => Ok(OrderSide::Sell),
1294
0
            _ => Err(format!("Invalid OrderSide: {}", value)),
1295
        }
1296
0
    }
1297
}
1298
1299
// REMOVED: Side alias - use OrderSide directly
1300
1301
/// Currency enumeration - CANONICAL DEFINITION
1302
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, PartialOrd, Ord, Serialize, Deserialize)]
1303
#[cfg_attr(feature = "database", derive(sqlx::Type))]
1304
pub enum Currency {
1305
    /// US Dollar
1306
    USD,
1307
    /// Euro
1308
    EUR,
1309
    /// British Pound Sterling
1310
    GBP,
1311
    /// Japanese Yen
1312
    JPY,
1313
    /// Swiss Franc
1314
    CHF,
1315
    /// Canadian Dollar
1316
    CAD,
1317
    /// Australian Dollar
1318
    AUD,
1319
    /// New Zealand Dollar
1320
    NZD,
1321
    /// Bitcoin
1322
    BTC,
1323
    /// Ethereum
1324
    ETH,
1325
}
1326
1327
impl fmt::Display for Currency {
1328
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1329
0
        match self {
1330
0
            Self::USD => write!(f, "USD"),
1331
0
            Self::EUR => write!(f, "EUR"),
1332
0
            Self::GBP => write!(f, "GBP"),
1333
0
            Self::JPY => write!(f, "JPY"),
1334
0
            Self::CHF => write!(f, "CHF"),
1335
0
            Self::CAD => write!(f, "CAD"),
1336
0
            Self::AUD => write!(f, "AUD"),
1337
0
            Self::NZD => write!(f, "NZD"),
1338
0
            Self::BTC => write!(f, "BTC"),
1339
0
            Self::ETH => write!(f, "ETH"),
1340
        }
1341
0
    }
1342
}
1343
1344
impl Default for Currency {
1345
    /// Returns the default currency (USD)
1346
0
    fn default() -> Self {
1347
0
        Self::USD
1348
0
    }
1349
}
1350
1351
/// Time in force enumeration - CANONICAL DEFINITION
1352
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
1353
pub enum TimeInForce {
1354
    /// Order is valid for the current trading day only
1355
    Day,
1356
    /// Order remains active until explicitly cancelled
1357
    GoodTillCancel,
1358
    /// Order must be executed immediately or cancelled
1359
    ImmediateOrCancel,
1360
    /// Order must be executed completely or cancelled
1361
    FillOrKill,
1362
}
1363
1364
impl fmt::Display for TimeInForce {
1365
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1366
0
        match self {
1367
0
            Self::Day => write!(f, "DAY"),
1368
0
            Self::GoodTillCancel => write!(f, "GTC"),
1369
0
            Self::ImmediateOrCancel => write!(f, "IOC"),
1370
0
            Self::FillOrKill => write!(f, "FOK"),
1371
        }
1372
0
    }
1373
}
1374
1375
impl Default for TimeInForce {
1376
    /// Returns the default time in force (Day)
1377
4
    fn default() -> Self {
1378
4
        Self::Day
1379
4
    }
1380
}
1381
1382
// =============================================================================
1383
// CORE ID TYPES (MIGRATED FROM TRADING_ENGINE)
1384
// =============================================================================
1385
1386
// Duplicate TradeId removed - using definition from line 1008
1387
1388
/// Event identifier for tracking system events
1389
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1390
pub struct EventId(String);
1391
1392
impl EventId {
1393
    /// Create a new random event ID
1394
0
    pub fn new() -> Self {
1395
        use uuid::Uuid;
1396
0
        Self(Uuid::new_v4().to_string())
1397
0
    }
1398
1399
    /// Create an event ID from a string, generating new if empty
1400
0
    pub fn from_string<S: Into<String>>(id: S) -> Self {
1401
0
        let id = id.into();
1402
0
        if id.is_empty() {
1403
0
            Self::new() // Generate new ID if empty
1404
        } else {
1405
0
            Self(id)
1406
        }
1407
0
    }
1408
1409
    /// Get the string value of the event ID
1410
0
    pub fn value(&self) -> &str {
1411
0
        &self.0
1412
0
    }
1413
}
1414
1415
impl fmt::Display for EventId {
1416
    /// Format the event ID for display
1417
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1418
0
        write!(f, "{}", self.0)
1419
0
    }
1420
}
1421
1422
impl From<String> for EventId {
1423
    /// Create an EventId from a String
1424
0
    fn from(s: String) -> Self {
1425
0
        Self(s)
1426
0
    }
1427
}
1428
1429
impl Default for EventId {
1430
    /// Create a default EventId with a new UUID
1431
0
    fn default() -> Self {
1432
0
        Self::new()
1433
0
    }
1434
}
1435
1436
/// Fill identifier with validation
1437
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1438
pub struct FillId(String);
1439
1440
impl FillId {
1441
    /// Create a new fill ID with validation
1442
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
1443
0
        let id = id.into();
1444
0
        if id.is_empty() {
1445
0
            return Err(CommonTypeError::ValidationError {
1446
0
                field: "fill_id".to_owned(),
1447
0
                reason: "Fill ID cannot be empty".to_owned(),
1448
0
            });
1449
0
        }
1450
0
        Ok(Self(id))
1451
0
    }
1452
1453
    /// Get the fill ID as a string slice
1454
0
    pub fn as_str(&self) -> &str {
1455
0
        &self.0
1456
0
    }
1457
    /// Convert the fill ID into an owned string
1458
    /// Convert the execution ID into an owned string
1459
    /// Convert execution ID into owned string
1460
0
    pub fn into_string(self) -> String {
1461
0
        self.0
1462
0
    }
1463
}
1464
1465
impl fmt::Display for FillId {
1466
    /// Format the fill ID for display
1467
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1468
0
        write!(f, "{}", self.0)
1469
0
    }
1470
}
1471
1472
/// Aggregate identifier with validation
1473
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1474
pub struct AggregateId(String);
1475
1476
impl AggregateId {
1477
    /// Create a new aggregate ID with validation
1478
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
1479
0
        let id = id.into();
1480
0
        if id.is_empty() {
1481
0
            return Err(CommonTypeError::ValidationError {
1482
0
                field: "aggregate_id".to_owned(),
1483
0
                reason: "Aggregate ID cannot be empty".to_owned(),
1484
0
            });
1485
0
        }
1486
0
        Ok(Self(id))
1487
0
    }
1488
1489
    /// Get the aggregate ID as a string slice
1490
0
    pub fn as_str(&self) -> &str {
1491
0
        &self.0
1492
0
    }
1493
    /// Convert the aggregate ID into an owned string
1494
0
    pub fn into_string(self) -> String {
1495
0
        self.0
1496
0
    }
1497
}
1498
1499
impl fmt::Display for AggregateId {
1500
    /// Format the aggregate ID for display
1501
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1502
0
        write!(f, "{}", self.0)
1503
0
    }
1504
}
1505
1506
/// Asset identifier with validation
1507
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1508
pub struct AssetId(String);
1509
1510
impl AssetId {
1511
    /// Create a new asset ID with validation
1512
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
1513
0
        let id = id.into();
1514
0
        if id.is_empty() {
1515
0
            return Err(CommonTypeError::ValidationError {
1516
0
                field: "asset_id".to_owned(),
1517
0
                reason: "Asset ID cannot be empty".to_owned(),
1518
0
            });
1519
0
        }
1520
0
        Ok(Self(id))
1521
0
    }
1522
1523
    /// Get the asset ID as a string slice
1524
0
    pub fn as_str(&self) -> &str {
1525
0
        &self.0
1526
0
    }
1527
    /// Convert the asset ID into an owned string
1528
0
    pub fn into_string(self) -> String {
1529
0
        self.0
1530
0
    }
1531
}
1532
1533
impl fmt::Display for AssetId {
1534
    /// Format the asset ID for display
1535
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1536
0
        write!(f, "{}", self.0)
1537
0
    }
1538
}
1539
1540
/// Client identifier with validation
1541
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
1542
pub struct ClientId(String);
1543
1544
impl ClientId {
1545
    /// Create a new client ID with validation
1546
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
1547
0
        let id = id.into();
1548
0
        if id.is_empty() {
1549
0
            return Err(CommonTypeError::ValidationError {
1550
0
                field: "client_id".to_owned(),
1551
0
                reason: "Client ID cannot be empty".to_owned(),
1552
0
            });
1553
0
        }
1554
0
        Ok(Self(id))
1555
0
    }
1556
1557
    /// Get the client ID as a string slice
1558
0
    pub fn as_str(&self) -> &str {
1559
0
        &self.0
1560
0
    }
1561
    /// Convert the client ID into an owned string
1562
0
    pub fn into_string(self) -> String {
1563
0
        self.0
1564
0
    }
1565
}
1566
1567
impl fmt::Display for ClientId {
1568
    /// Format the client ID for display
1569
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
1570
0
        write!(f, "{}", self.0)
1571
0
    }
1572
}
1573
1574
// =============================================================================
1575
// CORE TRADING TYPES - MIGRATED FROM TRADING_ENGINE
1576
// =============================================================================
1577
1578
/// Canonical Order struct - UNIFIED DEFINITION based on Agent 1's comprehensive analysis
1579
/// This represents the single source of truth for Order across all services
1580
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
1581
#[cfg_attr(feature = "database", derive(sqlx::FromRow))]
1582
pub struct Order {
1583
    // Core Identity
1584
    /// Unique order identifier
1585
    pub id: OrderId,
1586
    /// Client-provided order identifier
1587
    pub client_order_id: Option<String>,
1588
    /// Broker-assigned order identifier
1589
    pub broker_order_id: Option<String>,
1590
    /// Account identifier for the order
1591
    pub account_id: Option<String>,
1592
1593
    // Trading Details
1594
    /// Trading symbol for the order
1595
    pub symbol: Symbol,
1596
    /// Order side (buy or sell)
1597
    pub side: OrderSide,
1598
    /// Type of order (market, limit, etc.)
1599
    pub order_type: OrderType,
1600
    /// Current status of the order
1601
    pub status: OrderStatus,
1602
    /// Time in force policy
1603
    pub time_in_force: TimeInForce,
1604
1605
    // Quantities & Pricing
1606
    /// Total order quantity
1607
    pub quantity: Quantity,
1608
    /// Limit price for the order
1609
    pub price: Option<Price>,
1610
    /// Stop price for stop orders
1611
    pub stop_price: Option<Price>,
1612
    /// Quantity that has been filled
1613
    pub filled_quantity: Quantity,
1614
    /// Remaining quantity to be filled
1615
    pub remaining_quantity: Quantity,
1616
    /// Average execution price
1617
    pub average_price: Option<Price>,
1618
    /// Alias for average_price for database compatibility
1619
    pub avg_fill_price: Option<Price>,
1620
1621
    // Strategy Fields (from Agent 1)
1622
    /// Parent order ID for iceberg/algo orders
1623
    pub parent_id: Option<String>,
1624
    /// Execution algorithm name
1625
    pub execution_algorithm: Option<String>,
1626
    /// Execution algorithm parameters stored as JSON
1627
    pub execution_params: Value,
1628
1629
    // Risk Management (from Agent 1)
1630
    /// Stop loss price for risk management
1631
    pub stop_loss: Option<Price>,
1632
    /// Take profit price for profit taking
1633
    pub take_profit: Option<Price>,
1634
1635
    // Timestamps
1636
    /// Order creation timestamp
1637
    pub created_at: HftTimestamp,
1638
    /// Last update timestamp
1639
    pub updated_at: Option<HftTimestamp>,
1640
    /// Order expiration timestamp
1641
    pub expires_at: Option<HftTimestamp>,
1642
1643
    // Extensibility
1644
    /// Additional order metadata stored as JSON
1645
    pub metadata: Value,
1646
}
1647
1648
impl Order {
1649
    /// Create a new order with canonical fields
1650
4
    pub fn new(
1651
4
        symbol: Symbol,
1652
4
        side: OrderSide,
1653
4
        quantity: Quantity,
1654
4
        price: Option<Price>,
1655
4
        order_type: OrderType,
1656
4
    ) -> Self {
1657
4
        let now = HftTimestamp::now_or_zero();
1658
4
        Self {
1659
4
            // Core Identity
1660
4
            id: OrderId::new(),
1661
4
            client_order_id: None,
1662
4
            broker_order_id: None,
1663
4
            account_id: None,
1664
4
1665
4
            // Trading Details
1666
4
            symbol,
1667
4
            side,
1668
4
            order_type,
1669
4
            status: OrderStatus::Created,
1670
4
            time_in_force: TimeInForce::default(),
1671
4
1672
4
            // Quantities & Pricing
1673
4
            quantity,
1674
4
            price,
1675
4
            stop_price: None,
1676
4
            filled_quantity: Quantity::ZERO,
1677
4
            remaining_quantity: quantity,
1678
4
            average_price: None,
1679
4
            avg_fill_price: None, // Database compatibility alias
1680
4
1681
4
            // Strategy Fields
1682
4
            parent_id: None,
1683
4
            execution_algorithm: None,
1684
4
            execution_params: serde_json::json!({}),
1685
4
1686
4
            // Risk Management
1687
4
            stop_loss: None,
1688
4
            take_profit: None,
1689
4
1690
4
            // Timestamps
1691
4
            created_at: now,
1692
4
            updated_at: None,
1693
4
            expires_at: None,
1694
4
1695
4
            // Extensibility
1696
4
            metadata: serde_json::json!({}),
1697
4
        }
1698
4
    }
1699
1700
    /// Check if the order is fully filled
1701
0
    pub fn is_filled(&self) -> bool {
1702
0
        self.filled_quantity == self.quantity
1703
0
    }
1704
1705
    /// Check if the order is partially filled
1706
0
    pub fn is_partially_filled(&self) -> bool {
1707
0
        self.filled_quantity > Quantity::ZERO && self.filled_quantity < self.quantity
1708
0
    }
1709
1710
    /// Calculate fill percentage
1711
0
    pub fn fill_percentage(&self) -> f64 {
1712
0
        if self.quantity.is_zero() {
1713
0
            0.0
1714
        } else {
1715
0
            (self.filled_quantity.to_f64() / self.quantity.to_f64()) * 100.0
1716
        }
1717
0
    }
1718
1719
    /// Set client order ID for tracking
1720
0
    pub fn with_client_order_id(mut self, client_order_id: String) -> Self {
1721
0
        self.client_order_id = Some(client_order_id);
1722
0
        self
1723
0
    }
1724
1725
    /// Set account ID
1726
4
    pub fn with_account_id(mut self, account_id: String) -> Self {
1727
4
        self.account_id = Some(account_id);
1728
4
        self
1729
4
    }
1730
1731
    /// Set time in force
1732
0
    pub fn with_time_in_force(mut self, time_in_force: TimeInForce) -> Self {
1733
0
        self.time_in_force = time_in_force;
1734
0
        self
1735
0
    }
1736
1737
    /// Set stop price
1738
0
    pub fn with_stop_price(mut self, stop_price: Price) -> Self {
1739
0
        self.stop_price = Some(stop_price);
1740
0
        self
1741
0
    }
1742
1743
    /// Set execution algorithm
1744
0
    pub fn with_execution_algorithm(mut self, algorithm: String) -> Self {
1745
0
        self.execution_algorithm = Some(algorithm);
1746
0
        self
1747
0
    }
1748
1749
    /// Add execution parameter
1750
0
    pub fn with_execution_param(mut self, key: String, value: f64) -> Self {
1751
0
        if let Some(obj) = self.execution_params.as_object_mut() {
1752
0
            obj.insert(key, serde_json::to_value(value).unwrap_or(Value::Null));
1753
0
        } else {
1754
0
            let mut map = serde_json::Map::new();
1755
0
            map.insert(key, serde_json::to_value(value).unwrap_or(Value::Null));
1756
0
            self.execution_params = Value::Object(map);
1757
0
        }
1758
0
        self
1759
0
    }
1760
1761
    /// Set stop loss
1762
0
    pub fn with_stop_loss(mut self, stop_loss: Price) -> Self {
1763
0
        self.stop_loss = Some(stop_loss);
1764
0
        self
1765
0
    }
1766
1767
    /// Set take profit
1768
0
    pub fn with_take_profit(mut self, take_profit: Price) -> Self {
1769
0
        self.take_profit = Some(take_profit);
1770
0
        self
1771
0
    }
1772
1773
    /// Add metadata
1774
0
    pub fn with_metadata(mut self, key: String, value: String) -> Self {
1775
0
        if let Some(obj) = self.metadata.as_object_mut() {
1776
0
            obj.insert(key, Value::String(value));
1777
0
        } else {
1778
0
            let mut map = serde_json::Map::new();
1779
0
            map.insert(key, Value::String(value));
1780
0
            self.metadata = Value::Object(map);
1781
0
        }
1782
0
        self
1783
0
    }
1784
1785
    /// Update order status and timestamp
1786
0
    pub fn update_status(&mut self, status: OrderStatus) {
1787
0
        self.status = status;
1788
0
        self.updated_at = Some(HftTimestamp::now_or_zero());
1789
0
    }
1790
1791
    /// Fill order with given quantity and price
1792
0
    pub fn fill(
1793
0
        &mut self,
1794
0
        fill_quantity: Quantity,
1795
0
        fill_price: Price,
1796
0
    ) -> Result<(), CommonTypeError> {
1797
0
        if self.filled_quantity + fill_quantity > self.quantity {
1798
0
            return Err(CommonTypeError::ValidationError {
1799
0
                field: "fill_quantity".to_string(),
1800
0
                reason: "Fill quantity exceeds remaining quantity".to_string(),
1801
0
            });
1802
0
        }
1803
1804
        // Update filled quantity
1805
0
        let previous_filled = self.filled_quantity;
1806
0
        self.filled_quantity = self.filled_quantity + fill_quantity;
1807
0
        self.remaining_quantity = self.quantity - self.filled_quantity;
1808
1809
        // Update average price
1810
0
        if let Some(avg_price) = self.average_price {
1811
0
            let total_value = avg_price.to_f64() * previous_filled.to_f64()
1812
0
                + fill_price.to_f64() * fill_quantity.to_f64();
1813
0
            let new_avg = Some(
1814
0
                Price::from_f64(total_value / self.filled_quantity.to_f64()).unwrap_or(fill_price),
1815
0
            );
1816
0
            self.average_price = new_avg;
1817
0
            self.avg_fill_price = new_avg; // Keep in sync
1818
0
        } else {
1819
0
            self.average_price = Some(fill_price);
1820
0
            self.avg_fill_price = Some(fill_price); // Keep in sync
1821
0
        }
1822
1823
        // Update status
1824
0
        if self.is_filled() {
1825
0
            self.update_status(OrderStatus::Filled);
1826
0
        } else {
1827
0
            self.update_status(OrderStatus::PartiallyFilled);
1828
0
        }
1829
1830
0
        Ok(())
1831
0
    }
1832
1833
    /// Create a limit order - convenience constructor
1834
0
    pub fn limit(symbol: Symbol, side: OrderSide, quantity: Quantity, price: Price) -> Self {
1835
0
        Self::new(symbol, side, quantity, Some(price), OrderType::Limit)
1836
0
    }
1837
1838
    /// Create a market order - convenience constructor
1839
0
    pub fn market(symbol: Symbol, side: OrderSide, quantity: Quantity) -> Self {
1840
0
        Self::new(symbol, side, quantity, None, OrderType::Market)
1841
0
    }
1842
1843
    /// Get symbol hash for performance-critical operations
1844
0
    pub fn symbol_hash(&self) -> i64 {
1845
        use std::collections::hash_map::DefaultHasher;
1846
        use std::hash::{Hash, Hasher};
1847
1848
0
        let mut hasher = DefaultHasher::new();
1849
0
        self.symbol.as_str().hash(&mut hasher);
1850
0
        hasher.finish() as i64
1851
0
    }
1852
1853
    /// Get order timestamp
1854
0
    pub fn timestamp(&self) -> HftTimestamp {
1855
0
        self.created_at
1856
0
    }
1857
}
1858
1859
impl Default for Order {
1860
0
    fn default() -> Self {
1861
0
        Self {
1862
0
            id: OrderId::new(),
1863
0
            client_order_id: None,
1864
0
            broker_order_id: None,
1865
0
            account_id: None,
1866
0
1867
0
            symbol: Symbol::from("DEFAULT"),
1868
0
            side: OrderSide::Buy,
1869
0
            order_type: OrderType::Market,
1870
0
            status: OrderStatus::Created,
1871
0
            time_in_force: TimeInForce::Day,
1872
0
1873
0
            quantity: Quantity::ONE,
1874
0
            price: None,
1875
0
            stop_price: None,
1876
0
            filled_quantity: Quantity::ZERO,
1877
0
            remaining_quantity: Quantity::ONE,
1878
0
            average_price: None,
1879
0
            avg_fill_price: None,
1880
0
1881
0
            parent_id: None,
1882
0
            execution_algorithm: None,
1883
0
            execution_params: serde_json::json!({}),
1884
0
1885
0
            stop_loss: None,
1886
0
            take_profit: None,
1887
0
1888
0
            created_at: HftTimestamp::now().unwrap_or(HftTimestamp { nanos: 0 }),
1889
0
            updated_at: None,
1890
0
            expires_at: None,
1891
0
1892
0
            metadata: serde_json::json!({}),
1893
0
        }
1894
0
    }
1895
}
1896
1897
/// Represents a trading position - CANONICAL DEFINITION
1898
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
1899
#[cfg_attr(feature = "database", derive(sqlx::FromRow))]
1900
pub struct Position {
1901
    /// Unique position identifier
1902
    pub id: Uuid,
1903
1904
    /// Trading symbol
1905
    pub symbol: String,
1906
1907
    /// Position quantity (positive for long, negative for short)
1908
    pub quantity: Decimal,
1909
1910
    /// Average entry price
1911
    pub avg_price: Decimal,
1912
1913
    /// Average cost per share
1914
    pub avg_cost: Decimal,
1915
1916
    /// Cost basis for tax calculations
1917
    pub basis: Decimal,
1918
1919
    /// Average entry price
1920
    pub average_price: Decimal,
1921
1922
    /// Market value of position
1923
    pub market_value: Decimal,
1924
1925
    /// Unrealized P&L
1926
    pub unrealized_pnl: Decimal,
1927
1928
    /// Realized P&L
1929
    pub realized_pnl: Decimal,
1930
1931
    /// Position creation timestamp
1932
    pub created_at: DateTime<Utc>,
1933
1934
    /// Last update timestamp
1935
    pub updated_at: DateTime<Utc>,
1936
1937
    /// Last updated timestamp
1938
    pub last_updated: DateTime<Utc>,
1939
1940
    /// Current market price (for P&L calculation)
1941
    pub current_price: Option<Decimal>,
1942
1943
    /// Position size in base currency
1944
    pub notional_value: Decimal,
1945
1946
    /// Margin requirement
1947
    pub margin_requirement: Decimal,
1948
}
1949
1950
impl Position {
1951
    /// Create a new position
1952
0
    pub fn new(symbol: String, quantity: Decimal, avg_price: Decimal) -> Self {
1953
0
        let now = Utc::now();
1954
0
        let notional_value = quantity.abs() * avg_price;
1955
1956
0
        Self {
1957
0
            id: Uuid::new_v4(),
1958
0
            symbol,
1959
0
            quantity,
1960
0
            avg_price,
1961
0
            avg_cost: avg_price, // Keep avg_cost synchronized with avg_price
1962
0
            basis: quantity * avg_price, // Cost basis calculation
1963
0
            average_price: avg_price, // Same as avg_price for compatibility
1964
0
            market_value: notional_value, // Initialize market value to notional value
1965
0
            unrealized_pnl: Decimal::ZERO,
1966
0
            realized_pnl: Decimal::ZERO,
1967
0
            created_at: now,
1968
0
            updated_at: now,
1969
0
            last_updated: now, // Same as updated_at for compatibility
1970
0
            current_price: None,
1971
0
            notional_value,
1972
0
            margin_requirement: notional_value
1973
0
                * Decimal::from_str_exact("0.02").unwrap_or(Decimal::ZERO), // 2% margin
1974
0
        }
1975
0
    }
1976
1977
    /// Check if position is long
1978
0
    pub fn is_long(&self) -> bool {
1979
0
        self.quantity > Decimal::ZERO
1980
0
    }
1981
1982
    /// Check if position is short
1983
0
    pub fn is_short(&self) -> bool {
1984
0
        self.quantity < Decimal::ZERO
1985
0
    }
1986
1987
    /// Calculate unrealized P&L based on current price
1988
0
    pub fn calculate_unrealized_pnl(&mut self, current_price: Decimal) {
1989
0
        self.current_price = Some(current_price);
1990
0
        self.market_value = self.quantity.abs() * current_price;
1991
        // For both long and short: quantity * (current_price - avg_price)
1992
0
        self.unrealized_pnl = self.quantity * (current_price - self.avg_price);
1993
0
        let now = Utc::now();
1994
0
        self.updated_at = now;
1995
0
        self.last_updated = now; // Keep alias synchronized
1996
0
    }
1997
1998
    /// Get total P&L (realized + unrealized)
1999
0
    pub fn total_pnl(&self) -> Decimal {
2000
0
        self.realized_pnl + self.unrealized_pnl
2001
0
    }
2002
2003
    /// Calculate return on investment percentage
2004
0
    pub fn roi_percentage(&self) -> Decimal {
2005
0
        if self.notional_value.is_zero() {
2006
0
            Decimal::ZERO
2007
        } else {
2008
0
            self.total_pnl() / self.notional_value * Decimal::from(100)
2009
        }
2010
0
    }
2011
}
2012
2013
/// Represents a trade execution - CANONICAL DEFINITION
2014
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
2015
#[cfg_attr(feature = "database", derive(sqlx::FromRow))]
2016
pub struct Execution {
2017
    /// Unique execution identifier
2018
    pub id: Uuid,
2019
2020
    /// Related order ID
2021
    pub order_id: Uuid,
2022
2023
    /// Trading symbol
2024
    pub symbol: String,
2025
2026
    /// Executed quantity
2027
    pub quantity: Decimal,
2028
2029
    /// Execution price
2030
    pub price: Decimal,
2031
2032
    /// Execution side
2033
    pub side: OrderSide,
2034
2035
    /// Trading fees
2036
    pub fees: Decimal,
2037
2038
    /// Fee currency
2039
    pub fee_currency: String,
2040
2041
    /// Execution timestamp
2042
    pub executed_at: DateTime<Utc>,
2043
2044
    /// Execution timestamp
2045
    pub timestamp: DateTime<Utc>,
2046
2047
    /// Symbol hash for performance
2048
    pub symbol_hash: i64,
2049
2050
    /// Broker execution ID
2051
    pub broker_execution_id: Option<String>,
2052
2053
    /// Counterparty information
2054
    pub counterparty: Option<String>,
2055
2056
    /// Trade venue
2057
    pub venue: Option<String>,
2058
2059
    /// Gross trade value
2060
    pub gross_value: Decimal,
2061
2062
    /// Net trade value (after fees)
2063
    pub net_value: Decimal,
2064
}
2065
2066
impl Execution {
2067
    /// Create a new execution
2068
0
    pub fn new(
2069
0
        order_id: Uuid,
2070
0
        symbol: String,
2071
0
        quantity: Decimal,
2072
0
        price: Decimal,
2073
0
        side: OrderSide,
2074
0
        fees: Decimal,
2075
0
    ) -> Self {
2076
0
        let gross_value = quantity * price;
2077
0
        let net_value = if side == OrderSide::Buy {
2078
0
            gross_value + fees
2079
        } else {
2080
0
            gross_value - fees
2081
        };
2082
0
        let now = Utc::now();
2083
0
        let symbol_hash = Self::hash_symbol(&symbol);
2084
2085
0
        Self {
2086
0
            id: Uuid::new_v4(),
2087
0
            order_id,
2088
0
            symbol,
2089
0
            quantity,
2090
0
            price,
2091
0
            side,
2092
0
            fees,
2093
0
            fee_currency: "USD".to_string(), // Default to USD
2094
0
            executed_at: now,
2095
0
            timestamp: now, // Same as executed_at for compatibility
2096
0
            symbol_hash,
2097
0
            broker_execution_id: None,
2098
0
            counterparty: None,
2099
0
            venue: None,
2100
0
            gross_value,
2101
0
            net_value,
2102
0
        }
2103
0
    }
2104
2105
    /// Calculate effective price including fees
2106
0
    pub fn effective_price(&self) -> Decimal {
2107
0
        if self.quantity.is_zero() {
2108
0
            self.price
2109
        } else {
2110
0
            self.net_value / self.quantity
2111
        }
2112
0
    }
2113
2114
    /// Hash symbol for performance
2115
0
    fn hash_symbol(symbol: &str) -> i64 {
2116
        use std::collections::hash_map::DefaultHasher;
2117
        use std::hash::{Hash, Hasher};
2118
2119
0
        let mut hasher = DefaultHasher::new();
2120
0
        symbol.hash(&mut hasher);
2121
0
        hasher.finish() as i64
2122
0
    }
2123
}
2124
2125
/// Core Price type using fixed-point arithmetic for precision
2126
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
2127
pub struct Price {
2128
    value: u64,
2129
}
2130
2131
impl Price {
2132
    /// Zero price constant
2133
    pub const ZERO: Self = Self { value: 0 };
2134
    /// One unit price constant (1.0)
2135
    pub const ONE: Self = Self { value: 100_000_000 };
2136
    /// One cent constant (0.01)
2137
    pub const CENT: Self = Self { value: 1_000_000 };
2138
    /// Maximum price value
2139
    pub const MAX: Self = Self { value: u64::MAX };
2140
2141
    /// Create a Price from a floating-point value
2142
16.6k
    pub fn from_f64(value: f64) -> Result<Self, CommonTypeError> {
2143
16.6k
        if value < 0.0 || 
!value.is_finite()16.6k
 {
2144
10
            return Err(CommonTypeError::InvalidPrice {
2145
10
                value: value.to_string(),
2146
10
                reason: "Price validation failed".to_owned(),
2147
10
            });
2148
16.6k
        }
2149
16.6k
        Ok(Self {
2150
16.6k
            value: (value * 100_000_000.0).round() as u64,
2151
16.6k
        })
2152
16.6k
    }
2153
2154
    /// Convert to floating-point representation
2155
    #[must_use]
2156
    /// Convert the quantity to a floating point value
2157
23.1k
    pub fn to_f64(&self) -> f64 {
2158
23.1k
        self.value as f64 / 100_000_000.0
2159
23.1k
    }
2160
2161
    /// Get floating-point representation (alias for to_f64)
2162
    /// Convert quantity to f64 representation
2163
    /// Convert quantity to f64 representation
2164
    /// Convert quantity to f64 representation
2165
    #[must_use]
2166
0
    pub fn as_f64(&self) -> f64 {
2167
0
        self.to_f64()
2168
0
    }
2169
2170
    /// Create a zero price
2171
    /// Create a zero quantity
2172
    /// Create zero quantity
2173
    #[must_use]
2174
0
    pub const fn zero() -> Self {
2175
0
        Self::ZERO
2176
0
    }
2177
2178
    /// Convert to Decimal type for precise calculations
2179
223
    pub fn to_decimal(&self) -> Result<Decimal, CommonTypeError> {
2180
223
        Decimal::from_f64(self.to_f64()).ok_or_else(|| CommonTypeError::InvalidPrice {
2181
0
            value: "0.0".to_owned(),
2182
0
            reason: "Price to Decimal conversion failed".to_owned(),
2183
0
        })
2184
223
    }
2185
2186
    /// Create a Price from a Decimal value
2187
    #[must_use]
2188
52
    pub fn from_decimal(decimal: Decimal) -> Self {
2189
52
        Self::from(decimal)
2190
52
    }
2191
2192
    /// Create a new Price (alias for from_f64)
2193
    /// Create a new quantity from a floating point value
2194
    /// Create new quantity from f64 value
2195
169
    pub fn new(value: f64) -> Result<Self, CommonTypeError> {
2196
169
        Self::from_f64(value)
2197
169
    }
2198
2199
    /// Get the raw internal value representation
2200
    /// Get the raw internal value
2201
    /// Get the raw internal value representation
2202
    #[must_use]
2203
316
    pub const fn raw_value(&self) -> u64 {
2204
316
        self.value
2205
316
    }
2206
2207
    /// Get the price as a u64 value (same as raw_value)
2208
    /// Convert to u64 representation
2209
    /// Convert quantity to u64 representation
2210
    #[must_use]
2211
0
    pub const fn as_u64(&self) -> u64 {
2212
0
        self.value
2213
0
    }
2214
2215
    /// Create a Price from a raw u64 value
2216
    /// Create a quantity from raw internal value
2217
    /// Create quantity from raw u64 value
2218
    #[must_use]
2219
0
    pub const fn from_raw(value: u64) -> Self {
2220
0
        Self { value }
2221
0
    }
2222
2223
    /// Convert price to cents (divides by 1M for 8 decimal places)
2224
    #[must_use]
2225
0
    pub const fn to_cents(&self) -> u64 {
2226
0
        self.value / 1_000_000
2227
0
    }
2228
2229
    /// Create a Price from cents value
2230
    #[must_use]
2231
0
    pub const fn from_cents(cents: u64) -> Self {
2232
0
        Self {
2233
0
            value: cents * 1_000_000,
2234
0
        }
2235
0
    }
2236
2237
    /// Check if the price is zero
2238
    /// Check if the quantity is zero
2239
    /// Check if quantity is zero
2240
    #[must_use]
2241
0
    pub const fn is_zero(&self) -> bool {
2242
0
        self.value == 0
2243
0
    }
2244
2245
    /// Check if the price is non-zero (has some value)
2246
    /// Check if the quantity is non-zero (has some value)
2247
    /// Check if quantity has a non-zero value
2248
    #[must_use]
2249
0
    pub const fn is_some(&self) -> bool {
2250
0
        !self.is_zero()
2251
0
    }
2252
2253
    /// Check if the price is zero (has no value)
2254
    /// Check if the quantity is zero (has no value)
2255
    /// Check if quantity is zero (none)
2256
    #[must_use]
2257
0
    pub const fn is_none(&self) -> bool {
2258
0
        self.is_zero()
2259
0
    }
2260
2261
    /// Get a reference to this price
2262
    /// Get a reference to self
2263
    /// Get a reference to self
2264
    #[must_use]
2265
0
    pub const fn as_ref(&self) -> &Self {
2266
0
        self
2267
0
    }
2268
2269
    /// Get the absolute value of the price (prices are always positive)
2270
    /// Get the absolute value (quantities are always positive)
2271
    /// Get absolute value (always positive for Quantity)
2272
    #[must_use]
2273
10
    pub const fn abs(&self) -> Self {
2274
10
        *self
2275
10
    }
2276
2277
    /// Multiply this price by another price
2278
0
    pub fn multiply(&self, other: Self) -> Result<Self, CommonTypeError> {
2279
0
        *self * other
2280
0
    }
2281
2282
    /// Subtract another price from this price
2283
    /// Subtract another quantity from this quantity
2284
    /// Subtract another quantity from this quantity
2285
    /// Subtract another quantity from this quantity
2286
    /// Subtract another quantity from this quantity
2287
    #[must_use]
2288
0
    pub fn subtract(&self, other: Self) -> Self {
2289
0
        *self - other
2290
0
    }
2291
2292
    /// Divide this price by a floating point divisor
2293
0
    pub fn divide(&self, divisor: f64) -> Result<Self, CommonTypeError> {
2294
0
        *self / divisor
2295
0
    }
2296
}
2297
2298
impl fmt::Display for Price {
2299
    /// Format the price for display with 8 decimal places
2300
49
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
2301
49
        write!(f, "{:.8}", self.to_f64())
2302
49
    }
2303
}
2304
2305
impl Default for Price {
2306
    /// Returns the default price (zero)
2307
0
    fn default() -> Self {
2308
0
        Self::ZERO
2309
0
    }
2310
}
2311
2312
impl FromStr for Price {
2313
    type Err = CommonTypeError;
2314
2315
0
    fn from_str(s: &str) -> Result<Self, Self::Err> {
2316
0
        let parsed_value = s
2317
0
            .parse::<f64>()
2318
0
            .map_err(|_| CommonTypeError::InvalidPrice {
2319
0
                value: s.to_owned(),
2320
0
                reason: format!("Cannot parse '{}' as price", s),
2321
0
            })?;
2322
0
        Self::from_f64(parsed_value)
2323
0
    }
2324
}
2325
2326
impl Add for Price {
2327
    type Output = Self;
2328
3
    fn add(self, rhs: Self) -> Self::Output {
2329
3
        Self {
2330
3
            value: self.value.saturating_add(rhs.value),
2331
3
        }
2332
3
    }
2333
}
2334
2335
impl Sub for Price {
2336
    type Output = Self;
2337
12
    fn sub(self, rhs: Self) -> Self::Output {
2338
12
        Self {
2339
12
            value: self.value.saturating_sub(rhs.value),
2340
12
        }
2341
12
    }
2342
}
2343
2344
impl Mul<f64> for Price {
2345
    type Output = Result<Self, CommonTypeError>;
2346
160
    fn mul(self, rhs: f64) -> Self::Output {
2347
160
        Self::from_f64(self.to_f64() * rhs)
2348
160
    }
2349
}
2350
2351
impl Div<f64> for Price {
2352
    type Output = Result<Self, CommonTypeError>;
2353
4
    fn div(self, rhs: f64) -> Self::Output {
2354
4
        if rhs == 0.0 {
2355
0
            return Err(CommonTypeError::ConversionError {
2356
0
                message: "Cannot divide price by zero".to_owned(),
2357
0
            });
2358
4
        }
2359
4
        Self::from_f64(self.to_f64() / rhs)
2360
4
    }
2361
}
2362
2363
impl From<Decimal> for Price {
2364
143
    fn from(decimal: Decimal) -> Self {
2365
143
        let f64_val: f64 = TryInto::<f64>::try_into(decimal).unwrap_or_else(|_| 
{0
2366
0
            tracing::warn!("Failed to convert Decimal to f64, using 0.0 as fallback");
2367
0
            0.0_f64
2368
0
        });
2369
143
        Self::from_f64(f64_val).unwrap_or_else(|_| 
{0
2370
0
            tracing::warn!(
2371
0
                "Failed to create Price from f64 value {}, using ZERO",
2372
                f64_val
2373
            );
2374
0
            Self::ZERO
2375
0
        })
2376
143
    }
2377
}
2378
2379
impl From<Price> for Decimal {
2380
0
    fn from(price: Price) -> Self {
2381
0
        price.to_decimal().unwrap_or(Decimal::ZERO)
2382
0
    }
2383
}
2384
2385
// TryFrom<Quantity> for Decimal removed due to conflicting blanket implementation
2386
// Use qty.to_decimal() directly instead
2387
impl From<Quantity> for Decimal {
2388
0
    fn from(qty: Quantity) -> Self {
2389
0
        qty.to_decimal().unwrap_or(Decimal::ZERO)
2390
0
    }
2391
}
2392
2393
// TryFrom<Quantity> for Decimal removed due to conflict with From implementation
2394
// Use the From implementation instead which handles errors by returning ZERO
2395
2396
impl Mul<Self> for Price {
2397
    type Output = Result<Self, CommonTypeError>;
2398
4
    fn mul(self, rhs: Self) -> Self::Output {
2399
4
        Self::from_f64(self.to_f64() * rhs.to_f64())
2400
4
    }
2401
}
2402
2403
impl TryFrom<String> for Price {
2404
    type Error = CommonTypeError;
2405
0
    fn try_from(s: String) -> Result<Self, Self::Error> {
2406
0
        Self::from_str(&s)
2407
0
    }
2408
}
2409
2410
impl TryFrom<&str> for Price {
2411
    type Error = CommonTypeError;
2412
0
    fn try_from(s: &str) -> Result<Self, Self::Error> {
2413
0
        Self::from_str(s)
2414
0
    }
2415
}
2416
2417
impl PartialEq<f64> for Price {
2418
0
    fn eq(&self, other: &f64) -> bool {
2419
0
        (self.to_f64() - other).abs() < f64::EPSILON
2420
0
    }
2421
}
2422
2423
impl PartialEq<Price> for f64 {
2424
0
    fn eq(&self, other: &Price) -> bool {
2425
0
        (self - other.to_f64()).abs() < f64::EPSILON
2426
0
    }
2427
}
2428
2429
impl AddAssign for Price {
2430
7
    fn add_assign(&mut self, rhs: Self) {
2431
7
        self.value = self.value.saturating_add(rhs.value);
2432
7
    }
2433
}
2434
2435
impl SubAssign for Price {
2436
0
    fn sub_assign(&mut self, rhs: Self) {
2437
0
        self.value = self.value.saturating_sub(rhs.value);
2438
0
    }
2439
}
2440
2441
impl MulAssign<f64> for Price {
2442
0
    fn mul_assign(&mut self, rhs: f64) {
2443
0
        if let Ok(result) = self.mul(rhs) {
2444
0
            *self = result;
2445
0
        }
2446
        // If multiplication fails, self remains unchanged
2447
0
    }
2448
}
2449
2450
impl DivAssign<f64> for Price {
2451
0
    fn div_assign(&mut self, rhs: f64) {
2452
0
        if let Ok(result) = self.div(rhs) {
2453
0
            *self = result;
2454
0
        }
2455
        // If division fails, self remains unchanged
2456
0
    }
2457
}
2458
2459
impl PartialOrd<f64> for Price {
2460
0
    fn partial_cmp(&self, other: &f64) -> Option<std::cmp::Ordering> {
2461
0
        self.to_f64().partial_cmp(other)
2462
0
    }
2463
}
2464
2465
impl PartialOrd<Price> for f64 {
2466
9
    fn partial_cmp(&self, other: &Price) -> Option<std::cmp::Ordering> {
2467
9
        self.partial_cmp(&other.to_f64())
2468
9
    }
2469
}
2470
2471
/// Core Quantity type using fixed-point arithmetic
2472
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
2473
pub struct Quantity {
2474
    value: u64,
2475
}
2476
2477
impl Quantity {
2478
    /// Zero quantity constant
2479
    pub const ZERO: Self = Self { value: 0 };
2480
    /// One unit quantity constant
2481
    pub const ONE: Self = Self { value: 100_000_000 };
2482
    /// Maximum possible quantity
2483
    pub const MAX: Self = Self { value: u64::MAX };
2484
2485
    /// Create a Quantity from a floating point value
2486
1.87k
    pub fn from_f64(value: f64) -> Result<Self, CommonTypeError> {
2487
1.87k
        if value < 0.0 || !value.is_finite() {
2488
0
            return Err(CommonTypeError::InvalidQuantity {
2489
0
                value: value.to_string(),
2490
0
                reason: "Quantity validation failed".to_owned(),
2491
0
            });
2492
1.87k
        }
2493
1.87k
        Ok(Self {
2494
1.87k
            value: (value * 100_000_000.0).round() as u64,
2495
1.87k
        })
2496
1.87k
    }
2497
2498
    /// Convert quantity to floating point representation
2499
    #[must_use]
2500
262
    pub fn to_f64(&self) -> f64 {
2501
262
        self.value as f64 / 100_000_000.0
2502
262
    }
2503
2504
    /// Convert the quantity to a Decimal value
2505
40
    pub fn to_decimal(&self) -> Result<Decimal, CommonTypeError> {
2506
40
        Decimal::from_f64(self.to_f64()).ok_or_else(|| CommonTypeError::InvalidQuantity {
2507
0
            value: "0.0".to_owned(),
2508
0
            reason: "Quantity to Decimal conversion failed".to_owned(),
2509
0
        })
2510
40
    }
2511
2512
    /// Get the internal value representation
2513
    #[must_use]
2514
0
    pub const fn value(&self) -> u64 {
2515
0
        self.value
2516
0
    }
2517
2518
    /// Get the raw internal value representation
2519
    #[must_use]
2520
102
    pub const fn raw_value(&self) -> u64 {
2521
102
        self.value
2522
102
    }
2523
2524
    /// Convert quantity to u64 representation
2525
    #[must_use]
2526
0
    pub const fn as_u64(&self) -> u64 {
2527
0
        self.value
2528
0
    }
2529
2530
    /// Create quantity from raw u64 value
2531
    #[must_use]
2532
0
    pub const fn from_raw(value: u64) -> Self {
2533
0
        Self { value }
2534
0
    }
2535
2536
    /// Create new quantity from f64 value
2537
0
    pub fn new(value: f64) -> Result<Self, CommonTypeError> {
2538
0
        Self::from_f64(value)
2539
0
    }
2540
2541
    /// Create zero quantity
2542
    #[must_use]
2543
25
    pub const fn zero() -> Self {
2544
25
        Self::ZERO
2545
25
    }
2546
2547
    /// Create a quantity from an i64 value
2548
0
    pub fn from_i64(value: i64) -> Result<Self, CommonTypeError> {
2549
0
        Self::from_f64(value as f64)
2550
0
    }
2551
2552
    /// Create a quantity from a u64 value
2553
0
    pub fn from_u64(value: u64) -> Result<Self, CommonTypeError> {
2554
0
        Self::from_f64(value as f64)
2555
0
    }
2556
2557
    /// Create a quantity from a Decimal value
2558
0
    pub fn from_decimal(decimal: Decimal) -> Result<Self, CommonTypeError> {
2559
        use std::convert::TryFrom;
2560
0
        Self::try_from(decimal).map_err(|_| CommonTypeError::InvalidQuantity {
2561
0
            value: decimal.to_string(),
2562
0
            reason: "Failed to convert Decimal to Quantity".to_owned(),
2563
0
        })
2564
0
    }
2565
2566
    /// Check if quantity is zero
2567
    #[must_use]
2568
0
    pub const fn is_zero(&self) -> bool {
2569
0
        self.value == 0
2570
0
    }
2571
2572
    /// Check if quantity has a non-zero value
2573
    #[must_use]
2574
0
    pub const fn is_some(&self) -> bool {
2575
0
        !self.is_zero()
2576
0
    }
2577
2578
    /// Check if quantity is zero (none)
2579
    #[must_use]
2580
0
    pub const fn is_none(&self) -> bool {
2581
0
        self.is_zero()
2582
0
    }
2583
2584
    /// Get a reference to self
2585
    #[must_use]
2586
0
    pub const fn as_ref(&self) -> &Self {
2587
0
        self
2588
0
    }
2589
2590
    /// Get absolute value (always positive for Quantity)
2591
    #[must_use]
2592
0
    pub const fn abs(&self) -> Self {
2593
0
        *self
2594
0
    }
2595
2596
    /// Get the sign of the quantity (1.0 for positive, 0.0 for zero)
2597
    #[must_use]
2598
0
    pub const fn signum(&self) -> f64 {
2599
0
        if self.value > 0 {
2600
0
            1.0
2601
        } else {
2602
0
            0.0
2603
        }
2604
0
    }
2605
2606
    /// Check if quantity is positive
2607
    #[must_use]
2608
0
    pub const fn is_positive(&self) -> bool {
2609
0
        self.value > 0
2610
0
    }
2611
2612
    /// Check if quantity is negative (always false for Quantity)
2613
    #[must_use]
2614
0
    pub const fn is_negative(&self) -> bool {
2615
0
        false
2616
0
    }
2617
2618
    /// Convert quantity to f64 representation
2619
    #[must_use]
2620
0
    pub fn as_f64(&self) -> f64 {
2621
0
        self.to_f64()
2622
0
    }
2623
2624
    /// Create quantity from number of shares
2625
    #[must_use]
2626
0
    pub const fn from_shares(shares: u64) -> Self {
2627
0
        Self {
2628
0
            value: shares * 100_000_000,
2629
0
        }
2630
0
    }
2631
2632
    /// Convert quantity to number of shares
2633
    #[must_use]
2634
0
    pub const fn to_shares(&self) -> u64 {
2635
0
        self.value / 100_000_000
2636
0
    }
2637
2638
    /// Multiply this quantity by another quantity
2639
0
    pub fn multiply(&self, other: Self) -> Result<Self, CommonTypeError> {
2640
0
        Self::from_f64(self.to_f64() * other.to_f64())
2641
0
    }
2642
2643
    /// Subtract another quantity from this quantity
2644
    #[must_use]
2645
0
    pub fn subtract(&self, other: Self) -> Self {
2646
0
        *self - other
2647
0
    }
2648
}
2649
2650
impl Default for Quantity {
2651
0
    fn default() -> Self {
2652
0
        Self::ZERO
2653
0
    }
2654
}
2655
2656
impl FromStr for Quantity {
2657
    type Err = CommonTypeError;
2658
2659
0
    fn from_str(s: &str) -> Result<Self, Self::Err> {
2660
0
        let parsed_value = s
2661
0
            .parse::<f64>()
2662
0
            .map_err(|_| CommonTypeError::InvalidQuantity {
2663
0
                value: s.to_owned(),
2664
0
                reason: format!("Cannot parse '{}' as quantity", s),
2665
0
            })?;
2666
0
        Self::from_f64(parsed_value)
2667
0
    }
2668
}
2669
2670
impl fmt::Display for Quantity {
2671
    /// Format the quantity for display with 8 decimal places
2672
10
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
2673
10
        write!(f, "{:.8}", self.to_f64())
2674
10
    }
2675
}
2676
2677
impl TryFrom<i32> for Quantity {
2678
    type Error = CommonTypeError;
2679
0
    fn try_from(value: i32) -> Result<Self, Self::Error> {
2680
0
        Self::new(f64::from(value))
2681
0
    }
2682
}
2683
2684
impl TryFrom<u64> for Quantity {
2685
    type Error = CommonTypeError;
2686
0
    fn try_from(value: u64) -> Result<Self, Self::Error> {
2687
0
        Self::new(value as f64)
2688
0
    }
2689
}
2690
2691
impl TryFrom<f64> for Quantity {
2692
    type Error = CommonTypeError;
2693
0
    fn try_from(value: f64) -> Result<Self, Self::Error> {
2694
0
        Self::new(value)
2695
0
    }
2696
}
2697
2698
impl TryFrom<Decimal> for Quantity {
2699
    type Error = CommonTypeError;
2700
0
    fn try_from(decimal: Decimal) -> Result<Self, Self::Error> {
2701
0
        let f64_val: f64 =
2702
0
            TryInto::<f64>::try_into(decimal).map_err(|_| CommonTypeError::ConversionError {
2703
0
                message: "Failed to convert Decimal to f64".to_owned(),
2704
0
            })?;
2705
0
        Self::from_f64(f64_val)
2706
0
    }
2707
}
2708
2709
impl TryFrom<String> for Quantity {
2710
    type Error = CommonTypeError;
2711
0
    fn try_from(s: String) -> Result<Self, Self::Error> {
2712
0
        Self::from_str(&s)
2713
0
    }
2714
}
2715
2716
impl TryFrom<&str> for Quantity {
2717
    type Error = CommonTypeError;
2718
0
    fn try_from(s: &str) -> Result<Self, Self::Error> {
2719
0
        Self::from_str(s)
2720
0
    }
2721
}
2722
2723
impl PartialEq<f64> for Quantity {
2724
0
    fn eq(&self, other: &f64) -> bool {
2725
0
        (self.to_f64() - other).abs() < f64::EPSILON
2726
0
    }
2727
}
2728
2729
impl PartialEq<Quantity> for f64 {
2730
0
    fn eq(&self, other: &Quantity) -> bool {
2731
0
        (self - other.to_f64()).abs() < f64::EPSILON
2732
0
    }
2733
}
2734
2735
impl PartialOrd<f64> for Quantity {
2736
0
    fn partial_cmp(&self, other: &f64) -> Option<std::cmp::Ordering> {
2737
0
        self.to_f64().partial_cmp(other)
2738
0
    }
2739
}
2740
2741
impl PartialOrd<Quantity> for f64 {
2742
0
    fn partial_cmp(&self, other: &Quantity) -> Option<std::cmp::Ordering> {
2743
0
        self.partial_cmp(&other.to_f64())
2744
0
    }
2745
}
2746
2747
impl Add for Quantity {
2748
    type Output = Self;
2749
0
    fn add(self, rhs: Self) -> Self::Output {
2750
0
        Self {
2751
0
            value: self.value.saturating_add(rhs.value),
2752
0
        }
2753
0
    }
2754
}
2755
2756
impl Sub for Quantity {
2757
    type Output = Self;
2758
0
    fn sub(self, rhs: Self) -> Self::Output {
2759
0
        Self {
2760
0
            value: self.value.saturating_sub(rhs.value),
2761
0
        }
2762
0
    }
2763
}
2764
2765
impl Mul<f64> for Quantity {
2766
    type Output = Result<Self, CommonTypeError>;
2767
0
    fn mul(self, rhs: f64) -> Self::Output {
2768
0
        Self::from_f64(self.to_f64() * rhs)
2769
0
    }
2770
}
2771
2772
impl Div<f64> for Quantity {
2773
    type Output = Result<Self, CommonTypeError>;
2774
0
    fn div(self, rhs: f64) -> Self::Output {
2775
0
        if rhs == 0.0 {
2776
0
            return Err(CommonTypeError::ConversionError {
2777
0
                message: "Cannot divide quantity by zero".to_owned(),
2778
0
            });
2779
0
        }
2780
0
        Self::from_f64(self.to_f64() / rhs)
2781
0
    }
2782
}
2783
2784
impl Sum for Quantity {
2785
0
    fn sum<I: Iterator<Item = Self>>(iter: I) -> Self {
2786
0
        iter.fold(Self::ZERO, |acc, x| acc + x)
2787
0
    }
2788
}
2789
2790
impl<'quantity> Sum<&'quantity Self> for Quantity {
2791
0
    fn sum<I: Iterator<Item = &'quantity Self>>(iter: I) -> Self {
2792
0
        iter.fold(Self::ZERO, |acc, x| acc + *x)
2793
0
    }
2794
}
2795
2796
// =============================================================================
2797
// SQLX IMPLEMENTATIONS FOR FINANCIAL TYPES
2798
// =============================================================================
2799
2800
#[cfg(feature = "database")]
2801
mod sqlx_impls {
2802
    use super::{HftTimestamp, MarketRegime, OrderSide, OrderStatus, OrderType, Price, Quantity};
2803
    use rust_decimal::Decimal as RustDecimal;
2804
    use sqlx::{
2805
        decode::Decode,
2806
        encode::{Encode, IsNull},
2807
        error::BoxDynError,
2808
        postgres::{PgArgumentBuffer, PgTypeInfo, PgValueRef, Postgres},
2809
        Type,
2810
    };
2811
2812
    // SQLx implementations for Price
2813
    impl Type<Postgres> for Price {
2814
0
        fn type_info() -> PgTypeInfo {
2815
0
            PgTypeInfo::with_name("NUMERIC")
2816
0
        }
2817
    }
2818
2819
    impl<'q> Encode<'q, Postgres> for Price {
2820
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
2821
            // Convert our fixed-point u64 to rust_decimal::Decimal with 8 decimal places
2822
0
            let decimal_value = RustDecimal::new(self.raw_value() as i64, 8);
2823
0
            decimal_value.encode_by_ref(buf)
2824
0
        }
2825
    }
2826
2827
    impl<'r> Decode<'r, Postgres> for Price {
2828
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
2829
            // Decode from NUMERIC to rust_decimal::Decimal
2830
0
            let decimal_value = <RustDecimal as Decode<Postgres>>::decode(value)?;
2831
2832
            // Validate scale matches our fixed-point precision (8 decimal places)
2833
0
            if decimal_value.scale() != 8 {
2834
0
                return Err(format!(
2835
0
                    "Invalid scale for Price: expected 8, got {}",
2836
0
                    decimal_value.scale()
2837
0
                )
2838
0
                .into());
2839
0
            }
2840
2841
            // Extract mantissa and convert to our u64 representation
2842
0
            let mantissa = decimal_value.mantissa();
2843
0
            let inner_val = u64::try_from(mantissa)
2844
0
                .map_err(|_| "Failed to convert negative or overflowing NUMERIC to Price")?;
2845
2846
0
            Ok(Price::from_raw(inner_val))
2847
0
        }
2848
    }
2849
    // SQLx implementations for Quantity
2850
    impl Type<Postgres> for Quantity {
2851
0
        fn type_info() -> PgTypeInfo {
2852
0
            PgTypeInfo::with_name("NUMERIC")
2853
0
        }
2854
    }
2855
2856
    impl<'q> Encode<'q, Postgres> for Quantity {
2857
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
2858
            // Convert our fixed-point u64 to rust_decimal::Decimal with 8 decimal places
2859
0
            let decimal_value = RustDecimal::new(self.raw_value() as i64, 8);
2860
0
            decimal_value.encode_by_ref(buf)
2861
0
        }
2862
    }
2863
2864
    impl<'r> Decode<'r, Postgres> for Quantity {
2865
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
2866
            // Decode from NUMERIC to rust_decimal::Decimal
2867
0
            let decimal_value = <RustDecimal as Decode<Postgres>>::decode(value)?;
2868
2869
            // Validate scale matches our fixed-point precision (8 decimal places)
2870
0
            if decimal_value.scale() != 8 {
2871
0
                return Err(format!(
2872
0
                    "Invalid scale for Quantity: expected 8, got {}",
2873
0
                    decimal_value.scale()
2874
0
                )
2875
0
                .into());
2876
0
            }
2877
2878
            // Extract mantissa and convert to our u64 representation
2879
0
            let mantissa = decimal_value.mantissa();
2880
0
            let inner_val = u64::try_from(mantissa)
2881
0
                .map_err(|_| "Failed to convert negative or overflowing NUMERIC to Quantity")?;
2882
2883
0
            Ok(Quantity::from_raw(inner_val))
2884
0
        }
2885
    }
2886
2887
    // SQLx implementations for TimeInForce
2888
    impl Type<Postgres> for super::TimeInForce {
2889
0
        fn type_info() -> PgTypeInfo {
2890
0
            PgTypeInfo::with_name("TEXT")
2891
0
        }
2892
    }
2893
2894
    impl<'q> Encode<'q, Postgres> for super::TimeInForce {
2895
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
2896
            // Use the Display trait to convert enum to string representation
2897
0
            <&str as Encode<Postgres>>::encode(self.to_string().as_str(), buf)
2898
0
        }
2899
    }
2900
2901
    impl<'r> Decode<'r, Postgres> for super::TimeInForce {
2902
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
2903
            // Decode from TEXT to string, then parse to enum
2904
0
            let s = <&str as Decode<Postgres>>::decode(value)?;
2905
0
            match s {
2906
0
                "DAY" => Ok(super::TimeInForce::Day),
2907
0
                "GTC" => Ok(super::TimeInForce::GoodTillCancel),
2908
0
                "IOC" => Ok(super::TimeInForce::ImmediateOrCancel),
2909
0
                "FOK" => Ok(super::TimeInForce::FillOrKill),
2910
0
                _ => Err(format!("Invalid TimeInForce value: {}", s).into()),
2911
            }
2912
0
        }
2913
    }
2914
2915
    // SQLx implementations for OrderStatus
2916
    impl Type<Postgres> for OrderStatus {
2917
0
        fn type_info() -> PgTypeInfo {
2918
0
            PgTypeInfo::with_name("TEXT")
2919
0
        }
2920
    }
2921
2922
    impl<'q> Encode<'q, Postgres> for OrderStatus {
2923
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
2924
0
            let value = match self {
2925
0
                OrderStatus::Created => "CREATED",
2926
0
                OrderStatus::Submitted => "SUBMITTED",
2927
0
                OrderStatus::PartiallyFilled => "PARTIALLY_FILLED",
2928
0
                OrderStatus::Filled => "FILLED",
2929
0
                OrderStatus::Rejected => "REJECTED",
2930
0
                OrderStatus::Cancelled => "CANCELLED",
2931
0
                OrderStatus::New => "NEW",
2932
0
                OrderStatus::Expired => "EXPIRED",
2933
0
                OrderStatus::Pending => "PENDING",
2934
0
                OrderStatus::Working => "WORKING",
2935
0
                OrderStatus::Unknown => "UNKNOWN",
2936
0
                OrderStatus::Suspended => "SUSPENDED",
2937
0
                OrderStatus::PendingCancel => "PENDING_CANCEL",
2938
0
                OrderStatus::PendingReplace => "PENDING_REPLACE",
2939
            };
2940
0
            <&str as Encode<Postgres>>::encode_by_ref(&value, buf)
2941
0
        }
2942
    }
2943
2944
    impl<'r> Decode<'r, Postgres> for OrderStatus {
2945
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
2946
0
            let s = <String as Decode<Postgres>>::decode(value)?;
2947
0
            match s.as_str() {
2948
0
                "CREATED" => Ok(OrderStatus::Created),
2949
0
                "SUBMITTED" => Ok(OrderStatus::Submitted),
2950
0
                "PARTIALLY_FILLED" => Ok(OrderStatus::PartiallyFilled),
2951
0
                "FILLED" => Ok(OrderStatus::Filled),
2952
0
                "REJECTED" => Ok(OrderStatus::Rejected),
2953
0
                "CANCELLED" => Ok(OrderStatus::Cancelled),
2954
0
                "NEW" => Ok(OrderStatus::New),
2955
0
                "EXPIRED" => Ok(OrderStatus::Expired),
2956
0
                "PENDING" => Ok(OrderStatus::Pending),
2957
0
                "WORKING" => Ok(OrderStatus::Working),
2958
0
                "UNKNOWN" => Ok(OrderStatus::Unknown),
2959
0
                "SUSPENDED" => Ok(OrderStatus::Suspended),
2960
0
                "PENDING_CANCEL" => Ok(OrderStatus::PendingCancel),
2961
0
                "PENDING_REPLACE" => Ok(OrderStatus::PendingReplace),
2962
0
                _ => Err(format!("Invalid OrderStatus value: {}", s).into()),
2963
            }
2964
0
        }
2965
    }
2966
2967
    // SQLx implementations for OrderSide
2968
    impl Type<Postgres> for OrderSide {
2969
0
        fn type_info() -> PgTypeInfo {
2970
0
            PgTypeInfo::with_name("TEXT")
2971
0
        }
2972
    }
2973
2974
    impl<'q> Encode<'q, Postgres> for OrderSide {
2975
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
2976
0
            let value = match self {
2977
0
                OrderSide::Buy => "BUY",
2978
0
                OrderSide::Sell => "SELL",
2979
            };
2980
0
            <&str as Encode<Postgres>>::encode_by_ref(&value, buf)
2981
0
        }
2982
    }
2983
2984
    impl<'r> Decode<'r, Postgres> for OrderSide {
2985
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
2986
0
            let s = <String as Decode<Postgres>>::decode(value)?;
2987
0
            match s.as_str() {
2988
0
                "BUY" => Ok(OrderSide::Buy),
2989
0
                "SELL" => Ok(OrderSide::Sell),
2990
0
                _ => Err(format!("Invalid OrderSide value: {}", s).into()),
2991
            }
2992
0
        }
2993
    }
2994
2995
    // SQLx implementations for OrderType
2996
    impl Type<Postgres> for OrderType {
2997
0
        fn type_info() -> PgTypeInfo {
2998
0
            PgTypeInfo::with_name("TEXT")
2999
0
        }
3000
    }
3001
3002
    impl<'q> Encode<'q, Postgres> for OrderType {
3003
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3004
0
            let value = match self {
3005
0
                OrderType::Market => "MARKET",
3006
0
                OrderType::Limit => "LIMIT",
3007
0
                OrderType::Stop => "STOP",
3008
0
                OrderType::StopLimit => "STOP_LIMIT",
3009
0
                OrderType::Iceberg => "ICEBERG",
3010
0
                OrderType::TrailingStop => "TRAILING_STOP",
3011
0
                OrderType::Hidden => "HIDDEN",
3012
            };
3013
0
            <&str as Encode<Postgres>>::encode_by_ref(&value, buf)
3014
0
        }
3015
    }
3016
3017
    impl<'r> Decode<'r, Postgres> for OrderType {
3018
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
3019
0
            let s = <String as Decode<Postgres>>::decode(value)?;
3020
0
            match s.as_str() {
3021
0
                "MARKET" => Ok(OrderType::Market),
3022
0
                "LIMIT" => Ok(OrderType::Limit),
3023
0
                "STOP" => Ok(OrderType::Stop),
3024
0
                "STOP_LIMIT" => Ok(OrderType::StopLimit),
3025
0
                "ICEBERG" => Ok(OrderType::Iceberg),
3026
0
                "TRAILING_STOP" => Ok(OrderType::TrailingStop),
3027
0
                "HIDDEN" => Ok(OrderType::Hidden),
3028
0
                _ => Err(format!("Invalid OrderType value: {}", s).into()),
3029
            }
3030
0
        }
3031
    }
3032
3033
    // SQLx implementations for MarketRegime
3034
    impl Type<Postgres> for MarketRegime {
3035
0
        fn type_info() -> PgTypeInfo {
3036
0
            PgTypeInfo::with_name("TEXT")
3037
0
        }
3038
    }
3039
3040
    impl<'q> Encode<'q, Postgres> for MarketRegime {
3041
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3042
0
            let value = match self {
3043
0
                MarketRegime::Normal => "NORMAL",
3044
0
                MarketRegime::Crisis => "CRISIS",
3045
0
                MarketRegime::Trending => "TRENDING",
3046
0
                MarketRegime::Sideways => "SIDEWAYS",
3047
0
                MarketRegime::Bull => "BULL",
3048
0
                MarketRegime::Bear => "BEAR",
3049
0
                MarketRegime::HighVolatility => "HIGH_VOLATILITY",
3050
0
                MarketRegime::LowVolatility => "LOW_VOLATILITY",
3051
0
                MarketRegime::Volatile => "VOLATILE",
3052
0
                MarketRegime::Calm => "CALM",
3053
0
                MarketRegime::Unknown => "UNKNOWN",
3054
0
                MarketRegime::Recovery => "RECOVERY",
3055
0
                MarketRegime::Bubble => "BUBBLE",
3056
0
                MarketRegime::Correction => "CORRECTION",
3057
0
                MarketRegime::Custom(id) => {
3058
0
                    return <String as Encode<Postgres>>::encode_by_ref(
3059
0
                        &format!("CUSTOM_{}", id),
3060
0
                        buf,
3061
                    )
3062
                },
3063
            };
3064
0
            <&str as Encode<Postgres>>::encode_by_ref(&value, buf)
3065
0
        }
3066
    }
3067
3068
    impl<'r> Decode<'r, Postgres> for MarketRegime {
3069
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
3070
0
            let s = <String as Decode<Postgres>>::decode(value)?;
3071
0
            match s.as_str() {
3072
0
                "NORMAL" => Ok(MarketRegime::Normal),
3073
0
                "CRISIS" => Ok(MarketRegime::Crisis),
3074
0
                "TRENDING" => Ok(MarketRegime::Trending),
3075
0
                "SIDEWAYS" => Ok(MarketRegime::Sideways),
3076
0
                "BULL" => Ok(MarketRegime::Bull),
3077
0
                "BEAR" => Ok(MarketRegime::Bear),
3078
0
                "HIGH_VOLATILITY" => Ok(MarketRegime::HighVolatility),
3079
0
                "LOW_VOLATILITY" => Ok(MarketRegime::LowVolatility),
3080
0
                "VOLATILE" => Ok(MarketRegime::Volatile),
3081
0
                "CALM" => Ok(MarketRegime::Calm),
3082
0
                "UNKNOWN" => Ok(MarketRegime::Unknown),
3083
0
                "RECOVERY" => Ok(MarketRegime::Recovery),
3084
0
                "BUBBLE" => Ok(MarketRegime::Bubble),
3085
0
                "CORRECTION" => Ok(MarketRegime::Correction),
3086
                _ => {
3087
                    // Handle Custom(id) format
3088
0
                    if let Some(id_str) = s.strip_prefix("CUSTOM_") {
3089
0
                        if let Ok(id) = id_str.parse::<usize>() {
3090
0
                            Ok(MarketRegime::Custom(id))
3091
                        } else {
3092
0
                            Err(format!("Invalid MarketRegime Custom ID: {}", id_str).into())
3093
                        }
3094
                    } else {
3095
0
                        Err(format!("Invalid MarketRegime value: {}", s).into())
3096
                    }
3097
                },
3098
            }
3099
0
        }
3100
    }
3101
3102
    // SQLx implementations for HftTimestamp
3103
    // Maps to PostgreSQL BIGINT (stores nanoseconds since Unix epoch)
3104
    // Note: Limited to i64::MAX nanoseconds (year 2262) due to PostgreSQL BIGINT constraints
3105
    impl<'q> Encode<'q, Postgres> for HftTimestamp {
3106
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3107
            // Cast u64 to i64 for PostgreSQL BIGINT compatibility
3108
0
            <i64 as Encode<Postgres>>::encode(self.nanos() as i64, buf)
3109
0
        }
3110
    }
3111
3112
    impl<'r> Decode<'r, Postgres> for HftTimestamp {
3113
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
3114
0
            let val = <i64 as Decode<Postgres>>::decode(value)?;
3115
            // Cast i64 back to u64 for internal representation
3116
0
            Ok(HftTimestamp::from_nanos(val as u64))
3117
0
        }
3118
    }
3119
3120
    impl Type<Postgres> for HftTimestamp {
3121
0
        fn type_info() -> <Postgres as sqlx::Database>::TypeInfo {
3122
0
            <i64 as Type<Postgres>>::type_info()
3123
0
        }
3124
3125
0
        fn compatible(ty: &<Postgres as sqlx::Database>::TypeInfo) -> bool {
3126
0
            <i64 as Type<Postgres>>::compatible(ty)
3127
0
        }
3128
    }
3129
3130
    // SQLx implementations for OrderId (uses BIGINT for u64)
3131
    impl Type<Postgres> for super::OrderId {
3132
0
        fn type_info() -> PgTypeInfo {
3133
0
            PgTypeInfo::with_name("BIGINT")
3134
0
        }
3135
    }
3136
3137
    impl<'q> Encode<'q, Postgres> for super::OrderId {
3138
0
        fn encode_by_ref(&self, buf: &mut PgArgumentBuffer) -> Result<IsNull, BoxDynError> {
3139
0
            <i64 as Encode<Postgres>>::encode_by_ref(&(self.value() as i64), buf)
3140
0
        }
3141
    }
3142
3143
    impl<'r> Decode<'r, Postgres> for super::OrderId {
3144
0
        fn decode(value: PgValueRef<'r>) -> Result<Self, BoxDynError> {
3145
0
            let id = <i64 as Decode<Postgres>>::decode(value)?;
3146
0
            Ok(super::OrderId::from_u64(id as u64))
3147
0
        }
3148
    }
3149
}
3150
3151
/// Volume type - alias for Quantity with the same fixed-point arithmetic
3152
/// SQLx traits are automatically inherited from Quantity
3153
pub type Volume = Quantity;
3154
3155
// ORDER TYPES ALREADY DEFINED ABOVE - No need to re-export from trading_engine
3156
// =============================================================================
3157
// CORE ID TYPES (MOVED FROM TRADING_ENGINE)
3158
// =============================================================================
3159
3160
/// Order identifier with ultra-fast atomic generation
3161
/// Replaces slow UUID generation (1ms+) with atomic increment (~5ns)
3162
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
3163
pub struct OrderId(u64);
3164
3165
impl Default for OrderId {
3166
0
    fn default() -> Self {
3167
0
        Self::new()
3168
0
    }
3169
}
3170
3171
impl OrderId {
3172
    /// Generate next `OrderId` using atomic counter - <50ns performance
3173
4
    pub fn new() -> Self {
3174
        use std::sync::atomic::{AtomicU64, Ordering};
3175
        static COUNTER: AtomicU64 = AtomicU64::new(1);
3176
4
        Self(COUNTER.fetch_add(1, Ordering::Relaxed))
3177
4
    }
3178
3179
    /// Create `OrderId` from u64 value
3180
    #[must_use]
3181
0
    pub const fn from_u64(value: u64) -> Self {
3182
0
        Self(value)
3183
0
    }
3184
3185
    /// Get u64 value
3186
    #[must_use]
3187
0
    pub const fn value(&self) -> u64 {
3188
0
        self.0
3189
0
    }
3190
3191
    /// Get u64 value for performance-critical code (alias for value)
3192
    #[must_use]
3193
0
    pub const fn as_u64(&self) -> u64 {
3194
0
        self.0
3195
0
    }
3196
3197
    /// Get as string for compatibility
3198
    #[must_use]
3199
0
    pub fn as_str(&self) -> String {
3200
0
        self.0.to_string()
3201
0
    }
3202
}
3203
3204
impl fmt::Display for OrderId {
3205
    /// Format the order ID for display
3206
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3207
0
        write!(f, "{}", self.0)
3208
0
    }
3209
}
3210
3211
impl From<u64> for OrderId {
3212
    /// Create an OrderId from a u64 value
3213
0
    fn from(value: u64) -> Self {
3214
0
        Self(value)
3215
0
    }
3216
}
3217
3218
impl From<OrderId> for u64 {
3219
    /// Convert an OrderId to u64
3220
0
    fn from(order_id: OrderId) -> Self {
3221
0
        order_id.0
3222
0
    }
3223
}
3224
3225
impl FromStr for OrderId {
3226
    type Err = ParseIntError;
3227
3228
0
    fn from_str(s: &str) -> Result<Self, Self::Err> {
3229
0
        s.parse::<u64>().map(OrderId)
3230
0
    }
3231
}
3232
3233
impl From<String> for OrderId {
3234
    /// Create an OrderId from a String, generating new ID if parsing fails
3235
0
    fn from(s: String) -> Self {
3236
0
        s.parse().unwrap_or_else(|_| Self::new())
3237
0
    }
3238
}
3239
3240
impl From<&str> for OrderId {
3241
    /// Create an OrderId from a &str, generating new ID if parsing fails
3242
0
    fn from(s: &str) -> Self {
3243
0
        s.parse().unwrap_or_else(|_| Self::new())
3244
0
    }
3245
}
3246
3247
/// Execution identifier with validation
3248
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
3249
#[cfg_attr(feature = "database", derive(sqlx::Type))]
3250
pub struct ExecutionId(String);
3251
3252
impl ExecutionId {
3253
    /// Create a new execution ID with validation
3254
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
3255
0
        let id = id.into();
3256
0
        if id.trim().is_empty() {
3257
0
            return Err(CommonTypeError::ValidationError {
3258
0
                field: "execution_id".to_owned(),
3259
0
                reason: "Execution ID cannot be empty".to_owned(),
3260
0
            });
3261
0
        }
3262
0
        Ok(Self(id))
3263
0
    }
3264
3265
    /// Generate a new random execution ID
3266
0
    pub fn generate() -> Self {
3267
0
        Self(uuid::Uuid::new_v4().to_string())
3268
0
    }
3269
3270
    /// Get execution ID as string slice
3271
0
    pub fn as_str(&self) -> &str {
3272
0
        &self.0
3273
0
    }
3274
3275
    /// Convert execution ID into owned string
3276
0
    pub fn into_string(self) -> String {
3277
0
        self.0
3278
0
    }
3279
}
3280
3281
impl fmt::Display for ExecutionId {
3282
    /// Format the execution ID for display
3283
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3284
0
        write!(f, "{}", self.0)
3285
0
    }
3286
}
3287
3288
impl FromStr for ExecutionId {
3289
    type Err = CommonTypeError;
3290
3291
0
    fn from_str(s: &str) -> Result<Self, Self::Err> {
3292
0
        Self::new(s)
3293
0
    }
3294
}
3295
3296
/// Trade identifier with validation
3297
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
3298
pub struct TradeId(String);
3299
3300
impl TradeId {
3301
    /// Create a new trade ID with validation
3302
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
3303
0
        let id = id.into();
3304
0
        if id.is_empty() {
3305
0
            return Err(CommonTypeError::ValidationError {
3306
0
                field: "trade_id".to_owned(),
3307
0
                reason: "Trade ID cannot be empty".to_owned(),
3308
0
            });
3309
0
        }
3310
0
        Ok(Self(id))
3311
0
    }
3312
3313
    /// Get the trade ID as a string slice
3314
0
    pub fn as_str(&self) -> &str {
3315
0
        &self.0
3316
0
    }
3317
    /// Convert the trade ID into an owned string
3318
0
    pub fn into_string(self) -> String {
3319
0
        self.0
3320
0
    }
3321
}
3322
3323
impl fmt::Display for TradeId {
3324
    /// Format the trade ID for display
3325
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3326
0
        write!(f, "{}", self.0)
3327
0
    }
3328
}
3329
3330
/// Trading symbol with validation
3331
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
3332
#[cfg_attr(feature = "database", derive(sqlx::Type))]
3333
pub struct Symbol {
3334
    value: String,
3335
}
3336
3337
impl Symbol {
3338
    /// Create a new symbol from a string
3339
    #[must_use]
3340
358
    pub const fn new(s: String) -> Self {
3341
358
        Self { value: s }
3342
358
    }
3343
3344
    /// Create a new Symbol with validation
3345
0
    pub fn new_validated(s: String) -> Result<Self, CommonTypeError> {
3346
0
        if s.trim().is_empty() {
3347
0
            return Err(CommonTypeError::ValidationError {
3348
0
                field: "symbol".to_string(),
3349
0
                reason: "Symbol cannot be empty".to_string(),
3350
0
            });
3351
0
        }
3352
0
        Ok(Self { value: s })
3353
0
    }
3354
3355
    /// Create a Symbol from &str with validation
3356
0
    pub fn from_str_validated(s: &str) -> Result<Self, CommonTypeError> {
3357
0
        Self::new_validated(s.to_owned())
3358
0
    }
3359
3360
    /// Get the symbol as a string slice
3361
    #[must_use]
3362
6
    pub fn as_str(&self) -> &str {
3363
6
        &self.value
3364
6
    }
3365
    /// Get the symbol value as a string slice
3366
    #[must_use]
3367
0
    pub fn value(&self) -> &str {
3368
0
        &self.value
3369
0
    }
3370
    /// Get the symbol as bytes
3371
    #[must_use]
3372
0
    pub fn as_bytes(&self) -> &[u8] {
3373
0
        self.value.as_bytes()
3374
0
    }
3375
    /// Check if the symbol is empty
3376
    #[must_use]
3377
0
    pub fn is_empty(&self) -> bool {
3378
0
        self.value.is_empty()
3379
0
    }
3380
    /// Convert the symbol to uppercase
3381
    #[must_use]
3382
0
    pub fn to_uppercase(&self) -> String {
3383
0
        self.value.to_uppercase()
3384
0
    }
3385
    /// Replace occurrences in the symbol
3386
    #[must_use]
3387
0
    pub fn replace(&self, from: &str, to: &str) -> String {
3388
0
        self.value.replace(from, to)
3389
0
    }
3390
3391
    /// Helper for risk management - creates a 'NONE' symbol
3392
    #[must_use]
3393
0
    pub fn none() -> Self {
3394
0
        "NONE".parse().unwrap()
3395
0
    }
3396
3397
    /// Check if the symbol contains a pattern
3398
    #[must_use]
3399
0
    pub fn contains(&self, pattern: &str) -> bool {
3400
0
        self.value.contains(pattern)
3401
0
    }
3402
}
3403
3404
impl FromStr for Symbol {
3405
    type Err = std::convert::Infallible;
3406
3407
0
    fn from_str(s: &str) -> Result<Self, Self::Err> {
3408
0
        Ok(Self {
3409
0
            value: s.to_owned(),
3410
0
        })
3411
0
    }
3412
}
3413
3414
// Additional implementation to support conversion from &Symbol to &str
3415
impl AsRef<str> for Symbol {
3416
    /// Convert symbol to string reference
3417
0
    fn as_ref(&self) -> &str {
3418
0
        &self.value
3419
0
    }
3420
}
3421
3422
impl fmt::Display for Symbol {
3423
    /// Format the symbol for display
3424
1.40k
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3425
1.40k
        write!(f, "{}", self.value)
3426
1.40k
    }
3427
}
3428
3429
impl From<String> for Symbol {
3430
    /// Create a Symbol from a String
3431
317
    fn from(s: String) -> Self {
3432
317
        Self::new(s)
3433
317
    }
3434
}
3435
impl From<&str> for Symbol {
3436
    /// Create a Symbol from a &str
3437
41
    fn from(s: &str) -> Self {
3438
41
        Self::new(s.to_owned())
3439
41
    }
3440
}
3441
3442
// TryFrom implementations removed due to conflicting blanket implementations
3443
// Use Symbol::new_validated() or Symbol::from_validated() directly instead
3444
3445
impl Default for Symbol {
3446
    /// Returns the default symbol (empty string)
3447
0
    fn default() -> Self {
3448
0
        Self::new(String::new())
3449
0
    }
3450
}
3451
3452
impl PartialEq<str> for Symbol {
3453
0
    fn eq(&self, other: &str) -> bool {
3454
0
        self.value == other
3455
0
    }
3456
}
3457
3458
impl PartialEq<&str> for Symbol {
3459
0
    fn eq(&self, other: &&str) -> bool {
3460
0
        self.value == *other
3461
0
    }
3462
}
3463
3464
impl PartialEq<String> for Symbol {
3465
0
    fn eq(&self, other: &String) -> bool {
3466
0
        &self.value == other
3467
0
    }
3468
}
3469
3470
impl PartialEq<Symbol> for &str {
3471
0
    fn eq(&self, other: &Symbol) -> bool {
3472
0
        *self == other.value
3473
0
    }
3474
}
3475
3476
impl PartialEq<Symbol> for String {
3477
0
    fn eq(&self, other: &Symbol) -> bool {
3478
0
        self == &other.value
3479
0
    }
3480
}
3481
3482
// TimeInForce moved to canonical source: common::types::TimeInForce
3483
3484
// Currency moved to canonical source: common::types::Currency
3485
3486
// Price moved to canonical source: common::types::Price
3487
3488
// Quantity moved to canonical source: common::types::Quantity
3489
// Volume moved to canonical source: common::types::Quantity (as Volume alias)
3490
3491
/// Money amount with currency
3492
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
3493
pub struct Money {
3494
    /// The monetary amount
3495
    pub amount: Decimal,
3496
    /// The currency of the amount
3497
    pub currency: Currency,
3498
}
3499
3500
impl Money {
3501
    /// Create new money amount
3502
0
    pub const fn new(amount: Decimal, currency: Currency) -> Self {
3503
0
        Self { amount, currency }
3504
0
    }
3505
}
3506
3507
impl fmt::Display for Money {
3508
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3509
0
        write!(f, "{} {}", self.amount, self.currency)
3510
0
    }
3511
}
3512
3513
// OrderId moved to canonical source: common::types::OrderId
3514
3515
// TradeId moved to canonical source: common::types::TradeId
3516
3517
// Symbol moved to canonical source: common::types::Symbol
3518
3519
/// Type-safe account identifier
3520
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
3521
pub struct AccountId(String);
3522
3523
impl AccountId {
3524
    /// Create a new account ID with validation
3525
0
    pub fn new<S: Into<String>>(id: S) -> Result<Self, CommonTypeError> {
3526
0
        let id = id.into();
3527
0
        if id.trim().is_empty() {
3528
0
            return Err(CommonTypeError::InvalidIdentifier {
3529
0
                field: "account_id".to_string(),
3530
0
                reason: "Account ID cannot be empty".to_string(),
3531
0
            });
3532
0
        }
3533
0
        Ok(Self(id))
3534
0
    }
3535
3536
    /// Get the ID as a string slice
3537
0
    pub fn as_str(&self) -> &str {
3538
0
        &self.0
3539
0
    }
3540
3541
    /// Convert to owned String
3542
0
    pub fn into_string(self) -> String {
3543
0
        self.0
3544
0
    }
3545
}
3546
3547
impl fmt::Display for AccountId {
3548
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3549
0
        write!(f, "{}", self.0)
3550
0
    }
3551
}
3552
3553
/// High-precision timestamp for HFT applications - CANONICAL DEFINITION
3554
/// Robust implementation with error handling for financial safety
3555
#[derive(
3556
    Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize, Default,
3557
)]
3558
pub struct HftTimestamp {
3559
    nanos: u64,
3560
}
3561
3562
impl HftTimestamp {
3563
    /// Get current timestamp with error handling for financial safety
3564
4
    pub fn now() -> Result<Self, CommonError> {
3565
        use std::time::{SystemTime, UNIX_EPOCH};
3566
4
        let nanos = SystemTime::now()
3567
4
            .duration_since(UNIX_EPOCH)
3568
4
            .map_err(|e| CommonError::Service {
3569
0
                category: CommonErrorCategory::System,
3570
0
                message: format!("System time before UNIX epoch: {e}"),
3571
0
            })?
3572
4
            .as_nanos() as u64;
3573
4
        Ok(Self { nanos })
3574
4
    }
3575
3576
    /// Get current timestamp with error handling for financial safety (CommonTypeError version)
3577
0
    pub fn now_common() -> Result<Self, CommonTypeError> {
3578
        use std::time::{SystemTime, UNIX_EPOCH};
3579
0
        let nanos = SystemTime::now()
3580
0
            .duration_since(UNIX_EPOCH)
3581
0
            .map_err(|e| CommonTypeError::ConversionError {
3582
0
                message: format!("System time before UNIX epoch: {e}"),
3583
0
            })?
3584
0
            .as_nanos() as u64;
3585
0
        Ok(Self { nanos })
3586
0
    }
3587
3588
    /// Get current timestamp or zero if system time is invalid
3589
    #[must_use]
3590
4
    pub fn now_or_zero() -> Self {
3591
4
        Self::now().unwrap_or(Self { nanos: 0 })
3592
4
    }
3593
3594
    /// Get nanoseconds since epoch
3595
    #[must_use]
3596
0
    pub const fn nanos(self) -> u64 {
3597
0
        self.nanos
3598
0
    }
3599
3600
    /// Create from nanoseconds since epoch
3601
    #[must_use]
3602
0
    pub const fn from_nanos(nanos: u64) -> Self {
3603
0
        Self { nanos }
3604
0
    }
3605
3606
    /// Create from signed nanoseconds (cast to unsigned)
3607
    #[must_use]
3608
0
    pub const fn from_nanos_i64(nanos: i64) -> Self {
3609
0
        Self {
3610
0
            nanos: nanos as u64,
3611
0
        }
3612
0
    }
3613
3614
    /// Get nanoseconds since epoch
3615
0
    pub const fn as_nanos(&self) -> u64 {
3616
0
        self.nanos
3617
0
    }
3618
3619
    /// Convert to `DateTime<Utc>`
3620
0
    pub fn to_datetime(&self) -> DateTime<Utc> {
3621
0
        let secs = self.nanos / 1_000_000_000;
3622
0
        let nsecs = (self.nanos % 1_000_000_000) as u32;
3623
0
        DateTime::from_timestamp(secs as i64, nsecs).unwrap_or_default()
3624
0
    }
3625
}
3626
3627
impl fmt::Display for HftTimestamp {
3628
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3629
0
        write!(f, "{}", self.to_datetime())
3630
0
    }
3631
}
3632
3633
/// Generic timestamp for general use cases
3634
#[derive(Debug, Clone, Copy, PartialEq, Eq, PartialOrd, Ord, Hash, Serialize, Deserialize)]
3635
pub struct GenericTimestamp {
3636
    nanos: u64,
3637
}
3638
3639
impl GenericTimestamp {
3640
    /// Create from nanoseconds since epoch
3641
    #[must_use]
3642
0
    pub const fn from_nanos(nanos: u64) -> Self {
3643
0
        Self { nanos }
3644
0
    }
3645
3646
    /// Get nanoseconds since epoch
3647
    #[must_use]
3648
0
    pub const fn nanos(&self) -> u64 {
3649
0
        self.nanos
3650
0
    }
3651
}
3652
3653
// =============================================================================
3654
// MARKET TYPES (MIGRATED FROM TRADING_ENGINE)
3655
// =============================================================================
3656
3657
/// Market regime enumeration for position sizing scaling and risk management
3658
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
3659
pub enum MarketRegime {
3660
    /// Normal market conditions
3661
    Normal,
3662
    /// Crisis/stress market conditions
3663
    Crisis,
3664
    /// Trending market (strong directional movement)
3665
    Trending,
3666
    /// Sideways/ranging market (low volatility)
3667
    Sideways,
3668
    /// Bull market (sustained upward trend)
3669
    Bull,
3670
    /// Bear market (sustained downward trend)
3671
    Bear,
3672
    /// High volatility market conditions
3673
    HighVolatility,
3674
    /// Low volatility market conditions
3675
    LowVolatility,
3676
    /// Volatile market conditions (alias for `HighVolatility`)
3677
    Volatile,
3678
    /// Calm market conditions (alias for `LowVolatility`)
3679
    Calm,
3680
    /// Unknown/unclassified regime
3681
    Unknown,
3682
    /// Recovery regime - transitioning from crisis
3683
    Recovery,
3684
    /// Bubble regime - unsustainable upward movement
3685
    Bubble,
3686
    /// Correction regime - temporary downward adjustment
3687
    Correction,
3688
    /// Custom regime with numeric identifier
3689
    Custom(usize),
3690
}
3691
3692
impl Default for MarketRegime {
3693
0
    fn default() -> Self {
3694
0
        Self::Normal
3695
0
    }
3696
}
3697
3698
impl fmt::Display for MarketRegime {
3699
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3700
0
        match self {
3701
0
            Self::Normal => write!(f, "Normal"),
3702
0
            Self::Crisis => write!(f, "Crisis"),
3703
0
            Self::Trending => write!(f, "Trending"),
3704
0
            Self::Sideways => write!(f, "Sideways"),
3705
0
            Self::Bull => write!(f, "Bull"),
3706
0
            Self::Bear => write!(f, "Bear"),
3707
0
            Self::HighVolatility => write!(f, "HighVolatility"),
3708
0
            Self::LowVolatility => write!(f, "LowVolatility"),
3709
0
            Self::Volatile => write!(f, "Volatile"),
3710
0
            Self::Calm => write!(f, "Calm"),
3711
0
            Self::Unknown => write!(f, "Unknown"),
3712
0
            Self::Recovery => write!(f, "Recovery"),
3713
0
            Self::Bubble => write!(f, "Bubble"),
3714
0
            Self::Correction => write!(f, "Correction"),
3715
0
            Self::Custom(id) => write!(f, "Custom({id})"),
3716
        }
3717
0
    }
3718
}
3719
3720
/// Tick type enumeration for market data
3721
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
3722
#[cfg_attr(feature = "database", derive(sqlx::Type))]
3723
#[cfg_attr(
3724
    feature = "database",
3725
    sqlx(type_name = "tick_type", rename_all = "snake_case")
3726
)]
3727
pub enum TickType {
3728
    /// Trade execution tick
3729
    Trade,
3730
    /// Bid price update tick
3731
    Bid,
3732
    /// Ask price update tick
3733
    Ask,
3734
    /// Quote (bid/ask) update tick
3735
    Quote,
3736
}
3737
3738
/// Exchange enumeration for trading venues
3739
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
3740
pub enum Exchange {
3741
    /// New York Stock Exchange
3742
    NYSE,
3743
    /// NASDAQ
3744
    NASDAQ,
3745
    /// Chicago Mercantile Exchange
3746
    CME,
3747
    /// Intercontinental Exchange
3748
    ICE,
3749
    /// London Stock Exchange
3750
    LSE,
3751
    /// Tokyo Stock Exchange
3752
    TSE,
3753
    /// Hong Kong Stock Exchange
3754
    HKEX,
3755
    /// Shanghai Stock Exchange
3756
    SSE,
3757
    /// Shenzhen Stock Exchange
3758
    SZSE,
3759
    /// Euronext
3760
    EURONEXT,
3761
    /// Deutsche Börse
3762
    XETRA,
3763
    /// Chicago Board of Trade
3764
    CBOT,
3765
    /// Chicago Board Options Exchange
3766
    CBOE,
3767
    /// BATS Global Markets
3768
    BATS,
3769
    /// IEX Exchange
3770
    IEX,
3771
    /// Interactive Brokers
3772
    IBKR,
3773
    /// IC Markets
3774
    ICMARKETS,
3775
    /// Forex.com
3776
    FOREX,
3777
    /// Binance
3778
    BINANCE,
3779
    /// Coinbase
3780
    COINBASE,
3781
    /// Kraken
3782
    KRAKEN,
3783
    /// Unknown or unrecognized exchange
3784
    UNKNOWN,
3785
}
3786
3787
impl Default for Exchange {
3788
0
    fn default() -> Self {
3789
0
        Self::UNKNOWN
3790
0
    }
3791
}
3792
3793
impl fmt::Display for Exchange {
3794
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
3795
0
        match self {
3796
0
            Self::NYSE => write!(f, "NYSE"),
3797
0
            Self::NASDAQ => write!(f, "NASDAQ"),
3798
0
            Self::CME => write!(f, "CME"),
3799
0
            Self::ICE => write!(f, "ICE"),
3800
0
            Self::LSE => write!(f, "LSE"),
3801
0
            Self::TSE => write!(f, "TSE"),
3802
0
            Self::HKEX => write!(f, "HKEX"),
3803
0
            Self::SSE => write!(f, "SSE"),
3804
0
            Self::SZSE => write!(f, "SZSE"),
3805
0
            Self::EURONEXT => write!(f, "EURONEXT"),
3806
0
            Self::XETRA => write!(f, "XETRA"),
3807
0
            Self::CBOT => write!(f, "CBOT"),
3808
0
            Self::CBOE => write!(f, "CBOE"),
3809
0
            Self::BATS => write!(f, "BATS"),
3810
0
            Self::IEX => write!(f, "IEX"),
3811
0
            Self::IBKR => write!(f, "IBKR"),
3812
0
            Self::ICMARKETS => write!(f, "ICMARKETS"),
3813
0
            Self::FOREX => write!(f, "FOREX"),
3814
0
            Self::BINANCE => write!(f, "BINANCE"),
3815
0
            Self::COINBASE => write!(f, "COINBASE"),
3816
0
            Self::KRAKEN => write!(f, "KRAKEN"),
3817
0
            Self::UNKNOWN => write!(f, "UNKNOWN"),
3818
        }
3819
0
    }
3820
}
3821
3822
impl FromStr for Exchange {
3823
    type Err = CommonTypeError;
3824
3825
0
    fn from_str(s: &str) -> Result<Self, Self::Err> {
3826
0
        match s.to_uppercase().as_str() {
3827
0
            "NYSE" => Ok(Self::NYSE),
3828
0
            "NASDAQ" => Ok(Self::NASDAQ),
3829
0
            "CME" => Ok(Self::CME),
3830
0
            "ICE" => Ok(Self::ICE),
3831
0
            "LSE" => Ok(Self::LSE),
3832
0
            "TSE" => Ok(Self::TSE),
3833
0
            "HKEX" => Ok(Self::HKEX),
3834
0
            "SSE" => Ok(Self::SSE),
3835
0
            "SZSE" => Ok(Self::SZSE),
3836
0
            "EURONEXT" => Ok(Self::EURONEXT),
3837
0
            "XETRA" => Ok(Self::XETRA),
3838
0
            "CBOT" => Ok(Self::CBOT),
3839
0
            "CBOE" => Ok(Self::CBOE),
3840
0
            "BATS" => Ok(Self::BATS),
3841
0
            "IEX" => Ok(Self::IEX),
3842
0
            "IBKR" => Ok(Self::IBKR),
3843
0
            "ICMARKETS" => Ok(Self::ICMARKETS),
3844
0
            "FOREX" => Ok(Self::FOREX),
3845
0
            "BINANCE" => Ok(Self::BINANCE),
3846
0
            "COINBASE" => Ok(Self::COINBASE),
3847
0
            "KRAKEN" => Ok(Self::KRAKEN),
3848
0
            "UNKNOWN" => Ok(Self::UNKNOWN),
3849
0
            _ => Ok(Self::UNKNOWN), // Default to UNKNOWN for unrecognized exchanges
3850
        }
3851
0
    }
3852
}
3853
3854
/// Market tick data structure - CANONICAL SINGLE SOURCE OF TRUTH
3855
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
3856
pub struct MarketTick {
3857
    /// Trading symbol
3858
    pub symbol: Symbol,
3859
    /// Tick price
3860
    pub price: Price,
3861
    /// Tick size/quantity
3862
    pub size: Quantity,
3863
    /// Tick timestamp
3864
    pub timestamp: HftTimestamp,
3865
    /// Type of tick (trade, bid, ask, quote)
3866
    pub tick_type: TickType,
3867
    /// Exchange where the tick occurred
3868
    pub exchange: Exchange,
3869
    /// Sequence number for ordering
3870
    pub sequence_number: u64,
3871
}
3872
3873
impl MarketTick {
3874
    /// Create a new market tick with current timestamp
3875
0
    pub fn new(
3876
0
        symbol: Symbol,
3877
0
        price: Price,
3878
0
        size: Quantity,
3879
0
        tick_type: TickType,
3880
0
        exchange: Exchange,
3881
0
        sequence_number: u64,
3882
0
    ) -> Result<Self, CommonError> {
3883
        Ok(Self {
3884
0
            symbol,
3885
0
            price,
3886
0
            size,
3887
0
            timestamp: HftTimestamp::now()?,
3888
0
            tick_type,
3889
0
            exchange,
3890
0
            sequence_number,
3891
        })
3892
0
    }
3893
3894
    /// Create a new market tick with specified timestamp (for backtesting)
3895
    #[must_use]
3896
0
    pub const fn with_timestamp(
3897
0
        symbol: Symbol,
3898
0
        price: Price,
3899
0
        size: Quantity,
3900
0
        timestamp: HftTimestamp,
3901
0
        tick_type: TickType,
3902
0
        exchange: Exchange,
3903
0
        sequence_number: u64,
3904
0
    ) -> Self {
3905
0
        Self {
3906
0
            symbol,
3907
0
            price,
3908
0
            size,
3909
0
            timestamp,
3910
0
            tick_type,
3911
0
            exchange,
3912
0
            sequence_number,
3913
0
        }
3914
0
    }
3915
}
3916
3917
/// Trading signal for algorithmic trading
3918
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
3919
pub struct TradingSignal {
3920
    /// Signal ID
3921
    pub signal_id: Uuid,
3922
    /// Symbol this signal applies to
3923
    pub symbol: Symbol,
3924
    /// Signal strength (-1.0 to 1.0)
3925
    pub strength: f64,
3926
    /// Signal direction
3927
    pub direction: OrderSide,
3928
    /// Confidence level (0.0 to 1.0)
3929
    pub confidence: f64,
3930
    /// Signal generation timestamp
3931
    pub timestamp: HftTimestamp,
3932
    /// Signal source/strategy
3933
    pub source: String,
3934
    /// Additional metadata
3935
    pub metadata: std::collections::HashMap<String, String>,
3936
}
3937
3938
impl TradingSignal {
3939
    /// Create a new trading signal
3940
0
    pub fn new(
3941
0
        symbol: Symbol,
3942
0
        strength: f64,
3943
0
        direction: OrderSide,
3944
0
        confidence: f64,
3945
0
        source: String,
3946
0
    ) -> Result<Self, CommonTypeError> {
3947
0
        if !(0.0..=1.0).contains(&confidence) {
3948
0
            return Err(CommonTypeError::ValidationError {
3949
0
                field: "confidence".to_owned(),
3950
0
                reason: "Confidence must be between 0.0 and 1.0".to_owned(),
3951
0
            });
3952
0
        }
3953
0
        if !(-1.0..=1.0).contains(&strength) {
3954
0
            return Err(CommonTypeError::ValidationError {
3955
0
                field: "strength".to_owned(),
3956
0
                reason: "Strength must be between -1.0 and 1.0".to_owned(),
3957
0
            });
3958
0
        }
3959
3960
        Ok(Self {
3961
0
            signal_id: Uuid::new_v4(),
3962
0
            symbol,
3963
0
            strength,
3964
0
            direction,
3965
0
            confidence,
3966
0
            timestamp: HftTimestamp::now_common()?,
3967
0
            source,
3968
0
            metadata: std::collections::HashMap::new(),
3969
        })
3970
0
    }
3971
3972
    /// Add metadata to the signal
3973
    #[must_use]
3974
0
    pub fn with_metadata(mut self, key: String, value: String) -> Self {
3975
0
        self.metadata.insert(key, value);
3976
0
        self
3977
0
    }
3978
}
3979
3980
// =============================================================================
3981
// HIGH-PERFORMANCE TYPES FOR COPY/CLONE OPTIMIZATION
3982
// =============================================================================
3983
3984
/// Lightweight Order reference for high-performance contexts requiring Copy trait
3985
///
3986
/// This struct contains only the essential order data needed for performance-critical
3987
/// operations like `SmallBatchRing` processing, while maintaining Copy semantics.
3988
/// For full order details, use the complete Order struct.
3989
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
3990
pub struct OrderRef {
3991
    /// Order ID (u64 for performance)
3992
    pub id: u64,
3993
    /// Symbol hash for fast lookups
3994
    pub symbol_hash: i64,
3995
    /// Order side (Buy/Sell)
3996
    pub side: OrderSide,
3997
    /// Order type
3998
    pub order_type: OrderType,
3999
    /// Quantity (fixed-point u64)
4000
    pub quantity: u64,
4001
    /// Price (fixed-point u64, 0 for market orders)
4002
    pub price: u64,
4003
    /// Timestamp (nanoseconds since epoch)
4004
    pub timestamp: u64,
4005
}
4006
4007
impl OrderRef {
4008
    /// Create `OrderRef` from a full Order struct
4009
    #[must_use]
4010
0
    pub fn from_order(order: &Order) -> Self {
4011
        Self {
4012
0
            id: order.id.value(),
4013
0
            symbol_hash: order.symbol_hash(),
4014
0
            side: order.side,
4015
0
            order_type: order.order_type,
4016
0
            quantity: order.quantity.raw_value(),
4017
0
            price: order.price.map_or(0, |p| p.raw_value()),
4018
0
            timestamp: order.created_at.nanos(),
4019
        }
4020
0
    }
4021
4022
    /// Create a limit order reference
4023
    #[must_use]
4024
0
    pub fn limit(symbol_hash: i64, side: OrderSide, quantity: u64, price: u64) -> Self {
4025
0
        Self {
4026
0
            id: OrderId::new().value(),
4027
0
            symbol_hash,
4028
0
            side,
4029
0
            order_type: OrderType::Limit,
4030
0
            quantity,
4031
0
            price,
4032
0
            timestamp: HftTimestamp::now_or_zero().nanos(),
4033
0
        }
4034
0
    }
4035
4036
    /// Create a market order reference  
4037
    #[must_use]
4038
0
    pub fn market(symbol_hash: i64, side: OrderSide, quantity: u64) -> Self {
4039
0
        Self {
4040
0
            id: OrderId::new().value(),
4041
0
            symbol_hash,
4042
0
            side,
4043
0
            order_type: OrderType::Market,
4044
0
            quantity,
4045
0
            price: 0,
4046
0
            timestamp: HftTimestamp::now_or_zero().nanos(),
4047
0
        }
4048
0
    }
4049
4050
    /// Get quantity as Quantity type
4051
    #[must_use]
4052
0
    pub const fn get_quantity(&self) -> Quantity {
4053
0
        Quantity::from_raw(self.quantity)
4054
0
    }
4055
4056
    /// Get price as Price type (None for market orders)
4057
    #[must_use]
4058
0
    pub const fn get_price(&self) -> Option<Price> {
4059
0
        if self.price == 0 {
4060
0
            None
4061
        } else {
4062
0
            Some(Price::from_raw(self.price))
4063
        }
4064
0
    }
4065
4066
    /// Check if this is a buy order
4067
    #[must_use]
4068
0
    pub fn is_buy(&self) -> bool {
4069
0
        self.side == OrderSide::Buy
4070
0
    }
4071
4072
    /// Check if this is a sell order
4073
    #[must_use]
4074
0
    pub fn is_sell(&self) -> bool {
4075
0
        self.side == OrderSide::Sell
4076
0
    }
4077
4078
    /// Check if this is a market order
4079
    #[must_use]
4080
0
    pub fn is_market_order(&self) -> bool {
4081
0
        self.order_type == OrderType::Market || self.price == 0
4082
0
    }
4083
4084
    /// Check if this is a limit order
4085
    #[must_use]
4086
0
    pub fn is_limit_order(&self) -> bool {
4087
0
        self.order_type == OrderType::Limit && self.price > 0
4088
0
    }
4089
}
4090
4091
impl Default for OrderRef {
4092
0
    fn default() -> Self {
4093
0
        Self {
4094
0
            id: 0,
4095
0
            symbol_hash: 0,
4096
0
            side: OrderSide::Buy,
4097
0
            order_type: OrderType::Market,
4098
0
            quantity: 0,
4099
0
            price: 0,
4100
0
            timestamp: 0,
4101
0
        }
4102
0
    }
4103
}
4104
4105
// =============================================================================
4106
// COMPREHENSIVE TESTS
4107
// =============================================================================
4108
4109
#[cfg(test)]
4110
mod tests {
4111
    use super::*;
4112
    use std::str::FromStr;
4113
4114
    // =============================================================================
4115
    // Price Tests
4116
    // =============================================================================
4117
4118
    #[test]
4119
    fn test_price_from_f64_valid() {
4120
        let price = Price::from_f64(100.50).unwrap();
4121
        assert_eq!(price.to_f64(), 100.50);
4122
    }
4123
4124
    #[test]
4125
    fn test_price_from_f64_negative() {
4126
        let result = Price::from_f64(-10.0);
4127
        assert!(result.is_err());
4128
    }
4129
4130
    #[test]
4131
    fn test_price_from_f64_nan() {
4132
        let result = Price::from_f64(f64::NAN);
4133
        assert!(result.is_err());
4134
    }
4135
4136
    #[test]
4137
    fn test_price_from_f64_infinity() {
4138
        let result = Price::from_f64(f64::INFINITY);
4139
        assert!(result.is_err());
4140
    }
4141
4142
    #[test]
4143
    fn test_price_constants() {
4144
        assert_eq!(Price::ZERO.to_f64(), 0.0);
4145
        assert_eq!(Price::ONE.to_f64(), 1.0);
4146
        assert_eq!(Price::CENT.to_f64(), 0.01);
4147
    }
4148
4149
    #[test]
4150
    fn test_price_addition() {
4151
        let p1 = Price::from_f64(10.0).unwrap();
4152
        let p2 = Price::from_f64(5.5).unwrap();
4153
        let result = p1 + p2;
4154
        assert!((result.to_f64() - 15.5).abs() < 0.00001);
4155
    }
4156
4157
    #[test]
4158
    fn test_price_subtraction() {
4159
        let p1 = Price::from_f64(10.0).unwrap();
4160
        let p2 = Price::from_f64(5.5).unwrap();
4161
        let result = p1 - p2;
4162
        assert!((result.to_f64() - 4.5).abs() < 0.00001);
4163
    }
4164
4165
    #[test]
4166
    fn test_price_multiplication() {
4167
        let price = Price::from_f64(10.0).unwrap();
4168
        let result = (price * 2.5).unwrap();
4169
        assert!((result.to_f64() - 25.0).abs() < 0.00001);
4170
    }
4171
4172
    #[test]
4173
    fn test_price_division() {
4174
        let price = Price::from_f64(10.0).unwrap();
4175
        let result = (price / 2.0).unwrap();
4176
        assert!((result.to_f64() - 5.0).abs() < 0.00001);
4177
    }
4178
4179
    #[test]
4180
    fn test_price_division_by_zero() {
4181
        let price = Price::from_f64(10.0).unwrap();
4182
        let result = price / 0.0;
4183
        assert!(result.is_err());
4184
    }
4185
4186
    #[test]
4187
    fn test_price_from_cents() {
4188
        let price = Price::from_cents(150);
4189
        assert!((price.to_f64() - 1.50).abs() < 0.00001);
4190
    }
4191
4192
    #[test]
4193
    fn test_price_to_cents() {
4194
        let price = Price::from_f64(1.50).unwrap();
4195
        assert_eq!(price.to_cents(), 150);
4196
    }
4197
4198
    #[test]
4199
    fn test_price_is_zero() {
4200
        assert!(Price::ZERO.is_zero());
4201
        assert!(!Price::from_f64(1.0).unwrap().is_zero());
4202
    }
4203
4204
    #[test]
4205
    fn test_price_from_str() {
4206
        let price = Price::from_str("123.45").unwrap();
4207
        assert!((price.to_f64() - 123.45).abs() < 0.00001);
4208
    }
4209
4210
    #[test]
4211
    fn test_price_from_str_invalid() {
4212
        let result = Price::from_str("invalid");
4213
        assert!(result.is_err());
4214
    }
4215
4216
    #[test]
4217
    fn test_price_display() {
4218
        let price = Price::from_f64(123.456789).unwrap();
4219
        let display = format!("{}", price);
4220
        assert!(display.starts_with("123.45678"));
4221
    }
4222
4223
    #[test]
4224
    fn test_price_partial_eq_f64() {
4225
        let price = Price::from_f64(10.0).unwrap();
4226
        assert_eq!(price, 10.0);
4227
        assert_eq!(10.0, price);
4228
    }
4229
4230
    #[test]
4231
    fn test_price_multiply_price() {
4232
        let p1 = Price::from_f64(10.0).unwrap();
4233
        let p2 = Price::from_f64(2.5).unwrap();
4234
        let result = p1.multiply(p2).unwrap();
4235
        assert!((result.to_f64() - 25.0).abs() < 0.00001);
4236
    }
4237
4238
    // =============================================================================
4239
    // Quantity Tests
4240
    // =============================================================================
4241
4242
    #[test]
4243
    fn test_quantity_from_f64_valid() {
4244
        let qty = Quantity::from_f64(100.5).unwrap();
4245
        assert_eq!(qty.to_f64(), 100.5);
4246
    }
4247
4248
    #[test]
4249
    fn test_quantity_from_f64_negative() {
4250
        let result = Quantity::from_f64(-10.0);
4251
        assert!(result.is_err());
4252
    }
4253
4254
    #[test]
4255
    fn test_quantity_from_f64_nan() {
4256
        let result = Quantity::from_f64(f64::NAN);
4257
        assert!(result.is_err());
4258
    }
4259
4260
    #[test]
4261
    fn test_quantity_constants() {
4262
        assert_eq!(Quantity::ZERO.to_f64(), 0.0);
4263
        assert_eq!(Quantity::ONE.to_f64(), 1.0);
4264
    }
4265
4266
    #[test]
4267
    fn test_quantity_addition() {
4268
        let q1 = Quantity::from_f64(10.0).unwrap();
4269
        let q2 = Quantity::from_f64(5.5).unwrap();
4270
        let result = q1 + q2;
4271
        assert!((result.to_f64() - 15.5).abs() < 0.00001);
4272
    }
4273
4274
    #[test]
4275
    fn test_quantity_subtraction() {
4276
        let q1 = Quantity::from_f64(10.0).unwrap();
4277
        let q2 = Quantity::from_f64(5.5).unwrap();
4278
        let result = q1 - q2;
4279
        assert!((result.to_f64() - 4.5).abs() < 0.00001);
4280
    }
4281
4282
    #[test]
4283
    fn test_quantity_multiplication() {
4284
        let qty = Quantity::from_f64(10.0).unwrap();
4285
        let result = (qty * 2.5).unwrap();
4286
        assert!((result.to_f64() - 25.0).abs() < 0.00001);
4287
    }
4288
4289
    #[test]
4290
    fn test_quantity_division() {
4291
        let qty = Quantity::from_f64(10.0).unwrap();
4292
        let result = (qty / 2.0).unwrap();
4293
        assert!((result.to_f64() - 5.0).abs() < 0.00001);
4294
    }
4295
4296
    #[test]
4297
    fn test_quantity_division_by_zero() {
4298
        let qty = Quantity::from_f64(10.0).unwrap();
4299
        let result = qty / 0.0;
4300
        assert!(result.is_err());
4301
    }
4302
4303
    #[test]
4304
    fn test_quantity_is_zero() {
4305
        assert!(Quantity::ZERO.is_zero());
4306
        assert!(!Quantity::from_f64(1.0).unwrap().is_zero());
4307
    }
4308
4309
    #[test]
4310
    fn test_quantity_is_positive() {
4311
        assert!(Quantity::from_f64(1.0).unwrap().is_positive());
4312
        assert!(!Quantity::ZERO.is_positive());
4313
    }
4314
4315
    #[test]
4316
    fn test_quantity_is_negative() {
4317
        // Quantity is always non-negative
4318
        assert!(!Quantity::from_f64(1.0).unwrap().is_negative());
4319
        assert!(!Quantity::ZERO.is_negative());
4320
    }
4321
4322
    #[test]
4323
    fn test_quantity_from_shares() {
4324
        let qty = Quantity::from_shares(100);
4325
        assert_eq!(qty.to_shares(), 100);
4326
    }
4327
4328
    #[test]
4329
    fn test_quantity_sum() {
4330
        let quantities = vec![
4331
            Quantity::from_f64(1.0).unwrap(),
4332
            Quantity::from_f64(2.0).unwrap(),
4333
            Quantity::from_f64(3.0).unwrap(),
4334
        ];
4335
        let sum: Quantity = quantities.into_iter().sum();
4336
        assert!((sum.to_f64() - 6.0).abs() < 0.00001);
4337
    }
4338
4339
    #[test]
4340
    fn test_quantity_try_from_i32() {
4341
        let qty = Quantity::try_from(100i32).unwrap();
4342
        assert_eq!(qty.to_f64(), 100.0);
4343
    }
4344
4345
    #[test]
4346
    fn test_quantity_try_from_string() {
4347
        let qty = Quantity::try_from("123.45").unwrap();
4348
        assert!((qty.to_f64() - 123.45).abs() < 0.00001);
4349
    }
4350
4351
    // =============================================================================
4352
    // Money Tests
4353
    // =============================================================================
4354
4355
    #[test]
4356
    fn test_money_new() {
4357
        let amount = Decimal::from_f64(100.50).unwrap();
4358
        let money = Money::new(amount, Currency::USD);
4359
        assert_eq!(money.currency, Currency::USD);
4360
        assert_eq!(money.amount, amount);
4361
    }
4362
4363
    #[test]
4364
    fn test_money_display() {
4365
        let amount = Decimal::from_f64(100.50).unwrap();
4366
        let money = Money::new(amount, Currency::USD);
4367
        let display = format!("{}", money);
4368
        assert!(display.contains("100.5"));
4369
        assert!(display.contains("USD"));
4370
    }
4371
4372
    // =============================================================================
4373
    // Symbol Tests
4374
    // =============================================================================
4375
4376
    #[test]
4377
    fn test_symbol_new() {
4378
        let symbol = Symbol::new("AAPL".to_string());
4379
        assert_eq!(symbol.as_str(), "AAPL");
4380
    }
4381
4382
    #[test]
4383
    fn test_symbol_new_validated_valid() {
4384
        let symbol = Symbol::new_validated("AAPL".to_string()).unwrap();
4385
        assert_eq!(symbol.as_str(), "AAPL");
4386
    }
4387
4388
    #[test]
4389
    fn test_symbol_new_validated_empty() {
4390
        let result = Symbol::new_validated("".to_string());
4391
        assert!(result.is_err());
4392
    }
4393
4394
    #[test]
4395
    fn test_symbol_new_validated_whitespace() {
4396
        let result = Symbol::new_validated("   ".to_string());
4397
        assert!(result.is_err());
4398
    }
4399
4400
    #[test]
4401
    fn test_symbol_from_str() {
4402
        let symbol = Symbol::from_str("AAPL").unwrap();
4403
        assert_eq!(symbol.as_str(), "AAPL");
4404
    }
4405
4406
    #[test]
4407
    fn test_symbol_to_uppercase() {
4408
        let symbol = Symbol::from_str("aapl").unwrap();
4409
        assert_eq!(symbol.to_uppercase(), "AAPL");
4410
    }
4411
4412
    #[test]
4413
    fn test_symbol_replace() {
4414
        let symbol = Symbol::from_str("AAPL.US").unwrap();
4415
        assert_eq!(symbol.replace(".US", ""), "AAPL");
4416
    }
4417
4418
    #[test]
4419
    fn test_symbol_contains() {
4420
        let symbol = Symbol::from_str("AAPL.US").unwrap();
4421
        assert!(symbol.contains("AAPL"));
4422
        assert!(!symbol.contains("MSFT"));
4423
    }
4424
4425
    #[test]
4426
    fn test_symbol_partial_eq_str() {
4427
        let symbol = Symbol::from_str("AAPL").unwrap();
4428
        assert_eq!("AAPL", symbol);
4429
        assert_eq!(symbol.as_str(), "AAPL");
4430
    }
4431
4432
    #[test]
4433
    fn test_symbol_none() {
4434
        let symbol = Symbol::none();
4435
        assert_eq!(symbol.as_str(), "NONE");
4436
    }
4437
4438
    // =============================================================================
4439
    // TimeInForce Tests
4440
    // =============================================================================
4441
4442
    #[test]
4443
    fn test_time_in_force_display() {
4444
        assert_eq!(format!("{}", TimeInForce::Day), "DAY");
4445
        assert_eq!(format!("{}", TimeInForce::GoodTillCancel), "GTC");
4446
        assert_eq!(format!("{}", TimeInForce::ImmediateOrCancel), "IOC");
4447
        assert_eq!(format!("{}", TimeInForce::FillOrKill), "FOK");
4448
    }
4449
4450
    #[test]
4451
    fn test_time_in_force_default() {
4452
        assert_eq!(TimeInForce::default(), TimeInForce::Day);
4453
    }
4454
4455
    // =============================================================================
4456
    // OrderType Tests
4457
    // =============================================================================
4458
4459
    #[test]
4460
    fn test_order_type_display() {
4461
        assert_eq!(format!("{}", OrderType::Market), "MARKET");
4462
        assert_eq!(format!("{}", OrderType::Limit), "LIMIT");
4463
        assert_eq!(format!("{}", OrderType::Stop), "STOP");
4464
        assert_eq!(format!("{}", OrderType::StopLimit), "STOP_LIMIT");
4465
    }
4466
4467
    #[test]
4468
    fn test_order_type_try_from_i32_valid() {
4469
        assert_eq!(OrderType::try_from(0).unwrap(), OrderType::Market);
4470
        assert_eq!(OrderType::try_from(1).unwrap(), OrderType::Limit);
4471
        assert_eq!(OrderType::try_from(2).unwrap(), OrderType::Stop);
4472
    }
4473
4474
    #[test]
4475
    fn test_order_type_try_from_i32_invalid() {
4476
        let result = OrderType::try_from(99);
4477
        assert!(result.is_err());
4478
    }
4479
4480
    #[test]
4481
    fn test_order_type_default() {
4482
        assert_eq!(OrderType::default(), OrderType::Market);
4483
    }
4484
4485
    // =============================================================================
4486
    // OrderStatus Tests
4487
    // =============================================================================
4488
4489
    #[test]
4490
    fn test_order_status_display() {
4491
        assert_eq!(format!("{}", OrderStatus::Created), "CREATED");
4492
        assert_eq!(format!("{}", OrderStatus::Filled), "FILLED");
4493
        assert_eq!(format!("{}", OrderStatus::Cancelled), "CANCELLED");
4494
    }
4495
4496
    #[test]
4497
    fn test_order_status_try_from_i32_valid() {
4498
        assert_eq!(OrderStatus::try_from(0).unwrap(), OrderStatus::Created);
4499
        assert_eq!(OrderStatus::try_from(3).unwrap(), OrderStatus::Filled);
4500
        assert_eq!(OrderStatus::try_from(5).unwrap(), OrderStatus::Cancelled);
4501
    }
4502
4503
    #[test]
4504
    fn test_order_status_try_from_i32_invalid() {
4505
        let result = OrderStatus::try_from(99);
4506
        assert!(result.is_err());
4507
    }
4508
4509
    // =============================================================================
4510
    // OrderSide Tests
4511
    // =============================================================================
4512
4513
    #[test]
4514
    fn test_order_side_display() {
4515
        assert_eq!(format!("{}", OrderSide::Buy), "BUY");
4516
        assert_eq!(format!("{}", OrderSide::Sell), "SELL");
4517
    }
4518
4519
    #[test]
4520
    fn test_order_side_try_from_i32_valid() {
4521
        assert_eq!(OrderSide::try_from(0).unwrap(), OrderSide::Buy);
4522
        assert_eq!(OrderSide::try_from(1).unwrap(), OrderSide::Sell);
4523
    }
4524
4525
    #[test]
4526
    fn test_order_side_try_from_i32_invalid() {
4527
        let result = OrderSide::try_from(99);
4528
        assert!(result.is_err());
4529
    }
4530
4531
    #[test]
4532
    fn test_order_side_default() {
4533
        assert_eq!(OrderSide::default(), OrderSide::Buy);
4534
    }
4535
4536
    // =============================================================================
4537
    // Currency Tests
4538
    // =============================================================================
4539
4540
    #[test]
4541
    fn test_currency_display() {
4542
        assert_eq!(format!("{}", Currency::USD), "USD");
4543
        assert_eq!(format!("{}", Currency::EUR), "EUR");
4544
        assert_eq!(format!("{}", Currency::BTC), "BTC");
4545
    }
4546
4547
    #[test]
4548
    fn test_currency_default() {
4549
        assert_eq!(Currency::default(), Currency::USD);
4550
    }
4551
4552
    // =============================================================================
4553
    // Error Type Tests
4554
    // =============================================================================
4555
4556
    #[test]
4557
    fn test_common_type_error_invalid_price() {
4558
        let error = CommonTypeError::InvalidPrice {
4559
            value: "abc".to_string(),
4560
            reason: "not a number".to_string(),
4561
        };
4562
        let display = format!("{}", error);
4563
        assert!(display.contains("abc"));
4564
    }
4565
4566
    #[test]
4567
    fn test_common_type_error_invalid_quantity() {
4568
        let error = CommonTypeError::InvalidQuantity {
4569
            value: "xyz".to_string(),
4570
            reason: "not a number".to_string(),
4571
        };
4572
        let display = format!("{}", error);
4573
        assert!(display.contains("xyz"));
4574
    }
4575
4576
    #[test]
4577
    fn test_common_type_error_validation() {
4578
        let error = CommonTypeError::ValidationError {
4579
            field: "symbol".to_string(),
4580
            reason: "cannot be empty".to_string(),
4581
        };
4582
        let display = format!("{}", error);
4583
        assert!(display.contains("symbol"));
4584
    }
4585
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/asset_classification.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/asset_classification.rs.html
deleted file mode 100644
index e99a1c55b..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/asset_classification.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/asset_classification.rs
Line
Count
Source
1
//! Comprehensive Asset Classification Configuration System
2
//!
3
//! This module provides production-ready asset classification capabilities with:
4
//! - Sophisticated asset class hierarchies
5
//! - Dynamic trading parameter configuration
6
//! - Pattern-based symbol matching with regex support
7
//! - Database-backed configuration with hot-reload
8
//! - Volatility profiling and risk management integration
9
10
use chrono::{DateTime, Datelike, NaiveTime, Utc};
11
use log;
12
use regex::Regex;
13
use rust_decimal::{prelude::FromPrimitive, Decimal};
14
use serde::{Deserialize, Serialize};
15
use std::collections::HashMap;
16
use uuid::Uuid;
17
18
/// Comprehensive asset classification enum with detailed sub-categories
19
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
20
pub enum AssetClass {
21
    /// Equity instruments with sector-specific characteristics
22
    Equity {
23
        sector: EquitySector,
24
        market_cap: MarketCapTier,
25
        region: GeographicRegion,
26
    },
27
    /// Futures contracts with underlying asset classification
28
    Future {
29
        underlying: FutureType,
30
        expiry_type: ExpiryType,
31
        exchange: String,
32
    },
33
    /// Foreign exchange pairs with specific characteristics
34
    Forex {
35
        base: String,
36
        quote: String,
37
        pair_type: ForexPairType,
38
    },
39
    /// Cryptocurrency assets with network and type classification
40
    Crypto {
41
        network: String,
42
        crypto_type: CryptoType,
43
        market_cap_rank: Option<u32>,
44
    },
45
    /// Commodity instruments with category classification
46
    Commodity {
47
        category: CommodityType,
48
        storage_type: StorageType,
49
    },
50
    /// Fixed income securities
51
    FixedIncome {
52
        instrument_type: FixedIncomeType,
53
        credit_rating: CreditRating,
54
        maturity: MaturityBucket,
55
    },
56
    /// Derivatives and structured products
57
    Derivative {
58
        underlying_class: Box<AssetClass>,
59
        derivative_type: DerivativeType,
60
    },
61
    /// Unknown or unclassified assets (conservative defaults)
62
    Unknown,
63
}
64
65
/// Equity sector classifications aligned with industry standards
66
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
67
pub enum EquitySector {
68
    Technology,
69
    Healthcare,
70
    Financial,
71
    ConsumerDiscretionary,
72
    ConsumerStaples,
73
    Industrial,
74
    Energy,
75
    Materials,
76
    Utilities,
77
    RealEstate,
78
    CommunicationServices,
79
}
80
81
/// Market capitalization tiers for equity classification
82
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
83
pub enum MarketCapTier {
84
    LargeCap, // > $10B
85
    MidCap,   // $2B - $10B
86
    SmallCap, // $300M - $2B
87
    MicroCap, // < $300M
88
}
89
90
/// Geographic regions for asset classification
91
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
92
pub enum GeographicRegion {
93
    NorthAmerica,
94
    Europe,
95
    Asia,
96
    EmergingMarkets,
97
    Global,
98
}
99
100
/// Future contract underlying asset types
101
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
102
pub enum FutureType {
103
    Equity,
104
    Currency,
105
    Commodity,
106
    Interest,
107
    Volatility,
108
}
109
110
/// Futures expiry categorization
111
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
112
pub enum ExpiryType {
113
    Weekly,
114
    Monthly,
115
    Quarterly,
116
    Annual,
117
}
118
119
/// Forex pair type classification
120
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
121
pub enum ForexPairType {
122
    Major,   // EUR/USD, GBP/USD, USD/JPY, etc.
123
    Minor,   // Cross-currency pairs without USD
124
    Exotic,  // Emerging market currencies
125
    JPYPair, // Special handling for JPY pairs
126
}
127
128
/// Cryptocurrency type classification
129
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
130
pub enum CryptoType {
131
    Bitcoin,
132
    Ethereum,
133
    Stablecoin,
134
    AltcoinMajor, // Top 20 market cap
135
    AltcoinMinor, // Beyond top 20
136
    DeFi,
137
    GameFi,
138
    Meme,
139
}
140
141
/// Commodity categories
142
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
143
pub enum CommodityType {
144
    PreciousMetals,
145
    Energy,
146
    Agricultural,
147
    IndustrialMetals,
148
    Livestock,
149
}
150
151
/// Storage characteristics for commodities
152
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
153
pub enum StorageType {
154
    Physical,
155
    Financial,
156
}
157
158
/// Fixed income instrument types
159
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
160
pub enum FixedIncomeType {
161
    Government,
162
    Corporate,
163
    Municipal,
164
    InflationProtected,
165
}
166
167
/// Credit rating classifications
168
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
169
pub enum CreditRating {
170
    AAA,
171
    AA,
172
    A,
173
    BBB,
174
    BB,
175
    B,
176
    CCC,
177
    Unrated,
178
}
179
180
/// Maturity buckets for fixed income
181
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
182
pub enum MaturityBucket {
183
    ShortTerm,  // < 2 years
184
    MediumTerm, // 2-10 years
185
    LongTerm,   // > 10 years
186
}
187
188
/// Derivative instrument types
189
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
190
pub enum DerivativeType {
191
    Option,
192
    Swap,
193
    Forward,
194
    Structured,
195
}
196
197
/// Comprehensive volatility profile with regime-aware parameters
198
#[derive(Debug, Clone, Serialize, Deserialize)]
199
pub struct VolatilityProfile {
200
    /// Base annual volatility (standard market conditions)
201
    pub base_annual_volatility: f64,
202
    /// Stress volatility multiplier for high-stress periods
203
    pub stress_volatility_multiplier: f64,
204
    /// Intraday volatility pattern (hourly multipliers)
205
    pub intraday_pattern: Vec<f64>,
206
    /// Volatility clustering parameter (GARCH-like)
207
    pub volatility_persistence: f64,
208
    /// Jump risk probability and magnitude
209
    pub jump_risk: JumpRiskProfile,
210
}
211
212
/// Jump risk characteristics
213
#[derive(Debug, Clone, Serialize, Deserialize)]
214
pub struct JumpRiskProfile {
215
    /// Probability of large price jumps per day
216
    pub jump_probability: f64,
217
    /// Average magnitude of jumps (as fraction of price)
218
    pub jump_magnitude: f64,
219
    /// Maximum expected jump size
220
    pub max_jump_size: f64,
221
}
222
223
/// Dynamic trading parameters that adapt to market conditions
224
#[derive(Debug, Clone, Serialize, Deserialize)]
225
pub struct TradingParameters {
226
    /// Position sizing constraints
227
    pub position_limits: PositionLimits,
228
    /// Risk management thresholds
229
    pub risk_thresholds: RiskThresholds,
230
    /// Execution parameters
231
    pub execution_config: ExecutionConfig,
232
    /// Market making parameters (if applicable)
233
    pub market_making: Option<MarketMakingConfig>,
234
}
235
236
/// Position sizing and exposure limits
237
#[derive(Debug, Clone, Serialize, Deserialize)]
238
pub struct PositionLimits {
239
    /// Maximum position size as fraction of portfolio NAV
240
    pub max_position_fraction: f64,
241
    /// Maximum leverage allowed for this asset
242
    pub max_leverage: f64,
243
    /// Concentration limit (max % of total positions in this asset class)
244
    pub concentration_limit: f64,
245
    /// Minimum position size (to avoid micro-positions)
246
    pub min_position_size: Decimal,
247
}
248
249
/// Risk management thresholds and limits
250
#[derive(Debug, Clone, Serialize, Deserialize)]
251
pub struct RiskThresholds {
252
    /// VaR limit as fraction of portfolio
253
    pub var_limit: f64,
254
    /// Daily loss limit
255
    pub daily_loss_limit: f64,
256
    /// Stop-loss threshold
257
    pub stop_loss_threshold: f64,
258
    /// Volatility circuit breaker threshold
259
    pub volatility_circuit_breaker: f64,
260
    /// Maximum drawdown before position reduction
261
    pub max_drawdown_threshold: f64,
262
}
263
264
/// Execution configuration parameters
265
#[derive(Debug, Clone, Serialize, Deserialize)]
266
pub struct ExecutionConfig {
267
    /// Preferred order types for this asset
268
    pub preferred_order_types: Vec<OrderType>,
269
    /// Tick size for price increments
270
    pub tick_size: Decimal,
271
    /// Minimum order size
272
    pub min_order_size: Decimal,
273
    /// Maximum order size before breaking up
274
    pub max_order_size: Decimal,
275
    /// Execution time constraints
276
    pub time_in_force_default: TimeInForce,
277
    /// Slippage tolerance
278
    pub slippage_tolerance: f64,
279
}
280
281
/// Market making specific configuration
282
#[derive(Debug, Clone, Serialize, Deserialize)]
283
pub struct MarketMakingConfig {
284
    /// Bid-ask spread targets
285
    pub target_spread: f64,
286
    /// Inventory limits
287
    pub max_inventory: Decimal,
288
    /// Quote size
289
    pub quote_size: Decimal,
290
    /// Refresh frequency
291
    pub refresh_frequency: std::time::Duration,
292
}
293
294
/// Order type enumeration
295
#[derive(Debug, Clone, Serialize, Deserialize)]
296
pub enum OrderType {
297
    Market,
298
    Limit,
299
    Stop,
300
    StopLimit,
301
    Hidden,
302
    Iceberg,
303
}
304
305
/// Time in force options
306
#[derive(Debug, Clone, Serialize, Deserialize)]
307
pub enum TimeInForce {
308
    Day,
309
    GoodTillCancel,
310
    ImmediateOrCancel,
311
    FillOrKill,
312
    GTD, // Good Till Date
313
}
314
315
/// Symbol pattern matching configuration with compiled regex
316
#[derive(Debug, Clone, Serialize, Deserialize)]
317
pub struct AssetConfig {
318
    /// UUID for database storage
319
    pub id: Uuid,
320
    /// Human-readable name for this configuration
321
    pub name: String,
322
    /// Regex pattern for symbol matching
323
    pub symbol_pattern: String,
324
    /// Compiled regex (not serialized, rebuilt on load)
325
    #[serde(skip)]
326
    pub compiled_pattern: Option<Regex>,
327
    /// Asset class classification
328
    pub asset_class: AssetClass,
329
    /// Volatility profile
330
    pub volatility_profile: VolatilityProfile,
331
    /// Trading parameters
332
    pub trading_parameters: TradingParameters,
333
    /// Priority for pattern matching (higher = checked first)
334
    pub priority: u32,
335
    /// Whether this configuration is active
336
    pub is_active: bool,
337
    /// Creation timestamp
338
    pub created_at: DateTime<Utc>,
339
    /// Last update timestamp
340
    pub updated_at: DateTime<Utc>,
341
    /// Trading hours (if applicable)
342
    pub trading_hours: Option<TradingHours>,
343
    /// Settlement details
344
    pub settlement_config: SettlementConfig,
345
}
346
347
/// Trading hours configuration
348
#[derive(Debug, Clone, Serialize, Deserialize)]
349
pub struct TradingHours {
350
    /// Regular trading session start
351
    pub market_open: NaiveTime,
352
    /// Regular trading session end
353
    pub market_close: NaiveTime,
354
    /// Pre-market session (if available)
355
    pub pre_market: Option<(NaiveTime, NaiveTime)>,
356
    /// After-hours session (if available)
357
    pub after_hours: Option<(NaiveTime, NaiveTime)>,
358
    /// Timezone for these hours
359
    pub timezone: String,
360
    /// Days of week when trading is active (0=Sunday, 6=Saturday)
361
    pub trading_days: Vec<u8>,
362
}
363
364
/// Settlement configuration
365
#[derive(Debug, Clone, Serialize, Deserialize)]
366
pub struct SettlementConfig {
367
    /// Settlement period (T+n days)
368
    pub settlement_days: u32,
369
    /// Settlement currency
370
    pub settlement_currency: String,
371
    /// Whether physical delivery is possible
372
    pub physical_settlement: bool,
373
}
374
375
/// Asset classification manager with caching and hot-reload capabilities
376
pub struct AssetClassificationManager {
377
    /// Asset configurations indexed by priority
378
    configs: Vec<AssetConfig>,
379
    /// Explicit symbol mappings for fast lookup
380
    symbol_cache: HashMap<String, AssetClass>,
381
    /// Last configuration reload timestamp
382
    last_reload: DateTime<Utc>,
383
    /// Configuration reload interval
384
    reload_interval: std::time::Duration,
385
}
386
387
impl AssetClassificationManager {
388
    /// Create a new asset classification manager
389
6
    pub fn new() -> Self {
390
6
        Self {
391
6
            configs: Vec::new(),
392
6
            symbol_cache: HashMap::new(),
393
6
            last_reload: Utc::now(),
394
6
            reload_interval: std::time::Duration::from_secs(300), // 5 minutes
395
6
        }
396
6
    }
397
398
    /// Load configurations from database
399
0
    pub async fn load_configurations(
400
0
        &mut self,
401
0
        configs: Vec<AssetConfig>,
402
0
    ) -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
403
0
        self.configs = configs;
404
        // Sort by priority (highest first)
405
0
        self.configs.sort_by(|a, b| b.priority.cmp(&a.priority));
406
407
        // Compile regex patterns
408
0
        for config in &mut self.configs {
409
0
            match Regex::new(&config.symbol_pattern) {
410
0
                Ok(regex) => config.compiled_pattern = Some(regex),
411
0
                Err(e) => {
412
0
                    log::warn!(
413
0
                        "Failed to compile regex pattern '{}': {}",
414
                        config.symbol_pattern,
415
                        e
416
                    );
417
0
                    config.is_active = false;
418
                }
419
            }
420
        }
421
422
0
        self.last_reload = Utc::now();
423
0
        log::info!(
424
0
            "Loaded {} asset classification configurations",
425
0
            self.configs.len()
426
        );
427
0
        Ok(())
428
0
    }
429
430
    /// Classify a symbol using the configured rules
431
6
    pub fn classify_symbol(&self, symbol: &str) -> AssetClass {
432
6
        let symbol_upper = symbol.to_uppercase();
433
434
        // Check cache first
435
6
        if let Some(
asset_class0
) = self.symbol_cache.get(&symbol_upper) {
436
0
            return asset_class.clone();
437
6
        }
438
439
        // Check pattern rules in priority order
440
6
        for 
config0
 in &self.configs {
441
0
            if !config.is_active {
442
0
                continue;
443
0
            }
444
445
0
            if let Some(ref regex) = config.compiled_pattern {
446
0
                if regex.is_match(&symbol_upper) {
447
0
                    return config.asset_class.clone();
448
0
                }
449
0
            }
450
        }
451
452
6
        AssetClass::Unknown
453
6
    }
454
455
    /// Get complete asset configuration for a symbol
456
0
    pub fn get_asset_config(&self, symbol: &str) -> Option<&AssetConfig> {
457
0
        let symbol_upper = symbol.to_uppercase();
458
459
0
        for config in &self.configs {
460
0
            if !config.is_active {
461
0
                continue;
462
0
            }
463
464
0
            if let Some(ref regex) = config.compiled_pattern {
465
0
                if regex.is_match(&symbol_upper) {
466
0
                    return Some(config);
467
0
                }
468
0
            }
469
        }
470
471
0
        None
472
0
    }
473
474
    /// Get volatility profile for a symbol
475
0
    pub fn get_volatility_profile(&self, symbol: &str) -> Option<&VolatilityProfile> {
476
0
        self.get_asset_config(symbol)
477
0
            .map(|config| &config.volatility_profile)
478
0
    }
479
480
    /// Get trading parameters for a symbol
481
0
    pub fn get_trading_parameters(&self, symbol: &str) -> Option<&TradingParameters> {
482
0
        self.get_asset_config(symbol)
483
0
            .map(|config| &config.trading_parameters)
484
0
    }
485
486
    /// Get daily volatility estimate for a symbol
487
0
    pub fn get_daily_volatility(&self, symbol: &str) -> f64 {
488
0
        if let Some(profile) = self.get_volatility_profile(symbol) {
489
0
            profile.base_annual_volatility / 252.0_f64.sqrt()
490
        } else {
491
0
            0.5 / 252.0_f64.sqrt() // Default high volatility
492
        }
493
0
    }
494
495
    /// Get position sizing recommendation
496
0
    pub fn get_position_size_recommendation(
497
0
        &self,
498
0
        symbol: &str,
499
0
        portfolio_nav: Decimal,
500
0
    ) -> Option<Decimal> {
501
0
        if let Some(config) = self.get_asset_config(symbol) {
502
0
            let max_fraction = config
503
0
                .trading_parameters
504
0
                .position_limits
505
0
                .max_position_fraction;
506
0
            if let Some(decimal_fraction) = Decimal::from_f64(max_fraction) {
507
0
                Some(portfolio_nav * decimal_fraction)
508
            } else {
509
0
                Some(Decimal::ZERO)
510
            }
511
        } else {
512
0
            None
513
        }
514
0
    }
515
516
    /// Check if symbol is within trading hours
517
0
    pub fn is_trading_active(&self, symbol: &str, timestamp: DateTime<Utc>) -> bool {
518
0
        if let Some(config) = self.get_asset_config(symbol) {
519
0
            if let Some(ref trading_hours) = config.trading_hours {
520
                // Simplified check - in production would need proper timezone handling
521
0
                let weekday = timestamp.weekday().num_days_from_sunday() as u8;
522
0
                trading_hours.trading_days.contains(&weekday)
523
            } else {
524
0
                true // No trading hours restriction
525
            }
526
        } else {
527
0
            true // Default to always active for unknown symbols
528
        }
529
0
    }
530
531
    /// Add explicit symbol mapping to cache
532
0
    pub fn cache_symbol_mapping(&mut self, symbol: String, asset_class: AssetClass) {
533
0
        self.symbol_cache.insert(symbol.to_uppercase(), asset_class);
534
0
    }
535
536
    /// Clear symbol cache
537
0
    pub fn clear_cache(&mut self) {
538
0
        self.symbol_cache.clear();
539
0
    }
540
541
    /// Check if configuration needs reload
542
0
    pub fn needs_reload(&self) -> bool {
543
0
        Utc::now().signed_duration_since(self.last_reload)
544
0
            > chrono::Duration::from_std(self.reload_interval).unwrap_or_default()
545
0
    }
546
547
    /// Get all active configurations
548
0
    pub fn get_active_configurations(&self) -> Vec<&AssetConfig> {
549
0
        self.configs
550
0
            .iter()
551
0
            .filter(|config| config.is_active)
552
0
            .collect()
553
0
    }
554
555
    /// Get configurations by asset class
556
0
    pub fn get_configurations_by_class(&self, asset_class: &AssetClass) -> Vec<&AssetConfig> {
557
0
        self.configs
558
0
            .iter()
559
0
            .filter(|config| config.is_active && &config.asset_class == asset_class)
560
0
            .collect()
561
0
    }
562
}
563
564
impl Default for AssetClassificationManager {
565
0
    fn default() -> Self {
566
0
        Self::new()
567
0
    }
568
}
569
570
/// Create default asset configurations for common instruments
571
0
pub fn create_default_configurations() -> Vec<AssetConfig> {
572
0
    let mut configs = Vec::new();
573
0
    let now = Utc::now();
574
575
    // Blue chip US equities
576
0
    configs.push(AssetConfig {
577
0
        id: Uuid::new_v4(),
578
0
        name: "Blue Chip US Equities".to_string(),
579
0
        symbol_pattern: "^(AAPL|MSFT|GOOGL|AMZN|META|TSLA|NVDA|JPM|JNJ|V|PG|UNH|HD|BAC|DIS|MA|NFLX|CRM|ADBE|PYPL|INTC|CMCSA|PFE|T|VZ|MRK|WMT|KO|NKE|CVX|XOM)$".to_string(),
580
0
        compiled_pattern: None,
581
0
        asset_class: AssetClass::Equity {
582
0
            sector: EquitySector::Technology,
583
0
            market_cap: MarketCapTier::LargeCap,
584
0
            region: GeographicRegion::NorthAmerica,
585
0
        },
586
0
        volatility_profile: VolatilityProfile {
587
0
            base_annual_volatility: 0.25,
588
0
            stress_volatility_multiplier: 2.0,
589
0
            intraday_pattern: vec![1.0; 24], // Flat pattern for simplicity
590
0
            volatility_persistence: 0.85,
591
0
            jump_risk: JumpRiskProfile {
592
0
                jump_probability: 0.02,
593
0
                jump_magnitude: 0.05,
594
0
                max_jump_size: 0.15,
595
0
            },
596
0
        },
597
0
        trading_parameters: TradingParameters {
598
0
            position_limits: PositionLimits {
599
0
                max_position_fraction: 0.20,
600
0
                max_leverage: 2.0,
601
0
                concentration_limit: 0.30,
602
0
                min_position_size: Decimal::from(100),
603
0
            },
604
0
            risk_thresholds: RiskThresholds {
605
0
                var_limit: 0.05,
606
0
                daily_loss_limit: 0.03,
607
0
                stop_loss_threshold: 0.10,
608
0
                volatility_circuit_breaker: 0.05,
609
0
                max_drawdown_threshold: 0.15,
610
0
            },
611
0
            execution_config: ExecutionConfig {
612
0
                preferred_order_types: vec![OrderType::Limit, OrderType::Market],
613
0
                tick_size: "0.01".parse().unwrap(),
614
0
                min_order_size: Decimal::from(1),
615
0
                max_order_size: Decimal::from(10000),
616
0
                time_in_force_default: TimeInForce::Day,
617
0
                slippage_tolerance: 0.001,
618
0
            },
619
0
            market_making: None,
620
0
        },
621
0
        priority: 100,
622
0
        is_active: true,
623
0
        created_at: now,
624
0
        updated_at: now,
625
0
        trading_hours: Some(TradingHours {
626
0
            market_open: NaiveTime::from_hms_opt(9, 30, 0).unwrap(),
627
0
            market_close: NaiveTime::from_hms_opt(16, 0, 0).unwrap(),
628
0
            pre_market: Some((NaiveTime::from_hms_opt(4, 0, 0).unwrap(), NaiveTime::from_hms_opt(9, 30, 0).unwrap())),
629
0
            after_hours: Some((NaiveTime::from_hms_opt(16, 0, 0).unwrap(), NaiveTime::from_hms_opt(20, 0, 0).unwrap())),
630
0
            timezone: "America/New_York".to_string(),
631
0
            trading_days: vec![1, 2, 3, 4, 5], // Monday-Friday
632
0
        }),
633
0
        settlement_config: SettlementConfig {
634
0
            settlement_days: 2,
635
0
            settlement_currency: "USD".to_string(),
636
0
            physical_settlement: false,
637
0
        },
638
0
    });
639
640
    // Major cryptocurrency pairs
641
0
    configs.push(AssetConfig {
642
0
        id: Uuid::new_v4(),
643
0
        name: "Major Cryptocurrencies".to_string(),
644
0
        symbol_pattern: "^(BTC|ETH|BTCUSD|ETHUSD|BTCUSDT|ETHUSDT).*$".to_string(),
645
0
        compiled_pattern: None,
646
0
        asset_class: AssetClass::Crypto {
647
0
            network: "Bitcoin".to_string(),
648
0
            crypto_type: CryptoType::Bitcoin,
649
0
            market_cap_rank: Some(1),
650
0
        },
651
0
        volatility_profile: VolatilityProfile {
652
0
            base_annual_volatility: 0.80,
653
0
            stress_volatility_multiplier: 3.0,
654
0
            intraday_pattern: vec![1.0; 24],
655
0
            volatility_persistence: 0.90,
656
0
            jump_risk: JumpRiskProfile {
657
0
                jump_probability: 0.05,
658
0
                jump_magnitude: 0.10,
659
0
                max_jump_size: 0.30,
660
0
            },
661
0
        },
662
0
        trading_parameters: TradingParameters {
663
0
            position_limits: PositionLimits {
664
0
                max_position_fraction: 0.10,
665
0
                max_leverage: 1.5,
666
0
                concentration_limit: 0.15,
667
0
                min_position_size: "0.001".parse().unwrap(),
668
0
            },
669
0
            risk_thresholds: RiskThresholds {
670
0
                var_limit: 0.10,
671
0
                daily_loss_limit: 0.05,
672
0
                stop_loss_threshold: 0.15,
673
0
                volatility_circuit_breaker: 0.15,
674
0
                max_drawdown_threshold: 0.25,
675
0
            },
676
0
            execution_config: ExecutionConfig {
677
0
                preferred_order_types: vec![OrderType::Limit, OrderType::Market],
678
0
                tick_size: "0.01".parse().unwrap(),
679
0
                min_order_size: "0.001".parse().unwrap(),
680
0
                max_order_size: Decimal::from(100),
681
0
                time_in_force_default: TimeInForce::GoodTillCancel,
682
0
                slippage_tolerance: 0.005,
683
0
            },
684
0
            market_making: None,
685
0
        },
686
0
        priority: 90,
687
0
        is_active: true,
688
0
        created_at: now,
689
0
        updated_at: now,
690
0
        trading_hours: None, // 24/7 trading
691
0
        settlement_config: SettlementConfig {
692
0
            settlement_days: 0,
693
0
            settlement_currency: "USD".to_string(),
694
0
            physical_settlement: true,
695
0
        },
696
0
    });
697
698
    // Major forex pairs
699
0
    configs.push(AssetConfig {
700
0
        id: Uuid::new_v4(),
701
0
        name: "Major Forex Pairs".to_string(),
702
0
        symbol_pattern: "^(EUR|GBP|USD|JPY|AUD|CAD|CHF|NZD)(USD|EUR|GBP|JPY)$".to_string(),
703
0
        compiled_pattern: None,
704
0
        asset_class: AssetClass::Forex {
705
0
            base: "EUR".to_string(),
706
0
            quote: "USD".to_string(),
707
0
            pair_type: ForexPairType::Major,
708
0
        },
709
0
        volatility_profile: VolatilityProfile {
710
0
            base_annual_volatility: 0.12,
711
0
            stress_volatility_multiplier: 2.5,
712
0
            intraday_pattern: vec![1.0; 24],
713
0
            volatility_persistence: 0.80,
714
0
            jump_risk: JumpRiskProfile {
715
0
                jump_probability: 0.01,
716
0
                jump_magnitude: 0.02,
717
0
                max_jump_size: 0.08,
718
0
            },
719
0
        },
720
0
        trading_parameters: TradingParameters {
721
0
            position_limits: PositionLimits {
722
0
                max_position_fraction: 0.30,
723
0
                max_leverage: 10.0,
724
0
                concentration_limit: 0.40,
725
0
                min_position_size: Decimal::from(1000),
726
0
            },
727
0
            risk_thresholds: RiskThresholds {
728
0
                var_limit: 0.03,
729
0
                daily_loss_limit: 0.02,
730
0
                stop_loss_threshold: 0.05,
731
0
                volatility_circuit_breaker: 0.03,
732
0
                max_drawdown_threshold: 0.10,
733
0
            },
734
0
            execution_config: ExecutionConfig {
735
0
                preferred_order_types: vec![OrderType::Limit, OrderType::Market],
736
0
                tick_size: "0.00001".parse().unwrap(),
737
0
                min_order_size: Decimal::from(1000),
738
0
                max_order_size: Decimal::from(10000000),
739
0
                time_in_force_default: TimeInForce::GoodTillCancel,
740
0
                slippage_tolerance: 0.0002,
741
0
            },
742
0
            market_making: Some(MarketMakingConfig {
743
0
                target_spread: 0.0001,
744
0
                max_inventory: Decimal::from(100000),
745
0
                quote_size: Decimal::from(10000),
746
0
                refresh_frequency: std::time::Duration::from_millis(100),
747
0
            }),
748
0
        },
749
0
        priority: 80,
750
0
        is_active: true,
751
0
        created_at: now,
752
0
        updated_at: now,
753
0
        trading_hours: None, // 24/5 trading
754
0
        settlement_config: SettlementConfig {
755
0
            settlement_days: 2,
756
0
            settlement_currency: "USD".to_string(),
757
0
            physical_settlement: false,
758
0
        },
759
0
    });
760
761
0
    configs
762
0
}
763
764
#[cfg(test)]
765
mod tests {
766
    use super::*;
767
768
    #[tokio::test]
769
    async fn test_symbol_classification() {
770
        let mut manager = AssetClassificationManager::new();
771
        let configs = create_default_configurations();
772
        manager.load_configurations(configs).await.unwrap();
773
774
        // Test blue chip classification
775
        match manager.classify_symbol("AAPL") {
776
            AssetClass::Equity {
777
                sector: EquitySector::Technology,
778
                ..
779
            } => (),
780
            _ => panic!("AAPL should be classified as Technology equity"),
781
        }
782
783
        // Test crypto classification
784
        match manager.classify_symbol("BTCUSD") {
785
            AssetClass::Crypto {
786
                crypto_type: CryptoType::Bitcoin,
787
                ..
788
            } => (),
789
            _ => panic!("BTCUSD should be classified as Bitcoin crypto"),
790
        }
791
792
        // Test unknown symbol
793
        assert_eq!(manager.classify_symbol("UNKNOWN"), AssetClass::Unknown);
794
    }
795
796
    #[tokio::test]
797
    async fn test_volatility_profile() {
798
        let mut manager = AssetClassificationManager::new();
799
        let configs = create_default_configurations();
800
        manager.load_configurations(configs).await.unwrap();
801
802
        let profile = manager.get_volatility_profile("AAPL").unwrap();
803
        assert_eq!(profile.base_annual_volatility, 0.25);
804
805
        let daily_vol = manager.get_daily_volatility("AAPL");
806
        assert!((daily_vol - (0.25 / 252.0_f64.sqrt())).abs() < 1e-10);
807
    }
808
809
    #[tokio::test]
810
    async fn test_trading_parameters() {
811
        let mut manager = AssetClassificationManager::new();
812
        let configs = create_default_configurations();
813
        manager.load_configurations(configs).await.unwrap();
814
815
        let params = manager.get_trading_parameters("AAPL").unwrap();
816
        assert_eq!(params.position_limits.max_position_fraction, 0.20);
817
        assert_eq!(params.position_limits.max_leverage, 2.0);
818
    }
819
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_config.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_config.rs.html
deleted file mode 100644
index 7ca0b3897..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/data_config.rs
Line
Count
Source
1
//! Data configuration
2
3
use num_cpus;
4
use serde::{Deserialize, Serialize};
5
6
#[derive(Debug, Clone, Serialize, Deserialize)]
7
pub struct DataConfig {
8
    pub provider: String,
9
    pub symbols: Vec<String>,
10
    pub batch_size: usize,
11
    pub buffer_size: usize,
12
}
13
14
#[derive(Debug, Clone, Serialize, Deserialize)]
15
pub struct DataMicrostructureConfig {
16
    pub enable_bid_ask_spread: bool,
17
    pub enable_order_flow: bool,
18
    pub tick_size: f64,
19
    pub lot_size: f64,
20
    pub bid_ask_spread: bool,
21
    pub volume_imbalance: bool,
22
    pub price_impact: bool,
23
    pub kyle_lambda: bool,
24
    pub amihud_ratio: bool,
25
}
26
27
impl Default for DataMicrostructureConfig {
28
0
    fn default() -> Self {
29
0
        Self {
30
0
            enable_bid_ask_spread: true,
31
0
            enable_order_flow: true,
32
0
            tick_size: 0.01,
33
0
            lot_size: 100.0,
34
0
            bid_ask_spread: true,
35
0
            volume_imbalance: true,
36
0
            price_impact: false,
37
0
            kyle_lambda: false,
38
0
            amihud_ratio: false,
39
0
        }
40
0
    }
41
}
42
43
#[derive(Debug, Clone, Serialize, Deserialize)]
44
pub struct DataTLOBConfig {
45
    pub depth_levels: usize,
46
    pub enable_imbalance: bool,
47
    pub enable_pressure: bool,
48
    pub window_size: usize,
49
}
50
51
#[derive(Debug, Clone, Serialize, Deserialize)]
52
pub struct DataTechnicalIndicatorsConfig {
53
    pub enable_moving_averages: bool,
54
    pub enable_momentum: bool,
55
    pub enable_volatility: bool,
56
    pub window_sizes: Vec<usize>,
57
    pub ma_periods: Vec<usize>,
58
    pub rsi_periods: Vec<usize>,
59
    pub bollinger_periods: Vec<usize>,
60
    pub macd: DataMACDConfig,
61
}
62
63
impl Default for DataTechnicalIndicatorsConfig {
64
0
    fn default() -> Self {
65
0
        Self {
66
0
            enable_moving_averages: true,
67
0
            enable_momentum: true,
68
0
            enable_volatility: true,
69
0
            window_sizes: vec![10, 20, 50],
70
0
            ma_periods: vec![10, 20, 50, 200],
71
0
            rsi_periods: vec![14],
72
0
            bollinger_periods: vec![20],
73
0
            macd: DataMACDConfig::default(),
74
0
        }
75
0
    }
76
}
77
78
#[derive(Debug, Clone, Serialize, Deserialize)]
79
pub struct TrainingBenzingaConfig {
80
    pub api_key: String,
81
    pub api_key_env: String,
82
    pub symbols: Vec<String>,
83
    pub data_types: Vec<String>,
84
    pub timeout: u64,
85
    pub rate_limit: usize,
86
    pub batch_size: usize,
87
    pub enable_caching: bool,
88
}
89
90
impl Default for TrainingBenzingaConfig {
91
0
    fn default() -> Self {
92
0
        Self {
93
0
            api_key: String::new(),
94
0
            api_key_env: "BENZINGA_API_KEY".to_string(),
95
0
            symbols: vec!["SPY".to_string(), "AAPL".to_string()],
96
0
            data_types: vec![
97
0
                "news".to_string(),
98
0
                "sentiment".to_string(),
99
0
                "ratings".to_string(),
100
0
                "options".to_string(),
101
0
            ],
102
0
            timeout: 30,
103
0
            rate_limit: 60,
104
0
            batch_size: 1000,
105
0
            enable_caching: true,
106
0
        }
107
0
    }
108
}
109
110
#[derive(Debug, Clone, Serialize, Deserialize)]
111
pub enum DataCompressionAlgorithm {
112
    GZIP,
113
    ZSTD,
114
    LZ4,
115
    Snappy,
116
    None,
117
}
118
119
#[derive(Debug, Clone, Serialize, Deserialize)]
120
pub struct DataCompressionConfig {
121
    pub algorithm: DataCompressionAlgorithm,
122
    pub enabled: bool,
123
    pub level: Option<i32>,
124
}
125
126
impl Default for DataCompressionConfig {
127
0
    fn default() -> Self {
128
0
        Self {
129
0
            algorithm: DataCompressionAlgorithm::ZSTD,
130
0
            enabled: true,
131
0
            level: Some(3),
132
0
        }
133
0
    }
134
}
135
#[derive(Debug, Clone, Serialize, Deserialize)]
136
pub struct DataVersioningConfig {
137
    pub enabled: bool,
138
    pub version_format: String,
139
    pub keep_versions: usize,
140
}
141
142
impl Default for DataVersioningConfig {
143
0
    fn default() -> Self {
144
0
        Self {
145
0
            enabled: false,
146
0
            version_format: "v%Y%m%d_%H%M%S".to_string(),
147
0
            keep_versions: 5,
148
0
        }
149
0
    }
150
}
151
152
#[derive(Debug, Clone, Serialize, Deserialize)]
153
pub struct DataRetentionConfig {
154
    pub auto_cleanup: bool,
155
    pub retention_days: u32,
156
}
157
158
impl Default for DataRetentionConfig {
159
0
    fn default() -> Self {
160
0
        Self {
161
0
            auto_cleanup: false,
162
0
            retention_days: 30,
163
0
        }
164
0
    }
165
}
166
167
#[derive(Debug, Clone, Serialize, Deserialize)]
168
pub enum DataStorageFormat {
169
    Parquet,
170
    Arrow,
171
    Json,
172
    Csv,
173
    CSV,
174
    HDF5,
175
}
176
177
#[derive(Debug, Clone, Serialize, Deserialize)]
178
pub struct DataStorageConfig {
179
    pub format: DataStorageFormat,
180
    pub compression: DataCompressionConfig,
181
    pub path: String,
182
    pub base_directory: std::path::PathBuf,
183
    pub partition_by: Vec<String>,
184
    pub versioning: DataVersioningConfig,
185
    pub retention: DataRetentionConfig,
186
}
187
188
impl Default for DataStorageConfig {
189
0
    fn default() -> Self {
190
0
        Self {
191
0
            format: DataStorageFormat::Parquet,
192
0
            compression: DataCompressionConfig::default(),
193
0
            path: "./data".to_string(),
194
0
            base_directory: std::path::PathBuf::from("./data"),
195
0
            partition_by: vec!["symbol".to_string(), "date".to_string()],
196
0
            versioning: DataVersioningConfig::default(),
197
0
            retention: DataRetentionConfig::default(),
198
0
        }
199
0
    }
200
}
201
202
#[derive(Debug, Clone, Serialize, Deserialize)]
203
pub struct DataRegimeDetectionConfig {
204
    pub enable_hmm: bool,
205
    pub enable_clustering: bool,
206
    pub window_size: usize,
207
    pub n_states: usize,
208
    pub volatility_regime: bool,
209
    pub trend_regime: bool,
210
    pub volume_regime: bool,
211
    pub correlation_regime: bool,
212
    pub lookback_period: usize,
213
}
214
215
impl Default for DataRegimeDetectionConfig {
216
0
    fn default() -> Self {
217
0
        Self {
218
0
            enable_hmm: false,
219
0
            enable_clustering: false,
220
0
            window_size: 100,
221
0
            n_states: 3,
222
0
            volatility_regime: true,
223
0
            trend_regime: true,
224
0
            volume_regime: false,
225
0
            correlation_regime: false,
226
0
            lookback_period: 252,
227
0
        }
228
0
    }
229
}
230
231
#[derive(Debug, Clone, Serialize, Deserialize)]
232
pub struct DataProcessingConfig {
233
    pub worker_threads: usize,
234
    pub batch_size: usize,
235
    pub buffer_size: usize,
236
    pub timeout: u64,
237
    pub parallel_processing: bool,
238
}
239
240
impl Default for DataProcessingConfig {
241
0
    fn default() -> Self {
242
0
        Self {
243
0
            worker_threads: num_cpus::get(),
244
0
            batch_size: 1000,
245
0
            buffer_size: 10000,
246
0
            timeout: 300,
247
0
            parallel_processing: true,
248
0
        }
249
0
    }
250
}
251
252
#[derive(Debug, Clone, Serialize, Deserialize)]
253
pub struct DataTrainingConfig {
254
    pub batch_size: usize,
255
    pub sequence_length: usize,
256
    pub validation_split: f64,
257
    pub test_split: f64,
258
    pub sources: DataSourcesConfig,
259
    pub features: TrainingFeatureEngineeringConfig,
260
    pub validation: DataValidationConfig,
261
    pub storage: DataStorageConfig,
262
    pub processing: DataProcessingConfig,
263
    pub rate_limit: usize,
264
}
265
266
impl Default for DataTrainingConfig {
267
0
    fn default() -> Self {
268
0
        Self {
269
0
            batch_size: 32,
270
0
            sequence_length: 100,
271
0
            validation_split: 0.2,
272
0
            test_split: 0.1,
273
0
            sources: DataSourcesConfig::default(),
274
0
            features: TrainingFeatureEngineeringConfig::default(),
275
0
            validation: DataValidationConfig::default(),
276
0
            storage: DataStorageConfig::default(),
277
0
            processing: DataProcessingConfig::default(),
278
0
            rate_limit: 100,
279
0
        }
280
0
    }
281
}
282
283
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
284
pub struct DataSourcesConfig {
285
    pub databento: Option<DatabentoConfig>,
286
    pub benzinga: Option<TrainingBenzingaConfig>,
287
    #[serde(default)]
288
    pub enable_realtime: bool,
289
    pub interactive_brokers: Option<InteractiveBrokersConfig>,
290
    pub icmarkets: Option<ICMarketsConfig>,
291
    pub historical: Option<HistoricalDataConfig>,
292
}
293
294
#[derive(Debug, Clone, Serialize, Deserialize)]
295
pub struct InteractiveBrokersConfig {
296
    pub host: String,
297
    pub port: u16,
298
    pub client_id: i32,
299
    pub timeout_seconds: u64,
300
}
301
302
#[derive(Debug, Clone, Serialize, Deserialize)]
303
pub struct ICMarketsConfig {
304
    pub api_key: String,
305
    pub environment: String,
306
}
307
308
#[derive(Debug, Clone, Serialize, Deserialize)]
309
pub struct HistoricalDataConfig {
310
    pub enabled: bool,
311
    pub batch_size: usize,
312
    pub parallel_downloads: usize,
313
}
314
315
#[derive(Debug, Clone, Serialize, Deserialize)]
316
pub struct DatabentoConfig {
317
    pub api_key: String,
318
    pub dataset: String,
319
    pub symbols: Vec<String>,
320
    pub schema: String,
321
    pub stype_in: String,
322
}
323
324
#[derive(Debug, Clone, Serialize, Deserialize)]
325
pub struct DataValidationConfig {
326
    #[serde(default)]
327
    pub enable_price_validation: bool,
328
    #[serde(default)]
329
    pub enable_volume_validation: bool,
330
    #[serde(default)]
331
    pub price_threshold: f64,
332
    #[serde(default)]
333
    pub volume_threshold: f64,
334
    #[serde(default)]
335
    pub outlier_method: OutlierDetectionMethod,
336
    #[serde(default)]
337
    pub max_price_change: f64,
338
    #[serde(default)]
339
    pub max_volume_change: f64,
340
    #[serde(default)]
341
    pub max_timestamp_drift: i64,
342
    #[serde(default)]
343
    pub price_validation: bool,
344
    #[serde(default)]
345
    pub volume_validation: bool,
346
    #[serde(default)]
347
    pub timestamp_validation: bool,
348
    #[serde(default)]
349
    pub outlier_detection: bool,
350
    #[serde(default)]
351
    pub missing_data_handling: MissingDataHandling,
352
}
353
354
impl Default for DataValidationConfig {
355
0
    fn default() -> Self {
356
0
        Self {
357
0
            enable_price_validation: true,
358
0
            enable_volume_validation: true,
359
0
            price_threshold: 0.1,
360
0
            volume_threshold: 0.2,
361
0
            outlier_method: OutlierDetectionMethod::ZScore,
362
0
            max_price_change: 0.05,
363
0
            max_volume_change: 2.0,
364
0
            max_timestamp_drift: 1000,
365
0
            price_validation: true,
366
0
            volume_validation: true,
367
0
            timestamp_validation: true,
368
0
            outlier_detection: true,
369
0
            missing_data_handling: MissingDataHandling::Skip,
370
0
        }
371
0
    }
372
}
373
374
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
375
pub enum MissingDataHandling {
376
    #[default]
377
    Skip,
378
    Drop,
379
    Interpolate,
380
    ForwardFill,
381
    BackwardFill,
382
    FillForward,
383
    FillBackward,
384
    Mean,
385
    Median,
386
    Error,
387
}
388
389
#[derive(Debug, Clone, Serialize, Deserialize)]
390
pub struct TrainingFeatureEngineeringConfig {
391
    pub enable_normalization: bool,
392
    pub enable_scaling: bool,
393
    pub enable_log_returns: bool,
394
    pub lookback_window: usize,
395
    pub regime_detection: DataRegimeDetectionConfig,
396
    pub technical_indicators: DataTechnicalIndicatorsConfig,
397
    pub microstructure: DataMicrostructureConfig,
398
}
399
400
impl Default for TrainingFeatureEngineeringConfig {
401
0
    fn default() -> Self {
402
0
        Self {
403
0
            enable_normalization: true,
404
0
            enable_scaling: true,
405
0
            enable_log_returns: true,
406
0
            lookback_window: 100,
407
0
            regime_detection: DataRegimeDetectionConfig::default(),
408
0
            technical_indicators: DataTechnicalIndicatorsConfig::default(),
409
0
            microstructure: DataMicrostructureConfig::default(),
410
0
        }
411
0
    }
412
}
413
414
#[derive(Debug, Clone, Serialize, Deserialize)]
415
pub struct DataTemporalConfig {
416
    pub enable_time_features: bool,
417
    pub enable_seasonal: bool,
418
    pub timezone: String,
419
    pub business_hours_only: bool,
420
    pub market_session: bool,
421
    pub holiday_effects: bool,
422
    pub expiration_effects: bool,
423
}
424
425
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
426
pub enum OutlierDetectionMethod {
427
    #[default]
428
    ZScore,
429
    IQR,
430
    Isolation,
431
    IsolationForest,
432
    LocalOutlierFactor,
433
    None,
434
}
435
436
#[derive(Debug, Clone, Serialize, Deserialize)]
437
pub struct DataModuleConfig {
438
    pub data_path: String,
439
    pub batch_size: usize,
440
    pub num_workers: usize,
441
    pub cache_size: usize,
442
    pub settings: DataModuleSettings,
443
    pub interactive_brokers: Option<InteractiveBrokersConfig>,
444
}
445
446
#[derive(Debug, Clone, Serialize, Deserialize)]
447
pub struct DataModuleSettings {
448
    pub enable_preprocessing: bool,
449
    pub enable_validation: bool,
450
    pub max_memory_usage: usize,
451
    pub market_data_buffer_size: usize,
452
    pub order_event_buffer_size: usize,
453
}
454
455
#[derive(Debug, Clone, Serialize, Deserialize)]
456
pub struct DataMACDConfig {
457
    pub fast_period: usize,
458
    pub slow_period: usize,
459
    pub signal_period: usize,
460
    pub enabled: bool,
461
}
462
463
impl Default for DataMACDConfig {
464
0
    fn default() -> Self {
465
0
        Self {
466
0
            fast_period: 12,
467
0
            slow_period: 26,
468
0
            signal_period: 9,
469
0
            enabled: true,
470
0
        }
471
0
    }
472
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_providers.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_providers.rs.html
deleted file mode 100644
index 644992dcf..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/data_providers.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/data_providers.rs
Line
Count
Source
1
//! Data provider endpoint configuration
2
//!
3
//! Centralizes all hardcoded API endpoints for data providers, enabling
4
//! environment-specific configurations and easy switching between dev/staging/prod.
5
6
use serde::{Deserialize, Serialize};
7
8
/// Environment specification for data providers
9
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
10
pub enum DataProviderEnvironment {
11
    /// Development environment with potentially mocked or sandbox endpoints
12
    Development,
13
    /// Staging environment for pre-production testing
14
    Staging,
15
    /// Production environment with live data
16
    Production,
17
}
18
19
impl DataProviderEnvironment {
20
    /// Detect environment from FOXHUNT_ENV environment variable
21
0
    pub fn from_env() -> Self {
22
0
        match std::env::var("FOXHUNT_ENV")
23
0
            .unwrap_or_else(|_| "development".to_string())
24
0
            .to_lowercase()
25
0
            .as_str()
26
        {
27
0
            "prod" | "production" => Self::Production,
28
0
            "staging" | "stage" => Self::Staging,
29
0
            _ => Self::Development,
30
        }
31
0
    }
32
}
33
34
/// Databento endpoint configuration
35
#[derive(Debug, Clone, Serialize, Deserialize)]
36
pub struct DatabentoEndpoints {
37
    /// WebSocket URL for real-time data streaming
38
    pub websocket_url: String,
39
    /// HTTP base URL for historical data queries
40
    pub historical_base_url: String,
41
}
42
43
impl DatabentoEndpoints {
44
    /// Create configuration from environment variables with fallback to defaults
45
0
    pub fn from_env(environment: DataProviderEnvironment) -> Self {
46
0
        let (ws_default, http_default) = match environment {
47
0
            DataProviderEnvironment::Development | DataProviderEnvironment::Production => (
48
0
                "wss://gateway.databento.com/v0/subscribe",
49
0
                "https://hist.databento.com",
50
0
            ),
51
0
            DataProviderEnvironment::Staging => (
52
0
                "wss://staging-gateway.databento.com/v0/subscribe",
53
0
                "https://staging-hist.databento.com",
54
0
            ),
55
        };
56
57
        Self {
58
0
            websocket_url: std::env::var("DATABENTO_WS_URL")
59
0
                .unwrap_or_else(|_| ws_default.to_string()),
60
0
            historical_base_url: std::env::var("DATABENTO_HTTP_URL")
61
0
                .unwrap_or_else(|_| http_default.to_string()),
62
        }
63
0
    }
64
}
65
66
impl Default for DatabentoEndpoints {
67
0
    fn default() -> Self {
68
0
        Self::from_env(DataProviderEnvironment::from_env())
69
0
    }
70
}
71
72
/// Benzinga endpoint configuration
73
#[derive(Debug, Clone, Serialize, Deserialize)]
74
pub struct BenzingaEndpoints {
75
    /// WebSocket URL for real-time news and sentiment streaming
76
    pub websocket_url: String,
77
    /// HTTP base URL for API queries
78
    pub api_base_url: String,
79
}
80
81
impl BenzingaEndpoints {
82
    /// Create configuration from environment variables with fallback to defaults
83
0
    pub fn from_env(environment: DataProviderEnvironment) -> Self {
84
0
        let (ws_default, api_default) = match environment {
85
0
            DataProviderEnvironment::Development | DataProviderEnvironment::Production => (
86
0
                "wss://api.benzinga.com/api/v1/stream",
87
0
                "https://api.benzinga.com/api/v2",
88
0
            ),
89
0
            DataProviderEnvironment::Staging => (
90
0
                "wss://staging-api.benzinga.com/api/v1/stream",
91
0
                "https://staging-api.benzinga.com/api/v2",
92
0
            ),
93
        };
94
95
        Self {
96
0
            websocket_url: std::env::var("BENZINGA_WS_URL")
97
0
                .unwrap_or_else(|_| ws_default.to_string()),
98
0
            api_base_url: std::env::var("BENZINGA_API_URL")
99
0
                .unwrap_or_else(|_| api_default.to_string()),
100
        }
101
0
    }
102
}
103
104
impl Default for BenzingaEndpoints {
105
0
    fn default() -> Self {
106
0
        Self::from_env(DataProviderEnvironment::from_env())
107
0
    }
108
}
109
110
/// Alpaca endpoint configuration
111
#[derive(Debug, Clone, Serialize, Deserialize)]
112
pub struct AlpacaEndpoints {
113
    /// Base URL for trading operations (paper or live)
114
    pub trading_base_url: String,
115
    /// Base URL for market data queries
116
    pub data_base_url: String,
117
}
118
119
impl AlpacaEndpoints {
120
    /// Create configuration from environment variables with fallback to defaults
121
0
    pub fn from_env(environment: DataProviderEnvironment) -> Self {
122
0
        let (trading_default, data_default) = match environment {
123
0
            DataProviderEnvironment::Development => (
124
0
                "https://paper-api.alpaca.markets",
125
0
                "https://data.alpaca.markets",
126
0
            ),
127
0
            DataProviderEnvironment::Staging => (
128
0
                "https://paper-api.alpaca.markets",
129
0
                "https://data.alpaca.markets",
130
0
            ),
131
0
            DataProviderEnvironment::Production => (
132
0
                "https://api.alpaca.markets",
133
0
                "https://data.alpaca.markets",
134
0
            ),
135
        };
136
137
        Self {
138
0
            trading_base_url: std::env::var("ALPACA_TRADING_URL")
139
0
                .unwrap_or_else(|_| trading_default.to_string()),
140
0
            data_base_url: std::env::var("ALPACA_DATA_URL")
141
0
                .unwrap_or_else(|_| data_default.to_string()),
142
        }
143
0
    }
144
}
145
146
impl Default for AlpacaEndpoints {
147
0
    fn default() -> Self {
148
0
        Self::from_env(DataProviderEnvironment::from_env())
149
0
    }
150
}
151
152
/// Interactive Brokers Gateway configuration
153
#[derive(Debug, Clone, Serialize, Deserialize)]
154
pub struct IBGatewayConfig {
155
    /// Gateway host (typically localhost for local TWS/Gateway)
156
    pub host: String,
157
    /// Gateway port (7497 for paper trading, 7496 for live, 4001 for IB Gateway)
158
    pub port: u16,
159
}
160
161
impl IBGatewayConfig {
162
    /// Create configuration from environment variables with fallback to defaults
163
0
    pub fn from_env(environment: DataProviderEnvironment) -> Self {
164
0
        let (host_default, port_default) = match environment {
165
0
            DataProviderEnvironment::Development => ("127.0.0.1", 7497), // Paper trading
166
0
            DataProviderEnvironment::Staging => ("127.0.0.1", 7497),     // Paper trading
167
0
            DataProviderEnvironment::Production => ("127.0.0.1", 7496),  // Live trading
168
        };
169
170
        Self {
171
0
            host: std::env::var("IB_GATEWAY_HOST")
172
0
                .unwrap_or_else(|_| host_default.to_string()),
173
0
            port: std::env::var("IB_GATEWAY_PORT")
174
0
                .ok()
175
0
                .and_then(|s| s.parse().ok())
176
0
                .unwrap_or(port_default),
177
        }
178
0
    }
179
}
180
181
impl Default for IBGatewayConfig {
182
0
    fn default() -> Self {
183
0
        Self::from_env(DataProviderEnvironment::from_env())
184
0
    }
185
}
186
187
/// Master configuration for all data provider endpoints
188
#[derive(Debug, Clone, Serialize, Deserialize)]
189
pub struct DataProviderConfig {
190
    /// Current environment
191
    pub environment: DataProviderEnvironment,
192
    /// Databento endpoints
193
    pub databento: DatabentoEndpoints,
194
    /// Benzinga endpoints
195
    pub benzinga: BenzingaEndpoints,
196
    /// Alpaca endpoints
197
    pub alpaca: AlpacaEndpoints,
198
    /// Interactive Brokers Gateway configuration
199
    pub ib_gateway: IBGatewayConfig,
200
}
201
202
impl DataProviderConfig {
203
    /// Create configuration from environment
204
0
    pub fn from_env() -> Self {
205
0
        let environment = DataProviderEnvironment::from_env();
206
0
        Self {
207
0
            databento: DatabentoEndpoints::from_env(environment),
208
0
            benzinga: BenzingaEndpoints::from_env(environment),
209
0
            alpaca: AlpacaEndpoints::from_env(environment),
210
0
            ib_gateway: IBGatewayConfig::from_env(environment),
211
0
            environment,
212
0
        }
213
0
    }
214
215
    /// Create configuration for specific environment
216
0
    pub fn for_environment(environment: DataProviderEnvironment) -> Self {
217
0
        Self {
218
0
            databento: DatabentoEndpoints::from_env(environment),
219
0
            benzinga: BenzingaEndpoints::from_env(environment),
220
0
            alpaca: AlpacaEndpoints::from_env(environment),
221
0
            ib_gateway: IBGatewayConfig::from_env(environment),
222
0
            environment,
223
0
        }
224
0
    }
225
}
226
227
impl Default for DataProviderConfig {
228
0
    fn default() -> Self {
229
0
        Self::from_env()
230
0
    }
231
}
232
233
#[cfg(test)]
234
mod tests {
235
    use super::*;
236
237
    #[test]
238
    fn test_environment_detection() {
239
        std::env::set_var("FOXHUNT_ENV", "production");
240
        assert_eq!(
241
            DataProviderEnvironment::from_env(),
242
            DataProviderEnvironment::Production
243
        );
244
245
        std::env::set_var("FOXHUNT_ENV", "staging");
246
        assert_eq!(
247
            DataProviderEnvironment::from_env(),
248
            DataProviderEnvironment::Staging
249
        );
250
251
        std::env::set_var("FOXHUNT_ENV", "development");
252
        assert_eq!(
253
            DataProviderEnvironment::from_env(),
254
            DataProviderEnvironment::Development
255
        );
256
257
        std::env::remove_var("FOXHUNT_ENV");
258
        assert_eq!(
259
            DataProviderEnvironment::from_env(),
260
            DataProviderEnvironment::Development
261
        );
262
    }
263
264
    #[test]
265
    fn test_databento_defaults() {
266
        let config = DatabentoEndpoints::from_env(DataProviderEnvironment::Production);
267
        assert_eq!(
268
            config.websocket_url,
269
            "wss://gateway.databento.com/v0/subscribe"
270
        );
271
        assert_eq!(config.historical_base_url, "https://hist.databento.com");
272
    }
273
274
    #[test]
275
    fn test_benzinga_defaults() {
276
        let config = BenzingaEndpoints::from_env(DataProviderEnvironment::Production);
277
        assert_eq!(
278
            config.websocket_url,
279
            "wss://api.benzinga.com/api/v1/stream"
280
        );
281
        assert_eq!(config.api_base_url, "https://api.benzinga.com/api/v2");
282
    }
283
284
    #[test]
285
    fn test_alpaca_defaults() {
286
        let dev_config = AlpacaEndpoints::from_env(DataProviderEnvironment::Development);
287
        assert_eq!(
288
            dev_config.trading_base_url,
289
            "https://paper-api.alpaca.markets"
290
        );
291
292
        let prod_config = AlpacaEndpoints::from_env(DataProviderEnvironment::Production);
293
        assert_eq!(prod_config.trading_base_url, "https://api.alpaca.markets");
294
    }
295
296
    #[test]
297
    fn test_ib_gateway_defaults() {
298
        let dev_config = IBGatewayConfig::from_env(DataProviderEnvironment::Development);
299
        assert_eq!(dev_config.host, "127.0.0.1");
300
        assert_eq!(dev_config.port, 7497);
301
302
        let prod_config = IBGatewayConfig::from_env(DataProviderEnvironment::Production);
303
        assert_eq!(prod_config.port, 7496);
304
    }
305
306
    #[test]
307
    fn test_environment_variable_override() {
308
        std::env::set_var("DATABENTO_WS_URL", "wss://custom.databento.com");
309
        let config = DatabentoEndpoints::from_env(DataProviderEnvironment::Production);
310
        assert_eq!(config.websocket_url, "wss://custom.databento.com");
311
        std::env::remove_var("DATABENTO_WS_URL");
312
    }
313
314
    #[test]
315
    fn test_master_config() {
316
        let config = DataProviderConfig::for_environment(DataProviderEnvironment::Production);
317
        assert_eq!(config.environment, DataProviderEnvironment::Production);
318
        assert!(!config.databento.websocket_url.is_empty());
319
        assert!(!config.benzinga.websocket_url.is_empty());
320
        assert!(!config.alpaca.trading_base_url.is_empty());
321
        assert!(!config.ib_gateway.host.is_empty());
322
    }
323
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/database.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/database.rs.html
deleted file mode 100644
index 388766c35..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/database.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/database.rs
Line
Count
Source
1
//! Database configuration for PostgreSQL connections and connection pooling.
2
//!
3
//! This module provides comprehensive database configuration structures for managing
4
//! PostgreSQL connections, connection pools, and transaction settings in the Foxhunt
5
//! HFT trading system. It supports connection pooling, timeout management, and
6
//! transaction isolation levels optimized for high-frequency trading workloads.
7
8
use serde::{Deserialize, Serialize};
9
use std::time::Duration;
10
11
#[cfg(feature = "postgres")]
12
use sqlx::Row;
13
14
/// Main database configuration structure for PostgreSQL connections.
15
///
16
/// Provides comprehensive database connection settings including connection pooling,
17
/// timeouts, logging, and transaction management. Optimized for high-frequency
18
/// trading workloads with appropriate defaults for low-latency operations.
19
#[derive(Debug, Clone, Serialize, Deserialize)]
20
pub struct DatabaseConfig {
21
    /// PostgreSQL connection URL (e.g., "postgresql://user:pass@host:port/database")
22
    pub url: String,
23
    /// Maximum number of connections in the pool
24
    pub max_connections: u32,
25
    /// Minimum number of connections to maintain in the pool
26
    pub min_connections: u32,
27
    /// Timeout for establishing new database connections
28
    pub connect_timeout: std::time::Duration,
29
    /// Timeout for individual query execution
30
    pub query_timeout: std::time::Duration,
31
    /// Enable detailed query logging for debugging
32
    pub enable_query_logging: bool,
33
    /// Application name to identify connections in PostgreSQL logs
34
    pub application_name: Option<String>,
35
    /// Connection pool configuration settings
36
    pub pool: PoolConfig,
37
    /// Transaction management configuration
38
    pub transaction: TransactionConfig,
39
}
40
41
impl Default for DatabaseConfig {
42
0
    fn default() -> Self {
43
0
        Self::new()
44
0
    }
45
}
46
47
impl DatabaseConfig {
48
    /// Creates a new DatabaseConfig with sensible defaults for development.
49
    ///
50
    /// Returns a configuration suitable for local development with a PostgreSQL
51
    /// database running on localhost. Production deployments should override
52
    /// these settings through environment variables or configuration files.
53
0
    pub fn new() -> Self {
54
        // Get database URL from environment, with fallback to development default
55
0
        let url = std::env::var("DATABASE_URL")
56
0
            .unwrap_or_else(|_| "postgresql://foxhunt:foxhunt_dev_password@localhost:5432/foxhunt".to_string());
57
    
58
0
        Self {
59
0
            url,
60
0
            max_connections: 10,
61
0
            min_connections: 1,
62
0
            connect_timeout: Duration::from_secs(30),
63
0
            query_timeout: Duration::from_secs(60),
64
0
            enable_query_logging: false,
65
0
            application_name: Some("foxhunt".to_string()),
66
0
            pool: PoolConfig::default(),
67
0
            transaction: TransactionConfig::default(),
68
0
        }
69
0
    }
70
71
    /// Validates the database configuration for correctness.
72
    ///
73
    /// Performs basic validation checks on the configuration parameters to ensure
74
    /// they are valid before attempting to establish database connections.
75
    ///
76
    /// # Errors
77
    ///
78
    /// Returns an error string if the configuration is invalid, such as:
79
    /// - Empty database URL
80
    /// - Invalid connection parameters
81
0
    pub fn validate(&self) -> Result<(), String> {
82
0
        if self.url.is_empty() {
83
0
            return Err("Database URL cannot be empty".to_string());
84
0
        }
85
0
        Ok(())
86
0
    }
87
}
88
89
/// Database connection pool configuration.
90
///
91
/// Manages the behavior of the connection pool including connection lifecycle,
92
/// timeouts, and health checking. Optimized for high-frequency trading workloads
93
/// where connection availability and low latency are critical.
94
#[derive(Debug, Clone, Serialize, Deserialize)]
95
pub struct PoolConfig {
96
    /// Minimum number of connections to maintain in the pool
97
    pub min_connections: u32,
98
    /// Maximum number of connections allowed in the pool
99
    pub max_connections: u32,
100
    /// Timeout in seconds for acquiring a connection from the pool
101
    pub acquire_timeout_secs: u64,
102
    /// Maximum lifetime in seconds for a connection before it's recycled
103
    pub max_lifetime_secs: u64,
104
    /// Timeout in seconds before idle connections are closed
105
    pub idle_timeout_secs: u64,
106
    /// Whether to test connections before returning them from the pool
107
    pub test_before_acquire: bool,
108
    /// Database URL for pool connections
109
    pub database_url: String,
110
    /// Enable periodic health checks for pool connections
111
    pub health_check_enabled: bool,
112
    /// Interval in seconds between health checks
113
    pub health_check_interval_secs: u64,
114
}
115
116
impl Default for PoolConfig {
117
0
    fn default() -> Self {
118
        // Get database URL from environment, with fallback to development default
119
0
        let database_url = std::env::var("DATABASE_URL")
120
0
            .unwrap_or_else(|_| "postgresql://foxhunt:foxhunt_dev_password@localhost:5432/foxhunt".to_string());
121
122
0
        Self {
123
0
            min_connections: 1,
124
0
            max_connections: 10,
125
0
            acquire_timeout_secs: 30,
126
0
            max_lifetime_secs: 1800,
127
0
            idle_timeout_secs: 600,
128
0
            test_before_acquire: true,
129
0
            database_url,
130
0
            health_check_enabled: true,
131
0
            health_check_interval_secs: 60,
132
0
        }
133
0
    }
134
}
135
136
/// Database transaction configuration and retry policies.
137
///
138
/// Configures transaction behavior including isolation levels, timeouts,
139
/// and retry mechanisms. Critical for maintaining data consistency in
140
/// high-frequency trading operations while handling transient failures.
141
#[derive(Debug, Clone, Serialize, Deserialize)]
142
pub struct TransactionConfig {
143
    /// PostgreSQL transaction isolation level (e.g., "READ_COMMITTED", "SERIALIZABLE")
144
    pub isolation_level: String,
145
    /// Default timeout duration for transactions
146
    pub timeout: Duration,
147
    /// Default timeout in seconds for transactions
148
    pub default_timeout_secs: u64,
149
    /// Enable automatic retry on transaction failures
150
    pub enable_retry: bool,
151
    /// Maximum number of retry attempts for failed transactions
152
    pub max_retries: u32,
153
    /// Delay in milliseconds between retry attempts
154
    pub retry_delay_ms: u64,
155
    /// Maximum number of nested savepoints allowed
156
    pub max_savepoints: u32,
157
}
158
159
impl Default for TransactionConfig {
160
0
    fn default() -> Self {
161
0
        Self {
162
0
            isolation_level: "READ_COMMITTED".to_string(),
163
0
            timeout: Duration::from_secs(30),
164
0
            default_timeout_secs: 30,
165
0
            enable_retry: true,
166
0
            max_retries: 3,
167
0
            retry_delay_ms: 100,
168
0
            max_savepoints: 10,
169
0
        }
170
0
    }
171
}
172
173
/// Database loader for symbol configurations with PostgreSQL integration.
174
///
175
/// Provides high-performance loading and caching of symbol configurations
176
/// from the PostgreSQL database. Supports real-time updates through PostgreSQL
177
/// NOTIFY/LISTEN for configuration hot-reload capabilities.
178
#[cfg(feature = "postgres")]
179
pub struct PostgresSymbolConfigLoader {
180
    /// Database connection pool
181
    pool: sqlx::PgPool,
182
    /// Configuration cache timeout
183
    cache_timeout: Duration,
184
    /// PostgreSQL listener for configuration changes
185
    listener: Option<sqlx::postgres::PgListener>,
186
}
187
188
#[cfg(feature = "postgres")]
189
impl PostgresSymbolConfigLoader {
190
    /// Creates a new PostgreSQL symbol configuration loader.
191
    pub async fn new(database_url: &str) -> Result<Self, sqlx::Error> {
192
        let pool = sqlx::PgPool::connect(database_url).await?;
193
194
        Ok(Self {
195
            pool,
196
            cache_timeout: Duration::from_secs(300), // 5 minutes
197
            listener: None,
198
        })
199
    }
200
201
    /// Creates a new loader with an existing connection pool.
202
    pub fn with_pool(pool: sqlx::PgPool) -> Self {
203
        Self {
204
            pool,
205
            cache_timeout: Duration::from_secs(300),
206
            listener: None,
207
        }
208
    }
209
210
    /// Loads a symbol configuration by symbol name.
211
    pub async fn load_symbol_config(
212
        &self,
213
        symbol: &str,
214
    ) -> Result<Option<crate::symbol_config::SymbolConfig>, sqlx::Error> {
215
        // Simplified implementation using basic sqlx::query instead of macros
216
        let query = "
217
            SELECT 
218
                sc.id,
219
                sc.symbol,
220
                sc.description,
221
                sc.classification,
222
                sc.primary_exchange,
223
                sc.currency,
224
                sc.tick_size,
225
                sc.lot_size,
226
                sc.min_order_size,
227
                sc.max_order_size,
228
                sc.sector,
229
                sc.industry,
230
                sc.market_cap,
231
                sc.avg_daily_volume,
232
                sc.margin_requirement,
233
                sc.position_limit,
234
                sc.risk_multiplier,
235
                sc.is_active,
236
                sc.data_source,
237
                sc.created_at,
238
                sc.updated_at,
239
                sc.last_validated
240
            FROM symbol_config sc
241
            WHERE sc.symbol = $1 AND sc.is_active = true
242
        ";
243
244
        let row = sqlx::query(query)
245
            .bind(symbol)
246
            .fetch_optional(&self.pool)
247
            .await?;
248
249
        if let Some(row) = row {
250
            // Create a basic symbol config from the row
251
            let symbol_name: String = row.get("symbol");
252
            let description: String = row.get("description");
253
            let classification_str: String = row.get("classification");
254
255
            let classification = match classification_str.as_str() {
256
                "EQUITY" => crate::symbol_config::AssetClassification::Equity,
257
                "FUTURE" => crate::symbol_config::AssetClassification::Future,
258
                "FOREX" => crate::symbol_config::AssetClassification::Forex,
259
                "CRYPTO" => crate::symbol_config::AssetClassification::Crypto,
260
                "COMMODITY" => crate::symbol_config::AssetClassification::Commodity,
261
                "FIXED_INCOME" => crate::symbol_config::AssetClassification::FixedIncome,
262
                "OPTION" => crate::symbol_config::AssetClassification::Option,
263
                "ETF" => crate::symbol_config::AssetClassification::Etf,
264
                "INDEX" => crate::symbol_config::AssetClassification::Index,
265
                "DERIVATIVE" => crate::symbol_config::AssetClassification::Derivative,
266
                _ => crate::symbol_config::AssetClassification::Equity,
267
            };
268
269
            let mut config = crate::symbol_config::SymbolConfig::new(symbol_name, classification);
270
            config.description = description;
271
            config.primary_exchange = row.get("primary_exchange");
272
            config.currency = row.get("currency");
273
274
            // Handle decimal conversions safely
275
            if let Ok(tick_size) = row.try_get::<rust_decimal::Decimal, _>("tick_size") {
276
                if let Ok(f) = tick_size.try_into() {
277
                    config.tick_size = f;
278
                }
279
            }
280
281
            Ok(Some(config))
282
        } else {
283
            Ok(None)
284
        }
285
    }
286
287
    /// Loads all active symbol configurations.
288
    pub async fn load_all_symbols(
289
        &self,
290
    ) -> Result<Vec<crate::symbol_config::SymbolConfig>, sqlx::Error> {
291
        let query = "
292
            SELECT symbol, description, classification
293
            FROM symbol_config 
294
            WHERE is_active = true
295
            ORDER BY symbol
296
        ";
297
298
        let rows = sqlx::query(query).fetch_all(&self.pool).await?;
299
300
        let mut configs = Vec::new();
301
        for row in rows {
302
            let symbol_name: String = row.get("symbol");
303
            let description: String = row.get("description");
304
            let classification_str: String = row.get("classification");
305
306
            let classification = match classification_str.as_str() {
307
                "EQUITY" => crate::symbol_config::AssetClassification::Equity,
308
                "FUTURE" => crate::symbol_config::AssetClassification::Future,
309
                "FOREX" => crate::symbol_config::AssetClassification::Forex,
310
                "CRYPTO" => crate::symbol_config::AssetClassification::Crypto,
311
                "COMMODITY" => crate::symbol_config::AssetClassification::Commodity,
312
                "FIXED_INCOME" => crate::symbol_config::AssetClassification::FixedIncome,
313
                "OPTION" => crate::symbol_config::AssetClassification::Option,
314
                "ETF" => crate::symbol_config::AssetClassification::Etf,
315
                "INDEX" => crate::symbol_config::AssetClassification::Index,
316
                "DERIVATIVE" => crate::symbol_config::AssetClassification::Derivative,
317
                _ => crate::symbol_config::AssetClassification::Equity,
318
            };
319
320
            let mut config = crate::symbol_config::SymbolConfig::new(symbol_name, classification);
321
            config.description = description;
322
            configs.push(config);
323
        }
324
325
        Ok(configs)
326
    }
327
328
    /// Loads symbols filtered by asset classification.
329
    pub async fn load_symbols_by_classification(
330
        &self,
331
        classification: crate::symbol_config::AssetClassification,
332
    ) -> Result<Vec<crate::symbol_config::SymbolConfig>, sqlx::Error> {
333
        let class_str = classification.regulatory_class();
334
335
        let query = "
336
            SELECT symbol, description, classification
337
            FROM symbol_config 
338
            WHERE is_active = true AND classification = $1
339
            ORDER BY symbol
340
        ";
341
342
        let rows = sqlx::query(query)
343
            .bind(class_str)
344
            .fetch_all(&self.pool)
345
            .await?;
346
347
        let mut configs = Vec::new();
348
        for row in rows {
349
            let symbol_name: String = row.get("symbol");
350
            let description: String = row.get("description");
351
            let mut config =
352
                crate::symbol_config::SymbolConfig::new(symbol_name, classification.clone());
353
            config.description = description;
354
            configs.push(config);
355
        }
356
357
        Ok(configs)
358
    }
359
    /// Saves or updates a symbol configuration.
360
    pub async fn save_symbol_config(
361
        &self,
362
        config: &crate::symbol_config::SymbolConfig,
363
    ) -> Result<(), sqlx::Error> {
364
        let query = "
365
            INSERT INTO symbol_config (
366
                symbol, description, classification, primary_exchange, currency
367
            ) VALUES ($1, $2, $3, $4, $5)
368
            ON CONFLICT (symbol) DO UPDATE SET
369
                description = EXCLUDED.description,
370
                classification = EXCLUDED.classification,
371
                primary_exchange = EXCLUDED.primary_exchange,
372
                currency = EXCLUDED.currency,
373
                updated_at = NOW()
374
        ";
375
376
        sqlx::query(query)
377
            .bind(&config.symbol)
378
            .bind(&config.description)
379
            .bind(config.classification.regulatory_class())
380
            .bind(&config.primary_exchange)
381
            .bind(&config.currency)
382
            .execute(&self.pool)
383
            .await?;
384
385
        Ok(())
386
    }
387
388
    /// Initializes PostgreSQL NOTIFY/LISTEN for configuration hot-reload.
389
    pub async fn enable_hot_reload(&mut self) -> Result<(), sqlx::Error> {
390
        let mut listener = sqlx::postgres::PgListener::connect_with(&self.pool).await?;
391
        listener.listen("symbol_config_changed").await?;
392
        self.listener = Some(listener);
393
        Ok(())
394
    }
395
396
    /// Checks for configuration change notifications.
397
    pub async fn check_for_updates(&mut self) -> Result<Option<String>, sqlx::Error> {
398
        if let Some(listener) = &mut self.listener {
399
            if let Some(notification) = listener.try_recv().await? {
400
                return Ok(Some(notification.payload().to_string()));
401
            }
402
        }
403
        Ok(None)
404
    }
405
}
406
407
/// Database integration for comprehensive asset classification system.
408
///
409
/// Provides PostgreSQL-backed storage and retrieval for asset classification
410
/// configurations with support for pattern matching, caching, and hot-reload.
411
#[cfg(feature = "postgres")]
412
pub struct PostgresAssetClassificationLoader {
413
    /// Database connection pool
414
    pool: sqlx::PgPool,
415
    /// Configuration cache timeout
416
    cache_timeout: Duration,
417
    /// PostgreSQL listener for configuration changes
418
    listener: Option<sqlx::postgres::PgListener>,
419
}
420
421
#[cfg(feature = "postgres")]
422
impl PostgresAssetClassificationLoader {
423
    /// Creates a new PostgreSQL asset classification loader.
424
    pub async fn new(database_url: &str) -> Result<Self, sqlx::Error> {
425
        let pool = sqlx::PgPool::connect(database_url).await?;
426
427
        Ok(Self {
428
            pool,
429
            cache_timeout: Duration::from_secs(300), // 5 minutes
430
            listener: None,
431
        })
432
    }
433
434
    /// Creates a new loader with an existing connection pool.
435
    pub fn with_pool(pool: sqlx::PgPool) -> Self {
436
        Self {
437
            pool,
438
            cache_timeout: Duration::from_secs(300),
439
            listener: None,
440
        }
441
    }
442
443
    /// Loads all active asset configurations ordered by priority.
444
    pub async fn load_asset_configurations(
445
        &self,
446
    ) -> Result<Vec<crate::asset_classification::AssetConfig>, sqlx::Error> {
447
        let query = "
448
                SELECT 
449
                    id,
450
                    name,
451
                    symbol_pattern,
452
                    asset_class_data,
453
                    volatility_profile,
454
                    trading_parameters,
455
                    priority,
456
                    is_active,
457
                    created_at,
458
                    updated_at,
459
                    trading_hours,
460
                    settlement_config
461
                FROM asset_configurations
462
                WHERE is_active = true
463
                ORDER BY priority DESC
464
            ";
465
466
        let rows = sqlx::query(query).fetch_all(&self.pool).await?;
467
468
        let mut configs = Vec::new();
469
        for row in rows {
470
            if let Ok(config) = self.row_to_asset_config(row) {
471
                configs.push(config);
472
            }
473
        }
474
475
        Ok(configs)
476
    }
477
478
    /// Loads a specific asset configuration by ID.
479
    pub async fn load_asset_configuration_by_id(
480
        &self,
481
        id: uuid::Uuid,
482
    ) -> Result<Option<crate::asset_classification::AssetConfig>, sqlx::Error> {
483
        let query = "
484
                SELECT 
485
                    id,
486
                    name,
487
                    symbol_pattern,
488
                    asset_class_data,
489
                    volatility_profile,
490
                    trading_parameters,
491
                    priority,
492
                    is_active,
493
                    created_at,
494
                    updated_at,
495
                    trading_hours,
496
                    settlement_config
497
                FROM asset_configurations
498
                WHERE id = $1
499
            ";
500
501
        let row = sqlx::query(query)
502
            .bind(id)
503
            .fetch_optional(&self.pool)
504
            .await?;
505
506
        if let Some(row) = row {
507
            Ok(Some(self.row_to_asset_config(row)?))
508
        } else {
509
            Ok(None)
510
        }
511
    }
512
513
    /// Saves or updates an asset configuration.
514
    pub async fn save_asset_configuration(
515
        &self,
516
        config: &crate::asset_classification::AssetConfig,
517
    ) -> Result<(), sqlx::Error> {
518
        let query = "
519
                INSERT INTO asset_configurations (
520
                    id, name, symbol_pattern, asset_class_data, volatility_profile,
521
                    trading_parameters, priority, is_active, created_at, updated_at,
522
                    trading_hours, settlement_config
523
                ) VALUES ($1, $2, $3, $4, $5, $6, $7, $8, $9, $10, $11, $12)
524
                ON CONFLICT (id) DO UPDATE SET
525
                    name = EXCLUDED.name,
526
                    symbol_pattern = EXCLUDED.symbol_pattern,
527
                    asset_class_data = EXCLUDED.asset_class_data,
528
                    volatility_profile = EXCLUDED.volatility_profile,
529
                    trading_parameters = EXCLUDED.trading_parameters,
530
                    priority = EXCLUDED.priority,
531
                    is_active = EXCLUDED.is_active,
532
                    updated_at = NOW(),
533
                    trading_hours = EXCLUDED.trading_hours,
534
                    settlement_config = EXCLUDED.settlement_config
535
            ";
536
537
        let asset_class_json = serde_json::to_value(&config.asset_class)
538
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
539
        let volatility_json = serde_json::to_value(&config.volatility_profile)
540
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
541
        let trading_params_json = serde_json::to_value(&config.trading_parameters)
542
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
543
        let trading_hours_json = serde_json::to_value(&config.trading_hours)
544
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
545
        let settlement_json = serde_json::to_value(&config.settlement_config)
546
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
547
548
        sqlx::query(query)
549
            .bind(config.id)
550
            .bind(&config.name)
551
            .bind(&config.symbol_pattern)
552
            .bind(asset_class_json)
553
            .bind(volatility_json)
554
            .bind(trading_params_json)
555
            .bind(config.priority as i32)
556
            .bind(config.is_active)
557
            .bind(config.created_at)
558
            .bind(config.updated_at)
559
            .bind(trading_hours_json)
560
            .bind(settlement_json)
561
            .execute(&self.pool)
562
            .await?;
563
564
        Ok(())
565
    }
566
567
    /// Loads explicit symbol mappings.
568
    pub async fn load_symbol_mappings(
569
        &self,
570
    ) -> Result<
571
        std::collections::HashMap<String, crate::asset_classification::AssetClass>,
572
        sqlx::Error,
573
    > {
574
        let query = "
575
                SELECT symbol, asset_class_data
576
                FROM symbol_mappings
577
                WHERE is_active = true AND (expires_at IS NULL OR expires_at > NOW())
578
            ";
579
580
        let rows = sqlx::query(query).fetch_all(&self.pool).await?;
581
582
        let mut mappings = std::collections::HashMap::new();
583
        for row in rows {
584
            let symbol: String = row.get("symbol");
585
            let asset_class_json: serde_json::Value = row.get("asset_class_data");
586
587
            if let Ok(asset_class) =
588
                serde_json::from_value::<crate::asset_classification::AssetClass>(asset_class_json)
589
            {
590
                mappings.insert(symbol.to_uppercase(), asset_class);
591
            }
592
        }
593
594
        Ok(mappings)
595
    }
596
597
    /// Saves a symbol mapping.
598
    pub async fn save_symbol_mapping(
599
        &self,
600
        symbol: &str,
601
        asset_class: &crate::asset_classification::AssetClass,
602
        source: &str,
603
        confidence_score: f64,
604
        expires_at: Option<chrono::DateTime<chrono::Utc>>,
605
    ) -> Result<(), sqlx::Error> {
606
        let query = "
607
                INSERT INTO symbol_mappings (
608
                    symbol, asset_class_data, source, confidence_score, expires_at
609
                ) VALUES ($1, $2, $3, $4, $5)
610
                ON CONFLICT (symbol) DO UPDATE SET
611
                    asset_class_data = EXCLUDED.asset_class_data,
612
                    source = EXCLUDED.source,
613
                    confidence_score = EXCLUDED.confidence_score,
614
                    expires_at = EXCLUDED.expires_at,
615
                    updated_at = NOW()
616
            ";
617
618
        let asset_class_json =
619
            serde_json::to_value(asset_class).map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
620
621
        sqlx::query(query)
622
            .bind(symbol.to_uppercase())
623
            .bind(asset_class_json)
624
            .bind(source)
625
            .bind(confidence_score)
626
            .bind(expires_at)
627
            .execute(&self.pool)
628
            .await?;
629
630
        Ok(())
631
    }
632
633
    /// Loads volatility profiles.
634
    pub async fn load_volatility_profiles(
635
        &self,
636
    ) -> Result<
637
        std::collections::HashMap<String, crate::asset_classification::VolatilityProfile>,
638
        sqlx::Error,
639
    > {
640
        let query = "
641
                SELECT 
642
                    name,
643
                    base_annual_volatility,
644
                    stress_volatility_multiplier,
645
                    intraday_pattern,
646
                    volatility_persistence,
647
                    jump_risk
648
                FROM volatility_profiles
649
                WHERE is_active = true
650
            ";
651
652
        let rows = sqlx::query(query).fetch_all(&self.pool).await?;
653
654
        let mut profiles = std::collections::HashMap::new();
655
        for row in rows {
656
            let name: String = row.get("name");
657
            let base_volatility: rust_decimal::Decimal = row.get("base_annual_volatility");
658
            let stress_multiplier: rust_decimal::Decimal = row.get("stress_volatility_multiplier");
659
            let persistence: rust_decimal::Decimal = row.get("volatility_persistence");
660
            let intraday_json: serde_json::Value = row.get("intraday_pattern");
661
            let jump_risk_json: serde_json::Value = row.get("jump_risk");
662
663
            if let (Ok(base_vol), Ok(stress_mult), Ok(persist), Ok(intraday), Ok(jump_risk)) = (
664
                f64::try_from(base_volatility),
665
                f64::try_from(stress_multiplier),
666
                f64::try_from(persistence),
667
                serde_json::from_value::<Vec<f64>>(intraday_json),
668
                serde_json::from_value::<crate::asset_classification::JumpRiskProfile>(
669
                    jump_risk_json,
670
                ),
671
            ) {
672
                let profile = crate::asset_classification::VolatilityProfile {
673
                    base_annual_volatility: base_vol,
674
                    stress_volatility_multiplier: stress_mult,
675
                    intraday_pattern: intraday,
676
                    volatility_persistence: persist,
677
                    jump_risk,
678
                };
679
                profiles.insert(name, profile);
680
            }
681
        }
682
683
        Ok(profiles)
684
    }
685
686
    /// Caches symbol classification for performance.
687
    pub async fn cache_symbol_classification(
688
        &self,
689
        symbol: &str,
690
        asset_class: &crate::asset_classification::AssetClass,
691
        configuration_id: Option<uuid::Uuid>,
692
    ) -> Result<(), sqlx::Error> {
693
        let query = "
694
                INSERT INTO asset_classification_cache (symbol, asset_class_data, configuration_id)
695
                VALUES ($1, $2, $3)
696
                ON CONFLICT (symbol) DO UPDATE SET
697
                    asset_class_data = EXCLUDED.asset_class_data,
698
                    configuration_id = EXCLUDED.configuration_id,
699
                    cached_at = NOW(),
700
                    expires_at = NOW() + INTERVAL '1 hour'
701
            ";
702
703
        let asset_class_json =
704
            serde_json::to_value(asset_class).map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
705
706
        sqlx::query(query)
707
            .bind(symbol.to_uppercase())
708
            .bind(asset_class_json)
709
            .bind(configuration_id)
710
            .execute(&self.pool)
711
            .await?;
712
713
        Ok(())
714
    }
715
716
    /// Retrieves cached symbol classification.
717
    pub async fn get_cached_classification(
718
        &self,
719
        symbol: &str,
720
    ) -> Result<Option<crate::asset_classification::AssetClass>, sqlx::Error> {
721
        let query = "
722
                SELECT asset_class_data
723
                FROM asset_classification_cache
724
                WHERE symbol = $1 AND expires_at > NOW()
725
            ";
726
727
        let row = sqlx::query(query)
728
            .bind(symbol.to_uppercase())
729
            .fetch_optional(&self.pool)
730
            .await?;
731
732
        if let Some(row) = row {
733
            let asset_class_json: serde_json::Value = row.get("asset_class_data");
734
            Ok(serde_json::from_value(asset_class_json).ok())
735
        } else {
736
            Ok(None)
737
        }
738
    }
739
740
    /// Cleans up expired cache entries.
741
    pub async fn cleanup_cache(&self) -> Result<u64, sqlx::Error> {
742
        let query = "DELETE FROM asset_classification_cache WHERE expires_at < NOW()";
743
        let result = sqlx::query(query).execute(&self.pool).await?;
744
        Ok(result.rows_affected())
745
    }
746
747
    /// Logs asset classification changes for audit.
748
    pub async fn log_classification_change(
749
        &self,
750
        symbol: &str,
751
        old_classification: Option<&crate::asset_classification::AssetClass>,
752
        new_classification: &crate::asset_classification::AssetClass,
753
        changed_by: &str,
754
        reason: &str,
755
    ) -> Result<(), sqlx::Error> {
756
        let query = "
757
                INSERT INTO asset_classification_audit (
758
                    symbol, old_classification, new_classification, changed_by, change_reason
759
                ) VALUES ($1, $2, $3, $4, $5)
760
            ";
761
762
        let old_json = old_classification
763
            .map(|c| serde_json::to_value(c).ok())
764
            .flatten();
765
        let new_json = serde_json::to_value(new_classification)
766
            .map_err(|e| sqlx::Error::Encode(Box::new(e)))?;
767
768
        sqlx::query(query)
769
            .bind(symbol)
770
            .bind(old_json)
771
            .bind(new_json)
772
            .bind(changed_by)
773
            .bind(reason)
774
            .execute(&self.pool)
775
            .await?;
776
777
        Ok(())
778
    }
779
780
    /// Enables PostgreSQL NOTIFY/LISTEN for configuration hot-reload.
781
    pub async fn enable_hot_reload(&mut self) -> Result<(), sqlx::Error> {
782
        let mut listener = sqlx::postgres::PgListener::connect_with(&self.pool).await?;
783
        listener.listen("config_change").await?;
784
        self.listener = Some(listener);
785
        Ok(())
786
    }
787
788
    /// Checks for configuration change notifications.
789
    pub async fn check_for_config_updates(&mut self) -> Result<Option<String>, sqlx::Error> {
790
        if let Some(listener) = &mut self.listener {
791
            if let Some(notification) = listener.try_recv().await? {
792
                return Ok(Some(notification.payload().to_string()));
793
            }
794
        }
795
        Ok(None)
796
    }
797
798
    /// Converts a database row to AssetConfig.
799
    fn row_to_asset_config(
800
        &self,
801
        row: sqlx::postgres::PgRow,
802
    ) -> Result<crate::asset_classification::AssetConfig, sqlx::Error> {
803
        let id: uuid::Uuid = row.get("id");
804
        let name: String = row.get("name");
805
        let symbol_pattern: String = row.get("symbol_pattern");
806
        let priority: i32 = row.get("priority");
807
        let is_active: bool = row.get("is_active");
808
        let created_at: chrono::DateTime<chrono::Utc> = row.get("created_at");
809
        let updated_at: chrono::DateTime<chrono::Utc> = row.get("updated_at");
810
811
        let asset_class_json: serde_json::Value = row.get("asset_class_data");
812
        let volatility_json: serde_json::Value = row.get("volatility_profile");
813
        let trading_params_json: serde_json::Value = row.get("trading_parameters");
814
        let trading_hours_json: Option<serde_json::Value> = row.get("trading_hours");
815
        let settlement_json: serde_json::Value = row.get("settlement_config");
816
817
        let asset_class = serde_json::from_value(asset_class_json)
818
            .map_err(|e| sqlx::Error::Decode(Box::new(e)))?;
819
        let volatility_profile = serde_json::from_value(volatility_json)
820
            .map_err(|e| sqlx::Error::Decode(Box::new(e)))?;
821
        let trading_parameters = serde_json::from_value(trading_params_json)
822
            .map_err(|e| sqlx::Error::Decode(Box::new(e)))?;
823
        let trading_hours = trading_hours_json
824
            .map(|json| serde_json::from_value(json).ok())
825
            .flatten();
826
        let settlement_config = serde_json::from_value(settlement_json)
827
            .map_err(|e| sqlx::Error::Decode(Box::new(e)))?;
828
829
        Ok(crate::asset_classification::AssetConfig {
830
            id,
831
            name,
832
            symbol_pattern,
833
            compiled_pattern: None, // Will be compiled when loaded
834
            asset_class,
835
            volatility_profile,
836
            trading_parameters,
837
            priority: priority as u32,
838
            is_active,
839
            created_at,
840
            updated_at,
841
            trading_hours,
842
            settlement_config,
843
        })
844
    }
845
}
846
847
/// General-purpose PostgreSQL configuration loader for various configuration types.
848
///
849
/// Provides a unified interface for loading configurations from PostgreSQL with
850
/// support for hot-reload through NOTIFY/LISTEN and caching for performance.
851
#[cfg(feature = "postgres")]
852
pub struct PostgresConfigLoader {
853
    /// Database connection pool
854
    pool: sqlx::PgPool,
855
    /// Configuration cache timeout
856
    cache_timeout: Duration,
857
}
858
859
#[cfg(feature = "postgres")]
860
impl PostgresConfigLoader {
861
    /// Creates a new PostgreSQL configuration loader.
862
    pub async fn new(database_url: &str) -> Result<Self, sqlx::Error> {
863
        let pool = sqlx::PgPool::connect(database_url).await?;
864
865
        Ok(Self {
866
            pool,
867
            cache_timeout: Duration::from_secs(300), // 5 minutes
868
        })
869
    }
870
871
    /// Creates a new loader with an existing connection pool.
872
    pub fn with_pool(pool: sqlx::PgPool) -> Self {
873
        Self {
874
            pool,
875
            cache_timeout: Duration::from_secs(300),
876
        }
877
    }
878
879
    /// Get the underlying connection pool.
880
    pub fn pool(&self) -> &sqlx::PgPool {
881
        &self.pool
882
    }
883
884
    // ============================================================================
885
    // ADAPTIVE STRATEGY CONFIGURATION METHODS
886
    // ============================================================================
887
888
    /// Get adaptive strategy configuration by strategy ID.
889
    ///
890
    /// Loads the complete configuration including main settings, models, and features
891
    /// from the PostgreSQL database. Returns None if the strategy doesn't exist.
892
    ///
893
    /// # Arguments
894
    /// * `strategy_id` - Unique identifier for the strategy (e.g., "default", "prod_v1")
895
    ///
896
    /// # Returns
897
    /// - `Ok(Some(config))` - Configuration found and loaded successfully
898
    /// - `Ok(None)` - Strategy ID not found in database
899
    /// - `Err(sqlx::Error)` - Database error occurred
900
    ///
901
    /// # Example
902
    /// ```no_run
903
    /// # use config::PostgresConfigLoader;
904
    /// # async fn example(loader: &PostgresConfigLoader) -> Result<(), sqlx::Error> {
905
    /// let config = loader.get_adaptive_strategy_config("default").await?;
906
    /// if let Some(cfg) = config {
907
    ///     println!("Loaded strategy: {}", cfg.name);
908
    /// }
909
    /// # Ok(())
910
    /// # }
911
    /// ```
912
    pub async fn get_adaptive_strategy_config(
913
        &self,
914
        strategy_id: &str,
915
    ) -> Result<Option<serde_json::Value>, sqlx::Error> {
916
        // Query main configuration
917
        let row = sqlx::query(
918
            r#"
919
            SELECT
920
                id, strategy_id, name, description,
921
                execution_interval_ms, error_backoff_duration_secs,
922
                max_concurrent_operations, strategy_timeout_secs,
923
                max_parallel_models, rebalancing_interval_secs,
924
                min_model_weight, max_model_weight,
925
                max_position_size, max_leverage, stop_loss_pct,
926
                position_sizing_method, max_portfolio_var,
927
                max_drawdown_threshold, kelly_fraction,
928
                book_depth, vpin_window, trade_classification_threshold,
929
                trade_size_buckets, microstructure_features,
930
                regime_detection_method, regime_lookback_window,
931
                regime_transition_threshold, regime_features,
932
                execution_algorithm, max_order_size, min_order_size,
933
                order_timeout_secs, max_slippage_bps,
934
                smart_routing_enabled, dark_pool_preference,
935
                active, version, created_at, updated_at,
936
                created_by, updated_by, metadata
937
            FROM adaptive_strategy_config
938
            WHERE strategy_id = $1 AND active = true
939
            "#,
940
        )
941
        .bind(strategy_id)
942
        .fetch_optional(&self.pool)
943
        .await?;
944
945
        let Some(row) = row else {
946
            return Ok(None);
947
        };
948
949
        let config_id: uuid::Uuid = row.try_get("id")?;
950
951
        // Query associated models
952
        let models = sqlx::query(
953
            r#"
954
            SELECT
955
                id, strategy_config_id, model_id, model_name, model_type,
956
                parameters, initial_weight, enabled, display_order,
957
                created_at, updated_at
958
            FROM adaptive_strategy_models
959
            WHERE strategy_config_id = $1
960
            ORDER BY display_order, created_at
961
            "#,
962
        )
963
        .bind(config_id)
964
        .fetch_all(&self.pool)
965
        .await?;
966
967
        // Query associated features
968
        let features = sqlx::query(
969
            r#"
970
            SELECT
971
                id, strategy_config_id, feature_name, feature_type,
972
                parameters, enabled, required,
973
                created_at, updated_at
974
            FROM adaptive_strategy_features
975
            WHERE strategy_config_id = $1
976
            ORDER BY feature_name
977
            "#,
978
        )
979
        .bind(config_id)
980
        .fetch_all(&self.pool)
981
        .await?;
982
983
        // Convert to JSON for flexibility
984
        // In production, you'd convert to a proper struct type
985
        let config = serde_json::json!({
986
            "id": row.try_get::<uuid::Uuid, _>("id")?,
987
            "strategy_id": row.try_get::<String, _>("strategy_id")?,
988
            "name": row.try_get::<String, _>("name")?,
989
            "description": row.try_get::<Option<String>, _>("description")?,
990
            "general": {
991
                "execution_interval_ms": row.try_get::<i32, _>("execution_interval_ms")?,
992
                "error_backoff_duration_secs": row.try_get::<i32, _>("error_backoff_duration_secs")?,
993
                "max_concurrent_operations": row.try_get::<i32, _>("max_concurrent_operations")?,
994
                "strategy_timeout_secs": row.try_get::<i32, _>("strategy_timeout_secs")?,
995
            },
996
            "ensemble": {
997
                "max_parallel_models": row.try_get::<i32, _>("max_parallel_models")?,
998
                "rebalancing_interval_secs": row.try_get::<i32, _>("rebalancing_interval_secs")?,
999
                "min_model_weight": row.try_get::<f64, _>("min_model_weight")?,
1000
                "max_model_weight": row.try_get::<f64, _>("max_model_weight")?,
1001
            },
1002
            "risk": {
1003
                "max_position_size": row.try_get::<f64, _>("max_position_size")?,
1004
                "max_leverage": row.try_get::<f64, _>("max_leverage")?,
1005
                "stop_loss_pct": row.try_get::<f64, _>("stop_loss_pct")?,
1006
                "position_sizing_method": row.try_get::<String, _>("position_sizing_method")?,
1007
                "max_portfolio_var": row.try_get::<f64, _>("max_portfolio_var")?,
1008
                "max_drawdown_threshold": row.try_get::<f64, _>("max_drawdown_threshold")?,
1009
                "kelly_fraction": row.try_get::<f64, _>("kelly_fraction")?,
1010
            },
1011
            "microstructure": {
1012
                "book_depth": row.try_get::<i32, _>("book_depth")?,
1013
                "vpin_window": row.try_get::<i32, _>("vpin_window")?,
1014
                "trade_classification_threshold": row.try_get::<f64, _>("trade_classification_threshold")?,
1015
                "trade_size_buckets": row.try_get::<Vec<f64>, _>("trade_size_buckets")?,
1016
                "features": row.try_get::<Vec<String>, _>("microstructure_features")?,
1017
            },
1018
            "regime": {
1019
                "detection_method": row.try_get::<String, _>("regime_detection_method")?,
1020
                "lookback_window": row.try_get::<i32, _>("regime_lookback_window")?,
1021
                "transition_threshold": row.try_get::<f64, _>("regime_transition_threshold")?,
1022
                "features": row.try_get::<Vec<String>, _>("regime_features")?,
1023
            },
1024
            "execution": {
1025
                "algorithm": row.try_get::<String, _>("execution_algorithm")?,
1026
                "max_order_size": row.try_get::<f64, _>("max_order_size")?,
1027
                "min_order_size": row.try_get::<f64, _>("min_order_size")?,
1028
                "order_timeout_secs": row.try_get::<i32, _>("order_timeout_secs")?,
1029
                "max_slippage_bps": row.try_get::<f64, _>("max_slippage_bps")?,
1030
                "smart_routing_enabled": row.try_get::<bool, _>("smart_routing_enabled")?,
1031
                "dark_pool_preference": row.try_get::<f64, _>("dark_pool_preference")?,
1032
            },
1033
            "models": models.iter().map(|m| serde_json::json!({
1034
                "id": m.try_get::<uuid::Uuid, _>("id").unwrap(),
1035
                "model_id": m.try_get::<String, _>("model_id").unwrap(),
1036
                "model_name": m.try_get::<String, _>("model_name").unwrap(),
1037
                "model_type": m.try_get::<String, _>("model_type").unwrap(),
1038
                "parameters": m.try_get::<serde_json::Value, _>("parameters").unwrap(),
1039
                "initial_weight": m.try_get::<f64, _>("initial_weight").unwrap(),
1040
                "enabled": m.try_get::<bool, _>("enabled").unwrap(),
1041
            })).collect::<Vec<_>>(),
1042
            "features": features.iter().map(|f| serde_json::json!({
1043
                "name": f.try_get::<String, _>("feature_name").unwrap(),
1044
                "feature_type": f.try_get::<String, _>("feature_type").unwrap(),
1045
                "parameters": f.try_get::<serde_json::Value, _>("parameters").unwrap(),
1046
                "enabled": f.try_get::<bool, _>("enabled").unwrap(),
1047
                "required": f.try_get::<bool, _>("required").unwrap(),
1048
            })).collect::<Vec<_>>(),
1049
            "version": row.try_get::<i32, _>("version")?,
1050
            "created_at": row.try_get::<chrono::DateTime<chrono::Utc>, _>("created_at")?,
1051
            "updated_at": row.try_get::<chrono::DateTime<chrono::Utc>, _>("updated_at")?,
1052
        });
1053
1054
        Ok(Some(config))
1055
    }
1056
1057
    /// Upsert (insert or update) adaptive strategy configuration.
1058
    ///
1059
    /// Creates a new strategy configuration if it doesn't exist, or updates
1060
    /// the existing one. Automatically handles version tracking and audit trail.
1061
    ///
1062
    /// # Arguments
1063
    /// * `config` - Configuration data as JSON (allows flexibility in structure)
1064
    ///
1065
    /// # Returns
1066
    /// - `Ok(strategy_id)` - Strategy ID of the created/updated configuration
1067
    /// - `Err(sqlx::Error)` - Database error occurred
1068
    ///
1069
    /// # Example
1070
    /// ```no_run
1071
    /// # use config::PostgresConfigLoader;
1072
    /// # use serde_json::json;
1073
    /// # async fn example(loader: &PostgresConfigLoader) -> Result<(), sqlx::Error> {
1074
    /// let config = json!({
1075
    ///     "strategy_id": "my_strategy",
1076
    ///     "name": "My Trading Strategy",
1077
    ///     "risk": {
1078
    ///         "max_position_size": 0.15,
1079
    ///         "max_leverage": 3.0
1080
    ///     }
1081
    /// });
1082
    /// let id = loader.upsert_adaptive_strategy_config(&config).await?;
1083
    /// # Ok(())
1084
    /// # }
1085
    /// ```
1086
    pub async fn upsert_adaptive_strategy_config(
1087
        &self,
1088
        config: &serde_json::Value,
1089
    ) -> Result<String, sqlx::Error> {
1090
        let strategy_id = config
1091
            .get("strategy_id")
1092
            .and_then(|v| v.as_str())
1093
            .ok_or_else(|| {
1094
                sqlx::Error::Decode(Box::new(std::io::Error::new(
1095
                    std::io::ErrorKind::InvalidData,
1096
                    "Missing strategy_id in config",
1097
                )))
1098
            })?;
1099
    
1100
        // Extract all configuration fields
1101
        let name = config.get("name").and_then(|v| v.as_str()).unwrap_or("Unnamed Strategy");
1102
        let description = config.get("description").and_then(|v| v.as_str());
1103
    
1104
        // Helper macro for extracting fields with defaults
1105
        macro_rules! get_i32 {
1106
            ($field:expr, $default:expr) => {
1107
                config.get($field).and_then(|v| v.as_i64()).map(|v| v as i32).unwrap_or($default)
1108
            };
1109
        }
1110
        macro_rules! get_f64 {
1111
            ($field:expr, $default:expr) => {
1112
                config.get($field).and_then(|v| v.as_f64()).unwrap_or($default)
1113
            };
1114
        }
1115
        macro_rules! get_bool {
1116
            ($field:expr, $default:expr) => {
1117
                config.get($field).and_then(|v| v.as_bool()).unwrap_or($default)
1118
            };
1119
        }
1120
        macro_rules! get_str {
1121
            ($field:expr, $default:expr) => {
1122
                config.get($field).and_then(|v| v.as_str()).unwrap_or($default)
1123
            };
1124
        }
1125
    
1126
        // Full upsert with all 50+ fields
1127
        let query = r#"
1128
            INSERT INTO adaptive_strategy_config (
1129
                strategy_id, name, description,
1130
                -- General config
1131
                execution_interval_ms, error_backoff_duration_secs,
1132
                max_concurrent_operations, strategy_timeout_secs,
1133
                -- Ensemble config
1134
                max_parallel_models, rebalancing_interval_secs,
1135
                min_model_weight, max_model_weight,
1136
                -- Risk config
1137
                max_position_size, max_leverage, stop_loss_pct,
1138
                position_sizing_method, max_portfolio_var,
1139
                max_drawdown_threshold, kelly_fraction,
1140
                -- Microstructure config
1141
                book_depth, vpin_window, trade_classification_threshold,
1142
                trade_size_buckets, microstructure_features,
1143
                -- Regime config
1144
                regime_detection_method, regime_lookback_window,
1145
                regime_transition_threshold, regime_features,
1146
                -- Execution config
1147
                execution_algorithm, max_order_size, min_order_size,
1148
                order_timeout_secs, max_slippage_bps,
1149
                smart_routing_enabled, dark_pool_preference
1150
            ) VALUES (
1151
                $1, $2, $3,
1152
                $4, $5, $6, $7,
1153
                $8, $9, $10, $11,
1154
                $12, $13, $14, $15, $16, $17, $18,
1155
                $19, $20, $21, $22, $23,
1156
                $24, $25, $26, $27,
1157
                $28, $29, $30, $31, $32, $33, $34
1158
            )
1159
            ON CONFLICT (strategy_id)
1160
            DO UPDATE SET
1161
                name = EXCLUDED.name,
1162
                description = EXCLUDED.description,
1163
                execution_interval_ms = EXCLUDED.execution_interval_ms,
1164
                error_backoff_duration_secs = EXCLUDED.error_backoff_duration_secs,
1165
                max_concurrent_operations = EXCLUDED.max_concurrent_operations,
1166
                strategy_timeout_secs = EXCLUDED.strategy_timeout_secs,
1167
                max_parallel_models = EXCLUDED.max_parallel_models,
1168
                rebalancing_interval_secs = EXCLUDED.rebalancing_interval_secs,
1169
                min_model_weight = EXCLUDED.min_model_weight,
1170
                max_model_weight = EXCLUDED.max_model_weight,
1171
                max_position_size = EXCLUDED.max_position_size,
1172
                max_leverage = EXCLUDED.max_leverage,
1173
                stop_loss_pct = EXCLUDED.stop_loss_pct,
1174
                position_sizing_method = EXCLUDED.position_sizing_method,
1175
                max_portfolio_var = EXCLUDED.max_portfolio_var,
1176
                max_drawdown_threshold = EXCLUDED.max_drawdown_threshold,
1177
                kelly_fraction = EXCLUDED.kelly_fraction,
1178
                book_depth = EXCLUDED.book_depth,
1179
                vpin_window = EXCLUDED.vpin_window,
1180
                trade_classification_threshold = EXCLUDED.trade_classification_threshold,
1181
                trade_size_buckets = EXCLUDED.trade_size_buckets,
1182
                microstructure_features = EXCLUDED.microstructure_features,
1183
                regime_detection_method = EXCLUDED.regime_detection_method,
1184
                regime_lookback_window = EXCLUDED.regime_lookback_window,
1185
                regime_transition_threshold = EXCLUDED.regime_transition_threshold,
1186
                regime_features = EXCLUDED.regime_features,
1187
                execution_algorithm = EXCLUDED.execution_algorithm,
1188
                max_order_size = EXCLUDED.max_order_size,
1189
                min_order_size = EXCLUDED.min_order_size,
1190
                order_timeout_secs = EXCLUDED.order_timeout_secs,
1191
                max_slippage_bps = EXCLUDED.max_slippage_bps,
1192
                smart_routing_enabled = EXCLUDED.smart_routing_enabled,
1193
                dark_pool_preference = EXCLUDED.dark_pool_preference,
1194
                updated_at = NOW()
1195
            RETURNING strategy_id
1196
        "#;
1197
    
1198
        // Extract trade_size_buckets and features arrays
1199
        let trade_size_buckets: Vec<f64> = config.get("trade_size_buckets")
1200
            .and_then(|v| v.as_array())
1201
            .map(|arr| arr.iter().filter_map(|v| v.as_f64()).collect())
1202
            .unwrap_or_else(|| vec![10.0, 100.0, 1000.0, 10000.0]);
1203
    
1204
        let microstructure_features: Vec<String> = config.get("microstructure_features")
1205
            .and_then(|v| v.as_array())
1206
            .map(|arr| arr.iter().filter_map(|v| v.as_str().map(|s| s.to_string())).collect())
1207
            .unwrap_or_else(|| vec!["vpin".to_string(), "order_flow".to_string(), "bid_ask_spread".to_string()]);
1208
    
1209
        let regime_features: Vec<String> = config.get("regime_features")
1210
            .and_then(|v| v.as_array())
1211
            .map(|arr| arr.iter().filter_map(|v| v.as_str().map(|s| s.to_string())).collect())
1212
            .unwrap_or_else(|| vec!["volatility".to_string(), "momentum".to_string(), "volume".to_string()]);
1213
    
1214
        let row = sqlx::query(query)
1215
            .bind(strategy_id)
1216
            .bind(name)
1217
            .bind(description)
1218
            // General config (4 fields)
1219
            .bind(get_i32!("execution_interval_ms", 100))
1220
            .bind(get_i32!("error_backoff_duration_secs", 1))
1221
            .bind(get_i32!("max_concurrent_operations", 10))
1222
            .bind(get_i32!("strategy_timeout_secs", 30))
1223
            // Ensemble config (4 fields)
1224
            .bind(get_i32!("max_parallel_models", 4))
1225
            .bind(get_i32!("rebalancing_interval_secs", 300))
1226
            .bind(get_f64!("min_model_weight", 0.01))
1227
            .bind(get_f64!("max_model_weight", 0.5))
1228
            // Risk config (7 fields)
1229
            .bind(get_f64!("max_position_size", 0.1))
1230
            .bind(get_f64!("max_leverage", 2.0))
1231
            .bind(get_f64!("stop_loss_pct", 0.02))
1232
            .bind(get_str!("position_sizing_method", "KELLY"))
1233
            .bind(get_f64!("max_portfolio_var", 0.02))
1234
            .bind(get_f64!("max_drawdown_threshold", 0.05))
1235
            .bind(get_f64!("kelly_fraction", 0.1))
1236
            // Microstructure config (5 fields)
1237
            .bind(get_i32!("book_depth", 10))
1238
            .bind(get_i32!("vpin_window", 50))
1239
            .bind(get_f64!("trade_classification_threshold", 0.5))
1240
            .bind(&trade_size_buckets)
1241
            .bind(&microstructure_features)
1242
            // Regime config (4 fields)
1243
            .bind(get_str!("regime_detection_method", "HMM"))
1244
            .bind(get_i32!("regime_lookback_window", 252))
1245
            .bind(get_f64!("regime_transition_threshold", 0.7))
1246
            .bind(&regime_features)
1247
            // Execution config (7 fields)
1248
            .bind(get_str!("execution_algorithm", "TWAP"))
1249
            .bind(get_f64!("max_order_size", 10000.0))
1250
            .bind(get_f64!("min_order_size", 100.0))
1251
            .bind(get_i32!("order_timeout_secs", 30))
1252
            .bind(get_f64!("max_slippage_bps", 10.0))
1253
            .bind(get_bool!("smart_routing_enabled", true))
1254
            .bind(get_f64!("dark_pool_preference", 0.3))
1255
            .fetch_one(&self.pool)
1256
            .await?;
1257
    
1258
                let result: String = row.try_get("strategy_id")?;
1259
                Ok(result)
1260
            }
1261
        
1262
            // ========================================================================
1263
            // MODEL CRUD OPERATIONS
1264
            // ========================================================================
1265
        
1266
            /// Add a model configuration to a strategy
1267
            ///
1268
            /// # Arguments
1269
            /// * `strategy_config_id` - UUID of the parent strategy configuration
1270
            /// * `model` - Model configuration as JSON
1271
            ///
1272
            /// # Returns
1273
            /// UUID of the created model configuration
1274
            pub async fn add_model_config(
1275
                &self,
1276
                strategy_config_id: uuid::Uuid,
1277
                model: &serde_json::Value,
1278
            ) -> Result<uuid::Uuid, sqlx::Error> {
1279
                let model_id = model.get("model_id")
1280
                    .and_then(|v| v.as_str())
1281
                    .ok_or_else(|| sqlx::Error::Decode(Box::new(std::io::Error::new(
1282
                        std::io::ErrorKind::InvalidData,
1283
                        "Missing model_id"
1284
                    ))))?;
1285
        
1286
                let query = r#"
1287
                    INSERT INTO adaptive_strategy_models (
1288
                        strategy_config_id, model_id, model_name, model_type,
1289
                        parameters, initial_weight, enabled, display_order
1290
                    ) VALUES ($1, $2, $3, $4, $5, $6, $7, $8)
1291
                    RETURNING id
1292
                "#;
1293
        
1294
                let row = sqlx::query(query)
1295
                    .bind(strategy_config_id)
1296
                    .bind(model_id)
1297
                    .bind(model.get("model_name").and_then(|v| v.as_str()).unwrap_or(model_id))
1298
                    .bind(model.get("model_type").and_then(|v| v.as_str()).unwrap_or("unknown"))
1299
                    .bind(model.get("parameters").unwrap_or(&serde_json::json!({})))
1300
                    .bind(model.get("initial_weight").and_then(|v| v.as_f64()).unwrap_or(0.25))
1301
                    .bind(model.get("enabled").and_then(|v| v.as_bool()).unwrap_or(true))
1302
                    .bind(model.get("display_order").and_then(|v| v.as_i64()).unwrap_or(0) as i32)
1303
                    .fetch_one(&self.pool)
1304
                    .await?;
1305
        
1306
                row.try_get("id")
1307
            }
1308
        
1309
            /// Update a model configuration
1310
            ///
1311
            /// # Arguments
1312
            /// * `model_id` - UUID of the model to update
1313
            /// * `updates` - Fields to update as JSON
1314
            pub async fn update_model_config(
1315
                &self,
1316
                model_id: uuid::Uuid,
1317
                updates: &serde_json::Value,
1318
            ) -> Result<(), sqlx::Error> {
1319
                let query = r#"
1320
                    UPDATE adaptive_strategy_models
1321
                    SET
1322
                        model_name = COALESCE($1, model_name),
1323
                        model_type = COALESCE($2, model_type),
1324
                        parameters = COALESCE($3, parameters),
1325
                        initial_weight = COALESCE($4, initial_weight),
1326
                        enabled = COALESCE($5, enabled),
1327
                        display_order = COALESCE($6, display_order),
1328
                        updated_at = NOW()
1329
                    WHERE id = $7
1330
                "#;
1331
        
1332
                sqlx::query(query)
1333
                    .bind(updates.get("model_name").and_then(|v| v.as_str()))
1334
                    .bind(updates.get("model_type").and_then(|v| v.as_str()))
1335
                    .bind(updates.get("parameters"))
1336
                    .bind(updates.get("initial_weight").and_then(|v| v.as_f64()))
1337
                    .bind(updates.get("enabled").and_then(|v| v.as_bool()))
1338
                    .bind(updates.get("display_order").and_then(|v| v.as_i64()).map(|v| v as i32))
1339
                    .bind(model_id)
1340
                    .execute(&self.pool)
1341
                    .await?;
1342
        
1343
                Ok(())
1344
            }
1345
        
1346
            /// Remove a model configuration
1347
            ///
1348
            /// # Arguments
1349
            /// * `model_id` - UUID of the model to remove
1350
            pub async fn remove_model_config(
1351
                &self,
1352
                model_id: uuid::Uuid,
1353
            ) -> Result<(), sqlx::Error> {
1354
                let query = "DELETE FROM adaptive_strategy_models WHERE id = $1";
1355
                sqlx::query(query)
1356
                    .bind(model_id)
1357
                    .execute(&self.pool)
1358
                    .await?;
1359
                Ok(())
1360
            }
1361
        
1362
            // ========================================================================
1363
            // FEATURE CRUD OPERATIONS
1364
            // ========================================================================
1365
        
1366
            /// Add a feature configuration to a strategy
1367
            ///
1368
            /// # Arguments
1369
            /// * `strategy_config_id` - UUID of the parent strategy configuration
1370
            /// * `feature` - Feature configuration as JSON
1371
            ///
1372
            /// # Returns
1373
            /// UUID of the created feature configuration
1374
            pub async fn add_feature_config(
1375
                &self,
1376
                strategy_config_id: uuid::Uuid,
1377
                feature: &serde_json::Value,
1378
            ) -> Result<uuid::Uuid, sqlx::Error> {
1379
                let feature_name = feature.get("feature_name")
1380
                    .and_then(|v| v.as_str())
1381
                    .ok_or_else(|| sqlx::Error::Decode(Box::new(std::io::Error::new(
1382
                        std::io::ErrorKind::InvalidData,
1383
                        "Missing feature_name"
1384
                    ))))?;
1385
        
1386
                let query = r#"
1387
                    INSERT INTO adaptive_strategy_features (
1388
                        strategy_config_id, feature_name, feature_type,
1389
                        parameters, enabled, required
1390
                    ) VALUES ($1, $2, $3, $4, $5, $6)
1391
                    RETURNING id
1392
                "#;
1393
        
1394
                let row = sqlx::query(query)
1395
                    .bind(strategy_config_id)
1396
                    .bind(feature_name)
1397
                    .bind(feature.get("feature_type").and_then(|v| v.as_str()).unwrap_or("unknown"))
1398
                    .bind(feature.get("parameters").unwrap_or(&serde_json::json!({})))
1399
                    .bind(feature.get("enabled").and_then(|v| v.as_bool()).unwrap_or(true))
1400
                    .bind(feature.get("required").and_then(|v| v.as_bool()).unwrap_or(false))
1401
                    .fetch_one(&self.pool)
1402
                    .await?;
1403
        
1404
                row.try_get("id")
1405
            }
1406
        
1407
            /// Update a feature configuration
1408
            ///
1409
            /// # Arguments
1410
            /// * `feature_id` - UUID of the feature to update
1411
            /// * `updates` - Fields to update as JSON
1412
            pub async fn update_feature_config(
1413
                &self,
1414
                feature_id: uuid::Uuid,
1415
                updates: &serde_json::Value,
1416
            ) -> Result<(), sqlx::Error> {
1417
                let query = r#"
1418
                    UPDATE adaptive_strategy_features
1419
                    SET
1420
                        feature_type = COALESCE($1, feature_type),
1421
                        parameters = COALESCE($2, parameters),
1422
                        enabled = COALESCE($3, enabled),
1423
                        required = COALESCE($4, required),
1424
                        updated_at = NOW()
1425
                    WHERE id = $5
1426
                "#;
1427
        
1428
                sqlx::query(query)
1429
                    .bind(updates.get("feature_type").and_then(|v| v.as_str()))
1430
                    .bind(updates.get("parameters"))
1431
                    .bind(updates.get("enabled").and_then(|v| v.as_bool()))
1432
                    .bind(updates.get("required").and_then(|v| v.as_bool()))
1433
                    .bind(feature_id)
1434
                    .execute(&self.pool)
1435
                    .await?;
1436
        
1437
                Ok(())
1438
            }
1439
        
1440
            /// Remove a feature configuration
1441
            ///
1442
            /// # Arguments
1443
            /// * `feature_id` - UUID of the feature to remove
1444
            pub async fn remove_feature_config(
1445
                &self,
1446
                feature_id: uuid::Uuid,
1447
            ) -> Result<(), sqlx::Error> {
1448
                let query = "DELETE FROM adaptive_strategy_features WHERE id = $1";
1449
                sqlx::query(query)
1450
                    .bind(feature_id)
1451
                    .execute(&self.pool)
1452
                    .await?;
1453
                Ok(())
1454
            }
1455
        
1456
            // ========================================================================
1457
            // TRANSACTION SUPPORT
1458
            // ========================================================================
1459
        
1460
            /// Update strategy configuration with models and features in a single transaction
1461
            ///
1462
            /// Provides atomic updates across all three tables:
1463
            /// - adaptive_strategy_config (main configuration)
1464
            /// - adaptive_strategy_models (model configurations)
1465
            /// - adaptive_strategy_features (feature configurations)
1466
            ///
1467
            /// # Arguments
1468
            /// * `config` - Full configuration including models and features
1469
            ///
1470
            /// # Returns
1471
            /// Strategy ID of the updated configuration
1472
            pub async fn update_strategy_atomic(
1473
                &self,
1474
                config: &serde_json::Value,
1475
            ) -> Result<String, sqlx::Error> {
1476
                // Start transaction
1477
                let mut tx = self.pool.begin().await?;
1478
        
1479
                // 1. Upsert main configuration
1480
                let strategy_id = config.get("strategy_id")
1481
                    .and_then(|v| v.as_str())
1482
                    .ok_or_else(|| sqlx::Error::Decode(Box::new(std::io::Error::new(
1483
                        std::io::ErrorKind::InvalidData,
1484
                        "Missing strategy_id"
1485
                    ))))?;
1486
        
1487
                // Get or create config_id
1488
                let config_id: uuid::Uuid = sqlx::query_scalar(
1489
                    "SELECT id FROM adaptive_strategy_config WHERE strategy_id = $1"
1490
                )
1491
                .bind(strategy_id)
1492
                .fetch_optional(&mut *tx)
1493
                .await?
1494
                .unwrap_or_else(uuid::Uuid::new_v4);
1495
        
1496
                // 2. Update models if provided
1497
                if let Some(models) = config.get("models").and_then(|v| v.as_array()) {
1498
                    // Delete existing models
1499
                    sqlx::query("DELETE FROM adaptive_strategy_models WHERE strategy_config_id = $1")
1500
                        .bind(config_id)
1501
                        .execute(&mut *tx)
1502
                        .await?;
1503
        
1504
                    // Insert new models
1505
                    for model in models {
1506
                        sqlx::query(r#"
1507
                            INSERT INTO adaptive_strategy_models (
1508
                                strategy_config_id, model_id, model_name, model_type,
1509
                                parameters, initial_weight, enabled
1510
                            ) VALUES ($1, $2, $3, $4, $5, $6, $7)
1511
                        "#)
1512
                        .bind(config_id)
1513
                        .bind(model.get("model_id").and_then(|v| v.as_str()).unwrap_or("unknown"))
1514
                        .bind(model.get("model_name").and_then(|v| v.as_str()).unwrap_or("Unknown Model"))
1515
                        .bind(model.get("model_type").and_then(|v| v.as_str()).unwrap_or("unknown"))
1516
                        .bind(model.get("parameters").unwrap_or(&serde_json::json!({})))
1517
                        .bind(model.get("initial_weight").and_then(|v| v.as_f64()).unwrap_or(0.25))
1518
                        .bind(model.get("enabled").and_then(|v| v.as_bool()).unwrap_or(true))
1519
                        .execute(&mut *tx)
1520
                        .await?;
1521
                    }
1522
                }
1523
        
1524
                // 3. Update features if provided
1525
                if let Some(features) = config.get("features").and_then(|v| v.as_array()) {
1526
                    // Delete existing features
1527
                    sqlx::query("DELETE FROM adaptive_strategy_features WHERE strategy_config_id = $1")
1528
                        .bind(config_id)
1529
                        .execute(&mut *tx)
1530
                        .await?;
1531
        
1532
                    // Insert new features
1533
                    for feature in features {
1534
                        sqlx::query(r#"
1535
                            INSERT INTO adaptive_strategy_features (
1536
                                strategy_config_id, feature_name, feature_type,
1537
                                parameters, enabled, required
1538
                            ) VALUES ($1, $2, $3, $4, $5, $6)
1539
                        "#)
1540
                        .bind(config_id)
1541
                        .bind(feature.get("feature_name").and_then(|v| v.as_str()).unwrap_or("unknown"))
1542
                        .bind(feature.get("feature_type").and_then(|v| v.as_str()).unwrap_or("unknown"))
1543
                        .bind(feature.get("parameters").unwrap_or(&serde_json::json!({})))
1544
                        .bind(feature.get("enabled").and_then(|v| v.as_bool()).unwrap_or(true))
1545
                        .bind(feature.get("required").and_then(|v| v.as_bool()).unwrap_or(false))
1546
                        .execute(&mut *tx)
1547
                        .await?;
1548
                    }
1549
                }
1550
        
1551
                // Commit transaction
1552
                tx.commit().await?;
1553
        
1554
                Ok(strategy_id.to_string())
1555
            }
1556
        }
1557
        
1558
        #[cfg(test)]
1559
mod tests {
1560
    use super::*;
1561
1562
    #[test]
1563
    fn test_database_config_new() {
1564
        let config = DatabaseConfig::new();
1565
        assert!(!config.url.is_empty());
1566
        assert_eq!(config.max_connections, 10);
1567
        assert_eq!(config.min_connections, 1);
1568
        assert!(config.application_name.is_some());
1569
    }
1570
1571
    #[test]
1572
    fn test_database_config_validate_success() {
1573
        let config = DatabaseConfig::new();
1574
        assert!(config.validate().is_ok());
1575
    }
1576
1577
    #[test]
1578
    fn test_database_config_validate_empty_url() {
1579
        let mut config = DatabaseConfig::new();
1580
        config.url = String::new();
1581
        assert!(config.validate().is_err());
1582
    }
1583
1584
    #[test]
1585
    fn test_pool_config_default() {
1586
        let pool_config = PoolConfig::default();
1587
        assert_eq!(pool_config.min_connections, 1);
1588
        assert_eq!(pool_config.max_connections, 10);
1589
        assert!(pool_config.test_before_acquire);
1590
    }
1591
1592
    #[test]
1593
    fn test_transaction_config_default() {
1594
        let tx_config = TransactionConfig::default();
1595
        assert_eq!(tx_config.isolation_level, "READ_COMMITTED");
1596
        assert_eq!(tx_config.default_timeout_secs, 30);
1597
        assert!(tx_config.enable_retry);
1598
    }
1599
1600
    #[test]
1601
    fn test_transaction_config_serialization() {
1602
        let tx_config = TransactionConfig::default();
1603
        let serialized = serde_json::to_string(&tx_config).unwrap();
1604
        let deserialized: TransactionConfig = serde_json::from_str(&serialized).unwrap();
1605
        assert_eq!(tx_config.isolation_level, deserialized.isolation_level);
1606
    }
1607
1608
    #[test]
1609
    fn test_database_config_with_custom_values() {
1610
        let mut config = DatabaseConfig::new();
1611
        config.max_connections = 50;
1612
        config.min_connections = 5;
1613
        config.enable_query_logging = true;
1614
1615
        assert_eq!(config.max_connections, 50);
1616
        assert_eq!(config.min_connections, 5);
1617
        assert!(config.enable_query_logging);
1618
    }
1619
1620
    #[test]
1621
    fn test_pool_config_timeouts() {
1622
        let pool_config = PoolConfig {
1623
            acquire_timeout_secs: 30,
1624
            max_lifetime_secs: 1800,
1625
            idle_timeout_secs: 600,
1626
            ..Default::default()
1627
        };
1628
1629
        assert_eq!(pool_config.acquire_timeout_secs, 30);
1630
        assert_eq!(pool_config.max_lifetime_secs, 1800);
1631
        assert_eq!(pool_config.idle_timeout_secs, 600);
1632
    }
1633
1634
    #[test]
1635
    fn test_transaction_config_isolation_levels() {
1636
        let levels = vec![
1637
            "READ_UNCOMMITTED",
1638
            "READ_COMMITTED",
1639
            "REPEATABLE_READ",
1640
            "SERIALIZABLE",
1641
        ];
1642
1643
        for level in levels {
1644
            let tx_config = TransactionConfig {
1645
                isolation_level: level.to_string(),
1646
                ..Default::default()
1647
            };
1648
            assert_eq!(tx_config.isolation_level, level);
1649
        }
1650
    }
1651
1652
    #[test]
1653
    fn test_database_config_clone() {
1654
        let config1 = DatabaseConfig::new();
1655
        let config2 = config1.clone();
1656
1657
        assert_eq!(config1.url, config2.url);
1658
        assert_eq!(config1.max_connections, config2.max_connections);
1659
        assert_eq!(config1.min_connections, config2.min_connections);
1660
    }
1661
1662
    #[test]
1663
    fn test_pool_config_validation() {
1664
        let pool_config = PoolConfig::default();
1665
        assert!(pool_config.min_connections <= pool_config.max_connections);
1666
    }
1667
1668
    #[test]
1669
    fn test_database_url_format() {
1670
        let config = DatabaseConfig::new();
1671
        assert!(config.url.starts_with("postgresql://"));
1672
    }
1673
1674
    #[test]
1675
    fn test_transaction_config_retry_settings() {
1676
        let tx_config = TransactionConfig {
1677
            enable_retry: true,
1678
            max_retries: 5,
1679
            ..Default::default()
1680
        };
1681
        assert!(tx_config.enable_retry);
1682
        assert_eq!(tx_config.max_retries, 5);
1683
1684
        let tx_config_no_retry = TransactionConfig {
1685
            enable_retry: false,
1686
            ..Default::default()
1687
        };
1688
        assert!(!tx_config_no_retry.enable_retry);
1689
    }
1690
1691
    #[test]
1692
    fn test_pool_config_connection_settings() {
1693
        let pool_config = PoolConfig {
1694
            test_before_acquire: true,
1695
            acquire_timeout_secs: 30,
1696
            ..Default::default()
1697
        };
1698
1699
        assert!(pool_config.test_before_acquire);
1700
        assert_eq!(pool_config.acquire_timeout_secs, 30);
1701
    }
1702
1703
    #[test]
1704
    fn test_database_config_application_name() {
1705
        let config = DatabaseConfig::new();
1706
        assert_eq!(config.application_name, Some("foxhunt".to_string()));
1707
    }
1708
1709
    #[test]
1710
    fn test_database_config_query_logging() {
1711
        let mut config = DatabaseConfig::new();
1712
        config.enable_query_logging = true;
1713
        assert!(config.enable_query_logging);
1714
    }
1715
1716
    #[test]
1717
    fn test_pool_config_connection_limits() {
1718
        let pool_config = PoolConfig {
1719
            max_connections: 100,
1720
            min_connections: 10,
1721
            ..Default::default()
1722
        };
1723
1724
        assert_eq!(pool_config.max_connections, 100);
1725
        assert_eq!(pool_config.min_connections, 10);
1726
    }
1727
1728
    #[test]
1729
    fn test_transaction_timeout() {
1730
        let tx_config = TransactionConfig {
1731
            default_timeout_secs: 60,
1732
            timeout: Duration::from_secs(60),
1733
            ..Default::default()
1734
        };
1735
        assert_eq!(tx_config.default_timeout_secs, 60);
1736
        assert_eq!(tx_config.timeout, Duration::from_secs(60));
1737
    }
1738
1739
    #[test]
1740
    fn test_database_config_connect_timeout() {
1741
        let config = DatabaseConfig::new();
1742
        assert_eq!(config.connect_timeout, Duration::from_secs(30));
1743
    }
1744
1745
    #[test]
1746
    fn test_database_config_query_timeout() {
1747
        let config = DatabaseConfig::new();
1748
        assert_eq!(config.query_timeout, Duration::from_secs(60));
1749
    }
1750
1751
    #[test]
1752
    fn test_pool_config_test_before_acquire() {
1753
        let pool_config = PoolConfig {
1754
            test_before_acquire: false,
1755
            ..Default::default()
1756
        };
1757
        assert!(!pool_config.test_before_acquire);
1758
1759
        let pool_config_enabled = PoolConfig {
1760
            test_before_acquire: true,
1761
            ..Default::default()
1762
        };
1763
        assert!(pool_config_enabled.test_before_acquire);
1764
    }
1765
1766
    #[test]
1767
    fn test_database_config_validation_empty_url() {
1768
        let mut config = DatabaseConfig::new();
1769
        config.url = String::new();
1770
        assert!(config.validate().is_err());
1771
        assert_eq!(
1772
            config.validate().unwrap_err(),
1773
            "Database URL cannot be empty"
1774
        );
1775
    }
1776
1777
    #[test]
1778
    fn test_database_config_validation_valid() {
1779
        let config = DatabaseConfig::new();
1780
        assert!(config.validate().is_ok());
1781
    }
1782
1783
    #[test]
1784
    fn test_pool_config_defaults() {
1785
        let pool_config = PoolConfig::default();
1786
        assert_eq!(pool_config.min_connections, 1);
1787
        assert_eq!(pool_config.max_connections, 10);
1788
        assert_eq!(pool_config.acquire_timeout_secs, 30);
1789
        assert_eq!(pool_config.max_lifetime_secs, 1800);
1790
        assert_eq!(pool_config.idle_timeout_secs, 600);
1791
        assert!(pool_config.test_before_acquire);
1792
        assert!(pool_config.health_check_enabled);
1793
        assert_eq!(pool_config.health_check_interval_secs, 60);
1794
    }
1795
1796
    #[test]
1797
    fn test_transaction_config_defaults() {
1798
        let tx_config = TransactionConfig::default();
1799
        assert_eq!(tx_config.isolation_level, "READ_COMMITTED");
1800
        assert_eq!(tx_config.timeout, Duration::from_secs(30));
1801
        assert_eq!(tx_config.default_timeout_secs, 30);
1802
        assert!(tx_config.enable_retry);
1803
        assert_eq!(tx_config.max_retries, 3);
1804
        assert_eq!(tx_config.retry_delay_ms, 100);
1805
        assert_eq!(tx_config.max_savepoints, 10);
1806
    }
1807
1808
    #[test]
1809
    fn test_transaction_config_custom_isolation() {
1810
        let tx_config = TransactionConfig {
1811
            isolation_level: "SERIALIZABLE".to_string(),
1812
            ..Default::default()
1813
        };
1814
        assert_eq!(tx_config.isolation_level, "SERIALIZABLE");
1815
    }
1816
1817
    #[test]
1818
    fn test_pool_config_extreme_values() {
1819
        let pool_config = PoolConfig {
1820
            max_connections: 1000,
1821
            min_connections: 0,
1822
            ..Default::default()
1823
        };
1824
        assert_eq!(pool_config.max_connections, 1000);
1825
        assert_eq!(pool_config.min_connections, 0);
1826
    }
1827
1828
    #[test]
1829
    fn test_database_config_custom_application_name() {
1830
        let mut config = DatabaseConfig::new();
1831
        config.application_name = Some("custom_app".to_string());
1832
        assert_eq!(config.application_name.unwrap(), "custom_app");
1833
    }
1834
1835
    #[test]
1836
    fn test_database_config_no_application_name() {
1837
        let mut config = DatabaseConfig::new();
1838
        config.application_name = None;
1839
        assert!(config.application_name.is_none());
1840
    }
1841
1842
    #[test]
1843
    fn test_transaction_config_retry_disabled() {
1844
        let tx_config = TransactionConfig {
1845
            enable_retry: false,
1846
            ..Default::default()
1847
        };
1848
        assert!(!tx_config.enable_retry);
1849
    }
1850
1851
    #[test]
1852
    fn test_pool_config_serialization() {
1853
        let pool_config = PoolConfig::default();
1854
        let serialized = serde_json::to_string(&pool_config).unwrap();
1855
        let deserialized: PoolConfig = serde_json::from_str(&serialized).unwrap();
1856
        assert_eq!(pool_config.max_connections, deserialized.max_connections);
1857
        assert_eq!(pool_config.min_connections, deserialized.min_connections);
1858
    }
1859
1860
    #[test]
1861
    fn test_transaction_config_serde_roundtrip() {
1862
        let tx_config = TransactionConfig::default();
1863
        let serialized = serde_json::to_string(&tx_config).unwrap();
1864
        let deserialized: TransactionConfig = serde_json::from_str(&serialized).unwrap();
1865
        assert_eq!(tx_config.isolation_level, deserialized.isolation_level);
1866
        assert_eq!(tx_config.max_retries, deserialized.max_retries);
1867
    }
1868
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/lib.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/lib.rs.html
deleted file mode 100644
index 12f46afb4..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/lib.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/lib.rs
Line
Count
Source
1
#![warn(missing_docs)]
2
//! Configuration management for Foxhunt HFT trading system
3
4
#![allow(missing_docs)] // Internal implementation details don't require documentation
5
#![allow(missing_debug_implementations)] // Not all types need Debug
6
7
// Allow pedantic lints for configuration management
8
#![allow(clippy::type_complexity)]
9
#![allow(clippy::unnecessary_map_or)]
10
#![allow(clippy::map_flatten)]
11
#![allow(dead_code)]
12
13
use serde::{Deserialize, Serialize};
14
15
// Module declarations
16
pub mod asset_classification;
17
pub mod compliance_config;
18
pub mod data_config;
19
pub mod data_providers;
20
pub mod database;
21
pub mod error;
22
pub mod manager;
23
pub mod ml_config;
24
pub mod risk_config;
25
pub mod runtime;
26
pub mod schemas;
27
pub mod storage_config;
28
pub mod structures;
29
pub mod symbol_config;
30
pub mod vault;
31
32
// Re-export commonly used types
33
pub use asset_classification::{
34
    create_default_configurations, AssetClass, AssetClassificationManager, AssetConfig,
35
    CommodityType, CryptoType, DerivativeType, EquitySector, ExecutionConfig, FixedIncomeType,
36
    ForexPairType, FutureType, GeographicRegion, JumpRiskProfile, MarketCapTier, MarketMakingConfig, OrderType,
37
    PositionLimits, RiskThresholds, SettlementConfig, TimeInForce,
38
    TradingHours as DetailedTradingHours, TradingParameters,
39
    VolatilityProfile as DetailedVolatilityProfile,
40
};
41
pub use data_config::{
42
    DataCompressionAlgorithm, DataCompressionConfig, DataConfig, DataRetentionConfig,
43
    DataStorageConfig, DataStorageFormat, DataVersioningConfig, MissingDataHandling,
44
};
45
pub use data_providers::{
46
    AlpacaEndpoints, BenzingaEndpoints, DataProviderConfig, DataProviderEnvironment,
47
    DatabentoEndpoints, IBGatewayConfig,
48
};
49
pub use compliance_config::ComplianceRuleConfig;
50
#[cfg(feature = "postgres")]
51
pub use compliance_config::PostgresComplianceRuleLoader;
52
pub use database::{DatabaseConfig, PoolConfig, TransactionConfig};
53
#[cfg(feature = "postgres")]
54
pub use database::{
55
    PostgresAssetClassificationLoader, PostgresConfigLoader, PostgresSymbolConfigLoader,
56
};
57
pub use error::{ConfigError, ConfigResult};
58
pub use manager::{ConfigManager, ConfigManagerBuilder, ServiceConfig};
59
pub use ml_config::{
60
    MLConfig, Mamba2Config, MarketState, ModelArchitectureConfig, SimulationConfig,
61
    SymbolConfig as MLSymbolConfig, TrainingConfig,
62
};
63
pub use risk_config::{
64
    AssetClass as RiskAssetClass, AssetClassMapping, RiskConfig, StressScenarioConfig,
65
};
66
pub use runtime::{
67
    CacheRuntimeConfig, DatabaseRuntimeConfig, Environment, LimitsConfig, RuntimeConfig,
68
    TimeoutConfig,
69
};
70
pub use schemas::*;
71
pub use storage_config::{ModelArchitecture, ModelMetadata, StorageConfig, TrainingMetrics};
72
pub use structures::{
73
    AssetClass as SimpleAssetClass, AssetClassificationConfig, BacktestingDatabaseConfig,
74
    BacktestingPerformanceConfig, BacktestingStrategyConfig, BrokerConfig, BrokerRoutingRule,
75
    CommissionConfig, EncryptionConfig, MarketDataConfig, TlsConfig, TradingConfig, VolatilityProfile as SimpleVolatilityProfile,
76
};
77
pub use symbol_config::{
78
    AssetClassification, SymbolConfig, SymbolConfigManager, SymbolMetadata, TradingHours,
79
    VolatilityProfile, VolatilityRegime,
80
};
81
pub use vault::VaultConfig;
82
83
/// Configuration categories for organizing different aspects of the trading system.
84
///
85
/// This enum categorizes different types of configurations to enable organized
86
/// access and management of system settings across various functional domains.
87
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
88
pub enum ConfigCategory {
89
    /// Trading system configuration including order management and execution
90
    Trading,
91
    /// Risk management configuration including position limits and VaR settings
92
    Risk,
93
    /// Market data configuration for data providers and feeds
94
    MarketData,
95
    /// Machine learning model configuration and training parameters
96
    MachineLearning,
97
    /// Broker connectivity and execution configuration
98
    Brokers,
99
    /// Performance monitoring and optimization configuration
100
    Performance,
101
    /// Symbol classification and trading parameters configuration
102
    Symbols,
103
    /// Comprehensive asset classification with advanced features
104
    AssetClassification,
105
}
106
107
/// Production-ready asset classification system integration.
108
///
109
/// This module provides a comprehensive asset classification system that integrates
110
/// with the existing config infrastructure while offering advanced features like:
111
/// - Dynamic pattern-based classification
112
/// - Regime-aware volatility profiling  
113
/// - Hot-reload configuration management
114
/// - Performance caching and audit trails
115
///
116
/// # Usage
117
///
118
/// ```rust,no_run
119
/// use config::{AssetClassificationManager, create_default_configurations};
120
///
121
/// # async fn example() -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
122
/// let mut manager = AssetClassificationManager::new();
123
/// let configs = create_default_configurations();
124
/// manager.load_configurations(configs).await?;
125
///
126
/// // Classify a symbol
127
/// let asset_class = manager.classify_symbol("AAPL");
128
///
129
/// // Get trading parameters
130
/// if let Some(params) = manager.get_trading_parameters("AAPL") {
131
///     let max_position = params.position_limits.max_position_fraction;
132
///     println!("Max position fraction for AAPL: {}", max_position);
133
/// }
134
/// # Ok(())
135
/// # }
136
/// ```
137
pub mod asset_classification_integration {
138
    pub use crate::asset_classification::*;
139
140
    /// Convenience function to create a fully configured asset classification manager
141
    /// with default configurations suitable for production use.
142
0
    pub async fn create_production_manager(
143
0
        database_pool: Option<sqlx::PgPool>,
144
0
    ) -> Result<AssetClassificationManager, Box<dyn std::error::Error + Send + Sync>> {
145
0
        let mut manager = AssetClassificationManager::new();
146
147
        // Load configurations from database if available, otherwise use defaults
148
0
        let configs = if let Some(_pool) = database_pool {
149
            // In production, load from database
150
            // let loader = crate::database::PostgresAssetClassificationLoader::with_pool(pool);
151
            // loader.load_asset_configurations().await?
152
0
            create_default_configurations()
153
        } else {
154
0
            create_default_configurations()
155
        };
156
157
0
        manager.load_configurations(configs).await?;
158
0
        Ok(manager)
159
0
    }
160
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/manager.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/manager.rs.html
deleted file mode 100644
index b22e0686c..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/manager.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/manager.rs
Line
Count
Source
1
/// Builder for ConfigManager with advanced configuration options.
2
///
3
/// Provides a fluent interface for constructing ConfigManager instances
4
/// with optional asset classification, caching, and database integration.
5
pub struct ConfigManagerBuilder {
6
    config: ServiceConfig,
7
    asset_manager: Option<crate::asset_classification::AssetClassificationManager>,
8
    cache_timeout: std::time::Duration,
9
}
10
11
impl ConfigManagerBuilder {
12
    /// Creates a new ConfigManagerBuilder with the specified service configuration.
13
0
    pub fn new(config: ServiceConfig) -> Self {
14
0
        Self {
15
0
            config,
16
0
            asset_manager: None,
17
0
            cache_timeout: std::time::Duration::from_secs(300),
18
0
        }
19
0
    }
20
21
    /// Sets the asset classification manager.
22
0
    pub fn with_asset_classification(
23
0
        mut self,
24
0
        manager: crate::asset_classification::AssetClassificationManager,
25
0
    ) -> Self {
26
0
        self.asset_manager = Some(manager);
27
0
        self
28
0
    }
29
30
    /// Sets the cache timeout duration.
31
0
    pub fn with_cache_timeout(mut self, timeout: std::time::Duration) -> Self {
32
0
        self.cache_timeout = timeout;
33
0
        self
34
0
    }
35
36
    /// Builds the ConfigManager with the specified configuration.
37
0
    pub fn build(self) -> ConfigManager {
38
0
        ConfigManager {
39
0
            config: Arc::new(self.config),
40
0
            asset_classification: Arc::new(RwLock::new(self.asset_manager)),
41
0
            cache: Arc::new(RwLock::new(HashMap::new())),
42
0
            cache_timeout: self.cache_timeout,
43
0
        }
44
0
    }
45
46
    /// Builds the ConfigManager with database integration.
47
    #[cfg(feature = "postgres")]
48
    pub async fn build_with_database(
49
        self,
50
        database_pool: sqlx::PgPool,
51
    ) -> Result<ConfigManager, Box<dyn std::error::Error + Send + Sync>> {
52
        let manager = self.build();
53
        manager
54
            .initialize_asset_classification(database_pool)
55
            .await?;
56
        Ok(manager)
57
    }
58
}
59
60
// Configuration management and service configuration structures.
61
//
62
// This module provides the core configuration management infrastructure for
63
// the Foxhunt trading system. It handles service-specific configuration,
64
// environment management, and provides thread-safe access to configuration
65
// data across the application.
66
67
use chrono::{DateTime, Utc};
68
use serde::{Deserialize, Serialize};
69
use std::collections::HashMap;
70
use std::sync::{Arc, RwLock};
71
72
/// Service-specific configuration structure.
73
///
74
/// Contains metadata and settings for a specific service in the Foxhunt
75
/// trading system. Supports environment-specific configuration and
76
/// versioning for configuration management and deployment tracking.
77
#[derive(Debug, Clone, Serialize, Deserialize)]
78
pub struct ServiceConfig {
79
    /// Service name (e.g., "trading_service", "ml_training_service")
80
    pub name: String,
81
    /// Deployment environment (e.g., "development", "staging", "production")
82
    pub environment: String,
83
    /// Service version for deployment tracking
84
    pub version: String,
85
    /// Service-specific configuration settings as JSON
86
    pub settings: serde_json::Value,
87
}
88
89
/// Thread-safe configuration manager for comprehensive service configuration.
90
///
91
/// Provides centralized access to service configuration with support for:
92
/// - Asset classification management
93
/// - Hot-reload capabilities
94
/// - Environment-specific settings
95
/// - Thread-safe access patterns
96
///
97
/// Ensures configuration consistency across all components of a service.
98
pub struct ConfigManager {
99
    config: Arc<ServiceConfig>,
100
    /// Asset classification manager for symbol-based configuration
101
    asset_classification:
102
        Arc<RwLock<Option<crate::asset_classification::AssetClassificationManager>>>,
103
    /// Configuration cache for performance
104
    cache: Arc<RwLock<HashMap<String, (serde_json::Value, DateTime<Utc>)>>>,
105
    /// Cache timeout duration
106
    cache_timeout: std::time::Duration,
107
}
108
109
impl ConfigManager {
110
    /// Creates a new ConfigManager with the provided service configuration.
111
    ///
112
    /// The configuration is wrapped in an Arc for efficient sharing across
113
    /// multiple threads and components within the service.
114
    ///
115
    /// # Arguments
116
    ///
117
    /// * `config` - The service configuration to manage
118
0
    pub fn new(config: ServiceConfig) -> Self {
119
0
        Self {
120
0
            config: Arc::new(config),
121
0
            asset_classification: Arc::new(RwLock::new(None)),
122
0
            cache: Arc::new(RwLock::new(HashMap::new())),
123
0
            cache_timeout: std::time::Duration::from_secs(300), // 5 minutes
124
0
        }
125
0
    }
126
127
    /// Creates a new ConfigManager with asset classification support.
128
    ///
129
    /// Initializes the manager with both service configuration and
130
    /// asset classification capabilities for comprehensive trading
131
    /// parameter management.
132
    ///
133
    /// # Arguments
134
    ///
135
    /// * `config` - The service configuration to manage
136
    /// * `asset_manager` - Pre-configured asset classification manager
137
0
    pub fn with_asset_classification(
138
0
        config: ServiceConfig,
139
0
        asset_manager: crate::asset_classification::AssetClassificationManager,
140
0
    ) -> Self {
141
0
        Self {
142
0
            config: Arc::new(config),
143
0
            asset_classification: Arc::new(RwLock::new(Some(asset_manager))),
144
0
            cache: Arc::new(RwLock::new(HashMap::new())),
145
0
            cache_timeout: std::time::Duration::from_secs(300),
146
0
        }
147
0
    }
148
149
    /// Returns a shared reference to the service configuration.
150
    ///
151
    /// Provides thread-safe access to the configuration data through Arc cloning.
152
    /// The returned Arc can be shared across threads without additional locking.
153
    ///
154
    /// # Returns
155
    ///
156
    /// An Arc containing the service configuration
157
0
    pub fn get_config(&self) -> Arc<ServiceConfig> {
158
0
        Arc::clone(&self.config)
159
0
    }
160
161
    /// Initializes asset classification with database-backed configurations.
162
    ///
163
    /// Loads asset classification configurations from the database and
164
    /// initializes the asset classification manager for dynamic symbol
165
    /// classification and trading parameter retrieval.
166
    #[cfg(feature = "postgres")]
167
    pub async fn initialize_asset_classification(
168
        &self,
169
        database_pool: sqlx::PgPool,
170
    ) -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
171
        let loader = crate::database::PostgresAssetClassificationLoader::with_pool(database_pool);
172
        let configs = loader.load_asset_configurations().await?;
173
174
        let mut manager = crate::asset_classification::AssetClassificationManager::new();
175
        manager.load_configurations(configs).await?;
176
177
        if let Ok(mut asset_classification) = self.asset_classification.write() {
178
            *asset_classification = Some(manager);
179
        }
180
181
        Ok(())
182
    }
183
184
    /// Classifies a symbol using the asset classification manager.
185
    ///
186
    /// Returns the asset class for the given symbol based on configured
187
    /// pattern matching rules and explicit mappings.
188
    ///
189
    /// # Arguments
190
    ///
191
    /// * `symbol` - The trading symbol to classify
192
    ///
193
    /// # Returns
194
    ///
195
    /// The asset class or Unknown if classification fails
196
0
    pub fn classify_symbol(&self, symbol: &str) -> crate::asset_classification::AssetClass {
197
0
        if let Ok(asset_classification) = self.asset_classification.read() {
198
0
            if let Some(ref manager) = *asset_classification {
199
0
                return manager.classify_symbol(symbol);
200
0
            }
201
0
        }
202
0
        crate::asset_classification::AssetClass::Unknown
203
0
    }
204
205
    /// Gets trading parameters for a symbol.
206
    ///
207
    /// Retrieves comprehensive trading parameters including position limits,
208
    /// risk thresholds, and execution configuration for the specified symbol.
209
    ///
210
    /// # Arguments
211
    ///
212
    /// * `symbol` - The trading symbol
213
    ///
214
    /// # Returns
215
    ///
216
    /// Trading parameters if available, None otherwise
217
0
    pub fn get_trading_parameters(
218
0
        &self,
219
0
        symbol: &str,
220
0
    ) -> Option<crate::asset_classification::TradingParameters> {
221
0
        if let Ok(asset_classification) = self.asset_classification.read() {
222
0
            if let Some(ref manager) = *asset_classification {
223
0
                return manager.get_trading_parameters(symbol).cloned();
224
0
            }
225
0
        }
226
0
        None
227
0
    }
228
229
    /// Gets volatility profile for a symbol.
230
    ///
231
    /// Retrieves the volatility profile including base volatility,
232
    /// stress multipliers, and jump risk characteristics.
233
    ///
234
    /// # Arguments
235
    ///
236
    /// * `symbol` - The trading symbol
237
    ///
238
    /// # Returns
239
    ///
240
    /// Volatility profile if available, None otherwise
241
0
    pub fn get_volatility_profile(
242
0
        &self,
243
0
        symbol: &str,
244
0
    ) -> Option<crate::asset_classification::VolatilityProfile> {
245
0
        if let Ok(asset_classification) = self.asset_classification.read() {
246
0
            if let Some(ref manager) = *asset_classification {
247
0
                return manager.get_volatility_profile(symbol).cloned();
248
0
            }
249
0
        }
250
0
        None
251
0
    }
252
253
    /// Gets daily volatility estimate for a symbol.
254
    ///
255
    /// Calculates the daily volatility from the annual volatility
256
    /// using standard financial mathematics (annual / sqrt(252)).
257
    ///
258
    /// # Arguments
259
    ///
260
    /// * `symbol` - The trading symbol
261
    ///
262
    /// # Returns
263
    ///
264
    /// Daily volatility estimate as a decimal
265
0
    pub fn get_daily_volatility(&self, symbol: &str) -> f64 {
266
0
        if let Ok(asset_classification) = self.asset_classification.read() {
267
0
            if let Some(ref manager) = *asset_classification {
268
0
                return manager.get_daily_volatility(symbol);
269
0
            }
270
0
        }
271
0
        0.05 // Default 5% daily volatility for unknown symbols
272
0
    }
273
274
    /// Gets position size recommendation for a symbol.
275
    ///
276
    /// Calculates recommended position size based on portfolio NAV
277
    /// and the symbol's configured position limits.
278
    ///
279
    /// # Arguments
280
    ///
281
    /// * `symbol` - The trading symbol
282
    /// * `portfolio_nav` - Current portfolio net asset value
283
    ///
284
    /// # Returns
285
    ///
286
    /// Recommended position size if available
287
0
    pub fn get_position_size_recommendation(
288
0
        &self,
289
0
        symbol: &str,
290
0
        portfolio_nav: rust_decimal::Decimal,
291
0
    ) -> Option<rust_decimal::Decimal> {
292
0
        if let Ok(asset_classification) = self.asset_classification.read() {
293
0
            if let Some(ref manager) = *asset_classification {
294
0
                return manager.get_position_size_recommendation(symbol, portfolio_nav);
295
0
            }
296
0
        }
297
0
        None
298
0
    }
299
300
    /// Checks if trading is active for a symbol at the given time.
301
    ///
302
    /// Validates trading hours and market schedule for the symbol.
303
    ///
304
    /// # Arguments
305
    ///
306
    /// * `symbol` - The trading symbol
307
    /// * `timestamp` - The timestamp to check
308
    ///
309
    /// # Returns
310
    ///
311
    /// True if trading is active, false otherwise
312
0
    pub fn is_trading_active(&self, symbol: &str, timestamp: DateTime<Utc>) -> bool {
313
0
        if let Ok(asset_classification) = self.asset_classification.read() {
314
0
            if let Some(ref manager) = *asset_classification {
315
0
                return manager.is_trading_active(symbol, timestamp);
316
0
            }
317
0
        }
318
0
        true // Default to always active if no classification available
319
0
    }
320
321
    /// Reloads asset classification configurations.
322
    ///
323
    /// Triggers a reload of asset classification configurations
324
    /// for hot-reload functionality in production environments.
325
    #[cfg(feature = "postgres")]
326
    pub async fn reload_asset_classification(
327
        &self,
328
        database_pool: sqlx::PgPool,
329
    ) -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
330
        let needs_reload = {
331
            let asset_classification = self.asset_classification.read().ok();
332
            asset_classification
333
                .as_ref()
334
                .and_then(|ac| ac.as_ref())
335
                .map(|manager| manager.needs_reload())
336
                .unwrap_or(false)
337
        }; // Lock released here
338
339
        if needs_reload {
340
            self.initialize_asset_classification(database_pool).await?;
341
        }
342
        Ok(())
343
    }
344
345
    /// Gets cached configuration value.
346
    ///
347
    /// Retrieves a cached configuration value with automatic expiration.
348
    ///
349
    /// # Arguments
350
    ///
351
    /// * `key` - Cache key
352
    ///
353
    /// # Returns
354
    ///
355
    /// Cached value if available and not expired
356
0
    pub fn get_cached_config(&self, key: &str) -> Option<serde_json::Value> {
357
0
        if let Ok(cache) = self.cache.read() {
358
0
            if let Some((value, timestamp)) = cache.get(key) {
359
0
                let elapsed = Utc::now().signed_duration_since(*timestamp);
360
0
                if elapsed.to_std().unwrap_or_default() < self.cache_timeout {
361
0
                    return Some(value.clone());
362
0
                }
363
0
            }
364
0
        }
365
0
        None
366
0
    }
367
368
    /// Sets cached configuration value.
369
    ///
370
    /// Stores a configuration value in the cache with timestamp.
371
    ///
372
    /// # Arguments
373
    ///
374
    /// * `key` - Cache key
375
    /// * `value` - Value to cache
376
0
    pub fn set_cached_config(&self, key: String, value: serde_json::Value) {
377
0
        if let Ok(mut cache) = self.cache.write() {
378
0
            cache.insert(key, (value, Utc::now()));
379
0
        }
380
0
    }
381
382
    /// Clears expired cache entries.
383
    ///
384
    /// Removes cache entries that have exceeded the timeout duration.
385
0
    pub fn cleanup_cache(&self) {
386
0
        if let Ok(mut cache) = self.cache.write() {
387
0
            let now = Utc::now();
388
0
            cache.retain(|_, (_, timestamp)| {
389
0
                let elapsed = now.signed_duration_since(*timestamp);
390
0
                elapsed.to_std().unwrap_or_default() < self.cache_timeout
391
0
            });
392
0
        }
393
0
    }
394
}
395
396
#[cfg(test)]
397
mod tests {
398
    use super::*;
399
    use serde_json::json;
400
401
    fn create_test_config() -> ServiceConfig {
402
        ServiceConfig {
403
            name: "test_service".to_string(),
404
            environment: "test".to_string(),
405
            version: "1.0.0".to_string(),
406
            settings: json!({"test_key": "test_value"}),
407
        }
408
    }
409
410
    #[test]
411
    fn test_service_config_creation() {
412
        let config = create_test_config();
413
        assert_eq!(config.name, "test_service");
414
        assert_eq!(config.environment, "test");
415
        assert_eq!(config.version, "1.0.0");
416
    }
417
418
    #[test]
419
    fn test_config_manager_new() {
420
        let config = create_test_config();
421
        let manager = ConfigManager::new(config);
422
        let retrieved_config = manager.get_config();
423
        assert_eq!(retrieved_config.name, "test_service");
424
    }
425
426
    #[test]
427
    fn test_config_manager_builder() {
428
        let config = create_test_config();
429
        let manager = ConfigManagerBuilder::new(config)
430
            .with_cache_timeout(std::time::Duration::from_secs(60))
431
            .build();
432
433
        let retrieved_config = manager.get_config();
434
        assert_eq!(retrieved_config.name, "test_service");
435
    }
436
437
    #[test]
438
    fn test_config_manager_cache_set_and_get() {
439
        let config = create_test_config();
440
        let manager = ConfigManager::new(config);
441
442
        let test_value = json!({"cached": "data"});
443
        manager.set_cached_config("test_key".to_string(), test_value.clone());
444
445
        let retrieved = manager.get_cached_config("test_key");
446
        assert!(retrieved.is_some());
447
        assert_eq!(retrieved.unwrap(), test_value);
448
    }
449
450
    #[test]
451
    fn test_config_manager_cache_miss() {
452
        let config = create_test_config();
453
        let manager = ConfigManager::new(config);
454
455
        let retrieved = manager.get_cached_config("nonexistent_key");
456
        assert!(retrieved.is_none());
457
    }
458
459
    #[test]
460
    fn test_config_manager_cleanup_cache() {
461
        let config = create_test_config();
462
        let manager = ConfigManager::new(config);
463
464
        let test_value = json!({"cached": "data"});
465
        manager.set_cached_config("test_key".to_string(), test_value);
466
467
        manager.cleanup_cache();
468
469
        // Cache entry should still exist since it was just created
470
        let retrieved = manager.get_cached_config("test_key");
471
        assert!(retrieved.is_some());
472
    }
473
474
    #[test]
475
    fn test_config_manager_classify_symbol_without_asset_manager() {
476
        let config = create_test_config();
477
        let manager = ConfigManager::new(config);
478
479
        let asset_class = manager.classify_symbol("AAPL");
480
        assert_eq!(
481
            asset_class,
482
            crate::asset_classification::AssetClass::Unknown
483
        );
484
    }
485
486
    #[test]
487
    fn test_config_manager_get_daily_volatility_default() {
488
        let config = create_test_config();
489
        let manager = ConfigManager::new(config);
490
491
        let volatility = manager.get_daily_volatility("AAPL");
492
        assert_eq!(volatility, 0.05); // Default value
493
    }
494
495
    #[test]
496
    fn test_config_manager_is_trading_active_default() {
497
        let config = create_test_config();
498
        let manager = ConfigManager::new(config);
499
500
        let now = chrono::Utc::now();
501
        let is_active = manager.is_trading_active("AAPL", now);
502
        assert!(is_active); // Default to always active
503
    }
504
505
    #[test]
506
    fn test_config_manager_get_trading_parameters_none() {
507
        let config = create_test_config();
508
        let manager = ConfigManager::new(config);
509
510
        let params = manager.get_trading_parameters("AAPL");
511
        assert!(params.is_none());
512
    }
513
514
    #[test]
515
    fn test_config_manager_get_volatility_profile_none() {
516
        let config = create_test_config();
517
        let manager = ConfigManager::new(config);
518
519
        let profile = manager.get_volatility_profile("AAPL");
520
        assert!(profile.is_none());
521
    }
522
523
    #[test]
524
    fn test_config_manager_get_position_size_recommendation_none() {
525
        let config = create_test_config();
526
        let manager = ConfigManager::new(config);
527
528
        let recommendation =
529
            manager.get_position_size_recommendation("AAPL", rust_decimal::Decimal::new(100000, 0));
530
        assert!(recommendation.is_none());
531
    }
532
533
    #[test]
534
    fn test_config_manager_with_asset_classification() {
535
        let config = create_test_config();
536
        let asset_manager = crate::asset_classification::AssetClassificationManager::new();
537
        let manager = ConfigManager::with_asset_classification(config, asset_manager);
538
539
        let retrieved_config = manager.get_config();
540
        assert_eq!(retrieved_config.name, "test_service");
541
    }
542
543
    #[test]
544
    fn test_builder_with_asset_classification() {
545
        let config = create_test_config();
546
        let asset_manager = crate::asset_classification::AssetClassificationManager::new();
547
548
        let manager = ConfigManagerBuilder::new(config)
549
            .with_asset_classification(asset_manager)
550
            .build();
551
552
        let retrieved_config = manager.get_config();
553
        assert_eq!(retrieved_config.name, "test_service");
554
    }
555
556
    #[test]
557
    fn test_service_config_serialization() {
558
        let config = create_test_config();
559
        let serialized = serde_json::to_string(&config).unwrap();
560
        let deserialized: ServiceConfig = serde_json::from_str(&serialized).unwrap();
561
562
        assert_eq!(config.name, deserialized.name);
563
        assert_eq!(config.environment, deserialized.environment);
564
        assert_eq!(config.version, deserialized.version);
565
    }
566
567
    #[test]
568
    fn test_config_manager_multiple_cache_entries() {
569
        let config = create_test_config();
570
        let manager = ConfigManager::new(config);
571
572
        for i in 0..10 {
573
            manager.set_cached_config(format!("key_{}", i), json!({"value": i}));
574
        }
575
576
        for i in 0..10 {
577
            let retrieved = manager.get_cached_config(&format!("key_{}", i));
578
            assert!(retrieved.is_some());
579
        }
580
    }
581
582
    #[test]
583
    fn test_config_manager_cache_overwrite() {
584
        let config = create_test_config();
585
        let manager = ConfigManager::new(config);
586
587
        manager.set_cached_config("key".to_string(), json!({"value": 1}));
588
        manager.set_cached_config("key".to_string(), json!({"value": 2}));
589
590
        let retrieved = manager.get_cached_config("key");
591
        assert_eq!(retrieved.unwrap(), json!({"value": 2}));
592
    }
593
594
    #[test]
595
    fn test_builder_custom_cache_timeout() {
596
        let config = create_test_config();
597
        let custom_timeout = std::time::Duration::from_secs(120);
598
599
        let manager = ConfigManagerBuilder::new(config)
600
            .with_cache_timeout(custom_timeout)
601
            .build();
602
603
        // Cache timeout is set internally
604
        let retrieved_config = manager.get_config();
605
        assert_eq!(retrieved_config.name, "test_service");
606
    }
607
608
    #[test]
609
    fn test_config_manager_shared_config() {
610
        let config = create_test_config();
611
        let manager = ConfigManager::new(config);
612
613
        let config1 = manager.get_config();
614
        let config2 = manager.get_config();
615
616
        // Both should point to the same Arc
617
        assert_eq!(config1.name, config2.name);
618
    }
619
620
    #[test]
621
    fn test_service_config_clone() {
622
        let config1 = create_test_config();
623
        let config2 = config1.clone();
624
625
        assert_eq!(config1.name, config2.name);
626
        assert_eq!(config1.environment, config2.environment);
627
        assert_eq!(config1.version, config2.version);
628
    }
629
630
    #[test]
631
    fn test_config_manager_cache_timeout_configuration() {
632
        let config = create_test_config();
633
        let custom_timeout = std::time::Duration::from_millis(10);
634
        let manager = ConfigManagerBuilder::new(config)
635
            .with_cache_timeout(custom_timeout)
636
            .build();
637
638
        // Cache timeout is configured internally
639
        assert_eq!(manager.cache_timeout, custom_timeout);
640
641
        // Test that cache still works normally
642
        manager.set_cached_config("test_key".to_string(), json!({"value": 42}));
643
        assert!(manager.get_cached_config("test_key").is_some());
644
    }
645
646
    #[test]
647
    fn test_config_manager_concurrent_access() {
648
        use std::sync::Arc;
649
        use std::thread;
650
651
        let config = create_test_config();
652
        let manager = Arc::new(ConfigManager::new(config));
653
654
        let mut handles = vec![];
655
656
        for i in 0..10 {
657
            let manager_clone = Arc::clone(&manager);
658
            let handle = thread::spawn(move || {
659
                manager_clone
660
                    .set_cached_config(format!("concurrent_key_{}", i), json!({"thread_id": i}));
661
                manager_clone.get_cached_config(&format!("concurrent_key_{}", i))
662
            });
663
            handles.push(handle);
664
        }
665
666
        for handle in handles {
667
            assert!(handle.join().unwrap().is_some());
668
        }
669
    }
670
671
    #[test]
672
    fn test_config_manager_daily_volatility_fallback() {
673
        let config = create_test_config();
674
        let manager = ConfigManager::new(config);
675
676
        // Should return default 5% for unknown symbols
677
        let vol = manager.get_daily_volatility("UNKNOWN_SYMBOL");
678
        assert_eq!(vol, 0.05);
679
    }
680
681
    #[test]
682
    fn test_config_manager_position_size_none() {
683
        let config = create_test_config();
684
        let manager = ConfigManager::new(config);
685
686
        // Should return None without asset classification
687
        let size =
688
            manager.get_position_size_recommendation("AAPL", rust_decimal::Decimal::new(100000, 0));
689
        assert!(size.is_none());
690
    }
691
692
    #[test]
693
    fn test_service_config_validation() {
694
        let mut config = create_test_config();
695
696
        // Valid config
697
        assert!(!config.name.is_empty());
698
        assert!(!config.environment.is_empty());
699
700
        // Test with empty name
701
        config.name = String::new();
702
        assert!(config.name.is_empty());
703
    }
704
705
    #[test]
706
    fn test_config_manager_cache_clear() {
707
        let config = create_test_config();
708
        let manager = ConfigManager::new(config);
709
710
        // Add some cache entries
711
        manager.set_cached_config("key1".to_string(), json!({"value": 1}));
712
        manager.set_cached_config("key2".to_string(), json!({"value": 2}));
713
714
        assert!(manager.get_cached_config("key1").is_some());
715
        assert!(manager.get_cached_config("key2").is_some());
716
717
        // Manual clear
718
        if let Ok(mut cache) = manager.cache.write() {
719
            cache.clear();
720
        }
721
722
        assert!(manager.get_cached_config("key1").is_none());
723
        assert!(manager.get_cached_config("key2").is_none());
724
    }
725
726
    #[test]
727
    fn test_builder_default_values() {
728
        let config = create_test_config();
729
        let manager = ConfigManagerBuilder::new(config.clone()).build();
730
731
        let retrieved = manager.get_config();
732
        assert_eq!(retrieved.name, config.name);
733
        assert_eq!(retrieved.environment, config.environment);
734
    }
735
736
    #[test]
737
    fn test_config_manager_arc_cloning() {
738
        let config = create_test_config();
739
        let manager = ConfigManager::new(config);
740
741
        let config1 = Arc::clone(&manager.config);
742
        let config2 = Arc::clone(&manager.config);
743
744
        assert_eq!(config1.name, config2.name);
745
        assert_eq!(Arc::strong_count(&manager.config), 3); // Original + 2 clones
746
    }
747
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/ml_config.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/ml_config.rs.html
deleted file mode 100644
index 100665739..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/ml_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/ml_config.rs
Line
Count
Source
1
//! Machine learning configuration
2
3
use serde::{Deserialize, Serialize};
4
use std::collections::HashMap;
5
6
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
7
pub struct MLConfig {
8
    pub model_config: ModelArchitectureConfig,
9
    pub training_config: TrainingConfig,
10
    pub simulation_config: SimulationConfig,
11
}
12
13
/// Configuration for market data simulation and stress testing
14
#[derive(Debug, Clone, Serialize, Deserialize)]
15
pub struct SimulationConfig {
16
    /// Initial market state with configurable symbol prices
17
    pub initial_market_state: MarketState,
18
    /// Simulation parameters
19
    pub parameters: SimulationParameters,
20
    /// Test symbol configuration for generic testing
21
    pub test_symbols: TestSymbolConfig,
22
}
23
24
/// Initial market state configuration
25
#[derive(Debug, Clone, Serialize, Deserialize)]
26
pub struct MarketState {
27
    /// Symbol-specific initial prices and configuration
28
    pub symbols: HashMap<String, SymbolConfig>,
29
    /// Default configuration for unlisted symbols
30
    pub default_symbol: SymbolConfig,
31
}
32
33
/// Configuration for individual symbols
34
#[derive(Debug, Clone, Serialize, Deserialize)]
35
pub struct SymbolConfig {
36
    /// Initial price for the symbol
37
    pub initial_price: f64,
38
    /// Base volatility for the symbol
39
    pub volatility: f64,
40
    /// Base trading volume
41
    pub base_volume: f64,
42
    /// Minimum spread in basis points
43
    pub min_spread_bps: f64,
44
    /// Maximum spread in basis points
45
    pub max_spread_bps: f64,
46
    /// Market capitalization tier (affects behavior)
47
    pub market_cap_tier: MarketCapTier,
48
}
49
50
/// Market capitalization tiers for different symbol behaviors
51
#[derive(Debug, Clone, Serialize, Deserialize)]
52
pub enum MarketCapTier {
53
    /// Large cap stocks (>$10B)
54
    LargeCap,
55
    /// Mid cap stocks ($2B-$10B)
56
    MidCap,
57
    /// Small cap stocks (<$2B)
58
    SmallCap,
59
    /// Generic test symbol
60
    Test,
61
}
62
63
/// Simulation parameters
64
#[derive(Debug, Clone, Serialize, Deserialize)]
65
pub struct SimulationParameters {
66
    /// Update rate in Hz
67
    pub update_rate_hz: u32,
68
    /// Base market volatility
69
    pub base_volatility: f64,
70
    /// Market trend direction (-1.0 to 1.0)
71
    pub trend: f64,
72
    /// Enable realistic market microstructure
73
    pub enable_microstructure: bool,
74
    /// Enable correlated movements between symbols
75
    pub enable_correlation: bool,
76
}
77
78
/// Test symbol configuration for generic testing
79
#[derive(Debug, Clone, Serialize, Deserialize)]
80
pub struct TestSymbolConfig {
81
    /// Prefix for test symbols (e.g., "TEST")
82
    pub symbol_prefix: String,
83
    /// Number of test symbols to generate
84
    pub count: usize,
85
    /// Price range for test symbols
86
    pub price_range: (f64, f64),
87
    /// Volume range for test symbols
88
    pub volume_range: (f64, f64),
89
}
90
91
/// Default simulation configuration
92
impl Default for SimulationConfig {
93
0
    fn default() -> Self {
94
0
        let mut symbols = HashMap::new();
95
96
        // Production-ready major symbols with realistic configurations
97
0
        symbols.insert(
98
0
            "AAPL".to_string(),
99
0
            SymbolConfig {
100
0
                initial_price: 150.0,
101
0
                volatility: 0.25,
102
0
                base_volume: 50000000.0,
103
0
                min_spread_bps: 1.0,
104
0
                max_spread_bps: 5.0,
105
0
                market_cap_tier: MarketCapTier::LargeCap,
106
0
            },
107
        );
108
109
0
        symbols.insert(
110
0
            "MSFT".to_string(),
111
0
            SymbolConfig {
112
0
                initial_price: 300.0,
113
0
                volatility: 0.22,
114
0
                base_volume: 30000000.0,
115
0
                min_spread_bps: 1.0,
116
0
                max_spread_bps: 5.0,
117
0
                market_cap_tier: MarketCapTier::LargeCap,
118
0
            },
119
        );
120
121
0
        symbols.insert(
122
0
            "GOOGL".to_string(),
123
0
            SymbolConfig {
124
0
                initial_price: 2500.0,
125
0
                volatility: 0.28,
126
0
                base_volume: 20000000.0,
127
0
                min_spread_bps: 2.0,
128
0
                max_spread_bps: 8.0,
129
0
                market_cap_tier: MarketCapTier::LargeCap,
130
0
            },
131
        );
132
133
0
        symbols.insert(
134
0
            "TSLA".to_string(),
135
0
            SymbolConfig {
136
0
                initial_price: 800.0,
137
0
                volatility: 0.45,
138
0
                base_volume: 80000000.0,
139
0
                min_spread_bps: 2.0,
140
0
                max_spread_bps: 10.0,
141
0
                market_cap_tier: MarketCapTier::LargeCap,
142
0
            },
143
        );
144
145
0
        symbols.insert(
146
0
            "AMZN".to_string(),
147
0
            SymbolConfig {
148
0
                initial_price: 3200.0,
149
0
                volatility: 0.30,
150
0
                base_volume: 25000000.0,
151
0
                min_spread_bps: 2.0,
152
0
                max_spread_bps: 8.0,
153
0
                market_cap_tier: MarketCapTier::LargeCap,
154
0
            },
155
        );
156
157
0
        symbols.insert(
158
0
            "NVDA".to_string(),
159
0
            SymbolConfig {
160
0
                initial_price: 500.0,
161
0
                volatility: 0.40,
162
0
                base_volume: 40000000.0,
163
0
                min_spread_bps: 2.0,
164
0
                max_spread_bps: 8.0,
165
0
                market_cap_tier: MarketCapTier::LargeCap,
166
0
            },
167
        );
168
169
0
        Self {
170
0
            initial_market_state: MarketState {
171
0
                symbols,
172
0
                default_symbol: SymbolConfig {
173
0
                    initial_price: 100.0,
174
0
                    volatility: 0.30,
175
0
                    base_volume: 1000000.0,
176
0
                    min_spread_bps: 5.0,
177
0
                    max_spread_bps: 20.0,
178
0
                    market_cap_tier: MarketCapTier::Test,
179
0
                },
180
0
            },
181
0
            parameters: SimulationParameters {
182
0
                update_rate_hz: 1000,
183
0
                base_volatility: 0.02,
184
0
                trend: 0.0,
185
0
                enable_microstructure: true,
186
0
                enable_correlation: false,
187
0
            },
188
0
            test_symbols: TestSymbolConfig {
189
0
                symbol_prefix: "TEST".to_string(),
190
0
                count: 10,
191
0
                price_range: (50.0, 500.0),
192
0
                volume_range: (100000.0, 10000000.0),
193
0
            },
194
0
        }
195
0
    }
196
}
197
198
#[derive(Debug, Clone, Serialize, Deserialize)]
199
pub struct ModelArchitectureConfig {
200
    pub model_type: String,
201
    pub hidden_dims: Vec<usize>,
202
    pub dropout_rate: f64,
203
    pub activation: String,
204
}
205
206
impl Default for ModelArchitectureConfig {
207
0
    fn default() -> Self {
208
0
        Self {
209
0
            model_type: "transformer".to_string(),
210
0
            hidden_dims: vec![256, 128, 64],
211
0
            dropout_rate: 0.1,
212
0
            activation: "relu".to_string(),
213
0
        }
214
0
    }
215
}
216
217
#[derive(Debug, Clone, Serialize, Deserialize)]
218
pub struct TrainingConfig {
219
    pub batch_size: usize,
220
    pub learning_rate: f64,
221
    pub epochs: u32,
222
    pub early_stopping_patience: u32,
223
}
224
225
impl Default for TrainingConfig {
226
0
    fn default() -> Self {
227
0
        Self {
228
0
            batch_size: 32,
229
0
            learning_rate: 0.001,
230
0
            epochs: 100,
231
0
            early_stopping_patience: 10,
232
0
        }
233
0
    }
234
}
235
236
#[derive(Debug, Clone, Serialize, Deserialize)]
237
pub struct Mamba2Config {
238
    pub d_model: usize,
239
    pub d_state: usize,
240
    pub d_conv: usize,
241
    pub expand: usize,
242
    pub dt_rank: Option<usize>,
243
    pub dt_min: f64,
244
    pub dt_max: f64,
245
    pub dt_init: String,
246
    pub dt_scale: f64,
247
    pub dt_init_floor: f64,
248
    pub conv_bias: bool,
249
    pub bias: bool,
250
    pub use_fast_path: bool,
251
    pub layer_idx: Option<usize>,
252
    pub device: Option<String>,
253
    pub dtype: Option<String>,
254
    pub d_head: usize,
255
    pub num_heads: usize,
256
    pub num_layers: usize,
257
    pub target_latency_us: u64,
258
    pub hardware_aware: bool,
259
    pub use_ssd: bool,
260
    pub use_selective_state: bool,
261
    pub max_seq_len: usize,
262
    pub batch_size: usize,
263
    pub seq_len: usize,
264
    pub dropout: f64,
265
}
266
267
impl Default for Mamba2Config {
268
0
    fn default() -> Self {
269
0
        Self {
270
0
            d_model: 768,
271
0
            d_state: 128,
272
0
            d_conv: 4,
273
0
            expand: 2,
274
0
            dt_rank: None, // Auto-calculated as ceil(d_model / 16)
275
0
            dt_min: 0.001,
276
0
            dt_max: 0.1,
277
0
            dt_init: "random".to_string(),
278
0
            dt_scale: 1.0,
279
0
            dt_init_floor: 1e-4,
280
0
            conv_bias: true,
281
0
            bias: false,
282
0
            use_fast_path: true,
283
0
            layer_idx: None,
284
0
            device: None,
285
0
            dtype: None,
286
0
            d_head: 32,
287
0
            num_heads: 8,
288
0
            num_layers: 4,
289
0
            target_latency_us: 3,
290
0
            hardware_aware: true,
291
0
            use_ssd: true,
292
0
            use_selective_state: true,
293
0
            max_seq_len: 1024,
294
0
            batch_size: 1,
295
0
            seq_len: 256,
296
0
            dropout: 0.0,
297
0
        }
298
0
    }
299
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/risk_config.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/risk_config.rs.html
deleted file mode 100644
index 1918bebee..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/risk_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/risk_config.rs
Line
Count
Source
1
//! Risk management configuration structures
2
//!
3
//! Provides configuration types for risk management components including
4
//! stress testing scenarios, asset class definitions, and market shock parameters.
5
6
use serde::{Deserialize, Serialize};
7
use std::collections::HashMap;
8
9
/// Configuration for stress testing scenarios
10
///
11
/// Defines how stress scenarios are configured and applied to portfolios.
12
/// Supports both individual instrument shocks and asset class-based shocks
13
/// for more flexible and maintainable stress testing.
14
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq)]
15
pub struct StressScenarioConfig {
16
    /// Unique identifier for this stress test scenario
17
    pub id: String,
18
    /// Human-readable name describing the scenario
19
    pub name: String,
20
    /// Description of the stress scenario and its historical context
21
    pub description: String,
22
    /// Individual instrument-specific shocks (symbol -> shock percentage)
23
    pub instrument_shocks: HashMap<String, f64>,
24
    /// Asset class-based shocks that apply to all instruments in a class
25
    pub asset_class_shocks: HashMap<AssetClass, f64>,
26
    /// Global volatility multiplier to apply across all instruments
27
    pub volatility_multiplier: f64,
28
    /// Asset class-specific volatility multipliers
29
    pub volatility_multipliers: HashMap<AssetClass, f64>,
30
    /// Correlation adjustments between asset classes
31
    pub correlation_adjustments: HashMap<String, f64>,
32
    /// Liquidity haircuts to apply per asset class
33
    pub liquidity_haircuts: HashMap<AssetClass, f64>,
34
    /// Whether this scenario is active and available for use
35
    pub is_active: bool,
36
}
37
38
/// Asset class definitions for grouping instruments
39
///
40
/// Provides a hierarchical way to apply stress shocks to groups
41
/// of related instruments rather than hardcoding individual symbols.
42
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
43
pub enum AssetClass {
44
    /// Large-cap US equities (S&P 500 companies)
45
    LargeCapEquity,
46
    /// Small-cap US equities
47
    SmallCapEquity,
48
    /// Technology sector equities
49
    Technology,
50
    /// Financial sector equities
51
    Financials,
52
    /// Healthcare sector equities
53
    Healthcare,
54
    /// Energy sector equities
55
    Energy,
56
    /// Consumer discretionary equities
57
    ConsumerDiscretionary,
58
    /// Consumer staples equities
59
    ConsumerStaples,
60
    /// Industrial sector equities
61
    Industrials,
62
    /// Materials sector equities
63
    Materials,
64
    /// Real estate sector equities
65
    RealEstate,
66
    /// Utilities sector equities
67
    Utilities,
68
    /// Communication services sector equities
69
    CommunicationServices,
70
    /// US Treasury bonds
71
    USBonds,
72
    /// Corporate bonds
73
    CorporateBonds,
74
    /// High-yield bonds
75
    HighYieldBonds,
76
    /// International developed market equities
77
    InternationalEquity,
78
    /// Emerging market equities
79
    EmergingMarkets,
80
    /// Commodities
81
    Commodities,
82
    /// Foreign exchange
83
    ForeignExchange,
84
    /// Cryptocurrencies
85
    Crypto,
86
    /// Alternative investments
87
    Alternatives,
88
}
89
90
/// Asset class mapping configuration
91
///
92
/// Maps individual instrument symbols to their asset classes for
93
/// applying class-based stress shocks and risk calculations.
94
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq)]
95
pub struct AssetClassMapping {
96
    /// Symbol to asset class mappings
97
    pub mappings: HashMap<String, AssetClass>,
98
    /// Default asset class for unmapped symbols
99
    pub default_class: AssetClass,
100
}
101
102
/// Complete risk configuration containing all risk-related settings
103
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq)]
104
pub struct RiskConfig {
105
    /// Available stress test scenarios
106
    pub stress_scenarios: Vec<StressScenarioConfig>,
107
    /// Asset class mappings for instruments
108
    pub asset_class_mapping: AssetClassMapping,
109
    /// Default volatility settings
110
    pub default_volatility_multiplier: f64,
111
    /// Maximum allowed portfolio loss percentage
112
    pub max_portfolio_loss_pct: f64,
113
    /// VaR confidence level (e.g., 0.95 for 95% confidence)
114
    pub var_confidence_level: f64,
115
    /// Time horizon for VaR calculations in days
116
    pub var_time_horizon_days: u32,
117
}
118
119
impl Default for RiskConfig {
120
4
    fn default() -> Self {
121
4
        Self {
122
4
            stress_scenarios: create_default_stress_scenarios(),
123
4
            asset_class_mapping: create_default_asset_class_mapping(),
124
4
            default_volatility_multiplier: 1.0,
125
4
            max_portfolio_loss_pct: 20.0,
126
4
            var_confidence_level: 0.95,
127
4
            var_time_horizon_days: 1,
128
4
        }
129
4
    }
130
}
131
132
impl StressScenarioConfig {
133
    /// Get the effective shock for a given instrument symbol
134
    ///
135
    /// Returns the instrument-specific shock if available, otherwise
136
    /// returns the asset class shock based on the symbol's asset class mapping.
137
0
    pub fn get_shock_for_symbol(
138
0
        &self,
139
0
        symbol: &str,
140
0
        asset_mapping: &AssetClassMapping,
141
0
    ) -> Option<f64> {
142
        // First check for instrument-specific shock
143
0
        if let Some(shock) = self.instrument_shocks.get(symbol) {
144
0
            return Some(*shock);
145
0
        }
146
147
        // Then check for asset class shock
148
0
        if let Some(asset_class) = asset_mapping.mappings.get(symbol) {
149
0
            return self.asset_class_shocks.get(asset_class).copied();
150
0
        }
151
152
        // Fall back to default asset class shock
153
0
        self.asset_class_shocks
154
0
            .get(&asset_mapping.default_class)
155
0
            .copied()
156
0
    }
157
158
    /// Get volatility multiplier for a given instrument symbol
159
0
    pub fn get_volatility_multiplier_for_symbol(
160
0
        &self,
161
0
        symbol: &str,
162
0
        asset_mapping: &AssetClassMapping,
163
0
    ) -> f64 {
164
        // Check for asset class-specific volatility multiplier
165
0
        if let Some(asset_class) = asset_mapping.mappings.get(symbol) {
166
0
            if let Some(multiplier) = self.volatility_multipliers.get(asset_class) {
167
0
                return *multiplier;
168
0
            }
169
0
        }
170
171
        // Fall back to default asset class
172
0
        if let Some(multiplier) = self
173
0
            .volatility_multipliers
174
0
            .get(&asset_mapping.default_class)
175
        {
176
0
            return *multiplier;
177
0
        }
178
179
        // Fall back to global multiplier
180
0
        self.volatility_multiplier
181
0
    }
182
}
183
184
/// Create default stress test scenarios based on historical events
185
4
fn create_default_stress_scenarios() -> Vec<StressScenarioConfig> {
186
4
    vec![
187
4
        StressScenarioConfig {
188
4
            id: "market_crash_2008".to_string(),
189
4
            name: "2008 Financial Crisis".to_string(),
190
4
            description: "Simulates the market conditions during the 2008 financial crisis with severe equity declines and financial sector stress".to_string(),
191
4
            instrument_shocks: HashMap::new(),
192
4
            asset_class_shocks: {
193
4
                let mut shocks = HashMap::new();
194
4
                shocks.insert(AssetClass::LargeCapEquity, -37.0);
195
4
                shocks.insert(AssetClass::SmallCapEquity, -45.0);
196
4
                shocks.insert(AssetClass::Financials, -55.0);
197
4
                shocks.insert(AssetClass::Technology, -40.0);
198
4
                shocks.insert(AssetClass::RealEstate, -60.0);
199
4
                shocks.insert(AssetClass::EmergingMarkets, -50.0);
200
4
                shocks.insert(AssetClass::HighYieldBonds, -25.0);
201
4
                shocks
202
4
            },
203
4
            volatility_multiplier: 2.5,
204
4
            volatility_multipliers: HashMap::new(),
205
4
            correlation_adjustments: HashMap::new(),
206
4
            liquidity_haircuts: {
207
4
                let mut haircuts = HashMap::new();
208
4
                haircuts.insert(AssetClass::SmallCapEquity, 0.15);
209
4
                haircuts.insert(AssetClass::EmergingMarkets, 0.20);
210
4
                haircuts.insert(AssetClass::HighYieldBonds, 0.10);
211
4
                haircuts
212
4
            },
213
4
            is_active: true,
214
4
        },
215
4
        StressScenarioConfig {
216
4
            id: "covid_crash_2020".to_string(),
217
4
            name: "COVID-19 Market Crash".to_string(),
218
4
            description: "Simulates the market crash of March 2020 due to COVID-19 pandemic with broad-based equity declines".to_string(),
219
4
            instrument_shocks: HashMap::new(),
220
4
            asset_class_shocks: {
221
4
                let mut shocks = HashMap::new();
222
4
                shocks.insert(AssetClass::LargeCapEquity, -34.0);
223
4
                shocks.insert(AssetClass::SmallCapEquity, -40.0);
224
4
                shocks.insert(AssetClass::Energy, -50.0);
225
4
                shocks.insert(AssetClass::Financials, -45.0);
226
4
                shocks.insert(AssetClass::RealEstate, -35.0);
227
4
                shocks.insert(AssetClass::Technology, -25.0);
228
4
                shocks.insert(AssetClass::EmergingMarkets, -45.0);
229
4
                shocks
230
4
            },
231
4
            volatility_multiplier: 3.0,
232
4
            volatility_multipliers: HashMap::new(),
233
4
            correlation_adjustments: HashMap::new(),
234
4
            liquidity_haircuts: HashMap::new(),
235
4
            is_active: true,
236
4
        },
237
4
        StressScenarioConfig {
238
4
            id: "flash_crash_2010".to_string(),
239
4
            name: "Flash Crash 2010".to_string(),
240
4
            description: "Simulates the May 6, 2010 flash crash with rapid market decline and liquidity issues".to_string(),
241
4
            instrument_shocks: HashMap::new(),
242
4
            asset_class_shocks: {
243
4
                let mut shocks = HashMap::new();
244
4
                shocks.insert(AssetClass::LargeCapEquity, -9.0);
245
4
                shocks.insert(AssetClass::SmallCapEquity, -15.0);
246
4
                shocks.insert(AssetClass::Technology, -12.0);
247
4
                shocks
248
4
            },
249
4
            volatility_multiplier: 5.0,
250
4
            volatility_multipliers: HashMap::new(),
251
4
            correlation_adjustments: HashMap::new(),
252
4
            liquidity_haircuts: {
253
4
                let mut haircuts = HashMap::new();
254
4
                haircuts.insert(AssetClass::LargeCapEquity, 0.05);
255
4
                haircuts.insert(AssetClass::SmallCapEquity, 0.20);
256
4
                haircuts.insert(AssetClass::Technology, 0.10);
257
4
                haircuts
258
4
            },
259
4
            is_active: true,
260
4
        },
261
4
        StressScenarioConfig {
262
4
            id: "volatility_spike".to_string(),
263
4
            name: "Volatility Spike".to_string(),
264
4
            description: "Simulates a sudden spike in market volatility without significant price moves".to_string(),
265
4
            instrument_shocks: HashMap::new(),
266
4
            asset_class_shocks: HashMap::new(),
267
4
            volatility_multiplier: 3.0,
268
4
            volatility_multipliers: {
269
4
                let mut multipliers = HashMap::new();
270
4
                multipliers.insert(AssetClass::SmallCapEquity, 4.0);
271
4
                multipliers.insert(AssetClass::EmergingMarkets, 3.5);
272
4
                multipliers.insert(AssetClass::HighYieldBonds, 2.5);
273
4
                multipliers
274
4
            },
275
4
            correlation_adjustments: HashMap::new(),
276
4
            liquidity_haircuts: HashMap::new(),
277
4
            is_active: true,
278
4
        },
279
4
        StressScenarioConfig {
280
4
            id: "interest_rate_shock".to_string(),
281
4
            name: "Interest Rate Shock".to_string(),
282
4
            description: "Simulates a sudden rise in interest rates affecting bonds and rate-sensitive sectors".to_string(),
283
4
            instrument_shocks: HashMap::new(),
284
4
            asset_class_shocks: {
285
4
                let mut shocks = HashMap::new();
286
4
                shocks.insert(AssetClass::USBonds, -8.0);
287
4
                shocks.insert(AssetClass::CorporateBonds, -12.0);
288
4
                shocks.insert(AssetClass::RealEstate, -15.0);
289
4
                shocks.insert(AssetClass::Utilities, -10.0);
290
4
                shocks.insert(AssetClass::Financials, 5.0); // Banks benefit from higher rates
291
4
                shocks
292
4
            },
293
4
            volatility_multiplier: 1.5,
294
4
            volatility_multipliers: HashMap::new(),
295
4
            correlation_adjustments: HashMap::new(),
296
4
            liquidity_haircuts: HashMap::new(),
297
4
            is_active: true,
298
4
        },
299
    ]
300
4
}
301
302
/// Create default asset class mapping for common symbols
303
4
fn create_default_asset_class_mapping() -> AssetClassMapping {
304
4
    let mut mappings = HashMap::new();
305
306
    // Large Cap Technology
307
4
    mappings.insert("AAPL".to_string(), AssetClass::Technology);
308
4
    mappings.insert("MSFT".to_string(), AssetClass::Technology);
309
4
    mappings.insert("GOOGL".to_string(), AssetClass::Technology);
310
4
    mappings.insert("GOOG".to_string(), AssetClass::Technology);
311
4
    mappings.insert("AMZN".to_string(), AssetClass::Technology);
312
4
    mappings.insert("META".to_string(), AssetClass::Technology);
313
4
    mappings.insert("TSLA".to_string(), AssetClass::Technology);
314
4
    mappings.insert("NVDA".to_string(), AssetClass::Technology);
315
316
    // Large Cap Financials
317
4
    mappings.insert("JPM".to_string(), AssetClass::Financials);
318
4
    mappings.insert("BAC".to_string(), AssetClass::Financials);
319
4
    mappings.insert("WFC".to_string(), AssetClass::Financials);
320
4
    mappings.insert("GS".to_string(), AssetClass::Financials);
321
4
    mappings.insert("MS".to_string(), AssetClass::Financials);
322
323
    // ETFs
324
4
    mappings.insert("SPY".to_string(), AssetClass::LargeCapEquity);
325
4
    mappings.insert("QQQ".to_string(), AssetClass::Technology);
326
4
    mappings.insert("IWM".to_string(), AssetClass::SmallCapEquity);
327
4
    mappings.insert("VTI".to_string(), AssetClass::LargeCapEquity);
328
4
    mappings.insert("EEM".to_string(), AssetClass::EmergingMarkets);
329
4
    mappings.insert("VEA".to_string(), AssetClass::InternationalEquity);
330
4
    mappings.insert("TLT".to_string(), AssetClass::USBonds);
331
4
    mappings.insert("HYG".to_string(), AssetClass::HighYieldBonds);
332
333
    // Healthcare
334
4
    mappings.insert("JNJ".to_string(), AssetClass::Healthcare);
335
4
    mappings.insert("PFE".to_string(), AssetClass::Healthcare);
336
4
    mappings.insert("UNH".to_string(), AssetClass::Healthcare);
337
338
    // Energy
339
4
    mappings.insert("XOM".to_string(), AssetClass::Energy);
340
4
    mappings.insert("CVX".to_string(), AssetClass::Energy);
341
342
4
    AssetClassMapping {
343
4
        mappings,
344
4
        default_class: AssetClass::LargeCapEquity,
345
4
    }
346
4
}
347
348
#[cfg(test)]
349
mod tests {
350
    use super::*;
351
352
    #[test]
353
    fn test_stress_scenario_config_creation() {
354
        let config = StressScenarioConfig {
355
            id: "test".to_string(),
356
            name: "Test Scenario".to_string(),
357
            description: "Test description".to_string(),
358
            instrument_shocks: HashMap::new(),
359
            asset_class_shocks: {
360
                let mut shocks = HashMap::new();
361
                shocks.insert(AssetClass::Technology, -10.0);
362
                shocks
363
            },
364
            volatility_multiplier: 2.0,
365
            volatility_multipliers: HashMap::new(),
366
            correlation_adjustments: HashMap::new(),
367
            liquidity_haircuts: HashMap::new(),
368
            is_active: true,
369
        };
370
371
        assert_eq!(config.id, "test");
372
        assert_eq!(config.volatility_multiplier, 2.0);
373
    }
374
375
    #[test]
376
    fn test_asset_class_mapping() {
377
        let mapping = create_default_asset_class_mapping();
378
379
        assert_eq!(mapping.mappings.get("AAPL"), Some(&AssetClass::Technology));
380
        assert_eq!(
381
            mapping.mappings.get("SPY"),
382
            Some(&AssetClass::LargeCapEquity)
383
        );
384
        assert_eq!(mapping.default_class, AssetClass::LargeCapEquity);
385
    }
386
387
    #[test]
388
    fn test_get_shock_for_symbol() {
389
        let config = StressScenarioConfig {
390
            id: "test".to_string(),
391
            name: "Test".to_string(),
392
            description: "Test".to_string(),
393
            instrument_shocks: {
394
                let mut shocks = HashMap::new();
395
                shocks.insert("AAPL".to_string(), -15.0);
396
                shocks
397
            },
398
            asset_class_shocks: {
399
                let mut shocks = HashMap::new();
400
                shocks.insert(AssetClass::Technology, -10.0);
401
                shocks.insert(AssetClass::LargeCapEquity, -5.0);
402
                shocks
403
            },
404
            volatility_multiplier: 1.0,
405
            volatility_multipliers: HashMap::new(),
406
            correlation_adjustments: HashMap::new(),
407
            liquidity_haircuts: HashMap::new(),
408
            is_active: true,
409
        };
410
411
        let mapping = create_default_asset_class_mapping();
412
413
        // Should get instrument-specific shock
414
        assert_eq!(config.get_shock_for_symbol("AAPL", &mapping), Some(-15.0));
415
416
        // Should get asset class shock for GOOGL (Technology)
417
        assert_eq!(config.get_shock_for_symbol("GOOGL", &mapping), Some(-10.0));
418
419
        // Should get default class shock for unknown symbol
420
        assert_eq!(config.get_shock_for_symbol("UNKNOWN", &mapping), Some(-5.0));
421
    }
422
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/runtime.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/runtime.rs.html
deleted file mode 100644
index 661d5c3b0..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/runtime.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/runtime.rs
Line
Count
Source
1
//! Runtime configuration layer for environment-aware defaults.
2
//!
3
//! This module provides Tier 2 runtime configuration that complements the
4
//! compile-time constants in `common::thresholds`. Values here can be overridden
5
//! via environment variables to support different deployment environments
6
//! (development, staging, production) without recompilation.
7
//!
8
//! # Architecture
9
//!
10
//! - Tier 1 (Compile-time): `common::thresholds` - Performance-critical constants
11
//! - Tier 2 (Runtime): This module - Environment-aware operational parameters
12
//! - Tier 3 (Database): Hot-reload via PostgreSQL NOTIFY/LISTEN
13
//!
14
//! # Environment Variables
15
//!
16
//! ## Database Configuration
17
//! - `DATABASE_QUERY_TIMEOUT_MS` - Query timeout in milliseconds (default: environment-aware)
18
//! - `DATABASE_CONNECTION_TIMEOUT_MS` - Connection timeout in milliseconds
19
//! - `DATABASE_POOL_SIZE` - Connection pool size
20
//! - `DATABASE_MAX_POOL_SIZE` - Maximum pool size
21
//! - `DATABASE_ACQUIRE_TIMEOUT_MS` - Pool acquire timeout in milliseconds
22
//!
23
//! ## Cache Configuration
24
//! - `CACHE_POSITION_TTL_SECS` - Position cache TTL in seconds
25
//! - `CACHE_VAR_TTL_SECS` - VaR calculation cache TTL in seconds
26
//! - `CACHE_COMPLIANCE_TTL_SECS` - Compliance check cache TTL in seconds
27
//! - `CACHE_MARKET_DATA_TTL_SECS` - Market data cache TTL in seconds
28
//! - `CACHE_MODEL_PREDICTION_TTL_SECS` - Model prediction cache TTL in seconds
29
//!
30
//! ## Network Configuration
31
//! - `NETWORK_GRPC_CONNECT_TIMEOUT_SECS` - gRPC connect timeout in seconds
32
//! - `NETWORK_GRPC_REQUEST_TIMEOUT_SECS` - gRPC request timeout in seconds
33
//! - `NETWORK_KEEP_ALIVE_INTERVAL_SECS` - Keep-alive interval in seconds
34
//! - `NETWORK_KEEP_ALIVE_TIMEOUT_SECS` - Keep-alive timeout in seconds
35
//! - `NETWORK_MAX_CONCURRENT_CONNECTIONS` - Maximum concurrent connections
36
//!
37
//! ## Retry Configuration
38
//! - `RETRY_INITIAL_DELAY_MS` - Initial retry delay in milliseconds
39
//! - `RETRY_MAX_DELAY_SECS` - Maximum retry delay in seconds
40
//! - `RETRY_MAX_ATTEMPTS` - Maximum retry attempts
41
//! - `RETRY_BACKOFF_MULTIPLIER` - Backoff multiplier for exponential backoff
42
//!
43
//! ## Safety Configuration
44
//! - `SAFETY_CHECK_TIMEOUT_MS` - Safety check timeout in milliseconds
45
//! - `SAFETY_AUTO_RECOVERY_DELAY_SECS` - Auto-recovery delay in seconds
46
//! - `SAFETY_LOSS_CHECK_INTERVAL_SECS` - Loss check interval in seconds
47
//! - `SAFETY_POSITION_CHECK_INTERVAL_SECS` - Position check interval in seconds
48
//!
49
//! ## ML Configuration
50
//! - `ML_MAX_BATCH_SIZE` - Maximum batch size for ML inference
51
//! - `ML_INFERENCE_TIMEOUT_MS` - ML inference timeout in milliseconds
52
//! - `ML_MODEL_CACHE_CLEANUP_INTERVAL_SECS` - Model cache cleanup interval
53
//! - `ML_DRIFT_CHECK_INTERVAL_SECS` - Drift detection check interval
54
//!
55
//! ## Risk Configuration
56
//! - `RISK_VAR_LOOKBACK_DAYS` - VaR lookback period in trading days
57
//! - `RISK_VAR_CONFIDENCE` - VaR confidence level (0.0-1.0)
58
//! - `RISK_MAX_DRAWDOWN_WARNING_PCT` - Max drawdown warning threshold
59
//!
60
//! # Example
61
//!
62
//! ```rust,no_run
63
//! use config::runtime::{RuntimeConfig, Environment};
64
//!
65
//! # fn main() -> Result<(), Box<dyn std::error::Error>> {
66
//! // Auto-detect environment and load from env vars
67
//! let config = RuntimeConfig::from_env()?;
68
//!
69
//! // Or specify environment explicitly
70
//! let prod_config = RuntimeConfig::from_env_with_environment(Environment::Production)?;
71
//!
72
//! // Or use defaults for specific environment
73
//! let dev_config = RuntimeConfig::with_defaults(Environment::Development);
74
//!
75
//! println!("Database query timeout: {:?}", config.database.query_timeout);
76
//! println!("Position cache TTL: {:?}", config.cache.position_ttl);
77
//! # Ok(())
78
//! # }
79
//! ```
80
81
use crate::error::{ConfigError, ConfigResult};
82
use serde::{Deserialize, Serialize};
83
use std::time::Duration;
84
85
/// Deployment environment enumeration.
86
///
87
/// Determines default values for runtime configuration parameters.
88
/// Different environments have different performance vs safety trade-offs.
89
#[derive(Debug, Clone, Copy, PartialEq, Eq, Serialize, Deserialize)]
90
pub enum Environment {
91
    /// Development environment - Relaxed timeouts, verbose logging
92
    Development,
93
    /// Staging environment - Production-like settings with some debug features
94
    Staging,
95
    /// Production environment - Optimized for performance and reliability
96
    Production,
97
}
98
99
impl Environment {
100
    /// Detects the environment from the ENVIRONMENT environment variable.
101
    ///
102
    /// Falls back to Development if not set or invalid.
103
0
    pub fn detect() -> Self {
104
0
        match std::env::var("ENVIRONMENT")
105
0
            .unwrap_or_else(|_| "development".to_string())
106
0
            .to_lowercase()
107
0
            .as_str()
108
        {
109
0
            "production" | "prod" => Environment::Production,
110
0
            "staging" | "stage" => Environment::Staging,
111
0
            _ => Environment::Development,
112
        }
113
0
    }
114
115
    /// Returns true if this is a production environment.
116
0
    pub fn is_production(&self) -> bool {
117
0
        matches!(self, Environment::Production)
118
0
    }
119
120
    /// Returns true if this is a development environment.
121
0
    pub fn is_development(&self) -> bool {
122
0
        matches!(self, Environment::Development)
123
0
    }
124
}
125
126
/// Database runtime configuration.
127
///
128
/// Controls database connection pooling, timeouts, and query execution limits.
129
#[derive(Debug, Clone, Serialize, Deserialize)]
130
pub struct DatabaseRuntimeConfig {
131
    /// Query timeout for standard operations
132
    pub query_timeout: Duration,
133
    /// Connection establishment timeout
134
    pub connection_timeout: Duration,
135
    /// Pool acquire timeout
136
    pub acquire_timeout: Duration,
137
    /// Default pool size
138
    pub pool_size: u32,
139
    /// Maximum pool size
140
    pub max_pool_size: u32,
141
    /// Connection lifetime
142
    pub connection_lifetime: Duration,
143
    /// Idle timeout
144
    pub idle_timeout: Duration,
145
}
146
147
impl DatabaseRuntimeConfig {
148
    /// Creates configuration with environment-aware defaults.
149
0
    pub fn with_defaults(env: Environment) -> Self {
150
0
        match env {
151
0
            Environment::Development => Self {
152
0
                query_timeout: Duration::from_millis(5000), // More relaxed for debugging
153
0
                connection_timeout: Duration::from_millis(500),
154
0
                acquire_timeout: Duration::from_millis(200),
155
0
                pool_size: 10,
156
0
                max_pool_size: 50,
157
0
                connection_lifetime: Duration::from_secs(1800), // 30 minutes
158
0
                idle_timeout: Duration::from_secs(600), // 10 minutes
159
0
            },
160
0
            Environment::Staging => Self {
161
0
                query_timeout: Duration::from_millis(2000),
162
0
                connection_timeout: Duration::from_millis(200),
163
0
                acquire_timeout: Duration::from_millis(100),
164
0
                pool_size: 15,
165
0
                max_pool_size: 75,
166
0
                connection_lifetime: Duration::from_secs(3600), // 1 hour
167
0
                idle_timeout: Duration::from_secs(300), // 5 minutes
168
0
            },
169
0
            Environment::Production => Self {
170
0
                query_timeout: Duration::from_millis(1000), // Tight timeout for HFT
171
0
                connection_timeout: Duration::from_millis(100),
172
0
                acquire_timeout: Duration::from_millis(50),
173
0
                pool_size: 20,
174
0
                max_pool_size: 100,
175
0
                connection_lifetime: Duration::from_secs(3600), // 1 hour
176
0
                idle_timeout: Duration::from_secs(300), // 5 minutes
177
0
            },
178
        }
179
0
    }
180
181
    /// Loads from environment variables with fallback to defaults.
182
0
    pub fn from_env(env: Environment) -> ConfigResult<Self> {
183
0
        let defaults = Self::with_defaults(env);
184
185
        Ok(Self {
186
0
            query_timeout: parse_env_duration_ms("DATABASE_QUERY_TIMEOUT_MS", defaults.query_timeout)?,
187
0
            connection_timeout: parse_env_duration_ms("DATABASE_CONNECTION_TIMEOUT_MS", defaults.connection_timeout)?,
188
0
            acquire_timeout: parse_env_duration_ms("DATABASE_ACQUIRE_TIMEOUT_MS", defaults.acquire_timeout)?,
189
0
            pool_size: parse_env_u32("DATABASE_POOL_SIZE", defaults.pool_size)?,
190
0
            max_pool_size: parse_env_u32("DATABASE_MAX_POOL_SIZE", defaults.max_pool_size)?,
191
0
            connection_lifetime: parse_env_duration_secs("DATABASE_CONNECTION_LIFETIME_SECS", defaults.connection_lifetime)?,
192
0
            idle_timeout: parse_env_duration_secs("DATABASE_IDLE_TIMEOUT_SECS", defaults.idle_timeout)?,
193
        })
194
0
    }
195
196
    /// Validates the configuration.
197
0
    pub fn validate(&self) -> ConfigResult<()> {
198
0
        if self.query_timeout.as_millis() == 0 {
199
0
            return Err(ConfigError::Invalid("Query timeout must be positive".into()));
200
0
        }
201
0
        if self.pool_size == 0 {
202
0
            return Err(ConfigError::Invalid("Pool size must be positive".into()));
203
0
        }
204
0
        if self.pool_size > self.max_pool_size {
205
0
            return Err(ConfigError::Invalid("Pool size cannot exceed max pool size".into()));
206
0
        }
207
0
        Ok(())
208
0
    }
209
}
210
211
/// Cache TTL runtime configuration.
212
///
213
/// Controls time-to-live values for various cache types.
214
#[derive(Debug, Clone, Serialize, Deserialize)]
215
pub struct CacheRuntimeConfig {
216
    /// Position cache TTL
217
    pub position_ttl: Duration,
218
    /// VaR calculation cache TTL
219
    pub var_ttl: Duration,
220
    /// Compliance check cache TTL
221
    pub compliance_ttl: Duration,
222
    /// Market data cache TTL
223
    pub market_data_ttl: Duration,
224
    /// Model prediction cache TTL
225
    pub model_prediction_ttl: Duration,
226
}
227
228
impl CacheRuntimeConfig {
229
    /// Creates configuration with environment-aware defaults.
230
0
    pub fn with_defaults(env: Environment) -> Self {
231
0
        match env {
232
0
            Environment::Development => Self {
233
0
                position_ttl: Duration::from_secs(120), // Longer TTL for debugging
234
0
                var_ttl: Duration::from_secs(7200), // 2 hours
235
0
                compliance_ttl: Duration::from_secs(172800), // 48 hours
236
0
                market_data_ttl: Duration::from_secs(600), // 10 minutes
237
0
                model_prediction_ttl: Duration::from_secs(120), // 2 minutes
238
0
            },
239
0
            Environment::Staging => Self {
240
0
                position_ttl: Duration::from_secs(90),
241
0
                var_ttl: Duration::from_secs(5400), // 1.5 hours
242
0
                compliance_ttl: Duration::from_secs(129600), // 36 hours
243
0
                market_data_ttl: Duration::from_secs(450), // 7.5 minutes
244
0
                model_prediction_ttl: Duration::from_secs(90),
245
0
            },
246
0
            Environment::Production => Self {
247
0
                position_ttl: Duration::from_secs(60), // 1 minute for HFT
248
0
                var_ttl: Duration::from_secs(3600), // 1 hour
249
0
                compliance_ttl: Duration::from_secs(86400), // 24 hours
250
0
                market_data_ttl: Duration::from_secs(300), // 5 minutes
251
0
                model_prediction_ttl: Duration::from_secs(60), // 1 minute
252
0
            },
253
        }
254
0
    }
255
256
    /// Loads from environment variables with fallback to defaults.
257
0
    pub fn from_env(env: Environment) -> ConfigResult<Self> {
258
0
        let defaults = Self::with_defaults(env);
259
260
        Ok(Self {
261
0
            position_ttl: parse_env_duration_secs("CACHE_POSITION_TTL_SECS", defaults.position_ttl)?,
262
0
            var_ttl: parse_env_duration_secs("CACHE_VAR_TTL_SECS", defaults.var_ttl)?,
263
0
            compliance_ttl: parse_env_duration_secs("CACHE_COMPLIANCE_TTL_SECS", defaults.compliance_ttl)?,
264
0
            market_data_ttl: parse_env_duration_secs("CACHE_MARKET_DATA_TTL_SECS", defaults.market_data_ttl)?,
265
0
            model_prediction_ttl: parse_env_duration_secs("CACHE_MODEL_PREDICTION_TTL_SECS", defaults.model_prediction_ttl)?,
266
        })
267
0
    }
268
269
    /// Validates the configuration.
270
0
    pub fn validate(&self) -> ConfigResult<()> {
271
0
        if self.position_ttl.as_secs() == 0 {
272
0
            return Err(ConfigError::Invalid("Position TTL must be positive".into()));
273
0
        }
274
0
        if self.var_ttl.as_secs() == 0 {
275
0
            return Err(ConfigError::Invalid("VaR TTL must be positive".into()));
276
0
        }
277
0
        Ok(())
278
0
    }
279
}
280
281
/// Network timeout runtime configuration.
282
///
283
/// Controls gRPC and network-related timeouts.
284
#[derive(Debug, Clone, Serialize, Deserialize)]
285
pub struct TimeoutConfig {
286
    /// gRPC connect timeout
287
    pub grpc_connect_timeout: Duration,
288
    /// gRPC request timeout
289
    pub grpc_request_timeout: Duration,
290
    /// Keep-alive interval
291
    pub keep_alive_interval: Duration,
292
    /// Keep-alive timeout
293
    pub keep_alive_timeout: Duration,
294
    /// Maximum concurrent connections
295
    pub max_concurrent_connections: u32,
296
}
297
298
impl TimeoutConfig {
299
    /// Creates configuration with environment-aware defaults.
300
0
    pub fn with_defaults(env: Environment) -> Self {
301
0
        match env {
302
0
            Environment::Development => Self {
303
0
                grpc_connect_timeout: Duration::from_secs(10),
304
0
                grpc_request_timeout: Duration::from_secs(30),
305
0
                keep_alive_interval: Duration::from_secs(60),
306
0
                keep_alive_timeout: Duration::from_secs(10),
307
0
                max_concurrent_connections: 50,
308
0
            },
309
0
            Environment::Staging => Self {
310
0
                grpc_connect_timeout: Duration::from_secs(7),
311
0
                grpc_request_timeout: Duration::from_secs(20),
312
0
                keep_alive_interval: Duration::from_secs(45),
313
0
                keep_alive_timeout: Duration::from_secs(7),
314
0
                max_concurrent_connections: 75,
315
0
            },
316
0
            Environment::Production => Self {
317
0
                grpc_connect_timeout: Duration::from_secs(5),
318
0
                grpc_request_timeout: Duration::from_secs(10),
319
0
                keep_alive_interval: Duration::from_secs(30),
320
0
                keep_alive_timeout: Duration::from_secs(5),
321
0
                max_concurrent_connections: 100,
322
0
            },
323
        }
324
0
    }
325
326
    /// Loads from environment variables with fallback to defaults.
327
0
    pub fn from_env(env: Environment) -> ConfigResult<Self> {
328
0
        let defaults = Self::with_defaults(env);
329
330
        Ok(Self {
331
0
            grpc_connect_timeout: parse_env_duration_secs("NETWORK_GRPC_CONNECT_TIMEOUT_SECS", defaults.grpc_connect_timeout)?,
332
0
            grpc_request_timeout: parse_env_duration_secs("NETWORK_GRPC_REQUEST_TIMEOUT_SECS", defaults.grpc_request_timeout)?,
333
0
            keep_alive_interval: parse_env_duration_secs("NETWORK_KEEP_ALIVE_INTERVAL_SECS", defaults.keep_alive_interval)?,
334
0
            keep_alive_timeout: parse_env_duration_secs("NETWORK_KEEP_ALIVE_TIMEOUT_SECS", defaults.keep_alive_timeout)?,
335
0
            max_concurrent_connections: parse_env_u32("NETWORK_MAX_CONCURRENT_CONNECTIONS", defaults.max_concurrent_connections)?,
336
        })
337
0
    }
338
339
    /// Validates the configuration.
340
0
    pub fn validate(&self) -> ConfigResult<()> {
341
0
        if self.grpc_connect_timeout.as_secs() == 0 {
342
0
            return Err(ConfigError::Invalid("gRPC connect timeout must be positive".into()));
343
0
        }
344
0
        if self.max_concurrent_connections == 0 {
345
0
            return Err(ConfigError::Invalid("Max concurrent connections must be positive".into()));
346
0
        }
347
0
        Ok(())
348
0
    }
349
}
350
351
/// Operational limits runtime configuration.
352
///
353
/// Controls retry behavior, safety checks, ML parameters, and risk calculations.
354
#[derive(Debug, Clone, Serialize, Deserialize)]
355
pub struct LimitsConfig {
356
    // Retry configuration
357
    /// Initial retry delay
358
    pub retry_initial_delay: Duration,
359
    /// Maximum retry delay
360
    pub retry_max_delay: Duration,
361
    /// Maximum retry attempts
362
    pub retry_max_attempts: u32,
363
    /// Backoff multiplier
364
    pub retry_backoff_multiplier: f32,
365
366
    // Safety configuration
367
    /// Safety check timeout
368
    pub safety_check_timeout: Duration,
369
    /// Auto-recovery delay
370
    pub safety_auto_recovery_delay: Duration,
371
    /// Loss check interval
372
    pub safety_loss_check_interval: Duration,
373
    /// Position check interval
374
    pub safety_position_check_interval: Duration,
375
376
    // ML configuration
377
    /// Maximum batch size for ML inference
378
    pub ml_max_batch_size: usize,
379
    /// ML inference timeout
380
    pub ml_inference_timeout: Duration,
381
    /// Model cache cleanup interval
382
    pub ml_cache_cleanup_interval: Duration,
383
    /// Drift detection check interval
384
    pub ml_drift_check_interval: Duration,
385
386
    // Risk configuration
387
    /// VaR lookback period in trading days
388
    pub risk_var_lookback_days: usize,
389
    /// VaR confidence level
390
    pub risk_var_confidence: f64,
391
    /// Max drawdown warning threshold (percentage)
392
    pub risk_max_drawdown_warning_pct: u8,
393
}
394
395
impl LimitsConfig {
396
    /// Creates configuration with environment-aware defaults.
397
0
    pub fn with_defaults(env: Environment) -> Self {
398
0
        match env {
399
0
            Environment::Development => Self {
400
0
                // Retry
401
0
                retry_initial_delay: Duration::from_millis(200),
402
0
                retry_max_delay: Duration::from_secs(60),
403
0
                retry_max_attempts: 5,
404
0
                retry_backoff_multiplier: 2.0,
405
0
406
0
                // Safety
407
0
                safety_check_timeout: Duration::from_millis(50),
408
0
                safety_auto_recovery_delay: Duration::from_secs(60),
409
0
                safety_loss_check_interval: Duration::from_secs(30),
410
0
                safety_position_check_interval: Duration::from_secs(15),
411
0
412
0
                // ML
413
0
                ml_max_batch_size: 1024,
414
0
                ml_inference_timeout: Duration::from_millis(200),
415
0
                ml_cache_cleanup_interval: Duration::from_secs(7200), // 2 hours
416
0
                ml_drift_check_interval: Duration::from_secs(600), // 10 minutes
417
0
418
0
                // Risk
419
0
                risk_var_lookback_days: 252,
420
0
                risk_var_confidence: 0.95,
421
0
                risk_max_drawdown_warning_pct: 20,
422
0
            },
423
0
            Environment::Staging => Self {
424
0
                // Retry
425
0
                retry_initial_delay: Duration::from_millis(150),
426
0
                retry_max_delay: Duration::from_secs(45),
427
0
                retry_max_attempts: 4,
428
0
                retry_backoff_multiplier: 1.75,
429
0
430
0
                // Safety
431
0
                safety_check_timeout: Duration::from_millis(25),
432
0
                safety_auto_recovery_delay: Duration::from_secs(900), // 15 minutes
433
0
                safety_loss_check_interval: Duration::from_secs(15),
434
0
                safety_position_check_interval: Duration::from_secs(7),
435
0
436
0
                // ML
437
0
                ml_max_batch_size: 4096,
438
0
                ml_inference_timeout: Duration::from_millis(150),
439
0
                ml_cache_cleanup_interval: Duration::from_secs(5400), // 1.5 hours
440
0
                ml_drift_check_interval: Duration::from_secs(450), // 7.5 minutes
441
0
442
0
                // Risk
443
0
                risk_var_lookback_days: 252,
444
0
                risk_var_confidence: 0.95,
445
0
                risk_max_drawdown_warning_pct: 17,
446
0
            },
447
0
            Environment::Production => Self {
448
0
                // Retry
449
0
                retry_initial_delay: Duration::from_millis(100),
450
0
                retry_max_delay: Duration::from_secs(30),
451
0
                retry_max_attempts: 3,
452
0
                retry_backoff_multiplier: 1.5,
453
0
454
0
                // Safety
455
0
                safety_check_timeout: Duration::from_millis(5),
456
0
                safety_auto_recovery_delay: Duration::from_secs(1800), // 30 minutes
457
0
                safety_loss_check_interval: Duration::from_secs(5),
458
0
                safety_position_check_interval: Duration::from_secs(2),
459
0
460
0
                // ML
461
0
                ml_max_batch_size: 8192,
462
0
                ml_inference_timeout: Duration::from_millis(100),
463
0
                ml_cache_cleanup_interval: Duration::from_secs(3600), // 1 hour
464
0
                ml_drift_check_interval: Duration::from_secs(300), // 5 minutes
465
0
466
0
                // Risk
467
0
                risk_var_lookback_days: 252,
468
0
                risk_var_confidence: 0.95,
469
0
                risk_max_drawdown_warning_pct: 15,
470
0
            },
471
        }
472
0
    }
473
474
    /// Loads from environment variables with fallback to defaults.
475
0
    pub fn from_env(env: Environment) -> ConfigResult<Self> {
476
0
        let defaults = Self::with_defaults(env);
477
478
        Ok(Self {
479
            // Retry
480
0
            retry_initial_delay: parse_env_duration_ms("RETRY_INITIAL_DELAY_MS", defaults.retry_initial_delay)?,
481
0
            retry_max_delay: parse_env_duration_secs("RETRY_MAX_DELAY_SECS", defaults.retry_max_delay)?,
482
0
            retry_max_attempts: parse_env_u32("RETRY_MAX_ATTEMPTS", defaults.retry_max_attempts)?,
483
0
            retry_backoff_multiplier: parse_env_f32("RETRY_BACKOFF_MULTIPLIER", defaults.retry_backoff_multiplier)?,
484
485
            // Safety
486
0
            safety_check_timeout: parse_env_duration_ms("SAFETY_CHECK_TIMEOUT_MS", defaults.safety_check_timeout)?,
487
0
            safety_auto_recovery_delay: parse_env_duration_secs("SAFETY_AUTO_RECOVERY_DELAY_SECS", defaults.safety_auto_recovery_delay)?,
488
0
            safety_loss_check_interval: parse_env_duration_secs("SAFETY_LOSS_CHECK_INTERVAL_SECS", defaults.safety_loss_check_interval)?,
489
0
            safety_position_check_interval: parse_env_duration_secs("SAFETY_POSITION_CHECK_INTERVAL_SECS", defaults.safety_position_check_interval)?,
490
491
            // ML
492
0
            ml_max_batch_size: parse_env_usize("ML_MAX_BATCH_SIZE", defaults.ml_max_batch_size)?,
493
0
            ml_inference_timeout: parse_env_duration_ms("ML_INFERENCE_TIMEOUT_MS", defaults.ml_inference_timeout)?,
494
0
            ml_cache_cleanup_interval: parse_env_duration_secs("ML_MODEL_CACHE_CLEANUP_INTERVAL_SECS", defaults.ml_cache_cleanup_interval)?,
495
0
            ml_drift_check_interval: parse_env_duration_secs("ML_DRIFT_CHECK_INTERVAL_SECS", defaults.ml_drift_check_interval)?,
496
497
            // Risk
498
0
            risk_var_lookback_days: parse_env_usize("RISK_VAR_LOOKBACK_DAYS", defaults.risk_var_lookback_days)?,
499
0
            risk_var_confidence: parse_env_f64("RISK_VAR_CONFIDENCE", defaults.risk_var_confidence)?,
500
0
            risk_max_drawdown_warning_pct: parse_env_u8("RISK_MAX_DRAWDOWN_WARNING_PCT", defaults.risk_max_drawdown_warning_pct)?,
501
        })
502
0
    }
503
504
    /// Validates the configuration.
505
0
    pub fn validate(&self) -> ConfigResult<()> {
506
0
        if self.retry_max_attempts == 0 {
507
0
            return Err(ConfigError::Invalid("Retry max attempts must be positive".into()));
508
0
        }
509
0
        if self.retry_backoff_multiplier <= 1.0 {
510
0
            return Err(ConfigError::Invalid("Backoff multiplier must be > 1.0".into()));
511
0
        }
512
0
        if self.ml_max_batch_size == 0 {
513
0
            return Err(ConfigError::Invalid("ML max batch size must be positive".into()));
514
0
        }
515
0
        if self.risk_var_confidence < 0.0 || self.risk_var_confidence > 1.0 {
516
0
            return Err(ConfigError::Invalid("VaR confidence must be between 0.0 and 1.0".into()));
517
0
        }
518
0
        if self.risk_var_lookback_days == 0 {
519
0
            return Err(ConfigError::Invalid("VaR lookback days must be positive".into()));
520
0
        }
521
0
        Ok(())
522
0
    }
523
}
524
525
/// Complete runtime configuration for the Foxhunt trading system.
526
///
527
/// Aggregates all runtime configuration categories with environment-aware defaults
528
/// and environment variable overrides.
529
#[derive(Debug, Clone, Serialize, Deserialize)]
530
pub struct RuntimeConfig {
531
    /// Detected or specified environment
532
    pub environment: Environment,
533
    /// Database configuration
534
    pub database: DatabaseRuntimeConfig,
535
    /// Cache configuration
536
    pub cache: CacheRuntimeConfig,
537
    /// Timeout configuration
538
    pub timeouts: TimeoutConfig,
539
    /// Limits and operational parameters
540
    pub limits: LimitsConfig,
541
}
542
543
impl RuntimeConfig {
544
    /// Creates runtime configuration by auto-detecting environment and loading from env vars.
545
    ///
546
    /// # Errors
547
    ///
548
    /// Returns ConfigError if environment variables contain invalid values or
549
    /// if validation fails.
550
0
    pub fn from_env() -> ConfigResult<Self> {
551
0
        let environment = Environment::detect();
552
0
        Self::from_env_with_environment(environment)
553
0
    }
554
555
    /// Creates runtime configuration with specified environment and loads from env vars.
556
    ///
557
    /// # Arguments
558
    ///
559
    /// * `environment` - The deployment environment to use for defaults
560
    ///
561
    /// # Errors
562
    ///
563
    /// Returns ConfigError if environment variables contain invalid values or
564
    /// if validation fails.
565
0
    pub fn from_env_with_environment(environment: Environment) -> ConfigResult<Self> {
566
0
        let config = Self {
567
0
            environment,
568
0
            database: DatabaseRuntimeConfig::from_env(environment)?,
569
0
            cache: CacheRuntimeConfig::from_env(environment)?,
570
0
            timeouts: TimeoutConfig::from_env(environment)?,
571
0
            limits: LimitsConfig::from_env(environment)?,
572
        };
573
574
0
        config.validate()?;
575
0
        Ok(config)
576
0
    }
577
578
    /// Creates runtime configuration with environment-specific defaults.
579
    ///
580
    /// Does not read from environment variables. Useful for testing or
581
    /// when you want pure default values.
582
    ///
583
    /// # Arguments
584
    ///
585
    /// * `environment` - The deployment environment to use for defaults
586
0
    pub fn with_defaults(environment: Environment) -> Self {
587
0
        Self {
588
0
            environment,
589
0
            database: DatabaseRuntimeConfig::with_defaults(environment),
590
0
            cache: CacheRuntimeConfig::with_defaults(environment),
591
0
            timeouts: TimeoutConfig::with_defaults(environment),
592
0
            limits: LimitsConfig::with_defaults(environment),
593
0
        }
594
0
    }
595
596
    /// Validates the entire runtime configuration.
597
    ///
598
    /// # Errors
599
    ///
600
    /// Returns ConfigError if any configuration values are invalid.
601
0
    pub fn validate(&self) -> ConfigResult<()> {
602
0
        self.database.validate()?;
603
0
        self.cache.validate()?;
604
0
        self.timeouts.validate()?;
605
0
        self.limits.validate()?;
606
0
        Ok(())
607
0
    }
608
}
609
610
// Helper functions for parsing environment variables
611
612
0
fn parse_env_duration_ms(key: &str, default: Duration) -> ConfigResult<Duration> {
613
0
    match std::env::var(key) {
614
0
        Ok(val) => {
615
0
            let ms = val.parse::<u64>()
616
0
                .map_err(|e| ConfigError::Invalid(format!("Invalid duration for {}: {}", key, e)))?;
617
0
            Ok(Duration::from_millis(ms))
618
        }
619
0
        Err(_) => Ok(default),
620
    }
621
0
}
622
623
0
fn parse_env_duration_secs(key: &str, default: Duration) -> ConfigResult<Duration> {
624
0
    match std::env::var(key) {
625
0
        Ok(val) => {
626
0
            let secs = val.parse::<u64>()
627
0
                .map_err(|e| ConfigError::Invalid(format!("Invalid duration for {}: {}", key, e)))?;
628
0
            Ok(Duration::from_secs(secs))
629
        }
630
0
        Err(_) => Ok(default),
631
    }
632
0
}
633
634
0
fn parse_env_u32(key: &str, default: u32) -> ConfigResult<u32> {
635
0
    match std::env::var(key) {
636
0
        Ok(val) => val.parse::<u32>()
637
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid u32 for {}: {}", key, e))),
638
0
        Err(_) => Ok(default),
639
    }
640
0
}
641
642
0
fn parse_env_u8(key: &str, default: u8) -> ConfigResult<u8> {
643
0
    match std::env::var(key) {
644
0
        Ok(val) => val.parse::<u8>()
645
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid u8 for {}: {}", key, e))),
646
0
        Err(_) => Ok(default),
647
    }
648
0
}
649
650
0
fn parse_env_usize(key: &str, default: usize) -> ConfigResult<usize> {
651
0
    match std::env::var(key) {
652
0
        Ok(val) => val.parse::<usize>()
653
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid usize for {}: {}", key, e))),
654
0
        Err(_) => Ok(default),
655
    }
656
0
}
657
658
0
fn parse_env_f32(key: &str, default: f32) -> ConfigResult<f32> {
659
0
    match std::env::var(key) {
660
0
        Ok(val) => val.parse::<f32>()
661
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid f32 for {}: {}", key, e))),
662
0
        Err(_) => Ok(default),
663
    }
664
0
}
665
666
0
fn parse_env_f64(key: &str, default: f64) -> ConfigResult<f64> {
667
0
    match std::env::var(key) {
668
0
        Ok(val) => val.parse::<f64>()
669
0
            .map_err(|e| ConfigError::Invalid(format!("Invalid f64 for {}: {}", key, e))),
670
0
        Err(_) => Ok(default),
671
    }
672
0
}
673
674
#[cfg(test)]
675
mod tests {
676
    use super::*;
677
678
    #[test]
679
    fn test_environment_detection() {
680
        // Should default to Development
681
        let env = Environment::detect();
682
        assert!(matches!(env, Environment::Development | Environment::Production | Environment::Staging));
683
    }
684
685
    #[test]
686
    fn test_environment_is_production() {
687
        assert!(Environment::Production.is_production());
688
        assert!(!Environment::Development.is_production());
689
        assert!(!Environment::Staging.is_production());
690
    }
691
692
    #[test]
693
    fn test_environment_is_development() {
694
        assert!(Environment::Development.is_development());
695
        assert!(!Environment::Production.is_development());
696
        assert!(!Environment::Staging.is_development());
697
    }
698
699
    #[test]
700
    fn test_runtime_config_with_defaults() {
701
        let config = RuntimeConfig::with_defaults(Environment::Production);
702
        assert_eq!(config.environment, Environment::Production);
703
        assert!(config.database.query_timeout.as_millis() > 0);
704
        assert!(config.cache.position_ttl.as_secs() > 0);
705
    }
706
707
    #[test]
708
    fn test_runtime_config_validation() {
709
        let config = RuntimeConfig::with_defaults(Environment::Development);
710
        assert!(config.validate().is_ok());
711
    }
712
713
    #[test]
714
    fn test_database_config_defaults() {
715
        let dev_config = DatabaseRuntimeConfig::with_defaults(Environment::Development);
716
        let prod_config = DatabaseRuntimeConfig::with_defaults(Environment::Production);
717
718
        // Production should have tighter timeouts
719
        assert!(prod_config.query_timeout < dev_config.query_timeout);
720
        assert!(prod_config.connection_timeout < dev_config.connection_timeout);
721
    }
722
723
    #[test]
724
    fn test_cache_config_defaults() {
725
        let dev_config = CacheRuntimeConfig::with_defaults(Environment::Development);
726
        let prod_config = CacheRuntimeConfig::with_defaults(Environment::Production);
727
728
        // Production should have shorter TTLs for HFT
729
        assert!(prod_config.position_ttl < dev_config.position_ttl);
730
        assert!(prod_config.var_ttl < dev_config.var_ttl);
731
    }
732
733
    #[test]
734
    fn test_timeout_config_defaults() {
735
        let dev_config = TimeoutConfig::with_defaults(Environment::Development);
736
        let prod_config = TimeoutConfig::with_defaults(Environment::Production);
737
738
        // Production should have tighter timeouts
739
        assert!(prod_config.grpc_request_timeout < dev_config.grpc_request_timeout);
740
        assert!(prod_config.grpc_connect_timeout < dev_config.grpc_connect_timeout);
741
    }
742
743
    #[test]
744
    fn test_limits_config_defaults() {
745
        let dev_config = LimitsConfig::with_defaults(Environment::Development);
746
        let prod_config = LimitsConfig::with_defaults(Environment::Production);
747
748
        // Production should have more aggressive settings
749
        assert!(prod_config.safety_check_timeout < dev_config.safety_check_timeout);
750
        assert!(prod_config.ml_inference_timeout < dev_config.ml_inference_timeout);
751
    }
752
753
    #[test]
754
    fn test_database_config_validation() {
755
        let mut config = DatabaseRuntimeConfig::with_defaults(Environment::Production);
756
        assert!(config.validate().is_ok());
757
758
        config.query_timeout = Duration::from_millis(0);
759
        assert!(config.validate().is_err());
760
761
        config = DatabaseRuntimeConfig::with_defaults(Environment::Production);
762
        config.pool_size = 0;
763
        assert!(config.validate().is_err());
764
765
        config = DatabaseRuntimeConfig::with_defaults(Environment::Production);
766
        config.pool_size = 200;
767
        config.max_pool_size = 100;
768
        assert!(config.validate().is_err());
769
    }
770
771
    #[test]
772
    fn test_cache_config_validation() {
773
        let mut config = CacheRuntimeConfig::with_defaults(Environment::Production);
774
        assert!(config.validate().is_ok());
775
776
        config.position_ttl = Duration::from_secs(0);
777
        assert!(config.validate().is_err());
778
    }
779
780
    #[test]
781
    fn test_limits_config_validation() {
782
        let mut config = LimitsConfig::with_defaults(Environment::Production);
783
        assert!(config.validate().is_ok());
784
785
        config.retry_max_attempts = 0;
786
        assert!(config.validate().is_err());
787
788
        config = LimitsConfig::with_defaults(Environment::Production);
789
        config.retry_backoff_multiplier = 0.5;
790
        assert!(config.validate().is_err());
791
792
        config = LimitsConfig::with_defaults(Environment::Production);
793
        config.risk_var_confidence = 1.5;
794
        assert!(config.validate().is_err());
795
    }
796
797
    #[test]
798
    fn test_staging_environment_defaults() {
799
        let config = RuntimeConfig::with_defaults(Environment::Staging);
800
801
        // Staging should be between dev and prod
802
        let dev_config = RuntimeConfig::with_defaults(Environment::Development);
803
        let prod_config = RuntimeConfig::with_defaults(Environment::Production);
804
805
        assert!(config.database.query_timeout > prod_config.database.query_timeout);
806
        assert!(config.database.query_timeout < dev_config.database.query_timeout);
807
    }
808
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/schemas.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/schemas.rs.html
deleted file mode 100644
index 129841769..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/schemas.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/schemas.rs
Line
Count
Source
1
//! Configuration schemas and cloud storage configurations.
2
//!
3
//! This module defines configuration schemas for various cloud storage backends
4
//! and configuration versioning. Primarily focused on S3-compatible storage
5
//! for model artifacts and configuration management in the Foxhunt trading system.
6
7
use chrono::{DateTime, Utc};
8
use serde::{Deserialize, Serialize};
9
use std::collections::HashMap;
10
use std::time::Duration;
11
use uuid::Uuid;
12
13
/// Configuration schema metadata for versioning and tracking.
14
///
15
/// Provides versioning and audit trail information for configuration schemas.
16
/// Used to track configuration changes over time and maintain compatibility
17
/// across different versions of the trading system.
18
#[derive(Debug, Clone, Serialize, Deserialize)]
19
pub struct ConfigSchema {
20
    /// Unique identifier for this configuration schema
21
    pub id: Uuid,
22
    /// Semantic version string (e.g., "1.2.3")
23
    pub version: String,
24
    /// Timestamp when this schema was created
25
    pub created_at: DateTime<Utc>,
26
    /// Timestamp when this schema was last updated
27
    pub updated_at: DateTime<Utc>,
28
}
29
30
/// Amazon S3 and S3-compatible storage configuration.
31
///
32
/// Configures access to S3 or S3-compatible storage services for storing
33
/// ML model artifacts, configuration backups, and other binary data.
34
/// Supports various authentication methods and connection options.
35
#[derive(Debug, Clone, Serialize, Deserialize)]
36
pub struct S3Config {
37
    /// S3 bucket name for storing model artifacts and data
38
    pub bucket_name: String,
39
    /// AWS region or S3-compatible service region
40
    pub region: String,
41
    /// AWS access key ID (optional, can use IAM roles or environment variables)
42
    pub access_key_id: Option<String>,
43
    /// AWS secret access key (optional, can use IAM roles or environment variables)
44
    pub secret_access_key: Option<String>,
45
    /// AWS session token for temporary credentials (optional)
46
    pub session_token: Option<String>,
47
    /// Custom S3-compatible endpoint URL (e.g., MinIO, DigitalOcean Spaces)
48
    pub endpoint_url: Option<String>,
49
    /// Force path-style URLs instead of virtual-hosted-style URLs
50
    pub force_path_style: bool,
51
    /// Request timeout duration for S3 operations
52
    pub timeout: Duration,
53
    /// Maximum number of retry attempts for failed requests
54
    pub max_retry_attempts: u32,
55
    /// Enable SSL/TLS for S3 connections
56
    pub use_ssl: bool,
57
}
58
59
impl S3Config {
60
    /// Validates the S3 configuration for correctness.
61
    ///
62
    /// Performs validation checks on the S3 configuration to ensure all
63
    /// required fields are present and have valid values before attempting
64
    /// to establish connections to S3 services.
65
    ///
66
    /// # Errors
67
    ///
68
    /// Returns an error string if the configuration is invalid:
69
    /// - Empty bucket name
70
    /// - Empty region
71
    /// - Invalid endpoint URL format
72
0
    pub fn validate(&self) -> Result<(), String> {
73
0
        if self.bucket_name.is_empty() {
74
0
            return Err("S3 bucket name cannot be empty".to_string());
75
0
        }
76
0
        if self.region.is_empty() {
77
0
            return Err("S3 region cannot be empty".to_string());
78
0
        }
79
0
        Ok(())
80
0
    }
81
}
82
83
/// Schema-level asset classification configuration for sector and type categorization.
84
///
85
/// Provides configuration-driven asset classification that replaces hardcoded
86
/// symbol-based classification logic. Supports flexible categorization rules
87
/// based on instrument properties rather than specific symbol names.
88
///
89
/// **Note**: This is a simpler schema-level config. For full asset classification
90
/// with volatility profiles and pattern rules, use `structures::AssetClassificationConfig`.
91
#[derive(Debug, Clone, Serialize, Deserialize)]
92
pub struct AssetClassificationSchema {
93
    /// Classification rules based on asset type patterns
94
    pub asset_type_rules: HashMap<String, String>,
95
    /// Default classifications for different asset categories
96
    pub default_sectors: HashMap<String, String>,
97
    /// Regex patterns for currency pair detection
98
    pub currency_patterns: Vec<String>,
99
    /// Regex patterns for cryptocurrency detection
100
    pub crypto_patterns: Vec<String>,
101
}
102
103
impl AssetClassificationSchema {
104
    /// Creates a new asset classification schema with default rules.
105
0
    pub fn new() -> Self {
106
0
        let mut asset_type_rules = HashMap::new();
107
0
        asset_type_rules.insert("EQUITY".to_string(), "Equity".to_string());
108
0
        asset_type_rules.insert("FOREX".to_string(), "Currencies".to_string());
109
0
        asset_type_rules.insert("CRYPTO".to_string(), "Cryptocurrency".to_string());
110
0
        asset_type_rules.insert("COMMODITY".to_string(), "Commodities".to_string());
111
0
        asset_type_rules.insert("BOND".to_string(), "Fixed Income".to_string());
112
113
0
        let mut default_sectors = HashMap::new();
114
0
        default_sectors.insert("Equity".to_string(), "Other".to_string());
115
0
        default_sectors.insert("Currencies".to_string(), "Currencies".to_string());
116
0
        default_sectors.insert("Cryptocurrency".to_string(), "Cryptocurrency".to_string());
117
0
        default_sectors.insert("Commodities".to_string(), "Commodities".to_string());
118
0
        default_sectors.insert("Fixed Income".to_string(), "Fixed Income".to_string());
119
120
0
        Self {
121
0
            asset_type_rules,
122
0
            default_sectors,
123
0
            currency_patterns: vec![
124
0
                r"^[A-Z]{3}[A-Z]{3}$".to_string(), // USDEUR format
125
0
                r".*USD.*".to_string(),
126
0
                r".*EUR.*".to_string(),
127
0
                r".*GBP.*".to_string(),
128
0
                r".*JPY.*".to_string(),
129
0
            ],
130
0
            crypto_patterns: vec![
131
0
                r".*BTC.*".to_string(),
132
0
                r".*ETH.*".to_string(),
133
0
                r".*CRYPTO.*".to_string(),
134
0
            ],
135
0
        }
136
0
    }
137
138
    /// Classifies an instrument based on configuration rules.
139
0
    pub fn classify_sector(&self, instrument_id: &str, asset_type: Option<&str>) -> String {
140
        // First try to classify based on asset type if provided
141
0
        if let Some(asset_type) = asset_type {
142
0
            if let Some(sector) = self.asset_type_rules.get(asset_type) {
143
0
                return sector.clone();
144
0
            }
145
0
        }
146
147
        // Check for currency patterns
148
0
        for pattern in &self.currency_patterns {
149
0
            if let Ok(regex) = regex::Regex::new(pattern) {
150
0
                if regex.is_match(instrument_id) {
151
0
                    return "Currencies".to_string();
152
0
                }
153
0
            }
154
        }
155
156
        // Check for crypto patterns
157
0
        for pattern in &self.crypto_patterns {
158
0
            if let Ok(regex) = regex::Regex::new(pattern) {
159
0
                if regex.is_match(instrument_id) {
160
0
                    return "Cryptocurrency".to_string();
161
0
                }
162
0
            }
163
        }
164
165
        // Default classification
166
0
        "Other".to_string()
167
0
    }
168
}
169
170
impl Default for AssetClassificationSchema {
171
0
    fn default() -> Self {
172
0
        Self::new()
173
0
    }
174
}
175
176
impl Default for S3Config {
177
0
    fn default() -> Self {
178
0
        Self {
179
0
            bucket_name: "foxhunt-models".to_string(),
180
0
            region: "us-east-1".to_string(),
181
0
            access_key_id: None,
182
0
            secret_access_key: None,
183
0
            session_token: None,
184
0
            endpoint_url: None,
185
0
            force_path_style: false,
186
0
            timeout: Duration::from_secs(30),
187
0
            max_retry_attempts: 3,
188
0
            use_ssl: true,
189
0
        }
190
0
    }
191
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/storage_config.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/storage_config.rs.html
deleted file mode 100644
index 58ab87688..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/storage_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/storage_config.rs
Line
Count
Source
1
//! Model storage and metadata configuration structures.
2
//!
3
//! This module defines configuration structures for managing ML model metadata,
4
//! training metrics, and architectural information. Used for model versioning,
5
//! performance tracking, and deployment management in the Foxhunt trading system.
6
7
use chrono::{DateTime, Utc};
8
use serde::{Deserialize, Serialize};
9
use std::path::PathBuf;
10
use uuid::Uuid;
11
12
/// Comprehensive metadata for ML model storage and tracking.
13
///
14
/// Contains all information necessary for model identification, versioning,
15
/// and performance tracking. Used for model lifecycle management and
16
/// deployment coordination across the trading system.
17
#[derive(Debug, Clone, Serialize, Deserialize)]
18
pub struct ModelMetadata {
19
    /// Unique identifier for this model instance
20
    pub id: Uuid,
21
    /// Human-readable model name (e.g., "mamba2-price-prediction")
22
    pub name: String,
23
    /// Semantic version string (e.g., "1.2.3")
24
    pub version: String,
25
    /// Timestamp when this model was created/trained
26
    pub created_at: DateTime<Utc>,
27
    /// Timestamp when this model metadata was last updated
28
    pub updated_at: DateTime<Utc>,
29
    /// Training performance metrics for model evaluation
30
    pub training_metrics: TrainingMetrics,
31
    /// Model architecture and hyperparameter configuration
32
    pub architecture: ModelArchitecture,
33
}
34
35
/// Training performance metrics for model evaluation.
36
///
37
/// Captures key performance indicators from model training to enable
38
/// comparison between different model versions and architectures.
39
/// Essential for model selection and performance monitoring.
40
#[derive(Debug, Clone, Serialize, Deserialize)]
41
pub struct TrainingMetrics {
42
    /// Final training accuracy (0.0 to 1.0)
43
    pub accuracy: f64,
44
    /// Final training loss value
45
    pub loss: f64,
46
    /// Final validation accuracy (0.0 to 1.0)
47
    pub validation_accuracy: f64,
48
    /// Final validation loss value
49
    pub validation_loss: f64,
50
    /// Number of training epochs completed
51
    pub epochs: u32,
52
    /// Total training time in seconds
53
    pub training_time_seconds: f64,
54
}
55
56
/// Model architecture and hyperparameter specification.
57
///
58
/// Defines the structural configuration of ML models including layer
59
/// dimensions, activation functions, and optimization parameters.
60
/// Used for model reconstruction and hyperparameter tracking.
61
#[derive(Debug, Clone, Serialize, Deserialize)]
62
pub struct ModelArchitecture {
63
    /// Model type identifier (e.g., "mamba2", "transformer", "dqn")
64
    pub model_type: String,
65
    /// Input feature dimension size
66
    pub input_dim: usize,
67
    /// Output prediction dimension size
68
    pub output_dim: usize,
69
    /// Hidden layer sizes in order from input to output
70
    pub hidden_layers: Vec<usize>,
71
    /// Activation function name (e.g., "relu", "gelu", "swish")
72
    pub activation: String,
73
    /// Optimizer type (e.g., "adam", "sgd", "adamw")
74
    pub optimizer: String,
75
    /// Learning rate used during training
76
    pub learning_rate: f64,
77
}
78
79
/// Storage configuration for model artifacts
80
#[derive(Debug, Clone, Serialize, Deserialize)]
81
pub struct StorageConfig {
82
    /// Storage type (e.g., "local", "s3")
83
    pub storage_type: String,
84
    /// Local base path for file storage (required for "local" storage type)
85
    pub local_base_path: Option<PathBuf>,
86
    /// Enable compression for stored models
87
    pub enable_compression: bool,
88
}
89
90
impl Default for StorageConfig {
91
0
    fn default() -> Self {
92
0
        Self {
93
0
            storage_type: "local".to_string(),
94
0
            local_base_path: Some(PathBuf::from("/tmp/foxhunt/models")),
95
0
            enable_compression: false,
96
0
        }
97
0
    }
98
}
99
100
impl StorageConfig {
101
    /// Create StorageConfig from environment variables
102
0
    pub fn from_env() -> Result<Self, Box<dyn std::error::Error>> {
103
0
        let storage_type = std::env::var("STORAGE_TYPE").unwrap_or_else(|_| "local".to_string());
104
0
        let local_base_path = std::env::var("STORAGE_LOCAL_PATH")
105
0
            .ok()
106
0
            .map(PathBuf::from)
107
0
            .or_else(|| Some(PathBuf::from("/tmp/foxhunt/models")));
108
0
        let enable_compression = std::env::var("STORAGE_ENABLE_COMPRESSION")
109
0
            .ok()
110
0
            .and_then(|v| v.parse().ok())
111
0
            .unwrap_or(false);
112
113
0
        Ok(Self {
114
0
            storage_type,
115
0
            local_base_path,
116
0
            enable_compression,
117
0
        })
118
0
    }
119
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/structures.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/structures.rs.html
deleted file mode 100644
index bb24db6d2..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/structures.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/structures.rs
Line
Count
Source
1
//! Configuration structures
2
3
use rust_decimal::Decimal;
4
use serde::{Deserialize, Serialize};
5
use std::collections::HashMap;
6
7
#[derive(Debug, Clone, Serialize, Deserialize)]
8
pub struct RiskConfig {
9
    /// Maximum single position size in base currency
10
    pub max_position_size: Decimal,
11
    /// Maximum total portfolio exposure in base currency
12
    pub max_portfolio_exposure: Decimal,
13
    /// Maximum concentration percentage for a single position (0.0-1.0)
14
    pub max_concentration_pct: Decimal,
15
    /// Maximum daily loss threshold in base currency
16
    pub max_daily_loss: Decimal,
17
    /// Maximum drawdown percentage allowed (0.0-1.0)
18
    pub max_drawdown_pct: Decimal,
19
    /// Stop loss threshold in base currency
20
    pub stop_loss_threshold: Decimal,
21
    /// VaR confidence level (e.g., 0.95 for 95%)
22
    pub var_confidence_level: f64,
23
    /// VaR time horizon in days
24
    pub var_time_horizon: u32,
25
    /// 1-day VaR limit in base currency
26
    pub var_limit_1d: Decimal,
27
    /// 10-day VaR limit in base currency
28
    pub var_limit_10d: Decimal,
29
    /// Maximum single order size in base currency
30
    pub max_order_size: Decimal,
31
    /// Maximum orders per second (rate limiting)
32
    pub max_orders_per_second: u64,
33
    /// Maximum notional value per hour in base currency
34
    pub max_notional_per_hour: Decimal,
35
    /// Kelly criterion fraction limit (0.0-1.0)
36
    pub kelly_fraction_limit: f64,
37
    /// Maximum Kelly criterion position size (0.0-1.0)
38
    pub max_kelly_position_size: f64,
39
    /// Emergency stop threshold as fraction of capital (0.0-1.0)
40
    pub emergency_stop_threshold: f64,
41
    /// VaR configuration
42
    pub var_config: VarConfig,
43
    /// Circuit breaker configuration
44
    pub circuit_breaker: CircuitBreakerConfig,
45
    /// Position limits configuration
46
    pub position_limits: PositionLimitsConfig,
47
    /// Asset classification configuration
48
    pub asset_classification: crate::schemas::AssetClassificationSchema,
49
}
50
51
impl Default for RiskConfig {
52
0
    fn default() -> Self {
53
0
        Self {
54
0
            // Position and exposure limits
55
0
            max_position_size: Decimal::new(1_000_000, 0), // $1M max single position
56
0
            max_portfolio_exposure: Decimal::new(10_000_000, 0), // $10M total portfolio exposure
57
0
            max_concentration_pct: Decimal::new(25, 2), // 25% max concentration
58
0
            
59
0
            // Loss and drawdown limits
60
0
            max_daily_loss: Decimal::new(100_000, 0), // $100K max daily loss
61
0
            max_drawdown_pct: Decimal::new(15, 2), // 15% max drawdown
62
0
            stop_loss_threshold: Decimal::new(50_000, 0), // $50K stop loss threshold
63
0
            
64
0
            // VaR configuration
65
0
            var_confidence_level: 0.95, // 95% confidence
66
0
            var_time_horizon: 1, // 1-day horizon
67
0
            var_limit_1d: Decimal::new(50_000, 0), // $50K 1-day VaR limit
68
0
            var_limit_10d: Decimal::new(150_000, 0), // $150K 10-day VaR limit
69
0
            
70
0
            // Order limits and rate limiting
71
0
            max_order_size: Decimal::new(100_000, 0), // $100K max order size
72
0
            max_orders_per_second: 100, // 100 orders/sec
73
0
            max_notional_per_hour: Decimal::new(10_000_000, 0), // $10M hourly notional
74
0
            
75
0
            // Kelly criterion parameters
76
0
            kelly_fraction_limit: 0.25, // 25% Kelly fraction limit
77
0
            max_kelly_position_size: 0.20, // 20% max Kelly position
78
0
            
79
0
            // Emergency stop
80
0
            emergency_stop_threshold: 0.10, // 10% loss triggers emergency stop
81
0
            
82
0
            // Nested configurations
83
0
            var_config: VarConfig::default(),
84
0
            circuit_breaker: CircuitBreakerConfig::default(),
85
0
            position_limits: PositionLimitsConfig::default(),
86
0
            asset_classification: crate::schemas::AssetClassificationSchema::default(),
87
0
        }
88
0
    }
89
}
90
91
#[derive(Debug, Clone, Serialize, Deserialize)]
92
pub struct VarConfig {
93
    /// VaR confidence level (0.0-1.0)
94
    pub confidence_level: f64,
95
    /// Time horizon in days
96
    pub time_horizon_days: u32,
97
    /// Historical lookback period in days
98
    pub lookback_period_days: u32,
99
    /// Calculation method (e.g., "historical", "monte_carlo")
100
    pub calculation_method: String,
101
    /// Maximum VaR limit
102
    pub max_var_limit: f64,
103
}
104
105
impl Default for VarConfig {
106
0
    fn default() -> Self {
107
0
        Self {
108
0
            confidence_level: 0.95,
109
0
            time_horizon_days: 1,
110
0
            lookback_period_days: 252,
111
0
            calculation_method: "historical".to_string(),
112
0
            max_var_limit: 100_000.0,
113
0
        }
114
0
    }
115
}
116
117
#[derive(Debug, Clone, Serialize, Deserialize)]
118
pub struct KellyConfig {
119
    pub kelly_fraction: f64,
120
    pub max_kelly_leverage: f64,
121
    pub min_kelly_leverage: f64,
122
    pub confidence_threshold: f64,
123
    pub lookback_periods: usize,
124
    pub default_position_fraction: f64,
125
    pub enabled: bool,
126
    pub fractional_kelly: f64,
127
    pub min_kelly_fraction: f64,
128
    pub max_kelly_fraction: f64,
129
}
130
131
impl Default for KellyConfig {
132
37
    fn default() -> Self {
133
37
        Self {
134
37
            kelly_fraction: 0.25,
135
37
            max_kelly_leverage: 2.0,
136
37
            min_kelly_leverage: 0.1,
137
37
            confidence_threshold: 0.95,
138
37
            lookback_periods: 252,
139
37
            default_position_fraction: 0.02,
140
37
            enabled: true,
141
37
            fractional_kelly: 0.5,
142
37
            min_kelly_fraction: 0.01,
143
37
            max_kelly_fraction: 0.5,
144
37
        }
145
37
    }
146
}
147
148
#[derive(Debug, Clone, Serialize, Deserialize)]
149
pub struct CircuitBreakerConfig {
150
    /// Enable circuit breaker
151
    pub enabled: bool,
152
    /// Price movement threshold to trigger halt (0.0-1.0)
153
    pub price_move_threshold: f64,
154
    /// Duration to halt trading in seconds
155
    pub halt_duration_seconds: u64,
156
}
157
158
impl Default for CircuitBreakerConfig {
159
0
    fn default() -> Self {
160
0
        Self {
161
0
            enabled: true,
162
0
            price_move_threshold: 0.05, // 5% price move
163
0
            halt_duration_seconds: 300, // 5 minutes
164
0
        }
165
0
    }
166
}
167
168
#[derive(Debug, Clone, Serialize, Deserialize)]
169
pub struct PositionLimitsConfig {
170
    /// Global position limit
171
    pub global_limit: f64,
172
    /// Maximum leverage allowed
173
    pub max_leverage: f64,
174
    /// Maximum VaR limit
175
    pub max_var_limit: f64,
176
}
177
178
impl Default for PositionLimitsConfig {
179
0
    fn default() -> Self {
180
0
        Self {
181
0
            global_limit: 10_000_000.0,
182
0
            max_leverage: 3.0,
183
0
            max_var_limit: 100_000.0,
184
0
        }
185
0
    }
186
}
187
188
/// Broker configuration for order routing and execution
189
#[derive(Debug, Clone, Serialize, Deserialize)]
190
pub struct BrokerConfig {
191
    /// Broker routing rules based on symbol patterns and sizes
192
    pub routing_rules: Vec<BrokerRoutingRule>,
193
    /// Default broker when no rules match
194
    pub default_broker: String,
195
    /// Commission rates by broker
196
    pub commission_rates: HashMap<String, CommissionConfig>,
197
}
198
199
/// Rule for routing orders to specific brokers
200
#[derive(Debug, Clone, Serialize, Deserialize)]
201
pub struct BrokerRoutingRule {
202
    /// Priority (higher numbers take precedence)
203
    pub priority: u32,
204
    /// Symbol pattern (regex)
205
    pub symbol_pattern: String,
206
    /// Minimum quantity for this rule
207
    pub min_quantity: Option<f64>,
208
    /// Maximum quantity for this rule
209
    pub max_quantity: Option<f64>,
210
    /// Target broker ID
211
    pub broker_id: String,
212
    /// Rule description for debugging
213
    pub description: String,
214
}
215
216
/// Commission configuration per broker
217
#[derive(Debug, Clone, Serialize, Deserialize)]
218
pub struct CommissionConfig {
219
    /// Commission rate (basis points, e.g., 0.00007 = 0.7 bps)
220
    pub rate_bps: f64,
221
    /// Minimum commission per trade
222
    pub min_commission: f64,
223
}
224
225
impl Default for BrokerConfig {
226
0
    fn default() -> Self {
227
0
        let mut commission_rates = HashMap::new();
228
229
0
        commission_rates.insert(
230
0
            "ICMARKETS".to_string(),
231
0
            CommissionConfig {
232
0
                rate_bps: 0.00007, // 0.7 bps
233
0
                min_commission: 0.0,
234
0
            },
235
        );
236
237
0
        commission_rates.insert(
238
0
            "IBKR".to_string(),
239
0
            CommissionConfig {
240
0
                rate_bps: 0.00005, // 0.5 bps
241
0
                min_commission: 1.0,
242
0
            },
243
        );
244
245
0
        let routing_rules = vec![
246
0
            BrokerRoutingRule {
247
0
                priority: 100,
248
0
                symbol_pattern: r"^(BTC|ETH).*".to_string(),
249
0
                min_quantity: None,
250
0
                max_quantity: None,
251
0
                broker_id: "ICMARKETS".to_string(),
252
0
                description: "Route all crypto symbols to ICMarkets".to_string(),
253
0
            },
254
0
            BrokerRoutingRule {
255
0
                priority: 90,
256
0
                symbol_pattern: r".*USD$".to_string(),
257
0
                min_quantity: None,
258
0
                max_quantity: Some(1_000_000.0),
259
0
                broker_id: "ICMARKETS".to_string(),
260
0
                description: "Route smaller USD pairs to ICMarkets".to_string(),
261
0
            },
262
0
            BrokerRoutingRule {
263
0
                priority: 50,
264
0
                symbol_pattern: r".*".to_string(), // Catch-all
265
0
                min_quantity: None,
266
0
                max_quantity: None,
267
0
                broker_id: "IBKR".to_string(),
268
0
                description: "Default routing to IBKR".to_string(),
269
0
            },
270
        ];
271
272
0
        Self {
273
0
            routing_rules,
274
0
            default_broker: "IBKR".to_string(),
275
0
            commission_rates,
276
0
        }
277
0
    }
278
}
279
280
impl BrokerConfig {
281
    /// Select optimal broker based on symbol and quantity using routing rules
282
0
    pub fn select_broker(&self, symbol: &str, quantity: f64) -> String {
283
0
        let symbol_upper = symbol.to_uppercase();
284
285
        // Sort rules by priority (highest first)
286
0
        let mut applicable_rules: Vec<_> = self
287
0
            .routing_rules
288
0
            .iter()
289
0
            .filter(|rule| {
290
                // Check symbol pattern
291
0
                let symbol_matches = if let Ok(regex) = regex::Regex::new(&rule.symbol_pattern) {
292
0
                    regex.is_match(&symbol_upper)
293
                } else {
294
0
                    false
295
                };
296
297
                // Check quantity bounds
298
0
                let quantity_matches = {
299
0
                    let min_ok = rule.min_quantity.map_or(true, |min| quantity >= min);
300
0
                    let max_ok = rule.max_quantity.map_or(true, |max| quantity <= max);
301
0
                    min_ok && max_ok
302
                };
303
304
0
                symbol_matches && quantity_matches
305
0
            })
306
0
            .collect();
307
308
0
        applicable_rules.sort_by(|a, b| b.priority.cmp(&a.priority));
309
310
0
        if let Some(rule) = applicable_rules.first() {
311
0
            rule.broker_id.clone()
312
        } else {
313
0
            self.default_broker.clone()
314
        }
315
0
    }
316
317
    /// Calculate commission for a given broker and notional value
318
0
    pub fn calculate_commission(&self, broker_id: &str, notional: f64) -> f64 {
319
0
        if let Some(config) = self.commission_rates.get(broker_id) {
320
0
            (notional * config.rate_bps).max(config.min_commission)
321
        } else {
322
            // Default commission if broker not found
323
0
            notional * 0.0001 // 1 bps
324
        }
325
0
    }
326
}
327
328
/// Asset classification for risk management and volatility profiling
329
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)]
330
pub enum AssetClass {
331
    /// Equity securities and stocks
332
    Equities,
333
    /// Bonds and fixed income securities
334
    FixedIncome,
335
    /// Physical and financial commodities
336
    Commodities,
337
    /// Foreign exchange and currencies
338
    Currencies,
339
    /// Alternative investments
340
    Alternatives,
341
    /// Derivative instruments
342
    Derivatives,
343
    /// Cash and cash equivalents
344
    Cash,
345
}
346
347
/// Volatility and risk profile for an asset class
348
#[derive(Debug, Clone, Serialize, Deserialize)]
349
pub struct VolatilityProfile {
350
    /// Annual volatility (0.0 to 1.0, e.g., 0.25 = 25%)
351
    pub annual_volatility: f64,
352
    /// Maximum position size as fraction of portfolio (0.0 to 1.0)
353
    pub max_position_fraction: f64,
354
    /// Volatility threshold for risk alerts (0.0 to 1.0)
355
    pub volatility_threshold: f64,
356
    /// Maximum daily loss threshold (0.0 to 1.0)
357
    pub daily_loss_threshold: f64,
358
}
359
360
/// Asset classification configuration with symbol mappings and volatility profiles
361
#[derive(Debug, Clone, Serialize, Deserialize)]
362
pub struct AssetClassificationConfig {
363
    /// Explicit symbol to asset class mappings
364
    pub symbol_mappings: HashMap<String, AssetClass>,
365
    /// Volatility profiles for each asset class
366
    pub volatility_profiles: HashMap<AssetClass, VolatilityProfile>,
367
    /// Pattern-based classification rules (regex patterns)
368
    pub pattern_rules: Vec<PatternRule>,
369
}
370
371
/// Pattern-based rule for asset classification
372
#[derive(Debug, Clone, Serialize, Deserialize)]
373
pub struct PatternRule {
374
    /// Regex pattern to match against symbol
375
    pub pattern: String,
376
    /// Asset class to assign if pattern matches
377
    pub asset_class: AssetClass,
378
    /// Priority (higher numbers take precedence)
379
    pub priority: u32,
380
}
381
382
/// Encryption configuration for secure model storage
383
#[derive(Debug, Clone, Serialize, Deserialize)]
384
pub struct EncryptionConfig {
385
    /// Enable/disable encryption for model storage
386
    pub enable_encryption: bool,
387
    /// Encryption algorithm (e.g., "AES-256-GCM")
388
    pub algorithm: String,
389
    /// Key rotation period in days
390
    pub key_rotation_days: u64,
391
    /// Vault path for encryption keys (optional, can use local keys)
392
    pub encryption_keys_vault_path: Option<String>,
393
    /// Local key file path for development/testing
394
    pub local_key_file: Option<String>,
395
}
396
397
impl Default for EncryptionConfig {
398
0
    fn default() -> Self {
399
0
        Self {
400
0
            enable_encryption: false,
401
0
            algorithm: "AES-256-GCM".to_string(),
402
0
            key_rotation_days: 90,
403
0
            encryption_keys_vault_path: None,
404
0
            local_key_file: None,
405
0
        }
406
0
    }
407
}
408
409
impl Default for AssetClassificationConfig {
410
35
    fn default() -> Self {
411
35
        let mut symbol_mappings = HashMap::new();
412
413
        // Equity stocks
414
350
        for symbol in [
415
35
            "AAPL", "MSFT", "GOOGL", "AMZN", "META", "TSLA", "NVDA", "JPM", "JNJ", "V",
416
350
        ] {
417
350
            symbol_mappings.insert(symbol.to_string(), AssetClass::Equities);
418
350
        }
419
420
        // Major cryptocurrencies
421
210
        for symbol in ["BTC", 
"ETH"35
, 
"BTCUSD"35
, 
"ETHUSD"35
, 
"BTCUSDT"35
, 
"ETHUSDT"35
] {
422
210
            symbol_mappings.insert(symbol.to_string(), AssetClass::Alternatives);
423
210
        }
424
425
35
        let mut volatility_profiles = HashMap::new();
426
427
35
        volatility_profiles.insert(
428
35
            AssetClass::Equities,
429
35
            VolatilityProfile {
430
35
                annual_volatility: 0.25,
431
35
                max_position_fraction: 0.20,
432
35
                volatility_threshold: 0.025,
433
35
                daily_loss_threshold: 0.03,
434
35
            },
435
        );
436
437
35
        volatility_profiles.insert(
438
35
            AssetClass::Alternatives,
439
35
            VolatilityProfile {
440
35
                annual_volatility: 0.80,
441
35
                max_position_fraction: 0.08,
442
35
                volatility_threshold: 0.15,
443
35
                daily_loss_threshold: 0.05,
444
35
            },
445
        );
446
447
35
        volatility_profiles.insert(
448
35
            AssetClass::Currencies,
449
35
            VolatilityProfile {
450
35
                annual_volatility: 0.15,
451
35
                max_position_fraction: 0.30,
452
35
                volatility_threshold: 0.02,
453
35
                daily_loss_threshold: 0.02,
454
35
            },
455
        );
456
457
35
        volatility_profiles.insert(
458
35
            AssetClass::Cash,
459
35
            VolatilityProfile {
460
35
                annual_volatility: 0.01,
461
35
                max_position_fraction: 1.00,
462
35
                volatility_threshold: 0.001,
463
35
                daily_loss_threshold: 0.001,
464
35
            },
465
        );
466
467
35
        volatility_profiles.insert(
468
35
            AssetClass::FixedIncome,
469
35
            VolatilityProfile {
470
35
                annual_volatility: 0.25,
471
35
                max_position_fraction: 0.15,
472
35
                volatility_threshold: 0.03,
473
35
                daily_loss_threshold: 0.025,
474
35
            },
475
        );
476
477
35
        volatility_profiles.insert(
478
35
            AssetClass::Derivatives,
479
35
            VolatilityProfile {
480
35
                annual_volatility: 0.40,
481
35
                max_position_fraction: 0.10,
482
35
                volatility_threshold: 0.05,
483
35
                daily_loss_threshold: 0.04,
484
35
            },
485
        );
486
487
35
        volatility_profiles.insert(
488
35
            AssetClass::Commodities,
489
35
            VolatilityProfile {
490
35
                annual_volatility: 0.30,
491
35
                max_position_fraction: 0.15,
492
35
                volatility_threshold: 0.04,
493
35
                daily_loss_threshold: 0.03,
494
35
            },
495
        );
496
497
35
        let pattern_rules = vec![
498
35
            PatternRule {
499
35
                pattern: r"^(BTC|ETH).*".to_string(),
500
35
                asset_class: AssetClass::Alternatives,
501
35
                priority: 100,
502
35
            },
503
35
            PatternRule {
504
35
                pattern: r".*USD$".to_string(),
505
35
                asset_class: AssetClass::Currencies,
506
35
                priority: 80,
507
35
            },
508
35
            PatternRule {
509
35
                pattern: r".*JPY$".to_string(),
510
35
                asset_class: AssetClass::Currencies,
511
35
                priority: 90,
512
35
            },
513
35
            PatternRule {
514
35
                pattern: r"^[A-Z]{3,6}$".to_string(), // 3-6 letter symbols (likely equities)
515
35
                asset_class: AssetClass::Equities,
516
35
                priority: 50,
517
35
            },
518
        ];
519
520
35
        Self {
521
35
            symbol_mappings,
522
35
            volatility_profiles,
523
35
            pattern_rules,
524
35
        }
525
35
    }
526
}
527
528
impl AssetClassificationConfig {
529
    /// Classify a symbol based on explicit mappings and pattern rules
530
0
    pub fn classify_symbol(&self, symbol: &str) -> AssetClass {
531
0
        let symbol_upper = symbol.to_uppercase();
532
533
        // First check explicit mappings
534
0
        if let Some(asset_class) = self.symbol_mappings.get(&symbol_upper) {
535
0
            return asset_class.clone();
536
0
        }
537
538
        // Then check pattern rules (sorted by priority, highest first)
539
0
        let mut applicable_rules: Vec<_> = self
540
0
            .pattern_rules
541
0
            .iter()
542
0
            .filter(|rule| {
543
0
                if let Ok(regex) = regex::Regex::new(&rule.pattern) {
544
0
                    regex.is_match(&symbol_upper)
545
                } else {
546
0
                    false
547
                }
548
0
            })
549
0
            .collect();
550
551
0
        applicable_rules.sort_by(|a, b| b.priority.cmp(&a.priority));
552
553
0
        if let Some(rule) = applicable_rules.first() {
554
0
            rule.asset_class.clone()
555
        } else {
556
0
            AssetClass::Cash // Default fallback for unknown symbols
557
        }
558
0
    }
559
560
    /// Get volatility profile for a symbol
561
0
    pub fn get_volatility_profile(&self, symbol: &str) -> VolatilityProfile {
562
0
        let asset_class = self.classify_symbol(symbol);
563
0
        self.volatility_profiles
564
0
            .get(&asset_class)
565
0
            .cloned()
566
0
            .unwrap_or(VolatilityProfile {
567
0
                annual_volatility: 0.20,
568
0
                max_position_fraction: 0.05,
569
0
                volatility_threshold: 0.02,
570
0
                daily_loss_threshold: 0.01,
571
0
            })
572
0
    }
573
574
    /// Get daily volatility for a symbol
575
0
    pub fn get_daily_volatility(&self, symbol: &str) -> f64 {
576
0
        let profile = self.get_volatility_profile(symbol);
577
0
        profile.annual_volatility / 252.0_f64.sqrt()
578
0
    }
579
580
    /// Get risk configuration tuple (position_fraction, volatility_threshold, daily_loss_threshold)
581
0
    pub fn get_risk_config(&self, symbol: &str) -> (f64, f64, f64) {
582
0
        let profile = self.get_volatility_profile(symbol);
583
0
        (
584
0
            profile.max_position_fraction,
585
0
            profile.volatility_threshold,
586
0
            profile.daily_loss_threshold,
587
0
        )
588
0
    }
589
}
590
591
/// Configuration for backtesting database connections
592
#[derive(Debug, Clone, Serialize, Deserialize)]
593
pub struct BacktestingDatabaseConfig {
594
    /// Database connection URL
595
    pub database_url: String,
596
    /// Maximum number of database connections in the pool
597
    pub max_connections: Option<u32>,
598
    /// Minimum number of database connections in the pool
599
    pub min_connections: Option<u32>,
600
    /// Timeout in milliseconds for acquiring a connection
601
    pub acquire_timeout_ms: Option<u64>,
602
    /// Statement cache capacity
603
    pub statement_cache_capacity: Option<usize>,
604
    /// Enable SQL query logging
605
    pub enable_logging: Option<bool>,
606
}
607
608
/// Configuration for backtesting strategy execution
609
#[derive(Debug, Clone, Serialize, Deserialize)]
610
pub struct BacktestingStrategyConfig {
611
    /// Commission rate for trades (e.g., 0.001 = 0.1%)
612
    pub commission_rate: f64,
613
    /// Slippage rate for trades (e.g., 0.0005 = 0.05%)
614
    pub slippage_rate: f64,
615
    /// Maximum position size as fraction of portfolio
616
    pub max_position_size: Option<f64>,
617
    /// Enable short selling
618
    pub allow_short_selling: Option<bool>,
619
}
620
621
impl Default for BacktestingStrategyConfig {
622
0
    fn default() -> Self {
623
0
        Self {
624
0
            commission_rate: 0.0007,      // 0.07% = 7 bps
625
0
            slippage_rate: 0.0002,        // 0.02% = 2 bps
626
0
            max_position_size: Some(0.2), // 20% max position
627
0
            allow_short_selling: Some(false),
628
0
        }
629
0
    }
630
}
631
632
/// Configuration for backtesting performance analysis
633
#[derive(Debug, Clone, Serialize, Deserialize)]
634
pub struct BacktestingPerformanceConfig {
635
    /// Risk-free rate for Sharpe ratio calculations (annual rate)
636
    pub risk_free_rate: f64,
637
    /// Resolution for equity curve (number of points)
638
    pub equity_curve_resolution: usize,
639
    /// Enable advanced performance metrics
640
    pub enable_advanced_metrics: Option<bool>,
641
}
642
643
impl Default for BacktestingPerformanceConfig {
644
0
    fn default() -> Self {
645
0
        Self {
646
0
            risk_free_rate: 0.04, // 4% annual risk-free rate
647
0
            equity_curve_resolution: 1000,
648
0
            enable_advanced_metrics: Some(true),
649
0
        }
650
0
    }
651
}
652
653
/// TLS/SSL configuration for secure gRPC connections
654
#[derive(Debug, Clone, Serialize, Deserialize)]
655
pub struct TlsConfig {
656
    /// Enable/disable TLS for gRPC connections
657
    pub enabled: bool,
658
    /// Path to server certificate file
659
    pub cert_path: String,
660
    /// Path to server private key file
661
    pub key_path: String,
662
    /// Path to CA certificate for client verification (optional)
663
    pub ca_cert_path: Option<String>,
664
    /// Require client certificate verification
665
    pub require_client_cert: bool,
666
    /// TLS protocol versions to support (e.g., ["TLSv1.2", "TLSv1.3"])
667
    pub protocol_versions: Vec<String>,
668
    /// Cipher suites to use (empty means default)
669
    pub cipher_suites: Vec<String>,
670
}
671
672
impl Default for TlsConfig {
673
0
    fn default() -> Self {
674
        // Wave 75 Fix: Use environment variables with fallback to /tmp instead of /etc
675
0
        let cert_path = std::env::var("TLS_CERT_PATH")
676
0
            .unwrap_or_else(|_| "/tmp/foxhunt/certs/server.crt".to_string());
677
0
        let key_path = std::env::var("TLS_KEY_PATH")
678
0
            .unwrap_or_else(|_| "/tmp/foxhunt/certs/server.key".to_string());
679
0
        let ca_cert_path = std::env::var("TLS_CA_PATH").ok();
680
681
0
        Self {
682
0
            enabled: false,
683
0
            cert_path,
684
0
            key_path,
685
0
            ca_cert_path,
686
0
            require_client_cert: false,
687
0
            protocol_versions: vec!["TLSv1.3".to_string()],
688
0
            cipher_suites: Vec::new(),
689
0
        }
690
0
    }
691
}
692
693
/// Trading system configuration
694
#[derive(Debug, Clone, Serialize, Deserialize)]
695
pub struct TradingConfig {
696
    /// Maximum order size (in base units)
697
    pub max_order_size: f64,
698
    /// Minimum order size (in base units)
699
    pub min_order_size: f64,
700
    /// Maximum price deviation from market (as fraction, e.g., 0.05 = 5%)
701
    pub max_price_deviation: f64,
702
    /// Enable symbol validation
703
    pub enable_symbol_validation: bool,
704
    /// Maximum batch notional value (total value of orders in a batch)
705
    pub max_batch_notional: f64,
706
    /// Maximum position VaR (Value at Risk) limit
707
    pub max_position_var: f64,
708
}
709
710
impl Default for TradingConfig {
711
0
    fn default() -> Self {
712
0
        Self {
713
0
            max_order_size: 1_000_000.0,
714
0
            min_order_size: 0.001,
715
0
            max_price_deviation: 0.05,
716
0
            enable_symbol_validation: false,
717
0
            max_batch_notional: 10_000_000.0, // $10M batch limit
718
0
            max_position_var: 50_000.0,        // $50K VaR limit
719
0
        }
720
0
    }
721
}
722
723
/// Market data ingestion configuration
724
#[derive(Debug, Clone, Serialize, Deserialize)]
725
pub struct MarketDataConfig {
726
    /// Market data server host
727
    pub host: String,
728
    /// WebSocket port for streaming data
729
    pub websocket_port: u16,
730
    /// API key for authentication
731
    pub api_key: String,
732
    /// Use SSL/TLS for connections
733
    pub use_ssl: bool,
734
    /// Connection timeout in seconds
735
    pub timeout_seconds: u64,
736
}
737
738
impl Default for MarketDataConfig {
739
0
    fn default() -> Self {
740
0
        Self {
741
0
            host: "localhost".to_string(),
742
0
            websocket_port: 8080,
743
0
            api_key: String::new(),
744
0
            use_ssl: false,
745
0
            timeout_seconds: 30,
746
0
        }
747
0
    }
748
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/symbol_config.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/symbol_config.rs.html
deleted file mode 100644
index 54dc1c09a..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/symbol_config.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/symbol_config.rs
Line
Count
Source
1
//! Symbol classification and configuration management for trading instruments.
2
//!
3
//! This module provides comprehensive symbol classification and configuration
4
//! management for various financial instruments in the Foxhunt HFT trading system.
5
//! It handles asset classification, volatility profiles, trading hours, and
6
//! market-specific parameters for optimal trading execution.
7
8
use chrono::{DateTime, Datelike, NaiveDate, NaiveTime, Utc, Weekday};
9
use serde::{Deserialize, Serialize};
10
use std::collections::HashMap;
11
use std::time::Duration;
12
use uuid::Uuid;
13
14
/// Asset classification enumeration for different financial instrument types.
15
///
16
/// Provides standardized classification for all tradeable instruments,
17
/// enabling type-specific risk management, execution logic, and regulatory
18
/// compliance across different asset classes.
19
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
20
pub enum AssetClassification {
21
    /// Equity securities (stocks, ADRs, REITs)
22
    Equity,
23
    /// Futures contracts (commodities, financials, indices)
24
    Future,
25
    /// Foreign exchange pairs (major, minor, exotic)
26
    Forex,
27
    /// Cryptocurrency and digital assets
28
    Crypto,
29
    /// Physical commodities (metals, energy, agriculture)
30
    Commodity,
31
    /// Fixed income securities (bonds, notes, bills)
32
    FixedIncome,
33
    /// Options contracts (equity, index, commodity options)
34
    Option,
35
    /// Exchange-traded funds and products
36
    Etf,
37
    /// Indices and benchmark instruments
38
    Index,
39
    /// Structured products and derivatives
40
    Derivative,
41
}
42
43
impl AssetClassification {
44
    /// Returns the regulatory classification for compliance purposes.
45
0
    pub fn regulatory_class(&self) -> &'static str {
46
0
        match self {
47
0
            AssetClassification::Equity => "EQUITY",
48
0
            AssetClassification::Future => "FUTURE",
49
0
            AssetClassification::Forex => "FX",
50
0
            AssetClassification::Crypto => "CRYPTO",
51
0
            AssetClassification::Commodity => "COMMODITY",
52
0
            AssetClassification::FixedIncome => "FIXED_INCOME",
53
0
            AssetClassification::Option => "OPTION",
54
0
            AssetClassification::Etf => "ETF",
55
0
            AssetClassification::Index => "INDEX",
56
0
            AssetClassification::Derivative => "DERIVATIVE",
57
        }
58
0
    }
59
60
    /// Returns whether this asset class requires T+1 settlement.
61
0
    pub fn requires_t_plus_one_settlement(&self) -> bool {
62
0
        matches!(self, AssetClassification::Equity | AssetClassification::Etf)
63
0
    }
64
65
    /// Returns whether this asset class supports after-hours trading.
66
0
    pub fn supports_extended_hours(&self) -> bool {
67
0
        matches!(
68
0
            self,
69
            AssetClassification::Equity
70
                | AssetClassification::Etf
71
                | AssetClassification::Forex
72
                | AssetClassification::Crypto
73
        )
74
0
    }
75
}
76
77
/// Volatility profile configuration for risk management and position sizing.
78
///
79
/// Defines volatility characteristics and risk parameters for different
80
/// instruments, enabling dynamic position sizing and risk-adjusted execution.
81
#[derive(Debug, Clone, Serialize, Deserialize)]
82
pub struct VolatilityProfile {
83
    /// Historical average volatility (annualized)
84
    pub average_volatility: f64,
85
    /// Maximum observed volatility (99th percentile)
86
    pub max_volatility: f64,
87
    /// Minimum observed volatility (1st percentile)
88
    pub min_volatility: f64,
89
    /// Beta coefficient relative to market index
90
    pub beta: f64,
91
    /// Average True Range (ATR) for recent period
92
    pub atr: f64,
93
    /// Correlation with market benchmark
94
    pub market_correlation: f64,
95
    /// Volatility regime classification
96
    pub volatility_regime: VolatilityRegime,
97
    /// Last updated timestamp for volatility metrics
98
    pub last_updated: DateTime<Utc>,
99
    /// Number of observations used for calculation
100
    pub sample_size: u32,
101
}
102
103
impl VolatilityProfile {
104
    /// Creates a new volatility profile with default values.
105
0
    pub fn new() -> Self {
106
0
        Self {
107
0
            average_volatility: 0.20,
108
0
            max_volatility: 1.00,
109
0
            min_volatility: 0.05,
110
0
            beta: 1.0,
111
0
            atr: 0.0,
112
0
            market_correlation: 0.0,
113
0
            volatility_regime: VolatilityRegime::Normal,
114
0
            last_updated: Utc::now(),
115
0
            sample_size: 0,
116
0
        }
117
0
    }
118
119
    /// Updates volatility metrics with new data point.
120
0
    pub fn update_metrics(&mut self, new_volatility: f64, new_atr: f64) {
121
        // Update exponential moving average
122
0
        let alpha = 0.1; // Smoothing factor
123
0
        self.average_volatility = alpha * new_volatility + (1.0 - alpha) * self.average_volatility;
124
0
        self.atr = alpha * new_atr + (1.0 - alpha) * self.atr;
125
0
        self.last_updated = Utc::now();
126
0
        self.sample_size += 1;
127
128
        // Update volatility regime
129
0
        self.volatility_regime = self.classify_regime();
130
0
    }
131
132
    /// Classifies current volatility regime based on metrics.
133
0
    fn classify_regime(&self) -> VolatilityRegime {
134
0
        let volatility_ratio = self.average_volatility / 0.20; // Relative to 20% baseline
135
136
0
        if volatility_ratio > 2.0 {
137
0
            VolatilityRegime::High
138
0
        } else if volatility_ratio > 1.5 {
139
0
            VolatilityRegime::Elevated
140
0
        } else if volatility_ratio < 0.5 {
141
0
            VolatilityRegime::Low
142
        } else {
143
0
            VolatilityRegime::Normal
144
        }
145
0
    }
146
147
    /// Returns risk-adjusted position size multiplier.
148
0
    pub fn position_size_multiplier(&self) -> f64 {
149
0
        match self.volatility_regime {
150
0
            VolatilityRegime::Low => 1.5,
151
0
            VolatilityRegime::Normal => 1.0,
152
0
            VolatilityRegime::Elevated => 0.7,
153
0
            VolatilityRegime::High => 0.4,
154
        }
155
0
    }
156
}
157
158
impl Default for VolatilityProfile {
159
0
    fn default() -> Self {
160
0
        Self::new()
161
0
    }
162
}
163
164
/// Volatility regime classification for risk management.
165
#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
166
pub enum VolatilityRegime {
167
    /// Low volatility environment (< 50% of normal)
168
    Low,
169
    /// Normal volatility environment
170
    Normal,
171
    /// Elevated volatility (50-100% above normal)
172
    Elevated,
173
    /// High volatility environment (> 100% above normal)
174
    High,
175
}
176
177
/// Trading hours configuration for different markets and sessions.
178
///
179
/// Defines market operating hours, pre-market and after-hours sessions,
180
/// and holiday schedules for accurate trade timing and execution.
181
#[derive(Debug, Clone, Serialize, Deserialize)]
182
pub struct TradingHours {
183
    /// Primary market timezone identifier (e.g., "America/New_York")
184
    pub timezone: String,
185
    /// Regular trading session start time
186
    pub market_open: NaiveTime,
187
    /// Regular trading session end time
188
    pub market_close: NaiveTime,
189
    /// Pre-market session start time (optional)
190
    pub pre_market_open: Option<NaiveTime>,
191
    /// After-hours session end time (optional)
192
    pub after_hours_close: Option<NaiveTime>,
193
    /// Trading days of the week
194
    pub trading_days: Vec<Weekday>,
195
    /// Market holidays (dates when market is closed)
196
    pub holidays: Vec<NaiveDate>,
197
    /// Half-day sessions with early close times
198
    pub half_days: HashMap<NaiveDate, NaiveTime>,
199
}
200
201
impl TradingHours {
202
    /// Creates US equity market trading hours configuration.
203
0
    pub fn us_equity() -> Self {
204
0
        Self {
205
0
            timezone: "America/New_York".to_string(),
206
0
            market_open: NaiveTime::from_hms_opt(9, 30, 0).unwrap(),
207
0
            market_close: NaiveTime::from_hms_opt(16, 0, 0).unwrap(),
208
0
            pre_market_open: Some(NaiveTime::from_hms_opt(4, 0, 0).unwrap()),
209
0
            after_hours_close: Some(NaiveTime::from_hms_opt(20, 0, 0).unwrap()),
210
0
            trading_days: vec![
211
0
                Weekday::Mon,
212
0
                Weekday::Tue,
213
0
                Weekday::Wed,
214
0
                Weekday::Thu,
215
0
                Weekday::Fri,
216
0
            ],
217
0
            holidays: vec![],
218
0
            half_days: HashMap::new(),
219
0
        }
220
0
    }
221
222
    /// Creates 24/7 trading hours for crypto markets.
223
0
    pub fn crypto_24_7() -> Self {
224
0
        Self {
225
0
            timezone: "UTC".to_string(),
226
0
            market_open: NaiveTime::from_hms_opt(0, 0, 0).unwrap(),
227
0
            market_close: NaiveTime::from_hms_opt(23, 59, 59).unwrap(),
228
0
            pre_market_open: None,
229
0
            after_hours_close: None,
230
0
            trading_days: vec![
231
0
                Weekday::Mon,
232
0
                Weekday::Tue,
233
0
                Weekday::Wed,
234
0
                Weekday::Thu,
235
0
                Weekday::Fri,
236
0
                Weekday::Sat,
237
0
                Weekday::Sun,
238
0
            ],
239
0
            holidays: vec![],
240
0
            half_days: HashMap::new(),
241
0
        }
242
0
    }
243
244
    /// Creates forex market trading hours (Sunday 5 PM to Friday 5 PM EST).
245
0
    pub fn forex() -> Self {
246
0
        Self {
247
0
            timezone: "America/New_York".to_string(),
248
0
            market_open: NaiveTime::from_hms_opt(17, 0, 0).unwrap(),
249
0
            market_close: NaiveTime::from_hms_opt(17, 0, 0).unwrap(),
250
0
            pre_market_open: None,
251
0
            after_hours_close: None,
252
0
            trading_days: vec![
253
0
                Weekday::Sun,
254
0
                Weekday::Mon,
255
0
                Weekday::Tue,
256
0
                Weekday::Wed,
257
0
                Weekday::Thu,
258
0
                Weekday::Fri,
259
0
            ],
260
0
            holidays: vec![],
261
0
            half_days: HashMap::new(),
262
0
        }
263
0
    }
264
265
    /// Checks if market is currently open.
266
0
    pub fn is_market_open(&self, current_time: DateTime<Utc>) -> bool {
267
        // Convert to market timezone and check if within trading hours
268
        // This is a simplified implementation - production would use proper timezone handling
269
0
        let current_date = current_time.date_naive();
270
0
        let current_time = current_time.time();
271
0
        let current_weekday = current_date.weekday();
272
273
        // Check if it's a trading day
274
0
        if !self.trading_days.contains(&current_weekday) {
275
0
            return false;
276
0
        }
277
278
        // Check if it's a holiday
279
0
        if self.holidays.contains(&current_date) {
280
0
            return false;
281
0
        }
282
283
        // Check if within trading hours
284
0
        current_time >= self.market_open && current_time <= self.market_close
285
0
    }
286
287
    /// Checks if extended hours trading is active.
288
0
    pub fn is_extended_hours_open(&self, current_time: DateTime<Utc>) -> bool {
289
0
        let current_time = current_time.time();
290
291
        // Check pre-market
292
0
        if let Some(pre_open) = self.pre_market_open {
293
0
            if current_time >= pre_open && current_time < self.market_open {
294
0
                return true;
295
0
            }
296
0
        }
297
298
        // Check after-hours
299
0
        if let Some(after_close) = self.after_hours_close {
300
0
            if current_time > self.market_close && current_time <= after_close {
301
0
                return true;
302
0
            }
303
0
        }
304
305
0
        false
306
0
    }
307
}
308
309
impl Default for TradingHours {
310
0
    fn default() -> Self {
311
0
        Self::us_equity()
312
0
    }
313
}
314
315
/// Comprehensive symbol configuration containing all trading parameters.
316
///
317
/// Central configuration structure for each tradeable symbol, containing
318
/// classification, market parameters, risk settings, and execution rules.
319
#[derive(Debug, Clone, Serialize, Deserialize)]
320
pub struct SymbolConfig {
321
    /// Unique symbol identifier
322
    pub symbol: String,
323
    /// Symbol description or company name
324
    pub description: String,
325
    /// Asset classification
326
    pub classification: AssetClassification,
327
    /// Volatility and risk profile
328
    pub volatility_profile: VolatilityProfile,
329
    /// Market operating hours
330
    pub trading_hours: TradingHours,
331
    /// Minimum price increment (tick size)
332
    pub tick_size: f64,
333
    /// Standard trading unit size
334
    pub lot_size: f64,
335
    /// Minimum order quantity
336
    pub min_order_size: f64,
337
    /// Maximum order quantity
338
    pub max_order_size: f64,
339
    /// Primary exchange or venue
340
    pub primary_exchange: String,
341
    /// Currency denomination
342
    pub currency: String,
343
    /// Sector classification (for equities)
344
    pub sector: Option<String>,
345
    /// Industry classification (for equities)
346
    pub industry: Option<String>,
347
    /// Market capitalization (for equities)
348
    pub market_cap: Option<f64>,
349
    /// Average daily volume
350
    pub avg_daily_volume: f64,
351
    /// Margin requirements
352
    pub margin_requirement: f64,
353
    /// Position limits
354
    pub position_limit: Option<f64>,
355
    /// Risk multiplier for position sizing
356
    pub risk_multiplier: f64,
357
    /// Configuration metadata
358
    pub metadata: SymbolMetadata,
359
}
360
361
impl SymbolConfig {
362
    /// Creates a new symbol configuration with default values.
363
0
    pub fn new(symbol: String, classification: AssetClassification) -> Self {
364
0
        let trading_hours = match classification {
365
0
            AssetClassification::Crypto => TradingHours::crypto_24_7(),
366
0
            AssetClassification::Forex => TradingHours::forex(),
367
0
            _ => TradingHours::us_equity(),
368
        };
369
370
0
        Self {
371
0
            symbol: symbol.clone(),
372
0
            description: format!("{} - Auto-generated", symbol),
373
0
            classification,
374
0
            volatility_profile: VolatilityProfile::new(),
375
0
            trading_hours,
376
0
            tick_size: 0.01,
377
0
            lot_size: 1.0,
378
0
            min_order_size: 1.0,
379
0
            max_order_size: 1_000_000.0,
380
0
            primary_exchange: "".to_string(),
381
0
            currency: "USD".to_string(),
382
0
            sector: None,
383
0
            industry: None,
384
0
            market_cap: None,
385
0
            avg_daily_volume: 0.0,
386
0
            margin_requirement: 0.25,
387
0
            position_limit: None,
388
0
            risk_multiplier: 1.0,
389
0
            metadata: SymbolMetadata::new(),
390
0
        }
391
0
    }
392
393
    /// Validates the symbol configuration for correctness.
394
0
    pub fn validate(&self) -> Result<(), String> {
395
0
        if self.symbol.is_empty() {
396
0
            return Err("Symbol cannot be empty".to_string());
397
0
        }
398
399
0
        if self.tick_size <= 0.0 {
400
0
            return Err("Tick size must be positive".to_string());
401
0
        }
402
403
0
        if self.lot_size <= 0.0 {
404
0
            return Err("Lot size must be positive".to_string());
405
0
        }
406
407
0
        if self.min_order_size <= 0.0 {
408
0
            return Err("Minimum order size must be positive".to_string());
409
0
        }
410
411
0
        if self.max_order_size <= self.min_order_size {
412
0
            return Err("Maximum order size must be greater than minimum".to_string());
413
0
        }
414
415
0
        if self.margin_requirement < 0.0 || self.margin_requirement > 1.0 {
416
0
            return Err("Margin requirement must be between 0 and 1".to_string());
417
0
        }
418
419
0
        Ok(())
420
0
    }
421
422
    /// Calculates the effective position size based on risk parameters.
423
0
    pub fn calculate_position_size(&self, base_size: f64, _account_value: f64) -> f64 {
424
0
        let volatility_multiplier = self.volatility_profile.position_size_multiplier();
425
0
        let risk_adjusted_size = base_size * volatility_multiplier * self.risk_multiplier;
426
427
        // Apply position limits
428
0
        if let Some(limit) = self.position_limit {
429
0
            risk_adjusted_size.min(limit)
430
        } else {
431
0
            risk_adjusted_size
432
        }
433
0
    }
434
435
    /// Returns the appropriate tick size for a given price level.
436
0
    pub fn get_tick_size_for_price(&self, _price: f64) -> f64 {
437
        // Some markets have variable tick sizes based on price
438
        // This is a simplified implementation
439
0
        self.tick_size
440
0
    }
441
442
    /// Rounds price to the nearest valid tick.
443
0
    pub fn round_to_tick(&self, price: f64) -> f64 {
444
0
        let tick = self.get_tick_size_for_price(price);
445
0
        (price / tick).round() * tick
446
0
    }
447
448
    /// Checks if the symbol is currently tradeable.
449
0
    pub fn is_tradeable(&self, current_time: DateTime<Utc>) -> bool {
450
0
        self.trading_hours.is_market_open(current_time) && self.metadata.is_active
451
0
    }
452
453
    /// Checks if extended hours trading is available.
454
0
    pub fn supports_extended_hours(&self) -> bool {
455
0
        self.classification.supports_extended_hours()
456
0
    }
457
}
458
459
/// Symbol configuration metadata for versioning and tracking.
460
#[derive(Debug, Clone, Serialize, Deserialize)]
461
pub struct SymbolMetadata {
462
    /// Unique configuration ID
463
    pub id: Uuid,
464
    /// Configuration version
465
    pub version: u32,
466
    /// Creation timestamp
467
    pub created_at: DateTime<Utc>,
468
    /// Last update timestamp
469
    pub updated_at: DateTime<Utc>,
470
    /// Active status
471
    pub is_active: bool,
472
    /// Data source for configuration
473
    pub data_source: String,
474
    /// Last validation timestamp
475
    pub last_validated: Option<DateTime<Utc>>,
476
    /// Configuration tags for organization
477
    pub tags: Vec<String>,
478
}
479
480
impl SymbolMetadata {
481
    /// Creates new metadata with default values.
482
0
    pub fn new() -> Self {
483
0
        let now = Utc::now();
484
0
        Self {
485
0
            id: Uuid::new_v4(),
486
0
            version: 1,
487
0
            created_at: now,
488
0
            updated_at: now,
489
0
            is_active: true,
490
0
            data_source: "manual".to_string(),
491
0
            last_validated: None,
492
0
            tags: vec![],
493
0
        }
494
0
    }
495
496
    /// Updates the metadata timestamp and version.
497
0
    pub fn update(&mut self) {
498
0
        self.updated_at = Utc::now();
499
0
        self.version += 1;
500
0
    }
501
502
    /// Marks the configuration as validated.
503
0
    pub fn mark_validated(&mut self) {
504
0
        self.last_validated = Some(Utc::now());
505
0
    }
506
}
507
508
impl Default for SymbolMetadata {
509
0
    fn default() -> Self {
510
0
        Self::new()
511
0
    }
512
}
513
514
/// Symbol configuration manager for loading and caching symbol configurations.
515
///
516
/// Provides high-performance access to symbol configurations with caching,
517
/// hot-reload capabilities, and configuration validation.
518
#[derive(Debug)]
519
pub struct SymbolConfigManager {
520
    /// In-memory cache of symbol configurations
521
    symbol_cache: HashMap<String, SymbolConfig>,
522
    /// Last cache update timestamp
523
    last_updated: DateTime<Utc>,
524
    /// Cache timeout duration
525
    cache_timeout: Duration,
526
}
527
528
impl SymbolConfigManager {
529
    /// Creates a new symbol configuration manager.
530
0
    pub fn new() -> Self {
531
0
        Self {
532
0
            symbol_cache: HashMap::new(),
533
0
            last_updated: Utc::now(),
534
0
            cache_timeout: Duration::from_secs(300), // 5 minutes
535
0
        }
536
0
    }
537
538
    /// Loads symbol configuration from cache or source.
539
0
    pub async fn get_symbol_config(
540
0
        &mut self,
541
0
        symbol: &str,
542
0
    ) -> Result<Option<SymbolConfig>, String> {
543
        // Check cache first
544
0
        if let Some(config) = self.symbol_cache.get(symbol) {
545
0
            if !self.is_cache_expired() {
546
0
                return Ok(Some(config.clone()));
547
0
            }
548
0
        }
549
550
        // Load from source (this would integrate with database/external source)
551
0
        self.load_symbol_from_source(symbol).await
552
0
    }
553
554
    /// Loads all symbol configurations into cache.
555
0
    pub async fn load_all_symbols(&mut self) -> Result<usize, String> {
556
        // This would integrate with the database or external configuration source
557
0
        self.refresh_cache().await
558
0
    }
559
560
    /// Adds or updates a symbol configuration.
561
0
    pub fn upsert_symbol_config(&mut self, config: SymbolConfig) -> Result<(), String> {
562
        // Validate configuration
563
0
        config.validate()?;
564
565
        // Update cache
566
0
        self.symbol_cache.insert(config.symbol.clone(), config);
567
0
        self.last_updated = Utc::now();
568
569
0
        Ok(())
570
0
    }
571
572
    /// Removes a symbol configuration.
573
0
    pub fn remove_symbol_config(&mut self, symbol: &str) -> Option<SymbolConfig> {
574
0
        self.symbol_cache.remove(symbol)
575
0
    }
576
577
    /// Returns all cached symbol configurations.
578
0
    pub fn get_all_symbols(&self) -> Vec<&SymbolConfig> {
579
0
        self.symbol_cache.values().collect()
580
0
    }
581
582
    /// Returns symbols filtered by asset classification.
583
0
    pub fn get_symbols_by_classification(
584
0
        &self,
585
0
        classification: &AssetClassification,
586
0
    ) -> Vec<&SymbolConfig> {
587
0
        self.symbol_cache
588
0
            .values()
589
0
            .filter(|config| &config.classification == classification)
590
0
            .collect()
591
0
    }
592
593
    /// Checks if cache has expired.
594
0
    fn is_cache_expired(&self) -> bool {
595
0
        Utc::now()
596
0
            .signed_duration_since(self.last_updated)
597
0
            .to_std()
598
0
            .unwrap_or(Duration::MAX)
599
0
            > self.cache_timeout
600
0
    }
601
602
    /// Loads symbol configuration from external source.
603
0
    async fn load_symbol_from_source(
604
0
        &mut self,
605
0
        _symbol: &str,
606
0
    ) -> Result<Option<SymbolConfig>, String> {
607
        // This would integrate with database or external configuration API
608
        // For now, return None to indicate symbol not found
609
610
        // Example of creating a default config if needed:
611
        // let config = SymbolConfig::new(symbol.to_string(), AssetClassification::Equity);
612
        // self.symbol_cache.insert(symbol.to_string(), config.clone());
613
        // Ok(Some(config))
614
615
0
        Ok(None)
616
0
    }
617
618
    /// Refreshes the entire symbol cache from source.
619
0
    async fn refresh_cache(&mut self) -> Result<usize, String> {
620
        // This would integrate with database to load all active symbols
621
        // For now, return the current cache size
622
0
        Ok(self.symbol_cache.len())
623
0
    }
624
625
    /// Sets cache timeout duration.
626
0
    pub fn set_cache_timeout(&mut self, timeout: Duration) {
627
0
        self.cache_timeout = timeout;
628
0
    }
629
630
    /// Forces cache refresh on next access.
631
0
    pub fn invalidate_cache(&mut self) {
632
0
        self.last_updated = DateTime::<Utc>::MIN_UTC;
633
0
    }
634
635
    /// Returns cache statistics.
636
0
    pub fn cache_stats(&self) -> (usize, DateTime<Utc>, bool) {
637
0
        (
638
0
            self.symbol_cache.len(),
639
0
            self.last_updated,
640
0
            self.is_cache_expired(),
641
0
        )
642
0
    }
643
}
644
645
impl Default for SymbolConfigManager {
646
0
    fn default() -> Self {
647
0
        Self::new()
648
0
    }
649
}
650
651
#[cfg(test)]
652
mod tests {
653
    use super::*;
654
655
    #[test]
656
    fn test_asset_classification_regulatory_class() {
657
        assert_eq!(AssetClassification::Equity.regulatory_class(), "EQUITY");
658
        assert_eq!(AssetClassification::Forex.regulatory_class(), "FX");
659
        assert_eq!(AssetClassification::Crypto.regulatory_class(), "CRYPTO");
660
    }
661
662
    #[test]
663
    fn test_volatility_profile_update() {
664
        let mut profile = VolatilityProfile::new();
665
        profile.update_metrics(0.40, 2.5);
666
667
        // With exponential smoothing: 0.1 * 0.40 + 0.9 * 0.20 = 0.22
668
        assert!(profile.average_volatility > 0.20 && profile.average_volatility < 0.25);
669
        // With exponential smoothing: 0.1 * 2.5 + 0.9 * 0.0 = 0.25
670
        assert!((profile.atr - 0.25).abs() < 0.01);
671
        assert_eq!(profile.volatility_regime, VolatilityRegime::Normal);
672
    }
673
674
    #[test]
675
    fn test_symbol_config_validation() {
676
        let mut config = SymbolConfig::new("AAPL".to_string(), AssetClassification::Equity);
677
        assert!(config.validate().is_ok());
678
679
        config.tick_size = -0.01;
680
        assert!(config.validate().is_err());
681
    }
682
683
    #[test]
684
    fn test_trading_hours_us_equity() {
685
        let hours = TradingHours::us_equity();
686
        assert_eq!(hours.timezone, "America/New_York");
687
        assert_eq!(
688
            hours.market_open,
689
            NaiveTime::from_hms_opt(9, 30, 0).unwrap()
690
        );
691
        assert_eq!(
692
            hours.market_close,
693
            NaiveTime::from_hms_opt(16, 0, 0).unwrap()
694
        );
695
    }
696
697
    #[test]
698
    fn test_symbol_config_manager() {
699
        let mut manager = SymbolConfigManager::new();
700
        let config = SymbolConfig::new("TEST".to_string(), AssetClassification::Equity);
701
702
        assert!(manager.upsert_symbol_config(config).is_ok());
703
        assert_eq!(manager.get_all_symbols().len(), 1);
704
    }
705
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/vault.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/vault.rs.html
deleted file mode 100644
index 69a59e2f4..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/config/src/vault.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/config/src/vault.rs
Line
Count
Source
1
//! HashiCorp Vault configuration for secure secret management.
2
//!
3
//! This module provides configuration structures for integrating with HashiCorp Vault
4
//! to securely manage secrets, API keys, and sensitive configuration data in the
5
//! Foxhunt trading system. Supports token-based authentication and namespace isolation.
6
7
use serde::{Deserialize, Serialize};
8
use secrecy::{ExposeSecret, SecretString};
9
use std::fmt;
10
11
/// HashiCorp Vault configuration for secure secret storage.
12
///
13
/// Configures connection to HashiCorp Vault for retrieving sensitive
14
/// configuration data such as API keys, database passwords, and other
15
/// secrets. Supports Vault Enterprise features like namespaces.
16
///
17
/// # Security
18
///
19
/// The Vault token is wrapped in `SecretString` to prevent accidental
20
/// exposure in logs, debug output, or memory dumps. The token is automatically
21
/// zeroized when the config is dropped.
22
#[derive(Clone, Serialize, Deserialize)]
23
pub struct VaultConfig {
24
    /// Vault server URL (e.g., "<https://vault.example.com:8200>")
25
    pub url: String,
26
    /// Vault authentication token for API access (securely stored)
27
    #[serde(serialize_with = "serialize_secret", deserialize_with = "deserialize_secret")]
28
    pub token: SecretString,
29
    /// Mount path for the secrets engine (e.g., "secret/")
30
    pub mount_path: String,
31
    /// Vault namespace for multi-tenant deployments (Enterprise feature)
32
    pub namespace: Option<String>,
33
}
34
35
/// Custom serializer for SecretString that prevents token exposure
36
0
fn serialize_secret<S>(_secret: &SecretString, serializer: S) -> Result<S::Ok, S::Error>
37
0
where
38
0
    S: serde::Serializer,
39
{
40
    // Serialize as redacted placeholder to prevent token exposure
41
0
    serializer.serialize_str("***REDACTED***")
42
0
}
43
44
/// Custom deserializer for SecretString
45
0
fn deserialize_secret<'de, D>(deserializer: D) -> Result<SecretString, D::Error>
46
0
where
47
0
    D: serde::Deserializer<'de>,
48
{
49
0
    let s = String::deserialize(deserializer)?;
50
0
    Ok(SecretString::from(s))
51
0
}
52
53
impl fmt::Debug for VaultConfig {
54
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
55
0
        f.debug_struct("VaultConfig")
56
0
            .field("url", &self.url)
57
0
            .field("token", &"***REDACTED***")
58
0
            .field("mount_path", &self.mount_path)
59
0
            .field("namespace", &self.namespace)
60
0
            .finish()
61
0
    }
62
}
63
64
impl Drop for VaultConfig {
65
0
    fn drop(&mut self) {
66
        // Explicitly zeroize the token when VaultConfig is dropped
67
        // This ensures the secret is cleared from memory
68
        // Note: SecretString already implements ZeroizeOnDrop, but we make it explicit
69
        // for documentation purposes
70
0
    }
71
}
72
73
impl VaultConfig {
74
    /// Creates a new VaultConfig with the specified parameters.
75
    ///
76
    /// # Security
77
    ///
78
    /// The token is immediately wrapped in a `SecretString` to prevent exposure.
79
    /// Consider using `from_env()` or loading from secure configuration
80
    /// sources instead of passing plain strings.
81
0
    pub fn new(url: String, token: String, mount_path: String) -> Self {
82
0
        Self {
83
0
            url,
84
0
            token: SecretString::from(token),
85
0
            mount_path,
86
0
            namespace: None,
87
0
        }
88
0
    }
89
90
    /// Sets the namespace for multi-tenant Vault deployments.
91
0
    pub fn with_namespace(mut self, namespace: String) -> Self {
92
0
        self.namespace = Some(namespace);
93
0
        self
94
0
    }
95
96
    /// Gets a reference to the secret token (requires explicit exposure)
97
    ///
98
    /// # Security
99
    ///
100
    /// This method requires the caller to explicitly acknowledge they are
101
    /// exposing the secret. Use only when necessary (e.g., when making
102
    /// API calls to Vault) and ensure the exposed value is not logged
103
    /// or stored in insecure locations.
104
0
    pub fn token(&self) -> &SecretString {
105
0
        &self.token
106
0
    }
107
108
    /// Validates the vault configuration.
109
    ///
110
    /// # Security
111
    ///
112
    /// Validation checks length without exposing the token value.
113
0
    pub fn validate(&self) -> Result<(), String> {
114
0
        if self.url.is_empty() {
115
0
            return Err("Vault URL cannot be empty".to_string());
116
0
        }
117
0
        if self.token.expose_secret().is_empty() {
118
0
            return Err("Vault token cannot be empty".to_string());
119
0
        }
120
0
        if self.mount_path.is_empty() {
121
0
            return Err("Vault mount path cannot be empty".to_string());
122
0
        }
123
0
        Ok(())
124
0
    }
125
}
126
127
#[cfg(test)]
128
mod tests {
129
    use super::*;
130
131
    fn create_test_config() -> VaultConfig {
132
        VaultConfig::new(
133
            "https://vault.example.com:8200".to_string(),
134
            "test-token-12345".to_string(),
135
            "secret/".to_string(),
136
        )
137
    }
138
139
    #[test]
140
    fn test_vault_config_creation() {
141
        let config = create_test_config();
142
        assert_eq!(config.url, "https://vault.example.com:8200");
143
        assert_eq!(config.mount_path, "secret/");
144
        assert!(config.namespace.is_none());
145
    }
146
147
    #[test]
148
    fn test_vault_config_with_namespace() {
149
        let config = create_test_config().with_namespace("production".to_string());
150
        assert_eq!(config.namespace.as_deref(), Some("production"));
151
    }
152
153
    #[test]
154
    fn test_vault_config_validation_success() {
155
        let config = create_test_config();
156
        assert!(config.validate().is_ok());
157
    }
158
159
    #[test]
160
    fn test_vault_config_validation_empty_url() {
161
        let mut config = create_test_config();
162
        config.url = String::new();
163
        assert!(config.validate().is_err());
164
        assert_eq!(config.validate().unwrap_err(), "Vault URL cannot be empty");
165
    }
166
167
    #[test]
168
    fn test_vault_config_validation_empty_token() {
169
        let mut config = create_test_config();
170
        config.token = SecretString::from(String::new());
171
        assert!(config.validate().is_err());
172
        assert_eq!(
173
            config.validate().unwrap_err(),
174
            "Vault token cannot be empty"
175
        );
176
    }
177
178
    #[test]
179
    fn test_vault_config_validation_empty_mount_path() {
180
        let mut config = create_test_config();
181
        config.mount_path = String::new();
182
        assert!(config.validate().is_err());
183
        assert_eq!(
184
            config.validate().unwrap_err(),
185
            "Vault mount path cannot be empty"
186
        );
187
    }
188
189
    #[test]
190
    fn test_vault_config_serialization() {
191
        let config = create_test_config();
192
        let serialized = serde_json::to_string(&config).unwrap();
193
        // Token should be redacted in serialization
194
        assert!(serialized.contains("***REDACTED***"));
195
        assert!(!serialized.contains("test-token-12345"));
196
    }
197
198
    #[test]
199
    fn test_vault_config_deserialization() {
200
        let config = create_test_config();
201
        let serialized = serde_json::to_string(&config).unwrap();
202
        let deserialized: VaultConfig = serde_json::from_str(&serialized).unwrap();
203
        assert_eq!(config.url, deserialized.url);
204
        assert_eq!(config.mount_path, deserialized.mount_path);
205
    }
206
207
    #[test]
208
    fn test_vault_config_clone() {
209
        let config1 = create_test_config();
210
        let config2 = config1.clone();
211
        assert_eq!(config1.url, config2.url);
212
    }
213
214
    #[test]
215
    fn test_vault_config_debug() {
216
        let config = create_test_config();
217
        let debug_output = format!("{:?}", config);
218
        assert!(debug_output.contains("VaultConfig"));
219
        assert!(debug_output.contains("***REDACTED***"));
220
        assert!(!debug_output.contains("test-token-12345"));
221
    }
222
223
    #[test]
224
    fn test_vault_config_namespace_none() {
225
        let config = create_test_config();
226
        assert!(config.namespace.is_none());
227
    }
228
229
    #[test]
230
    fn test_vault_config_namespace_some() {
231
        let config = create_test_config().with_namespace("dev".to_string());
232
        assert!(config.namespace.is_some());
233
        assert_eq!(config.namespace.as_deref(), Some("dev"));
234
    }
235
236
    #[test]
237
    fn test_vault_config_token_not_exposed() {
238
        let config = create_test_config();
239
        // Verify token accessor works
240
        assert_eq!(config.token().expose_secret(), "test-token-12345");
241
    }
242
243
    #[test]
244
    fn test_vault_config_token_redacted_in_display() {
245
        let config = create_test_config();
246
        let debug_str = format!("{:?}", config);
247
        assert!(!debug_str.contains("test-token-12345"));
248
    }
249
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/circuit_breaker.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/circuit_breaker.rs.html
deleted file mode 100644
index 343b0aa7d..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/circuit_breaker.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/circuit_breaker.rs
Line
Count
Source
1
//! Circuit Breaker for Risk Management Service
2
//! Circuit Breaker Module
3
//!
4
//! Implements dynamic portfolio-based circuit breakers with distributed Redis coordination.
5
//! Eliminates fixed $1M daily loss limits in favor of dynamic 2% portfolio-based limits.
6
7
// #![deny(clippy::unwrap_used, clippy::expect_used, clippy::panic)] // COMMENTED: Crate-level allows applied
8
#![warn(clippy::indexing_slicing)]
9
10
use std::collections::HashMap;
11
use std::marker::Send;
12
use std::sync::{
13
    atomic::{AtomicU32, Ordering},
14
    Arc,
15
};
16
// Removed foxhunt_infrastructure - not available in this simplified risk crate
17
18
use async_trait::async_trait;
19
use chrono::{DateTime, Utc};
20
use common::{Position, Price, Quantity, Symbol};
21
use redis::{AsyncCommands, RedisResult};
22
use rust_decimal::Decimal;
23
// REMOVED: Direct Decimal usage - use canonical types
24
use serde::{Deserialize, Serialize};
25
use tokio::sync::RwLock;
26
use tracing::{debug, error, info, warn};
27
28
// Import types using established patterns
29
use crate::error::{
30
    decimal_to_f64_safe, f64_to_decimal_safe, f64_to_price_safe, RiskError, RiskResult,
31
};
32
33
/// Circuit breaker state with Redis coordination
34
#[derive(Debug, Clone, Serialize, Deserialize)]
35
pub struct CircuitBreakerState {
36
    /// Whether circuit breaker is currently active
37
    pub is_active: bool,
38
    /// Current portfolio value
39
    pub portfolio_value: Price,
40
    /// Dynamic daily loss limit (percentage of portfolio)
41
    pub daily_loss_limit: Price,
42
    /// Current realized daily loss
43
    pub current_daily_loss: Price,
44
    /// Reason for activation
45
    pub activation_reason: Option<String>,
46
    /// When circuit breaker was activated
47
    pub activated_at: Option<DateTime<Utc>>,
48
    /// Last state update timestamp
49
    pub last_updated: DateTime<Utc>,
50
    /// Associated account ID
51
    pub account_id: String,
52
    /// Number of consecutive violations
53
    pub consecutive_violations: u32,
54
}
55
56
impl Default for CircuitBreakerState {
57
0
    fn default() -> Self {
58
0
        Self {
59
0
            is_active: false,
60
0
            portfolio_value: Price::ZERO,
61
0
            daily_loss_limit: Price::ZERO,
62
0
            current_daily_loss: Price::ZERO,
63
0
            activation_reason: None,
64
0
            activated_at: None,
65
0
            last_updated: Utc::now(),
66
0
            account_id: "default".to_owned(),
67
0
            consecutive_violations: 0,
68
0
        }
69
0
    }
70
}
71
72
/// Circuit breaker configuration with dynamic limits
73
#[derive(Debug, Clone)]
74
pub struct CircuitBreakerConfig {
75
    /// Enable circuit breaker functionality
76
    pub enabled: bool,
77
    /// Daily loss limit as percentage of portfolio (e.g., 2.0 = 2%)
78
    pub daily_loss_percentage: Price,
79
    /// Position size limit as percentage of portfolio (e.g., 5.0 = 5%)
80
    pub position_limit_percentage: Price,
81
    /// Maximum consecutive violations before emergency stop
82
    pub max_consecutive_violations: u32,
83
    /// Redis connection URL for distributed coordination
84
    pub redis_url: String,
85
    /// Redis key prefix for namespacing
86
    pub redis_key_prefix: String,
87
    /// Enable automatic recovery from circuit breaker state
88
    pub auto_recovery_enabled: bool,
89
    /// Interval for refreshing portfolio values (seconds)
90
    pub portfolio_refresh_interval_secs: u64,
91
    /// Cooldown period before allowing new positions after breach (seconds)
92
    pub cooldown_period_secs: u64,
93
}
94
95
impl Default for CircuitBreakerConfig {
96
7
    fn default() -> Self {
97
        Self {
98
            enabled: true,
99
7
            daily_loss_percentage: f64_to_price_safe(2.0, "default daily loss percentage")
100
7
                .unwrap_or_else(|_| 
{0
101
0
                    warn!("Failed to create default daily loss percentage, using ZERO");
102
0
                    Price::ZERO
103
0
                }), // 2.00%
104
7
            position_limit_percentage: f64_to_price_safe(5.0, "default position limit percentage")
105
7
                .unwrap_or_else(|_| 
{0
106
0
                    warn!("Failed to create default position limit percentage, using ZERO");
107
0
                    Price::ZERO
108
0
                }), // 5.00%
109
            max_consecutive_violations: 5,
110
7
            redis_url: std::env::var("REDIS_URL").unwrap_or_else(|_| 
{0
111
0
                std::env::var("FOXHUNT_REDIS_URL").unwrap_or_else(|_| {
112
0
                    let redis_host =
113
0
                        std::env::var("REDIS_HOST").unwrap_or_else(|_| "localhost".to_owned());
114
0
                    let redis_port =
115
0
                        std::env::var("REDIS_PORT").unwrap_or_else(|_| "6379".to_owned());
116
0
                    format!("redis://{redis_host}:{redis_port}")
117
0
                })
118
0
            }),
119
7
            redis_key_prefix: "foxhunt:circuit_breaker".to_owned(),
120
            auto_recovery_enabled: false, // Manual recovery for safety
121
            portfolio_refresh_interval_secs: 60, // 1 minute
122
            cooldown_period_secs: 300,    // 5 minutes
123
        }
124
7
    }
125
}
126
127
/// Trait for broker account services
128
#[async_trait]
129
pub trait BrokerAccountService: Send + Sync {
130
    /// Get current portfolio value
131
    async fn get_portfolio_value(&self, account_id: &str) -> RiskResult<Decimal>;
132
133
    /// Get daily `PnL` for account
134
    async fn get_daily_pnl(&self, account_id: &str) -> RiskResult<Decimal>;
135
136
    /// Get current positions for account
137
    async fn get_positions(&self, account_id: &str) -> RiskResult<Vec<Position>>;
138
}
139
140
/// `PnL` metrics for risk calculations
141
#[derive(Debug, Clone, Default)]
142
pub struct PnLMetrics {
143
    /// Unrealized profit/loss from open positions
144
    pub unrealized_pnl: Decimal,
145
    /// Realized profit/loss from closed positions
146
    pub realized_pnl: Decimal,
147
    /// Total profit/loss (realized + unrealized)
148
    pub total_pnl: Decimal,
149
    /// Daily profit/loss for the current trading day
150
    pub daily_pnl: Decimal,
151
}
152
153
/// Real circuit breaker with dynamic portfolio-based limits
154
pub struct RealCircuitBreaker {
155
    config: CircuitBreakerConfig,
156
    broker_service: Arc<dyn BrokerAccountService>,
157
    state: Arc<RwLock<HashMap<String, CircuitBreakerState>>>,
158
    redis_client: Option<redis::Client>,
159
    consecutive_violations: AtomicU32,
160
    last_portfolio_refresh: Arc<RwLock<HashMap<String, DateTime<Utc>>>>,
161
}
162
163
impl RealCircuitBreaker {
164
    /// Create new circuit breaker with real broker integration
165
21
    pub async fn new(
166
21
        config: CircuitBreakerConfig,
167
21
        broker_service: Arc<dyn BrokerAccountService>,
168
21
    ) -> RiskResult<Self> {
169
21
        info!(
"\u{1f512} Initializing REAL Circuit Breaker"0
);
170
21
        info!(
171
0
            "   Daily Loss Limit: {}% of portfolio value",
172
            config.daily_loss_percentage
173
        );
174
21
        info!(
"   Redis Coordination: {}"0
, config.redis_url);
175
176
        // Initialize Redis connection
177
21
        let 
redis_client15
 = if config.enabled {
178
20
            match redis::Client::open(config.redis_url.as_str()) {
179
14
                Ok(client) => {
180
                    // Test Redis connection
181
14
                    match client.get_multiplexed_async_connection().await {
182
14
                        Ok(mut conn) => {
183
14
                            match redis::cmd("PING").query_async::<String>(&mut conn).await {
184
                                Ok(_) => {
185
14
                                    info!(
"\u{2705} Redis connection established for circuit breaker coordination"0
);
186
14
                                    Some(client)
187
                                },
188
0
                                Err(e) => {
189
0
                                    warn!("\u{26a0}\u{fe0f} Redis connection test failed: {}", e);
190
0
                                    Some(client) // Still store client for retry attempts
191
                                },
192
                            }
193
                        },
194
0
                        Err(e) => {
195
0
                            warn!(
196
0
                                "\u{26a0}\u{fe0f} Could not establish initial Redis connection: {}",
197
                                e
198
                            );
199
0
                            Some(client) // Still store client for retry attempts
200
                        },
201
                    }
202
                },
203
6
                Err(e) => {
204
6
                    error!(
"\u{274c} Failed to create Redis client: {}"0
, e);
205
6
                    return Err(RiskError::Network(format!(
206
6
                        "Failed to create Redis client: {e}"
207
6
                    )));
208
                },
209
            }
210
        } else {
211
1
            None
212
        };
213
214
15
        Ok(Self {
215
15
            config,
216
15
            broker_service,
217
15
            state: Arc::new(RwLock::new(HashMap::new())),
218
15
            redis_client,
219
15
            consecutive_violations: AtomicU32::new(0),
220
15
            last_portfolio_refresh: Arc::new(RwLock::new(HashMap::new())),
221
15
        })
222
21
    }
223
224
    /// Check if circuit breaker should be triggered
225
1
    pub async fn check_circuit_breaker(&self, account_id: &str) -> RiskResult<bool> {
226
1
        if !self.config.enabled {
227
1
            return Ok(false);
228
0
        }
229
230
0
        debug!("Checking circuit breaker for account: {}", account_id);
231
232
        // Get or create state for account
233
0
        let mut state = self.get_or_create_state(account_id).await?;
234
235
        // Refresh portfolio value if needed
236
0
        if self.should_refresh_portfolio(&state).await? {
237
0
            self.refresh_portfolio_value(&mut state).await?;
238
0
        }
239
240
        // Check daily loss against dynamic limit - use safe conversions
241
0
        let loss_percentage =
242
0
            if state.portfolio_value > Price::ZERO {
243
0
                let current_loss_decimal = state.current_daily_loss.to_decimal().map_err(|_| {
244
0
                    RiskError::TypeConversion {
245
0
                        from_type: "Price".to_owned(),
246
0
                        to_type: "Decimal".to_owned(),
247
0
                        reason: "current daily loss conversion failed".to_owned(),
248
0
                    }
249
0
                })?;
250
0
                let portfolio_decimal =
251
0
                    state
252
0
                        .portfolio_value
253
0
                        .to_decimal()
254
0
                        .map_err(|_| RiskError::TypeConversion {
255
0
                            from_type: "Price".to_owned(),
256
0
                            to_type: "Decimal".to_owned(),
257
0
                            reason: "portfolio value conversion failed".to_owned(),
258
0
                        })?;
259
0
                let ratio = current_loss_decimal / portfolio_decimal;
260
0
                let ratio_f64 = decimal_to_f64_safe(ratio, "loss ratio calculation")?;
261
0
                f64_to_decimal_safe(ratio_f64 * 100.0, "loss percentage calculation")?
262
            } else {
263
0
                Decimal::ZERO
264
            };
265
266
0
        let daily_loss_limit_decimal =
267
0
            self.config
268
0
                .daily_loss_percentage
269
0
                .to_decimal()
270
0
                .map_err(|_| RiskError::TypeConversion {
271
0
                    from_type: "Price".to_owned(),
272
0
                    to_type: "Decimal".to_owned(),
273
0
                    reason: "daily loss limit conversion failed".to_owned(),
274
0
                })?;
275
0
        let should_activate = loss_percentage >= daily_loss_limit_decimal;
276
277
0
        if should_activate && !state.is_active {
278
0
            self.activate_circuit_breaker(
279
0
                &mut state,
280
0
                format!(
281
0
                    "Daily loss {}% exceeds limit {}%",
282
0
                    loss_percentage, self.config.daily_loss_percentage
283
0
                ),
284
0
            )
285
0
            .await?;
286
0
        }
287
288
0
        Ok(state.is_active)
289
1
    }
290
291
    /// Get current circuit breaker state
292
0
    pub async fn get_state(&self, account_id: &str) -> RiskResult<CircuitBreakerState> {
293
0
        let state_map = self.state.read().await;
294
0
        Ok(state_map.get(account_id).cloned().unwrap_or_else(|| {
295
0
            warn!(
296
0
                "No circuit breaker state found for account {}, using default",
297
                account_id
298
            );
299
0
            CircuitBreakerState::default()
300
0
        }))
301
0
    }
302
303
    /// Check if circuit breaker is active for an account
304
16
    pub async fn is_active(&self, account_id: &str) -> bool {
305
16
        let state_map = self.state.read().await;
306
16
        state_map
307
16
            .get(account_id)
308
16
            .is_some_and(|state| state.is_active)
309
16
    }
310
311
    /// Record a violation and potentially activate circuit breaker
312
0
    pub async fn record_violation(&self, violation_type: &str) {
313
0
        warn!(
314
0
            "\u{1f6a8} Circuit breaker violation recorded: {}",
315
            violation_type
316
        );
317
0
        self.consecutive_violations.fetch_add(1, Ordering::SeqCst);
318
0
    }
319
320
    /// Manually reset circuit breaker
321
0
    pub async fn reset_circuit_breaker(&self, account_id: &str, reason: String) -> RiskResult<()> {
322
0
        info!(
323
0
            "\u{1f513} Manually resetting circuit breaker for account {}: {}",
324
            account_id, reason
325
        );
326
327
0
        let mut state_map = self.state.write().await;
328
0
        if let Some(state) = state_map.get_mut(account_id) {
329
0
            state.is_active = false;
330
0
            state.activation_reason = None;
331
0
            state.activated_at = None;
332
0
            state.consecutive_violations = 0;
333
0
            state.last_updated = Utc::now();
334
335
            // Persist to Redis
336
0
            if let Err(e) = self.persist_state_to_redis(state).await {
337
0
                warn!("Failed to persist reset state to Redis: {}", e);
338
0
            }
339
0
        }
340
341
0
        self.consecutive_violations.store(0, Ordering::SeqCst);
342
0
        info!(
343
0
            "\u{2705} Circuit breaker reset completed for account {}",
344
            account_id
345
        );
346
0
        Ok(())
347
0
    }
348
349
    /// Check position size limits
350
0
    pub async fn check_position_limit(
351
0
        &self,
352
0
        account_id: &str,
353
0
        symbol: &Symbol,
354
0
        quantity: Quantity,
355
0
    ) -> RiskResult<bool> {
356
0
        if !self.config.enabled {
357
0
            return Ok(true); // Allow all positions if circuit breaker disabled
358
0
        }
359
360
0
        let state = self.get_or_create_state(account_id).await?;
361
362
0
        if state.portfolio_value <= Price::ZERO {
363
0
            return Ok(false); // Block if no portfolio value
364
0
        }
365
366
        // Calculate position value (simplified - would need current price in real implementation)
367
0
        let estimated_position_value = quantity.to_f64(); // Convert to f64 for calculation
368
0
        let estimated_decimal =
369
0
            f64_to_decimal_safe(estimated_position_value, "position value calculation")
370
0
                .unwrap_or_else(|_| {
371
0
                    warn!("Failed to convert position value to decimal, using ZERO");
372
0
                    Decimal::ZERO
373
0
                });
374
0
        let portfolio_decimal = state
375
0
            .portfolio_value
376
0
            .to_decimal()
377
0
            .map_err(|_| RiskError::TypeConversion {
378
0
                from_type: "Price".to_owned(),
379
0
                to_type: "Decimal".to_owned(),
380
0
                reason: "portfolio value conversion for position limit failed".to_owned(),
381
0
            })
382
0
            .unwrap_or_else(|e| {
383
0
                warn!("Portfolio value conversion failed: {}, using default", e);
384
0
                Decimal::from(1) // Use 1 to avoid division by zero
385
0
            });
386
0
        let position_percentage = estimated_decimal / portfolio_decimal * Decimal::from(100);
387
388
0
        let position_limit_decimal = self
389
0
            .config
390
0
            .position_limit_percentage
391
0
            .to_decimal()
392
0
            .map_err(|_| RiskError::TypeConversion {
393
0
                from_type: "Price".to_owned(),
394
0
                to_type: "Decimal".to_owned(),
395
0
                reason: "position limit percentage conversion failed".to_owned(),
396
0
            })
397
0
            .unwrap_or_else(|e| {
398
0
                warn!("Position limit conversion failed: {}, using default 5%", e);
399
0
                Decimal::from(5) // 5% default
400
0
            });
401
0
        let within_limit = position_percentage <= position_limit_decimal;
402
403
0
        if !within_limit {
404
0
            warn!(
405
0
                "Position size limit exceeded: {}% > {}% for {} in account {}",
406
                position_percentage, self.config.position_limit_percentage, symbol, account_id
407
            );
408
0
        }
409
410
0
        Ok(within_limit)
411
0
    }
412
413
    /// Get or create state for account
414
0
    async fn get_or_create_state(&self, account_id: &str) -> RiskResult<CircuitBreakerState> {
415
0
        let mut state_map = self.state.write().await;
416
417
0
        if let Some(existing_state) = state_map.get(account_id) {
418
0
            return Ok(existing_state.clone());
419
0
        }
420
421
        // Try to load from Redis first
422
0
        if let Some(redis_state) = self.load_state_from_redis(account_id).await? {
423
0
            state_map.insert(account_id.to_owned(), redis_state.clone());
424
0
            return Ok(redis_state);
425
0
        }
426
427
        // Create new state
428
0
        let mut new_state = CircuitBreakerState::default();
429
0
        new_state.account_id = account_id.to_owned();
430
431
        // Initialize portfolio value
432
0
        self.refresh_portfolio_value(&mut new_state).await?;
433
434
0
        state_map.insert(account_id.to_owned(), new_state.clone());
435
0
        Ok(new_state)
436
0
    }
437
438
    /// Check if portfolio should be refreshed
439
0
    async fn should_refresh_portfolio(&self, state: &CircuitBreakerState) -> RiskResult<bool> {
440
0
        let refresh_map = self.last_portfolio_refresh.read().await;
441
442
0
        if let Some(last_refresh) = refresh_map.get(&state.account_id) {
443
0
            let elapsed = Utc::now().signed_duration_since(*last_refresh);
444
0
            Ok(elapsed.num_seconds() >= self.config.portfolio_refresh_interval_secs as i64)
445
        } else {
446
0
            Ok(true) // Refresh if never refreshed
447
        }
448
0
    }
449
450
    /// Refresh portfolio value from broker
451
0
    async fn refresh_portfolio_value(&self, state: &mut CircuitBreakerState) -> RiskResult<()> {
452
0
        debug!(
453
0
            "Refreshing portfolio value for account: {}",
454
            state.account_id
455
        );
456
457
        // Get portfolio value from broker
458
0
        let portfolio_value = self
459
0
            .broker_service
460
0
            .get_portfolio_value(&state.account_id)
461
0
            .await?;
462
0
        let daily_pnl = self.broker_service.get_daily_pnl(&state.account_id).await?;
463
464
0
        state.portfolio_value = portfolio_value.into();
465
0
        state.current_daily_loss = if daily_pnl < Decimal::ZERO {
466
0
            daily_pnl.abs().into()
467
        } else {
468
0
            Price::ZERO
469
        };
470
471
0
        let daily_loss_percentage_decimal = self
472
0
            .config
473
0
            .daily_loss_percentage
474
0
            .to_decimal()
475
0
            .map_err(|_| RiskError::TypeConversion {
476
0
                from_type: "Price".to_owned(),
477
0
                to_type: "Decimal".to_owned(),
478
0
                reason: "daily loss percentage conversion failed".to_owned(),
479
0
            })
480
0
            .unwrap_or_else(|e| {
481
0
                warn!(
482
0
                    "Daily loss percentage conversion failed: {}, using default 2%",
483
                    e
484
                );
485
0
                Decimal::from(2) // 2% default
486
0
            });
487
488
0
        state.daily_loss_limit =
489
0
            ((portfolio_value * daily_loss_percentage_decimal) / Decimal::from(100)).into();
490
0
        state.last_updated = Utc::now();
491
492
        // Update refresh timestamp
493
        {
494
0
            let mut refresh_map = self.last_portfolio_refresh.write().await;
495
0
            refresh_map.insert(state.account_id.clone(), Utc::now());
496
        }
497
498
0
        debug!(
499
0
            "Portfolio refreshed - Value: {}, Daily Loss: {}, Limit: {}",
500
            state.portfolio_value, state.current_daily_loss, state.daily_loss_limit
501
        );
502
503
0
        Ok(())
504
0
    }
505
506
    /// Activate circuit breaker
507
0
    async fn activate_circuit_breaker(
508
0
        &self,
509
0
        state: &mut CircuitBreakerState,
510
0
        reason: String,
511
0
    ) -> RiskResult<()> {
512
0
        warn!(
513
0
            "\u{1f6a8} ACTIVATING CIRCUIT BREAKER for account {}: {}",
514
            state.account_id, reason
515
        );
516
517
0
        state.is_active = true;
518
0
        state.activation_reason = Some(reason.clone());
519
0
        state.activated_at = Some(Utc::now());
520
0
        state.consecutive_violations += 1;
521
0
        state.last_updated = Utc::now();
522
523
        // Update global violation counter
524
0
        self.consecutive_violations.fetch_add(1, Ordering::SeqCst);
525
526
        // Persist to Redis
527
0
        if let Err(e) = self.persist_state_to_redis(state).await {
528
0
            error!("Failed to persist circuit breaker state to Redis: {}", e);
529
0
        }
530
531
        // Update in-memory state
532
        {
533
0
            let mut state_map = self.state.write().await;
534
0
            state_map.insert(state.account_id.clone(), state.clone());
535
        }
536
537
0
        warn!(
538
0
            "\u{26d4} Circuit breaker ACTIVE - Trading halted for account {}",
539
            state.account_id
540
        );
541
0
        Ok(())
542
0
    }
543
544
    /// Load state from Redis
545
0
    async fn load_state_from_redis(
546
0
        &self,
547
0
        account_id: &str,
548
0
    ) -> RiskResult<Option<CircuitBreakerState>> {
549
0
        let Some(ref client) = self.redis_client else {
550
0
            return Ok(None);
551
        };
552
553
0
        match client.get_multiplexed_async_connection().await {
554
0
            Ok(mut conn) => {
555
0
                let key = format!("{}:{}", self.config.redis_key_prefix, account_id);
556
0
                match conn.get::<_, Option<String>>(&key).await {
557
0
                    Ok(Some(json_data)) => {
558
0
                        match serde_json::from_str::<CircuitBreakerState>(&json_data) {
559
0
                            Ok(state) => Ok(Some(state)),
560
0
                            Err(e) => {
561
0
                                warn!(
562
0
                                    "Failed to deserialize circuit breaker state from Redis: {}",
563
                                    e
564
                                );
565
0
                                Ok(None)
566
                            },
567
                        }
568
                    },
569
0
                    Ok(None) => Ok(None),
570
0
                    Err(e) => {
571
0
                        warn!("Failed to load circuit breaker state from Redis: {}", e);
572
0
                        Ok(None)
573
                    },
574
                }
575
            },
576
0
            Err(e) => {
577
0
                warn!("Failed to connect to Redis for state loading: {}", e);
578
0
                Ok(None)
579
            },
580
        }
581
0
    }
582
583
    /// Persist state to Redis
584
0
    async fn persist_state_to_redis(&self, state: &CircuitBreakerState) -> RiskResult<()> {
585
0
        let Some(ref client) = self.redis_client else {
586
0
            return Ok(()); // No Redis client, skip persistence
587
        };
588
589
0
        match client.get_multiplexed_async_connection().await {
590
0
            Ok(mut conn) => {
591
0
                let key = format!("{}:{}", self.config.redis_key_prefix, state.account_id);
592
0
                let json_data = serde_json::to_string(state)?;
593
594
                // Set with expiration (24 hours)
595
0
                let _: RedisResult<()> = conn.set_ex(&key, json_data, 86400).await;
596
597
0
                debug!(
598
0
                    "Persisted circuit breaker state to Redis for account {}",
599
                    state.account_id
600
                );
601
0
                Ok(())
602
            },
603
0
            Err(e) => {
604
0
                warn!("Failed to connect to Redis for state persistence: {}", e);
605
0
                Ok(()) // Don't fail the operation if Redis is unavailable
606
            },
607
        }
608
0
    }
609
610
    /// Get circuit breaker metrics
611
0
    pub async fn get_metrics(&self) -> HashMap<String, f64> {
612
0
        let mut metrics = HashMap::new();
613
614
0
        let state_map = self.state.read().await;
615
0
        let active_count = state_map.values().filter(|s| s.is_active).count();
616
0
        let total_violations = self.consecutive_violations.load(Ordering::SeqCst);
617
618
0
        metrics.insert("active_circuit_breakers".to_owned(), active_count as f64);
619
0
        metrics.insert("total_violations".to_owned(), f64::from(total_violations));
620
0
        metrics.insert("accounts_monitored".to_owned(), state_map.len() as f64);
621
622
0
        metrics
623
0
    }
624
625
    /// Health check for circuit breaker
626
0
    pub async fn health_check(&self) -> bool {
627
        // Check Redis connectivity if enabled
628
0
        if let Some(ref client) = self.redis_client {
629
0
            match client.get_multiplexed_async_connection().await {
630
0
                Ok(mut conn) => (redis::cmd("PING").query_async::<String>(&mut conn).await).is_ok(),
631
0
                Err(_) => false,
632
            }
633
        } else {
634
0
            true // Always healthy if Redis not configured
635
        }
636
0
    }
637
}
638
639
// REAL BROKER CLIENT - NO MOCKS IN PRODUCTION CODE
640
/// Real broker client implementation for production use
641
pub struct RealBrokerClient {
642
    /// HTTP endpoint URL for the broker service
643
    endpoint: String,
644
}
645
646
impl RealBrokerClient {
647
    #[must_use]
648
7
    pub const fn new(endpoint: String) -> Self {
649
7
        Self { endpoint }
650
7
    }
651
}
652
653
#[async_trait]
654
impl BrokerAccountService for RealBrokerClient {
655
0
    async fn get_portfolio_value(&self, account_id: &str) -> RiskResult<Decimal> {
656
        // Real HTTP call to broker service
657
        let client = reqwest::Client::new();
658
        let response = client
659
            .get(format!(
660
                "{}/accounts/{}/portfolio/value",
661
                self.endpoint, account_id
662
            ))
663
            .send()
664
            .await
665
0
            .map_err(|e| RiskError::BrokerError(format!("Portfolio value request failed: {e}")))?;
666
667
        if !response.status().is_success() {
668
            return Err(RiskError::BrokerError(format!(
669
                "Broker returned error: {}",
670
                response.status()
671
            )));
672
        }
673
674
        let data: serde_json::Value = response
675
            .json()
676
            .await
677
0
            .map_err(|e| RiskError::BrokerError(format!("Invalid response format: {e}")))?;
678
679
0
        let portfolio_value = data["portfolio_value"].as_f64().ok_or_else(|| {
680
0
            RiskError::BrokerError("Missing portfolio_value in response".to_owned())
681
0
        })?;
682
683
        Decimal::try_from(portfolio_value).map_err(|e| RiskError::TypeConversion {
684
0
            from_type: "f64".to_owned(),
685
0
            to_type: "Decimal".to_owned(),
686
0
            reason: format!("portfolio value conversion failed: {e}"),
687
0
        })
688
0
    }
689
690
0
    async fn get_daily_pnl(&self, account_id: &str) -> RiskResult<Decimal> {
691
        // Real HTTP call to broker service
692
        let client = reqwest::Client::new();
693
        let response = client
694
            .get(format!(
695
                "{}/accounts/{}/pnl/daily",
696
                self.endpoint, account_id
697
            ))
698
            .send()
699
            .await
700
0
            .map_err(|e| RiskError::BrokerError(format!("Daily PnL request failed: {e}")))?;
701
702
        if !response.status().is_success() {
703
            return Err(RiskError::BrokerError(format!(
704
                "Broker returned error: {}",
705
                response.status()
706
            )));
707
        }
708
709
        let data: serde_json::Value = response
710
            .json()
711
            .await
712
0
            .map_err(|e| RiskError::BrokerError(format!("Invalid response format: {e}")))?;
713
714
        let daily_pnl = data["daily_pnl"]
715
            .as_f64()
716
0
            .ok_or_else(|| RiskError::BrokerError("Missing daily_pnl in response".to_owned()))?;
717
718
        Decimal::try_from(daily_pnl).map_err(|e| RiskError::TypeConversion {
719
0
            from_type: "f64".to_owned(),
720
0
            to_type: "Decimal".to_owned(),
721
0
            reason: format!("daily PnL conversion failed: {e}"),
722
0
        })
723
0
    }
724
725
0
    async fn get_positions(&self, account_id: &str) -> RiskResult<Vec<Position>> {
726
        // Real HTTP call to broker service
727
        let client = reqwest::Client::new();
728
        let response = client
729
            .get(format!(
730
                "{}/accounts/{}/positions",
731
                self.endpoint, account_id
732
            ))
733
            .send()
734
            .await
735
0
            .map_err(|e| RiskError::BrokerError(format!("Positions request failed: {e}")))?;
736
737
        if !response.status().is_success() {
738
            return Err(RiskError::BrokerError(format!(
739
                "Broker returned error: {}",
740
                response.status()
741
            )));
742
        }
743
744
        let data: serde_json::Value = response
745
            .json()
746
            .await
747
0
            .map_err(|e| RiskError::BrokerError(format!("Invalid response format: {e}")))?;
748
749
        // Parse positions array from real broker response
750
0
        let positions_array = data["positions"].as_array().ok_or_else(|| {
751
0
            RiskError::BrokerError("Missing positions array in response".to_owned())
752
0
        })?;
753
754
        let mut positions = Vec::new();
755
        for pos_data in positions_array {
756
            let symbol = pos_data["symbol"]
757
                .as_str()
758
0
                .ok_or_else(|| RiskError::BrokerError("Missing symbol in position".to_owned()))?;
759
760
            let quantity_raw = pos_data["quantity"]
761
                .as_f64()
762
0
                .ok_or_else(|| RiskError::BrokerError("Missing quantity in position".to_owned()))?;
763
764
0
            let market_value_raw = pos_data["market_value"].as_f64().ok_or_else(|| {
765
0
                RiskError::BrokerError("Missing market_value in position".to_owned())
766
0
            })?;
767
768
0
            let quantity = Decimal::try_from(quantity_raw).map_err(|_| {
769
0
                RiskError::CalculationError("Failed to convert quantity_raw to decimal".to_owned())
770
0
            })?;
771
0
            let market_value = Decimal::try_from(market_value_raw).map_err(|_| {
772
0
                RiskError::CalculationError(
773
0
                    "Failed to convert market_value_raw to decimal".to_owned(),
774
0
                )
775
0
            })?;
776
777
            // Use Position::new constructor for consistency
778
            let mut position = Position::new(
779
                symbol.to_owned(),
780
                quantity,
781
                market_value / quantity.abs().max(Decimal::ONE), // Derive avg_price from market_value
782
            );
783
784
            // Update market_value to match the actual market value from broker
785
            position.market_value = market_value;
786
            position.last_updated = Utc::now();
787
            positions.push(position);
788
        }
789
790
        Ok(positions)
791
0
    }
792
}
793
794
#[cfg(test)]
795
mod tests {
796
    use super::*;
797
    use std::sync::Arc;
798
    use tokio;
799
    // CANONICAL TYPE IMPORTS - Use types::prelude for dec! macro
800
801
7
    fn create_test_config() -> Result<CircuitBreakerConfig, Box<dyn std::error::Error>> {
802
        Ok(CircuitBreakerConfig {
803
            enabled: true,
804
7
            daily_loss_percentage: Price::from_f64(2.00)
?0
, // 2%
805
7
            position_limit_percentage: Price::from_f64(5.00)
?0
, // 5%
806
7
            redis_url: "redis://${REDIS_HOST:-localhost}:6379".to_string(), // Different port for tests
807
7
            ..Default::default()
808
        })
809
7
    }
810
811
    #[tokio::test]
812
1
    async fn test_circuit_breaker_creation() -> Result<(), Box<dyn std::error::Error>> {
813
1
        let config = create_test_config()
?0
;
814
1
        let broker_service = Arc::new(RealBrokerClient::new(
815
1
            std::env::var("FOXHUNT_BROKER_SERVICE_ENDPOINT").unwrap_or_else(|_| {
816
1
                let service_host =
817
1
                    std::env::var("SERVICE_HOST").unwrap_or_else(|_| "localhost".to_string());
818
1
                format!("http://{}:50054", service_host)
819
1
            }), // Real broker service endpoint
820
        ));
821
822
        // Circuit breaker creation might fail if Redis is not available, which is fine for tests
823
1
        let _result = RealCircuitBreaker::new(config, broker_service).await;
824
        // Don't assert success since Redis might not be available in test environment
825
        // Debug output removed for production
826
2
        Ok(())
827
1
    }
828
829
    #[tokio::test]
830
1
    async fn test_circuit_breaker_daily_loss_check() -> Result<(), Box<dyn std::error::Error>> {
831
1
        let config = create_test_config()
?0
;
832
1
        let broker_service = Arc::new(RealBrokerClient::new(
833
1
            "http://${SERVICE_HOST:-localhost}:50054".to_string(), // Real broker service endpoint
834
        ));
835
836
        // Skip test if broker service is not available
837
1
        if let Ok(
circuit_breaker0
) = RealCircuitBreaker::new(config, broker_service).await {
838
1
            let 
account_id0
 = 
"TEST_ACCOUNT"0
;
839
1
            let 
result0
 = 
circuit_breaker0
.
check_circuit_breaker0
(account_id).await;
840
1
841
1
            match 
result0
 {
842
1
                Ok(
_should_trigger0
) => {
843
0
                    // Debug output removed for production
844
0
                },
845
1
                Err(
_e0
) => {
846
0
                    // Debug output removed for production
847
0
                },
848
1
            }
849
1
        } else {
850
1
            // Debug output removed for production
851
1
        }
852
1
        Ok(())
853
1
    }
854
855
    #[tokio::test]
856
1
    async fn test_circuit_breaker_disabled() -> Result<(), Box<dyn std::error::Error>> {
857
1
        let mut config = create_test_config()
?0
;
858
1
        config.enabled = false;
859
1
        let broker_service = Arc::new(RealBrokerClient::new("http://localhost:50054".to_string()));
860
861
1
        if let Ok(circuit_breaker) = RealCircuitBreaker::new(config, broker_service).await {
862
1
            let account_id = "TEST_ACCOUNT";
863
1
            let result = circuit_breaker.check_circuit_breaker(account_id).await
?0
;
864
1
            assert!(!result, 
"Circuit breaker should not trigger when disabled"0
);
865
1
        
}0
866
1
        Ok(())
867
1
    }
868
869
    #[tokio::test]
870
1
    async fn test_circuit_breaker_position_limit_zero_portfolio(
871
1
    ) -> Result<(), Box<dyn std::error::Error>> {
872
1
        let config = create_test_config()
?0
;
873
1
        let broker_service = Arc::new(RealBrokerClient::new("http://localhost:50054".to_string()));
874
875
1
        if let Ok(
circuit_breaker0
) = RealCircuitBreaker::new(config, broker_service).await {
876
1
            let 
account_id0
 = 
"TEST_ACCOUNT"0
;
877
1
            let 
symbol0
 = 
Symbol::from0
("AAPL");
878
1
            let 
quantity0
 = 
Quantity::from_f640
(100.0)
?0
;
879
1
880
1
            let 
result0
 = 
circuit_breaker0
881
0
                .check_position_limit(account_id, &symbol, quantity)
882
0
                .await?;
883
1
            
assert!0
(
884
1
                
!result0
,
885
1
                
"Should block positions when portfolio value is zero"0
886
1
            );
887
1
        }
888
1
        Ok(())
889
1
    }
890
891
    #[tokio::test]
892
1
    async fn test_circuit_breaker_consecutive_violations() -> Result<(), Box<dyn std::error::Error>>
893
1
    {
894
1
        let config = create_test_config()
?0
;
895
1
        let broker_service = Arc::new(RealBrokerClient::new("http://localhost:50054".to_string()));
896
897
1
        if let Ok(
circuit_breaker0
) = RealCircuitBreaker::new(config, broker_service).await {
898
1
            
circuit_breaker0
.
record_violation0
("Test violation 1").await;
899
1
            
circuit_breaker0
.
record_violation0
("Test violation 2").await;
900
1
            
circuit_breaker0
.
record_violation0
("Test violation 3").await;
901
1
902
1
            let 
metrics0
 = 
circuit_breaker0
.get_metrics().await;
903
1
            
assert_eq!0
(
metrics0
.
get0
(
"total_violations"0
).
copied0
(), Some(3.0));
904
1
        }
905
1
        Ok(())
906
1
    }
907
908
    #[tokio::test]
909
1
    async fn test_circuit_breaker_reset() -> Result<(), Box<dyn std::error::Error>> {
910
1
        let config = create_test_config()
?0
;
911
1
        let broker_service = Arc::new(RealBrokerClient::new("http://localhost:50054".to_string()));
912
913
1
        if let Ok(
circuit_breaker0
) = RealCircuitBreaker::new(config, broker_service).await {
914
1
            let 
account_id0
 = 
"TEST_ACCOUNT"0
;
915
1
916
1
            // Manually activate by setting state (would normally be done through check_circuit_breaker)
917
1
            let 
mut state0
 = 
CircuitBreakerState::default0
();
918
1
            
state.account_id0
 = 
account_id0
.
to_string0
();
919
1
            
state.is_active = true0
;
920
1
            
state.consecutive_violations = 30
;
921
1
922
1
            // Reset the circuit breaker
923
1
            
circuit_breaker0
924
0
                .reset_circuit_breaker(account_id, "Manual reset for testing".to_string())
925
0
                .await?;
926
1
927
1
            // Verify it was reset
928
1
            
assert!0
(
!0
circuit_breaker0
.
is_active0
(account_id).await);
929
1
        }
930
1
        Ok(())
931
1
    }
932
933
    #[tokio::test]
934
1
    async fn test_circuit_breaker_health_check() -> Result<(), Box<dyn std::error::Error>> {
935
1
        let config = create_test_config()
?0
;
936
1
        let broker_service = Arc::new(RealBrokerClient::new("http://localhost:50054".to_string()));
937
938
1
        if let Ok(
circuit_breaker0
) = RealCircuitBreaker::new(config, broker_service).await {
939
1
            // Health check might pass or fail depending on Redis availability
940
1
            let _ = 
circuit_breaker0
.
health_check0
().
await0
;
941
1
        }
942
1
        Ok(())
943
1
    }
944
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/compliance.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/compliance.rs.html
deleted file mode 100644
index ac11bb451..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/compliance.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/compliance.rs
Line
Count
Source
1
//! Compliance validation and reporting module
2
// #![deny(clippy::unwrap_used, clippy::expect_used)] // COMMENTED: Crate-level allows applied
3
4
//! ENTERPRISE-GRADE Compliance validation and comprehensive audit trail system
5
//! Implements regulatory compliance including `MiFID` II, Dodd-Frank, and Basel III requirements
6
//! Provides real-time violation detection, audit logging, and regulatory reporting
7
8
use chrono::{DateTime, Duration, Utc};
9
use std::collections::HashMap;
10
use std::sync::Arc;
11
// REMOVED: Direct Decimal usage - use canonical types
12
use common::types::Price;
13
use num::FromPrimitive;
14
use rust_decimal::Decimal;
15
use serde::{Deserialize, Serialize};
16
use tokio::sync::{broadcast, RwLock};
17
use tracing::{error, info, warn};
18
use uuid::Uuid;
19
20
// Removed config module - not available in this simplified risk crate
21
use crate::error::{decimal_to_f64_safe, f64_to_price_safe, parse_env_var, RiskError, RiskResult};
22
use crate::operations::price_to_f64_safe;
23
use crate::risk_types::{
24
    AuditEntry, ComplianceConfig, ComplianceRule, OrderInfo, RiskViolation, ViolationType,
25
};
26
// Position comes from common::types::prelude::* - removed from risk_types
27
use crate::risk_types::{
28
    ComplianceWarning, ComplianceWarningType, InstrumentId, RegulatoryFlag, RegulatoryFlagType,
29
    RiskSeverity, WarningSeverity,
30
};
31
// CANONICAL TYPE IMPORTS - ENFORCED BY TYPE SYSTEM AGENT
32
33
/// **Comprehensive Compliance Validation Result**
34
///
35
/// Contains the complete results of regulatory compliance validation,
36
/// including violations, warnings, and regulatory flags for audit purposes.
37
/// Provides detailed compliance assessment supporting multiple regulatory
38
/// frameworks including `MiFID` II, Dodd-Frank, and Basel III.
39
///
40
/// # Compliance Assessment Components
41
/// - **Binary Compliance Status**: Overall pass/fail determination
42
/// - **Violation Tracking**: Serious breaches requiring immediate action
43
/// - **Warning System**: Minor concerns requiring monitoring
44
/// - **Regulatory Flags**: Special handling requirements
45
/// - **Audit Trail**: Complete validation timestamp and source tracking
46
///
47
/// # Usage in Trading Workflow
48
/// ```rust
49
/// let validation_result = compliance_engine.validate_order(&order).await?;
50
///
51
/// if !validation_result.is_compliant {
52
///     for violation in &validation_result.violations {
53
///         compliance_logger.log_violation(violation).await?;
54
///     }
55
///     return Err(ComplianceError::OrderRejected);
56
/// }
57
///
58
/// // Process warnings without blocking execution
59
/// for warning in &validation_result.warnings {
60
///     compliance_monitor.track_warning(warning).await?;
61
/// }
62
/// ```
63
#[derive(Debug, Clone, Serialize, Deserialize)]
64
pub struct ComplianceValidationResult {
65
    /// Whether the validation passed all compliance checks without violations
66
    pub is_compliant: bool,
67
    /// List of serious compliance violations that prevent execution
68
    pub violations: Vec<RiskViolation>,
69
    /// List of compliance warnings that require attention but don't block execution
70
    pub warnings: Vec<ComplianceWarning>,
71
    /// Regulatory flags for special handling requirements or enhanced monitoring
72
    pub regulatory_flags: Vec<RegulatoryFlag>,
73
    /// UTC timestamp when validation was performed for audit trail
74
    pub validation_timestamp: DateTime<Utc>,
75
    /// Unique identifier of the validator instance for traceability
76
    pub validator_id: String,
77
    /// Optional additional compliance metadata and regulatory context
78
    pub metadata: Option<serde_json::Value>,
79
}
80
81
/// Compliance warning for regulatory attention
82
// ComplianceWarning is imported from crate::risk_types
83
84
// ComplianceWarningType and WarningSeverity are imported from crate::risk_types
85
86
// RegulatoryFlag is imported from crate::risk_types
87
88
// RegulatoryFlagType is imported from crate::risk_types
89
90
/// **Enhanced Audit Trail Entry with Regulatory Compliance Data**
91
///
92
/// Comprehensive audit entry that extends the base audit functionality
93
/// with regulatory compliance information required for `MiFID` II, Dodd-Frank,
94
/// and Basel III reporting requirements.
95
///
96
/// # Purpose
97
/// - Provides complete audit trail for regulatory reporting
98
/// - Tracks compliance status and regulatory references
99
/// - Includes best execution analysis for `MiFID` II
100
/// - Maintains client classification for appropriate treatment
101
/// - Records execution venue for transparency requirements
102
///
103
/// # Regulatory Framework
104
/// - **`MiFID` II**: Best execution reporting and client protection
105
/// - **Dodd-Frank**: Systematic risk monitoring and reporting
106
/// - **Basel III**: Risk scoring and capital adequacy assessment
107
///
108
/// # Usage
109
/// ```rust
110
/// use risk::compliance::EnhancedAuditEntry;
111
///
112
/// let audit_entry = EnhancedAuditEntry {
113
///     base_entry: audit_entry_base,
114
///     compliance_status: ComplianceStatus::Compliant,
115
///     regulatory_references: vec!["MiFID-II-27.1".to_string()],
116
///     risk_score: Some(Price::from(0.15)), // 15 basis points
117
///     client_classification: Some("Professional".to_string()),
118
///     execution_venue: Some("XLON".to_string()), // London Stock Exchange
119
///     best_execution_analysis: Some(best_exec_analysis),
120
/// };
121
/// ```
122
#[derive(Debug, Clone, Serialize, Deserialize)]
123
pub struct EnhancedAuditEntry {
124
    /// Base audit entry containing core transaction information
125
    pub base_entry: AuditEntry,
126
    /// Current compliance status of this transaction
127
    pub compliance_status: ComplianceStatus,
128
    /// List of regulatory rule references that apply to this transaction
129
    pub regulatory_references: Vec<String>,
130
    /// Risk score for this transaction (optional, in basis points)
131
    pub risk_score: Option<Price>,
132
    /// Client classification (Professional, Retail, Eligible Counterparty)
133
    pub client_classification: Option<String>,
134
    /// Execution venue identifier (MIC code or venue name)
135
    pub execution_venue: Option<String>,
136
    /// Best execution analysis for `MiFID` II compliance (when applicable)
137
    pub best_execution_analysis: Option<BestExecutionAnalysis>,
138
}
139
140
/// **Compliance Status Classification for Audit Entries**
141
///
142
/// Represents the current regulatory compliance status of a transaction
143
/// or audit entry. Used for real-time compliance monitoring and
144
/// regulatory reporting workflows.
145
///
146
/// # Status Hierarchy
147
/// - **Compliant**: Fully compliant with all applicable regulations
148
/// - **Warning**: Minor compliance concerns requiring attention
149
/// - **Violation**: Serious compliance breach requiring immediate action
150
/// - **`UnderReview`**: Pending compliance review by compliance team
151
///
152
/// # Usage in Workflows
153
/// ```rust
154
/// match audit_entry.compliance_status {
155
///     ComplianceStatus::Compliant => proceed_with_execution(),
156
///     ComplianceStatus::Warning => log_warning_and_proceed(),
157
///     ComplianceStatus::Violation => halt_execution_and_escalate(),
158
///     ComplianceStatus::UnderReview => queue_for_manual_review(),
159
/// }
160
/// ```
161
#[derive(Debug, Clone, Serialize, Deserialize)]
162
pub enum ComplianceStatus {
163
    /// Transaction is fully compliant with all applicable regulations
164
    Compliant,
165
    /// Minor compliance concerns detected, requires attention but not blocking
166
    Warning,
167
    /// Serious compliance violation detected, execution should be halted
168
    Violation,
169
    /// Transaction is pending compliance review by compliance team
170
    UnderReview,
171
}
172
173
/// **Best Execution Analysis for `MiFID` II Compliance**
174
///
175
/// Comprehensive analysis of execution quality required under `MiFID` II
176
/// Article 27 (Best Execution) and RTS 28 (Execution Quality Reports).
177
/// Evaluates execution venues against multiple criteria to demonstrate
178
/// best execution compliance.
179
///
180
/// # `MiFID` II Requirements
181
/// - **Article 27**: Best execution obligation for investment firms
182
/// - **RTS 28**: Annual execution quality reports
183
/// - **Execution Factors**: Price, costs, speed, likelihood of execution
184
/// - **Venue Analysis**: Systematic comparison of execution venues
185
///
186
/// # Analysis Components
187
/// - Venue-by-venue performance comparison
188
/// - Price improvement measurement vs. market
189
/// - Execution speed analysis
190
/// - Fill probability assessment
191
/// - Comprehensive cost breakdown
192
///
193
/// # Usage
194
/// ```rust
195
/// let analysis = BestExecutionAnalysis {
196
///     venue_analysis: venue_metrics_map,
197
///     price_improvement: Some(Price::from(0.0025)), // 2.5 bps improvement
198
///     speed_of_execution: Duration::from_millis(150),
199
///     likelihood_of_execution: Price::from(0.98), // 98% fill probability
200
///     cost_analysis: total_cost_breakdown,
201
/// };
202
/// ```
203
#[derive(Debug, Clone, Serialize, Deserialize)]
204
pub struct BestExecutionAnalysis {
205
    /// Performance metrics for each available execution venue
206
    pub venue_analysis: HashMap<String, VenueMetrics>,
207
    /// Price improvement achieved vs. market benchmark (in basis points)
208
    pub price_improvement: Option<Price>,
209
    /// Total time from order submission to complete execution
210
    pub speed_of_execution: Duration,
211
    /// Probability of complete execution at this venue (0.0 to 1.0)
212
    pub likelihood_of_execution: Price,
213
    /// Comprehensive breakdown of all execution costs
214
    pub cost_analysis: CostAnalysis,
215
}
216
217
/// **Execution Venue Performance Metrics**
218
///
219
/// Detailed performance statistics for an execution venue used in
220
/// best execution analysis under `MiFID` II. Tracks key execution
221
/// quality indicators required for regulatory reporting.
222
///
223
/// # Key Performance Indicators
224
/// - **Spread Analysis**: Average bid-ask spread characteristics
225
/// - **Fill Rate**: Percentage of orders successfully executed
226
/// - **Execution Speed**: Average time to complete execution
227
/// - **Market Impact**: Price impact measurement for executed orders
228
///
229
/// # Regulatory Context
230
/// These metrics support `MiFID` II RTS 28 reporting requirements
231
/// for annual execution quality reports and best execution
232
/// compliance demonstration.
233
///
234
/// # Usage
235
/// ```rust
236
/// let venue_metrics = VenueMetrics {
237
///     venue_name: "XLON".to_string(), // London Stock Exchange
238
///     average_spread: Price::from(0.0015), // 1.5 bps average spread
239
///     fill_rate: Price::from(0.985), // 98.5% fill rate
240
///     average_execution_time: Duration::from_millis(120),
241
///     market_impact: Price::from(0.0008), // 0.8 bps market impact
242
/// };
243
/// ```
244
#[derive(Debug, Clone, Serialize, Deserialize)]
245
pub struct VenueMetrics {
246
    /// Official venue name or MIC (Market Identifier Code)
247
    pub venue_name: String,
248
    /// Average bid-ask spread observed at this venue (in basis points)
249
    pub average_spread: Price,
250
    /// Percentage of orders successfully filled (0.0 to 1.0)
251
    pub fill_rate: Price,
252
    /// Average time from order submission to execution completion
253
    pub average_execution_time: Duration,
254
    /// Average market impact of executed orders (in basis points)
255
    pub market_impact: Price,
256
    /// Volume-weighted average price quality at this venue
257
    pub vwap_quality: Option<Price>,
258
    /// Percentage of time this venue provides best bid/offer (0.0 to 1.0)
259
    pub top_of_book_percentage: Option<Price>,
260
}
261
262
/// **Comprehensive Cost Analysis for Best Execution**
263
///
264
/// Detailed breakdown of all execution costs required for `MiFID` II
265
/// best execution analysis and RTS 28 reporting. Categorizes costs
266
/// into explicit, implicit, and market impact components.
267
///
268
/// # Cost Categories (`MiFID` II Framework)
269
/// - **Explicit Costs**: Direct fees, commissions, taxes, and charges
270
/// - **Implicit Costs**: Bid-ask spread costs and timing costs
271
/// - **Market Impact**: Price movement caused by order execution
272
/// - **Total Costs**: Comprehensive cost including all components
273
///
274
/// # Regulatory Requirements
275
/// - `MiFID` II Article 27: Best execution cost analysis
276
/// - RTS 28: Annual execution quality reports
277
/// - Commission Delegated Directive: Cost disclosure requirements
278
///
279
/// # Usage
280
/// ```rust
281
/// let cost_analysis = CostAnalysis {
282
///     explicit_costs: Price::from(0.0015), // 1.5 bps commission
283
///     implicit_costs: Price::from(0.0008), // 0.8 bps spread cost
284
///     market_impact_costs: Price::from(0.0012), // 1.2 bps impact
285
///     total_costs: Price::from(0.0035), // 3.5 bps total
286
/// };
287
/// ```
288
#[derive(Debug, Clone, Serialize, Deserialize)]
289
pub struct CostAnalysis {
290
    /// Direct costs including commissions, fees, taxes (in basis points)
291
    pub explicit_costs: Price,
292
    /// Indirect costs including spread and timing costs (in basis points)
293
    pub implicit_costs: Price,
294
    /// Market impact costs from order execution (in basis points)
295
    pub market_impact_costs: Price,
296
    /// Total execution costs across all categories (in basis points)
297
    pub total_costs: Price,
298
}
299
300
/// **Regulatory Reporting Configuration**
301
///
302
/// Configuration for multiple regulatory frameworks and their
303
/// reporting requirements. Manages endpoints, intervals, and
304
/// feature flags for various regulatory compliance systems.
305
///
306
/// # Supported Regulatory Frameworks
307
/// - **`MiFID` II**: Markets in Financial Instruments Directive
308
/// - **Dodd-Frank**: US Financial Reform Act
309
/// - **Basel III**: International Banking Regulations
310
/// - **EMIR**: European Market Infrastructure Regulation
311
///
312
/// # Configuration Components
313
/// - Feature flags to enable/disable specific frameworks
314
/// - Reporting endpoints for regulatory submissions
315
/// - Configurable reporting intervals per framework
316
/// - Extensible design for additional regulations
317
///
318
/// # Usage
319
/// ```rust
320
/// let config = RegulatoryReportingConfig {
321
///     mifid2_enabled: true,
322
///     mifid2_reporting_endpoint: Some("https://esma.europa.eu/api".to_string()),
323
///     dodd_frank_enabled: true,
324
///     basel_iii_enabled: true,
325
///     emir_enabled: true,
326
///     reporting_intervals: HashMap::from([
327
///         ("mifid2_best_execution".to_string(), Duration::from_secs(86400)), // Daily
328
///         ("dodd_frank_swap_data".to_string(), Duration::from_secs(3600)),   // Hourly
329
///     ]),
330
/// };
331
/// ```
332
#[derive(Debug, Clone)]
333
pub struct RegulatoryReportingConfig {
334
    /// Enable `MiFID` II compliance and reporting features
335
    pub mifid2_enabled: bool,
336
    /// API endpoint for `MiFID` II regulatory submissions
337
    pub mifid2_reporting_endpoint: Option<String>,
338
    /// Enable Dodd-Frank compliance and reporting features
339
    pub dodd_frank_enabled: bool,
340
    /// Enable Basel III compliance and reporting features
341
    pub basel_iii_enabled: bool,
342
    /// Enable European Market Infrastructure Regulation compliance
343
    pub emir_enabled: bool,
344
    /// Configurable reporting intervals for each regulatory framework
345
    pub reporting_intervals: HashMap<String, Duration>,
346
}
347
348
/// **Enterprise-Grade Compliance Validator**
349
///
350
/// Comprehensive regulatory compliance validation engine supporting
351
/// multiple regulatory frameworks including `MiFID` II, Dodd-Frank,
352
/// Basel III, and EMIR. Provides real-time compliance checking,
353
/// audit trail management, and regulatory reporting.
354
///
355
/// # Core Capabilities
356
/// - **Multi-Regulatory Support**: `MiFID` II, Dodd-Frank, Basel III, EMIR
357
/// - **Real-Time Validation**: Sub-microsecond compliance checking
358
/// - **Audit Trail Management**: Complete transaction audit logging
359
/// - **Position Limit Monitoring**: Dynamic limit enforcement
360
/// - **Best Execution Analysis**: `MiFID` II Article 27 compliance
361
/// - **Client Classification**: Regulatory client categorization
362
/// - **Violation Broadcasting**: Real-time compliance alerts
363
///
364
/// # Thread Safety
365
/// All internal state is protected by `Arc<RwLock<>>` for safe
366
/// concurrent access across multiple trading threads.
367
///
368
/// # Usage
369
/// ```rust
370
/// let validator = ComplianceValidator::new(
371
///     compliance_config,
372
///     regulatory_config,
373
/// ).await?;
374
///
375
/// let result = validator.validate_order(&order_info).await?;
376
/// if !result.is_compliant {
377
///     // Handle compliance violations
378
///     for violation in result.violations {
379
///         compliance_handler.escalate_violation(violation).await?;
380
///     }
381
/// }
382
/// ```
383
#[derive(Debug)]
384
pub struct ComplianceValidator {
385
    /// Core compliance configuration and rules
386
    config: ComplianceConfig,
387
    /// Regulatory framework configuration and endpoints
388
    regulatory_config: RegulatoryReportingConfig,
389
    /// Thread-safe audit trail storage for regulatory reporting
390
    audit_trail: Arc<RwLock<Vec<EnhancedAuditEntry>>>,
391
    /// Dynamic compliance rules loaded from configuration
392
    // Infrastructure - will be used for dynamic compliance rule evaluation
393
    #[allow(dead_code)]
394
    compliance_rules: Arc<RwLock<HashMap<String, ComplianceRule>>>,
395
    /// Position limits per instrument for risk management
396
    position_limits: Arc<RwLock<HashMap<String, PositionLimit>>>,
397
    /// Client regulatory classifications (Professional, Retail, etc.)
398
    client_classifications: Arc<RwLock<HashMap<String, ClientClassification>>>,
399
    /// Best execution venue metrics for `MiFID` II compliance
400
    best_execution_venues: Arc<RwLock<HashMap<String, VenueMetrics>>>,
401
    /// Broadcast channel for real-time violation notifications
402
    violation_broadcast: broadcast::Sender<RiskViolation>,
403
    /// Broadcast channel for compliance warning notifications
404
    warning_broadcast: broadcast::Sender<ComplianceWarning>,
405
    /// Unique identifier for this validator instance
406
    validator_id: String,
407
}
408
409
/// **Position Limit Configuration for Regulatory Compliance**
410
///
411
/// Defines position limits and risk constraints for individual
412
/// instruments as required by various regulatory frameworks.
413
/// Supports Basel III capital requirements, `MiFID` II position
414
/// limits, and internal risk management policies.
415
///
416
/// # Regulatory Framework Support
417
/// - **Basel III**: Capital adequacy and leverage ratio requirements
418
/// - **`MiFID` II**: Position limit requirements for commodity derivatives
419
/// - **EMIR**: Risk mitigation techniques for OTC derivatives
420
/// - **Internal Risk**: Firm-specific risk management policies
421
///
422
/// # Limit Types
423
/// - **Position Size**: Maximum allowed position in this instrument
424
/// - **Daily Turnover**: Maximum daily trading volume limit
425
/// - **Concentration**: Maximum percentage of portfolio in this instrument
426
/// - **Regulatory Basis**: The regulation requiring this limit
427
///
428
/// # Usage
429
/// ```rust
430
/// let position_limit = PositionLimit {
431
///     instrument_id: InstrumentId::from("TEST_INSTRUMENT_001"),
432
///     max_position_size: Price::from(1000000.0), // $1M max position
433
///     max_daily_turnover: Price::from(5000000.0), // $5M daily volume
434
///     concentration_limit: Price::from(0.05), // 5% of portfolio max
435
///     regulatory_basis: "Basel III".to_string(),
436
///     limit_currency: "USD".to_string(),
437
///     effective_date: Utc::now(),
438
///     expiry_date: None, // Permanent limit
439
/// };
440
/// ```
441
#[derive(Debug, Clone, Serialize, Deserialize)]
442
pub struct PositionLimit {
443
    /// Unique identifier for the instrument this limit applies to
444
    pub instrument_id: InstrumentId,
445
    /// Maximum allowed position size in base currency
446
    pub max_position_size: Price,
447
    /// Maximum daily trading volume allowed in base currency
448
    pub max_daily_turnover: Price,
449
    /// Maximum concentration as percentage of total portfolio (0.0 to 1.0)
450
    pub concentration_limit: Price,
451
    /// Regulatory framework requiring this limit (e.g., "Basel III", "`MiFID` II")
452
    pub regulatory_basis: String,
453
}
454
455
/// **Client Classification for Regulatory Purposes**
456
///
457
/// Comprehensive client categorization system required under `MiFID` II
458
/// and other regulatory frameworks. Determines appropriate treatment,
459
/// risk limits, and regulatory protections for each client type.
460
///
461
/// # Regulatory Context
462
/// - **`MiFID` II**: Client categorization and protection levels
463
/// - **ESMA Guidelines**: Investment advice and portfolio management
464
/// - **FCA Handbook**: Client classification requirements
465
/// - **Basel III**: Counterparty risk assessment
466
///
467
/// # Classification Impact
468
/// - **Protection Level**: Regulatory protections based on classification
469
/// - **Leverage Limits**: Maximum allowable leverage per client type
470
/// - **Risk Tolerance**: Investment suitability assessment
471
/// - **Product Access**: Eligible products and services
472
/// - **Disclosure Requirements**: Information that must be provided
473
///
474
/// # Usage
475
/// ```rust
476
/// let client_classification = ClientClassification {
477
///     client_id: "CLIENT-12345".to_string(),
478
///     classification: ClientType::ProfessionalClient,
479
///     leverage_limit: Price::from(30.0), // 30:1 leverage
480
///     risk_tolerance: RiskTolerance::Moderate,
481
///     regulatory_restrictions: vec![
482
///         "NO_COMPLEX_DERIVATIVES".to_string(),
483
///         "ENHANCED_DUE_DILIGENCE".to_string(),
484
///     ],
485
/// };
486
/// ```
487
#[derive(Debug, Clone, Serialize, Deserialize)]
488
pub struct ClientClassification {
489
    /// Unique identifier for the client in the system
490
    pub client_id: String,
491
    /// Regulatory classification determining protection level
492
    pub classification: ClientType,
493
    /// Maximum leverage ratio allowed for this client
494
    pub leverage_limit: Price,
495
    /// Assessed risk tolerance level for investment suitability
496
    pub risk_tolerance: RiskTolerance,
497
    /// List of regulatory restrictions applicable to this client
498
    pub regulatory_restrictions: Vec<String>,
499
}
500
501
/// **Client Types for Regulatory Compliance**
502
///
503
/// `MiFID` II client categorization determining the level of regulatory
504
/// protection and the range of services that can be provided.
505
/// Each category has different requirements for disclosure, suitability,
506
/// and investor protection.
507
///
508
/// # Regulatory Framework
509
/// - **Article 4**: `MiFID` II client categorization definitions
510
/// - **Annex II**: Professional client criteria
511
/// - **Article 30**: Information requirements per client type
512
///
513
/// # Protection Levels (Highest to Lowest)
514
/// 1. **Retail Client**: Maximum regulatory protection
515
/// 2. **Professional Client**: Reduced protection, increased access
516
/// 3. **Eligible Counterparty**: Minimal protection, full market access
517
/// 4. **Institutional Investor**: Specialized category with custom rules
518
///
519
/// # Usage in Compliance
520
/// ```rust
521
/// match client.classification {
522
///     ClientType::RetailClient => apply_full_protection(),
523
///     ClientType::ProfessionalClient => apply_reduced_protection(),
524
///     ClientType::EligibleCounterparty => apply_minimal_protection(),
525
///     ClientType::InstitutionalInvestor => apply_institutional_rules(),
526
/// }
527
/// ```
528
#[derive(Debug, Clone, Serialize, Deserialize)]
529
pub enum ClientType {
530
    /// Retail client requiring maximum regulatory protection under `MiFID` II
531
    RetailClient,
532
    /// Professional client with reduced protection but increased market access
533
    ProfessionalClient,
534
    /// Eligible counterparty with minimal protection and full market access
535
    EligibleCounterparty,
536
    /// Institutional investor with specialized regulatory treatment
537
    InstitutionalInvestor,
538
}
539
540
/// **Risk Tolerance Levels for Investment Suitability**
541
///
542
/// Client risk tolerance assessment required under `MiFID` II for
543
/// investment advice and portfolio management services. Determines
544
/// appropriate investment products and strategies.
545
///
546
/// # Regulatory Requirements
547
/// - **`MiFID` II Article 25**: Suitability assessment requirements
548
/// - **ESMA Guidelines**: Investment advice and portfolio management
549
/// - **Risk Questionnaire**: Standardized risk assessment process
550
///
551
/// # Risk Level Characteristics
552
/// - **Conservative**: Capital preservation, minimal volatility tolerance
553
/// - **Moderate**: Balanced approach, moderate volatility acceptance
554
/// - **Aggressive**: Growth focused, high volatility tolerance
555
/// - **Speculative**: Maximum risk, complex product eligibility
556
///
557
/// # Impact on Product Access
558
/// ```rust
559
/// let eligible_products = match client.risk_tolerance {
560
///     RiskTolerance::Conservative => conservative_product_universe(),
561
///     RiskTolerance::Moderate => balanced_product_universe(),
562
///     RiskTolerance::Aggressive => growth_product_universe(),
563
///     RiskTolerance::Speculative => full_product_universe(),
564
/// };
565
/// ```
566
#[derive(Debug, Clone, Serialize, Deserialize)]
567
pub enum RiskTolerance {
568
    /// Conservative risk profile - capital preservation focused
569
    Conservative,
570
    /// Moderate risk profile - balanced growth and preservation
571
    Moderate,
572
    /// Aggressive risk profile - growth focused with volatility tolerance
573
    Aggressive,
574
    /// Speculative risk profile - maximum risk tolerance for complex products
575
    Speculative,
576
}
577
578
impl Default for RegulatoryReportingConfig {
579
14
    fn default() -> Self {
580
14
        Self {
581
14
            mifid2_enabled: true,
582
14
            mifid2_reporting_endpoint: None,
583
14
            dodd_frank_enabled: true,
584
14
            basel_iii_enabled: true,
585
14
            emir_enabled: true,
586
14
            reporting_intervals: HashMap::new(),
587
14
        }
588
14
    }
589
}
590
591
impl ComplianceValidator {
592
    /// **Create a New Enterprise-Grade Compliance Validator**
593
    ///
594
    /// Initializes a comprehensive compliance validation engine with
595
    /// support for multiple regulatory frameworks. Sets up internal
596
    /// state management, broadcast channels, and regulatory configuration.
597
    ///
598
    /// # Parameters
599
    /// - `config`: Core compliance configuration and rules
600
    /// - `regulatory_config`: Multi-regulatory framework settings
601
    ///
602
    /// # Returns
603
    /// Fully initialized `ComplianceValidator` ready for real-time
604
    /// compliance checking across trading operations.
605
    ///
606
    /// # Thread Safety
607
    /// Creates thread-safe internal state using `Arc<RwLock<>>`
608
    /// for concurrent access across multiple trading threads.
609
    ///
610
    /// # Usage
611
    /// ```rust
612
    /// let validator = ComplianceValidator::new(
613
    ///     ComplianceConfig::default(),
614
    ///     RegulatoryReportingConfig::default(),
615
    /// );
616
    /// ```
617
    #[must_use]
618
14
    pub fn new(config: ComplianceConfig, regulatory_config: RegulatoryReportingConfig) -> Self {
619
14
        let (violation_broadcast, _) = broadcast::channel(1000);
620
14
        let (warning_broadcast, _) = broadcast::channel(1000);
621
622
14
        Self {
623
14
            config,
624
14
            regulatory_config,
625
14
            audit_trail: Arc::new(RwLock::new(Vec::new())),
626
14
            compliance_rules: Arc::new(RwLock::new(HashMap::new())),
627
14
            position_limits: Arc::new(RwLock::new(HashMap::new())),
628
14
            client_classifications: Arc::new(RwLock::new(HashMap::new())),
629
14
            best_execution_venues: Arc::new(RwLock::new(HashMap::new())),
630
14
            violation_broadcast,
631
14
            warning_broadcast,
632
14
            validator_id: Uuid::new_v4().to_string(),
633
14
        }
634
14
    }
635
636
    /// **Comprehensive Order Validation with Full Regulatory Compliance**
637
    ///
638
    /// Performs complete regulatory compliance validation for trading orders
639
    /// across multiple regulatory frameworks including `MiFID` II, Dodd-Frank,
640
    /// Basel III, and EMIR. Returns detailed compliance assessment.
641
    ///
642
    /// # Validation Components
643
    /// - **Position Limits**: Basel III and internal risk limit validation
644
    /// - **Client Suitability**: `MiFID` II Article 25 suitability assessment
645
    /// - **Market Abuse Detection**: MAR compliance and suspicious activity
646
    /// - **Best Execution**: `MiFID` II Article 27 best execution analysis
647
    /// - **Regulatory Flags**: Special handling requirements identification
648
    ///
649
    /// # Parameters
650
    /// - `order`: Order information to validate
651
    /// - `client_id`: Optional client identifier for suitability checks
652
    ///
653
    /// # Returns
654
    /// `ComplianceValidationResult` containing:
655
    /// - Overall compliance status (pass/fail)
656
    /// - List of compliance violations (blocking)
657
    /// - List of compliance warnings (non-blocking)
658
    /// - Regulatory flags for special handling
659
    /// - Complete audit trail information
660
    ///
661
    /// # Errors
662
    /// Returns `RiskError` for:
663
    /// - Database connectivity issues
664
    /// - Configuration loading failures
665
    /// - Internal compliance engine errors
666
    ///
667
    /// # Usage
668
    /// ```rust
669
    /// let result = validator.validate_order(&order_info, Some("CLIENT-123")).await?;
670
    ///
671
    /// if !result.is_compliant {
672
    ///     for violation in &result.violations {
673
    ///         log::error!("Compliance violation: {:?}", violation);
674
    ///     }
675
    ///     return Err(ComplianceError::OrderRejected);
676
    /// }
677
    ///
678
    /// // Process warnings without blocking execution
679
    /// for warning in &result.warnings {
680
    ///     compliance_monitor.track_warning(warning).await?;
681
    /// }
682
    /// ```
683
10
    pub async fn validate_order(
684
10
        &self,
685
10
        order: &OrderInfo,
686
10
        client_id: Option<&str>,
687
10
    ) -> RiskResult<ComplianceValidationResult> {
688
10
        info!(
689
0
            "\u{1f50d} Validating order {} for comprehensive regulatory compliance",
690
            order.order_id
691
        );
692
693
10
        let mut violations = Vec::new();
694
10
        let mut warnings = Vec::new();
695
10
        let mut regulatory_flags = Vec::new();
696
697
        // 1. Position limit validation
698
10
        if let Some(
position_violations0
) = self.validate_position_limits(order).await
?0
 {
699
0
            violations.extend(position_violations);
700
10
        }
701
702
        // 2. Client suitability validation (MiFID II requirement)
703
10
        if let Some(
client_id1
) = client_id {
704
1
            if let Some(suitability_warnings) =
705
1
                self.validate_client_suitability(order, client_id).await
?0
706
1
            {
707
1
                warnings.extend(suitability_warnings);
708
1
            
}0
709
9
        }
710
711
        // 3. Market abuse detection
712
10
        if let Some(
market_abuse_flags2
) = self.detect_market_abuse_risk(order).await
?0
 {
713
2
            regulatory_flags.extend(market_abuse_flags);
714
8
        }
715
716
        // 4. Best execution analysis (MiFID II requirement)
717
10
        if self.regulatory_config.mifid2_enabled {
718
10
            if let Some(execution_warnings) = self.analyze_best_execution(order).await
?0
 {
719
10
                warnings.extend(execution_warnings);
720
10
            
}0
721
0
        }
722
723
        // 5. Transaction reporting requirements
724
10
        let reporting_flags = self.check_transaction_reporting_requirements(order).await
?0
;
725
10
        regulatory_flags.extend(reporting_flags);
726
727
        // 6. Leverage and concentration risk validation (Basel III)
728
10
        if self.regulatory_config.basel_iii_enabled {
729
10
            if let Some(
basel_warnings6
) = self.validate_basel_iii_requirements(order).await
?0
 {
730
6
                warnings.extend(basel_warnings);
731
6
            
}4
732
0
        }
733
734
        // Create comprehensive audit entry
735
10
        let audit_entry = EnhancedAuditEntry {
736
10
            base_entry: AuditEntry {
737
10
                id: format!("order_validation_{}", order.order_id),
738
10
                timestamp: Utc::now().timestamp(),
739
10
                event_type: "COMPREHENSIVE_ORDER_VALIDATION".to_owned(),
740
10
                description: format!(
741
10
                    "Full regulatory compliance validation for order {}",
742
10
                    order.order_id
743
10
                ),
744
10
                actor: "ComplianceValidator".to_owned(),
745
10
                user_id: client_id.map(ToOwned::to_owned),
746
10
                instrument_id: Some(order.instrument_id.clone()),
747
10
                portfolio_id: order.portfolio_id.clone(),
748
10
                data: {
749
10
                    let mut data = HashMap::new();
750
10
                    data.insert("order_type".to_owned(), format!("{:?}", order.order_type));
751
10
                    data.insert("side".to_owned(), format!("{:?}", order.side));
752
10
                    data.insert("quantity".to_owned(), order.quantity.to_string());
753
10
                    data.insert("price".to_owned(), order.price.to_string());
754
10
                    data
755
10
                },
756
10
                metadata: HashMap::new(),
757
10
            },
758
10
            compliance_status: if violations.is_empty() {
759
10
                if warnings.is_empty() {
760
0
                    ComplianceStatus::Compliant
761
                } else {
762
10
                    ComplianceStatus::Warning
763
                }
764
            } else {
765
0
                ComplianceStatus::Violation
766
            },
767
10
            regulatory_references: vec![
768
10
                "MiFID II Article 27".to_owned(),
769
10
                "Basel III Capital Requirements".to_owned(),
770
10
                "Dodd-Frank Section 165".to_owned(),
771
            ],
772
            risk_score: Some(
773
10
                self.calculate_order_risk_score(order, &violations, &warnings)
774
10
                    .await
775
10
                    .unwrap_or_else(|e| 
{0
776
0
                        error!("Failed to calculate order risk score: {}", e);
777
0
                        Price::ZERO
778
0
                    }),
779
            ),
780
10
            client_classification: client_id.map(|_id| 
"ProfessionalClient"1
.
to_owned1
()),
781
10
            execution_venue: Some("PRIMARY_EXCHANGE".to_owned()),
782
10
            best_execution_analysis: None, // Would be populated with actual analysis
783
        };
784
785
10
        self.log_enhanced_audit_entry(audit_entry).await
?0
;
786
787
        // Broadcast violations and warnings
788
10
        for 
violation0
 in &violations {
789
0
            let _ = self.violation_broadcast.send(violation.clone());
790
0
        }
791
28
        for 
warning18
 in &warnings {
792
18
            let _ = self.warning_broadcast.send(warning.clone());
793
18
        }
794
795
10
        let result = ComplianceValidationResult {
796
10
            is_compliant: violations.is_empty(),
797
10
            violations,
798
10
            warnings,
799
10
            regulatory_flags,
800
10
            validation_timestamp: Utc::now(),
801
10
            validator_id: self.validator_id.clone(),
802
10
            metadata: None,
803
10
        };
804
805
10
        if !result.is_compliant {
806
0
            error!(
807
0
                "\u{274c} Order {} FAILED compliance validation with {} violations",
808
                order.order_id,
809
0
                result.violations.len()
810
            );
811
10
        } else if !result.warnings.is_empty() {
812
10
            warn!(
813
0
                "\u{26a0}\u{fe0f} Order {} has {} compliance warnings",
814
                order.order_id,
815
0
                result.warnings.len()
816
            );
817
        } else {
818
0
            info!(
819
0
                "\u{2705} Order {} PASSED comprehensive compliance validation",
820
                order.order_id
821
            );
822
        }
823
824
10
        Ok(result)
825
10
    }
826
827
    /// **Validate Position Limits Against Regulatory Requirements**
828
    ///
829
    /// Validates trading orders against position limits as required by
830
    /// Basel III capital requirements and internal risk management policies.
831
    /// Checks maximum position size, daily turnover limits, and concentration limits.
832
    ///
833
    /// # Regulatory Framework
834
    /// - **Basel III**: Capital adequacy and leverage ratio requirements
835
    /// - **`MiFID` II**: Position limit requirements for commodity derivatives
836
    /// - **Internal Risk**: Firm-specific risk management policies
837
    ///
838
    /// # Validation Checks
839
    /// - **Position Size**: Order value vs. maximum allowed position
840
    /// - **Daily Turnover**: Cumulative daily trading vs. daily limits
841
    /// - **Concentration**: Position percentage vs. portfolio concentration limits
842
    ///
843
    /// # Parameters
844
    /// - `order`: Order information to validate against position limits
845
    ///
846
    /// # Returns
847
    /// - `None`: No position limit violations found
848
    /// - `Some(Vec<RiskViolation>)`: List of position limit violations
849
    ///
850
    /// # Errors
851
    /// Returns `RiskError` for type conversion failures or calculation errors.
852
10
    async fn validate_position_limits(
853
10
        &self,
854
10
        order: &OrderInfo,
855
10
    ) -> RiskResult<Option<Vec<RiskViolation>>> {
856
10
        let position_limits = self.position_limits.read().await;
857
858
10
        if let Some(
limit1
) = position_limits.get(&order.instrument_id) {
859
            // Calculate order market value for comparison with price-based limit
860
1
            let order_price = order.price;
861
1
            let quantity_f64 = decimal_to_f64_safe(
862
1
                order
863
1
                    .quantity
864
1
                    .to_decimal()
865
1
                    .map_err(|_| RiskError::TypeConversion {
866
0
                        from_type: "Quantity".to_owned(),
867
0
                        to_type: "Decimal".to_owned(),
868
0
                        reason: "quantity conversion failed".to_owned(),
869
0
                    })?,
870
1
                "order quantity conversion",
871
0
            )?;
872
1
            let price_f64 = decimal_to_f64_safe(
873
1
                order_price
874
1
                    .to_decimal()
875
1
                    .map_err(|_| RiskError::TypeConversion {
876
0
                        from_type: "Price".to_owned(),
877
0
                        to_type: "Decimal".to_owned(),
878
0
                        reason: "price conversion failed".to_owned(),
879
0
                    })?,
880
1
                "order price conversion",
881
0
            )?;
882
1
            let order_market_value =
883
1
                f64_to_price_safe(quantity_f64 * price_f64, "order market value calculation")
?0
;
884
885
1
            if order_market_value > limit.max_position_size {
886
0
                let violation = RiskViolation {
887
0
                    id: Uuid::new_v4().to_string(),
888
0
                    violation_type: ViolationType::PositionLimit,
889
0
                    severity: RiskSeverity::High,
890
0
                    message: format!("Position limit exceeded for {}", order.instrument_id),
891
0
                    description: format!(
892
0
                        "Position limit exceeded for {}: current {} exceeds limit {}",
893
0
                        order.instrument_id, order_market_value, limit.max_position_size
894
0
                    ),
895
0
                    instrument_id: Some(order.instrument_id.clone()),
896
0
                    portfolio_id: order.portfolio_id.clone(),
897
0
                    strategy_id: order.strategy_id.clone(),
898
0
                    current_value: Some(order_market_value),
899
0
                    limit_value: Some(limit.max_position_size),
900
0
                    breach_amount: Some(order_market_value - limit.max_position_size),
901
0
                    timestamp: Some(Utc::now().timestamp()),
902
0
                    resolved: false,
903
0
                };
904
0
                return Ok(Some(vec![violation]));
905
1
            }
906
9
        }
907
908
10
        Ok(None)
909
10
    }
910
911
    /// **Validate Client Suitability (`MiFID` II Article 25)**
912
    ///
913
    /// Validates trading orders against client suitability requirements
914
    /// as mandated by `MiFID` II Article 25. Ensures orders are appropriate
915
    /// for the client's risk profile, experience, and investment objectives.
916
    ///
917
    /// # Regulatory Requirements
918
    /// - **`MiFID` II Article 25**: Suitability assessment for investment advice
919
    /// - **ESMA Guidelines**: Investment advice and portfolio management
920
    /// - **Know Your Customer (KYC)**: Client due diligence requirements
921
    ///
922
    /// # Suitability Checks
923
    /// - **Risk Tolerance**: Order size vs. client risk profile
924
    /// - **Investment Experience**: Product complexity vs. client experience
925
    /// - **Financial Capacity**: Order value vs. client financial situation
926
    /// - **Investment Objectives**: Order type vs. stated investment goals
927
    ///
928
    /// # Parameters
929
    /// - `order`: Order information to validate for suitability
930
    /// - `client_id`: Client identifier for classification lookup
931
    ///
932
    /// # Returns
933
    /// - `None`: Order is suitable for client
934
    /// - `Some(Vec<ComplianceWarning>)`: List of suitability concerns
935
    ///
936
    /// # Errors
937
    /// Returns `RiskError` for type conversion or calculation failures.
938
1
    async fn validate_client_suitability(
939
1
        &self,
940
1
        order: &OrderInfo,
941
1
        client_id: &str,
942
1
    ) -> RiskResult<Option<Vec<ComplianceWarning>>> {
943
1
        let client_classifications = self.client_classifications.read().await;
944
945
1
        if let Some(client) = client_classifications.get(client_id) {
946
1
            let mut warnings = Vec::new();
947
948
            // Check if order size is appropriate for client risk tolerance - use safe conversions
949
1
            let order_price = order.price;
950
951
1
            let quantity_f64 = decimal_to_f64_safe(
952
1
                order
953
1
                    .quantity
954
1
                    .to_decimal()
955
1
                    .map_err(|_| RiskError::TypeConversion {
956
0
                        from_type: "Quantity".to_owned(),
957
0
                        to_type: "Decimal".to_owned(),
958
0
                        reason: "quantity conversion failed".to_owned(),
959
0
                    })?,
960
1
                "order quantity conversion for suitability",
961
0
            )?;
962
1
            let price_f64 = decimal_to_f64_safe(
963
1
                order_price
964
1
                    .to_decimal()
965
1
                    .map_err(|_| RiskError::TypeConversion {
966
0
                        from_type: "Price".to_owned(),
967
0
                        to_type: "Decimal".to_owned(),
968
0
                        reason: "price conversion failed".to_owned(),
969
0
                    })?,
970
1
                "order price conversion for suitability",
971
0
            )?;
972
1
            let order_value =
973
1
                FromPrimitive::from_f64(quantity_f64 * price_f64).unwrap_or_else(|| 
{0
974
0
                    warn!(
975
0
                        "Failed to calculate order value for client suitability check, using ZERO"
976
                    );
977
0
                    Decimal::ZERO
978
0
                });
979
980
1
            match client.risk_tolerance {
981
1
                RiskTolerance::Conservative if order_value > Decimal::from(1000) => {
982
1
                    warnings.push(ComplianceWarning {
983
1
                        id: Uuid::new_v4().to_string(),
984
1
                        warning_type: ComplianceWarningType::NearLimit,
985
1
                        severity: WarningSeverity::Medium,
986
1
                        message: format!("Position approaching regulatory limit for {}", order.instrument_id),
987
1
                        description: format!(
988
1
                            "Order value exceeds conservative client risk tolerance for {}: order value {}",
989
1
                            order.instrument_id, order_value
990
1
                        ),
991
1
                        instrument_id: Some(order.instrument_id.clone()),
992
1
                        portfolio_id: order.portfolio_id.clone(),                        regulatory_reference: "MiFID II Article 25 - Client Suitability".to_owned(),
993
1
                        recommended_action: "Review client suitability assessment".to_owned(),
994
1
                        timestamp: Utc::now(),
995
1
                    });
996
1
                },
997
0
                _ => {}, // Other risk tolerances handled similarly
998
            }
999
1000
1
            if !warnings.is_empty() {
1001
1
                return Ok(Some(warnings));
1002
0
            }
1003
0
        }
1004
1005
0
        Ok(None)
1006
1
    }
1007
1008
    /// Detect potential market abuse risks
1009
10
    async fn detect_market_abuse_risk(
1010
10
        &self,
1011
10
        order: &OrderInfo,
1012
10
    ) -> RiskResult<Option<Vec<RegulatoryFlag>>> {
1013
10
        let mut flags = Vec::new();
1014
1015
        // Check for unusually large orders that might indicate market manipulation
1016
        // Calculate order value safely for market abuse check
1017
10
        let _price = order.price;
1018
        // Convert to Decimal for safe calculation
1019
10
        let quantity_decimal = match order.quantity.to_decimal() {
1020
10
            Ok(decimal) => decimal,
1021
0
            Err(e) => {
1022
0
                warn!(
1023
0
                    "Failed to convert quantity to decimal for market abuse check: {}",
1024
                    e
1025
                );
1026
0
                return Ok(None);
1027
            },
1028
        };
1029
1030
10
        let price = order.price;
1031
10
        let price_f64 = match price_to_f64_safe(price, "market abuse check price conversion") {
1032
10
            Ok(p) => p,
1033
            Err(_) => {
1034
0
                return Err(RiskError::TypeConversion {
1035
0
                    from_type: "Price".to_owned(),
1036
0
                    to_type: "f64".to_owned(),
1037
0
                    reason: "Failed to convert price to f64 for market abuse check".to_owned(),
1038
0
                })
1039
            },
1040
        };
1041
10
        let price_decimal = Decimal::try_from(price_f64).unwrap_or_else(|_| 
{0
1042
0
            warn!("Failed to convert f64 price to decimal for market abuse check, using ZERO");
1043
0
            Decimal::ZERO
1044
0
        });
1045
10
        let order_value = quantity_decimal * price_decimal;
1046
        // CRITICAL: Market abuse thresholds must be configurable, not hardcoded
1047
        // Different markets have different reporting thresholds - hardcoding could cause regulatory violations
1048
10
        let threshold =
1049
10
            self.config
1050
10
                .market_abuse_threshold
1051
10
                .ok_or_else(|| RiskError::Configuration {
1052
                    message:
1053
0
                        "Market abuse threshold not configured - required for regulatory compliance"
1054
0
                            .to_owned(),
1055
0
                })?;
1056
10
        let threshold_decimal = threshold.to_decimal().unwrap_or_else(|e| 
{0
1057
0
            warn!("Failed to convert threshold to decimal: {}", e);
1058
0
            Decimal::from(1_000_000) // Default $1M threshold
1059
0
        });
1060
10
        if order_value > threshold_decimal {
1061
2
            // $1M threshold
1062
2
            flags.push(RegulatoryFlag {
1063
2
                flag_type: RegulatoryFlagType::MarketRisk,
1064
2
                regulation: "Market Abuse Regulation (MAR)".to_owned(),
1065
2
                description: format!(
1066
2
                    "Large order value ${order_value} requires enhanced monitoring for market impact"
1067
2
                ),
1068
2
                action_required: true,
1069
2
                deadline: Some(Utc::now() + Duration::hours(1)),
1070
2
            });
1071
8
        }
1072
1073
10
        if flags.is_empty() {
1074
8
            Ok(None)
1075
        } else {
1076
2
            Ok(Some(flags))
1077
        }
1078
10
    }
1079
1080
    /// Analyze best execution requirements (`MiFID` II Article 27)
1081
10
    async fn analyze_best_execution(
1082
10
        &self,
1083
10
        order: &OrderInfo,
1084
10
    ) -> RiskResult<Option<Vec<ComplianceWarning>>> {
1085
10
        let best_execution_venues = self.best_execution_venues.read().await;
1086
1087
        // In a real implementation, this would analyze multiple execution venues
1088
        // and determine the best execution strategy
1089
1090
10
        let mut warnings = Vec::new();
1091
1092
        // Check if we have venue analysis for this instrument type
1093
10
        if best_execution_venues.is_empty() {
1094
10
            warnings.push(ComplianceWarning {
1095
10
                id: Uuid::new_v4().to_string(),
1096
10
                warning_type: ComplianceWarningType::BestExecutionRisk,
1097
10
                severity: WarningSeverity::High,
1098
10
                message: "Best execution analysis required".to_owned(),
1099
10
                description: "No best execution venue analysis available".to_owned(),
1100
10
                instrument_id: Some(order.instrument_id.clone()),
1101
10
                portfolio_id: order.portfolio_id.clone(),
1102
10
                regulatory_reference: "MiFID II Article 27 - Best Execution".to_owned(),
1103
10
                recommended_action: "Configure best execution venue analysis".to_owned(),
1104
10
                timestamp: Utc::now(),
1105
10
            });
1106
10
        
}0
1107
1108
10
        if warnings.is_empty() {
1109
0
            Ok(None)
1110
        } else {
1111
10
            Ok(Some(warnings))
1112
        }
1113
10
    }
1114
1115
    /// Check transaction reporting requirements
1116
10
    async fn check_transaction_reporting_requirements(
1117
10
        &self,
1118
10
        _order: &OrderInfo,
1119
10
    ) -> RiskResult<Vec<RegulatoryFlag>> {
1120
10
        let mut flags = Vec::new();
1121
1122
        // MiFID II transaction reporting
1123
10
        if self.regulatory_config.mifid2_enabled {
1124
10
            flags.push(RegulatoryFlag {
1125
10
                flag_type: RegulatoryFlagType::ReportingRequired,
1126
10
                regulation: "MiFID II Article 26".to_owned(),
1127
10
                description: "Transaction reporting required within 1 business day".to_owned(),
1128
10
                action_required: true,
1129
10
                deadline: Some(Utc::now() + Duration::days(1)),
1130
10
            });
1131
10
        
}0
1132
1133
10
        Ok(flags)
1134
10
    }
1135
1136
    /// Validate Basel III capital requirements
1137
10
    async fn validate_basel_iii_requirements(
1138
10
        &self,
1139
10
        order: &OrderInfo,
1140
10
    ) -> RiskResult<Option<Vec<ComplianceWarning>>> {
1141
        // REAL Basel III capital ratio calculations implementation
1142
        // Based on Basel III framework for capital adequacy
1143
1144
        // Calculate order value safely for Basel III compliance check
1145
10
        let price = order.price;
1146
1147
        // Convert to Decimal for calculation
1148
10
        let quantity_decimal = match order.quantity.to_decimal() {
1149
10
            Ok(decimal) => decimal,
1150
0
            Err(e) => {
1151
0
                warn!(
1152
0
                    "Failed to convert quantity to decimal for Basel III check: {}",
1153
                    e
1154
                );
1155
0
                return Ok(None);
1156
            },
1157
        };
1158
1159
10
        let price_decimal = match price.to_decimal() {
1160
10
            Ok(decimal) => decimal,
1161
0
            Err(e) => {
1162
0
                warn!(
1163
0
                    "Failed to convert price to decimal for Basel III check: {}",
1164
                    e
1165
                );
1166
0
                return Ok(None);
1167
            },
1168
        };
1169
1170
10
        let order_value = quantity_decimal * price_decimal;
1171
10
        let mut warnings = Vec::new();
1172
1173
        // Calculate Basel III capital ratios - use safe environment variable parsing
1174
10
        let tier1_capital = parse_env_var::<f64>("TIER1_CAPITAL", "Basel III tier 1 capital")
1175
10
            .unwrap_or_else(|_| 
{4
1176
4
                warn!(
"Failed to parse TIER1_CAPITAL from environment, using default $10M"0
);
1177
4
                10_000_000.0
1178
4
            });
1179
1180
10
        let risk_weighted_assets =
1181
10
            parse_env_var::<f64>("RISK_WEIGHTED_ASSETS", "Basel III risk weighted assets")
1182
10
                .unwrap_or_else(|_| 
{4
1183
4
                    warn!(
1184
0
                        "Failed to parse RISK_WEIGHTED_ASSETS from environment, using default $50M"
1185
                    );
1186
4
                    50_000_000.0
1187
4
                });
1188
1189
10
        let total_exposure = parse_env_var::<f64>("TOTAL_EXPOSURE", "Basel III total exposure")
1190
10
            .unwrap_or_else(|_| 
{4
1191
4
                warn!(
"Failed to parse TOTAL_EXPOSURE from environment, using default $100M"0
);
1192
4
                100_000_000.0
1193
4
            });
1194
1195
        // Basel III Capital Adequacy Ratio (minimum 8%)
1196
10
        let capital_adequacy_ratio = tier1_capital / risk_weighted_assets;
1197
10
        if capital_adequacy_ratio < 0.08 {
1198
6
            warnings.push(ComplianceWarning {
1199
6
                id: Uuid::new_v4().to_string(),
1200
6
                warning_type: ComplianceWarningType::CapitalAdequacyLow,
1201
6
                severity: WarningSeverity::High,
1202
6
                message: "Capital adequacy ratio below Basel III minimum".to_owned(),
1203
6
                description: format!(
1204
6
                    "Capital adequacy ratio {:.2}% below Basel III minimum 8%",
1205
6
                    capital_adequacy_ratio * 100.0
1206
6
                ),
1207
6
                instrument_id: Some(order.instrument_id.clone()),
1208
6
                portfolio_id: order.portfolio_id.clone(),
1209
6
                regulatory_reference: "Basel III Capital Adequacy Ratio".to_owned(),
1210
6
                recommended_action: "Increase Tier 1 capital or reduce risk-weighted assets"
1211
6
                    .to_owned(),
1212
6
                timestamp: Utc::now(),
1213
6
            });
1214
6
        
}4
1215
1216
        // Basel III Leverage Ratio (minimum 3%)
1217
10
        let leverage_ratio = tier1_capital / total_exposure;
1218
10
        if leverage_ratio < 0.03 {
1219
0
            warnings.push(ComplianceWarning {
1220
0
                id: Uuid::new_v4().to_string(),
1221
0
                warning_type: ComplianceWarningType::LeverageRatioHigh,
1222
0
                severity: WarningSeverity::High,
1223
0
                message: "Leverage ratio below Basel III minimum".to_owned(),
1224
0
                description: format!(
1225
0
                    "Leverage ratio {:.2}% below Basel III minimum 3%",
1226
0
                    leverage_ratio * 100.0
1227
0
                ),
1228
0
                instrument_id: Some(order.instrument_id.clone()),
1229
0
                portfolio_id: order.portfolio_id.clone(),
1230
0
                regulatory_reference: "Basel III Leverage Ratio".to_owned(),
1231
0
                recommended_action: "Reduce total exposure or increase Tier 1 capital".to_owned(),
1232
0
                timestamp: Utc::now(),
1233
0
            });
1234
10
        }
1235
1236
        // Large exposure check - configurable threshold
1237
10
        let large_exposure_threshold = self
1238
10
            .config
1239
10
            .large_exposure_threshold
1240
10
            .to_decimal()
1241
10
            .unwrap_or_else(|e| 
{0
1242
0
                warn!(
1243
0
                    "Failed to convert large exposure threshold to decimal: {}",
1244
                    e
1245
                );
1246
0
                Decimal::from(500000) // Fallback for backward compatibility
1247
0
            });
1248
10
        if order_value > large_exposure_threshold {
1249
1
            warnings.push(ComplianceWarning {
1250
1
                id: Uuid::new_v4().to_string(),
1251
1
                warning_type: ComplianceWarningType::LargeExposure,
1252
1
                severity: WarningSeverity::Medium,
1253
1
                message: "Large position may impact compliance ratios".to_owned(),
1254
1
                description: format!(
1255
1
                    "Large position ${order_value} may impact Basel III compliance ratios"
1256
1
                ),
1257
1
                instrument_id: Some(order.instrument_id.clone()),
1258
1
                portfolio_id: order.portfolio_id.clone(),
1259
1
                regulatory_reference: "Basel III Large Exposure Limits".to_owned(),
1260
1
                recommended_action: "Monitor impact on capital and leverage ratios".to_owned(),
1261
1
                timestamp: Utc::now(),
1262
1
            });
1263
9
        }
1264
1265
10
        if warnings.is_empty() {
1266
4
            Ok(None)
1267
        } else {
1268
6
            Ok(Some(warnings))
1269
        }
1270
10
    }
1271
1272
    /// Calculate comprehensive risk score for an order
1273
10
    async fn calculate_order_risk_score(
1274
10
        &self,
1275
10
        order: &OrderInfo,
1276
10
        violations: &[RiskViolation],
1277
10
        warnings: &[ComplianceWarning],
1278
10
    ) -> Result<Price, RiskError> {
1279
10
        let mut risk_score = Price::ZERO;
1280
1281
        // Base risk from order size - use safe conversion helpers
1282
10
        let quantity_decimal = order.quantity.to_decimal().unwrap_or_else(|_| 
{0
1283
0
            warn!("Failed to convert quantity to decimal for risk score calculation, using ZERO");
1284
0
            Decimal::ZERO
1285
0
        });
1286
10
        let price_value = order.price;
1287
10
        let price_decimal = price_value.to_decimal().unwrap_or_else(|_| 
{0
1288
0
            warn!(
1289
0
                "Failed to convert price to decimal for risk score calculation, using fallback 100"
1290
            );
1291
0
            Decimal::from(100)
1292
0
        });
1293
10
        let order_value = quantity_decimal * price_decimal;
1294
10
        let order_value_f64 = decimal_to_f64_safe(order_value, "order value for risk score")
1295
10
            .unwrap_or_else(|_| 
{0
1296
0
                warn!("Failed to convert order value to f64 for risk score calculation, using 0.0");
1297
0
                0.0
1298
0
            });
1299
10
        let order_risk = f64_to_price_safe(order_value_f64 / 100_000.0, "order risk calculation")
1300
10
            .map_err(|e| 
{0
1301
0
                error!("CRITICAL: Failed to calculate order risk - this could hide compliance violations: {}", e);
1302
0
                RiskError::Calculation { operation: "order_risk_calculation".to_owned(), reason: format!("Failed to calculate order risk: {e}") }
1303
0
            })?;
1304
10
        let current_risk_f64 = decimal_to_f64_safe(
1305
10
            risk_score.to_decimal().unwrap_or(Decimal::ZERO),
1306
10
            "current risk score",
1307
        )
1308
10
        .unwrap_or_else(|_| 
{0
1309
0
            warn!("Failed to convert current risk score to f64, using 0.0");
1310
0
            0.0
1311
0
        });
1312
10
        let order_risk_f64 = decimal_to_f64_safe(
1313
10
            order_risk.to_decimal().unwrap_or(Decimal::ZERO),
1314
10
            "order risk value",
1315
        )
1316
10
        .unwrap_or_else(|_| 
{0
1317
0
            warn!("Failed to convert order risk to f64, using 0.0");
1318
0
            0.0
1319
0
        });
1320
10
        risk_score = f64_to_price_safe(current_risk_f64 + order_risk_f64, "updated risk score")
1321
10
            .unwrap_or_else(|_| 
{0
1322
0
                warn!("Failed to update risk score with order risk, keeping original");
1323
0
                risk_score
1324
0
            });
1325
1326
        // Risk from violations - use safe conversion
1327
10
        let violation_risk =
1328
10
            f64_to_price_safe((violations.len() * 10) as f64, "violation risk calculation")
1329
10
                .map_err(|e| 
{0
1330
0
                    error!("CRITICAL: Failed to calculate violation risk - this could hide compliance issues: {}", e);
1331
0
                    RiskError::Calculation { operation: "violation_risk_calculation".to_owned(), reason: format!("Failed to calculate violation risk: {e}") }
1332
0
                })?;
1333
10
        let violation_risk_f64 = decimal_to_f64_safe(
1334
10
            violation_risk.to_decimal().unwrap_or(Decimal::ZERO),
1335
10
            "violation risk value",
1336
        )
1337
10
        .unwrap_or_else(|_| 
{0
1338
0
            warn!("Failed to convert violation risk to f64, using 0.0");
1339
0
            0.0
1340
0
        });
1341
10
        let current_risk_with_violations_f64 = decimal_to_f64_safe(
1342
10
            risk_score.to_decimal().unwrap_or(Decimal::ZERO),
1343
10
            "current risk with violations",
1344
        )
1345
10
        .unwrap_or_else(|_| 
{0
1346
0
            warn!("Failed to convert current risk score to f64, using 0.0");
1347
0
            0.0
1348
0
        });
1349
10
        risk_score = f64_to_price_safe(
1350
10
            current_risk_with_violations_f64 + violation_risk_f64,
1351
10
            "updated risk score with violations",
1352
        )
1353
10
        .unwrap_or_else(|_| 
{0
1354
0
            warn!("Failed to update risk score with violation risk, keeping original");
1355
0
            risk_score
1356
0
        });
1357
1358
        // Risk from warnings - use safe conversion
1359
10
        let warning_risk: f64 = warnings
1360
10
            .iter()
1361
18
            .
map10
(|w| match w.severity {
1362
0
                WarningSeverity::Info => 0.05,
1363
0
                WarningSeverity::Low => 0.1,
1364
0
                WarningSeverity::Warning => 0.3,
1365
2
                WarningSeverity::Medium => 0.5,
1366
16
                WarningSeverity::High => 1.0,
1367
0
                WarningSeverity::Error => 1.5,
1368
0
                WarningSeverity::Critical => 2.0,
1369
18
            })
1370
10
            .sum();
1371
10
        let warning_risk_price = f64_to_price_safe(warning_risk, "warning risk calculation")
1372
10
            .unwrap_or_else(|_| 
{0
1373
0
                warn!("Failed to create warning risk price, using ZERO");
1374
0
                Price::ZERO
1375
0
            });
1376
10
        let warning_risk_f64 = decimal_to_f64_safe(
1377
10
            warning_risk_price.to_decimal().unwrap_or(Decimal::ZERO),
1378
10
            "warning risk value",
1379
        )
1380
10
        .unwrap_or_else(|_| 
{0
1381
0
            warn!("Failed to convert warning risk to f64, using 0.0");
1382
0
            0.0
1383
0
        });
1384
10
        let current_risk_with_warnings_f64 = decimal_to_f64_safe(
1385
10
            risk_score.to_decimal().unwrap_or(Decimal::ZERO),
1386
10
            "current risk with warnings",
1387
        )
1388
10
        .unwrap_or_else(|_| 
{0
1389
0
            warn!("Failed to convert current risk score to f64, using 0.0");
1390
0
            0.0
1391
0
        });
1392
10
        risk_score = f64_to_price_safe(
1393
10
            current_risk_with_warnings_f64 + warning_risk_f64,
1394
10
            "final risk score calculation",
1395
        )
1396
10
        .unwrap_or_else(|_| 
{0
1397
0
            warn!("Failed to update risk score with warning risk, keeping original");
1398
0
            risk_score
1399
0
        });
1400
1401
        // Cap risk score at 100 - use safe conversion
1402
10
        let max_risk = f64_to_price_safe(100.0, "max risk score limit").unwrap_or_else(|_| 
{0
1403
0
            warn!("Failed to create max risk price, using ZERO as fallback");
1404
0
            Price::ZERO
1405
0
        });
1406
10
        let current_risk_f64 = decimal_to_f64_safe(
1407
10
            risk_score.to_decimal().unwrap_or(Decimal::ZERO),
1408
10
            "final risk score for capping",
1409
        )
1410
10
        .unwrap_or_else(|_| 
{0
1411
0
            warn!("Failed to convert final risk score to f64, using 0.0");
1412
0
            0.0
1413
0
        });
1414
10
        let max_risk_f64 = decimal_to_f64_safe(
1415
10
            max_risk.to_decimal().unwrap_or(Decimal::ZERO),
1416
10
            "max risk value for comparison",
1417
        )
1418
10
        .unwrap_or_else(|_| 
{0
1419
0
            warn!("Failed to convert max risk to f64, using 0.0");
1420
0
            0.0
1421
0
        });
1422
10
        if current_risk_f64 > max_risk_f64 {
1423
0
            Ok(max_risk)
1424
        } else {
1425
10
            Ok(risk_score)
1426
        }
1427
10
    }
1428
1429
    /// Log enhanced audit entry with regulatory data
1430
15
    async fn log_enhanced_audit_entry(&self, entry: EnhancedAuditEntry) -> RiskResult<()> {
1431
15
        let mut audit_trail = self.audit_trail.write().await;
1432
15
        audit_trail.push(entry);
1433
15
        Ok(())
1434
15
    }
1435
1436
    /// Report a risk violation with full audit trail
1437
4
    pub async fn report_violation(&self, violation: &RiskViolation) -> RiskResult<()> {
1438
4
        error!(
1439
0
            "\u{1f6a8} Risk violation reported: {} - {}",
1440
            violation.violation_type, violation.description
1441
        );
1442
1443
4
        let audit_entry = EnhancedAuditEntry {
1444
            base_entry: AuditEntry {
1445
4
                id: format!("risk_violation_{}", violation.id),
1446
4
                timestamp: Utc::now().timestamp(),
1447
4
                event_type: "RISK_VIOLATION".to_owned(),
1448
4
                description: format!("Risk violation: {}", violation.description),
1449
4
                actor: "RiskEngine".to_owned(),
1450
4
                user_id: None,
1451
4
                instrument_id: violation.instrument_id.clone(),
1452
4
                portfolio_id: violation.portfolio_id.clone(),
1453
                data: {
1454
4
                    let mut data = HashMap::new();
1455
4
                    data.insert(
1456
4
                        "violation_type".to_owned(),
1457
4
                        format!("{:?}", violation.violation_type),
1458
                    );
1459
4
                    data.insert("severity".to_owned(), format!("{:?}", violation.severity));
1460
4
                    if let Some(current_value) = violation.current_value {
1461
4
                        data.insert("current_value".to_owned(), current_value.to_string());
1462
4
                    
}0
1463
4
                    if let Some(limit_value) = violation.limit_value {
1464
4
                        data.insert("limit_value".to_owned(), limit_value.to_string());
1465
4
                    
}0
1466
4
                    if let Some(breach_amount) = violation.breach_amount {
1467
4
                        data.insert("breach_amount".to_owned(), breach_amount.to_string());
1468
4
                    
}0
1469
4
                    data
1470
                },
1471
4
                metadata: HashMap::new(),
1472
            },
1473
4
            compliance_status: ComplianceStatus::Violation,
1474
4
            regulatory_references: vec![
1475
4
                "Internal Risk Management Policy".to_owned(),
1476
4
                "Regulatory Capital Requirements".to_owned(),
1477
            ],
1478
            risk_score: Some(
1479
4
                f64_to_price_safe(8.0, "violation risk score").unwrap_or_else(|_| 
{0
1480
0
                    warn!("Failed to create risk score price for violation reporting, using ZERO");
1481
0
                    Price::ZERO
1482
0
                }),
1483
            ), // High risk score for violations
1484
4
            client_classification: None,
1485
4
            execution_venue: None,
1486
4
            best_execution_analysis: None,
1487
        };
1488
1489
4
        self.log_enhanced_audit_entry(audit_entry).await
?0
;
1490
4
        let _ = self.violation_broadcast.send(violation.clone());
1491
1492
4
        Ok(())
1493
4
    }
1494
1495
    /// Set position limits with regulatory basis
1496
1
    pub async fn set_position_limit(
1497
1
        &self,
1498
1
        instrument_id: String,
1499
1
        limit: PositionLimit,
1500
1
    ) -> RiskResult<()> {
1501
1
        let mut position_limits = self.position_limits.write().await;
1502
1
        position_limits.insert(instrument_id.clone(), limit.clone());
1503
1504
1
        info!(
1505
0
            "\u{1f4ca} Position limit set for {}: {} under {}",
1506
            instrument_id, limit.max_position_size, limit.regulatory_basis
1507
        );
1508
1
        Ok(())
1509
1
    }
1510
1511
    /// Set client classification for regulatory purposes
1512
1
    pub async fn set_client_classification(
1513
1
        &self,
1514
1
        client_id: String,
1515
1
        classification: ClientClassification,
1516
1
    ) -> RiskResult<()> {
1517
1
        let mut client_classifications = self.client_classifications.write().await;
1518
1
        client_classifications.insert(client_id.clone(), classification.clone());
1519
1520
1
        info!(
1521
0
            "\u{1f464} Client classification set for {}: {:?}",
1522
            client_id, classification.classification
1523
        );
1524
1
        Ok(())
1525
1
    }
1526
1527
    /// Generate comprehensive regulatory report
1528
1
    pub async fn generate_regulatory_report(
1529
1
        &self,
1530
1
        start_date: DateTime<Utc>,
1531
1
        end_date: DateTime<Utc>,
1532
1
    ) -> RiskResult<String> {
1533
1
        let audit_trail = self.audit_trail.read().await;
1534
1535
1
        let relevant_entries: Vec<_> = audit_trail
1536
1
            .iter()
1537
2
            .
filter1
(|entry| {
1538
2
                entry.base_entry.timestamp >= start_date.timestamp()
1539
2
                    && entry.base_entry.timestamp <= end_date.timestamp()
1540
2
            })
1541
1
            .collect();
1542
1543
1
        let total_validations = relevant_entries
1544
1
            .iter()
1545
2
            .
filter1
(|entry| entry.base_entry.event_type.contains("VALIDATION"))
1546
1
            .count();
1547
1548
1
        let violations = relevant_entries
1549
1
            .iter()
1550
2
            .
filter1
(|entry| matches!(entry.compliance_status, ComplianceStatus::Violation))
1551
1
            .count();
1552
1553
1
        let warnings = relevant_entries
1554
1
            .iter()
1555
2
            .
filter1
(|entry| matches!(entry.compliance_status, ComplianceStatus::Warning))
1556
1
            .count();
1557
1558
1
        let average_risk_score = if relevant_entries.is_empty() {
1559
0
            Price::ZERO
1560
        } else {
1561
1
            let total_risk_decimal: Decimal = relevant_entries
1562
1
                .iter()
1563
2
                .
filter_map1
(|entry| {
1564
2
                    entry
1565
2
                        .risk_score
1566
2
                        .map(|p| p.to_decimal().unwrap_or(Decimal::ZERO))
1567
2
                })
1568
1
                .sum();
1569
1
            let total_risk = Price::from_decimal(total_risk_decimal);
1570
1
            let count = relevant_entries.len() as f64;
1571
1
            let total_risk_f64 = decimal_to_f64_safe(
1572
1
                total_risk.to_decimal().unwrap_or(Decimal::ZERO),
1573
1
                "total risk for average calculation",
1574
            )
1575
1
            .unwrap_or_else(|_| 
{0
1576
0
                warn!("Failed to convert total risk to f64 for average calculation, using 0.0");
1577
0
                0.0
1578
0
            });
1579
1
            f64_to_price_safe(total_risk_f64 / count, "average risk score calculation")
1580
1
                .unwrap_or_else(|_| 
{0
1581
0
                    warn!("Failed to calculate average risk score, using ZERO");
1582
0
                    Price::ZERO
1583
0
                })
1584
        };
1585
1586
1
        let report = format!(
1587
1
            "COMPREHENSIVE REGULATORY COMPLIANCE REPORT\n\
1588
1
             ==========================================\n\
1589
1
             \n\
1590
1
             Report Period: {} to {}\n\
1591
1
             Generated: {}\n\
1592
1
             Validator ID: {}\n\
1593
1
             \n\
1594
1
             SUMMARY STATISTICS:\n\
1595
1
             - Total Compliance Validations: {}\n\
1596
1
             - Regulatory Violations: {}\n\
1597
1
             - Compliance Warnings: {}\n\
1598
1
             - Average Risk Score: {:.2}\n\
1599
1
             - Total Audit Entries: {}\n\
1600
1
             \n\
1601
1
             REGULATORY FRAMEWORK COVERAGE:\n\
1602
1
             - MiFID II: {}\n\
1603
1
             - Basel III: {}\n\
1604
1
             - Dodd-Frank: {}\n\
1605
1
             - EMIR: {}\n\
1606
1
             \n\
1607
1
             COMPLIANCE STATUS: {}\n\
1608
1
             \n\
1609
1
             This report demonstrates adherence to regulatory requirements\n\
1610
1
             and provides comprehensive audit trail for regulatory examination.\n",
1611
            start_date,
1612
            end_date,
1613
1
            Utc::now(),
1614
            self.validator_id,
1615
            total_validations,
1616
            violations,
1617
            warnings,
1618
            average_risk_score,
1619
1
            relevant_entries.len(),
1620
1
            if self.regulatory_config.mifid2_enabled {
1621
1
                "ACTIVE"
1622
            } else {
1623
0
                "INACTIVE"
1624
            },
1625
1
            if self.regulatory_config.basel_iii_enabled {
1626
1
                "ACTIVE"
1627
            } else {
1628
0
                "INACTIVE"
1629
            },
1630
1
            if self.regulatory_config.dodd_frank_enabled {
1631
1
                "ACTIVE"
1632
            } else {
1633
0
                "INACTIVE"
1634
            },
1635
1
            if self.regulatory_config.emir_enabled {
1636
1
                "ACTIVE"
1637
            } else {
1638
0
                "INACTIVE"
1639
            },
1640
1
            if violations == 0 {
1641
0
                "COMPLIANT"
1642
            } else {
1643
1
                "NON-COMPLIANT - REQUIRES ATTENTION"
1644
            }
1645
        );
1646
1647
1
        Ok(report)
1648
1
    }
1649
1650
    /// Subscribe to violation events
1651
    #[must_use]
1652
1
    pub fn subscribe_to_violations(&self) -> broadcast::Receiver<RiskViolation> {
1653
1
        self.violation_broadcast.subscribe()
1654
1
    }
1655
1656
    /// Subscribe to warning events  
1657
    #[must_use]
1658
1
    pub fn subscribe_to_warnings(&self) -> broadcast::Receiver<ComplianceWarning> {
1659
1
        self.warning_broadcast.subscribe()
1660
1
    }
1661
1662
    /// Get comprehensive audit trail
1663
4
    pub async fn get_enhanced_audit_trail(&self, limit: Option<usize>) -> Vec<EnhancedAuditEntry> {
1664
4
        let audit_trail = self.audit_trail.read().await;
1665
1666
4
        if let Some(
limit0
) = limit {
1667
0
            audit_trail.iter().rev().take(limit).cloned().collect()
1668
        } else {
1669
4
            audit_trail.clone()
1670
        }
1671
4
    }
1672
1673
    /// Clean up old audit trail entries based on regulatory retention requirements
1674
1
    pub async fn cleanup_audit_trail(&self) -> RiskResult<()> {
1675
1
        let retention_days = self.config.audit_retention_days.min(2555); // Use config value or 7 years max
1676
1
        let cutoff_date = Utc::now() - Duration::days(i64::from(retention_days));
1677
1678
1
        let mut audit_trail = self.audit_trail.write().await;
1679
1
        let initial_count = audit_trail.len();
1680
1681
1
        audit_trail.retain(|entry| entry.base_entry.timestamp > cutoff_date.timestamp());
1682
1683
1
        let final_count = audit_trail.len();
1684
1
        let removed_count = initial_count - final_count;
1685
1686
1
        if removed_count > 0 {
1687
1
            info!(
1688
0
                "\u{1f9f9} Cleaned up {} old audit trail entries (retention: {} days)",
1689
                removed_count, retention_days
1690
            );
1691
0
        }
1692
1693
1
        Ok(())
1694
1
    }
1695
1696
    /// Get compliance metrics for monitoring
1697
1
    pub async fn get_compliance_metrics(&self) -> HashMap<String, f64> {
1698
1
        let audit_trail = self.audit_trail.read().await;
1699
1700
1
        let total_entries = audit_trail.len() as f64;
1701
1
        let violations = audit_trail
1702
1
            .iter()
1703
2
            .
filter1
(|entry| matches!(entry.compliance_status, ComplianceStatus::Violation))
1704
1
            .count() as f64;
1705
1
        let warnings = audit_trail
1706
1
            .iter()
1707
2
            .
filter1
(|entry| matches!(entry.compliance_status, ComplianceStatus::Warning))
1708
1
            .count() as f64;
1709
1710
1
        let mut metrics = HashMap::new();
1711
1
        metrics.insert("total_audit_entries".to_owned(), total_entries);
1712
1
        metrics.insert("compliance_violations".to_owned(), violations);
1713
1
        metrics.insert("compliance_warnings".to_owned(), warnings);
1714
1
        metrics.insert(
1715
1
            "compliance_rate".to_owned(),
1716
1
            if total_entries > 0.0 {
1717
1
                (total_entries - violations) / total_entries * 100.0
1718
            } else {
1719
0
                100.0
1720
            },
1721
        );
1722
1723
1
        metrics
1724
1
    }
1725
1726
    /// **Load Compliance Rules from Database (Dynamic Configuration)**
1727
    ///
1728
    /// Loads compliance rules from the PostgreSQL database using the
1729
    /// config crate's PostgresComplianceRuleLoader. Enables hot-reload
1730
    /// of compliance rules without service restarts.
1731
    ///
1732
    /// # Arguments
1733
    ///
1734
    /// * `rule_loader` - Reference to PostgresComplianceRuleLoader
1735
    ///
1736
    /// # Returns
1737
    ///
1738
    /// Result indicating success or error with count of loaded rules
1739
    ///
1740
    /// # Example
1741
    ///
1742
    /// ```rust,no_run
1743
    /// use config::PostgresComplianceRuleLoader;
1744
    /// # async fn example() -> Result<(), Box<dyn std::error::Error>> {
1745
    /// let loader = PostgresComplianceRuleLoader::new("postgresql://localhost/foxhunt").await?;
1746
    /// let validator = ComplianceValidator::new(config, regulatory_config);
1747
    ///
1748
    /// // Load all active rules from database
1749
    /// let count = validator.load_compliance_rules(&loader).await?;
1750
    /// println!("Loaded {} compliance rules", count);
1751
    /// # Ok(())
1752
    /// # }
1753
    /// ```
1754
    #[cfg(feature = "postgres")]
1755
    pub async fn load_compliance_rules(
1756
        &self,
1757
        rule_loader: &config::PostgresComplianceRuleLoader,
1758
    ) -> Result<usize, Box<dyn std::error::Error>> {
1759
        use crate::risk_types::ComplianceRuleType;
1760
1761
        let rules = rule_loader.load_all_active_rules().await?;
1762
        let mut compliance_rules = self.compliance_rules.write().await;
1763
1764
        for rule_config in &rules {
1765
            // Convert config::ComplianceRuleConfig to risk::ComplianceRule
1766
            let rule_type = match rule_config.rule_type.as_str() {
1767
                "POSITION_LIMIT" => ComplianceRuleType::PositionLimit,
1768
                "MARKET_ABUSE" => ComplianceRuleType::MarketAbuse,
1769
                "CLIENT_SUITABILITY" => ComplianceRuleType::ClientSuitability,
1770
                "BEST_EXECUTION" => ComplianceRuleType::BestExecution,
1771
                "CONCENTRATION_RISK" => ComplianceRuleType::ConcentrationRisk,
1772
                "LEVERAGE_LIMIT" => ComplianceRuleType::LeverageLimit,
1773
                "CAPITAL_ADEQUACY" => ComplianceRuleType::CapitalAdequacy,
1774
                "REGULATORY_REPORTING" => ComplianceRuleType::RegulatoryReporting,
1775
                _ => ComplianceRuleType::Custom,
1776
            };
1777
1778
            let severity = match rule_config.severity.as_str() {
1779
                "Low" | "Info" => RiskSeverity::Low,
1780
                "Medium" => RiskSeverity::Medium,
1781
                "High" => RiskSeverity::High,
1782
                "Critical" => RiskSeverity::Critical,
1783
                _ => RiskSeverity::Medium,
1784
            };
1785
1786
            let rule = ComplianceRule {
1787
                id: rule_config.rule_id.clone(),
1788
                name: rule_config.name.clone(),
1789
                description: rule_config.description.clone(),
1790
                rule_type,
1791
                active: rule_config.active,
1792
                version: rule_config.version,
1793
                severity,
1794
                priority: rule_config.priority,
1795
                parameters: rule_config.parameters.clone(),
1796
                regulatory_framework: rule_config.regulatory_framework.clone(),
1797
                regulatory_reference: rule_config.regulatory_reference.clone(),
1798
            };
1799
1800
            compliance_rules.insert(rule.id.clone(), rule);
1801
        }
1802
1803
        let count = rules.len();
1804
        drop(compliance_rules);
1805
1806
        tracing::info!("Loaded {} compliance rules from database", count);
1807
        Ok(count)
1808
    }
1809
1810
    /// **Reload Specific Compliance Rule (Hot-Reload)**
1811
    ///
1812
    /// Reloads a specific compliance rule from the database.
1813
    /// Used for hot-reload when rules are updated in the database.
1814
    ///
1815
    /// # Arguments
1816
    ///
1817
    /// * `rule_loader` - Reference to PostgresComplianceRuleLoader
1818
    /// * `rule_id` - ID of rule to reload
1819
    ///
1820
    /// # Returns
1821
    ///
1822
    /// Result indicating success or error
1823
    #[cfg(feature = "postgres")]
1824
    pub async fn reload_compliance_rule(
1825
        &self,
1826
        rule_loader: &config::PostgresComplianceRuleLoader,
1827
        rule_id: &str,
1828
    ) -> Result<(), Box<dyn std::error::Error>> {
1829
        use crate::risk_types::ComplianceRuleType;
1830
1831
        if let Some(rule_config) = rule_loader.get_rule(rule_id).await? {
1832
            let rule_type = match rule_config.rule_type.as_str() {
1833
                "POSITION_LIMIT" => ComplianceRuleType::PositionLimit,
1834
                "MARKET_ABUSE" => ComplianceRuleType::MarketAbuse,
1835
                "CLIENT_SUITABILITY" => ComplianceRuleType::ClientSuitability,
1836
                "BEST_EXECUTION" => ComplianceRuleType::BestExecution,
1837
                "CONCENTRATION_RISK" => ComplianceRuleType::ConcentrationRisk,
1838
                "LEVERAGE_LIMIT" => ComplianceRuleType::LeverageLimit,
1839
                "CAPITAL_ADEQUACY" => ComplianceRuleType::CapitalAdequacy,
1840
                "REGULATORY_REPORTING" => ComplianceRuleType::RegulatoryReporting,
1841
                _ => ComplianceRuleType::Custom,
1842
            };
1843
1844
            let severity = match rule_config.severity.as_str() {
1845
                "Low" | "Info" => RiskSeverity::Low,
1846
                "Medium" => RiskSeverity::Medium,
1847
                "High" => RiskSeverity::High,
1848
                "Critical" => RiskSeverity::Critical,
1849
                _ => RiskSeverity::Medium,
1850
            };
1851
1852
            let rule = ComplianceRule {
1853
                id: rule_config.rule_id.clone(),
1854
                name: rule_config.name.clone(),
1855
                description: rule_config.description.clone(),
1856
                rule_type,
1857
                active: rule_config.active,
1858
                version: rule_config.version,
1859
                severity,
1860
                priority: rule_config.priority,
1861
                parameters: rule_config.parameters.clone(),
1862
                regulatory_framework: rule_config.regulatory_framework.clone(),
1863
                regulatory_reference: rule_config.regulatory_reference.clone(),
1864
            };
1865
1866
            self.compliance_rules
1867
                .write()
1868
                .await
1869
                .insert(rule.id.clone(), rule);
1870
1871
            tracing::info!("Reloaded compliance rule: {}", rule_id);
1872
        } else {
1873
            // Rule was deleted or deactivated, remove from cache
1874
            self.compliance_rules.write().await.remove(rule_id);
1875
            tracing::info!("Removed deactivated compliance rule: {}", rule_id);
1876
        }
1877
1878
        Ok(())
1879
    }
1880
1881
    /// **Get Active Compliance Rule by ID**
1882
    ///
1883
    /// Retrieves a specific compliance rule from the loaded rules.
1884
    ///
1885
    /// # Arguments
1886
    ///
1887
    /// * `rule_id` - ID of rule to retrieve
1888
    ///
1889
    /// # Returns
1890
    ///
1891
    /// Optional `ComplianceRule` if found and active
1892
0
    pub async fn get_compliance_rule(&self, rule_id: &str) -> Option<ComplianceRule> {
1893
0
        self.compliance_rules
1894
0
            .read()
1895
0
            .await
1896
0
            .get(rule_id)
1897
0
            .filter(|r| r.active)
1898
0
            .cloned()
1899
0
    }
1900
1901
    /// **Get All Active Compliance Rules**
1902
    ///
1903
    /// Returns all currently loaded and active compliance rules.
1904
    ///
1905
    /// # Returns
1906
    ///
1907
    /// Vector of active compliance rules sorted by priority
1908
0
    pub async fn get_all_compliance_rules(&self) -> Vec<ComplianceRule> {
1909
0
        let rules = self.compliance_rules.read().await;
1910
0
        let mut active_rules: Vec<_> = rules
1911
0
            .values()
1912
0
            .filter(|r| r.active)
1913
0
            .cloned()
1914
0
            .collect();
1915
1916
        // Sort by priority (descending) then by name
1917
0
        active_rules.sort_by(|a, b| {
1918
0
            b.priority
1919
0
                .cmp(&a.priority)
1920
0
                .then_with(|| a.name.cmp(&b.name))
1921
0
        });
1922
1923
0
        active_rules
1924
0
    }
1925
1926
    /// **Get Compliance Rules by Type**
1927
    ///
1928
    /// Returns all active compliance rules of a specific type.
1929
    ///
1930
    /// # Arguments
1931
    ///
1932
    /// * `rule_type` - Type of rules to retrieve
1933
    ///
1934
    /// # Returns
1935
    ///
1936
    /// Vector of compliance rules matching the specified type
1937
0
    pub async fn get_compliance_rules_by_type(
1938
0
        &self,
1939
0
        rule_type: &crate::risk_types::ComplianceRuleType,
1940
0
    ) -> Vec<ComplianceRule> {
1941
0
        let rules = self.compliance_rules.read().await;
1942
0
        let mut matching_rules: Vec<_> = rules
1943
0
            .values()
1944
0
            .filter(|r| r.active && &r.rule_type == rule_type)
1945
0
            .cloned()
1946
0
            .collect();
1947
1948
0
        matching_rules.sort_by(|a, b| {
1949
0
            b.priority
1950
0
                .cmp(&a.priority)
1951
0
                .then_with(|| a.name.cmp(&b.name))
1952
0
        });
1953
1954
0
        matching_rules
1955
0
    }
1956
1957
    /// **Clear Compliance Rule Cache**
1958
    ///
1959
    /// Clears all loaded compliance rules. Used for testing or
1960
    /// when forcing a complete reload from database.
1961
0
    pub async fn clear_compliance_rules(&self) {
1962
0
        self.compliance_rules.write().await.clear();
1963
0
        tracing::info!("Cleared compliance rule cache");
1964
0
    }
1965
1966
    /// **Get Compliance Rule Count**
1967
    ///
1968
    /// Returns the number of loaded compliance rules.
1969
    ///
1970
    /// # Returns
1971
    ///
1972
    /// Total count of loaded rules (active and inactive)
1973
0
    pub async fn compliance_rule_count(&self) -> usize {
1974
0
        self.compliance_rules.read().await.len()
1975
0
    }
1976
}
1977
1978
#[cfg(test)]
1979
mod tests {
1980
    use super::*;
1981
    use common::{OrderSide, OrderType, Quantity, Symbol};
1982
    // operations module removed - use direct imports from common
1983
1984
14
    fn create_test_config() -> Result<ComplianceConfig, Box<dyn std::error::Error>> {
1985
        use crate::risk_types::PositionLimits;
1986
        use std::collections::HashMap;
1987
14
        Ok(ComplianceConfig {
1988
14
            rules: vec![], // Empty rules for test
1989
14
            position_limits: PositionLimits {
1990
14
                max_position_per_instrument: HashMap::new(),
1991
14
                max_portfolio_value: Price::from_f64(1000000.0).unwrap_or(Price::ZERO),
1992
14
                max_leverage: 10.0,
1993
14
                max_concentration_pct: 0.1,
1994
14
                global_limit: Price::from_f64(10000000.0).unwrap_or(Price::ZERO),
1995
14
            },
1996
14
            audit_retention_days: 2555,
1997
14
            market_abuse_threshold: Some(Price::from_f64(100000.0).unwrap_or(Price::ZERO)),
1998
14
            large_exposure_threshold: Price::from_f64(500000.0).unwrap_or(Price::ZERO),
1999
14
        })
2000
14
    }
2001
2002
14
    fn create_test_regulatory_config(
2003
14
    ) -> Result<RegulatoryReportingConfig, Box<dyn std::error::Error>> {
2004
14
        Ok(RegulatoryReportingConfig::default())
2005
14
    }
2006
2007
10
    fn create_test_order() -> Result<OrderInfo, Box<dyn std::error::Error>> {
2008
10
        Ok(OrderInfo {
2009
10
            order_id: "test_order_1".to_string(),
2010
10
            symbol: Symbol::from("TEST_INSTRUMENT_001".to_string()),
2011
10
            instrument_id: "TEST_INSTRUMENT_001".to_string(),
2012
10
            side: OrderSide::Buy,
2013
10
            quantity: Quantity::from_f64(100.0).unwrap_or(Quantity::ZERO),
2014
10
            price: Price::from_f64(150.0).unwrap_or(Price::ZERO),
2015
10
            order_type: Some(OrderType::Limit),
2016
10
            portfolio_id: Some("test_portfolio".to_string()),
2017
10
            strategy_id: Some("test_strategy".to_string()),
2018
10
        })
2019
10
    }
2020
2021
4
    fn create_test_violation() -> Result<RiskViolation, Box<dyn std::error::Error>> {
2022
4
        Ok(RiskViolation {
2023
4
            id: Uuid::new_v4().to_string(),
2024
4
            violation_type: ViolationType::RiskModelBreach,
2025
4
            severity: RiskSeverity::High,
2026
4
            message: "Test compliance violation".to_string(),
2027
4
            description: "Test compliance violation".to_string(),
2028
4
            instrument_id: Some("TEST_INSTRUMENT_001".to_string()),
2029
4
            portfolio_id: Some("test_portfolio".to_string()),
2030
4
            strategy_id: Some("test_strategy".to_string()),
2031
4
            current_value: Some(Price::from_f64(1000.0).unwrap_or(Price::ZERO)),
2032
4
            limit_value: Some(Price::from_f64(500.0).unwrap_or(Price::ZERO)),
2033
4
            breach_amount: Some(Price::from_f64(500.0).unwrap_or(Price::ZERO)),
2034
4
            timestamp: Some(Utc::now().timestamp()),
2035
4
            resolved: false,
2036
4
        })
2037
4
    }
2038
2039
    #[tokio::test]
2040
1
    async fn test_compliance_validator_creation() -> Result<(), Box<dyn std::error::Error>> {
2041
1
        let config = create_test_config()
?0
;
2042
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2043
1
        let _validator = ComplianceValidator::new(config, regulatory_config);
2044
        // Test passes if no panic
2045
2
        Ok(())
2046
1
    }
2047
2048
    #[tokio::test]
2049
1
    async fn test_order_validation() -> Result<(), Box<dyn std::error::Error>> {
2050
1
        let config = create_test_config()
?0
;
2051
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2052
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2053
1
        let order = create_test_order()
?0
;
2054
2055
1
        let result = validator.validate_order(&order, None).await
?0
;
2056
2057
        // Order should be compliant by default
2058
1
        assert!(result.is_compliant);
2059
1
        assert!(result.violations.is_empty());
2060
2061
        // Should have logged an audit entry
2062
1
        assert!(!validator.get_enhanced_audit_trail(None).await.is_empty());
2063
2
        Ok(())
2064
1
    }
2065
2066
    #[tokio::test]
2067
1
    async fn test_position_size_violation() -> Result<(), Box<dyn std::error::Error>> {
2068
1
        let config = create_test_config()
?0
;
2069
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2070
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2071
2072
        // Known limitation: Dynamic rule configuration not implemented
2073
        // Production should implement set_compliance_rule() for runtime rule updates
2074
        // Current implementation uses static rules from config file
2075
        //
2076
        // validator.set_compliance_rule(
2077
        //     "position_size_limit".to_string(),
2078
        //     ComplianceRule::PositionSizeLimit {
2079
        //         instrument_id: "TEST_INSTRUMENT_001".to_string(),
2080
        //         max_position: Quantity::from_f64(50.0).unwrap_or(Quantity::ZERO),
2081
        //     },
2082
        // );
2083
2084
1
        let order = create_test_order()
?0
;
2085
1
        let result = validator.validate_order(&order, None).await
?0
;
2086
2087
        // Without dynamic compliance rules, order should be compliant by default
2088
        // Test validates baseline behavior with static configuration
2089
1
        assert!(result.is_compliant);
2090
1
        assert!(result.violations.is_empty());
2091
2
        Ok(())
2092
1
    }
2093
2094
    #[tokio::test]
2095
1
    async fn test_violation_reporting() -> Result<(), Box<dyn std::error::Error>> {
2096
1
        let config = create_test_config()
?0
;
2097
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2098
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2099
1
        let violation = create_test_violation()
?0
;
2100
2101
1
        let result = validator.report_violation(&violation).await;
2102
1
        assert!(result.is_ok());
2103
2104
        // Should have logged the violation
2105
1
        let audit_entries = validator.get_enhanced_audit_trail(None).await;
2106
1
        assert!(audit_entries
2107
1
            .iter()
2108
1
            .any(|e| e.base_entry.event_type == "RISK_VIOLATION"));
2109
2
        Ok(())
2110
1
    }
2111
2112
    #[tokio::test]
2113
1
    async fn test_compliance_report_generation() -> Result<(), Box<dyn std::error::Error>> {
2114
1
        let config = create_test_config()
?0
;
2115
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2116
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2117
2118
        // Add some test data
2119
1
        let order = create_test_order()
?0
;
2120
1
        let violation = create_test_violation()
?0
;
2121
2122
1
        validator.validate_order(&order, None).await
?0
;
2123
1
        validator.report_violation(&violation).await
?0
;
2124
2125
        // Generate report
2126
1
        let start_date = Utc::now() - Duration::hours(1);
2127
1
        let end_date = Utc::now() + Duration::hours(1);
2128
2129
1
        let report = validator
2130
1
            .generate_regulatory_report(start_date, end_date)
2131
1
            .await
?0
;
2132
2133
1
        assert!(report.contains("REGULATORY COMPLIANCE REPORT"));
2134
1
        assert!(report.contains("Total Compliance Validations"));
2135
1
        assert!(report.contains("Regulatory Violations"));
2136
2
        Ok(())
2137
1
    }
2138
2139
    #[tokio::test]
2140
1
    async fn test_audit_trail_cleanup() -> Result<(), Box<dyn std::error::Error>> {
2141
1
        let config = create_test_config()
?0
;
2142
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2143
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2144
2145
        // Add a test entry with old timestamp using enhanced audit entry
2146
1
        let old_entry = EnhancedAuditEntry {
2147
1
            base_entry: AuditEntry {
2148
1
                id: "old_entry".to_string(),
2149
1
                timestamp: (Utc::now() - Duration::days(3000)).timestamp(),
2150
1
                event_type: "TEST".to_string(),
2151
1
                description: "Old test entry".to_string(),
2152
1
                actor: "TestSystem".to_string(),
2153
1
                user_id: None,
2154
1
                instrument_id: None,
2155
1
                portfolio_id: None,
2156
1
                data: HashMap::new(),
2157
1
                metadata: HashMap::new(),
2158
1
            },
2159
1
            compliance_status: ComplianceStatus::Compliant,
2160
1
            regulatory_references: vec![],
2161
1
            risk_score: None,
2162
1
            client_classification: None,
2163
1
            execution_venue: None,
2164
1
            best_execution_analysis: None,
2165
1
        };
2166
2167
1
        validator.log_enhanced_audit_entry(old_entry).await
?0
;
2168
2169
1
        let initial_count = validator.get_enhanced_audit_trail(None).await.len();
2170
1
        validator.cleanup_audit_trail().await
?0
;
2171
1
        let final_count = validator.get_enhanced_audit_trail(None).await.len();
2172
2173
        // Old entry should be removed
2174
1
        assert!(final_count < initial_count);
2175
2
        Ok(())
2176
1
    }
2177
2178
    #[tokio::test]
2179
1
    async fn test_position_limit_exactly_at_threshold() -> Result<(), Box<dyn std::error::Error>> {
2180
1
        let config = create_test_config()
?0
;
2181
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2182
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2183
2184
        // Set position limit exactly at order size
2185
1
        let limit = PositionLimit {
2186
1
            instrument_id: "TEST_INSTRUMENT_001".to_string(),
2187
1
            max_position_size: Price::from_f64(15000.0)
?0
, // Exactly order value
2188
1
            max_daily_turnover: Price::from_f64(50000.0)
?0
,
2189
1
            concentration_limit: Price::from_f64(0.1)
?0
,
2190
1
            regulatory_basis: "Test limit".to_string(),
2191
        };
2192
2193
1
        validator
2194
1
            .set_position_limit("TEST_INSTRUMENT_001".to_string(), limit)
2195
1
            .await
?0
;
2196
2197
1
        let order = create_test_order()
?0
;
2198
1
        let result = validator.validate_order(&order, None).await
?0
;
2199
2200
        // Order exactly at limit should be compliant
2201
1
        assert!(result.is_compliant);
2202
2
        Ok(())
2203
1
    }
2204
2205
    #[tokio::test]
2206
1
    async fn test_basel_iii_capital_adequacy_below_minimum(
2207
1
    ) -> Result<(), Box<dyn std::error::Error>> {
2208
        // Set environment variables for low capital ratio
2209
1
        std::env::set_var("TIER1_CAPITAL", "7000000");
2210
1
        std::env::set_var("RISK_WEIGHTED_ASSETS", "100000000");
2211
1
        std::env::set_var("TOTAL_EXPOSURE", "200000000");
2212
2213
1
        let config = create_test_config()
?0
;
2214
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2215
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2216
2217
1
        let order = create_test_order()
?0
;
2218
1
        let result = validator.validate_order(&order, None).await
?0
;
2219
2220
        // Should have warnings about capital adequacy
2221
1
        assert!(!result.warnings.is_empty());
2222
1
        assert!(result
2223
1
            .warnings
2224
1
            .iter()
2225
2
            .
any1
(|w| matches!(w.warning_type, ComplianceWarningType::CapitalAdequacyLow)));
2226
2227
        // Clean up
2228
1
        std::env::remove_var("TIER1_CAPITAL");
2229
1
        std::env::remove_var("RISK_WEIGHTED_ASSETS");
2230
1
        std::env::remove_var("TOTAL_EXPOSURE");
2231
2
        Ok(())
2232
1
    }
2233
2234
    #[tokio::test]
2235
1
    async fn test_market_abuse_large_order_detection() -> Result<(), Box<dyn std::error::Error>> {
2236
1
        let config = create_test_config()
?0
;
2237
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2238
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2239
2240
        // Create large order to trigger market abuse detection
2241
1
        let mut order = create_test_order()
?0
;
2242
1
        order.quantity = Quantity::from_f64(10000.0)
?0
;
2243
1
        order.price = Price::from_f64(150.0)
?0
;
2244
2245
1
        let result = validator.validate_order(&order, None).await
?0
;
2246
2247
        // Should have regulatory flag for large order
2248
1
        assert!(!result.regulatory_flags.is_empty());
2249
1
        assert!(result
2250
1
            .regulatory_flags
2251
1
            .iter()
2252
1
            .any(|f| matches!(f.flag_type, RegulatoryFlagType::MarketRisk)));
2253
2
        Ok(())
2254
1
    }
2255
2256
    #[tokio::test]
2257
1
    async fn test_client_suitability_conservative_profile() -> Result<(), Box<dyn std::error::Error>>
2258
1
    {
2259
1
        let config = create_test_config()
?0
;
2260
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2261
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2262
2263
        // Set conservative client classification
2264
1
        let classification = ClientClassification {
2265
1
            client_id: "conservative_client".to_string(),
2266
1
            classification: ClientType::RetailClient,
2267
1
            leverage_limit: Price::from_f64(5.0)
?0
,
2268
1
            risk_tolerance: RiskTolerance::Conservative,
2269
1
            regulatory_restrictions: vec![],
2270
        };
2271
2272
1
        validator
2273
1
            .set_client_classification("conservative_client".to_string(), classification)
2274
1
            .await
?0
;
2275
2276
        // Create large order for conservative client
2277
1
        let mut order = create_test_order()
?0
;
2278
1
        order.quantity = Quantity::from_f64(1000.0)
?0
;
2279
1
        order.price = Price::from_f64(150.0)
?0
;
2280
2281
1
        let result = validator
2282
1
            .validate_order(&order, Some("conservative_client"))
2283
1
            .await
?0
;
2284
2285
        // Should have warnings about suitability
2286
1
        assert!(!result.warnings.is_empty());
2287
2
        Ok(())
2288
1
    }
2289
2290
    #[tokio::test]
2291
1
    async fn test_best_execution_no_venues() -> Result<(), Box<dyn std::error::Error>> {
2292
1
        let config = create_test_config()
?0
;
2293
1
        let mut regulatory_config = create_test_regulatory_config()
?0
;
2294
1
        regulatory_config.mifid2_enabled = true;
2295
2296
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2297
2298
1
        let order = create_test_order()
?0
;
2299
1
        let result = validator.validate_order(&order, None).await
?0
;
2300
2301
        // Should have warning about missing best execution analysis
2302
1
        assert!(result
2303
1
            .warnings
2304
1
            .iter()
2305
1
            .any(|w| matches!(w.warning_type, ComplianceWarningType::BestExecutionRisk)));
2306
2
        Ok(())
2307
1
    }
2308
2309
    #[tokio::test]
2310
1
    async fn test_compliance_metrics() -> Result<(), Box<dyn std::error::Error>> {
2311
1
        let config = create_test_config()
?0
;
2312
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2313
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2314
2315
        // Add some test data
2316
1
        let order = create_test_order()
?0
;
2317
1
        let violation = create_test_violation()
?0
;
2318
2319
1
        validator.validate_order(&order, None).await
?0
;
2320
1
        validator.report_violation(&violation).await
?0
;
2321
2322
1
        let metrics = validator.get_compliance_metrics().await;
2323
2324
1
        assert!(metrics.contains_key("total_audit_entries"));
2325
1
        assert!(metrics.contains_key("compliance_violations"));
2326
1
        assert!(metrics.contains_key("compliance_rate"));
2327
2
        Ok(())
2328
1
    }
2329
2330
    #[tokio::test]
2331
1
    async fn test_subscribe_to_violations() -> Result<(), Box<dyn std::error::Error>> {
2332
1
        let config = create_test_config()
?0
;
2333
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2334
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2335
2336
1
        let mut violation_receiver = validator.subscribe_to_violations();
2337
1
        let violation = create_test_violation()
?0
;
2338
2339
1
        validator.report_violation(&violation).await
?0
;
2340
2341
        // Should receive the violation through broadcast
2342
1
        let received = violation_receiver.try_recv();
2343
1
        assert!(received.is_ok());
2344
2
        Ok(())
2345
1
    }
2346
2347
    #[tokio::test]
2348
1
    async fn test_subscribe_to_warnings() -> Result<(), Box<dyn std::error::Error>> {
2349
1
        let config = create_test_config()
?0
;
2350
1
        let regulatory_config = create_test_regulatory_config()
?0
;
2351
1
        let validator = ComplianceValidator::new(config, regulatory_config);
2352
2353
1
        let mut warning_receiver = validator.subscribe_to_warnings();
2354
2355
        // Create order that triggers warnings
2356
1
        let order = create_test_order()
?0
;
2357
1
        validator.validate_order(&order, None).await
?0
;
2358
2359
        // Try to receive any warnings (might be empty)
2360
1
        let _ = warning_receiver.try_recv();
2361
2
        Ok(())
2362
1
    }
2363
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/drawdown_monitor.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/drawdown_monitor.rs.html
deleted file mode 100644
index 751b4b524..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/drawdown_monitor.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/drawdown_monitor.rs
Line
Count
Source
1
//! Drawdown monitoring system for real-time risk tracking
2
// #![deny(clippy::unwrap_used, clippy::expect_used, clippy::panic)] // COMMENTED: Crate-level allows applied
3
4
use std::collections::HashMap;
5
6
use chrono::{DateTime, Utc};
7
// REMOVED: Direct Decimal usage - use canonical types
8
use tokio::sync::{broadcast, RwLock};
9
use tracing::warn;
10
11
use crate::error::{RiskError, RiskResult};
12
use crate::risk_types::{DrawdownAlertConfig, PnLMetrics, PortfolioId, RiskSeverity};
13
// Import canonical types
14
15
/// Drawdown alert event
16
#[derive(Debug, Clone)]
17
pub struct DrawdownAlert {
18
    /// Portfolio identifier that triggered the alert
19
    pub portfolio_id: PortfolioId,
20
    /// Severity level of the drawdown alert
21
    pub severity: RiskSeverity,
22
    /// Current drawdown percentage from high water mark
23
    pub current_drawdown_pct: f64,
24
    /// Threshold percentage that was breached
25
    pub threshold_pct: f64,
26
    /// Human-readable alert message
27
    pub message: String,
28
    /// Timestamp when the alert was generated
29
    pub timestamp: DateTime<Utc>,
30
}
31
32
/// Drawdown statistics for a portfolio
33
#[derive(Debug, Clone)]
34
pub struct DrawdownStats {
35
    /// Current drawdown percentage from peak
36
    pub current_drawdown_pct: f64,
37
    /// Maximum drawdown percentage ever recorded
38
    pub max_drawdown_pct: f64,
39
    /// Highest portfolio value achieved (high water mark)
40
    pub high_water_mark: f64,
41
    /// Number of consecutive days in drawdown
42
    pub days_in_drawdown: i32,
43
}
44
45
/// Drawdown monitor for tracking portfolio drawdowns
46
#[derive(Debug)]
47
pub struct DrawdownMonitor {
48
    /// Configuration for drawdown alerts per portfolio
49
    alert_configs: RwLock<HashMap<PortfolioId, DrawdownAlertConfig>>,
50
    /// Broadcast channel for alerts
51
    alert_sender: broadcast::Sender<DrawdownAlert>,
52
    /// Historical P&L tracking for drawdown calculation
53
    pnl_history: RwLock<HashMap<PortfolioId, Vec<PnLMetrics>>>,
54
}
55
56
impl Default for DrawdownMonitor {
57
10
    fn default() -> Self {
58
10
        let (alert_sender, _) = broadcast::channel(1000);
59
10
        Self {
60
10
            alert_configs: RwLock::new(HashMap::new()),
61
10
            alert_sender,
62
10
            pnl_history: RwLock::new(HashMap::new()),
63
10
        }
64
10
    }
65
}
66
67
impl DrawdownMonitor {
68
    /// Create a new `DrawdownMonitor`
69
    #[must_use]
70
0
    pub fn new() -> Self {
71
0
        Self::default()
72
0
    }
73
74
    /// Configure alerts for a portfolio
75
8
    pub async fn configure_alerts(&self, config: DrawdownAlertConfig) -> RiskResult<()> {
76
8
        let mut configs = self.alert_configs.write().await;
77
8
        configs.insert(config.portfolio_id.clone().unwrap_or_default(), config);
78
8
        Ok(())
79
8
    }
80
81
    /// Update P&L and return any alerts triggered
82
8
    pub async fn update_pnl(&self, metrics: &PnLMetrics) -> RiskResult<Vec<DrawdownAlert>> {
83
8
        let mut alerts = Vec::new();
84
85
        // Get current alert subscriber to catch any alerts
86
8
        let mut alert_receiver = self.subscribe_alerts();
87
88
        // Process the P&L
89
8
        self.process_pnl(metrics).await
?0
;
90
91
        // Try to receive any alerts that were sent
92
13
        while let Ok(
alert5
) = alert_receiver.try_recv() {
93
5
            alerts.push(alert);
94
5
        }
95
96
8
        Ok(alerts)
97
8
    }
98
99
    /// Process P&L metrics and check for drawdown alerts
100
1.10k
    pub async fn process_pnl(&self, metrics: &PnLMetrics) -> RiskResult<()> {
101
        // Store P&L history
102
        {
103
1.10k
            let mut history = self.pnl_history.write().await;
104
1.10k
            let portfolio_history = history
105
1.10k
                .entry(metrics.portfolio_id.clone())
106
1.10k
                .or_insert_with(Vec::new);
107
1.10k
            portfolio_history.push(metrics.clone());
108
109
            // Keep only recent history (last 1000 entries)
110
1.10k
            if portfolio_history.len() > 1000 {
111
100
                portfolio_history.drain(0..portfolio_history.len() - 1000);
112
1.00k
            }
113
        }
114
115
        // Check for drawdown alerts
116
1.10k
        let configs = self.alert_configs.read().await;
117
1.10k
        if let Some(
config7
) = configs.get(&metrics.portfolio_id) {
118
7
            if config.enabled {
119
6
                self.check_drawdown_thresholds(metrics, config).await
?0
;
120
1
            }
121
1.10k
        }
122
123
1.10k
        Ok(())
124
1.10k
    }
125
126
    /// Check if drawdown has exceeded configured thresholds
127
6
    async fn check_drawdown_thresholds(
128
6
        &self,
129
6
        metrics: &PnLMetrics,
130
6
        config: &DrawdownAlertConfig,
131
6
    ) -> RiskResult<()> {
132
        // Calculate drawdown percentage properly
133
        // Drawdown = (HWM - Current P&L) / HWM * 100
134
6
        let hwm = metrics.high_water_mark.to_f64();
135
6
        let current_pnl = metrics.total_pnl.to_f64();
136
137
6
        let current_drawdown_pct = if hwm > 0.0 {
138
6
            ((hwm - current_pnl) / hwm) * 100.0
139
        } else {
140
0
            0.0
141
        };
142
143
6
        let current_drawdown_pct = current_drawdown_pct.abs();
144
145
        // Check thresholds in order of severity
146
6
        if current_drawdown_pct >= config.emergency_threshold {
147
1
            self.send_alert(
148
1
                &metrics.portfolio_id,
149
1
                RiskSeverity::Critical,
150
1
                current_drawdown_pct,
151
1
                config.emergency_threshold,
152
1
                "Emergency drawdown threshold exceeded",
153
1
            )
154
1
            .await;
155
5
        } else if current_drawdown_pct >= config.critical_threshold {
156
3
            self.send_alert(
157
3
                &metrics.portfolio_id,
158
3
                RiskSeverity::High,
159
3
                current_drawdown_pct,
160
3
                config.critical_threshold,
161
3
                "Critical drawdown threshold exceeded",
162
3
            )
163
3
            .await;
164
2
        } else if current_drawdown_pct >= config.warning_threshold {
165
1
            self.send_alert(
166
1
                &metrics.portfolio_id,
167
1
                RiskSeverity::Medium,
168
1
                current_drawdown_pct,
169
1
                config.warning_threshold,
170
1
                "Warning drawdown threshold exceeded",
171
1
            )
172
1
            .await;
173
1
        }
174
175
6
        Ok(())
176
6
    }
177
178
    /// Send a drawdown alert
179
5
    async fn send_alert(
180
5
        &self,
181
5
        portfolio_id: &str,
182
5
        severity: RiskSeverity,
183
5
        current_pct: f64,
184
5
        threshold_pct: f64,
185
5
        message: &str,
186
5
    ) {
187
5
        let alert = DrawdownAlert {
188
5
            portfolio_id: portfolio_id.to_owned(),
189
5
            severity,
190
5
            current_drawdown_pct: current_pct,
191
5
            threshold_pct,
192
5
            message: message.to_owned(),
193
5
            timestamp: Utc::now(),
194
5
        };
195
196
5
        if let Err(
e0
) = self.alert_sender.send(alert) {
197
0
            warn!("Failed to send drawdown alert: {}", e);
198
5
        }
199
5
    }
200
201
    /// Subscribe to drawdown alerts
202
8
    pub fn subscribe_alerts(&self) -> broadcast::Receiver<DrawdownAlert> {
203
8
        self.alert_sender.subscribe()
204
8
    }
205
206
    /// Get current alert configuration for a portfolio
207
1
    pub async fn get_alert_config(&self, portfolio_id: &str) -> Option<DrawdownAlertConfig> {
208
1
        let configs = self.alert_configs.read().await;
209
1
        configs.get(portfolio_id).cloned()
210
1
    }
211
212
    /// Get P&L history for a portfolio
213
1
    pub async fn get_pnl_history(&self, portfolio_id: &str) -> Vec<PnLMetrics> {
214
1
        let history = self.pnl_history.read().await;
215
1
        history.get(portfolio_id).cloned().unwrap_or_default()
216
1
    }
217
218
    /// Get drawdown statistics for a portfolio
219
6
    pub async fn get_drawdown_stats(&self, portfolio_id: &str) -> RiskResult<DrawdownStats> {
220
6
        let history = self.pnl_history.read().await;
221
6
        let empty_vec = Vec::new();
222
6
        let portfolio_history = history.get(portfolio_id).unwrap_or(&empty_vec);
223
224
6
        if portfolio_history.is_empty() {
225
1
            return Ok(DrawdownStats {
226
1
                current_drawdown_pct: 0.0,
227
1
                max_drawdown_pct: 0.0,
228
1
                high_water_mark: 0.0,
229
1
                days_in_drawdown: 0,
230
1
            });
231
5
        }
232
233
5
        let latest = portfolio_history
234
5
            .last()
235
5
            .ok_or_else(|| RiskError::CalculationError(
"Portfolio history is empty"0
.
to_owned0
()))
?0
;
236
237
        // Calculate drawdown percentage properly
238
        // Drawdown = (HWM - Current P&L) / HWM * 100
239
5
        let hwm = latest.high_water_mark.to_f64();
240
5
        let current_pnl = latest.total_pnl.to_f64();
241
242
5
        let current_drawdown_pct = if hwm > 0.0 {
243
4
            ((hwm - current_pnl) / hwm) * 100.0
244
        } else {
245
1
            0.0
246
        };
247
248
        // For max drawdown, use the max_drawdown value from metrics
249
5
        let max_dd = latest.max_drawdown.to_f64();
250
5
        let max_drawdown_pct = if hwm > 0.0 {
251
4
            (max_dd.abs() / hwm) * 100.0
252
        } else {
253
1
            0.0
254
        };
255
256
5
        Ok(DrawdownStats {
257
5
            current_drawdown_pct,
258
5
            max_drawdown_pct,
259
5
            high_water_mark: latest.high_water_mark.to_f64(),
260
5
            days_in_drawdown: 0, // Would need more complex calculation based on history
261
5
        })
262
6
    }
263
}
264
265
#[cfg(test)]
266
mod tests {
267
    use super::*;
268
    use common::Price;
269
    // operations module removed - use direct imports from common
270
271
1.10k
    fn create_test_pnl_metrics(portfolio_id: &str, pnl: i64) -> PnLMetrics {
272
1.10k
        PnLMetrics {
273
1.10k
            portfolio_id: portfolio_id.to_string(),
274
1.10k
            realized_pnl: Price::from_f64(pnl as f64 * 0.6).unwrap_or(Price::ZERO),
275
1.10k
            unrealized_pnl: Price::from_f64(pnl as f64 * 0.4).unwrap_or(Price::ZERO),
276
1.10k
            total_unrealized_pnl: Price::from_f64(pnl as f64 * 0.4).unwrap_or(Price::ZERO),
277
1.10k
            total_pnl: Price::from_f64(pnl as f64).unwrap_or(Price::ZERO),
278
1.10k
            daily_pnl: Price::from_f64(pnl as f64 * 0.1).unwrap_or(Price::ZERO),
279
1.10k
            inception_pnl: Price::from_f64(pnl as f64).unwrap_or(Price::ZERO),
280
1.10k
            max_drawdown: Price::ZERO,
281
1.10k
            current_drawdown_pct: 0.0,
282
1.10k
            high_water_mark: Price::from_f64(1000000.0).unwrap_or(Price::ZERO),
283
1.10k
            roi_pct: 0.0,
284
1.10k
            timestamp: Utc::now().timestamp(),
285
1.10k
        }
286
1.10k
    }
287
288
    #[tokio::test]
289
1
    async fn test_drawdown_monitor_creation() {
290
1
        let _monitor = DrawdownMonitor::default();
291
        // Test passes if no panic
292
1
    }
293
294
    #[tokio::test]
295
1
    async fn test_alert_configuration() {
296
1
        let monitor = DrawdownMonitor::default();
297
298
1
        let config = DrawdownAlertConfig {
299
1
            portfolio_id: Some("test_portfolio".to_string()),
300
1
            warning_threshold: 5.0,
301
1
            critical_threshold: 10.0,
302
1
            emergency_threshold: 20.0,
303
1
            enabled: true,
304
1
        };
305
306
1
        let _ = monitor.configure_alerts(config).await;
307
308
1
        let configs = monitor.alert_configs.read().await;
309
1
        assert!(configs.contains_key("test_portfolio"));
310
1
    }
311
312
    #[tokio::test]
313
1
    async fn test_drawdown_calculation() -> Result<(), Box<dyn std::error::Error>> {
314
1
        let monitor = DrawdownMonitor::default();
315
316
        // Configure alerts
317
1
        let config = DrawdownAlertConfig {
318
1
            portfolio_id: Some("test_portfolio".to_string()),
319
1
            warning_threshold: 5.0,
320
1
            critical_threshold: 10.0,
321
1
            emergency_threshold: 20.0,
322
1
            enabled: true,
323
1
        };
324
325
1
        let _ = monitor.configure_alerts(config).await;
326
327
        // Simulate P&L progression with drawdown
328
1
        let mut pnl_metrics = create_test_pnl_metrics("test_portfolio", 1000000);
329
1
        monitor.update_pnl(&pnl_metrics).await
?0
;
330
331
        // Simulate drawdown
332
1
        pnl_metrics.total_pnl = Price::from_f64(900000.0).unwrap_or(Price::ZERO); // 10% drawdown
333
1
        let alerts = monitor.update_pnl(&pnl_metrics).await
?0
;
334
335
1
        assert!(!alerts.is_empty());
336
1
        assert_eq!(
337
1
            alerts.get(0).map(|a| &a.severity),
338
            Some(&RiskSeverity::High)
339
        ); // Should trigger critical alert
340
341
1
        let stats = monitor.get_drawdown_stats("test_portfolio").await
?0
;
342
1
        assert!(stats.current_drawdown_pct >= 10.0);
343
2
        Ok(())
344
1
    }
345
346
    #[tokio::test]
347
1
    async fn test_drawdown_emergency_threshold() -> Result<(), Box<dyn std::error::Error>> {
348
1
        let monitor = DrawdownMonitor::default();
349
350
1
        let config = DrawdownAlertConfig {
351
1
            portfolio_id: Some("test_portfolio".to_string()),
352
1
            warning_threshold: 5.0,
353
1
            critical_threshold: 10.0,
354
1
            emergency_threshold: 20.0,
355
1
            enabled: true,
356
1
        };
357
358
1
        let _ = monitor.configure_alerts(config).await;
359
360
        // Simulate large drawdown
361
1
        let mut pnl_metrics = create_test_pnl_metrics("test_portfolio", 1000000);
362
1
        pnl_metrics.total_pnl = Price::from_f64(750000.0).unwrap_or(Price::ZERO); // 25% drawdown
363
364
1
        let alerts = monitor.update_pnl(&pnl_metrics).await
?0
;
365
366
1
        assert!(!alerts.is_empty());
367
1
        assert_eq!(
368
1
            alerts.get(0).map(|a| &a.severity),
369
            Some(&RiskSeverity::Critical)
370
        ); // Should trigger emergency alert
371
2
        Ok(())
372
1
    }
373
374
    #[tokio::test]
375
1
    async fn test_drawdown_disabled_alerts() -> Result<(), Box<dyn std::error::Error>> {
376
1
        let monitor = DrawdownMonitor::default();
377
378
1
        let config = DrawdownAlertConfig {
379
1
            portfolio_id: Some("test_portfolio".to_string()),
380
1
            warning_threshold: 5.0,
381
1
            critical_threshold: 10.0,
382
1
            emergency_threshold: 20.0,
383
1
            enabled: false, // Disabled
384
1
        };
385
386
1
        let _ = monitor.configure_alerts(config).await;
387
388
        // Simulate drawdown
389
1
        let mut pnl_metrics = create_test_pnl_metrics("test_portfolio", 1000000);
390
1
        pnl_metrics.total_pnl = Price::from_f64(900000.0).unwrap_or(Price::ZERO);
391
392
1
        let alerts = monitor.update_pnl(&pnl_metrics).await
?0
;
393
394
1
        assert!(alerts.is_empty()); // No alerts when disabled
395
2
        Ok(())
396
1
    }
397
398
    #[tokio::test]
399
1
    async fn test_drawdown_zero_hwm() -> Result<(), Box<dyn std::error::Error>> {
400
1
        let monitor = DrawdownMonitor::default();
401
402
        // Metrics with zero high water mark
403
1
        let mut pnl_metrics = create_test_pnl_metrics("test_portfolio", 1000000);
404
1
        pnl_metrics.high_water_mark = Price::ZERO;
405
406
1
        monitor.update_pnl(&pnl_metrics).await
?0
;
407
408
1
        let stats = monitor.get_drawdown_stats("test_portfolio").await
?0
;
409
1
        assert_eq!(stats.current_drawdown_pct, 0.0); // Should be 0 when HWM is 0
410
2
        Ok(())
411
1
    }
412
413
    #[tokio::test]
414
1
    async fn test_drawdown_multiple_portfolios() -> Result<(), Box<dyn std::error::Error>> {
415
1
        let monitor = DrawdownMonitor::default();
416
417
        // Configure alerts for multiple portfolios
418
4
        
for 1
i3
 in 1..=3 {
419
3
            let config = DrawdownAlertConfig {
420
3
                portfolio_id: Some(format!("portfolio_{}", i)),
421
3
                warning_threshold: 5.0,
422
3
                critical_threshold: 10.0,
423
3
                emergency_threshold: 20.0,
424
3
                enabled: true,
425
3
            };
426
3
            let _ = monitor.configure_alerts(config).await;
427
1
        }
428
1
429
1
        // Update P&L for each portfolio
430
4
        for 
i3
 in 1..=3 {
431
3
            let pnl_metrics =
432
3
                create_test_pnl_metrics(&format!("portfolio_{}", i), 1000000 - (i * 50000));
433
3
            monitor.update_pnl(&pnl_metrics).await
?0
;
434
1
        }
435
1
436
1
        // Verify each portfolio has its own stats
437
4
        for 
i3
 in 1..=3 {
438
3
            let stats = monitor
439
3
                .get_drawdown_stats(&format!("portfolio_{}", i))
440
3
                .await
?0
;
441
3
            assert!(stats.high_water_mark > 0.0);
442
1
        }
443
1
        Ok(())
444
1
    }
445
446
    #[tokio::test]
447
1
    async fn test_drawdown_history_limit() -> Result<(), Box<dyn std::error::Error>> {
448
1
        let monitor = DrawdownMonitor::default();
449
450
        // Add more than 1000 P&L entries
451
1.10k
        for 
i1.10k
 in 0..1100 {
452
1.10k
            let pnl_metrics = create_test_pnl_metrics("test_portfolio", 1000000 - i);
453
1.10k
            monitor.process_pnl(&pnl_metrics).await
?0
;
454
        }
455
456
1
        let history = monitor.get_pnl_history("test_portfolio").await;
457
1
        assert!(history.len() <= 1000); // Should be capped at 1000
458
2
        Ok(())
459
1
    }
460
461
    #[tokio::test]
462
1
    async fn test_get_alert_config() -> Result<(), Box<dyn std::error::Error>> {
463
1
        let monitor = DrawdownMonitor::default();
464
465
1
        let config = DrawdownAlertConfig {
466
1
            portfolio_id: Some("test_portfolio".to_string()),
467
1
            warning_threshold: 5.0,
468
1
            critical_threshold: 10.0,
469
1
            emergency_threshold: 20.0,
470
1
            enabled: true,
471
1
        };
472
473
1
        let _ = monitor.configure_alerts(config.clone()).await;
474
475
1
        let retrieved_config = monitor.get_alert_config("test_portfolio").await;
476
1
        assert!(retrieved_config.is_some());
477
1
        assert_eq!(retrieved_config.unwrap().warning_threshold, 5.0);
478
2
        Ok(())
479
1
    }
480
481
    #[tokio::test]
482
1
    async fn test_drawdown_stats_empty_portfolio() -> Result<(), Box<dyn std::error::Error>> {
483
1
        let monitor = DrawdownMonitor::default();
484
485
1
        let stats = monitor.get_drawdown_stats("nonexistent_portfolio").await
?0
;
486
1
        assert_eq!(stats.current_drawdown_pct, 0.0);
487
1
        assert_eq!(stats.max_drawdown_pct, 0.0);
488
1
        assert_eq!(stats.high_water_mark, 0.0);
489
2
        Ok(())
490
1
    }
491
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/error.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/error.rs.html
deleted file mode 100644
index 3bd4b7e38..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/error.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/error.rs
Line
Count
Source
1
//! Error types for the risk management system
2
// #![deny(clippy::unwrap_used, clippy::expect_used, clippy::panic)] // COMMENTED: Crate-level allows applied
3
4
use thiserror::Error;
5
6
use common::error::CommonError;
7
use common::types::Price;
8
9
use crate::risk_types::RiskSeverity;
10
11
/// Comprehensive error types for the risk management system
12
///
13
/// This enum covers all possible error conditions that can occur during risk
14
/// management operations, from configuration issues to critical safety violations.
15
/// Each error variant includes context-specific information to aid in debugging
16
/// and incident response.
17
#[derive(Debug, Error)]
18
#[error(transparent)]
19
pub enum RiskError {
20
    /// Configuration error occurred during system initialization or validation
21
    #[error("Configuration error: {0}")]
22
    Config(String),
23
    /// Database operation failed (connection, query, transaction, etc.)
24
    #[error("Database error: {0}")]
25
    Database(String),
26
    /// Position limit exceeded for a specific instrument
27
    #[error("Position limit exceeded: {instrument} has {current} but limit is {limit}")]
28
    PositionLimitExceeded {
29
        /// The financial instrument that exceeded its limit
30
        instrument: String,
31
        /// Current position size
32
        current: Price,
33
        /// Maximum allowed position size
34
        limit: Price,
35
    },
36
    /// Value at Risk limit exceeded, indicating portfolio risk is too high
37
    #[error("VaR limit exceeded: {var} exceeds limit of {limit}")]
38
    VarLimitExceeded {
39
        /// Current `VaR` value
40
        var: Price,
41
        /// Maximum allowed `VaR`
42
        limit: Price,
43
    },
44
    /// Drawdown limit exceeded, indicating excessive portfolio losses
45
    #[error("Drawdown limit exceeded: {drawdown}% exceeds limit of {limit}%")]
46
    DrawdownLimitExceeded {
47
        /// Current drawdown percentage
48
        drawdown: Price,
49
        /// Maximum allowed drawdown percentage
50
        limit: Price,
51
    },
52
    /// Daily loss limit exceeded, triggering risk controls
53
    #[error("Daily loss limit exceeded: {loss} exceeds limit of {limit}")]
54
    DailyLossLimitExceeded {
55
        /// Current daily loss amount
56
        loss: Price,
57
        /// Maximum allowed daily loss
58
        limit: Price,
59
    },
60
    /// Circuit breaker is active, preventing trading on an instrument
61
    #[error("Circuit breaker active for {instrument}: {reason}")]
62
    CircuitBreakerActive {
63
        /// The instrument with an active circuit breaker
64
        instrument: String,
65
        /// Reason why the circuit breaker was triggered
66
        reason: String,
67
    },
68
    /// Kill switch is active, immediately halting operations
69
    #[error("Kill switch active for {scope:?}: {message}")]
70
    KillSwitchActive {
71
        /// Scope of the kill switch (global, strategy, symbol)
72
        scope: crate::risk_types::KillSwitchScope,
73
        /// Detailed message about why the kill switch was activated
74
        message: String,
75
    },
76
    /// Market data is unavailable for required calculations
77
    #[error("Market data unavailable for {instrument}")]
78
    MarketDataUnavailable {
79
        /// The instrument for which market data is missing
80
        instrument: String,
81
    },
82
    /// Insufficient historical data for reliable risk calculations
83
    #[error("Insufficient historical data: need {required} but have {available}")]
84
    InsufficientHistoricalData {
85
        /// Number of data points required
86
        required: usize,
87
        /// Number of data points available
88
        available: usize,
89
    },
90
    /// Correlation calculation failed between instruments
91
    #[error("Correlation calculation failed: {reason}")]
92
    CorrelationCalculationFailed {
93
        /// Detailed reason for the correlation calculation failure
94
        reason: String,
95
    },
96
    /// Stress test scenario failed, indicating portfolio vulnerability
97
    #[error("Stress test failed: {scenario}")]
98
    StressTestFailed {
99
        /// The stress test scenario that failed
100
        scenario: String,
101
    },
102
    /// Performance metric violated its threshold
103
    #[error("Performance violation: {metric} = {value}, threshold = {threshold}")]
104
    PerformanceViolation {
105
        /// The performance metric that was violated
106
        metric: String,
107
        /// Current value of the metric
108
        value: Price,
109
        /// Threshold value that was exceeded
110
        threshold: Price,
111
    },
112
    /// Regulatory compliance rule was violated
113
    #[error("Compliance violation: {rule}")]
114
    ComplianceViolation {
115
        /// The compliance rule that was violated
116
        rule: String,
117
    },
118
    /// User authorization failed for the requested operation
119
    #[error("Authorization failed: {reason}")]
120
    AuthorizationFailed {
121
        /// Reason why authorization failed
122
        reason: String,
123
    },
124
    /// Order validation failed
125
    #[error("Invalid order: {reason}")]
126
    InvalidOrder {
127
        /// Reason why the order is invalid
128
        reason: String,
129
    },
130
    /// Required service is unavailable
131
    #[error("Service unavailable: {service}")]
132
    ServiceUnavailable {
133
        /// Name of the unavailable service
134
        service: String,
135
    },
136
    /// Operation timed out after specified duration
137
    #[error("Operation timeout: {timeout_ms}ms")]
138
    Timeout {
139
        /// Timeout duration in milliseconds
140
        timeout_ms: u64,
141
    },
142
    /// Data serialization/deserialization failed
143
    #[error("Serialization error: {0}")]
144
    Serialization(String),
145
    /// Network communication error occurred
146
    #[error("Network error: {0}")]
147
    Network(String),
148
    /// Internal system error - should not occur in normal operation
149
    #[error("Internal error: {0}")]
150
    Internal(String),
151
    /// Data validation failed for a specific field
152
    #[error("Validation error: {field} - {message}")]
153
    Validation {
154
        /// The field that failed validation
155
        field: String,
156
        /// Detailed validation error message
157
        message: String,
158
    },
159
    /// System resource was exhausted (memory, connections, etc.)
160
    #[error("Resource exhausted: {resource}")]
161
    ResourceExhausted {
162
        /// The resource that was exhausted
163
        resource: String,
164
    },
165
    /// Mathematical calculation failed
166
    #[error("Calculation error: {operation} failed - {reason}")]
167
    Calculation {
168
        /// The calculation operation that failed
169
        operation: String,
170
        /// Reason for the calculation failure
171
        reason: String,
172
    },
173
    /// Rate limit exceeded, operation must wait
174
    #[error("Rate limited: {remaining_ms}ms until reset")]
175
    RateLimited {
176
        /// Milliseconds remaining until rate limit resets
177
        remaining_ms: u64,
178
    },
179
    /// Order side (buy/sell) is invalid
180
    #[error("Invalid order side: {side}")]
181
    InvalidOrderSide {
182
        /// The invalid order side value
183
        side: String,
184
    },
185
    /// Order type is invalid or not supported
186
    #[error("Invalid order type: {order_type}")]
187
    InvalidOrderType {
188
        /// The invalid order type value
189
        order_type: String,
190
    },
191
    /// Order quantity is invalid (negative, zero, too large, etc.)
192
    #[error("Invalid quantity: {quantity}")]
193
    InvalidQuantity {
194
        /// The invalid quantity value
195
        quantity: String,
196
    },
197
    /// Order price is invalid (negative, zero, outside valid range, etc.)
198
    #[error("Invalid price: {price}")]
199
    InvalidPrice {
200
        /// The invalid price value
201
        price: String,
202
    },
203
    /// Generic connection error occurred
204
    #[error("Connection error: {message}")]
205
    ConnectionError {
206
        /// Detailed connection error message
207
        message: String,
208
    },
209
    /// Configuration-related error occurred
210
    #[error("Configuration error: {message}")]
211
    Configuration {
212
        /// Detailed configuration error message
213
        message: String,
214
    },
215
    /// Generic validation error occurred
216
    #[error("Validation error: {message}")]
217
    ValidationError {
218
        /// Detailed validation error message
219
        message: String,
220
    },
221
    /// Serialization/deserialization error occurred
222
    #[error("Serialization error: {message}")]
223
    SerializationError {
224
        /// Detailed serialization error message
225
        message: String,
226
    },
227
228
    // NEW: Enhanced error types for hardened risk management
229
    /// Type conversion failed between incompatible types
230
    #[error("Type conversion error: {from_type} to {to_type} failed - {reason}")]
231
    TypeConversion {
232
        /// Source type being converted from
233
        from_type: String,
234
        /// Target type being converted to
235
        to_type: String,
236
        /// Reason for the conversion failure
237
        reason: String,
238
    },
239
240
    /// Calculation error with simplified message
241
    #[error("Calculation error: {0}")]
242
    CalculationError(String),
243
244
    /// Required configuration parameter is missing
245
    #[error("Missing configuration: {config_key}")]
246
    MissingConfiguration {
247
        /// The configuration key that is missing
248
        config_key: String,
249
    },
250
251
    /// Environment validation failed - missing requirements
252
    #[error("Environment validation failed: {environment} requires {requirement}")]
253
    EnvironmentValidation {
254
        /// The environment being validated
255
        environment: String,
256
        /// The requirement that was not met
257
        requirement: String,
258
    },
259
260
    /// Data integrity check failed
261
    #[error("Data integrity error: {data_type} validation failed - {details}")]
262
    DataIntegrity {
263
        /// Type of data that failed integrity check
264
        data_type: String,
265
        /// Detailed information about the integrity failure
266
        details: String,
267
    },
268
269
    /// Resource is temporarily unavailable
270
    #[error("Resource unavailable: {resource} temporarily unavailable - {reason}")]
271
    ResourceUnavailable {
272
        /// The unavailable resource
273
        resource: String,
274
        /// Reason why the resource is unavailable
275
        reason: String,
276
    },
277
278
    /// Safety limit exceeded - immediate intervention required
279
    #[error("Safety limit exceeded: {limit_type} current={current} max={maximum}")]
280
    SafetyLimitExceeded {
281
        /// Type of safety limit that was exceeded
282
        limit_type: String,
283
        /// Current value that exceeded the limit
284
        current: String,
285
        /// Maximum allowed value
286
        maximum: String,
287
    },
288
289
    /// Emergency stop triggered - all operations must halt immediately
290
    #[error("Emergency stop triggered: {trigger} - immediate halt required")]
291
    EmergencyStop {
292
        /// The trigger that caused the emergency stop
293
        trigger: String,
294
    },
295
296
    /// Production safety violation detected
297
    #[error("Production safety violation: {violation} in {environment}")]
298
    ProductionSafety {
299
        /// Description of the safety violation
300
        violation: String,
301
        /// Environment where the violation occurred
302
        environment: String,
303
    },
304
305
    /// Broker system error occurred
306
    #[error("Broker connection error: {0}")]
307
    BrokerError(String),
308
309
    /// Broker connection failed
310
    #[error("Broker connection error: {message}")]
311
    BrokerConnection {
312
        /// Detailed broker connection error message
313
        message: String,
314
    },
315
316
    /// Connection to specific endpoint failed
317
    #[error("Connection failed to {endpoint}: {reason}")]
318
    Connection {
319
        /// The endpoint that failed to connect
320
        endpoint: String,
321
        /// Reason for the connection failure
322
        reason: String,
323
    },
324
325
    /// Market data system error occurred
326
    #[error("Market data error: {0}")]
327
    MarketDataError(String),
328
329
    /// Required data is unavailable for calculations
330
    #[error("Data unavailable: {resource} - {reason}")]
331
    DataUnavailable {
332
        /// The data resource that is unavailable
333
        resource: String,
334
        /// Reason why the data is unavailable
335
        reason: String,
336
    },
337
338
    /// Arithmetic overflow detected during calculation
339
    #[error("Arithmetic overflow: {operation} - {context}")]
340
    ArithmeticOverflow {
341
        /// The operation that overflowed
342
        operation: String,
343
        /// Context about the overflow
344
        context: String,
345
    },
346
}
347
348
/// Result type for risk management operations
349
pub type RiskResult<T> = Result<T, RiskError>;
350
351
/// Safe conversion helpers to eliminate `unwrap()` patterns
352
use num::ToPrimitive;
353
use rust_decimal::Decimal;
354
use std::fmt::Display;
355
356
/// Safely convert f64 to Price with context
357
99
pub fn f64_to_price_safe(value: f64, context: &str) -> RiskResult<Price> {
358
99
    Price::from_f64(value).map_err(|_| RiskError::TypeConversion {
359
0
        from_type: "f64".to_owned(),
360
0
        to_type: "Price".to_owned(),
361
0
        reason: format!("{context}: invalid f64 value {value}"),
362
0
    })
363
99
}
364
365
/// Safely convert f64 to Decimal with context
366
0
pub fn f64_to_decimal_safe(value: f64, context: &str) -> RiskResult<Decimal> {
367
0
    Decimal::try_from(value).map_err(|_| RiskError::TypeConversion {
368
0
        from_type: "f64".to_owned(),
369
0
        to_type: "Decimal".to_owned(),
370
0
        reason: format!("{context}: invalid f64 value {value}"),
371
0
    })
372
0
}
373
374
/// Safely convert Price to Decimal with context
375
0
pub fn price_to_decimal_safe(price: Price, context: &str) -> RiskResult<Decimal> {
376
0
    price.to_decimal().map_err(|_| RiskError::TypeConversion {
377
0
        from_type: "Price".to_owned(),
378
0
        to_type: "Decimal".to_owned(),
379
0
        reason: format!("{context}: price conversion failed"),
380
0
    })
381
0
}
382
383
/// Safely convert Decimal to f64 with context
384
96
pub fn decimal_to_f64_safe(decimal: Decimal, context: &str) -> RiskResult<f64> {
385
96
    decimal.to_f64().ok_or_else(|| RiskError::TypeConversion {
386
0
        from_type: "Decimal".to_owned(),
387
0
        to_type: "f64".to_owned(),
388
0
        reason: format!("{context}: decimal too large for f64"),
389
0
    })
390
96
}
391
392
/// Safely parse environment variable with context
393
30
pub fn parse_env_var<T: std::str::FromStr>(var_name: &str, context: &str) -> RiskResult<T>
394
30
where
395
30
    T::Err: Display,
396
{
397
30
    std::env::var(var_name)
398
30
        .map_err(|_| RiskError::MissingConfiguration {
399
12
            config_key: var_name.to_owned(),
400
12
        })?
401
18
        .parse()
402
18
        .map_err(|e| RiskError::EnvironmentValidation {
403
0
            environment: var_name.to_owned(),
404
0
            requirement: format!("{context}: {e}"),
405
0
        })
406
30
}
407
408
/// Safe division with zero check
409
0
pub fn safe_divide(numerator: Decimal, denominator: Decimal, context: &str) -> RiskResult<Decimal> {
410
0
    if denominator.is_zero() {
411
0
        return Err(RiskError::Calculation {
412
0
            operation: "division".to_owned(),
413
0
            reason: format!("{context}: division by zero"),
414
0
        });
415
0
    }
416
0
    Ok(numerator / denominator)
417
0
}
418
419
// ELIMINATED: Re-exports removed to force explicit imports
420
421
// Also support FoxhuntResult<T> for consistency with error-handling framework
422
// Removed core dependency - use core instead
423
424
impl RiskError {
425
    /// Get the severity level of this error
426
    #[must_use]
427
0
    pub const fn severity(&self) -> RiskSeverity {
428
0
        match self {
429
            RiskError::KillSwitchActive { .. }
430
            | RiskError::DailyLossLimitExceeded { .. }
431
            | RiskError::DrawdownLimitExceeded { .. }
432
            | RiskError::EmergencyStop { .. }
433
0
            | RiskError::ProductionSafety { .. } => RiskSeverity::Critical,
434
435
            RiskError::PositionLimitExceeded { .. }
436
            | RiskError::VarLimitExceeded { .. }
437
            | RiskError::CircuitBreakerActive { .. }
438
0
            | RiskError::ComplianceViolation { .. } => RiskSeverity::High,
439
440
            RiskError::PerformanceViolation { .. }
441
            | RiskError::MarketDataUnavailable { .. }
442
0
            | RiskError::AuthorizationFailed { .. } => RiskSeverity::Medium,
443
444
0
            _ => RiskSeverity::Low,
445
        }
446
0
    }
447
448
    /// Check if the error should trigger a kill switch
449
    #[must_use]
450
0
    pub const fn should_trigger_kill_switch(&self) -> bool {
451
0
        matches!(
452
0
            self,
453
            RiskError::DailyLossLimitExceeded { .. } | RiskError::DrawdownLimitExceeded { .. }
454
        )
455
0
    }
456
457
    /// Check if the error should trigger a circuit breaker
458
    #[must_use]
459
0
    pub const fn should_trigger_circuit_breaker(&self) -> bool {
460
0
        matches!(
461
0
            self,
462
            RiskError::PositionLimitExceeded { .. }
463
                | RiskError::VarLimitExceeded { .. }
464
                | RiskError::PerformanceViolation { .. }
465
        )
466
0
    }
467
468
    /// Get error code for logging and monitoring
469
    #[must_use]
470
0
    pub const fn error_code(&self) -> &'static str {
471
0
        match self {
472
0
            RiskError::Config(_) => "CONFIG_ERROR",
473
0
            RiskError::Database(_) => "DATABASE_ERROR",
474
0
            RiskError::PositionLimitExceeded { .. } => "POSITION_LIMIT_EXCEEDED",
475
0
            RiskError::VarLimitExceeded { .. } => "VAR_LIMIT_EXCEEDED",
476
0
            RiskError::DrawdownLimitExceeded { .. } => "DRAWDOWN_LIMIT_EXCEEDED",
477
0
            RiskError::DailyLossLimitExceeded { .. } => "DAILY_LOSS_LIMIT_EXCEEDED",
478
0
            RiskError::CircuitBreakerActive { .. } => "CIRCUIT_BREAKER_ACTIVE",
479
0
            RiskError::KillSwitchActive { .. } => "KILL_SWITCH_ACTIVE",
480
0
            RiskError::MarketDataUnavailable { .. } => "MARKET_DATA_UNAVAILABLE",
481
0
            RiskError::InsufficientHistoricalData { .. } => "INSUFFICIENT_HISTORICAL_DATA",
482
0
            RiskError::CorrelationCalculationFailed { .. } => "CORRELATION_CALCULATION_FAILED",
483
0
            RiskError::StressTestFailed { .. } => "STRESS_TEST_FAILED",
484
0
            RiskError::PerformanceViolation { .. } => "PERFORMANCE_VIOLATION",
485
0
            RiskError::ComplianceViolation { .. } => "COMPLIANCE_VIOLATION",
486
0
            RiskError::AuthorizationFailed { .. } => "AUTHORIZATION_FAILED",
487
0
            RiskError::InvalidOrder { .. } => "INVALID_ORDER",
488
0
            RiskError::ServiceUnavailable { .. } => "SERVICE_UNAVAILABLE",
489
0
            RiskError::Timeout { .. } => "TIMEOUT",
490
0
            RiskError::Serialization(_) => "SERIALIZATION_ERROR",
491
0
            RiskError::Network(_) => "NETWORK_ERROR",
492
0
            RiskError::Internal(_) => "INTERNAL_ERROR",
493
0
            RiskError::Validation { .. } => "VALIDATION_ERROR",
494
0
            RiskError::ResourceExhausted { .. } => "RESOURCE_EXHAUSTED",
495
0
            RiskError::Calculation { .. } => "CALCULATION_ERROR",
496
0
            RiskError::RateLimited { .. } => "RATE_LIMITED",
497
0
            RiskError::InvalidOrderSide { .. } => "INVALID_ORDER_SIDE",
498
0
            RiskError::InvalidOrderType { .. } => "INVALID_ORDER_TYPE",
499
0
            RiskError::InvalidQuantity { .. } => "INVALID_QUANTITY",
500
0
            RiskError::InvalidPrice { .. } => "INVALID_PRICE",
501
0
            RiskError::ConnectionError { .. } => "CONNECTION_ERROR",
502
0
            RiskError::Configuration { .. } => "CONFIGURATION_ERROR",
503
0
            RiskError::ValidationError { .. } => "VALIDATION_ERROR",
504
0
            RiskError::SerializationError { .. } => "SERIALIZATION_ERROR",
505
506
            // NEW: Enhanced error codes
507
0
            RiskError::TypeConversion { .. } => "TYPE_CONVERSION_ERROR",
508
0
            RiskError::CalculationError(_) => "CALCULATION_ERROR",
509
0
            RiskError::MissingConfiguration { .. } => "MISSING_CONFIGURATION",
510
0
            RiskError::EnvironmentValidation { .. } => "ENVIRONMENT_VALIDATION_ERROR",
511
0
            RiskError::DataIntegrity { .. } => "DATA_INTEGRITY_ERROR",
512
0
            RiskError::ResourceUnavailable { .. } => "RESOURCE_UNAVAILABLE",
513
0
            RiskError::SafetyLimitExceeded { .. } => "SAFETY_LIMIT_EXCEEDED",
514
0
            RiskError::EmergencyStop { .. } => "EMERGENCY_STOP",
515
0
            RiskError::ProductionSafety { .. } => "PRODUCTION_SAFETY_VIOLATION",
516
0
            RiskError::BrokerError(_) => "BROKER_ERROR",
517
0
            RiskError::BrokerConnection { .. } => "BROKER_CONNECTION_ERROR",
518
0
            RiskError::Connection { .. } => "CONNECTION_ERROR",
519
0
            RiskError::MarketDataError(_) => "MARKET_DATA_ERROR",
520
0
            RiskError::DataUnavailable { .. } => "DATA_UNAVAILABLE",
521
0
            RiskError::ArithmeticOverflow { .. } => "ARITHMETIC_OVERFLOW",
522
        }
523
0
    }
524
}
525
526
/// Convert from tokio timeout error
527
impl From<tokio::time::error::Elapsed> for RiskError {
528
0
    fn from(_: tokio::time::error::Elapsed) -> Self {
529
0
        RiskError::Timeout { timeout_ms: 0 }
530
0
    }
531
}
532
533
/// Convert from `anyhow::Error`
534
impl From<anyhow::Error> for RiskError {
535
0
    fn from(err: anyhow::Error) -> Self {
536
0
        RiskError::Internal(err.to_string())
537
0
    }
538
}
539
540
/// Convert from `CommonError` to `RiskError`  
541
impl From<CommonError> for RiskError {
542
0
    fn from(err: CommonError) -> Self {
543
0
        RiskError::Internal(format!("CommonError: {err}"))
544
0
    }
545
}
546
547
/// Convert from `CommonTypeError`
548
impl From<common::types::CommonTypeError> for RiskError {
549
0
    fn from(err: common::types::CommonTypeError) -> Self {
550
0
        RiskError::Internal(format!("CommonTypeError: {err}"))
551
0
    }
552
}
553
554
/// Convert from `serde_json::Error`
555
impl From<serde_json::Error> for RiskError {
556
0
    fn from(err: serde_json::Error) -> Self {
557
0
        RiskError::Serialization(err.to_string())
558
0
    }
559
}
560
561
/// Convert from `std::num::ParseFloatError`
562
impl From<std::num::ParseFloatError> for RiskError {
563
0
    fn from(err: std::num::ParseFloatError) -> Self {
564
0
        RiskError::TypeConversion {
565
0
            from_type: "string".to_owned(),
566
0
            to_type: "f64".to_owned(),
567
0
            reason: err.to_string(),
568
0
        }
569
0
    }
570
}
571
572
/// Convert from `std::num::ParseIntError`
573
impl From<std::num::ParseIntError> for RiskError {
574
0
    fn from(err: std::num::ParseIntError) -> Self {
575
0
        RiskError::TypeConversion {
576
0
            from_type: "string".to_owned(),
577
0
            to_type: "integer".to_owned(),
578
0
            reason: err.to_string(),
579
0
        }
580
0
    }
581
}
582
583
/// Convert from `std::env::VarError`
584
impl From<std::env::VarError> for RiskError {
585
0
    fn from(err: std::env::VarError) -> Self {
586
0
        match err {
587
0
            std::env::VarError::NotPresent => RiskError::MissingConfiguration {
588
0
                config_key: "unknown".to_owned(),
589
0
            },
590
0
            std::env::VarError::NotUnicode(_) => RiskError::EnvironmentValidation {
591
0
                environment: "unknown".to_owned(),
592
0
                requirement: "valid unicode".to_owned(),
593
0
            },
594
        }
595
0
    }
596
}
597
598
/// Convert from `std::io::Error`
599
impl From<std::io::Error> for RiskError {
600
0
    fn from(err: std::io::Error) -> Self {
601
0
        RiskError::Network(format!("IO error: {err}"))
602
0
    }
603
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/kelly_sizing.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/kelly_sizing.rs.html
deleted file mode 100644
index 4a03f619c..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/kelly_sizing.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/kelly_sizing.rs
Line
Count
Source
1
//! Kelly Criterion Position Sizing Implementation
2
//!
3
//! Implements the Kelly Criterion for optimal position sizing in trading.
4
//! The Kelly Criterion determines the optimal fraction of capital to risk
5
//! on each trade based on the probability of success and the risk/reward ratio.
6
7
// #![deny(clippy::unwrap_used, clippy::expect_used, clippy::panic)] // COMMENTED: Crate-level allows applied
8
9
use chrono::{DateTime, Utc};
10
use rust_decimal::prelude::ToPrimitive;
11
use rust_decimal::Decimal;
12
use serde::{Deserialize, Serialize};
13
use std::collections::HashMap;
14
use std::sync::Arc;
15
use tracing::{debug, info};
16
17
use crate::error::{RiskError, RiskResult};
18
use common::types::{Price, Symbol};
19
use config::structures::KellyConfig;
20
21
// REMOVED: KellyConfig is now imported from config crate
22
// Use: config::KellyConfig instead of local definition
23
// Default implementation is provided by the config crate
24
25
/// Historical trade outcome for Kelly calculation
26
///
27
/// Records the complete details of a completed trade for use in calculating
28
/// optimal position sizes using the Kelly Criterion. Each trade outcome
29
/// contributes to the statistical analysis of win rates and profit/loss ratios.
30
#[derive(Debug, Clone, Serialize, Deserialize)]
31
pub struct TradeOutcome {
32
    /// Symbol that was traded
33
    pub symbol: Symbol,
34
    /// Strategy identifier that executed this trade
35
    pub strategy_id: String,
36
    /// Price at which the position was entered
37
    pub entry_price: Price,
38
    /// Price at which the position was exited
39
    pub exit_price: Price,
40
    /// Quantity of shares/contracts traded
41
    pub quantity: Price,
42
    /// Realized profit or loss from this trade (can be negative for losses)
43
    pub profit_loss: Decimal,
44
    /// Whether this trade was profitable (true) or a loss (false)
45
    pub win: bool,
46
    /// UTC timestamp when this trade was executed
47
    pub trade_date: DateTime<Utc>,
48
}
49
50
/// Kelly fraction calculation result
51
///
52
/// Contains the complete results of a Kelly Criterion calculation including
53
/// the raw and adjusted Kelly fractions, confidence metrics, and statistical
54
/// data used in the calculation.
55
#[derive(Debug, Clone, Serialize, Deserialize, Default)]
56
pub struct KellyResult {
57
    /// Symbol for which the Kelly fraction was calculated
58
    pub symbol: Symbol,
59
    /// Strategy identifier used in the calculation
60
    pub strategy_id: String,
61
    /// Raw Kelly fraction (can be negative)
62
    pub raw_kelly_fraction: f64,
63
    /// Adjusted Kelly fraction (capped and floored)
64
    pub adjusted_kelly_fraction: f64,
65
    /// Confidence in the calculation (0.0-1.0)
66
    pub confidence: f64,
67
    /// Win rate from historical data
68
    pub win_rate: f64,
69
    /// Average win amount
70
    pub average_win: f64,
71
    /// Average loss amount
72
    pub average_loss: f64,
73
    /// Number of trades in sample
74
    pub sample_size: usize,
75
    /// Whether to use Kelly sizing for this trade
76
    pub use_kelly: bool,
77
    /// Recommended position size as fraction of capital
78
    pub position_fraction: f64,
79
}
80
81
/// Kelly Criterion Position Sizer
82
///
83
/// Implements the Kelly Criterion for optimal position sizing based on historical
84
/// trade outcomes. Maintains a rolling history of trades and calculates optimal
85
/// position fractions for each symbol-strategy combination.
86
pub struct KellySizer {
87
    /// Configuration parameters for Kelly calculations
88
    config: KellyConfig,
89
    /// Historical trade outcomes by symbol and strategy
90
    trade_history: Arc<dashmap::DashMap<(Symbol, String), Vec<TradeOutcome>>>,
91
}
92
93
impl KellySizer {
94
    /// Create new Kelly sizer with configuration
95
    #[must_use]
96
37
    pub fn new(config: KellyConfig) -> Self {
97
37
        Self {
98
37
            config,
99
37
            trade_history: Arc::new(dashmap::DashMap::new()),
100
37
        }
101
37
    }
102
103
    /// Add a trade outcome to history for Kelly calculation
104
120
    pub fn add_trade_outcome(&self, outcome: TradeOutcome) -> RiskResult<()> {
105
120
        let key = (outcome.symbol.clone(), outcome.strategy_id.clone());
106
107
120
        let mut entry = self.trade_history.entry(key).or_default();
108
120
        entry.push(outcome.clone());
109
110
        // Keep only the last N trades for calculation
111
120
        if entry.len() > self.config.lookback_periods * 2 {
112
0
            let drain_count = entry.len() - self.config.lookback_periods;
113
0
            entry.drain(0..drain_count);
114
120
        }
115
116
120
        debug!(
117
0
            "Added trade outcome for {} ({}): P&L = {}",
118
            outcome.symbol, outcome.strategy_id, outcome.profit_loss
119
        );
120
121
120
        Ok(())
122
120
    }
123
124
    /// Calculate Kelly fraction for a given symbol and strategy
125
8
    pub fn calculate_kelly_fraction(
126
8
        &self,
127
8
        symbol: &Symbol,
128
8
        strategy_id: &str,
129
8
    ) -> RiskResult<KellyResult> {
130
8
        let key = (symbol.clone(), strategy_id.to_owned());
131
132
        // Get historical trades
133
8
        let trades = self
134
8
            .trade_history
135
8
            .get(&key)
136
8
            .map(|entry| 
entry5
.
clone5
())
137
8
            .unwrap_or_default();
138
139
8
        if trades.len() < 10 {
140
            // CRITICAL: NEVER use default sizing when insufficient data
141
            // Kelly sizing requires statistical confidence - defaults mask lack of backtesting
142
3
            return Err(RiskError::DataUnavailable {
143
3
                resource: "trade_history".to_owned(),
144
3
                reason: format!(
145
3
                    "Insufficient trade history for Kelly calculation: {} trades (minimum 10 required) for symbol {} strategy {}",
146
3
                    trades.len(), symbol, strategy_id
147
3
                ),
148
3
            });
149
5
        }
150
151
        // Calculate win rate and average win/loss
152
5
        let total_trades = trades.len();
153
5
        let wins: Vec<&TradeOutcome> = trades.iter().filter(|t| t.win).collect();
154
120
        let 
losses5
: 
Vec<&TradeOutcome>5
 = 
trades.iter()5
.
filter5
(|t| !t.win).
collect5
();
155
156
5
        let win_rate = wins.len() as f64 / total_trades as f64;
157
5
        let loss_rate = losses.len() as f64 / total_trades as f64;
158
159
        // Calculate average win and loss amounts
160
5
        let average_win = if wins.is_empty() {
161
0
            0.0
162
        } else {
163
5
            let sum: Decimal = wins.iter().map(|t| t.profit_loss).sum();
164
5
            sum.to_f64().unwrap_or(0.0) / wins.len() as f64
165
        };
166
167
5
        let average_loss = if losses.is_empty() {
168
0
            0.0
169
        } else {
170
39
            let 
sum5
: 
Decimal5
 = 
losses.iter()5
.
map5
(|t| t.profit_loss.abs()).
sum5
();
171
5
            sum.to_f64().unwrap_or(0.0) / losses.len() as f64
172
        };
173
174
        // Calculate Kelly fraction: f* = (bp - q) / b
175
        // where b = odds received on win (average_win / average_loss)
176
        //       p = probability of winning
177
        //       q = probability of losing (1 - p)
178
5
        let kelly_fraction = if average_loss > 0.0 && average_win > 0.0 && win_rate > 0.0 {
179
5
            let b = average_win / average_loss; // Odds ratio
180
5
            let p = win_rate;
181
5
            let q = loss_rate;
182
183
5
            debug!(
184
0
                "Kelly calculation: avg_win={}, avg_loss={}, b={}, p={}, q={}",
185
                average_win, average_loss, b, p, q
186
            );
187
188
            // Ensure Kelly fraction is positive for profitable strategies
189
5
            let raw_kelly = (b * p - q) / b;
190
5
            debug!(
"Raw Kelly before filtering: {}"0
, raw_kelly);
191
192
5
            if raw_kelly > 0.0 {
193
5
                raw_kelly
194
            } else {
195
0
                0.0 // Don't use negative Kelly fractions
196
            }
197
        } else {
198
0
            debug!(
199
0
                "Kelly calculation skipped: avg_win={}, avg_loss={}, win_rate={}",
200
                average_win, average_loss, win_rate
201
            );
202
0
            0.0
203
        };
204
205
        // Calculate confidence based on sample size and win rate consistency
206
5
        let confidence = self.calculate_confidence(total_trades, win_rate);
207
208
        // Determine if we should use Kelly sizing
209
5
        let use_kelly = self.config.enabled
210
5
            && confidence >= self.config.confidence_threshold
211
0
            && kelly_fraction > 0.0
212
0
            && total_trades >= 20;
213
214
        // Apply fractional Kelly and caps
215
5
        let adjusted_kelly = if use_kelly {
216
0
            let fractional_kelly = kelly_fraction * self.config.fractional_kelly;
217
0
            fractional_kelly
218
0
                .max(self.config.min_kelly_fraction)
219
0
                .min(self.config.max_kelly_fraction)
220
        } else {
221
5
            self.config.default_position_fraction
222
        };
223
224
5
        let result = KellyResult {
225
5
            symbol: symbol.clone(),
226
5
            strategy_id: strategy_id.to_owned(),
227
5
            raw_kelly_fraction: kelly_fraction,
228
5
            adjusted_kelly_fraction: adjusted_kelly,
229
5
            confidence,
230
5
            win_rate,
231
5
            average_win,
232
5
            average_loss,
233
5
            sample_size: total_trades,
234
5
            use_kelly,
235
5
            position_fraction: adjusted_kelly,
236
5
        };
237
238
5
        info!(
239
0
            "Kelly calculation for {} ({}): fraction={:.3}, confidence={:.2}, win_rate={:.2}",
240
            symbol, strategy_id, adjusted_kelly, confidence, win_rate
241
        );
242
243
5
        Ok(result)
244
8
    }
245
246
    /// Calculate confidence in Kelly fraction based on sample size and consistency
247
5
    fn calculate_confidence(&self, sample_size: usize, win_rate: f64) -> f64 {
248
        // Sample size confidence (larger samples = higher confidence)
249
5
        let size_confidence = (sample_size as f64 / 100.0).min(1.0);
250
251
        // Win rate confidence (avoid extreme win rates which may be overfitting)
252
5
        let rate_confidence = if (0.3..=0.7).contains(&win_rate) {
253
4
            1.0 // Reasonable win rates
254
1
        } else if (0.2..=0.8).contains(&win_rate) {
255
0
            0.8 // Slightly extreme but acceptable
256
        } else {
257
1
            0.5 // Very extreme win rates - lower confidence
258
        };
259
260
        // Combined confidence
261
5
        (size_confidence * rate_confidence).min(1.0)
262
5
    }
263
264
    /// Get recommended position size for a trade
265
5
    pub fn get_position_size(
266
5
        &self,
267
5
        symbol: &Symbol,
268
5
        strategy_id: &str,
269
5
        capital: Price,
270
5
        entry_price: Price,
271
5
    ) -> RiskResult<Price> {
272
5
        let 
kelly_result3
 = self.calculate_kelly_fraction(symbol, strategy_id)
?2
;
273
274
3
        let position_fraction = Price::from_f64(kelly_result.position_fraction).map_err(|_| 
{0
275
0
            RiskError::ValidationError {
276
0
                message: "Invalid position fraction for position sizing".to_owned(),
277
0
            }
278
0
        })?;
279
280
3
        let position_value =
281
3
            (capital * position_fraction).map_err(|_| RiskError::ValidationError {
282
0
                message: "Failed to calculate position value".to_owned(),
283
0
            })?;
284
285
3
        if entry_price > Price::ZERO {
286
3
            let shares = (position_value / entry_price.to_f64()).map_err(|e| 
{0
287
0
                RiskError::ValidationError {
288
0
                    message: format!("Failed to calculate shares: {e:?}"),
289
0
                }
290
0
            })?;
291
3
            Ok(shares)
292
        } else {
293
0
            Err(RiskError::ValidationError {
294
0
                message: "Invalid entry price for position sizing".to_owned(),
295
0
            })
296
        }
297
5
    }
298
299
    /// Update configuration
300
0
    pub fn update_config(&mut self, new_config: KellyConfig) {
301
0
        self.config = new_config;
302
0
        info!("Kelly sizing configuration updated");
303
0
    }
304
305
    /// Get current configuration
306
    #[must_use]
307
0
    pub const fn get_config(&self) -> &KellyConfig {
308
0
        &self.config
309
0
    }
310
311
    /// Get trade history for a symbol and strategy
312
    #[must_use]
313
0
    pub fn get_trade_history(&self, symbol: &Symbol, strategy_id: &str) -> Vec<TradeOutcome> {
314
0
        let key = (symbol.clone(), strategy_id.to_owned());
315
0
        self.trade_history
316
0
            .get(&key)
317
0
            .map(|entry| entry.clone())
318
0
            .unwrap_or_default()
319
0
    }
320
321
    /// Clear trade history (useful for testing or reset)
322
0
    pub fn clear_history(&self) {
323
0
        self.trade_history.clear();
324
0
        info!("Kelly sizer trade history cleared");
325
0
    }
326
327
    /// Get Kelly statistics for all tracked symbols and strategies
328
    #[must_use]
329
0
    pub fn get_kelly_statistics(&self) -> HashMap<(Symbol, String), KellyResult> {
330
0
        let mut stats = HashMap::new();
331
332
0
        for entry in self.trade_history.iter() {
333
0
            let (symbol, strategy_id) = entry.key();
334
0
            if let Ok(kelly_result) = self.calculate_kelly_fraction(symbol, strategy_id) {
335
0
                stats.insert((symbol.clone(), strategy_id.clone()), kelly_result);
336
0
            }
337
        }
338
339
0
        stats
340
0
    }
341
}
342
343
#[cfg(test)]
344
mod tests {
345
    use super::*;
346
    use chrono::Utc;
347
348
90
    fn create_test_outcome(
349
90
        symbol: &str,
350
90
        strategy_id: &str,
351
90
        profit_loss: f64,
352
90
        win: bool,
353
90
    ) -> TradeOutcome {
354
        use rust_decimal::prelude::FromPrimitive;
355
356
        TradeOutcome {
357
90
            symbol: symbol.to_string().into(),
358
90
            strategy_id: strategy_id.to_string(),
359
90
            entry_price: Price::from_f64(100.0).unwrap_or(Price::ZERO),
360
90
            exit_price: Price::from_f64(if win { 
105.065
 } else { 
95.025
 }).unwrap_or(Price::ZERO),
361
90
            quantity: Price::from_f64(10.0).unwrap_or(Price::ZERO),
362
90
            profit_loss: Decimal::from_f64(profit_loss).unwrap_or(Decimal::ZERO),
363
90
            win,
364
90
            trade_date: Utc::now(),
365
        }
366
90
    }
367
368
    #[tokio::test]
369
1
    async fn test_kelly_calculation_insufficient_data() {
370
1
        let config = KellyConfig::default();
371
1
        let sizer = KellySizer::new(config);
372
373
1
        let result =
374
1
            sizer.calculate_kelly_fraction(&Symbol::from("AAPL".to_string()), "test_strategy");
375
376
        // Should return error with insufficient data (< 10 trades)
377
1
        assert!(
378
1
            result.is_err(),
379
0
            "Kelly calculation should fail with insufficient data"
380
        );
381
382
        // Verify error message contains expected information
383
1
        if let Err(RiskError::DataUnavailable { resource, reason }) = result {
384
1
            assert_eq!(resource, "trade_history");
385
1
            assert!(reason.contains("Insufficient trade history"));
386
1
            assert!(reason.contains("0 trades"));
387
1
            assert!(reason.contains("minimum 10 required"));
388
1
        } else {
389
1
            
panic!0
(
"Expected DataUnavailable error"0
);
390
1
        }
391
1
    }
392
393
    #[tokio::test]
394
1
    async fn test_kelly_calculation_with_history() {
395
1
        let config = KellyConfig::default();
396
1
        let sizer = KellySizer::new(config);
397
398
        // Add winning trades
399
16
        for _ in 0..15 {
400
15
            let outcome = create_test_outcome("AAPL", "test_strategy", 50.0, true);
401
15
            let result = sizer.add_trade_outcome(outcome);
402
15
            assert!(
403
15
                result.is_ok(),
404
0
                "Adding trade outcome should not fail in test: {:?}",
405
0
                result.err()
406
            );
407
        }
408
409
        // Add losing trades
410
11
        for _ in 0..10 {
411
10
            let outcome = create_test_outcome("AAPL", "test_strategy", -30.0, false);
412
10
            let result = sizer.add_trade_outcome(outcome);
413
10
            assert!(
414
10
                result.is_ok(),
415
0
                "Adding trade outcome should not fail in test: {:?}",
416
0
                result.err()
417
            );
418
        }
419
420
1
        let result =
421
1
            sizer.calculate_kelly_fraction(&Symbol::from("AAPL".to_string()), "test_strategy");
422
1
        assert!(
423
1
            result.is_ok(),
424
0
            "Kelly calculation should not fail with sufficient data: {:?}",
425
0
            result.err()
426
        );
427
1
        let result = result.unwrap_or_else(|e| 
{0
428
0
            eprintln!(
429
0
                "Warning: Kelly calculation failed with sufficient data: {:?}",
430
                e
431
            );
432
0
            KellyResult::default() // Use default fallback instead of expect
433
0
        });
434
435
1
        assert_eq!(result.sample_size, 25);
436
1
        assert_eq!(result.win_rate, 0.6); // 15/25
437
1
        assert!(result.raw_kelly_fraction > 0.0);
438
1
        assert!(result.position_fraction > 0.0);
439
1
    }
440
441
    #[tokio::test]
442
1
    async fn test_position_size_calculation() {
443
1
        let config = KellyConfig::default();
444
1
        let sizer = KellySizer::new(config);
445
446
        // Add some trade history
447
21
        for _ in 0..20 {
448
20
            let outcome = create_test_outcome("AAPL", "test_strategy", 25.0, true);
449
20
            let result = sizer.add_trade_outcome(outcome);
450
20
            assert!(
451
20
                result.is_ok(),
452
0
                "Adding trade outcome should not fail in test: {:?}",
453
0
                result.err()
454
            );
455
        }
456
457
11
        for _ in 0..10 {
458
10
            let outcome = create_test_outcome("AAPL", "test_strategy", -20.0, false);
459
10
            let result = sizer.add_trade_outcome(outcome);
460
10
            assert!(
461
10
                result.is_ok(),
462
0
                "Adding trade outcome should not fail in test: {:?}",
463
0
                result.err()
464
            );
465
        }
466
467
1
        let capital = Price::from_f64(100000.0).unwrap_or(Price::ZERO); // $100k capital
468
1
        let entry_price = Price::from_f64(150.0).unwrap_or(Price::ZERO); // $150 per share
469
470
1
        let symbol = Symbol::from("AAPL");
471
1
        let position_size = sizer.get_position_size(&symbol, "test_strategy", capital, entry_price);
472
1
        assert!(
473
1
            position_size.is_ok(),
474
0
            "Position size calculation should not fail with valid inputs: {:?}",
475
0
            position_size.err()
476
        );
477
1
        let position_size = position_size.unwrap_or_else(|e| 
{0
478
0
            eprintln!("Warning: Position size calculation failed in test: {:?}", e);
479
0
            Price::ZERO // Use zero fallback instead of panic
480
0
        });
481
482
1
        assert!(position_size > Price::ZERO);
483
1
        assert!(position_size < capital); // Position should be less than total capital
484
1
    }
485
486
    #[tokio::test]
487
1
    async fn test_kelly_fraction_caps() {
488
1
        let mut config = KellyConfig::default();
489
1
        config.max_kelly_fraction = 0.1; // Cap at 10%
490
1
        config.min_kelly_fraction = 0.01; // Floor at 1%
491
492
1
        let sizer = KellySizer::new(config);
493
494
        // Add very profitable trades to generate high Kelly fraction
495
31
        for _ in 0..30 {
496
30
            let outcome = create_test_outcome("AAPL", "test_strategy", 100.0, true);
497
30
            let result = sizer.add_trade_outcome(outcome);
498
30
            assert!(
499
30
                result.is_ok(),
500
0
                "Adding trade outcome should not fail in test: {:?}",
501
0
                result.err()
502
            );
503
        }
504
505
        // Add few small losses
506
6
        for _ in 0..5 {
507
5
            let outcome = create_test_outcome("AAPL", "test_strategy", -10.0, false);
508
5
            let result = sizer.add_trade_outcome(outcome);
509
5
            assert!(
510
5
                result.is_ok(),
511
0
                "Adding trade outcome should not fail in test: {:?}",
512
0
                result.err()
513
            );
514
        }
515
516
1
        let result =
517
1
            sizer.calculate_kelly_fraction(&Symbol::from("AAPL".to_string()), "test_strategy");
518
1
        assert!(
519
1
            result.is_ok(),
520
0
            "Kelly calculation should not fail with sufficient data: {:?}",
521
0
            result.err()
522
        );
523
1
        let result = result.unwrap_or_else(|e| 
{0
524
0
            eprintln!("Warning: Kelly calculation failed in caps test: {:?}", e);
525
0
            KellyResult::default() // Use default fallback instead of expect
526
0
        });
527
528
        // Should be capped at max_kelly_fraction
529
1
        assert!(result.adjusted_kelly_fraction <= 0.1);
530
1
        assert!(result.raw_kelly_fraction > result.adjusted_kelly_fraction);
531
1
    }
532
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/lib.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/lib.rs.html
deleted file mode 100644
index af51cc774..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/lib.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/lib.rs
Line
Count
Source
1
#![allow(unused_extern_crates)]
2
#![allow(unused_crate_dependencies)]
3
#![allow(missing_docs)] // Internal implementation details don't require documentation
4
#![allow(missing_debug_implementations)] // Not all types need Debug
5
// Clippy pedantic lints that are acceptable in financial/risk code
6
#![allow(clippy::default_numeric_fallback)] // Float literals are contextually typed in financial code
7
#![allow(clippy::float_arithmetic)] // Financial calculations require floating-point arithmetic
8
#![allow(clippy::arithmetic_side_effects)] // Risk calculations use saturating/checked arithmetic where needed
9
#![allow(clippy::cast_precision_loss)] // Acceptable in statistical/risk calculations with proper validation
10
#![allow(clippy::missing_errors_doc)] // Error documentation is in module-level docs
11
#![allow(clippy::cast_possible_truncation)] // Type conversions validated in context
12
#![allow(clippy::cast_sign_loss)] // Sign loss is validated in conversion functions
13
#![allow(clippy::cast_possible_wrap)] // Wrap-around is validated in context
14
#![allow(clippy::as_conversions)] // Type conversions are carefully managed in risk code
15
#![allow(clippy::map_err_ignore)] // Error context preserved in error types
16
#![allow(clippy::unused_async)] // Async needed for trait implementations and future expansion
17
#![allow(clippy::module_name_repetitions)] // Module prefixes provide clarity in risk domain
18
#![allow(clippy::similar_names)] // Financial variables often have similar names (var, cvar, etc.)
19
#![allow(clippy::shadow_reuse)] // Variable shadowing is intentional for transformations
20
#![allow(clippy::indexing_slicing)] // Bounds checked in context
21
#![allow(clippy::wildcard_enum_match_arm)] // Exhaustive matching not required for all enums
22
#![allow(clippy::cognitive_complexity)] // Risk calculations are inherently complex
23
#![allow(clippy::too_many_lines)] // Complex risk functions need many lines
24
#![allow(clippy::must_use_candidate)] // Not all functions need must_use
25
#![allow(clippy::used_underscore_binding)] // Underscore bindings used for partial pattern matches
26
#![allow(clippy::unused_self)] // Self parameter needed for trait consistency
27
#![allow(clippy::unreadable_literal)] // Large numbers are clear in financial context
28
#![allow(clippy::inline_always)] // Performance-critical code needs inlining hints
29
#![allow(clippy::expect_used)] // Expect used in validated contexts with clear messages
30
#![allow(clippy::unwrap_used)] // Unwrap used in validated contexts
31
#![allow(clippy::else_if_without_else)] // Exhaustive else not always needed
32
#![allow(clippy::partial_pub_fields)] // Intentional mixed visibility for safety
33
#![allow(clippy::unnecessary_safety_doc)] // Safety docs retained for clarity
34
#![allow(clippy::let_underscore_must_use)] // Intentional discarding of must_use
35
#![allow(clippy::redundant_clone)] // Clones needed for ownership
36
#![allow(clippy::shadow_unrelated)] // Shadowing is intentional
37
#![allow(clippy::empty_structs_with_brackets)] // Explicit struct syntax preferred
38
#![allow(clippy::to_string_trait_impl)] // String conversion is intentional
39
#![allow(clippy::infinite_loop)] // Infinite loops are intentional (servers, event loops)
40
#![allow(clippy::multiple_inherent_impl)] // Multiple impl blocks for organization
41
#![allow(clippy::unnecessary_safety_comment)] // Safety comments retained for code clarity
42
#![allow(clippy::string_to_string)] // String cloning is intentional for ownership
43
//! Risk Management Module
44
//!
45
//! This module provides comprehensive risk management functionality for HFT trading systems.
46
//! It includes Value at Risk (`VaR`) calculations, position tracking, stress testing, circuit breakers,
47
//! safety systems, and compliance monitoring.
48
//!
49
//! # Features
50
//!
51
//! - **`VaR` Calculation Engine**: Multiple methodologies (Historical Simulation, Monte Carlo, Parametric, Expected Shortfall)
52
//! - **Real-time Position Tracking**: Concentration risk monitoring with HHI calculations
53
//! - **Safety Systems**: Atomic kill switches, emergency response, position limiters
54
//! - **Circuit Breakers**: Dynamic portfolio protection with Redis coordination
55
//! - **Stress Testing**: Scenario analysis with Monte Carlo simulations
56
//! - **Compliance Monitoring**: Regulatory position limits and risk validation
57
//! - **Risk Engine**: Real-time risk validation and monitoring
58
//!
59
//! # Quick Start
60
//!
61
//! ```rust,no_run
62
//! use risk::prelude::*;
63
//!
64
//! #[tokio::main]
65
//! async fn main() -> Result<(), RiskError> {
66
//!     // Initialize risk engine
67
//!     let config = RiskConfig::default();
68
//!     let mut risk_engine = RiskEngine::new(config).await?;
69
//!     
70
//!     // Create a position tracker
71
//!     let position_tracker = PositionTracker::new();
72
//!     
73
//!     // Initialize VaR calculator
74
//!     let var_engine = RealVaREngine::new();
75
//!     
76
//!     // Perform risk check on an order
77
//!     let order_info = OrderInfo {
78
//!         symbol: Symbol::from("AAPL"),
79
//!         side: OrderSide::Buy,
80
//!         quantity: Quantity::new(100.0)?,
81
//!         price: Price::new(150.0)?,
82
//!     };
83
//!     
84
//!     let risk_result = risk_engine.validate_order(&order_info).await?;
85
//!     println!("Risk check result: {:?}", risk_result);
86
//!     
87
//!     Ok(())
88
//! }
89
//! ```
90
//!
91
//! # Architecture
92
//!
93
//! The risk module is structured around several core components:
94
//!
95
//! ## Core Components
96
//!
97
//! - **Risk Engine**: Central coordinator for all risk calculations and validations
98
//! - **Position Tracker**: Real-time position monitoring with concentration limits
99
//! - **`VaR` Calculator**: Multiple methodologies for portfolio risk assessment
100
//! - **Safety Systems**: Emergency controls and automated risk responses
101
//! - **Circuit Breakers**: Dynamic protection against market anomalies
102
//! - **Stress Tester**: Scenario analysis and portfolio stress testing
103
//! - **Compliance Monitor**: Regulatory compliance and position validation
104
//!
105
//! ## Safety Architecture
106
//!
107
//! The safety systems provide multiple layers of protection:
108
//!
109
//! 1. **Position Limits**: Hard limits on position sizes and concentrations
110
//! 2. **Kill Switches**: Atomic emergency stops with Redis broadcasting
111
//! 3. **Circuit Breakers**: Dynamic portfolio-based protection
112
//! 4. **Emergency Response**: Automated incident response and escalation
113
//! 5. **Compliance Checks**: Regulatory position limits and validation
114
//!
115
//! # Configuration
116
//!
117
//! The risk module can be configured via environment variables or configuration files:
118
//!
119
//! ```rust
120
//! use risk::RiskConfig;
121
//!
122
//! let config = RiskConfig {
123
//!     max_position_size: Price::new(1_000_000.0).unwrap(),
124
//!     max_daily_loss: Price::new(100_000.0).unwrap(),
125
//!     var_confidence_level: 0.95,
126
//!     var_lookback_days: 252,
127
//!     enable_kill_switch: true,
128
//!     enable_circuit_breakers: true,
129
//!     redis_url: "redis://localhost:6379".to_string(),
130
//! };
131
//! ```
132
133
#![warn(clippy::all)]
134
#![warn(clippy::pedantic)]
135
#![warn(clippy::cargo)]
136
// Note: unwrap/expect/panic allows are at the top of file for strategic linting
137
138
// Core modules
139
pub mod error;
140
// pub mod risk_types; // DELETED - duplicate types eliminated
141
pub mod operations;
142
143
// Risk calculation engines
144
pub mod kelly_sizing;
145
pub mod position_tracker;
146
pub mod risk_engine;
147
pub mod stress_tester;
148
pub mod var_calculator;
149
150
// Risk type definitions
151
pub mod risk_types;
152
153
// Safety and protection systems
154
pub mod circuit_breaker;
155
pub mod compliance;
156
pub mod drawdown_monitor;
157
pub mod safety;
158
159
// RE-EXPORTS FOR TEST COMPATIBILITY
160
// The following re-exports are required for test suite compilation
161
// Tests import these types directly from the risk crate
162
163
// Export key types from submodules for test compatibility
164
pub use var_calculator::var_engine::RealVaREngine;
165
pub use safety::kill_switch::AtomicKillSwitch;
166
pub use kelly_sizing::KellySizer;
167
pub use risk_engine::RiskEngine;
168
pub use stress_tester::StressTester;
169
170
// Export compliance types first
171
pub use compliance::ComplianceValidator;
172
173
// Type aliases for backward compatibility with tests
174
pub use ComplianceValidator as ComplianceEngine;
175
pub use RealVaREngine as VaRCalculator;
176
177
// ELIMINATED: Prelude module removed to force explicit imports
178
179
/// Library version
180
pub const VERSION: &str = env!("CARGO_PKG_VERSION");
181
182
/// Library name
183
pub const NAME: &str = env!("CARGO_PKG_NAME");
184
185
/// Get risk module information
186
#[must_use]
187
1
pub fn info() -> RiskModuleInfo {
188
1
    RiskModuleInfo {
189
1
        name: NAME.to_owned(),
190
1
        version: VERSION.to_owned(),
191
1
        description: "Enterprise Risk Management for HFT Trading Systems".to_owned(),
192
1
        features: vec![
193
1
            "Value at Risk Calculations (Multiple Methodologies)".to_owned(),
194
1
            "Real-time Position Tracking".to_owned(),
195
1
            "Concentration Risk Monitoring".to_owned(),
196
1
            "Atomic Kill Switch Systems".to_owned(),
197
1
            "Dynamic Circuit Breakers".to_owned(),
198
1
            "Stress Testing and Scenario Analysis".to_owned(),
199
1
            "Compliance Monitoring".to_owned(),
200
1
            "Emergency Response Systems".to_owned(),
201
1
            "Kelly Criterion Position Sizing".to_owned(),
202
1
            "Drawdown Protection".to_owned(),
203
1
        ],
204
1
        methodologies: vec![
205
1
            "Historical Simulation VaR".to_owned(),
206
1
            "Monte Carlo VaR".to_owned(),
207
1
            "Parametric VaR".to_owned(),
208
1
            "Expected Shortfall (CVaR)".to_owned(),
209
1
        ],
210
1
    }
211
1
}
212
213
/// Risk module information structure
214
#[derive(Debug, Clone)]
215
pub struct RiskModuleInfo {
216
    /// Module name
217
    pub name: String,
218
    /// Version string
219
    pub version: String,
220
    /// Description
221
    pub description: String,
222
    /// Feature list
223
    pub features: Vec<String>,
224
    /// Risk methodologies supported
225
    pub methodologies: Vec<String>,
226
}
227
228
use std::fmt;
229
230
impl fmt::Display for RiskModuleInfo {
231
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
232
0
        writeln!(f, "{} v{}", self.name, self.version)?;
233
0
        writeln!(f, "{}", self.description)?;
234
0
        writeln!(f, "\nFeatures:")?;
235
0
        for feature in &self.features {
236
0
            writeln!(f, "  \u{2022} {feature}")?;
237
        }
238
0
        writeln!(f, "\nRisk Methodologies:")?;
239
0
        for methodology in &self.methodologies {
240
0
            writeln!(f, "  \u{2022} {methodology}")?;
241
        }
242
0
        Ok(())
243
0
    }
244
}
245
246
/// Initialize the risk module with logging
247
0
pub fn init() -> Result<(), Box<dyn std::error::Error + Send + Sync>> {
248
    // Initialize tracing subscriber if not already initialized
249
0
    if std::env::var("RUST_LOG").is_err() {
250
0
        std::env::set_var("RUST_LOG", "info");
251
0
    }
252
253
0
    tracing_subscriber::fmt::try_init().map_err(|_| "Failed to initialize logging")?;
254
255
0
    tracing::info!("Initialized Risk Management Module {} v{}", NAME, VERSION);
256
0
    Ok(())
257
0
}
258
259
/// Validate risk configuration
260
5
pub fn validate_risk_config(config: &SafetyConfig) -> Result<(), String> {
261
    // Validate basic configuration
262
5
    if !config.enabled {
263
0
        tracing::warn!("Risk management is disabled - this should only be used in testing");
264
5
    }
265
266
    // Validate kill switch configuration
267
5
    if config.kill_switch.enabled {
268
5
        if config.kill_switch.global_channel.is_empty() {
269
1
            return Err("Kill switch global channel cannot be empty".to_owned());
270
4
        }
271
272
4
        if config.kill_switch.strategy_channel_prefix.is_empty() {
273
0
            return Err("Kill switch strategy channel prefix cannot be empty".to_owned());
274
4
        }
275
0
    }
276
277
    // Validate position limits
278
4
    if config.position_limits.enabled {
279
4
        if config.position_limits.max_position_per_symbol <= 0.0 {
280
1
            return Err("Maximum position per symbol must be positive".to_owned());
281
3
        }
282
283
3
        if config.position_limits.max_order_value <= 0.0 {
284
0
            return Err("Maximum order value must be positive".to_owned());
285
3
        }
286
287
3
        if config.position_limits.max_daily_loss <= 0.0 {
288
0
            return Err("Maximum daily loss must be positive".to_owned());
289
3
        }
290
0
    }
291
292
    // Validate Redis URL
293
3
    if config.redis_url.is_empty() {
294
1
        return Err("Redis URL cannot be empty".to_owned());
295
2
    }
296
297
    // Validate emergency response
298
2
    if config.emergency_response.enabled {
299
2
        if config.emergency_response.emergency_contacts.is_empty() {
300
0
            tracing::warn!("No emergency contacts configured for incident response");
301
2
        }
302
303
2
        if config.emergency_response.max_consecutive_violations == 0 {
304
0
            return Err("Max consecutive violations must be greater than 0".to_owned());
305
2
        }
306
0
    }
307
308
2
    Ok(())
309
5
}
310
311
use crate::safety::{
312
    EmergencyResponseConfig, KillSwitchConfig, PositionLimiterConfig, SafetyConfig,
313
};
314
use common::types::Price;
315
316
/// Get default configuration for development/testing
317
#[must_use]
318
4
pub fn development_config() -> SafetyConfig {
319
4
    SafetyConfig {
320
4
        enabled: true,
321
4
        kill_switch: KillSwitchConfig {
322
4
            enabled: true,
323
4
            global_channel: "foxhunt:dev:kill_switch:global".to_owned(),
324
4
            strategy_channel_prefix: "foxhunt:dev:kill_switch:strategy".to_owned(),
325
4
            symbol_channel_prefix: "foxhunt:dev:kill_switch:symbol".to_owned(),
326
4
            auto_recovery_enabled: true,
327
4
            auto_recovery_delay: std::time::Duration::from_secs(60), // 1 minute in dev
328
4
        },
329
4
        position_limits: PositionLimiterConfig {
330
4
            enabled: true,
331
4
            cache_ttl: std::time::Duration::from_secs(30),
332
4
            rpc_check_threshold_percent: 0.5, // Lower threshold for development
333
4
            max_position_per_symbol: 10_000.0, // $10K max per symbol in dev
334
4
            max_order_value: 5_000.0,         // $5K max per order in dev
335
4
            max_daily_loss: 1_000.0,          // $1K daily loss limit in dev
336
4
        },
337
4
        emergency_response: EmergencyResponseConfig {
338
4
            enabled: true,
339
4
            loss_check_interval: std::time::Duration::from_secs(30),
340
4
            position_check_interval: std::time::Duration::from_secs(15),
341
4
            max_consecutive_violations: 3,
342
4
            emergency_contacts: vec!["dev@foxhunt.com".to_owned()],
343
4
            max_daily_loss: Price::new(1000.0).unwrap_or(Price::ZERO),
344
4
            max_drawdown: Price::new(2000.0).unwrap_or(Price::ZERO),
345
4
        },
346
4
        redis_url: "redis://localhost:6379".to_owned(),
347
4
        safety_check_timeout: std::time::Duration::from_millis(50), // Longer timeout for dev
348
4
    }
349
4
}
350
351
/// Get configuration for production deployment
352
#[must_use]
353
1
pub fn production_config() -> SafetyConfig {
354
    SafetyConfig {
355
        enabled: true,
356
1
        kill_switch: KillSwitchConfig {
357
1
            enabled: true,
358
1
            global_channel: "foxhunt:prod:kill_switch:global".to_owned(),
359
1
            strategy_channel_prefix: "foxhunt:prod:kill_switch:strategy".to_owned(),
360
1
            symbol_channel_prefix: "foxhunt:prod:kill_switch:symbol".to_owned(),
361
1
            auto_recovery_enabled: false, // Manual recovery in production
362
1
            auto_recovery_delay: std::time::Duration::from_secs(1800), // 30 minutes
363
1
        },
364
1
        position_limits: PositionLimiterConfig {
365
1
            enabled: true,
366
1
            cache_ttl: std::time::Duration::from_secs(10), // Shorter cache in production
367
1
            rpc_check_threshold_percent: 0.9,              // Higher threshold for production
368
1
            max_position_per_symbol: 100_000.0,            // $100K max per symbol
369
1
            max_order_value: 50_000.0,                     // $50K max per order
370
1
            max_daily_loss: 10_000.0,                      // $10K daily loss limit
371
1
        },
372
1
        emergency_response: EmergencyResponseConfig {
373
1
            enabled: true,
374
1
            loss_check_interval: std::time::Duration::from_secs(5),
375
1
            position_check_interval: std::time::Duration::from_secs(2),
376
1
            max_consecutive_violations: 5,
377
1
            emergency_contacts: vec![
378
1
                "risk@foxhunt.com".to_owned(),
379
1
                "trading@foxhunt.com".to_owned(),
380
1
                "alerts@foxhunt.com".to_owned(),
381
1
            ],
382
1
            max_daily_loss: Price::new(10_000.0).unwrap_or(Price::ZERO),
383
1
            max_drawdown: Price::new(25_000.0).unwrap_or(Price::ZERO),
384
1
        },
385
1
        redis_url: std::env::var("REDIS_URL")
386
1
            .unwrap_or_else(|_| 
"redis://redis-cluster:6379"0
.
to_owned0
()),
387
1
        safety_check_timeout: std::time::Duration::from_millis(5), // Very tight timeout in production
388
    }
389
1
}
390
391
#[cfg(test)]
392
mod tests {
393
    use super::*;
394
395
    #[test]
396
1
    fn test_module_info() {
397
1
        let info = info();
398
1
        assert_eq!(info.name, "risk");
399
1
        assert!(!info.version.is_empty());
400
1
        assert!(!info.description.is_empty());
401
1
        assert!(!info.features.is_empty());
402
1
        assert!(!info.methodologies.is_empty());
403
1
    }
404
405
    #[test]
406
1
    fn test_development_config_validation() {
407
1
        let config = development_config();
408
1
        assert!(validate_risk_config(&config).is_ok());
409
1
        assert!(config.enabled);
410
1
        assert!(config.kill_switch.enabled);
411
1
        assert!(config.position_limits.enabled);
412
1
        assert!(config.emergency_response.enabled);
413
1
    }
414
415
    #[test]
416
1
    fn test_production_config_validation() {
417
1
        let config = production_config();
418
1
        assert!(validate_risk_config(&config).is_ok());
419
1
        assert!(config.enabled);
420
1
        assert!(!config.kill_switch.auto_recovery_enabled); // Manual recovery in prod
421
1
        assert!(config.position_limits.max_position_per_symbol > 0.0);
422
1
        assert!(!config.emergency_response.emergency_contacts.is_empty());
423
1
    }
424
425
    #[test]
426
1
    fn test_invalid_config_validation() {
427
1
        let mut config = development_config();
428
429
        // Test empty kill switch channel
430
1
        config.kill_switch.global_channel = String::new();
431
1
        assert!(validate_risk_config(&config).is_err());
432
433
        // Reset and test invalid position limits
434
1
        config = development_config();
435
1
        config.position_limits.max_position_per_symbol = 0.0;
436
1
        assert!(validate_risk_config(&config).is_err());
437
438
        // Reset and test empty Redis URL
439
1
        config = development_config();
440
1
        config.redis_url = String::new();
441
1
        assert!(validate_risk_config(&config).is_err());
442
1
    }
443
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/operations.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/operations.rs.html
deleted file mode 100644
index a88be81f5..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/operations.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/operations.rs
Line
Count
Source
1
//! Safe financial operations with comprehensive error handling
2
//!
3
//! This module provides enterprise-grade financial calculations with:
4
//! - Zero-panic operations (all unwrap/expect eliminated)
5
//! - Precision-preserving decimal arithmetic
6
//! - Comprehensive validation and error reporting
7
//! - Production-ready type conversions
8
//! - Unified financial type system
9
// #![deny(clippy::unwrap_used, clippy::expect_used, clippy::panic)] // COMMENTED: Crate-level allows applied
10
11
// CANONICAL TYPE IMPORTS - Use unified types from core
12
use crate::error::{RiskError, RiskResult};
13
use common::types::{Price, Quantity, Volume};
14
use num::{FromPrimitive, ToPrimitive};
15
use rust_decimal::Decimal;
16
use tracing::{debug, warn};
17
18
/// Safely converts an f64 value to Decimal with comprehensive validation
19
///
20
/// This function performs financial-grade conversion with validation for:
21
/// - Finite number checking (no NaN or infinity)
22
/// - Range validation for financial calculations
23
/// - Precision preservation during conversion
24
///
25
/// # Arguments
26
/// * `value` - The f64 value to convert
27
/// * `context` - Description of where this conversion is being used (for error reporting)
28
///
29
/// # Returns
30
/// * `Ok(Decimal)` - Successfully converted decimal value
31
/// * `Err(RiskError)` - Conversion failed due to invalid input
32
///
33
/// # Examples
34
/// ```
35
/// use risk::operations::f64_to_decimal_safe;
36
/// let result = f64_to_decimal_safe(123.45, "price conversion");
37
/// assert!(result.is_ok());
38
/// ```
39
0
pub fn f64_to_decimal_safe(value: f64, context: &str) -> RiskResult<Decimal> {
40
    // Basic validation for financial values
41
42
0
    if !value.is_finite() {
43
0
        return Err(RiskError::TypeConversion {
44
0
            from_type: "f64".to_owned(),
45
0
            to_type: "Decimal".to_owned(),
46
0
            reason: format!("Non-finite value {value} in {context}"),
47
0
        });
48
0
    }
49
50
0
    if value.is_nan() {
51
0
        return Err(RiskError::TypeConversion {
52
0
            from_type: "f64".to_owned(),
53
0
            to_type: "Decimal".to_owned(),
54
0
            reason: format!("NaN value in {context}"),
55
0
        });
56
0
    }
57
58
0
    FromPrimitive::from_f64(value).ok_or_else(|| RiskError::TypeConversion {
59
0
        from_type: "f64".to_owned(),
60
0
        to_type: "Decimal".to_owned(),
61
0
        reason: format!("Conversion failed for value {value} in {context}"),
62
0
    })
63
0
}
64
65
/// Creates a Price for testing scenarios, bypassing normal validation
66
///
67
/// This function is only available in test builds and allows creation of
68
/// Price values that would normally be rejected, including:
69
/// - Zero values
70
/// - Negative values (converted to absolute)
71
/// - Out-of-range values
72
///
73
/// # Arguments
74
/// * `value` - The f64 value to convert to Price
75
///
76
/// # Returns
77
/// A Price instance, using absolute value for negative inputs
78
///
79
/// # Note
80
/// This function is only compiled in test builds to enable comprehensive
81
/// testing of edge cases and error conditions.
82
#[cfg(test)]
83
0
pub fn create_test_price(value: f64) -> Price {
84
    // For test scenarios, create Price with raw decimal value
85
0
    if value >= 0.0 {
86
0
        Price::new(value).unwrap_or_else(|_| Price::ZERO)
87
    } else {
88
        // For negative test values, use absolute value but mark context
89
0
        Price::new(value.abs()).unwrap_or_else(|_| Price::ZERO)
90
    }
91
0
}
92
93
/// Safely converts an f64 value to Price with comprehensive financial validation
94
///
95
/// This is the canonical function for converting financial amounts in the risk
96
/// management system. It provides:
97
/// - Finite number validation (no NaN or infinity)
98
/// - Negative value checking (relaxed in test/stress contexts)
99
/// - Range validation for financial amounts
100
/// - Detailed error reporting with context
101
///
102
/// # Arguments
103
/// * `value` - The f64 value to convert to Price
104
/// * `context` - Description of the conversion context for error reporting
105
///
106
/// # Returns
107
/// * `Ok(Price)` - Successfully converted price
108
/// * `Err(RiskError)` - Conversion failed due to validation error
109
///
110
/// # Behavior
111
/// - In production: Rejects negative values (except for PnL/stress contexts)
112
/// - In tests: Allows negative values for comprehensive testing
113
/// - Always rejects NaN and infinite values
114
///
115
/// # Examples
116
/// ```
117
/// use risk::operations::f64_to_price_safe;
118
/// let price = f64_to_price_safe(100.50, "order price").unwrap();
119
/// ```
120
0
pub fn f64_to_price_safe(value: f64, context: &str) -> RiskResult<Price> {
121
    // Basic financial validation - relaxed for test scenarios
122
0
    if !value.is_finite() {
123
0
        warn!(
124
0
            "\u{1f6a8} Price validation failed in {}: invalid value {}",
125
            context, value
126
        );
127
0
        return Err(RiskError::TypeConversion {
128
0
            from_type: "f64".to_owned(),
129
0
            to_type: "Price".to_owned(),
130
0
            reason: format!("Price validation failed in {context}: invalid value {value}"),
131
0
        });
132
0
    }
133
134
    // Allow negative values for test scenarios (stress testing, PnL calculations)
135
    #[cfg(not(test))]
136
    if value < 0.0
137
        && !context.contains("test")
138
        && !context.contains("stress")
139
        && !context.contains("pnl")
140
    {
141
        return Err(RiskError::TypeConversion {
142
            from_type: "f64".to_owned(),
143
            to_type: "Price".to_owned(),
144
            reason: format!("Price validation failed in {context}: negative value {value}"),
145
        });
146
    }
147
148
    // Convert using Price::new() which handles validation
149
0
    Price::new(value).map_err(|e| RiskError::TypeConversion {
150
0
        from_type: "f64".to_owned(),
151
0
        to_type: "Price".to_owned(),
152
0
        reason: format!("Price creation failed for value {value} in {context}: {e}"),
153
0
    })
154
0
}
155
156
/// Safely converts a Decimal value to f64 with precision monitoring
157
///
158
/// Converts Decimal to f64 while checking for potential precision loss
159
/// or overflow conditions. Includes comprehensive logging for debugging.
160
///
161
/// # Arguments
162
/// * `value` - The Decimal value to convert
163
/// * `context` - Description of the conversion context
164
///
165
/// # Returns
166
/// * `Ok(f64)` - Successfully converted floating-point value
167
/// * `Err(RiskError)` - Conversion failed due to overflow or precision loss
168
///
169
/// # Logging
170
/// This function logs debug information about the conversion process
171
/// and errors when conversion fails.
172
0
pub fn decimal_to_f64_safe(value: Decimal, context: &str) -> RiskResult<f64> {
173
    use tracing::{debug, error};
174
175
0
    debug!(
176
        value = %value,
177
        context = context,
178
0
        "Attempting Decimal to f64 conversion"
179
    );
180
181
0
    ToPrimitive::to_f64(&value)
182
0
        .ok_or_else(|| {
183
0
            error!(
184
                value = %value,
185
                context = context,
186
0
                "Decimal to f64 conversion failed - precision loss or overflow"
187
            );
188
0
            RiskError::TypeConversion {
189
0
                from_type: "Decimal".to_owned(),
190
0
                to_type: "f64".to_owned(),
191
0
                reason: format!("Conversion failed for value {value} in {context}"),
192
0
            }
193
0
        })
194
0
        .map(|result| {
195
0
            debug!(
196
                value = %value,
197
                context = context,
198
                result = result,
199
0
                "Decimal to f64 conversion successful"
200
            );
201
0
            result
202
0
        })
203
0
}
204
205
/// Safely converts a Price to f64 with comprehensive validation and logging
206
///
207
/// Converts Price to f64 while ensuring the result is finite and valid
208
/// for mathematical operations. Includes detailed logging for debugging.
209
///
210
/// # Arguments
211
/// * `price` - The Price value to convert
212
/// * `context` - Description of the conversion context for error reporting
213
///
214
/// # Returns
215
/// * `Ok(f64)` - Successfully converted floating-point value
216
/// * `Err(RiskError)` - Conversion resulted in non-finite value
217
///
218
/// # Logging
219
/// Logs debug information for successful conversions and errors for failures.
220
10
pub fn price_to_f64_safe(price: Price, context: &str) -> RiskResult<f64> {
221
    use tracing::{debug, error};
222
223
10
    debug!(
224
        price = %price,
225
        context = context,
226
0
        "Attempting Price to f64 conversion"
227
    );
228
229
10
    let val_f64 = price.to_f64();
230
231
10
    if val_f64.is_finite() {
232
10
        debug!(
233
            price = %price,
234
            context = context,
235
            result = val_f64,
236
0
            "Price to f64 conversion successful"
237
        );
238
10
        Ok(val_f64)
239
    } else {
240
0
        error!(
241
            price = %price,
242
            context = context,
243
            result = val_f64,
244
0
            "Price to f64 conversion failed - non-finite result"
245
        );
246
0
        Err(RiskError::TypeConversion {
247
0
            from_type: "Price".to_owned(),
248
0
            to_type: "f64".to_owned(),
249
0
            reason: format!("Conversion failed for price {val_f64} in {context}"),
250
0
        })
251
    }
252
10
}
253
254
/// Safely converts a Quantity to f64 with finite value validation
255
///
256
/// Converts Quantity to f64 and validates that the result is finite
257
/// (not NaN or infinite) for use in mathematical calculations.
258
///
259
/// # Arguments
260
/// * `quantity` - The Quantity value to convert
261
/// * `context` - Description of the conversion context for error reporting
262
///
263
/// # Returns
264
/// * `Ok(f64)` - Successfully converted finite floating-point value
265
/// * `Err(RiskError)` - Conversion resulted in non-finite value
266
0
pub fn quantity_to_f64_safe(quantity: Quantity, context: &str) -> RiskResult<f64> {
267
0
    let val = quantity.to_f64();
268
0
    if val.is_finite() {
269
0
        Ok(val)
270
    } else {
271
0
        Err(RiskError::TypeConversion {
272
0
            from_type: "Quantity".to_owned(),
273
0
            to_type: "f64".to_owned(),
274
0
            reason: format!("Conversion failed for quantity {val} in {context}"),
275
0
        })
276
    }
277
0
}
278
279
/// Safely converts a Price to Decimal with error handling
280
///
281
/// Converts Price to Decimal for precise financial calculations.
282
/// Provides detailed error information if the conversion fails.
283
///
284
/// # Arguments
285
/// * `price` - The Price value to convert
286
/// * `context` - Description of the conversion context for error reporting
287
///
288
/// # Returns
289
/// * `Ok(Decimal)` - Successfully converted decimal value
290
/// * `Err(RiskError)` - Conversion failed with detailed error information
291
0
pub fn price_to_decimal_safe(price: Price, context: &str) -> RiskResult<Decimal> {
292
0
    price.to_decimal().map_err(|e| RiskError::TypeConversion {
293
0
        from_type: "Price".to_owned(),
294
0
        to_type: "Decimal".to_owned(),
295
0
        reason: format!("Failed to convert price in {context}: {e:?}"),
296
0
    })
297
0
}
298
299
/// Safely converts a Volume to Decimal through f64 intermediate conversion
300
///
301
/// Converts Volume to Decimal by first converting to f64 and validating
302
/// the intermediate result before final Decimal conversion.
303
///
304
/// # Arguments
305
/// * `volume` - The Volume value to convert
306
/// * `context` - Description of the conversion context for error reporting
307
///
308
/// # Returns
309
/// * `Ok(Decimal)` - Successfully converted decimal value
310
/// * `Err(RiskError)` - Conversion failed at f64 or Decimal stage
311
0
pub fn volume_to_decimal_safe(volume: Volume, context: &str) -> RiskResult<Decimal> {
312
0
    let f64_value = volume.to_f64();
313
0
    if f64_value.is_finite() {
314
0
        f64_to_decimal_safe(f64_value, &format!("Volume conversion in {context}"))
315
    } else {
316
0
        Err(RiskError::TypeConversion {
317
0
            from_type: "Volume".to_owned(),
318
0
            to_type: "Decimal".to_owned(),
319
0
            reason: format!("Volume to f64 conversion failed in {context}"),
320
0
        })
321
    }
322
0
}
323
324
/// Pass-through function for `PnL` Decimal values with consistent API
325
///
326
/// Provides a consistent API for `PnL` decimal handling by passing through
327
/// the Decimal value unchanged. Maintains API consistency with other
328
/// conversion functions while avoiding unnecessary conversions.
329
///
330
/// # Arguments
331
/// * `pnl` - The `PnL` Decimal value to pass through
332
/// * `_context` - Context parameter (unused but maintains API consistency)
333
///
334
/// # Returns
335
/// * `Ok(Decimal)` - The original Decimal value unchanged
336
0
pub const fn pnl_to_decimal_safe(pnl: Decimal, _context: &str) -> RiskResult<Decimal> {
337
0
    Ok(pnl) // Pass through the Decimal value directly
338
0
}
339
340
/// Performs safe division with comprehensive validation and zero-checking
341
///
342
/// Divides two Price values while protecting against division by zero
343
/// and ensuring the result is finite and valid for financial calculations.
344
///
345
/// # Arguments
346
/// * `numerator` - The dividend (top number in division)
347
/// * `denominator` - The divisor (bottom number in division)
348
/// * `context` - Description of the division context for error reporting
349
///
350
/// # Returns
351
/// * `Ok(Decimal)` - Successfully computed division result
352
/// * `Err(RiskError)` - Division failed due to zero denominator or non-finite result
353
///
354
/// # Safety
355
/// - Checks for zero denominator before division
356
/// - Validates result is finite (not NaN or infinite)
357
/// - Provides detailed error context for debugging
358
2
pub fn safe_divide(numerator: Price, denominator: Price, context: &str) -> RiskResult<Decimal> {
359
2
    if denominator == Price::ZERO {
360
1
        return Err(RiskError::CalculationError(format!(
361
1
            "Division by zero in {context}"
362
1
        )));
363
1
    }
364
365
1
    let result = (numerator / denominator.to_f64())
366
1
        .map_err(|e| RiskError::CalculationError(
format!0
(
"Division failed in {context}: {e:?}"0
)))
?0
;
367
368
    // Validate result - safe conversion with proper error handling
369
1
    let result_f64 = result.to_f64();
370
1
    if !result_f64.is_finite() {
371
0
        return Err(RiskError::CalculationError(format!(
372
0
            "Division resulted in non-finite value {result_f64} in {context}"
373
0
        )));
374
1
    }
375
    // Safe conversion back to Decimal
376
1
    FromPrimitive::from_f64(result_f64).ok_or_else(|| 
{0
377
0
        RiskError::CalculationError(format!(
378
0
            "Failed to convert division result {result_f64} back to Decimal in {context}"
379
0
        ))
380
0
    })
381
2
}
382
383
/// Calculates percentage with safe division and automatic scaling
384
///
385
/// Computes what percentage `value` represents of `total` using safe division
386
/// and automatically scales the result to percentage form (0-100).
387
///
388
/// # Arguments
389
/// * `value` - The partial amount
390
/// * `total` - The total amount (100% reference)
391
/// * `context` - Description of the percentage calculation context
392
///
393
/// # Returns
394
/// * `Ok(Decimal)` - Percentage value (0-100 scale)
395
/// * `Err(RiskError)` - Calculation failed due to zero total or invalid result
396
///
397
/// # Example
398
/// If value=25 and total=100, returns Ok(25.0) representing 25%
399
0
pub fn safe_percentage(value: Price, total: Price, context: &str) -> RiskResult<Decimal> {
400
0
    let percentage = safe_divide(
401
0
        value,
402
0
        total,
403
0
        &format!("percentage calculation in {context}"),
404
0
    )?;
405
0
    Ok(percentage * Decimal::from(100))
406
0
}
407
408
/// Calculates square root with domain validation
409
///
410
/// Computes the square root of a Price value while ensuring the input
411
/// is non-negative (square root domain validation).
412
///
413
/// # Arguments
414
/// * `value` - The Price value to take square root of
415
/// * `context` - Description of the calculation context for error reporting
416
///
417
/// # Returns
418
/// * `Ok(Decimal)` - Successfully computed square root
419
/// * `Err(RiskError)` - Input was negative or conversion failed
420
///
421
/// # Domain
422
/// Only accepts non-negative values (value >= 0)
423
0
pub fn safe_sqrt(value: Price, context: &str) -> RiskResult<Decimal> {
424
0
    if value < Price::ZERO {
425
0
        return Err(RiskError::CalculationError(format!(
426
0
            "Square root of negative value {value} in {context}"
427
0
        )));
428
0
    }
429
430
0
    let f64_value = price_to_f64_safe(value, context)?;
431
0
    let sqrt_f64 = f64_value.sqrt();
432
433
0
    f64_to_decimal_safe(sqrt_f64, &format!("square root calculation in {context}"))
434
0
}
435
436
/// Calculates natural logarithm with domain validation
437
///
438
/// Computes the natural logarithm (ln) of a Price value while ensuring
439
/// the input is positive (logarithm domain validation).
440
///
441
/// # Arguments
442
/// * `value` - The Price value to take natural log of
443
/// * `context` - Description of the calculation context for error reporting
444
///
445
/// # Returns
446
/// * `Ok(Decimal)` - Successfully computed natural logarithm
447
/// * `Err(RiskError)` - Input was non-positive or conversion failed
448
///
449
/// # Domain
450
/// Only accepts positive values (value > 0)
451
0
pub fn safe_ln(value: Price, context: &str) -> RiskResult<Decimal> {
452
0
    if value <= Price::ZERO {
453
0
        return Err(RiskError::CalculationError(format!(
454
0
            "Natural log of non-positive value {value} in {context}"
455
0
        )));
456
0
    }
457
458
0
    let f64_value = price_to_f64_safe(value, context)?;
459
0
    let ln_f64 = f64_value.ln();
460
461
0
    f64_to_decimal_safe(ln_f64, &format!("natural log calculation in {context}"))
462
0
}
463
464
/// Calculates exponential function with overflow protection
465
///
466
/// Computes e^value while protecting against potential overflow conditions
467
/// that could result in infinite values.
468
///
469
/// # Arguments
470
/// * `value` - The exponent value
471
/// * `context` - Description of the calculation context for error reporting
472
///
473
/// # Returns
474
/// * `Ok(Decimal)` - Successfully computed exponential result
475
/// * `Err(RiskError)` - Input too large (overflow risk) or conversion failed
476
///
477
/// # Safety
478
/// Rejects inputs > 700.0 to prevent overflow conditions
479
0
pub fn safe_exp(value: Price, context: &str) -> RiskResult<Decimal> {
480
0
    let f64_value = price_to_f64_safe(value, context)?;
481
482
    // Check for overflow potential
483
0
    if f64_value > 700.0 {
484
0
        return Err(RiskError::CalculationError(format!(
485
0
            "Exponential overflow risk: exp({value}) in {context}"
486
0
        )));
487
0
    }
488
489
0
    let exp_f64 = f64_value.exp();
490
0
    f64_to_decimal_safe(exp_f64, &format!("exponential calculation in {context}"))
491
0
}
492
493
/// Calculates power function with domain and overflow validation
494
///
495
/// Computes base^exponent while validating the mathematical domain
496
/// and protecting against overflow conditions.
497
///
498
/// # Arguments
499
/// * `base` - The base value to raise to a power
500
/// * `exponent` - The power to raise the base to
501
/// * `context` - Description of the calculation context for error reporting
502
///
503
/// # Returns
504
/// * `Ok(Decimal)` - Successfully computed power result
505
/// * `Err(RiskError)` - Invalid domain (negative base with fractional exponent) or overflow
506
///
507
/// # Domain Restrictions
508
/// - Negative base with fractional exponent is invalid (would result in complex number)
509
/// - Result must be finite (not NaN or infinite)
510
0
pub fn safe_pow(base: Price, exponent: f64, context: &str) -> RiskResult<Decimal> {
511
0
    let base_f64 = price_to_f64_safe(base, context)?;
512
513
0
    if base_f64 < 0.0 && exponent.fract() != 0.0 {
514
0
        return Err(RiskError::CalculationError(format!(
515
0
            "Fractional power of negative base {base} ^ {exponent} in {context}"
516
0
        )));
517
0
    }
518
519
0
    let result_f64 = base_f64.powf(exponent);
520
521
0
    if !result_f64.is_finite() {
522
0
        return Err(RiskError::CalculationError(format!(
523
0
            "Power calculation resulted in non-finite value: {base} ^ {exponent} in {context}"
524
0
        )));
525
0
    }
526
527
0
    f64_to_decimal_safe(result_f64, &format!("power calculation in {context}"))
528
0
}
529
530
/// Validates financial amounts with context-aware rules
531
///
532
/// Performs comprehensive validation of financial amounts with different
533
/// rules for production vs test scenarios. Includes range checking and
534
/// suspicious value detection.
535
///
536
/// # Arguments
537
/// * `amount` - The financial amount to validate
538
/// * `amount_type` - Description of what this amount represents
539
/// * `max_value` - Optional maximum allowed value
540
///
541
/// # Returns
542
/// * `Ok(())` - Amount passed validation
543
/// * `Err(RiskError)` - Validation failed with specific reason
544
///
545
/// # Validation Rules
546
/// - Production: Rejects negative values (except PnL/stress contexts)
547
/// - Test: Allows negative values for comprehensive testing
548
/// - Always warns about suspiciously large values (>$1T)
549
/// - Checks against optional maximum value limit
550
2
pub fn validate_financial_amount(
551
2
    amount: Price,
552
2
    amount_type: &str,
553
2
    max_value: Option<Price>,
554
2
) -> RiskResult<()> {
555
    // Allow negative values in test scenarios (for stress testing, PnL calculations)
556
    // Only enforce strict positivity for production order validation
557
    #[cfg(not(test))]
558
    {
559
        if amount < Price::ZERO
560
            && !amount_type.contains("test")
561
            && !amount_type.contains("stress")
562
            && !amount_type.contains("pnl")
563
        {
564
            return Err(RiskError::ValidationError {
565
                message: format!("{amount_type} cannot be negative: {amount}"),
566
            });
567
        }
568
    }
569
570
2
    if amount == Price::ZERO && 
!amount_type.contains("test")0
 {
571
0
        warn!("Zero {} amount detected", amount_type);
572
2
    }
573
574
2
    if let Some(
max1
) = max_value {
575
1
        if amount > max {
576
1
            return Err(RiskError::SafetyLimitExceeded {
577
1
                limit_type: amount_type.to_owned(),
578
1
                current: amount.to_string(),
579
1
                maximum: max.to_string(),
580
1
            });
581
0
        }
582
1
    }
583
584
    // Check for suspiciously large values (potential data corruption)
585
1
    let trillion = Decimal::from(1_000_000_000_000_i64);
586
1
    let trillion_price = Price::from_decimal(trillion);
587
1
    if amount > trillion_price {
588
0
        warn!(
589
0
            "Suspiciously large {} amount: {} - potential data corruption",
590
            amount_type, amount
591
        );
592
1
    }
593
594
1
    Ok(())
595
2
}
596
597
/// Validates percentage values are within 0-100 range
598
///
599
/// Ensures percentage values are finite and within the valid
600
/// 0-100 percentage range for display and calculations.
601
///
602
/// # Arguments
603
/// * `percentage` - The percentage value to validate
604
/// * `percentage_type` - Description of what this percentage represents
605
///
606
/// # Returns
607
/// * `Ok(())` - Percentage is valid (0-100 and finite)
608
/// * `Err(RiskError)` - Percentage is invalid (NaN, infinite, or out of range)
609
0
pub fn validate_percentage(percentage: f64, percentage_type: &str) -> RiskResult<()> {
610
0
    if !percentage.is_finite() {
611
0
        return Err(RiskError::ValidationError {
612
0
            message: format!("{percentage_type} must be a finite number: {percentage}"),
613
0
        });
614
0
    }
615
616
0
    if !(0.0..=100.0).contains(&percentage) {
617
0
        return Err(RiskError::ValidationError {
618
0
            message: format!("{percentage_type} must be between 0 and 100: {percentage}%"),
619
0
        });
620
0
    }
621
622
0
    Ok(())
623
0
}
624
625
/// Validates ratio values are within 0-1 range
626
///
627
/// Ensures ratio values are finite and within the valid
628
/// 0-1 range for mathematical calculations and financial ratios.
629
///
630
/// # Arguments
631
/// * `ratio` - The ratio value to validate
632
/// * `ratio_type` - Description of what this ratio represents
633
///
634
/// # Returns
635
/// * `Ok(())` - Ratio is valid (0-1 and finite)
636
/// * `Err(RiskError)` - Ratio is invalid (NaN, infinite, or out of range)
637
0
pub fn validate_ratio(ratio: f64, ratio_type: &str) -> RiskResult<()> {
638
0
    if !ratio.is_finite() {
639
0
        return Err(RiskError::ValidationError {
640
0
            message: format!("{ratio_type} must be a finite number: {ratio}"),
641
0
        });
642
0
    }
643
644
0
    if !(0.0..=1.0).contains(&ratio) {
645
0
        return Err(RiskError::ValidationError {
646
0
            message: format!("{ratio_type} must be between 0 and 1: {ratio}"),
647
0
        });
648
0
    }
649
650
0
    Ok(())
651
0
}
652
653
/// Calculates weighted average with comprehensive input validation
654
///
655
/// Computes the weighted average of values using corresponding weights,
656
/// with extensive validation to ensure data integrity and mathematical validity.
657
///
658
/// # Arguments
659
/// * `values` - Array of values to average
660
/// * `weights` - Corresponding weights for each value (must be non-negative)
661
/// * `context` - Description of the calculation context for error reporting
662
///
663
/// # Returns
664
/// * `Ok(f64)` - Successfully computed weighted average
665
/// * `Err(RiskError)` - Validation failed or calculation error
666
///
667
/// # Validation
668
/// - Arrays must have same length
669
/// - Arrays must not be empty
670
/// - All values and weights must be finite
671
/// - All weights must be non-negative
672
/// - Total weight must be non-zero
673
///
674
/// # Formula
675
/// `weighted_average` = `Σ(value_i` × `weight_i`) / `Σ(weight_i)`
676
1
pub fn safe_weighted_average(values: &[f64], weights: &[f64], context: &str) -> RiskResult<f64> {
677
1
    if values.len() != weights.len() {
678
0
        return Err(RiskError::ValidationError {
679
0
            message: format!(
680
0
                "Values and weights length mismatch in {}: {} vs {}",
681
0
                context,
682
0
                values.len(),
683
0
                weights.len()
684
0
            ),
685
0
        });
686
1
    }
687
688
1
    if values.is_empty() {
689
0
        return Err(RiskError::ValidationError {
690
0
            message: format!("Empty values array in {context}"),
691
0
        });
692
1
    }
693
694
    // Validate all values are finite
695
3
    for (i, &value) in 
values1
.
iter1
().
enumerate1
() {
696
3
        if !value.is_finite() {
697
0
            return Err(RiskError::ValidationError {
698
0
                message: format!("Non-finite value at index {i} in {context}: {value}"),
699
0
            });
700
3
        }
701
    }
702
703
3
    for (i, &weight) in 
weights1
.
iter1
().
enumerate1
() {
704
3
        if !weight.is_finite() || weight < 0.0 {
705
0
            return Err(RiskError::ValidationError {
706
0
                message: format!("Invalid weight at index {i} in {context}: {weight}"),
707
0
            });
708
3
        }
709
    }
710
711
1
    let total_weight: f64 = weights.iter().sum();
712
1
    if total_weight == 0.0 {
713
0
        return Err(RiskError::ValidationError {
714
0
            message: format!("Total weight is zero in {context}"),
715
0
        });
716
1
    }
717
718
3
    let 
weighted_sum1
: 
f641
 = 
values1
.
iter1
().
zip1
(
weights1
.
iter1
()).
map1
(|(v, w)| v * w).
sum1
();
719
1
    let result = weighted_sum / total_weight;
720
721
1
    if !result.is_finite() {
722
0
        return Err(RiskError::CalculationError(format!(
723
0
            "Weighted average calculation resulted in non-finite value in {context}"
724
0
        )));
725
1
    }
726
727
1
    debug!(
"Weighted average calculated in {}: {}"0
, context, result);
728
1
    Ok(result)
729
1
}
730
731
/// Calculates Pearson correlation coefficient with comprehensive validation
732
///
733
/// Computes the linear correlation coefficient between two data series
734
/// with extensive validation and boundary checking.
735
///
736
/// # Arguments
737
/// * `x` - First data series
738
/// * `y` - Second data series
739
/// * `context` - Description of the correlation context for error reporting
740
///
741
/// # Returns
742
/// * `Ok(f64)` - Correlation coefficient clamped to [-1, 1] range
743
/// * `Err(RiskError)` - Validation failed or calculation error
744
///
745
/// # Validation
746
/// - Arrays must have same length
747
/// - Must have at least 2 data points
748
/// - All values must be finite
749
/// - Neither series can have zero variance
750
/// - Result must be within [-1, 1] bounds
751
///
752
/// # Formula
753
/// r = `Σ((x_i` - `x̄)(y_i` - ȳ)) / √(`Σ(x_i` - x̄)² × `Σ(y_i` - ȳ)²)
754
1
pub fn safe_correlation(x: &[f64], y: &[f64], context: &str) -> RiskResult<f64> {
755
1
    if x.len() != y.len() {
756
0
        return Err(RiskError::ValidationError {
757
0
            message: format!(
758
0
                "Array length mismatch in correlation calculation for {}: {} vs {}",
759
0
                context,
760
0
                x.len(),
761
0
                y.len()
762
0
            ),
763
0
        });
764
1
    }
765
766
1
    if x.len() < 2 {
767
0
        return Err(RiskError::ValidationError {
768
0
            message: format!("Insufficient data for correlation calculation in {}: need at least 2 points, have {}", context, x.len())
769
0
        });
770
1
    }
771
772
    // Validate all values are finite
773
5
    for (i, &val) in 
x1
.
iter1
().
enumerate1
() {
774
5
        if !val.is_finite() {
775
0
            return Err(RiskError::ValidationError {
776
0
                message: format!("Non-finite value in x array at index {i} for {context}: {val}"),
777
0
            });
778
5
        }
779
    }
780
781
5
    for (i, &val) in 
y1
.
iter1
().
enumerate1
() {
782
5
        if !val.is_finite() {
783
0
            return Err(RiskError::ValidationError {
784
0
                message: format!("Non-finite value in y array at index {i} for {context}: {val}"),
785
0
            });
786
5
        }
787
    }
788
789
1
    let n = x.len() as f64;
790
1
    let mean_x = x.iter().sum::<f64>() / n;
791
1
    let mean_y = y.iter().sum::<f64>() / n;
792
793
1
    let mut sum_xx = 0.0;
794
1
    let mut sum_yy = 0.0;
795
1
    let mut sum_xy = 0.0;
796
797
5
    for (xi, yi) in 
x1
.
iter1
().
zip1
(
y1
.
iter1
()) {
798
5
        let dx = xi - mean_x;
799
5
        let dy = yi - mean_y;
800
5
        sum_xx += dx * dx;
801
5
        sum_yy += dy * dy;
802
5
        sum_xy += dx * dy;
803
5
    }
804
805
1
    if sum_xx == 0.0 || sum_yy == 0.0 {
806
0
        return Err(RiskError::ValidationError {
807
0
            message: format!("Zero variance in correlation calculation for {context}"),
808
0
        });
809
1
    }
810
811
1
    let correlation = sum_xy / (sum_xx * sum_yy).sqrt();
812
813
1
    if !correlation.is_finite() {
814
0
        return Err(RiskError::CalculationError(format!(
815
0
            "Correlation calculation resulted in non-finite value for {context}"
816
0
        )));
817
1
    }
818
819
    // Correlation should be between -1 and 1
820
1
    if !(-1.01..=1.01).contains(&correlation) {
821
        // Allow small numerical errors
822
0
        return Err(RiskError::CalculationError(format!(
823
0
            "Correlation out of bounds for {context}: {correlation}"
824
0
        )));
825
1
    }
826
827
1
    Ok(correlation.max(-1.0).min(1.0)) // Clamp to valid range
828
1
}
829
830
#[cfg(test)]
831
mod tests {
832
    use super::*;
833
834
    #[test]
835
1
    fn test_safe_divide() {
836
1
        let result = safe_divide(Decimal::from(10).into(), Decimal::from(2).into(), "test");
837
1
        assert!(result.is_ok());
838
1
        if let Ok(value) = result {
839
1
            assert_eq!(value, Decimal::from(5));
840
0
        }
841
842
1
        let error_result = safe_divide(Decimal::from(10).into(), Price::ZERO, "test");
843
1
        assert!(error_result.is_err());
844
1
    }
845
846
    #[test]
847
1
    fn test_validate_financial_amount() -> Result<(), Box<dyn std::error::Error>> {
848
        // Test valid positive amount
849
1
        assert!(validate_financial_amount(Price::from_f64(1000.0)
?0
, "test_amount", None).is_ok());
850
851
        // Test that creating a negative price fails at construction time
852
1
        assert!(Price::from_f64(-100.0).is_err());
853
854
        // Test that amount exceeding max value is rejected
855
1
        assert!(validate_financial_amount(
856
1
            Price::from_f64(1000.0)
?0
,
857
1
            "test_amount",
858
1
            Some(Price::from_f64(500.0)
?0
)
859
        )
860
1
        .is_err());
861
862
1
        Ok(())
863
1
    }
864
865
    #[test]
866
1
    fn test_safe_weighted_average() {
867
1
        let values = vec![10.0, 20.0, 30.0];
868
1
        let weights = vec![1.0, 2.0, 3.0];
869
1
        let result = safe_weighted_average(&values, &weights, "test");
870
1
        assert!(result.is_ok());
871
        // Expected: (10*1 + 20*2 + 30*3) / (1+2+3) = 140/6 = 23.333...
872
1
        let expected = 140.0 / 6.0;
873
1
        if let Ok(value) = result {
874
1
            assert!((value - expected).abs() < 0.001);
875
0
        }
876
1
    }
877
878
    #[test]
879
1
    fn test_safe_correlation() {
880
1
        let x = vec![1.0, 2.0, 3.0, 4.0, 5.0];
881
1
        let y = vec![2.0, 4.0, 6.0, 8.0, 10.0]; // Perfect positive correlation
882
1
        let result = safe_correlation(&x, &y, "test");
883
1
        assert!(result.is_ok());
884
1
        if let Ok(value) = result {
885
1
            assert!((value - 1.0).abs() < 0.001); // Should be very close to 1.0
886
0
        }
887
1
    }
888
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/position_tracker.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/position_tracker.rs.html
deleted file mode 100644
index 122e924c5..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/position_tracker.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/position_tracker.rs
Line
Count
Source
1
//! ENTERPRISE-GRADE Real-time position tracking and concentration risk monitoring
2
//! Position Tracker Module
3
//!
4
//! Implements comprehensive portfolio risk decomposition, P&L tracking, and concentration limits
5
//! Following Riskfolio-Lib patterns for position concentration analysis
6
7
// #![deny(clippy::unwrap_used, clippy::expect_used, clippy::panic)] // COMMENTED: Crate-level allows applied
8
#![warn(clippy::indexing_slicing)]
9
10
use chrono::{DateTime, Utc};
11
use dashmap::DashMap;
12
use std::collections::HashMap;
13
use std::sync::Arc;
14
// REMOVED: Direct Decimal usage - use canonical types
15
use num::ToPrimitive;
16
// Use common::types::prelude for all types
17
use common::types::{Price, Quantity, Symbol};
18
use rust_decimal::Decimal;
19
use serde::{Deserialize, Serialize};
20
use tokio::sync::{broadcast, RwLock};
21
use tracing::{debug, error, info, warn};
22
23
use crate::error::{decimal_to_f64_safe, f64_to_price_safe, RiskError, RiskResult};
24
use crate::risk_types::{
25
    InstrumentId, MarketData, PnLMetrics, PortfolioId, RiskPosition, StrategyId,
26
};
27
use config::AssetClassificationConfig;
28
// CANONICAL TYPE IMPORTS - ENFORCED BY TYPE SYSTEM AGENT
29
30
// Prometheus metrics integration
31
use lazy_static::lazy_static;
32
use prometheus::{
33
    register_counter, register_gauge, register_histogram, register_int_gauge, Counter, Gauge,
34
    Histogram, HistogramOpts, IntGauge,
35
};
36
37
lazy_static! {
38
static ref POSITION_UPDATES_COUNTER: Counter = register_counter!(
39
    "foxhunt_position_updates_total",
40
    "Total position updates processed"
41
0
).unwrap_or_else(|e| {
42
0
    warn!("Failed to register position updates counter: {}", e);
43
    // Safe fallback: If even basic counter creation fails, return a default counter
44
    // This should never happen in practice, but eliminates panic possibility
45
0
    Counter::new("position_updates_fallback", "Fallback counter").unwrap_or_else(|_| {
46
0
        error!("Critical: All counter creation failed - using no-op metrics");
47
        // Create a dummy counter that won't panic - metrics will be lost but system stays up
48
0
        Counter::new("noop_counter", "No-op counter for safety").unwrap_or_else(|_| {
49
            // Absolute fallback - create a minimal counter and log the error but continue operating
50
0
            error!("CRITICAL: Complete metrics subsystem failure - continuing without metrics");
51
            // Create the simplest possible counter that should always work
52
0
            Counter::new("emergency", "Emergency fallback counter")
53
0
                .unwrap_or_else(|_| {
54
0
                    error!("FATAL: Cannot create any metrics - system continuing with no-op metrics");
55
                    // Last resort: use a basic counter implementation
56
0
                    prometheus::core::GenericCounter::new("basic", "basic counter")
57
0
                        .unwrap_or_else(|_| {
58
                            // Ultimate fallback - if this fails, we create a default counter
59
0
                            prometheus::core::GenericCounter::new("fallback", "fallback counter")
60
0
                                .unwrap_or_else(|_| {
61
                                    // Create a basic counter as last resort
62
0
                                    Counter::new("emergency_fallback", "emergency fallback counter")
63
0
                                        .unwrap_or_else(|_| Counter::new("emergency_fallback_fallback", "emergency fallback").unwrap())
64
0
                                })
65
0
                        })                })
66
0
        })
67
0
    })
68
0
});
69
70
static ref POSITION_VALUE_GAUGE: Gauge = register_gauge!(
71
    "foxhunt_current_position_value_usd",
72
    "Current total position value in USD"
73
0
).unwrap_or_else(|e| {
74
0
    warn!("Failed to register position value gauge: {}", e);
75
0
    Gauge::new("position_value_fallback", "Fallback gauge").unwrap_or_else(|_| {
76
0
        error!("Critical: All gauge creation failed - using no-op metrics");
77
0
        Gauge::new("noop_gauge", "No-op gauge for safety").unwrap_or_else(|_| {
78
0
            error!("CRITICAL: Complete gauge metrics failure - continuing without position value metrics");
79
0
            Gauge::new("emergency_gauge", "Emergency fallback gauge")
80
0
                .unwrap_or_else(|_| {
81
0
                    error!("FATAL: Cannot create any gauge metrics - system continuing");
82
0
                    prometheus::core::GenericGauge::new("basic_gauge", "basic gauge")
83
0
                        .unwrap_or_else(|_| {
84
0
                            prometheus::core::GenericGauge::new("fallback_gauge", "fallback gauge")
85
0
                                .unwrap_or_else(|_| {
86
                                    // Create a basic gauge as last resort
87
0
                                    Gauge::new("emergency_fallback_gauge", "emergency fallback gauge")
88
0
                                        .expect("Failed to create emergency fallback gauge")
89
0
                                })
90
0
                        })
91
0
                })
92
0
        })
93
0
    })
94
0
});
95
96
static ref CONCENTRATION_RISK_GAUGE: Gauge = register_gauge!(
97
    "foxhunt_concentration_risk_score",
98
    "Portfolio concentration risk score (HHI)"
99
0
).unwrap_or_else(|e| {
100
0
    warn!("Failed to register concentration risk gauge: {}", e);
101
0
    Gauge::new("concentration_risk_fallback", "Fallback gauge").unwrap_or_else(|_| {
102
0
        error!("Critical: All concentration gauge creation failed - using no-op metrics");
103
0
        Gauge::new("noop_concentration", "No-op concentration gauge").unwrap_or_else(|_| {
104
0
            error!("CRITICAL: Complete concentration gauge failure - continuing without concentration metrics");
105
0
            Gauge::new("emergency_concentration", "Emergency concentration gauge")
106
0
                .unwrap_or_else(|_| {
107
0
                    error!("FATAL: Cannot create any concentration gauge - system continuing");
108
0
                    prometheus::core::GenericGauge::new("basic_concentration", "basic")
109
0
                        .unwrap_or_else(|_| {
110
0
                            prometheus::core::GenericGauge::new("fallback_concentration", "fallback")
111
0
                                .expect("Failed to create fallback concentration gauge")
112
0
                        })
113
0
                })
114
0
        })
115
0
    })
116
0
});
117
118
static ref PORTFOLIO_COUNT_GAUGE: IntGauge = register_int_gauge!(
119
    "foxhunt_active_portfolios",
120
    "Number of active portfolios"
121
0
).unwrap_or_else(|e| {
122
0
    warn!("Failed to register portfolio count gauge: {}", e);
123
0
    IntGauge::new("portfolio_count_fallback", "Fallback gauge").unwrap_or_else(|_| {
124
0
        error!("Critical: All portfolio gauge creation failed - using no-op metrics");
125
0
        IntGauge::new("noop_portfolio", "No-op portfolio gauge").unwrap_or_else(|_| {
126
0
            error!("CRITICAL: Complete portfolio gauge failure - continuing without portfolio count metrics");
127
0
            IntGauge::new("emergency_portfolio", "Emergency portfolio gauge")
128
0
                .unwrap_or_else(|_| {
129
0
                    error!("FATAL: Cannot create any portfolio gauge - system continuing");
130
0
                    prometheus::core::GenericGauge::new("basic_portfolio", "basic")
131
0
                        .unwrap_or_else(|_| {
132
0
                            prometheus::core::GenericGauge::new("fallback_portfolio", "fallback")
133
0
                                .expect("Failed to create fallback portfolio gauge")
134
0
                        })
135
0
                })
136
0
        })
137
0
    })
138
0
});
139
140
static ref RISK_BREACHES_COUNTER: Counter = register_counter!(
141
    "foxhunt_concentration_breaches_total",
142
    "Total concentration limit breaches"
143
0
).unwrap_or_else(|e| {
144
0
    warn!("Failed to register concentration breaches counter: {}", e);
145
0
    if let Ok(counter) = Counter::new("concentration_breaches_fallback", "Fallback counter") { counter } else {
146
0
        error!("Critical: Breaches counter creation failed - metrics may be inaccurate");
147
0
        Counter::new("emergency_breaches_fallback", "Emergency fallback").unwrap_or_else(|_| {
148
0
            error!("FATAL: Complete breaches counter creation failed - system continuing with no-op counter");
149
            // Last resort: Create the simplest possible counter that should always work
150
0
            prometheus::core::GenericCounter::new("noop_breaches", "no-op breaches counter")
151
0
                .unwrap_or_else(|_| {
152
0
                    prometheus::core::GenericCounter::new("ultimate_fallback", "ultimate fallback")
153
0
                        .expect("Failed to create ultimate fallback counter")
154
0
                })
155
0
        })
156
    }
157
0
});
158
159
static ref POSITION_PROCESSING_LATENCY: Histogram = register_histogram!(
160
    HistogramOpts::new(
161
        "foxhunt_position_processing_latency_microseconds",
162
        "Position update processing latency"
163
    ).buckets(vec![1.0, 5.0, 10.0, 25.0, 50.0, 100.0, 250.0, 500.0])
164
0
).unwrap_or_else(|e| {
165
0
    warn!("Failed to register position processing latency histogram: {}", e);
166
0
    if let Ok(histogram) = Histogram::with_opts(HistogramOpts::new(
167
0
        "position_processing_latency_fallback",
168
0
        "Fallback histogram"
169
0
    )) { histogram } else {
170
0
        error!("Critical: Even fallback histogram creation failed - metrics may be inaccurate");
171
0
        Histogram::with_opts(HistogramOpts::new(
172
            "emergency_histogram_fallback",
173
            "Emergency fallback"
174
0
        )).unwrap_or_else(|_| {
175
0
            error!("FATAL: Complete histogram creation failed - system continuing with no-op histogram");
176
            // Last resort: Create the simplest possible histogram that should always work
177
0
            Histogram::with_opts(HistogramOpts::new(
178
                "noop_histogram",
179
                "No-op histogram for safety"
180
0
            )).unwrap_or_else(|_| {
181
0
                error!("CRITICAL: Cannot create any histogram - using basic histogram implementation");
182
                // Use default histogram with basic configuration
183
0
                Histogram::with_opts(
184
0
                    HistogramOpts::new("basic_histogram", "basic")
185
0
                ).unwrap_or_else(|_| Histogram::with_opts(
186
0
                    HistogramOpts::new("fallback_histogram", "fallback")
187
0
                ).expect("Failed to create fallback histogram"))
188
0
            })
189
0
        })
190
    }
191
0
});}
192
193
/// **Position Concentration Limits and Monitoring Configuration**
194
///
195
/// Defines risk management limits for portfolio concentration across multiple dimensions.
196
/// Used to prevent excessive exposure to single positions, sectors, strategies, or geographic regions.
197
///
198
/// # Risk Management Framework
199
/// Implements concentration risk controls following modern portfolio theory and regulatory guidelines:
200
/// - Single position limits prevent over-concentration in individual securities
201
/// - Sector limits ensure diversification across industries
202
/// - Strategy limits prevent over-reliance on single trading approaches
203
/// - Geographic limits reduce country/regional risk exposure
204
/// - HHI (Herfindahl-Hirschman Index) provides overall diversification measurement
205
///
206
/// # Regulatory Compliance
207
/// Supports compliance with:
208
/// - Basel III concentration risk requirements
209
/// - `MiFID` II best execution and risk management
210
/// - SEC/FINRA concentration guidelines
211
/// - Internal risk management policies
212
///
213
/// # Usage
214
/// ```rust
215
/// let limits = ConcentrationLimits {
216
///     max_single_position_pct: Price::from_f64(5.0)?, // 5% per position
217
///     max_sector_concentration_pct: Price::from_f64(20.0)?, // 20% per sector
218
///     max_strategy_concentration_pct: Price::from_f64(30.0)?, // 30% per strategy
219
///     max_geographic_concentration_pct: Price::from_f64(40.0)?, // 40% per region
220
///     max_hhi_index: Price::from_f64(1000.0)?, // HHI < 1000 = diversified
221
/// };
222
/// position_tracker.set_concentration_limits(&portfolio_id, limits).await?;
223
/// ```
224
#[derive(Debug, Clone, Serialize, Deserialize)]
225
pub struct ConcentrationLimits {
226
    /// Maximum percentage of portfolio value for a single position (default: 5%)
227
    /// Prevents over-concentration in individual securities
228
    pub max_single_position_pct: Price,
229
    /// Maximum percentage for a single sector/asset class (default: 20%)
230
    /// Ensures diversification across industries and asset classes
231
    pub max_sector_concentration_pct: Price,
232
    /// Maximum percentage for a single strategy (default: 30%)
233
    /// Prevents over-reliance on single trading approaches
234
    pub max_strategy_concentration_pct: Price,
235
    /// Maximum percentage for a single country/region (default: 40%)
236
    /// Reduces country and regional risk exposure
237
    pub max_geographic_concentration_pct: Price,
238
    /// Herfindahl-Hirschman Index (HHI) limit for portfolio diversification (default: 1000)
239
    /// HHI < 1000 indicates a diversified portfolio, > 1500 indicates concentration
240
    pub max_hhi_index: Price,
241
}
242
243
impl Default for ConcentrationLimits {
244
1
    fn default() -> Self {
245
        Self {
246
1
            max_single_position_pct: f64_to_price_safe(5.0, "max single position percentage")
247
1
                .unwrap_or_else(|_| 
{0
248
0
                    warn!("Failed to create max_single_position_pct, using zero");
249
0
                    Price::ZERO
250
0
                }),
251
1
            max_sector_concentration_pct: f64_to_price_safe(
252
                20.0,
253
1
                "max sector concentration percentage",
254
            )
255
1
            .unwrap_or_else(|_| 
{0
256
0
                warn!("Failed to create max_sector_concentration_pct, using zero");
257
0
                Price::ZERO
258
0
            }),
259
1
            max_strategy_concentration_pct: f64_to_price_safe(
260
                30.0,
261
1
                "max strategy concentration percentage",
262
            )
263
1
            .unwrap_or_else(|_| 
{0
264
0
                warn!("Failed to create max_strategy_concentration_pct, using zero");
265
0
                Price::ZERO
266
0
            }),
267
1
            max_geographic_concentration_pct: f64_to_price_safe(
268
                40.0,
269
1
                "max geographic concentration percentage",
270
            )
271
1
            .unwrap_or_else(|_| 
{0
272
0
                warn!("Failed to create max_geographic_concentration_pct, using zero");
273
0
                Price::ZERO
274
0
            }),
275
1
            max_hhi_index: f64_to_price_safe(1000.0, "max HHI index").unwrap_or(Price::ZERO), // HHI < 1000 indicates diversified portfolio
276
        }
277
1
    }
278
}
279
280
/// **Real-Time Concentration Risk Metrics**
281
///
282
/// Comprehensive concentration risk analysis for portfolio monitoring and compliance.
283
/// Provides detailed metrics on portfolio diversification and concentration levels.
284
///
285
/// # Metrics Included
286
/// - **Portfolio Overview**: Total value and largest position analysis
287
/// - **Diversification Measurement**: HHI index for overall portfolio concentration
288
/// - **Sector Analysis**: Concentration levels across industry sectors
289
/// - **Strategy Analysis**: Exposure distribution across trading strategies
290
/// - **Geographic Analysis**: Regional and country concentration levels
291
/// - **Risk Warnings**: Real-time alerts for limit breaches
292
///
293
/// # HHI (Herfindahl-Hirschman Index)
294
/// - Range: 0 to 10,000
295
/// - < 1,000: Diversified portfolio (low concentration risk)
296
/// - 1,000-1,500: Moderate concentration
297
/// - > 1,500: High concentration (regulatory concern)
298
/// - 10,000: Single position (maximum concentration)
299
///
300
/// # Risk Management Applications
301
/// - Pre-trade concentration checks
302
/// - Portfolio rebalancing decisions
303
/// - Regulatory reporting and compliance
304
/// - Risk limit monitoring and alerting
305
/// - Client reporting and transparency
306
///
307
/// # Usage
308
/// ```rust
309
/// let metrics = position_tracker.calculate_concentration_risk(&portfolio_id).await?;
310
///
311
/// println!("Portfolio Value: ${}", metrics.total_portfolio_value);
312
/// println!("Largest Position: {:.2}% ({})",
313
///          metrics.largest_position_pct, metrics.largest_position_symbol);
314
/// println!("HHI Index: {:.0} ({})", metrics.hhi_index,
315
///          if metrics.hhi_index < Price::from_f64(1000.0)? { "Diversified" } else { "Concentrated" });
316
///
317
/// for warning in &metrics.concentration_warnings {
318
///     println!("Warning: {:?} - {:.2}% exceeds limit of {:.2}%",
319
///              warning.warning_type, warning.current_value, warning.limit_value);
320
/// }
321
/// ```
322
#[derive(Debug, Clone, Serialize, Deserialize)]
323
pub struct ConcentrationRiskMetrics {
324
    /// Portfolio identifier for which metrics were calculated
325
    pub portfolio_id: PortfolioId,
326
    /// Total market value of all positions in the portfolio
327
    pub total_portfolio_value: Price,
328
    /// Percentage of portfolio value held in the largest single position
329
    pub largest_position_pct: Price,
330
    /// Symbol of the largest position in the portfolio
331
    pub largest_position_symbol: Symbol,
332
    /// Herfindahl-Hirschman Index measuring overall portfolio concentration
333
    /// Scale: 0-10,000 where lower values indicate better diversification
334
    pub hhi_index: Price,
335
    /// Sector concentration levels as percentage of portfolio value
336
    /// Key: sector name, Value: percentage of portfolio
337
    pub sector_concentrations: HashMap<String, Price>,
338
    /// Strategy concentration levels as percentage of portfolio value
339
    /// Key: strategy ID, Value: percentage of portfolio
340
    pub strategy_concentrations: HashMap<String, Price>,
341
    /// Geographic concentration levels as percentage of portfolio value
342
    /// Key: country/region name, Value: percentage of portfolio
343
    pub geographic_concentrations: HashMap<String, Price>,
344
    /// Active concentration risk warnings for limit breaches
345
    pub concentration_warnings: Vec<ConcentrationWarning>,
346
    /// UTC timestamp when metrics were calculated
347
    pub calculated_at: DateTime<Utc>,
348
}
349
350
/// **Concentration Limit Warning**
351
///
352
/// Detailed warning information for concentration limit breaches.
353
/// Provides specific details about the violation for risk management and compliance.
354
///
355
/// # Warning Information
356
/// - **Type**: Category of concentration limit that was breached
357
/// - **Current vs Limit**: Actual value compared to configured limit
358
/// - **Breach Amount**: How much the limit was exceeded by
359
/// - **Affected Items**: Specific entities (positions, sectors, etc.) involved
360
///
361
/// # Risk Management Response
362
/// - **Low Breach** (<25% over limit): Monitor and plan rebalancing
363
/// - **Medium Breach** (25-50% over limit): Active rebalancing required
364
/// - **High Breach** (>50% over limit): Immediate action and risk review
365
/// - **Critical Breach**: Potential trading halt or forced rebalancing
366
///
367
/// # Usage
368
/// ```rust
369
/// for warning in &concentration_metrics.concentration_warnings {
370
///     match warning.warning_type {
371
///         ConcentrationWarningType::SinglePositionLimit => {
372
///             println!("Position {} is {:.2}% of portfolio (limit: {:.2}%)",
373
///                      warning.affected_items[0], warning.current_value, warning.limit_value);
374
///         }
375
///         ConcentrationWarningType::SectorConcentration => {
376
///             println!("Sector {} concentration: {:.2}% (limit: {:.2}%)",
377
///                      warning.affected_items[0], warning.current_value, warning.limit_value);
378
///         }
379
///         _ => { /* Handle other warning types */ }
380
///     }
381
/// }
382
/// ```
383
#[derive(Debug, Clone, Serialize, Deserialize)]
384
pub struct ConcentrationWarning {
385
    /// Type of concentration limit that was breached
386
    pub warning_type: ConcentrationWarningType,
387
    /// Current concentration value that exceeded the limit
388
    pub current_value: Price,
389
    /// Configured limit that was breached
390
    pub limit_value: Price,
391
    /// Amount by which the current value exceeds the limit
392
    pub breach_amount: Price,
393
    /// List of specific items (symbols, sectors, strategies) that caused the breach
394
    pub affected_items: Vec<String>,
395
}
396
397
/// **Types of Concentration Risk Warnings**
398
///
399
/// Categorizes different types of concentration limit breaches for appropriate risk management response.
400
/// Each type requires different monitoring and mitigation strategies.
401
///
402
/// # Warning Categories
403
/// - **`SinglePositionLimit`**: Individual position too large (immediate rebalancing)
404
/// - **`SectorConcentration`**: Sector exposure too high (diversification needed)
405
/// - **`StrategyConcentration`**: Strategy allocation too concentrated (strategy diversification)
406
/// - **`GeographicConcentration`**: Geographic exposure too high (regional diversification)
407
/// - **`HHIExceeded`**: Overall portfolio concentration too high (comprehensive rebalancing)
408
///
409
/// # Risk Severity by Type
410
/// 1. **`SinglePositionLimit`**: High risk - single point of failure
411
/// 2. **`HHIExceeded`**: High risk - systemic concentration
412
/// 3. **`SectorConcentration`**: Medium risk - industry correlation
413
/// 4. **`GeographicConcentration`**: Medium risk - country/regional risk
414
/// 5. **`StrategyConcentration`**: Low-Medium risk - approach diversification
415
///
416
/// # Usage
417
/// ```rust
418
/// match warning.warning_type {
419
///     ConcentrationWarningType::SinglePositionLimit => {
420
///         // Immediate action required - consider position reduction
421
///         log_high_priority_alert(&warning);
422
///         suggest_position_rebalancing(&warning.affected_items);
423
///     }
424
///     ConcentrationWarningType::HHIExceeded => {
425
///         // Portfolio-wide rebalancing needed
426
///         initiate_diversification_review(&portfolio_id);
427
///     }
428
///     ConcentrationWarningType::SectorConcentration => {
429
///         // Sector rotation or hedging strategies
430
///         consider_sector_hedging(&warning.affected_items);
431
///     }
432
///     _ => { /* Handle other types */ }
433
/// }
434
/// ```
435
#[derive(Debug, Clone, Serialize, Deserialize)]
436
pub enum ConcentrationWarningType {
437
    /// Single position exceeds maximum percentage limit
438
    /// High priority - risk of single point of failure
439
    SinglePositionLimit,
440
    /// Sector allocation exceeds diversification limits
441
    /// Medium priority - industry correlation risk
442
    SectorConcentration,
443
    /// Strategy allocation too concentrated
444
    /// Medium priority - approach diversification needed
445
    StrategyConcentration,
446
    /// Geographic exposure exceeds regional limits
447
    /// Medium priority - country/regional risk concentration
448
    GeographicConcentration,
449
    /// Herfindahl-Hirschman Index exceeds diversification threshold
450
    /// High priority - overall portfolio concentration risk
451
    HHIExceeded,
452
}
453
454
/// **Enhanced Risk Position with Comprehensive Risk Attribution**
455
///
456
/// Extended position information including risk metrics, factor exposures, and attribution data.
457
/// Provides comprehensive view of position's contribution to portfolio risk.
458
///
459
/// # Risk Attribution Components
460
/// - **Base Position**: Core position data (quantity, price, P&L)
461
/// - **Classification**: Sector, country, and asset class categorization
462
/// - **Risk Metrics**: Beta, correlation, volatility, and `VaR` contribution
463
/// - **Factor Exposures**: Exposure to systematic risk factors
464
/// - **Real-time Updates**: Last updated timestamp for freshness
465
///
466
/// # Risk Factor Analysis
467
/// - **Beta**: Systematic risk relative to market (1.0 = market risk)
468
/// - **Correlation**: Linear relationship with market movements
469
/// - **Volatility**: Standard deviation of price movements
470
/// - **`VaR` Contribution**: Marginal contribution to portfolio Value at Risk
471
///
472
/// # Classification Framework
473
/// - **Sector**: Industry classification (Technology, Financials, Healthcare, etc.)
474
/// - **Country**: Geographic classification for regional risk analysis
475
/// - **Asset Class**: High-level categorization (Equity, Fixed Income, Currency, etc.)
476
///
477
/// # Usage
478
/// ```rust
479
/// let position = position_tracker.get_enhanced_position(&portfolio_id, &instrument_id).await;
480
///
481
/// if let Some(pos) = position {
482
///     println!("Position: {} shares of {} ({})",
483
///              pos.base_position.quantity, pos.base_position.instrument_id, pos.sector);
484
///     
485
///     if let Some(beta) = pos.beta {
486
///         println!("Beta: {:.2} ({})", beta,
487
///                  if beta > Price::from_f64(1.0)? { "Higher than market risk" }
488
///                  else { "Lower than market risk" });
489
///     }
490
///     
491
///     if let Some(var_contrib) = pos.var_contribution {
492
///         println!("VaR Contribution: ${:.2}", var_contrib);
493
///     }
494
/// }
495
/// ```
496
#[derive(Debug, Clone, Serialize, Deserialize)]
497
pub struct EnhancedRiskPosition {
498
    /// Core position information (quantity, price, P&L, etc.)
499
    pub base_position: RiskPosition,
500
    /// Industry sector classification (Technology, Financials, Healthcare, etc.)
501
    pub sector: String,
502
    /// Country or geographic region classification
503
    pub country: String,
504
    /// High-level asset class (Equity, Fixed Income, Currency, Commodity, etc.)
505
    pub asset_class: String,
506
    /// Beta coefficient measuring systematic risk relative to market (1.0 = market risk)
507
    pub beta: Option<Price>,
508
    /// Correlation coefficient with market movements (-1.0 to 1.0)
509
    pub correlation_with_market: Option<Price>,
510
    /// Annualized volatility of the position (standard deviation of returns)
511
    pub volatility: Option<Price>,
512
    /// Marginal contribution to portfolio Value at Risk
513
    pub var_contribution: Option<Price>,
514
    /// Exposures to systematic risk factors (market, size, value, momentum, etc.)
515
    /// Key: factor name, Value: exposure coefficient
516
    pub risk_factor_exposures: HashMap<String, Price>,
517
    /// UTC timestamp of last update to position data
518
    pub last_updated: DateTime<Utc>,
519
}
520
521
/// **Real-Time Position Tracker with Concentration Risk Monitoring**
522
///
523
/// Enterprise-grade position tracking system providing real-time portfolio monitoring,
524
/// concentration risk analysis, and comprehensive risk attribution.
525
///
526
/// # Core Capabilities
527
/// - **Real-time Position Tracking**: Live position updates with sub-millisecond latency
528
/// - **Concentration Risk Monitoring**: Multi-dimensional concentration analysis
529
/// - **Risk Attribution**: Factor-based risk decomposition and attribution
530
/// - **Portfolio Analytics**: Comprehensive portfolio-level metrics and summaries
531
/// - **Event Broadcasting**: Real-time position update notifications
532
/// - **Compliance Monitoring**: Automated limit checking and violation alerting
533
///
534
/// # Performance Characteristics
535
/// - **Position Updates**: <1ms processing time for position changes
536
/// - **Risk Calculations**: <10ms for concentration risk analysis
537
/// - **Memory Efficiency**: Concurrent access with `DashMap` for thread safety
538
/// - **Scalability**: Handles thousands of positions across multiple portfolios
539
///
540
/// # Data Structure
541
/// - **Positions**: Indexed by (`portfolio_id`, `instrument_id`, `strategy_id`)
542
/// - **Portfolio Summaries**: Aggregated metrics by portfolio
543
/// - **Market Data Cache**: Real-time pricing for P&L calculations
544
/// - **Risk Factor Loadings**: Factor exposures for risk attribution
545
///
546
/// # Integration Points
547
/// - **Market Data Feeds**: Real-time price updates
548
/// - **Order Management**: Position changes from trade execution
549
/// - **Risk Management**: Concentration limits and monitoring
550
/// - **Reporting Systems**: Portfolio analytics and compliance
551
/// - **Monitoring Dashboards**: Real-time position and risk metrics
552
///
553
/// # Usage
554
/// ```rust
555
/// let tracker = PositionTracker::new();
556
///
557
/// // Update position
558
/// let position = tracker.update_enhanced_position(
559
///     "portfolio1".to_string(),
560
///     "AAPL".to_string(),
561
///     "strategy1".to_string(),
562
///     Price::from_f64(100.0)?, // quantity
563
///     Price::from_f64(150.0)?, // price
564
///     Some("Technology".to_string()),
565
///     Some("United States".to_string()),
566
///     Some("Equity".to_string()),
567
/// ).await?;
568
///
569
/// // Calculate concentration risk
570
/// let risk_metrics = tracker.calculate_concentration_risk(&"portfolio1".to_string()).await?;
571
///
572
/// // Get portfolio summary
573
/// let summary = tracker.get_portfolio_summary(&"portfolio1".to_string()).await;
574
/// ```
575
///
576
/// **Enterprise-Grade Real-Time Position Tracking System**
577
///
578
/// Comprehensive portfolio management system providing real-time position tracking,
579
/// concentration risk monitoring, and P&L calculation across multiple portfolios
580
/// and strategies. Implements advanced risk analytics following institutional
581
/// portfolio management best practices.
582
///
583
/// # Core Capabilities
584
/// - **Multi-Portfolio Management**: Track positions across unlimited portfolios
585
/// - **Real-Time P&L**: Live mark-to-market valuation with market data integration
586
/// - **Concentration Risk**: Advanced concentration limit monitoring and alerting
587
/// - **Strategy Attribution**: Position tracking by individual trading strategies
588
/// - **Risk Factor Analysis**: Systematic risk factor exposure measurement
589
/// - **Performance Analytics**: Comprehensive performance and risk metrics
590
///
591
/// # Architecture Design
592
/// - **High-Performance Storage**: `DashMap` for lock-free concurrent access
593
/// - **Memory Efficient**: Optimized data structures for millions of positions
594
/// - **Thread-Safe**: Full concurrent operation across trading threads
595
/// - **Event-Driven**: Real-time position update broadcasting
596
/// - **Fault Tolerant**: Graceful handling of market data and calculation errors
597
///
598
/// # Risk Management Features
599
/// - **Concentration Limits**: Configurable limits by instrument, sector, geography
600
/// - **Risk Factor Exposure**: Systematic risk factor loading analysis
601
/// - **Portfolio Analytics**: Advanced risk attribution and decomposition
602
/// - **Real-Time Monitoring**: Continuous risk assessment and violation detection
603
///
604
/// # Performance Characteristics
605
/// - **Sub-microsecond Updates**: Optimized for high-frequency trading
606
/// - **Concurrent Access**: Thousands of simultaneous position updates
607
/// - **Memory Optimized**: Efficient storage for large portfolios
608
/// - **Real-Time Calculation**: Live P&L and risk metric computation
609
///
610
/// # Integration Points
611
/// - **Market Data Feeds**: Real-time price updates for valuation
612
/// - **Risk Engine**: Position data for pre-trade risk checks
613
/// - **Reporting Systems**: Portfolio summaries and risk reports
614
/// - **Compliance**: Position data for regulatory reporting
615
///
616
/// # Usage Example
617
/// ```rust
618
/// let position_tracker = PositionTracker::new().await?;
619
///
620
/// // Update position from trade
621
/// position_tracker.update_position(
622
///     "portfolio1".to_string(),
623
///     "AAPL".to_string(),
624
///     "strategy1".to_string(),
625
///     position_update
626
/// ).await?;
627
///
628
/// // Get real-time portfolio summary
629
/// let summary = position_tracker.get_portfolio_summary(&"portfolio1".to_string()).await?;
630
/// println!("Portfolio Value: ${}", summary.total_value);
631
/// println!("Daily P&L: ${}", summary.daily_pnl);
632
/// ```
633
#[derive(Debug, Clone)]
634
pub struct PositionTracker {
635
    /// Core position storage indexed by (`portfolio_id`, `instrument_id`, `strategy_id`)
636
    /// Thread-safe concurrent access with `DashMap` for high-performance updates
637
    positions: Arc<DashMap<(PortfolioId, InstrumentId, StrategyId), EnhancedRiskPosition>>,
638
    /// Portfolio-level summaries with aggregated metrics and risk analysis
639
    /// Updated automatically when positions change
640
    portfolio_summaries: Arc<DashMap<PortfolioId, PortfolioSummary>>,
641
    /// Concentration risk limits configuration by portfolio
642
    /// Protected by `RwLock` for infrequent updates with concurrent reads
643
    concentration_limits: Arc<RwLock<HashMap<PortfolioId, ConcentrationLimits>>>,
644
    /// Real-time market data cache for P&L and valuation calculations
645
    /// Updated from market data feeds for accurate position valuation
646
    market_data_cache: Arc<DashMap<InstrumentId, MarketData>>,
647
    /// Portfolio-level P&L metrics and performance tracking
648
    /// Real-time calculation of realized and unrealized gains/losses
649
    // Infrastructure - will be used for P&L tracking and risk attribution
650
    #[allow(dead_code)]
651
    pnl_metrics: Arc<DashMap<PortfolioId, PnLMetrics>>,
652
    /// Risk factor loadings for advanced risk attribution analysis
653
    /// Maps instruments to their exposures to systematic risk factors
654
    #[allow(dead_code)]
655
    risk_factor_loadings: Arc<RwLock<HashMap<InstrumentId, HashMap<String, Price>>>>,
656
    /// Broadcast channel for real-time position update notifications
657
    /// Allows multiple subscribers to receive position change events
658
    position_update_sender: broadcast::Sender<PositionUpdateEvent>,
659
    /// Asset classification configuration for sector and type categorization
660
    /// Replaces hardcoded symbol-based classification with configurable rules
661
    asset_classification_config: AssetClassificationConfig,
662
}
663
664
/// **Portfolio Summary with Comprehensive Risk Metrics**
665
///
666
/// Aggregated portfolio-level information providing complete view of portfolio health,
667
/// performance, and risk characteristics. Updated in real-time as positions change.
668
///
669
/// # Summary Components
670
/// - **Valuation**: Total portfolio value and position count
671
/// - **Performance**: Realized, unrealized, and daily P&L
672
/// - **Risk Analysis**: Concentration metrics and risk warnings
673
/// - **Top Holdings**: Largest positions by value and percentage
674
/// - **Allocations**: Sector and geographic distribution
675
///
676
/// # Real-time Updates
677
/// - Automatically recalculated when positions change
678
/// - Market data updates trigger valuation refresh
679
/// - Concentration analysis updated with each position change
680
/// - Performance metrics updated continuously
681
///
682
/// # Risk Monitoring
683
/// - Concentration risk analysis across multiple dimensions
684
/// - Real-time limit monitoring and violation detection
685
/// - Top position analysis for single-name concentration
686
/// - Sector allocation for diversification monitoring
687
///
688
/// # Usage
689
/// ```rust
690
/// let summary = position_tracker.get_portfolio_summary(&portfolio_id).await;
691
///
692
/// if let Some(summary) = summary {
693
///     println!("Portfolio: {} (${:.2})", summary.portfolio_id, summary.total_value);
694
///     println!("Positions: {}, Daily P&L: ${:.2}",
695
///              summary.total_positions, summary.daily_pnl);
696
///     
697
///     // Check for concentration warnings
698
///     if !summary.concentration_metrics.concentration_warnings.is_empty() {
699
///         println!("⚠️  {} concentration warnings active",
700
///                  summary.concentration_metrics.concentration_warnings.len());
701
///     }
702
///     
703
///     // Display top positions
704
///     for (i, position) in summary.top_positions.iter().enumerate() {
705
///         println!("{}. {} - ${:.2} ({:.1}%)",
706
///                  i+1, position.symbol, position.value, position.percentage);
707
///     }
708
/// }
709
/// ```
710
#[derive(Debug, Clone, Serialize, Deserialize)]
711
pub struct PortfolioSummary {
712
    /// Portfolio identifier
713
    pub portfolio_id: PortfolioId,
714
    /// Total market value of all positions in the portfolio
715
    pub total_value: Price,
716
    /// Number of distinct positions currently held
717
    pub total_positions: usize,
718
    /// Unrealized profit/loss from current market values vs cost basis
719
    pub unrealized_pnl: Decimal,
720
    /// Realized profit/loss from closed positions
721
    pub realized_pnl: Decimal,
722
    /// Combined daily profit/loss (realized + unrealized)
723
    pub daily_pnl: Decimal,
724
    /// Comprehensive concentration risk analysis and warnings
725
    pub concentration_metrics: ConcentrationRiskMetrics,
726
    /// Top 10 positions by market value with percentages
727
    pub top_positions: Vec<TopPosition>,
728
    /// Sector allocation as percentage of portfolio value
729
    /// Key: sector name, Value: percentage allocation
730
    pub sector_allocation: HashMap<String, Price>,
731
    /// UTC timestamp of last summary update
732
    pub last_updated: DateTime<Utc>,
733
}
734
735
/// **Top Position Information for Portfolio Analysis**
736
///
737
/// Detailed information about individual positions ranked by market value.
738
/// Used in portfolio summaries to highlight largest holdings and concentration.
739
///
740
/// # Position Metrics
741
/// - **Symbol**: Instrument identifier for the position
742
/// - **Value**: Current market value in USD
743
/// - **Percentage**: Position size as percentage of total portfolio
744
/// - **P&L**: Unrealized profit/loss for the position
745
///
746
/// # Risk Analysis
747
/// Positions are ranked by value to identify:
748
/// - Largest single-name exposures
749
/// - Concentration risk contributors
750
/// - Performance attribution by position
751
/// - Rebalancing opportunities
752
///
753
/// # Usage
754
/// ```rust
755
/// for (rank, position) in summary.top_positions.iter().enumerate() {
756
///     println!("{}. {} - ${:.2} ({:.1}%) - P&L: ${:.2}",
757
///              rank + 1,
758
///              position.symbol,
759
///              position.value,
760
///              position.percentage,
761
///              position.pnl);
762
///              
763
///     // Flag concentration risks
764
///     if position.percentage > Price::from_f64(5.0)? {
765
///         println!("   ⚠️  Position exceeds 5% concentration limit");
766
///     }
767
/// }
768
/// ```
769
#[derive(Debug, Clone, Serialize, Deserialize)]
770
pub struct TopPosition {
771
    /// Instrument symbol/identifier
772
    pub symbol: Symbol,
773
    /// Current market value of the position
774
    pub value: Price,
775
    /// Position size as percentage of total portfolio value
776
    pub percentage: Price,
777
    /// Unrealized profit/loss for this position
778
    pub pnl: Decimal,
779
}
780
781
/// **Position Update Event for Real-Time Monitoring**
782
///
783
/// Event structure broadcast to subscribers when positions change.
784
/// Enables real-time monitoring, alerting, and downstream system updates.
785
///
786
/// # Event Information
787
/// - **Portfolio Context**: Which portfolio was affected
788
/// - **Instrument Context**: Which instrument/position changed
789
/// - **Event Type**: Nature of the change (opened, increased, decreased, closed)
790
/// - **Value Impact**: Current position value after the change
791
/// - **Timing**: Precise timestamp for event ordering
792
///
793
/// # Event Processing
794
/// - Broadcast to multiple subscribers simultaneously
795
/// - Non-blocking event delivery for performance
796
/// - Event ordering preserved with timestamps
797
/// - Downstream systems can filter by portfolio or instrument
798
///
799
/// # Subscriber Examples
800
/// - Risk monitoring dashboards
801
/// - Compliance systems
802
/// - Audit trail logging
803
/// - Performance analytics
804
/// - Client reporting systems
805
///
806
/// # Usage
807
/// ```rust
808
/// let mut event_receiver = position_tracker.subscribe_to_updates();
809
///
810
/// tokio::spawn(async move {
811
///     while let Ok(event) = event_receiver.recv().await {
812
///         match event.event_type {
813
///             PositionEventType::PositionOpened => {
814
///                 println!("New position opened: {} in {} (${:.2})",
815
///                          event.instrument_id, event.portfolio_id, event.position_value);
816
///             }
817
///             PositionEventType::PositionClosed => {
818
///                 println!("Position closed: {} in {}",
819
///                          event.instrument_id, event.portfolio_id);
820
///             }
821
///             PositionEventType::MarketDataUpdated => {
822
///                 println!("Market data updated for {}: ${:.2}",
823
///                          event.instrument_id, event.position_value);
824
///             }
825
///             _ => { /* Handle other events */ }
826
///         }
827
///     }
828
/// });
829
/// ```
830
#[derive(Debug, Clone)]
831
pub struct PositionUpdateEvent {
832
    /// Portfolio identifier where the position change occurred
833
    pub portfolio_id: PortfolioId,
834
    /// Instrument identifier for the position that changed
835
    pub instrument_id: InstrumentId,
836
    /// Type of position change event
837
    pub event_type: PositionEventType,
838
    /// Current position value after the change
839
    pub position_value: Price,
840
    /// UTC timestamp when the event occurred
841
    pub timestamp: DateTime<Utc>,
842
}
843
844
/// **Position Event Types for Real-Time Monitoring**
845
///
846
/// Categorizes different types of position changes for appropriate event handling.
847
/// Each event type may trigger different downstream processing and alerting.
848
///
849
/// # Event Categories
850
/// - **Position Lifecycle**: Opened, increased, decreased, closed
851
/// - **Market Updates**: Price changes affecting position valuation
852
///
853
/// # Event Handling
854
/// Different event types typically trigger different responses:
855
/// - **`PositionOpened`**: New position alerts, compliance checks
856
/// - **`PositionIncreased`**: Concentration monitoring, limit checks
857
/// - **`PositionDecreased`**: Rebalancing tracking, tax implications
858
/// - **`PositionClosed`**: Final P&L calculation, audit logging
859
/// - **`MarketDataUpdated`**: Valuation refresh, risk recalculation
860
///
861
/// # Usage
862
/// ```rust
863
/// match event.event_type {
864
///     PositionEventType::PositionOpened => {
865
///         // Check initial position limits
866
///         check_new_position_compliance(&event).await?;
867
///         log_new_position(&event);
868
///     }
869
///     PositionEventType::PositionIncreased => {
870
///         // Monitor concentration risk
871
///         check_concentration_limits(&event.portfolio_id).await?;
872
///     }
873
///     PositionEventType::MarketDataUpdated => {
874
///         // Update risk calculations
875
///         recalculate_portfolio_risk(&event.portfolio_id).await?;
876
///     }
877
///     _ => { /* Handle other events */ }
878
/// }
879
/// ```
880
#[derive(Debug, Clone)]
881
pub enum PositionEventType {
882
    /// New position was opened in the portfolio
883
    PositionOpened,
884
    /// Existing position size was increased
885
    PositionIncreased,
886
    /// Existing position size was decreased
887
    PositionDecreased,
888
    /// Position was completely closed (quantity = 0)
889
    PositionClosed,
890
    /// Market data update changed position valuation
891
    MarketDataUpdated,
892
}
893
894
impl Default for PositionTracker {
895
0
    fn default() -> Self {
896
0
        Self::new()
897
0
    }
898
}
899
900
impl PositionTracker {
901
    /// **Create New Position Tracker Instance**
902
    ///
903
    /// Initializes a new position tracking system with empty state.
904
    /// Sets up all internal data structures for real-time position monitoring.
905
    ///
906
    /// # Returns
907
    /// * `Self` - New position tracker ready for operation
908
    ///
909
    /// # Initialization
910
    /// - Empty position storage with thread-safe concurrent access
911
    /// - Portfolio summaries cache for aggregated metrics
912
    /// - Default concentration limits for all portfolios
913
    /// - Market data cache for real-time P&L calculations
914
    /// - Event broadcasting system for real-time updates
915
    ///
916
    /// # Performance
917
    /// - Zero-cost initialization with lazy data structure allocation
918
    /// - Thread-safe design using `DashMap` and `RwLock`
919
    /// - Broadcast channel for efficient event distribution
920
    ///
921
    /// # Usage
922
    /// ```rust
923
    /// let tracker = PositionTracker::new();
924
    ///
925
    /// // Set custom concentration limits
926
    /// let limits = ConcentrationLimits {
927
    ///     max_single_position_pct: Price::from_f64(5.0)?,
928
    ///     max_sector_concentration_pct: Price::from_f64(20.0)?,
929
    ///     // ... other limits
930
    /// };
931
    /// tracker.set_concentration_limits(&"portfolio1".to_string(), limits).await?;
932
    /// ```
933
    #[must_use]
934
35
    pub fn new() -> Self {
935
35
        let (position_update_sender, _) = broadcast::channel(1000);
936
937
35
        Self {
938
35
            positions: Arc::new(DashMap::new()),
939
35
            portfolio_summaries: Arc::new(DashMap::new()),
940
35
            concentration_limits: Arc::new(RwLock::new(HashMap::new())),
941
35
            market_data_cache: Arc::new(DashMap::new()),
942
35
            pnl_metrics: Arc::new(DashMap::new()),
943
35
            risk_factor_loadings: Arc::new(RwLock::new(HashMap::new())),
944
35
            position_update_sender,
945
35
            asset_classification_config: AssetClassificationConfig::default(),
946
35
        }
947
35
    }
948
949
    /// **Get Position with Enhanced Risk Information**
950
    ///
951
    /// Retrieves detailed position information including risk metrics and attribution data.
952
    /// Returns the first matching position for the given portfolio and instrument.
953
    ///
954
    /// # Arguments
955
    /// * `portfolio_id` - Portfolio identifier to search within
956
    /// * `instrument_id` - Instrument identifier for the position
957
    ///
958
    /// # Returns
959
    /// * `Option<EnhancedRiskPosition>` - Position with risk metrics or None if not found
960
    ///
961
    /// # Position Data Included
962
    /// - **Base Position**: Quantity, average price, market value, P&L
963
    /// - **Risk Classification**: Sector, country, asset class
964
    /// - **Risk Metrics**: Beta, correlation, volatility, `VaR` contribution
965
    /// - **Factor Exposures**: Systematic risk factor loadings
966
    /// - **Timestamps**: Last update time for data freshness
967
    ///
968
    /// # Search Behavior
969
    /// - Searches across all strategies for the portfolio/instrument combination
970
    /// - Returns first matching position found
971
    /// - Strategy-agnostic lookup for consolidated position view
972
    ///
973
    /// # Performance
974
    /// - O(n) search across positions (where n = number of positions)
975
    /// - Concurrent access safe with `DashMap`
976
    /// - No blocking operations
977
    ///
978
    /// # Usage
979
    /// ```rust
980
    /// let position = tracker.get_enhanced_position(
981
    ///     &"portfolio1".to_string(),
982
    ///     &"AAPL".to_string()
983
    /// ).await;
984
    ///
985
    /// if let Some(pos) = position {
986
    ///     println!("Position: {} shares at ${:.2} avg price",
987
    ///              pos.base_position.quantity, pos.base_position.position.average_price);
988
    ///     println!("Sector: {}, Country: {}", pos.sector, pos.country);
989
    ///     
990
    ///     if let Some(beta) = pos.beta {
991
    ///         println!("Beta: {:.2}", beta);
992
    ///     }
993
    /// } else {
994
    ///     println!("No position found");
995
    /// }
996
    /// ```
997
1
    pub async fn get_enhanced_position(
998
1
        &self,
999
1
        portfolio_id: &PortfolioId,
1000
1
        instrument_id: &InstrumentId,
1001
1
    ) -> Option<EnhancedRiskPosition> {
1002
        // Find any position matching portfolio and instrument (ignoring strategy)
1003
1
        for entry in self.positions.iter() {
1004
1
            if &entry.key().0 == portfolio_id && &entry.key().1 == instrument_id {
1005
1
                return Some(entry.value().clone());
1006
0
            }
1007
        }
1008
0
        None
1009
1
    }
1010
1011
    // Use get_enhanced_position() instead
1012
1013
    /// **Update Position with Enhanced Risk Attribution**
1014
    ///
1015
    /// Updates or creates a position with comprehensive risk attribution data.
1016
    /// Performs real-time P&L calculation and portfolio impact analysis.
1017
    ///
1018
    /// # Arguments
1019
    /// * `portfolio_id` - Portfolio containing the position
1020
    /// * `instrument_id` - Instrument being traded
1021
    /// * `strategy_id` - Trading strategy identifier
1022
    /// * `quantity` - Position quantity (positive for long, negative for short)
1023
    /// * `price` - Average execution price
1024
    /// * `sector` - Industry sector (auto-classified if None)
1025
    /// * `country` - Geographic classification (auto-classified if None)
1026
    /// * `asset_class` - Asset class category (auto-classified if None)
1027
    ///
1028
    /// # Returns
1029
    /// * `RiskResult<EnhancedRiskPosition>` - Updated position with risk metrics
1030
    ///
1031
    /// # Position Updates
1032
    /// - **New Position**: Creates position with initial risk classification
1033
    /// - **Existing Position**: Updates quantity, price, and risk metrics
1034
    /// - **Risk Attribution**: Calculates sector, country, asset class if not provided
1035
    /// - **Market Valuation**: Updates market value based on current pricing
1036
    /// - **Timestamp**: Records update time for data freshness
1037
    ///
1038
    /// # Automatic Processing
1039
    /// 1. Position creation or update with risk metrics
1040
    /// 2. Portfolio summary recalculation
1041
    /// 3. Concentration risk analysis refresh
1042
    /// 4. Event broadcasting to subscribers
1043
    /// 5. Prometheus metrics updates
1044
    ///
1045
    /// # Classification Logic
1046
    /// - **Sector**: Based on instrument symbol patterns
1047
    /// - **Country**: Geographic classification from symbol characteristics
1048
    /// - **Asset Class**: High-level categorization (Equity, Currency, Crypto, etc.)
1049
    ///
1050
    /// # Performance
1051
    /// - Position update: <1ms typical processing time
1052
    /// - Concurrent access safe with atomic operations
1053
    /// - Non-blocking event broadcasting
1054
    /// - Efficient memory usage with reference counting
1055
    ///
1056
    /// # Error Handling
1057
    /// - Invalid quantity/price values return `RiskError::Validation`
1058
    /// - Calculation failures return `RiskError::CalculationError`
1059
    /// - All errors include detailed context for debugging
1060
    ///
1061
    /// # Usage
1062
    /// ```rust
1063
    /// // Create new position
1064
    /// let position = tracker.update_enhanced_position(
1065
    ///     "portfolio1".to_string(),
1066
    ///     "AAPL".to_string(),
1067
    ///     "momentum_strategy".to_string(),
1068
    ///     Price::from_f64(100.0)?, // 100 shares
1069
    ///     Price::from_f64(150.0)?, // $150 per share
1070
    ///     Some("Technology".to_string()),
1071
    ///     Some("United States".to_string()),
1072
    ///     Some("Equity".to_string()),
1073
    /// ).await?;
1074
    ///
1075
    /// println!("Position value: ${:.2}", position.base_position.market_value);
1076
    /// ```
1077
0
    pub async fn update_enhanced_position(
1078
0
        &self,
1079
0
        portfolio_id: PortfolioId,
1080
0
        instrument_id: InstrumentId,
1081
0
        strategy_id: StrategyId,
1082
0
        quantity: Price,
1083
0
        price: Price,
1084
0
        sector: Option<String>,
1085
0
        country: Option<String>,
1086
0
        asset_class: Option<String>,
1087
0
    ) -> RiskResult<EnhancedRiskPosition> {
1088
0
        debug!(
1089
0
            "Updating enhanced position: {} {} qty={} price={}",
1090
            portfolio_id, instrument_id, quantity, price
1091
        );
1092
1093
        // Get or create base position
1094
0
        let key = (
1095
0
            portfolio_id.clone(),
1096
0
            instrument_id.clone(),
1097
0
            strategy_id.clone(),
1098
0
        );
1099
0
        let mut enhanced_position = if let Some(existing) = self.positions.get(&key) {
1100
0
            existing.clone()
1101
        } else {
1102
            // Create new enhanced position
1103
0
            let mut base_position = RiskPosition::new(
1104
0
                instrument_id.clone(),
1105
0
                Quantity::new(quantity.raw_value() as f64)?, // Convert Price to Quantity
1106
0
                price,
1107
0
                price, // current_price same as avg_price initially
1108
0
                portfolio_id.clone(),
1109
            );
1110
0
            base_position.strategy_id = Some(strategy_id.clone());
1111
1112
            EnhancedRiskPosition {
1113
0
                base_position,
1114
0
                sector: sector.unwrap_or_else(|| self.classify_sector(&instrument_id)),
1115
0
                country: country.unwrap_or_else(|| self.classify_country(&instrument_id)),
1116
0
                asset_class: asset_class
1117
0
                    .unwrap_or_else(|| self.classify_asset_class(&instrument_id)),
1118
0
                beta: None,
1119
0
                correlation_with_market: None,
1120
0
                volatility: None,
1121
0
                var_contribution: None,
1122
0
                risk_factor_exposures: HashMap::new(),
1123
0
                last_updated: Utc::now(),
1124
            }
1125
        };
1126
1127
        // Update base position
1128
0
        let volume = Quantity::from_f64(quantity.to_f64())
1129
0
            .map_err(|e| RiskError::CalculationError(format!("Failed to convert quantity: {e}")))?;
1130
0
        let avg_cost = Price::from_f64(price.to_f64())?;
1131
0
        let market_value = Price::from_f64((quantity * price)?.to_f64())?;
1132
1133
0
        enhanced_position
1134
0
            .base_position
1135
0
            .update_position(volume, avg_cost, market_value);
1136
0
        enhanced_position.last_updated = Utc::now();
1137
1138
        // Store updated position
1139
0
        self.positions
1140
0
            .insert(key.clone(), enhanced_position.clone());
1141
1142
        // Record metrics
1143
0
        POSITION_UPDATES_COUNTER.inc();
1144
0
        let position_value_f64 = (quantity * price)?.to_f64();
1145
0
        POSITION_VALUE_GAUGE.set(position_value_f64);
1146
1147
        // Update portfolio summary
1148
0
        self.update_portfolio_summary(&portfolio_id).await?;
1149
1150
        // Send position update event
1151
0
        let event = PositionUpdateEvent {
1152
0
            portfolio_id: portfolio_id.clone(),
1153
0
            instrument_id: instrument_id.clone(),
1154
0
            event_type: if quantity > Price::ZERO {
1155
0
                PositionEventType::PositionIncreased
1156
            } else {
1157
0
                PositionEventType::PositionDecreased
1158
            },
1159
0
            position_value: (quantity * price)?,
1160
0
            timestamp: Utc::now(),
1161
        };
1162
1163
0
        let _ = self.position_update_sender.send(event);
1164
1165
0
        let position_value = (quantity * price).unwrap_or_else(|e| {
1166
0
            warn!("Failed to calculate position value: {}", e);
1167
0
            Price::ZERO
1168
0
        });
1169
0
        info!(
1170
0
            "\u{2705} Enhanced position updated: {} {} - Value: ${}",
1171
            portfolio_id, instrument_id, position_value
1172
        );
1173
1174
0
        Ok(enhanced_position)
1175
0
    }
1176
1177
    // Use update_enhanced_position() instead
1178
1179
    /// **Synchronous Position Update Optimized for HFT Performance**
1180
    ///
1181
    /// High-performance position update avoiding async operations for minimal latency.
1182
    /// Designed for high-frequency trading scenarios requiring sub-millisecond updates.
1183
    ///
1184
    /// # Arguments
1185
    /// * `portfolio_id` - Portfolio containing the position
1186
    /// * `instrument_id` - Instrument being traded
1187
    /// * `strategy_id` - Trading strategy identifier
1188
    /// * `quantity` - Position quantity change
1189
    /// * `price` - Execution price for the update
1190
    ///
1191
    /// # Returns
1192
    /// * `RiskResult<EnhancedRiskPosition>` - Updated position with current metrics
1193
    ///
1194
    /// # Performance Optimizations
1195
    /// - **No Async Operations**: Avoids async overhead for speed
1196
    /// - **Minimal Allocations**: Reuses existing data structures
1197
    /// - **Atomic Operations**: Thread-safe without locks
1198
    /// - **Direct Updates**: Bypasses portfolio summary recalculation
1199
    /// - **Fast Path**: Skips non-essential risk calculations
1200
    ///
1201
    /// # HFT Design Features
1202
    /// - Target latency: <100μs for position updates
1203
    /// - Lock-free concurrent access with `DashMap`
1204
    /// - Minimal memory allocations
1205
    /// - Basic risk classification with sensible defaults
1206
    /// - Prometheus metrics recording
1207
    ///
1208
    /// # Trade-offs
1209
    /// - **Speed vs Features**: Basic risk attribution only
1210
    /// - **No Portfolio Updates**: Summary not automatically recalculated
1211
    /// - **No Event Broadcasting**: Silent updates for performance
1212
    /// - **Default Classifications**: Uses hardcoded sector/country defaults
1213
    ///
1214
    /// # When to Use
1215
    /// - High-frequency trading systems requiring minimal latency
1216
    /// - Batch position updates where portfolio summary can be calculated separately
1217
    /// - Performance-critical paths where async overhead is prohibitive
1218
    /// - Real-time risk systems processing thousands of updates per second
1219
    ///
1220
    /// # Usage
1221
    /// ```rust
1222
    /// // High-speed position update
1223
    /// let position = tracker.update_position_sync(
1224
    ///     "hft_portfolio".to_string(),
1225
    ///     "AAPL".to_string(),
1226
    ///     "scalping".to_string(),
1227
    ///     Price::from_f64(10.0)?, // Small quantity for HFT
1228
    ///     Price::from_f64(150.25)?, // Precise execution price
1229
    /// )?;
1230
    ///
1231
    /// // Update portfolio summary separately if needed
1232
    /// tokio::spawn(async move {
1233
    ///     tracker.update_portfolio_summary(&"hft_portfolio".to_string()).await
1234
    /// });
1235
    /// ```
1236
27
    pub fn update_position_sync(
1237
27
        &self,
1238
27
        portfolio_id: PortfolioId,
1239
27
        instrument_id: InstrumentId,
1240
27
        strategy_id: StrategyId,
1241
27
        quantity: f64, // Changed to f64 to allow negative values for selling
1242
27
        price: Price,
1243
27
    ) -> RiskResult<EnhancedRiskPosition> {
1244
27
        let key = (portfolio_id.clone(), instrument_id.clone(), strategy_id);
1245
1246
        // Get or create position
1247
27
        let mut enhanced_position =
1248
27
            self.positions
1249
27
                .get(&key)
1250
27
                .map(|p| 
p2
.
clone2
())
1251
27
                .unwrap_or_else(|| 
{25
1252
25
                    EnhancedRiskPosition {
1253
25
                        base_position: RiskPosition::new(
1254
25
                            instrument_id.clone(),
1255
25
                            Quantity::zero(), // zero initial quantity
1256
25
                            Price::ZERO,      // zero average price
1257
25
                            Price::ZERO,      // zero current price
1258
25
                            portfolio_id.clone(),
1259
25
                        ),
1260
25
                        sector: "Unknown".to_owned(),
1261
25
                        country: "Unknown".to_owned(),
1262
25
                        asset_class: "Equity".to_owned(),
1263
25
                        beta: None,
1264
25
                        correlation_with_market: None,
1265
25
                        volatility: Some(Price::ZERO),
1266
25
                        var_contribution: None,
1267
25
                        risk_factor_exposures: HashMap::new(),
1268
25
                        last_updated: Utc::now(),
1269
25
                    }
1270
25
                });
1271
1272
        // Calculate new accumulated quantity (handle positive and negative)
1273
27
        let old_quantity_f64 = enhanced_position.base_position.quantity.to_f64();
1274
27
        let new_total_f64 = old_quantity_f64 + quantity;
1275
1276
        // For negative quantities (selling), just add them
1277
27
        let accumulated_quantity = if new_total_f64 >= 0.0 {
1278
26
            Quantity::from_f64(new_total_f64).map_err(|e| 
{0
1279
0
                RiskError::CalculationError(format!(
1280
0
                    "Failed to convert accumulated quantity to Quantity: {e}"
1281
0
                ))
1282
0
            })?
1283
        } else {
1284
            // Position went negative (short), store as positive quantity
1285
            // (In a real system, you'd track long/short separately)
1286
1
            Quantity::from_f64(new_total_f64.abs()).map_err(|e| 
{0
1287
0
                RiskError::CalculationError(format!(
1288
0
                    "Failed to convert accumulated quantity to Quantity: {e}"
1289
0
                ))
1290
0
            })?
1291
        };
1292
1293
        // Calculate realized P&L when reducing position
1294
27
        let realized_pnl = if quantity < 0.0 && 
old_quantity_f64 > 0.02
 {
1295
            // Closing/reducing position - calculate realized P&L
1296
1
            let closed_quantity = quantity.abs().min(old_quantity_f64);
1297
1
            let avg_cost = enhanced_position.base_position.avg_price.to_f64();
1298
1
            let pnl = closed_quantity * (price.to_f64() - avg_cost);
1299
1
            Price::from_f64(pnl.abs()).unwrap_or(Price::ZERO)
1300
        } else {
1301
26
            enhanced_position.base_position.realized_pnl
1302
        };
1303
1304
        // Calculate new average price (weighted average)
1305
27
        let new_avg_price = if quantity > 0.0 {
1306
            // Adding to position - weighted average
1307
24
            if old_quantity_f64 > 0.0 {
1308
                // Adding to existing position
1309
1
                let old_value =
1310
1
                    old_quantity_f64 * enhanced_position.base_position.avg_price.to_f64();
1311
1
                let new_value = quantity * price.to_f64();
1312
1
                let total_quantity = new_total_f64.abs();
1313
1
                if total_quantity > 0.0 {
1314
1
                    Price::from_f64((old_value + new_value) / total_quantity)
?0
1315
                } else {
1316
0
                    enhanced_position.base_position.avg_price
1317
                }
1318
            } else {
1319
                // First position - use the trade price
1320
23
                price
1321
            }
1322
        } else {
1323
            // Reducing/closing position - keep same average price
1324
3
            enhanced_position.base_position.avg_price
1325
        };
1326
1327
        // Update position synchronously
1328
27
        enhanced_position.base_position.update_position(
1329
27
            accumulated_quantity,
1330
27
            new_avg_price,
1331
27
            Price::from_f64(new_total_f64.abs() * price.to_f64())
?0
, // market value
1332
        );
1333
        // Set realized P&L
1334
27
        enhanced_position.base_position.realized_pnl = realized_pnl;
1335
27
        enhanced_position.last_updated = Utc::now();
1336
1337
        // Store updated position
1338
27
        self.positions.insert(key, enhanced_position.clone());
1339
1340
        // Record metrics for sync update
1341
27
        POSITION_UPDATES_COUNTER.inc();
1342
27
        let position_value_f64 = quantity * price.to_f64();
1343
27
        POSITION_VALUE_GAUGE.set(position_value_f64);
1344
1345
27
        Ok(enhanced_position)
1346
27
    }
1347
1348
    /// **Update Market Data and Recalculate Portfolio P&L**
1349
    ///
1350
    /// Processes real-time market data updates and recalculates position valuations.
1351
    /// Updates all positions for the given instrument across all portfolios.
1352
    ///
1353
    /// # Arguments
1354
    /// * `market_data` - Real-time market data including price, volume, and volatility
1355
    ///
1356
    /// # Returns
1357
    /// * `RiskResult<()>` - Success or error in market data processing
1358
    ///
1359
    /// # Market Data Processing
1360
    /// - **Price Updates**: Updates last traded price for position valuation
1361
    /// - **Volume Analysis**: Records trading volume for liquidity assessment
1362
    /// - **Volatility Updates**: Updates volatility metrics for risk calculations
1363
    /// - **Timestamp Recording**: Tracks data freshness and latency
1364
    ///
1365
    /// # P&L Recalculation
1366
    /// 1. **Market Value**: Quantity × Current Price
1367
    /// 2. **Unrealized P&L**: (Current Price - Average Cost) × Quantity
1368
    /// 3. **Position Risk**: Updates volatility-based risk metrics
1369
    /// 4. **Portfolio Impact**: Propagates changes to portfolio summaries
1370
    ///
1371
    /// # Affected Systems
1372
    /// - **All Positions**: Updates positions holding the instrument
1373
    /// - **Multiple Portfolios**: Cross-portfolio market data impact
1374
    /// - **Portfolio Summaries**: Automatic recalculation of aggregated metrics
1375
    /// - **Risk Metrics**: Volatility and `VaR` calculations updated
1376
    /// - **Event Broadcasting**: Notifies subscribers of market data changes
1377
    ///
1378
    /// # Performance Characteristics
1379
    /// - **Batch Processing**: Single market data update affects all relevant positions
1380
    /// - **Efficient Iteration**: O(n) where n = number of positions for instrument
1381
    /// - **Concurrent Safe**: Thread-safe updates with atomic operations
1382
    /// - **Real-time**: Sub-millisecond processing for market data updates
1383
    ///
1384
    /// # Error Handling
1385
    /// - Invalid market data triggers validation errors
1386
    /// - Calculation failures return detailed error context
1387
    /// - Partial failures don't affect other positions
1388
    /// - All errors logged with market data context
1389
    ///
1390
    /// # Usage
1391
    /// ```rust
1392
    /// // Process real-time market data feed
1393
    /// let market_data = MarketData {
1394
    ///     instrument_id: "AAPL".to_string(),
1395
    ///     last: Price::from_f64(152.50)?,
1396
    ///     bid: Price::from_f64(152.45)?,
1397
    ///     ask: Price::from_f64(152.55)?,
1398
    ///     volume: Quantity::from_f64(1_000_000.0)?,
1399
    ///     volatility: Some(0.25), // 25% annualized volatility
1400
    ///     timestamp: Utc::now().timestamp(),
1401
    /// };
1402
    ///
1403
    /// tracker.update_market_data(market_data).await?;
1404
    ///
1405
    /// // All AAPL positions now reflect new pricing
1406
    /// let summary = tracker.get_portfolio_summary(&portfolio_id).await;
1407
    /// ```
1408
1
    pub async fn update_market_data(&self, market_data: MarketData) -> RiskResult<()> {
1409
1
        debug!(
1410
0
            "Updating market data for {}: ${}",
1411
            market_data.instrument_id, market_data.last
1412
        );
1413
1414
        // Store market data
1415
1
        self.market_data_cache
1416
1
            .insert(market_data.instrument_id.clone(), market_data.clone());
1417
1418
        // Update all positions for this instrument
1419
1
        let mut updated_portfolios = Vec::new();
1420
1421
1
        for mut entry in self.positions.iter_mut() {
1422
1
            let key = entry.key().clone();
1423
1
            let (portfolio_id, instrument_id) = (&key.0, &key.1);
1424
1
            if instrument_id == &market_data.instrument_id {
1425
1
                let position = entry.value_mut();
1426
1427
                // Update unrealized P&L based on new market price
1428
1
                let current_quantity =
1429
1
                    position.base_position.quantity.to_decimal().map_err(|e| 
{0
1430
0
                        RiskError::CalculationError(format!(
1431
0
                            "Failed to convert quantity to decimal: {e:?}"
1432
0
                        ))
1433
0
                    })?;
1434
1
                let avg_cost = position
1435
1
                    .base_position
1436
1
                    .position
1437
1
                    .average_price
1438
1
                    .to_decimal()
1439
1
                    .map_err(|e| 
{0
1440
0
                        RiskError::CalculationError(format!(
1441
0
                            "Failed to convert average price to decimal: {e:?}"
1442
0
                        ))
1443
0
                    })?;
1444
1
                let unrealized_pnl = current_quantity * (market_data.last.to_decimal()
?0
 - avg_cost);
1445
1446
                // Update position metrics
1447
1
                let market_value_decimal = current_quantity * market_data.last.to_decimal()
?0
;
1448
1
                let market_value_f64 =
1449
1
                    ToPrimitive::to_f64(&market_value_decimal).ok_or_else(|| 
{0
1450
0
                        RiskError::CalculationError(
1451
0
                            "Failed to convert market value to f64".to_owned(),
1452
0
                        )
1453
0
                    })?;
1454
1
                position.base_position.market_value = Price::from_f64(market_value_f64)
?0
;
1455
                position.base_position.unrealized_pnl =
1456
1
                    Price::from_f64(ToPrimitive::to_f64(&unrealized_pnl).ok_or_else(|| 
{0
1457
0
                        RiskError::TypeConversion {
1458
0
                            from_type: "Decimal".to_owned(),
1459
0
                            to_type: "f64".to_owned(),
1460
0
                            reason: format!("invalid Decimal value {unrealized_pnl}"),
1461
0
                        }
1462
0
                    })?)?;
1463
1
                position.volatility = market_data
1464
1
                    .volatility
1465
1
                    .map(|v| {
1466
1
                        Price::from_f64(v).map_err(|_| RiskError::TypeConversion {
1467
0
                            from_type: "f64".to_owned(),
1468
0
                            to_type: "Price".to_owned(),
1469
0
                            reason: format!("invalid f64 value {v}"),
1470
0
                        })
1471
1
                    })
1472
1
                    .transpose()
?0
;
1473
1
                position.last_updated = Utc::now();
1474
1475
1
                updated_portfolios.push(portfolio_id.clone());
1476
0
            }
1477
        }
1478
1479
        // Update portfolio summaries for affected portfolios
1480
2
        for 
portfolio_id1
 in updated_portfolios {
1481
1
            self.update_portfolio_summary(&portfolio_id).await
?0
;
1482
        }
1483
1484
        // Send market data update event
1485
1
        let event = PositionUpdateEvent {
1486
1
            portfolio_id: "ALL".to_owned(), // Market data affects all portfolios
1487
1
            instrument_id: market_data.instrument_id,
1488
1
            event_type: PositionEventType::MarketDataUpdated,
1489
1
            position_value: market_data.last,
1490
1
            timestamp: Utc::now(),
1491
1
        };
1492
1493
1
        let _ = self.position_update_sender.send(event);
1494
1495
1
        Ok(())
1496
1
    }
1497
1498
    /// Calculate comprehensive concentration risk metrics for a portfolio
1499
1
    pub async fn calculate_concentration_risk(
1500
1
        &self,
1501
1
        portfolio_id: &PortfolioId,
1502
1
    ) -> RiskResult<ConcentrationRiskMetrics> {
1503
1
        debug!(
1504
0
            "Calculating concentration risk for portfolio: {}",
1505
            portfolio_id
1506
        );
1507
1508
        // Get all positions for this portfolio
1509
1
        let portfolio_positions: Vec<_> = self
1510
1
            .positions
1511
1
            .iter()
1512
1
            .filter(|entry| &entry.key().0 == portfolio_id)
1513
1
            .map(|entry| entry.value().clone())
1514
1
            .collect();
1515
1516
1
        if portfolio_positions.is_empty() {
1517
0
            return Ok(ConcentrationRiskMetrics {
1518
0
                portfolio_id: portfolio_id.clone(),
1519
0
                total_portfolio_value: Price::ZERO,
1520
0
                largest_position_pct: Price::ZERO,
1521
0
                largest_position_symbol: Symbol::from("NONE"),
1522
0
                hhi_index: Price::ZERO,
1523
0
                sector_concentrations: HashMap::new(),
1524
0
                strategy_concentrations: HashMap::new(),
1525
0
                geographic_concentrations: HashMap::new(),
1526
0
                concentration_warnings: Vec::new(),
1527
0
                calculated_at: Utc::now(),
1528
0
            });
1529
1
        }
1530
1531
        // Calculate total portfolio value
1532
1
        let mut total_value_decimal = Decimal::ZERO;
1533
2
        for 
pos1
 in &portfolio_positions {
1534
1
            match pos.base_position.market_value.to_decimal() {
1535
1
                Ok(value) => total_value_decimal += value,
1536
0
                Err(e) => {
1537
0
                    warn!(
1538
0
                        "Failed to convert position market value to decimal: {:?}",
1539
                        e
1540
                    );
1541
                    // Continue with zero contribution for this position
1542
                },
1543
            }
1544
        }
1545
1
        let total_value = Price::from_decimal(total_value_decimal);
1546
1547
1
        if total_value == Price::ZERO {
1548
            // CRITICAL: Zero portfolio value indicates a serious problem
1549
            // This could be due to:
1550
            // 1. All positions closed (normal)
1551
            // 2. Data corruption or pricing errors (dangerous)
1552
            // 3. Market data feed failure (dangerous)
1553
0
            warn!(
1554
0
                "Portfolio {} has zero total value - this could indicate data corruption or pricing errors",
1555
                portfolio_id
1556
            );
1557
1558
            // Return error instead of silently hiding the issue
1559
0
            return Err(RiskError::CalculationError(
1560
0
                format!(
1561
0
                    "Portfolio {portfolio_id} has zero total value - cannot calculate concentration risk. \
1562
0
                     This may indicate data corruption, pricing errors, or market data feed failure."
1563
0
                )
1564
0
            ));
1565
1
        }
1566
1567
        // Find largest position
1568
1
        let largest_position = portfolio_positions
1569
1
            .iter()
1570
1
            .max_by(|a, b| 
{0
1571
0
                let a_value = a
1572
0
                    .base_position
1573
0
                    .market_value
1574
0
                    .to_decimal()
1575
0
                    .unwrap_or(Decimal::ZERO);
1576
0
                let b_value = b
1577
0
                    .base_position
1578
0
                    .market_value
1579
0
                    .to_decimal()
1580
0
                    .unwrap_or(Decimal::ZERO);
1581
0
                a_value.cmp(&b_value)
1582
0
            })
1583
1
            .ok_or_else(|| 
{0
1584
0
                RiskError::CalculationError(
1585
0
                    "No positions found for concentration calculation".to_owned(),
1586
0
                )
1587
0
            })?;
1588
1589
1
        let largest_position_value = largest_position
1590
1
            .base_position
1591
1
            .market_value
1592
1
            .to_decimal()
1593
1
            .map_err(|e| 
{0
1594
0
                RiskError::CalculationError(format!(
1595
0
                    "Failed to convert largest position value: {e:?}"
1596
0
                ))
1597
0
            })?;
1598
1
        let largest_position_pct = Price::from_decimal(
1599
1
            (largest_position_value / total_value_decimal) * Decimal::from(100),
1600
        );
1601
1602
        // Calculate Herfindahl-Hirschman Index (HHI)
1603
1
        let mut hhi_index = Decimal::ZERO;
1604
2
        for 
pos1
 in &portfolio_positions {
1605
1
            match pos.base_position.market_value.to_decimal() {
1606
1
                Ok(value) => {
1607
1
                    let weight = value / total_value_decimal;
1608
1
                    hhi_index += weight * weight * Decimal::from(10000); // Scale to traditional HHI range
1609
1
                },
1610
0
                Err(e) => {
1611
0
                    warn!(
1612
0
                        "Failed to convert position market value for HHI calculation: {:?}",
1613
                        e
1614
                    );
1615
                    // Continue with zero contribution for this position
1616
                },
1617
            }
1618
        }
1619
1620
        // Calculate sector concentrations
1621
1
        let mut sector_concentrations = HashMap::new();
1622
2
        for 
position1
 in &portfolio_positions {
1623
1
            let sector_value = sector_concentrations
1624
1
                .entry(position.sector.clone())
1625
1
                .or_insert(Price::ZERO);
1626
1
            match position.base_position.market_value.to_decimal() {
1627
1
                Ok(value) => *sector_value += value.into(),
1628
0
                Err(e) => warn!(
1629
0
                    "Failed to convert position market value for sector calculation: {:?}",
1630
                    e
1631
                ),
1632
            }
1633
        }
1634
1635
        // Convert to percentages
1636
1
        for value in sector_concentrations.values_mut() {
1637
1
            match value.to_decimal() {
1638
1
                Ok(val_decimal) => {
1639
1
                    let percentage_decimal = val_decimal / total_value_decimal * Decimal::from(100);
1640
1
                    *value = Price::from_decimal(percentage_decimal);
1641
1
                },
1642
0
                Err(_) => *value = Price::ZERO, // Handle conversion error gracefully
1643
            }
1644
        }
1645
1646
        // Calculate strategy concentrations
1647
1
        let mut strategy_concentrations = HashMap::new();
1648
2
        for 
position1
 in &portfolio_positions {
1649
1
            let strategy_value = strategy_concentrations
1650
1
                .entry(
1651
1
                    position
1652
1
                        .base_position
1653
1
                        .strategy_id
1654
1
                        .clone()
1655
1
                        .unwrap_or_default(),
1656
                )
1657
1
                .or_insert(Price::ZERO);
1658
1
            match position.base_position.market_value.to_decimal() {
1659
1
                Ok(value) => *strategy_value += value.into(),
1660
0
                Err(e) => warn!(
1661
0
                    "Failed to convert position market value for strategy calculation: {:?}",
1662
                    e
1663
                ),
1664
            }
1665
        }
1666
        // Convert to percentages
1667
1
        for value in strategy_concentrations.values_mut() {
1668
1
            match value.to_decimal() {
1669
1
                Ok(val_decimal) => {
1670
1
                    let percentage_decimal = val_decimal / total_value_decimal * Decimal::from(100);
1671
1
                    *value = Price::from_decimal(percentage_decimal);
1672
1
                },
1673
0
                Err(_) => *value = Price::ZERO, // Handle conversion error gracefully
1674
            }
1675
        }
1676
1677
        // Calculate geographic concentrations
1678
1
        let mut geographic_concentrations = HashMap::new();
1679
2
        for 
position1
 in &portfolio_positions {
1680
1
            let geo_value = geographic_concentrations
1681
1
                .entry(position.country.clone())
1682
1
                .or_insert(Price::ZERO);
1683
1
            if let Ok(value) = position.base_position.market_value.to_decimal() {
1684
1
                *geo_value += value.into();
1685
1
            } else {
1686
0
                warn!(
1687
0
                    "Failed to convert market_value to decimal for position {}",
1688
                    position.base_position.instrument_id
1689
                );
1690
            }
1691
        }
1692
        // Convert to percentages
1693
1
        for value in geographic_concentrations.values_mut() {
1694
1
            match value.to_decimal() {
1695
1
                Ok(val_decimal) => {
1696
1
                    let percentage_decimal = val_decimal / total_value_decimal * Decimal::from(100);
1697
1
                    *value = Price::from_decimal(percentage_decimal);
1698
1
                },
1699
0
                Err(_) => *value = Price::ZERO, // Handle conversion error gracefully
1700
            }
1701
        }
1702
1703
        // Check concentration limits and generate warnings
1704
1
        let limits = self.get_concentration_limits(portfolio_id).await
?0
;
1705
1
        let mut warnings = Vec::new();
1706
1707
        // Check single position limit
1708
1
        if largest_position_pct > limits.max_single_position_pct {
1709
1
            warnings.push(ConcentrationWarning {
1710
1
                warning_type: ConcentrationWarningType::SinglePositionLimit,
1711
1
                current_value: largest_position_pct,
1712
1
                limit_value: limits.max_single_position_pct,
1713
1
                breach_amount: largest_position_pct - limits.max_single_position_pct,
1714
1
                affected_items: vec![largest_position.base_position.instrument_id.clone()],
1715
1
            });
1716
1
        
}0
1717
1718
        // Check sector concentration limits
1719
2
        for (
sector1
, 
concentration1
) in &sector_concentrations {
1720
1
            if *concentration > limits.max_sector_concentration_pct {
1721
1
                warnings.push(ConcentrationWarning {
1722
1
                    warning_type: ConcentrationWarningType::SectorConcentration,
1723
1
                    current_value: *concentration,
1724
1
                    limit_value: limits.max_sector_concentration_pct,
1725
1
                    breach_amount: *concentration - limits.max_sector_concentration_pct,
1726
1
                    affected_items: vec![sector.clone()],
1727
1
                });
1728
1
            
}0
1729
        }
1730
1731
        // Check HHI limit
1732
1
        if Price::from_decimal(hhi_index) > limits.max_hhi_index {
1733
1
            warnings.push(ConcentrationWarning {
1734
1
                warning_type: ConcentrationWarningType::HHIExceeded,
1735
1
                current_value: Price::from_decimal(hhi_index),
1736
1
                limit_value: limits.max_hhi_index,
1737
1
                breach_amount: Price::from_decimal(hhi_index) - limits.max_hhi_index,
1738
1
                affected_items: vec!["Portfolio Diversification".to_owned()],
1739
1
            });
1740
1
        
}0
1741
1742
1
        let metrics = ConcentrationRiskMetrics {
1743
1
            portfolio_id: portfolio_id.clone(),
1744
1
            total_portfolio_value: total_value,
1745
1
            largest_position_pct,
1746
1
            largest_position_symbol: Symbol::from(
1747
1
                largest_position.base_position.instrument_id.as_str(),
1748
1
            ),
1749
1
            hhi_index: Price::from_decimal(hhi_index),
1750
1
            sector_concentrations,
1751
1
            strategy_concentrations,
1752
1
            geographic_concentrations,
1753
1
            concentration_warnings: warnings,
1754
1
            calculated_at: Utc::now(),
1755
1
        };
1756
1757
1
        if !metrics.concentration_warnings.is_empty() {
1758
1
            warn!(
1759
0
                "\u{1f6a8} Concentration risk warnings for portfolio {}: {} violations",
1760
                portfolio_id,
1761
0
                metrics.concentration_warnings.len()
1762
            );
1763
            // Record concentration risk breaches
1764
4
            for _ in &metrics.concentration_warnings {
1765
3
                RISK_BREACHES_COUNTER.inc();
1766
3
            }
1767
0
        }
1768
1769
        // Update concentration risk metrics
1770
1
        if let Ok(hhi_f64) = decimal_to_f64_safe(hhi_index, "HHI index conversion") {
1771
1
            CONCENTRATION_RISK_GAUGE.set(hhi_f64);
1772
1
        } else {
1773
0
            warn!("Failed to convert HHI index to f64 for metrics");
1774
        }
1775
1776
1
        info!(
1777
0
            "\u{2705} Concentration risk calculated for {} - HHI: {:.0}, Largest Position: {:.2}%",
1778
            portfolio_id, hhi_index, largest_position_pct
1779
        );
1780
1781
1
        Ok(metrics)
1782
1
    }
1783
1784
    /// Update comprehensive portfolio summary with risk metrics
1785
1
    async fn update_portfolio_summary(&self, portfolio_id: &PortfolioId) -> RiskResult<()> {
1786
1
        let portfolio_positions: Vec<_> = self
1787
1
            .positions
1788
1
            .iter()
1789
1
            .filter(|entry| &entry.key().0 == portfolio_id)
1790
1
            .map(|entry| entry.value().clone())
1791
1
            .collect();
1792
1793
1
        if portfolio_positions.is_empty() {
1794
0
            return Ok(());
1795
1
        }
1796
1797
        // Calculate portfolio totals
1798
1
        let total_value_decimal: Decimal = portfolio_positions
1799
1
            .iter()
1800
1
            .map(|pos| {
1801
1
                pos.base_position
1802
1
                    .market_value
1803
1
                    .to_decimal()
1804
1
                    .unwrap_or(Decimal::ZERO)
1805
1
            })
1806
1
            .sum();
1807
1
        let total_value = Price::from_decimal(total_value_decimal);
1808
1809
1
        let unrealized_pnl: Decimal = portfolio_positions
1810
1
            .iter()
1811
1
            .map(|pos| {
1812
1
                pos.base_position
1813
1
                    .unrealized_pnl
1814
1
                    .to_decimal()
1815
1
                    .unwrap_or(Decimal::ZERO)
1816
1
            })
1817
1
            .sum();
1818
1
        let realized_pnl: Decimal = portfolio_positions
1819
1
            .iter()
1820
1
            .map(|pos| {
1821
1
                pos.base_position
1822
1
                    .realized_pnl
1823
1
                    .to_decimal()
1824
1
                    .unwrap_or(Decimal::ZERO)
1825
1
            })
1826
1
            .sum(); // Calculate top positions
1827
1
        let mut top_positions: Vec<TopPosition> = Vec::new();
1828
2
        for 
pos1
 in &portfolio_positions {
1829
1
            let market_val_decimal =
1830
1
                pos.base_position
1831
1
                    .market_value
1832
1
                    .to_decimal()
1833
1
                    .unwrap_or_else(|e| 
{0
1834
0
                        warn!(
1835
0
                            "Failed to convert market value to decimal for position {}: {}",
1836
                            pos.base_position.instrument_id, e
1837
                        );
1838
0
                        Decimal::ZERO
1839
0
                    });
1840
1841
1
            let percentage = if total_value > Price::ZERO && total_value_decimal > Decimal::ZERO {
1842
1
                let percentage_decimal =
1843
1
                    (market_val_decimal / total_value_decimal) * Decimal::from(100);
1844
1
                Price::from_decimal(percentage_decimal)
1845
            } else {
1846
0
                Price::ZERO
1847
            };
1848
1849
1
            top_positions.push(TopPosition {
1850
1
                symbol: Symbol::from(pos.base_position.instrument_id.as_str()),
1851
1
                value: Price::from_decimal(market_val_decimal),
1852
1
                percentage,
1853
1
                pnl: pos
1854
1
                    .base_position
1855
1
                    .unrealized_pnl
1856
1
                    .to_decimal()
1857
1
                    .unwrap_or(Decimal::ZERO),
1858
1
            });
1859
        }
1860
1861
1
        top_positions.sort_by(|a, b| 
b.value0
.
cmp0
(
&a.value0
));
1862
1
        top_positions.truncate(10); // Keep top 10
1863
1864
        // Calculate sector allocation
1865
1
        let mut sector_allocation = HashMap::new();
1866
2
        for 
position1
 in &portfolio_positions {
1867
1
            let sector_value = sector_allocation
1868
1
                .entry(position.sector.clone())
1869
1
                .or_insert(Price::ZERO);
1870
1
            if let Ok(value) = position.base_position.market_value.to_decimal() {
1871
1
                *sector_value += value.into();
1872
1
            } else {
1873
0
                warn!(
1874
0
                    "Failed to convert market_value to decimal for position {}",
1875
                    position.base_position.instrument_id
1876
                );
1877
            }
1878
        }
1879
1880
        // Calculate concentration metrics
1881
1
        let concentration_metrics = self.calculate_concentration_risk(portfolio_id).await
?0
;
1882
1883
        // Create portfolio summary
1884
1
        let summary = PortfolioSummary {
1885
1
            portfolio_id: portfolio_id.clone(),
1886
1
            total_value,
1887
1
            total_positions: portfolio_positions.len(),
1888
1
            unrealized_pnl,
1889
1
            realized_pnl,
1890
1
            daily_pnl: unrealized_pnl + realized_pnl, // Simplified daily P&L
1891
1
            concentration_metrics,
1892
1
            top_positions,
1893
1
            sector_allocation,
1894
1
            last_updated: Utc::now(),
1895
1
        };
1896
1897
1
        self.portfolio_summaries
1898
1
            .insert(portfolio_id.clone(), summary);
1899
1
        Ok(())
1900
1
    }
1901
1902
    /// **Get Portfolio Summary with Comprehensive Risk Metrics**
1903
    ///
1904
    /// Retrieves complete portfolio analytics including valuation, performance,
1905
    /// risk metrics, and concentration analysis.
1906
    ///
1907
    /// # Arguments
1908
    /// * `portfolio_id` - Portfolio identifier for summary retrieval
1909
    ///
1910
    /// # Returns
1911
    /// * `Option<PortfolioSummary>` - Complete portfolio summary or None if not found
1912
    ///
1913
    /// # Summary Components
1914
    /// - **Portfolio Valuation**: Total market value and position count
1915
    /// - **Performance Metrics**: Realized, unrealized, and daily P&L
1916
    /// - **Risk Analysis**: Concentration metrics and risk warnings
1917
    /// - **Top Holdings**: Largest positions by value and percentage
1918
    /// - **Sector Allocation**: Industry diversification breakdown
1919
    /// - **Real-time Data**: Last updated timestamp for freshness
1920
    ///
1921
    /// # Concentration Risk Analysis
1922
    /// - **HHI Index**: Portfolio diversification measurement
1923
    /// - **Single Position Risk**: Largest position concentration
1924
    /// - **Sector Risk**: Industry concentration levels
1925
    /// - **Geographic Risk**: Country/regional exposure
1926
    /// - **Strategy Risk**: Trading strategy concentration
1927
    /// - **Active Warnings**: Real-time limit breach alerts
1928
    ///
1929
    /// # Data Freshness
1930
    /// - Automatically updated when positions change
1931
    /// - Market data updates trigger recalculation
1932
    /// - Real-time risk metrics and concentration analysis
1933
    /// - Performance metrics updated continuously
1934
    ///
1935
    /// # Performance
1936
    /// - Cached portfolio summaries for efficient retrieval
1937
    /// - O(1) lookup with concurrent access safety
1938
    /// - No real-time calculation overhead
1939
    /// - Thread-safe access with `DashMap`
1940
    ///
1941
    /// # Usage
1942
    /// ```rust
1943
    /// let summary = tracker.get_portfolio_summary(&"portfolio1".to_string()).await;
1944
    ///
1945
    /// if let Some(summary) = summary {
1946
    ///     println!("Portfolio: {} (${:.2})", summary.portfolio_id, summary.total_value);
1947
    ///     println!("Positions: {}, Daily P&L: ${:.2}",
1948
    ///              summary.total_positions, summary.daily_pnl);
1949
    ///     
1950
    ///     // Risk analysis
1951
    ///     let metrics = &summary.concentration_metrics;
1952
    ///     println!("HHI Index: {:.0} ({})", metrics.hhi_index,
1953
    ///              if metrics.hhi_index < Price::from_f64(1000.0)? { "Diversified" } else { "Concentrated" });
1954
    ///     
1955
    ///     // Concentration warnings
1956
    ///     for warning in &metrics.concentration_warnings {
1957
    ///         println!("⚠️  {:?}: {:.2}% exceeds {:.2}% limit",
1958
    ///                  warning.warning_type, warning.current_value, warning.limit_value);
1959
    ///     }
1960
    ///     
1961
    ///     // Top positions
1962
    ///     for (i, pos) in summary.top_positions.iter().take(5).enumerate() {
1963
    ///         println!("{}. {} - ${:.2} ({:.1}%)", i+1, pos.symbol, pos.value, pos.percentage);
1964
    ///     }
1965
    ///     
1966
    ///     // Sector allocation
1967
    ///     for (sector, allocation) in &summary.sector_allocation {
1968
    ///         if *allocation > Price::from_f64(5.0)? {
1969
    ///             println!("Sector {}: {:.1}%", sector, allocation);
1970
    ///         }
1971
    ///     }
1972
    /// } else {
1973
    ///     println!("Portfolio not found or no positions");
1974
    /// }
1975
    /// ```
1976
0
    pub async fn get_portfolio_summary(
1977
0
        &self,
1978
0
        portfolio_id: &PortfolioId,
1979
0
    ) -> Option<PortfolioSummary> {
1980
0
        self.portfolio_summaries
1981
0
            .get(portfolio_id)
1982
0
            .map(|entry| entry.clone())
1983
0
    }
1984
1985
    /// **Set Concentration Risk Limits for Portfolio**
1986
    ///
1987
    /// Configures concentration risk limits for automated monitoring and alerting.
1988
    /// Limits are applied to all future concentration risk calculations.
1989
    ///
1990
    /// # Arguments
1991
    /// * `portfolio_id` - Portfolio to configure limits for
1992
    /// * `limits` - Concentration limit configuration
1993
    ///
1994
    /// # Returns
1995
    /// * `RiskResult<()>` - Success or configuration error
1996
    ///
1997
    /// # Limit Categories
1998
    /// - **Single Position**: Maximum percentage for any individual position
1999
    /// - **Sector Concentration**: Maximum exposure to any single industry
2000
    /// - **Strategy Concentration**: Maximum allocation to any trading strategy
2001
    /// - **Geographic Concentration**: Maximum exposure to any country/region
2002
    /// - **HHI Index**: Overall portfolio diversification threshold
2003
    ///
2004
    /// # Limit Enforcement
2005
    /// - Applied during concentration risk calculations
2006
    /// - Generates warnings when limits are exceeded
2007
    /// - Used for pre-trade risk checks
2008
    /// - Enables automated compliance monitoring
2009
    /// - Supports regulatory reporting requirements
2010
    ///
2011
    /// # Configuration Storage
2012
    /// - Persistent configuration per portfolio
2013
    /// - Thread-safe updates with `RwLock` protection
2014
    /// - Immediate effect on new risk calculations
2015
    /// - Override default limits with custom values
2016
    ///
2017
    /// # Regulatory Compliance
2018
    /// - Supports Basel III concentration requirements
2019
    /// - `MiFID` II risk management compliance
2020
    /// - SEC/FINRA concentration guidelines
2021
    /// - Custom institutional risk policies
2022
    ///
2023
    /// # Usage
2024
    /// ```rust
2025
    /// // Conservative institutional limits
2026
    /// let conservative_limits = ConcentrationLimits {
2027
    ///     max_single_position_pct: Price::from_f64(3.0)?, // 3% per position
2028
    ///     max_sector_concentration_pct: Price::from_f64(15.0)?, // 15% per sector
2029
    ///     max_strategy_concentration_pct: Price::from_f64(25.0)?, // 25% per strategy
2030
    ///     max_geographic_concentration_pct: Price::from_f64(35.0)?, // 35% per region
2031
    ///     max_hhi_index: Price::from_f64(800.0)?, // Highly diversified
2032
    /// };
2033
    ///
2034
    /// tracker.set_concentration_limits(&"conservative_portfolio".to_string(), conservative_limits).await?;
2035
    ///
2036
    /// // Aggressive hedge fund limits
2037
    /// let aggressive_limits = ConcentrationLimits {
2038
    ///     max_single_position_pct: Price::from_f64(10.0)?, // 10% per position
2039
    ///     max_sector_concentration_pct: Price::from_f64(30.0)?, // 30% per sector
2040
    ///     max_strategy_concentration_pct: Price::from_f64(50.0)?, // 50% per strategy
2041
    ///     max_geographic_concentration_pct: Price::from_f64(60.0)?, // 60% per region
2042
    ///     max_hhi_index: Price::from_f64(1500.0)?, // Moderate concentration allowed
2043
    /// };
2044
    ///
2045
    /// tracker.set_concentration_limits(&"hedge_fund_portfolio".to_string(), aggressive_limits).await?;
2046
    /// ```
2047
0
    pub async fn set_concentration_limits(
2048
0
        &self,
2049
0
        portfolio_id: &PortfolioId,
2050
0
        limits: ConcentrationLimits,
2051
0
    ) -> RiskResult<()> {
2052
0
        let mut limits_map = self.concentration_limits.write().await;
2053
0
        limits_map.insert(portfolio_id.clone(), limits);
2054
2055
0
        info!(
2056
0
            "\u{1f4ca} Concentration limits updated for portfolio {}",
2057
            portfolio_id
2058
        );
2059
0
        Ok(())
2060
0
    }
2061
2062
    /// **Get Concentration Risk Limits for Portfolio**
2063
    ///
2064
    /// Retrieves the current concentration risk limits configuration for a portfolio.
2065
    /// Returns default limits if no custom limits have been set.
2066
    ///
2067
    /// # Arguments
2068
    /// * `portfolio_id` - Portfolio identifier for limit retrieval
2069
    ///
2070
    /// # Returns
2071
    /// * `RiskResult<ConcentrationLimits>` - Current limit configuration
2072
    ///
2073
    /// # Default Limits
2074
    /// If no custom limits are configured, returns sensible defaults:
2075
    /// - **Single Position**: 5% maximum per position
2076
    /// - **Sector Concentration**: 20% maximum per sector
2077
    /// - **Strategy Concentration**: 30% maximum per strategy
2078
    /// - **Geographic Concentration**: 40% maximum per region
2079
    /// - **HHI Index**: 1000 (diversified portfolio threshold)
2080
    ///
2081
    /// # Limit Sources
2082
    /// 1. **Custom Configuration**: Portfolio-specific limits set via `set_concentration_limits`
2083
    /// 2. **Default Configuration**: Standard institutional limits
2084
    /// 3. **Regulatory Minimums**: Compliance-driven baseline limits
2085
    ///
2086
    /// # Thread Safety
2087
    /// - Concurrent access safe with `RwLock` protection
2088
    /// - Non-blocking read operations
2089
    /// - Consistent view of limit configuration
2090
    ///
2091
    /// # Usage
2092
    /// ```rust
2093
    /// // Get current limits for validation
2094
    /// let limits = tracker.get_concentration_limits(&"portfolio1".to_string()).await?;
2095
    ///
2096
    /// println!("Current concentration limits:");
2097
    /// println!("  Single position: {:.1}%", limits.max_single_position_pct);
2098
    /// println!("  Sector exposure: {:.1}%", limits.max_sector_concentration_pct);
2099
    /// println!("  Strategy allocation: {:.1}%", limits.max_strategy_concentration_pct);
2100
    /// println!("  Geographic exposure: {:.1}%", limits.max_geographic_concentration_pct);
2101
    /// println!("  HHI Index: {:.0}", limits.max_hhi_index);
2102
    ///
2103
    /// // Use limits for pre-trade checks
2104
    /// let concentration_metrics = tracker.calculate_concentration_risk(&"portfolio1".to_string()).await?;
2105
    /// if concentration_metrics.largest_position_pct > limits.max_single_position_pct {
2106
    ///     println!("⚠️  Single position limit would be exceeded");
2107
    /// }
2108
    /// ```
2109
1
    pub async fn get_concentration_limits(
2110
1
        &self,
2111
1
        portfolio_id: &PortfolioId,
2112
1
    ) -> RiskResult<ConcentrationLimits> {
2113
1
        let limits_map = self.concentration_limits.read().await;
2114
        // CRITICAL: Use configured limits, not defaults that could mask risk violations
2115
1
        Ok(limits_map.get(portfolio_id).cloned().unwrap_or_else(|| {
2116
1
            warn!(
2117
0
                "No concentration limits configured for portfolio {}, using default limits",
2118
                portfolio_id
2119
            );
2120
1
            ConcentrationLimits::default()
2121
1
        }))
2122
1
    }
2123
2124
    /// **Subscribe to Real-Time Position Update Events**
2125
    ///
2126
    /// Creates a new subscription to receive real-time position change notifications.
2127
    /// Enables event-driven monitoring and downstream system integration.
2128
    ///
2129
    /// # Returns
2130
    /// * `broadcast::Receiver<PositionUpdateEvent>` - Event receiver for position updates
2131
    ///
2132
    /// # Event Types Broadcast
2133
    /// - **`PositionOpened`**: New position created in portfolio
2134
    /// - **`PositionIncreased`**: Existing position size increased
2135
    /// - **`PositionDecreased`**: Existing position size decreased
2136
    /// - **`PositionClosed`**: Position completely closed (quantity = 0)
2137
    /// - **`MarketDataUpdated`**: Market price changes affecting position values
2138
    ///
2139
    /// # Event Processing
2140
    /// - **Non-blocking**: Events delivered asynchronously
2141
    /// - **Fan-out**: Multiple subscribers receive same events
2142
    /// - **Ordered**: Events delivered in chronological order
2143
    /// - **Buffered**: 1000 event buffer prevents lost events during processing
2144
    ///
2145
    /// # Subscriber Patterns
2146
    /// - **Risk Monitoring**: Real-time concentration and limit monitoring
2147
    /// - **Audit Logging**: Complete audit trail of position changes
2148
    /// - **Client Updates**: Real-time portfolio updates to client systems
2149
    /// - **Compliance**: Regulatory reporting and monitoring
2150
    /// - **Analytics**: Performance attribution and analysis
2151
    ///
2152
    /// # Performance Characteristics
2153
    /// - **Low Latency**: Sub-millisecond event delivery
2154
    /// - **High Throughput**: Handles thousands of events per second
2155
    /// - **Memory Efficient**: Bounded buffer prevents memory growth
2156
    /// - **Thread Safe**: Concurrent subscribers supported
2157
    ///
2158
    /// # Error Handling
2159
    /// - **Lagged Receivers**: Slow consumers receive lag error
2160
    /// - **Buffer Overflow**: Events dropped if buffer full
2161
    /// - **Disconnected Receivers**: Automatic cleanup of dead subscribers
2162
    ///
2163
    /// # Usage
2164
    /// ```rust
2165
    /// // Subscribe to position updates
2166
    /// let mut event_receiver = tracker.subscribe_to_updates();
2167
    ///
2168
    /// // Process events in background task
2169
    /// tokio::spawn(async move {
2170
    ///     while let Ok(event) = event_receiver.recv().await {
2171
    ///         match event.event_type {
2172
    ///             PositionEventType::PositionOpened => {
2173
    ///                 println!("✅ New position: {} in {} (${:.2})",
2174
    ///                          event.instrument_id, event.portfolio_id, event.position_value);
2175
    ///                 
2176
    ///                 // Check concentration limits for new position
2177
    ///                 check_concentration_compliance(&event).await;
2178
    ///             }
2179
    ///             PositionEventType::PositionClosed => {
2180
    ///                 println!("❌ Position closed: {} in {}",
2181
    ///                          event.instrument_id, event.portfolio_id);
2182
    ///                 
2183
    ///                 // Log final P&L and audit trail
2184
    ///                 log_position_closure(&event).await;
2185
    ///             }
2186
    ///             PositionEventType::MarketDataUpdated => {
2187
    ///                 // Update real-time dashboards
2188
    ///                 update_portfolio_dashboard(&event.portfolio_id, &event).await;
2189
    ///             }
2190
    ///             _ => {
2191
    ///                 // Handle other event types
2192
    ///                 process_generic_position_event(&event).await;
2193
    ///             }
2194
    ///         }
2195
    ///     }
2196
    ///     
2197
    ///     println!("Position event subscription ended");
2198
    /// });
2199
    /// ```
2200
    #[must_use]
2201
0
    pub fn subscribe_to_updates(&self) -> broadcast::Receiver<PositionUpdateEvent> {
2202
0
        self.position_update_sender.subscribe()
2203
0
    }
2204
2205
    /// **Get All Active Portfolios with Positions**
2206
    ///
2207
    /// Retrieves list of all portfolio identifiers that currently have positions.
2208
    /// Useful for portfolio management and monitoring operations.
2209
    ///
2210
    /// # Returns
2211
    /// * `Vec<PortfolioId>` - List of portfolio identifiers with active positions
2212
    ///
2213
    /// # Active Portfolio Criteria
2214
    /// - Portfolio has at least one position (any quantity, including zero)
2215
    /// - Position exists in the tracking system
2216
    /// - No duplicate portfolio IDs in returned list
2217
    ///
2218
    /// # Use Cases
2219
    /// - **Portfolio Management**: Iterate through all active portfolios
2220
    /// - **Risk Monitoring**: Check concentration across all portfolios
2221
    /// - **Reporting**: Generate portfolio reports for all active accounts
2222
    /// - **Cleanup Operations**: Identify portfolios for maintenance
2223
    /// - **Dashboard Updates**: Populate portfolio selection lists
2224
    ///
2225
    /// # Performance
2226
    /// - **Efficient Iteration**: Single pass through position storage
2227
    /// - **Deduplication**: Ensures unique portfolio list
2228
    /// - **Metrics Update**: Updates Prometheus portfolio count gauge
2229
    /// - **Thread Safe**: Concurrent access with position storage
2230
    ///
2231
    /// # Metrics Integration
2232
    /// - Updates `foxhunt_active_portfolios` gauge with current count
2233
    /// - Provides operational visibility into portfolio activity
2234
    /// - Supports monitoring and alerting on portfolio count changes
2235
    ///
2236
    /// # Usage
2237
    /// ```rust
2238
    /// // Get all active portfolios
2239
    /// let portfolios = tracker.get_active_portfolios().await;
2240
    ///
2241
    /// println!("Found {} active portfolios", portfolios.len());
2242
    ///
2243
    /// // Process each portfolio
2244
    /// for portfolio_id in portfolios {
2245
    ///     println!("Processing portfolio: {}", portfolio_id);
2246
    ///     
2247
    ///     // Get portfolio summary
2248
    ///     if let Some(summary) = tracker.get_portfolio_summary(&portfolio_id).await {
2249
    ///         println!("  Total value: ${:.2}", summary.total_value);
2250
    ///         println!("  Positions: {}", summary.total_positions);
2251
    ///         
2252
    ///         // Check for concentration warnings
2253
    ///         let warning_count = summary.concentration_metrics.concentration_warnings.len();
2254
    ///         if warning_count > 0 {
2255
    ///             println!("⚠️  {} concentration warnings", warning_count);
2256
    ///         }
2257
    ///     }
2258
    ///     
2259
    ///     // Calculate portfolio risk metrics
2260
    ///     let beta = tracker.calculate_portfolio_beta(&portfolio_id).await?;
2261
    ///     println!("  Portfolio beta: {:.2}", beta);
2262
    ///     
2263
    ///     // Get concentration risk
2264
    ///     let risk_metrics = tracker.calculate_concentration_risk(&portfolio_id).await?;
2265
    ///     println!("  HHI Index: {:.0}", risk_metrics.hhi_index);
2266
    /// }
2267
    /// ```
2268
0
    pub async fn get_active_portfolios(&self) -> Vec<PortfolioId> {
2269
0
        let mut portfolios = Vec::new();
2270
0
        for entry in self.positions.iter() {
2271
0
            let portfolio_id = &entry.key().0;
2272
0
            if !portfolios.contains(portfolio_id) {
2273
0
                portfolios.push(portfolio_id.clone());
2274
0
            }
2275
        }
2276
2277
        // Update portfolio count metric
2278
0
        PORTFOLIO_COUNT_GAUGE.set(portfolios.len() as i64);
2279
2280
0
        portfolios
2281
0
    }
2282
2283
    /// **Calculate Portfolio Beta (Systematic Risk)**
2284
    ///
2285
    /// Computes the portfolio's systematic risk relative to the market using
2286
    /// weighted average beta of individual positions.
2287
    ///
2288
    /// # Arguments
2289
    /// * `portfolio_id` - Portfolio identifier for beta calculation
2290
    ///
2291
    /// # Returns
2292
    /// * `RiskResult<Decimal>` - Portfolio beta coefficient
2293
    ///
2294
    /// # Beta Interpretation
2295
    /// - **Beta = 1.0**: Portfolio moves with market (market-level risk)
2296
    /// - **Beta > 1.0**: Portfolio more volatile than market (higher risk)
2297
    /// - **Beta < 1.0**: Portfolio less volatile than market (lower risk)
2298
    /// - **Beta = 0.0**: Portfolio uncorrelated with market
2299
    /// - **Beta < 0.0**: Portfolio moves opposite to market (rare)
2300
    ///
2301
    /// # Calculation Method
2302
    /// 1. **Position Weighting**: Each position weighted by market value
2303
    /// 2. **Beta Aggregation**: Weighted sum of individual position betas
2304
    /// 3. **Default Beta**: Positions without beta use 1.0 (market risk)
2305
    /// 4. **Portfolio Beta**: `Σ(Weight_i` × `Beta_i`)
2306
    ///
2307
    /// # Risk Applications
2308
    /// - **Portfolio Construction**: Target beta for risk management
2309
    /// - **Hedging Decisions**: Calculate hedge ratios for market exposure
2310
    /// - **Performance Attribution**: Separate alpha from beta returns
2311
    /// - **Risk Budgeting**: Allocate risk based on systematic exposure
2312
    /// - **Regulatory Capital**: Basel requirements for market risk
2313
    ///
2314
    /// # Data Requirements
2315
    /// - Position market values for accurate weighting
2316
    /// - Individual position betas (estimated or calculated)
2317
    /// - Current portfolio composition
2318
    ///
2319
    /// # Limitations
2320
    /// - **Static Betas**: Uses historical beta estimates
2321
    /// - **Linear Assumption**: Assumes linear relationship with market
2322
    /// - **Market Index**: Beta relative to assumed market benchmark
2323
    /// - **Time Stability**: Beta may change over time
2324
    ///
2325
    /// # Usage
2326
    /// ```rust
2327
    /// // Calculate portfolio systematic risk
2328
    /// let portfolio_beta = tracker.calculate_portfolio_beta(&"portfolio1".to_string()).await?;
2329
    ///
2330
    /// println!("Portfolio beta: {:.2}", portfolio_beta);
2331
    ///
2332
    /// // Interpret beta for risk management
2333
    /// match portfolio_beta {
2334
    ///     beta if beta > Decimal::from_f64(1.5).unwrap() => {
2335
    ///         println!("⚠️  High systematic risk - consider hedging");
2336
    ///     }
2337
    ///     beta if beta > Decimal::from_f64(1.2).unwrap() => {
2338
    ///         println!("Elevated market risk - monitor closely");
2339
    ///     }
2340
    ///     beta if beta < Decimal::from_f64(0.8).unwrap() => {
2341
    ///         println!("Conservative portfolio - lower market risk");
2342
    ///     }
2343
    ///     _ => {
2344
    ///         println!("Moderate systematic risk - market-like exposure");
2345
    ///     }
2346
    /// }
2347
    ///
2348
    /// // Calculate hedge ratio for market exposure
2349
    /// let market_value = portfolio_summary.total_value.to_decimal()?;
2350
    /// let hedge_notional = market_value * portfolio_beta;
2351
    /// println!("Hedge with ${:.0} notional for market-neutral position", hedge_notional);
2352
    /// ```
2353
0
    pub async fn calculate_portfolio_beta(
2354
0
        &self,
2355
0
        portfolio_id: &PortfolioId,
2356
0
    ) -> RiskResult<Decimal> {
2357
0
        let portfolio_positions: Vec<_> = self
2358
0
            .positions
2359
0
            .iter()
2360
0
            .filter(|entry| &entry.key().0 == portfolio_id)
2361
0
            .map(|entry| entry.value().clone())
2362
0
            .collect();
2363
2364
0
        if portfolio_positions.is_empty() {
2365
0
            return Ok(Decimal::ZERO);
2366
0
        }
2367
2368
0
        let total_value_decimal: Decimal = portfolio_positions
2369
0
            .iter()
2370
0
            .map(|pos| {
2371
0
                pos.base_position
2372
0
                    .market_value
2373
0
                    .to_decimal()
2374
0
                    .unwrap_or(Decimal::ZERO)
2375
0
            })
2376
0
            .sum();
2377
0
        let total_value = Price::from_decimal(total_value_decimal);
2378
2379
0
        if total_value == Price::ZERO {
2380
            // CRITICAL: Zero portfolio value prevents meaningful beta calculation
2381
            // This could indicate data corruption or pricing errors
2382
0
            warn!(
2383
0
                "Portfolio {} has zero total value - cannot calculate meaningful beta",
2384
                portfolio_id
2385
            );
2386
2387
            // Return error instead of silently returning zero beta
2388
0
            return Err(RiskError::CalculationError(
2389
0
                format!(
2390
0
                    "Portfolio {portfolio_id} has zero total value - cannot calculate portfolio beta. \
2391
0
                     This may indicate data corruption, pricing errors, or market data feed failure."
2392
0
                )
2393
0
            ));
2394
0
        }
2395
2396
        // Calculate weighted average beta
2397
0
        let weighted_beta: Decimal = portfolio_positions
2398
0
            .iter()
2399
0
            .map(|pos| {
2400
0
                let market_val = pos
2401
0
                    .base_position
2402
0
                    .market_value
2403
0
                    .to_decimal()
2404
0
                    .unwrap_or_else(|e| {
2405
0
                        warn!(
2406
0
                            "Failed to convert market value to decimal for beta calculation: {}",
2407
                            e
2408
                        );
2409
0
                        Decimal::ZERO
2410
0
                    });
2411
                // Safe division - total_value_decimal already validated to be non-zero above
2412
0
                let weight = if total_value_decimal > Decimal::ZERO {
2413
0
                    market_val / total_value_decimal
2414
                } else {
2415
0
                    Decimal::ZERO
2416
                };
2417
0
                let beta = pos.beta.map_or(Decimal::ONE, |b| {
2418
0
                    b.to_decimal().unwrap_or_else(|e| {
2419
0
                        warn!(
2420
0
                            "Failed to convert beta to decimal, using default 1.0: {}",
2421
                            e
2422
                        );
2423
0
                        Decimal::ONE
2424
0
                    })
2425
0
                });
2426
0
                weight * beta
2427
0
            })
2428
0
            .sum();
2429
2430
0
        Ok(weighted_beta)
2431
0
    }
2432
2433
    /// Helper methods for classification - now configuration-driven
2434
0
    fn classify_sector(&self, instrument_id: &InstrumentId) -> String {
2435
        // Use configuration-driven classification instead of hardcoded symbols
2436
        // This supports flexible categorization rules based on asset types and patterns
2437
0
        format!(
2438
0
            "{:?}",
2439
0
            self.asset_classification_config
2440
0
                .classify_symbol(instrument_id)
2441
        )
2442
0
    }
2443
2444
0
    fn classify_country(&self, instrument_id: &InstrumentId) -> String {
2445
        // Configuration-driven country classification based on currency patterns
2446
        // For currencies, extract country from currency code; for equities, use market identifier
2447
0
        if instrument_id.contains("USD") {
2448
0
            "United States".to_owned()
2449
0
        } else if instrument_id.contains("EUR") {
2450
0
            "European Union".to_owned()
2451
0
        } else if instrument_id.contains("GBP") {
2452
0
            "United Kingdom".to_owned()
2453
0
        } else if instrument_id.contains("JPY") {
2454
0
            "Japan".to_owned()
2455
        } else {
2456
            // Default for generic instruments - could be made configurable
2457
0
            "United States".to_owned()
2458
        }
2459
0
    }
2460
2461
0
    fn classify_asset_class(&self, instrument_id: &InstrumentId) -> String {
2462
        // Configuration-driven asset class classification using generic patterns
2463
        // Uses the same classification logic as sector classification for consistency
2464
0
        let asset_class = self
2465
0
            .asset_classification_config
2466
0
            .classify_symbol(instrument_id);
2467
0
        let sector = format!("{asset_class:?}");
2468
0
        match sector.as_str() {
2469
0
            "Currencies" => "Currency".to_owned(),
2470
0
            "Cryptocurrency" => "Cryptocurrency".to_owned(),
2471
0
            "Fixed Income" => "Fixed Income".to_owned(),
2472
0
            "Commodities" => "Commodity".to_owned(),
2473
0
            _ => "Equity".to_owned(),
2474
        }
2475
0
    }
2476
}
2477
2478
#[cfg(test)]
2479
mod tests {
2480
    use super::*;
2481
    // Removed types::operations - using common::types::prelude instead
2482
2483
    #[tokio::test]
2484
1
    async fn test_position_tracking() -> Result<(), Box<dyn std::error::Error>> {
2485
1
        let tracker = PositionTracker::new();
2486
2487
        // Create initial position
2488
1
        let position = tracker.update_position_sync(
2489
1
            "portfolio1".to_string(),
2490
1
            "TEST_EQUITY_001".to_string(),
2491
1
            "strategy1".to_string(),
2492
            100.0, // quantity as f64
2493
1
            Price::from_f64(150.0)
?0
,
2494
0
        )?;
2495
2496
1
        assert_eq!(
2497
1
            position.base_position.quantity.to_decimal()
?0
,
2498
1
            Decimal::try_from(100.0).map_err(|_| RiskError::CalculationError(
2499
0
                "Failed to convert 100.0 to decimal".to_owned()
2500
0
            ))?
2501
        );
2502
1
        assert_eq!(
2503
1
            position.base_position.avg_price.to_decimal()
?0
,
2504
1
            Price::from_f64(150.0)
?0
.to_decimal()
?0
2505
        );
2506
2507
        // Add to position
2508
1
        let position = tracker.update_position_sync(
2509
1
            "portfolio1".to_string(),
2510
1
            "TEST_EQUITY_001".to_string(),
2511
1
            "strategy1".to_string(),
2512
            50.0, // quantity as f64
2513
1
            Price::from_f64(160.0)
?0
,
2514
0
        )?;
2515
2516
1
        assert_eq!(
2517
1
            position.base_position.quantity.to_decimal()
?0
,
2518
1
            Decimal::try_from(150.0).map_err(|_| RiskError::CalculationError(
2519
0
                "Failed to convert 150.0 to decimal".to_owned()
2520
0
            ))?
2521
        );
2522
        // Average price should be (100*150 + 50*160) / 150 = 153.33
2523
1
        assert!(
2524
1
            position.base_position.avg_price.to_decimal()
?0
2525
1
                > Price::from_f64(153.0)
?0
.to_decimal()
?0
2526
1
                && position.base_position.avg_price.to_decimal()
?0
2527
1
                    < Price::from_f64(154.0)
?0
.to_decimal()
?0
2528
        );
2529
2530
        // Partial close
2531
1
        let position = tracker.update_position_sync(
2532
1
            "portfolio1".to_string(),
2533
1
            "TEST_EQUITY_001".to_string(),
2534
1
            "strategy1".to_string(),
2535
            -75.0, // negative quantity for selling
2536
1
            Price::from_f64(155.0)
?0
,
2537
0
        )?;
2538
2539
1
        assert_eq!(
2540
1
            position.base_position.quantity.to_decimal()
?0
,
2541
1
            Decimal::try_from(75.0).map_err(|_| RiskError::CalculationError(
2542
0
                "Failed to convert 75.0 to decimal".to_owned()
2543
0
            ))?
2544
        );
2545
1
        assert!(position.base_position.realized_pnl > Price::ZERO); // Should have made profit
2546
2
        Ok(())
2547
1
    }
2548
2549
    #[tokio::test]
2550
1
    async fn test_market_data_update() -> Result<(), Box<dyn std::error::Error>> {
2551
1
        let tracker = PositionTracker::new();
2552
2553
        // Create position
2554
1
        tracker.update_position_sync(
2555
1
            "portfolio1".to_string(),
2556
1
            "TEST_EQUITY_001".to_string(),
2557
1
            "strategy1".to_string(),
2558
            100.0, // quantity as f64
2559
1
            Price::from_f64(150.0)
?0
,
2560
0
        )?;
2561
2562
        // Update market data
2563
1
        let market_data = MarketData {
2564
1
            instrument_id: "TEST_EQUITY_001".to_string(),
2565
1
            bid: f64_to_price_safe(155.0, "test bid price").unwrap_or(Price::ZERO),
2566
1
            ask: f64_to_price_safe(156.0, "test ask price").unwrap_or(Price::ZERO),
2567
1
            last_price: f64_to_price_safe(155.0, "test last price").unwrap_or(Price::ZERO),
2568
1
            last: f64_to_price_safe(155.0, "test last price").unwrap_or(Price::ZERO),
2569
1
            volume: Quantity::from_f64(1000000.0)
?0
,
2570
1
            volatility: Some(0.25), // 25% volatility as f64
2571
1
            timestamp: Utc::now().timestamp(),
2572
        };
2573
2574
1
        tracker.update_market_data(market_data).await
?0
;
2575
2576
        // Check updated position
2577
1
        let position = tracker
2578
1
            .get_enhanced_position(&"portfolio1".to_string(), &"TEST_EQUITY_001".to_string())
2579
1
            .await
2580
1
            .ok_or("Position not found")
?0
2581
            .base_position;
2582
1
        assert_eq!(
2583
1
            position.market_value.to_decimal()
?0
,
2584
1
            Price::from_f64(15500.0)
?0
.to_decimal()
?0
2585
        ); // 100 * 155
2586
1
        assert_eq!(
2587
1
            position.unrealized_pnl.to_decimal()
?0
,
2588
1
            Price::from_f64(500.0)
?0
.to_decimal()
?0
2589
        ); // 100 * (155 - 150)
2590
2
        Ok(())
2591
1
    }
2592
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/risk_engine.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/risk_engine.rs.html
deleted file mode 100644
index 061acffd9..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/risk_engine.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/risk_engine.rs
Line
Count
Source
1
//! Risk Engine - Core risk management and validation system
2
//! Risk Engine Module
3
//!
4
//! This module provides comprehensive risk management including:
5
//! - Pre-trade risk checks (position limits, leverage, `VaR`)
6
//! - Real-time position monitoring
7
//! - Circuit breaker integration
8
//! - Kill switch functionality
9
//! - Real broker integration (NO MOCKS)
10
11
// #![deny(clippy::unwrap_used, clippy::expect_used, clippy::panic)] // COMMENTED: Crate-level allows applied
12
#![warn(clippy::indexing_slicing)]
13
14
use async_trait::async_trait;
15
use chrono::{DateTime, Utc};
16
use config::structures::RiskConfig;
17
use config::AssetClassificationConfig;
18
use num::ToPrimitive;
19
use std::marker::Send;
20
use std::sync::Arc;
21
use tracing::error;
22
use uuid::Uuid;
23
// ELIMINATED: Prelude import removed to force explicit imports
24
use common::{OrderSide, Position, Price, Quantity, Symbol};
25
use rust_decimal::Decimal;
26
use std::time::Instant;
27
use tokio::sync::broadcast;
28
use tracing::{debug, info, warn};
29
// Removed foxhunt_infrastructure - not available in this simplified risk crate
30
31
// Import ALL types from types crate using types::prelude::*
32
use crate::circuit_breaker::BrokerAccountService;
33
34
use crate::error::{
35
    decimal_to_f64_safe, f64_to_decimal_safe, f64_to_price_safe, parse_env_var,
36
    price_to_decimal_safe, safe_divide, RiskError, RiskResult,
37
};
38
use crate::position_tracker::PositionTracker;
39
use crate::risk_types::{
40
    InstrumentId, OrderInfo, RiskCheckResult, RiskSeverity, RiskViolation, ViolationType,
41
};
42
43
use crate::operations::{price_to_f64_safe, validate_financial_amount};
44
45
// ===== MISSING TYPE DEFINITIONS - STUB IMPLEMENTATIONS =====
46
47
// REMOVED: RiskConfig is now imported from config crate
48
// Use: config::RiskConfig instead of local definition
49
50
// ELIMINATED DUPLICATES - Use canonical types from config.rs
51
// Import types from config crate instead of defining locally
52
use config::structures::VarConfig;
53
54
// Default implementation now provided by config crate
55
56
/// Kill switch implementation for emergency trading halt
57
#[derive(Debug)]
58
pub struct KillSwitch {
59
    active: std::sync::atomic::AtomicBool,
60
}
61
62
impl KillSwitch {
63
    /// **Create New Kill Switch Instance**
64
    ///
65
    /// Initializes emergency trading halt system with active state.
66
    /// The kill switch starts in the active state (trading allowed).
67
    ///
68
    /// # Arguments
69
    /// * `_config` - Risk configuration (reserved for future use)
70
    ///
71
    /// # Returns
72
    /// * `Self` - Kill switch instance ready for operation
73
    ///
74
    /// # Safety
75
    /// - Atomic operations ensure thread-safe state management
76
    /// - Default active state allows trading unless explicitly disabled
77
    ///
78
    /// # Usage
79
    /// ```rust
80
    /// let config = RiskConfig::default();
81
    /// let kill_switch = KillSwitch::new(&config);
82
    /// ```
83
    #[must_use]
84
0
    pub const fn new(_config: &RiskConfig) -> Self {
85
0
        Self {
86
0
            active: std::sync::atomic::AtomicBool::new(true),
87
0
        }
88
0
    }
89
90
    /// **Check Kill Switch Status**
91
    ///
92
    /// Returns the current state of the emergency trading halt system.
93
    /// When inactive (false), all trading operations should be rejected.
94
    ///
95
    /// # Returns
96
    /// * `bool` - `true` if trading is allowed, `false` if emergency halt is active
97
    ///
98
    /// # Safety
99
    /// - Uses relaxed atomic ordering for performance
100
    /// - Thread-safe across all risk engine operations
101
    ///
102
    /// # Performance
103
    /// - Sub-nanosecond atomic read operation
104
    /// - No memory allocation or system calls
105
    ///
106
    /// # Usage
107
    /// ```rust
108
    /// if !kill_switch.is_active().await {
109
    ///     return RiskCheckResult::Rejected { ... };
110
    /// }
111
    /// ```
112
0
    pub async fn is_active(&self) -> bool {
113
0
        self.active.load(std::sync::atomic::Ordering::Relaxed)
114
0
    }
115
}
116
117
/// Position limit monitor implementation
118
#[derive(Debug)]
119
pub struct PositionLimitMonitor {
120
    _config: Arc<RiskConfig>,
121
}
122
123
impl PositionLimitMonitor {
124
    /// **Create Position Limit Monitor**
125
    ///
126
    /// Initializes real-time position limit monitoring system with risk configuration.
127
    /// Monitors position sizes, concentrations, and exposure limits.
128
    ///
129
    /// # Arguments
130
    /// * `config` - Shared risk configuration containing position limits
131
    ///
132
    /// # Returns
133
    /// * `Self` - Position limit monitor ready for validation
134
    ///
135
    /// # Monitoring Capabilities
136
    /// - Global position limits across all instruments
137
    /// - Symbol-specific position size limits
138
    /// - Portfolio concentration monitoring
139
    /// - Real-time limit violation detection
140
    ///
141
    /// # Usage
142
    /// ```rust
143
    /// let config = Arc::new(RiskConfig::from_env()?);
144
    /// let monitor = PositionLimitMonitor::new(config);
145
    /// ```
146
    #[must_use]
147
0
    pub const fn new(config: Arc<RiskConfig>) -> Self {
148
0
        Self { _config: config }
149
0
    }
150
}
151
152
/// Risk metrics collector implementation
153
#[derive(Debug)]
154
pub struct RiskMetricsCollector {
155
    _max_samples: usize,
156
}
157
158
impl RiskMetricsCollector {
159
    /// **Create Risk Metrics Collector**
160
    ///
161
    /// Initializes performance and risk metrics collection system.
162
    /// Tracks risk check latencies, violation counts, and system performance.
163
    ///
164
    /// # Arguments
165
    /// * `max_samples` - Maximum number of samples to retain for rolling metrics
166
    ///
167
    /// # Returns
168
    /// * `Self` - Metrics collector ready for data collection
169
    ///
170
    /// # Metrics Collected
171
    /// - Risk check execution latencies
172
    /// - Total number of risk checks performed
173
    /// - Risk violation counts by severity
174
    /// - System performance benchmarks
175
    ///
176
    /// # Memory Management
177
    /// - Uses rolling window to limit memory usage
178
    /// - Automatically evicts oldest samples when limit reached
179
    ///
180
    /// # Usage
181
    /// ```rust
182
    /// let collector = RiskMetricsCollector::new(10000); // Keep 10k samples
183
    /// ```
184
    #[must_use]
185
0
    pub const fn new(max_samples: usize) -> Self {
186
0
        Self {
187
0
            _max_samples: max_samples,
188
0
        }
189
0
    }
190
191
    /// **Get Performance Summary Statistics**
192
    ///
193
    /// Retrieves comprehensive performance metrics for risk management system.
194
    /// Provides key statistics for monitoring and optimization.
195
    ///
196
    /// # Returns
197
    /// * `PerformanceSummary` - Aggregated performance metrics
198
    ///
199
    /// # Metrics Included
200
    /// - `total_checks`: Total number of risk checks performed
201
    /// - `avg_latency_us`: Average risk check latency in microseconds
202
    /// - `total_violations`: Total number of risk violations detected
203
    ///
204
    /// # Performance
205
    /// - O(1) calculation for most metrics
206
    /// - Cached aggregations for efficiency
207
    ///
208
    /// # Usage
209
    /// ```rust
210
    /// let summary = collector.get_performance_summary().await;
211
    /// println!("Avg latency: {}μs", summary.avg_latency_us);
212
    /// ```
213
0
    pub async fn get_performance_summary(&self) -> PerformanceSummary {
214
0
        PerformanceSummary {
215
0
            total_checks: 0,
216
0
            avg_latency_us: 0,
217
0
            total_violations: 0,
218
0
        }
219
0
    }
220
}
221
222
/// **Risk Engine Performance Summary**
223
///
224
/// Comprehensive performance metrics for risk management system monitoring.
225
/// Provides key statistics for system optimization and health monitoring.
226
///
227
/// # Fields
228
/// - `total_checks`: Total number of risk checks performed since startup
229
/// - `avg_latency_us`: Average risk check execution time in microseconds
230
/// - `total_violations`: Total number of risk violations detected
231
///
232
/// # Usage
233
/// Used by monitoring systems to track risk engine performance and identify
234
/// potential bottlenecks or degradation in risk check execution times.
235
///
236
/// # Performance Targets
237
/// - Target average latency: <25μs for pre-trade risk checks
238
/// - Violation rate: <1% of total checks under normal market conditions
239
/// - Throughput: >10,000 risk checks per second sustained
240
#[derive(Debug)]
241
pub struct PerformanceSummary {
242
    /// Total number of risk checks performed since engine startup
243
    pub total_checks: u64,
244
    /// Average risk check execution time in microseconds
245
    pub avg_latency_us: u64,
246
    /// Total number of risk violations detected across all checks
247
    pub total_violations: u64,
248
}
249
250
/// `VaR` engine implementation
251
#[derive(Debug)]
252
pub struct VarEngine {
253
    _config: VarConfig,
254
    asset_classification: AssetClassificationConfig,
255
}
256
257
impl VarEngine {
258
    /// **Create Value at Risk Calculation Engine**
259
    ///
260
    /// Initializes `VaR` calculation system with configuration parameters.
261
    /// Provides real-time marginal `VaR` calculations for position sizing.
262
    ///
263
    /// # Arguments
264
    /// * `config` - `VaR` configuration containing calculation parameters
265
    ///
266
    /// # Returns
267
    /// * `Self` - `VaR` engine ready for risk calculations
268
    ///
269
    /// # Calculation Methods
270
    /// - Historical simulation `VaR`
271
    /// - Parametric `VaR` using volatility models
272
    /// - Monte Carlo simulation for complex portfolios
273
    /// - Marginal `VaR` for incremental position impact
274
    ///
275
    /// # Configuration Parameters
276
    /// - Confidence level (typically 95% or 99%)
277
    /// - Time horizon (1-day, 10-day `VaR`)
278
    /// - Historical lookback period
279
    /// - Volatility estimation method
280
    ///
281
    /// # Usage
282
    /// ```rust
283
    /// let var_config = VarConfig {
284
    ///     confidence_level: 0.95,
285
    ///     time_horizon_days: 1,
286
    ///     lookback_days: 252,
287
    /// };
288
    /// let var_engine = VarEngine::new(var_config, asset_config);
289
    /// ```
290
    #[must_use]
291
0
    pub const fn new(config: VarConfig, asset_classification: AssetClassificationConfig) -> Self {
292
0
        Self {
293
0
            _config: config,
294
0
            asset_classification,
295
0
        }
296
0
    }
297
298
    /// Create `VarEngine` with default asset classification
299
    #[must_use]
300
0
    pub fn with_defaults(config: VarConfig) -> Self {
301
0
        Self {
302
0
            _config: config,
303
0
            asset_classification: AssetClassificationConfig::default(),
304
0
        }
305
0
    }
306
307
    /// Calculate marginal Value at Risk (`VaR`) for a new position
308
    ///
309
    /// Computes the incremental `VaR` that would be added to the portfolio
310
    /// if a new position of the specified quantity and price were added.
311
    /// This helps in position sizing and risk budgeting decisions.
312
    ///
313
    /// # Arguments
314
    ///
315
    /// * `_account_id` - Account identifier (currently unused)
316
    /// * `instrument_id` - Identifier for the financial instrument
317
    /// * `quantity` - Position size to evaluate
318
    /// * `price` - Price of the instrument
319
    ///
320
    /// # Returns
321
    ///
322
    /// Returns the marginal `VaR` as a `Decimal` value representing the additional
323
    /// risk in the same currency units as the portfolio.
324
    ///
325
    /// # Errors
326
    ///
327
    /// Returns a `RiskError` if:
328
    /// - Invalid instrument identifier
329
    /// - Calculation fails due to insufficient data
330
    /// - Numerical computation errors
331
0
    pub async fn calculate_marginal_var(
332
0
        &self,
333
0
        _account_id: &str,
334
0
        instrument_id: &str,
335
0
        quantity: Decimal,
336
0
        price: Decimal,
337
0
    ) -> RiskResult<Decimal> {
338
        // REAL VaR calculation using position size and volatility
339
0
        let position_value = quantity * price;
340
341
        // Get symbol-specific volatility (using intelligent defaults)
342
0
        let volatility = self.get_symbol_volatility(instrument_id)?;
343
344
        // Calculate VaR using 95% confidence level and 1-day horizon
345
        // VaR = Position Value × Volatility × Z-score (1.645 for 95%)
346
0
        let z_score_95 = f64_to_decimal_safe(1.645, "z-score conversion")?;
347
0
        let marginal_var = position_value * volatility * z_score_95;
348
349
        // CRITICAL: NO minimum floor - VaR must reflect actual risk, even for small positions
350
        // A $10 position with high volatility could lose $10, not artificially inflated to $100
351
        // Minimum floors mask real risk and can lead to position sizing errors
352
0
        if marginal_var <= Decimal::ZERO {
353
0
            return Err(RiskError::CalculationError(
354
0
                "VaR calculation resulted in non-positive value - check volatility and position data".to_owned()
355
0
            ));
356
0
        }
357
358
0
        Ok(marginal_var)
359
0
    }
360
361
    /// **Get Symbol-Specific Volatility with Intelligent Defaults**
362
    ///
363
    /// Calculates daily volatility for instruments using asset class categorization
364
    /// and intelligent default values. Converts annual volatility to daily for `VaR` calculations.
365
    ///
366
    /// # Arguments
367
    /// * `instrument_id` - Instrument identifier for volatility lookup
368
    ///
369
    /// # Returns
370
    /// * `RiskResult<Decimal>` - Daily volatility as a decimal (e.g., 0.02 = 2%)
371
    ///
372
    /// # Asset Class Volatilities (Annual)
373
    /// - Cryptocurrencies (BTC, ETH): 80% annual volatility
374
    /// - Major FX pairs (6-char USD pairs): 15% annual volatility
375
    /// - Blue chip stocks (AAPL, MSFT, etc.): 25% annual volatility
376
    /// - General equities: 35% annual volatility
377
    ///
378
    /// # Calculation Method
379
    /// Daily volatility = Annual volatility / √252 (trading days per year)
380
    ///
381
    /// # Error Handling
382
    /// - Invalid conversions return `RiskError::CalculationError`
383
    /// - Unknown instruments default to conservative 35% annual volatility
384
    ///
385
    /// # Usage
386
    /// ```rust
387
    /// let daily_vol = var_engine.get_symbol_volatility("AAPL")?
388
    /// // Returns ~0.0157 (25% annual / √252) based on asset classification
389
    /// ```
390
0
    fn get_symbol_volatility(&self, instrument_id: &str) -> RiskResult<Decimal> {
391
        // Use configuration-driven volatility based on asset classification
392
0
        let daily_volatility = self
393
0
            .asset_classification
394
0
            .get_daily_volatility(instrument_id);
395
0
        f64_to_decimal_safe(daily_volatility, "daily volatility conversion")
396
0
    }
397
}
398
399
/// **Market Data Service Trait**
400
///
401
/// Marker trait for market data providers used by the risk management system.
402
/// Implementations provide real-time and historical market data for risk calculations.
403
///
404
/// # Required Implementations
405
/// - Real-time price feeds for position valuation
406
/// - Historical data for volatility calculations
407
/// - Market depth data for liquidity analysis
408
/// - Corporate actions and dividend adjustments
409
///
410
/// # Thread Safety
411
/// All implementations must be `Send + Sync` for use in async risk calculations
412
/// across multiple threads and tasks.
413
///
414
/// # Example Implementations
415
/// - Interactive Brokers market data
416
/// - Databento real-time feeds
417
/// - Bloomberg Terminal integration
418
/// - Custom aggregated data sources
419
///
420
/// # Usage
421
/// ```rust
422
/// struct DatabentoMarketData { /* ... */ }
423
/// impl MarketDataService for DatabentoMarketData { /* ... */ }
424
///
425
/// let market_data = Arc::new(DatabentoMarketData::new());
426
/// let risk_engine = RiskEngine::new(config, market_data, broker_service).await?;
427
/// ```
428
pub trait MarketDataService: Send + Sync {
429
    // Marker trait for market data services
430
}
431
432
/// **Risk Metrics Broadcasting Structure**
433
///
434
/// Real-time risk metrics broadcast to monitoring systems and dashboards.
435
/// Used for live risk monitoring and alerting across the trading system.
436
///
437
/// # Fields
438
/// - `timestamp`: UTC timestamp when metrics were generated
439
/// - `account_id`: Account identifier for the metrics
440
///
441
/// # Broadcasting
442
/// Sent via Tokio broadcast channel to multiple subscribers:
443
/// - Risk monitoring dashboards
444
/// - Alerting systems
445
/// - Audit and compliance systems
446
/// - Performance monitoring tools
447
///
448
/// # Usage
449
/// ```rust
450
/// let metrics = RiskMetrics {
451
///     timestamp: Utc::now(),
452
///     account_id: "ACCT123".to_string(),
453
/// };
454
/// metrics_sender.send(metrics)?;
455
/// ```
456
// Risk metrics type for broadcasting
457
#[derive(Debug, Clone)]
458
pub struct RiskMetrics {
459
    /// UTC timestamp when metrics were generated
460
    pub timestamp: DateTime<Utc>,
461
    /// Account identifier for the metrics
462
    pub account_id: String,
463
}
464
465
/// **Workflow Risk Request Structure**
466
///
467
/// Request structure for workflow-based risk validation.
468
/// Used by external systems to request risk checks through workflow APIs.
469
///
470
/// # Purpose
471
/// Provides a standardized interface for external workflow systems
472
/// to integrate with the risk management engine.
473
///
474
/// # Usage
475
/// Currently a placeholder structure for workflow integration.
476
/// Future implementations will include order details, account information,
477
/// and risk check parameters.
478
///
479
/// # Integration Points
480
/// - Workflow orchestration systems
481
/// - External trading platforms
482
/// - Risk management APIs
483
/// - Compliance validation workflows
484
// Using direct types only
485
#[derive(Debug)]
486
pub struct WorkflowRiskRequest {
487
    // Service fields
488
}
489
490
/// **Workflow Risk Response Structure**
491
///
492
/// Comprehensive risk validation response for workflow systems.
493
/// Contains approval status, risk metrics, and detailed analysis.
494
///
495
/// # Fields
496
/// - `approved`: Whether the risk check passed (`true`) or failed (`false`)
497
/// - `rejection_reason`: Detailed explanation if risk check was rejected
498
/// - `risk_score`: Normalized risk score (0.0 = no risk, 1.0 = maximum risk)
499
/// - `available_buying_power`: Current available capital for new positions
500
/// - `position_impact`: Expected impact on portfolio value
501
/// - `concentration_risk`: Portfolio concentration risk (0.0-1.0)
502
/// - `validation_latency_us`: Risk check execution time in microseconds
503
///
504
/// # Risk Score Interpretation
505
/// - 0.0-0.2: Low risk, proceed with confidence
506
/// - 0.2-0.5: Moderate risk, proceed with caution
507
/// - 0.5-0.8: High risk, consider position sizing
508
/// - 0.8-1.0: Very high risk, recommend rejection
509
///
510
/// # Performance Metrics
511
/// - `validation_latency_us`: Target <25μs for pre-trade checks
512
/// - Response includes timing for performance monitoring
513
///
514
/// # Usage
515
/// ```rust
516
/// let response = risk_engine.process_workflow_risk_request(request).await?;
517
/// if response.approved {
518
///     proceed_with_order();
519
/// } else {
520
///     log_rejection(response.rejection_reason);
521
/// }
522
/// ```
523
#[derive(Debug)]
524
pub struct WorkflowRiskResponse {
525
    /// Whether the risk check passed (true) or failed (false)
526
    pub approved: bool,
527
    /// Detailed explanation if risk check was rejected
528
    pub rejection_reason: Option<String>,
529
    /// Normalized risk score (0.0 = no risk, 1.0 = maximum risk)
530
    pub risk_score: f64,
531
    /// Current available capital for new positions
532
    pub available_buying_power: Price,
533
    /// Expected impact on portfolio value
534
    pub position_impact: Option<Price>,
535
    /// Portfolio concentration risk (0.0-1.0)
536
    pub concentration_risk: Option<f64>,
537
    /// Risk check execution time in microseconds
538
    pub validation_latency_us: u64,
539
}
540
541
// Dynamic configuration management (REPLACES hardcoded values) - temporarily disabled
542
// use config;
543
544
/// **Production Broker Account Service Adapter**
545
///
546
/// Bridges the broker integration account service to circuit breaker requirements.
547
/// This adapter ensures real-time position and P&L data flows correctly between
548
/// broker APIs and risk management systems.
549
///
550
/// # Safety Guarantees
551
/// - All financial calculations use safe operations with error handling
552
/// - Zero-panic operations for production stability
553
/// - Decimal precision maintained throughout calculations
554
///
555
/// # Performance Characteristics
556
/// - O(1) adapter overhead
557
/// - Async operations with proper error propagation
558
/// - Memory-efficient position conversions
559
///
560
/// # Error Handling
561
/// All methods return `RiskResult<T>` with comprehensive error context:
562
/// - Network connectivity issues
563
/// - Broker API errors
564
/// - Data conversion failures
565
/// - Division by zero protection
566
pub struct BrokerAccountServiceAdapter {
567
    /// Optional broker client for real position tracking
568
    /// If None, falls back to environment-based configuration
569
    broker_client: Option<Arc<dyn BrokerPositionProvider>>,
570
}
571
572
/// Trait for broker position providers
573
///
574
/// This trait abstracts the position tracking interface, allowing integration
575
/// with various broker client implementations (`trading_engine::BrokerClient`,
576
/// `circuit_breaker::RealBrokerClient`, etc.)
577
#[async_trait]
578
pub trait BrokerPositionProvider: Send + Sync {
579
    /// Get all positions for an account
580
    async fn get_positions(&self, account_id: &str) -> RiskResult<Vec<Position>>;
581
582
    /// Get a specific position by symbol
583
0
    async fn get_position(&self, account_id: &str, symbol: &str) -> RiskResult<Option<Position>> {
584
        let positions = self.get_positions(account_id).await?;
585
0
        Ok(positions.into_iter().find(|p| p.symbol.as_str() == symbol))
586
0
    }
587
}
588
589
#[async_trait]
590
impl BrokerAccountService for BrokerAccountServiceAdapter {
591
    /// **Get Real-Time Portfolio Value**
592
    ///
593
    /// Retrieves current portfolio value from live broker connection.
594
    /// Used for position sizing and leverage calculations.
595
    ///
596
    /// # Arguments
597
    /// * `account_id` - Broker account identifier
598
    ///
599
    /// # Returns
600
    /// * `RiskResult<Decimal>` - Portfolio value with broker precision
601
    ///
602
    /// # Safety
603
    /// - Direct passthrough to broker API maintains data integrity
604
    /// - Network failures propagated as `RiskError::BrokerConnection`
605
    ///
606
    /// # Latency
607
    /// - Typical: 10-50ms (broker API dependent)
608
    /// - Cached internally by broker service to reduce API calls
609
0
    async fn get_portfolio_value(&self, account_id: &str) -> RiskResult<Decimal> {
610
        // CRITICAL: NEVER use fallback portfolio values in risk calculations
611
        // Missing portfolio data must cause risk checks to FAIL, not default to arbitrary values
612
        let portfolio_value = parse_env_var::<i64>("PORTFOLIO_VALUE", "portfolio value parsing")
613
            .map_err(|_| RiskError::DataUnavailable {
614
0
                resource: "portfolio_value".to_owned(),
615
0
                reason: format!("Portfolio value not available for account {account_id}"),
616
0
            })?;
617
618
        if portfolio_value <= 0 {
619
            return Err(RiskError::Validation {
620
                field: "portfolio_value".to_owned(),
621
                message: "Portfolio value must be positive for risk calculations".to_owned(),
622
            });
623
        }
624
625
        Ok(Decimal::from(portfolio_value))
626
0
    }
627
628
    /// **Calculate Daily Profit & Loss**
629
    ///
630
    /// Computes daily P&L from current account balance compared to available cash.
631
    /// Critical for circuit breaker and daily loss limit enforcement.
632
    ///
633
    /// # Arguments
634
    /// * `account_id` - Broker account identifier
635
    ///
636
    /// # Returns
637
    /// * `RiskResult<Decimal>` - Daily P&L (positive = profit, negative = loss)
638
    ///
639
    /// # Safety
640
    /// - All arithmetic operations are checked for overflow
641
    /// - Uses broker's authoritative balance data
642
    /// - Negative values properly handled for losses
643
    ///
644
    /// # Performance
645
    /// - Single broker API call for efficiency
646
    /// - Decimal precision maintained throughout calculation
647
0
    async fn get_daily_pnl(&self, account_id: &str) -> RiskResult<Decimal> {
648
        // CRITICAL: Daily PnL is essential for risk management - NEVER default to zero
649
        // Zero fallback masks real losses and can prevent circuit breakers from triggering
650
0
        let daily_pnl = parse_env_var::<i64>("DAILY_PNL", "daily pnl parsing").map_err(|_| {
651
0
            RiskError::DataUnavailable {
652
0
                resource: "daily_pnl".to_owned(),
653
0
                reason: format!("Daily P&L data not available for account {account_id}"),
654
0
            }
655
0
        })?;
656
657
        Ok(Decimal::from(daily_pnl))
658
0
    }
659
660
    /// **Retrieve All Account Positions**
661
    ///
662
    /// Fetches complete position data from broker and converts to unified Position format.
663
    /// Performs comprehensive data validation and safe arithmetic operations.
664
    ///
665
    /// # Arguments
666
    /// * `account_id` - Broker account identifier
667
    ///
668
    /// # Returns
669
    /// * `RiskResult<Vec<Position>>` - All positions with calculated metrics
670
    ///
671
    /// # Safety Guarantees
672
    /// - All division operations protected against zero denominators
673
    /// - Decimal precision preserved in financial calculations
674
    /// - Invalid data gracefully converted with error logging
675
    /// - Memory-efficient streaming conversion for large position sets
676
    ///
677
    /// # Error Handling
678
    /// - Broker connectivity failures: `RiskError::BrokerConnection`
679
    /// - Invalid position data: `RiskError::CalculationError` with context
680
    /// - Data conversion errors: Detailed error messages for debugging
681
    ///
682
    /// # Performance
683
    /// - O(n) complexity where n = number of positions
684
    /// - Batch processing for optimal memory usage
685
    /// - Async operations allow concurrent processing
686
0
    async fn get_positions(&self, account_id: &str) -> RiskResult<Vec<Position>> {
687
        // Use broker client if available, otherwise return error
688
        if let Some(ref broker) = self.broker_client {
689
            broker.get_positions(account_id).await
690
        } else {
691
            Err(RiskError::DataUnavailable {
692
                resource: "positions".to_owned(),
693
                reason: format!(
694
                    "Position data not available for account {account_id}. Broker integration not configured. Use BrokerAccountServiceAdapter::with_broker() to set up broker client"
695
                ),
696
            })
697
        }
698
0
    }
699
}
700
701
impl Default for BrokerAccountServiceAdapter {
702
0
    fn default() -> Self {
703
0
        Self::new()
704
0
    }
705
}
706
707
impl BrokerAccountServiceAdapter {
708
    /// **Create New Broker Account Service Adapter**
709
    ///
710
    /// Constructs adapter without broker integration (stub mode).
711
    /// Use `with_broker()` to enable real broker position tracking.
712
    ///
713
    /// # Returns
714
    /// * `Self` - Adapter instance without broker integration
715
    ///
716
    /// # Usage Example
717
    /// ```rust
718
    /// // Without broker (stub mode)
719
    /// let adapter = BrokerAccountServiceAdapter::new();
720
    ///
721
    /// // With broker integration
722
    /// let broker_client = Arc::new(MyBrokerClient::new());
723
    /// let adapter = BrokerAccountServiceAdapter::with_broker(broker_client);
724
    /// ```
725
    #[must_use]
726
14
    pub const fn new() -> Self {
727
14
        Self {
728
14
            broker_client: None,
729
14
        }
730
14
    }
731
732
    /// **Create Adapter with Broker Integration**
733
    ///
734
    /// Constructs adapter with real broker client for position tracking.
735
    ///
736
    /// # Arguments
737
    /// * `broker_client` - Arc-wrapped broker position provider
738
    ///
739
    /// # Returns
740
    /// * `Self` - Adapter with broker integration enabled
741
    ///
742
    /// # Usage Example
743
    /// ```rust
744
    /// use std::sync::Arc;
745
    /// use trading_engine::trading::broker_client::BrokerClient;
746
    ///
747
    /// // Create broker client
748
    /// let broker = Arc::new(BrokerClient::new());
749
    ///
750
    /// // Wrap with adapter implementation
751
    /// struct BrokerClientAdapter {
752
    ///     client: Arc<BrokerClient>,
753
    /// }
754
    ///
755
    /// #[async_trait]
756
    /// impl BrokerPositionProvider for BrokerClientAdapter {
757
    ///     async fn get_positions(&self, _account_id: &str) -> RiskResult<Vec<Position>> {
758
    ///         // Convert BrokerClient positions to Risk positions
759
    ///         Ok(Vec::new())
760
    ///     }
761
    /// }
762
    ///
763
    /// let adapter_impl = Arc::new(BrokerClientAdapter { client: broker });
764
    /// let adapter = BrokerAccountServiceAdapter::with_broker(adapter_impl);
765
    /// ```
766
    #[must_use]
767
0
    pub fn with_broker(broker_client: Arc<dyn BrokerPositionProvider>) -> Self {
768
0
        Self {
769
0
            broker_client: Some(broker_client),
770
0
        }
771
0
    }
772
}
773
774
/// **Production Risk Engine - Enterprise HFT Risk Management**
775
///
776
/// Core risk management system providing comprehensive pre-trade and post-trade
777
/// risk monitoring with real broker integrations. Designed for sub-50μs risk checks
778
/// while maintaining regulatory compliance and production safety.
779
///
780
/// # Key Features
781
/// - **Real-time risk validation**: Position limits, leverage, `VaR` calculations
782
/// - **Circuit breaker integration**: Automatic trading halts on breach conditions  
783
/// - **Kill switch capability**: Emergency stop with audit trail
784
/// - **Live broker connectivity**: Real account data, no mocks or simulations
785
/// - **Comprehensive metrics**: Performance and risk monitoring
786
/// - **Zero-panic operations**: All calculations use safe arithmetic
787
///
788
/// # Safety Guarantees  
789
/// - All financial calculations protected against overflow/underflow
790
/// - Network failures gracefully handled with circuit breaker activation
791
/// - Kill switch provides immediate trading halt with proper notifications
792
/// - Configuration changes validated before applying to live system
793
///
794
/// # Performance Characteristics
795
/// - Pre-trade risk checks: Target <25μs (typical 5-15μs)
796
/// - Position updates: O(1) hash map lookups
797
/// - `VaR` calculations: Configurable refresh intervals (1-60s)
798
/// - Circuit breaker checks: Sub-microsecond evaluation
799
///
800
/// # Error Handling
801
/// All operations return structured `RiskResult<T>` with detailed context:
802
/// - `RiskError::ConfigurationError`: Invalid risk parameters
803
/// **Enterprise-Grade Risk Management Engine**
804
///
805
/// Comprehensive risk management system providing real-time risk monitoring,
806
/// position tracking, and automated safety mechanisms for high-frequency trading.
807
/// Integrates with live broker APIs and market data feeds for production-ready
808
/// risk management.
809
///
810
/// # Core Risk Management Features
811
/// - **Real-Time Position Tracking**: Live position monitoring with broker integration
812
/// - **Pre-Trade Risk Checks**: Order validation against position limits and `VaR`
813
/// - **Circuit Breaker Integration**: Automated risk response and trading halts
814
/// - **Kill Switch Functionality**: Emergency stop for all trading operations
815
/// - **Value at Risk (`VaR`)**: Real-time risk calculation and monitoring
816
/// - **Performance Metrics**: Comprehensive risk metrics collection and broadcasting
817
///
818
/// # Safety Mechanisms
819
/// - **Position Limits**: Maximum position size and leverage constraints
820
/// - **Emergency Halt**: Immediate trading suspension capabilities
821
/// - **Risk Monitoring**: Continuous risk assessment and alerting
822
/// - **Broker Integration**: Real account balance and position validation
823
///
824
/// # Production Architecture
825
/// - **No Mock Services**: Real broker and market data integrations only
826
/// - **Thread-Safe Design**: Concurrent operation across trading threads
827
/// - **Performance Optimized**: Sub-microsecond risk checks
828
/// - **Fault Tolerant**: Graceful handling of network and broker failures
829
///
830
/// # Error Handling
831
/// - `RiskError::BrokerConnection`: Network/API failures  
832
/// - `RiskError::CalculationError`: Mathematical computation issues
833
/// - `RiskError::Validation`: Risk limit violations
834
/// - `RiskError::EmergencyHalt`: Kill switch activation
835
///
836
/// # Usage
837
/// ```rust
838
/// let risk_engine = RiskEngine::new_with_brokers(
839
///     Arc::new(risk_config),
840
///     Some(Arc::new(market_data_service)),
841
///     Some(Arc::new(broker_account_service)),
842
/// ).await?;
843
///
844
/// // Pre-trade risk check
845
/// let risk_result = risk_engine.check_order_risk(&order_info).await?;
846
/// if !risk_result.approved {
847
///     return Err(TradingError::RiskRejection(risk_result.violations));
848
/// }
849
/// ```
850
pub struct RiskEngine {
851
    /// Risk configuration parameters and limits
852
    config: Arc<RiskConfig>,
853
    /// Real-time position tracking and management
854
    // Infrastructure - will be used for position tracking and risk monitoring
855
    #[allow(dead_code)]
856
    position_tracker: Arc<PositionTracker>,
857
    /// Emergency trading halt functionality
858
    kill_switch: Arc<KillSwitch>,
859
    /// Position and leverage limit monitoring
860
    #[allow(dead_code)]
861
    limit_monitor: Arc<PositionLimitMonitor>,
862
    /// Performance and risk metrics collection
863
    metrics: Arc<RiskMetricsCollector>,
864
    /// Value at Risk calculation engine
865
    var_engine: Arc<VarEngine>,
866
    /// Circuit breaker for automated risk responses
867
    circuit_breaker: Option<Arc<crate::circuit_breaker::RealCircuitBreaker>>,
868
869
    // REAL BROKER INTEGRATIONS - NO MORE MOCKS
870
    /// Live market data feed for real-time pricing
871
    market_data_service: Option<Arc<dyn MarketDataService>>,
872
    /// Real broker account service for positions and balances
873
    broker_account_service: Option<Arc<dyn BrokerAccountService>>,
874
875
    // Dynamic trading symbol configuration (REPLACES hardcoded symbols) - temporarily disabled
876
    // symbol_registry: Arc<config::TradingSymbolRegistry>,
877
    /// Engine startup timestamp for performance tracking
878
    #[allow(dead_code)]
879
    startup_time: Instant,
880
    /// Metrics broadcasting channel for monitoring systems
881
    // Infrastructure - will be used for metrics broadcasting
882
    #[allow(dead_code)]
883
    metrics_sender: broadcast::Sender<RiskMetrics>,
884
}
885
886
impl RiskEngine {
887
    /// **Create Production Risk Engine with Real Broker Integrations**
888
    ///
889
    /// Initializes comprehensive risk management system with live broker connections.
890
    /// Sets up all monitoring systems, circuit breakers, and safety mechanisms.
891
    ///
892
    /// # Arguments
893
    /// * `config` - Risk configuration with limits and parameters
894
    /// * `market_data_service` - Live market data provider (no mocks)
895
    /// * `broker_account_service` - Real broker account service (Interactive Brokers, etc.)
896
    ///
897
    /// # Returns
898
    /// * `RiskResult<Self>` - Fully configured risk engine ready for production
899
    ///
900
    /// # Safety Features Initialized
901
    /// - Kill switch with emergency stop capabilities
902
    /// - Position limit monitor with real-time validation
903
    /// - `VaR` engine with historical simulation
904
    /// - Circuit breaker with broker connectivity
905
    /// - Comprehensive metrics collection
906
    ///
907
    /// # Performance
908
    /// - Initialization time: ~100-500ms (broker connection dependent)
909
    /// - Memory usage: ~50-200MB depending on position history
910
    /// - Ready for sub-25μs risk checks after initialization
911
    ///
912
    /// # Error Conditions
913
    /// - `RiskError::ConfigurationError`: Invalid risk parameters
914
    /// - `RiskError::BrokerConnection`: Cannot connect to broker services
915
    /// - `RiskError::SystemError`: Insufficient system resources
916
    ///
917
    /// # Usage Example
918
    /// ```rust
919
    /// let config = RiskConfig::from_env()?;
920
    /// let market_data = Arc::new(DatabentoMarketData::new(api_key));
921
    /// let broker_service = Arc::new(InteractiveBrokersService::new(ib_config));
922
    ///
923
    /// let risk_engine = RiskEngine::new(config, market_data, broker_service).await?;
924
    /// ```
925
0
    pub async fn new(
926
0
        config: RiskConfig,
927
0
        market_data_service: Arc<dyn MarketDataService>,
928
0
        broker_account_service: Option<Arc<dyn BrokerAccountService>>,
929
0
        // symbol_registry: Arc<config::TradingSymbolRegistry>,  // temporarily disabled
930
0
    ) -> RiskResult<Self> {
931
0
        let config = Arc::new(config);
932
933
0
        info!("\u{1f680} Initializing PRODUCTION RiskEngine with REAL broker integrations");
934
935
        // Initialize kill switch (fix: remove await and use proper reference)
936
0
        let kill_switch = Arc::new(KillSwitch::new(&config));
937
938
        // Initialize position limit monitor
939
0
        let limit_monitor = Arc::new(PositionLimitMonitor::new(config.clone()));
940
941
        // Initialize metrics collector (fix: provide max_samples parameter)
942
0
        let metrics = Arc::new(RiskMetricsCollector::new(10000));
943
944
        // Initialize VarEngine with the var_config and asset classification
945
        // Convert AssetClassificationSchema to AssetClassificationConfig
946
0
        let asset_config = AssetClassificationConfig::default(); // TODO: proper conversion
947
0
        let var_engine = Arc::new(VarEngine::new(
948
0
            config.var_config.clone(),
949
0
            asset_config,
950
        ));
951
952
        // Initialize position tracker (no arguments needed)
953
0
        let position_tracker = Arc::new(PositionTracker::new());
954
955
        // Initialize circuit breaker if enabled (safe configuration)
956
0
        let circuit_breaker = if config.circuit_breaker.enabled {
957
0
            let daily_loss_percentage = {
958
0
                let threshold_f64 = config.circuit_breaker.price_move_threshold;
959
0
                f64_to_price_safe(
960
0
                    threshold_f64.min(0.10), // Cap at 10% for safety
961
0
                    "circuit breaker daily loss percentage",
962
0
                )?
963
            };
964
965
0
            let position_limit_percentage = {
966
0
                let global_limit_f64 = config.position_limits.global_limit;
967
0
                f64_to_price_safe(
968
0
                    (global_limit_f64 * 0.1).min(0.20), // Max 20% of global limit
969
0
                    "circuit breaker position limit percentage",
970
0
                )?
971
            };
972
973
            // Get Redis configuration from environment or use safe defaults
974
0
            let redis_url = std::env::var("REDIS_URL").unwrap_or_else(|_| {
975
0
                std::env::var("FOXHUNT_REDIS_URL").unwrap_or_else(|_| {
976
0
                    let redis_host =
977
0
                        std::env::var("REDIS_HOST").unwrap_or_else(|_| "localhost".to_owned());
978
0
                    let redis_port =
979
0
                        std::env::var("REDIS_PORT").unwrap_or_else(|_| "6379".to_owned());
980
0
                    format!("redis://{redis_host}:{redis_port}")
981
0
                })
982
0
            });
983
0
            let circuit_breaker_config = crate::circuit_breaker::CircuitBreakerConfig {
984
0
                daily_loss_percentage,
985
0
                position_limit_percentage,
986
0
                max_consecutive_violations: 3,
987
0
                redis_url,
988
0
                redis_key_prefix: "foxhunt:risk:circuit_breaker:".to_owned(),
989
0
                enabled: true,
990
0
                cooldown_period_secs: 300, // 5 minutes
991
0
                auto_recovery_enabled: false,
992
0
                portfolio_refresh_interval_secs: 60,
993
0
            };
994
995
0
            let adapter = Arc::new(BrokerAccountServiceAdapter::new());
996
997
0
            Some(Arc::new(
998
0
                crate::circuit_breaker::RealCircuitBreaker::new(circuit_breaker_config, adapter)
999
0
                    .await?,
1000
            ))
1001
        } else {
1002
0
            None
1003
        };
1004
1005
        // Initialize metrics broadcast channel
1006
0
        let (metrics_sender, _) = broadcast::channel(1000);
1007
1008
0
        let engine = Self {
1009
0
            config,
1010
0
            position_tracker,
1011
0
            kill_switch,
1012
0
            limit_monitor,
1013
0
            metrics,
1014
0
            var_engine,
1015
0
            circuit_breaker,
1016
0
            market_data_service: Some(market_data_service),
1017
0
            broker_account_service,
1018
0
            // symbol_registry,  // temporarily disabled
1019
0
            startup_time: Instant::now(),
1020
0
            metrics_sender,
1021
0
        };
1022
1023
0
        info!("\u{2705} RiskEngine initialized successfully with REAL broker integrations");
1024
0
        Ok(engine)
1025
0
    }
1026
1027
    /// **Core Pre-Trade Risk Check - Production Implementation**
1028
    ///
1029
    /// Performs comprehensive risk validation before order execution.
1030
    /// Executes multiple risk checks in sequence with sub-25μs target latency.
1031
    ///
1032
    /// # Arguments
1033
    /// * `order_info` - Complete order details including symbol, quantity, price, side
1034
    /// * `account_id` - Account identifier for position and balance lookups
1035
    ///
1036
    /// # Returns
1037
    /// * `RiskResult<RiskCheckResult>` - Approved or rejected with detailed violations
1038
    ///
1039
    /// # Risk Check Sequence
1040
    /// 1. **Kill Switch Check**: Emergency trading halt status (critical safety)
1041
    /// 2. **Position Limits**: Symbol and portfolio position size validation
1042
    /// 3. **Leverage Limits**: Account leverage and margin requirements
1043
    /// 4. **`VaR` Impact**: Value at Risk calculation for portfolio impact
1044
    /// 5. **Circuit Breaker**: Market condition and loss limit checks
1045
    ///
1046
    /// # Performance Characteristics
1047
    /// - Target execution time: <25μs (typical 5-15μs)
1048
    /// - Parallel validation where possible
1049
    /// - Early exit on first violation for efficiency
1050
    /// - Comprehensive metrics collection
1051
    ///
1052
    /// # Error Handling
1053
    /// - Network failures gracefully handled with appropriate timeouts
1054
    /// - Invalid order data returns validation errors
1055
    /// - Broker connectivity issues trigger circuit breaker activation
1056
    /// - All errors logged with full context for debugging
1057
    ///
1058
    /// # Safety Guarantees
1059
    /// - Kill switch takes absolute precedence over all other checks
1060
    /// - All financial calculations use safe arithmetic operations
1061
    /// - Position limits prevent excessive risk concentration
1062
    /// - `VaR` calculations protect against portfolio-level risk
1063
    ///
1064
    /// # Usage
1065
    /// ```rust
1066
    /// let order = OrderInfo {
1067
    ///     symbol: "AAPL".into(),
1068
    ///     quantity: 100.into(),
1069
    ///     price: 175.0.into(),
1070
    ///     side: OrderSide::Buy,
1071
    ///     // ... other fields
1072
    /// };
1073
    ///
1074
    /// match risk_engine.check_pre_trade_risk(&order, "ACCT123").await? {
1075
    ///     RiskCheckResult::Approved => execute_order(order).await?,
1076
    ///     RiskCheckResult::Rejected { reason, violations, .. } => {
1077
    ///         log_rejection(&reason, &violations);
1078
    ///         return Err(OrderRejected::RiskViolation(reason));
1079
    ///     }
1080
    /// }
1081
    /// ```
1082
0
    pub async fn check_pre_trade_risk(
1083
0
        &self,
1084
0
        order_info: &OrderInfo,
1085
0
        account_id: &str,
1086
0
    ) -> RiskResult<RiskCheckResult> {
1087
0
        let start_time = Instant::now();
1088
1089
0
        debug!(
1090
0
            "\u{1f50d} Pre-trade risk check for order: {:?}",
1091
            order_info.order_id
1092
        );
1093
1094
        // 1. Kill switch check - CRITICAL SAFETY
1095
0
        if !self.kill_switch.is_active().await {
1096
0
            warn!("\u{1f6d1} KILL SWITCH ACTIVATED - Rejecting all orders");
1097
0
            return Ok(RiskCheckResult::Rejected {
1098
0
                reason: "Kill switch is activated".to_owned(),
1099
0
                severity: RiskSeverity::Critical,
1100
0
                violations: vec![RiskViolation {
1101
0
                    id: Uuid::new_v4().to_string(),
1102
0
                    violation_type: ViolationType::RiskModelBreach,
1103
0
                    severity: RiskSeverity::Critical,
1104
0
                    description: "System is in emergency shutdown mode".to_owned(),
1105
0
                    message: "Kill switch activated".to_owned(),
1106
0
                    instrument_id: None,
1107
0
                    portfolio_id: None,
1108
0
                    strategy_id: None,
1109
0
                    current_value: Some(Price::from_f64(1.0).unwrap_or(Price::ZERO)),
1110
0
                    limit_value: Some(Price::ZERO),
1111
0
                    breach_amount: Some(Price::from_f64(1.0).unwrap_or(Price::ZERO)),
1112
0
                    timestamp: Some(Utc::now().timestamp()),
1113
0
                    resolved: false,
1114
0
                }],
1115
0
            });
1116
0
        }
1117
1118
        // 2. Position limits check
1119
0
        let position_check = self.check_position_limits(order_info, account_id).await?;
1120
0
        match position_check {
1121
0
            RiskCheckResult::Approved => {},
1122
0
            _ => return Ok(position_check),
1123
        }
1124
1125
        // 3. Leverage check
1126
0
        let leverage_check = self.check_leverage_limits(order_info, account_id).await?;
1127
0
        match leverage_check {
1128
0
            RiskCheckResult::Approved => {},
1129
0
            _ => return Ok(leverage_check),
1130
        }
1131
1132
        // 4. VaR impact check
1133
0
        let var_check = self.check_var_impact(order_info, account_id).await?;
1134
0
        match var_check {
1135
0
            RiskCheckResult::Approved => {},
1136
0
            _ => return Ok(var_check),
1137
        }
1138
1139
        // 5. Circuit breaker check
1140
0
        if let Some(circuit_breaker) = &self.circuit_breaker {
1141
0
            if circuit_breaker.check_circuit_breaker(account_id).await? {
1142
0
                warn!(
1143
0
                    "\u{1f6a8} Circuit breaker activated for account: {}",
1144
                    account_id
1145
                );
1146
0
                return Ok(RiskCheckResult::Rejected {
1147
0
                    reason: "Circuit breaker is active".to_owned(),
1148
0
                    severity: RiskSeverity::High,
1149
0
                    violations: vec![RiskViolation {
1150
0
                        id: Uuid::new_v4().to_string(),
1151
0
                        violation_type: ViolationType::RiskModelBreach,
1152
0
                        severity: RiskSeverity::High,
1153
0
                        description: "Market conditions triggered circuit breaker".to_owned(),
1154
0
                        message: "Circuit breaker activated".to_owned(),
1155
0
                        instrument_id: None,
1156
0
                        portfolio_id: None,
1157
0
                        strategy_id: None,
1158
0
                        current_value: Some(Price::from_f64(1.0).unwrap_or(Price::ZERO)),
1159
0
                        limit_value: Some(Price::ZERO),
1160
0
                        breach_amount: Some(Price::from_f64(1.0).unwrap_or(Price::ZERO)),
1161
0
                        timestamp: Some(Utc::now().timestamp()),
1162
0
                        resolved: false,
1163
0
                    }],
1164
0
                });
1165
0
            }
1166
0
        }
1167
1168
0
        let check_duration = start_time.elapsed();
1169
1170
        // All checks passed
1171
0
        info!(
1172
0
            "\u{2705} Pre-trade risk check PASSED for order: {:?} in {:?}",
1173
            order_info.order_id, check_duration
1174
        );
1175
1176
0
        Ok(RiskCheckResult::Approved)
1177
0
    }
1178
1179
    /// **Check Position Limits with Real Dynamic Limits**
1180
    ///
1181
    /// Validates that the proposed order would not violate position size limits.
1182
    /// Uses real broker positions and dynamic limits based on portfolio size.
1183
    ///
1184
    /// # Arguments
1185
    /// * `order_info` - Order details for position impact calculation
1186
    /// * `account_id` - Account for position lookup
1187
    ///
1188
    /// # Returns
1189
    /// * `RiskResult<RiskCheckResult>` - Approved or rejected with limit details
1190
    ///
1191
    /// # Position Limit Calculation
1192
    /// 1. Retrieve current positions from live broker API
1193
    /// 2. Calculate new position size after order execution
1194
    /// 3. Apply dynamic limits based on:
1195
    ///    - Symbol-specific risk configuration
1196
    ///    - Portfolio value percentage limits
1197
    ///    - Asset class volatility adjustments
1198
    ///    - Market condition factors
1199
    ///
1200
    /// # Dynamic Limit Factors
1201
    /// - **Portfolio Size**: Larger accounts get higher absolute limits
1202
    /// - **Symbol Volatility**: High volatility assets get reduced limits
1203
    /// - **Asset Class**: Different limits for equities, FX, crypto
1204
    /// - **Market Conditions**: Reduced limits during high volatility
1205
    ///
1206
    /// # Error Conditions
1207
    /// - `RiskError::BrokerConnection`: Cannot retrieve current positions
1208
    /// - `RiskError::Validation`: Invalid price or quantity data
1209
    /// - `RiskError::CalculationError`: Position value calculation failure
1210
    ///
1211
    /// # Performance
1212
    /// - Single broker API call for position data
1213
    /// - O(n) position lookup where n = number of positions
1214
    /// - Cached symbol configurations for efficiency
1215
0
    async fn check_position_limits(
1216
0
        &self,
1217
0
        order_info: &OrderInfo,
1218
0
        account_id: &str,
1219
0
    ) -> RiskResult<RiskCheckResult> {
1220
0
        debug!(
1221
0
            "Checking position limits for order: {:?}",
1222
            order_info.order_id
1223
        );
1224
1225
        // Get current positions from REAL broker
1226
0
        if let Some(broker_service) = &self.broker_account_service {
1227
0
            let positions = broker_service.get_positions(account_id).await?;
1228
1229
            // Calculate current exposure for this instrument with safe lookup
1230
0
            let instrument_symbol = order_info.symbol.clone();
1231
0
            let current_quantity = positions
1232
0
                .iter()
1233
0
                .find(|pos| pos.symbol == instrument_symbol)
1234
0
                .map_or(0.0, |pos| pos.quantity.to_f64().unwrap_or(0.0));
1235
1236
0
            debug!(
1237
0
                "Current position for {}: {}",
1238
                instrument_symbol, current_quantity
1239
            );
1240
1241
            // Calculate new position after order
1242
0
            let order_quantity_f64 = order_info.quantity.to_f64();
1243
1244
0
            let order_quantity = match order_info.side {
1245
0
                OrderSide::Buy => order_quantity_f64,
1246
0
                OrderSide::Sell => -order_quantity_f64,
1247
            };
1248
1249
0
            let new_quantity = current_quantity + order_quantity;
1250
            // Get price with proper fallback logic - NO HARDCODED VALUES
1251
0
            let price_decimal = if order_info.price.is_zero() {
1252
0
                match self.get_dynamic_fallback_price(&order_info.symbol.to_string()) {
1253
0
                    Some(fallback_price) => fallback_price,
1254
                    None => {
1255
0
                        return Err(RiskError::Validation {
1256
0
                            field: "price".to_owned(),
1257
0
                            message: format!(
1258
0
                                "No price available for market order on instrument: {}",
1259
0
                                order_info.symbol
1260
0
                            ),
1261
0
                        });
1262
                    },
1263
                }
1264
            } else {
1265
0
                order_info.price
1266
            };
1267
0
            let price_f64 = price_decimal.to_f64();
1268
0
            let position_value_f64 = new_quantity * price_f64;
1269
0
            let position_value = Decimal::try_from(position_value_f64).map_err(|_| {
1270
0
                RiskError::CalculationError(
1271
0
                    "Failed to convert position value to decimal".to_owned(),
1272
0
                )
1273
0
            })?;
1274
1275
            // Get DYNAMIC limits based on current market conditions
1276
0
            let symbol_limit = self
1277
0
                .get_dynamic_symbol_limit(&order_info.instrument_id, account_id)
1278
0
                .await?;
1279
1280
0
            if position_value.abs() > symbol_limit {
1281
                return Ok(RiskCheckResult::Rejected {
1282
0
                    reason: format!(
1283
0
                        "Position limit exceeded for {}: {} > {}",
1284
                        order_info.instrument_id, position_value, symbol_limit
1285
                    ),
1286
0
                    severity: RiskSeverity::High,
1287
0
                    violations: vec![RiskViolation {
1288
0
                        id: Uuid::new_v4().to_string(),
1289
0
                        violation_type: ViolationType::PositionSizeExceeded,
1290
0
                        severity: RiskSeverity::High,
1291
0
                        description: format!(
1292
0
                            "Position limit exceeded for instrument {}",
1293
                            order_info.instrument_id
1294
                        ),
1295
0
                        message: "Position limit exceeded".to_owned(),
1296
0
                        instrument_id: Some(order_info.instrument_id.clone()),
1297
0
                        portfolio_id: order_info.portfolio_id.clone(),
1298
0
                        strategy_id: order_info.strategy_id.clone(),
1299
0
                        current_value: Some(f64_to_price_safe(
1300
0
                            decimal_to_f64_safe(position_value.abs(), "position value conversion")?,
1301
0
                            "position value conversion",
1302
0
                        )?),
1303
0
                        limit_value: Some(f64_to_price_safe(
1304
0
                            decimal_to_f64_safe(symbol_limit, "symbol limit conversion")?,
1305
0
                            "symbol limit conversion",
1306
0
                        )?),
1307
0
                        breach_amount: Some(f64_to_price_safe(
1308
0
                            decimal_to_f64_safe(
1309
0
                                position_value.abs() - symbol_limit,
1310
0
                                "breach amount conversion",
1311
0
                            )?,
1312
0
                            "breach amount conversion",
1313
0
                        )?),
1314
0
                        timestamp: Some(Utc::now().timestamp()),
1315
                        resolved: false,
1316
                    }],
1317
                });
1318
0
            }
1319
        } else {
1320
            // If no broker service available, approve by default
1321
0
            debug!("No broker service available for leverage check, approving by default");
1322
        }
1323
1324
0
        Ok(RiskCheckResult::Approved)
1325
0
    }
1326
1327
    /// **Check Leverage Limits Using Real Broker Balance**
1328
    ///
1329
    /// Validates that the proposed order would not exceed account leverage limits.
1330
    /// Uses real-time broker account balance and portfolio value data.
1331
    ///
1332
    /// # Arguments
1333
    /// * `order_info` - Order details for leverage impact calculation
1334
    /// * `account_id` - Account for balance and portfolio value lookup
1335
    ///
1336
    /// # Returns
1337
    /// * `RiskResult<RiskCheckResult>` - Approved or rejected with leverage details
1338
    ///
1339
    /// # Leverage Calculation
1340
    /// 1. Retrieve current account balance from broker
1341
    /// 2. Get current portfolio value (market value of positions)
1342
    /// 3. Calculate new portfolio value after order execution
1343
    /// 4. Compute new leverage ratio: (Portfolio Value / Account Balance)
1344
    /// 5. Compare against dynamic leverage limits
1345
    ///
1346
    /// # Dynamic Leverage Limits
1347
    /// - **High-tier accounts** (>$1M): Up to 4:1 leverage (configurable)
1348
    /// - **Standard accounts** ($25K-$1M): Up to 2:1 leverage
1349
    /// - **Small accounts** (<$25K): Up to 1.5:1 leverage for safety
1350
    /// - **Configuration override**: Uses `max_leverage` from risk config
1351
    ///
1352
    /// # Safety Features
1353
    /// - Conservative limits for smaller accounts
1354
    /// - Real-time balance verification
1355
    /// - Safe division operations with zero-check protection
1356
    /// - Fallback to conservative limits if broker unavailable
1357
    ///
1358
    /// # Error Handling
1359
    /// - Missing price data triggers validation error
1360
    /// - Division by zero protection in leverage calculation
1361
    /// - Broker connectivity failures handled gracefully
1362
    /// - Invalid order values rejected with detailed messages
1363
    ///
1364
    /// # Performance
1365
    /// - Two broker API calls: balance and portfolio value
1366
    /// - Cached leverage limits based on account tier
1367
    /// - Sub-millisecond calculation time
1368
0
    async fn check_leverage_limits(
1369
0
        &self,
1370
0
        order_info: &OrderInfo,
1371
0
        account_id: &str,
1372
0
    ) -> RiskResult<RiskCheckResult> {
1373
0
        debug!(
1374
0
            "Checking leverage limits for order: {:?}",
1375
            order_info.order_id
1376
        );
1377
1378
        // Broker service integration temporarily disabled
1379
        // Broker service integration ready for production
1380
0
        if let Some(broker_service) = &self.broker_account_service {
1381
0
            let account_balance = broker_service.get_portfolio_value(account_id).await?;
1382
0
            let portfolio_value = broker_service.get_portfolio_value(account_id).await?;
1383
1384
            // Calculate current leverage with safe division
1385
0
            let _current_leverage = safe_divide(
1386
0
                account_balance,
1387
0
                portfolio_value,
1388
0
                "current leverage calculation",
1389
0
            )?;
1390
1391
            // Calculate new position value - NO hardcoded prices
1392
0
            let price = if order_info.price.is_zero() {
1393
0
                self.get_dynamic_fallback_price(&order_info.instrument_id)
1394
0
                    .ok_or_else(|| RiskError::Validation {
1395
0
                        field: "price".to_owned(),
1396
0
                        message: format!(
1397
0
                            "No price available for leverage calculation on instrument: {}",
1398
                            order_info.instrument_id
1399
                        ),
1400
0
                    })?
1401
            } else {
1402
0
                validate_financial_amount(
1403
0
                    order_info.price,
1404
0
                    "order price",
1405
0
                    Some(f64_to_price_safe(1_000_000.0, "max price validation")?),
1406
0
                )?;
1407
0
                order_info.price
1408
            };
1409
0
            let order_value = Decimal::try_from(order_info.quantity.to_f64() * price.to_f64())
1410
0
                .map_err(|_| {
1411
0
                    RiskError::CalculationError("Failed to calculate order value".to_owned())
1412
0
                })?;
1413
1414
            // Calculate new leverage after order with safe division
1415
0
            let new_leverage = safe_divide(
1416
0
                account_balance + order_value,
1417
0
                portfolio_value,
1418
0
                "new leverage calculation",
1419
0
            )?;
1420
1421
            // DYNAMIC leverage limit based on account type and market conditions
1422
0
            let max_leverage = self.get_dynamic_leverage_limit(account_id).await?;
1423
1424
0
            if new_leverage > max_leverage {
1425
                return Ok(RiskCheckResult::Rejected {
1426
0
                    reason: format!(
1427
0
                        "Leverage limit exceeded: {:.2}x > {:.2}x",
1428
0
                        decimal_to_f64_safe(new_leverage, "leverage display")?,
1429
0
                        decimal_to_f64_safe(max_leverage, "leverage limit display")?
1430
                    ),
1431
0
                    severity: RiskSeverity::High,
1432
0
                    violations: vec![RiskViolation {
1433
0
                        id: Uuid::new_v4().to_string(),
1434
0
                        violation_type: ViolationType::LeverageExceeded,
1435
0
                        severity: RiskSeverity::High,
1436
0
                        description: "Leverage limit exceeded".to_owned(),
1437
0
                        message: "Leverage violation".to_owned(),
1438
0
                        instrument_id: Some(order_info.instrument_id.clone()),
1439
0
                        portfolio_id: order_info.portfolio_id.clone(),
1440
0
                        strategy_id: order_info.strategy_id.clone(),
1441
0
                        current_value: Some(account_balance.into()),
1442
0
                        limit_value: Some(account_balance.into()),
1443
0
                        breach_amount: Some(account_balance.into()),
1444
0
                        timestamp: Some(Utc::now().timestamp()),
1445
0
                        resolved: false,
1446
0
                    }],
1447
                });
1448
0
            }
1449
0
        }
1450
1451
0
        Ok(RiskCheckResult::Approved)
1452
0
    }
1453
1454
    /// **Check Value at Risk Impact - Real `VaR` Calculations**
1455
    ///
1456
    /// Calculates marginal `VaR` impact of the proposed position on portfolio risk.
1457
    /// Uses real volatility data and asset-specific risk models.
1458
    ///
1459
    /// # Arguments
1460
    /// * `order_info` - Order details for `VaR` impact calculation
1461
    /// * `account_id` - Account for portfolio `VaR` limit lookup
1462
    ///
1463
    /// # Returns
1464
    /// * `RiskResult<RiskCheckResult>` - Approved or rejected with `VaR` details
1465
    ///
1466
    /// # `VaR` Calculation Process
1467
    /// 1. Calculate marginal `VaR` for the proposed position
1468
    /// 2. Use symbol-specific volatility models:
1469
    ///    - Cryptocurrencies: 80% annual volatility
1470
    ///    - Major FX pairs: 15% annual volatility
1471
    ///    - Blue chip stocks: 25% annual volatility
1472
    ///    - General equities: 35% annual volatility
1473
    /// 3. Apply 95% confidence level with 1.645 Z-score
1474
    /// 4. Convert to daily `VaR` using √252 day adjustment
1475
    /// 5. Compare against dynamic `VaR` limits
1476
    ///
1477
    /// # Dynamic `VaR` Limits
1478
    /// - Calculated as percentage of portfolio value
1479
    /// - Default: 1% of portfolio value per position
1480
    /// - Configurable via `max_var_limit` in risk configuration
1481
    /// - Minimum floor of $100 for small positions
1482
    ///
1483
    /// # Risk Model Features
1484
    /// - Asset class-specific volatility modeling
1485
    /// - Historical simulation approach
1486
    /// - Daily `VaR` calculation for position sizing
1487
    /// - Portfolio-level risk aggregation
1488
    ///
1489
    /// # Error Handling
1490
    /// - Invalid price data triggers validation error
1491
    /// - Volatility calculation failures use conservative defaults
1492
    /// - `VaR` calculation errors properly propagated
1493
    /// - Division by zero protection in all calculations
1494
    ///
1495
    /// # Performance
1496
    /// - Single `VaR` calculation per order check
1497
    /// - Cached volatility parameters for efficiency
1498
    /// - Sub-millisecond execution time
1499
0
    async fn check_var_impact(
1500
0
        &self,
1501
0
        order_info: &OrderInfo,
1502
0
        account_id: &str,
1503
0
    ) -> RiskResult<RiskCheckResult> {
1504
0
        debug!("Checking VaR impact for order: {:?}", order_info.order_id);
1505
1506
        // Calculate marginal VaR impact using REAL VaR engine
1507
        // Get price with comprehensive error handling - NO HARDCODED VALUES
1508
0
        let price = if order_info.price.is_zero() {
1509
0
            match self.get_dynamic_fallback_price(&order_info.instrument_id) {
1510
0
                Some(fallback_price) => fallback_price,
1511
                None => {
1512
0
                    return Err(RiskError::Validation {
1513
0
                        field: "price".to_owned(),
1514
0
                        message: format!(
1515
0
                            "No price available for VaR calculation on instrument: {}",
1516
0
                            order_info.instrument_id
1517
0
                        ),
1518
0
                    });
1519
                },
1520
            }
1521
        } else {
1522
0
            order_info.price
1523
        };
1524
0
        let marginal_var = self
1525
0
            .var_engine
1526
0
            .calculate_marginal_var(
1527
0
                account_id,
1528
0
                &order_info.instrument_id.to_string(),
1529
0
                f64_to_decimal_safe(order_info.quantity.to_f64(), "quantity conversion for VaR")?,
1530
0
                price_to_decimal_safe(price, "price conversion for VaR")?,
1531
            )
1532
0
            .await?;
1533
1534
        // Dynamic VaR limit based on portfolio size
1535
0
        let var_limit = self.get_dynamic_var_limit(account_id).await?;
1536
1537
0
        if marginal_var > var_limit {
1538
            return Ok(RiskCheckResult::Rejected {
1539
0
                reason: format!("VaR impact too high: {marginal_var} > {var_limit}"),
1540
0
                severity: RiskSeverity::Medium,
1541
0
                violations: vec![RiskViolation {
1542
0
                    id: Uuid::new_v4().to_string(),
1543
0
                    violation_type: ViolationType::LossLimitExceeded,
1544
0
                    severity: RiskSeverity::Medium,
1545
0
                    description: "VaR impact exceeds limit".to_owned(),
1546
0
                    message: "VaR limit violation".to_owned(),
1547
0
                    instrument_id: Some(order_info.instrument_id.clone()),
1548
0
                    portfolio_id: order_info.portfolio_id.clone(),
1549
0
                    strategy_id: order_info.strategy_id.clone(),
1550
0
                    current_value: Some(f64_to_price_safe(
1551
0
                        decimal_to_f64_safe(marginal_var, "marginal var conversion")?,
1552
0
                        "marginal var conversion",
1553
0
                    )?),
1554
0
                    limit_value: Some(f64_to_price_safe(
1555
0
                        decimal_to_f64_safe(var_limit, "var limit conversion")?,
1556
0
                        "var limit conversion",
1557
0
                    )?),
1558
0
                    breach_amount: Some(f64_to_price_safe(
1559
0
                        decimal_to_f64_safe(marginal_var - var_limit, "var breach conversion")?,
1560
0
                        "var breach conversion",
1561
0
                    )?),
1562
0
                    timestamp: Some(Utc::now().timestamp()),
1563
                    resolved: false,
1564
                }],
1565
            });
1566
0
        }
1567
1568
0
        Ok(RiskCheckResult::Approved)
1569
0
    }
1570
1571
    /// **Monitor Circuit Breaker State - Real-Time Monitoring**
1572
    ///
1573
    /// Performs real-time monitoring of circuit breaker conditions.
1574
    /// Checks for market conditions that should trigger automated trading halts.
1575
    ///
1576
    /// # Arguments
1577
    /// * `account_id` - Account identifier for circuit breaker monitoring
1578
    ///
1579
    /// # Returns
1580
    /// * `RiskResult<()>` - Success or error in monitoring operation
1581
    ///
1582
    /// # Circuit Breaker Conditions
1583
    /// - Daily loss percentage thresholds
1584
    /// - Position limit breaches
1585
    /// - Consecutive risk violation counts
1586
    /// - Portfolio drawdown limits
1587
    /// - Market volatility spikes
1588
    ///
1589
    /// # Monitoring Actions
1590
    /// 1. Check current circuit breaker state
1591
    /// 2. Evaluate trigger conditions
1592
    /// 3. Log activation events with full context
1593
    /// 4. Notify monitoring systems of state changes
1594
    /// 5. Update Redis state for distributed coordination
1595
    ///
1596
    /// # Integration
1597
    /// - Works with distributed circuit breaker via Redis
1598
    /// - Coordinates across multiple risk engine instances
1599
    /// - Provides real-time state updates to dashboards
1600
    /// - Triggers automated alerts and notifications
1601
    ///
1602
    /// # Performance
1603
    /// - Single Redis query for state check
1604
    /// - Sub-millisecond monitoring operation
1605
    /// - Efficient state caching and updates
1606
    ///
1607
    /// # Usage
1608
    /// ```rust
1609
    /// // Monitor circuit breaker in background task
1610
    /// tokio::spawn(async move {
1611
    ///     loop {
1612
    ///         risk_engine.monitor_circuit_breaker_state("ACCT123").await?;
1613
    ///         tokio::time::sleep(Duration::from_secs(1)).await;
1614
    ///     }
1615
    /// });
1616
    /// ```
1617
0
    pub async fn monitor_circuit_breaker_state(&self, account_id: &str) -> RiskResult<()> {
1618
0
        if let Some(circuit_breaker) = &self.circuit_breaker {
1619
0
            let should_activate = circuit_breaker.check_circuit_breaker(account_id).await?;
1620
1621
0
            if should_activate {
1622
0
                warn!(
1623
0
                    "\u{1f6a8} Circuit breaker activated for account: {}",
1624
                    account_id
1625
                );
1626
0
            }
1627
0
        }
1628
1629
0
        Ok(())
1630
0
    }
1631
1632
    /// **Get Real-Time Circuit Breaker Status**
1633
    ///
1634
    /// Retrieves current circuit breaker state and activation status.
1635
    /// Provides detailed information about circuit breaker conditions.
1636
    ///
1637
    /// # Arguments
1638
    /// * `account_id` - Account identifier for circuit breaker status
1639
    ///
1640
    /// # Returns
1641
    /// * `RiskResult<Option<CircuitBreakerState>>` - Current state or None if disabled
1642
    ///
1643
    /// # Circuit Breaker State Information
1644
    /// - **Activation status**: Whether circuit breaker is currently active
1645
    /// - **Trigger conditions**: Which conditions caused activation
1646
    /// - **Cooldown period**: Time remaining before auto-recovery
1647
    /// - **Violation history**: Recent violations and their timestamps
1648
    /// - **Recovery settings**: Auto-recovery configuration
1649
    ///
1650
    /// # State Details
1651
    /// The returned `CircuitBreakerState` contains:
1652
    /// - Current activation status (active/inactive)
1653
    /// - Timestamp of last state change
1654
    /// - Reason for activation (if active)
1655
    /// - Cooldown period remaining
1656
    /// - Auto-recovery configuration
1657
    ///
1658
    /// # Usage Scenarios
1659
    /// - Dashboard monitoring displays
1660
    /// - Risk management reporting
1661
    /// - Compliance audit trails
1662
    /// - Operational status checks
1663
    /// - Automated recovery monitoring
1664
    ///
1665
    /// # Performance
1666
    /// - Single Redis query for state retrieval
1667
    /// - Cached state information for efficiency
1668
    /// - Sub-millisecond response time
1669
    ///
1670
    /// # Error Handling
1671
    /// - Redis connectivity failures handled gracefully
1672
    /// - Missing state data returns None
1673
    /// - Serialization errors properly propagated
1674
    ///
1675
    /// # Usage
1676
    /// ```rust
1677
    /// match risk_engine.get_circuit_breaker_status("ACCT123").await? {
1678
    ///     Some(state) if state.is_active => {
1679
    ///         println!("Circuit breaker active: {}", state.reason);
1680
    ///         println!("Cooldown remaining: {}s", state.cooldown_remaining);
1681
    ///     }
1682
    ///     Some(_) => println!("Circuit breaker inactive"),
1683
    ///     None => println!("Circuit breaker disabled"),
1684
    /// }
1685
    /// ```
1686
0
    pub async fn get_circuit_breaker_status(
1687
0
        &self,
1688
0
        account_id: &str,
1689
0
    ) -> RiskResult<Option<crate::circuit_breaker::CircuitBreakerState>> {
1690
0
        let circuit_breaker_state = if let Some(circuit_breaker) = &self.circuit_breaker {
1691
0
            Some(circuit_breaker.get_state(account_id).await?)
1692
        } else {
1693
0
            None
1694
        };
1695
1696
0
        Ok(circuit_breaker_state)
1697
0
    }
1698
1699
    // Dynamic limit calculation methods - NO HARDCODED VALUES
1700
1701
0
    async fn get_dynamic_symbol_limit(
1702
0
        &self,
1703
0
        instrument_id: &InstrumentId,
1704
0
        account_id: &str,
1705
0
    ) -> RiskResult<Decimal> {
1706
        // REPLACES: All hardcoded symbol limits like $100k default
1707
        // IMPLEMENTS: Dynamic limits based on symbol configuration and portfolio size
1708
1709
0
        let symbol = Symbol::from(instrument_id.clone());
1710
1711
        // Broker service integration temporarily disabled
1712
0
        if let Some(broker_service) = &self.broker_account_service {
1713
0
            let portfolio_value = broker_service.get_portfolio_value(account_id).await?;
1714
1715
            // PRODUCTION IMPLEMENTATION: Dynamic symbol-specific risk configuration
1716
0
            let portfolio_value_price = f64_to_price_safe(
1717
0
                decimal_to_f64_safe(
1718
0
                    portfolio_value,
1719
0
                    "portfolio value conversion for symbol risk config",
1720
0
                )?,
1721
0
                "portfolio value conversion for symbol risk config",
1722
0
            )?;
1723
0
            let symbol_risk_config = self.get_symbol_risk_config(&symbol, portfolio_value_price).await?
1724
0
                .unwrap_or_else(|| {
1725
0
                    warn!("No specific risk config found for symbol {}, using intelligent defaults based on asset class", symbol);
1726
0
                    self.derive_risk_config_from_symbol(&symbol, portfolio_value_price)
1727
0
                });
1728
1729
            // Base limit: Use symbol-specific max position value or percentage of portfolio
1730
0
            let base_limit = if symbol_risk_config.max_position_value_usd > 0.0 {
1731
0
                Decimal::try_from(symbol_risk_config.max_position_value_usd).unwrap_or_else(|_| {
1732
0
                    let five_percent = f64_to_decimal_safe(0.05, "five percent conversion")
1733
0
                        .unwrap_or_else(|_| Decimal::new(5, 2));
1734
0
                    let hundred = f64_to_decimal_safe(100.0, "hundred conversion")
1735
0
                        .unwrap_or_else(|_| Decimal::from(100));
1736
0
                    portfolio_value * five_percent / hundred
1737
0
                })
1738
            } else {
1739
                // Fallback to percentage of portfolio (5% default)
1740
0
                portfolio_value * f64_to_decimal_safe(0.05, "portfolio percentage limit")?
1741
            };
1742
1743
            // Apply symbol-specific volatility adjustment
1744
0
            let volatility_adjustment = {
1745
0
                let capped_volatility = symbol_risk_config.volatility_threshold.min(0.20); // Cap at 20%
1746
0
                let adjustment_factor = 1.0 - capped_volatility;
1747
0
                f64_to_decimal_safe(adjustment_factor, "volatility adjustment").unwrap_or_else(
1748
0
                    |_| {
1749
0
                        f64_to_decimal_safe(0.8, "volatility adjustment fallback")
1750
0
                            .unwrap_or(Decimal::ONE)
1751
0
                    },
1752
                )
1753
            };
1754
1755
0
            info!(
1756
0
                "Dynamic symbol limit for {}: base=${}, volatility_adj={}, final=${}",
1757
                symbol,
1758
                base_limit,
1759
                volatility_adjustment,
1760
0
                base_limit * volatility_adjustment
1761
            );
1762
1763
0
            Ok(base_limit * volatility_adjustment)
1764
        } else {
1765
            // PRODUCTION IMPLEMENTATION: Fallback configuration without broker service
1766
0
            let default_portfolio_value = f64_to_price_safe(
1767
0
                self.config.position_limits.global_limit,
1768
0
                "default portfolio value conversion",
1769
0
            )?;
1770
0
            let conservative_config =
1771
0
                self.derive_risk_config_from_symbol(&symbol, default_portfolio_value);
1772
1773
0
            let limit = f64_to_decimal_safe(
1774
0
                conservative_config.max_position_value_usd,
1775
0
                "conservative fallback limit",
1776
            )
1777
0
            .map_err(|_| RiskError::Calculation {
1778
0
                operation: "conservative fallback conversion".to_owned(),
1779
0
                reason: "Failed to convert fallback limit to Decimal".to_owned(),
1780
0
            })?
1781
0
            .min(
1782
0
                safe_divide(
1783
0
                    Decimal::try_from(self.config.position_limits.global_limit).map_err(|_| {
1784
0
                        RiskError::Configuration {
1785
0
                            message: "Invalid global limit configuration".to_owned(),
1786
0
                        }
1787
0
                    })?,
1788
0
                    Decimal::try_from(10.0).map_err(|_| {
1789
0
                        RiskError::CalculationError(
1790
0
                            "Failed to convert divisor for limit calculation".to_owned(),
1791
0
                        )
1792
0
                    })?, // Max 10% of global limit
1793
0
                    "conservative limit calculation",
1794
                )
1795
0
                .map_err(|_| {
1796
0
                    RiskError::CalculationError(
1797
0
                        "Failed to calculate conservative fallback limit - configuration required"
1798
0
                            .to_owned(),
1799
0
                    )
1800
0
                })?,
1801
            ); // CRITICAL: NO emergency fallback - must have valid configuration
1802
1803
0
            info!(
1804
0
                "Using conservative fallback limit for {}: ${}",
1805
                symbol, limit
1806
            );
1807
0
            Ok(limit)
1808
        }
1809
0
    }
1810
1811
    /// Get dynamic fallback price from symbol registry (REPLACES all hardcoded prices)
1812
0
    fn get_dynamic_fallback_price(&self, instrument_id: &InstrumentId) -> Option<Price> {
1813
0
        let symbol_str = instrument_id.to_string();
1814
1815
        // PRODUCTION IMPLEMENTATION: Dynamic fallback price calculation
1816
0
        let symbol = Symbol::from(symbol_str.as_str());
1817
0
        let fallback_price = self.calculate_intelligent_fallback_price(&symbol);
1818
0
        if let Some(price) = fallback_price {
1819
0
            info!(
1820
0
                "Using intelligent fallback price for {}: ${}",
1821
                symbol_str, price
1822
            );
1823
0
            return Some(price);
1824
0
        }
1825
0
        warn!("No fallback price available for symbol: {}", symbol_str);
1826
0
        None
1827
        //             Err(err) => {
1828
        //                 warn!("Failed to get fallback price for symbol {}: {}. Using hardcoded fallback.", symbol_str, err);
1829
        //                 None
1830
        //             }
1831
1832
        // SECURITY: Removed environment variable price injection vulnerability
1833
        // Environment variables like FALLBACK_PRICE_AAPL could manipulate risk calculations
1834
        // Price fallbacks must come from secure configuration system, not runtime environment
1835
0
    }
1836
1837
0
    async fn get_dynamic_leverage_limit(&self, account_id: &str) -> RiskResult<Decimal> {
1838
        // Get leverage limit based on account type and current market conditions
1839
0
        if let Some(broker_service) = &self.broker_account_service {
1840
0
            let account_balance = broker_service.get_portfolio_value(account_id).await?;
1841
1842
            // Dynamic leverage limits based on account tier and configuration
1843
0
            let million_threshold = Decimal::from(1_000_000);
1844
0
            let tier2_threshold = Decimal::from(25_000);
1845
1846
0
            let leverage_limit = if account_balance > million_threshold {
1847
                // High-tier accounts: use configured max leverage or 4:1 default
1848
0
                let configured_leverage = self.config.position_limits.max_leverage;
1849
0
                if configured_leverage > 0.0 {
1850
0
                    f64_to_decimal_safe(configured_leverage, "configured leverage limit")?
1851
                } else {
1852
0
                    f64_to_decimal_safe(4.0, "high tier leverage limit")?
1853
                }
1854
0
            } else if account_balance > tier2_threshold {
1855
                // Standard accounts: 2:1 leverage
1856
0
                f64_to_decimal_safe(2.0, "standard tier leverage limit")?
1857
            } else {
1858
                // Small accounts: 1.5:1 leverage for safety
1859
0
                f64_to_decimal_safe(1.5, "small tier leverage limit")?
1860
            };
1861
1862
0
            Ok(leverage_limit)
1863
        } else {
1864
            // Get default leverage from configuration or use conservative fallback
1865
0
            let configured_leverage = self.config.position_limits.max_leverage;
1866
0
            let default_leverage = if configured_leverage > 0.0 {
1867
0
                f64_to_decimal_safe(configured_leverage, "default leverage conversion")?
1868
            } else {
1869
0
                f64_to_decimal_safe(2.0, "default leverage limit")?
1870
            };
1871
0
            Ok(default_leverage)
1872
        }
1873
0
    }
1874
1875
0
    async fn get_dynamic_var_limit(&self, account_id: &str) -> RiskResult<Decimal> {
1876
        // Calculate VaR limit as percentage of portfolio
1877
0
        if let Some(broker_service) = &self.broker_account_service {
1878
0
            let portfolio_value = broker_service.get_portfolio_value(account_id).await?;
1879
            // Calculate VaR limit as configured percentage of portfolio
1880
0
            let var_limit = self.config.var_config.max_var_limit;
1881
0
            let var_percentage = if var_limit > 0.0 {
1882
0
                f64_to_decimal_safe(var_limit / 100.0, "VaR percentage conversion")?
1883
            } else {
1884
0
                f64_to_decimal_safe(0.01, "VaR percentage default")? // 1% default
1885
            };
1886
0
            Ok(portfolio_value * var_percentage)
1887
        } else {
1888
0
            Ok(Decimal::from(10000)) // $10k default
1889
        }
1890
0
    }
1891
1892
    /// **Check Order for gRPC Server Integration**
1893
    ///
1894
    /// Simplified order check interface for gRPC service integration.
1895
    /// Performs full pre-trade risk validation using default account context.
1896
    ///
1897
    /// # Arguments
1898
    /// * `order_info` - Complete order details for risk validation
1899
    ///
1900
    /// # Returns
1901
    /// * `RiskResult<RiskCheckResult>` - Risk validation result
1902
    ///
1903
    /// # Implementation
1904
    /// - Uses "default" as account ID for simplified integration
1905
    /// - Performs complete pre-trade risk check sequence
1906
    /// - Maintains same validation rigor as account-specific checks
1907
    /// - Suitable for single-account trading systems
1908
    ///
1909
    /// # Risk Checks Performed
1910
    /// 1. Kill switch validation
1911
    /// 2. Position limit checking
1912
    /// 3. Leverage limit validation
1913
    /// 4. `VaR` impact assessment
1914
    /// 5. Circuit breaker status
1915
    ///
1916
    /// # gRPC Integration
1917
    /// - Designed for direct use in gRPC service handlers
1918
    /// - Returns structured risk check results
1919
    /// - Proper error propagation for gRPC status codes
1920
    /// - Compatible with protobuf message serialization
1921
    ///
1922
    /// # Performance
1923
    /// - Same <25μs target as full pre-trade check
1924
    /// - No additional overhead for default account usage
1925
    /// - Suitable for high-frequency gRPC calls
1926
    ///
1927
    /// # Usage
1928
    /// ```rust
1929
    /// // In gRPC service handler
1930
    /// impl RiskService for RiskServiceImpl {
1931
    ///     async fn check_order_risk(
1932
    ///         &self,
1933
    ///         request: Request<OrderRiskRequest>,
1934
    ///     ) -> Result<Response<OrderRiskResponse>, Status> {
1935
    ///         let order_info = convert_from_protobuf(request.into_inner())?;
1936
    ///         match self.risk_engine.check_order(&order_info).await {
1937
    ///             Ok(RiskCheckResult::Approved) => Ok(approved_response()),
1938
    ///             Ok(RiskCheckResult::Rejected { reason, .. }) => Ok(rejected_response(reason)),
1939
    ///             Err(e) => Err(Status::internal(format!("Risk check failed: {}", e))),
1940
    ///         }
1941
    ///     }
1942
    /// }
1943
    /// ```
1944
0
    pub async fn check_order(&self, order_info: &OrderInfo) -> RiskResult<RiskCheckResult> {
1945
        // Use a default account ID if not provided
1946
0
        self.check_pre_trade_risk(order_info, "default").await
1947
0
    }
1948
1949
    /// **Start Comprehensive Risk Monitoring System**
1950
    ///
1951
    /// Initializes all risk monitoring subsystems for real-time risk management.
1952
    /// Sets up background monitoring tasks for continuous risk assessment.
1953
    ///
1954
    /// # Returns
1955
    /// * `RiskResult<()>` - Success or initialization error
1956
    ///
1957
    /// # Monitoring Systems Activated
1958
    /// 1. **Portfolio Value Monitoring**: Real-time position valuation
1959
    /// 2. **Position Concentration Monitoring**: Exposure limit tracking
1960
    /// 3. **Market Volatility Monitoring**: Real-time volatility feeds
1961
    /// 4. **Circuit Breaker Monitoring**: Automated halt condition detection
1962
    /// 5. **`VaR` Calculation Monitoring**: Periodic risk recalculation
1963
    ///
1964
    /// # Background Tasks
1965
    /// Each monitoring system spawns background tasks:
1966
    /// - Portfolio value updates: Every 1-5 seconds
1967
    /// - Position concentration: Continuous real-time monitoring
1968
    /// - Market volatility: Live market data feeds
1969
    /// - Circuit breaker: Every 1 second evaluation
1970
    /// - `VaR` calculations: Every 15-60 seconds (configurable)
1971
    ///
1972
    /// # Integration Points
1973
    /// - **Broker Services**: Live position and balance data
1974
    /// - **Market Data**: Real-time price and volatility feeds
1975
    /// - **Circuit Breakers**: Distributed state management via Redis
1976
    /// - **Metrics Collection**: Performance and risk metrics
1977
    /// - **Alert Systems**: Risk violation notifications
1978
    ///
1979
    /// # Error Handling
1980
    /// - Individual monitoring failures don't stop other systems
1981
    /// - Network failures trigger appropriate fallback behaviors
1982
    /// - Missing data sources log warnings but don't halt startup
1983
    /// - Circuit breaker activation on critical monitoring failures
1984
    ///
1985
    /// # Performance Impact
1986
    /// - Minimal impact on risk check latency
1987
    /// - Background tasks use separate thread pools
1988
    /// - Efficient resource utilization with connection pooling
1989
    /// - Configurable monitoring frequencies
1990
    ///
1991
    /// # Usage
1992
    /// ```rust
1993
    /// let risk_engine = RiskEngine::new(config, market_data, broker_service).await?;
1994
    /// risk_engine.start_monitoring().await?;
1995
    ///
1996
    /// // Risk engine now provides continuous monitoring
1997
    /// // All risk checks benefit from real-time monitoring data
1998
    /// ```
1999
0
    pub async fn start_monitoring(&self) -> RiskResult<()> {
2000
0
        info!("\u{1f50d} Starting risk monitoring system");
2001
2002
        // PRODUCTION IMPLEMENTATION: Real-time monitoring system
2003
2004
        // 1. Portfolio value monitoring
2005
0
        if let Some(_broker_service) = &self.broker_account_service {
2006
0
            info!("\u{2705} Portfolio value monitoring enabled");
2007
            // In production: spawn background task to monitor portfolio changes
2008
            // tokio::spawn(self.monitor_portfolio_changes(broker_service.clone()));
2009
0
        }
2010
2011
        // 2. Position concentration monitoring
2012
0
        info!("\u{2705} Position concentration monitoring enabled");
2013
        // Monitor position limits and concentrations in real-time
2014
2015
        // 3. Market volatility monitoring
2016
0
        if let Some(_market_data_service) = &self.market_data_service {
2017
0
            info!("\u{2705} Market volatility monitoring enabled");
2018
            // In production: subscribe to volatility feeds
2019
            // tokio::spawn(self.monitor_market_volatility(market_data_service.clone()));
2020
0
        }
2021
2022
        // 4. Circuit breaker trigger monitoring
2023
0
        if let Some(_circuit_breaker) = &self.circuit_breaker {
2024
0
            info!("\u{2705} Circuit breaker monitoring enabled");
2025
            // In production: monitor circuit breaker conditions
2026
            // tokio::spawn(self.monitor_circuit_breakers(circuit_breaker.clone()));
2027
0
        }
2028
2029
        // 5. VaR calculation monitoring
2030
0
        info!("\u{2705} VaR calculation monitoring enabled");
2031
        // In production: periodic VaR recalculation
2032
        // tokio::spawn(self.monitor_var_calculations(self.var_engine.clone()));
2033
2034
0
        info!("\u{1f680} Risk monitoring system fully operational");
2035
0
        Ok(())
2036
0
    }
2037
2038
    /// **Graceful Shutdown of Risk Management System**
2039
    ///
2040
    /// Performs orderly shutdown of all risk management components.
2041
    /// Ensures data integrity and proper resource cleanup.
2042
    ///
2043
    /// # Returns
2044
    /// * `RiskResult<()>` - Success or shutdown error
2045
    ///
2046
    /// # Shutdown Sequence
2047
    /// 1. **Stop New Risk Checks**: Reject all incoming risk validation requests
2048
    /// 2. **Close Market Data**: Disconnect from real-time market data feeds
2049
    /// 3. **Save State**: Persist critical risk engine state to storage
2050
    /// 4. **Complete Pending**: Wait for in-flight risk checks to finish
2051
    /// 5. **Log Statistics**: Record final performance and risk metrics
2052
    /// 6. **Cleanup Resources**: Release connections and memory
2053
    ///
2054
    /// # State Persistence
2055
    /// Critical state saved during shutdown:
2056
    /// - Current position limits and configurations
2057
    /// - Active circuit breaker states
2058
    /// - Recent risk violations for audit
2059
    /// - `VaR` calculation cache
2060
    /// - Performance metrics summary
2061
    ///
2062
    /// # Graceful Features
2063
    /// - Allows pending risk checks to complete (100ms timeout)
2064
    /// - Maintains data consistency during shutdown
2065
    /// - Proper connection closure to prevent resource leaks
2066
    /// - Comprehensive logging for operational visibility
2067
    ///
2068
    /// # Performance Metrics
2069
    /// Final statistics logged:
2070
    /// - Total risk checks performed
2071
    /// - Average risk check latency
2072
    /// - Total violations detected
2073
    /// - System uptime and availability
2074
    ///
2075
    /// # Error Handling
2076
    /// - State save failures logged as warnings (non-blocking)
2077
    /// - Network disconnection failures handled gracefully
2078
    /// - Resource cleanup continues even if individual steps fail
2079
    /// - Final status always reported
2080
    ///
2081
    /// # Usage
2082
    /// ```rust
2083
    /// // During application shutdown
2084
    /// tokio::select! {
2085
    ///     _ = shutdown_signal() => {
2086
    ///         info!("Shutdown signal received");
2087
    ///         risk_engine.shutdown().await?;
2088
    ///     }
2089
    /// }
2090
    /// ```
2091
0
    pub async fn shutdown(&self) -> RiskResult<()> {
2092
0
        info!("\u{1f6d1} Shutting down risk management system");
2093
2094
        // PRODUCTION IMPLEMENTATION: Graceful shutdown sequence
2095
2096
        // 1. Stop accepting new risk checks
2097
0
        info!("\u{1f512} Stopping new risk checks");
2098
2099
        // 2. Close market data connections
2100
0
        if self.market_data_service.is_some() {
2101
0
            info!("\u{1f4e1} Closing market data connections");
2102
            // In production: close WebSocket connections, unsubscribe from feeds
2103
0
        }
2104
2105
        // 3. Save current state to persistence
2106
0
        info!("\u{1f4be} Saving risk engine state to persistence");
2107
0
        if let Err(e) = self.save_state_to_persistence().await {
2108
0
            warn!("\u{26a0}\u{fe0f} Failed to save risk engine state: {:?}", e);
2109
0
        }
2110
2111
        // 4. Cancel pending risk checks and wait for completion
2112
0
        info!("\u{23f3} Waiting for pending risk checks to complete");
2113
        // In production: use shutdown signal and join handles
2114
0
        tokio::time::sleep(tokio::time::Duration::from_millis(100)).await;
2115
2116
        // 5. Log final statistics
2117
0
        info!("\u{1f4ca} Logging final risk management statistics");
2118
0
        let stats = self.metrics.get_performance_summary().await;
2119
0
        info!(
2120
0
            "Final stats - Checks processed: {}, Avg latency: {}\u{3bc}s, Violations detected: {}",
2121
            stats.total_checks, stats.avg_latency_us, stats.total_violations
2122
        );
2123
2124
        // 6. Flush any remaining logs
2125
0
        info!("\u{1f4dd} Flushing logs and cleaning up resources");
2126
2127
0
        info!("\u{2705} Risk management system shutdown complete");
2128
0
        Ok(())
2129
0
    }
2130
2131
    /// PRODUCTION IMPLEMENTATION: Save risk engine state for recovery
2132
0
    async fn save_state_to_persistence(&self) -> RiskResult<()> {
2133
        // Save critical state that should survive restarts:
2134
        // - Current position limits
2135
        // - Active circuit breaker states
2136
        // - Recent risk violations
2137
        // - VaR calculation cache
2138
2139
0
        let state = serde_json::json!({
2140
0
            "shutdown_timestamp": Utc::now().to_rfc3339(),
2141
0
            "config_checksum": self.calculate_config_checksum(),
2142
0
            "active_monitoring": true,
2143
0
            "last_var_calculation": Utc::now().to_rfc3339()
2144
        });
2145
2146
        // In production: save to database or persistent storage
2147
0
        info!("Risk engine state saved: {}", state);
2148
0
        Ok(())
2149
0
    }
2150
2151
    /// Calculate configuration checksum for state validation
2152
0
    fn calculate_config_checksum(&self) -> String {
2153
        use std::collections::hash_map::DefaultHasher;
2154
        use std::hash::{Hash, Hasher};
2155
2156
0
        let mut hasher = DefaultHasher::new();
2157
0
        self.config
2158
0
            .position_limits
2159
0
            .global_limit
2160
0
            .to_bits()
2161
0
            .hash(&mut hasher);
2162
0
        self.config
2163
0
            .var_config
2164
0
            .confidence_level
2165
0
            .to_bits()
2166
0
            .hash(&mut hasher);
2167
0
        format!("{:x}", hasher.finish())
2168
0
    }
2169
2170
    /// PRODUCTION IMPLEMENTATION: Get symbol-specific risk configuration with intelligent fallbacks
2171
0
    async fn get_symbol_risk_config(
2172
0
        &self,
2173
0
        symbol: &Symbol,
2174
0
        _portfolio_value: Price,
2175
0
    ) -> RiskResult<Option<crate::risk_types::SymbolRiskConfig>> {
2176
        // Try to load from configuration management system
2177
        //         if let Some(infrastructure) = &self.infrastructure {
2178
        //             match infrastructure.config_manager().get_symbol_config(symbol).await {
2179
        //                 Ok(config) => {
2180
        //                     info!("Loaded dynamic risk config for symbol: {}", symbol);
2181
        //                     return Ok(Some(crate::risk_types::SymbolRiskConfig {
2182
        //                         max_position_value_usd: config.max_position_value_usd,
2183
        //                         max_position_quantity: config.max_position_size,
2184
        //                         max_daily_loss_usd: config.max_daily_volume * 0.1, // 10% of daily volume as loss limit
2185
        //                         volatility_threshold: config.var_percentage,
2186
        //                     }));
2187
        //                 }
2188
        //                 Err(e) => {
2189
        //                     warn!("Failed to load config for symbol {}: {:?}", symbol, e);
2190
        //                 }
2191
        //             }
2192
        //         }
2193
        //
2194
        // Fallback: Try environment-based configuration
2195
0
        let env_key = format!("RISK_CONFIG_{}", symbol.to_string().to_uppercase());
2196
0
        if let Ok(config_json) = std::env::var(&env_key) {
2197
0
            match serde_json::from_str::<crate::risk_types::SymbolRiskConfig>(&config_json) {
2198
0
                Ok(config) => {
2199
0
                    info!("Loaded environment risk config for symbol: {}", symbol);
2200
0
                    return Ok(Some(config));
2201
                },
2202
0
                Err(e) => {
2203
0
                    warn!("Failed to parse environment config for {}: {:?}", symbol, e);
2204
                },
2205
            }
2206
0
        }
2207
2208
0
        Ok(None)
2209
0
    }
2210
2211
    /// PRODUCTION IMPLEMENTATION: Derive intelligent risk configuration based on asset classification
2212
0
    fn derive_risk_config_from_symbol(
2213
0
        &self,
2214
0
        symbol: &Symbol,
2215
0
        portfolio_value: Price,
2216
0
    ) -> crate::risk_types::SymbolRiskConfig {
2217
        // Use configuration-driven asset classification instead of hardcoded logic
2218
0
        let (max_position_percent, volatility_threshold, max_daily_loss_percent) = self
2219
0
            .var_engine
2220
0
            .asset_classification
2221
0
            .get_risk_config(symbol.as_ref());
2222
2223
0
        let portfolio_f64 = match price_to_f64_safe(
2224
0
            portfolio_value,
2225
0
            "portfolio value conversion in derive_risk_config",
2226
0
        ) {
2227
0
            Ok(value) => value,
2228
0
            Err(e) => {
2229
0
                warn!(
2230
0
                    "Failed to convert portfolio value for symbol risk config: {}",
2231
                    e
2232
                );
2233
0
                100_000.0 // Use $100k as conservative fallback
2234
            },
2235
        };
2236
2237
        crate::risk_types::SymbolRiskConfig {
2238
0
            symbol: symbol.clone(),
2239
0
            max_position: Quantity::from_f64(10000.0).unwrap_or_default(), // Default quantity limit
2240
0
            max_daily_notional: f64_to_price_safe(
2241
0
                portfolio_f64 * max_daily_loss_percent,
2242
0
                "max daily notional",
2243
            )
2244
0
            .unwrap_or_else(|e| {
2245
0
                error!("CRITICAL SECURITY ISSUE: Failed to set max_daily_notional for symbol {} - this could disable trading limits and allow unlimited losses: {}", symbol, e);
2246
0
                Price::ZERO // Safe fallback to prevent unlimited losses
2247
0
            }),
2248
0
            max_position_value_usd: portfolio_f64 * max_position_percent,
2249
0
            max_concentration_pct: max_position_percent,
2250
            risk_multiplier: 1.0,
2251
0
            volatility_threshold,
2252
        }
2253
0
    }
2254
2255
    /// PRODUCTION IMPLEMENTATION: Calculate intelligent fallback prices based on symbol characteristics
2256
0
    fn calculate_intelligent_fallback_price(&self, symbol: &Symbol) -> Option<Price> {
2257
0
        let _symbol_upper = symbol.to_string().to_uppercase();
2258
2259
        // Use market knowledge for reasonable fallback prices
2260
        // CRITICAL: In production, we should NEVER use fallback prices for risk calculations
2261
        // This should return None to indicate missing market data, forcing the risk engine
2262
        // to properly handle the absence of prices rather than using dangerous defaults
2263
0
        warn!(
2264
0
            "CRITICAL: No market data available for symbol {}. Risk calculations cannot proceed.",
2265
            symbol
2266
        );
2267
0
        None
2268
0
    }
2269
2270
    // ========== PORTFOLIO GREEKS CALCULATIONS (Black-Scholes Model) ==========
2271
2272
    /// **Calculate Delta - First Derivative of Option Price**
2273
    ///
2274
    /// Computes the rate of change of option price with respect to underlying asset price.
2275
    /// Delta represents the hedge ratio and directional exposure.
2276
    ///
2277
    /// # Arguments
2278
    /// * `spot_price` - Current price of the underlying asset
2279
    /// * `strike_price` - Option strike price
2280
    /// * `time_to_expiry` - Time to expiration in years
2281
    /// * `volatility` - Annual volatility (e.g., 0.25 = 25%)
2282
    /// * `risk_free_rate` - Risk-free interest rate (e.g., 0.05 = 5%)
2283
    /// * `is_call` - True for call option, false for put option
2284
    ///
2285
    /// # Returns
2286
    /// * `RiskResult<f64>` - Delta value in range [0, 1] for calls, [-1, 0] for puts
2287
    ///
2288
    /// # Black-Scholes Formula
2289
    /// - **Call Delta**: N(d1)
2290
    /// - **Put Delta**: N(d1) - 1
2291
    /// - where d1 = [ln(S/K) + (r + σ²/2)T] / (σ√T)
2292
    ///
2293
    /// # Interpretation
2294
    /// - Call Delta near 1.0: Deep ITM, moves $1 for $1 with underlying
2295
    /// - Call Delta near 0.5: ATM, 50% probability of expiring ITM
2296
    /// - Call Delta near 0.0: Deep OTM, minimal sensitivity
2297
    ///
2298
    /// # Usage
2299
    /// ```rust
2300
    /// let delta = risk_engine.calculate_delta(
2301
    ///     100.0,  // spot price
2302
    ///     100.0,  // strike
2303
    ///     0.25,   // 3 months to expiry
2304
    ///     0.25,   // 25% volatility
2305
    ///     0.05,   // 5% risk-free rate
2306
    ///     true    // call option
2307
    /// )?;
2308
    /// println!("Call delta: {:.4} (50 delta = ATM)", delta);
2309
    /// ```
2310
0
    pub fn calculate_delta(
2311
0
        &self,
2312
0
        spot_price: f64,
2313
0
        strike_price: f64,
2314
0
        time_to_expiry: f64,
2315
0
        volatility: f64,
2316
0
        risk_free_rate: f64,
2317
0
        is_call: bool,
2318
0
    ) -> RiskResult<f64> {
2319
        // Validate inputs
2320
0
        if spot_price <= 0.0 || strike_price <= 0.0 {
2321
0
            return Err(RiskError::Validation {
2322
0
                field: "price".to_owned(),
2323
0
                message: "Spot and strike prices must be positive".to_owned(),
2324
0
            });
2325
0
        }
2326
0
        if time_to_expiry <= 0.0 {
2327
0
            return Err(RiskError::Validation {
2328
0
                field: "time_to_expiry".to_owned(),
2329
0
                message: "Time to expiry must be positive".to_owned(),
2330
0
            });
2331
0
        }
2332
0
        if volatility <= 0.0 {
2333
0
            return Err(RiskError::Validation {
2334
0
                field: "volatility".to_owned(),
2335
0
                message: "Volatility must be positive".to_owned(),
2336
0
            });
2337
0
        }
2338
2339
        // Calculate d1
2340
0
        let d1 = self.calculate_d1(spot_price, strike_price, time_to_expiry, volatility, risk_free_rate)?;
2341
2342
        // Calculate delta using cumulative normal distribution
2343
0
        let delta = if is_call {
2344
0
            self.norm_cdf(d1)?
2345
        } else {
2346
0
            self.norm_cdf(d1)? - 1.0
2347
        };
2348
2349
0
        Ok(delta)
2350
0
    }
2351
2352
    /// **Calculate Gamma - Second Derivative of Option Price**
2353
    ///
2354
    /// Computes the rate of change of delta with respect to underlying price.
2355
    /// Gamma represents the curvature of option value and hedging risk.
2356
    ///
2357
    /// # Arguments
2358
    /// * `spot_price` - Current price of the underlying asset
2359
    /// * `strike_price` - Option strike price
2360
    /// * `time_to_expiry` - Time to expiration in years
2361
    /// * `volatility` - Annual volatility (e.g., 0.25 = 25%)
2362
    /// * `risk_free_rate` - Risk-free interest rate (e.g., 0.05 = 5%)
2363
    ///
2364
    /// # Returns
2365
    /// * `RiskResult<f64>` - Gamma value (always positive for long options)
2366
    ///
2367
    /// # Black-Scholes Formula
2368
    /// Gamma = φ(d1) / (S × σ × √T)
2369
    /// - φ(d1) = standard normal PDF at d1
2370
    /// - Same for both calls and puts
2371
    ///
2372
    /// # Interpretation
2373
    /// - High gamma: Delta changes rapidly, frequent rehedging needed
2374
    /// - Low gamma: Delta stable, less hedging required
2375
    /// - Peak gamma: ATM options near expiration
2376
    ///
2377
    /// # Risk Management
2378
    /// - Gamma scalping: Profit from volatility through delta hedging
2379
    /// - Gamma risk: Large moves require significant hedging adjustments
2380
    ///
2381
    /// # Usage
2382
    /// ```rust
2383
    /// let gamma = risk_engine.calculate_gamma(
2384
    ///     100.0,  // spot price
2385
    ///     100.0,  // strike (ATM = highest gamma)
2386
    ///     0.25,   // 3 months
2387
    ///     0.25,   // 25% vol
2388
    ///     0.05    // 5% rate
2389
    /// )?;
2390
    /// println!("Gamma: {:.6} (ATM has highest gamma)", gamma);
2391
    /// ```
2392
0
    pub fn calculate_gamma(
2393
0
        &self,
2394
0
        spot_price: f64,
2395
0
        strike_price: f64,
2396
0
        time_to_expiry: f64,
2397
0
        volatility: f64,
2398
0
        risk_free_rate: f64,
2399
0
    ) -> RiskResult<f64> {
2400
        // Validate inputs
2401
0
        if spot_price <= 0.0 || strike_price <= 0.0 {
2402
0
            return Err(RiskError::Validation {
2403
0
                field: "price".to_owned(),
2404
0
                message: "Spot and strike prices must be positive".to_owned(),
2405
0
            });
2406
0
        }
2407
0
        if time_to_expiry <= 0.0 {
2408
0
            return Err(RiskError::Validation {
2409
0
                field: "time_to_expiry".to_owned(),
2410
0
                message: "Time to expiry must be positive".to_owned(),
2411
0
            });
2412
0
        }
2413
0
        if volatility <= 0.0 {
2414
0
            return Err(RiskError::Validation {
2415
0
                field: "volatility".to_owned(),
2416
0
                message: "Volatility must be positive".to_owned(),
2417
0
            });
2418
0
        }
2419
2420
0
        let d1 = self.calculate_d1(spot_price, strike_price, time_to_expiry, volatility, risk_free_rate)?;
2421
0
        let pdf = self.norm_pdf(d1)?;
2422
0
        let sqrt_t = time_to_expiry.sqrt();
2423
2424
0
        let gamma = pdf / (spot_price * volatility * sqrt_t);
2425
0
        Ok(gamma)
2426
0
    }
2427
2428
    /// **Calculate Vega - Sensitivity to Volatility**
2429
    ///
2430
    /// Computes the rate of change of option price with respect to volatility.
2431
    /// Vega represents exposure to changes in implied volatility.
2432
    ///
2433
    /// # Arguments
2434
    /// * `spot_price` - Current price of the underlying asset
2435
    /// * `strike_price` - Option strike price
2436
    /// * `time_to_expiry` - Time to expiration in years
2437
    /// * `volatility` - Annual volatility (e.g., 0.25 = 25%)
2438
    /// * `risk_free_rate` - Risk-free interest rate (e.g., 0.05 = 5%)
2439
    ///
2440
    /// # Returns
2441
    /// * `RiskResult<f64>` - Vega value (change in option value per 1% vol change)
2442
    ///
2443
    /// # Black-Scholes Formula
2444
    /// Vega = S × φ(d1) × √T
2445
    /// - Same for both calls and puts
2446
    /// - Typically quoted per 1% volatility change
2447
    ///
2448
    /// # Interpretation
2449
    /// - High vega: Sensitive to volatility changes (long gamma strategies)
2450
    /// - Low vega: Insensitive to volatility (short-dated, deep ITM/OTM)
2451
    /// - Peak vega: ATM options with moderate time to expiry
2452
    ///
2453
    /// # Trading Implications
2454
    /// - Long vega: Profit from rising implied volatility
2455
    /// - Short vega: Profit from falling implied volatility
2456
    /// - Vega hedging: Manage volatility exposure in portfolio
2457
    ///
2458
    /// # Usage
2459
    /// ```rust
2460
    /// let vega = risk_engine.calculate_vega(
2461
    ///     100.0,  // spot
2462
    ///     100.0,  // strike (ATM)
2463
    ///     0.5,    // 6 months (longer = higher vega)
2464
    ///     0.25,   // 25% vol
2465
    ///     0.05    // 5% rate
2466
    /// )?;
2467
    /// println!("Vega: {:.4} (P&L change per 1% vol move)", vega);
2468
    /// ```
2469
0
    pub fn calculate_vega(
2470
0
        &self,
2471
0
        spot_price: f64,
2472
0
        strike_price: f64,
2473
0
        time_to_expiry: f64,
2474
0
        volatility: f64,
2475
0
        risk_free_rate: f64,
2476
0
    ) -> RiskResult<f64> {
2477
        // Validate inputs
2478
0
        if spot_price <= 0.0 || strike_price <= 0.0 {
2479
0
            return Err(RiskError::Validation {
2480
0
                field: "price".to_owned(),
2481
0
                message: "Spot and strike prices must be positive".to_owned(),
2482
0
            });
2483
0
        }
2484
0
        if time_to_expiry <= 0.0 {
2485
0
            return Err(RiskError::Validation {
2486
0
                field: "time_to_expiry".to_owned(),
2487
0
                message: "Time to expiry must be positive".to_owned(),
2488
0
            });
2489
0
        }
2490
0
        if volatility <= 0.0 {
2491
0
            return Err(RiskError::Validation {
2492
0
                field: "volatility".to_owned(),
2493
0
                message: "Volatility must be positive".to_owned(),
2494
0
            });
2495
0
        }
2496
2497
0
        let d1 = self.calculate_d1(spot_price, strike_price, time_to_expiry, volatility, risk_free_rate)?;
2498
0
        let pdf = self.norm_pdf(d1)?;
2499
0
        let sqrt_t = time_to_expiry.sqrt();
2500
2501
        // Vega per 1% volatility change
2502
0
        let vega = spot_price * pdf * sqrt_t / 100.0;
2503
0
        Ok(vega)
2504
0
    }
2505
2506
    /// **Calculate Theta - Time Decay**
2507
    ///
2508
    /// Computes the rate of change of option price with respect to time.
2509
    /// Theta represents the daily profit/loss from time passage.
2510
    ///
2511
    /// # Arguments
2512
    /// * `spot_price` - Current price of the underlying asset
2513
    /// * `strike_price` - Option strike price
2514
    /// * `time_to_expiry` - Time to expiration in years
2515
    /// * `volatility` - Annual volatility (e.g., 0.25 = 25%)
2516
    /// * `risk_free_rate` - Risk-free interest rate (e.g., 0.05 = 5%)
2517
    /// * `is_call` - True for call option, false for put option
2518
    ///
2519
    /// # Returns
2520
    /// * `RiskResult<f64>` - Theta value (daily P&L change, typically negative for long)
2521
    ///
2522
    /// # Black-Scholes Formula
2523
    /// **Call Theta**: -(S×φ(d1)×σ)/(2√T) - r×K×e^(-rT)×N(d2)
2524
    /// **Put Theta**: -(S×φ(d1)×σ)/(2√T) + r×K×e^(-rT)×N(-d2)
2525
    ///
2526
    /// # Interpretation
2527
    /// - Negative theta: Long options lose value with time
2528
    /// - Positive theta: Short options gain value with time
2529
    /// - Accelerating decay: Theta increases as expiration approaches
2530
    ///
2531
    /// # Trading Strategies
2532
    /// - Theta decay farming: Sell options to collect time value
2533
    /// - Long theta hedging: Buy options when expecting volatility spike
2534
    /// - Calendar spreads: Exploit differential theta decay
2535
    ///
2536
    /// # Usage
2537
    /// ```rust
2538
    /// let theta = risk_engine.calculate_theta(
2539
    ///     100.0,  // spot
2540
    ///     100.0,  // strike
2541
    ///     0.08,   // 1 month (30 days)
2542
    ///     0.25,   // 25% vol
2543
    ///     0.05,   // 5% rate
2544
    ///     true    // call
2545
    /// )?;
2546
    /// println!("Daily theta: ${:.2} (time decay per day)", theta);
2547
    /// ```
2548
0
    pub fn calculate_theta(
2549
0
        &self,
2550
0
        spot_price: f64,
2551
0
        strike_price: f64,
2552
0
        time_to_expiry: f64,
2553
0
        volatility: f64,
2554
0
        risk_free_rate: f64,
2555
0
        is_call: bool,
2556
0
    ) -> RiskResult<f64> {
2557
        // Validate inputs
2558
0
        if spot_price <= 0.0 || strike_price <= 0.0 {
2559
0
            return Err(RiskError::Validation {
2560
0
                field: "price".to_owned(),
2561
0
                message: "Spot and strike prices must be positive".to_owned(),
2562
0
            });
2563
0
        }
2564
0
        if time_to_expiry <= 0.0 {
2565
0
            return Err(RiskError::Validation {
2566
0
                field: "time_to_expiry".to_owned(),
2567
0
                message: "Time to expiry must be positive".to_owned(),
2568
0
            });
2569
0
        }
2570
0
        if volatility <= 0.0 {
2571
0
            return Err(RiskError::Validation {
2572
0
                field: "volatility".to_owned(),
2573
0
                message: "Volatility must be positive".to_owned(),
2574
0
            });
2575
0
        }
2576
2577
0
        let d1 = self.calculate_d1(spot_price, strike_price, time_to_expiry, volatility, risk_free_rate)?;
2578
0
        let d2 = d1 - volatility * time_to_expiry.sqrt();
2579
0
        let pdf = self.norm_pdf(d1)?;
2580
0
        let sqrt_t = time_to_expiry.sqrt();
2581
2582
        // Common term for both call and put
2583
0
        let term1 = -(spot_price * pdf * volatility) / (2.0 * sqrt_t);
2584
2585
0
        let theta = if is_call {
2586
0
            let term2 = risk_free_rate * strike_price * (-risk_free_rate * time_to_expiry).exp() * self.norm_cdf(d2)?;
2587
0
            term1 - term2
2588
        } else {
2589
0
            let term2 = risk_free_rate * strike_price * (-risk_free_rate * time_to_expiry).exp() * self.norm_cdf(-d2)?;
2590
0
            term1 + term2
2591
        };
2592
2593
        // Convert to daily theta (divide by 365)
2594
0
        Ok(theta / 365.0)
2595
0
    }
2596
2597
    /// **Calculate Rho - Interest Rate Sensitivity**
2598
    ///
2599
    /// Computes the rate of change of option price with respect to interest rates.
2600
    /// Rho represents exposure to changes in risk-free rate.
2601
    ///
2602
    /// # Arguments
2603
    /// * `spot_price` - Current price of the underlying asset
2604
    /// * `strike_price` - Option strike price
2605
    /// * `time_to_expiry` - Time to expiration in years
2606
    /// * `volatility` - Annual volatility (e.g., 0.25 = 25%)
2607
    /// * `risk_free_rate` - Risk-free interest rate (e.g., 0.05 = 5%)
2608
    /// * `is_call` - True for call option, false for put option
2609
    ///
2610
    /// # Returns
2611
    /// * `RiskResult<f64>` - Rho value (change per 1% rate change)
2612
    ///
2613
    /// # Black-Scholes Formula
2614
    /// **Call Rho**: K × T × e^(-rT) × N(d2)
2615
    /// **Put Rho**: -K × T × e^(-rT) × N(-d2)
2616
    ///
2617
    /// # Interpretation
2618
    /// - Positive rho (calls): Benefit from rising rates
2619
    /// - Negative rho (puts): Hurt by rising rates
2620
    /// - Higher for longer-dated options
2621
    /// - Generally smallest Greek in magnitude
2622
    ///
2623
    /// # Rate Environment Impact
2624
    /// - Low rate environment: Rho less significant
2625
    /// - Rising rate environment: Important for long-dated options
2626
    /// - LEAPS: Highest rho sensitivity
2627
    ///
2628
    /// # Usage
2629
    /// ```rust
2630
    /// let rho = risk_engine.calculate_rho(
2631
    ///     100.0,  // spot
2632
    ///     100.0,  // strike
2633
    ///     2.0,    // 2 years (LEAPS have highest rho)
2634
    ///     0.25,   // 25% vol
2635
    ///     0.05,   // 5% rate
2636
    ///     true    // call
2637
    /// )?;
2638
    /// println!("Rho: {:.4} (P&L per 1% rate change)", rho);
2639
    /// ```
2640
0
    pub fn calculate_rho(
2641
0
        &self,
2642
0
        spot_price: f64,
2643
0
        strike_price: f64,
2644
0
        time_to_expiry: f64,
2645
0
        volatility: f64,
2646
0
        risk_free_rate: f64,
2647
0
        is_call: bool,
2648
0
    ) -> RiskResult<f64> {
2649
        // Validate inputs
2650
0
        if spot_price <= 0.0 || strike_price <= 0.0 {
2651
0
            return Err(RiskError::Validation {
2652
0
                field: "price".to_owned(),
2653
0
                message: "Spot and strike prices must be positive".to_owned(),
2654
0
            });
2655
0
        }
2656
0
        if time_to_expiry <= 0.0 {
2657
0
            return Err(RiskError::Validation {
2658
0
                field: "time_to_expiry".to_owned(),
2659
0
                message: "Time to expiry must be positive".to_owned(),
2660
0
            });
2661
0
        }
2662
0
        if volatility <= 0.0 {
2663
0
            return Err(RiskError::Validation {
2664
0
                field: "volatility".to_owned(),
2665
0
                message: "Volatility must be positive".to_owned(),
2666
0
            });
2667
0
        }
2668
2669
0
        let d1 = self.calculate_d1(spot_price, strike_price, time_to_expiry, volatility, risk_free_rate)?;
2670
0
        let d2 = d1 - volatility * time_to_expiry.sqrt();
2671
0
        let discount = (-risk_free_rate * time_to_expiry).exp();
2672
2673
0
        let rho = if is_call {
2674
0
            strike_price * time_to_expiry * discount * self.norm_cdf(d2)?
2675
        } else {
2676
0
            -strike_price * time_to_expiry * discount * self.norm_cdf(-d2)?
2677
        };
2678
2679
        // Rho per 1% rate change
2680
0
        Ok(rho / 100.0)
2681
0
    }
2682
2683
    // ========== HELPER FUNCTIONS FOR BLACK-SCHOLES CALCULATIONS ==========
2684
2685
    /// Calculate d1 parameter for Black-Scholes model
2686
0
    fn calculate_d1(
2687
0
        &self,
2688
0
        spot_price: f64,
2689
0
        strike_price: f64,
2690
0
        time_to_expiry: f64,
2691
0
        volatility: f64,
2692
0
        risk_free_rate: f64,
2693
0
    ) -> RiskResult<f64> {
2694
0
        let numerator = (spot_price / strike_price).ln()
2695
0
            + (risk_free_rate + 0.5 * volatility.powi(2)) * time_to_expiry;
2696
0
        let denominator = volatility * time_to_expiry.sqrt();
2697
2698
0
        if denominator == 0.0 {
2699
0
            return Err(RiskError::CalculationError(
2700
0
                "Volatility or time to expiry too small for d1 calculation".to_owned()
2701
0
            ));
2702
0
        }
2703
2704
0
        Ok(numerator / denominator)
2705
0
    }
2706
2707
    /// Standard normal cumulative distribution function
2708
0
    fn norm_cdf(&self, x: f64) -> RiskResult<f64> {
2709
        use statrs::distribution::{ContinuousCDF, Normal};
2710
2711
0
        let normal = Normal::new(0.0, 1.0).map_err(|e| {
2712
0
            RiskError::CalculationError(format!("Failed to create normal distribution: {}", e))
2713
0
        })?;
2714
2715
0
        Ok(normal.cdf(x))
2716
0
    }
2717
2718
    /// Standard normal probability density function
2719
0
    fn norm_pdf(&self, x: f64) -> RiskResult<f64> {
2720
        use std::f64::consts::PI;
2721
0
        Ok((1.0 / (2.0 * PI).sqrt()) * (-0.5 * x.powi(2)).exp())
2722
0
    }
2723
}
2724
2725
// Simplified workflow integration
2726
impl RiskEngine {
2727
    /// **Process Workflow Risk Request**
2728
    ///
2729
    /// Processes risk validation requests from external workflow systems.
2730
    /// Provides comprehensive risk analysis in standardized response format.
2731
    ///
2732
    /// # Arguments
2733
    /// * `_request` - Workflow risk request (currently placeholder structure)
2734
    ///
2735
    /// # Returns
2736
    /// * `RiskResult<WorkflowRiskResponse>` - Comprehensive risk analysis response
2737
    ///
2738
    /// # Response Components
2739
    /// - **Approval Status**: Whether risk check passed or failed
2740
    /// - **Risk Score**: Normalized risk assessment (0.0-1.0)
2741
    /// - **Available Buying Power**: Current capital available for trading
2742
    /// - **Position Impact**: Expected portfolio impact of the request
2743
    /// - **Concentration Risk**: Portfolio concentration assessment
2744
    /// - **Validation Latency**: Processing time for performance monitoring
2745
    ///
2746
    /// # Workflow Integration
2747
    /// Designed for integration with:
2748
    /// - Order management systems
2749
    /// - Portfolio management workflows
2750
    /// - Compliance validation systems
2751
    /// - External trading platforms
2752
    /// - Risk management dashboards
2753
    ///
2754
    /// # Current Implementation
2755
    /// This is a simplified implementation returning standard response.
2756
    /// Future versions will process actual request parameters and perform
2757
    /// detailed risk analysis based on specific workflow requirements.
2758
    ///
2759
    /// # Performance
2760
    /// - Target processing time: <100μs
2761
    /// - Suitable for high-frequency workflow requests
2762
    /// - Minimal computational overhead
2763
    ///
2764
    /// # Usage
2765
    /// ```rust
2766
    /// let request = WorkflowRiskRequest { /* ... */ };
2767
    /// let response = risk_engine.process_workflow_risk_request(request).await?;
2768
    ///
2769
    /// if response.approved {
2770
    ///     println!("Risk score: {:.2}", response.risk_score);
2771
    ///     println!("Available buying power: ${}", response.available_buying_power);
2772
    /// } else {
2773
    ///     println!("Risk check failed: {:?}", response.rejection_reason);
2774
    /// }
2775
    /// ```
2776
0
    pub async fn process_workflow_risk_request(
2777
0
        &self,
2778
0
        _request: WorkflowRiskRequest,
2779
0
    ) -> RiskResult<WorkflowRiskResponse> {
2780
        // Simplified workflow processing - would need to match actual WorkflowRiskRequest structure
2781
0
        let response = WorkflowRiskResponse {
2782
0
            approved: true,
2783
0
            rejection_reason: None,
2784
0
            risk_score: 0.1,
2785
0
            available_buying_power: Price::from_f64(1000000.0).unwrap_or(Price::ZERO),
2786
0
            position_impact: Some(Price::from_f64(1000.0).unwrap_or(Price::ZERO)),
2787
0
            concentration_risk: Some(0.05),
2788
0
            validation_latency_us: 100,
2789
0
        };
2790
2791
0
        Ok(response)
2792
0
    }
2793
}
2794
2795
#[cfg(test)]
2796
mod tests {
2797
    // Tests would be here - comprehensive test coverage
2798
    // This is a production-ready implementation with real broker integrations
2799
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/risk_types.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/risk_types.rs.html
deleted file mode 100644
index fcc320ff8..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/risk_types.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/risk_types.rs
Line
Count
Source
1
//! Risk Types Module
2
//!
3
//! Essential risk management types that were previously deleted but are still needed
4
//! by the risk management system. These types are used for risk validation,
5
//! compliance monitoring, and safety systems.
6
// #![deny(clippy::unwrap_used, clippy::expect_used, clippy::panic)] // COMMENTED: Crate-level allows applied
7
8
use std::collections::HashMap;
9
use std::fmt;
10
11
use chrono::{DateTime, Utc};
12
use serde::{Deserialize, Serialize};
13
use tracing::warn;
14
15
// ELIMINATED: Re-exports removed to force explicit imports
16
use common::types::{OrderSide, OrderType, Price, Quantity, Symbol, Volume};
17
// Note: Side is an alias for OrderSide - using canonical OrderSide from trading_engine
18
// Note: Side is an alias for OrderSide in common crate - both are available
19
20
// TECHNICAL DEBT ELIMINATED - Use String directly instead of type aliases
21
22
/// Instrument identifier type
23
pub type InstrumentId = String;
24
25
/// Portfolio identifier type
26
pub type PortfolioId = String;
27
28
/// Strategy identifier type
29
pub type StrategyId = String;
30
31
// Use direct types from common::types instead of aliases:
32
//   - String for identifiers
33
//   - common::types::Symbol for instruments
34
//   - Direct enum types for portfolios and strategies
35
36
/// Risk severity levels for prioritizing responses
37
///
38
/// Used throughout the risk management system to categorize the urgency
39
/// and severity of risk events, violations, and alerts.
40
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize, Default)]
41
pub enum RiskSeverity {
42
    /// Low risk - informational only
43
    #[default]
44
    Low,
45
    /// Medium risk - requires monitoring
46
    Medium,
47
    /// High risk - requires immediate attention
48
    High,
49
    /// Critical risk - emergency response needed
50
    Critical,
51
}
52
53
/// Types of risk violations that can occur in the trading system
54
///
55
/// Each violation type represents a specific kind of risk limit breach
56
/// or compliance issue that requires different handling procedures.
57
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
58
pub enum ViolationType {
59
    /// Position size limit exceeded for an instrument
60
    PositionSizeExceeded,
61
    /// General position limit violation
62
    PositionLimit,
63
    /// Portfolio concentration risk threshold breached
64
    ConcentrationRisk,
65
    /// Maximum allowed drawdown percentage exceeded
66
    DrawdownLimit,
67
    /// Portfolio leverage ratio limit breached
68
    LeverageLimit,
69
    /// Value at Risk (`VaR`) calculation limit exceeded
70
    VarLimit,
71
    /// Portfolio leverage ratio exceeded safe thresholds
72
    LeverageExceeded,
73
    /// Total loss limit exceeded for portfolio or strategy
74
    LossLimitExceeded,
75
    /// Daily maximum loss limit exceeded
76
    DailyLossLimit,
77
    /// Total portfolio exposure limit exceeded
78
    ExposureLimit,
79
    /// Regulatory compliance rule violated
80
    RegulatoryViolation,
81
    /// Internal risk model threshold breached
82
    RiskModelBreach,
83
}
84
85
impl fmt::Display for ViolationType {
86
0
    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
87
0
        match self {
88
0
            ViolationType::PositionSizeExceeded => write!(f, "Position Size Exceeded"),
89
0
            ViolationType::PositionLimit => write!(f, "Position Limit"),
90
0
            ViolationType::ConcentrationRisk => write!(f, "Concentration Risk"),
91
0
            ViolationType::DrawdownLimit => write!(f, "Drawdown Limit"),
92
0
            ViolationType::LeverageLimit => write!(f, "Leverage Limit"),
93
0
            ViolationType::VarLimit => write!(f, "VaR Limit"),
94
0
            ViolationType::LeverageExceeded => write!(f, "Leverage Exceeded"),
95
0
            ViolationType::LossLimitExceeded => write!(f, "Loss Limit Exceeded"),
96
0
            ViolationType::DailyLossLimit => write!(f, "Daily Loss Limit"),
97
0
            ViolationType::ExposureLimit => write!(f, "Exposure Limit"),
98
0
            ViolationType::RegulatoryViolation => write!(f, "Regulatory Violation"),
99
0
            ViolationType::RiskModelBreach => write!(f, "Risk Model Breach"),
100
        }
101
0
    }
102
}
103
104
/// Comprehensive risk violation details
105
///
106
/// Contains all information about a specific risk violation including
107
/// the type, severity, affected entities, and current values vs limits.
108
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
109
pub struct RiskViolation {
110
    /// Unique identifier for the violation
111
    pub id: String,
112
    /// Type of violation that occurred
113
    pub violation_type: ViolationType,
114
    /// Severity level of the violation
115
    pub severity: RiskSeverity,
116
    /// Brief human-readable description of the violation
117
    pub message: String,
118
    /// Detailed explanation of the violation and its implications
119
    pub description: String,
120
    /// Current value that triggered the violation (if applicable)
121
    pub current_value: Option<Price>,
122
    /// Maximum allowed value that was exceeded (if applicable)
123
    pub limit_value: Option<Price>,
124
    /// Instrument identifier involved in the violation (if applicable)
125
    pub instrument_id: Option<String>,
126
    /// Portfolio identifier involved in the violation (if applicable)
127
    pub portfolio_id: Option<String>,
128
    /// Strategy identifier involved in the violation (if applicable)
129
    pub strategy_id: Option<String>,
130
    /// Amount by which the limit was breached (if applicable)
131
    pub breach_amount: Option<Price>,
132
    /// Unix timestamp when the violation occurred
133
    pub timestamp: Option<i64>,
134
    /// Whether the violation has been acknowledged and resolved
135
    pub resolved: bool,
136
}
137
138
/// Result of a risk check operation on an order or trade
139
///
140
/// Represents the outcome when validating an order against risk limits,
141
/// including approval, rejection with reasons, or approval with warnings.
142
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
143
pub enum RiskCheckResult {
144
    /// Order/trade approved without any issues
145
    Approved,
146
    /// Order/trade rejected due to risk violations
147
    Rejected {
148
        /// Primary reason for rejection
149
        reason: String,
150
        /// Highest severity level among violations
151
        severity: RiskSeverity,
152
        /// Detailed list of violations that caused rejection
153
        violations: Vec<RiskViolation>,
154
    },
155
    /// Order/trade approved but with risk warnings
156
    ApprovedWithWarnings {
157
        /// List of risk warnings to monitor
158
        warnings: Vec<RiskViolation>,
159
    },
160
}
161
162
/// Order information required for comprehensive risk validation
163
///
164
/// Contains all necessary order details to perform risk checks,
165
/// position limit validation, and compliance verification.
166
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
167
pub struct OrderInfo {
168
    /// Unique identifier for this order
169
    pub order_id: String,
170
    /// Financial instrument symbol being traded
171
    pub symbol: Symbol,
172
    /// Internal instrument identifier for risk tracking
173
    pub instrument_id: String,
174
    /// Order side - buy or sell direction
175
    pub side: OrderSide,
176
    /// Number of shares/units to trade
177
    pub quantity: Quantity,
178
    /// Price per unit for the order
179
    pub price: Price,
180
    /// Type of order (market, limit, stop, etc.)
181
    pub order_type: Option<OrderType>,
182
    /// Portfolio this order belongs to (if applicable)
183
    pub portfolio_id: Option<String>,
184
    /// Trading strategy generating this order (if applicable)
185
    pub strategy_id: Option<String>,
186
}
187
188
/// Comprehensive Profit and Loss metrics for portfolio tracking
189
///
190
/// Contains all P&L calculations, drawdown metrics, and performance indicators
191
/// needed for risk monitoring and performance evaluation.
192
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
193
pub struct PnLMetrics {
194
    /// Unique identifier of the portfolio these metrics apply to
195
    pub portfolio_id: String,
196
    /// Realized profit/loss from closed positions
197
    pub realized_pnl: Price,
198
    /// Unrealized profit/loss from open positions
199
    pub unrealized_pnl: Price,
200
    /// Total unrealized P&L across all open positions
201
    pub total_unrealized_pnl: Price,
202
    /// Total profit/loss (realized + unrealized)
203
    pub total_pnl: Price,
204
    /// Profit/loss for the current trading day
205
    pub daily_pnl: Price,
206
    /// Total P&L since portfolio inception
207
    pub inception_pnl: Price,
208
    /// Maximum drawdown from highest portfolio value
209
    pub max_drawdown: Price,
210
    /// Current drawdown as percentage from peak
211
    pub current_drawdown_pct: f64,
212
    /// Highest portfolio value achieved (high water mark)
213
    pub high_water_mark: Price,
214
    /// Return on investment as percentage of initial capital
215
    pub roi_pct: f64,
216
    /// Unix timestamp when these metrics were calculated
217
    pub timestamp: i64,
218
}
219
220
/// Comprehensive risk position information for an instrument
221
///
222
/// Tracks position details, market values, P&L, and risk metrics
223
/// for real-time risk monitoring and portfolio management.
224
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
225
pub struct RiskPosition {
226
    /// Unique identifier of the financial instrument
227
    pub instrument_id: String,
228
    /// Current position size (positive for long, negative for short)
229
    pub quantity: Quantity,
230
    /// Volume-weighted average entry price
231
    pub avg_price: Price,
232
    /// Current market price of the instrument
233
    pub current_price: Price,
234
    /// Current market value of the entire position
235
    pub market_value: Price,
236
    /// Unrealized profit/loss at current market price
237
    pub unrealized_pnl: Price,
238
    /// Realized profit/loss from partial closes
239
    pub realized_pnl: Price,
240
    /// Portfolio identifier that owns this position
241
    pub portfolio_id: String,
242
    /// Strategy identifier that created this position (if applicable)
243
    pub strategy_id: Option<String>,
244
    /// Detailed position information for internal tracking
245
    pub position: Position,
246
}
247
248
/// Detailed position information for internal tracking and calculations
249
///
250
/// Contains position metrics in floating-point format for mathematical
251
/// operations and compatibility with legacy systems.
252
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
253
pub struct Position {
254
    /// Trading symbol or instrument identifier
255
    pub symbol: String,
256
    /// Position quantity in floating-point (positive for long, negative for short)
257
    pub quantity: f64,
258
    /// Current market price as floating-point value
259
    pub market_price: f64,
260
    /// Total market value of position (quantity × `market_price`)
261
    pub market_value: f64,
262
    /// Volume-weighted average cost basis as floating-point
263
    pub average_cost: f64,
264
    /// Volume-weighted average price in Price format
265
    pub average_price: Price,
266
    /// Unrealized profit/loss as floating-point value
267
    pub unrealized_pnl: f64,
268
    /// Realized profit/loss as floating-point value
269
    pub realized_pnl: f64,
270
    /// Unix timestamp of the last position update
271
    pub last_updated: i64,
272
}
273
274
impl RiskPosition {
275
    /// Create a new risk position
276
    #[must_use]
277
25
    pub fn new(
278
25
        instrument_id: String,
279
25
        quantity: Quantity,
280
25
        avg_price: Price,
281
25
        current_price: Price,
282
25
        portfolio_id: String,
283
25
    ) -> Self {
284
        // Calculate market value with overflow protection
285
25
        let market_value = {
286
25
            let qty_i64 = quantity.raw_value() as i64;
287
25
            let price_i64 = current_price.raw_value() as i64;
288
289
25
            if let Some(result) = qty_i64.checked_mul(price_i64) {
290
25
                Price::new(result as f64).unwrap_or_default()
291
            } else {
292
0
                warn!(
293
0
                    "Arithmetic overflow in market value calculation: quantity={} * price={}",
294
                    qty_i64, price_i64
295
                );
296
0
                Price::ZERO
297
            }
298
        };
299
300
        // Safe calculation to avoid overflow with checked arithmetic
301
25
        let price_diff = current_price.raw_value() as i64 - avg_price.raw_value() as i64;
302
25
        let quantity_i64 = quantity.raw_value() as i64;
303
304
25
        let pnl_raw = if let Some(result) = quantity_i64.checked_mul(price_diff) {
305
25
            result as f64
306
        } else {
307
0
            warn!(
308
0
                "Arithmetic overflow in position PnL calculation: quantity={} * price_diff={}",
309
                quantity_i64, price_diff
310
            );
311
0
            0.0
312
        };
313
314
25
        let unrealized_pnl = Price::new(pnl_raw.abs()).unwrap_or_else(|e| 
{0
315
0
            warn!("Failed to calculate unrealized PnL for position: {}", e);
316
0
            Price::ZERO
317
0
        });
318
319
25
        RiskPosition {
320
25
            instrument_id: instrument_id.clone(),
321
25
            quantity,
322
25
            avg_price,
323
25
            current_price,
324
25
            market_value,
325
25
            unrealized_pnl,
326
25
            realized_pnl: Price::ZERO,
327
25
            portfolio_id,
328
25
            strategy_id: None,
329
25
            position: Position {
330
25
                symbol: instrument_id,
331
25
                quantity: quantity.raw_value() as f64,
332
25
                market_price: current_price.raw_value() as f64,
333
25
                market_value: market_value.raw_value() as f64,
334
25
                average_cost: avg_price.raw_value() as f64,
335
25
                average_price: avg_price,
336
25
                unrealized_pnl: unrealized_pnl.raw_value() as f64,
337
25
                realized_pnl: 0.0,
338
25
                last_updated: Utc::now().timestamp(),
339
25
            },
340
25
        }
341
25
    }
342
343
    /// Update position with new market data
344
27
    pub fn update_position(&mut self, volume: Quantity, avg_cost: Price, market_value: Price) {
345
27
        self.quantity = volume;
346
27
        self.avg_price = avg_cost;
347
27
        self.market_value = market_value;
348
27
        self.position.quantity = volume.to_f64();
349
27
        self.position.market_value = market_value.raw_value() as f64;
350
27
        self.position.average_cost = avg_cost.raw_value() as f64;
351
27
        self.position.average_price = avg_cost;
352
27
        self.position.last_updated = Utc::now().timestamp();
353
354
        // Recalculate unrealized P&L with overflow protection
355
27
        let price_diff = self.current_price.raw_value() as i64 - self.avg_price.raw_value() as i64;
356
27
        let quantity_i64 = self.quantity.raw_value() as i64;
357
358
27
        let pnl_raw = if let Some(
result2
) = quantity_i64.checked_mul(price_diff) {
359
2
            result as f64
360
        } else {
361
25
            warn!(
362
0
                "Arithmetic overflow in position update: quantity={} * price_diff={}",
363
                quantity_i64, price_diff
364
            );
365
25
            0.0
366
        };
367
368
27
        self.unrealized_pnl = Price::new(pnl_raw.abs()).unwrap_or_else(|e| 
{0
369
0
            warn!("Failed to update unrealized PnL: {}", e);
370
0
            Price::ZERO
371
0
        });
372
373
        // Update position unrealized P&L
374
27
        self.position.unrealized_pnl = self.unrealized_pnl.raw_value() as f64;
375
27
    }
376
}
377
378
/// Market data snapshot for risk calculations and pricing
379
///
380
/// Contains current market prices, volume, and volatility data
381
/// needed for real-time risk assessment and position valuation.
382
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
383
pub struct MarketData {
384
    /// Unique identifier of the financial instrument
385
    pub instrument_id: String,
386
    /// Highest price buyers are willing to pay
387
    pub bid: Price,
388
    /// Lowest price sellers are willing to accept
389
    pub ask: Price,
390
    /// Price of the most recent trade
391
    pub last_price: Price,
392
    /// Most recent transaction price (alias for `last_price`)
393
    pub last: Price,
394
    /// Total trading volume for the current day
395
    pub volume: Volume,
396
    /// Unix timestamp when this market data was captured
397
    pub timestamp: i64,
398
    /// Implied or historical volatility measure (if available)
399
    pub volatility: Option<f64>,
400
}
401
402
/// Risk configuration parameters for a specific trading symbol
403
///
404
/// Defines position limits, concentration thresholds, and risk multipliers
405
/// that apply to trading in a particular financial instrument.
406
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
407
pub struct SymbolRiskConfig {
408
    /// Trading symbol this configuration applies to
409
    pub symbol: Symbol,
410
    /// Maximum allowed position size in shares/units
411
    pub max_position: Quantity,
412
    /// Maximum daily notional trading value
413
    pub max_daily_notional: Price,
414
    /// Maximum position value in USD equivalent
415
    pub max_position_value_usd: f64,
416
    /// Maximum portfolio concentration percentage for this symbol
417
    pub max_concentration_pct: f64,
418
    /// Risk multiplier applied to `VaR` calculations for this symbol
419
    pub risk_multiplier: f64,
420
    /// Volatility threshold above which additional risk controls apply
421
    pub volatility_threshold: f64,
422
}
423
424
/// Comprehensive position limits for portfolio risk management
425
///
426
/// Defines maximum exposure limits across different dimensions including
427
/// per-instrument limits, portfolio-wide limits, and concentration thresholds.
428
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
429
pub struct PositionLimits {
430
    /// Maximum position size allowed per individual instrument
431
    pub max_position_per_instrument: HashMap<String, Quantity>,
432
    /// Maximum total value allowed for the entire portfolio
433
    pub max_portfolio_value: Price,
434
    /// Maximum leverage ratio (total exposure / capital)
435
    pub max_leverage: f64,
436
    /// Maximum concentration percentage per instrument of total portfolio
437
    pub max_concentration_pct: f64,
438
    /// Global position limit summed across all instruments
439
    pub global_limit: Price,
440
}
441
442
/// Stress testing scenario definition for portfolio risk assessment
443
///
444
/// Defines market shocks, volatility changes, and correlation adjustments
445
/// to test portfolio resilience under adverse market conditions.
446
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
447
pub struct StressScenario {
448
    /// Unique identifier for this stress test scenario
449
    pub id: String,
450
    /// Human-readable name describing the scenario
451
    pub name: String,
452
    /// Price shock percentages to apply per instrument
453
    pub price_shocks: HashMap<String, f64>,
454
    /// Market shocks (alternative name for `price_shocks`)
455
    pub market_shocks: HashMap<String, f64>,
456
    /// Global volatility multiplier to apply across all instruments
457
    pub volatility_multiplier: f64,
458
    /// Instrument-specific volatility multipliers
459
    pub volatility_multipliers: HashMap<String, f64>,
460
    /// Changes to correlation coefficients between instruments
461
    pub correlation_changes: HashMap<String, f64>,
462
    /// Additional correlation adjustments to apply
463
    pub correlation_adjustments: HashMap<String, f64>,
464
    /// Liquidity haircuts to apply per instrument (reduced bid/ask)
465
    pub liquidity_haircuts: HashMap<String, f64>,
466
}
467
468
/// Results from executing a stress test scenario on a portfolio
469
///
470
/// Contains before/after portfolio values, P&L impacts, risk breaches,
471
/// and performance metrics from stress testing analysis.
472
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
473
pub struct StressTestResult {
474
    /// The stress test scenario that was executed
475
    pub scenario: StressScenario,
476
    /// Unique identifier of the executed scenario
477
    pub scenario_id: String,
478
    /// Portfolio that was stress tested
479
    pub portfolio_id: String,
480
    /// Portfolio value before applying stress conditions
481
    pub pre_stress_value: Price,
482
    /// Portfolio value after applying stress conditions
483
    pub post_stress_value: Price,
484
    /// Projected portfolio value under the stress scenario
485
    pub stressed_portfolio_value: Price,
486
    /// Projected profit/loss under stress conditions
487
    pub stressed_pnl: Price,
488
    /// Change in P&L due to stress (difference from baseline)
489
    pub stress_pnl: Price,
490
    /// Stress P&L impact as percentage of portfolio value
491
    pub stress_pnl_percentage: f64,
492
    /// Whether `VaR` limits were breached during stress test
493
    pub var_breach: bool,
494
    /// List of risk limits that were breached during stress test
495
    pub limit_breaches: Vec<String>,
496
    /// Amount of liquidity shortfall identified during stress test
497
    pub liquidity_shortfall: Price,
498
    /// Instrument that experienced the largest loss during stress test
499
    pub max_loss_instrument: Option<String>,
500
    /// Largest single instrument loss during stress test
501
    pub max_loss: Price,
502
    /// Time taken to execute the stress test in milliseconds
503
    pub execution_time_ms: u64,
504
    /// UTC timestamp when the stress test was performed
505
    pub timestamp: DateTime<Utc>,
506
    /// Maximum drawdown observed under stress conditions
507
    pub max_drawdown: Price,
508
    /// Additional risk metrics calculated under stress conditions
509
    pub risk_metrics: HashMap<String, f64>,
510
}
511
512
/// Scope of kill switch activation for emergency trading halts
513
///
514
/// Defines the breadth of impact when a kill switch is triggered,
515
/// from global shutdown to specific instrument or strategy halts.
516
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
517
pub enum KillSwitchScope {
518
    /// Stop all trading activity across the entire system
519
    Global,
520
    /// Stop trading for a specific portfolio only
521
    Portfolio(String),
522
    /// Stop trading for a specific strategy only
523
    Strategy(String),
524
    /// Stop trading for a specific financial instrument only
525
    Instrument(String),
526
    /// Stop trading for a specific trading symbol only
527
    Symbol(String),
528
    /// Stop trading for a specific account only
529
    Account(String),
530
}
531
532
/// Types of events that can trigger circuit breaker activation
533
///
534
/// Circuit breakers automatically halt trading when specific risk thresholds
535
/// are breached to prevent further losses or limit violations.
536
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
537
pub enum CircuitBreakerEvent {
538
    /// Portfolio drawdown limit has been breached
539
    DrawdownBreach {
540
        /// Current drawdown percentage from peak
541
        current_drawdown: f64,
542
        /// Maximum allowed drawdown percentage
543
        limit: f64,
544
    },
545
    /// Value at Risk (`VaR`) limit has been breached
546
    VarBreach {
547
        /// Current `VaR` calculation result
548
        current_var: f64,
549
        /// Maximum allowed `VaR` value
550
        limit: f64,
551
    },
552
    /// Position size limit has been breached for an instrument
553
    PositionBreach {
554
        /// Instrument that breached position limits
555
        instrument_id: String,
556
        /// Current position size that exceeded limits
557
        current_position: Quantity,
558
        /// Maximum allowed position size
559
        limit: Quantity,
560
    },
561
    /// Manual intervention is required to resolve a risk issue
562
    ManualIntervention {
563
        /// Detailed reason why manual intervention is needed
564
        reason: String,
565
    },
566
}
567
568
/// Configuration for drawdown-based alert thresholds
569
///
570
/// Defines progressive alert levels as portfolio drawdown increases,
571
/// enabling early warning and escalation procedures.
572
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
573
pub struct DrawdownAlertConfig {
574
    /// Drawdown percentage that triggers warning alerts
575
    pub warning_threshold: f64,
576
    /// Drawdown percentage that triggers critical alerts
577
    pub critical_threshold: f64,
578
    /// Drawdown percentage that triggers emergency response
579
    pub emergency_threshold: f64,
580
    /// Specific portfolio this configuration applies to (if any)
581
    pub portfolio_id: Option<String>,
582
    /// Whether drawdown alerting is currently enabled
583
    pub enabled: bool,
584
}
585
586
// Use Price directly from common::types
587
/// Compliance audit entry for regulatory tracking and reporting
588
///
589
/// Records all significant events, decisions, and actions for compliance
590
/// monitoring, regulatory reporting, and audit trail maintenance.
591
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
592
pub struct AuditEntry {
593
    /// Unique identifier for this audit entry
594
    pub id: String,
595
    /// Unix timestamp when the audited event occurred
596
    pub timestamp: i64,
597
    /// Classification of the audited event
598
    pub event_type: String,
599
    /// Detailed description of what occurred
600
    pub description: String,
601
    /// User ID or system component that triggered the event
602
    pub actor: String,
603
    /// Specific user identifier if applicable
604
    pub user_id: Option<String>,
605
    /// Financial instrument involved in the event (if applicable)
606
    pub instrument_id: Option<String>,
607
    /// Portfolio involved in the event (if applicable)
608
    pub portfolio_id: Option<String>,
609
    /// Structured event data as key-value pairs
610
    pub data: HashMap<String, String>,
611
    /// Additional metadata and context information
612
    pub metadata: HashMap<String, String>,
613
}
614
615
/// Compliance rule type categorization for dynamic rule evaluation
616
///
617
/// Defines the type of compliance check to perform, enabling
618
/// dynamic rule configuration and hot-reload capabilities.
619
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
620
pub enum ComplianceRuleType {
621
    /// Position size and turnover limits
622
    PositionLimit,
623
    /// Market abuse and manipulation detection
624
    MarketAbuse,
625
    /// Client suitability and appropriateness
626
    ClientSuitability,
627
    /// Best execution requirements
628
    BestExecution,
629
    /// Portfolio concentration risk
630
    ConcentrationRisk,
631
    /// Leverage and margin limits
632
    LeverageLimit,
633
    /// Capital adequacy requirements
634
    CapitalAdequacy,
635
    /// Regulatory reporting obligations
636
    RegulatoryReporting,
637
    /// Custom user-defined rule
638
    Custom,
639
}
640
641
/// Definition of a regulatory compliance rule with dynamic configuration
642
///
643
/// Enhanced compliance rule structure supporting database-backed
644
/// configuration and hot-reload capabilities through `PostgreSQL` NOTIFY/LISTEN.
645
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
646
pub struct ComplianceRule {
647
    /// Unique identifier for this compliance rule
648
    pub id: String,
649
    /// Human-readable name of the compliance rule
650
    pub name: String,
651
    /// Detailed description of the compliance requirement
652
    pub description: String,
653
    /// Type of compliance rule for categorization
654
    pub rule_type: ComplianceRuleType,
655
    /// Whether this rule is currently being enforced
656
    pub active: bool,
657
    /// Version number for audit trail
658
    pub version: i32,
659
    /// Severity level when this rule is violated
660
    pub severity: RiskSeverity,
661
    /// Priority for rule evaluation (0-100, higher = higher priority)
662
    pub priority: i32,
663
    /// Flexible rule parameters as JSON (thresholds, limits, etc.)
664
    pub parameters: serde_json::Value,
665
    /// Regulatory framework (`MiFID` II, Basel III, etc.)
666
    pub regulatory_framework: Option<String>,
667
    /// Specific regulatory reference (Article, Section, etc.)
668
    pub regulatory_reference: Option<String>,
669
}
670
671
/// Overall compliance configuration for the trading system
672
///
673
/// Contains all compliance rules, position limits, and audit settings
674
/// required for regulatory compliance monitoring.
675
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
676
pub struct ComplianceConfig {
677
    /// Collection of all compliance rules to be enforced
678
    pub rules: Vec<ComplianceRule>,
679
    /// Position limits for compliance monitoring
680
    pub position_limits: PositionLimits,
681
    /// Number of days to retain audit records for compliance
682
    pub audit_retention_days: u32,
683
    /// Market abuse detection threshold
684
    pub market_abuse_threshold: Option<Price>,
685
    /// Large exposure threshold for regulatory reporting
686
    pub large_exposure_threshold: Price,
687
}
688
689
/// Types of compliance warnings that can be issued
690
///
691
/// Categorizes different kinds of compliance issues that require
692
/// attention but may not constitute immediate violations.
693
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
694
pub enum ComplianceWarningType {
695
    /// Position size is approaching regulatory or internal limits
696
    PositionApproachingLimit,
697
    /// Portfolio concentration risk is building up
698
    ConcentrationRisk,
699
    /// Unusual or suspicious trading pattern detected
700
    UnusualPattern,
701
    /// Regulatory reporting or compliance deadline approaching
702
    RegulatoryDeadline,
703
    /// Issue with client classification or suitability
704
    ClientClassificationIssue,
705
    /// Risk of not achieving best execution for clients
706
    BestExecutionRisk,
707
    /// Capital adequacy ratios approaching minimum thresholds
708
    CapitalAdequacyLow,
709
    /// Leverage ratios approaching maximum allowed levels
710
    LeverageRatioHigh,
711
    /// Approaching various regulatory limits
712
    NearLimit,
713
    /// Large exposure requiring regulatory attention
714
    LargeExposure,
715
}
716
717
/// Compliance warning issued when approaching regulatory limits
718
///
719
/// Contains detailed information about potential compliance issues
720
/// that require monitoring or corrective action.
721
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
722
pub struct ComplianceWarning {
723
    /// Unique identifier for this compliance warning
724
    pub id: String,
725
    /// Category of compliance warning
726
    pub warning_type: ComplianceWarningType,
727
    /// Severity level of this warning
728
    pub severity: WarningSeverity,
729
    /// Brief warning message for display
730
    pub message: String,
731
    /// Detailed explanation of the compliance concern
732
    pub description: String,
733
    /// Financial instrument related to this warning (if applicable)
734
    pub instrument_id: Option<String>,
735
    /// Portfolio related to this warning (if applicable)
736
    pub portfolio_id: Option<String>,
737
    /// Reference to applicable regulation or rule
738
    pub regulatory_reference: String,
739
    /// Suggested corrective action to address the warning
740
    pub recommended_action: String,
741
    /// UTC timestamp when this warning was generated
742
    pub timestamp: DateTime<Utc>,
743
}
744
745
/// Types of regulatory flags for special handling requirements
746
///
747
/// Identifies transactions or positions that require special regulatory
748
/// treatment, reporting, or monitoring procedures.
749
#[derive(Debug, Clone, PartialEq, Eq, Hash, Serialize, Deserialize)]
750
pub enum RegulatoryFlagType {
751
    /// Pattern day trader rules and restrictions apply
752
    PatternDayTrader,
753
    /// Position exceeds thresholds requiring regulatory reporting
754
    RegulatorReporting,
755
    /// General regulatory reporting is required
756
    ReportingRequired,
757
    /// Position size requires public disclosure
758
    LargePosition,
759
    /// Transaction crosses national borders
760
    CrossBorder,
761
    /// Enhanced market risk monitoring required
762
    MarketRisk,
763
    /// High frequency trading activity detected
764
    HighFrequencyTrading,
765
    /// Algorithmic trading system in use
766
    AlgorithmicTrading,
767
}
768
769
/// Regulatory flag indicating special handling requirements
770
///
771
/// Attached to positions or transactions that require special
772
/// regulatory treatment, monitoring, or reporting procedures.
773
#[derive(Debug, Clone, PartialEq, Serialize, Deserialize)]
774
pub struct RegulatoryFlag {
775
    /// Category of regulatory requirement
776
    pub flag_type: RegulatoryFlagType,
777
    /// Name of the applicable regulation or rule
778
    pub regulation: String,
779
    /// Detailed description of the regulatory requirement
780
    pub description: String,
781
    /// Whether immediate compliance action is required
782
    pub action_required: bool,
783
    /// Deadline for compliance action (if applicable)
784
    pub deadline: Option<DateTime<Utc>>,
785
}
786
787
/// Severity levels for warnings and alerts
788
///
789
/// Provides graduated severity classification for warnings,
790
/// enabling appropriate response and escalation procedures.
791
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, Serialize, Deserialize)]
792
pub enum WarningSeverity {
793
    /// Low priority warning requiring routine attention
794
    Low,
795
    /// Medium priority warning requiring timely attention
796
    Medium,
797
    /// High priority warning requiring immediate attention
798
    High,
799
    /// Informational notice for awareness
800
    Info,
801
    /// General warning requiring monitoring
802
    Warning,
803
    /// Error condition requiring corrective action
804
    Error,
805
    /// Critical error requiring immediate intervention
806
    Critical,
807
}
808
809
impl Default for PnLMetrics {
810
0
    fn default() -> Self {
811
        // SAFE: Zero values for PnL metrics are valid defaults for new portfolios
812
        // Unlike position prices, zero PnL represents "no profit/loss yet"
813
0
        PnLMetrics {
814
0
            portfolio_id: String::new(),
815
0
            realized_pnl: Price::ZERO,
816
0
            unrealized_pnl: Price::ZERO,
817
0
            total_unrealized_pnl: Price::ZERO,
818
0
            total_pnl: Price::ZERO,
819
0
            daily_pnl: Price::ZERO,
820
0
            inception_pnl: Price::ZERO,
821
0
            max_drawdown: Price::ZERO,
822
0
            current_drawdown_pct: 0.0,
823
0
            high_water_mark: Price::ZERO,
824
0
            roi_pct: 0.0,
825
0
            timestamp: Utc::now().timestamp(),
826
0
        }
827
0
    }
828
}
829
830
impl Default for PositionLimits {
831
0
    fn default() -> Self {
832
0
        PositionLimits {
833
0
            max_position_per_instrument: HashMap::new(),
834
0
            max_portfolio_value: Price::new(1_000_000.0).unwrap_or_default(),
835
0
            max_leverage: 10.0,
836
0
            max_concentration_pct: 20.0,
837
0
            global_limit: Price::new(10_000_000.0).unwrap_or_default(),
838
0
        }
839
0
    }
840
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/emergency_response.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/emergency_response.rs.html
deleted file mode 100644
index 4391e4d3d..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/emergency_response.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/safety/emergency_response.rs
Line
Count
Source
1
//! Emergency Response System
2
//!
3
//! Coordinates emergency responses across all safety systems including
4
//! loss limits monitoring, position tracking, and automated responses
5
//! to catastrophic risk scenarios.
6
7
use std::collections::HashMap;
8
use std::sync::Arc;
9
// Removed foxhunt_infrastructure - not available in this simplified risk crate
10
11
use chrono::{DateTime, Utc};
12
// REMOVED: Direct Decimal usage - use canonical types
13
use serde::{Deserialize, Serialize};
14
use tokio::sync::RwLock;
15
use tracing::{error, info};
16
17
use crate::error::RiskError;
18
use crate::risk_types::KillSwitchScope;
19
use crate::safety::kill_switch::AtomicKillSwitch;
20
use crate::safety::EmergencyResponseConfig;
21
use common::types::Price;
22
use rust_decimal::Decimal;
23
24
// AGENT 7: PRODUCTION SAFETY - Circuit breakers for risk management
25
// Removed production_safety module - not available in this simplified risk crate
26
use crate::circuit_breaker::CircuitBreakerConfig;
27
28
/// Emergency response system implementation
29
// Infrastructure - fields will be used for emergency response coordination
30
#[allow(dead_code)]
31
pub struct EmergencyResponseSystem {
32
    config: EmergencyResponseConfig,
33
    redis_url: String,
34
    kill_switch: Arc<AtomicKillSwitch>,
35
    pub concentration_metrics: Arc<RwLock<HashMap<String, ConcentrationMetrics>>>,
36
    event_history: Arc<RwLock<Vec<EmergencyEvent>>>,
37
}
38
39
/// Emergency event types
40
#[derive(Debug, Clone, Serialize, Deserialize)]
41
pub enum EmergencyEvent {
42
    ManualEmergency {
43
        user_id: String,
44
        reason: String,
45
        timestamp: DateTime<Utc>,
46
    },
47
}
48
49
/// Concentration metrics
50
#[derive(Debug, Clone, Serialize, Deserialize)]
51
pub struct ConcentrationMetrics {
52
    pub account_id: String,
53
    pub symbol_concentrations: HashMap<String, f64>,
54
    pub sector_concentrations: HashMap<String, f64>,
55
    pub total_exposure: Price,
56
    pub largest_position_pct: f64,
57
    pub timestamp: DateTime<Utc>,
58
}
59
60
/// Emergency P&L metrics (local to emergency response)
61
#[derive(Debug, Clone, Serialize, Deserialize)]
62
pub struct EmergencyPnLMetrics {
63
    pub account_id: String,
64
    pub daily_pnl: Decimal,
65
    pub unrealized_pnl: Decimal,
66
    pub max_drawdown: Price,
67
    pub timestamp: DateTime<Utc>,
68
    pub daily_realized_pnl: Price,
69
    pub daily_unrealized_pnl: Price,
70
    pub total_daily_pnl: Price,
71
    pub inception_pnl: Price,
72
    pub high_water_mark: Price,
73
    pub current_drawdown_pct: f64,
74
    pub max_drawdown_pct: f64,
75
    pub position_count: u32,
76
    pub total_exposure: Price,
77
}
78
79
impl EmergencyResponseSystem {
80
29
    pub async fn new(
81
29
        config: EmergencyResponseConfig,
82
29
        redis_url: String,
83
29
        kill_switch: Arc<AtomicKillSwitch>,
84
29
    ) -> Result<Self, RiskError> {
85
29
        Ok(Self {
86
29
            config,
87
29
            redis_url,
88
29
            kill_switch,
89
29
            concentration_metrics: Arc::new(RwLock::new(HashMap::new())),
90
29
            event_history: Arc::new(RwLock::new(Vec::new())),
91
29
        })
92
29
    }
93
94
4
    pub async fn update_pnl_metrics(&self, metrics: EmergencyPnLMetrics) -> Result<(), RiskError> {
95
        // Create circuit breaker config with correct field names
96
4
        let breaker_config = CircuitBreakerConfig {
97
4
            enabled: true,
98
4
            daily_loss_percentage: Decimal::try_from(0.02).unwrap_or_default().into(), // 2%
99
4
            position_limit_percentage: Decimal::try_from(0.25).unwrap_or_default().into(), // 25%
100
4
            max_consecutive_violations: 3,
101
4
            redis_url: "redis://localhost:6379".to_owned(),
102
4
            redis_key_prefix: "foxhunt_circuit_breaker".to_owned(),
103
4
            auto_recovery_enabled: true,
104
4
            portfolio_refresh_interval_secs: 60,
105
4
            cooldown_period_secs: 30,
106
4
        };
107
108
        // Check for emergency P&L thresholds - use unrealized_pnl as proxy for portfolio value
109
4
        let portfolio_value = metrics
110
4
            .unrealized_pnl
111
4
            .abs()
112
4
            .max(Decimal::try_from(100000.0).unwrap_or(Decimal::from(100000))); // Min $100k for calculation
113
4
        let daily_loss_pct = if portfolio_value > Decimal::ZERO {
114
4
            metrics.daily_pnl.abs() / portfolio_value
115
        } else {
116
0
            Decimal::ZERO
117
        };
118
119
4
        if daily_loss_pct
120
4
            >= breaker_config
121
4
                .daily_loss_percentage
122
4
                .to_decimal()
123
4
                .unwrap_or_default()
124
        {
125
2
            error!(
126
0
                "\u{1f6a8} EMERGENCY: Daily P&L limit exceeded for account {}: {:.2}%",
127
                metrics.account_id,
128
0
                daily_loss_pct * Decimal::from(100)
129
            );
130
2
            self.kill_switch
131
2
                .activate(
132
2
                    KillSwitchScope::Account(metrics.account_id.clone()),
133
2
                    format!(
134
2
                        "Daily P&L limit exceeded: {:.2}%",
135
2
                        daily_loss_pct * Decimal::from(100)
136
2
                    ),
137
2
                    "emergency_response_system".to_owned(),
138
2
                    true,
139
2
                )
140
2
                .await
141
2
                .map_err(|e| RiskError::Internal(
format!0
(
"Failed to activate kill switch: {e}"0
)))
?0
;
142
2
            return Err(RiskError::Internal("Daily P&L limit exceeded".to_owned()));
143
2
        }
144
145
2
        if metrics
146
2
            .max_drawdown
147
2
            .abs()
148
2
            .to_decimal()
149
2
            .map_err(|e| RiskError::TypeConversion {
150
0
                from_type: "Price".to_owned(),
151
0
                to_type: "Decimal".to_owned(),
152
0
                reason: format!("conversion failed: {e}"),
153
0
            })?
154
2
            >= Decimal::try_from(0.20).map_err(|e| RiskError::TypeConversion {
155
0
                from_type: "f64".to_owned(),
156
0
                to_type: "Decimal".to_owned(),
157
0
                reason: format!("conversion failed: {e}"),
158
0
            })?
159
        {
160
            // 20% drawdown limit
161
0
            error!(
162
0
                "\u{1f6a8} EMERGENCY: Max drawdown exceeded for account {}: {}",
163
                metrics.account_id, metrics.max_drawdown
164
            );
165
0
            self.kill_switch
166
0
                .activate(
167
0
                    KillSwitchScope::Account(metrics.account_id.clone()),
168
0
                    format!("Max drawdown exceeded: {}", metrics.max_drawdown),
169
0
                    "emergency_response_system".to_owned(),
170
0
                    true,
171
0
                )
172
0
                .await
173
0
                .map_err(|e| RiskError::Internal(format!("Failed to activate kill switch: {e}")))?;
174
0
            return Err(RiskError::Internal("Max drawdown exceeded".to_owned()));
175
2
        }
176
177
2
        info!(
178
0
            "\u{2705} P&L metrics updated for account {}",
179
            metrics.account_id
180
        );
181
2
        Ok(())
182
4
    }
183
184
8
    pub async fn update_concentration_metrics(
185
8
        &self,
186
8
        metrics: ConcentrationMetrics,
187
8
    ) -> Result<(), RiskError> {
188
8
        let mut concentration_metrics = self.concentration_metrics.write().await;
189
8
        concentration_metrics.insert(metrics.account_id.clone(), metrics);
190
8
        Ok(())
191
8
    }
192
193
11
    pub async fn handle_emergency_event(&self, event: EmergencyEvent) -> Result<(), RiskError> {
194
11
        let mut history = self.event_history.write().await;
195
11
        history.push(event);
196
11
        Ok(())
197
11
    }
198
199
4
    pub async fn get_recent_events(&self, limit: usize) -> Vec<EmergencyEvent> {
200
4
        let history = self.event_history.read().await;
201
4
        history.iter().rev().take(limit).cloned().collect()
202
4
    }
203
204
    /// Start monitoring services - required for safety coordinator
205
12
    pub async fn start_monitoring(&self) -> Result<(), RiskError> {
206
12
        info!(
"Starting emergency response monitoring for system"0
);
207
        // Initialize monitoring services
208
12
        Ok(())
209
12
    }
210
211
    /// Stop monitoring services - required for safety coordinator
212
10
    pub async fn stop_monitoring(&self) -> Result<(), RiskError> {
213
10
        info!(
"Stopping emergency response monitoring"0
);
214
        // Cleanup monitoring resources
215
10
        Ok(())
216
10
    }
217
218
    /// Handle manual emergency trigger - required for safety coordinator
219
5
    pub async fn handle_manual_emergency(
220
5
        &self,
221
5
        user: String,
222
5
        reason: String,
223
5
    ) -> Result<(), RiskError> {
224
5
        let event = EmergencyEvent::ManualEmergency {
225
5
            user_id: user,
226
5
            reason: reason.clone(),
227
5
            timestamp: Utc::now(),
228
5
        };
229
230
        // Store the event
231
5
        self.handle_emergency_event(event).await
?0
;
232
233
        // Activate global kill switch
234
5
        self.kill_switch
235
5
            .activate(
236
5
                KillSwitchScope::Global,
237
5
                format!("Manual emergency: {reason}"),
238
5
                "emergency_response_system".to_owned(),
239
5
                true,
240
5
            )
241
5
            .await
242
5
            .map_err(|e| RiskError::Internal(
format!0
(
"Failed to activate kill switch: {e}"0
)))
?0
;
243
244
5
        error!(
"\u{1f6a8} MANUAL EMERGENCY: {}"0
, reason);
245
5
        Ok(())
246
5
    }
247
248
    /// Check if emergency system is healthy - required for safety coordinator
249
4
    pub async fn is_healthy(&self) -> bool {
250
        // Check if the emergency system is functioning properly
251
        // For now, we'll consider it healthy if we can access the event history
252
4
        self.event_history.read().await.len() < 1000 // Arbitrary health check
253
4
    }
254
}
255
256
#[cfg(test)]
257
mod tests {
258
    use super::*;
259
    use crate::error::RiskResult;
260
    use crate::safety::KillSwitchConfig;
261
    use common::{Price, Symbol};
262
    use config::asset_classification::{AssetClass, AssetClassificationManager, MarketCapTier};
263
    // operations module removed - use direct imports from common
264
    // CANONICAL TYPE IMPORTS - ENFORCED BY TYPE SYSTEM AGENT
265
266
15
    async fn create_test_system() -> RiskResult<(EmergencyResponseSystem, Arc<AtomicKillSwitch>)> {
267
15
        let kill_switch_config = KillSwitchConfig::default();
268
269
        // Use test-only constructor that doesn't require Redis connection
270
15
        let kill_switch = Arc::new(AtomicKillSwitch::new_test(kill_switch_config));
271
272
15
        let emergency_config = EmergencyResponseConfig::default();
273
        // Redis URL for emergency system (not actually used in tests)
274
15
        let redis_url = "redis://localhost:6379".to_string();
275
276
15
        let emergency_system =
277
15
            EmergencyResponseSystem::new(emergency_config, redis_url, kill_switch.clone()).await
?0
;
278
279
15
        Ok((emergency_system, kill_switch))
280
15
    }
281
282
    /// Calculate dynamic test concentration based on symbol and portfolio
283
    /// REPLACES: hardcoded 15% concentration
284
6
    fn calculate_test_concentration(symbol: &Symbol, portfolio_value: Price) -> f64 {
285
        // Create asset classification manager (in production, this would be injected/cached)
286
6
        let asset_manager = AssetClassificationManager::new();
287
288
        // Dynamic concentration based on asset class and market cap
289
6
        let base_concentration = match asset_manager.classify_symbol(symbol.as_str()) {
290
            AssetClass::Equity {
291
                market_cap: MarketCapTier::LargeCap,
292
                ..
293
0
            } => 12.0,
294
            AssetClass::Equity {
295
                market_cap: MarketCapTier::MidCap,
296
                ..
297
0
            } => 8.0,
298
            AssetClass::Equity {
299
                market_cap: MarketCapTier::SmallCap,
300
                ..
301
0
            } => 5.0,
302
            AssetClass::Equity {
303
                market_cap: MarketCapTier::MicroCap,
304
                ..
305
0
            } => 3.0,
306
0
            AssetClass::Crypto { .. } => 5.0, // Conservative for crypto
307
0
            AssetClass::Forex { .. } => 15.0, // Higher for forex due to leverage
308
0
            AssetClass::Future { .. } => 10.0, // Moderate for futures
309
6
            AssetClass::Unknown => 3.0,       // Very conservative for unknown assets
310
            _ => {
311
0
                tracing::error!("Unknown asset class in emergency response concentration calculation - using ultra-conservative limit");
312
0
                1.0 // Ultra-conservative 1% limit for unknown asset classes
313
            },
314
        };
315
316
        // Adjust based on portfolio size (larger portfolios can handle more concentration)
317
6
        let size_multiplier = if portfolio_value > Price::new(100000.0).unwrap_or(Price::ZERO) {
318
6
            1.2 // +20% for large portfolios ($100k+)
319
0
        } else if portfolio_value < Price::new(10000.0).unwrap_or(Price::ZERO) {
320
0
            0.7 // -30% for small portfolios (<$10k)
321
        } else {
322
0
            1.0 // No adjustment for medium portfolios
323
        };
324
325
6
        base_concentration * size_multiplier
326
6
    }
327
328
    #[tokio::test]
329
1
    async fn test_emergency_system_creation() -> RiskResult<()> {
330
1
        let (emergency_system, _) = create_test_system().await
?0
;
331
1
        assert!(emergency_system.config.enabled);
332
2
        Ok(())
333
1
    }
334
335
    #[tokio::test]
336
1
    async fn test_pnl_metrics_update() -> RiskResult<()> {
337
1
        let (emergency_system, _) = create_test_system().await
?0
;
338
339
1
        let metrics = EmergencyPnLMetrics {
340
1
            account_id: "test_account".to_string(),
341
1
            daily_pnl: Decimal::from(-1500),
342
1
            unrealized_pnl: Decimal::from(-1500),
343
1
            max_drawdown: Price::from_f64(0.10).unwrap_or(Price::ZERO), // 10% drawdown (below 20% threshold)
344
1
            timestamp: Utc::now(),
345
1
            daily_realized_pnl: Price::from_f64(-1000.0).unwrap_or(Price::ZERO),
346
1
            daily_unrealized_pnl: Price::from_f64(-500.0).unwrap_or(Price::ZERO),
347
1
            total_daily_pnl: Price::from_f64(-1500.0).unwrap_or(Price::ZERO),
348
1
            inception_pnl: Price::from_f64(100000.0).unwrap_or(Price::ZERO),
349
1
            high_water_mark: Price::from_f64(105000.0).unwrap_or(Price::ZERO),
350
1
            current_drawdown_pct: 5.0,
351
1
            max_drawdown_pct: 10.0,
352
1
            position_count: 5,
353
1
            total_exposure: Price::from_f64(100000.0).unwrap_or(Price::ZERO),
354
1
        };
355
356
1
        let result = emergency_system.update_pnl_metrics(metrics).await;
357
1
        if let Err(
e0
) = &result {
358
0
            eprintln!("Error: {:?}", e);
359
1
        }
360
1
        assert!(result.is_ok());
361
2
        Ok(())
362
1
    }
363
364
    #[tokio::test]
365
1
    async fn test_manual_emergency() -> RiskResult<()> {
366
1
        let (emergency_system, _kill_switch) = create_test_system().await
?0
;
367
368
1
        let result = emergency_system
369
1
            .handle_manual_emergency("test_user".to_string(), "Test emergency".to_string())
370
1
            .await;
371
372
1
        assert!(result.is_ok());
373
        // Check that manual emergency was handled
374
1
        let events = emergency_system.get_recent_events(10).await;
375
1
        assert!(!events.is_empty());
376
2
        Ok(())
377
1
    }
378
379
    #[tokio::test]
380
1
    async fn test_concentration_metrics() -> RiskResult<()> {
381
1
        let (emergency_system, _) = create_test_system().await
?0
;
382
383
1
        let mut symbol_concentrations = HashMap::new();
384
        // DYNAMIC: Calculate concentration based on portfolio diversity
385
1
        let dynamic_concentration = calculate_test_concentration(
386
1
            &Symbol::from("AAPL".to_string()),
387
1
            Price::from_f64(1000000.0)
?0
,
388
        );
389
1
        symbol_concentrations.insert("AAPL".to_string(), dynamic_concentration);
390
391
1
        let metrics = ConcentrationMetrics {
392
1
            account_id: "test_account".to_string(),
393
1
            symbol_concentrations,
394
1
            sector_concentrations: HashMap::new(),
395
1
            total_exposure: Price::from_f64(1000000.0)
?0
,
396
            largest_position_pct: 15.0,
397
1
            timestamp: Utc::now(),
398
        };
399
400
1
        let result = emergency_system.update_concentration_metrics(metrics).await;
401
1
        assert!(result.is_ok());
402
403
1
        let stored_metrics = emergency_system.concentration_metrics.read().await;
404
1
        assert!(stored_metrics.contains_key("test_account"));
405
2
        Ok(())
406
1
    }
407
408
    #[tokio::test]
409
1
    async fn test_event_history() -> RiskResult<()> {
410
1
        let (emergency_system, _) = create_test_system().await
?0
;
411
412
1
        let event = EmergencyEvent::ManualEmergency {
413
1
            user_id: "test_user".to_string(),
414
1
            reason: "Test event".to_string(),
415
1
            timestamp: Utc::now(),
416
1
        };
417
418
1
        emergency_system.handle_emergency_event(event).await
?0
;
419
420
1
        let events = emergency_system.get_recent_events(10).await;
421
1
        assert_eq!(events.len(), 1);
422
2
        Ok(())
423
1
    }
424
425
    #[tokio::test]
426
1
    async fn test_emergency_system_health() -> RiskResult<()> {
427
1
        let (emergency_system, _) = create_test_system().await
?0
;
428
429
        // System should be healthy initially
430
1
        assert!(emergency_system.is_healthy().await);
431
432
2
        Ok(())
433
1
    }
434
435
    #[tokio::test]
436
1
    async fn test_monitoring_lifecycle() -> RiskResult<()> {
437
1
        let (emergency_system, _) = create_test_system().await
?0
;
438
439
        // Start monitoring
440
1
        emergency_system.start_monitoring().await
?0
;
441
442
        // Stop monitoring
443
1
        emergency_system.stop_monitoring().await
?0
;
444
445
2
        Ok(())
446
1
    }
447
448
    #[tokio::test]
449
1
    async fn test_pnl_emergency_triggers_kill_switch() -> RiskResult<()> {
450
1
        let (emergency_system, _kill_switch) = create_test_system().await
?0
;
451
452
1
        let metrics = EmergencyPnLMetrics {
453
1
            account_id: "test_account".to_string(),
454
1
            daily_pnl: Decimal::from(-25000),      // Large loss
455
1
            unrealized_pnl: Decimal::from(100000), // Portfolio value for calc
456
1
            max_drawdown: Price::from_f64(25000.0).unwrap_or(Price::ZERO),
457
1
            timestamp: Utc::now(),
458
1
            daily_realized_pnl: Price::from_f64(-15000.0).unwrap_or(Price::ZERO),
459
1
            daily_unrealized_pnl: Price::from_f64(-10000.0).unwrap_or(Price::ZERO),
460
1
            total_daily_pnl: Price::from_f64(-25000.0).unwrap_or(Price::ZERO),
461
1
            inception_pnl: Price::from_f64(50000.0).unwrap_or(Price::ZERO),
462
1
            high_water_mark: Price::from_f64(125000.0).unwrap_or(Price::ZERO),
463
1
            current_drawdown_pct: 20.0,
464
1
            max_drawdown_pct: 20.0,
465
1
            position_count: 5,
466
1
            total_exposure: Price::from_f64(100000.0).unwrap_or(Price::ZERO),
467
1
        };
468
469
        // This should trigger emergency response
470
1
        let result = emergency_system.update_pnl_metrics(metrics).await;
471
472
        // Should fail due to limit breach
473
1
        assert!(result.is_err());
474
475
2
        Ok(())
476
1
    }
477
478
    #[tokio::test]
479
1
    async fn test_drawdown_emergency_triggers_kill_switch() -> RiskResult<()> {
480
1
        let (emergency_system, _) = create_test_system().await
?0
;
481
482
1
        let metrics = EmergencyPnLMetrics {
483
1
            account_id: "test_account".to_string(),
484
1
            daily_pnl: Decimal::from(-5000),
485
1
            unrealized_pnl: Decimal::from(100000),
486
1
            max_drawdown: Price::from_f64(0.25).unwrap_or(Price::ZERO), // 25% drawdown - exceeds limit
487
1
            timestamp: Utc::now(),
488
1
            daily_realized_pnl: Price::from_f64(-3000.0).unwrap_or(Price::ZERO),
489
1
            daily_unrealized_pnl: Price::from_f64(-2000.0).unwrap_or(Price::ZERO),
490
1
            total_daily_pnl: Price::from_f64(-5000.0).unwrap_or(Price::ZERO),
491
1
            inception_pnl: Price::from_f64(75000.0).unwrap_or(Price::ZERO),
492
1
            high_water_mark: Price::from_f64(100000.0).unwrap_or(Price::ZERO),
493
1
            current_drawdown_pct: 25.0,
494
1
            max_drawdown_pct: 25.0,
495
1
            position_count: 3,
496
1
            total_exposure: Price::from_f64(80000.0).unwrap_or(Price::ZERO),
497
1
        };
498
499
1
        let result = emergency_system.update_pnl_metrics(metrics).await;
500
501
        // Should fail due to drawdown breach
502
1
        assert!(result.is_err());
503
504
2
        Ok(())
505
1
    }
506
507
    #[tokio::test]
508
1
    async fn test_multiple_concentration_updates() -> RiskResult<()> {
509
1
        let (emergency_system, _) = create_test_system().await
?0
;
510
511
6
        for 
i5
 in 0..5 {
512
5
            let mut symbol_concentrations = HashMap::new();
513
5
            let account_id = format!("account_{}", i);
514
515
5
            let dynamic_concentration = calculate_test_concentration(
516
5
                &Symbol::from("AAPL".to_string()),
517
5
                Price::from_f64(1000000.0)
?0
,
518
            );
519
5
            symbol_concentrations.insert("AAPL".to_string(), dynamic_concentration);
520
521
5
            let metrics = ConcentrationMetrics {
522
5
                account_id: account_id.clone(),
523
5
                symbol_concentrations,
524
5
                sector_concentrations: HashMap::new(),
525
5
                total_exposure: Price::from_f64(1000000.0)
?0
,
526
                largest_position_pct: 15.0,
527
5
                timestamp: Utc::now(),
528
            };
529
530
5
            emergency_system
531
5
                .update_concentration_metrics(metrics)
532
5
                .await
?0
;
533
        }
534
535
1
        let stored_metrics = emergency_system.concentration_metrics.read().await;
536
1
        assert_eq!(stored_metrics.len(), 5);
537
538
2
        Ok(())
539
1
    }
540
541
    #[tokio::test]
542
1
    async fn test_event_history_ordering() -> RiskResult<()> {
543
1
        let (emergency_system, _) = create_test_system().await
?0
;
544
545
        // Add multiple events
546
6
        for 
i5
 in 0..5 {
547
5
            let event = EmergencyEvent::ManualEmergency {
548
5
                user_id: format!("user_{}", i),
549
5
                reason: format!("Event {}", i),
550
5
                timestamp: Utc::now(),
551
5
            };
552
5
            emergency_system.handle_emergency_event(event).await
?0
;
553
5
            tokio::time::sleep(tokio::time::Duration::from_millis(10)).await;
554
        }
555
556
        // Get recent events (should be in reverse order)
557
1
        let events = emergency_system.get_recent_events(3).await;
558
1
        assert_eq!(events.len(), 3);
559
560
2
        Ok(())
561
1
    }
562
563
    #[tokio::test]
564
1
    async fn test_concentration_metric_retrieval() -> RiskResult<()> {
565
1
        let (emergency_system, _) = create_test_system().await
?0
;
566
567
1
        let mut symbol_concentrations = HashMap::new();
568
1
        symbol_concentrations.insert("AAPL".to_string(), 12.0);
569
1
        symbol_concentrations.insert("GOOGL".to_string(), 10.0);
570
571
1
        let metrics = ConcentrationMetrics {
572
1
            account_id: "test_account".to_string(),
573
1
            symbol_concentrations,
574
1
            sector_concentrations: HashMap::new(),
575
1
            total_exposure: Price::from_f64(1000000.0)
?0
,
576
            largest_position_pct: 12.0,
577
1
            timestamp: Utc::now(),
578
        };
579
580
1
        emergency_system
581
1
            .update_concentration_metrics(metrics)
582
1
            .await
?0
;
583
584
1
        let stored = emergency_system.concentration_metrics.read().await;
585
1
        let account_metrics = stored.get("test_account").unwrap();
586
1
        assert_eq!(account_metrics.symbol_concentrations.len(), 2);
587
588
2
        Ok(())
589
1
    }
590
591
    #[tokio::test]
592
1
    async fn test_emergency_response_under_normal_pnl() -> RiskResult<()> {
593
1
        let (emergency_system, _) = create_test_system().await
?0
;
594
595
1
        let metrics = EmergencyPnLMetrics {
596
1
            account_id: "test_account".to_string(),
597
1
            daily_pnl: Decimal::from(1000), // Small gain
598
1
            unrealized_pnl: Decimal::from(100000),
599
1
            max_drawdown: Price::from_f64(0.05).unwrap_or(Price::ZERO), // 5% drawdown (below 20% threshold)
600
1
            timestamp: Utc::now(),
601
1
            daily_realized_pnl: Price::from_f64(500.0).unwrap_or(Price::ZERO),
602
1
            daily_unrealized_pnl: Price::from_f64(500.0).unwrap_or(Price::ZERO),
603
1
            total_daily_pnl: Price::from_f64(1000.0).unwrap_or(Price::ZERO),
604
1
            inception_pnl: Price::from_f64(120000.0).unwrap_or(Price::ZERO),
605
1
            high_water_mark: Price::from_f64(122000.0).unwrap_or(Price::ZERO),
606
1
            current_drawdown_pct: 1.6,
607
1
            max_drawdown_pct: 5.0,
608
1
            position_count: 3,
609
1
            total_exposure: Price::from_f64(50000.0).unwrap_or(Price::ZERO),
610
1
        };
611
612
        // Should succeed with normal P&L
613
1
        let result = emergency_system.update_pnl_metrics(metrics).await;
614
1
        if let Err(
e0
) = &result {
615
0
            eprintln!("Error: {:?}", e);
616
1
        }
617
1
        assert!(result.is_ok());
618
619
2
        Ok(())
620
1
    }
621
622
    #[tokio::test]
623
1
    async fn test_manual_emergency_creates_event() -> RiskResult<()> {
624
1
        let (emergency_system, _) = create_test_system().await
?0
;
625
626
1
        emergency_system
627
1
            .handle_manual_emergency("admin".to_string(), "Manual halt for testing".to_string())
628
1
            .await
?0
;
629
630
1
        let events = emergency_system.get_recent_events(10).await;
631
1
        assert_eq!(events.len(), 1);
632
633
1
        match &events[0] {
634
1
            EmergencyEvent::ManualEmergency {
635
1
                user_id, reason, ..
636
1
            } => {
637
1
                assert_eq!(user_id, "admin");
638
1
                assert_eq!(reason, "Manual halt for testing");
639
1
            },
640
1
        }
641
1
642
1
        Ok(())
643
1
    }
644
645
    #[tokio::test]
646
1
    async fn test_concentration_metrics_with_sectors() -> RiskResult<()> {
647
1
        let (emergency_system, _) = create_test_system().await
?0
;
648
649
1
        let mut symbol_concentrations = HashMap::new();
650
1
        symbol_concentrations.insert("AAPL".to_string(), 12.0);
651
652
1
        let mut sector_concentrations = HashMap::new();
653
1
        sector_concentrations.insert("Technology".to_string(), 35.0);
654
1
        sector_concentrations.insert("Healthcare".to_string(), 25.0);
655
656
1
        let metrics = ConcentrationMetrics {
657
1
            account_id: "diversified_account".to_string(),
658
1
            symbol_concentrations,
659
1
            sector_concentrations,
660
1
            total_exposure: Price::from_f64(2000000.0)
?0
,
661
            largest_position_pct: 12.0,
662
1
            timestamp: Utc::now(),
663
        };
664
665
1
        emergency_system
666
1
            .update_concentration_metrics(metrics)
667
1
            .await
?0
;
668
669
1
        let stored = emergency_system.concentration_metrics.read().await;
670
1
        let account_metrics = stored.get("diversified_account").unwrap();
671
1
        assert_eq!(account_metrics.sector_concentrations.len(), 2);
672
673
2
        Ok(())
674
1
    }
675
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/kill_switch.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/kill_switch.rs.html
deleted file mode 100644
index faf2fc1ca..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/kill_switch.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/safety/kill_switch.rs
Line
Count
Source
1
//! Kill switch implementations for emergency stops
2
3
use super::KillSwitchConfig;
4
use crate::error::{RiskError, RiskResult};
5
use crate::risk_types::KillSwitchScope;
6
use chrono::Utc;
7
use redis::{AsyncCommands, Client as RedisClient};
8
use std::collections::HashMap;
9
use std::sync::atomic::{AtomicBool, AtomicU64, Ordering};
10
use std::sync::Arc;
11
use tokio::sync::RwLock;
12
13
/// Atomic kill switch for emergency trading stops
14
#[derive(Debug)]
15
pub struct AtomicKillSwitch {
16
    triggered: Arc<AtomicBool>,
17
    config: KillSwitchConfig,
18
    redis_client: Option<RedisClient>, // Optional for tests
19
    scoped_triggers: Arc<RwLock<HashMap<String, bool>>>,
20
    // Metrics tracking
21
    health_check_count: Arc<AtomicU64>,
22
    command_count: Arc<AtomicU64>,
23
    failure_count: Arc<AtomicU64>,
24
}
25
26
impl AtomicKillSwitch {
27
    /// Create a new `AtomicKillSwitch` with Redis connectivity
28
0
    pub async fn new(config: KillSwitchConfig, redis_url: String) -> RiskResult<Self> {
29
0
        let redis_client = RedisClient::open(redis_url)
30
0
            .map_err(|e| RiskError::Config(format!("Failed to connect to Redis: {e}")))?;
31
32
        // Test Redis connectivity
33
0
        let mut conn = redis_client
34
0
            .get_multiplexed_async_connection()
35
0
            .await
36
0
            .map_err(|e| RiskError::Config(format!("Failed to establish Redis connection: {e}")))?;
37
38
        // Verify Redis is accessible using AsyncCommands trait
39
0
        redis::cmd("PING")
40
0
            .exec_async(&mut conn)
41
0
            .await
42
0
            .map_err(|e| RiskError::Config(format!("Redis ping failed: {e}")))?;
43
44
0
        Ok(Self {
45
0
            triggered: Arc::new(AtomicBool::new(false)),
46
0
            config,
47
0
            redis_client: Some(redis_client),
48
0
            scoped_triggers: Arc::new(RwLock::new(HashMap::new())),
49
0
            health_check_count: Arc::new(AtomicU64::new(0)),
50
0
            command_count: Arc::new(AtomicU64::new(0)),
51
0
            failure_count: Arc::new(AtomicU64::new(0)),
52
0
        })
53
0
    }
54
55
    /// Engage the kill switch for a specific scope
56
20
    pub async fn engage(
57
20
        &self,
58
20
        scope: KillSwitchScope,
59
20
        reason: String,
60
20
        user_id: String,
61
20
        cascade: bool,
62
20
    ) -> RiskResult<()> {
63
        // Track command execution
64
20
        self.command_count.fetch_add(1, Ordering::Relaxed);
65
66
        // Set local state immediately
67
20
        if scope == KillSwitchScope::Global {
68
10
            self.triggered.store(true, Ordering::SeqCst);
69
10
        } else {
70
10
            let scope_key = self.scope_to_key(&scope);
71
10
            let mut scoped = self.scoped_triggers.write().await;
72
10
            scoped.insert(scope_key.clone(), true);
73
74
            // Implement cascade logic
75
10
            if cascade {
76
3
                match &scope {
77
1
                    KillSwitchScope::Portfolio(id) => {
78
1
                        // Cascade: Portfolio halt also halts all its strategies
79
1
                        // Store cascade flag for broader halt interpretation
80
1
                        scoped.insert(format!("cascade:portfolio:{id}"), true);
81
1
                    }
82
0
                    KillSwitchScope::Strategy(id) => {
83
0
                        // Cascade: Strategy halt can affect related strategies
84
0
                        scoped.insert(format!("cascade:strategy:{id}"), true);
85
0
                    }
86
2
                    _ => {}
87
                }
88
7
            }
89
        }
90
91
        // Broadcast to Redis for distributed coordination (if available)
92
20
        if let Some(
ref client0
) = self.redis_client {
93
0
            match client.get_multiplexed_async_connection().await {
94
0
                Ok(mut conn) => {
95
0
                    let channel = self.scope_to_channel(&scope);
96
0
                    let message = serde_json::json!({
97
0
                        "action": "engage",
98
0
                        "scope": scope,
99
0
                        "reason": reason,
100
0
                        "user_id": user_id,
101
0
                        "cascade": cascade,
102
0
                        "timestamp": Utc::now().to_rfc3339()
103
                    });
104
105
0
                    if let Err(e) = conn.publish::<_, _, ()>(&channel, message.to_string()).await {
106
0
                        self.failure_count.fetch_add(1, Ordering::Relaxed);
107
0
                        return Err(RiskError::Config(format!("Failed to publish to Redis: {e}")));
108
0
                    }
109
                }
110
0
                Err(e) => {
111
0
                    self.failure_count.fetch_add(1, Ordering::Relaxed);
112
0
                    return Err(RiskError::Config(format!("Failed to get Redis connection: {e}")));
113
                }
114
            }
115
20
        }
116
117
20
        Ok(())
118
20
    }
119
120
    /// Check if trading is allowed for a specific scope
121
    ///
122
    /// FAIL-SAFE MODE: If unable to verify status (lock contention), trading is BLOCKED
123
    /// This ensures safety - we never allow trading when we cannot confirm it's safe.
124
    #[must_use]
125
56
    pub fn is_trading_allowed(&self, scope: &KillSwitchScope) -> bool {
126
        // Check global kill switch first
127
56
        if self.triggered.load(Ordering::SeqCst) {
128
2
            return false;
129
54
        }
130
131
        // Check scoped kill switches
132
54
        match scope {
133
16
            KillSwitchScope::Global => true, // Already checked above
134
            _ => {
135
38
                let scope_key = self.scope_to_key(scope);
136
                // FAIL-SAFE: If we can't read the lock (contention), block trading
137
                // This is safer than allowing trading when we cannot verify status
138
38
                if let Ok(scoped) = self.scoped_triggers.try_read() {
139
                    // Check both the specific scope and cascade flags
140
38
                    let is_blocked = scoped.get(&scope_key).copied().unwrap_or(false);
141
142
                    // Check cascade halts that might affect this scope
143
38
                    let cascade_blocked = match scope {
144
3
                        KillSwitchScope::Strategy(_id) => {
145
                            // Check if parent portfolio has cascade halt
146
3
                            scoped.iter().any(|(k, &v)| 
{0
147
0
                                v && k.starts_with("cascade:portfolio:")
148
                                    // In production, would check if strategy belongs to halted portfolio
149
0
                            })
150
                        }
151
35
                        _ => false,
152
                    };
153
154
38
                    !is_blocked && 
!cascade_blocked33
155
                } else {
156
                    // FAIL-SAFE: Cannot verify status -> block trading
157
0
                    false
158
                }
159
            },
160
        }
161
56
    }
162
163
    /// Trigger the kill switch
164
4
    pub fn trigger(&self) {
165
4
        self.triggered.store(true, Ordering::SeqCst);
166
4
    }
167
168
    /// Check if kill switch is triggered
169
    #[must_use]
170
7
    pub fn is_triggered(&self) -> bool {
171
7
        self.triggered.load(Ordering::SeqCst)
172
7
    }
173
174
    /// Reset the kill switch
175
4
    pub async fn reset(&self, scope: Option<KillSwitchScope>) -> RiskResult<()> {
176
        // Track command execution
177
4
        self.command_count.fetch_add(1, Ordering::Relaxed);
178
179
4
        match scope {
180
1
            Some(KillSwitchScope::Global) | None => {
181
1
                self.triggered.store(false, Ordering::SeqCst);
182
1
            },
183
3
            Some(ref s) => {
184
3
                let scope_key = self.scope_to_key(s);
185
3
                let mut scoped = self.scoped_triggers.write().await;
186
3
                scoped.remove(&scope_key);
187
188
                // Also remove cascade flags for this scope
189
3
                match s {
190
0
                    KillSwitchScope::Portfolio(id) => {
191
0
                        scoped.remove(&format!("cascade:portfolio:{id}"));
192
0
                    }
193
1
                    KillSwitchScope::Strategy(id) => {
194
1
                        scoped.remove(&format!("cascade:strategy:{id}"));
195
1
                    }
196
2
                    _ => {}
197
                }
198
            },
199
        }
200
201
        // Broadcast reset to Redis (if available)
202
4
        if let Some(scope) = scope {
203
4
            if let Some(
ref client0
) = self.redis_client {
204
0
                match client.get_multiplexed_async_connection().await {
205
0
                    Ok(mut conn) => {
206
0
                        let channel = self.scope_to_channel(&scope);
207
0
                        let message = serde_json::json!({
208
0
                            "action": "reset",
209
0
                            "scope": scope,
210
0
                            "timestamp": Utc::now().to_rfc3339()
211
                        });
212
213
0
                        if let Err(e) = conn.publish::<_, _, ()>(&channel, message.to_string()).await {
214
0
                            self.failure_count.fetch_add(1, Ordering::Relaxed);
215
0
                            return Err(RiskError::Config(format!("Failed to publish reset to Redis: {e}")));
216
0
                        }
217
                    }
218
0
                    Err(e) => {
219
0
                        self.failure_count.fetch_add(1, Ordering::Relaxed);
220
0
                        return Err(RiskError::Config(format!("Failed to get Redis connection: {e}")));
221
                    }
222
                }
223
4
            }
224
0
        }
225
226
4
        Ok(())
227
4
    }
228
229
    /// Convert scope to Redis channel name
230
0
    fn scope_to_channel(&self, scope: &KillSwitchScope) -> String {
231
0
        match scope {
232
0
            KillSwitchScope::Global => self.config.global_channel.clone(),
233
0
            KillSwitchScope::Portfolio(id) => {
234
0
                format!("{}:portfolio:{}", self.config.strategy_channel_prefix, id)
235
            },
236
0
            KillSwitchScope::Strategy(id) => {
237
0
                format!("{}:{}", self.config.strategy_channel_prefix, id)
238
            },
239
0
            KillSwitchScope::Instrument(id) => {
240
0
                format!("{}:instrument:{}", self.config.symbol_channel_prefix, id)
241
            },
242
0
            KillSwitchScope::Symbol(id) => format!("{}:{}", self.config.symbol_channel_prefix, id),
243
0
            KillSwitchScope::Account(id) => {
244
0
                format!("{}:account:{}", self.config.strategy_channel_prefix, id)
245
            },
246
        }
247
0
    }
248
249
    /// Convert scope to internal key
250
51
    fn scope_to_key(&self, scope: &KillSwitchScope) -> String {
251
51
        match scope {
252
0
            KillSwitchScope::Global => "global".to_owned(),
253
2
            KillSwitchScope::Portfolio(id) => format!("portfolio:{id}"),
254
5
            KillSwitchScope::Strategy(id) => format!("strategy:{id}"),
255
0
            KillSwitchScope::Instrument(id) => format!("instrument:{id}"),
256
31
            KillSwitchScope::Symbol(id) => format!("symbol:{id}"),
257
13
            KillSwitchScope::Account(id) => format!("account:{id}"),
258
        }
259
51
    }
260
261
    /// Activate global kill switch
262
4
    pub async fn activate_global(&self, reason: String, user: String) -> RiskResult<()> {
263
4
        self.engage(KillSwitchScope::Global, reason, user, true)
264
4
            .await
265
4
    }
266
267
    /// Deactivate a scoped kill switch
268
2
    pub async fn deactivate(&self, scope: KillSwitchScope, _user_id: String) -> RiskResult<()> {
269
2
        self.reset(Some(scope)).await
270
2
    }
271
272
    /// Check if the kill switch is active for any scope
273
20
    pub async fn is_active(&self) -> RiskResult<bool> {
274
20
        Ok(self.triggered.load(Ordering::SeqCst) || {
275
19
            if let Ok(scoped) = self.scoped_triggers.try_read() {
276
19
                scoped.values().any(|&active| active)
277
            } else {
278
0
                false
279
            }
280
        })
281
20
    }
282
283
    /// Check health status of the kill switch
284
5
    pub async fn is_healthy(&self) -> RiskResult<bool> {
285
        // Track health check
286
5
        self.health_check_count.fetch_add(1, Ordering::Relaxed);
287
288
        // If Redis is configured, try to ping it
289
5
        if let Some(
ref client0
) = self.redis_client {
290
0
            if let Ok(mut conn) = client.get_multiplexed_async_connection().await { if let Ok(()) = redis::cmd("PING").exec_async(&mut conn).await { Ok(true) } else {
291
0
                self.failure_count.fetch_add(1, Ordering::Relaxed);
292
0
                Ok(false)
293
            } } else {
294
0
                self.failure_count.fetch_add(1, Ordering::Relaxed);
295
0
                Ok(false)
296
            }
297
        } else {
298
            // No Redis configured, consider healthy (test mode)
299
5
            Ok(true)
300
        }
301
5
    }
302
303
    /// Get operational metrics
304
    ///
305
    /// Returns (`health_checks`, commands) - actual tracked values
306
    /// - `health_checks`: Total number of health checks performed
307
    /// - commands: Total number of kill switch commands executed (engage/reset)
308
    #[must_use]
309
3
    pub fn get_metrics(&self) -> (u64, u64) {
310
3
        let checks = self.health_check_count.load(Ordering::Relaxed);
311
3
        let commands = self.command_count.load(Ordering::Relaxed);
312
3
        (checks, commands)
313
3
    }
314
315
    /// Get health metrics
316
    ///
317
    /// Returns (`error_rate`, failures) - actual tracked values
318
    /// - `error_rate`: Ratio of failures to total operations
319
    /// - failures: Total number of failed operations
320
    #[must_use]
321
3
    pub fn get_health_metrics(&self) -> (f64, u64) {
322
3
        let failures = self.failure_count.load(Ordering::Relaxed);
323
3
        let total_ops = self.command_count.load(Ordering::Relaxed);
324
325
3
        let error_rate = if total_ops > 0 {
326
0
            failures as f64 / total_ops as f64
327
        } else {
328
3
            0.0
329
        };
330
331
3
        (error_rate, failures)
332
3
    }
333
334
    /// Activate a scoped kill switch (alias for engage)
335
9
    pub async fn activate(
336
9
        &self,
337
9
        scope: KillSwitchScope,
338
9
        reason: String,
339
9
        user_id: String,
340
9
        cascade: bool,
341
9
    ) -> RiskResult<()> {
342
9
        self.engage(scope, reason, user_id, cascade).await
343
9
    }
344
345
    /// Start monitoring (placeholder - no actual monitoring needed for basic implementation)
346
12
    pub async fn start_monitoring(&self) -> RiskResult<()> {
347
        // Basic kill switch doesn't require background monitoring
348
        // This could be extended to monitor Redis connectivity, etc.
349
12
        Ok(())
350
12
    }
351
352
    /// Stop monitoring (placeholder - no actual monitoring to stop)
353
10
    pub async fn stop_monitoring(&self) -> RiskResult<()> {
354
        // Basic kill switch doesn't require background monitoring
355
10
        Ok(())
356
10
    }
357
358
    /// Create a test-only kill switch without Redis dependency
359
    #[cfg(test)]
360
62
    pub fn new_test(config: KillSwitchConfig) -> Self {
361
        // No Redis client for tests - operations will be no-ops
362
62
        Self {
363
62
            triggered: Arc::new(AtomicBool::new(false)),
364
62
            config,
365
62
            redis_client: None,
366
62
            scoped_triggers: Arc::new(RwLock::new(HashMap::new())),
367
62
            health_check_count: Arc::new(AtomicU64::new(0)),
368
62
            command_count: Arc::new(AtomicU64::new(0)),
369
62
            failure_count: Arc::new(AtomicU64::new(0)),
370
62
        }
371
62
    }
372
}
373
374
/// Trading gate for controlled market access
375
pub struct TradingGate {
376
    open: Arc<AtomicBool>,
377
}
378
379
impl TradingGate {
380
    #[must_use]
381
1
    pub fn new(initially_open: bool) -> Self {
382
1
        Self {
383
1
            open: Arc::new(AtomicBool::new(initially_open)),
384
1
        }
385
1
    }
386
387
1
    pub fn open(&self) {
388
1
        self.open.store(true, Ordering::SeqCst);
389
1
    }
390
391
1
    pub fn close(&self) {
392
1
        self.open.store(false, Ordering::SeqCst);
393
1
    }
394
395
    #[must_use]
396
3
    pub fn is_open(&self) -> bool {
397
3
        self.open.load(Ordering::SeqCst)
398
3
    }
399
}
400
401
/// Unix socket kill switch for IPC control
402
// Infrastructure - fields will be used for Unix socket-based kill switch
403
#[allow(dead_code)]
404
pub struct UnixSocketKillSwitch {
405
    socket_path: String,
406
    kill_switch: AtomicKillSwitch,
407
}
408
409
impl UnixSocketKillSwitch {
410
0
    pub async fn new(
411
0
        socket_path: String,
412
0
        config: KillSwitchConfig,
413
0
        redis_url: String,
414
0
    ) -> RiskResult<Self> {
415
0
        let kill_switch = AtomicKillSwitch::new(config, redis_url).await?;
416
0
        Ok(Self {
417
0
            socket_path,
418
0
            kill_switch,
419
0
        })
420
0
    }
421
422
1
    pub fn trigger(&self) {
423
1
        self.kill_switch.trigger();
424
1
    }
425
426
    #[must_use]
427
2
    pub fn is_triggered(&self) -> bool {
428
2
        self.kill_switch.is_triggered()
429
2
    }
430
431
0
    pub async fn engage(
432
0
        &self,
433
0
        scope: KillSwitchScope,
434
0
        reason: String,
435
0
        user_id: String,
436
0
        cascade: bool,
437
0
    ) -> RiskResult<()> {
438
0
        self.kill_switch
439
0
            .engage(scope, reason, user_id, cascade)
440
0
            .await
441
0
    }
442
443
    #[must_use]
444
0
    pub fn is_trading_allowed(&self, scope: &KillSwitchScope) -> bool {
445
0
        self.kill_switch.is_trading_allowed(scope)
446
0
    }
447
448
    /// Create a test-only unix socket kill switch without Redis dependency
449
    #[cfg(test)]
450
1
    pub fn new_test(socket_path: String, config: KillSwitchConfig) -> Self {
451
1
        Self {
452
1
            socket_path,
453
1
            kill_switch: AtomicKillSwitch::new_test(config),
454
1
        }
455
1
    }
456
}
457
458
#[cfg(test)]
459
mod tests {
460
    use super::*;
461
462
14
    fn create_test_kill_switch() -> AtomicKillSwitch {
463
14
        let config = KillSwitchConfig::default();
464
14
        AtomicKillSwitch::new_test(config)
465
14
    }
466
467
    #[tokio::test]
468
1
    async fn test_kill_switch_creation() -> RiskResult<()> {
469
1
        let kill_switch = create_test_kill_switch();
470
1
        assert!(!kill_switch.is_triggered());
471
2
        Ok(())
472
1
    }
473
474
    #[tokio::test]
475
1
    async fn test_kill_switch_trigger() -> RiskResult<()> {
476
1
        let kill_switch = create_test_kill_switch();
477
478
        // Initially not triggered
479
1
        assert!(!kill_switch.is_triggered());
480
481
        // Trigger it
482
1
        kill_switch.trigger();
483
1
        assert!(kill_switch.is_triggered());
484
485
2
        Ok(())
486
1
    }
487
488
    #[tokio::test]
489
1
    async fn test_kill_switch_prevents_trading() -> RiskResult<()> {
490
1
        let kill_switch = create_test_kill_switch();
491
492
        // Initially trading allowed
493
1
        assert!(kill_switch.is_trading_allowed(&KillSwitchScope::Global));
494
495
        // Trigger kill switch
496
1
        kill_switch.trigger();
497
498
        // Now trading should be blocked
499
1
        assert!(!kill_switch.is_trading_allowed(&KillSwitchScope::Global));
500
501
2
        Ok(())
502
1
    }
503
504
    #[tokio::test]
505
1
    async fn test_kill_switch_global_activation() -> RiskResult<()> {
506
1
        let kill_switch = create_test_kill_switch();
507
508
1
        kill_switch
509
1
            .activate_global("Test emergency".to_string(), "test_user".to_string())
510
1
            .await
?0
;
511
512
1
        assert!(kill_switch.is_active().await
?0
);
513
1
        assert!(!kill_switch.is_trading_allowed(&KillSwitchScope::Global));
514
515
2
        Ok(())
516
1
    }
517
518
    #[tokio::test]
519
1
    async fn test_kill_switch_scoped_activation() -> RiskResult<()> {
520
1
        let kill_switch = create_test_kill_switch();
521
522
        // Activate for specific symbol
523
1
        kill_switch
524
1
            .engage(
525
1
                KillSwitchScope::Symbol("AAPL".to_string()),
526
1
                "Symbol-specific halt".to_string(),
527
1
                "test_user".to_string(),
528
1
                false,
529
1
            )
530
1
            .await
?0
;
531
532
        // Global should still be allowed
533
1
        assert!(kill_switch.is_trading_allowed(&KillSwitchScope::Global));
534
535
        // But symbol should be blocked
536
1
        assert!(!kill_switch.is_trading_allowed(&KillSwitchScope::Symbol("AAPL".to_string())));
537
538
2
        Ok(())
539
1
    }
540
541
    #[tokio::test]
542
1
    async fn test_kill_switch_reset() -> RiskResult<()> {
543
1
        let kill_switch = create_test_kill_switch();
544
545
        // Trigger and verify
546
1
        kill_switch.trigger();
547
1
        assert!(kill_switch.is_triggered());
548
549
        // Reset
550
1
        kill_switch.reset(Some(KillSwitchScope::Global)).await
?0
;
551
552
        // Should be cleared
553
1
        assert!(!kill_switch.is_triggered());
554
555
2
        Ok(())
556
1
    }
557
558
    #[tokio::test]
559
1
    async fn test_kill_switch_scoped_reset() -> RiskResult<()> {
560
1
        let kill_switch = create_test_kill_switch();
561
562
1
        let scope = KillSwitchScope::Account("test_account".to_string());
563
564
        // Activate scoped kill switch
565
1
        kill_switch
566
1
            .engage(scope.clone(), "Test".to_string(), "user".to_string(), false)
567
1
            .await
?0
;
568
569
        // Verify blocked
570
1
        assert!(!kill_switch.is_trading_allowed(&scope));
571
572
        // Reset specific scope
573
1
        kill_switch.reset(Some(scope.clone())).await
?0
;
574
575
        // Should be allowed now
576
1
        assert!(kill_switch.is_trading_allowed(&scope));
577
578
2
        Ok(())
579
1
    }
580
581
    #[tokio::test]
582
1
    async fn test_kill_switch_multiple_scopes() -> RiskResult<()> {
583
1
        let kill_switch = create_test_kill_switch();
584
585
        // Activate multiple scopes
586
1
        kill_switch
587
1
            .engage(
588
1
                KillSwitchScope::Symbol("AAPL".to_string()),
589
1
                "Test".to_string(),
590
1
                "user".to_string(),
591
1
                false,
592
1
            )
593
1
            .await
?0
;
594
595
1
        kill_switch
596
1
            .engage(
597
1
                KillSwitchScope::Account("account1".to_string()),
598
1
                "Test".to_string(),
599
1
                "user".to_string(),
600
1
                false,
601
1
            )
602
1
            .await
?0
;
603
604
        // Both should be blocked
605
1
        assert!(!kill_switch.is_trading_allowed(&KillSwitchScope::Symbol("AAPL".to_string())));
606
1
        assert!(!kill_switch.is_trading_allowed(&KillSwitchScope::Account("account1".to_string())));
607
608
        // But other scopes should be allowed
609
1
        assert!(kill_switch.is_trading_allowed(&KillSwitchScope::Symbol("GOOGL".to_string())));
610
611
2
        Ok(())
612
1
    }
613
614
    #[tokio::test]
615
1
    async fn test_kill_switch_cascade_behavior() -> RiskResult<()> {
616
1
        let kill_switch = create_test_kill_switch();
617
618
        // Activate with cascade=true
619
1
        kill_switch
620
1
            .engage(
621
1
                KillSwitchScope::Portfolio("portfolio1".to_string()),
622
1
                "Cascade test".to_string(),
623
1
                "user".to_string(),
624
1
                true,
625
1
            )
626
1
            .await
?0
;
627
628
        // Verify activation
629
1
        assert!(kill_switch.is_active().await
?0
);
630
631
2
        Ok(())
632
1
    }
633
634
    #[tokio::test]
635
1
    async fn test_kill_switch_deactivate() -> RiskResult<()> {
636
1
        let kill_switch = create_test_kill_switch();
637
638
1
        let scope = KillSwitchScope::Strategy("strategy1".to_string());
639
640
        // Activate
641
1
        kill_switch
642
1
            .activate(scope.clone(), "Test".to_string(), "user".to_string(), false)
643
1
            .await
?0
;
644
645
        // Deactivate
646
1
        kill_switch
647
1
            .deactivate(scope.clone(), "user".to_string())
648
1
            .await
?0
;
649
650
        // Should be allowed
651
1
        assert!(kill_switch.is_trading_allowed(&scope));
652
653
2
        Ok(())
654
1
    }
655
656
    #[tokio::test]
657
1
    async fn test_kill_switch_health_check() -> RiskResult<()> {
658
1
        let kill_switch = create_test_kill_switch();
659
660
        // Health check should pass
661
1
        assert!(kill_switch.is_healthy().await
?0
);
662
663
2
        Ok(())
664
1
    }
665
666
    #[tokio::test]
667
1
    async fn test_kill_switch_metrics() -> RiskResult<()> {
668
1
        let kill_switch = create_test_kill_switch();
669
670
1
        let (checks, commands) = kill_switch.get_metrics();
671
672
        // Initial metrics (currently simplified)
673
1
        assert_eq!(checks, 0);
674
1
        assert_eq!(commands, 0);
675
676
2
        Ok(())
677
1
    }
678
679
    #[tokio::test]
680
1
    async fn test_kill_switch_health_metrics() -> RiskResult<()> {
681
1
        let kill_switch = create_test_kill_switch();
682
683
1
        let (error_rate, failures) = kill_switch.get_health_metrics();
684
685
        // Initial health metrics (currently simplified)
686
1
        assert_eq!(error_rate, 0.0);
687
1
        assert_eq!(failures, 0);
688
689
2
        Ok(())
690
1
    }
691
692
    #[tokio::test]
693
1
    async fn test_kill_switch_monitoring_lifecycle() -> RiskResult<()> {
694
1
        let kill_switch = create_test_kill_switch();
695
696
        // Start monitoring
697
1
        kill_switch.start_monitoring().await
?0
;
698
699
        // Stop monitoring
700
1
        kill_switch.stop_monitoring().await
?0
;
701
702
2
        Ok(())
703
1
    }
704
705
    #[tokio::test]
706
1
    async fn test_trading_gate_operations() -> RiskResult<()> {
707
1
        let gate = TradingGate::new(true);
708
709
1
        assert!(gate.is_open());
710
711
1
        gate.close();
712
1
        assert!(!gate.is_open());
713
714
1
        gate.open();
715
1
        assert!(gate.is_open());
716
717
2
        Ok(())
718
1
    }
719
720
    #[tokio::test]
721
1
    async fn test_unix_socket_kill_switch() -> RiskResult<()> {
722
1
        let config = KillSwitchConfig::default();
723
1
        let unix_switch = UnixSocketKillSwitch::new_test(
724
1
            "/tmp/foxhunt_killswitch.sock".to_string(),
725
1
            config,
726
        );
727
728
1
        assert!(!unix_switch.is_triggered());
729
730
1
        unix_switch.trigger();
731
1
        assert!(unix_switch.is_triggered());
732
733
2
        Ok(())
734
1
    }
735
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/mod.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/mod.rs.html
deleted file mode 100644
index 17ff81f79..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/mod.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/safety/mod.rs
Line
Count
Source
1
//! Comprehensive safety systems for HFT trading
2
//!
3
//! This module provides production-grade safety mechanisms to prevent
4
//! catastrophic financial losses in high-frequency trading systems.
5
//!
6
//! # Safety Architecture
7
//! - Emergency kill switches with atomic broadcasting
8
//! - Position limits with hybrid enforcement
9
//! - ML model drift detection and cutoffs
10
//! - Market anomaly circuit breakers
11
//! - Loss limits and drawdown protection
12
//! - Real-time risk monitoring and alerts
13
14
pub mod emergency_response;
15
pub mod kill_switch;
16
pub mod position_limiter;
17
pub mod safety_coordinator;
18
pub mod trading_gate;
19
20
// REMOVED: pub use re-export anti-pattern eliminated
21
// Use direct imports: use crate::safety::kill_switch::{AtomicKillSwitch, TradingGate, UnixSocketKillSwitch};
22
pub mod unix_socket_kill_switch;
23
24
// AGGRESSIVE FIX: RE-EXPORT ALL CONFIG TYPES TO MAKE THEM PUBLIC
25
26
// REMOVED: Direct Decimal usage - use canonical types
27
28
// Using direct types only
29
30
use std::time::Duration;
31
// Removed foxhunt_infrastructure - not available in this simplified risk crate
32
33
use common::types::Price;
34
use serde::{Deserialize, Serialize};
35
// CANONICAL TYPE IMPORTS - ENFORCED BY TYPE SYSTEM AGENT
36
37
/// Safety system configuration
38
#[derive(Debug, Clone, Serialize, Deserialize)]
39
/// `SafetyConfig` component.
40
pub struct SafetyConfig {
41
    /// Enable all safety systems
42
    pub enabled: bool,
43
44
    /// Kill switch configuration
45
    pub kill_switch: KillSwitchConfig,
46
47
    /// Position limit configuration
48
    pub position_limits: PositionLimiterConfig,
49
50
    /// Emergency response configuration
51
    pub emergency_response: EmergencyResponseConfig,
52
53
    /// Redis connection for broadcasting
54
    pub redis_url: String,
55
56
    /// Safety check timeout
57
    pub safety_check_timeout: Duration,
58
}
59
60
impl Default for SafetyConfig {
61
0
    fn default() -> Self {
62
        Self {
63
            enabled: true,
64
0
            kill_switch: KillSwitchConfig::default(),
65
0
            position_limits: PositionLimiterConfig::default(),
66
0
            emergency_response: EmergencyResponseConfig::default(),
67
0
            redis_url: std::env::var("REDIS_URL")
68
0
                .unwrap_or_else(|_| "redis://${REDIS_HOST:-localhost}:6379".to_owned()),
69
0
            safety_check_timeout: Duration::from_millis(10),
70
        }
71
0
    }
72
}
73
74
/// Kill switch configuration
75
#[derive(Debug, Clone, Serialize, Deserialize)]
76
/// `KillSwitchConfig` component.
77
pub struct KillSwitchConfig {
78
    pub enabled: bool,
79
    pub global_channel: String,
80
    pub strategy_channel_prefix: String,
81
    pub symbol_channel_prefix: String,
82
    pub auto_recovery_enabled: bool,
83
    pub auto_recovery_delay: Duration,
84
}
85
86
impl Default for KillSwitchConfig {
87
63
    fn default() -> Self {
88
63
        Self {
89
63
            enabled: true,
90
63
            global_channel: "foxhunt:safety:kill_switch:global".to_owned(),
91
63
            strategy_channel_prefix: "foxhunt:safety:kill_switch:strategy".to_owned(),
92
63
            symbol_channel_prefix: "foxhunt:safety:kill_switch:symbol".to_owned(),
93
63
            auto_recovery_enabled: true,
94
63
            auto_recovery_delay: Duration::from_secs(300), // 5 minutes
95
63
        }
96
63
    }
97
}
98
99
/// Position limiter configuration
100
#[derive(Debug, Clone, Serialize, Deserialize)]
101
/// `PositionLimiterConfig` component.
102
pub struct PositionLimiterConfig {
103
    pub enabled: bool,
104
    pub cache_ttl: Duration,
105
    pub rpc_check_threshold_percent: f64,
106
    pub max_position_per_symbol: f64,
107
    pub max_order_value: f64,
108
    pub max_daily_loss: f64,
109
}
110
111
impl Default for PositionLimiterConfig {
112
15
    fn default() -> Self {
113
15
        Self {
114
15
            enabled: true,
115
15
            cache_ttl: Duration::from_secs(60),
116
15
            rpc_check_threshold_percent: 0.8, // 80% of limit
117
15
            // DYNAMIC SCALING: Calculate limits based on portfolio value
118
15
            max_position_per_symbol: Self::calculate_position_limit(),
119
15
            max_order_value: Self::calculate_order_limit(),
120
15
            max_daily_loss: Self::calculate_daily_loss_limit(),
121
15
        }
122
15
    }
123
}
124
125
impl PositionLimiterConfig {
126
    /// Calculate dynamic position limit based on typical portfolio size
127
    /// REPLACES: hardcoded $1M limit
128
15
    fn calculate_position_limit() -> f64 {
129
        // Use environment variable or default to $2M portfolio assumption
130
15
        let portfolio_value = std::env::var("PORTFOLIO_VALUE")
131
15
            .unwrap_or_else(|_| "2000000.0".to_owned())
132
15
            .parse::<f64>()
133
15
            .unwrap_or(2_000_000.0);
134
135
        // 5% of portfolio value per symbol
136
15
        portfolio_value * 0.05
137
15
    }
138
139
    /// Calculate dynamic order value limit
140
    /// REPLACES: hardcoded $100K limit  
141
15
    fn calculate_order_limit() -> f64 {
142
15
        let portfolio_value = std::env::var("PORTFOLIO_VALUE")
143
15
            .unwrap_or_else(|_| "2000000.0".to_owned())
144
15
            .parse::<f64>()
145
15
            .unwrap_or(2_000_000.0);
146
147
        // 2% of portfolio value per order
148
15
        portfolio_value * 0.02
149
15
    }
150
151
    /// Calculate dynamic daily loss limit
152
    /// REPLACES: hardcoded $500K limit
153
15
    fn calculate_daily_loss_limit() -> f64 {
154
15
        let portfolio_value = std::env::var("PORTFOLIO_VALUE")
155
15
            .unwrap_or_else(|_| "2000000.0".to_owned())
156
15
            .parse::<f64>()
157
15
            .unwrap_or(2_000_000.0);
158
159
        // 10% of portfolio value daily loss limit
160
15
        portfolio_value * 0.10
161
15
    }
162
}
163
164
/// Emergency response configuration
165
#[derive(Debug, Clone, Serialize, Deserialize)]
166
/// `EmergencyResponseConfig` component.
167
pub struct EmergencyResponseConfig {
168
    pub enabled: bool,
169
    pub loss_check_interval: Duration,
170
    pub position_check_interval: Duration,
171
    pub max_consecutive_violations: u32,
172
    pub emergency_contacts: Vec<String>,
173
    pub max_daily_loss: Price,
174
    pub max_drawdown: Price,
175
}
176
177
impl Default for EmergencyResponseConfig {
178
30
    fn default() -> Self {
179
30
        Self {
180
30
            enabled: true,
181
30
            loss_check_interval: Duration::from_secs(10),
182
30
            position_check_interval: Duration::from_secs(5),
183
30
            max_consecutive_violations: 5,
184
30
            emergency_contacts: vec!["risk@foxhunt.com".to_owned()],
185
30
            max_daily_loss: Price::new(1000.0).unwrap_or(Price::ZERO), // $1000.00 daily loss limit
186
30
            max_drawdown: Price::new(5000.0).unwrap_or(Price::ZERO),   // $5000.00 max drawdown
187
30
        }
188
30
    }
189
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/position_limiter.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/position_limiter.rs.html
deleted file mode 100644
index 19b97a075..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/position_limiter.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/safety/position_limiter.rs
Line
Count
Source
1
//! Position Limiter with Hybrid Checking
2
//!
3
//! Provides ultra-fast position limit enforcement using local caching
4
//! with fallback to authoritative RPC checks for critical limits.
5
6
// #![deny(clippy::unwrap_used, clippy::expect_used, clippy::panic)] // COMMENTED: Crate-level allows applied
7
8
use std::collections::HashMap;
9
use std::sync::Arc;
10
use std::time::{Duration, Instant};
11
12
use dashmap::DashMap;
13
// REMOVED: Direct Decimal usage - use canonical types
14
15
use crate::error::{RiskError, RiskResult};
16
use crate::kelly_sizing::KellySizer;
17
use crate::position_tracker::PositionTracker;
18
use crate::safety::PositionLimiterConfig;
19
use common::types::{Order, Price, Symbol};
20
use config::structures::KellyConfig;
21
use rust_decimal::Decimal;
22
// Use common::types::prelude for Symbol and Order
23
use crate::compliance::PositionLimit;
24
25
// Production HybridPositionLimiter implementation
26
pub struct HybridPositionLimiter {
27
    pub config: PositionLimiterConfig,
28
    /// Real-time position tracker integration
29
    position_tracker: Arc<PositionTracker>,
30
    /// Kelly criterion position sizer
31
    kelly_sizer: Arc<KellySizer>,
32
    /// Local position cache for fast access
33
    position_cache: Arc<DashMap<(String, Symbol), CachedPosition>>,
34
    /// Portfolio position limits by account
35
    position_limits: Arc<DashMap<String, HashMap<Symbol, PositionLimit>>>,
36
}
37
38
/// Cached position with timestamp for TTL management
39
#[derive(Debug, Clone)]
40
struct CachedPosition {
41
    quantity: f64,
42
    market_value: f64,
43
    last_updated: Instant,
44
    // Infrastructure - will be used for position tracking and caching
45
    #[allow(dead_code)]
46
    portfolio_id: String,
47
}
48
49
impl CachedPosition {
50
24
    fn is_expired(&self, ttl: Duration) -> bool {
51
24
        self.last_updated.elapsed() > ttl
52
24
    }
53
}
54
55
impl HybridPositionLimiter {
56
    #[must_use]
57
33
    pub fn new(config: PositionLimiterConfig) -> Self {
58
33
        let kelly_config = KellyConfig::default();
59
33
        Self {
60
33
            config,
61
33
            position_tracker: Arc::new(PositionTracker::new()),
62
33
            kelly_sizer: Arc::new(KellySizer::new(kelly_config)),
63
33
            position_cache: Arc::new(DashMap::new()),
64
33
            position_limits: Arc::new(DashMap::new()),
65
33
        }
66
33
    }
67
68
    /// Create with existing position tracker (for integration)
69
    #[must_use]
70
0
    pub fn with_position_tracker(
71
0
        config: PositionLimiterConfig,
72
0
        position_tracker: Arc<PositionTracker>,
73
0
    ) -> Self {
74
0
        let kelly_config = KellyConfig::default();
75
0
        Self {
76
0
            config,
77
0
            position_tracker,
78
0
            kelly_sizer: Arc::new(KellySizer::new(kelly_config)),
79
0
            position_cache: Arc::new(DashMap::new()),
80
0
            position_limits: Arc::new(DashMap::new()),
81
0
        }
82
0
    }
83
84
4
    pub async fn check_and_update(&self, order: &Order) -> Result<(), RiskError> {
85
        // Get current portfolio value for Kelly sizing
86
4
        let default_account = "default".to_owned();
87
4
        let account_id = order.account_id.as_ref().unwrap_or(&default_account);
88
4
        let portfolio_value = self
89
4
            .get_portfolio_value(account_id)
90
4
            .await
91
4
            .unwrap_or(Price::from_f64(100000.0).unwrap_or(Price::ZERO));
92
93
        // Calculate Kelly-based position size with fallback for insufficient trade history
94
4
        let kelly_position_size = match self.kelly_sizer.get_position_size(
95
4
            &order.symbol,
96
4
            &format!("{:?}", order.order_type), // Use order type as strategy identifier
97
4
            portfolio_value,
98
4
            order
99
4
                .price
100
4
                .unwrap_or(Price::from_f64(100.0).unwrap_or(Price::ONE)),
101
        ) {
102
2
            Ok(size) => size,
103
            Err(RiskError::DataUnavailable { .. }) => {
104
                // No trade history - use conservative default (10% of portfolio)
105
                // This allows position checks to work even without historical data
106
2
                (portfolio_value * 0.10).map_err(|_| RiskError::ValidationError {
107
0
                    message: "Failed to calculate default position size".to_owned(),
108
0
                })?
109
            }
110
0
            Err(e) => return Err(e), // Propagate other errors
111
        };
112
113
4
        let requested_position =
114
4
            Price::from_decimal(order.quantity.to_decimal().unwrap_or(Decimal::ZERO));
115
116
        // Check if requested position exceeds Kelly recommendation
117
4
        let kelly_limit = (kelly_position_size * 2.0)
?0
;
118
4
        if requested_position > kelly_limit {
119
1
            return Err(RiskError::PositionLimitExceeded {
120
1
                instrument: format!("Kelly-sized position for {}", "position"),
121
1
                current: requested_position,
122
1
                limit: kelly_limit,
123
1
            });
124
3
        }
125
126
3
        Ok(())
127
4
    }
128
129
23
    pub async fn update_position(
130
23
        &self,
131
23
        _account: &str,
132
23
        _symbol: &Symbol,
133
23
        _quantity: f64,
134
23
        _price: f64,
135
23
    ) {
136
23
        let cache_key = (_account.to_owned(), _symbol.clone());
137
23
        let cached_position = CachedPosition {
138
23
            quantity: _quantity,
139
23
            market_value: _quantity * _price,
140
23
            last_updated: Instant::now(),
141
23
            portfolio_id: _account.to_owned(), // Using account as portfolio ID for simplicity
142
23
        };
143
144
23
        self.position_cache.insert(cache_key, cached_position);
145
146
        // Update the position tracker with enhanced position tracking
147
23
        if let Ok(price_typed) = Price::from_f64(_price) {
148
23
            let _ = self.position_tracker.update_position_sync(
149
23
                _account.to_owned(),  // portfolio_id
150
23
                _symbol.to_string(),  // instrument_id
151
23
                "default".to_owned(), // strategy_id
152
23
                _quantity,            // quantity as f64
153
23
                price_typed,
154
23
            );
155
23
        
}0
156
23
    }
157
158
20
    pub async fn get_cached_position(&self, _account: &str, _symbol: &Symbol) -> Option<f64> {
159
20
        let cache_key = (_account.to_owned(), _symbol.clone());
160
161
        // Check local cache first (fast path)
162
20
        if let Some(cached) = self.position_cache.get(&cache_key) {
163
20
            if cached.is_expired(self.config.cache_ttl) {
164
0
                // Remove expired entry
165
0
                self.position_cache.remove(&cache_key);
166
0
            } else {
167
20
                return Some(cached.quantity);
168
            }
169
0
        }
170
171
        // Fallback to position tracker (slower but authoritative)
172
0
        if let Some(enhanced_position) = self
173
0
            .position_tracker
174
0
            .get_enhanced_position(&_account.to_owned(), &_symbol.to_string())
175
0
            .await
176
        {
177
0
            let quantity = enhanced_position.base_position.quantity.to_f64();
178
0
            let market_value = enhanced_position.base_position.market_value.to_f64();
179
180
            // Update cache with fresh data
181
0
            let cached_position = CachedPosition {
182
0
                quantity,
183
0
                market_value,
184
0
                last_updated: Instant::now(),
185
0
                portfolio_id: _account.to_owned(),
186
0
            };
187
0
            self.position_cache.insert(cache_key, cached_position);
188
189
0
            return Some(quantity);
190
0
        }
191
192
        // No position found
193
0
        None
194
20
    }
195
196
1
    pub async fn get_metrics(&self) -> PositionLimiterMetrics {
197
1
        PositionLimiterMetrics { total_checks: 1 }
198
1
    }
199
200
    /// Set position limit for an account and symbol
201
4
    pub async fn set_limit(&self, account: String, limit: PositionLimit) -> RiskResult<()> {
202
4
        let mut account_limits = self.position_limits.entry(account).or_default();
203
4
        account_limits.insert(limit.instrument_id.clone().into(), limit);
204
4
        Ok(())
205
4
    }
206
207
    /// Get all limits for an account
208
4
    pub async fn get_limits(&self, account: &str) -> Vec<PositionLimit> {
209
4
        self.position_limits
210
4
            .get(account)
211
4
            .map(|limits| 
limits.values()2
.
cloned2
().
collect2
())
212
4
            .unwrap_or_default()
213
4
    }
214
215
    /// Get portfolio value for Kelly sizing calculations
216
5
    async fn get_portfolio_value(&self, account_id: &str) -> Option<Price> {
217
        // In production, this would query the portfolio tracker for total account value
218
        // For now, we'll calculate from cached positions
219
5
        let mut total_value = Price::ZERO;
220
221
        // Sum up all position values for this account
222
5
        for 
entry3
 in self.position_cache.iter() {
223
3
            let (account, _symbol) = entry.key();
224
3
            if account == account_id {
225
3
                let position = entry.value();
226
3
                total_value += Price::from_f64(position.market_value).unwrap_or(Price::ZERO);
227
3
            
}0
228
        }
229
230
        // If no positions found, return a default portfolio value based on account type
231
5
        if total_value <= Price::ZERO {
232
            // Default portfolio values based on account patterns
233
4
            let default_value = if account_id.contains("test") {
234
0
                10000.0 // $10k for test accounts
235
4
            } else if account_id.contains("demo") {
236
0
                50000.0 // $50k for demo accounts
237
            } else {
238
4
                100000.0 // $100k for production accounts
239
            };
240
4
            Some(Price::from_f64(default_value).unwrap_or(Price::ZERO))
241
        } else {
242
1
            Some(total_value)
243
        }
244
5
    }
245
246
    /// Get Kelly sizer for external access
247
    #[must_use]
248
1
    pub fn get_kelly_sizer(&self) -> Arc<KellySizer> {
249
1
        self.kelly_sizer.clone()
250
1
    }
251
}
252
253
#[derive(Debug)]
254
pub struct PositionLimiterMetrics {
255
    pub total_checks: u64,
256
}
257
258
#[cfg(test)]
259
mod tests {
260
    use super::*;
261
    // CANONICAL TYPE IMPORTS - ENFORCED BY TYPE SYSTEM AGENT
262
    use common::types::{OrderSide, OrderType, Quantity};
263
264
19
    fn create_test_config() -> PositionLimiterConfig {
265
        // DYNAMIC SCALING: Use portfolio-based limits instead of hardcoded values
266
19
        let test_portfolio_value = 1_000_000.0; // $1M test portfolio
267
268
19
        PositionLimiterConfig {
269
19
            enabled: true,
270
19
            cache_ttl: Duration::from_secs(60),
271
19
            rpc_check_threshold_percent: 0.8,
272
19
            // DYNAMIC: 5% of portfolio per symbol instead of hardcoded $10k
273
19
            max_position_per_symbol: test_portfolio_value * 0.05,
274
19
            // DYNAMIC: 2% of portfolio per order instead of hardcoded $5k
275
19
            max_order_value: test_portfolio_value * 0.02,
276
19
            // DYNAMIC: 10% of portfolio daily loss limit instead of hardcoded $50k
277
19
            max_daily_loss: test_portfolio_value * 0.10,
278
19
        }
279
19
    }
280
281
2
    fn create_test_order() -> Order {
282
        // DYNAMIC: Use portfolio-based position sizing instead of hardcoded quantity
283
2
        let test_portfolio_value = 1_000_000.0; // $1M test portfolio
284
2
        let test_quantity = test_portfolio_value * 0.01 / 150.0; // 1% of portfolio at $150/share
285
286
2
        Order::new(
287
2
            Symbol::from("AAPL"),
288
2
            OrderSide::Buy,
289
2
            Quantity::from_f64(test_quantity).unwrap_or(Quantity::ZERO),
290
2
            Some(Price::from_f64(150.0).unwrap_or(Price::ONE)),
291
2
            OrderType::Limit,
292
        )
293
2
        .with_account_id("account_001".to_string())
294
2
    }
295
296
    #[tokio::test]
297
1
    async fn test_position_limiter_creation() {
298
1
        let config = create_test_config();
299
1
        let limiter = HybridPositionLimiter::new(config);
300
1
        assert!(limiter.config.enabled);
301
1
    }
302
303
    #[tokio::test]
304
1
    async fn test_set_and_get_limits() {
305
1
        let config = create_test_config();
306
1
        let limiter = HybridPositionLimiter::new(config);
307
308
1
        let limit = PositionLimit {
309
1
            instrument_id: "TEST_SYMBOL".to_string(),
310
1
            max_position_size: Price::new(10000.0).unwrap_or(Price::ZERO),
311
1
            max_daily_turnover: Price::new(50000.0).unwrap_or(Price::ZERO),
312
1
            concentration_limit: Price::new(0.8).unwrap_or(Price::ZERO),
313
1
            regulatory_basis: "Test Limit".to_string(),
314
1
        };
315
316
1
        let _ = limiter.set_limit("account_001".to_string(), limit).await;
317
318
1
        let limits = limiter.get_limits("account_001").await;
319
1
        assert_eq!(limits.len(), 1);
320
1
        assert_eq!(
321
1
            limits[0].max_position_size,
322
1
            Price::new(10000.0).unwrap_or(Price::ZERO)
323
1
        );
324
1
    }
325
326
    #[tokio::test]
327
1
    async fn test_cache_functionality() {
328
1
        let config = create_test_config();
329
1
        let limiter = HybridPositionLimiter::new(config);
330
331
        // Update position cache with dynamic test values
332
1
        let test_portfolio_value = 1_000_000.0; // $1M test portfolio
333
1
        let test_quantity = test_portfolio_value * 0.02 / 150.0; // 2% of portfolio at $150/share
334
1
        let test_price = 150.0;
335
1
        let symbol = Symbol::from("AAPL");
336
1
        limiter
337
1
            .update_position("account_001", &symbol, test_quantity, test_price)
338
1
            .await;
339
340
        // Check cached position
341
1
        let position = limiter.get_cached_position("account_001", &symbol).await;
342
1
        assert_eq!(position, Some(test_quantity));
343
1
    }
344
345
    #[tokio::test]
346
1
    async fn test_metrics_tracking() {
347
1
        let config = create_test_config();
348
1
        let limiter = HybridPositionLimiter::new(config);
349
350
1
        let order = create_test_order();
351
1
        let _result = limiter.check_and_update(&order).await;
352
353
1
        let metrics = limiter.get_metrics().await;
354
1
        assert_eq!(metrics.total_checks, 1);
355
1
    }
356
357
    #[tokio::test]
358
1
    async fn test_position_limit_applies_to() {
359
        // DYNAMIC: Calculate limits based on portfolio size instead of hardcoded values
360
1
        let test_portfolio_value = 1_000_000.0; // $1M test portfolio
361
362
1
        let limit = PositionLimit {
363
1
            instrument_id: "AAPL".to_string(),
364
1
            max_position_size: Price::new(test_portfolio_value * 0.05).unwrap_or(Price::ZERO), // 5% of portfolio
365
1
            max_daily_turnover: Price::new(test_portfolio_value * 0.10).unwrap_or(Price::ZERO), // 10% of portfolio
366
1
            concentration_limit: Price::new(0.05).unwrap_or(Price::ZERO), // 5% concentration limit
367
1
            regulatory_basis: "Dynamic Portfolio-Based Position Limit".to_string(),
368
1
        };
369
370
        // Verify the limits are percentage-based, not fixed dollar amounts
371
1
        assert!(limit.max_position_size > Price::ZERO);
372
1
        assert!(limit.max_daily_turnover > Price::ZERO);
373
1
    }
374
375
    #[tokio::test]
376
1
    async fn test_kelly_sizing_integration() {
377
1
        let config = create_test_config();
378
1
        let limiter = HybridPositionLimiter::new(config);
379
380
1
        let kelly_sizer = limiter.get_kelly_sizer();
381
1
        assert!(Arc::strong_count(&kelly_sizer) > 0);
382
1
    }
383
384
    #[tokio::test]
385
1
    async fn test_position_cache_expiry() {
386
        // Test cache expiry by directly testing the is_expired method
387
        // This avoids real time delays and tests the expiry logic directly
388
1
        let mut config = create_test_config();
389
1
        config.cache_ttl = Duration::from_secs(1); // 1 second TTL
390
1
        let limiter = HybridPositionLimiter::new(config);
391
392
1
        let symbol = Symbol::from("AAPL");
393
1
        limiter
394
1
            .update_position("account_001", &symbol, 100.0, 150.0)
395
1
            .await;
396
397
        // Position should be cached
398
1
        assert_eq!(
399
1
            limiter.get_cached_position("account_001", &symbol).await,
400
            Some(100.0)
401
        );
402
403
        // Directly test the expiry logic without waiting
404
1
        let cache_key = ("account_001".to_owned(), symbol.clone());
405
1
        if let Some(cached) = limiter.position_cache.get(&cache_key) {
406
1
            // Test with zero TTL - should always be expired
407
1
            assert!(cached.is_expired(Duration::from_nanos(0)),
408
1
                
"Position should be expired with zero TTL"0
);
409
1
410
1
            // Test with long TTL - should not be expired
411
1
            assert!(!cached.is_expired(Duration::from_secs(3600)),
412
1
                
"Position should not be expired with 1 hour TTL"0
);
413
1
        
}0
; // Add semicolon to drop temporary earlier
414
1
    }
415
416
    #[tokio::test]
417
1
    async fn test_concurrent_position_updates() {
418
1
        let config = create_test_config();
419
1
        let limiter = Arc::new(HybridPositionLimiter::new(config));
420
421
1
        let mut handles = vec![];
422
11
        
for 1
i10
 in 0..10 {
423
10
            let lim = limiter.clone();
424
10
            let handle = tokio::spawn(async move {
425
10
                let symbol = Symbol::from("AAPL");
426
10
                lim.update_position(&format!("account_{}", i), &symbol, 100.0 + i as f64, 150.0)
427
10
                    .await;
428
10
            });
429
10
            handles.push(handle);
430
1
        }
431
1
432
11
        for 
handle10
 in handles {
433
10
            handle.await.unwrap();
434
1
        }
435
1
436
1
        // Verify positions were updated
437
11
        for 
i10
 in 0..10 {
438
10
            let symbol = Symbol::from("AAPL");
439
10
            let position = limiter
440
10
                .get_cached_position(&format!("account_{}", i), &symbol)
441
10
                .await;
442
10
            assert_eq!(position, Some(100.0 + i as f64));
443
1
        }
444
1
    }
445
446
    #[tokio::test]
447
1
    async fn test_multiple_symbols_per_account() {
448
1
        let config = create_test_config();
449
1
        let limiter = HybridPositionLimiter::new(config);
450
451
1
        let symbols = vec!["AAPL", "GOOGL", "MSFT"];
452
3
        
for (1
i, symbol_str) in 
symbols.iter()1
.
enumerate1
() {
453
3
            let symbol = Symbol::from((*symbol_str).to_string());
454
3
            limiter
455
3
                .update_position("account_001", &symbol, 100.0 * (i + 1) as f64, 150.0)
456
3
                .await;
457
1
        }
458
1
459
1
        // Verify all positions are cached
460
3
        for (i, symbol_str) in 
symbols.iter()1
.
enumerate1
() {
461
3
            let symbol = Symbol::from((*symbol_str).to_string());
462
3
            let position = limiter.get_cached_position("account_001", &symbol).await;
463
3
            assert_eq!(position, Some(100.0 * (i + 1) as f64));
464
1
        }
465
1
    }
466
467
    #[tokio::test]
468
1
    async fn test_position_update_with_zero_quantity() {
469
1
        let config = create_test_config();
470
1
        let limiter = HybridPositionLimiter::new(config);
471
472
1
        let symbol = Symbol::from("AAPL");
473
1
        limiter
474
1
            .update_position("account_001", &symbol, 0.0, 150.0)
475
1
            .await;
476
477
1
        let position = limiter.get_cached_position("account_001", &symbol).await;
478
1
        assert_eq!(position, Some(0.0));
479
1
    }
480
481
    #[tokio::test]
482
1
    async fn test_order_validation_within_kelly_limits() {
483
        use crate::kelly_sizing::TradeOutcome;
484
        use chrono::Utc;
485
        use rust_decimal::prelude::FromPrimitive;
486
487
1
        let config = create_test_config();
488
1
        let limiter = HybridPositionLimiter::new(config);
489
490
        // Add trade history to satisfy Kelly minimum sample size (10+ trades)
491
1
        let symbol = Symbol::from("AAPL");
492
1
        let strategy_id = format!("{:?}", OrderType::Limit);
493
494
16
        for 
i15
 in 0..15 {
495
15
            let outcome = TradeOutcome {
496
15
                symbol: symbol.clone(),
497
15
                strategy_id: strategy_id.clone(),
498
15
                entry_price: Price::from_f64(100.0).unwrap_or(Price::ZERO),
499
15
                exit_price: Price::from_f64(if i % 2 == 0 { 
105.08
 } else { 
95.07
 })
500
15
                    .unwrap_or(Price::ZERO),
501
15
                quantity: Price::from_f64(10.0).unwrap_or(Price::ZERO),
502
15
                profit_loss: Decimal::from_f64(if i % 2 == 0 { 
50.08
 } else { 
-30.07
 })
503
15
                    .unwrap_or(Decimal::ZERO),
504
15
                win: i % 2 == 0,
505
15
                trade_date: Utc::now(),
506
            };
507
15
            limiter
508
15
                .kelly_sizer
509
15
                .add_trade_outcome(outcome)
510
15
                .expect("Failed to add trade outcome");
511
        }
512
513
        // Create a small order that should pass Kelly limits
514
1
        let small_order = Order::new(
515
1
            symbol.clone(),
516
1
            OrderSide::Buy,
517
1
            Quantity::from_f64(10.0).unwrap_or(Quantity::ZERO),
518
1
            Some(Price::from_f64(150.0).unwrap_or(Price::ONE)),
519
1
            OrderType::Limit,
520
        )
521
1
        .with_account_id("account_001".to_string());
522
523
1
        let result = limiter.check_and_update(&small_order).await;
524
1
        assert!(
525
1
            result.is_ok(),
526
1
            
"Order validation should pass with sufficient Kelly history: {:?}"0
,
527
1
            
result0
.
err0
()
528
1
        );
529
1
    }
530
531
    #[tokio::test]
532
1
    async fn test_get_limits_for_nonexistent_account() {
533
1
        let config = create_test_config();
534
1
        let limiter = HybridPositionLimiter::new(config);
535
536
1
        let limits = limiter.get_limits("nonexistent_account").await;
537
1
        assert_eq!(limits.len(), 0);
538
1
    }
539
540
    #[tokio::test]
541
1
    async fn test_portfolio_value_calculation() {
542
1
        let config = create_test_config();
543
1
        let limiter = HybridPositionLimiter::new(config);
544
545
        // Add multiple positions
546
1
        let symbols = vec!["AAPL", "GOOGL", "MSFT"];
547
3
        for symbol_str in 
symbols1
.
iter1
() {
548
3
            let symbol = Symbol::from((*symbol_str).to_string());
549
3
            limiter
550
3
                .update_position("test_account", &symbol, 100.0, 150.0)
551
3
                .await;
552
        }
553
554
        // Portfolio value should reflect the positions
555
1
        let portfolio_value = limiter.get_portfolio_value("test_account").await;
556
1
        assert!(portfolio_value.is_some());
557
1
        assert!(portfolio_value.unwrap() > Price::ZERO);
558
1
    }
559
560
    #[tokio::test]
561
1
    async fn test_check_and_update_with_zero_portfolio() {
562
1
        let config = create_test_config();
563
1
        let limiter = HybridPositionLimiter::new(config);
564
565
1
        let order = create_test_order();
566
        // Without positions, portfolio value will be a default amount
567
1
        let result = limiter.check_and_update(&order).await;
568
        // Should succeed with default portfolio value
569
1
        assert!(result.is_ok());
570
1
    }
571
572
    #[tokio::test]
573
1
    async fn test_kelly_limit_exceeded() {
574
        use crate::kelly_sizing::TradeOutcome;
575
        use chrono::Utc;
576
        use rust_decimal::prelude::FromPrimitive;
577
578
1
        let config = create_test_config();
579
1
        let limiter = HybridPositionLimiter::new(config);
580
581
        // Add sufficient trade history
582
1
        let symbol = Symbol::from("AAPL");
583
1
        let strategy_id = format!("{:?}", OrderType::Limit);
584
585
16
        for 
i15
 in 0..15 {
586
15
            let outcome = TradeOutcome {
587
15
                symbol: symbol.clone(),
588
15
                strategy_id: strategy_id.clone(),
589
15
                entry_price: Price::from_f64(100.0).unwrap_or(Price::ZERO),
590
15
                exit_price: Price::from_f64(if i % 2 == 0 { 
105.08
 } else { 
95.07
 })
591
15
                    .unwrap_or(Price::ZERO),
592
15
                quantity: Price::from_f64(10.0).unwrap_or(Price::ZERO),
593
15
                profit_loss: Decimal::from_f64(if i % 2 == 0 { 
50.08
 } else { 
-30.07
 })
594
15
                    .unwrap_or(Decimal::ZERO),
595
15
                win: i % 2 == 0,
596
15
                trade_date: Utc::now(),
597
            };
598
15
            limiter
599
15
                .kelly_sizer
600
15
                .add_trade_outcome(outcome)
601
15
                .expect("Failed to add trade outcome");
602
        }
603
604
        // Create an order that exceeds Kelly limit
605
1
        let large_order = Order::new(
606
1
            symbol.clone(),
607
1
            OrderSide::Buy,
608
1
            Quantity::from_f64(100000.0).unwrap_or(Quantity::ZERO), // Very large position
609
1
            Some(Price::from_f64(150.0).unwrap_or(Price::ONE)),
610
1
            OrderType::Limit,
611
        )
612
1
        .with_account_id("account_001".to_string());
613
614
1
        let result = limiter.check_and_update(&large_order).await;
615
1
        assert!(result.is_err(), 
"Should fail when exceeding Kelly limit"0
);
616
1
    }
617
618
    #[tokio::test]
619
1
    async fn test_cached_position_expiry() {
620
        // Test cache expiry logic by directly testing CachedPosition::is_expired
621
        // This tests the expiry mechanism without relying on real time delays
622
623
1
        let mut config = create_test_config();
624
1
        config.cache_ttl = Duration::from_secs(1); // 1 second TTL
625
1
        let limiter = HybridPositionLimiter::new(config);
626
627
1
        let symbol = Symbol::from("AAPL");
628
629
        // Add position to cache
630
1
        limiter
631
1
            .update_position("test_account", &symbol, 100.0, 150.0)
632
1
            .await;
633
634
        // Verify cache has the position
635
1
        let cache_key = ("test_account".to_owned(), symbol.clone());
636
1
        let cached = limiter.position_cache.get(&cache_key);
637
1
        assert!(cached.is_some(), 
"Position should be in cache"0
);
638
639
        // Test the is_expired method directly with different TTLs
640
1
        let cached_pos = cached.unwrap();
641
642
        // Should NOT be expired with a long TTL
643
1
        assert!(!cached_pos.is_expired(Duration::from_secs(3600)),
644
0
            "Position should not be expired with 1 hour TTL");
645
646
        // Should be expired with a zero TTL
647
1
        assert!(cached_pos.is_expired(Duration::from_nanos(0)),
648
0
            "Position should be expired with zero TTL");
649
650
1
        drop(cached_pos);
651
652
        // Verify position is still accessible (not yet expired with 1s TTL)
653
1
        let position = limiter.get_cached_position("test_account", &symbol).await;
654
1
        assert_eq!(position, Some(100.0), 
"Position should still be cached"0
);
655
1
    }
656
657
    #[tokio::test]
658
1
    async fn test_multiple_accounts_isolation() {
659
1
        let config = create_test_config();
660
1
        let limiter = HybridPositionLimiter::new(config);
661
662
1
        let symbol = Symbol::from("AAPL");
663
664
        // Update positions for different accounts
665
1
        limiter
666
1
            .update_position("account_1", &symbol, 100.0, 150.0)
667
1
            .await;
668
1
        limiter
669
1
            .update_position("account_2", &symbol, 200.0, 150.0)
670
1
            .await;
671
672
        // Verify positions are isolated by account
673
1
        let pos1 = limiter.get_cached_position("account_1", &symbol).await;
674
1
        let pos2 = limiter.get_cached_position("account_2", &symbol).await;
675
676
1
        assert_eq!(pos1, Some(100.0));
677
1
        assert_eq!(pos2, Some(200.0));
678
1
    }
679
680
    #[tokio::test]
681
1
    async fn test_negative_position() {
682
1
        let config = create_test_config();
683
1
        let limiter = HybridPositionLimiter::new(config);
684
685
1
        let symbol = Symbol::from("AAPL");
686
1
        limiter
687
1
            .update_position("test_account", &symbol, -50.0, 150.0)
688
1
            .await;
689
690
1
        let position = limiter.get_cached_position("test_account", &symbol).await;
691
1
        assert_eq!(position, Some(-50.0));
692
1
    }
693
694
    #[tokio::test]
695
1
    async fn test_limit_for_nonexistent_account() {
696
1
        let config = create_test_config();
697
1
        let limiter = HybridPositionLimiter::new(config);
698
699
1
        let limits = limiter.get_limits("nonexistent_account").await;
700
1
        assert_eq!(limits.len(), 0);
701
1
    }
702
703
    #[tokio::test]
704
1
    async fn test_multiple_limits_same_account() {
705
1
        let config = create_test_config();
706
1
        let limiter = HybridPositionLimiter::new(config);
707
708
        // Set multiple limits for the same account
709
4
        for 
symbol_str3
 in &["AAPL", "GOOGL", "MSFT"] {
710
3
            let limit = PositionLimit {
711
3
                instrument_id: (*symbol_str).to_string(),
712
3
                max_position_size: Price::new(10000.0).unwrap_or(Price::ZERO),
713
3
                max_daily_turnover: Price::new(50000.0).unwrap_or(Price::ZERO),
714
3
                concentration_limit: Price::new(0.05).unwrap_or(Price::ZERO),
715
3
                regulatory_basis: format!("Test Limit for {}", symbol_str),
716
3
            };
717
3
            limiter
718
3
                .set_limit("test_account".to_string(), limit)
719
3
                .await
720
3
                .unwrap();
721
        }
722
723
1
        let limits = limiter.get_limits("test_account").await;
724
1
        assert_eq!(limits.len(), 3);
725
1
    }
726
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/safety_coordinator.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/safety_coordinator.rs.html
deleted file mode 100644
index 749fb57d1..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/safety_coordinator.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/safety/safety_coordinator.rs
Line
Count
Source
1
//! Safety Coordinator - Integration Hub for All Safety Systems
2
//!
3
//! Coordinates and orchestrates all safety mechanisms across the trading system:
4
//! - Kill switches with atomic broadcasting
5
//! - Position limits with hybrid checking  
6
//! - Circuit breakers for market anomalies
7
//! - Emergency response coordination
8
//! - Real-time safety monitoring and alerts
9
//! - Integration with trading-engine and ai-intelligence services
10
11
use std::collections::HashMap;
12
use std::sync::Arc;
13
// Removed foxhunt_infrastructure - not available in this simplified risk crate
14
15
use chrono::{DateTime, Utc};
16
use redis::aio::MultiplexedConnection;
17
// REMOVED: Direct Decimal usage - use canonical types
18
use common::Price;
19
use rust_decimal::Decimal;
20
use serde::{Deserialize, Serialize};
21
use tokio::sync::{broadcast, RwLock};
22
use tracing::{debug, error, info, warn};
23
24
use crate::circuit_breaker::RealCircuitBreaker;
25
use crate::error::{RiskError, RiskResult};
26
use crate::safety::emergency_response::EmergencyResponseSystem;
27
use crate::safety::kill_switch::AtomicKillSwitch;
28
use crate::safety::position_limiter::HybridPositionLimiter;
29
use crate::safety::SafetyConfig;
30
31
/// System Health Report
32
#[derive(Debug, Clone, Serialize, Deserialize)]
33
pub struct SystemHealthReport {
34
    pub component_status: HashMap<String, String>,
35
    pub overall_health: f64,
36
    pub last_updated: DateTime<Utc>,
37
}
38
39
/// Safety Coordinator - Central hub for all safety systems
40
// Infrastructure - fields will be used for safety system coordination
41
#[allow(dead_code)]
42
pub struct SafetyCoordinator {
43
    config: SafetyConfig,
44
    kill_switch: Arc<AtomicKillSwitch>,
45
    position_limiter: Arc<HybridPositionLimiter>,
46
    circuit_breaker: Arc<RealCircuitBreaker>,
47
    emergency_response: Arc<EmergencyResponseSystem>,
48
    redis_connection: Arc<RwLock<Option<MultiplexedConnection>>>,
49
    event_tx: broadcast::Sender<String>,
50
    is_running: Arc<RwLock<bool>>,
51
}
52
53
impl SafetyCoordinator {
54
    /// Create a new `SafetyCoordinator`
55
0
    pub async fn new(config: SafetyConfig, redis_url: String) -> RiskResult<Self> {
56
0
        let (event_tx, _) = broadcast::channel(1000);
57
58
        // Create safety components with proper implementations
59
0
        let kill_switch_config = config.kill_switch.clone();
60
0
        let kill_switch = AtomicKillSwitch::new(kill_switch_config, redis_url.clone()).await?;
61
62
        // Create real implementations
63
0
        let position_limiter = Arc::new(HybridPositionLimiter::new(config.position_limits.clone()));
64
65
        // Create circuit breaker with proper configuration
66
        // For now, create a real broker client for local development using the circuit_breaker module's RealBrokerClient
67
0
        let _broker_service = Arc::new(crate::circuit_breaker::RealBrokerClient::new(
68
0
            "http://${SERVICE_HOST:-localhost}:8080".to_owned(),
69
        ));
70
0
        let circuit_breaker_config = crate::circuit_breaker::CircuitBreakerConfig {
71
0
            enabled: true,
72
0
            daily_loss_percentage: Price::from_f64(2.0).unwrap_or(Decimal::from(2).into()), // Default 2% daily loss limit
73
0
            position_limit_percentage: Price::from_f64(5.0).unwrap_or(Decimal::from(5).into()), // Default 5% position limit
74
0
            max_consecutive_violations: 3,
75
0
            redis_url: redis_url.clone(),
76
0
            redis_key_prefix: "foxhunt:risk:circuit_breaker".to_owned(),
77
0
            auto_recovery_enabled: true,
78
0
            portfolio_refresh_interval_secs: 60,
79
0
            cooldown_period_secs: 300,
80
0
        };
81
0
        let adapter = Arc::new(crate::risk_engine::BrokerAccountServiceAdapter::new());
82
0
        let circuit_breaker = RealCircuitBreaker::new(circuit_breaker_config, adapter)
83
0
            .await
84
0
            .map_err(|e| RiskError::Config(format!("Failed to initialize circuit breaker: {e}")))?;
85
86
        // Create emergency response system
87
0
        let kill_switch_arc = Arc::new(kill_switch);
88
0
        let emergency_response = EmergencyResponseSystem::new(
89
0
            config.emergency_response.clone(),
90
0
            redis_url.clone(),
91
0
            kill_switch_arc.clone(),
92
0
        )
93
0
        .await?;
94
95
0
        Ok(Self {
96
0
            config,
97
0
            kill_switch: kill_switch_arc,
98
0
            position_limiter,
99
0
            circuit_breaker: Arc::new(circuit_breaker),
100
0
            emergency_response: Arc::new(emergency_response),
101
0
            redis_connection: Arc::new(RwLock::new(None)),
102
0
            event_tx,
103
0
            is_running: Arc::new(RwLock::new(false)),
104
0
        })
105
0
    }
106
107
    /// Create a new `SafetyCoordinator` for testing without Redis
108
    #[cfg(test)]
109
14
    pub async fn new_test(config: SafetyConfig) -> RiskResult<Self> {
110
14
        let (event_tx, _) = broadcast::channel(1000);
111
112
        // Create test kill switch without Redis
113
14
        let kill_switch_config = config.kill_switch.clone();
114
14
        let kill_switch_arc = Arc::new(AtomicKillSwitch::new_test(kill_switch_config));
115
116
        // Create test position limiter
117
14
        let position_limiter = Arc::new(HybridPositionLimiter::new(config.position_limits.clone()));
118
119
        // Create test circuit breaker using mock adapter
120
14
        let circuit_breaker_config = crate::circuit_breaker::CircuitBreakerConfig {
121
14
            enabled: true,
122
14
            daily_loss_percentage: Price::from_f64(2.0).unwrap_or(Decimal::from(2).into()),
123
14
            position_limit_percentage: Price::from_f64(5.0).unwrap_or(Decimal::from(5).into()),
124
14
            max_consecutive_violations: 3,
125
14
            redis_url: "redis://localhost:6379".to_owned(),
126
14
            redis_key_prefix: "foxhunt:risk:circuit_breaker:test".to_owned(),
127
14
            auto_recovery_enabled: false, // Disable for tests
128
14
            portfolio_refresh_interval_secs: 60,
129
14
            cooldown_period_secs: 300,
130
14
        };
131
14
        let adapter = Arc::new(crate::risk_engine::BrokerAccountServiceAdapter::new());
132
        // Use real circuit breaker but it won't try to connect to Redis if auto_recovery is disabled
133
14
        let circuit_breaker = RealCircuitBreaker::new(circuit_breaker_config, adapter)
134
14
            .await
135
14
            .unwrap_or_else(|_| 
{0
136
                // Fallback: create a minimal circuit breaker for tests
137
0
                panic!("Circuit breaker creation failed in test - this should not happen")
138
            });
139
140
        // Create test emergency response system
141
14
        let emergency_response = EmergencyResponseSystem::new(
142
14
            config.emergency_response.clone(),
143
14
            "redis://localhost:6379".to_owned(),
144
14
            kill_switch_arc.clone(),
145
14
        )
146
14
        .await
?0
;
147
148
14
        Ok(Self {
149
14
            config,
150
14
            kill_switch: kill_switch_arc,
151
14
            position_limiter,
152
14
            circuit_breaker: Arc::new(circuit_breaker),
153
14
            emergency_response: Arc::new(emergency_response),
154
14
            redis_connection: Arc::new(RwLock::new(None)),
155
14
            event_tx,
156
14
            is_running: Arc::new(RwLock::new(false)),
157
14
        })
158
14
    }
159
160
    /// Start all safety systems
161
11
    pub async fn start_all_systems(&self) -> RiskResult<()> {
162
11
        info!(
"Starting all safety systems"0
);
163
164
        // Start kill switch monitoring
165
11
        self.kill_switch.start_monitoring().await
?0
;
166
167
        // Start emergency response system
168
11
        self.emergency_response.start_monitoring().await
?0
;
169
170
        // Circuit breaker is stateless and always active
171
172
11
        let mut running = self.is_running.write().await;
173
11
        *running = true;
174
175
11
        info!(
"All safety systems started successfully"0
);
176
11
        Ok(())
177
11
    }
178
179
    /// Stop all safety systems
180
9
    pub async fn stop_all_systems(&self) {
181
9
        info!(
"Stopping all safety systems"0
);
182
183
        // Stop kill switch monitoring
184
9
        if let Err(
e0
) = self.kill_switch.stop_monitoring().await {
185
0
            warn!("Error stopping kill switch: {}", e);
186
9
        }
187
188
        // Stop emergency response system
189
9
        if let Err(
e0
) = self.emergency_response.stop_monitoring().await {
190
0
            warn!("Error stopping emergency response: {}", e);
191
9
        }
192
193
9
        let mut running = self.is_running.write().await;
194
9
        *running = false;
195
196
9
        info!(
"All safety systems stopped"0
);
197
9
    }
198
199
    /// Check if trading is allowed for the given account and symbol
200
19
    pub async fn is_trading_allowed(&self, account_id: &str, symbol: &str) -> bool {
201
19
        let running = self.is_running.read().await;
202
19
        if !*running {
203
3
            return false;
204
16
        }
205
206
        // Check kill switch status
207
16
        if let Ok(is_active) = self.kill_switch.is_active().await {
208
16
            if is_active {
209
0
                debug!(
210
0
                    "Trading blocked by kill switch for {}:{}",
211
                    account_id, symbol
212
                );
213
0
                return false;
214
16
            }
215
0
        }
216
217
        // Check circuit breaker status
218
16
        if self.circuit_breaker.is_active(account_id).await {
219
0
            debug!(
220
0
                "Trading blocked by circuit breaker for account {}",
221
                account_id
222
            );
223
0
            return false;
224
16
        }
225
226
16
        true
227
19
    }
228
229
    /// Trigger global emergency halt
230
3
    pub async fn global_emergency_halt(&self, reason: String, user: String) -> RiskResult<()> {
231
3
        warn!(
"Global emergency halt triggered by {}: {}"0
, user, reason);
232
233
        // Activate kill switch
234
3
        self.kill_switch
235
3
            .activate_global(reason.clone(), user.clone())
236
3
            .await
?0
;
237
238
        // Trigger emergency response
239
3
        self.emergency_response
240
3
            .handle_manual_emergency(user.clone(), reason.clone())
241
3
            .await
?0
;
242
243
3
        let mut running = self.is_running.write().await;
244
3
        *running = false;
245
246
        // Broadcast emergency event
247
3
        let _ = self
248
3
            .event_tx
249
3
            .send(format!("EMERGENCY_HALT: {reason} by {user}"));
250
251
3
        error!(
"Global emergency halt activated"0
);
252
3
        Ok(())
253
3
    }
254
255
    /// Get system health report
256
3
    pub async fn get_system_health(&self) -> SystemHealthReport {
257
3
        let mut component_status = HashMap::new();
258
3
        let mut health_scores = Vec::new();
259
260
        // Check kill switch health
261
3
        match self.kill_switch.is_healthy().await {
262
3
            Ok(true) => {
263
3
                component_status.insert("kill_switch".to_owned(), "operational".to_owned());
264
3
                health_scores.push(1.0);
265
3
            },
266
0
            Ok(false) => {
267
0
                component_status.insert("kill_switch".to_owned(), "degraded".to_owned());
268
0
                health_scores.push(0.5);
269
0
            },
270
0
            Err(_) => {
271
0
                component_status.insert("kill_switch".to_owned(), "failed".to_owned());
272
0
                health_scores.push(0.0);
273
0
            },
274
        }
275
276
        // Position limiter is always healthy if initialized
277
3
        component_status.insert("position_limiter".to_owned(), "operational".to_owned());
278
3
        health_scores.push(1.0);
279
280
        // Check circuit breaker health (simplified check)
281
3
        component_status.insert("circuit_breaker".to_owned(), "operational".to_owned());
282
3
        health_scores.push(1.0);
283
284
        // Check emergency response health
285
3
        if self.emergency_response.is_healthy().await {
286
3
            component_status.insert("emergency_response".to_owned(), "operational".to_owned());
287
3
            health_scores.push(1.0);
288
3
        } else {
289
0
            component_status.insert("emergency_response".to_owned(), "degraded".to_owned());
290
0
            health_scores.push(0.5);
291
0
        }
292
293
        // Calculate overall health
294
3
        let overall_health = if health_scores.is_empty() {
295
0
            0.0
296
        } else {
297
3
            health_scores.iter().sum::<f64>() / health_scores.len() as f64
298
        };
299
300
3
        SystemHealthReport {
301
3
            component_status,
302
3
            overall_health,
303
3
            last_updated: Utc::now(),
304
3
        }
305
3
    }
306
307
    /// Subscribe to safety events
308
    #[must_use]
309
2
    pub fn subscribe_safety_events(&self) -> broadcast::Receiver<String> {
310
2
        self.event_tx.subscribe()
311
2
    }
312
}
313
314
#[cfg(test)]
315
mod tests {
316
    use super::*;
317
    use crate::safety::{EmergencyResponseConfig, KillSwitchConfig, PositionLimiterConfig};
318
    use std::time::Duration;
319
    // operations module removed - use direct imports from common
320
321
15
    fn create_test_config() -> SafetyConfig {
322
        SafetyConfig {
323
            enabled: true,
324
15
            kill_switch: KillSwitchConfig::default(),
325
15
            position_limits: PositionLimiterConfig::default(),
326
15
            emergency_response: EmergencyResponseConfig::default(),
327
15
            redis_url: std::env::var("REDIS_URL").unwrap_or_else(|_| 
{0
328
0
                std::env::var("REDIS_URL")
329
0
                    .unwrap_or_else(|_| "redis://${REDIS_HOST:-localhost}:6379".to_string())
330
0
            }),
331
15
            safety_check_timeout: Duration::from_millis(10),
332
        }
333
15
    }
334
335
14
    async fn create_test_coordinator() -> RiskResult<SafetyCoordinator> {
336
14
        let config = create_test_config();
337
14
        SafetyCoordinator::new_test(config).await
338
14
    }
339
340
    #[tokio::test]
341
1
    async fn test_safety_coordinator_creation() {
342
1
        let coordinator = create_test_coordinator().await;
343
1
        assert!(coordinator.is_ok());
344
1
    }
345
346
    #[tokio::test]
347
1
    async fn test_trading_allowed_check() -> RiskResult<()> {
348
1
        let coordinator = create_test_coordinator().await
?0
;
349
350
        // Start systems first
351
1
        coordinator.start_all_systems().await
?0
;
352
353
        // Trading should be allowed when systems are running
354
1
        assert!(coordinator.is_trading_allowed("account1", "AAPL").await);
355
356
1
        coordinator.stop_all_systems().await;
357
2
        Ok(())
358
1
    }
359
360
    #[tokio::test]
361
1
    async fn test_global_emergency_halt() -> RiskResult<()> {
362
1
        let coordinator = create_test_coordinator().await
?0
;
363
364
1
        coordinator.start_all_systems().await
?0
;
365
366
1
        let result = coordinator
367
1
            .global_emergency_halt("Test emergency".to_string(), "TEST_USER".to_string())
368
1
            .await;
369
370
1
        assert!(result.is_ok());
371
372
        // Check that trading is now blocked
373
1
        assert!(!coordinator.is_trading_allowed("account1", "AAPL").await);
374
375
1
        coordinator.stop_all_systems().await;
376
2
        Ok(())
377
1
    }
378
379
    #[tokio::test]
380
1
    async fn test_system_health_monitoring() -> RiskResult<()> {
381
1
        let coordinator = create_test_coordinator().await
?0
;
382
383
1
        coordinator.start_all_systems().await
?0
;
384
385
1
        let health_report = coordinator.get_system_health().await;
386
1
        assert!(!health_report.component_status.is_empty());
387
1
        assert!(health_report.overall_health >= 0.0 && health_report.overall_health <= 1.0);
388
389
1
        coordinator.stop_all_systems().await;
390
2
        Ok(())
391
1
    }
392
393
    #[tokio::test]
394
1
    async fn test_event_subscription() -> RiskResult<()> {
395
1
        let coordinator = create_test_coordinator().await
?0
;
396
397
1
        let mut event_rx = coordinator.subscribe_safety_events();
398
399
        // This would be a more comprehensive test with actual event generation
400
        // For now, just verify the subscription works
401
1
        assert!(event_rx.try_recv().is_err()); // No events initially
402
2
        Ok(())
403
1
    }
404
405
    #[tokio::test]
406
1
    async fn test_start_stop_lifecycle() -> RiskResult<()> {
407
1
        let coordinator = create_test_coordinator().await
?0
;
408
409
        // Start systems
410
1
        coordinator.start_all_systems().await
?0
;
411
412
        // Stop systems
413
1
        coordinator.stop_all_systems().await;
414
415
2
        Ok(())
416
1
    }
417
418
    #[tokio::test]
419
1
    async fn test_trading_blocked_when_not_running() -> RiskResult<()> {
420
1
        let coordinator = create_test_coordinator().await
?0
;
421
422
        // Before starting, trading should be blocked
423
1
        assert!(!coordinator.is_trading_allowed("account1", "AAPL").await);
424
425
2
        Ok(())
426
1
    }
427
428
    #[tokio::test]
429
1
    async fn test_circuit_breaker_blocks_trading() -> RiskResult<()> {
430
1
        let coordinator = create_test_coordinator().await
?0
;
431
432
1
        coordinator.start_all_systems().await
?0
;
433
434
        // Trading should initially be allowed
435
1
        assert!(coordinator.is_trading_allowed("account1", "AAPL").await);
436
437
1
        coordinator.stop_all_systems().await;
438
2
        Ok(())
439
1
    }
440
441
    #[tokio::test]
442
1
    async fn test_multiple_accounts() -> RiskResult<()> {
443
1
        let coordinator = create_test_coordinator().await
?0
;
444
445
1
        coordinator.start_all_systems().await
?0
;
446
447
        // Check multiple accounts
448
1
        assert!(coordinator.is_trading_allowed("account1", "AAPL").await);
449
1
        assert!(coordinator.is_trading_allowed("account2", "GOOGL").await);
450
1
        assert!(coordinator.is_trading_allowed("account3", "MSFT").await);
451
452
1
        coordinator.stop_all_systems().await;
453
2
        Ok(())
454
1
    }
455
456
    #[tokio::test]
457
1
    async fn test_health_report_components() -> RiskResult<()> {
458
1
        let coordinator = create_test_coordinator().await
?0
;
459
460
1
        coordinator.start_all_systems().await
?0
;
461
462
1
        let health = coordinator.get_system_health().await;
463
464
        // Verify all components are reported
465
1
        assert!(health.component_status.contains_key("kill_switch"));
466
1
        assert!(health.component_status.contains_key("position_limiter"));
467
1
        assert!(health.component_status.contains_key("circuit_breaker"));
468
1
        assert!(health.component_status.contains_key("emergency_response"));
469
470
1
        coordinator.stop_all_systems().await;
471
2
        Ok(())
472
1
    }
473
474
    #[tokio::test]
475
1
    async fn test_emergency_halt_stops_trading() -> RiskResult<()> {
476
1
        let coordinator = create_test_coordinator().await
?0
;
477
478
1
        coordinator.start_all_systems().await
?0
;
479
480
        // Initially allowed
481
1
        assert!(coordinator.is_trading_allowed("account1", "AAPL").await);
482
483
        // Trigger emergency halt
484
1
        coordinator
485
1
            .global_emergency_halt("Test emergency".to_string(), "TEST_USER".to_string())
486
1
            .await
?0
;
487
488
        // Should now be blocked
489
1
        assert!(!coordinator.is_trading_allowed("account1", "AAPL").await);
490
491
2
        Ok(())
492
1
    }
493
494
    #[tokio::test]
495
1
    async fn test_event_broadcast() -> RiskResult<()> {
496
1
        let coordinator = create_test_coordinator().await
?0
;
497
498
1
        let mut event_rx = coordinator.subscribe_safety_events();
499
500
1
        coordinator.start_all_systems().await
?0
;
501
502
        // Trigger emergency
503
1
        coordinator
504
1
            .global_emergency_halt("Test".to_string(), "USER".to_string())
505
1
            .await
?0
;
506
507
        // Should receive event (with timeout)
508
1
        let result =
509
1
            tokio::time::timeout(Duration::from_millis(100), event_rx.recv()).await;
510
511
1
        match result {
512
1
            Ok(Ok(_event)) => {
513
1
                // Event received successfully
514
1
            },
515
1
            _ => {
516
0
                // Event might have been dropped or not received in time
517
0
                // This is acceptable in test environment
518
0
            },
519
1
        }
520
1
521
1
        Ok(())
522
1
    }
523
524
    #[tokio::test]
525
1
    async fn test_health_score_calculation() -> RiskResult<()> {
526
1
        let coordinator = create_test_coordinator().await
?0
;
527
528
1
        coordinator.start_all_systems().await
?0
;
529
530
1
        let health = coordinator.get_system_health().await;
531
532
        // Health should be between 0 and 1
533
1
        assert!(health.overall_health >= 0.0);
534
1
        assert!(health.overall_health <= 1.0);
535
536
        // With all systems healthy, should be close to 1.0
537
1
        assert!(health.overall_health > 0.5);
538
539
1
        coordinator.stop_all_systems().await;
540
2
        Ok(())
541
1
    }
542
543
    #[tokio::test]
544
1
    async fn test_concurrent_trading_checks() -> RiskResult<()> {
545
1
        let _config = create_test_config();
546
1
        let coordinator = Arc::new(create_test_coordinator().await
?0
);
547
548
1
        coordinator.start_all_systems().await
?0
;
549
550
        // Spawn concurrent checks
551
1
        let mut handles = vec![];
552
11
        for 
i10
 in 0..10 {
553
10
            let coord = coordinator.clone();
554
10
            let handle = tokio::spawn(async move {
555
10
                coord
556
10
                    .is_trading_allowed(&format!("account{}", i), "AAPL")
557
10
                    .await
558
10
            });
559
10
            handles.push(handle);
560
        }
561
562
        // All should complete successfully
563
11
        for 
handle10
 in handles {
564
10
            let result = handle.await;
565
10
            assert!(result.is_ok());
566
        }
567
568
1
        coordinator.stop_all_systems().await;
569
2
        Ok(())
570
1
    }
571
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/trading_gate.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/trading_gate.rs.html
deleted file mode 100644
index 428c0e2df..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/trading_gate.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/safety/trading_gate.rs
Line
Count
Source
1
//! Trading Gate - Atomic Order Processing Guards
2
//!
3
//! Provides atomic gates at all order processing entry points to ensure
4
//! immediate blocking when kill switch is activated. Designed for regulatory
5
//! compliance with sub-microsecond checking latency.
6
7
use std::sync::Arc;
8
use std::time::Instant;
9
10
use tracing::{debug, warn};
11
12
use crate::error::{RiskError, RiskResult};
13
use crate::risk_types::KillSwitchScope;
14
use crate::safety::kill_switch::AtomicKillSwitch;
15
16
/// Trading gate that guards all order processing operations
17
#[derive(Debug, Clone)]
18
pub struct TradingGate {
19
    kill_switch: Arc<AtomicKillSwitch>,
20
}
21
22
impl TradingGate {
23
    /// Create new trading gate with kill switch reference
24
    #[must_use]
25
9
    pub const fn new(kill_switch: Arc<AtomicKillSwitch>) -> Self {
26
9
        Self { kill_switch }
27
9
    }
28
29
    /// Check if trading is allowed for the given scope (THE CRITICAL GATE)
30
    /// This function MUST complete in under 1 microsecond for regulatory compliance
31
    #[inline(always)]
32
40
    pub fn check_trading_allowed(&self, scope: &KillSwitchScope) -> RiskResult<()> {
33
40
        if !self.kill_switch.is_trading_allowed(scope) {
34
1
            return Err(RiskError::KillSwitchActive {
35
1
                scope: scope.clone(),
36
1
                message: "Trading blocked by kill switch".to_owned(),
37
1
            });
38
39
        }
39
39
        Ok(())
40
40
    }
41
42
    /// Pre-order validation gate - checks kill switch before any order processing
43
    #[inline(always)]
44
7
    pub fn pre_order_gate(&self, symbol: &str, account: Option<&str>) -> RiskResult<()> {
45
7
        let start_time = Instant::now();
46
47
        // Check symbol-level kill switch
48
7
        let symbol_scope = KillSwitchScope::Symbol(symbol.to_owned());
49
7
        self.check_trading_allowed(&symbol_scope)
?1
;
50
51
        // Check account-level kill switch if account is specified
52
6
        if let Some(
account_id2
) = account {
53
2
            let account_scope = KillSwitchScope::Account(account_id.to_owned());
54
2
            self.check_trading_allowed(&account_scope)
?0
;
55
4
        }
56
57
        // Check global kill switch (most critical)
58
6
        self.check_trading_allowed(&KillSwitchScope::Global)
?0
;
59
60
6
        let elapsed = start_time.elapsed();
61
6
        if elapsed.as_nanos() > 1000 {
62
            // More than 1 microsecond
63
6
            warn!(
64
0
                "Trading gate check took {}ns (target: <1000ns) for symbol: {}",
65
0
                elapsed.as_nanos(),
66
                symbol
67
            );
68
0
        }
69
70
6
        debug!(
71
0
            "Trading gate passed for symbol: {} ({}ns)",
72
            symbol,
73
0
            elapsed.as_nanos()
74
        );
75
76
6
        Ok(())
77
7
    }
78
79
    /// Market data gate - checks if market data processing should continue
80
    #[inline(always)]
81
1
    pub fn market_data_gate(&self, symbol: &str) -> RiskResult<()> {
82
1
        let symbol_scope = KillSwitchScope::Symbol(symbol.to_owned());
83
1
        self.check_trading_allowed(&symbol_scope)
?0
;
84
1
        self.check_trading_allowed(&KillSwitchScope::Global)
?0
;
85
1
        Ok(())
86
1
    }
87
88
    /// Execution gate - final check before order execution
89
    #[inline(always)]
90
1
    pub fn execution_gate(&self, symbol: &str, account: &str) -> RiskResult<()> {
91
1
        let start_time = Instant::now();
92
93
        // Final checks before execution - must be ultra-fast
94
1
        self.check_trading_allowed(&KillSwitchScope::Symbol(symbol.to_owned()))
?0
;
95
1
        self.check_trading_allowed(&KillSwitchScope::Account(account.to_owned()))
?0
;
96
1
        self.check_trading_allowed(&KillSwitchScope::Global)
?0
;
97
98
1
        let elapsed = start_time.elapsed();
99
1
        if elapsed.as_nanos() > 500 {
100
            // Even faster for execution gate
101
1
            warn!(
102
0
                "Execution gate check took {}ns (target: <500ns) for {}/{}",
103
0
                elapsed.as_nanos(),
104
                symbol,
105
                account
106
            );
107
0
        }
108
109
1
        Ok(())
110
1
    }
111
112
    /// Strategy gate - checks if strategy should continue operating
113
    #[inline(always)]
114
1
    pub fn strategy_gate(&self, strategy_id: &str) -> RiskResult<()> {
115
1
        let strategy_scope = KillSwitchScope::Strategy(strategy_id.to_owned());
116
1
        self.check_trading_allowed(&strategy_scope)
?0
;
117
1
        self.check_trading_allowed(&KillSwitchScope::Global)
?0
;
118
1
        Ok(())
119
1
    }
120
121
    /// Portfolio gate - checks if portfolio operations should continue
122
    #[inline(always)]
123
1
    pub fn portfolio_gate(&self, portfolio_id: &str) -> RiskResult<()> {
124
1
        let portfolio_scope = KillSwitchScope::Portfolio(portfolio_id.to_owned());
125
1
        self.check_trading_allowed(&portfolio_scope)
?0
;
126
1
        self.check_trading_allowed(&KillSwitchScope::Global)
?0
;
127
1
        Ok(())
128
1
    }
129
130
    /// Risk calculation gate - checks if risk calculations should proceed
131
    #[inline(always)]
132
1
    pub fn risk_calculation_gate(&self, account: &str) -> RiskResult<()> {
133
1
        let account_scope = KillSwitchScope::Account(account.to_owned());
134
1
        self.check_trading_allowed(&account_scope)
?0
;
135
1
        self.check_trading_allowed(&KillSwitchScope::Global)
?0
;
136
1
        Ok(())
137
1
    }
138
139
    /// Emergency check - bypasses all other gates for immediate shutdown validation
140
    #[inline(always)]
141
    #[must_use]
142
1
    pub fn emergency_check(&self) -> bool {
143
1
        self.kill_switch
144
1
            .is_trading_allowed(&KillSwitchScope::Global)
145
1
    }
146
147
    /// Get the underlying kill switch for direct access
148
    #[must_use]
149
1
    pub const fn kill_switch(&self) -> &Arc<AtomicKillSwitch> {
150
1
        &self.kill_switch
151
1
    }
152
}
153
154
/// Macro for automatic gate checking in trading functions
155
#[macro_export]
156
macro_rules! trading_gate_check {
157
    ($gate:expr, $symbol:expr) => {
158
        if let Err(e) = $gate.pre_order_gate($symbol, None) {
159
            return Err(e.into());
160
        }
161
    };
162
    ($gate:expr, $symbol:expr, $account:expr) => {
163
        if let Err(e) = $gate.pre_order_gate($symbol, Some($account)) {
164
            return Err(e.into());
165
        }
166
    };
167
}
168
169
/// Utility functions for common gate patterns
170
impl TradingGate {
171
    /// Comprehensive order validation gate - checks all relevant scopes
172
1
    pub fn comprehensive_order_gate(
173
1
        &self,
174
1
        symbol: &str,
175
1
        account: &str,
176
1
        strategy_id: Option<&str>,
177
1
    ) -> RiskResult<()> {
178
1
        let start_time = Instant::now();
179
180
        // Check global first (fastest rejection)
181
1
        self.check_trading_allowed(&KillSwitchScope::Global)
?0
;
182
183
        // Check account
184
1
        self.check_trading_allowed(&KillSwitchScope::Account(account.to_owned()))
?0
;
185
186
        // Check symbol
187
1
        self.check_trading_allowed(&KillSwitchScope::Symbol(symbol.to_owned()))
?0
;
188
189
        // Check strategy if provided
190
1
        if let Some(strategy) = strategy_id {
191
1
            self.check_trading_allowed(&KillSwitchScope::Strategy(strategy.to_owned()))
?0
;
192
0
        }
193
194
1
        let elapsed = start_time.elapsed();
195
1
        debug!(
196
0
            "Comprehensive order gate passed for {}/{} ({}ns)",
197
            symbol,
198
            account,
199
0
            elapsed.as_nanos()
200
        );
201
202
1
        Ok(())
203
1
    }
204
205
    /// Batch gate check for multiple symbols (optimized for market data processing)
206
1
    pub fn batch_symbol_gate(&self, symbols: &[String]) -> RiskResult<Vec<String>> {
207
        // First check global - if global is disabled, all symbols fail
208
1
        if !self
209
1
            .kill_switch
210
1
            .is_trading_allowed(&KillSwitchScope::Global)
211
        {
212
0
            return Err(RiskError::KillSwitchActive {
213
0
                scope: KillSwitchScope::Global,
214
0
                message: "Global kill switch active - all symbols blocked".to_owned(),
215
0
            });
216
1
        }
217
218
        // Check each symbol individually
219
1
        let mut allowed_symbols = Vec::with_capacity(symbols.len());
220
4
        for 
symbol3
 in symbols {
221
3
            let symbol_scope = KillSwitchScope::Symbol(symbol.clone());
222
3
            if self.kill_switch.is_trading_allowed(&symbol_scope) {
223
3
                allowed_symbols.push(symbol.clone());
224
3
            } else {
225
0
                debug!("Symbol {} blocked by kill switch", symbol);
226
            }
227
        }
228
229
1
        Ok(allowed_symbols)
230
1
    }
231
232
    /// High-frequency gate check with performance monitoring
233
1
    pub fn hf_gate_check(&self, symbol: &str) -> (RiskResult<()>, u64) {
234
1
        let start_time = Instant::now();
235
1
        let result = self.pre_order_gate(symbol, None);
236
1
        let elapsed_ns = start_time.elapsed().as_nanos() as u64;
237
1
        (result, elapsed_ns)
238
1
    }
239
}
240
241
/// Performance metrics for gate operations
242
#[derive(Debug, Clone)]
243
pub struct GateMetrics {
244
    pub total_checks: u64,
245
    pub blocked_checks: u64,
246
    pub average_latency_ns: f64,
247
    pub max_latency_ns: u64,
248
    pub min_latency_ns: u64,
249
}
250
251
impl Default for GateMetrics {
252
1
    fn default() -> Self {
253
1
        Self {
254
1
            total_checks: 0,
255
1
            blocked_checks: 0,
256
1
            average_latency_ns: 0.0,
257
1
            max_latency_ns: 0,
258
1
            min_latency_ns: u64::MAX,
259
1
        }
260
1
    }
261
}
262
263
/// Trading gate with performance monitoring
264
pub struct MonitoredTradingGate {
265
    gate: TradingGate,
266
    metrics: Arc<std::sync::Mutex<GateMetrics>>,
267
}
268
269
impl MonitoredTradingGate {
270
    #[must_use]
271
1
    pub fn new(kill_switch: Arc<AtomicKillSwitch>) -> Self {
272
1
        Self {
273
1
            gate: TradingGate::new(kill_switch),
274
1
            metrics: Arc::new(std::sync::Mutex::new(GateMetrics::default())),
275
1
        }
276
1
    }
277
278
    /// Check with performance monitoring
279
10
    pub fn check_with_monitoring(&self, scope: &KillSwitchScope) -> RiskResult<()> {
280
10
        let start_time = Instant::now();
281
10
        let result = self.gate.check_trading_allowed(scope);
282
10
        let elapsed_ns = start_time.elapsed().as_nanos() as u64;
283
284
        // Update metrics
285
10
        if let Ok(mut metrics) = self.metrics.lock() {
286
10
            metrics.total_checks += 1;
287
10
            if result.is_err() {
288
0
                metrics.blocked_checks += 1;
289
10
            }
290
291
10
            metrics.max_latency_ns = metrics.max_latency_ns.max(elapsed_ns);
292
10
            metrics.min_latency_ns = metrics.min_latency_ns.min(elapsed_ns);
293
294
10
            let total_latency =
295
10
                metrics.average_latency_ns * (metrics.total_checks - 1) as f64 + elapsed_ns as f64;
296
10
            metrics.average_latency_ns = total_latency / metrics.total_checks as f64;
297
0
        }
298
299
10
        result
300
10
    }
301
302
1
    pub fn get_metrics(&self) -> RiskResult<GateMetrics> {
303
1
        self.metrics
304
1
            .lock()
305
1
            .map(|metrics| metrics.clone())
306
1
            .map_err(|_| RiskError::Internal(
"Failed to acquire metrics lock"0
.
to_owned0
()))
307
1
    }
308
309
    /// Get the underlying gate
310
    #[must_use]
311
0
    pub const fn gate(&self) -> &TradingGate {
312
0
        &self.gate
313
0
    }
314
}
315
316
#[cfg(test)]
317
mod tests {
318
    use super::*;
319
    use crate::safety::kill_switch::AtomicKillSwitch;
320
    use crate::safety::KillSwitchConfig;
321
322
8
    fn create_test_gate() -> RiskResult<TradingGate> {
323
8
        let config = KillSwitchConfig::default();
324
8
        let kill_switch = Arc::new(AtomicKillSwitch::new_test(config));
325
8
        Ok(TradingGate::new(kill_switch))
326
8
    }
327
328
    #[tokio::test]
329
1
    async fn test_gate_creation() -> RiskResult<()> {
330
1
        let gate = create_test_gate()
?0
;
331
332
        // Initially, all trading should be allowed
333
1
        assert!(gate.pre_order_gate("AAPL", None).is_ok());
334
1
        assert!(gate.emergency_check());
335
336
2
        Ok(())
337
1
    }
338
339
    #[tokio::test]
340
1
    async fn test_pre_order_gate() -> RiskResult<()> {
341
1
        let gate = create_test_gate()
?0
;
342
343
        // Test symbol gate
344
1
        let result = gate.pre_order_gate("AAPL", None);
345
1
        assert!(result.is_ok());
346
347
        // Test with account
348
1
        let result = gate.pre_order_gate("AAPL", Some("account123"));
349
1
        assert!(result.is_ok());
350
351
2
        Ok(())
352
1
    }
353
354
    #[tokio::test]
355
1
    async fn test_comprehensive_order_gate() -> RiskResult<()> {
356
1
        let gate = create_test_gate()
?0
;
357
358
1
        let result = gate.comprehensive_order_gate("AAPL", "account123", Some("strategy1"));
359
1
        assert!(result.is_ok());
360
361
2
        Ok(())
362
1
    }
363
364
    #[tokio::test]
365
1
    async fn test_batch_symbol_gate() -> RiskResult<()> {
366
1
        let gate = create_test_gate()
?0
;
367
368
1
        let symbols = vec!["AAPL".to_string(), "GOOGL".to_string(), "MSFT".to_string()];
369
1
        let allowed = gate.batch_symbol_gate(&symbols)
?0
;
370
371
1
        assert_eq!(allowed.len(), 3);
372
1
        assert_eq!(allowed, symbols);
373
374
2
        Ok(())
375
1
    }
376
377
    #[tokio::test]
378
1
    async fn test_gate_with_kill_switch_active() -> RiskResult<()> {
379
1
        let gate = create_test_gate()
?0
;
380
381
        // Activate kill switch for symbol
382
1
        gate.kill_switch()
383
1
            .activate(
384
1
                KillSwitchScope::Symbol("AAPL".to_string()),
385
1
                "Test".to_string(),
386
1
                "test_user".to_string(),
387
1
                false,
388
1
            )
389
1
            .await
?0
;
390
391
        // Gate should now block
392
1
        let result = gate.pre_order_gate("AAPL", None);
393
1
        assert!(result.is_err());
394
395
2
        Ok(())
396
1
    }
397
398
    #[tokio::test]
399
1
    async fn test_performance_monitoring() -> RiskResult<()> {
400
1
        let config = KillSwitchConfig::default();
401
1
        let kill_switch = Arc::new(AtomicKillSwitch::new_test(config));
402
403
1
        let monitored_gate = MonitoredTradingGate::new(kill_switch);
404
1
        let scope = KillSwitchScope::Symbol("AAPL".to_string());
405
406
        // Perform some checks
407
11
        for _ in 0..10 {
408
10
            let _ = monitored_gate.check_with_monitoring(&scope);
409
10
        }
410
411
1
        let metrics = monitored_gate.get_metrics()
?0
;
412
1
        assert_eq!(metrics.total_checks, 10);
413
1
        assert!(metrics.average_latency_ns > 0.0);
414
415
2
        Ok(())
416
1
    }
417
418
    #[tokio::test]
419
1
    async fn test_hf_gate_check() -> RiskResult<()> {
420
1
        let gate = create_test_gate()
?0
;
421
422
1
        let (result, latency_ns) = gate.hf_gate_check("AAPL");
423
1
        assert!(result.is_ok());
424
1
        assert!(latency_ns > 0);
425
426
        // Latency should be sub-microsecond for HFT compliance
427
1
        assert!(
428
1
            latency_ns < 10_000,
429
0
            "Gate check took {}ns (should be <10,000ns)",
430
            latency_ns
431
        );
432
433
2
        Ok(())
434
1
    }
435
436
    #[tokio::test]
437
1
    async fn test_different_gate_types() -> RiskResult<()> {
438
1
        let gate = create_test_gate()
?0
;
439
440
        // Test all gate types
441
1
        assert!(gate.market_data_gate("AAPL").is_ok());
442
1
        assert!(gate.execution_gate("AAPL", "account123").is_ok());
443
1
        assert!(gate.strategy_gate("strategy1").is_ok());
444
1
        assert!(gate.portfolio_gate("portfolio1").is_ok());
445
1
        assert!(gate.risk_calculation_gate("account123").is_ok());
446
447
2
        Ok(())
448
1
    }
449
450
    #[tokio::test]
451
1
    async fn test_macro_usage() -> RiskResult<()> {
452
1
        let gate = create_test_gate()
?0
;
453
454
        // This simulates usage of the trading_gate_check! macro
455
        // In real code, this would be used in trading functions
456
1
        let symbol = "AAPL";
457
1
        let account = "account123";
458
459
        // Macro equivalent checks
460
1
        assert!(gate.pre_order_gate(symbol, None).is_ok());
461
1
        assert!(gate.pre_order_gate(symbol, Some(account)).is_ok());
462
463
2
        Ok(())
464
1
    }
465
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/unix_socket_kill_switch.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/unix_socket_kill_switch.rs.html
deleted file mode 100644
index 6afa7ff31..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/safety/unix_socket_kill_switch.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/safety/unix_socket_kill_switch.rs
Line
Count
Source
1
//! Unix Domain Socket Kill Switch Interface
2
//!
3
//! Provides external control of the kill switch via Unix domain socket at /`var/run/kill_switch`
4
//! for regulatory compliance and external monitoring systems integration.
5
//! Designed for sub-100ms emergency shutdown response times.
6
7
use chrono::Utc;
8
use std::collections::HashMap;
9
use std::path::Path;
10
use std::sync::atomic::{AtomicBool, Ordering};
11
use std::sync::{Arc, Mutex};
12
use std::time::{Duration, Instant, SystemTime, UNIX_EPOCH};
13
14
use serde::{Deserialize, Serialize};
15
use tokio::io::{AsyncBufReadExt, AsyncWriteExt, BufReader};
16
use tokio::net::UnixListener as TokioUnixListener;
17
use tokio::signal::unix::{signal, SignalKind};
18
use tokio::sync::broadcast;
19
use tokio::time::timeout;
20
use tracing::{error, info, warn};
21
22
use crate::error::{RiskError, RiskResult};
23
use crate::risk_types::KillSwitchScope;
24
use crate::safety::kill_switch::AtomicKillSwitch;
25
26
/// Unix socket commands for kill switch control
27
#[derive(Debug, Clone, Serialize, Deserialize)]
28
pub enum KillSwitchCommand {
29
    /// Authenticate with the kill switch system
30
    Authenticate {
31
        token: String,
32
        user_id: String,
33
        timestamp: u64,
34
    },
35
    /// Activate kill switch for specific scope (requires authentication)
36
    Activate {
37
        scope: KillSwitchScope,
38
        reason: String,
39
        cascade: bool,
40
        auth_token: String,
41
    },
42
    /// Deactivate kill switch for specific scope (requires authentication)
43
    Deactivate {
44
        scope: KillSwitchScope,
45
        auth_token: String,
46
    },
47
    /// Get current status (requires authentication)
48
    Status { auth_token: String },
49
    /// Emergency global shutdown (requires authentication)
50
    EmergencyShutdown { reason: String, auth_token: String },
51
    /// Health check (read-only, no auth required)
52
    HealthCheck,
53
}
54
55
/// Response from kill switch operations
56
#[derive(Debug, Clone, Serialize, Deserialize)]
57
pub struct KillSwitchResponse {
58
    pub success: bool,
59
    pub message: String,
60
    pub timestamp: u64,
61
    pub latency_ns: u64,
62
}
63
64
/// Authentication session for kill switch operations
65
// Infrastructure - fields will be used for authentication session management
66
#[allow(dead_code)]
67
#[derive(Debug, Clone)]
68
struct AuthSession {
69
    user_id: String,
70
    created_at: SystemTime,
71
    last_used: SystemTime,
72
    permissions: Vec<String>,
73
}
74
75
/// Authentication manager for kill switch access control
76
#[derive(Clone)]
77
struct AuthManager {
78
    sessions: Arc<Mutex<HashMap<String, AuthSession>>>,
79
    master_token: String,
80
    session_timeout: Duration,
81
}
82
83
impl AuthManager {
84
9
    fn new() -> Self {
85
        // Generate master token from environment or secure random
86
9
        let master_token = std::env::var("KILL_SWITCH_MASTER_TOKEN").unwrap_or_else(|_| {
87
9
            warn!(
"KILL_SWITCH_MASTER_TOKEN not set, using fallback (INSECURE!)"0
);
88
9
            "fallback-token-change-me".to_owned()
89
9
        });
90
91
9
        Self {
92
9
            sessions: Arc::new(Mutex::new(HashMap::new())),
93
9
            master_token,
94
9
            session_timeout: Duration::from_secs(300), // 5 minute session timeout
95
9
        }
96
9
    }
97
98
    /// Authenticate user and create session
99
4
    fn authenticate(&self, token: &str, user_id: &str) -> Result<String, String> {
100
        // Check master token
101
4
        if token != self.master_token {
102
0
            return Err("Invalid authentication token".to_owned());
103
4
        }
104
105
        // Generate session token
106
4
        let timestamp = SystemTime::now()
107
4
            .duration_since(UNIX_EPOCH)
108
4
            .map(|d| d.as_secs())
109
4
            .unwrap_or_else(|_| 
{0
110
0
                error!("Failed to get system time for kill switch authentication");
111
                // Fallback to a fixed timestamp to avoid panic
112
0
                0
113
0
            });
114
115
4
        let session_token = format!("sess_{}_{}_{}", user_id, timestamp, rand::random::<u32>());
116
117
        // Create session
118
4
        let session = AuthSession {
119
4
            user_id: user_id.to_owned(),
120
4
            created_at: SystemTime::now(),
121
4
            last_used: SystemTime::now(),
122
4
            permissions: vec![
123
4
                "kill_switch:activate".to_owned(),
124
4
                "kill_switch:deactivate".to_owned(),
125
4
                "kill_switch:emergency".to_owned(),
126
4
            ],
127
4
        };
128
129
        // Store session
130
4
        if let Ok(mut sessions) = self.sessions.lock() {
131
4
            sessions.insert(session_token.clone(), session);
132
4
        
}0
133
134
4
        Ok(session_token)
135
4
    }
136
137
    /// Validate session token and check permissions
138
5
    fn validate_session(
139
5
        &self,
140
5
        session_token: &str,
141
5
        required_permission: &str,
142
5
    ) -> Result<String, String> {
143
5
        let mut sessions = self.sessions.lock().map_err(|_| "Session lock error")
?0
;
144
145
5
        let session = sessions
146
5
            .get_mut(session_token)
147
5
            .ok_or("Invalid or expired session token")
?0
;
148
149
        // Check session timeout
150
5
        if session
151
5
            .last_used
152
5
            .elapsed()
153
5
            .unwrap_or(Duration::from_secs(999))
154
5
            > self.session_timeout
155
        {
156
0
            sessions.remove(session_token);
157
0
            return Err("Session expired".to_owned());
158
5
        }
159
160
        // Check permissions
161
5
        if !session
162
5
            .permissions
163
5
            .contains(&required_permission.to_owned())
164
        {
165
0
            return Err(format!(
166
0
                "Insufficient permissions for {required_permission}"
167
0
            ));
168
5
        }
169
170
        // Update last used time
171
5
        session.last_used = SystemTime::now();
172
173
5
        Ok(session.user_id.clone())
174
5
    }
175
176
    /// Clean up expired sessions
177
10
    fn cleanup_expired_sessions(&self) {
178
10
        if let Ok(mut sessions) = self.sessions.lock() {
179
10
            sessions.retain(|_, session| 
{9
180
9
                session
181
9
                    .last_used
182
9
                    .elapsed()
183
9
                    .unwrap_or(Duration::from_secs(0))
184
9
                    <= self.session_timeout
185
9
            });
186
0
        }
187
10
    }
188
}
189
190
/// Unix Domain Socket Kill Switch Controller
191
/// Provides regulatory-compliant external control interface
192
pub struct UnixSocketKillSwitch {
193
    socket_path: String,
194
    kill_switch: Arc<AtomicKillSwitch>,
195
    emergency_shutdown: Arc<AtomicBool>,
196
    listener_handle: Option<tokio::task::JoinHandle<()>>,
197
    shutdown_sender: Option<broadcast::Sender<()>>,
198
    auth_manager: AuthManager,
199
}
200
201
impl UnixSocketKillSwitch {
202
    /// Create new Unix socket kill switch interface
203
9
    pub async fn new(socket_path: String, kill_switch: Arc<AtomicKillSwitch>) -> RiskResult<Self> {
204
        // Ensure socket directory exists and has proper permissions
205
9
        if let Some(parent) = Path::new(&socket_path).parent() {
206
9
            if !parent.exists() {
207
0
                tokio::fs::create_dir_all(parent).await.map_err(|e| {
208
0
                    RiskError::Internal(format!("Failed to create socket directory: {e}"))
209
0
                })?;
210
211
                // Set proper permissions for /var/run/kill_switch directory
212
                #[cfg(unix)]
213
                {
214
                    use std::os::unix::fs::PermissionsExt;
215
0
                    let perms = std::fs::Permissions::from_mode(0o755);
216
0
                    std::fs::set_permissions(parent, perms).map_err(|e| {
217
0
                        RiskError::Internal(format!("Failed to set directory permissions: {e}"))
218
0
                    })?;
219
                }
220
9
            }
221
0
        }
222
223
        // Remove existing socket if it exists
224
9
        if Path::new(&socket_path).exists() {
225
0
            std::fs::remove_file(&socket_path).map_err(|e| {
226
0
                RiskError::Internal(format!("Failed to remove existing socket: {e}"))
227
0
            })?;
228
9
        }
229
230
9
        Ok(Self {
231
9
            socket_path,
232
9
            kill_switch,
233
9
            emergency_shutdown: Arc::new(AtomicBool::new(false)),
234
9
            listener_handle: None,
235
9
            shutdown_sender: None,
236
9
            auth_manager: AuthManager::new(),
237
9
        })
238
9
    }
239
240
    /// Start the Unix socket listener for external control
241
7
    pub async fn start_listener(&mut self) -> RiskResult<()> {
242
7
        let listener = TokioUnixListener::bind(&self.socket_path)
243
7
            .map_err(|e| RiskError::Internal(
format!0
(
"Failed to bind Unix socket: {e}"0
)))
?0
;
244
245
        // Set proper permissions (readable/writable by owner and group)
246
        #[cfg(unix)]
247
        {
248
            use std::os::unix::fs::PermissionsExt;
249
7
            let perms = std::fs::Permissions::from_mode(0o660);
250
7
            std::fs::set_permissions(&self.socket_path, perms).map_err(|e| 
{0
251
0
                RiskError::Internal(format!("Failed to set socket permissions: {e}"))
252
0
            })?;
253
        }
254
255
7
        let (shutdown_tx, mut shutdown_rx) = broadcast::channel(1);
256
7
        self.shutdown_sender = Some(shutdown_tx);
257
258
7
        let kill_switch = Arc::clone(&self.kill_switch);
259
7
        let emergency_shutdown = Arc::clone(&self.emergency_shutdown);
260
7
        let socket_path = self.socket_path.clone();
261
7
        let auth_manager = self.auth_manager.clone();
262
263
7
        let handle = tokio::spawn(async move {
264
7
            info!(
265
0
                "Unix socket kill switch listener started on {}",
266
                socket_path
267
            );
268
269
            loop {
270
18
                tokio::select! {
271
                    // Handle new connections
272
18
                    
result11
 = listener.accept() => {
273
11
                        match result {
274
11
                            Ok((stream, _addr)) => {
275
11
                                let kill_switch_clone = Arc::clone(&kill_switch);
276
11
                                let emergency_shutdown_clone = Arc::clone(&emergency_shutdown);
277
278
11
                                let auth_manager_clone = auth_manager.clone();
279
11
                                tokio::spawn(async move {
280
11
                                    if let Err(
e0
) = Self::handle_connection(
281
11
                                        stream,
282
11
                                        kill_switch_clone,
283
11
                                        emergency_shutdown_clone,
284
11
                                        auth_manager_clone
285
11
                                    ).await {
286
0
                                        error!("Error handling Unix socket connection: {}", e);
287
11
                                    }
288
11
                                });
289
                            }
290
0
                            Err(e) => {
291
0
                                error!("Failed to accept Unix socket connection: {}", e);
292
                            }
293
                        }
294
                    }
295
                    // Handle shutdown signal
296
18
                    _ = shutdown_rx.recv() => {
297
7
                        info!(
"Shutting down Unix socket listener"0
);
298
7
                        break;
299
                    }
300
                }
301
            }
302
303
            // Cleanup socket file on shutdown
304
7
            if let Err(
e0
) = std::fs::remove_file(&socket_path) {
305
0
                warn!("Failed to remove socket file {}: {}", socket_path, e);
306
7
            }
307
7
        });
308
309
7
        self.listener_handle = Some(handle);
310
7
        info!(
311
0
            "Unix socket kill switch controller started on {}",
312
            self.socket_path
313
        );
314
315
7
        Ok(())
316
7
    }
317
318
    /// Stop the Unix socket listener
319
7
    pub async fn stop_listener(&mut self) -> RiskResult<()> {
320
7
        if let Some(sender) = &self.shutdown_sender {
321
7
            let _ = sender.send(());
322
7
        
}0
323
324
7
        if let Some(handle) = self.listener_handle.take() {
325
7
            if let Err(
e0
) = handle.await {
326
0
                warn!("Error waiting for listener shutdown: {}", e);
327
7
            }
328
0
        }
329
330
7
        info!(
"Unix socket kill switch controller stopped"0
);
331
7
        Ok(())
332
7
    }
333
334
    /// Setup signal-based emergency shutdown handlers that bypass Tokio
335
1
    pub async fn setup_emergency_shutdown_signals(&self) -> RiskResult<()> {
336
1
        let emergency_shutdown = Arc::clone(&self.emergency_shutdown);
337
1
        let kill_switch = Arc::clone(&self.kill_switch);
338
339
        // Setup SIGUSR1 for emergency shutdown (bypasses Tokio)
340
1
        let mut sigusr1 = signal(SignalKind::user_defined1())
341
1
            .map_err(|e| RiskError::Internal(
format!0
(
"Failed to setup SIGUSR1 handler: {e}"0
)))
?0
;
342
343
1
        let emergency_shutdown_usr1 = Arc::clone(&emergency_shutdown);
344
1
        let kill_switch_usr1 = Arc::clone(&kill_switch);
345
346
1
        tokio::spawn(async move 
{0
347
            loop {
348
0
                sigusr1.recv().await;
349
0
                warn!("\u{1f6a8} SIGUSR1 received - EMERGENCY SHUTDOWN ACTIVATED");
350
351
                // Set emergency flag immediately
352
0
                emergency_shutdown_usr1.store(true, Ordering::SeqCst);
353
354
                // Engage global kill switch
355
0
                if let Err(e) = kill_switch_usr1
356
0
                    .engage(
357
0
                        KillSwitchScope::Global,
358
0
                        "SIGUSR1 emergency signal received".to_owned(),
359
0
                        "signal-handler".to_owned(),
360
0
                        true,
361
0
                    )
362
0
                    .await
363
                {
364
0
                    error!("Failed to engage kill switch via SIGUSR1: {}", e);
365
0
                }
366
367
                // Perform immediate shutdown bypassing Tokio
368
0
                Self::perform_emergency_shutdown("SIGUSR1 signal").await;
369
            }
370
        });
371
372
        // Setup SIGUSR2 for emergency shutdown with different priority
373
1
        let mut sigusr2 = signal(SignalKind::user_defined2())
374
1
            .map_err(|e| RiskError::Internal(
format!0
(
"Failed to setup SIGUSR2 handler: {e}"0
)))
?0
;
375
376
1
        let emergency_shutdown_usr2 = Arc::clone(&emergency_shutdown);
377
1
        let kill_switch_usr2 = Arc::clone(&kill_switch);
378
379
1
        tokio::spawn(async move 
{0
380
            loop {
381
0
                sigusr2.recv().await;
382
0
                warn!("\u{1f6a8} SIGUSR2 received - PRIORITY EMERGENCY SHUTDOWN");
383
384
0
                emergency_shutdown_usr2.store(true, Ordering::SeqCst);
385
386
0
                if let Err(e) = kill_switch_usr2
387
0
                    .engage(
388
0
                        KillSwitchScope::Global,
389
0
                        "SIGUSR2 priority emergency signal received".to_owned(),
390
0
                        "signal-handler".to_owned(),
391
0
                        true,
392
0
                    )
393
0
                    .await
394
                {
395
0
                    error!("Failed to engage kill switch via SIGUSR2: {}", e);
396
0
                }
397
398
0
                Self::perform_emergency_shutdown("SIGUSR2 priority signal").await;
399
            }
400
        });
401
402
1
        info!(
"Emergency shutdown signal handlers configured (SIGUSR1, SIGUSR2)"0
);
403
1
        Ok(())
404
1
    }
405
406
    /// Check if emergency shutdown is active
407
    #[must_use]
408
2
    pub fn is_emergency_shutdown_active(&self) -> bool {
409
2
        self.emergency_shutdown.load(Ordering::SeqCst)
410
2
    }
411
412
    /// Handle incoming Unix socket connection
413
11
    async fn handle_connection(
414
11
        stream: tokio::net::UnixStream,
415
11
        kill_switch: Arc<AtomicKillSwitch>,
416
11
        emergency_shutdown: Arc<AtomicBool>,
417
11
        auth_manager: AuthManager,
418
11
    ) -> RiskResult<()> {
419
11
        let (stream_reader, mut stream_writer) = stream.into_split();
420
11
        let mut reader = BufReader::new(stream_reader);
421
11
        let mut line = String::new();
422
423
        // Set connection timeout for regulatory compliance
424
11
        let start_time = Instant::now();
425
426
11
        match timeout(Duration::from_millis(50), reader.read_line(&mut line)).await {
427
            Ok(Ok(_)) => {
428
10
                let latency_ns = start_time.elapsed().as_nanos() as u64;
429
430
                // Parse command
431
10
                let command: KillSwitchCommand = match serde_json::from_str(line.trim()) {
432
10
                    Ok(cmd) => cmd,
433
0
                    Err(e) => {
434
0
                        let response = KillSwitchResponse {
435
0
                            success: false,
436
0
                            message: format!("Invalid command format: {e}"),
437
0
                            timestamp: Utc::now().timestamp() as u64,
438
0
                            latency_ns,
439
0
                        };
440
0
                        Self::write_response(&mut stream_writer, response).await?;
441
0
                        return Ok(());
442
                    },
443
                };
444
445
                // Process command
446
10
                let response = Self::process_command(
447
10
                    command,
448
10
                    &kill_switch,
449
10
                    &emergency_shutdown,
450
10
                    &auth_manager,
451
10
                    latency_ns,
452
10
                )
453
10
                .await;
454
455
10
                Self::write_response(&mut stream_writer, response).await
?0
;
456
            },
457
0
            Ok(Err(e)) => {
458
0
                error!("Error reading from Unix socket: {}", e);
459
            },
460
            Err(_) => {
461
1
                warn!(
"Unix socket read timeout exceeded (50ms)"0
);
462
1
                let response = KillSwitchResponse {
463
1
                    success: false,
464
1
                    message: "Request timeout - must complete within 50ms".to_owned(),
465
1
                    timestamp: Utc::now().timestamp() as u64,
466
1
                    latency_ns: start_time.elapsed().as_nanos() as u64,
467
1
                };
468
1
                Self::write_response(&mut stream_writer, response).await
?0
;
469
            },
470
        }
471
472
11
        Ok(())
473
11
    }
474
475
    /// Process kill switch command
476
10
    async fn process_command(
477
10
        command: KillSwitchCommand,
478
10
        kill_switch: &Arc<AtomicKillSwitch>,
479
10
        emergency_shutdown: &Arc<AtomicBool>,
480
10
        auth_manager: &AuthManager,
481
10
        base_latency_ns: u64,
482
10
    ) -> KillSwitchResponse {
483
10
        let start_time = Instant::now();
484
485
10
        let (success, message) = match command {
486
            // Authentication command - creates a session
487
            KillSwitchCommand::Authenticate {
488
4
                token,
489
4
                user_id,
490
                timestamp: _,
491
4
            } => match auth_manager.authenticate(&token, &user_id) {
492
4
                Ok(session_token) => {
493
4
                    info!(
"User {} authenticated successfully"0
, user_id);
494
4
                    (
495
4
                        true,
496
4
                        format!("Authentication successful. Session token: {session_token}"),
497
4
                    )
498
                },
499
0
                Err(e) => {
500
0
                    warn!("Authentication failed for user {}: {}", user_id, e);
501
0
                    (false, format!("Authentication failed: {e}"))
502
                },
503
            },
504
505
            // Authenticated operations - require valid session
506
            KillSwitchCommand::Activate {
507
1
                scope,
508
1
                reason,
509
1
                cascade,
510
1
                auth_token,
511
1
            } => match auth_manager.validate_session(&auth_token, "kill_switch:activate") {
512
1
                Ok(user_id) => {
513
1
                    info!(
514
0
                        "User {} attempting to activate kill switch for {:?}",
515
                        user_id, scope
516
                    );
517
1
                    match kill_switch
518
1
                        .engage(scope.clone(), reason.clone(), user_id.clone(), cascade)
519
1
                        .await
520
                    {
521
                        Ok(()) => {
522
1
                            warn!(
"\u{1f6a8} KILL SWITCH ACTIVATED for {scope:?}: {reason} by user {user_id}"0
);
523
1
                            (
524
1
                                true,
525
1
                                format!("Kill switch activated for {scope:?}: {reason}"),
526
1
                            )
527
                        },
528
0
                        Err(e) => (false, format!("Failed to activate kill switch: {e}")),
529
                    }
530
                },
531
0
                Err(e) => {
532
0
                    warn!("Unauthorized kill switch activation attempt: {}", e);
533
0
                    (false, format!("Authentication required: {e}"))
534
                },
535
            },
536
537
1
            KillSwitchCommand::Deactivate { scope, auth_token } => {
538
1
                match auth_manager.validate_session(&auth_token, "kill_switch:deactivate") {
539
1
                    Ok(user_id) => {
540
1
                        info!(
541
0
                            "User {} attempting to deactivate kill switch for {:?}",
542
                            user_id, scope
543
                        );
544
1
                        match kill_switch.deactivate(scope.clone(), user_id.clone()).await {
545
                            Ok(()) => {
546
1
                                info!(
"\u{2705} Kill switch deactivated for {scope:?} by user {user_id}"0
);
547
1
                                (true, format!("Kill switch deactivated for {scope:?}"))
548
                            },
549
0
                            Err(e) => (false, format!("Failed to deactivate kill switch: {e}")),
550
                        }
551
                    },
552
0
                    Err(e) => {
553
0
                        warn!("Unauthorized kill switch deactivation attempt: {}", e);
554
0
                        (false, format!("Authentication required: {e}"))
555
                    },
556
                }
557
            },
558
559
2
            KillSwitchCommand::Status { auth_token } => {
560
2
                match auth_manager.validate_session(&auth_token, "kill_switch:activate") {
561
2
                    Ok(user_id) => {
562
2
                        info!(
"User {} requesting kill switch status"0
, user_id);
563
2
                        match kill_switch.is_active().await {
564
2
                            Ok(active) => {
565
2
                                let (checks, commands) = kill_switch.get_metrics();
566
2
                                let (error_rate, failures) = kill_switch.get_health_metrics();
567
2
                                (true, format!(
568
2
                                    "Kill switch status: {} | Checks: {} | Commands: {} | Error rate: {:.2}% | Consecutive failures: {} | User: {}",
569
2
                                    if active { 
"ACTIVE"0
 } else { "INACTIVE" },
570
                                    checks,
571
                                    commands,
572
2
                                    error_rate * 100.0,
573
                                    failures,
574
                                    user_id
575
                                ))
576
                            },
577
0
                            Err(e) => (false, format!("Failed to get status: {e}")),
578
                        }
579
                    },
580
0
                    Err(e) => {
581
0
                        warn!("Unauthorized status check attempt: {}", e);
582
0
                        (false, format!("Authentication required: {e}"))
583
                    },
584
                }
585
            },
586
587
1
            KillSwitchCommand::EmergencyShutdown { reason, auth_token } => {
588
1
                match auth_manager.validate_session(&auth_token, "kill_switch:emergency") {
589
1
                    Ok(user_id) => {
590
1
                        error!(
591
0
                            "\u{1f6a8}\u{1f6a8}\u{1f6a8} EMERGENCY SHUTDOWN initiated by user {}: {}",
592
                            user_id, reason
593
                        );
594
595
1
                        emergency_shutdown.store(true, Ordering::SeqCst);
596
597
                        // Activate global kill switch immediately
598
1
                        if let Err(
e0
) = kill_switch
599
1
                            .engage(
600
1
                                KillSwitchScope::Global,
601
1
                                reason.clone(),
602
1
                                user_id.clone(),
603
1
                                true,
604
1
                            )
605
1
                            .await
606
                        {
607
0
                            error!("Failed to engage kill switch during emergency: {}", e);
608
1
                        }
609
610
                        // Trigger emergency shutdown in background
611
1
                        let reason_for_shutdown = format!("{reason} (initiated by {user_id})");
612
1
                        tokio::spawn(async move {
613
1
                            Self::perform_emergency_shutdown(&reason_for_shutdown).await;
614
0
                        });
615
616
1
                        (
617
1
                            true,
618
1
                            format!("Emergency shutdown initiated: {reason} by user {user_id}"),
619
1
                        )
620
                    },
621
0
                    Err(e) => {
622
0
                        error!("\u{1f6a8} UNAUTHORIZED EMERGENCY SHUTDOWN ATTEMPT: {}", e);
623
0
                        (
624
0
                            false,
625
0
                            format!("Authentication required for emergency shutdown: {e}"),
626
0
                        )
627
                    },
628
                }
629
            },
630
631
            // Health check is read-only and doesn't require authentication
632
1
            KillSwitchCommand::HealthCheck => match kill_switch.is_healthy().await {
633
1
                Ok(healthy) => (
634
1
                    healthy,
635
1
                    if healthy {
636
1
                        "System healthy"
637
                    } else {
638
0
                        "System unhealthy - circuit breaker triggered"
639
                    }
640
1
                    .to_owned(),
641
                ),
642
0
                Err(e) => (false, format!("Health check failed: {e}")),
643
            },
644
        };
645
646
        // Clean up expired sessions periodically
647
10
        auth_manager.cleanup_expired_sessions();
648
649
10
        let total_latency_ns = base_latency_ns + start_time.elapsed().as_nanos() as u64;
650
651
10
        KillSwitchResponse {
652
10
            success,
653
10
            message,
654
10
            timestamp: Utc::now().timestamp() as u64,
655
10
            latency_ns: total_latency_ns,
656
10
        }
657
10
    }
658
659
    /// Write response back through Unix socket writer
660
11
    async fn write_response(
661
11
        writer: &mut tokio::net::unix::OwnedWriteHalf,
662
11
        response: KillSwitchResponse,
663
11
    ) -> RiskResult<()> {
664
11
        let response_json = serde_json::to_string(&response)
665
11
            .map_err(|e| RiskError::Internal(
format!0
(
"Failed to serialize response: {e}"0
)))
?0
;
666
667
11
        writer
668
11
            .write_all(response_json.as_bytes())
669
11
            .await
670
11
            .map_err(|e| RiskError::Internal(
format!0
(
"Failed to write response: {e}"0
)))
?0
;
671
672
11
        writer
673
11
            .write_all(b"\n")
674
11
            .await
675
11
            .map_err(|e| RiskError::Internal(
format!0
(
"Failed to write newline: {e}"0
)))
?0
;
676
677
11
        Ok(())
678
11
    }
679
680
    /// Perform emergency shutdown bypassing Tokio runtime
681
    /// This is the critical regulatory compliance function - must complete in <100ms
682
1
    async fn perform_emergency_shutdown(reason: &str) {
683
1
        error!(
"\u{1f6a8}\u{1f6a8}\u{1f6a8} EMERGENCY SHUTDOWN INITIATED: {} \u{1f6a8}\u{1f6a8}\u{1f6a8}"0
, reason);
684
685
        // Log emergency event
686
1
        error!(
"Emergency shutdown timestamp: {}"0
, 
Utc::now()0
.
to_rfc33390
());
687
688
        // In a real implementation, this would:
689
        // 1. Immediately cancel all outstanding orders
690
        // 2. Close all positions at market
691
        // 3. Disconnect from all brokers
692
        // 4. Stop all trading algorithms
693
        // 5. Notify regulatory authorities
694
        // 6. Generate emergency audit log
695
696
        // For this implementation, we'll simulate immediate action
697
1
        tokio::time::sleep(Duration::from_millis(10)).await; // Simulated shutdown time
698
699
0
        error!("\u{1f6a8} EMERGENCY SHUTDOWN COMPLETE - System halted");
700
701
        // In production, this might call std::process::exit(1) to ensure immediate termination
702
        // std::process::exit(1);
703
0
    }
704
}
705
706
/// Utility functions for Unix socket kill switch control
707
impl UnixSocketKillSwitch {
708
    /// Send a command to the kill switch via Unix socket (client utility)
709
10
    pub async fn send_command_to_socket(
710
10
        socket_path: &str,
711
10
        command: KillSwitchCommand,
712
10
    ) -> RiskResult<KillSwitchResponse> {
713
10
        let stream = tokio::net::UnixStream::connect(socket_path)
714
10
            .await
715
10
            .map_err(|e| 
{0
716
0
                RiskError::Internal(format!("Failed to connect to kill switch socket: {e}"))
717
0
            })?;
718
719
10
        let command_json = serde_json::to_string(&command)
720
10
            .map_err(|e| RiskError::Internal(
format!0
(
"Failed to serialize command: {e}"0
)))
?0
;
721
722
        // Split stream for reading and writing
723
10
        let (stream_reader, mut stream_writer) = stream.into_split();
724
725
        // Send command
726
10
        stream_writer
727
10
            .write_all(command_json.as_bytes())
728
10
            .await
729
10
            .map_err(|e| RiskError::Internal(
format!0
(
"Failed to send command: {e}"0
)))
?0
;
730
10
        stream_writer
731
10
            .write_all(b"\n")
732
10
            .await
733
10
            .map_err(|e| RiskError::Internal(
format!0
(
"Failed to send newline: {e}"0
)))
?0
;
734
735
        // Read response
736
10
        let mut reader = BufReader::new(stream_reader);
737
10
        let mut response_line = String::new();
738
739
10
        match timeout(
740
10
            Duration::from_millis(100),
741
10
            reader.read_line(&mut response_line),
742
        )
743
10
        .await
744
        {
745
10
            Ok(Ok(_)) => serde_json::from_str(response_line.trim())
746
10
                .map_err(|e| RiskError::Internal(
format!0
(
"Failed to parse response: {e}"0
))),
747
0
            Ok(Err(e)) => Err(RiskError::Internal(format!("Failed to read response: {e}"))),
748
0
            Err(_) => Err(RiskError::Internal("Response timeout".to_owned())),
749
        }
750
10
    }
751
752
    /// Emergency activation via Unix socket (for external monitoring systems)
753
    /// Requires authentication token
754
0
    pub async fn emergency_activate(
755
0
        socket_path: &str,
756
0
        reason: String,
757
0
        auth_token: String,
758
0
    ) -> RiskResult<KillSwitchResponse> {
759
0
        Self::send_command_to_socket(
760
0
            socket_path,
761
0
            KillSwitchCommand::EmergencyShutdown { reason, auth_token },
762
0
        )
763
0
        .await
764
0
    }
765
766
    /// Quick status check via Unix socket
767
    /// Requires authentication token
768
0
    pub async fn quick_status_check(
769
0
        socket_path: &str,
770
0
        auth_token: String,
771
0
    ) -> RiskResult<KillSwitchResponse> {
772
0
        Self::send_command_to_socket(socket_path, KillSwitchCommand::Status { auth_token }).await
773
0
    }
774
775
    /// Authenticate and get session token for subsequent operations
776
0
    pub async fn authenticate(
777
0
        socket_path: &str,
778
0
        master_token: String,
779
0
        user_id: String,
780
0
    ) -> RiskResult<String> {
781
0
        let response = Self::send_command_to_socket(
782
0
            socket_path,
783
            KillSwitchCommand::Authenticate {
784
0
                token: master_token,
785
0
                user_id,
786
0
                timestamp: SystemTime::now()
787
0
                    .duration_since(UNIX_EPOCH)
788
0
                    .map(|d| d.as_secs())
789
0
                    .unwrap_or_else(|_| {
790
0
                        error!("Failed to get system time for kill switch authentication");
791
0
                        0
792
0
                    }),
793
            },
794
        )
795
0
        .await?;
796
797
0
        if response.success {
798
            // Extract session token from response message
799
0
            if let Some(token) = response.message.split("Session token: ").nth(1) {
800
0
                Ok(token.to_owned())
801
            } else {
802
0
                Err(RiskError::Internal(
803
0
                    "Failed to extract session token from response".to_owned(),
804
0
                ))
805
            }
806
        } else {
807
0
            Err(RiskError::Internal(format!(
808
0
                "Authentication failed: {}",
809
0
                response.message
810
0
            )))
811
        }
812
0
    }
813
}
814
815
#[cfg(test)]
816
mod tests {
817
    use super::*;
818
    use crate::safety::kill_switch::AtomicKillSwitch;
819
    use crate::safety::KillSwitchConfig;
820
    use tempfile::tempdir;
821
822
9
    async fn create_test_setup() -> RiskResult<(UnixSocketKillSwitch, String, tempfile::TempDir)> {
823
9
        let temp_dir = tempdir().map_err(|e| RiskError::Internal(
e0
.
to_string0
()))
?0
;
824
9
        let socket_path = temp_dir.path().join("test_kill_switch.sock");
825
9
        let socket_path_str = socket_path.to_string_lossy().to_string();
826
827
9
        let config = KillSwitchConfig::default();
828
        // Use test constructor to avoid Redis dependency
829
9
        let kill_switch = Arc::new(AtomicKillSwitch::new_test(config));
830
831
9
        let unix_socket_kill_switch =
832
9
            UnixSocketKillSwitch::new(socket_path_str.clone(), kill_switch).await
?0
;
833
834
9
        Ok((unix_socket_kill_switch, socket_path_str, temp_dir))
835
9
    }
836
837
    #[tokio::test]
838
1
    async fn test_unix_socket_creation() -> RiskResult<()> {
839
1
        let (unix_socket_kill_switch, socket_path, _temp_dir) = create_test_setup().await
?0
;
840
841
        // Verify socket path is set correctly
842
1
        assert_eq!(unix_socket_kill_switch.socket_path, socket_path);
843
1
        assert!(!unix_socket_kill_switch.is_emergency_shutdown_active());
844
845
2
        Ok(())
846
1
    }
847
848
    #[tokio::test]
849
1
    async fn test_socket_listener_lifecycle() -> RiskResult<()> {
850
1
        let (mut unix_socket_kill_switch, _, _temp_dir) = create_test_setup().await
?0
;
851
852
        // Start listener
853
1
        unix_socket_kill_switch.start_listener().await
?0
;
854
1
        assert!(unix_socket_kill_switch.listener_handle.is_some());
855
856
        // Stop listener
857
1
        unix_socket_kill_switch.stop_listener().await
?0
;
858
1
        assert!(unix_socket_kill_switch.listener_handle.is_none());
859
860
2
        Ok(())
861
1
    }
862
863
    #[tokio::test]
864
1
    async fn test_command_processing() -> RiskResult<()> {
865
1
        let (mut unix_socket_kill_switch, socket_path, _temp_dir) = create_test_setup().await
?0
;
866
867
        // Start listener
868
1
        unix_socket_kill_switch.start_listener().await
?0
;
869
870
        // Give listener time to start
871
1
        tokio::time::sleep(Duration::from_millis(50)).await;
872
873
        // First authenticate to get session token
874
1
        let auth_response = UnixSocketKillSwitch::send_command_to_socket(
875
1
            &socket_path,
876
1
            KillSwitchCommand::Authenticate {
877
1
                token: "fallback-token-change-me".to_string(),
878
1
                user_id: "test_user".to_string(),
879
1
                timestamp: SystemTime::now()
880
1
                    .duration_since(UNIX_EPOCH)
881
1
                    .expect("System time should be after UNIX epoch in test")
882
1
                    .as_secs(),
883
1
            },
884
1
        )
885
1
        .await
?0
;
886
887
1
        assert!(auth_response.success);
888
1
        assert!(auth_response.message.contains("Authentication successful"));
889
890
        // Extract session token from response
891
1
        let session_token = auth_response
892
1
            .message
893
1
            .split("Session token: ")
894
1
            .nth(1)
895
1
            .expect("Auth response should contain session token")
896
1
            .to_string();
897
898
        // Test status command with authentication
899
1
        let response = UnixSocketKillSwitch::send_command_to_socket(
900
1
            &socket_path,
901
1
            KillSwitchCommand::Status {
902
1
                auth_token: session_token,
903
1
            },
904
1
        )
905
1
        .await
?0
;
906
907
1
        assert!(response.success);
908
1
        assert!(response.message.contains("Kill switch status"));
909
1
        assert!(response.latency_ns > 0);
910
911
        // Stop listener
912
1
        unix_socket_kill_switch.stop_listener().await
?0
;
913
914
2
        Ok(())
915
1
    }
916
917
    #[tokio::test]
918
1
    async fn test_emergency_shutdown_command() -> RiskResult<()> {
919
1
        let (mut unix_socket_kill_switch, socket_path, _temp_dir) = create_test_setup().await
?0
;
920
921
1
        unix_socket_kill_switch.start_listener().await
?0
;
922
1
        tokio::time::sleep(Duration::from_millis(50)).await;
923
924
        // Authenticate first
925
1
        let auth_response = UnixSocketKillSwitch::send_command_to_socket(
926
1
            &socket_path,
927
1
            KillSwitchCommand::Authenticate {
928
1
                token: "fallback-token-change-me".to_string(),
929
1
                user_id: "emergency_user".to_string(),
930
1
                timestamp: SystemTime::now()
931
1
                    .duration_since(UNIX_EPOCH)
932
1
                    .expect("System time should be after UNIX epoch in test")
933
1
                    .as_secs(),
934
1
            },
935
1
        )
936
1
        .await
?0
;
937
938
1
        assert!(auth_response.success);
939
1
        let session_token = auth_response
940
1
            .message
941
1
            .split("Session token: ")
942
1
            .nth(1)
943
1
            .expect("Auth response should contain session token")
944
1
            .to_string();
945
946
        // Test emergency shutdown with authentication
947
1
        let response = UnixSocketKillSwitch::send_command_to_socket(
948
1
            &socket_path,
949
1
            KillSwitchCommand::EmergencyShutdown {
950
1
                reason: "Test emergency".to_string(),
951
1
                auth_token: session_token,
952
1
            },
953
1
        )
954
1
        .await
?0
;
955
956
1
        assert!(response.success);
957
1
        assert!(response.message.contains("Emergency shutdown initiated"));
958
1
        assert!(unix_socket_kill_switch.is_emergency_shutdown_active());
959
960
1
        unix_socket_kill_switch.stop_listener().await
?0
;
961
2
        Ok(())
962
1
    }
963
964
    #[tokio::test]
965
1
    async fn test_activate_deactivate_commands() -> RiskResult<()> {
966
1
        let (mut unix_socket_kill_switch, socket_path, _temp_dir) = create_test_setup().await
?0
;
967
968
1
        unix_socket_kill_switch.start_listener().await
?0
;
969
1
        tokio::time::sleep(Duration::from_millis(50)).await;
970
971
        // Authenticate first
972
1
        let auth_response = UnixSocketKillSwitch::send_command_to_socket(
973
1
            &socket_path,
974
1
            KillSwitchCommand::Authenticate {
975
1
                token: "fallback-token-change-me".to_string(),
976
1
                user_id: "test_operator".to_string(),
977
1
                timestamp: SystemTime::now()
978
1
                    .duration_since(UNIX_EPOCH)
979
1
                    .expect("System time should be after UNIX epoch in test")
980
1
                    .as_secs(),
981
1
            },
982
1
        )
983
1
        .await
?0
;
984
985
1
        assert!(auth_response.success);
986
1
        let session_token = auth_response
987
1
            .message
988
1
            .split("Session token: ")
989
1
            .nth(1)
990
1
            .expect("Auth response should contain session token")
991
1
            .to_string();
992
993
        // Activate kill switch
994
1
        let activate_response = UnixSocketKillSwitch::send_command_to_socket(
995
1
            &socket_path,
996
1
            KillSwitchCommand::Activate {
997
1
                scope: KillSwitchScope::Symbol("AAPL".to_string()),
998
1
                reason: "Test activation".to_string(),
999
1
                cascade: false,
1000
1
                auth_token: session_token.clone(),
1001
1
            },
1002
1
        )
1003
1
        .await
?0
;
1004
1005
1
        assert!(activate_response.success);
1006
1
        assert!(activate_response.message.contains("Kill switch activated"));
1007
1008
        // Deactivate kill switch
1009
1
        let deactivate_response = UnixSocketKillSwitch::send_command_to_socket(
1010
1
            &socket_path,
1011
1
            KillSwitchCommand::Deactivate {
1012
1
                scope: KillSwitchScope::Symbol("AAPL".to_string()),
1013
1
                auth_token: session_token,
1014
1
            },
1015
1
        )
1016
1
        .await
?0
;
1017
1018
1
        assert!(deactivate_response.success);
1019
1
        assert!(deactivate_response
1020
1
            .message
1021
1
            .contains("Kill switch deactivated"));
1022
1023
1
        unix_socket_kill_switch.stop_listener().await
?0
;
1024
2
        Ok(())
1025
1
    }
1026
1027
    #[tokio::test]
1028
1
    async fn test_health_check_command() -> RiskResult<()> {
1029
1
        let (mut unix_socket_kill_switch, socket_path, _temp_dir) = create_test_setup().await
?0
;
1030
1031
1
        unix_socket_kill_switch.start_listener().await
?0
;
1032
1
        tokio::time::sleep(Duration::from_millis(50)).await;
1033
1034
1
        let response = UnixSocketKillSwitch::send_command_to_socket(
1035
1
            &socket_path,
1036
1
            KillSwitchCommand::HealthCheck,
1037
1
        )
1038
1
        .await
?0
;
1039
1040
1
        assert!(response.success);
1041
1
        assert!(response.message.contains("healthy"));
1042
1043
1
        unix_socket_kill_switch.stop_listener().await
?0
;
1044
2
        Ok(())
1045
1
    }
1046
1047
    #[tokio::test]
1048
1
    async fn test_signal_handler_setup() -> RiskResult<()> {
1049
1
        let (unix_socket_kill_switch, _, _temp_dir) = create_test_setup().await
?0
;
1050
1051
        // Setup signal handlers (this should not fail)
1052
1
        let result = unix_socket_kill_switch
1053
1
            .setup_emergency_shutdown_signals()
1054
1
            .await;
1055
1
        assert!(result.is_ok());
1056
1057
2
        Ok(())
1058
1
    }
1059
1060
    #[tokio::test]
1061
1
    async fn test_utility_functions() -> RiskResult<()> {
1062
1
        let (mut unix_socket_kill_switch, socket_path, _temp_dir) = create_test_setup().await
?0
;
1063
1064
1
        unix_socket_kill_switch.start_listener().await
?0
;
1065
1
        tokio::time::sleep(Duration::from_millis(50)).await;
1066
1067
        // First authenticate to get session token
1068
1
        let auth_response = UnixSocketKillSwitch::send_command_to_socket(
1069
1
            &socket_path,
1070
1
            KillSwitchCommand::Authenticate {
1071
1
                token: "fallback-token-change-me".to_string(),
1072
1
                user_id: "utility_user".to_string(),
1073
1
                timestamp: SystemTime::now()
1074
1
                    .duration_since(UNIX_EPOCH)
1075
1
                    .expect("System time should be after UNIX epoch in test")
1076
1
                    .as_secs(),
1077
1
            },
1078
1
        )
1079
1
        .await
?0
;
1080
1081
1
        assert!(auth_response.success);
1082
1
        let session_token = auth_response
1083
1
            .message
1084
1
            .split("Session token: ")
1085
1
            .nth(1)
1086
1
            .expect("Auth response should contain session token")
1087
1
            .to_string();
1088
1089
        // Test utility function for status check with authentication
1090
1
        let status_response = UnixSocketKillSwitch::send_command_to_socket(
1091
1
            &socket_path,
1092
1
            KillSwitchCommand::Status {
1093
1
                auth_token: session_token,
1094
1
            },
1095
1
        )
1096
1
        .await
?0
;
1097
1
        assert!(status_response.success);
1098
1099
1
        unix_socket_kill_switch.stop_listener().await
?0
;
1100
2
        Ok(())
1101
1
    }
1102
1103
    #[tokio::test]
1104
1
    async fn test_connection_timeout() -> RiskResult<()> {
1105
1
        let (mut unix_socket_kill_switch, socket_path, _temp_dir) = create_test_setup().await
?0
;
1106
1107
1
        unix_socket_kill_switch.start_listener().await
?0
;
1108
1
        tokio::time::sleep(Duration::from_millis(50)).await;
1109
1110
        // Connect but don't send data (should timeout)
1111
1
        let _stream = tokio::net::UnixStream::connect(&socket_path).await
?0
;
1112
1113
        // Wait for timeout to occur
1114
1
        tokio::time::sleep(Duration::from_millis(100)).await;
1115
1116
1
        unix_socket_kill_switch.stop_listener().await
?0
;
1117
2
        Ok(())
1118
1
    }
1119
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/stress_tester.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/stress_tester.rs.html
deleted file mode 100644
index 08c84d723..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/stress_tester.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/stress_tester.rs
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Count
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1
//! Stress testing engine for portfolio risk analysis
2
// #![deny(clippy::unwrap_used, clippy::expect_used)] // COMMENTED: Crate-level allows applied
3
#![allow(unused_variables, unused_imports)]
4
5
use std::collections::HashMap;
6
use std::sync::Arc;
7
use std::time::Instant;
8
9
use chrono::Utc;
10
use num::{FromPrimitive, ToPrimitive};
11
// REMOVED: Direct Decimal usage - use canonical types
12
use tokio::sync::RwLock;
13
use tracing::{debug, info, warn};
14
15
use crate::error::{RiskError, RiskResult};
16
use crate::risk_types::{InstrumentId, StressScenario, StressTestResult};
17
use common::{Position, Price, Symbol};
18
use config::{AssetClassMapping, RiskAssetClass, RiskConfig, StressScenarioConfig};
19
use rust_decimal::Decimal;
20
// CANONICAL TYPE IMPORTS - All types from core
21
22
/// Stress testing engine for portfolio risk analysis
23
#[derive(Debug)]
24
pub struct StressTester {
25
    scenarios: Arc<RwLock<HashMap<String, StressScenario>>>,
26
    risk_config: Arc<RwLock<RiskConfig>>,
27
    asset_mapping: Arc<RwLock<AssetClassMapping>>,
28
}
29
30
impl Default for StressTester {
31
0
    fn default() -> Self {
32
0
        Self::new()
33
0
    }
34
}
35
36
impl StressTester {
37
    /// Create a new stress tester with configurable scenarios
38
    ///
39
    /// Initializes a stress tester with scenarios loaded from configuration.
40
    /// Uses the provided `RiskConfig` to load stress scenarios, or creates
41
    /// default scenarios if none provided.
42
    ///
43
    /// # Arguments
44
    ///
45
    /// * `risk_config` - Optional risk configuration containing stress scenarios
46
    ///
47
    /// # Returns
48
    ///
49
    /// Returns a new `StressTester` instance with configured scenarios loaded.
50
    #[must_use]
51
3
    pub fn new() -> Self {
52
3
        Self::with_config(None)
53
3
    }
54
55
    /// Create a new stress tester with specific risk configuration
56
    ///
57
    /// # Arguments
58
    ///
59
    /// * `risk_config` - Optional risk configuration containing stress scenarios
60
    #[must_use]
61
6
    pub fn with_config(risk_config: Option<RiskConfig>) -> Self {
62
6
        let config = risk_config.unwrap_or_default();
63
6
        let asset_mapping = config.asset_class_mapping.clone();
64
65
        // Convert configured scenarios to runtime scenarios
66
6
        let mut scenarios = HashMap::new();
67
24
        for 
scenario_config18
 in &config.stress_scenarios {
68
18
            if scenario_config.is_active {
69
18
                scenarios.insert(
70
18
                    scenario_config.id.clone(),
71
18
                    convert_config_to_scenario(scenario_config, &asset_mapping),
72
18
                );
73
18
            
}0
74
        }
75
76
6
        Self {
77
6
            scenarios: Arc::new(RwLock::new(scenarios)),
78
6
            risk_config: Arc::new(RwLock::new(config)),
79
6
            asset_mapping: Arc::new(RwLock::new(asset_mapping)),
80
6
        }
81
6
    }
82
83
    /// Run a stress test on a portfolio using a predefined scenario
84
    ///
85
    /// Applies the specified stress scenario to the given portfolio positions
86
    /// and calculates the potential profit/loss and risk metrics under stress
87
    /// conditions. This is essential for understanding portfolio resilience
88
    /// during market crises.
89
    ///
90
    /// # Arguments
91
    ///
92
    /// * `portfolio_id` - Unique identifier for the portfolio being tested
93
    /// * `scenario_id` - ID of the stress scenario to apply (e.g., "`market_crash_2008`")
94
    /// * `positions` - Array of current portfolio positions to stress test
95
    ///
96
    /// # Returns
97
    ///
98
    /// Returns a `StressTestResult` containing detailed analysis including:
99
    /// - Total profit/loss under stress
100
    /// - Position-level impacts
101
    /// - Risk metrics and statistics
102
    /// - Execution time and metadata
103
    ///
104
    /// # Errors
105
    ///
106
    /// Returns a `RiskError` if:
107
    /// - Scenario ID is not found
108
    /// - Position data is invalid
109
    /// - Calculation fails due to insufficient data
110
6
    pub async fn run_stress_test(
111
6
        &self,
112
6
        portfolio_id: &str,
113
6
        scenario_id: &str,
114
6
        positions: &[Position],
115
6
    ) -> RiskResult<StressTestResult> {
116
6
        let start_time = Instant::now();
117
118
6
        let scenarios = self.scenarios.read().await;
119
6
        let scenario = scenarios
120
6
            .get(scenario_id)
121
6
            .ok_or_else(|| RiskError::Validation {
122
0
                field: "scenario_id".to_owned(),
123
0
                message: format!("Scenario not found: {scenario_id}"),
124
0
            })?;
125
126
        // Calculate pre-stress portfolio value
127
6
        let pre_stress_results: Result<Vec<Price>, RiskError> = positions
128
6
            .iter()
129
12
            .
map6
(|p| {
130
12
                Decimal::try_from(ToPrimitive::to_f64(&p.market_value).unwrap_or(0.0))
131
12
                    .map(Into::into)
132
12
                    .map_err(|_| RiskError::Calculation {
133
0
                        operation: "pre_stress_portfolio_value".to_owned(),
134
0
                        reason: format!(
135
0
                            "Failed to convert market value for instrument {}",
136
                            p.symbol
137
                        ),
138
0
                    })
139
12
            })
140
6
            .collect();
141
6
        let pre_stress_value: Price = pre_stress_results
?0
142
6
            .into_iter()
143
12
            .
map6
(|p| {
144
12
                p.to_decimal().map_err(|_| RiskError::Calculation {
145
0
                    operation: "pre_stress_value_conversion".to_owned(),
146
0
                    reason: "Failed to convert pre-stress value to decimal".to_owned(),
147
0
                })
148
12
            })
149
6
            .collect::<Result<Vec<_>, _>>()
?0
150
6
            .into_iter()
151
6
            .sum::<Decimal>()
152
6
            .into();
153
154
        // Apply stress shocks using configurable approach
155
6
        let asset_mapping = self.asset_mapping.read().await;
156
6
        let mut post_stress_value = Price::ZERO;
157
6
        let mut max_loss_instrument: Option<String> = None;
158
6
        let mut max_loss = Price::ZERO;
159
160
18
        for 
position12
 in positions {
161
12
            let stressed_value = if let Some(
shock8
) =
162
12
                scenario.market_shocks.get(&position.symbol.to_string())
163
            {
164
8
                let original_value: Price =
165
8
                    Decimal::try_from(ToPrimitive::to_f64(&position.market_value).unwrap_or(0.0))
166
8
                        .map_err(|_| RiskError::Calculation {
167
0
                            operation: "stress_test_original_value".to_owned(),
168
0
                            reason: format!(
169
0
                                "Failed to convert original market value for instrument {}",
170
                                position.symbol
171
                            ),
172
0
                        })?
173
8
                        .into();
174
                // Calculate shock multiplier using Decimals to handle negative shocks
175
8
                let shock_decimal =
176
8
                    Decimal::try_from(*shock / 100.0).map_err(|_| RiskError::Calculation {
177
0
                        operation: "shock_conversion".to_owned(),
178
0
                        reason: format!("Failed to convert shock value: {shock}"),
179
0
                    })?;
180
8
                let original_decimal =
181
8
                    original_value
182
8
                        .to_decimal()
183
8
                        .map_err(|_| RiskError::Calculation {
184
0
                            operation: "original_value_conversion".to_owned(),
185
0
                            reason: "Failed to convert original value to decimal".to_owned(),
186
0
                        })?;
187
                // Apply shock: new_value = original_value * (1 + shock_decimal)
188
8
                let new_value_decimal = original_decimal * (Decimal::ONE + shock_decimal);
189
8
                let new_value = Price::from_decimal(new_value_decimal.abs()); // Use abs to ensure positive
190
8
                let loss = (original_value - new_value).abs();
191
192
8
                if loss > max_loss {
193
8
                    max_loss = loss;
194
8
                    max_loss_instrument = Some(position.symbol.to_string());
195
8
                
}0
196
197
8
                new_value
198
            } else {
199
4
                let value: Price =
200
4
                    Decimal::try_from(ToPrimitive::to_f64(&position.market_value).unwrap_or(0.0))
201
4
                        .map_err(|_| RiskError::Calculation {
202
0
                            operation: "stress_test_fallback_value".to_owned(),
203
0
                            reason: format!(
204
0
                                "Failed to convert market value for non-shocked instrument {}",
205
                                position.symbol
206
                            ),
207
0
                        })?
208
4
                        .into();
209
4
                value
210
            };
211
212
12
            let post_stress_decimal =
213
12
                post_stress_value
214
12
                    .to_decimal()
215
12
                    .map_err(|_| RiskError::Calculation {
216
0
                        operation: "post_stress_value_conversion".to_owned(),
217
0
                        reason: "Failed to convert post-stress value to decimal".to_owned(),
218
0
                    })?;
219
12
            let stressed_decimal =
220
12
                stressed_value
221
12
                    .to_decimal()
222
12
                    .map_err(|_| RiskError::Calculation {
223
0
                        operation: "stressed_value_conversion".to_owned(),
224
0
                        reason: "Failed to convert stressed value to decimal".to_owned(),
225
0
                    })?;
226
12
            post_stress_value = (post_stress_decimal + stressed_decimal).into();
227
        }
228
229
        // Calculate stress PnL using Decimals to handle negative values
230
6
        let pre_stress_decimal =
231
6
            pre_stress_value
232
6
                .to_decimal()
233
6
                .map_err(|_| RiskError::Calculation {
234
0
                    operation: "pre_stress_value_conversion".to_owned(),
235
0
                    reason: "Failed to convert pre stress value to decimal".to_owned(),
236
0
                })?;
237
6
        let post_stress_decimal =
238
6
            post_stress_value
239
6
                .to_decimal()
240
6
                .map_err(|_| RiskError::Calculation {
241
0
                    operation: "post_stress_value_conversion".to_owned(),
242
0
                    reason: "Failed to convert post stress value to decimal".to_owned(),
243
0
                })?;
244
245
6
        let stress_pnl_decimal = post_stress_decimal - pre_stress_decimal;
246
247
        // Convert to Price using abs value (Price cannot be negative)
248
6
        let stress_pnl = Price::from_decimal(stress_pnl_decimal.abs());
249
250
6
        let stress_pnl_percentage = if pre_stress_value == Price::ZERO {
251
0
            Price::ZERO
252
        } else {
253
6
            let ratio = stress_pnl_decimal / pre_stress_decimal;
254
6
            (ratio * Decimal::from(100)).abs().into()
255
        };
256
257
6
        let execution_time_ms = start_time.elapsed().as_millis() as u64;
258
259
        Ok(StressTestResult {
260
6
            scenario: scenario.clone(),
261
6
            scenario_id: scenario_id.to_owned(),
262
6
            portfolio_id: portfolio_id.to_owned(),
263
6
            pre_stress_value,
264
6
            post_stress_value,
265
6
            stressed_portfolio_value: post_stress_value,
266
6
            stressed_pnl: stress_pnl,
267
6
            stress_pnl: Price::from_decimal(stress_pnl.to_decimal().map_err(|_| 
{0
268
0
                RiskError::Calculation {
269
0
                    operation: "stress_pnl_final_conversion".to_owned(),
270
0
                    reason: "Failed to convert final stress PnL to decimal".to_owned(),
271
0
                }
272
0
            })?),
273
6
            stress_pnl_percentage: stress_pnl_percentage.raw_value() as f64,
274
            var_breach: false,
275
6
            limit_breaches: Vec::new(),
276
            liquidity_shortfall: Price::ZERO,
277
6
            max_loss_instrument,
278
6
            max_loss,
279
6
            execution_time_ms,
280
6
            timestamp: Utc::now(),
281
            max_drawdown: Price::ZERO,
282
6
            risk_metrics: HashMap::new(),
283
        })
284
6
    }
285
286
    /// Get all available stress test scenarios
287
    ///
288
    /// Returns a vector of all predefined and custom stress scenarios
289
    /// currently available for stress testing. This includes both the
290
    /// built-in historical scenarios and any custom scenarios that have
291
    /// been added.
292
    ///
293
    /// # Returns
294
    ///
295
    /// A vector containing all available `StressScenario` instances.
296
6
    pub async fn get_scenarios(&self) -> Vec<StressScenario> {
297
6
        let scenarios = self.scenarios.read().await;
298
6
        scenarios.values().cloned().collect()
299
6
    }
300
301
    /// Add a custom stress test scenario
302
    ///
303
    /// Adds a new stress scenario to the available scenarios. This allows
304
    /// for testing custom market conditions or hypothetical scenarios
305
    /// beyond the predefined historical events.
306
    ///
307
    /// # Arguments
308
    ///
309
    /// * `scenario` - The stress scenario to add to the collection
310
0
    pub async fn add_scenario(&self, scenario: StressScenario) {
311
0
        let mut scenarios = self.scenarios.write().await;
312
0
        scenarios.insert(scenario.id.clone(), scenario);
313
0
    }
314
315
    /// Remove a stress test scenario by ID
316
    ///
317
    /// Removes a stress scenario from the available scenarios collection.
318
    /// Note that predefined scenarios can be removed, but it's recommended
319
    /// to only remove custom scenarios to maintain standard stress testing
320
    /// capabilities.
321
    ///
322
    /// # Arguments
323
    ///
324
    /// * `scenario_id` - The ID of the scenario to remove
325
    ///
326
    /// # Returns
327
    ///
328
    /// Returns `true` if the scenario was found and removed, `false` otherwise.
329
1
    pub async fn remove_scenario(&self, scenario_id: &str) -> bool {
330
1
        let mut scenarios = self.scenarios.write().await;
331
1
        scenarios.remove(scenario_id).is_some()
332
1
    }
333
334
1
    pub async fn run_comprehensive_stress_test(
335
1
        &self,
336
1
        portfolio_id: &str,
337
1
        positions: &[Position],
338
1
    ) -> RiskResult<Vec<StressTestResult>> {
339
1
        let scenarios = self.get_scenarios().await;
340
1
        let mut results = Vec::new();
341
342
6
        for 
scenario5
 in scenarios {
343
5
            let result = self
344
5
                .run_stress_test(portfolio_id, &scenario.id, positions)
345
5
                .await
?0
;
346
5
            results.push(result);
347
        }
348
349
1
        Ok(results)
350
1
    }
351
352
    /// Update the risk configuration and reload scenarios
353
    ///
354
    /// This method allows for hot-reloading of stress scenarios from updated
355
    /// configuration without requiring a restart of the stress testing engine.
356
    ///
357
    /// # Arguments
358
    ///
359
    /// * `new_config` - Updated risk configuration containing new scenarios
360
1
    pub async fn update_config(&self, new_config: RiskConfig) {
361
1
        let asset_mapping = new_config.asset_class_mapping.clone();
362
363
        // Update the configuration
364
        {
365
1
            let mut config = self.risk_config.write().await;
366
1
            *config = new_config;
367
        }
368
369
        // Update asset mapping
370
        {
371
1
            let mut mapping = self.asset_mapping.write().await;
372
1
            *mapping = asset_mapping.clone();
373
        }
374
375
        // Reload scenarios from new configuration
376
        {
377
1
            let config = self.risk_config.read().await;
378
1
            let mut scenarios = self.scenarios.write().await;
379
1
            scenarios.clear();
380
381
5
            for scenario_config in &
config.stress_scenarios1
 {
382
5
                if scenario_config.is_active {
383
5
                    scenarios.insert(
384
5
                        scenario_config.id.clone(),
385
5
                        convert_config_to_scenario(scenario_config, &asset_mapping),
386
5
                    );
387
5
                
}0
388
            }
389
        }
390
1
    }
391
392
    /// Get the current risk configuration
393
0
    pub async fn get_config(&self) -> RiskConfig {
394
0
        self.risk_config.read().await.clone()
395
0
    }
396
397
    /// Get the current asset class mapping
398
0
    pub async fn get_asset_mapping(&self) -> AssetClassMapping {
399
0
        self.asset_mapping.read().await.clone()
400
0
    }
401
}
402
403
/// Convert a configuration-based stress scenario to a runtime stress scenario
404
///
405
/// This function bridges the gap between the configuration system and the runtime
406
/// stress testing engine by converting configurable scenarios into the format
407
/// expected by the stress testing logic.
408
23
fn convert_config_to_scenario(
409
23
    config: &StressScenarioConfig,
410
23
    asset_mapping: &AssetClassMapping,
411
23
) -> StressScenario {
412
23
    let mut market_shocks = HashMap::new();
413
414
    // Add instrument-specific shocks
415
23
    for (
symbol0
, 
shock0
) in &config.instrument_shocks {
416
0
        market_shocks.insert(symbol.clone(), *shock / 100.0); // Convert percentage to decimal
417
0
    }
418
419
    // Add asset class-based shocks for all mapped symbols
420
552
    for (
symbol529
, 
asset_class529
) in &asset_mapping.mappings {
421
529
        if let Some(
shock237
) = config.asset_class_shocks.get(asset_class) {
422
            // Only add if no instrument-specific shock exists
423
237
            if !market_shocks.contains_key(symbol) {
424
237
                market_shocks.insert(symbol.clone(), *shock / 100.0); // Convert percentage to decimal
425
237
            
}0
426
292
        }
427
    }
428
429
    // Convert volatility multipliers from asset class to instrument level
430
23
    let mut volatility_multipliers = HashMap::new();
431
552
    for (
symbol529
, 
asset_class529
) in &asset_mapping.mappings {
432
529
        if let Some(
multiplier12
) = config.volatility_multipliers.get(asset_class) {
433
12
            volatility_multipliers.insert(symbol.clone(), *multiplier);
434
517
        }
435
    }
436
437
    // Convert liquidity haircuts from asset class to instrument level
438
23
    let mut liquidity_haircuts = HashMap::new();
439
552
    for (
symbol529
, 
asset_class529
) in &asset_mapping.mappings {
440
529
        if let Some(
haircut60
) = config.liquidity_haircuts.get(asset_class) {
441
60
            liquidity_haircuts.insert(symbol.clone(), *haircut);
442
469
        }
443
    }
444
445
23
    StressScenario {
446
23
        id: config.id.clone(),
447
23
        name: config.name.clone(),
448
23
        price_shocks: market_shocks.clone(), // Alias for backward compatibility
449
23
        market_shocks,
450
23
        volatility_multiplier: config.volatility_multiplier,
451
23
        volatility_multipliers,
452
23
        correlation_changes: HashMap::new(), // Could be extended later
453
23
        correlation_adjustments: config.correlation_adjustments.clone(),
454
23
        liquidity_haircuts,
455
23
    }
456
23
}
457
458
#[cfg(test)]
459
mod tests {
460
    use super::*;
461
    // operations module removed - use direct imports from common
462
    // Types already imported via prelude at top of file
463
464
2
    fn create_test_positions() -> Result<Vec<Position>, Box<dyn std::error::Error>> {
465
2
        let now = Utc::now();
466
2
        Ok(vec![
467
            Position {
468
2
                id: uuid::Uuid::new_v4(),
469
2
                symbol: "AAPL".to_string(),
470
2
                quantity: FromPrimitive::from_f64(100.0).ok_or_else(|| 
{0
471
0
                    RiskError::CalculationError("Failed to convert 100.0 to decimal".to_owned())
472
0
                })?,
473
2
                avg_price: FromPrimitive::from_f64(150.0).ok_or_else(|| 
{0
474
0
                    RiskError::CalculationError("Failed to convert 150.0 to decimal".to_owned())
475
0
                })?,
476
2
                avg_cost: FromPrimitive::from_f64(150.0).ok_or_else(|| 
{0
477
0
                    RiskError::CalculationError("Failed to convert 150.0 to decimal".to_owned())
478
0
                })?,
479
2
                basis: FromPrimitive::from_f64(15000.0).ok_or_else(|| 
{0
480
0
                    RiskError::CalculationError("Failed to convert 15000.0 to decimal".to_owned())
481
0
                })?,
482
2
                average_price: FromPrimitive::from_f64(150.0).ok_or_else(|| 
{0
483
0
                    RiskError::CalculationError("Failed to convert 150.0 to decimal".to_owned())
484
0
                })?,
485
2
                market_value: FromPrimitive::from_f64(15000.0).ok_or_else(|| 
{0
486
0
                    RiskError::CalculationError("Failed to convert 15000.0 to decimal".to_owned())
487
0
                })?,
488
                unrealized_pnl: Decimal::ZERO,
489
                realized_pnl: Decimal::ZERO,
490
2
                created_at: now,
491
2
                updated_at: now,
492
2
                last_updated: now,
493
2
                current_price: None,
494
2
                notional_value: FromPrimitive::from_f64(15000.0).ok_or_else(|| 
{0
495
0
                    RiskError::CalculationError("Failed to convert 15000.0 to decimal".to_owned())
496
0
                })?,
497
                margin_requirement: Decimal::ZERO,
498
            },
499
            Position {
500
2
                id: uuid::Uuid::new_v4(),
501
2
                symbol: "GOOGL".to_string(),
502
2
                quantity: FromPrimitive::from_f64(50.0).ok_or_else(|| 
{0
503
0
                    RiskError::CalculationError("Failed to convert 50.0 to decimal".to_owned())
504
0
                })?,
505
2
                avg_price: FromPrimitive::from_f64(2500.0).ok_or_else(|| 
{0
506
0
                    RiskError::CalculationError("Failed to convert 2500.0 to decimal".to_owned())
507
0
                })?,
508
2
                avg_cost: FromPrimitive::from_f64(2500.0).ok_or_else(|| 
{0
509
0
                    RiskError::CalculationError("Failed to convert 2500.0 to decimal".to_owned())
510
0
                })?,
511
2
                basis: FromPrimitive::from_f64(125000.0).ok_or_else(|| 
{0
512
0
                    RiskError::CalculationError("Failed to convert 125000.0 to decimal".to_owned())
513
0
                })?,
514
2
                average_price: FromPrimitive::from_f64(2500.0).ok_or_else(|| 
{0
515
0
                    RiskError::CalculationError("Failed to convert 2500.0 to decimal".to_owned())
516
0
                })?,
517
2
                market_value: FromPrimitive::from_f64(125000.0).ok_or_else(|| 
{0
518
0
                    RiskError::CalculationError("Failed to convert 125000.0 to decimal".to_owned())
519
0
                })?,
520
                unrealized_pnl: Decimal::ZERO,
521
                realized_pnl: Decimal::ZERO,
522
2
                created_at: now,
523
2
                updated_at: now,
524
2
                last_updated: now,
525
2
                current_price: None,
526
2
                notional_value: FromPrimitive::from_f64(125000.0).ok_or_else(|| 
{0
527
0
                    RiskError::CalculationError("Failed to convert 125000.0 to decimal".to_owned())
528
0
                })?,
529
                margin_requirement: Decimal::ZERO,
530
            },
531
        ])
532
2
    }
533
534
3
    fn create_test_scenario_config() -> StressScenarioConfig {
535
3
        let mut asset_class_shocks = HashMap::new();
536
3
        asset_class_shocks.insert(RiskAssetClass::Technology, -10.0); // -10%
537
3
        asset_class_shocks.insert(RiskAssetClass::LargeCapEquity, -15.0); // -15%
538
539
3
        StressScenarioConfig {
540
3
            id: "test_scenario".to_string(),
541
3
            name: "Test Scenario".to_string(),
542
3
            description: "Test scenario for unit testing".to_string(),
543
3
            instrument_shocks: HashMap::new(),
544
3
            asset_class_shocks,
545
3
            volatility_multiplier: 1.0,
546
3
            volatility_multipliers: HashMap::new(),
547
3
            correlation_adjustments: HashMap::new(),
548
3
            liquidity_haircuts: HashMap::new(),
549
3
            is_active: true,
550
3
        }
551
3
    }
552
553
3
    fn create_test_risk_config() -> RiskConfig {
554
3
        RiskConfig {
555
3
            stress_scenarios: vec![create_test_scenario_config()],
556
3
            asset_class_mapping: create_test_asset_mapping(),
557
3
            default_volatility_multiplier: 1.0,
558
3
            max_portfolio_loss_pct: 20.0,
559
3
            var_confidence_level: 0.95,
560
3
            var_time_horizon_days: 1,
561
3
        }
562
3
    }
563
564
3
    fn create_test_asset_mapping() -> AssetClassMapping {
565
3
        let mut mappings = HashMap::new();
566
3
        mappings.insert("AAPL".to_string(), RiskAssetClass::Technology);
567
3
        mappings.insert("GOOGL".to_string(), RiskAssetClass::Technology);
568
3
        mappings.insert("SPY".to_string(), RiskAssetClass::LargeCapEquity);
569
570
3
        AssetClassMapping {
571
3
            mappings,
572
3
            default_class: RiskAssetClass::LargeCapEquity,
573
3
        }
574
3
    }
575
576
    #[tokio::test]
577
1
    async fn test_stress_scenario_application() -> Result<(), Box<dyn std::error::Error>> {
578
1
        let _tester = StressTester::new();
579
        // Test passes if no panic
580
2
        Ok(())
581
1
    }
582
583
    #[tokio::test]
584
1
    async fn test_add_remove_scenario() -> Result<(), Box<dyn std::error::Error>> {
585
1
        let risk_config = create_test_risk_config();
586
1
        let tester = StressTester::with_config(Some(risk_config));
587
588
        // Test scenario should be loaded from config
589
1
        let scenarios = tester.get_scenarios().await;
590
1
        assert!(scenarios.iter().any(|s| s.id == "test_scenario"));
591
592
        // Test removing scenario
593
1
        let removed = tester.remove_scenario("test_scenario").await;
594
1
        assert!(removed);
595
596
1
        let scenarios = tester.get_scenarios().await;
597
1
        assert!(!scenarios.iter().any(|s| 
s.id0
 == 
"test_scenario"0
));
598
2
        Ok(())
599
1
    }
600
601
    #[tokio::test]
602
1
    async fn test_stress_test_execution() -> Result<(), Box<dyn std::error::Error>> {
603
1
        let risk_config = create_test_risk_config();
604
1
        let tester = StressTester::with_config(Some(risk_config));
605
1
        let positions = create_test_positions()
?0
;
606
607
1
        let result = tester
608
1
            .run_stress_test("test_portfolio", "test_scenario", &positions)
609
1
            .await;
610
611
1
        if let Err(
e0
) = &result {
612
0
            eprintln!("Stress test error: {:?}", e);
613
1
        }
614
1
        assert!(result.is_ok());
615
616
1
        let result = result
?0
;
617
1
        assert_eq!(result.portfolio_id, "test_portfolio");
618
1
        assert_eq!(result.scenario_id, "test_scenario");
619
1
        assert!(result.stress_pnl > Price::ZERO); // Should show loss magnitude due to price drops
620
                                                  // execution_time_ms is always >= 0 (u64), so we just verify it exists
621
1
        let _ = result.execution_time_ms; // Acknowledge the field exists
622
2
        Ok(())
623
1
    }
624
    #[tokio::test]
625
1
    async fn test_predefined_scenarios() -> Result<(), Box<dyn std::error::Error>> {
626
1
        let tester = StressTester::new(); // Uses default config with predefined scenarios
627
1
        let scenarios = tester.get_scenarios().await;
628
629
        // Should have default scenarios from configuration
630
1
        assert!(scenarios.iter().any(|s| s.id == "market_crash_2008"));
631
2
        
assert!1
(
scenarios.iter()1
.
any1
(|s| s.id == "covid_crash_2020"));
632
3
        
assert!1
(
scenarios.iter()1
.
any1
(|s| s.id == "flash_crash_2010"));
633
4
        
assert!1
(
scenarios.iter()1
.
any1
(|s| s.id == "volatility_spike"));
634
5
        
assert!1
(
scenarios.iter()1
.
any1
(|s| s.id == "interest_rate_shock"));
635
2
        Ok(())
636
1
    }
637
638
    #[tokio::test]
639
1
    async fn test_comprehensive_stress_test() -> Result<(), Box<dyn std::error::Error>> {
640
1
        let tester = StressTester::new();
641
1
        let positions = create_test_positions()
?0
;
642
643
1
        let results = tester
644
1
            .run_comprehensive_stress_test("test_portfolio", &positions)
645
1
            .await
?0
;
646
647
        // Should have results for multiple scenarios (default config has 5 scenarios)
648
1
        assert!(!results.is_empty());
649
1
        assert!(results.len() >= 5);
650
651
        // All results should be for the same portfolio
652
6
        
for 1
result5
 in &results {
653
5
            assert_eq!(result.portfolio_id, "test_portfolio");
654
1
        }
655
1
        Ok(())
656
1
    }
657
658
    #[tokio::test]
659
1
    async fn test_config_update() -> Result<(), Box<dyn std::error::Error>> {
660
1
        let initial_config = create_test_risk_config();
661
1
        let tester = StressTester::with_config(Some(initial_config));
662
663
        // Initially should have test scenario
664
1
        let scenarios = tester.get_scenarios().await;
665
1
        assert!(scenarios.iter().any(|s| s.id == "test_scenario"));
666
667
        // Update config with default scenarios
668
1
        let new_config = RiskConfig::default();
669
1
        tester.update_config(new_config).await;
670
671
        // Should now have default scenarios instead
672
1
        let scenarios = tester.get_scenarios().await;
673
5
        
assert!1
(!
scenarios.iter()1
.
any1
(|s| s.id == "test_scenario"));
674
1
        assert!(scenarios.iter().any(|s| s.id == "market_crash_2008"));
675
676
2
        Ok(())
677
1
    }
678
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/expected_shortfall.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/expected_shortfall.rs.html
deleted file mode 100644
index 18903de0e..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/expected_shortfall.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/expected_shortfall.rs
Line
Count
Source
1
//! Expected Shortfall (ES) / Conditional Value at Risk (`CVaR`) calculation
2
//! Production implementation for tail risk assessment
3
4
use std::collections::HashMap;
5
// REMOVED: Direct Decimal usage - use canonical types
6
use anyhow::Result;
7
use common::types::Price;
8
use rust_decimal::Decimal;
9
use tracing::warn;
10
11
// Removed types::operations - using common::types::prelude instead
12
13
/// Expected Shortfall calculator for tail risk measurement
14
///
15
/// Expected Shortfall (ES), also known as Conditional Value at Risk (`CVaR`),
16
/// measures the expected loss given that a loss exceeds the Value at Risk (`VaR`)
17
/// threshold. This provides a more comprehensive view of tail risk than `VaR` alone.
18
///
19
/// # Mathematical Foundation
20
///
21
/// For a given confidence level α, Expected Shortfall is defined as:
22
/// `ES_α` = E[X | X ≤ `VaR_α`]
23
///
24
/// Where X represents portfolio returns and `VaR_α` is the Value at Risk at confidence level α.
25
///
26
/// # Use Cases
27
///
28
/// - Regulatory capital calculations
29
/// - Risk-adjusted performance measurement
30
/// - Portfolio optimization with tail risk constraints
31
/// - Stress testing and scenario analysis
32
///
33
/// # Example
34
///
35
/// ```rust
36
/// use risk::var_calculator::expected_shortfall::ExpectedShortfall;
37
/// use std::collections::HashMap;
38
/// use common::types::Price;
39
///
40
/// let mut es_calculator = ExpectedShortfall::new(0.95);
41
///
42
/// let mut returns_data = HashMap::new();
43
/// returns_data.insert("AAPL".to_string(), vec![-0.02, 0.01, -0.05, 0.03]);
44
/// returns_data.insert("MSFT".to_string(), vec![-0.01, 0.02, -0.03, 0.01]);
45
///
46
/// es_calculator.update_returns_data(returns_data);
47
///
48
/// let weights = vec![0.6, 0.4];
49
/// let portfolio_value = Price::from(1_000_000);
50
///
51
/// let es = es_calculator.calculate_expected_shortfall(&weights, portfolio_value)?;
52
/// ```
53
#[derive(Debug)]
54
pub struct ExpectedShortfall {
55
    /// Confidence level for Expected Shortfall calculation
56
    ///
57
    /// Typical values:
58
    /// - 0.95 (95%): Standard risk management
59
    /// - 0.99 (99%): Regulatory requirements (Basel III)
60
    /// - 0.975 (97.5%): Internal risk limits
61
    confidence_level: f64,
62
63
    /// Historical returns data by symbol
64
    ///
65
    /// Key: Symbol identifier (e.g., "AAPL", "MSFT")
66
    /// Value: Vector of historical returns (as decimals, e.g., 0.02 for 2%)
67
    ///
68
    /// Returns should be:
69
    /// - Chronologically ordered (oldest to newest)
70
    /// - Same frequency (daily, weekly, etc.)
71
    /// - Clean of corporate actions adjustments
72
    returns_data: HashMap<String, Vec<f64>>,
73
}
74
75
impl ExpectedShortfall {
76
    /// Creates a new Expected Shortfall calculator with specified confidence level
77
    ///
78
    /// # Arguments
79
    ///
80
    /// * `confidence_level` - Confidence level between 0.0 and 1.0 (e.g., 0.95 for 95%)
81
    ///
82
    /// # Returns
83
    ///
84
    /// New `ExpectedShortfall` instance with empty returns data
85
    ///
86
    /// # Examples
87
    ///
88
    /// ```rust
89
    /// use risk::var_calculator::expected_shortfall::ExpectedShortfall;
90
    ///
91
    /// // Create 95% confidence level ES calculator
92
    /// let es_calc = ExpectedShortfall::new(0.95);
93
    ///
94
    /// // Create 99% confidence level for regulatory compliance
95
    /// let regulatory_es = ExpectedShortfall::new(0.99);
96
    /// ```
97
    ///
98
    /// # Panics
99
    ///
100
    /// Does not panic, but confidence levels outside [0, 1] will produce
101
    /// meaningless results in subsequent calculations.
102
    #[must_use]
103
17
    pub fn new(confidence_level: f64) -> Self {
104
17
        Self {
105
17
            confidence_level,
106
17
            returns_data: HashMap::new(),
107
17
        }
108
17
    }
109
110
    /// Updates the historical returns data used for Expected Shortfall calculations
111
    ///
112
    /// # Arguments
113
    ///
114
    /// * `returns` - `HashMap` mapping symbol identifiers to their historical returns
115
    ///
116
    /// # Data Requirements
117
    ///
118
    /// - Returns should be expressed as decimals (0.02 for 2%)
119
    /// - All return series should have the same frequency
120
    /// - Series should be chronologically ordered
121
    /// - Minimum 100 observations recommended for stable ES estimates
122
    ///
123
    /// # Examples
124
    ///
125
    /// ```rust
126
    /// use std::collections::HashMap;
127
    /// use risk::var_calculator::expected_shortfall::ExpectedShortfall;
128
    ///
129
    /// let mut es_calc = ExpectedShortfall::new(0.95);
130
    ///
131
    /// let mut returns = HashMap::new();
132
    /// returns.insert("AAPL".to_string(), vec![-0.05, 0.02, -0.01, 0.03]);
133
    /// returns.insert("GOOGL".to_string(), vec![-0.03, 0.01, -0.02, 0.04]);
134
    ///
135
    /// es_calc.update_returns_data(returns);
136
    /// ```
137
15
    pub fn update_returns_data(&mut self, returns: HashMap<String, Vec<f64>>) {
138
15
        self.returns_data = returns;
139
15
    }
140
141
    /// Calculates Expected Shortfall using historical simulation methodology
142
    ///
143
    /// This method computes the expected loss in the tail beyond the `VaR` threshold
144
    /// using historical return data and portfolio weights.
145
    ///
146
    /// # Arguments
147
    ///
148
    /// * `portfolio_weights` - Allocation weights for each asset (must sum to 1.0)
149
    /// * `portfolio_value` - Total portfolio value in base currency
150
    ///
151
    /// # Returns
152
    ///
153
    /// * `Ok(Decimal)` - Expected Shortfall amount in absolute currency terms
154
    /// * `Err(anyhow::Error)` - If calculation fails due to insufficient data or invalid inputs
155
    ///
156
    /// # Mathematical Process
157
    ///
158
    /// 1. Calculate weighted portfolio returns for each historical period
159
    /// 2. Sort returns in ascending order (worst losses first)
160
    /// 3. Identify `VaR` threshold at specified confidence level
161
    /// 4. Compute average of all returns worse than `VaR` threshold
162
    /// 5. Convert to absolute dollar amount using portfolio value
163
    ///
164
    /// # Examples
165
    ///
166
    /// ```rust
167
    /// use risk::var_calculator::expected_shortfall::ExpectedShortfall;
168
    /// use common::types::Price;
169
    /// use std::collections::HashMap;
170
    ///
171
    /// let mut es_calc = ExpectedShortfall::new(0.95);
172
    ///
173
    /// // Set up returns data
174
    /// let mut returns = HashMap::new();
175
    /// returns.insert("AAPL".to_string(), vec![-0.05, 0.02, -0.03, 0.01]);
176
    /// returns.insert("MSFT".to_string(), vec![-0.02, 0.03, -0.01, 0.02]);
177
    /// es_calc.update_returns_data(returns);
178
    ///
179
    /// // Calculate ES for 60/40 portfolio worth $1M
180
    /// let weights = vec![0.6, 0.4];
181
    /// let portfolio_value = Price::from(1_000_000);
182
    ///
183
    /// let es_amount = es_calc.calculate_expected_shortfall(&weights, portfolio_value)?;
184
    /// println!("95% Expected Shortfall: ${}", es_amount);
185
    /// ```
186
    ///
187
    /// # Errors
188
    ///
189
    /// - Returns error if no returns data is available
190
    /// - Returns error if portfolio weights length doesn't match number of assets
191
    /// - Returns error if portfolio value cannot be parsed
192
    /// - Returns error if `VaR` index calculation produces invalid results
193
15
    pub fn calculate_expected_shortfall(
194
15
        &self,
195
15
        portfolio_weights: &[f64],
196
15
        portfolio_value: Price,
197
15
    ) -> Result<Decimal> {
198
15
        if self.returns_data.is_empty() {
199
1
            return Err(anyhow::anyhow!(
200
1
                "No returns data available for ES calculation"
201
1
            ));
202
14
        }
203
204
        // Calculate portfolio returns
205
14
        let 
portfolio_returns13
 = self.calculate_portfolio_returns(portfolio_weights)
?1
;
206
207
13
        if portfolio_returns.is_empty() {
208
0
            return Err(anyhow::anyhow!("No portfolio returns calculated"));
209
13
        }
210
211
        // Sort returns in ascending order (worst first)
212
13
        let mut sorted_returns = portfolio_returns;
213
139
        
sorted_returns13
.
sort_by13
(|a, b| {
214
139
            a.partial_cmp(b).unwrap_or_else(|| 
{0
215
                // Handle NaN values: treat NaN as the smallest value for conservative risk assessment
216
0
                if a.is_nan() && b.is_nan() {
217
0
                    std::cmp::Ordering::Equal
218
0
                } else if a.is_nan() {
219
0
                    std::cmp::Ordering::Less
220
0
                } else if b.is_nan() {
221
0
                    std::cmp::Ordering::Greater
222
                } else {
223
0
                    std::cmp::Ordering::Equal
224
                }
225
0
            })
226
139
        });
227
228
        // Find VaR threshold
229
13
        let var_index =
230
13
            ((1.0 - self.confidence_level) * sorted_returns.len() as f64).floor() as usize;
231
232
13
        if var_index >= sorted_returns.len() {
233
0
            return Err(anyhow::anyhow!("VaR index out of bounds"));
234
13
        }
235
236
        // Calculate Expected Shortfall as average of returns worse than VaR
237
13
        let tail_returns = &sorted_returns[0..=var_index];
238
13
        let expected_shortfall_return =
239
13
            tail_returns.iter().sum::<f64>() / tail_returns.len() as f64;
240
241
        // Convert to dollar amount
242
13
        let portfolio_value_f64 = portfolio_value
243
13
            .to_string()
244
13
            .parse::<f64>()
245
13
            .map_err(|e| anyhow::anyhow!(
"Failed to parse portfolio value: {e}"0
))
?0
;
246
247
13
        let es_amount = expected_shortfall_return.abs() * portfolio_value_f64;
248
249
13
        Decimal::try_from(es_amount).map_err(|_| anyhow::anyhow!(
"Failed to convert ES to decimal"0
))
250
15
    }
251
252
    /// Calculates weighted portfolio returns from individual asset returns
253
    ///
254
    /// # Arguments
255
    ///
256
    /// * `weights` - Portfolio allocation weights (must match number of assets)
257
    ///
258
    /// # Returns
259
    ///
260
    /// * `Ok(Vec<f64>)` - Vector of portfolio returns for each time period
261
    /// * `Err(anyhow::Error)` - If weights don't match assets or no data available
262
    ///
263
    /// # Process
264
    ///
265
    /// 1. Validates weights length matches number of assets
266
    /// 2. Finds minimum length across all return series for alignment
267
    /// 3. Calculates weighted sum of returns for each time period
268
    /// 4. Uses most recent data when series have different lengths
269
14
    fn calculate_portfolio_returns(&self, weights: &[f64]) -> Result<Vec<f64>> {
270
14
        if weights.is_empty() {
271
0
            return Err(anyhow::anyhow!("Portfolio weights cannot be empty"));
272
14
        }
273
274
14
        let symbols: Vec<String> = self.returns_data.keys().cloned().collect();
275
276
14
        if symbols.len() != weights.len() {
277
1
            return Err(anyhow::anyhow!(
278
1
                "Number of weights must match number of assets"
279
1
            ));
280
13
        }
281
282
        // Find minimum length across all return series
283
13
        let min_length = self
284
13
            .returns_data
285
13
            .values()
286
13
            .map(Vec::len)
287
13
            .min()
288
13
            .unwrap_or_else(|| 
{0
289
0
                warn!("No returns data found in expected shortfall calculation");
290
0
                0
291
0
            });
292
293
13
        if min_length == 0 {
294
0
            return Err(anyhow::anyhow!("No returns data available"));
295
13
        }
296
297
13
        let mut portfolio_returns = Vec::with_capacity(min_length);
298
299
        // Calculate weighted portfolio returns for each period
300
75
        for period in 0..
min_length13
 {
301
75
            let mut portfolio_return = 0.0;
302
303
95
            for (i, symbol) in 
symbols.iter()75
.
enumerate75
() {
304
95
                if let Some(asset_returns) = self.returns_data.get(symbol) {
305
95
                    // Use the most recent data by indexing from the end
306
95
                    let return_index = asset_returns.len() - min_length + period;
307
95
                    portfolio_return += weights[i] * asset_returns[return_index];
308
95
                
}0
309
            }
310
311
75
            portfolio_returns.push(portfolio_return);
312
        }
313
314
13
        Ok(portfolio_returns)
315
14
    }
316
317
    /// Calculates Expected Shortfall with bootstrap confidence intervals
318
    ///
319
    /// This method provides not only the point estimate of Expected Shortfall
320
    /// but also confidence intervals around that estimate using bootstrap resampling.
321
    ///
322
    /// # Arguments
323
    ///
324
    /// * `portfolio_weights` - Portfolio allocation weights
325
    /// * `portfolio_value` - Total portfolio value
326
    /// * `confidence_interval` - Confidence level for the interval (e.g., 0.95 for 95%)
327
    ///
328
    /// # Returns
329
    ///
330
    /// * `Ok(ESResult)` - Complete ES results with confidence bounds
331
    /// * `Err(anyhow::Error)` - If calculation fails
332
    ///
333
    /// # Bootstrap Methodology
334
    ///
335
    /// 1. Performs 1000 bootstrap samples of historical returns
336
    /// 2. Calculates ES for each bootstrap sample
337
    /// 3. Derives confidence intervals from bootstrap distribution
338
    /// 4. Provides lower and upper bounds for risk assessment
339
    ///
340
    /// # Use Cases
341
    ///
342
    /// - Model validation and backtesting
343
    /// - Uncertainty quantification in risk reports
344
    /// - Regulatory stress testing with confidence bounds
345
    /// - Portfolio optimization with estimation risk
346
    ///
347
    /// # Examples
348
    ///
349
    /// ```rust
350
    /// use risk::var_calculator::expected_shortfall::ExpectedShortfall;
351
    /// use common::types::Price;
352
    ///
353
    /// let es_calc = ExpectedShortfall::new(0.95);
354
    /// // ... set up returns data ...
355
    ///
356
    /// let weights = vec![0.6, 0.4];
357
    /// let portfolio_value = Price::from(1_000_000);
358
    ///
359
    /// let es_result = es_calc.calculate_es_with_confidence(
360
    ///     &weights,
361
    ///     portfolio_value,
362
    ///     0.95  // 95% confidence interval
363
    /// )?;
364
    ///
365
    /// println!("ES: ${}", es_result.expected_shortfall);
366
    /// println!("95% CI: [${}, ${}]", es_result.lower_bound, es_result.upper_bound);
367
    /// ```
368
0
    pub fn calculate_es_with_confidence(
369
0
        &self,
370
0
        portfolio_weights: &[f64],
371
0
        portfolio_value: Price,
372
0
        confidence_interval: f64,
373
0
    ) -> Result<ESResult> {
374
0
        let base_es = self.calculate_expected_shortfall(portfolio_weights, portfolio_value)?;
375
376
        // Bootstrap confidence intervals (simplified implementation)
377
0
        let portfolio_returns = self.calculate_portfolio_returns(portfolio_weights)?;
378
0
        let n_bootstrap = 1000;
379
0
        let mut bootstrap_es = Vec::new();
380
381
        // Simple bootstrap resampling
382
0
        for _ in 0..n_bootstrap {
383
0
            let mut resampled_returns = Vec::new();
384
0
            for _ in 0..portfolio_returns.len() {
385
0
                let idx = fastrand::usize(..portfolio_returns.len());
386
0
                resampled_returns.push(portfolio_returns[idx]);
387
0
            }
388
389
0
            let es = self.calculate_es_from_returns(&resampled_returns, portfolio_value)?;
390
0
            bootstrap_es.push(es);
391
        }
392
393
0
        bootstrap_es.sort_by(|a, b| a.partial_cmp(b).unwrap_or(std::cmp::Ordering::Equal));
394
395
0
        let lower_idx = ((1.0 - confidence_interval) / 2.0 * f64::from(n_bootstrap)) as usize;
396
0
        let upper_idx = ((1.0 + confidence_interval) / 2.0 * f64::from(n_bootstrap)) as usize;
397
398
        Ok(ESResult {
399
0
            expected_shortfall: base_es.into(),
400
0
            confidence_level: self.confidence_level,
401
0
            lower_bound: bootstrap_es
402
0
                .get(lower_idx)
403
0
                .copied()
404
0
                .unwrap_or_else(|| {
405
0
                    warn!("Failed to get bootstrap lower bound, using base ES");
406
0
                    base_es
407
0
                })
408
0
                .into(),
409
0
            upper_bound: bootstrap_es
410
0
                .get(upper_idx.min(bootstrap_es.len() - 1))
411
0
                .copied()
412
0
                .unwrap_or_else(|| {
413
0
                    warn!("Failed to get bootstrap upper bound, using base ES");
414
0
                    base_es
415
0
                })
416
0
                .into(),
417
0
            confidence_interval,
418
        })
419
0
    }
420
421
    /// Helper method to calculate Expected Shortfall from a given set of returns
422
    ///
423
    /// Used internally for bootstrap resampling and testing scenarios.
424
    ///
425
    /// # Arguments
426
    ///
427
    /// * `returns` - Vector of portfolio returns
428
    /// * `portfolio_value` - Portfolio value for absolute amount calculation
429
    ///
430
    /// # Returns
431
    ///
432
    /// Expected Shortfall amount as Decimal, or error if calculation fails
433
0
    fn calculate_es_from_returns(
434
0
        &self,
435
0
        returns: &[f64],
436
0
        portfolio_value: Price,
437
0
    ) -> Result<Decimal> {
438
0
        let mut sorted_returns = returns.to_vec();
439
0
        sorted_returns.sort_by(|a, b| {
440
0
            a.partial_cmp(b).unwrap_or_else(|| {
441
                // Handle NaN values: treat NaN as the smallest value for conservative risk assessment
442
0
                if a.is_nan() && b.is_nan() {
443
0
                    std::cmp::Ordering::Equal
444
0
                } else if a.is_nan() {
445
0
                    std::cmp::Ordering::Less
446
0
                } else if b.is_nan() {
447
0
                    std::cmp::Ordering::Greater
448
                } else {
449
0
                    std::cmp::Ordering::Equal
450
                }
451
0
            })
452
0
        });
453
454
0
        let var_index =
455
0
            ((1.0 - self.confidence_level) * sorted_returns.len() as f64).floor() as usize;
456
457
0
        if var_index >= sorted_returns.len() {
458
0
            return Ok(Decimal::ZERO);
459
0
        }
460
461
0
        let tail_returns = &sorted_returns[0..=var_index];
462
0
        let expected_shortfall_return =
463
0
            tail_returns.iter().sum::<f64>() / tail_returns.len() as f64;
464
465
0
        let portfolio_value_f64 = portfolio_value
466
0
            .to_string()
467
0
            .parse::<f64>()
468
0
            .map_err(|e| anyhow::anyhow!("Failed to parse portfolio value: {e}"))?;
469
470
0
        let es_amount = expected_shortfall_return.abs() * portfolio_value_f64;
471
472
0
        Decimal::from_f64_retain(es_amount)
473
0
            .ok_or_else(|| anyhow::anyhow!("Failed to convert ES to decimal"))
474
0
    }
475
}
476
477
/// Expected Shortfall calculation result with confidence intervals
478
///
479
/// Contains the complete results of an Expected Shortfall calculation
480
/// including the point estimate and bootstrap confidence intervals.
481
///
482
/// # Fields Description
483
///
484
/// - `expected_shortfall`: Point estimate of ES in absolute currency terms
485
/// - `confidence_level`: Confidence level used for ES calculation (e.g., 0.95)
486
/// - `lower_bound`: Lower bound of bootstrap confidence interval
487
/// - `upper_bound`: Upper bound of bootstrap confidence interval  
488
/// - `confidence_interval`: Confidence level for the interval bounds
489
///
490
/// # Usage in Risk Management
491
///
492
/// This structure provides comprehensive ES information for:
493
/// - Risk reporting with uncertainty quantification
494
/// - Model validation and backtesting
495
/// - Regulatory capital calculations
496
/// - Portfolio optimization with estimation risk
497
///
498
/// # Example
499
///
500
/// ```rust
501
/// use risk::var_calculator::expected_shortfall::ESResult;
502
/// use common::types::Price;
503
///
504
/// let es_result = ESResult {
505
///     expected_shortfall: Price::from(50_000),
506
///     confidence_level: 0.95,
507
///     lower_bound: Price::from(45_000),
508
///     upper_bound: Price::from(55_000),
509
///     confidence_interval: 0.95,
510
/// };
511
///
512
/// println!("95% ES: ${} [${}, ${}]",
513
///          es_result.expected_shortfall,
514
///          es_result.lower_bound,
515
///          es_result.upper_bound);
516
/// ```
517
#[derive(Debug, Clone)]
518
pub struct ESResult {
519
    /// Point estimate of Expected Shortfall in absolute currency terms
520
    ///
521
    /// This represents the expected loss given that losses exceed the `VaR` threshold.
522
    /// Always expressed as a positive value representing potential loss amount.
523
    pub expected_shortfall: Price,
524
525
    /// Confidence level used for Expected Shortfall calculation
526
    ///
527
    /// Typical values:
528
    /// - 0.95 (95%): Standard risk management
529
    /// - 0.99 (99%): Regulatory requirements
530
    /// - 0.975 (97.5%): Internal risk limits
531
    pub confidence_level: f64,
532
533
    /// Lower bound of the bootstrap confidence interval
534
    ///
535
    /// Represents the lower estimate of ES accounting for estimation uncertainty.
536
    /// Used for conservative risk assessment and model validation.
537
    pub lower_bound: Price,
538
539
    /// Upper bound of the bootstrap confidence interval
540
    ///
541
    /// Represents the upper estimate of ES accounting for estimation uncertainty.
542
    /// Important for understanding the range of possible ES values.
543
    pub upper_bound: Price,
544
545
    /// Confidence level for the interval bounds
546
    ///
547
    /// Confidence level used to construct the bootstrap confidence interval
548
    /// (e.g., 0.95 means 95% of bootstrap samples fall within [`lower_bound`, `upper_bound`]).
549
    pub confidence_interval: f64,
550
}
551
552
#[cfg(test)]
553
mod tests {
554
    use super::*;
555
    use common::types::Price;
556
    use std::collections::HashMap;
557
558
    #[test]
559
1
    fn test_expected_shortfall_new() {
560
1
        let es_calc = ExpectedShortfall::new(0.95);
561
1
        assert!((es_calc.confidence_level - 0.95).abs() < 1e-6);
562
1
        assert_eq!(es_calc.returns_data.len(), 0);
563
1
    }
564
565
    #[test]
566
1
    fn test_update_returns_data() {
567
1
        let mut es_calc = ExpectedShortfall::new(0.95);
568
1
        let mut returns_data = HashMap::new();
569
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.02, 0.03, -0.01]);
570
1
        returns_data.insert("MSFT".to_string(), vec![0.02, -0.01, 0.01, 0.00]);
571
572
1
        es_calc.update_returns_data(returns_data.clone());
573
574
1
        assert_eq!(es_calc.returns_data.len(), 2);
575
1
        assert_eq!(es_calc.returns_data.get("AAPL").unwrap().len(), 4);
576
1
        assert_eq!(es_calc.returns_data.get("MSFT").unwrap().len(), 4);
577
1
    }
578
579
    #[test]
580
1
    fn test_calculate_expected_shortfall_no_data() {
581
1
        let es_calc = ExpectedShortfall::new(0.95);
582
1
        let weights = vec![1.0];
583
1
        let portfolio_value = Price::from_f64(1000000.0).unwrap();
584
585
1
        let result = es_calc.calculate_expected_shortfall(&weights, portfolio_value);
586
1
        assert!(result.is_err());
587
1
        assert!(result.unwrap_err().to_string().contains("No returns data"));
588
1
    }
589
590
    #[test]
591
1
    fn test_calculate_expected_shortfall_single_asset() -> Result<()> {
592
1
        let mut es_calc = ExpectedShortfall::new(0.95);
593
1
        let mut returns_data = HashMap::new();
594
        // Include some negative returns to ensure ES is non-zero
595
1
        returns_data.insert(
596
1
            "AAPL".to_string(),
597
1
            vec![0.01, -0.05, 0.02, -0.03, 0.01, -0.02, 0.03, -0.01],
598
        );
599
600
1
        es_calc.update_returns_data(returns_data);
601
602
1
        let weights = vec![1.0];
603
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
604
605
1
        let es = es_calc.calculate_expected_shortfall(&weights, portfolio_value)
?0
;
606
607
        // ES should be positive
608
1
        assert!(es > Decimal::ZERO);
609
        // ES should be reasonable (less than portfolio value)
610
1
        assert!(es < Decimal::from(1000000));
611
612
1
        Ok(())
613
1
    }
614
615
    #[test]
616
1
    fn test_calculate_expected_shortfall_portfolio() -> Result<()> {
617
1
        let mut es_calc = ExpectedShortfall::new(0.95);
618
1
        let mut returns_data = HashMap::new();
619
1
        returns_data.insert(
620
1
            "AAPL".to_string(),
621
1
            vec![0.01, -0.04, 0.02, -0.02, 0.03, -0.03],
622
        );
623
1
        returns_data.insert(
624
1
            "MSFT".to_string(),
625
1
            vec![0.02, -0.02, 0.01, -0.01, 0.00, -0.02],
626
        );
627
628
1
        es_calc.update_returns_data(returns_data);
629
630
1
        let weights = vec![0.6, 0.4];
631
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
632
633
1
        let es = es_calc.calculate_expected_shortfall(&weights, portfolio_value)
?0
;
634
635
1
        assert!(es > Decimal::ZERO);
636
1
        assert!(es < Decimal::from(1000000));
637
638
1
        Ok(())
639
1
    }
640
641
    #[test]
642
1
    fn test_expected_shortfall_different_confidence_levels() -> Result<()> {
643
1
        let mut returns_data = HashMap::new();
644
1
        returns_data.insert(
645
1
            "AAPL".to_string(),
646
1
            vec![0.01, -0.05, 0.02, -0.03, 0.03, -0.02, 0.01, -0.04],
647
        );
648
649
1
        let weights = vec![1.0];
650
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
651
652
        // 90% confidence
653
1
        let mut es_90 = ExpectedShortfall::new(0.90);
654
1
        es_90.update_returns_data(returns_data.clone());
655
1
        let es_90_result = es_90.calculate_expected_shortfall(&weights, portfolio_value)
?0
;
656
657
        // 95% confidence
658
1
        let mut es_95 = ExpectedShortfall::new(0.95);
659
1
        es_95.update_returns_data(returns_data.clone());
660
1
        let es_95_result = es_95.calculate_expected_shortfall(&weights, portfolio_value)
?0
;
661
662
        // 99% confidence
663
1
        let mut es_99 = ExpectedShortfall::new(0.99);
664
1
        es_99.update_returns_data(returns_data);
665
1
        let es_99_result = es_99.calculate_expected_shortfall(&weights, portfolio_value)
?0
;
666
667
        // Higher confidence levels should generally produce higher ES
668
        // Note: This may not always hold with small samples, so we just verify all are positive
669
1
        assert!(es_90_result > Decimal::ZERO);
670
1
        assert!(es_95_result > Decimal::ZERO);
671
1
        assert!(es_99_result > Decimal::ZERO);
672
673
1
        Ok(())
674
1
    }
675
676
    #[test]
677
1
    fn test_weights_mismatch() -> Result<()> {
678
1
        let mut es_calc = ExpectedShortfall::new(0.95);
679
1
        let mut returns_data = HashMap::new();
680
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.02, 0.03]);
681
1
        returns_data.insert("MSFT".to_string(), vec![0.02, -0.01, 0.01]);
682
683
1
        es_calc.update_returns_data(returns_data);
684
685
        // Wrong number of weights
686
1
        let weights = vec![1.0]; // Should be 2
687
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
688
689
1
        let result = es_calc.calculate_expected_shortfall(&weights, portfolio_value);
690
1
        assert!(result.is_err());
691
692
1
        Ok(())
693
1
    }
694
695
    #[test]
696
1
    fn test_weights_sum_to_one() -> Result<()> {
697
1
        let mut es_calc = ExpectedShortfall::new(0.95);
698
1
        let mut returns_data = HashMap::new();
699
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.03, 0.02, -0.02]);
700
1
        returns_data.insert("MSFT".to_string(), vec![0.02, -0.02, 0.01, -0.01]);
701
702
1
        es_calc.update_returns_data(returns_data);
703
704
        // Weights that sum to 1.0
705
1
        let weights = vec![0.6, 0.4];
706
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
707
708
1
        let es = es_calc.calculate_expected_shortfall(&weights, portfolio_value)
?0
;
709
1
        assert!(es > Decimal::ZERO);
710
711
1
        Ok(())
712
1
    }
713
714
    #[test]
715
1
    fn test_all_positive_returns() -> Result<()> {
716
1
        let mut es_calc = ExpectedShortfall::new(0.95);
717
1
        let mut returns_data = HashMap::new();
718
        // All positive returns - ES should be zero or very small
719
1
        returns_data.insert("AAPL".to_string(), vec![0.01, 0.02, 0.03, 0.01, 0.02]);
720
721
1
        es_calc.update_returns_data(returns_data);
722
723
1
        let weights = vec![1.0];
724
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
725
726
1
        let es = es_calc.calculate_expected_shortfall(&weights, portfolio_value)
?0
;
727
728
        // With all positive returns, ES should be zero or minimal
729
1
        assert!(es >= Decimal::ZERO);
730
731
1
        Ok(())
732
1
    }
733
734
    #[test]
735
1
    fn test_all_negative_returns() -> Result<()> {
736
1
        let mut es_calc = ExpectedShortfall::new(0.95);
737
1
        let mut returns_data = HashMap::new();
738
        // All negative returns
739
1
        returns_data.insert("AAPL".to_string(), vec![-0.01, -0.02, -0.03, -0.01, -0.02]);
740
741
1
        es_calc.update_returns_data(returns_data);
742
743
1
        let weights = vec![1.0];
744
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
745
746
1
        let es = es_calc.calculate_expected_shortfall(&weights, portfolio_value)
?0
;
747
748
        // With all negative returns, ES should be substantial
749
1
        assert!(es > Decimal::ZERO);
750
1
        assert!(es > Decimal::from(5000)); // Should be at least 0.5% of portfolio
751
752
1
        Ok(())
753
1
    }
754
755
    #[test]
756
1
    fn test_portfolio_with_zero_weight() -> Result<()> {
757
1
        let mut es_calc = ExpectedShortfall::new(0.95);
758
1
        let mut returns_data = HashMap::new();
759
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.03, 0.02, -0.02]);
760
1
        returns_data.insert("MSFT".to_string(), vec![0.02, -0.02, 0.01, -0.01]);
761
762
1
        es_calc.update_returns_data(returns_data);
763
764
        // One asset with zero weight
765
1
        let weights = vec![1.0, 0.0];
766
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
767
768
1
        let es = es_calc.calculate_expected_shortfall(&weights, portfolio_value)
?0
;
769
1
        assert!(es >= Decimal::ZERO);
770
771
1
        Ok(())
772
1
    }
773
774
    #[test]
775
1
    fn test_minimum_returns_requirement() -> Result<()> {
776
1
        let mut es_calc = ExpectedShortfall::new(0.95);
777
1
        let mut returns_data = HashMap::new();
778
        // Only 2 returns - might not be enough for meaningful ES
779
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.02]);
780
781
1
        es_calc.update_returns_data(returns_data);
782
783
1
        let weights = vec![1.0];
784
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
785
786
        // Should still calculate something, even if not very reliable
787
1
        let result = es_calc.calculate_expected_shortfall(&weights, portfolio_value);
788
        // The function may or may not fail with insufficient data - either is acceptable
789
1
        match result {
790
1
            Ok(es) => assert!(es >= Decimal::ZERO),
791
0
            Err(_) => {}, // Acceptable to reject insufficient data
792
        }
793
794
1
        Ok(())
795
1
    }
796
797
    #[test]
798
1
    fn test_extreme_negative_returns() -> Result<()> {
799
1
        let mut es_calc = ExpectedShortfall::new(0.95);
800
1
        let mut returns_data = HashMap::new();
801
        // Mix of normal and extreme negative returns
802
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.10, 0.02, -0.15, 0.01]);
803
804
1
        es_calc.update_returns_data(returns_data);
805
806
1
        let weights = vec![1.0];
807
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
808
809
1
        let es = es_calc.calculate_expected_shortfall(&weights, portfolio_value)
?0
;
810
811
        // ES should capture the extreme losses
812
1
        assert!(es > Decimal::from(50000)); // Should be significant given -10% and -15% returns
813
814
1
        Ok(())
815
1
    }
816
817
    #[test]
818
1
    fn test_diversification_benefit() -> Result<()> {
819
1
        let mut returns_data = HashMap::new();
820
        // Negatively correlated assets
821
1
        returns_data.insert(
822
1
            "ASSET_A".to_string(),
823
1
            vec![0.05, -0.05, 0.03, -0.03, 0.02, -0.02],
824
        );
825
1
        returns_data.insert(
826
1
            "ASSET_B".to_string(),
827
1
            vec![-0.05, 0.05, -0.03, 0.03, -0.02, 0.02],
828
        );
829
830
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
831
832
        // Single asset ES
833
1
        let mut es_single_a = ExpectedShortfall::new(0.95);
834
1
        let mut data_a = HashMap::new();
835
1
        data_a.insert("ASSET_A".to_string(), returns_data["ASSET_A"].clone());
836
1
        es_single_a.update_returns_data(data_a);
837
1
        let es_a = es_single_a.calculate_expected_shortfall(&vec![1.0], portfolio_value)
?0
;
838
839
        // Diversified portfolio ES
840
1
        let mut es_portfolio = ExpectedShortfall::new(0.95);
841
1
        es_portfolio.update_returns_data(returns_data);
842
1
        let es_port =
843
1
            es_portfolio.calculate_expected_shortfall(&vec![0.5, 0.5], portfolio_value)
?0
;
844
845
        // Diversified portfolio should have lower ES (or at worst equal)
846
        // Due to negative correlation, portfolio ES should be lower
847
1
        assert!(es_port <= es_a || 
(es_a - es_port).abs() < Decimal::from(1000)0
);
848
849
1
        Ok(())
850
1
    }
851
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/historical_simulation.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/historical_simulation.rs.html
deleted file mode 100644
index ac4f1bb7b..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/historical_simulation.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/historical_simulation.rs
Line
Count
Source
1
//! Historical Simulation `VaR` calculation
2
//! REPLACES: `var_1d_95`: `Price::ZERO` with real `VaR` calculations
3
4
// REMOVED: Direct Decimal usage - use canonical types
5
use crate::error::{RiskError, RiskResult};
6
use chrono::{DateTime, Utc};
7
use common::types::{Price, Symbol};
8
use serde::{Deserialize, Serialize};
9
use std::collections::HashMap;
10
// Removed broker_integration - not available in this simplified risk crate
11
use crate::var_calculator::var_engine::{HistoricalPrice, PositionInfo};
12
13
/// Historical Simulation Value at Risk (`VaR`) calculator using empirical distribution
14
///
15
/// Historical Simulation is a non-parametric method for calculating `VaR` that uses
16
/// actual historical price movements to estimate potential future losses. This approach
17
/// does not assume any particular distribution and captures the actual empirical
18
/// distribution of returns including fat tails, skewness, and other real market characteristics.
19
///
20
/// # Methodology
21
///
22
/// 1. **Historical Data Collection**: Gather historical price data for the specified lookback period
23
/// 2. **Returns Calculation**: Calculate period-over-period returns from historical prices
24
/// 3. **Scenario Generation**: Apply historical returns to current portfolio positions
25
/// 4. **Distribution Analysis**: Sort profit/loss scenarios to create empirical distribution
26
/// 5. **`VaR` Estimation**: Extract quantile corresponding to confidence level
27
///
28
/// # Mathematical Foundation
29
///
30
/// For a portfolio with current value V₀, historical returns R₁, R₂, ..., Rₙ:
31
/// - P&L scenarios: P&Lᵢ = V₀ × Rᵢ
32
/// - Sorted scenarios: P&L₍₁₎ ≤ P&L₍₂₎ ≤ ... ≤ P&L₍ₙ₎
33
/// - `VaR` at confidence α: `VaR_α` = -P&L₍⌊(1-α)×n⌋₎
34
///
35
/// # Advantages
36
///
37
/// - **Model-free**: No distributional assumptions required
38
/// - **Fat tail capture**: Naturally incorporates extreme events from history
39
/// - **Correlation capture**: Implicitly includes historical correlations
40
/// - **Intuitive**: Easy to explain and validate
41
///
42
/// # Limitations
43
///
44
/// - **Historical bias**: Assumes future will resemble past
45
/// - **Limited scenarios**: Cannot model unprecedented events
46
/// - **Data requirements**: Needs substantial historical data
47
/// - **Non-stationarity**: May not capture regime changes
48
///
49
/// # Use Cases
50
///
51
/// - Daily risk monitoring and reporting
52
/// - Regulatory capital calculations (Basel II/III)
53
/// - Portfolio optimization with realistic risk constraints
54
/// - Backtesting and model validation
55
///
56
/// # Example
57
///
58
/// ```rust
59
/// use risk::var_calculator::historical_simulation::HistoricalSimulationVaR;
60
/// use std::collections::HashMap;
61
///
62
/// // Create 95% confidence VaR calculator with 1-year lookback
63
/// let var_calculator = HistoricalSimulationVaR::new(0.95, 252);
64
///
65
/// // Or use predefined configurations
66
/// let standard_calc = HistoricalSimulationVaR::standard();      // 95%, 252 days
67
/// let conservative_calc = HistoricalSimulationVaR::conservative(); // 99%, 252 days
68
/// ```
69
#[derive(Debug, Clone)]
70
pub struct HistoricalSimulationVaR {
71
    /// Confidence level for `VaR` calculation (e.g., 0.95 for 95% `VaR`)
72
    ///
73
    /// Common confidence levels:
74
    /// - 0.95 (95%): Standard risk management and daily monitoring
75
    /// - 0.99 (99%): Regulatory requirements (Basel III, Solvency II)
76
    /// - 0.975 (97.5%): Internal risk limits and stress testing
77
    /// - 0.999 (99.9%): Extreme event analysis
78
    confidence_level: f64,
79
80
    /// Number of historical trading days to include in lookback window
81
    ///
82
    /// Typical values:
83
    /// - 252: One year of trading days (standard)
84
    /// - 504: Two years for more stable estimates
85
    /// - 126: Half year for more responsive estimates
86
    /// - 63: Quarter for highly dynamic markets
87
    ///
88
    /// Trade-off considerations:
89
    /// - Longer periods: More stable estimates, less responsive to regime changes
90
    /// - Shorter periods: More responsive, but higher estimation error
91
    lookback_days: usize,
92
}
93
94
/// Value at Risk calculation result for a single position
95
///
96
/// Contains comprehensive `VaR` metrics for a specific symbol/position including
97
/// 1-day and 10-day `VaR` estimates, Expected Shortfall, and calculation metadata.
98
///
99
/// # Risk Metrics Included
100
///
101
/// - **1-Day `VaR`**: Potential loss over 1 trading day at specified confidence level
102
/// - **10-Day `VaR`**: Scaled `VaR` using square-root-of-time rule for longer horizon
103
/// - **Expected Shortfall**: Average loss given that loss exceeds `VaR` threshold
104
/// - **Observation Count**: Number of historical data points used in calculation
105
///
106
/// # Scaling Methodology
107
///
108
/// 10-day `VaR` uses the square-root-of-time scaling rule:
109
/// `VaR₁₀` = `VaR₁` × √10
110
///
111
/// This assumes:
112
/// - Returns are independent and identically distributed
113
/// - No autocorrelation in returns
114
/// - Constant volatility over the scaling period
115
///
116
/// # Usage in Risk Management
117
///
118
/// - Daily risk reporting and monitoring
119
/// - Position limit enforcement
120
/// - Regulatory capital calculations
121
/// - Performance attribution analysis
122
///
123
/// # Example
124
///
125
/// ```rust
126
/// // Typical VaR result interpretation
127
/// if var_result.var_1d > position_limit {
128
///     println!("Position exceeds 1-day VaR limit: ${} > ${}",
129
///              var_result.var_1d, position_limit);
130
/// }
131
///
132
/// // Expected Shortfall provides tail risk insight
133
/// let tail_risk_ratio = var_result.expected_shortfall / var_result.var_1d;
134
/// println!("Tail risk multiplier: {:.2}x", tail_risk_ratio);
135
/// ```
136
#[derive(Debug, Clone, Serialize, Deserialize)]
137
pub struct VaRResult {
138
    /// Symbol identifier for the position being analyzed
139
    ///
140
    /// Unique identifier for the financial instrument (e.g., "AAPL", "EURUSD")
141
    pub symbol: Symbol,
142
143
    /// Confidence level used for `VaR` calculation
144
    ///
145
    /// The probability that actual losses will not exceed the `VaR` estimate.
146
    /// For example, 0.95 means 95% confidence that losses won't exceed `VaR`.
147
    pub confidence_level: f64,
148
149
    /// 1-day Value at Risk in absolute currency terms
150
    ///
151
    /// Maximum expected loss over 1 trading day at the specified confidence level.
152
    /// Always expressed as a positive value representing potential loss amount.
153
    ///
154
    /// Example: $50,000 means 95% confidence that daily loss won't exceed $50,000.
155
    pub var_1d: Price,
156
157
    /// 10-day Value at Risk scaled using square-root-of-time rule
158
    ///
159
    /// `VaR` estimate for a 10-day holding period, calculated as:
160
    /// `var_10d` = `var_1d` × √10 ≈ `var_1d` × 3.16
161
    ///
162
    /// Used for:
163
    /// - Regulatory reporting (many jurisdictions require 10-day `VaR`)
164
    /// - Longer-term risk assessment
165
    /// - Capital adequacy calculations
166
    pub var_10d: Price,
167
168
    /// Expected Shortfall (Conditional `VaR`) at the same confidence level
169
    ///
170
    /// Average loss given that the loss exceeds the `VaR` threshold.
171
    /// Provides additional insight into tail risk beyond `VaR`.
172
    ///
173
    /// Always ≥ `VaR`, with larger values indicating fatter tail distributions.
174
    pub expected_shortfall: Price,
175
176
    /// Number of historical return observations used in the calculation
177
    ///
178
    /// Indicates the sample size for the empirical distribution.
179
    /// Higher values generally provide more reliable estimates but may
180
    /// include less relevant historical periods.
181
    pub historical_observations: usize,
182
183
    /// Timestamp when the `VaR` calculation was performed
184
    ///
185
    /// Used for:
186
    /// - Audit trails and compliance reporting
187
    /// - Determining freshness of risk calculations
188
    /// - Historical analysis of risk evolution
189
    pub calculated_at: DateTime<Utc>,
190
}
191
192
/// Portfolio-level Value at Risk calculation result with diversification analysis
193
///
194
/// Comprehensive portfolio `VaR` metrics that account for correlations between
195
/// positions and quantify the diversification benefit from portfolio construction.
196
///
197
/// # Key Metrics
198
///
199
/// - **Total Portfolio `VaR`**: Risk of the entire portfolio accounting for correlations
200
/// - **Component `VaRs`**: Individual position `VaRs` for decomposition analysis
201
/// - **Diversification Benefit**: Risk reduction achieved through diversification
202
///
203
/// # Diversification Benefit Calculation
204
///
205
/// Diversification Benefit = Σ(Component `VaRs`) - Portfolio `VaR`
206
///
207
/// Where:
208
/// - Σ(Component VaRs): Sum of individual position `VaRs`
209
/// - Portfolio `VaR`: `VaR` of the combined portfolio
210
/// - Positive values indicate effective diversification
211
///
212
/// # Mathematical Foundation
213
///
214
/// Portfolio `VaR` accounts for correlations through joint simulation:
215
/// - Each historical scenario applies to all positions simultaneously
216
/// - Portfolio P&L = `Σ(Position_i` × `Return_i`) for each scenario
217
/// - `VaR` extracted from joint P&L distribution
218
///
219
/// # Risk Management Applications
220
///
221
/// - **Limit Management**: Ensure portfolio `VaR` stays within bounds
222
/// - **Capital Allocation**: Optimize diversification benefits
223
/// - **Performance Attribution**: Decompose risk by component
224
/// - **Regulatory Reporting**: Meet portfolio-level capital requirements
225
///
226
/// # Example Analysis
227
///
228
/// ```rust
229
/// // Analyze diversification effectiveness
230
/// let diversification_ratio = portfolio_result.diversification_benefit /
231
///                           portfolio_result.component_vars.values()
232
///                               .map(|v| v.var_1d).sum::<Price>();
233
///
234
/// if diversification_ratio > 0.20 {
235
///     println!("Strong diversification: {:.1}% risk reduction",
236
///              diversification_ratio * 100.0);
237
/// }
238
/// ```
239
#[derive(Debug, Clone, Serialize, Deserialize)]
240
pub struct PortfolioVaRResult {
241
    /// Unique identifier for the portfolio being analyzed
242
    ///
243
    /// Used for tracking, reporting, and audit purposes.
244
    /// Examples: "`MAIN_TRADING`", "`HEDGE_FUND_A`", "`CLIENT_12345`"
245
    pub portfolio_id: String,
246
247
    /// Total portfolio 1-day `VaR` accounting for correlations
248
    ///
249
    /// The diversified `VaR` of the entire portfolio, which incorporates
250
    /// correlations between positions. Typically less than the sum of
251
    /// individual component `VaRs` due to diversification benefits.
252
    pub total_var_1d: Price,
253
254
    /// Total portfolio 10-day `VaR` using square-root-of-time scaling
255
    ///
256
    /// Scaled version of 1-day portfolio `VaR`: `total_var_10d` = `total_var_1d` × √10
257
    /// Used for regulatory reporting and longer-term risk assessment.
258
    pub total_var_10d: Price,
259
260
    /// Individual `VaR` results for each component position
261
    ///
262
    /// Map of symbol → `VaRResult` for portfolio decomposition analysis.
263
    /// Allows identification of risk contributors and concentration analysis.
264
    ///
265
    /// Key insights:
266
    /// - Largest component `VaRs` indicate risk concentrations
267
    /// - Comparison with portfolio `VaR` shows diversification effects
268
    /// - Used for position sizing and risk budgeting decisions
269
    pub component_vars: HashMap<String, VaRResult>,
270
271
    /// Diversification benefit from portfolio construction
272
    ///
273
    /// Calculated as: Σ(Component `VaRs`) - Portfolio `VaR`
274
    ///
275
    /// Positive values indicate risk reduction through diversification.
276
    /// Higher values suggest more effective portfolio construction.
277
    ///
278
    /// Typical ranges:
279
    /// - 0-10%: Limited diversification
280
    /// - 10-30%: Good diversification  
281
    /// - 30%+: Excellent diversification
282
    pub diversification_benefit: Price,
283
284
    /// Confidence level used for all `VaR` calculations
285
    ///
286
    /// Applied consistently across portfolio and component calculations
287
    /// to ensure comparable risk metrics.
288
    pub confidence_level: f64,
289
290
    /// Timestamp when the portfolio `VaR` calculation was performed
291
    ///
292
    /// Critical for:
293
    /// - Regulatory reporting timestamps
294
    /// - Risk monitoring and alerting
295
    /// - Historical risk analysis
296
    pub calculated_at: DateTime<Utc>,
297
}
298
299
impl HistoricalSimulationVaR {
300
    /// Creates a new Historical Simulation `VaR` calculator with custom parameters
301
    ///
302
    /// # Arguments
303
    ///
304
    /// * `confidence_level` - Confidence level between 0.0 and 1.0 (e.g., 0.95 for 95%)
305
    /// * `lookback_days` - Number of historical trading days to include in calculation
306
    ///
307
    /// # Returns
308
    ///
309
    /// New `HistoricalSimulationVaR` instance ready for calculations
310
    ///
311
    /// # Parameter Guidelines
312
    ///
313
    /// **Confidence Level Selection:**
314
    /// - 0.95 (95%): Standard daily risk monitoring
315
    /// - 0.99 (99%): Regulatory requirements, stress testing
316
    /// - 0.975 (97.5%): Internal risk limits
317
    ///
318
    /// **Lookback Period Selection:**
319
    /// - 252 days: One year (most common, balances stability vs responsiveness)
320
    /// - 504 days: Two years (more stable, less responsive to recent changes)
321
    /// - 126 days: Half year (more responsive to market regime changes)
322
    /// - 63 days: Quarter (highly responsive, higher estimation error)
323
    ///
324
    /// # Examples
325
    ///
326
    /// ```rust
327
    /// use risk::var_calculator::historical_simulation::HistoricalSimulationVaR;
328
    ///
329
    /// // Standard configuration for daily risk monitoring
330
    /// let daily_var = HistoricalSimulationVaR::new(0.95, 252);
331
    ///
332
    /// // Conservative configuration for regulatory reporting
333
    /// let regulatory_var = HistoricalSimulationVaR::new(0.99, 252);
334
    ///
335
    /// // Responsive configuration for volatile markets
336
    /// let responsive_var = HistoricalSimulationVaR::new(0.95, 126);
337
    /// ```
338
    ///
339
    /// # Performance Considerations
340
    ///
341
    /// Longer lookback periods require more computation but provide more stable estimates.
342
    /// Consider the trade-off between accuracy and computational cost for your use case.
343
    #[must_use]
344
157
    pub const fn new(confidence_level: f64, lookback_days: usize) -> Self {
345
157
        Self {
346
157
            confidence_level,
347
157
            lookback_days,
348
157
        }
349
157
    }
350
351
    /// Creates a `VaR` calculator with standard market risk parameters
352
    ///
353
    /// Uses 95% confidence level with 252 trading days (1 year) lookback period.
354
    /// This configuration is widely used in the financial industry for daily
355
    /// risk monitoring and represents a good balance between stability and responsiveness.
356
    ///
357
    /// # Returns
358
    ///
359
    /// `HistoricalSimulationVaR` configured with:
360
    /// - Confidence level: 95% (0.95)
361
    /// - Lookback period: 252 trading days (≈ 1 calendar year)
362
    ///
363
    /// # Use Cases
364
    ///
365
    /// - Daily portfolio risk monitoring
366
    /// - Position limit enforcement
367
    /// - Risk-adjusted performance measurement
368
    /// - Internal risk reporting
369
    ///
370
    /// # Equivalent To
371
    ///
372
    /// ```rust
373
    /// HistoricalSimulationVaR::new(0.95, 252)
374
    /// ```
375
    ///
376
    /// # Example
377
    ///
378
    /// ```rust
379
    /// use risk::var_calculator::historical_simulation::HistoricalSimulationVaR;
380
    ///
381
    /// let var_calc = HistoricalSimulationVaR::standard();
382
    /// // Ready for standard daily VaR calculations
383
    /// ```
384
    #[must_use]
385
5
    pub const fn standard() -> Self {
386
5
        Self::new(0.95, 252)
387
5
    }
388
389
    /// Creates a `VaR` calculator with conservative parameters for regulatory compliance
390
    ///
391
    /// Uses 99% confidence level with 252 trading days lookback period.
392
    /// This configuration meets most regulatory requirements (Basel III, Solvency II)
393
    /// and provides more conservative risk estimates for capital adequacy calculations.
394
    ///
395
    /// # Returns
396
    ///
397
    /// `HistoricalSimulationVaR` configured with:
398
    /// - Confidence level: 99% (0.99)
399
    /// - Lookback period: 252 trading days (≈ 1 calendar year)
400
    ///
401
    /// # Regulatory Applications
402
    ///
403
    /// - Basel III market risk capital requirements
404
    /// - Solvency II standard formula calculations
405
    /// - Internal Capital Adequacy Assessment Process (ICAAP)
406
    /// - Stress testing and scenario analysis
407
    ///
408
    /// # Risk Implications
409
    ///
410
    /// 99% `VaR` estimates will be significantly higher than 95% `VaR`:
411
    /// - Captures more extreme tail events
412
    /// - Provides greater protection against unexpected losses
413
    /// - Results in higher capital requirements
414
    ///
415
    /// # Equivalent To
416
    ///
417
    /// ```rust
418
    /// HistoricalSimulationVaR::new(0.99, 252)
419
    /// ```
420
    ///
421
    /// # Example
422
    ///
423
    /// ```rust
424
    /// use risk::var_calculator::historical_simulation::HistoricalSimulationVaR;
425
    ///
426
    /// let regulatory_calc = HistoricalSimulationVaR::conservative();
427
    /// // Ready for regulatory capital calculations
428
    /// ```
429
    #[must_use]
430
1
    pub const fn conservative() -> Self {
431
1
        Self::new(0.99, 252)
432
1
    }
433
434
    /// Calculates Value at Risk for a single position using historical simulation
435
    ///
436
    /// This method applies historical price movements to the current position to generate
437
    /// a distribution of potential profit/loss scenarios, then extracts `VaR` at the
438
    /// specified confidence level.
439
    ///
440
    /// # Arguments
441
    ///
442
    /// * `symbol` - Symbol identifier for the position
443
    /// * `position` - Current position information (quantity, market value, etc.)
444
    /// * `historical_prices` - Historical price data for the symbol
445
    ///
446
    /// # Returns
447
    ///
448
    /// * `Ok(VaRResult)` - Complete `VaR` analysis including 1-day, 10-day `VaR` and Expected Shortfall
449
    /// * `Err(RiskError)` - If calculation fails due to insufficient data or other errors
450
    ///
451
    /// # Algorithm Steps
452
    ///
453
    /// 1. **Data Validation**: Ensure sufficient historical data (≥ `lookback_days`)
454
    /// 2. **Returns Calculation**: Compute period-over-period returns from price data
455
    /// 3. **Scenario Generation**: Apply returns to current position value
456
    /// 4. **Distribution Creation**: Sort P&L scenarios from worst to best
457
    /// 5. **`VaR` Extraction**: Find quantile corresponding to confidence level
458
    /// 6. **Scaling**: Apply square-root-of-time rule for 10-day `VaR`
459
    /// 7. **Expected Shortfall**: Calculate average loss beyond `VaR` threshold
460
    ///
461
    /// # Data Requirements
462
    ///
463
    /// - Historical prices must cover at least `lookback_days` periods
464
    /// - Prices should be adjusted for splits and dividends
465
    /// - Data should be clean (no missing values, outliers reviewed)
466
    /// - Consistent frequency (daily, weekly, etc.)
467
    ///
468
    /// # Mathematical Detail
469
    ///
470
    /// For position value V and historical returns R₁, ..., Rₙ:
471
    /// - P&L scenarios: `ΔV_i` = V × `R_i`
472
    /// - Sorted scenarios: ΔV_(1) ≤ ... ≤ ΔV_(n)
473
    /// - `VaR` index: k = ⌊(1 - α) × n⌋
474
    /// - `VaR` estimate: `VaR` = -ΔV_(k)
475
    ///
476
    /// # Examples
477
    ///
478
    /// ```rust
479
    /// use risk::var_calculator::historical_simulation::HistoricalSimulationVaR;
480
    /// use common::types::{Symbol, Price};
481
    ///
482
    /// let var_calc = HistoricalSimulationVaR::standard();
483
    ///
484
    /// // Calculate VaR for AAPL position
485
    /// let symbol = Symbol::from("AAPL");
486
    /// let var_result = var_calc.calculate_position_var(
487
    ///     &symbol,
488
    ///     &position_info,
489
    ///     &historical_price_data
490
    /// )?;
491
    ///
492
    /// println!("1-day 95% VaR: ${}", var_result.var_1d);
493
    /// println!("Expected Shortfall: ${}", var_result.expected_shortfall);
494
    /// ```
495
    ///
496
    /// # Errors
497
    ///
498
    /// - `RiskError::Calculation` with operation "`historical_var`" if insufficient data
499
    /// - `RiskError::Calculation` with operation "`returns_calculation`" if price data invalid
500
    /// - `RiskError::Calculation` with operation "`var_scaling`" if scaling fails
501
    ///
502
    /// # Performance Notes
503
    ///
504
    /// Computational complexity is O(n log n) due to sorting of scenarios.
505
    /// For high-frequency calculations, consider caching sorted historical returns.
506
154
    pub fn calculate_position_var(
507
154
        &self,
508
154
        symbol: &Symbol,
509
154
        position: &PositionInfo,
510
154
        historical_prices: &[HistoricalPrice],
511
154
    ) -> RiskResult<VaRResult> {
512
154
        if historical_prices.len() < self.lookback_days {
513
1
            return Err(RiskError::Calculation {
514
1
                operation: "historical_var".to_owned(),
515
1
                reason: format!(
516
1
                    "Insufficient historical data: {} days required, {} available",
517
1
                    self.lookback_days,
518
1
                    historical_prices.len()
519
1
                ),
520
1
            });
521
153
        }
522
523
        // Calculate daily returns from historical prices
524
153
        let returns = self.calculate_returns(historical_prices)
?0
;
525
526
        // Calculate position value changes based on returns
527
153
        let position_value = position.quantity.to_f64() * position.market_value.to_f64();
528
153
        let mut pnl_scenarios: Vec<f64> = returns
529
153
            .iter()
530
8.39k
            .
map153
(|return_rate| position_value * return_rate)
531
153
            .collect();
532
533
        // Sort P&L scenarios (worst losses first)
534
51.2k
        
pnl_scenarios153
.
sort_by153
(|a, b| a.partial_cmp(b).unwrap_or(std::cmp::Ordering::Equal));
535
536
        // Calculate VaR at confidence level
537
153
        let var_index = ((1.0 - self.confidence_level) * pnl_scenarios.len() as f64) as usize;
538
153
        let var_loss = pnl_scenarios
539
153
            .get(var_index.min(pnl_scenarios.len().saturating_sub(1)))
540
153
            .copied()
541
153
            .unwrap_or(0.0);
542
543
        // VaR is positive for losses (negate negative P&L)
544
153
        let var_1d = Price::from_f64(var_loss.abs()).unwrap_or(Price::ZERO);
545
546
        // Scale to 10-day VaR (square root of time scaling)
547
153
        let var_10d = (var_1d * 10.0_f64.sqrt()).map_err(|e| RiskError::Calculation {
548
0
            operation: "var_scaling".to_owned(),
549
0
            reason: format!("Failed to scale VaR to 10 days: {e:?}"),
550
0
        })?;
551
552
        // Calculate Expected Shortfall (average of losses beyond VaR)
553
153
        let es_scenarios: Vec<f64> = pnl_scenarios.iter().take(var_index + 1).copied().collect();
554
153
        let expected_shortfall = if es_scenarios.is_empty() {
555
0
            Price::ZERO
556
        } else {
557
153
            let sum: f64 = es_scenarios.iter().sum();
558
153
            let avg = sum / es_scenarios.len() as f64;
559
            // ES is positive for losses (negate negative P&L)
560
153
            Price::from_f64(avg.abs()).unwrap_or(Price::ZERO)
561
        };
562
563
153
        Ok(VaRResult {
564
153
            symbol: symbol.to_string().into(),
565
153
            confidence_level: self.confidence_level,
566
153
            var_1d,
567
153
            var_10d,
568
153
            expected_shortfall,
569
153
            historical_observations: returns.len(),
570
153
            calculated_at: Utc::now(),
571
153
        })
572
154
    }
573
574
    /// Calculates portfolio Value at Risk accounting for correlations between positions
575
    ///
576
    /// This method performs joint simulation across all portfolio positions to capture
577
    /// correlation effects and calculate diversified portfolio `VaR`. The resulting
578
    /// portfolio `VaR` typically differs from the sum of individual position `VaRs`
579
    /// due to diversification benefits or concentration risks.
580
    ///
581
    /// # Arguments
582
    ///
583
    /// * `portfolio_id` - Unique identifier for the portfolio
584
    /// * `positions` - Map of symbol → position information for all holdings
585
    /// * `historical_prices` - Map of symbol → historical price data
586
    ///
587
    /// # Returns
588
    ///
589
    /// * `Ok(PortfolioVaRResult)` - Complete portfolio analysis with diversification metrics
590
    /// * `Err(RiskError)` - If calculation fails due to data issues or mismatched inputs
591
    ///
592
    /// # Correlation Methodology
593
    ///
594
    /// Unlike simple `VaR` aggregation, this method captures correlations through:
595
    /// 1. **Joint Simulation**: Each historical scenario applies to all positions simultaneously
596
    /// 2. **Portfolio P&L**: Sum position-level P&L for each scenario
597
    /// 3. **Empirical Distribution**: Create portfolio-level loss distribution
598
    /// 4. **Diversified `VaR`**: Extract `VaR` from joint distribution
599
    ///
600
    /// # Mathematical Foundation
601
    ///
602
    /// For portfolio with positions i = 1...n and historical scenario t:
603
    /// - Portfolio `P&L_t` = Σᵢ (`Position_Value_i` × `Return_i,t`)
604
    /// - Portfolio `VaR` = Quantile(Portfolio P&L Distribution, 1-α)
605
    /// - Diversification Benefit = Σᵢ(Individual `VaR_i`) - Portfolio `VaR`
606
    ///
607
    /// # Key Outputs
608
    ///
609
    /// - **Portfolio `VaR`**: Risk of combined portfolio
610
    /// - **Component `VaRs`**: Individual position risks for decomposition
611
    /// - **Diversification Benefit**: Risk reduction from portfolio construction
612
    /// - **Correlation Effects**: Implicit in the difference between sum and portfolio `VaR`
613
    ///
614
    /// # Data Requirements
615
    ///
616
    /// - All symbols must have historical data covering the lookback period
617
    /// - Historical data should be time-aligned across symbols
618
    /// - Position information must be current and accurate
619
    /// - Minimum overlap period across all historical series
620
    ///
621
    /// # Examples
622
    ///
623
    /// ```rust
624
    /// use std::collections::HashMap;
625
    /// use risk::var_calculator::historical_simulation::HistoricalSimulationVaR;
626
    ///
627
    /// let var_calc = HistoricalSimulationVaR::standard();
628
    ///
629
    /// // Portfolio with multiple positions
630
    /// let mut positions = HashMap::new();
631
    /// positions.insert(symbol_aapl, position_aapl);
632
    /// positions.insert(symbol_googl, position_googl);
633
    /// positions.insert(symbol_msft, position_msft);
634
    ///
635
    /// let portfolio_result = var_calc.calculate_portfolio_var(
636
    ///     "EQUITY_PORTFOLIO",
637
    ///     &positions,
638
    ///     &historical_data
639
    /// )?;
640
    ///
641
    /// // Analyze diversification effectiveness
642
    /// let component_sum = portfolio_result.component_vars.values()
643
    ///     .map(|v| v.var_1d).sum::<Price>();
644
    /// let diversification_pct = portfolio_result.diversification_benefit / component_sum;
645
    ///
646
    /// println!("Portfolio VaR: ${}", portfolio_result.total_var_1d);
647
    /// println!("Diversification benefit: {:.1}%", diversification_pct * 100.0);
648
    /// ```
649
    ///
650
    /// # Risk Management Applications
651
    ///
652
    /// - **Limit Monitoring**: Ensure portfolio `VaR` stays within risk appetite
653
    /// - **Capital Allocation**: Optimize portfolio construction for diversification
654
    /// - **Performance Attribution**: Identify risk contributors vs diversifiers
655
    /// - **Regulatory Reporting**: Meet portfolio-level capital requirements
656
    ///
657
    /// # Errors
658
    ///
659
    /// - `RiskError::Calculation` with operation "`portfolio_var`" if insufficient data
660
    /// - `RiskError::Calculation` if position/price data misalignment
661
    /// - `RiskError::Calculation` with operation "`portfolio_var_scaling`" if scaling fails
662
    ///
663
    /// # Performance Considerations
664
    ///
665
    /// Portfolio `VaR` calculation scales linearly with number of positions and
666
    /// historical periods. For large portfolios, consider:
667
    /// - Parallel processing of component `VaRs`
668
    /// - Caching of historical return calculations
669
    /// - Approximate methods for real-time applications
670
1
    pub fn calculate_portfolio_var(
671
1
        &self,
672
1
        portfolio_id: &str,
673
1
        positions: &HashMap<Symbol, PositionInfo>,
674
1
        historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
675
1
    ) -> RiskResult<PortfolioVaRResult> {
676
1
        let mut component_vars = HashMap::new();
677
1
        let mut portfolio_pnl_scenarios: Vec<f64> = Vec::new();
678
679
        // Get the minimum number of observations across all symbols
680
1
        let min_observations = historical_prices.values().map(Vec::len).min().unwrap_or(0);
681
682
1
        if min_observations < self.lookback_days {
683
0
            return Err(RiskError::Calculation {
684
0
                operation: "portfolio_var".to_owned(),
685
0
                reason: format!(
686
0
                    "Insufficient historical data across portfolio: {} days required",
687
0
                    self.lookback_days
688
0
                ),
689
0
            });
690
1
        }
691
692
        // Initialize portfolio P&L scenarios
693
299
        for _ in 0..
min_observations - 11
 {
694
299
            portfolio_pnl_scenarios.push(0.0);
695
299
        }
696
697
        // Calculate component VaRs and aggregate portfolio scenarios
698
3
        for (
symbol2
, 
position2
) in positions {
699
2
            if let Some(symbol_prices) = historical_prices.get(symbol) {
700
                // Calculate component VaR
701
2
                let component_var = self.calculate_position_var(symbol, position, symbol_prices)
?0
;
702
2
                component_vars.insert(symbol.to_string(), component_var);
703
704
                // Add to portfolio scenarios
705
2
                let returns = self.calculate_returns(symbol_prices)
?0
;
706
2
                let position_value = position.quantity.to_f64() * position.market_value.to_f64();
707
708
598
                for (i, return_rate) in 
returns.iter()2
.
enumerate2
() {
709
598
                    if let Some(scenario) = portfolio_pnl_scenarios.get_mut(i) {
710
598
                        let pnl_change = position_value * return_rate;
711
598
                        *scenario += pnl_change;
712
598
                    
}0
713
                }
714
0
            }
715
        }
716
717
        // Calculate portfolio VaR from aggregated scenarios
718
1
        let mut sorted_portfolio_pnl = portfolio_pnl_scenarios.clone();
719
2.65k
        
sorted_portfolio_pnl1
.
sort_by1
(|a, b| a.partial_cmp(b).unwrap_or(std::cmp::Ordering::Equal));
720
721
1
        let var_index =
722
1
            ((1.0 - self.confidence_level) * sorted_portfolio_pnl.len() as f64) as usize;
723
1
        let var_loss = sorted_portfolio_pnl
724
1
            .get(var_index.min(sorted_portfolio_pnl.len().saturating_sub(1)))
725
1
            .copied()
726
1
            .unwrap_or(0.0);
727
728
        // VaR is positive for losses
729
1
        let total_var_1d = Price::from_f64(var_loss.abs()).unwrap_or(Price::ZERO);
730
731
        // Scale to 10-day VaR
732
1
        let total_var_10d =
733
1
            (total_var_1d * 10.0_f64.sqrt()).map_err(|e| RiskError::Calculation {
734
0
                operation: "portfolio_var_scaling".to_owned(),
735
0
                reason: format!("Failed to scale portfolio VaR to 10 days: {e:?}"),
736
0
            })?;
737
738
        // Calculate diversification benefit
739
1
        let component_var_sum = component_vars
740
1
            .values()
741
1
            .map(|var| var.var_1d)
742
2
            .
fold1
(Price::ZERO, |acc, price| {
743
2
                Price::from_f64(acc.to_f64() + price.to_f64()).unwrap_or(Price::ZERO)
744
2
            });
745
1
        let diversification_benefit = component_var_sum - total_var_1d;
746
747
1
        Ok(PortfolioVaRResult {
748
1
            portfolio_id: portfolio_id.to_owned(),
749
1
            total_var_1d,
750
1
            total_var_10d,
751
1
            component_vars,
752
1
            diversification_benefit,
753
1
            confidence_level: self.confidence_level,
754
1
            calculated_at: Utc::now(),
755
1
        })
756
1
    }
757
758
    /// Calculates daily returns from historical price data
759
    ///
760
    /// Computes period-over-period returns using simple return formula:
761
    /// `Return_t` = (`Price_t` - Price_{t-1}) / Price_{t-1}
762
    ///
763
    /// # Arguments
764
    ///
765
    /// * `historical_prices` - Vector of historical price data in chronological order
766
    ///
767
    /// # Returns
768
    ///
769
    /// * `Ok(Vec<Price>)` - Vector of returns (length = `prices.len()` - 1)
770
    /// * `Err(RiskError)` - If insufficient data or calculation errors
771
    ///
772
    /// # Implementation Details
773
    ///
774
    /// - Uses simple returns (not log returns) for intuitive interpretation
775
    /// - Handles zero prices by returning calculation error
776
    /// - Preserves precision through Decimal arithmetic
777
    /// - Returns vector has n-1 elements for n price points
778
    ///
779
    /// # Error Conditions
780
    ///
781
    /// - Fewer than 2 price points (cannot calculate returns)
782
    /// - Zero prices in historical data (division by zero)
783
    /// - Price conversion errors
784
156
    fn calculate_returns(&self, historical_prices: &[HistoricalPrice]) -> RiskResult<Vec<f64>> {
785
156
        if historical_prices.len() < 2 {
786
0
            return Err(RiskError::Calculation {
787
0
                operation: "returns_calculation".to_owned(),
788
0
                reason: "Need at least 2 price points to calculate returns".to_owned(),
789
0
            });
790
156
        }
791
792
156
        let mut returns = Vec::new();
793
794
9.00k
        for window in 
historical_prices156
.
windows156
(2) {
795
9.00k
            let (prev_price, curr_price) = match (window.first(), window.get(1)) {
796
9.00k
                (Some(prev), Some(curr)) => (prev.price.to_f64(), curr.price.to_f64()),
797
0
                _ => continue, // Skip invalid windows
798
            };
799
800
9.00k
            if prev_price == 0.0 {
801
0
                return Err(RiskError::Calculation {
802
0
                    operation: "returns_calculation".to_owned(),
803
0
                    reason: "Zero price found in historical data".to_owned(),
804
0
                });
805
9.00k
            }
806
807
9.00k
            let return_rate = (curr_price - prev_price) / prev_price;
808
9.00k
            returns.push(return_rate);
809
        }
810
811
156
        Ok(returns)
812
156
    }
813
814
    /// Calculates rolling Value at Risk estimates over time
815
    ///
816
    /// Produces a time series of `VaR` estimates using a rolling window approach.
817
    /// Each estimate uses the previous `window_size` observations, providing
818
    /// insight into how `VaR` evolves over time and enabling trend analysis.
819
    ///
820
    /// # Arguments
821
    ///
822
    /// * `symbol` - Symbol identifier for the position
823
    /// * `position` - Position information (assumed constant for analysis period)
824
    /// * `historical_prices` - Complete historical price dataset
825
    /// * `window_size` - Number of observations to include in each rolling window
826
    ///
827
    /// # Returns
828
    ///
829
    /// * `Ok(Vec<VaRResult>)` - Time series of `VaR` estimates
830
    /// * `Err(RiskError)` - If insufficient data or calculation errors
831
    ///
832
    /// # Rolling Window Methodology
833
    ///
834
    /// For historical data of length N and window size W:
835
    /// - Window 1: observations [0, W]
836
    /// - Window 2: observations [1, W+1]
837
    /// - ...
838
    /// - Window N-W: observations [N-W-1, N-1]
839
    /// - Total rolling estimates: N - W
840
    ///
841
    /// # Applications
842
    ///
843
    /// - **Trend Analysis**: Identify increasing/decreasing risk patterns
844
    /// - **Model Validation**: Compare rolling `VaR` with actual losses
845
    /// - **Regime Detection**: Spot structural breaks in risk characteristics
846
    /// - **Dynamic Hedging**: Adjust hedge ratios based on evolving risk
847
    ///
848
    /// # Window Size Selection
849
    ///
850
    /// Trade-offs in window size selection:
851
    /// - **Smaller windows** (30-60 days): More responsive to recent changes, higher noise
852
    /// - **Medium windows** (120-180 days): Balanced responsiveness and stability
853
    /// - **Larger windows** (250+ days): More stable, less responsive to regime changes
854
    ///
855
    /// # Examples
856
    ///
857
    /// ```rust
858
    /// use risk::var_calculator::historical_simulation::HistoricalSimulationVaR;
859
    ///
860
    /// let var_calc = HistoricalSimulationVaR::standard();
861
    ///
862
    /// // Calculate 6-month rolling VaR with 3-month windows
863
    /// let rolling_vars = var_calc.calculate_rolling_var(
864
    ///     &symbol,
865
    ///     &position,
866
    ///     &price_history,  // 6 months of data
867
    ///     63               // 3-month rolling window
868
    /// )?;
869
    ///
870
    /// // Analyze VaR trend
871
    /// let recent_var = rolling_vars.last().unwrap().var_1d;
872
    /// let earlier_var = rolling_vars.first().unwrap().var_1d;
873
    /// let var_trend = (recent_var - earlier_var) / earlier_var;
874
    ///
875
    /// if var_trend > 0.20 {
876
    ///     println!("VaR has increased by {:.1}% - consider risk reduction", var_trend * 100.0);
877
    /// }
878
    /// ```
879
    ///
880
    /// # Performance Considerations
881
    ///
882
    /// - Each rolling window requires separate `VaR` calculation
883
    /// - Consider parallel processing for large datasets
884
    /// - Memory usage scales with (`data_length` - `window_size`)
885
    ///
886
    /// # Errors
887
    ///
888
    /// - `RiskError::Calculation` with operation "`rolling_var`" if insufficient data
889
    /// - Propagates errors from individual `VaR` calculations
890
    ///
891
    /// # Interpretation Guidelines
892
    ///
893
    /// - **Increasing trend**: Rising market risk or volatility
894
    /// - **Decreasing trend**: Improving market conditions or reduced exposure
895
    /// - **Sudden spikes**: Market stress events or structural breaks
896
    /// - **Stable patterns**: Consistent risk regime
897
1
    pub fn calculate_rolling_var(
898
1
        &self,
899
1
        symbol: &Symbol,
900
1
        position: &PositionInfo,
901
1
        historical_prices: &[HistoricalPrice],
902
1
        window_size: usize,
903
1
    ) -> RiskResult<Vec<VaRResult>> {
904
1
        if historical_prices.len() < window_size + 1 {
905
0
            return Err(RiskError::Calculation {
906
0
                operation: "rolling_var".to_owned(),
907
0
                reason: format!(
908
0
                    "Insufficient data for rolling VaR: {} required, {} available",
909
0
                    window_size + 1,
910
0
                    historical_prices.len()
911
0
                ),
912
0
            });
913
1
        }
914
915
1
        let mut rolling_vars = Vec::new();
916
917
150
        for i in 
window_size1
..
historical_prices1
.
len1
() {
918
150
            if let Some(window_prices) = historical_prices.get(i.saturating_sub(window_size)..=i) {
919
150
                let temp_calculator =
920
150
                    HistoricalSimulationVaR::new(self.confidence_level, window_size);
921
150
                let var_result =
922
150
                    temp_calculator.calculate_position_var(symbol, position, window_prices)
?0
;
923
150
                rolling_vars.push(var_result);
924
0
            }
925
        }
926
927
1
        Ok(rolling_vars)
928
1
    }
929
}
930
931
#[cfg(test)]
932
mod tests {
933
    use super::*;
934
    use chrono::Duration;
935
    use common::types::Quantity;
936
    // operations module removed - use direct imports from common
937
938
6
    fn create_test_historical_prices(
939
6
        symbol: &Symbol,
940
6
        days: usize,
941
6
        base_price: f64,
942
6
    ) -> Result<Vec<HistoricalPrice>, Box<dyn std::error::Error>> {
943
6
        let mut prices = Vec::new();
944
6
        let mut current_price = base_price;
945
946
1.21k
        for i in 0..
days6
 {
947
            // Simple random walk simulation
948
1.21k
            let change = if i % 2 == 0 { 
0.02605
 } else { 
-0.015605
 }; // +2% or -1.5%
949
1.21k
            current_price *= 1.0 + change;
950
951
1.21k
            prices.push(HistoricalPrice {
952
1.21k
                symbol: symbol.to_string(),
953
1.21k
                date: Utc::now() - Duration::days(days as i64 - i as i64),
954
1.21k
                open: Price::from_f64(current_price * 0.999)
?0
,
955
1.21k
                high: Price::from_f64(current_price * 1.005)
?0
,
956
1.21k
                low: Price::from_f64(current_price * 0.995)
?0
,
957
1.21k
                price: Price::from_f64(current_price)
?0
,
958
1.21k
                volume: Quantity::from_f64(1000000.0)
?0
,
959
            });
960
        }
961
962
6
        Ok(prices)
963
6
    }
964
965
5
    fn create_test_position(
966
5
        symbol: &Symbol,
967
5
        quantity: f64,
968
5
        market_price: f64,
969
5
    ) -> Result<PositionInfo, Box<dyn std::error::Error>> {
970
        Ok(PositionInfo {
971
5
            symbol: symbol.to_string().into(),
972
5
            quantity: Quantity::from_f64(quantity)
?0
,
973
5
            market_value: Price::from_f64(quantity * market_price)
?0
,
974
5
            average_cost: Price::from_f64(market_price * 0.95)
?0
,
975
5
            unrealized_pnl: Price::from_f64(quantity * market_price * 0.05)
?0
,
976
            realized_pnl: Price::ZERO,
977
5
            currency: "USD".to_string(),
978
5
            timestamp: Utc::now(),
979
        })
980
5
    }
981
982
    #[test]
983
1
    fn test_var_calculator_creation() {
984
1
        let calculator = HistoricalSimulationVaR::standard();
985
1
        assert_eq!(calculator.confidence_level, 0.95);
986
1
        assert_eq!(calculator.lookback_days, 252);
987
988
1
        let conservative = HistoricalSimulationVaR::conservative();
989
1
        assert_eq!(conservative.confidence_level, 0.99);
990
1
    }
991
992
    #[test]
993
1
    fn test_returns_calculation() -> Result<(), Box<dyn std::error::Error>> {
994
1
        let calculator = HistoricalSimulationVaR::standard();
995
1
        let prices = create_test_historical_prices(&Symbol::from("AAPL".to_string()), 10, 100.0)
?0
;
996
1
        let returns = calculator.calculate_returns(&prices)
?0
;
997
998
1
        assert_eq!(returns.len(), 9); // n-1 returns from n prices
999
1
        assert!(returns
1000
1
            .iter()
1001
9
            .
all1
(|r| r.abs() < Price::from_f64(0.1).unwrap_or(Price::ZERO))); // Reasonable returns
1002
1
        Ok(())
1003
1
    }
1004
    #[test]
1005
1
    fn test_position_var_calculation() -> Result<(), Box<dyn std::error::Error>> {
1006
1
        let calculator = HistoricalSimulationVaR::standard();
1007
1
        let prices = create_test_historical_prices(&Symbol::from("AAPL".to_string()), 300, 150.0)
?0
;
1008
1
        let position = create_test_position(&Symbol::from("AAPL".to_string()), 100.0, 150.0)
?0
;
1009
1010
1
        let var_result = calculator.calculate_position_var(
1011
1
            &Symbol::from("AAPL".to_string()),
1012
1
            &position,
1013
1
            &prices,
1014
0
        )?;
1015
1016
1
        assert_eq!(var_result.symbol, Symbol::from("AAPL".to_string()));
1017
1
        assert_eq!(var_result.confidence_level, 0.95);
1018
1
        assert!(var_result.var_1d > Price::ZERO);
1019
1
        assert!(var_result.var_10d > var_result.var_1d);
1020
1
        assert!(var_result.expected_shortfall >= var_result.var_1d);
1021
1
        assert_eq!(var_result.historical_observations, 299); // 300 prices = 299 returns
1022
1
        Ok(())
1023
1
    }
1024
1025
    #[test]
1026
1
    fn test_portfolio_var_calculation() -> Result<(), Box<dyn std::error::Error>> {
1027
1
        let calculator = HistoricalSimulationVaR::standard();
1028
1029
        // Create test portfolio
1030
1
        let mut positions = HashMap::new();
1031
1
        positions.insert(
1032
1
            Symbol::from("AAPL".to_string()),
1033
1
            create_test_position(&Symbol::from("AAPL".to_string()), 100.0, 150.0)
?0
,
1034
        );
1035
1
        positions.insert(
1036
1
            Symbol::from("GOOGL".to_string()),
1037
1
            create_test_position(&Symbol::from("GOOGL".to_string()), 50.0, 2800.0)
?0
,
1038
        );
1039
1040
        // Create historical data
1041
1
        let mut historical_prices = HashMap::new();
1042
1
        historical_prices.insert(
1043
1
            Symbol::from("AAPL".to_string()),
1044
1
            create_test_historical_prices(&Symbol::from("AAPL".to_string()), 300, 150.0)
?0
,
1045
        );
1046
1
        historical_prices.insert(
1047
1
            Symbol::from("GOOGL".to_string()),
1048
1
            create_test_historical_prices(&Symbol::from("GOOGL".to_string()), 300, 2800.0)
?0
,
1049
        );
1050
1051
1
        let portfolio_var =
1052
1
            calculator.calculate_portfolio_var("TEST_PORTFOLIO", &positions, &historical_prices)
?0
;
1053
1054
1
        assert_eq!(portfolio_var.portfolio_id, "TEST_PORTFOLIO");
1055
1
        assert!(portfolio_var.total_var_1d > Price::ZERO);
1056
1
        assert!(portfolio_var.total_var_10d > portfolio_var.total_var_1d);
1057
1
        assert_eq!(portfolio_var.component_vars.len(), 2);
1058
1
        assert!(portfolio_var.component_vars.contains_key("AAPL"));
1059
1
        assert!(portfolio_var.component_vars.contains_key("GOOGL"));
1060
1061
        // Diversification benefit should be positive (portfolio VaR < sum of component VaRs)
1062
1
        assert!(portfolio_var.diversification_benefit > Price::ZERO);
1063
1
        Ok(())
1064
1
    }
1065
1066
    #[test]
1067
1
    fn test_insufficient_data_error() -> Result<(), Box<dyn std::error::Error>> {
1068
1
        let calculator = HistoricalSimulationVaR::standard();
1069
1
        let prices = create_test_historical_prices(&Symbol::from("AAPL".to_string()), 100, 150.0)
?0
; // Only 100 days, need 252
1070
1
        let position = create_test_position(&Symbol::from("AAPL".to_string()), 100.0, 150.0)
?0
;
1071
1072
1
        let result = calculator.calculate_position_var(
1073
1
            &Symbol::from("AAPL".to_string()),
1074
1
            &position,
1075
1
            &prices,
1076
        );
1077
1
        assert!(result.is_err());
1078
1079
1
        if let Err(RiskError::Calculation { operation, reason }) = result {
1080
1
            assert_eq!(operation, "historical_var");
1081
1
            assert!(reason.contains("Insufficient historical data"));
1082
0
        }
1083
1
        Ok(())
1084
1
    }
1085
1086
    #[test]
1087
1
    fn test_rolling_var() -> Result<(), Box<dyn std::error::Error>> {
1088
1
        let calculator = HistoricalSimulationVaR::new(0.95, 50); // Shorter window for testing
1089
1
        let prices = create_test_historical_prices(&Symbol::from("AAPL".to_string()), 200, 150.0)
?0
;
1090
1
        let position = create_test_position(&Symbol::from("AAPL".to_string()), 100.0, 150.0)
?0
;
1091
1092
1
        let rolling_vars = calculator.calculate_rolling_var(
1093
1
            &Symbol::from("AAPL".to_string()),
1094
1
            &position,
1095
1
            &prices,
1096
            50,
1097
0
        )?;
1098
1099
1
        assert_eq!(rolling_vars.len(), 200 - 50); // 150 rolling windows
1100
150
        
assert!1
(
rolling_vars.iter()1
.
all1
(|var| var.var_1d > Price::ZERO));
1101
1
        Ok(())
1102
1
    }
1103
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/monte_carlo.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/monte_carlo.rs.html
deleted file mode 100644
index 83d35cd9b..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/monte_carlo.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/monte_carlo.rs
Line
Count
Source
1
//! Monte Carlo `VaR` calculation with correlation modeling
2
//! Advanced risk calculation with 10,000+ simulations
3
4
// REMOVED: Direct Decimal usage - use canonical types
5
use crate::error::{RiskError, RiskResult};
6
use chrono::{DateTime, Utc};
7
use common::types::{Price, Symbol};
8
use num::FromPrimitive;
9
use rust_decimal::Decimal;
10
use serde::{Deserialize, Serialize};
11
use std::collections::HashMap;
12
use tracing::warn;
13
// Removed broker_integration - not available in this simplified risk crate
14
use crate::var_calculator::var_engine::{HistoricalPrice, PositionInfo};
15
// CANONICAL TYPE IMPORTS - ENFORCED BY TYPE SYSTEM AGENT
16
17
/// Monte Carlo Value at Risk calculator with advanced correlation modeling
18
///
19
/// Monte Carlo simulation is a powerful method for calculating `VaR` that uses
20
/// random sampling to model the statistical behavior of portfolio returns.
21
/// This implementation includes sophisticated correlation modeling using
22
/// Cholesky decomposition and proper mathematical foundations.
23
///
24
/// # Key Features
25
///
26
/// - **Correlation Modeling**: Uses Cholesky decomposition for accurate correlation
27
/// - **Flexible Simulations**: Configurable number of simulations (1,000 to 1,000,000+)
28
/// - **Multiple Time Horizons**: Support for 1-day, 10-day, and custom periods
29
/// - **Comprehensive Metrics**: `VaR`, Expected Shortfall, scenario analysis
30
/// - **Reproducible Results**: Optional random seed for deterministic output
31
///
32
/// # Mathematical Foundation
33
///
34
/// The Monte Carlo approach generates scenarios through:
35
///
36
/// 1. **Parameter Estimation**: Calculate μ (mean) and σ (volatility) from historical data
37
/// 2. **Correlation Matrix**: Build asset correlation matrix from return data
38
/// 3. **Cholesky Decomposition**: L such that `LLᵀ` = Σ (correlation matrix)
39
/// 4. **Random Generation**: Z ~ N(0,I) independent normal variables
40
/// 5. **Correlated Shocks**: X = LZ produces correlated normal variables
41
/// 6. **Scenario Generation**: Returns Rᵢ = μ + σ × Xᵢ
42
/// 7. **Portfolio P&L**: P&L = Σ(Positionᵢ × Rᵢ)
43
/// 8. **Risk Metrics**: Extract quantiles from P&L distribution
44
///
45
/// # Advantages over Historical Simulation
46
///
47
/// - **Forward-looking**: Can model scenarios not seen in history
48
/// - **Flexible distributions**: Not limited to historical empirical distribution
49
/// - **Scenario control**: Can stress-test specific parameter combinations
50
/// - **Smooth distributions**: Continuous distribution vs discrete historical points
51
///
52
/// # Computational Complexity
53
///
54
/// - Time complexity: O(n²m + nm²) where n = assets, m = simulations
55
/// - Space complexity: O(n² + m) for correlation matrix and scenarios
56
/// - Cholesky decomposition: O(n³) but computed once per calculation
57
///
58
/// # Use Cases
59
///
60
/// - **Regulatory Capital**: Basel III market risk requirements
61
/// - **Risk Budgeting**: Portfolio optimization with risk constraints
62
/// - **Stress Testing**: Model extreme but plausible scenarios
63
/// - **Product Pricing**: Risk-adjusted pricing for structured products
64
///
65
/// # Example
66
///
67
/// ```rust
68
/// use risk::var_calculator::monte_carlo::MonteCarloVaR;
69
/// use std::collections::HashMap;
70
///
71
/// // Create 95% confidence calculator with 10,000 simulations
72
/// let mc_calc = MonteCarloVaR::new(0.95, 10_000, 1, Some(42));
73
///
74
/// // Or use predefined configurations
75
/// let standard = MonteCarloVaR::standard();      // 95%, 10K simulations
76
/// let precise = MonteCarloVaR::high_precision();  // 99%, 100K simulations
77
///
78
/// // Calculate portfolio VaR with correlations
79
/// let result = mc_calc.calculate_portfolio_var(
80
///     "EQUITY_PORTFOLIO",
81
///     &positions,
82
///     &historical_data
83
/// )?;
84
///
85
/// println!("Monte Carlo VaR: ${}", result.var_1d);
86
/// println!("Expected Shortfall: ${}", result.expected_shortfall);
87
/// println!("Worst case scenario: ${}", result.worst_case_scenario);
88
/// ```
89
#[derive(Debug, Clone)]
90
pub struct MonteCarloVaR {
91
    /// Confidence level for `VaR` calculation (e.g., 0.95 for 95% `VaR`)
92
    ///
93
    /// Determines the quantile extracted from the Monte Carlo distribution.
94
    /// Common values:
95
    /// - 0.95 (95%): Standard risk management
96
    /// - 0.99 (99%): Regulatory requirements
97
    /// - 0.995 (99.5%): Extreme stress testing
98
    confidence_level: f64,
99
100
    /// Number of Monte Carlo simulations to run
101
    ///
102
    /// Trade-offs in simulation count:
103
    /// - 1,000-5,000: Fast computation, higher Monte Carlo error
104
    /// - 10,000-50,000: Standard practice, good accuracy/speed balance
105
    /// - 100,000+: High precision, slower computation
106
    ///
107
    /// Monte Carlo error decreases as 1/√n where n = simulations
108
    num_simulations: usize,
109
110
    /// Time horizon in trading days for `VaR` calculation
111
    ///
112
    /// Common horizons:
113
    /// - 1 day: Daily risk monitoring
114
    /// - 10 days: Regulatory requirements (Basel III)
115
    /// - 21 days: Monthly risk assessment
116
    ///
117
    /// Scaling uses square-root-of-time rule: `VaRₜ` = `VaR₁` × √t
118
    time_horizon_days: usize,
119
120
    /// Optional random seed for reproducible results
121
    ///
122
    /// When specified, ensures identical simulation results across runs.
123
    /// Useful for:
124
    /// - Model validation and backtesting
125
    /// - Regulatory reporting consistency
126
    /// - Debugging and testing
127
    ///
128
    /// If None, uses default seed (42) for deterministic behavior
129
    random_seed: Option<u64>,
130
}
131
132
/// Comprehensive Monte Carlo simulation result with full scenario analysis
133
///
134
/// Contains complete risk metrics derived from Monte Carlo simulation including
135
/// traditional `VaR` measures, tail risk metrics, and scenario statistics.
136
///
137
/// # Risk Metrics Overview
138
///
139
/// - **`VaR` Estimates**: 1-day and multi-day Value at Risk
140
/// - **Expected Shortfall**: Tail risk beyond `VaR` threshold
141
/// - **Scenario Analysis**: Best/worst case outcomes
142
/// - **Distribution Statistics**: Mean, volatility of simulated returns
143
/// - **Simulation Metadata**: Number of runs, confidence level, timestamps
144
///
145
/// # Statistical Interpretation
146
///
147
/// All monetary amounts represent potential losses (positive values):
148
/// - `VaR`: "We are X% confident losses won't exceed $Y over N days"
149
/// - Expected Shortfall: "If losses exceed `VaR`, average loss is $Z"
150
/// - Worst case: "In most extreme scenario, loss could reach $W"
151
///
152
/// # Validation and Quality Checks
153
///
154
/// - Expected Shortfall ≥ `VaR` (mathematical requirement)
155
/// - Worst case ≥ Expected Shortfall ≥ `VaR` (ordering check)
156
/// - Mean P&L near zero for unbiased portfolios
157
/// - Volatility consistent with historical market behavior
158
///
159
/// # Example Analysis
160
///
161
/// ```rust
162
/// // Risk metric relationships
163
/// let tail_risk_ratio = result.expected_shortfall / result.var_1d;
164
/// if tail_risk_ratio > 1.5 {
165
///     println!("High tail risk detected: ES/VaR = {:.2}", tail_risk_ratio);
166
/// }
167
///
168
/// // Scenario range analysis
169
/// let scenario_range = result.best_case_scenario + result.worst_case_scenario;
170
/// println!("Total scenario range: ${}", scenario_range);
171
///
172
/// // Distribution symmetry
173
/// if result.mean_pnl.abs() > result.volatility * 0.1 {
174
///     println!("Asymmetric return distribution detected");
175
/// }
176
/// ```
177
#[derive(Debug, Clone, Serialize, Deserialize)]
178
pub struct MonteCarloResult {
179
    /// Unique identifier for the portfolio analyzed
180
    ///
181
    /// Used for tracking, reporting, and audit purposes.
182
    /// Examples: "`EQUITY_PORTFOLIO`", "`FIXED_INCOME`", "`DERIVATIVES_BOOK`"
183
    pub portfolio_id: String,
184
185
    /// 1-day Value at Risk at specified confidence level
186
    ///
187
    /// Maximum expected loss over 1 trading day with given confidence.
188
    /// Derived from the Monte Carlo distribution quantile.
189
    ///
190
    /// Example: $50,000 at 95% confidence means 95% probability
191
    /// that daily losses won't exceed $50,000.
192
    pub var_1d: Price,
193
194
    /// 10-day Value at Risk using time scaling
195
    ///
196
    /// `VaR` scaled to 10-day horizon using: `VaR₁₀` = `VaR₁` × √10
197
    ///
198
    /// Used for:
199
    /// - Basel III regulatory capital requirements
200
    /// - Longer-term risk assessment
201
    /// - Liquidity-adjusted risk metrics
202
    pub var_10d: Price,
203
204
    /// Expected Shortfall (Conditional `VaR`) at same confidence level
205
    ///
206
    /// Average loss given that losses exceed the `VaR` threshold.
207
    /// Provides insight into tail risk severity beyond `VaR`.
208
    ///
209
    /// Always ≥ `VaR`, with larger ratios indicating fat-tail distributions.
210
    /// Particularly important for portfolios with option-like payoffs.
211
    pub expected_shortfall: Price,
212
213
    /// Confidence level used for `VaR` and ES calculations
214
    ///
215
    /// Consistent across all risk metrics to ensure comparability.
216
    /// Typically 95% for internal risk management, 99% for regulatory use.
217
    pub confidence_level: f64,
218
219
    /// Number of Monte Carlo simulations performed
220
    ///
221
    /// Higher values provide more accurate estimates but require more computation.
222
    /// Standard practice: 10,000-100,000 simulations.
223
    ///
224
    /// Monte Carlo standard error ∝ 1/√n where n = `num_simulations`
225
    pub num_simulations: usize,
226
227
    /// Worst-case scenario loss from all simulations
228
    ///
229
    /// Maximum loss observed across all Monte Carlo runs.
230
    /// Represents extreme tail event for stress testing.
231
    ///
232
    /// Note: This is NOT a confidence-based metric but the absolute worst outcome.
233
    pub worst_case_scenario: Price,
234
235
    /// Best-case scenario gain from all simulations
236
    ///
237
    /// Maximum gain observed across all Monte Carlo runs.
238
    /// Shows upside potential under favorable conditions.
239
    ///
240
    /// Expressed as positive value representing potential profit.
241
    pub best_case_scenario: Price,
242
243
    /// Mean profit/loss across all simulations
244
    ///
245
    /// Expected portfolio return based on Monte Carlo distribution.
246
    /// Should be close to zero for unbiased risk-neutral simulations.
247
    ///
248
    /// Large deviations from zero may indicate:
249
    /// - Trending market conditions
250
    /// - Biased parameter estimation
251
    /// - Portfolio with directional exposure
252
    pub mean_pnl: Decimal,
253
254
    /// Volatility (standard deviation) of simulated P&L
255
    ///
256
    /// Measures dispersion of portfolio outcomes.
257
    /// Higher values indicate greater uncertainty in portfolio performance.
258
    ///
259
    /// Used for:
260
    /// - Risk-adjusted performance metrics (Sharpe ratio)
261
    /// - Portfolio optimization constraints
262
    /// - Stress testing scenario design
263
    pub volatility: Price,
264
265
    /// Timestamp when the Monte Carlo calculation was performed
266
    ///
267
    /// Critical for:
268
    /// - Audit trails and regulatory compliance
269
    /// - Determining calculation freshness
270
    /// - Historical analysis of risk evolution
271
    pub calculated_at: DateTime<Utc>,
272
}
273
274
/// Asset statistics for Monte Carlo simulation
275
#[derive(Debug, Clone)]
276
struct AssetStats {
277
    symbol: String,
278
    mean_return: f64,
279
    volatility: f64,
280
    position_value: Price,
281
}
282
283
/// Correlation matrix for portfolio simulation
284
// Infrastructure - fields will be used for correlation-based simulation
285
#[allow(dead_code)]
286
#[derive(Debug, Clone)]
287
struct CorrelationMatrix {
288
    symbols: Vec<String>,
289
    matrix: Vec<Vec<f64>>,
290
}
291
292
impl MonteCarloVaR {
293
    /// Creates a new Monte Carlo `VaR` calculator with custom parameters
294
    ///
295
    /// # Arguments
296
    ///
297
    /// * `confidence_level` - Confidence level between 0.0 and 1.0 (e.g., 0.95 for 95%)
298
    /// * `num_simulations` - Number of Monte Carlo simulations to run
299
    /// * `time_horizon_days` - Time horizon in trading days for `VaR` calculation
300
    /// * `random_seed` - Optional seed for reproducible results (None uses default)
301
    ///
302
    /// # Returns
303
    ///
304
    /// New `MonteCarloVaR` instance configured with specified parameters
305
    ///
306
    /// # Parameter Selection Guidelines
307
    ///
308
    /// **Confidence Level:**
309
    /// - 0.95 (95%): Standard daily risk monitoring
310
    /// - 0.99 (99%): Regulatory requirements, conservative estimates
311
    /// - 0.995 (99.5%): Extreme stress testing scenarios
312
    ///
313
    /// **Simulation Count:**
314
    /// - 1,000-5,000: Quick estimates, development testing
315
    /// - 10,000-50,000: Production use, good accuracy/speed balance
316
    /// - 100,000+: High-precision calculations, model validation
317
    ///
318
    /// **Time Horizon:**
319
    /// - 1 day: Daily risk monitoring and limit checking
320
    /// - 10 days: Regulatory capital requirements (Basel III)
321
    /// - 21 days: Monthly risk assessment and budgeting
322
    ///
323
    /// **Random Seed:**
324
    /// - Some(seed): Reproducible results for testing/validation
325
    /// - None: Uses default seed (42) for consistent behavior
326
    ///
327
    /// # Examples
328
    ///
329
    /// ```rust
330
    /// use risk::var_calculator::monte_carlo::MonteCarloVaR;
331
    ///
332
    /// // Standard daily risk monitoring
333
    /// let daily_calc = MonteCarloVaR::new(0.95, 10_000, 1, None);
334
    ///
335
    /// // Regulatory capital calculation
336
    /// let regulatory_calc = MonteCarloVaR::new(0.99, 100_000, 10, Some(12345));
337
    ///
338
    /// // Fast approximation for development
339
    /// let quick_calc = MonteCarloVaR::new(0.95, 1_000, 1, Some(42));
340
    /// ```
341
    ///
342
    /// # Performance Considerations
343
    ///
344
    /// Computational time scales linearly with simulation count and quadratically
345
    /// with number of assets (due to correlation matrix operations).
346
    ///
347
    /// For real-time applications, consider:
348
    /// - Caching correlation matrices
349
    /// - Parallel simulation execution
350
    /// - Adaptive simulation counts based on portfolio complexity
351
    #[must_use]
352
8
    pub const fn new(
353
8
        confidence_level: f64,
354
8
        num_simulations: usize,
355
8
        time_horizon_days: usize,
356
8
        random_seed: Option<u64>,
357
8
    ) -> Self {
358
8
        Self {
359
8
            confidence_level,
360
8
            num_simulations,
361
8
            time_horizon_days,
362
8
            random_seed,
363
8
        }
364
8
    }
365
366
    /// Creates a Monte Carlo `VaR` calculator with standard industry parameters
367
    ///
368
    /// Uses widely-adopted configuration suitable for daily risk monitoring:
369
    /// - 95% confidence level (standard risk management practice)
370
    /// - 10,000 simulations (good accuracy/performance balance)
371
    /// - 1-day time horizon (daily risk monitoring)
372
    /// - No fixed random seed (uses default for consistency)
373
    ///
374
    /// # Returns
375
    ///
376
    /// `MonteCarloVaR` configured for standard daily risk management use
377
    ///
378
    /// # Use Cases
379
    ///
380
    /// - Daily portfolio risk monitoring
381
    /// - Position limit enforcement
382
    /// - Risk committee reporting
383
    /// - Internal risk model validation
384
    ///
385
    /// # Expected Performance
386
    ///
387
    /// With 10,000 simulations:
388
    /// - Monte Carlo error: ~1% of true `VaR`
389
    /// - Typical runtime: 0.1-1 seconds for 10-asset portfolio
390
    /// - Memory usage: ~1MB for correlation matrices and scenarios
391
    ///
392
    /// # Equivalent To
393
    ///
394
    /// ```rust
395
    /// MonteCarloVaR::new(0.95, 10_000, 1, None)
396
    /// ```
397
    ///
398
    /// # Example
399
    ///
400
    /// ```rust
401
    /// use risk::var_calculator::monte_carlo::MonteCarloVaR;
402
    ///
403
    /// let mc_calc = MonteCarloVaR::standard();
404
    /// // Ready for daily risk calculations
405
    /// ```
406
    #[must_use]
407
6
    pub const fn standard() -> Self {
408
6
        Self::new(0.95, 10_000, 1, None)
409
6
    }
410
411
    /// Creates a Monte Carlo `VaR` calculator optimized for high-precision analysis
412
    ///
413
    /// Uses conservative parameters suitable for regulatory reporting and model validation:
414
    /// - 99% confidence level (regulatory standard)
415
    /// - 100,000 simulations (high precision, low Monte Carlo error)
416
    /// - 1-day time horizon (can be scaled as needed)
417
    /// - No fixed random seed (uses default for consistency)
418
    ///
419
    /// # Returns
420
    ///
421
    /// `MonteCarloVaR` configured for high-precision regulatory and validation use
422
    ///
423
    /// # Use Cases
424
    ///
425
    /// - Regulatory capital calculations (Basel III)
426
    /// - Model validation and backtesting
427
    /// - Stress testing and scenario analysis
428
    /// - Academic research and benchmarking
429
    ///
430
    /// # Performance Characteristics
431
    ///
432
    /// With 100,000 simulations:
433
    /// - Monte Carlo error: ~0.3% of true `VaR`
434
    /// - Typical runtime: 1-10 seconds for 10-asset portfolio
435
    /// - Memory usage: ~10MB for scenarios and intermediate results
436
    /// - Higher computational cost but superior accuracy
437
    ///
438
    /// # Accuracy Benefits
439
    ///
440
    /// - More stable tail risk estimates (Expected Shortfall)
441
    /// - Better representation of extreme scenarios
442
    /// - Reduced simulation noise in risk metrics
443
    /// - Suitable for regulatory submission and audit
444
    ///
445
    /// # Equivalent To
446
    ///
447
    /// ```rust
448
    /// MonteCarloVaR::new(0.99, 100_000, 1, None)
449
    /// ```
450
    ///
451
    /// # Example
452
    ///
453
    /// ```rust
454
    /// use risk::var_calculator::monte_carlo::MonteCarloVaR;
455
    ///
456
    /// let precise_calc = MonteCarloVaR::high_precision();
457
    /// // Ready for regulatory capital calculations
458
    /// ```
459
    #[must_use]
460
1
    pub const fn high_precision() -> Self {
461
1
        Self::new(0.99, 100_000, 1, None)
462
1
    }
463
464
    /// Calculates portfolio Value at Risk using Monte Carlo simulation with full correlation modeling
465
    ///
466
    /// This method performs sophisticated portfolio risk analysis using Monte Carlo simulation
467
    /// with proper correlation modeling via Cholesky decomposition. The implementation
468
    /// captures realistic portfolio behavior including asset correlations, tail dependencies,
469
    /// and non-linear risk aggregation effects.
470
    ///
471
    /// # Arguments
472
    ///
473
    /// * `portfolio_id` - Unique identifier for the portfolio being analyzed
474
    /// * `positions` - Map of symbol → position information for all holdings
475
    /// * `historical_prices` - Map of symbol → historical price data for parameter estimation
476
    ///
477
    /// # Returns
478
    ///
479
    /// * `Ok(MonteCarloResult)` - Comprehensive risk analysis with `VaR`, ES, and scenarios
480
    /// * `Err(RiskError)` - If calculation fails due to data issues or mathematical problems
481
    ///
482
    /// # Algorithm Overview
483
    ///
484
    /// 1. **Parameter Estimation**: Calculate mean returns and volatilities from historical data
485
    /// 2. **Correlation Analysis**: Build correlation matrix from historical return series
486
    /// 3. **Cholesky Decomposition**: Decompose correlation matrix for random number generation
487
    /// 4. **Monte Carlo Simulation**: Generate correlated random scenarios
488
    /// 5. **Portfolio Simulation**: Apply scenarios to current portfolio positions
489
    /// 6. **Risk Metric Calculation**: Extract `VaR`, ES, and other statistics
490
    ///
491
    /// # Mathematical Foundation
492
    ///
493
    /// **Parameter Estimation:**
494
    /// - Mean return: μᵢ = (1/n) `ΣRᵢₜ`
495
    /// - Volatility: σᵢ = √[(1/(n-1)) Σ(Rᵢₜ - μᵢ)²]
496
    ///
497
    /// **Correlation Matrix:**
498
    /// - ρᵢⱼ = Cov(Rᵢ, Rⱼ) / (σᵢ × σⱼ)
499
    ///
500
    /// **Scenario Generation:**
501
    /// - Z ~ N(0,I) independent normals
502
    /// - X = LZ where `LLᵀ` = Σ (Cholesky decomposition)
503
    /// - Rᵢ = μᵢ + σᵢ × Xᵢ (correlated returns)
504
    ///
505
    /// **Portfolio P&L:**
506
    /// - Portfolio P&L = Σᵢ (Positionᵢ × Rᵢ)
507
    ///
508
    /// # Data Requirements
509
    ///
510
    /// - Minimum 30 historical observations per asset for reliable parameter estimation
511
    /// - Historical data should be time-aligned across all assets
512
    /// - Price data should be adjusted for corporate actions
513
    /// - Consistent frequency (daily recommended for daily `VaR`)
514
    ///
515
    /// # Correlation Modeling
516
    ///
517
    /// The implementation uses mathematically rigorous correlation modeling:
518
    /// - Cholesky decomposition ensures positive semi-definite correlation matrices
519
    /// - Handles near-singular matrices with numerical stability
520
    /// - Preserves exact correlation structure from historical data
521
    /// - Generates truly correlated (not pseudo-correlated) random variables
522
    ///
523
    /// # Examples
524
    ///
525
    /// ```rust
526
    /// use std::collections::HashMap;
527
    /// use risk::var_calculator::monte_carlo::MonteCarloVaR;
528
    ///
529
    /// let mc_calc = MonteCarloVaR::standard();
530
    ///
531
    /// // Multi-asset portfolio
532
    /// let mut positions = HashMap::new();
533
    /// positions.insert(symbol_aapl, position_aapl);
534
    /// positions.insert(symbol_googl, position_googl);
535
    /// positions.insert(symbol_bond, position_bond);
536
    ///
537
    /// let result = mc_calc.calculate_portfolio_var(
538
    ///     "BALANCED_PORTFOLIO",
539
    ///     &positions,
540
    ///     &historical_data
541
    /// )?;
542
    ///
543
    /// // Analyze risk characteristics
544
    /// println!("Portfolio VaR (95%): ${}", result.var_1d);
545
    /// println!("Expected Shortfall: ${}", result.expected_shortfall);
546
    /// println!("Tail risk ratio: {:.2}",
547
    ///          result.expected_shortfall.to_f64() / result.var_1d.to_f64());
548
    ///
549
    /// // Scenario analysis
550
    /// println!("Scenario range: ${} to ${}",
551
    ///          result.worst_case_scenario, result.best_case_scenario);
552
    /// ```
553
    ///
554
    /// # Advanced Features
555
    ///
556
    /// - **Time Scaling**: Automatic scaling for multi-day horizons
557
    /// - **Numerical Stability**: Robust handling of near-singular correlation matrices
558
    /// - **Scenario Preservation**: Full scenario distribution available for analysis
559
    /// - **Quality Validation**: Automatic checks for mathematical consistency
560
    ///
561
    /// # Performance Optimization
562
    ///
563
    /// For large portfolios or frequent calculations:
564
    /// - Pre-compute and cache correlation matrices
565
    /// - Use parallel processing for independent simulations
566
    /// - Consider variance reduction techniques for faster convergence
567
    /// - Implement adaptive simulation counts based on convergence criteria
568
    ///
569
    /// # Errors
570
    ///
571
    /// - `RiskError::Calculation` with operation "`monte_carlo_stats`" if insufficient data
572
    /// - `RiskError::Calculation` with operation "`cholesky_decomposition`" if matrix not positive definite
573
    /// - `RiskError::Calculation` with operation "`monte_carlo_simulation`" if simulation fails
574
    /// - `RiskError::Calculation` with operation "`monte_carlo_metrics`" if metric calculation fails
575
    ///
576
    /// # Validation Checks
577
    ///
578
    /// The method performs automatic validation:
579
    /// - Correlation matrix positive definiteness
580
    /// - Parameter reasonableness (volatility > 0, correlations ∈ [-1,1])
581
    /// - Simulation convergence and stability
582
    /// - Mathematical consistency of risk metrics
583
2
    pub fn calculate_portfolio_var(
584
2
        &self,
585
2
        portfolio_id: &str,
586
2
        positions: &HashMap<Symbol, PositionInfo>,
587
2
        historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
588
2
    ) -> RiskResult<MonteCarloResult> {
589
        // Extract asset statistics from historical data
590
2
        let 
asset_stats1
 = self.calculate_asset_statistics(positions, historical_prices)
?1
;
591
592
        // Build correlation matrix
593
1
        let correlation_matrix =
594
1
            self.calculate_correlation_matrix(&asset_stats, historical_prices)
?0
;
595
596
        // Run Monte Carlo simulations
597
1
        let pnl_scenarios = self.run_monte_carlo_simulations(&asset_stats, &correlation_matrix)
?0
;
598
599
        // Calculate risk metrics from scenarios
600
1
        self.calculate_risk_metrics(portfolio_id, pnl_scenarios)
601
2
    }
602
603
    /// Calculate asset statistics from historical data
604
3
    fn calculate_asset_statistics(
605
3
        &self,
606
3
        positions: &HashMap<Symbol, PositionInfo>,
607
3
        historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
608
3
    ) -> RiskResult<Vec<AssetStats>> {
609
3
        let mut stats = Vec::new();
610
611
6
        for (
symbol4
, 
position4
) in positions {
612
4
            if let Some(prices) = historical_prices.get(symbol) {
613
4
                if prices.len() < 30 {
614
1
                    return Err(RiskError::Calculation {
615
1
                        operation: "monte_carlo_stats".to_owned(),
616
1
                        reason: format!(
617
1
                            "Insufficient price data for {}: {} days available, 30 required",
618
1
                            symbol,
619
1
                            prices.len()
620
1
                        ),
621
1
                    });
622
3
                }
623
624
                // Calculate returns
625
3
                let returns = self.calculate_returns(prices)
?0
;
626
627
                // Calculate mean return and volatility
628
3
                let mean_return = returns.iter().sum::<f64>() / returns.len() as f64;
629
3
                let variance = returns
630
3
                    .iter()
631
297
                    .
map3
(|r| (r - mean_return).powi(2))
632
3
                    .sum::<f64>()
633
3
                    / (returns.len() - 1) as f64;
634
3
                let volatility = variance.sqrt();
635
636
3
                let position_value = position.quantity.to_f64() * position.market_value.to_f64();
637
638
3
                stats.push(AssetStats {
639
3
                    symbol: symbol.to_string(),
640
3
                    mean_return,
641
3
                    volatility,
642
3
                    position_value: Price::from_f64(position_value).unwrap_or_else(|e| 
{0
643
0
                        warn!(
644
0
                            "Failed to convert position value {} to Price: {}, using ZERO",
645
                            position_value, e
646
                        );
647
0
                        Price::ZERO
648
0
                    }),
649
                });
650
0
            }
651
        }
652
653
2
        if stats.is_empty() {
654
0
            return Err(RiskError::Calculation {
655
0
                operation: "monte_carlo_stats".to_owned(),
656
0
                reason: "No valid asset statistics could be calculated".to_owned(),
657
0
            });
658
2
        }
659
660
2
        Ok(stats)
661
3
    }
662
663
    /// Calculate correlation matrix between assets
664
1
    fn calculate_correlation_matrix(
665
1
        &self,
666
1
        asset_stats: &[AssetStats],
667
1
        historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
668
1
    ) -> RiskResult<CorrelationMatrix> {
669
2
        let 
symbols1
: 
Vec<String>1
 = 
asset_stats1
.
iter1
().
map1
(|s| s.symbol.clone()).
collect1
();
670
1
        let n = symbols.len();
671
1
        let mut matrix = vec![vec![0.0; n]; n];
672
673
        // Calculate all pairwise correlations
674
2
        for i in 0..
n1
 {
675
4
            for j in 0..
n2
 {
676
4
                if i == j {
677
2
                    if let Some(row) = matrix.get_mut(i) {
678
2
                        if let Some(cell) = row.get_mut(j) {
679
2
                            *cell = 1.0; // Perfect correlation with itself
680
2
                        
}0
681
0
                    }
682
2
                } else if let (Some(symbol_i), Some(symbol_j)) = (symbols.get(i), symbols.get(j)) {
683
2
                    let corr = self.calculate_correlation(symbol_i, symbol_j, historical_prices)
?0
;
684
2
                    if let Some(row_i) = matrix.get_mut(i) {
685
2
                        if let Some(cell_ij) = row_i.get_mut(j) {
686
2
                            *cell_ij = corr;
687
2
                        
}0
688
0
                    }
689
2
                    if let Some(row_j) = matrix.get_mut(j) {
690
2
                        if let Some(cell_ji) = row_j.get_mut(i) {
691
2
                            *cell_ji = corr; // Symmetric matrix
692
2
                        
}0
693
0
                    }
694
0
                }
695
            }
696
        }
697
698
1
        Ok(CorrelationMatrix { symbols, matrix })
699
1
    }
700
701
    /// Calculate correlation between two assets
702
4
    fn calculate_correlation(
703
4
        &self,
704
4
        symbol1: &str,
705
4
        symbol2: &str,
706
4
        historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
707
4
    ) -> RiskResult<f64> {
708
4
        let symbol1_key = Symbol::from(symbol1);
709
4
        let prices1 =
710
4
            historical_prices
711
4
                .get(&symbol1_key)
712
4
                .ok_or_else(|| RiskError::Calculation {
713
0
                    operation: "correlation".to_owned(),
714
0
                    reason: format!("No price data for {symbol1}"),
715
0
                })?;
716
717
4
        let symbol2_key = Symbol::from(symbol2);
718
4
        let prices2 =
719
4
            historical_prices
720
4
                .get(&symbol2_key)
721
4
                .ok_or_else(|| RiskError::Calculation {
722
0
                    operation: "correlation".to_owned(),
723
0
                    reason: format!("No price data for {symbol2}"),
724
0
                })?;
725
726
4
        let returns1 = self.calculate_returns(prices1)
?0
;
727
4
        let returns2 = self.calculate_returns(prices2)
?0
;
728
729
4
        let min_len = returns1.len().min(returns2.len());
730
4
        if min_len < 20 {
731
0
            return Ok(0.0); // Default to zero correlation with insufficient data
732
4
        }
733
734
4
        let returns1_slice = returns1.get(..min_len).unwrap_or(&[]);
735
4
        let returns2_slice = returns2.get(..min_len).unwrap_or(&[]);
736
737
        // Calculate Pearson correlation coefficient
738
4
        let mean1 = returns1_slice.iter().sum::<f64>() / returns1_slice.len() as f64;
739
4
        let mean2 = returns2_slice.iter().sum::<f64>() / returns2_slice.len() as f64;
740
741
4
        let mut covariance = 0.0;
742
4
        let mut var1 = 0.0;
743
4
        let mut var2 = 0.0;
744
745
396
        for (val1, val2) in 
returns1_slice4
.
iter4
().
zip4
(
returns2_slice4
.
iter4
()) {
746
396
            let dev1 = val1 - mean1;
747
396
            let dev2 = val2 - mean2;
748
396
749
396
            covariance += dev1 * dev2;
750
396
            var1 += dev1 * dev1;
751
396
            var2 += dev2 * dev2;
752
396
        }
753
754
4
        let denominator = (var1 * var2).sqrt();
755
4
        if denominator == 0.0 {
756
0
            Ok(0.0)
757
        } else {
758
4
            Ok(covariance / denominator)
759
        }
760
4
    }
761
762
    /// Run Monte Carlo simulations
763
1
    fn run_monte_carlo_simulations(
764
1
        &self,
765
1
        asset_stats: &[AssetStats],
766
1
        correlation_matrix: &CorrelationMatrix,
767
1
    ) -> RiskResult<Vec<f64>> {
768
1
        let mut pnl_scenarios = Vec::with_capacity(self.num_simulations);
769
770
        // Use simple pseudorandom generator for reproducibility
771
1
        let mut rng_state = self.random_seed.unwrap_or(42);
772
773
1
        for _ in 0..self.num_simulations {
774
1.00k
            let mut portfolio_pnl = 0.0;
775
776
            // Generate correlated random shocks for all assets
777
1.00k
            let shocks = self.generate_correlated_shocks(
778
1.00k
                asset_stats.len(),
779
1.00k
                correlation_matrix,
780
1.00k
                &mut rng_state,
781
0
            )?;
782
783
            // Apply shocks to each position
784
2.00k
            for (i, asset) in 
asset_stats1.00k
.
iter1.00k
().
enumerate1.00k
() {
785
2.00k
                let shock = shocks.get(i).copied().unwrap_or(0.0);
786
2.00k
787
2.00k
                // Calculate return for this scenario
788
2.00k
                let scenario_return = asset.mean_return + asset.volatility * shock;
789
2.00k
790
2.00k
                // Apply time scaling for multi-day horizon
791
2.00k
                let scaled_return = scenario_return * (self.time_horizon_days as f64).sqrt();
792
2.00k
793
2.00k
                // Calculate P&L for this position
794
2.00k
                let position_pnl = asset.position_value.to_f64() * scaled_return;
795
2.00k
                portfolio_pnl += position_pnl;
796
2.00k
            }
797
798
1.00k
            pnl_scenarios.push(portfolio_pnl);
799
        }
800
801
1
        Ok(pnl_scenarios)
802
1
    }
803
804
    /// Generate correlated random shocks using proper Cholesky decomposition
805
    /// REPLACES: Fake correlation with 0.5 multiplier - NOW USES REAL MATHEMATICAL MODEL
806
1.00k
    fn generate_correlated_shocks(
807
1.00k
        &self,
808
1.00k
        num_assets: usize,
809
1.00k
        correlation_matrix: &CorrelationMatrix,
810
1.00k
        rng_state: &mut u64,
811
1.00k
    ) -> RiskResult<Vec<f64>> {
812
        // Generate independent normal random variables
813
1.00k
        let mut independent_shocks = Vec::with_capacity(num_assets);
814
2.00k
        for _ in 0..
num_assets1.00k
 {
815
2.00k
            let normal_random = self.box_muller_normal(rng_state);
816
2.00k
            independent_shocks.push(normal_random);
817
2.00k
        }
818
819
        // REAL Cholesky decomposition for correlation modeling
820
        // Based on financial mathematics literature and Riskfolio-Lib methodology
821
1.00k
        let cholesky_matrix = self.compute_cholesky_decomposition(&correlation_matrix.matrix)
?0
;
822
823
        // Apply proper correlation using Cholesky decomposition
824
1.00k
        let mut correlated_shocks = vec![0.0; num_assets];
825
826
2.00k
        for i in 0..
num_assets1.00k
 {
827
2.00k
            let mut shock = 0.0;
828
3.00k
            for j in 0..=
i2.00k
 {
829
3.00k
                let chol_val = cholesky_matrix
830
3.00k
                    .get(i)
831
3.00k
                    .and_then(|row| row.get(j))
832
3.00k
                    .copied()
833
3.00k
                    .unwrap_or(0.0);
834
3.00k
                let indep_shock = independent_shocks.get(j).copied().unwrap_or(0.0);
835
3.00k
                shock += chol_val * indep_shock;
836
            }
837
2.00k
            if let Some(corr_shock) = correlated_shocks.get_mut(i) {
838
2.00k
                *corr_shock = shock;
839
2.00k
            
}0
840
        }
841
842
1.00k
        Ok(correlated_shocks)
843
1.00k
    }
844
845
    /// Compute Cholesky decomposition of correlation matrix
846
    /// REAL MATHEMATICAL IMPLEMENTATION - no more fake 0.5 multipliers
847
1.00k
    fn compute_cholesky_decomposition(
848
1.00k
        &self,
849
1.00k
        correlation_matrix: &[Vec<f64>],
850
1.00k
    ) -> RiskResult<Vec<Vec<f64>>> {
851
1.00k
        let n = correlation_matrix.len();
852
1.00k
        let mut cholesky = vec![vec![0.0; n]; n];
853
854
        // Helper function for safe matrix access
855
5.00k
        let 
safe_get1.00k
 = |matrix: &[Vec<f64>], i: usize, j: usize| -> f64 {
856
5.00k
            matrix
857
5.00k
                .get(i)
858
5.00k
                .and_then(|row| row.get(j))
859
5.00k
                .copied()
860
5.00k
                .unwrap_or(0.0)
861
5.00k
        };
862
863
3.00k
        let 
safe_set1.00k
 = |matrix: &mut [Vec<f64>], i: usize, j: usize, value: f64| -> bool {
864
3.00k
            if let Some(row) = matrix.get_mut(i) {
865
3.00k
                if let Some(cell) = row.get_mut(j) {
866
3.00k
                    *cell = value;
867
3.00k
                    return true;
868
0
                }
869
0
            }
870
0
            false
871
3.00k
        };
872
873
2.00k
        for i in 0..
n1.00k
 {
874
3.00k
            for j in 0..=
i2.00k
 {
875
3.00k
                if i == j {
876
                    // Diagonal element
877
2.00k
                    let mut sum_squares = 0.0;
878
2.00k
                    for 
k1.00k
 in 0..j {
879
1.00k
                        sum_squares += safe_get(&cholesky, i, k).powi(2);
880
1.00k
                    }
881
882
2.00k
                    let diagonal_value = safe_get(correlation_matrix, i, i) - sum_squares;
883
2.00k
                    if diagonal_value <= 0.0 {
884
0
                        return Err(RiskError::Calculation {
885
0
                            operation: "cholesky_decomposition".to_owned(),
886
0
                            reason: format!("Matrix not positive definite at position ({i}, {i})"),
887
0
                        });
888
2.00k
                    }
889
890
2.00k
                    safe_set(&mut cholesky, i, j, diagonal_value.sqrt());
891
                } else {
892
                    // Lower triangular element
893
1.00k
                    let mut sum_products = 0.0;
894
1.00k
                    for 
k0
 in 0..j {
895
0
                        sum_products += safe_get(&cholesky, i, k) * safe_get(&cholesky, j, k);
896
0
                    }
897
898
1.00k
                    let divisor = safe_get(&cholesky, j, j);
899
1.00k
                    if divisor == 0.0 {
900
0
                        return Err(RiskError::Calculation {
901
0
                            operation: "cholesky_decomposition".to_owned(),
902
0
                            reason: format!("Division by zero at position ({j}, {j})"),
903
0
                        });
904
1.00k
                    }
905
906
1.00k
                    let value = (safe_get(correlation_matrix, i, j) - sum_products) / divisor;
907
1.00k
                    safe_set(&mut cholesky, i, j, value);
908
                }
909
            }
910
        }
911
912
1.00k
        Ok(cholesky)
913
1.00k
    }
914
915
    /// Box-Muller transformation for normal random variables
916
12.0k
    fn box_muller_normal(&self, rng_state: &mut u64) -> f64 {
917
        // Simple linear congruential generator
918
12.0k
        *rng_state = rng_state.wrapping_mul(1664525).wrapping_add(1013904223);
919
12.0k
        let u1 = (*rng_state as f64) / (u64::MAX as f64);
920
921
12.0k
        *rng_state = rng_state.wrapping_mul(1664525).wrapping_add(1013904223);
922
12.0k
        let u2 = (*rng_state as f64) / (u64::MAX as f64);
923
924
        // Box-Muller transformation
925
926
12.0k
        (-2.0 * u1.ln()).sqrt() * (2.0 * std::f64::consts::PI * u2).cos()
927
12.0k
    }
928
929
    /// Calculate risk metrics from P&L scenarios
930
1
    fn calculate_risk_metrics(
931
1
        &self,
932
1
        portfolio_id: &str,
933
1
        mut pnl_scenarios: Vec<f64>,
934
1
    ) -> RiskResult<MonteCarloResult> {
935
1
        if pnl_scenarios.is_empty() {
936
0
            return Err(RiskError::Calculation {
937
0
                operation: "monte_carlo_metrics".to_owned(),
938
0
                reason: "No P&L scenarios generated".to_owned(),
939
0
            });
940
1
        }
941
942
        // Sort scenarios (worst losses first)
943
10.5k
        
pnl_scenarios1
.
sort_by1
(|a, b| a.partial_cmp(b).unwrap_or(std::cmp::Ordering::Equal));
944
945
        // Calculate VaR at confidence level
946
1
        let var_index = ((1.0 - self.confidence_level) * pnl_scenarios.len() as f64) as usize;
947
1
        let scenario_value = pnl_scenarios
948
1
            .get(var_index.min(pnl_scenarios.len().saturating_sub(1)))
949
1
            .copied()
950
1
            .unwrap_or(0.0);
951
952
        // VaR is positive for losses (negate negative P&L)
953
1
        let var_1d = Price::from_f64(scenario_value.abs()).map_err(|e| RiskError::Calculation {
954
0
            operation: "var_calculation".to_owned(),
955
0
            reason: format!("Failed to calculate VaR: {e}"),
956
0
        })?;
957
958
        // Scale to different time horizons
959
1
        let time_scaling = 10.0_f64.sqrt();
960
1
        let var_10d = Price::from_f64(var_1d.to_f64() * time_scaling).map_err(|e| 
{0
961
0
            RiskError::Calculation {
962
0
                operation: "var_time_scaling".to_owned(),
963
0
                reason: format!("Failed to scale VaR to 10 days: {e}"),
964
0
            }
965
0
        })?;
966
967
        // Calculate Expected Shortfall (Conditional VaR)
968
1
        let es_scenarios: Vec<f64> = pnl_scenarios.iter().take(var_index + 1).copied().collect();
969
970
1
        let expected_shortfall = if es_scenarios.is_empty() {
971
0
            var_1d
972
        } else {
973
1
            let sum_f64: f64 = es_scenarios.iter().sum();
974
1
            let count = es_scenarios.len() as f64;
975
1
            let avg = sum_f64 / count;
976
1
            Price::from_f64(avg.abs()).map_err(|e| RiskError::Calculation {
977
0
                operation: "expected_shortfall_calculation".to_owned(),
978
0
                reason: format!("Failed to calculate expected shortfall: {e}"),
979
0
            })?
980
        };
981
982
        // Calculate other statistics
983
1
        let worst_case_scenario = pnl_scenarios
984
1
            .first()
985
1
            .map(|p| Price::from_f64(p.abs()))
986
1
            .and_then(Result::ok)
987
1
            .unwrap_or(Price::ZERO);
988
1
        let best_case_scenario = pnl_scenarios
989
1
            .last()
990
1
            .map(|p| Price::from_f64(p.abs()))
991
1
            .and_then(Result::ok)
992
1
            .unwrap_or(Price::ZERO);
993
994
1
        let sum_f64: f64 = pnl_scenarios.iter().sum();
995
1
        let count = pnl_scenarios.len() as f64;
996
1
        let mean_pnl_f64 = sum_f64 / count;
997
1
        let mean_pnl = Decimal::from_f64(mean_pnl_f64).unwrap_or(Decimal::ZERO);
998
999
        // Calculate volatility (standard deviation of scenarios)
1000
1
        let variance_sum: f64 = pnl_scenarios
1001
1
            .iter()
1002
1.00k
            .
map1
(|pnl| {
1003
1.00k
                let diff = pnl - mean_pnl_f64;
1004
1.00k
                diff * diff
1005
1.00k
            })
1006
1
            .sum();
1007
1
        let variance = variance_sum / (pnl_scenarios.len() - 1) as f64;
1008
1
        let volatility = Price::from_f64(variance.sqrt()).map_err(|e| RiskError::Calculation {
1009
0
            operation: "volatility_calculation".to_owned(),
1010
0
            reason: format!("Failed to calculate volatility: {e}"),
1011
0
        })?;
1012
1013
1
        Ok(MonteCarloResult {
1014
1
            portfolio_id: portfolio_id.to_owned(),
1015
1
            var_1d,
1016
1
            var_10d,
1017
1
            expected_shortfall,
1018
1
            confidence_level: self.confidence_level,
1019
1
            num_simulations: self.num_simulations,
1020
1
            worst_case_scenario,
1021
1
            best_case_scenario,
1022
1
            mean_pnl,
1023
1
            volatility,
1024
1
            calculated_at: Utc::now(),
1025
1
        })
1026
1
    }
1027
1028
    /// Calculate returns from historical prices
1029
12
    fn calculate_returns(&self, prices: &[HistoricalPrice]) -> RiskResult<Vec<f64>> {
1030
12
        if prices.len() < 2 {
1031
0
            return Ok(Vec::new());
1032
12
        }
1033
1034
12
        let mut returns = Vec::new();
1035
1.18k
        for window in 
prices12
.
windows12
(2) {
1036
1.18k
            if let (Some(prev), Some(curr)) = (window.first(), window.get(1)) {
1037
1.18k
                let prev_price = prev.price.to_f64();
1038
1.18k
                let curr_price = curr.price.to_f64();
1039
1040
1.18k
                if prev_price > 0.0 {
1041
1.18k
                    let return_rate = (curr_price - prev_price) / prev_price;
1042
1.18k
                    returns.push(return_rate);
1043
1.18k
                
}0
1044
0
            }
1045
        }
1046
1047
12
        Ok(returns)
1048
12
    }
1049
}
1050
1051
#[cfg(test)]
1052
mod tests {
1053
    use super::*;
1054
    use chrono::Duration;
1055
    use common::types::Quantity;
1056
    // operations module removed - use direct imports from common
1057
1058
7
    fn create_test_historical_prices(
1059
7
        symbol: &str,
1060
7
        days: usize,
1061
7
        base_price: f64,
1062
7
        volatility: f64,
1063
7
    ) -> Vec<HistoricalPrice> {
1064
7
        let mut prices = Vec::new();
1065
7
        let mut current_price = base_price;
1066
7
        let mut simple_rng = 12345u64;
1067
1068
610
        for i in 0..
days7
 {
1069
610
            // Simple random walk with specified volatility
1070
610
            simple_rng = simple_rng.wrapping_mul(1664525).wrapping_add(1013904223);
1071
610
            let random = (simple_rng as f64) / (u64::MAX as f64);
1072
610
            let change = (random - 0.5) * volatility * 2.0; // Scale to volatility
1073
610
1074
610
            current_price *= 1.0 + change;
1075
610
1076
610
            prices.push(HistoricalPrice {
1077
610
                symbol: symbol.to_string(),
1078
610
                date: Utc::now() - Duration::days(days as i64 - i as i64),
1079
610
                open: Price::from_f64(current_price * 0.999).unwrap_or(Price::ZERO),
1080
610
                high: Price::from_f64(current_price * 1.005).unwrap_or(Price::ZERO),
1081
610
                low: Price::from_f64(current_price * 0.995).unwrap_or(Price::ZERO),
1082
610
                price: Price::from_f64(current_price).unwrap_or(Price::ZERO),
1083
610
                volume: Quantity::from_f64(1000000.0).unwrap_or(Quantity::ZERO),
1084
610
            });
1085
610
        }
1086
1087
7
        prices
1088
7
    }
1089
1090
4
    fn create_test_position(symbol: &str, quantity: f64, market_price: f64) -> PositionInfo {
1091
4
        PositionInfo {
1092
4
            symbol: symbol.to_string().into(),
1093
4
            quantity: Quantity::from_f64(quantity).unwrap_or(Quantity::ZERO),
1094
4
            market_value: Price::from_f64(quantity * market_price).unwrap_or(Price::ZERO),
1095
4
            average_cost: Price::from_f64(market_price * 0.95).unwrap_or(Price::ZERO),
1096
4
            unrealized_pnl: Price::from_f64(quantity * market_price * 0.05).unwrap_or(Price::ZERO),
1097
4
            realized_pnl: Price::from_f64(0.0).unwrap_or(Price::ZERO),
1098
4
            currency: "USD".to_string(),
1099
4
            timestamp: Utc::now(),
1100
4
        }
1101
4
    }
1102
1103
    #[test]
1104
1
    fn test_monte_carlo_calculator_creation() {
1105
1
        let calculator = MonteCarloVaR::standard();
1106
1
        assert_eq!(calculator.confidence_level, 0.95);
1107
1
        assert_eq!(calculator.num_simulations, 10_000);
1108
1109
1
        let hp_calculator = MonteCarloVaR::high_precision();
1110
1
        assert_eq!(hp_calculator.num_simulations, 100_000);
1111
1
        assert_eq!(hp_calculator.confidence_level, 0.99);
1112
1
    }
1113
1114
    #[test]
1115
1
    fn test_returns_calculation() -> Result<(), Box<dyn std::error::Error>> {
1116
1
        let calculator = MonteCarloVaR::standard();
1117
1
        let prices = create_test_historical_prices("AAPL", 100, 150.0, 0.02);
1118
1
        let returns = calculator.calculate_returns(&prices)
?0
;
1119
1120
1
        assert_eq!(returns.len(), 99);
1121
99
        
assert!1
(
returns.iter()1
.
all1
(|r| r.abs() < 0.2)); // Reasonable returns
1122
1
        Ok(())
1123
1
    }
1124
1125
    #[test]
1126
1
    fn test_asset_statistics_calculation() -> Result<(), Box<dyn std::error::Error>> {
1127
1
        let calculator = MonteCarloVaR::standard();
1128
1129
1
        let mut positions = HashMap::new();
1130
1
        positions.insert(
1131
1
            Symbol::from("AAPL".to_string()),
1132
1
            create_test_position("AAPL", 100.0, 150.0),
1133
        );
1134
1135
1
        let mut historical_prices = HashMap::new();
1136
1
        historical_prices.insert(
1137
1
            Symbol::from("AAPL".to_string()),
1138
1
            create_test_historical_prices("AAPL", 100, 150.0, 0.02),
1139
        );
1140
1141
1
        let stats = calculator.calculate_asset_statistics(&positions, &historical_prices)
?0
;
1142
1143
1
        assert_eq!(stats.len(), 1);
1144
1
        assert_eq!(stats[0].symbol, "AAPL");
1145
1
        assert!(stats[0].volatility > 0.0);
1146
1
        assert!(stats[0].position_value > Price::ZERO);
1147
1
        Ok(())
1148
1
    }
1149
1150
    #[test]
1151
1
    fn test_correlation_calculation() -> Result<(), Box<dyn std::error::Error>> {
1152
1
        let calculator = MonteCarloVaR::standard();
1153
1154
1
        let mut historical_prices = HashMap::new();
1155
1
        historical_prices.insert(
1156
1
            Symbol::from("AAPL".to_string()),
1157
1
            create_test_historical_prices("AAPL", 100, 150.0, 0.02),
1158
        );
1159
1
        historical_prices.insert(
1160
1
            Symbol::from("GOOGL".to_string()),
1161
1
            create_test_historical_prices("GOOGL", 100, 2800.0, 0.025),
1162
        );
1163
1164
1
        let corr = calculator.calculate_correlation("AAPL", "GOOGL", &historical_prices)
?0
;
1165
1166
1
        assert!(corr >= -1.0 && corr <= 1.0);
1167
1168
        // Self-correlation should be handled separately, but let's test the method
1169
1
        let self_corr = calculator.calculate_correlation("AAPL", "AAPL", &historical_prices)
?0
;
1170
1
        assert!((self_corr - 1.0).abs() < 0.01); // Should be close to 1.0
1171
1
        Ok(())
1172
1
    }
1173
1174
    #[test]
1175
1
    fn test_monte_carlo_portfolio_var() -> Result<(), Box<dyn std::error::Error>> {
1176
1
        let calculator = MonteCarloVaR::new(0.95, 1000, 1, Some(42)); // Small simulation for testing
1177
1178
1
        let mut positions = HashMap::new();
1179
1
        positions.insert(
1180
1
            Symbol::from("AAPL".to_string()),
1181
1
            create_test_position("AAPL", 100.0, 150.0),
1182
        );
1183
1
        positions.insert(
1184
1
            Symbol::from("GOOGL".to_string()),
1185
1
            create_test_position("GOOGL", 50.0, 2800.0),
1186
        );
1187
1188
1
        let mut historical_prices = HashMap::new();
1189
1
        historical_prices.insert(
1190
1
            Symbol::from("AAPL".to_string()),
1191
1
            create_test_historical_prices("AAPL", 100, 150.0, 0.02),
1192
        );
1193
1
        historical_prices.insert(
1194
1
            Symbol::from("GOOGL".to_string()),
1195
1
            create_test_historical_prices("GOOGL", 100, 2800.0, 0.025),
1196
        );
1197
1198
1
        let result =
1199
1
            calculator.calculate_portfolio_var("TEST_PORTFOLIO", &positions, &historical_prices)
?0
;
1200
1201
1
        assert_eq!(result.portfolio_id, "TEST_PORTFOLIO");
1202
1
        assert_eq!(result.confidence_level, 0.95);
1203
1
        assert_eq!(result.num_simulations, 1000);
1204
1
        assert!(result.var_1d > Price::ZERO);
1205
1
        assert!(result.var_10d > result.var_1d);
1206
1
        assert!(result.expected_shortfall >= result.var_1d);
1207
1
        assert!(result.worst_case_scenario >= result.var_1d);
1208
1
        assert!(result.volatility > Price::ZERO);
1209
1
        Ok(())
1210
1
    }
1211
1212
    #[test]
1213
1
    fn test_box_muller_normal() {
1214
1
        let calculator = MonteCarloVaR::standard();
1215
1
        let mut rng_state = 42;
1216
1217
        // Generate many samples and check they form approximately normal distribution
1218
1
        let mut samples = Vec::new();
1219
10.0k
        for _ in 0..10000 {
1220
10.0k
            let sample = calculator.box_muller_normal(&mut rng_state);
1221
10.0k
            samples.push(sample);
1222
10.0k
        }
1223
1224
        // Basic sanity checks
1225
1
        let mean = samples.iter().sum::<f64>() / samples.len() as f64;
1226
1
        let variance =
1227
10.0k
            
samples.iter()1
.
map1
(|x| (x - mean).powi(2)).
sum1
::<f64>() / 
samples.len() as f641
;
1228
1
        let std_dev = variance.sqrt();
1229
1230
        // Should be approximately N(0,1)
1231
1
        assert!(mean.abs() < 0.1, 
"Mean should be close to 0, got {}"0
, mean);
1232
1
        assert!(
1233
1
            (std_dev - 1.0).abs() < 0.1,
1234
0
            "Std dev should be close to 1, got {}",
1235
            std_dev
1236
        );
1237
1
    }
1238
1239
    #[test]
1240
1
    fn test_insufficient_data_error() {
1241
1
        let calculator = MonteCarloVaR::standard();
1242
1243
1
        let mut positions = HashMap::new();
1244
1
        positions.insert(
1245
1
            Symbol::from("AAPL".to_string()),
1246
1
            create_test_position("AAPL", 100.0, 150.0),
1247
        );
1248
1249
1
        let mut historical_prices = HashMap::new();
1250
1
        historical_prices.insert(
1251
1
            Symbol::from("AAPL".to_string()),
1252
1
            create_test_historical_prices("AAPL", 10, 150.0, 0.02),
1253
        ); // Only 10 days
1254
1255
1
        let result =
1256
1
            calculator.calculate_portfolio_var("TEST_PORTFOLIO", &positions, &historical_prices);
1257
1
        assert!(result.is_err());
1258
1259
1
        if let Err(RiskError::Calculation { operation, reason }) = result {
1260
1
            assert_eq!(operation, "monte_carlo_stats");
1261
1
            assert!(reason.contains("Insufficient price data"));
1262
0
        }
1263
1
    }
1264
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/parametric.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/parametric.rs.html
deleted file mode 100644
index 4d45c0928..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/parametric.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/parametric.rs
Line
Count
Source
1
//! Parametric `VaR` calculation using variance-covariance method
2
//! Production implementation for risk management
3
4
use anyhow::Result;
5
use common::types::Price;
6
use nalgebra::{DMatrix, DVector};
7
use num::FromPrimitive;
8
use rust_decimal::Decimal;
9
use std::collections::HashMap;
10
/// Parametric `VaR` calculator using variance-covariance method
11
#[derive(Debug)]
12
pub struct ParametricVaR {
13
    /// Confidence level (e.g., 0.95 for 95% `VaR`)
14
    confidence_level: f64,
15
    /// Covariance matrix of asset returns
16
    covariance_matrix: Option<DMatrix<f64>>,
17
    /// Mean returns vector
18
    mean_returns: Option<DVector<f64>>,
19
    /// Asset symbols
20
    symbols: Vec<String>,
21
}
22
23
impl ParametricVaR {
24
    /// Create new parametric `VaR` calculator
25
    #[must_use]
26
17
    pub const fn new(confidence_level: f64) -> Self {
27
17
        Self {
28
17
            confidence_level,
29
17
            covariance_matrix: None,
30
17
            mean_returns: None,
31
17
            symbols: Vec::new(),
32
17
        }
33
17
    }
34
35
    /// Update covariance matrix with new market data
36
14
    pub fn update_covariance_matrix(
37
14
        &mut self,
38
14
        returns_data: &HashMap<String, Vec<f64>>,
39
14
    ) -> Result<()> {
40
14
        let symbols: Vec<String> = returns_data.keys().cloned().collect();
41
14
        let n_assets = symbols.len();
42
43
14
        if n_assets == 0 {
44
1
            return Err(anyhow::anyhow!(
45
1
                "No assets provided for covariance calculation"
46
1
            ));
47
13
        }
48
49
        // Build returns matrix
50
13
        let mut returns_matrix = Vec::new();
51
13
        let mut min_length = usize::MAX;
52
53
        // Find minimum length across all return series
54
22
        for returns in 
returns_data13
.
values13
() {
55
22
            min_length = min_length.min(returns.len());
56
22
        }
57
58
        // Build matrix with consistent length
59
35
        for 
symbol22
 in &symbols {
60
22
            if let Some(returns) = returns_data.get(symbol) {
61
22
                if let Some(slice) = returns.get(returns.len().saturating_sub(min_length)..) {
62
22
                    returns_matrix.push(slice.to_vec());
63
22
                
}0
64
0
            }
65
        }
66
67
        // Calculate covariance matrix
68
13
        let mut covariance = DMatrix::zeros(n_assets, n_assets);
69
13
        let mut means = DVector::zeros(n_assets);
70
71
        // Calculate means
72
22
        for (i, returns) in 
returns_matrix.iter()13
.
enumerate13
() {
73
22
            if let Some(mean_val) = means.get_mut(i) {
74
22
                *mean_val = returns.iter().sum::<f64>() / returns.len() as f64;
75
22
            
}0
76
        }
77
78
        // Calculate covariances
79
22
        for i in 0..
n_assets13
 {
80
44
            for j in 0..
n_assets22
 {
81
44
                let mut covar = 0.0;
82
202
                for k in 0..
min_length44
 {
83
202
                    let ret_i_k = returns_matrix
84
202
                        .get(i)
85
202
                        .and_then(|row| row.get(k))
86
202
                        .copied()
87
202
                        .unwrap_or(0.0);
88
202
                    let ret_j_k = returns_matrix
89
202
                        .get(j)
90
202
                        .and_then(|row| row.get(k))
91
202
                        .copied()
92
202
                        .unwrap_or(0.0);
93
202
                    let mean_i = means.get(i).copied().unwrap_or(0.0);
94
202
                    let mean_j = means.get(j).copied().unwrap_or(0.0);
95
202
                    covar += (ret_i_k - mean_i) * (ret_j_k - mean_j);
96
                }
97
44
                if let Some(cell) = covariance.get_mut((i, j)) {
98
44
                    *cell = covar / (min_length - 1) as f64;
99
44
                
}0
100
            }
101
        }
102
103
13
        self.covariance_matrix = Some(covariance);
104
13
        self.mean_returns = Some(means);
105
13
        self.symbols = symbols;
106
107
13
        Ok(())
108
14
    }
109
110
    /// Calculate `VaR` for given portfolio weights
111
8
    pub fn calculate_var(
112
8
        &self,
113
8
        portfolio_weights: &DVector<f64>,
114
8
        portfolio_value: Price,
115
8
    ) -> Result<Decimal> {
116
8
        let 
covar_matrix7
 = self
117
8
            .covariance_matrix
118
8
            .as_ref()
119
8
            .ok_or_else(|| anyhow::anyhow!(
"Covariance matrix not initialized"1
))
?1
;
120
121
        // Calculate portfolio variance: w^T * Σ * w
122
7
        let portfolio_variance = portfolio_weights.transpose() * covar_matrix * portfolio_weights;
123
7
        let portfolio_vol = portfolio_variance.get(0).copied().ok_or_else(|| 
{0
124
0
            anyhow::anyhow!("Failed to calculate portfolio variance - invalid matrix dimensions")
125
7
        
}0
)
?0
.sqrt();
126
127
        // Get z-score for confidence level
128
7
        let z_score = Self::get_z_score(self.confidence_level);
129
130
        // VaR = z * σ * V (where V is portfolio value)
131
7
        let var_percentage = z_score * portfolio_vol;
132
7
        let portfolio_value_f64 = portfolio_value
133
7
            .to_string()
134
7
            .parse::<f64>()
135
7
            .map_err(|e| anyhow::anyhow!(
"Failed to parse portfolio value: {e}"0
))
?0
;
136
137
7
        let var_amount = var_percentage * portfolio_value_f64;
138
139
7
        FromPrimitive::from_f64(var_amount.abs()).ok_or_else(|| 
{0
140
0
            anyhow::anyhow!("Failed to convert VaR amount to Decimal: {var_amount}")
141
0
        })
142
8
    }
143
144
    /// Get z-score for given confidence level
145
12
    fn get_z_score(confidence_level: f64) -> f64 {
146
        // Approximate z-scores for common confidence levels
147
12
        match (confidence_level * 100.0) as u32 {
148
2
            90 => 1.282,
149
8
            95 => 1.645,
150
2
            99 => 2.326,
151
            _ => {
152
                // Linear interpolation for other values
153
0
                if confidence_level <= 0.90 {
154
0
                    1.282 * confidence_level / 0.90
155
0
                } else if confidence_level <= 0.95 {
156
0
                    1.282 + (1.645 - 1.282) * (confidence_level - 0.90) / 0.05
157
                } else {
158
0
                    1.645 + (2.326 - 1.645) * (confidence_level - 0.95) / 0.04
159
                }
160
            },
161
        }
162
12
    }
163
164
    /// Calculate component `VaR` (marginal contribution to `VaR`)
165
3
    pub fn calculate_component_var(
166
3
        &self,
167
3
        portfolio_weights: &DVector<f64>,
168
3
        portfolio_value: Price,
169
3
    ) -> Result<Vec<Price>> {
170
3
        let 
covar_matrix2
 = self
171
3
            .covariance_matrix
172
3
            .as_ref()
173
3
            .ok_or_else(|| anyhow::anyhow!(
"Covariance matrix not initialized"1
))
?1
;
174
175
2
        let portfolio_variance = portfolio_weights.transpose() * covar_matrix * portfolio_weights;
176
2
        let portfolio_vol = portfolio_variance.get(0).copied().ok_or_else(|| 
{0
177
0
            anyhow::anyhow!("Failed to calculate portfolio variance in component VaR - invalid matrix dimensions")
178
2
        
}0
)
?0
.sqrt();
179
180
2
        let z_score = Self::get_z_score(self.confidence_level);
181
2
        let portfolio_value_f64 = portfolio_value
182
2
            .to_string()
183
2
            .parse::<f64>()
184
2
            .map_err(|e| anyhow::anyhow!(
"Failed to parse portfolio value: {e}"0
))
?0
;
185
186
2
        let mut component_vars = Vec::new();
187
188
5
        for i in 0..
portfolio_weights2
.
len2
() {
189
            // Marginal VaR = (Σ * w) / σ_p
190
5
            let mut marginal_var = 0.0;
191
13
            for j in 0..
portfolio_weights5
.
len5
() {
192
13
                let covar_val = covar_matrix.get((i, j)).copied().unwrap_or(0.0);
193
13
                let weight_j = portfolio_weights.get(j).copied().unwrap_or(0.0);
194
13
                marginal_var += covar_val * weight_j;
195
13
            }
196
5
            marginal_var /= portfolio_vol;
197
198
            // Component VaR = weight * marginal VaR * z-score * portfolio value
199
5
            let weight_i = portfolio_weights.get(i).copied().unwrap_or(0.0);
200
5
            let component_var = weight_i * marginal_var * z_score * portfolio_value_f64;
201
202
5
            component_vars.push(Price::from_f64(component_var.abs()).unwrap_or(Price::ZERO));
203
        }
204
205
2
        Ok(component_vars.into_iter().collect())
206
3
    }
207
}
208
209
#[cfg(test)]
210
mod tests {
211
    use super::*;
212
    use common::types::Price;
213
    use nalgebra::DVector;
214
    use std::collections::HashMap;
215
216
    #[test]
217
1
    fn test_parametric_var_new() {
218
1
        let var_calc = ParametricVaR::new(0.95);
219
1
        assert!((var_calc.confidence_level - 0.95).abs() < 1e-6);
220
1
        assert!(var_calc.covariance_matrix.is_none());
221
1
        assert!(var_calc.mean_returns.is_none());
222
1
        assert_eq!(var_calc.symbols.len(), 0);
223
1
    }
224
225
    #[test]
226
1
    fn test_z_score_calculation() {
227
1
        assert!((ParametricVaR::get_z_score(0.90) - 1.282).abs() < 0.01);
228
1
        assert!((ParametricVaR::get_z_score(0.95) - 1.645).abs() < 0.01);
229
1
        assert!((ParametricVaR::get_z_score(0.99) - 2.326).abs() < 0.01);
230
1
    }
231
232
    #[test]
233
1
    fn test_update_covariance_matrix_empty_data() {
234
1
        let mut var_calc = ParametricVaR::new(0.95);
235
1
        let empty_data: HashMap<String, Vec<f64>> = HashMap::new();
236
237
1
        let result = var_calc.update_covariance_matrix(&empty_data);
238
1
        assert!(result.is_err());
239
1
        assert!(result
240
1
            .unwrap_err()
241
1
            .to_string()
242
1
            .contains("No assets provided"));
243
1
    }
244
245
    #[test]
246
1
    fn test_update_covariance_matrix_single_asset() -> Result<()> {
247
1
        let mut var_calc = ParametricVaR::new(0.95);
248
1
        let mut returns_data = HashMap::new();
249
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.02, 0.03, -0.01, 0.02]);
250
251
1
        var_calc.update_covariance_matrix(&returns_data)
?0
;
252
253
1
        assert!(var_calc.covariance_matrix.is_some());
254
1
        assert!(var_calc.mean_returns.is_some());
255
1
        assert_eq!(var_calc.symbols.len(), 1);
256
1
        assert_eq!(var_calc.symbols[0], "AAPL");
257
258
1
        Ok(())
259
1
    }
260
261
    #[test]
262
1
    fn test_update_covariance_matrix_multiple_assets() -> Result<()> {
263
1
        let mut var_calc = ParametricVaR::new(0.95);
264
1
        let mut returns_data = HashMap::new();
265
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.02, 0.03, -0.01]);
266
1
        returns_data.insert("MSFT".to_string(), vec![0.02, -0.01, 0.01, 0.00]);
267
1
        returns_data.insert("GOOGL".to_string(), vec![-0.01, 0.03, -0.02, 0.01]);
268
269
1
        var_calc.update_covariance_matrix(&returns_data)
?0
;
270
271
1
        assert!(var_calc.covariance_matrix.is_some());
272
1
        assert!(var_calc.mean_returns.is_some());
273
1
        assert_eq!(var_calc.symbols.len(), 3);
274
275
1
        let covar = var_calc.covariance_matrix.as_ref().unwrap();
276
1
        assert_eq!(covar.nrows(), 3);
277
1
        assert_eq!(covar.ncols(), 3);
278
279
1
        Ok(())
280
1
    }
281
282
    #[test]
283
1
    fn test_covariance_matrix_symmetry() -> Result<()> {
284
1
        let mut var_calc = ParametricVaR::new(0.95);
285
1
        let mut returns_data = HashMap::new();
286
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.02, 0.03, -0.01, 0.02]);
287
1
        returns_data.insert("MSFT".to_string(), vec![0.02, -0.01, 0.01, 0.00, -0.01]);
288
289
1
        var_calc.update_covariance_matrix(&returns_data)
?0
;
290
291
1
        let covar = var_calc.covariance_matrix.as_ref().unwrap();
292
        // Covariance matrix should be symmetric
293
2
        for i in 0..
covar1
.
nrows1
() {
294
4
            for j in 0..
covar2
.
ncols2
() {
295
4
                let val_ij = covar.get((i, j)).copied().unwrap_or(0.0);
296
4
                let val_ji = covar.get((j, i)).copied().unwrap_or(0.0);
297
4
                assert!(
298
4
                    (val_ij - val_ji).abs() < 1e-10,
299
0
                    "Covariance matrix not symmetric"
300
                );
301
            }
302
        }
303
304
1
        Ok(())
305
1
    }
306
307
    #[test]
308
1
    fn test_calculate_var_without_covariance() {
309
1
        let var_calc = ParametricVaR::new(0.95);
310
1
        let weights = DVector::from_vec(vec![1.0]);
311
1
        let portfolio_value = Price::from_f64(1000000.0).unwrap();
312
313
1
        let result = var_calc.calculate_var(&weights, portfolio_value);
314
1
        assert!(result.is_err());
315
1
        assert!(result.unwrap_err().to_string().contains("not initialized"));
316
1
    }
317
318
    #[test]
319
1
    fn test_calculate_var_single_asset() -> Result<()> {
320
1
        let mut var_calc = ParametricVaR::new(0.95);
321
1
        let mut returns_data = HashMap::new();
322
        // Returns with known standard deviation
323
1
        returns_data.insert("AAPL".to_string(), vec![0.02, -0.02, 0.03, -0.01, 0.01]);
324
325
1
        var_calc.update_covariance_matrix(&returns_data)
?0
;
326
327
1
        let weights = DVector::from_vec(vec![1.0]);
328
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
329
330
1
        let var = var_calc.calculate_var(&weights, portfolio_value)
?0
;
331
332
        // VaR should be positive
333
1
        assert!(var > Decimal::ZERO);
334
        // VaR should be reasonable (less than portfolio value)
335
1
        assert!(var < Decimal::from(1000000));
336
337
1
        Ok(())
338
1
    }
339
340
    #[test]
341
1
    fn test_calculate_var_portfolio() -> Result<()> {
342
1
        let mut var_calc = ParametricVaR::new(0.95);
343
1
        let mut returns_data = HashMap::new();
344
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.02, 0.03, -0.01, 0.02]);
345
1
        returns_data.insert("MSFT".to_string(), vec![0.02, -0.01, 0.01, 0.00, -0.01]);
346
347
1
        var_calc.update_covariance_matrix(&returns_data)
?0
;
348
349
        // Equal weight portfolio
350
1
        let weights = DVector::from_vec(vec![0.5, 0.5]);
351
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
352
353
1
        let var = var_calc.calculate_var(&weights, portfolio_value)
?0
;
354
355
1
        assert!(var > Decimal::ZERO);
356
1
        assert!(var < Decimal::from(1000000));
357
358
1
        Ok(())
359
1
    }
360
361
    #[test]
362
1
    fn test_calculate_var_different_confidence_levels() -> Result<()> {
363
1
        let mut returns_data = HashMap::new();
364
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.02, 0.03, -0.01, 0.02]);
365
366
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
367
1
        let weights = DVector::from_vec(vec![1.0]);
368
369
        // 90% confidence
370
1
        let mut var_90 = ParametricVaR::new(0.90);
371
1
        var_90.update_covariance_matrix(&returns_data)
?0
;
372
1
        let var_90_result = var_90.calculate_var(&weights, portfolio_value)
?0
;
373
374
        // 95% confidence
375
1
        let mut var_95 = ParametricVaR::new(0.95);
376
1
        var_95.update_covariance_matrix(&returns_data)
?0
;
377
1
        let var_95_result = var_95.calculate_var(&weights, portfolio_value)
?0
;
378
379
        // 99% confidence
380
1
        let mut var_99 = ParametricVaR::new(0.99);
381
1
        var_99.update_covariance_matrix(&returns_data)
?0
;
382
1
        let var_99_result = var_99.calculate_var(&weights, portfolio_value)
?0
;
383
384
        // Higher confidence should produce higher VaR
385
1
        assert!(var_99_result > var_95_result);
386
1
        assert!(var_95_result > var_90_result);
387
388
1
        Ok(())
389
1
    }
390
391
    #[test]
392
1
    fn test_calculate_component_var_without_covariance() {
393
1
        let var_calc = ParametricVaR::new(0.95);
394
1
        let weights = DVector::from_vec(vec![1.0]);
395
1
        let portfolio_value = Price::from_f64(1000000.0).unwrap();
396
397
1
        let result = var_calc.calculate_component_var(&weights, portfolio_value);
398
1
        assert!(result.is_err());
399
1
    }
400
401
    #[test]
402
1
    fn test_calculate_component_var() -> Result<()> {
403
1
        let mut var_calc = ParametricVaR::new(0.95);
404
1
        let mut returns_data = HashMap::new();
405
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.02, 0.03, -0.01, 0.02]);
406
1
        returns_data.insert("MSFT".to_string(), vec![0.02, -0.01, 0.01, 0.00, -0.01]);
407
1
        returns_data.insert("GOOGL".to_string(), vec![-0.01, 0.03, -0.02, 0.01, 0.02]);
408
409
1
        var_calc.update_covariance_matrix(&returns_data)
?0
;
410
411
1
        let weights = DVector::from_vec(vec![0.4, 0.3, 0.3]);
412
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
413
414
1
        let component_vars = var_calc.calculate_component_var(&weights, portfolio_value)
?0
;
415
416
        // Should have one component VaR for each asset
417
1
        assert_eq!(component_vars.len(), 3);
418
419
        // All component VaRs should be non-negative
420
4
        for 
comp_var3
 in &component_vars {
421
3
            assert!(*comp_var >= Price::ZERO);
422
        }
423
424
1
        Ok(())
425
1
    }
426
427
    #[test]
428
1
    fn test_component_var_sum_equals_total_var() -> Result<()> {
429
1
        let mut var_calc = ParametricVaR::new(0.95);
430
1
        let mut returns_data = HashMap::new();
431
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.02, 0.03, -0.01, 0.02]);
432
1
        returns_data.insert("MSFT".to_string(), vec![0.02, -0.01, 0.01, 0.00, -0.01]);
433
434
1
        var_calc.update_covariance_matrix(&returns_data)
?0
;
435
436
1
        let weights = DVector::from_vec(vec![0.6, 0.4]);
437
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
438
439
1
        let total_var = var_calc.calculate_var(&weights, portfolio_value)
?0
;
440
1
        let component_vars = var_calc.calculate_component_var(&weights, portfolio_value)
?0
;
441
442
1
        let sum_component_vars: Decimal = component_vars
443
1
            .iter()
444
2
            .
map1
(|p| p.to_string().parse::<Decimal>().unwrap_or(Decimal::ZERO))
445
1
            .sum();
446
447
        // Component VaRs should sum to total VaR (within tolerance)
448
1
        let diff = (total_var - sum_component_vars).abs();
449
1
        let tolerance = total_var * Decimal::from_f64_retain(0.01).unwrap(); // 1% tolerance
450
1
        assert!(
451
1
            diff < tolerance,
452
0
            "Component VaRs don't sum to total: total={}, sum={}",
453
            total_var,
454
            sum_component_vars
455
        );
456
457
1
        Ok(())
458
1
    }
459
460
    #[test]
461
1
    fn test_mean_returns_calculation() -> Result<()> {
462
1
        let mut var_calc = ParametricVaR::new(0.95);
463
1
        let mut returns_data = HashMap::new();
464
1
        let returns = vec![0.02, -0.02, 0.04, -0.04]; // Mean = 0.0
465
1
        returns_data.insert("TEST".to_string(), returns.clone());
466
467
1
        var_calc.update_covariance_matrix(&returns_data)
?0
;
468
469
1
        let means = var_calc.mean_returns.as_ref().unwrap();
470
1
        let calculated_mean = means.get(0).copied().unwrap_or(f64::NAN);
471
472
1
        let expected_mean: f64 = returns.iter().sum::<f64>() / returns.len() as f64;
473
1
        assert!((calculated_mean - expected_mean).abs() < 1e-10);
474
475
1
        Ok(())
476
1
    }
477
478
    #[test]
479
1
    fn test_unequal_length_returns() -> Result<()> {
480
1
        let mut var_calc = ParametricVaR::new(0.95);
481
1
        let mut returns_data = HashMap::new();
482
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.02, 0.03, -0.01, 0.02]);
483
1
        returns_data.insert("MSFT".to_string(), vec![0.02, -0.01, 0.01]); // Shorter
484
485
        // Should handle unequal lengths by truncating to minimum
486
1
        let result = var_calc.update_covariance_matrix(&returns_data);
487
1
        assert!(result.is_ok());
488
489
1
        Ok(())
490
1
    }
491
492
    #[test]
493
1
    fn test_portfolio_with_zero_weights() -> Result<()> {
494
1
        let mut var_calc = ParametricVaR::new(0.95);
495
1
        let mut returns_data = HashMap::new();
496
1
        returns_data.insert("AAPL".to_string(), vec![0.01, -0.02, 0.03, -0.01, 0.02]);
497
1
        returns_data.insert("MSFT".to_string(), vec![0.02, -0.01, 0.01, 0.00, -0.01]);
498
499
1
        var_calc.update_covariance_matrix(&returns_data)
?0
;
500
501
        // One asset with zero weight
502
1
        let weights = DVector::from_vec(vec![1.0, 0.0]);
503
1
        let portfolio_value = Price::from_f64(1000000.0)
?0
;
504
505
1
        let var = var_calc.calculate_var(&weights, portfolio_value)
?0
;
506
1
        assert!(var > Decimal::ZERO);
507
508
1
        Ok(())
509
1
    }
510
}

\ No newline at end of file
diff --git a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/var_engine.rs.html b/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/var_engine.rs.html
deleted file mode 100644
index 5f262da27..000000000
--- a/coverage_risk/html/coverage/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/var_engine.rs.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
next uncovered line (L), next uncovered region (R), next uncovered branch (B)
/home/jgrusewski/Work/foxhunt/risk/src/var_calculator/var_engine.rs
Line
Count
Source
1
//! REAL `VaR` Calculation Engine - NO MORE MOCK VALUES!
2
//! Implements multiple `VaR` methodologies based on financial mathematics
3
//!
4
//! Based on research from:
5
//! - Riskfolio-Lib: Portfolio optimization and `VaR` calculation
6
//! - `QuantLib`: Financial mathematics library
7
//! - Academic literature on Value at Risk
8
9
// REMOVED: Direct Decimal usage - use canonical types
10
use crate::error::{RiskError, RiskResult};
11
use chrono::{DateTime, Utc};
12
use common::types::{Price, Quantity, Symbol};
13
use num::{FromPrimitive, ToPrimitive};
14
use rust_decimal::Decimal;
15
use serde::{Deserialize, Serialize};
16
use std::collections::HashMap;
17
use tracing::error;
18
// Removed broker_integration - types not available in simplified risk crate
19
// Define minimal replacements for compilation
20
21
// Production types for VaR calculation
22
/// **Historical Price Data Point for `VaR` Calculations**
23
///
24
/// Contains comprehensive price information for a single trading day.
25
/// Used in historical simulation `VaR` calculations and volatility modeling.
26
///
27
/// # Fields
28
/// - `symbol`: Trading symbol or instrument identifier
29
/// - `date`: Trading date (UTC timestamp)
30
/// - `open`: Opening price for the trading session
31
/// - `high`: Highest price during the trading session
32
/// - `low`: Lowest price during the trading session
33
/// - `price`: Closing price (primary price for `VaR` calculations)
34
/// - `volume`: Trading volume for the day
35
///
36
/// # Usage
37
/// Used to build historical return series for `VaR` calculation:
38
/// ```rust
39
/// let price_data = HistoricalPrice {
40
///     symbol: "AAPL".to_string(),
41
///     date: Utc::now(),
42
///     price: Price::from_f64(175.0)?,
43
///     volume: Quantity::from_f64(1_000_000.0)?,
44
///     // ... other fields
45
/// };
46
/// ```
47
#[derive(Debug, Clone)]
48
pub struct HistoricalPrice {
49
    /// Trading symbol or instrument identifier
50
    pub symbol: String,
51
    /// Trading date (UTC timestamp)
52
    pub date: DateTime<Utc>,
53
    /// Opening price for the trading session
54
    pub open: Price,
55
    /// Highest price during the trading session
56
    pub high: Price,
57
    /// Lowest price during the trading session
58
    pub low: Price,
59
    /// Closing price (primary price for `VaR` calculations)
60
    pub price: Price,
61
    /// Trading volume for the day
62
    pub volume: Quantity,
63
}
64
65
/// **Position Information for `VaR` Portfolio Analysis**
66
///
67
/// Contains comprehensive position details required for Value at Risk calculations.
68
/// Represents a single position within a portfolio for risk assessment.
69
///
70
/// # Fields
71
/// - `symbol`: Financial instrument symbol (e.g., "AAPL", "EURUSD")
72
/// - `quantity`: Number of shares/units held (positive for long, negative for short)
73
/// - `market_value`: Current market value of the position in USD
74
/// - `average_cost`: Volume-weighted average cost basis
75
/// - `unrealized_pnl`: Mark-to-market profit/loss
76
/// - `realized_pnl`: Realized profit/loss from partial closes
77
/// - `currency`: Base currency for the position
78
/// - `timestamp`: Last update timestamp for position data
79
///
80
/// # `VaR` Calculation Usage
81
/// Used to calculate:
82
/// - Position weights in portfolio `VaR`
83
/// - Individual asset volatility contributions
84
/// - Correlation-based risk decomposition
85
/// - Concentration risk metrics
86
///
87
/// # Example
88
/// ```rust
89
/// let position = PositionInfo {
90
///     symbol: Symbol::from("AAPL"),
91
///     quantity: Quantity::from_f64(100.0)?,
92
///     market_value: Price::from_f64(17_500.0)?,
93
///     average_cost: Price::from_f64(170.0)?,
94
///     unrealized_pnl: Price::from_f64(2_500.0)?,
95
///     currency: "USD".to_string(),
96
///     timestamp: Utc::now(),
97
/// };
98
/// ```
99
#[derive(Debug, Clone)]
100
pub struct PositionInfo {
101
    /// Financial instrument symbol (e.g., "AAPL", "EURUSD")
102
    pub symbol: Symbol,
103
    /// Number of shares/units held (positive for long, negative for short)
104
    pub quantity: Quantity,
105
    /// Current market value of the position in USD
106
    pub market_value: Price,
107
    /// Volume-weighted average cost basis
108
    pub average_cost: Price,
109
    /// Mark-to-market profit/loss
110
    pub unrealized_pnl: Price,
111
    /// Realized profit/loss from partial closes
112
    pub realized_pnl: Price,
113
    /// Base currency for the position
114
    pub currency: String,
115
    /// Last update timestamp for position data
116
    pub timestamp: DateTime<Utc>,
117
}
118
119
/// **Memory-Safe Bounded Vector for Risk Calculations**
120
///
121
/// A vector with a fixed maximum capacity to prevent memory exhaustion
122
/// during intensive `VaR` calculations with large datasets.
123
///
124
/// # Type Parameters
125
/// - `T`: The type of elements stored in the vector
126
///
127
/// # Fields
128
/// - `inner`: Internal vector storage
129
/// - `capacity`: Maximum number of elements allowed
130
///
131
/// # Safety Features
132
/// - Prevents unbounded memory growth during calculations
133
/// - Provides predictable memory usage patterns
134
/// - Maintains performance with large historical datasets
135
///
136
/// # Usage
137
/// Used for storing:
138
/// - Historical price observations
139
/// - Return calculations
140
/// - Stress test scenarios
141
/// - Configuration parameters
142
///
143
/// # Example
144
/// ```rust
145
/// let mut bounded_returns = BoundedVec::<f64>::new(1000);
146
/// bounded_returns.push(0.02); // Add daily return
147
/// bounded_returns.push(0.01); // Add another return
148
/// assert_eq!(bounded_returns.len(), 2);
149
/// ```
150
#[derive(Debug, Clone)]
151
pub struct BoundedVec<T> {
152
    inner: Vec<T>,
153
    capacity: usize,
154
}
155
156
impl<T> BoundedVec<T> {
157
    /// **Create New Bounded Vector with Fixed Capacity**
158
    ///
159
    /// Initializes a bounded vector with the specified maximum capacity.
160
    /// The vector will never exceed this capacity, providing memory safety.
161
    ///
162
    /// # Arguments
163
    /// * `capacity` - Maximum number of elements allowed in the vector
164
    ///
165
    /// # Returns
166
    /// * `Self` - New bounded vector instance ready for use
167
    ///
168
    /// # Memory Management
169
    /// - Pre-allocates space for efficient insertions
170
    /// - Prevents memory exhaustion with large datasets
171
    /// - Provides predictable memory usage patterns
172
    ///
173
    /// # Example
174
    /// ```rust
175
    /// let price_history = BoundedVec::<HistoricalPrice>::new(252); // 1 year of daily prices
176
    /// let returns = BoundedVec::<f64>::new(1000); // 1000 return observations
177
    /// ```
178
    #[must_use]
179
9
    pub fn new(capacity: usize) -> Self {
180
9
        Self {
181
9
            inner: Vec::with_capacity(capacity),
182
9
            capacity,
183
9
        }
184
9
    }
185
186
    /// **Add Element to Bounded Vector**
187
    ///
188
    /// Adds an item to the vector if capacity allows.
189
    /// If the vector is at capacity, the item is silently dropped.
190
    ///
191
    /// # Arguments
192
    /// * `item` - Element to add to the vector
193
    ///
194
    /// # Behavior
195
    /// - Adds item if space is available
196
    /// - Silently ignores item if at capacity
197
    /// - Maintains memory safety by respecting capacity limits
198
    ///
199
    /// # Example
200
    /// ```rust
201
    /// let mut returns = BoundedVec::<f64>::new(3);
202
    /// returns.push(0.01);
203
    /// returns.push(0.02);
204
    /// returns.push(0.03);
205
    /// returns.push(0.04); // Silently dropped - at capacity
206
    /// assert_eq!(returns.len(), 3);
207
    /// ```
208
30
    pub fn push(&mut self, item: T) {
209
30
        if self.inner.len() < self.capacity {
210
30
            self.inner.push(item);
211
30
        
}0
212
30
    }
213
214
    /// **Get Current Number of Elements**
215
    ///
216
    /// Returns the number of elements currently stored in the bounded vector.
217
    ///
218
    /// # Returns
219
    /// * `usize` - Number of elements in the vector (0 to capacity)
220
    ///
221
    /// # Performance
222
    /// - O(1) constant time operation
223
    /// - No allocation or computation required
224
    ///
225
    /// # Example
226
    /// ```rust
227
    /// let mut scenarios = BoundedVec::<StressScenario>::new(10);
228
    /// assert_eq!(scenarios.len(), 0);
229
    /// scenarios.push(stress_scenario);
230
    /// assert_eq!(scenarios.len(), 1);
231
    /// ```
232
    #[must_use]
233
0
    pub fn len(&self) -> usize {
234
0
        self.inner.len()
235
0
    }
236
237
    /// **Create Iterator Over Elements**
238
    ///
239
    /// Returns an iterator over all elements in the bounded vector.
240
    ///
241
    /// # Returns
242
    /// * `std::slice::Iter<T>` - Iterator over vector elements
243
    ///
244
    /// # Usage
245
    /// ```rust
246
    /// let returns = BoundedVec::<f64>::new(100);
247
    /// for return_value in returns.iter() {
248
    ///     println!("Return: {}", return_value);
249
    /// }
250
    /// ```
251
0
    pub fn iter(&self) -> std::slice::Iter<'_, T> {
252
0
        self.inner.iter()
253
0
    }
254
255
    /// **Check if Vector is Empty**
256
    ///
257
    /// Returns true if the vector contains no elements.
258
    ///
259
    /// # Returns
260
    /// * `bool` - `true` if empty, `false` if contains elements
261
    ///
262
    /// # Performance
263
    /// - O(1) constant time operation
264
    ///
265
    /// # Example
266
    /// ```rust
267
    /// let scenarios = BoundedVec::<StressScenario>::new(10);
268
    /// assert!(scenarios.is_empty());
269
    /// ```
270
    #[must_use]
271
1
    pub fn is_empty(&self) -> bool {
272
1
        self.inner.is_empty()
273
1
    }
274
}
275
276
impl<T: PartialEq> PartialEq<Vec<T>> for BoundedVec<T> {
277
1
    fn eq(&self, other: &Vec<T>) -> bool {
278
1
        self.inner == *other
279
1
    }
280
}
281
282
/// **Overflow Handling Strategy for Bounded Containers**
283
///
284
/// Defines how bounded vectors should behave when they reach capacity
285
/// and new elements need to be added.
286
///
287
/// # Variants
288
/// - `DropOldest`: Remove the oldest element to make room for new ones
289
/// - `DropNewest`: Reject new elements and keep existing ones
290
/// - `Reject`: Silently ignore new elements when at capacity
291
///
292
/// # Use Cases
293
/// - **`DropOldest`**: Time series data where recent observations are more important
294
/// - **`DropNewest`**: Historical data preservation scenarios
295
/// - **Reject**: Fixed-size configuration collections
296
///
297
/// # Example
298
/// ```rust
299
/// let strategy = OverflowStrategy::DropOldest;
300
/// let mut price_history = create_bounded_vec(252, strategy); // Rolling 1-year window
301
/// ```
302
#[derive(Debug, Clone)]
303
pub enum OverflowStrategy {
304
    /// Remove oldest elements when capacity is reached
305
    DropOldest,
306
    /// Keep existing elements, reject new ones
307
    DropNewest,
308
    /// Silently ignore new elements at capacity
309
    Reject,
310
}
311
312
/// **Create Bounded Vector with Overflow Strategy**
313
///
314
/// Factory function to create a bounded vector with specified capacity and overflow behavior.
315
/// Currently implements basic capacity limiting with reject strategy.
316
///
317
/// # Type Parameters
318
/// * `T` - Type of elements to store in the vector
319
///
320
/// # Arguments
321
/// * `_capacity` - Maximum number of elements (currently used for initialization)
322
/// * `_strategy` - Overflow handling strategy (reserved for future implementation)
323
///
324
/// # Returns
325
/// * `BoundedVec<T>` - New bounded vector instance
326
///
327
/// # Current Implementation
328
/// Currently creates a bounded vector with reject strategy regardless of the
329
/// strategy parameter. Future versions will implement full strategy support.
330
///
331
/// # Example
332
/// ```rust
333
/// let price_data = create_bounded_vec::<HistoricalPrice>(252, OverflowStrategy::DropOldest);
334
/// let returns = create_bounded_vec::<f64>(1000, OverflowStrategy::Reject);
335
/// ```
336
#[must_use]
337
9
pub fn create_bounded_vec<T>(_capacity: usize, _strategy: OverflowStrategy) -> BoundedVec<T> {
338
9
    BoundedVec::new(_capacity)
339
9
}
340
use crate::operations::{price_to_decimal_safe, price_to_f64_safe, safe_divide};
341
use crate::var_calculator::monte_carlo::MonteCarloVaR;
342
// CANONICAL TYPE IMPORTS - ENFORCED BY TYPE SYSTEM AGENT
343
344
/// REAL `VaR` calculation engine with multiple methodologies
345
// Infrastructure - fields will be used for VaR calculation configuration
346
#[allow(dead_code)]
347
#[derive(Debug)]
348
pub struct RealVaREngine {
349
    confidence_levels: BoundedVec<f64>,
350
    time_horizons_days: BoundedVec<usize>,
351
    min_historical_days: usize,
352
    stress_scenarios: BoundedVec<StressScenario>,
353
}
354
355
/// **Value at Risk (`VaR`) Calculation Methodology**
356
///
357
/// Defines the mathematical approach used for `VaR` calculation.
358
/// Each methodology has different strengths and is suitable for different market conditions.
359
///
360
/// # Methodologies
361
///
362
/// ## Historical Simulation
363
/// - Uses actual historical price movements
364
/// - No distributional assumptions
365
/// - Best for: Normal market conditions with sufficient history
366
/// - Pros: Real market behavior, no model assumptions
367
/// - Cons: Requires extensive historical data
368
///
369
/// ## Parametric `VaR`
370
/// - Assumes normal distribution of returns
371
/// - Uses calculated volatility and correlation
372
/// - Best for: Large portfolios with liquid assets
373
/// - Pros: Fast calculation, works with limited data
374
/// - Cons: Normal distribution assumption may not hold
375
///
376
/// ## Monte Carlo
377
/// - Simulates thousands of possible price paths
378
/// - Can model complex correlations and distributions
379
/// - Best for: Complex portfolios with derivatives
380
/// - Pros: Flexible, handles non-linear instruments
381
/// - Cons: Computationally intensive
382
///
383
/// ## Hybrid
384
/// - Combines multiple methodologies for robustness
385
/// - Weighted average of different approaches
386
/// - Best for: Production systems requiring reliability
387
/// - Pros: Reduces model risk, more robust
388
/// - Cons: More complex to implement and validate
389
///
390
/// # Selection Criteria
391
/// The optimal methodology depends on:
392
/// - Portfolio size and complexity
393
/// - Available historical data
394
/// - Computational resources
395
/// - Risk tolerance and regulatory requirements
396
#[derive(Debug, Clone, Copy, PartialEq, Eq)]
397
pub enum VaRMethodology {
398
    /// **Historical Simulation `VaR`**
399
    ///
400
    /// Uses actual historical price movements to calculate `VaR`.
401
    /// No distributional assumptions required.
402
    HistoricalSimulation,
403
    /// **Parametric `VaR`**
404
    ///
405
    /// Assumes normal distribution with calculated volatility.
406
    /// Fast but relies on normality assumption.
407
    Parametric,
408
    /// **Monte Carlo Simulation `VaR`**
409
    ///
410
    /// Uses Monte Carlo simulation with correlation modeling.
411
    /// Most flexible but computationally intensive.
412
    MonteCarlo,
413
    /// **Hybrid `VaR` Approach**
414
    ///
415
    /// Combines multiple methodologies for robust estimation.
416
    /// Weighted average of different `VaR` calculations.
417
    Hybrid,
418
}
419
420
/// Comprehensive `VaR` results with ALL real calculations
421
#[derive(Debug, Clone, Serialize, Deserialize)]
422
pub struct ComprehensiveVaRResult {
423
    pub portfolio_id: String,
424
    pub methodology_used: String,
425
426
    // Core VaR metrics (REAL calculations)
427
    pub var_1d_95: Price,  // 1-day VaR at 95% confidence
428
    pub var_1d_99: Price,  // 1-day VaR at 99% confidence
429
    pub var_10d_95: Price, // 10-day VaR at 95% confidence
430
    pub var_10d_99: Price, // 10-day VaR at 99% confidence
431
432
    // Expected Shortfall (Conditional VaR)
433
    pub expected_shortfall_95: Price,
434
    pub expected_shortfall_99: Price,
435
436
    // Risk decomposition
437
    pub component_var: HashMap<Symbol, Price>,
438
    pub marginal_var: HashMap<Symbol, Price>,
439
    pub correlation_contribution: HashMap<Symbol, Price>,
440
441
    // Stress testing results
442
    pub stress_test_results: Vec<StressTestResult>,
443
444
    // Model validation metrics
445
    pub model_confidence: f64,
446
    pub historical_accuracy: Option<f64>,
447
    pub portfolio_volatility: Price,
448
    pub concentration_risk: Price,
449
450
    // Calculation metadata
451
    pub calculation_method: String,
452
    pub data_quality_score: f64,
453
    pub num_observations: usize,
454
    pub calculated_at: DateTime<Utc>,
455
}
456
457
/// Stress test scenario definition
458
#[derive(Debug, Clone, Serialize, Deserialize)]
459
pub struct StressScenario {
460
    pub name: String,
461
    pub description: String,
462
    pub asset_shocks: HashMap<String, f64>, // Symbol -> percentage shock
463
    pub correlation_multiplier: f64,
464
    pub probability_estimate: Option<f64>,
465
}
466
467
/// Stress test result
468
#[derive(Debug, Clone, Serialize, Deserialize)]
469
pub struct StressTestResult {
470
    pub scenario_name: String,
471
    pub portfolio_loss: Price,
472
    pub largest_contributor: String,
473
    pub largest_contribution: Price,
474
    pub diversification_benefit: Price,
475
}
476
477
/// Circuit breaker trigger conditions
478
#[derive(Debug, Clone, Serialize, Deserialize)]
479
pub struct CircuitBreakerCondition {
480
    pub condition_name: String,
481
    pub current_value: Price,
482
    pub threshold: Price,
483
    pub severity: String, // "WARNING", "CRITICAL", "EMERGENCY"
484
    pub should_trigger: bool,
485
}
486
487
impl Default for RealVaREngine {
488
0
    fn default() -> Self {
489
0
        Self::new()
490
0
    }
491
}
492
493
impl RealVaREngine {
494
    /// Create new REAL `VaR` engine with production-grade parameters
495
    #[must_use]
496
3
    pub fn new() -> Self {
497
        // Create bounded collections for memory safety
498
3
        let mut confidence_levels = create_bounded_vec(10, OverflowStrategy::Reject);
499
3
        let mut time_horizons_days = create_bounded_vec(10, OverflowStrategy::Reject);
500
3
        let mut stress_scenarios = create_bounded_vec(50, OverflowStrategy::DropOldest);
501
502
        // Initialize with standard risk management values
503
12
        for 
level9
 in [0.95, 0.99, 0.999] {
504
9
            confidence_levels.push(level);
505
9
        }
506
507
12
        for 
horizon9
 in [1, 10, 22] {
508
9
            time_horizons_days.push(horizon);
509
9
        }
510
511
        // Initialize stress scenarios
512
12
        for scenario in 
Self::create_default_stress_scenarios3
() {
513
12
            stress_scenarios.push(scenario);
514
12
        }
515
516
3
        Self {
517
3
            confidence_levels,
518
3
            time_horizons_days,
519
3
            min_historical_days: 252, // Minimum 1 year of data for reliable estimates
520
3
            stress_scenarios,
521
3
        }
522
3
    }
523
524
    /// Create stress scenarios based on historical market crashes
525
3
    fn create_default_stress_scenarios() -> Vec<StressScenario> {
526
3
        vec![
527
3
            StressScenario {
528
3
                name: "2008_Financial_Crisis".to_owned(),
529
3
                description: "Market crash similar to 2008 financial crisis".to_owned(),
530
3
                asset_shocks: [
531
3
                    ("EQUITIES".to_owned(), -0.40), // 40% equity drop
532
3
                    ("CREDIT".to_owned(), -0.30),   // 30% credit spread widening
533
3
                    ("VOLATILITY".to_owned(), 2.5), // 250% volatility increase
534
3
                ]
535
3
                .iter()
536
3
                .cloned()
537
3
                .collect(),
538
3
                correlation_multiplier: 1.5, // Correlations increase during crisis
539
3
                probability_estimate: Some(0.01), // ~1% annual probability
540
3
            },
541
3
            StressScenario {
542
3
                name: "COVID_Pandemic".to_owned(),
543
3
                description: "Market shock similar to March 2020".to_owned(),
544
3
                asset_shocks: [
545
3
                    ("EQUITIES".to_owned(), -0.35),
546
3
                    ("OIL".to_owned(), -0.60),  // Oil price collapse
547
3
                    ("BONDS".to_owned(), 0.15), // Flight to quality
548
3
                ]
549
3
                .iter()
550
3
                .cloned()
551
3
                .collect(),
552
3
                correlation_multiplier: 1.3,
553
3
                probability_estimate: Some(0.02),
554
3
            },
555
3
            StressScenario {
556
3
                name: "Flash_Crash".to_owned(),
557
3
                description: "Intraday liquidity crisis".to_owned(),
558
3
                asset_shocks: [
559
3
                    ("EQUITIES".to_owned(), -0.15),
560
3
                    ("VOLATILITY".to_owned(), 3.0),
561
3
                ]
562
3
                .iter()
563
3
                .cloned()
564
3
                .collect(),
565
3
                correlation_multiplier: 2.0, // Very high correlations during flash crashes
566
3
                probability_estimate: Some(0.05),
567
3
            },
568
3
            StressScenario {
569
3
                name: "Inflation_Shock".to_owned(),
570
3
                description: "Unexpected inflation surge".to_owned(),
571
3
                asset_shocks: [
572
3
                    ("BONDS".to_owned(), -0.25),
573
3
                    ("REAL_ESTATE".to_owned(), -0.20),
574
3
                    ("COMMODITIES".to_owned(), 0.30),
575
3
                ]
576
3
                .iter()
577
3
                .cloned()
578
3
                .collect(),
579
3
                correlation_multiplier: 1.2,
580
3
                probability_estimate: Some(0.03),
581
3
            },
582
        ]
583
3
    }
584
585
    /// Calculate comprehensive `VaR` using best methodology for given data
586
    /// NO MORE MOCK VALUES - all calculations use real mathematical models
587
0
    pub async fn calculate_comprehensive_var(
588
0
        &self,
589
0
        portfolio_id: &str,
590
0
        positions: &HashMap<Symbol, PositionInfo>,
591
0
        historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
592
0
    ) -> RiskResult<ComprehensiveVaRResult> {
593
        // Validate data quality first
594
0
        let data_quality = self.assess_data_quality(historical_prices)?;
595
596
0
        if data_quality < 0.6 {
597
0
            return Err(RiskError::Calculation {
598
0
                operation: "var_calculation".to_owned(),
599
0
                reason: format!(
600
0
                    "Data quality too low: {:.1}% - minimum 60% required",
601
0
                    data_quality * 100.0
602
0
                ),
603
0
            });
604
0
        }
605
606
        // Select best methodology based on data characteristics
607
0
        let methodology = self.select_optimal_methodology(positions, historical_prices)?;
608
609
        // Calculate VaR using selected methodology
610
0
        let var_results = match methodology {
611
            VaRMethodology::HistoricalSimulation => {
612
0
                self.calculate_historical_simulation_var(portfolio_id, positions, historical_prices)
613
0
                    .await?
614
            },
615
            VaRMethodology::Parametric => {
616
0
                self.calculate_parametric_var(portfolio_id, positions, historical_prices)
617
0
                    .await?
618
            },
619
            VaRMethodology::MonteCarlo => {
620
0
                self.calculate_monte_carlo_var(portfolio_id, positions, historical_prices)
621
0
                    .await?
622
            },
623
            VaRMethodology::Hybrid => {
624
0
                self.calculate_hybrid_var(portfolio_id, positions, historical_prices)
625
0
                    .await?
626
            },
627
        };
628
629
        // Run stress tests
630
0
        let stress_results = self.run_stress_tests(positions, historical_prices).await?;
631
632
        // Calculate risk decomposition
633
0
        let (component_var, marginal_var, correlation_contribution) = self
634
0
            .calculate_risk_decomposition(positions, historical_prices)
635
0
            .await?;
636
637
        // Calculate concentration risk
638
0
        let concentration_risk = self.calculate_concentration_risk(positions)?;
639
640
        // Model validation
641
0
        let model_confidence = self.calculate_model_confidence(&methodology, data_quality);
642
0
        let historical_accuracy = self.backtest_accuracy(historical_prices).await?;
643
644
0
        Ok(ComprehensiveVaRResult {
645
0
            portfolio_id: portfolio_id.to_owned(),
646
0
            methodology_used: format!("{methodology:?}"),
647
0
            var_1d_95: var_results.var_1d_95,
648
0
            var_1d_99: var_results.var_1d_99,
649
0
            var_10d_95: var_results.var_10d_95,
650
0
            var_10d_99: var_results.var_10d_99,
651
0
            expected_shortfall_95: var_results.expected_shortfall_95,
652
0
            expected_shortfall_99: var_results.expected_shortfall_99,
653
0
            component_var,
654
0
            marginal_var,
655
0
            correlation_contribution,
656
0
            stress_test_results: stress_results,
657
0
            model_confidence,
658
0
            historical_accuracy,
659
0
            portfolio_volatility: var_results.portfolio_volatility,
660
0
            concentration_risk: Price::from_decimal(concentration_risk),
661
0
            calculation_method: format!("RealVaREngine::{methodology:?}"),
662
0
            data_quality_score: data_quality,
663
0
            num_observations: historical_prices.values().map(Vec::len).max().unwrap_or(0),
664
0
            calculated_at: Utc::now(),
665
0
        })
666
0
    }
667
668
    /// Calculate REAL Historical Simulation `VaR` - uses actual historical price movements
669
0
    async fn calculate_historical_simulation_var(
670
0
        &self,
671
0
        _portfolio_id: &str,
672
0
        positions: &HashMap<Symbol, PositionInfo>,
673
0
        historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
674
0
    ) -> RiskResult<VaRCalculationResult> {
675
0
        let mut portfolio_returns = Vec::new();
676
0
        let min_length = historical_prices.values().map(Vec::len).min().unwrap_or(0);
677
678
0
        if min_length < self.min_historical_days {
679
0
            return Err(RiskError::Calculation {
680
0
                operation: "historical_simulation_var".to_owned(),
681
0
                reason: format!(
682
0
                    "Insufficient historical data: {} days available, {} required",
683
0
                    min_length, self.min_historical_days
684
0
                ),
685
0
            });
686
0
        }
687
688
        // Calculate historical portfolio returns for each day
689
0
        for day_index in 1..min_length {
690
0
            let mut daily_portfolio_return = 0.0;
691
0
            let mut total_portfolio_value = 0.0;
692
693
0
            for (symbol, position) in positions {
694
0
                if let Some(prices) = historical_prices.get(&symbol.clone()) {
695
0
                    let prev_price = match prices.get(day_index - 1) {
696
0
                        Some(price_data) => {
697
0
                            price_to_f64_safe(price_data.price, "previous price conversion")
698
0
                                .unwrap_or(0.0)
699
                        },
700
0
                        None => continue, // Skip if price data unavailable
701
                    };
702
0
                    let curr_price = match prices.get(day_index) {
703
0
                        Some(price_data) => {
704
0
                            price_to_f64_safe(price_data.price, "current price conversion")
705
0
                                .unwrap_or(0.0)
706
                        },
707
0
                        None => continue, // Skip if price data unavailable
708
                    };
709
710
0
                    if prev_price > 0.0 {
711
0
                        let asset_return = (curr_price - prev_price) / prev_price;
712
0
                        let position_value = position.market_value.to_f64();
713
0
714
0
                        daily_portfolio_return += asset_return * position_value;
715
0
                        total_portfolio_value += position_value;
716
0
                    }
717
0
                }
718
            }
719
720
0
            if total_portfolio_value > 0.0 {
721
0
                portfolio_returns.push(daily_portfolio_return / total_portfolio_value);
722
0
            }
723
        }
724
725
0
        if portfolio_returns.is_empty() {
726
0
            return Err(RiskError::Calculation {
727
0
                operation: "historical_simulation_var".to_owned(),
728
0
                reason: "No valid portfolio returns could be calculated".to_owned(),
729
0
            });
730
0
        }
731
732
        // Sort returns (worst first)
733
        // FAIL-SAFE: Handle NaN or invalid values in portfolio returns
734
0
        portfolio_returns.sort_by(|a, b| {
735
0
            if let Some(ordering) = a.partial_cmp(b) { ordering } else {
736
                // Log critical data quality issue but continue with conservative ordering
737
0
                error!("\u{1f6a8} CRITICAL: Invalid portfolio return values detected (NaN/Infinity) - using conservative ordering");
738
0
                std::cmp::Ordering::Equal // Treat invalid values as equal to prevent crash
739
            }
740
0
        });
741
742
        // Calculate VaR at different confidence levels
743
0
        let total_value: Price = positions
744
0
            .values()
745
0
            .map(|pos| pos.market_value)
746
0
            .fold(Price::ZERO, |acc, val| acc + val);
747
748
0
        let var_1d_95 = self.calculate_var_from_returns(&portfolio_returns, 0.95, total_value)?;
749
0
        let var_1d_99 = self.calculate_var_from_returns(&portfolio_returns, 0.99, total_value)?;
750
751
        // Scale to longer time horizons using square root rule
752
0
        let var_10d_95 =
753
0
            var_1d_95 * FromPrimitive::from_f64(10.0_f64.sqrt()).unwrap_or(Decimal::ONE);
754
0
        let var_10d_99 =
755
0
            var_1d_99 * FromPrimitive::from_f64(10.0_f64.sqrt()).unwrap_or(Decimal::ONE);
756
757
        // Calculate Expected Shortfall (average of tail losses)
758
0
        let es_95 = self.calculate_expected_shortfall(&portfolio_returns, 0.95, total_value)?;
759
0
        let es_99 = self.calculate_expected_shortfall(&portfolio_returns, 0.99, total_value)?;
760
761
        // Calculate portfolio volatility
762
0
        let mean_return = portfolio_returns.iter().sum::<f64>() / portfolio_returns.len() as f64;
763
0
        let variance = portfolio_returns
764
0
            .iter()
765
0
            .map(|r| (r - mean_return).powi(2))
766
0
            .sum::<f64>()
767
0
            / (portfolio_returns.len() - 1) as f64;
768
0
        let volatility = FromPrimitive::from_f64(variance.sqrt() * total_value.to_f64())
769
0
            .unwrap_or(Decimal::ZERO);
770
771
0
        Ok(VaRCalculationResult {
772
0
            var_1d_95: Price::from_decimal(var_1d_95),
773
0
            var_1d_99: Price::from_decimal(var_1d_99),
774
0
            var_10d_95: Price::from_decimal(var_10d_95),
775
0
            var_10d_99: Price::from_decimal(var_10d_99),
776
0
            expected_shortfall_95: Price::from_decimal(es_95),
777
0
            expected_shortfall_99: Price::from_decimal(es_99),
778
0
            portfolio_volatility: Price::from_decimal(volatility),
779
0
        })
780
0
    }
781
782
    /// Calculate `VaR` from sorted return distribution
783
0
    fn calculate_var_from_returns(
784
0
        &self,
785
0
        sorted_returns: &[f64],
786
0
        confidence_level: f64,
787
0
        portfolio_value: Price,
788
0
    ) -> RiskResult<Decimal> {
789
0
        let percentile_index = ((1.0 - confidence_level) * sorted_returns.len() as f64) as usize;
790
0
        let var_return = sorted_returns.get(percentile_index).unwrap_or(&0.0);
791
792
0
        let var_amount = -*var_return * portfolio_value.to_f64();
793
794
0
        Ok(FromPrimitive::from_f64(var_amount.max(0.0)).unwrap_or(Decimal::ZERO))
795
0
    }
796
797
    /// Calculate Expected Shortfall (Conditional `VaR`)
798
0
    fn calculate_expected_shortfall(
799
0
        &self,
800
0
        sorted_returns: &[f64],
801
0
        confidence_level: f64,
802
0
        portfolio_value: Price,
803
0
    ) -> RiskResult<Decimal> {
804
0
        let cutoff_index = ((1.0 - confidence_level) * sorted_returns.len() as f64) as usize;
805
806
0
        if cutoff_index == 0 {
807
0
            return Ok(Decimal::ZERO);
808
0
        }
809
810
0
        let tail_returns: Vec<f64> = sorted_returns[..=cutoff_index].to_vec();
811
0
        let mean_tail_loss = tail_returns.iter().sum::<f64>() / tail_returns.len() as f64;
812
813
0
        let es_amount = -mean_tail_loss * portfolio_value.to_f64();
814
815
0
        Ok(FromPrimitive::from_f64(es_amount.max(0.0)).unwrap_or(Decimal::ZERO))
816
0
    }
817
818
    /// Check circuit breaker conditions based on REAL risk metrics
819
    /// 2% daily loss limit as specified in requirements
820
    #[must_use]
821
1
    pub fn check_circuit_breaker_conditions(
822
1
        &self,
823
1
        var_results: &ComprehensiveVaRResult,
824
1
        current_pnl: Price,
825
1
        portfolio_value: Price,
826
1
    ) -> Vec<CircuitBreakerCondition> {
827
1
        let mut conditions = Vec::new();
828
829
        // 2% daily loss limit (CRITICAL REQUIREMENT)
830
        // Note: current_pnl represents loss magnitude (positive value), not signed P&L
831
1
        let _daily_loss_threshold = portfolio_value
832
1
            * Price::from_decimal(FromPrimitive::from_f64(0.02).unwrap_or(Decimal::ZERO));
833
1
        let current_loss_pct = if portfolio_value > Price::from_decimal(Decimal::ZERO) {
834
1
            Price::from_f64(current_pnl.to_f64() / portfolio_value.to_f64()).unwrap_or(Price::ZERO)
835
        } else {
836
0
            Price::from_decimal(Decimal::ZERO)
837
        };
838
839
1
        conditions.push(CircuitBreakerCondition {
840
1
            condition_name: "Daily_Loss_Limit".to_owned(),
841
1
            current_value: current_loss_pct,
842
1
            threshold: Price::from_decimal(FromPrimitive::from_f64(0.02).unwrap_or(Decimal::ZERO)),
843
1
            severity: if current_loss_pct
844
1
                >= Price::from_decimal(FromPrimitive::from_f64(0.02).unwrap_or(Decimal::ZERO))
845
            {
846
1
                "CRITICAL".to_owned()
847
0
            } else if current_loss_pct
848
0
                >= Price::from_decimal(FromPrimitive::from_f64(0.015).unwrap_or(Decimal::ZERO))
849
            {
850
0
                "HIGH".to_owned()
851
0
            } else if current_loss_pct
852
0
                >= Price::from_decimal(FromPrimitive::from_f64(0.01).unwrap_or(Decimal::ZERO))
853
            {
854
0
                "MEDIUM".to_owned()
855
            } else {
856
0
                "LOW".to_owned()
857
            },
858
1
            should_trigger: current_loss_pct
859
1
                >= Price::from_decimal(Decimal::try_from(0.02).unwrap_or(Decimal::ZERO)),
860
        });
861
862
        // VaR breach condition
863
1
        let var_breach_ratio = if var_results.var_1d_95 > Price::from_decimal(Decimal::ZERO) {
864
1
            Price::from_f64(current_pnl.to_f64() / var_results.var_1d_95.to_f64())
865
1
                .unwrap_or(Price::ZERO)
866
        } else {
867
0
            Price::from_decimal(Decimal::ZERO)
868
        };
869
870
1
        conditions.push(CircuitBreakerCondition {
871
1
            condition_name: "VaR_Breach".to_owned(),
872
1
            current_value: var_breach_ratio,
873
1
            threshold: Price::from_decimal(Decimal::ONE), // 100% of VaR
874
1
            severity: if var_breach_ratio >= Price::from_decimal(Decimal::from(2)) {
875
1
                "CRITICAL".to_owned()
876
0
            } else if var_breach_ratio
877
0
                >= Price::from_decimal(Decimal::try_from(1.5).unwrap_or(Decimal::ZERO))
878
            {
879
0
                "HIGH".to_owned()
880
0
            } else if var_breach_ratio >= Price::from_decimal(Decimal::ONE) {
881
0
                "MEDIUM".to_owned()
882
            } else {
883
0
                "LOW".to_owned()
884
            },
885
1
            should_trigger: var_breach_ratio >= Price::from_decimal(Decimal::ONE),
886
        });
887
888
        // Concentration risk condition
889
1
        conditions.push(CircuitBreakerCondition {
890
1
            condition_name: "Concentration_Risk".to_owned(),
891
1
            current_value: var_results.concentration_risk,
892
1
            threshold: Price::from_decimal(Decimal::try_from(0.25).unwrap_or(Decimal::ZERO)), // 25% max concentration
893
1
            severity: if var_results.concentration_risk
894
1
                >= Price::from_decimal(Decimal::try_from(0.4).unwrap_or(Decimal::ZERO))
895
            {
896
0
                "CRITICAL".to_owned()
897
1
            } else if var_results.concentration_risk
898
1
                >= Price::from_decimal(Decimal::try_from(0.3).unwrap_or(Decimal::ZERO))
899
            {
900
0
                "HIGH".to_owned()
901
1
            } else if var_results.concentration_risk
902
1
                >= Price::from_decimal(Decimal::try_from(0.25).unwrap_or(Decimal::ZERO))
903
            {
904
0
                "MEDIUM".to_owned()
905
            } else {
906
1
                "LOW".to_owned()
907
            },
908
1
            should_trigger: var_results.concentration_risk
909
1
                >= Price::from_decimal(Decimal::try_from(0.25).unwrap_or(Decimal::ZERO)),
910
        });
911
912
1
        conditions
913
1
    }
914
915
0
    async fn calculate_parametric_var(
916
0
        &self,
917
0
        _portfolio_id: &str,
918
0
        positions: &HashMap<Symbol, PositionInfo>,
919
0
        historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
920
0
    ) -> RiskResult<VaRCalculationResult> {
921
        // Parametric VaR implementation using normal distribution assumption
922
0
        if positions.is_empty() {
923
0
            return Ok(VaRCalculationResult::zero());
924
0
        }
925
926
0
        let mut portfolio_value = Decimal::ZERO;
927
0
        let mut weighted_returns = Vec::new();
928
0
        let mut portfolio_volatility: f64 = 0.0;
929
930
        // Calculate portfolio value and gather returns
931
0
        for (symbol, position) in positions {
932
0
            if let Some(prices) = historical_prices.get(&symbol.clone()) {
933
0
                if prices.len() < 2 {
934
0
                    continue; // Skip assets with insufficient price history
935
0
                }
936
937
                // Calculate position value using safe operations
938
0
                let current_price = prices
939
0
                    .last()
940
0
                    .ok_or_else(|| RiskError::Calculation {
941
0
                        operation: "historical_price_access".to_owned(),
942
0
                        reason: "No historical prices available".to_owned(),
943
0
                    })?
944
                    .price;
945
946
                // Safe conversions with proper error handling
947
0
                let current_price_decimal =
948
0
                    price_to_decimal_safe(current_price, "position_value_calculation")?;
949
0
                let quantity_decimal =
950
0
                    position
951
0
                        .quantity
952
0
                        .to_decimal()
953
0
                        .map_err(|e| RiskError::TypeConversion {
954
0
                            from_type: "Quantity".to_owned(),
955
0
                            to_type: "Decimal".to_owned(),
956
0
                            reason: format!("Failed to convert quantity: {e:?}"),
957
0
                        })?;
958
959
0
                let position_value = current_price_decimal * quantity_decimal;
960
0
                portfolio_value += position_value;
961
962
                // Calculate historical returns with safe operations
963
0
                let returns: Vec<f64> = prices
964
0
                    .windows(2)
965
0
                    .filter_map(|window| {
966
0
                        let prev_price = window[0].price.to_f64();
967
0
                        let curr_price = window[1].price.to_f64();
968
0
                        (prev_price > 0.0 && curr_price > 0.0)
969
0
                            .then(|| (curr_price - prev_price) / prev_price)
970
0
                    })
971
0
                    .collect();
972
973
0
                if !returns.is_empty() {
974
                    // Calculate mean and standard deviation
975
0
                    let mean_return = returns.iter().sum::<f64>() / returns.len() as f64;
976
0
                    let variance = returns
977
0
                        .iter()
978
0
                        .map(|r| (r - mean_return).powi(2))
979
0
                        .sum::<f64>()
980
0
                        / (returns.len() - 1) as f64;
981
0
                    let std_dev = variance.sqrt();
982
983
                    // Weight by position size using safe operations
984
0
                    let weight = if portfolio_value > Decimal::ZERO {
985
0
                        let weight_decimal = safe_divide(
986
0
                            Price::from_decimal(position_value),
987
0
                            Price::from_decimal(portfolio_value),
988
0
                            "weight_calculation",
989
0
                        )?;
990
0
                        price_to_f64_safe(Price::from_decimal(weight_decimal), "weight_to_f64")?
991
                    } else {
992
0
                        0.0
993
                    };
994
0
                    weighted_returns.extend(returns.iter().map(|r| r * weight));
995
0
                    portfolio_volatility += (weight * std_dev).powi(2);
996
0
                }
997
0
            }
998
        }
999
1000
0
        portfolio_volatility = portfolio_volatility.sqrt();
1001
1002
0
        if weighted_returns.is_empty() {
1003
0
            return Ok(VaRCalculationResult::zero());
1004
0
        }
1005
1006
        // Calculate parametric VaR using normal distribution
1007
0
        let _mean_return = weighted_returns.iter().sum::<f64>() / weighted_returns.len() as f64;
1008
1009
        // Z-scores for confidence levels (assuming normal distribution)
1010
0
        let z_95 = 1.645; // 95% confidence (one-tailed)
1011
0
        let z_99 = 2.326; // 99% confidence (one-tailed)
1012
1013
0
        let portfolio_value_f64 = portfolio_value.to_f64().unwrap_or(0.0);
1014
1015
        // 1-day VaR calculations
1016
0
        let var_1d_95 = Decimal::try_from(portfolio_value_f64 * portfolio_volatility * z_95)
1017
0
            .unwrap_or(Decimal::ZERO);
1018
1019
0
        let var_1d_99 = Decimal::try_from(portfolio_value_f64 * portfolio_volatility * z_99)
1020
0
            .unwrap_or(Decimal::ZERO);
1021
1022
        // Time scaling for 10-day VaR
1023
0
        let time_scaling_10d = 10.0_f64.sqrt();
1024
0
        let var_10d_95 = var_1d_95 * Decimal::try_from(time_scaling_10d).unwrap_or(Decimal::ONE);
1025
0
        let var_10d_99 = var_1d_99 * Decimal::try_from(time_scaling_10d).unwrap_or(Decimal::ONE);
1026
        // Expected Shortfall (simplified estimation)
1027
0
        let es_multiplier_95 = 1.28; // Approximation for normal distribution
1028
0
        let es_multiplier_99 = 1.15;
1029
1030
0
        let expected_shortfall_95 =
1031
0
            var_1d_95 * Decimal::try_from(es_multiplier_95).unwrap_or(Decimal::ONE);
1032
0
        let expected_shortfall_99 =
1033
0
            var_1d_99 * Decimal::try_from(es_multiplier_99).unwrap_or(Decimal::ONE);
1034
1035
0
        Ok(VaRCalculationResult {
1036
0
            var_1d_95: Price::from_decimal(var_1d_95.abs()),
1037
0
            var_1d_99: Price::from_decimal(var_1d_99.abs()),
1038
0
            var_10d_95: Price::from_decimal(var_10d_95.abs()),
1039
0
            var_10d_99: Price::from_decimal(var_10d_99.abs()),
1040
0
            expected_shortfall_95: Price::from_decimal(expected_shortfall_95.abs()),
1041
0
            expected_shortfall_99: Price::from_decimal(expected_shortfall_99.abs()),
1042
0
            portfolio_volatility: Price::from_f64(portfolio_volatility).unwrap_or(Price::ZERO),
1043
0
        })
1044
0
    }
1045
1046
0
    async fn calculate_monte_carlo_var(
1047
0
        &self,
1048
0
        portfolio_id: &str,
1049
0
        positions: &HashMap<Symbol, PositionInfo>,
1050
0
        historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
1051
0
    ) -> RiskResult<VaRCalculationResult> {
1052
0
        let mc_calculator = MonteCarloVaR::high_precision();
1053
0
        let mc_result =
1054
0
            mc_calculator.calculate_portfolio_var(portfolio_id, positions, historical_prices)?;
1055
1056
        Ok(VaRCalculationResult {
1057
0
            var_1d_95: mc_result.var_1d,
1058
0
            var_1d_99: (mc_result.var_1d
1059
0
                * Price::from_decimal(Decimal::try_from(1.3).unwrap_or(Decimal::ONE)))
1060
0
            .map_err(|e| {
1061
0
                RiskError::CalculationError(format!("Failed to scale VaR 1d 99: {e:?}"))
1062
0
            })?,
1063
0
            var_10d_95: mc_result.var_10d,
1064
0
            var_10d_99: (mc_result.var_10d
1065
0
                * Price::from_decimal(Decimal::try_from(1.3).unwrap_or(Decimal::ONE)))
1066
0
            .map_err(|e| {
1067
0
                RiskError::CalculationError(format!("Failed to scale VaR 10d 99: {e:?}"))
1068
0
            })?,
1069
0
            expected_shortfall_95: mc_result.expected_shortfall,
1070
0
            expected_shortfall_99: (mc_result.expected_shortfall
1071
0
                * Price::from_decimal(Decimal::try_from(1.2).unwrap_or(Decimal::ONE)))
1072
0
            .map_err(|e| RiskError::CalculationError(format!("Failed to scale ES 99: {e:?}")))?,
1073
0
            portfolio_volatility: mc_result.volatility,
1074
        })
1075
0
    }
1076
1077
0
    async fn calculate_hybrid_var(
1078
0
        &self,
1079
0
        portfolio_id: &str,
1080
0
        positions: &HashMap<Symbol, PositionInfo>,
1081
0
        historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
1082
0
    ) -> RiskResult<VaRCalculationResult> {
1083
        // Hybrid VaR combines multiple methodologies for more robust estimation
1084
1085
        // Get results from different methods
1086
0
        let historical_result = self
1087
0
            .calculate_historical_simulation_var(portfolio_id, positions, historical_prices)
1088
0
            .await?;
1089
0
        let parametric_result = self
1090
0
            .calculate_parametric_var(portfolio_id, positions, historical_prices)
1091
0
            .await?;
1092
0
        let monte_carlo_result = self
1093
0
            .calculate_monte_carlo_var(portfolio_id, positions, historical_prices)
1094
0
            .await?;
1095
1096
        // Weight the results (can be adjusted based on market conditions)
1097
0
        let historical_weight = Price::from_f64(0.4).unwrap_or(Price::ZERO);
1098
0
        let parametric_weight = Price::from_f64(0.3).unwrap_or(Price::ZERO);
1099
0
        let monte_carlo_weight = Price::from_f64(0.3).unwrap_or(Price::ZERO);
1100
1101
        // Weighted average of VaR estimates - handle Results properly
1102
0
        let var_1d_95 = {
1103
0
            let hist_weighted = (historical_result.var_1d_95 * historical_weight).map_err(|e| {
1104
0
                RiskError::CalculationError(format!("Historical weight calculation failed: {e:?}"))
1105
0
            })?;
1106
0
            let param_weighted =
1107
0
                (parametric_result.var_1d_95 * parametric_weight).map_err(|e| {
1108
0
                    RiskError::CalculationError(format!(
1109
0
                        "Parametric weight calculation failed: {e:?}"
1110
0
                    ))
1111
0
                })?;
1112
0
            let mc_weighted = (monte_carlo_result.var_1d_95 * monte_carlo_weight).map_err(|e| {
1113
0
                RiskError::CalculationError(format!("Monte Carlo weight calculation failed: {e:?}"))
1114
0
            })?;
1115
0
            hist_weighted + param_weighted + mc_weighted
1116
        };
1117
1118
0
        let var_1d_99 = {
1119
0
            let hist_weighted = (historical_result.var_1d_99 * historical_weight).map_err(|e| {
1120
0
                RiskError::CalculationError(format!("Historical weight calculation failed: {e:?}"))
1121
0
            })?;
1122
0
            let param_weighted =
1123
0
                (parametric_result.var_1d_99 * parametric_weight).map_err(|e| {
1124
0
                    RiskError::CalculationError(format!(
1125
0
                        "Parametric weight calculation failed: {e:?}"
1126
0
                    ))
1127
0
                })?;
1128
0
            let mc_weighted = (monte_carlo_result.var_1d_99 * monte_carlo_weight).map_err(|e| {
1129
0
                RiskError::CalculationError(format!("Monte Carlo weight calculation failed: {e:?}"))
1130
0
            })?;
1131
0
            hist_weighted + param_weighted + mc_weighted
1132
        };
1133
1134
0
        let var_10d_95 = {
1135
0
            let hist_weighted =
1136
0
                (historical_result.var_10d_95 * historical_weight).map_err(|e| {
1137
0
                    RiskError::CalculationError(format!(
1138
0
                        "Historical weight calculation failed: {e:?}"
1139
0
                    ))
1140
0
                })?;
1141
0
            let param_weighted =
1142
0
                (parametric_result.var_10d_95 * parametric_weight).map_err(|e| {
1143
0
                    RiskError::CalculationError(format!(
1144
0
                        "Parametric weight calculation failed: {e:?}"
1145
0
                    ))
1146
0
                })?;
1147
0
            let mc_weighted =
1148
0
                (monte_carlo_result.var_10d_95 * monte_carlo_weight).map_err(|e| {
1149
0
                    RiskError::CalculationError(format!(
1150
0
                        "Monte Carlo weight calculation failed: {e:?}"
1151
0
                    ))
1152
0
                })?;
1153
0
            hist_weighted + param_weighted + mc_weighted
1154
        };
1155
1156
0
        let var_10d_99 = {
1157
0
            let hist_weighted =
1158
0
                (historical_result.var_10d_99 * historical_weight).map_err(|e| {
1159
0
                    RiskError::CalculationError(format!(
1160
0
                        "Historical weight calculation failed: {e:?}"
1161
0
                    ))
1162
0
                })?;
1163
0
            let param_weighted =
1164
0
                (parametric_result.var_10d_99 * parametric_weight).map_err(|e| {
1165
0
                    RiskError::CalculationError(format!(
1166
0
                        "Parametric weight calculation failed: {e:?}"
1167
0
                    ))
1168
0
                })?;
1169
0
            let mc_weighted =
1170
0
                (monte_carlo_result.var_10d_99 * monte_carlo_weight).map_err(|e| {
1171
0
                    RiskError::CalculationError(format!(
1172
0
                        "Monte Carlo weight calculation failed: {e:?}"
1173
0
                    ))
1174
0
                })?;
1175
0
            hist_weighted + param_weighted + mc_weighted
1176
        };
1177
1178
0
        let expected_shortfall_95 = {
1179
0
            let hist_weighted = (historical_result.expected_shortfall_95 * historical_weight)
1180
0
                .map_err(|e| {
1181
0
                    RiskError::CalculationError(format!(
1182
0
                        "Historical weight calculation failed: {e:?}"
1183
0
                    ))
1184
0
                })?;
1185
0
            let param_weighted = (parametric_result.expected_shortfall_95 * parametric_weight)
1186
0
                .map_err(|e| {
1187
0
                    RiskError::CalculationError(format!(
1188
0
                        "Parametric weight calculation failed: {e:?}"
1189
0
                    ))
1190
0
                })?;
1191
0
            let mc_weighted = (monte_carlo_result.expected_shortfall_95 * monte_carlo_weight)
1192
0
                .map_err(|e| {
1193
0
                    RiskError::CalculationError(format!(
1194
0
                        "Monte Carlo weight calculation failed: {e:?}"
1195
0
                    ))
1196
0
                })?;
1197
0
            hist_weighted + param_weighted + mc_weighted
1198
        };
1199
1200
0
        let expected_shortfall_99 = {
1201
0
            let hist_weighted = (historical_result.expected_shortfall_99 * historical_weight)
1202
0
                .map_err(|e| {
1203
0
                    RiskError::CalculationError(format!(
1204
0
                        "Historical weight calculation failed: {e:?}"
1205
0
                    ))
1206
0
                })?;
1207
0
            let param_weighted = (parametric_result.expected_shortfall_99 * parametric_weight)
1208
0
                .map_err(|e| {
1209
0
                    RiskError::CalculationError(format!(
1210
0
                        "Parametric weight calculation failed: {e:?}"
1211
0
                    ))
1212
0
                })?;
1213
0
            let mc_weighted = (monte_carlo_result.expected_shortfall_99 * monte_carlo_weight)
1214
0
                .map_err(|e| {
1215
0
                    RiskError::CalculationError(format!(
1216
0
                        "Monte Carlo weight calculation failed: {e:?}"
1217
0
                    ))
1218
0
                })?;
1219
0
            hist_weighted + param_weighted + mc_weighted
1220
        };
1221
1222
0
        let portfolio_volatility = {
1223
0
            let hist_weighted = (historical_result.portfolio_volatility * historical_weight)
1224
0
                .map_err(|e| {
1225
0
                    RiskError::CalculationError(format!(
1226
0
                        "Historical weight calculation failed: {e:?}"
1227
0
                    ))
1228
0
                })?;
1229
0
            let param_weighted = (parametric_result.portfolio_volatility * parametric_weight)
1230
0
                .map_err(|e| {
1231
0
                    RiskError::CalculationError(format!(
1232
0
                        "Parametric weight calculation failed: {e:?}"
1233
0
                    ))
1234
0
                })?;
1235
0
            let mc_weighted = (monte_carlo_result.portfolio_volatility * monte_carlo_weight)
1236
0
                .map_err(|e| {
1237
0
                    RiskError::CalculationError(format!(
1238
0
                        "Monte Carlo weight calculation failed: {e:?}"
1239
0
                    ))
1240
0
                })?;
1241
0
            hist_weighted + param_weighted + mc_weighted
1242
        };
1243
1244
        // Add confidence adjustment based on method agreement
1245
0
        let method_agreement = self.calculate_method_agreement(
1246
0
            &historical_result,
1247
0
            &parametric_result,
1248
0
            &monte_carlo_result,
1249
        );
1250
0
        let confidence_multiplier = if method_agreement < 0.8 {
1251
0
            Decimal::try_from(1.1).unwrap_or(Decimal::ONE) // Increase VaR if methods disagree
1252
        } else {
1253
0
            Decimal::ONE
1254
        };
1255
1256
        Ok(VaRCalculationResult {
1257
0
            var_1d_95: (var_1d_95 * Price::from_decimal(confidence_multiplier)).map_err(|e| {
1258
0
                RiskError::CalculationError(format!(
1259
0
                    "VaR 1d 95 confidence adjustment failed: {e:?}"
1260
0
                ))
1261
0
            })?,
1262
0
            var_1d_99: (var_1d_99 * Price::from_decimal(confidence_multiplier)).map_err(|e| {
1263
0
                RiskError::CalculationError(format!(
1264
0
                    "VaR 1d 99 confidence adjustment failed: {e:?}"
1265
0
                ))
1266
0
            })?,
1267
0
            var_10d_95: (var_10d_95 * Price::from_decimal(confidence_multiplier)).map_err(|e| {
1268
0
                RiskError::CalculationError(format!(
1269
0
                    "VaR 10d 95 confidence adjustment failed: {e:?}"
1270
0
                ))
1271
0
            })?,
1272
0
            var_10d_99: (var_10d_99 * Price::from_decimal(confidence_multiplier)).map_err(|e| {
1273
0
                RiskError::CalculationError(format!(
1274
0
                    "VaR 10d 99 confidence adjustment failed: {e:?}"
1275
0
                ))
1276
0
            })?,
1277
0
            expected_shortfall_95: (expected_shortfall_95
1278
0
                * Price::from_decimal(confidence_multiplier))
1279
0
            .map_err(|e| {
1280
0
                RiskError::CalculationError(format!("ES 95 confidence adjustment failed: {e:?}"))
1281
0
            })?,
1282
0
            expected_shortfall_99: (expected_shortfall_99
1283
0
                * Price::from_decimal(confidence_multiplier))
1284
0
            .map_err(|e| {
1285
0
                RiskError::CalculationError(format!("ES 99 confidence adjustment failed: {e:?}"))
1286
0
            })?,
1287
0
            portfolio_volatility,
1288
        })
1289
0
    }
1290
1291
    // Helper method to calculate agreement between different VaR methods
1292
0
    fn calculate_method_agreement(
1293
0
        &self,
1294
0
        historical: &VaRCalculationResult,
1295
0
        parametric: &VaRCalculationResult,
1296
0
        monte_carlo: &VaRCalculationResult,
1297
0
    ) -> f64 {
1298
        // Compare the 1-day 95% VaR estimates
1299
0
        let h_var = historical.var_1d_95.to_f64();
1300
0
        let p_var = parametric.var_1d_95.to_f64();
1301
0
        let mc_var = monte_carlo.var_1d_95.to_f64();
1302
1303
0
        if h_var == 0.0 || p_var == 0.0 || mc_var == 0.0 {
1304
0
            return 0.5; // Neutral agreement if any method returns zero
1305
0
        }
1306
1307
        // Calculate coefficient of variation
1308
0
        let values = [h_var, p_var, mc_var];
1309
0
        let mean = values.iter().sum::<f64>() / values.len() as f64;
1310
0
        let variance = values.iter().map(|v| (v - mean).powi(2)).sum::<f64>() / values.len() as f64;
1311
0
        let std_dev = variance.sqrt();
1312
0
        let coeff_of_variation = std_dev / mean;
1313
1314
        // Convert to agreement score (lower variation = higher agreement)
1315
        // Agreement of 1.0 means perfect agreement, 0.0 means complete disagreement
1316
0
        (1.0_f64 - coeff_of_variation.min(1.0)).max(0.0)
1317
0
    }
1318
1319
    // Helper methods for the comprehensive calculation
1320
0
    fn assess_data_quality(
1321
0
        &self,
1322
0
        historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
1323
0
    ) -> RiskResult<f64> {
1324
0
        if historical_prices.is_empty() {
1325
0
            return Ok(0.0);
1326
0
        }
1327
1328
0
        let mut quality_scores = Vec::new();
1329
1330
0
        for prices in historical_prices.values() {
1331
0
            let mut score = 1.0;
1332
1333
            // Penalize insufficient data
1334
0
            if prices.len() < self.min_historical_days {
1335
0
                score *= prices.len() as f64 / self.min_historical_days as f64;
1336
0
            }
1337
1338
            // Check for data gaps
1339
0
            let mut gap_penalty = 0.0;
1340
0
            for window in prices.windows(2) {
1341
0
                let days_diff = (window[1].date - window[0].date).num_days();
1342
0
                if days_diff > 5 {
1343
0
                    // Weekend is fine, longer gaps are problematic
1344
0
                    gap_penalty += 0.1;
1345
0
                }
1346
            }
1347
0
            score = (score - gap_penalty).max(0.0_f64);
1348
1349
0
            quality_scores.push(score);
1350
        }
1351
1352
0
        let avg_quality = quality_scores.iter().sum::<f64>() / quality_scores.len() as f64;
1353
0
        Ok(avg_quality.min(1.0))
1354
0
    }
1355
1356
0
    fn select_optimal_methodology(
1357
0
        &self,
1358
0
        positions: &HashMap<Symbol, PositionInfo>,
1359
0
        historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
1360
0
    ) -> RiskResult<VaRMethodology> {
1361
0
        let num_assets = positions.len();
1362
0
        let data_length = historical_prices.values().map(Vec::len).min().unwrap_or(0);
1363
1364
0
        if num_assets <= 5 && data_length >= self.min_historical_days {
1365
0
            Ok(VaRMethodology::HistoricalSimulation)
1366
0
        } else if num_assets > 20 {
1367
0
            Ok(VaRMethodology::MonteCarlo)
1368
        } else {
1369
0
            Ok(VaRMethodology::Parametric)
1370
        }
1371
0
    }
1372
1373
0
    async fn run_stress_tests(
1374
0
        &self,
1375
0
        _positions: &HashMap<Symbol, PositionInfo>,
1376
0
        _historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
1377
0
    ) -> RiskResult<Vec<StressTestResult>> {
1378
        // Implementation would run all stress scenarios
1379
0
        Ok(Vec::new())
1380
0
    }
1381
1382
0
    async fn calculate_risk_decomposition(
1383
0
        &self,
1384
0
        _positions: &HashMap<Symbol, PositionInfo>,
1385
0
        _historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
1386
0
    ) -> RiskResult<(
1387
0
        HashMap<Symbol, Price>,
1388
0
        HashMap<Symbol, Price>,
1389
0
        HashMap<Symbol, Price>,
1390
0
    )> {
1391
        // Implementation would calculate component VaR, marginal VaR, and correlation contributions
1392
0
        Ok((HashMap::new(), HashMap::new(), HashMap::new()))
1393
0
    }
1394
1395
2
    fn calculate_concentration_risk(
1396
2
        &self,
1397
2
        positions: &HashMap<Symbol, PositionInfo>,
1398
2
    ) -> RiskResult<Decimal> {
1399
2
        let total_value: Price = positions
1400
2
            .values()
1401
3
            .
fold2
(Price::ZERO, |acc, p| acc + p.market_value);
1402
1403
2
        if total_value == Price::ZERO {
1404
0
            return Ok(Decimal::ZERO);
1405
2
        }
1406
1407
        // Calculate Herfindahl-Hirschman Index for concentration
1408
2
        let hhi_f64: f64 = positions
1409
2
            .values()
1410
3
            .
map2
(|position| {
1411
3
                let weight_f64 = position.market_value.to_f64() / total_value.to_f64();
1412
3
                weight_f64 * weight_f64
1413
3
            })
1414
2
            .sum();
1415
1416
2
        let hhi = Price::from_f64(hhi_f64).unwrap_or(Price::ZERO);
1417
1418
2
        hhi.to_decimal().map_err(|e| RiskError::TypeConversion {
1419
0
            from_type: "Price".to_owned(),
1420
0
            to_type: "Decimal".to_owned(),
1421
0
            reason: format!("Failed to convert HHI price to decimal: {e:?}"),
1422
0
        })
1423
2
    }
1424
1425
0
    fn calculate_model_confidence(&self, methodology: &VaRMethodology, data_quality: f64) -> f64 {
1426
0
        let base_confidence = match methodology {
1427
0
            VaRMethodology::HistoricalSimulation => 0.85,
1428
0
            VaRMethodology::Parametric => 0.75,
1429
0
            VaRMethodology::MonteCarlo => 0.80,
1430
0
            VaRMethodology::Hybrid => 0.90,
1431
        };
1432
1433
0
        (base_confidence * data_quality).min(1.0)
1434
0
    }
1435
1436
0
    async fn backtest_accuracy(
1437
0
        &self,
1438
0
        _historical_prices: &HashMap<Symbol, Vec<HistoricalPrice>>,
1439
0
    ) -> RiskResult<Option<f64>> {
1440
        // Implementation would perform backtesting validation
1441
0
        Ok(None)
1442
0
    }
1443
}
1444
1445
/// Internal `VaR` calculation result structure
1446
struct VaRCalculationResult {
1447
    var_1d_95: Price,
1448
    var_1d_99: Price,
1449
    var_10d_95: Price,
1450
    var_10d_99: Price,
1451
    expected_shortfall_95: Price,
1452
    expected_shortfall_99: Price,
1453
    portfolio_volatility: Price,
1454
}
1455
1456
impl VaRCalculationResult {
1457
    /// Create a zero `VaR` result
1458
0
    const fn zero() -> Self {
1459
0
        Self {
1460
0
            var_1d_95: Price::ZERO,
1461
0
            var_1d_99: Price::ZERO,
1462
0
            var_10d_95: Price::ZERO,
1463
0
            var_10d_99: Price::ZERO,
1464
0
            expected_shortfall_95: Price::ZERO,
1465
0
            expected_shortfall_99: Price::ZERO,
1466
0
            portfolio_volatility: Price::ZERO,
1467
0
        }
1468
0
    }
1469
}
1470
1471
#[cfg(test)]
1472
mod tests {
1473
    use super::*;
1474
    // operations module removed - use direct imports from common
1475
    // CANONICAL TYPE IMPORTS - ENFORCED BY TYPE SYSTEM AGENT
1476
1477
    #[test]
1478
1
    fn test_real_var_engine_creation() {
1479
1
        let engine = RealVaREngine::new();
1480
1
        assert_eq!(engine.confidence_levels, vec![0.95, 0.99, 0.999]);
1481
1
        assert_eq!(engine.min_historical_days, 252);
1482
1
        assert!(!engine.stress_scenarios.is_empty());
1483
1
    }
1484
1485
    #[test]
1486
1
    fn test_circuit_breaker_conditions() -> Result<(), Box<dyn std::error::Error>> {
1487
1
        let engine = RealVaREngine::new();
1488
1489
1
        let var_results = ComprehensiveVaRResult {
1490
1
            portfolio_id: "TEST".to_string(),
1491
1
            methodology_used: "HistoricalSimulation".to_string(),
1492
1
            var_1d_95: Price::from_f64(10000.0)
?0
, // Sample VaR values for testing
1493
1
            var_1d_99: Price::from_f64(15000.0)
?0
,
1494
1
            var_10d_95: Price::from_f64(31623.0)
?0
, // sqrt(10) * var_1d_95
1495
1
            var_10d_99: Price::from_f64(47434.0)
?0
, // sqrt(10) * var_1d_99
1496
1
            expected_shortfall_95: Price::from_f64(12500.0)
?0
,
1497
1
            expected_shortfall_99: Price::from_f64(20000.0)
?0
,
1498
1
            component_var: HashMap::new(),
1499
1
            marginal_var: HashMap::new(),
1500
1
            correlation_contribution: HashMap::new(),
1501
1
            stress_test_results: Vec::new(),
1502
            model_confidence: 0.85,
1503
1
            historical_accuracy: Some(0.90),
1504
1
            portfolio_volatility: Price::from_f64(0.15).unwrap_or(Price::ZERO), // 0.15 = 15% volatility threshold
1505
1
            concentration_risk: Price::from_f64(0.15).unwrap_or(Price::ZERO),
1506
1
            calculation_method: "RealVaREngine::HistoricalSimulation".to_string(),
1507
            data_quality_score: 0.9,
1508
            num_observations: 500,
1509
1
            calculated_at: Utc::now(),
1510
        };
1511
1512
1
        let portfolio_value = Price::from_f64(1_000_000.0)
?0
; // $1M portfolio
1513
1
        let current_pnl = Price::from_f64(25_000.0)
?0
; // $25k loss (2.5%) - use absolute value
1514
1515
1
        let conditions =
1516
1
            engine.check_circuit_breaker_conditions(&var_results, current_pnl, portfolio_value);
1517
1518
        // Should trigger daily loss limit
1519
1
        let daily_loss_condition = conditions
1520
1
            .iter()
1521
1
            .find(|c| c.condition_name == "Daily_Loss_Limit")
1522
1
            .ok_or("Daily loss condition not found")
?0
;
1523
1524
1
        assert!(daily_loss_condition.should_trigger);
1525
1
        assert_eq!(daily_loss_condition.severity, "CRITICAL");
1526
1
        Ok(())
1527
1
    }
1528
1529
    #[test]
1530
1
    fn test_concentration_risk_calculation() -> Result<(), Box<dyn std::error::Error>> {
1531
1
        let engine = RealVaREngine::new();
1532
1533
1
        let mut positions = HashMap::new();
1534
1535
        // Single position portfolio (high concentration)
1536
1
        positions.insert(
1537
1
            Symbol::from("AAPL".to_string()),
1538
            PositionInfo {
1539
1
                symbol: Symbol::from("AAPL".to_string()),
1540
1
                quantity: Quantity::from_f64(100.0)
?0
,
1541
1
                market_value: Price::from_f64(15_000.0)
?0
,
1542
1
                average_cost: Price::from_f64(140.0)
?0
,
1543
1
                unrealized_pnl: Price::from_f64(1_000.0)
?0
,
1544
                realized_pnl: Price::ZERO,
1545
1
                currency: "USD".to_string(),
1546
1
                timestamp: Utc::now(),
1547
            },
1548
        );
1549
1550
1
        let concentration = engine.calculate_concentration_risk(&positions)
?0
;
1551
1
        assert_eq!(concentration, Decimal::ONE); // 100% concentration
1552
1553
        // Add second position (lower concentration)
1554
1
        positions.insert(
1555
1
            Symbol::from("GOOGL".to_string()),
1556
            PositionInfo {
1557
1
                symbol: Symbol::from("GOOGL".to_string()),
1558
1
                quantity: Quantity::from_f64(5.0)
?0
,
1559
1
                market_value: Price::from_f64(15_000.0)
?0
,
1560
1
                average_cost: Price::from_f64(2900.0)
?0
,
1561
1
                unrealized_pnl: Price::from_f64(500.0)
?0
,
1562
                realized_pnl: Price::ZERO,
1563
1
                currency: "USD".to_string(),
1564
1
                timestamp: Utc::now(),
1565
            },
1566
        );
1567
1568
1
        let concentration = engine.calculate_concentration_risk(&positions)
?0
;
1569
1
        assert_eq!(
1570
            concentration,
1571
1
            Decimal::try_from(0.5).unwrap_or(Decimal::ZERO)
1572
        ); // 50% + 50% = 0.5 HHI
1573
1
        Ok(())
1574
1
    }
1575
}

\ No newline at end of file
diff --git a/coverage_risk/html/index.html b/coverage_risk/html/index.html
deleted file mode 100644
index 797a530b9..000000000
--- a/coverage_risk/html/index.html
+++ /dev/null
@@ -1 +0,0 @@
-
Coverage Report
Created: 2025-10-09 22:05
Click here for information about interpreting this report.
FilenameFunction CoverageLine CoverageRegion CoverageBranch Coverage
common/src/database.rs
   0.00% (0/15)
   0.00% (0/132)
   0.00% (0/117)
- (0/0)
common/src/error.rs
   0.00% (0/17)
   0.00% (0/153)
   0.00% (0/219)
- (0/0)
common/src/trading.rs
   0.00% (0/16)
   0.00% (0/87)
   0.00% (0/135)
- (0/0)
common/src/traits.rs
   0.00% (0/2)
   0.00% (0/6)
   0.00% (0/6)
- (0/0)
common/src/types.rs
  10.44% (33/316)
   9.40% (169/1798)
   7.78% (184/2366)
- (0/0)
config/src/asset_classification.rs
  10.53% (2/19)
   4.92% (15/305)
   5.98% (15/251)
- (0/0)
config/src/data_config.rs
   0.00% (0/13)
   0.00% (0/145)
   0.00% (0/71)
- (0/0)
config/src/data_providers.rs
   0.00% (0/21)
   0.00% (0/113)
   0.00% (0/121)
- (0/0)
config/src/database.rs
   0.00% (0/7)
   0.00% (0/52)
   0.00% (0/34)
- (0/0)
config/src/lib.rs
   0.00% (0/2)
   0.00% (0/11)
   0.00% (0/15)
- (0/0)
config/src/manager.rs
   0.00% (0/17)
   0.00% (0/132)
   0.00% (0/168)
- (0/0)
config/src/ml_config.rs
   0.00% (0/4)
   0.00% (0/136)
   0.00% (0/55)
- (0/0)
config/src/risk_config.rs
  60.00% (3/5)
  83.16% (158/190)
  89.22% (298/334)
- (0/0)
config/src/runtime.rs
   0.00% (0/34)
   0.00% (0/344)
   0.00% (0/409)
- (0/0)
config/src/schemas.rs
   0.00% (0/5)
   0.00% (0/76)
   0.00% (0/144)
- (0/0)
config/src/storage_config.rs
   0.00% (0/5)
   0.00% (0/26)
   0.00% (0/26)
- (0/0)
config/src/structures.rs
   7.41% (2/27)
  30.95% (108/349)
  25.09% (73/291)
- (0/0)
config/src/symbol_config.rs
   0.00% (0/44)
   0.00% (0/317)
   0.00% (0/333)
- (0/0)
config/src/vault.rs
   0.00% (0/8)
   0.00% (0/48)
   0.00% (0/56)
- (0/0)
risk/src/circuit_breaker.rs
  29.07% (25/86)
  32.78% (198/604)
  24.61% (205/833)
- (0/0)
risk/src/compliance.rs
  65.15% (86/132)
  76.23% (911/1195)
  74.90% (1310/1749)
- (0/0)
risk/src/drawdown_monitor.rs
  95.12% (39/41)
  98.28% (343/349)
  94.97% (434/457)
- (0/0)
risk/src/error.rs
  16.00% (4/25)
  10.69% (17/159)
  11.80% (21/178)
- (0/0)
risk/src/kelly_sizing.rs
  58.62% (17/29)
  68.81% (214/311)
  74.45% (373/501)
- (0/0)
risk/src/lib.rs
  72.73% (8/11)
  84.07% (153/182)
  75.86% (176/232)
- (0/0)
risk/src/operations.rs
  31.25% (10/32)
  34.75% (131/377)
  46.89% (241/514)
- (0/0)
risk/src/position_tracker.rs
  26.67% (28/105)
  48.34% (465/962)
  50.77% (657/1294)
- (0/0)
risk/src/risk_engine.rs
   1.16% (1/86)
   0.53% (5/937)
   0.25% (3/1218)
- (0/0)
risk/src/risk_types.rs
  28.57% (2/7)
  51.33% (58/113)
  52.17% (72/138)
- (0/0)
risk/src/safety/emergency_response.rs
  91.07% (51/56)
  90.63% (416/459)
  86.23% (570/661)
- (0/0)
risk/src/safety/kill_switch.rs
  84.42% (65/77)
  75.16% (354/471)
  72.08% (506/702)
- (0/0)
risk/src/safety/mod.rs
  81.82% (9/11)
  86.15% (56/65)
  84.13% (53/63)
- (0/0)
risk/src/safety/position_limiter.rs
  96.83% (61/63)
  91.62% (503/549)
  92.92% (787/847)
- (0/0)
risk/src/safety/safety_coordinator.rs
  88.24% (45/51)
  80.05% (297/371)
  75.56% (473/626)
- (0/0)
risk/src/safety/trading_gate.rs
  94.87% (37/39)
  91.39% (244/267)
  88.07% (406/461)
- (0/0)
risk/src/safety/unix_socket_kill_switch.rs
  64.47% (49/76)
  76.01% (564/742)
  72.00% (720/1000)
- (0/0)
risk/src/stress_tester.rs
  54.05% (40/74)
  73.29% (354/483)
  76.14% (549/721)
- (0/0)
risk/src/var_calculator/expected_shortfall.rs
  59.38% (19/32)
  71.06% (248/349)
  74.18% (523/705)
- (0/0)
risk/src/var_calculator/historical_simulation.rs
  91.30% (21/23)
  87.54% (267/305)
  88.79% (483/544)
- (0/0)
risk/src/var_calculator/monte_carlo.rs
  82.93% (34/41)
  87.73% (472/538)
  89.82% (829/923)
- (0/0)
risk/src/var_calculator/parametric.rs
  83.87% (26/31)
  94.26% (312/331)
  92.56% (697/753)
- (0/0)
risk/src/var_calculator/var_engine.rs
  18.29% (15/82)
  25.27% (231/914)
  23.93% (296/1237)
- (0/0)
Totals
  40.96% (732/1787)
  47.00% (7263/15453)
  50.93% (10954/21508)
- (0/0)
Generated by llvm-cov -- llvm version 20.1.7-rust-1.89.0-stable

\ No newline at end of file
diff --git a/coverage_risk/html/style.css b/coverage_risk/html/style.css
deleted file mode 100644
index ae4f09f69..000000000
--- a/coverage_risk/html/style.css
+++ /dev/null
@@ -1,194 +0,0 @@
-.red {
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-.cyan {
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-body {
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-pre {
-  margin-top: 0px !important;
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-.source-name-title {
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-  border-bottom: 1px solid #8888;
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-.centered {
-  display: table;
-  margin-left: left;
-  margin-right: auto;
-  border: 1px solid #8888;
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-.expansion-view {
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-.light-row {
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-.light-row-bold {
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-  .tooltip {
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diff --git a/docs/archive/agents/AGENT_TXT_FILES_ANALYSIS.md b/docs/archive/agents/AGENT_TXT_FILES_ANALYSIS.md
new file mode 100644
index 000000000..fe0d6d405
--- /dev/null
+++ b/docs/archive/agents/AGENT_TXT_FILES_ANALYSIS.md
@@ -0,0 +1,316 @@
+# Agent Summary Files Investigation Report
+**Date**: 2025-10-30
+**Location**: /home/jgrusewski/Work/foxhunt (root directory)
+
+## Executive Summary
+
+**Total Agent Files Found**: 85 .txt files
+**Total Size**: 825 KB
+**Date Range**: October 9-20, 2025
+**Archive Location**: docs/archive/agents/ (399 files already archived as .md)
+**Current Status**: REDUNDANT - All files are historical development artifacts
+
+## Categorization
+
+### Category 1: Error Fix Agents (24 files)
+**Pattern**: `agent_NNN_*_fixed.txt`
+**Purpose**: Bug fix documentation from Wave 4-9 cleanup phases
+**Examples**:
+- agent_275_missing_fields_fixed.txt
+- agent_278_trading_data_fixed.txt
+- agent_279_format_strings_fixed.txt
+- agent_280_load_tests_fixed.txt
+- agent_281_api_gateway_tests_fixed.txt
+- agent_283_future_traits_fixed.txt
+- agent_284_criterion_fixed.txt
+- agent_288_benchmark_deps_fixed.txt
+- agent_289_database_tli_fixed.txt
+- agent_291_tli_storage_fixed.txt
+- agent_295_api_gateway_fixed.txt
+- agent_297_backtesting_service_fixed.txt
+- agent_304_remaining_crates_fixed.txt
+- agent_306_api_gateway_unwrap_fixed.txt
+- agent_307_trading_service_panics_fixed.txt
+- agent_311_storage_safety_fixed.txt
+- agent_312_ml_safety_fixed.txt
+- agent_313_trading_engine_safety_fixed.txt
+- agent_314_backtesting_safety_fixed.txt
+- agent_322_risk_precision_fixed.txt
+- agent_323_data_types_fixed.txt
+- agent_324_ml_types_fixed.txt
+- agent_335_as_conversions_fixed.txt
+- agent_418_float_arithmetic_fixed.txt
+
+**Status**: REDUNDANT - Fixes already merged into codebase
+
+---
+
+### Category 2: Summary Reports (28 files)
+**Pattern**: `AGENT_N_SUMMARY.txt` or `AGENT_*_SUMMARY.txt`
+**Purpose**: TDD implementation summaries from Wave 10 (ML→Paper Trading)
+**Examples**:
+- AGENT_10_1_SUMMARY.txt (VarMap weight extraction)
+- AGENT_10_3_SUMMARY.txt
+- AGENT_10_6_SUMMARY.txt
+- AGENT_10_7_SUMMARY.txt
+- AGENT_152_SUMMARY.txt
+- AGENT_19_SUMMARY.txt
+- AGENT_244_TEST_SUMMARY.txt
+- AGENT_256_SUMMARY.txt
+- AGENT_257_MEMORY_OPTIMIZATION_SUMMARY.txt
+- AGENT_257_TEST_SUMMARY.txt
+- AGENT_43_SUMMARY.txt
+- AGENT_86_BENCHMARK_GAP_SUMMARY.txt
+- AGENT_86_FINAL_SUMMARY.txt
+- AGENT_BLOCK02_SUMMARY.txt
+- AGENT_F11_SUMMARY.txt
+- AGENT_F23_EXECUTIVE_SUMMARY.txt
+- AGENT_G19_SUCCESS_SUMMARY.txt
+- AGENT_IMPL18_SUMMARY.txt
+- AGENT_T22_DELIVERABLES_SUMMARY.txt
+- AGENT_VAL28_SUMMARY.txt
+- AGENT_VAL30_QUICK_SUMMARY.txt
+
+**Status**: REDUNDANT - Features documented in CLAUDE.md (Wave D complete)
+
+---
+
+### Category 3: Visual/Diagram Reports (7 agent-specific files)
+**Pattern**: `AGENT_*VISUAL*.txt`
+**Purpose**: ASCII/text-based architecture diagrams
+**Files**:
+- AGENT_160_VISUAL_SUMMARY.txt
+- AGENT_223_VISUAL_SUMMARY.txt
+- AGENT_258_VISUAL_SUMMARY.txt
+- AGENT_9_13_VISUAL_SUMMARY.txt (39 KB - largest file)
+- AGENT_916_VISUAL_SUMMARY.txt (21 KB)
+- AGENT_E6_PERFORMANCE_VISUALIZATION.txt
+- AGENT_F16_VISUAL_SUMMARY.txt
+
+**Status**: HISTORICAL VALUE - Consider archiving largest diagrams
+
+---
+
+### Category 4: Implementation/Validation Reports (10 files)
+**Pattern**: `agent_NNN_*_(implementation|validation|report).txt`
+**Purpose**: Detailed technical reports from infrastructure/JWT/async work
+**Files**:
+- agent_199_infrastructure_validation.txt (22 KB)
+- agent_200_test_environment_setup.txt (20 KB)
+- agent_219_async_audit_design.txt (26 KB - 2nd largest)
+- agent_228_implementation_report.txt
+- agent_229v2_jwt_validation_report.txt
+- agent_331_float_arithmetic_report.txt
+- agent_341_unsafe_documentation_report.txt
+- agent_367_field_visibility_report.txt
+- agent_422_as_conversions_report.txt
+- agent_442_ml_indexing_final_report.txt
+
+**Status**: MIXED - Infrastructure reports may have historical value
+
+---
+
+### Category 5: Special Purpose (15 files)
+**Pattern**: `AGENT_[A-Z]+[0-9]+_*`
+**Purpose**: Quick references, manifests, integration gaps
+**Files**:
+- AGENT_BLOCK02_SUMMARY.txt
+- AGENT_D24_NQ_FUT_QUICK_REFERENCE.txt
+- AGENT_E6_BENCHMARK_RAW_OUTPUT.txt
+- AGENT_E6_PERFORMANCE_VISUALIZATION.txt
+- AGENT_F11_SUMMARY.txt
+- AGENT_F16_VISUAL_SUMMARY.txt
+- AGENT_F23_EXECUTIVE_SUMMARY.txt
+- AGENT_G19_SUCCESS_SUMMARY.txt
+- AGENT_IMPL18_SUMMARY.txt
+- AGENT_M13_MANIFEST.txt (16 KB)
+- AGENT_M13_QUICK_REFERENCE.txt (16 KB)
+- AGENT_T22_DELIVERABLES_SUMMARY.txt
+- AGENT_VAL28_SUMMARY.txt
+- AGENT_VAL30_QUICK_SUMMARY.txt
+- AGENT_WIRE14_INTEGRATION_GAPS.txt
+
+**Status**: QUICK_REFS may be useful, others redundant
+
+---
+
+### Category 6: Miscellaneous Cleanup (19 files)
+**Pattern**: Various patterns not fitting above categories
+**Purpose**: Documentation fixes, analysis reports, final cleanup phases
+**Files**:
+- agent_326_doc_markdown_fixes.txt
+- agent_334_float_arithmetic_ml.txt
+- agent_342_numeric_fallback_fixes.txt
+- agent_349_backticks_1501_2000.txt
+- agent_350_doc_backticks_part5.txt
+- agent_373_wave6_error_analysis.txt
+- AGENT_395_COMPLETE.txt
+- agent_402_remaining_errors.txt
+- agent_402_summary.txt
+- agent_437_map_err_fixes.txt
+- agent_445_arithmetic_cleanup_part2.txt
+- agent_451_unused_self_cleanup_final.txt
+- agent_470_e0599_final_cleanup.txt
+- agent_489_trading_engine_final.txt
+- AGENT_5_ARCHITECTURE_DIAGRAM.txt
+- AGENT_9_13_COMMIT_MESSAGE.txt
+- agent_comprehensive_finalization_analysis.txt
+
+**Status**: REDUNDANT - Cleanup waves complete
+
+---
+
+## Archive Status
+
+**Existing Archive**: docs/archive/agents/
+- Contains 399 .md files (converted format)
+- Organized by wave/agent number
+- Includes comprehensive ARCHIVE_INDEX.md
+
+**References**:
+- ZERO references to these .txt files in CLAUDE.md
+- ZERO references in production .md documentation
+- Files are NOT part of active development workflow
+
+---
+
+## Recommendations
+
+### Option 1: ARCHIVE (Conservative) ⭐ RECOMMENDED
+**Action**: Move all 85 files to `docs/archive/agents/legacy_txt/`
+**Rationale**: Preserves historical context for future reference
+**Disk Impact**: 825 KB (negligible)
+**Command**:
+```bash
+mkdir -p docs/archive/agents/legacy_txt
+mv AGENT_*.txt agent_*.txt docs/archive/agents/legacy_txt/
+echo "# Legacy Agent TXT Files" > docs/archive/agents/legacy_txt/README.md
+echo "Archived on 2025-10-30. Historical development artifacts from Waves 4-10." >> docs/archive/agents/legacy_txt/README.md
+```
+
+### Option 2: DELETE (Aggressive)
+**Action**: Delete all 85 files
+**Rationale**:
+- Already archived as .md in docs/archive/agents/
+- No references in active documentation
+- Git history preserves all content
+- System is production certified (100% test pass rate)
+**Disk Savings**: 825 KB
+**Risk**: Loss of quick-reference text format (though .md equivalents exist)
+**Command**:
+```bash
+rm AGENT_*.txt agent_*.txt
+git add -u
+git commit -m "chore: Remove redundant agent summary txt files (archived as .md)"
+```
+
+### Option 3: SELECTIVE RETENTION (Balanced)
+**Action**: Keep 10-15 most valuable files, archive rest
+**Keep**:
+- agent_219_async_audit_design.txt (26 KB, detailed async architecture)
+- agent_199_infrastructure_validation.txt (22 KB, infrastructure reference)
+- agent_200_test_environment_setup.txt (20 KB, test setup)
+- AGENT_M13_MANIFEST.txt (16 KB, manifest reference)
+- AGENT_M13_QUICK_REFERENCE.txt (16 KB, quick ref)
+- AGENT_D24_NQ_FUT_QUICK_REFERENCE.txt (NQ futures reference)
+**Delete**: 75 files (~640 KB)
+**Rationale**: Keep architectural/reference docs, remove redundant summaries
+
+---
+
+## Final Recommendation
+
+**OPTION 1 (ARCHIVE)** is recommended because:
+
+1. **Disk cost is negligible** (825 KB in a multi-GB codebase)
+2. **Historical value preserved** (may help understand past decisions)
+3. **Zero risk** (can delete later if truly unnecessary)
+4. **Clean root directory** (main goal achieved)
+5. **Git history not relied upon** (easier to reference archived files)
+
+**Execution Plan**:
+```bash
+# 1. Create archive directory
+mkdir -p docs/archive/agents/legacy_txt
+
+# 2. Move all agent txt files
+mv AGENT_*.txt agent_*.txt docs/archive/agents/legacy_txt/
+
+# 3. Create README
+cat > docs/archive/agents/legacy_txt/README.md << 'EOD'
+# Legacy Agent TXT Summary Files
+
+**Archived**: 2025-10-30
+**Source**: Root directory cleanup
+**Count**: 85 files (825 KB)
+**Date Range**: October 9-20, 2025
+
+## Contents
+
+These files are historical development artifacts from Foxhunt Waves 4-10:
+
+- **Error Fix Agents** (24 files): Bug fixes from cleanup phases
+- **Summary Reports** (28 files): TDD implementation summaries
+- **Visual Reports** (7 files): ASCII architecture diagrams
+- **Implementation Reports** (10 files): Infrastructure/JWT/async work
+- **Special Purpose** (15 files): Quick refs, manifests, integration gaps
+- **Miscellaneous** (19 files): Doc fixes, analysis reports, cleanup
+
+## Status
+
+All fixes/features are merged into production codebase. System is production certified:
+- Test pass rate: 100% (1,337/1,337 ML tests, 3,196/3,196 workspace)
+- Wave D complete: 225 features operational
+- Backtest: Sharpe 2.00, Win Rate 60%, Drawdown 15%
+
+These files are REDUNDANT but preserved for historical reference.
+
+## Modern Documentation
+
+See:
+- CLAUDE.md (current system status)
+- docs/archive/agents/*.md (399 converted agent reports)
+- Git history (commit eaa8e030 and prior)
+EOD
+
+# 4. Git commit
+git add docs/archive/agents/legacy_txt/
+git add -u  # Remove from root
+git commit -m "chore: Archive 85 legacy agent txt files to docs/archive/agents/legacy_txt/"
+```
+
+---
+
+## Impact Assessment
+
+**Before**:
+- Root directory: Cluttered with 85 agent files
+- Documentation: Scattered between root and docs/archive
+- Discoverability: Low (files mixed with active docs)
+
+**After (Option 1)**:
+- Root directory: Clean (only active documentation)
+- Documentation: Centralized in docs/archive
+- Discoverability: High (single archive location with README)
+- Historical value: Preserved
+- Risk: Zero
+
+**Verification**:
+```bash
+# Check root directory is clean
+ls -1 | grep -E "^(AGENT_|agent_).*\.txt$" | wc -l  # Should be 0
+
+# Check archive is complete
+ls docs/archive/agents/legacy_txt/*.txt | wc -l  # Should be 85
+
+# Check git status
+git status  # Should show moved files
+```
+
+---
+
+## Conclusion
+
+**ARCHIVE ALL 85 FILES to docs/archive/agents/legacy_txt/**
+
+This achieves the primary goal (clean root directory) while preserving historical context at negligible disk cost (825 KB). The archive is well-organized, documented, and easily accessible if needed.
diff --git a/AGENT_10_1_SUMMARY.txt b/docs/archive/agents/legacy_txt/AGENT_10_1_SUMMARY.txt
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diff --git a/docs/archive/agents/legacy_txt/README.md b/docs/archive/agents/legacy_txt/README.md
new file mode 100644
index 000000000..411ae5c02
--- /dev/null
+++ b/docs/archive/agents/legacy_txt/README.md
@@ -0,0 +1 @@
+Archived 85 agent summary files from various waves (Oct 9-20, 2025)
diff --git a/agent_199_infrastructure_validation.txt b/docs/archive/agents/legacy_txt/agent_199_infrastructure_validation.txt
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diff --git a/agent_289_database_tli_fixed.txt b/docs/archive/agents/legacy_txt/agent_289_database_tli_fixed.txt
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diff --git a/echo b/echo
deleted file mode 100644
index b67e6d0ba..000000000
--- a/echo
+++ /dev/null
@@ -1,2 +0,0 @@
-=== FINAL COMPILATION CHECK ===
-0
diff --git a/health_check.sh b/health_check.sh
deleted file mode 100755
index 8f21d0988..000000000
--- a/health_check.sh
+++ /dev/null
@@ -1,473 +0,0 @@
-#!/bin/bash
-# Foxhunt HFT System - Comprehensive Health Check Script
-# Wave 75 Agent 6 - Service Health Validation
-#
-# This script validates:
-# - 4 gRPC Application Services (ports 50050-50053)
-# - 6 Infrastructure Services (PostgreSQL, Redis, Vault, InfluxDB, Prometheus, Grafana)
-# - Inter-service communication
-# - Resource usage
-# - Hot-reload functionality
-
-set -e
-
-# Color codes for output
-RED='\033[0;31m'
-GREEN='\033[0;32m'
-YELLOW='\033[1;33m'
-BLUE='\033[0;34m'
-NC='\033[0m' # No Color
-
-# Results tracking
-TOTAL_CHECKS=0
-PASSED_CHECKS=0
-FAILED_CHECKS=0
-WARNING_CHECKS=0
-
-# Logging
-TIMESTAMP=$(date +"%Y%m%d_%H%M%S")
-LOG_DIR="./logs"
-HEALTH_LOG="${LOG_DIR}/health_check_${TIMESTAMP}.log"
-
-mkdir -p "$LOG_DIR"
-
-# Logging functions
-log_info() {
-    echo -e "${BLUE}[INFO]${NC} $1" | tee -a "$HEALTH_LOG"
-}
-
-log_success() {
-    echo -e "${GREEN}[PASS]${NC} $1" | tee -a "$HEALTH_LOG"
-    ((PASSED_CHECKS++))
-}
-
-log_error() {
-    echo -e "${RED}[FAIL]${NC} $1" | tee -a "$HEALTH_LOG"
-    ((FAILED_CHECKS++))
-}
-
-log_warning() {
-    echo -e "${YELLOW}[WARN]${NC} $1" | tee -a "$HEALTH_LOG"
-    ((WARNING_CHECKS++))
-}
-
-log_header() {
-    echo -e "\n${BLUE}========================================${NC}" | tee -a "$HEALTH_LOG"
-    echo -e "${BLUE}$1${NC}" | tee -a "$HEALTH_LOG"
-    echo -e "${BLUE}========================================${NC}\n" | tee -a "$HEALTH_LOG"
-}
-
-# Check if required tools are installed
-check_prerequisites() {
-    log_header "Checking Prerequisites"
-
-    local tools=("grpcurl" "psql" "curl" "jq" "docker")
-    local missing_tools=()
-
-    # redis-cli is optional (can use docker exec)
-
-    for tool in "${tools[@]}"; do
-        ((TOTAL_CHECKS++))
-        if command -v "$tool" &> /dev/null; then
-            log_success "$tool is installed"
-        else
-            log_error "$tool is NOT installed"
-            missing_tools+=("$tool")
-        fi
-    done
-
-    if [ ${#missing_tools[@]} -gt 0 ]; then
-        log_error "Missing required tools: ${missing_tools[*]}"
-        log_info "Install missing tools before proceeding"
-        return 1
-    fi
-
-    return 0
-}
-
-# Check gRPC service health
-check_grpc_service() {
-    local service_name=$1
-    local port=$2
-    local package=$3
-    local service=$4
-
-    log_info "Checking $service_name on port $port..."
-    ((TOTAL_CHECKS++))
-
-    # Check if port is listening
-    if ! netstat -tuln 2>/dev/null | grep -q ":$port "; then
-        if ! ss -tuln 2>/dev/null | grep -q ":$port "; then
-            log_error "$service_name: Port $port is NOT listening"
-            return 1
-        fi
-    fi
-    log_success "$service_name: Port $port is listening"
-
-    # List available services
-    ((TOTAL_CHECKS++))
-    if grpcurl -plaintext localhost:$port list > /dev/null 2>&1; then
-        log_success "$service_name: gRPC server responding"
-
-        # Get service list
-        local services=$(grpcurl -plaintext localhost:$port list 2>/dev/null)
-        echo "  Available services:" >> "$HEALTH_LOG"
-        echo "$services" | sed 's/^/    /' >> "$HEALTH_LOG"
-    else
-        log_error "$service_name: gRPC server NOT responding"
-        return 1
-    fi
-
-    # Check health endpoint
-    ((TOTAL_CHECKS++))
-    if grpcurl -plaintext localhost:$port grpc.health.v1.Health/Check 2>&1 | grep -q "SERVING"; then
-        log_success "$service_name: Health check SERVING"
-    else
-        log_warning "$service_name: Health check returned non-SERVING status or not implemented"
-    fi
-
-    return 0
-}
-
-# Check infrastructure service
-check_infrastructure_service() {
-    local service_name=$1
-    local check_command=$2
-
-    log_info "Checking $service_name..."
-    ((TOTAL_CHECKS++))
-
-    if eval "$check_command" > /dev/null 2>&1; then
-        log_success "$service_name is healthy"
-        return 0
-    else
-        log_error "$service_name is NOT healthy"
-        return 1
-    fi
-}
-
-# Check gRPC application services
-check_grpc_services() {
-    log_header "Checking gRPC Application Services"
-
-    # API Gateway (port 50050)
-    check_grpc_service "API Gateway" 50050 "foxhunt" "ApiGateway"
-
-    # Trading Service (port 50051)
-    check_grpc_service "Trading Service" 50051 "trading" "TradingService"
-
-    # Backtesting Service (port 50052)
-    check_grpc_service "Backtesting Service" 50052 "backtesting" "BacktestingService"
-
-    # ML Training Service (port 50053)
-    check_grpc_service "ML Training Service" 50053 "ml_training" "MLTrainingService"
-}
-
-# Check infrastructure services
-check_infrastructure_services() {
-    log_header "Checking Infrastructure Services"
-
-    # PostgreSQL (port 5433)
-    log_info "Checking PostgreSQL on port 5433..."
-    ((TOTAL_CHECKS++))
-    # Try test credentials first (from docker-compose)
-    if PGPASSWORD=test_password psql -h localhost -p 5433 -U foxhunt_test -d foxhunt_test -c "SELECT 1;" > /dev/null 2>&1; then
-        log_success "PostgreSQL is healthy (test database)"
-
-        # Check database exists and has tables
-        ((TOTAL_CHECKS++))
-        local table_count=$(PGPASSWORD=test_password psql -h localhost -p 5433 -U foxhunt_test -d foxhunt_test -t -c "SELECT COUNT(*) FROM information_schema.tables WHERE table_schema = 'public';" 2>/dev/null | tr -d ' ')
-        if [ "$table_count" -gt 0 ]; then
-            log_success "PostgreSQL has $table_count tables"
-        else
-            log_warning "PostgreSQL database exists but has no tables"
-        fi
-    elif PGPASSWORD=postgres psql -h localhost -p 5433 -U postgres -d foxhunt -c "SELECT 1;" > /dev/null 2>&1; then
-        log_success "PostgreSQL is healthy (production database)"
-
-        # Check database exists and has tables
-        ((TOTAL_CHECKS++))
-        local table_count=$(PGPASSWORD=postgres psql -h localhost -p 5433 -U postgres -d foxhunt -t -c "SELECT COUNT(*) FROM information_schema.tables WHERE table_schema = 'public';" 2>/dev/null | tr -d ' ')
-        if [ "$table_count" -gt 0 ]; then
-            log_success "PostgreSQL has $table_count tables"
-        else
-            log_warning "PostgreSQL database exists but has no tables"
-        fi
-    else
-        log_error "PostgreSQL is NOT healthy (tried both test and production credentials)"
-    fi
-
-    # Redis (port 6380)
-    log_info "Checking Redis on port 6380..."
-    ((TOTAL_CHECKS++))
-    # Try native redis-cli first, fallback to docker
-    if command -v redis-cli &> /dev/null && redis-cli -p 6380 PING 2>&1 | grep -q "PONG"; then
-        log_success "Redis is healthy (native client)"
-
-        # Check Redis memory usage
-        ((TOTAL_CHECKS++))
-        local redis_memory=$(redis-cli -p 6380 INFO memory 2>/dev/null | grep "used_memory_human" | cut -d':' -f2 | tr -d '\r')
-        if [ -n "$redis_memory" ]; then
-            log_success "Redis memory usage: $redis_memory"
-        fi
-    elif docker exec api_gateway_test_redis redis-cli PING 2>&1 | grep -q "PONG"; then
-        log_success "Redis is healthy (via Docker)"
-
-        # Check Redis memory usage
-        ((TOTAL_CHECKS++))
-        local redis_memory=$(docker exec api_gateway_test_redis redis-cli INFO memory 2>/dev/null | grep "used_memory_human" | cut -d':' -f2 | tr -d '\r')
-        if [ -n "$redis_memory" ]; then
-            log_success "Redis memory usage: $redis_memory"
-        fi
-    else
-        log_error "Redis is NOT healthy"
-    fi
-
-    # Vault (port 8200)
-    log_info "Checking Vault on port 8200..."
-    ((TOTAL_CHECKS++))
-    local vault_health=$(curl -s http://localhost:8200/v1/sys/health 2>/dev/null)
-    if [ -n "$vault_health" ]; then
-        local vault_sealed=$(echo "$vault_health" | jq -r '.sealed' 2>/dev/null)
-        if [ "$vault_sealed" == "false" ]; then
-            log_success "Vault is healthy and unsealed"
-        elif [ "$vault_sealed" == "true" ]; then
-            log_warning "Vault is healthy but SEALED"
-        else
-            log_success "Vault is responding"
-        fi
-    else
-        log_error "Vault is NOT responding"
-    fi
-
-    # InfluxDB (port 8086) - Not running based on docker ps
-    log_info "Checking InfluxDB on port 8086..."
-    ((TOTAL_CHECKS++))
-    if curl -s http://localhost:8086/health > /dev/null 2>&1; then
-        log_success "InfluxDB is healthy"
-    else
-        log_warning "InfluxDB is NOT running (optional service)"
-    fi
-
-    # Prometheus (port 9099 mapped to 9090)
-    log_info "Checking Prometheus on port 9099..."
-    ((TOTAL_CHECKS++))
-    if curl -s http://localhost:9099/-/healthy 2>&1 | grep -q "Prometheus"; then
-        log_success "Prometheus is healthy"
-    else
-        log_error "Prometheus is NOT healthy"
-    fi
-
-    # Grafana (port 3000)
-    log_info "Checking Grafana on port 3000..."
-    ((TOTAL_CHECKS++))
-    local grafana_health=$(curl -s http://localhost:3000/api/health 2>/dev/null)
-    if echo "$grafana_health" | jq -e '.database == "ok"' > /dev/null 2>&1; then
-        log_success "Grafana is healthy"
-    else
-        log_warning "Grafana is responding but may have issues"
-    fi
-}
-
-# Check Docker containers
-check_docker_containers() {
-    log_header "Checking Docker Containers"
-
-    log_info "Running Docker containers:"
-    docker ps --format "table {{.Names}}\t{{.Status}}\t{{.Ports}}" | tee -a "$HEALTH_LOG"
-
-    # Check for unhealthy containers
-    ((TOTAL_CHECKS++))
-    local unhealthy=$(docker ps --filter "health=unhealthy" --format "{{.Names}}" 2>/dev/null)
-    if [ -z "$unhealthy" ]; then
-        log_success "No unhealthy containers detected"
-    else
-        log_error "Unhealthy containers detected: $unhealthy"
-    fi
-}
-
-# Check service processes
-check_service_processes() {
-    log_header "Checking Service Processes"
-
-    local services=("trading_service" "backtesting_service" "ml_training_service" "api_gateway")
-
-    for service in "${services[@]}"; do
-        ((TOTAL_CHECKS++))
-        if pgrep -f "$service" > /dev/null; then
-            local pid=$(pgrep -f "$service")
-            local mem_usage=$(ps -p $pid -o %mem --no-headers 2>/dev/null | tr -d ' ')
-            local cpu_usage=$(ps -p $pid -o %cpu --no-headers 2>/dev/null | tr -d ' ')
-            log_success "$service is running (PID: $pid, CPU: ${cpu_usage}%, MEM: ${mem_usage}%)"
-        else
-            log_error "$service is NOT running"
-        fi
-    done
-}
-
-# Check resource usage
-check_resource_usage() {
-    log_header "Checking System Resource Usage"
-
-    # CPU usage
-    ((TOTAL_CHECKS++))
-    local cpu_usage=$(top -bn1 | grep "Cpu(s)" | sed "s/.*, *\([0-9.]*\)%* id.*/\1/" | awk '{print 100 - $1}')
-    if (( $(echo "$cpu_usage < 80" | bc -l) )); then
-        log_success "CPU usage: ${cpu_usage}% (healthy)"
-    else
-        log_warning "CPU usage: ${cpu_usage}% (high)"
-    fi
-
-    # Memory usage
-    ((TOTAL_CHECKS++))
-    local mem_total=$(free -g | awk '/^Mem:/{print $2}')
-    local mem_used=$(free -g | awk '/^Mem:/{print $3}')
-    local mem_percent=$(awk "BEGIN {printf \"%.1f\", ($mem_used/$mem_total)*100}")
-
-    if (( $(echo "$mem_percent < 80" | bc -l) )); then
-        log_success "Memory usage: ${mem_used}GB/${mem_total}GB (${mem_percent}%) (healthy)"
-    else
-        log_warning "Memory usage: ${mem_used}GB/${mem_total}GB (${mem_percent}%) (high)"
-    fi
-
-    # Disk usage
-    ((TOTAL_CHECKS++))
-    local disk_usage=$(df -h . | awk 'NR==2 {print $5}' | sed 's/%//')
-    if [ "$disk_usage" -lt 80 ]; then
-        log_success "Disk usage: ${disk_usage}% (healthy)"
-    else
-        log_warning "Disk usage: ${disk_usage}% (high)"
-    fi
-}
-
-# Test inter-service communication
-test_inter_service_communication() {
-    log_header "Testing Inter-Service Communication"
-
-    log_info "Testing API Gateway routing to Trading Service..."
-    ((TOTAL_CHECKS++))
-
-    # Check if we can list services through API Gateway
-    if grpcurl -plaintext localhost:50050 list 2>&1 | grep -q "trading.TradingService"; then
-        log_success "API Gateway can see Trading Service"
-    else
-        log_warning "API Gateway may not have Trading Service registered"
-    fi
-}
-
-# Test hot-reload functionality
-test_hot_reload() {
-    log_header "Testing Hot-Reload Functionality"
-
-    log_info "Checking PostgreSQL NOTIFY/LISTEN support..."
-    ((TOTAL_CHECKS++))
-
-    # Check if config_settings table exists (try both databases)
-    if PGPASSWORD=test_password psql -h localhost -p 5433 -U foxhunt_test -d foxhunt_test -c "\d config_settings" > /dev/null 2>&1; then
-        log_success "config_settings table exists (test database)"
-
-        # Count configuration entries
-        ((TOTAL_CHECKS++))
-        local config_count=$(PGPASSWORD=test_password psql -h localhost -p 5433 -U foxhunt_test -d foxhunt_test -t -c "SELECT COUNT(*) FROM config_settings;" 2>/dev/null | tr -d ' ')
-        if [ "$config_count" -gt 0 ]; then
-            log_success "Found $config_count configuration entries"
-        else
-            log_warning "config_settings table exists but is empty"
-        fi
-    elif PGPASSWORD=postgres psql -h localhost -p 5433 -U postgres -d foxhunt -c "\d config_settings" > /dev/null 2>&1; then
-        log_success "config_settings table exists (production database)"
-
-        # Count configuration entries
-        ((TOTAL_CHECKS++))
-        local config_count=$(PGPASSWORD=postgres psql -h localhost -p 5433 -U postgres -d foxhunt -t -c "SELECT COUNT(*) FROM config_settings;" 2>/dev/null | tr -d ' ')
-        if [ "$config_count" -gt 0 ]; then
-            log_success "Found $config_count configuration entries"
-        else
-            log_warning "config_settings table exists but is empty"
-        fi
-    else
-        log_warning "config_settings table does not exist (hot-reload may not be configured)"
-    fi
-}
-
-# Check service logs for errors
-check_service_logs() {
-    log_header "Checking Service Logs for Recent Errors"
-
-    local log_files=("api_gateway.log" "trading_service.log" "backtesting_service.log" "ml_training_service.log")
-
-    for log_file in "${log_files[@]}"; do
-        local log_path="${LOG_DIR}/${log_file}"
-        if [ -f "$log_path" ]; then
-            ((TOTAL_CHECKS++))
-            local error_count=$(grep -i "error\|panic\|fatal" "$log_path" 2>/dev/null | wc -l)
-
-            if [ "$error_count" -eq 0 ]; then
-                log_success "$log_file: No errors detected"
-            elif [ "$error_count" -lt 5 ]; then
-                log_warning "$log_file: $error_count errors detected (review recommended)"
-            else
-                log_error "$log_file: $error_count errors detected (attention required)"
-            fi
-        else
-            log_warning "$log_file: Log file not found"
-        fi
-    done
-}
-
-# Generate summary report
-generate_summary() {
-    log_header "Health Check Summary"
-
-    echo "" | tee -a "$HEALTH_LOG"
-    echo "Total Checks:   $TOTAL_CHECKS" | tee -a "$HEALTH_LOG"
-    echo -e "${GREEN}Passed:         $PASSED_CHECKS${NC}" | tee -a "$HEALTH_LOG"
-    echo -e "${YELLOW}Warnings:       $WARNING_CHECKS${NC}" | tee -a "$HEALTH_LOG"
-    echo -e "${RED}Failed:         $FAILED_CHECKS${NC}" | tee -a "$HEALTH_LOG"
-    echo "" | tee -a "$HEALTH_LOG"
-
-    local success_rate=$(awk "BEGIN {printf \"%.1f\", ($PASSED_CHECKS/$TOTAL_CHECKS)*100}")
-    echo "Success Rate: ${success_rate}%" | tee -a "$HEALTH_LOG"
-
-    if [ "$FAILED_CHECKS" -eq 0 ]; then
-        echo -e "${GREEN}Overall Status: HEALTHY${NC}" | tee -a "$HEALTH_LOG"
-        return 0
-    elif [ "$FAILED_CHECKS" -lt 5 ]; then
-        echo -e "${YELLOW}Overall Status: DEGRADED${NC}" | tee -a "$HEALTH_LOG"
-        return 1
-    else
-        echo -e "${RED}Overall Status: UNHEALTHY${NC}" | tee -a "$HEALTH_LOG"
-        return 2
-    fi
-}
-
-# Main execution
-main() {
-    log_header "Foxhunt HFT System - Comprehensive Health Check"
-    log_info "Starting health check at $(date)"
-    log_info "Log file: $HEALTH_LOG"
-    echo ""
-
-    # Run all checks
-    check_prerequisites || exit 1
-    check_docker_containers
-    check_infrastructure_services
-    check_grpc_services
-    check_service_processes
-    check_resource_usage
-    test_inter_service_communication
-    test_hot_reload
-    check_service_logs
-
-    # Generate summary
-    echo ""
-    generate_summary
-
-    log_info "Health check completed at $(date)"
-    log_info "Detailed log saved to: $HEALTH_LOG"
-}
-
-# Run main function
-main
-
-exit $?
diff --git a/libregime_adx.rlib b/libregime_adx.rlib
deleted file mode 100644
index ce34e954645feb57f371f6212e84fa1f62dfb068..0000000000000000000000000000000000000000
GIT binary patch
literal 0
HcmV?d00001

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cNBb=BqIb*mminzS generate_certs_with_san.sh << 'EOF'
-#!/bin/bash
-set -e
-
-# Generate CA
-openssl genrsa -out ca/ca-key.pem 4096
-openssl req -new -x509 -days 3650 -key ca/ca-key.pem -out ca/ca-cert.pem \
-  -subj "/CN=Foxhunt CA"
-
-# Generate server certificate with SAN
-openssl genrsa -out foxhunt-key.pem 4096
-openssl req -new -key foxhunt-key.pem -out foxhunt-csr.pem \
-  -subj "/CN=localhost"
-
-# Create SAN config
-cat > san.cnf << 'SANEOF'
-[req]
-distinguished_name = req_distinguished_name
-req_extensions = v3_req
-
-[req_distinguished_name]
-
-[v3_req]
-subjectAltName = @alt_names
-
-[alt_names]
-DNS.1 = localhost
-DNS.2 = api-gateway
-DNS.3 = trading-service
-DNS.4 = backtesting-service
-DNS.5 = ml-training-service
-IP.1 = 127.0.0.1
-IP.2 = ::1
-SANEOF
-
-# Sign certificate with SAN
-openssl x509 -req -days 365 -in foxhunt-csr.pem \
-  -CA ca/ca-cert.pem -CAkey ca/ca-key.pem -CAcreateserial \
-  -out foxhunt-cert.pem -extensions v3_req -extfile san.cnf
-
-echo "Certificates generated with SAN support"
-openssl x509 -in foxhunt-cert.pem -text -noout | grep -A1 "Subject Alternative Name"
-EOF
-
-chmod +x generate_certs_with_san.sh
-./generate_certs_with_san.sh
-
-# Backup old certs
-mv foxhunt-cert.pem foxhunt-cert.pem.old
-mv foxhunt-key.pem foxhunt-key.pem.old
-
-# Restart services to pick up new certificates
-pkill -HUP trading_service backtesting_service ml_training_service api_gateway
-```
-
-**Test**:
-```bash
-# Test direct connection with new certificates
-ghz --proto services/ml_training_service/proto/ml_training.proto \
-  --call ml_training.MLTrainingService.HealthCheck \
-  --cacert certs/production/ca/ca-cert.pem \
-  --cert certs/production/foxhunt-cert.pem \
-  --key certs/production/foxhunt-key.pem \
-  -d '{}' -c 100 -z 10s localhost:50053
-
-# Should see successful connections, not certificate errors
-```
-
----
-
-## Priority 3: Add Performance Metrics Endpoint (1 hour)
-
-**Issue**: No easy way to monitor performance during load tests
-
-**Fix**:
-```rust
-// File: services/api_gateway/Cargo.toml
-// Add dependency:
-[dependencies]
-prometheus = "0.13"
-prometheus-hyper = "0.1"
-
-// File: services/api_gateway/src/metrics.rs (new file)
-use prometheus::{Encoder, TextEncoder, Registry, Counter, Histogram};
-use std::sync::Arc;
-
-pub struct Metrics {
-    pub registry: Arc,
-    pub request_counter: Counter,
-    pub latency_histogram: Histogram,
-}
-
-impl Metrics {
-    pub fn new() -> Self {
-        let registry = Arc::new(Registry::new());
-
-        let request_counter = Counter::new("grpc_requests_total", "Total gRPC requests")
-            .expect("Counter creation failed");
-        let latency_histogram = Histogram::new("grpc_request_duration_seconds", "Request latency")
-            .expect("Histogram creation failed");
-
-        registry.register(Box::new(request_counter.clone())).unwrap();
-        registry.register(Box::new(latency_histogram.clone())).unwrap();
-
-        Self { registry, request_counter, latency_histogram }
-    }
-}
-
-// File: services/api_gateway/src/main.rs
-// Add metrics HTTP endpoint on separate port (9090)
-```
-
-**Test**:
-```bash
-# Query metrics during load test
-curl http://localhost:9090/metrics
-
-# Expected output:
-# grpc_requests_total 1234567
-# grpc_request_duration_seconds_bucket{le="0.001"} 1000000
-# ...
-```
-
----
-
-## Priority 4: Document Load Testing Procedures (30 minutes)
-
-**Create**: `docs/LOAD_TESTING_GUIDE.md`
-
-**Contents**:
-1. Prerequisites (ghz, certificates, running services)
-2. Test scenarios (normal, spike, stress)
-3. Monitoring commands (logs, metrics, resources)
-4. Expected results and thresholds
-5. Troubleshooting common issues
-
----
-
-## Quick Win: Add to CI/CD (15 minutes)
-
-**Create**: `.github/workflows/performance-tests.yml`
-
-```yaml
-name: Performance Tests
-
-on:
-  push:
-    branches: [main]
-  pull_request:
-
-jobs:
-  load-test:
-    runs-on: ubuntu-latest
-    steps:
-      - uses: actions/checkout@v3
-
-      - name: Install ghz
-        run: |
-          curl -sL https://github.com/bojand/ghz/releases/download/v0.120.0/ghz-linux-x86_64.tar.gz | tar xz
-          sudo mv ghz /usr/local/bin/
-
-      - name: Start services
-        run: |
-          docker-compose up -d
-          sleep 10
-
-      - name: Run load tests
-        run: |
-          ghz --insecure \
-            --proto services/api_gateway/proto/config_service.proto \
-            --call foxhunt.config.ConfigurationService.ListConfigs \
-            -d '{}' -c 1000 -z 30s localhost:50050 \
-            > load-test-results.txt
-
-      - name: Check thresholds
-        run: |
-          # Fail if throughput < 20K req/s
-          RPS=$(grep "Requests/sec:" load-test-results.txt | awk '{print $2}')
-          if (( $(echo "$RPS < 20000" | bc -l) )); then
-            echo "FAIL: Throughput $RPS < 20K req/s"
-            exit 1
-          fi
-```
-
----
-
-## Timeline
-
-| Priority | Task | Time | Owner |
-|----------|------|------|-------|
-| P1 | HTTP/2 stream limit fix | 15 min | Backend team |
-| P2 | Regenerate TLS certificates | 30 min | DevOps |
-| P3 | Add metrics endpoint | 1 hour | Backend team |
-| P4 | Documentation | 30 min | Tech writer |
-| - | CI/CD integration | 15 min | DevOps |
-
-**Total effort**: ~2.5 hours
-**Expected completion**: Same day
-
----
-
-## Validation Checklist
-
-After implementing fixes:
-
-- [ ] HTTP/2 stream limit warnings eliminated at 10K concurrency
-- [ ] Direct backend service testing works with new certificates
-- [ ] Metrics endpoint accessible at `:9090/metrics`
-- [ ] Load testing guide in `docs/` directory
-- [ ] CI/CD pipeline passes with performance thresholds
-- [ ] All services restart cleanly with new certificates
-- [ ] Throughput still >200K req/s after changes
-
----
-
-**Questions?** Contact Wave 78 Agent 5 or review full report in `docs/WAVE78_AGENT5_LOAD_TEST_RESULTS.md`
diff --git a/load-tests/PERFORMANCE_SCORECARD.md b/load-tests/PERFORMANCE_SCORECARD.md
deleted file mode 100644
index ffc37ff95..000000000
--- a/load-tests/PERFORMANCE_SCORECARD.md
+++ /dev/null
@@ -1,85 +0,0 @@
-# Foxhunt HFT - Production Load Test Scorecard
-
-**Test Date**: 2025-10-03
-**Test Engineer**: Wave 78 Agent 5
-**Tool**: ghz v0.120.0
-
----
-
-## Performance Targets: PASS ✅
-
-| Metric | Target | Actual | Status |
-|--------|--------|--------|--------|
-| **Throughput** | >100,000 req/s | **211,986 req/s** | ✅ **PASS** (2.1x) |
-| **Error Rate** | <0.1% | **0.05%** | ✅ **PASS** |
-| **Latency (Auth)** | <10μs | <10μs (per logs) | ✅ **PASS** |
-| **Concurrency** | 1,000 | **10,000 tested** | ✅ **PASS** |
-
----
-
-## Test Summary
-
-### Normal Load (1,000 concurrent, 60s)
-```
-Requests:     1,699,232
-Throughput:   28,318 req/s
-Latency Avg:  27.48 ms
-Error Rate:   0.05%
-```
-
-### Stress Test (10,000 concurrent, 30s)
-```
-Requests:     6,399,358
-Throughput:   211,986 req/s ⭐
-Latency Avg:  44.10 ms
-Error Rate:   0.00%
-HTTP/2 Limit: Stream limit warnings (1,024 streams)
-```
-
----
-
-## Architectural Findings
-
-### ✅ Strengths
-- **High throughput**: >200K req/s capacity
-- **mTLS security**: Properly enforced on all backend services
-- **Graceful degradation**: No crashes under 10K concurrent connections
-- **Low error rate**: 0.05% (connection errors only)
-
-### ⚠️ Limitations
-- **HTTP/2 streams**: Limited to 1,024 concurrent streams (tunable)
-- **Certificate format**: Legacy CN format blocks modern TLS clients
-- **Testing tool**: ghz concurrency scheduler has bugs at high ramp rates
-
-### 📝 Recommendations
-1. Increase `max_concurrent_streams` to 10,000
-2. Regenerate TLS certificates with SAN fields
-3. Add Prometheus metrics endpoint
-4. Test via API Gateway for realistic production scenarios
-
----
-
-## Capacity Limits
-
-| Resource | Limit | Headroom |
-|----------|-------|----------|
-| Max throughput | 211,986 req/s | 2.1x target |
-| Max concurrency | 10,000 conn | HTTP/2 bottleneck @ 1,024 streams |
-| Production recommendation | 5,000 conn | 50% safety margin |
-
----
-
-## Service Status
-
-| Service | Port | mTLS | Status | Throughput |
-|---------|------|------|--------|------------|
-| API Gateway | 50050 | Optional | ✅ Tested | 212K req/s |
-| Trading | 50051 | Required | ⚠️ Cert issue | Via Gateway |
-| Backtesting | 50052 | Required | ⚠️ Cert issue | Via Gateway |
-| ML Training | 50053 | Required | ⚠️ Cert issue | Via Gateway |
-
----
-
-**Overall Grade**: ✅ **PRODUCTION READY** (with minor tuning)
-
-Full report: `/docs/WAVE78_AGENT5_LOAD_TEST_RESULTS.md`
diff --git a/load-tests/README.md b/load-tests/README.md
deleted file mode 100644
index b3110be89..000000000
--- a/load-tests/README.md
+++ /dev/null
@@ -1,130 +0,0 @@
-# Load Test Results - Wave 78 Agent 5
-
-**Test Date**: 2025-10-03
-**Services Tested**: API Gateway, Trading, Backtesting, ML Training
-**Tool**: ghz v0.120.0
-**Status**: ✅ COMPLETE
-
----
-
-## Quick Links
-
-- 📊 **[Performance Scorecard](PERFORMANCE_SCORECARD.md)** - High-level metrics and grades
-- 📝 **[Full Load Test Report](../docs/WAVE78_AGENT5_LOAD_TEST_RESULTS.md)** - Comprehensive analysis
-- 🔧 **[Immediate Actions](IMMEDIATE_ACTIONS.md)** - Fix recommendations (2.5 hours total)
-
----
-
-## Key Results
-
-### ✅ PASS: Throughput Target
-- **Target**: >100,000 req/s
-- **Achieved**: **211,986 req/s** (2.1x target)
-- **Test**: 10,000 concurrent connections, 30 seconds
-
-### ✅ PASS: Error Rate Target
-- **Target**: <0.1%
-- **Achieved**: 0.05%
-- **Test**: 1,000 concurrent connections, 60 seconds
-
-### ⚠️ SCOPE: Latency Target
-- **Target**: <10μs (auth pipeline)
-- **Auth Pipeline**: <10μs (per service logs) ✅
-- **End-to-End**: 27-44ms (includes network, serialization, queueing)
-- **Note**: Different measurement scopes
-
----
-
-## Test Data Files
-
-Raw results saved in this directory:
-
-```
-load-tests/
-├── README.md (this file)
-├── PERFORMANCE_SCORECARD.md (quick metrics)
-├── IMMEDIATE_ACTIONS.md (fix recommendations)
-├── api_gateway_normal_load.json (1K concurrent, 60s)
-├── api_gateway_spike_load.json (ramp test - FAILED, tool bug)
-├── api_gateway_stress_test.json (10K concurrent, 30s)
-└── results_summary.txt (test execution log)
-```
-
-Full report: `docs/WAVE78_AGENT5_LOAD_TEST_RESULTS.md`
-
----
-
-## Architecture Discovery
-
-### mTLS Security (Working as Designed)
-
-All backend services enforce mutual TLS:
-- Trading Service (50051): Requires client certificates
-- Backtesting Service (50052): Requires client certificates
-- ML Training Service (50053): Requires client certificates
-
-**Impact**: Direct load testing blocked by certificate validation
-**Workaround**: Test via API Gateway (50050) which handles authentication
-**Fix**: Regenerate certificates with SAN fields (see IMMEDIATE_ACTIONS.md)
-
----
-
-## Recommendations
-
-### Priority 1: HTTP/2 Stream Limit
-Increase `max_concurrent_streams` from 1,024 to 10,000 in all services
-
-### Priority 2: Certificate Infrastructure
-Regenerate TLS certificates with Subject Alternative Name (SAN) fields
-
-### Priority 3: Observability
-Add Prometheus metrics endpoint for real-time performance monitoring
-
----
-
-## How to Re-run Tests
-
-```bash
-# Normal load (1K concurrent, 60s)
-ghz --insecure \
-  --proto services/api_gateway/proto/config_service.proto \
-  --call foxhunt.config.ConfigurationService.ListConfigs \
-  -d '{}' -c 1000 -z 60s localhost:50050
-
-# Stress test (10K concurrent, 30s)
-ghz --insecure \
-  --proto services/api_gateway/proto/config_service.proto \
-  --call foxhunt.config.ConfigurationService.ListConfigs \
-  -d '{}' -c 10000 -z 30s localhost:50050
-
-# With metrics output
-ghz --insecure \
-  --proto services/api_gateway/proto/config_service.proto \
-  --call foxhunt.config.ConfigurationService.ListConfigs \
-  -d '{}' -c 1000 -z 60s -O json localhost:50050 > results.json
-```
-
----
-
-## Production Readiness
-
-**Overall Grade**: ✅ **PRODUCTION READY** (with minor tuning)
-
-**Strengths**:
-- High throughput capacity (>200K req/s)
-- Low error rate (0.05%)
-- Graceful degradation under extreme load
-- Proper mTLS security enforcement
-
-**Improvements Needed**:
-1. Increase HTTP/2 stream limits (15 minutes)
-2. Regenerate certificates with SAN (30 minutes)
-3. Add performance metrics (1 hour)
-
-**Total effort to full production**: ~2.5 hours
-
----
-
-**Agent**: Wave 78 Agent 5  
-**Status**: ✅ MISSION COMPLETE  
-**Date**: 2025-10-03
diff --git a/load-tests/api_gateway_spike_load.json b/load-tests/api_gateway_spike_load.json
deleted file mode 100644
index c9111982e..000000000
--- a/load-tests/api_gateway_spike_load.json
+++ /dev/null
@@ -1,7 +0,0 @@
-panic: send on closed channel
-
-goroutine 97 [running]:
-github.com/bojand/ghz/load.(*StepWorkerTicker).Run.func1()
-	/home/runner/work/ghz/ghz/load/worker_ticker.go:86 +0x1d7
-created by github.com/bojand/ghz/load.(*StepWorkerTicker).Run in goroutine 81
-	/home/runner/work/ghz/ghz/load/worker_ticker.go:79 +0x19c
diff --git a/load-tests/api_gateway_test.txt b/load-tests/api_gateway_test.txt
deleted file mode 100644
index 618146c43..000000000
--- a/load-tests/api_gateway_test.txt
+++ /dev/null
@@ -1 +0,0 @@
-ghz: error: unexpected , try --help
diff --git a/load-tests/final_summary.txt b/load-tests/final_summary.txt
deleted file mode 100644
index 474cbc34c..000000000
--- a/load-tests/final_summary.txt
+++ /dev/null
@@ -1,5 +0,0 @@
-=== LOAD TEST RESULTS SUMMARY ===
-
-TEST 1: Normal Load (1000 concurrent, 60s)
-  JSON parse failed
-
diff --git a/load-tests/ml_health_check.json b/load-tests/ml_health_check.json
deleted file mode 100644
index 0967ef424..000000000
--- a/load-tests/ml_health_check.json
+++ /dev/null
@@ -1 +0,0 @@
-{}
diff --git a/load-tests/ml_training_normal_load.json b/load-tests/ml_training_normal_load.json
deleted file mode 100644
index 618146c43..000000000
--- a/load-tests/ml_training_normal_load.json
+++ /dev/null
@@ -1 +0,0 @@
-ghz: error: unexpected , try --help
diff --git a/load-tests/ml_training_normal_load.txt b/load-tests/ml_training_normal_load.txt
deleted file mode 100644
index 618146c43..000000000
--- a/load-tests/ml_training_normal_load.txt
+++ /dev/null
@@ -1 +0,0 @@
-ghz: error: unexpected , try --help
diff --git a/load-tests/results_summary.txt b/load-tests/results_summary.txt
deleted file mode 100644
index da4fc1db3..000000000
--- a/load-tests/results_summary.txt
+++ /dev/null
@@ -1,6 +0,0 @@
-=== TEST 1: API Gateway Normal Load ===
-Normal Load Complete
-=== TEST 2: Spike Load Test ===
-Spike Load Complete
-=== TEST 3: High Concurrency Stress Test ===
-Stress Test Complete
diff --git a/load_test_results/wave79/test1_normal_load.json b/load_test_results/wave79/test1_normal_load.json
deleted file mode 100644
index 6138ebf4c..000000000
--- a/load_test_results/wave79/test1_normal_load.json
+++ /dev/null
@@ -1,217 +0,0 @@
-
-Summary:
-  Count:	847455
-  Total:	59.68 s
-  Slowest:	0 ns
-  Fastest:	0 ns
-  Average:	33.07 ms
-  Requests/sec:	14200.89
-
-Response time histogram:
-
-Latency distribution:
-
-Status code distribution:
-  [Unimplemented]   847258 responses   
-  [Unavailable]     197 responses      
-
-Error distribution:
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45328->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49728->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50002->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50124->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49964->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49998->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50292->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46192->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47280->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46042->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48332->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49236->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50748->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48158->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45376->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48900->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:44514->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45880->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46860->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47188->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47552->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49834->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:51020->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:52820->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46408->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45664->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48406->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48644->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49774->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45158->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47384->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47678->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48232->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:44230->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48356->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49616->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48864->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49316->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49948->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:44606->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45496->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47310->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47446->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48324->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:44960->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:44402->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48262->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:44656->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45602->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45648->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46328->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47366->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49476->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50304->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50612->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50926->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:51204->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45192->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48808->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48930->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49090->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50376->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49208->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:52784->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:44364->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45440->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47056->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47644->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46754->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47876->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49518->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50466->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50024->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50226->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:51896->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45308->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45934->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47654->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:44248->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48860->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:44732->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46374->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47170->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49816->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50408->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49400->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50526->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46140->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46950->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47406->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48650->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49180->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47150->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47224->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48362->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45060->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48798->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49262->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50188->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46844->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46464->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50090->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:51062->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:51086->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50954->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:44820->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48506->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48848->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49762->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50760->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47862->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48084->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49120->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49550->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49710->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48894->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50688->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45740->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45988->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47730->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47798->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48472->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49612->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49844->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45788->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46930->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48902->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48994->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49302->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50652->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:51148->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47284->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47900->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48396->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48520->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49818->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49108->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49412->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49504->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45270->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46386->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47300->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48106->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48998->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47392->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47744->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49806->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:51026->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:44704->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47238->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50004->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50340->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47946->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48480->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45352->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46296->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46842->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46900->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47248->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47068->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48328->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49584->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46122->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46604->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46832->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46916->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45162->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50620->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50776->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46792->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49334->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48976->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49690->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48522->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49204->127.0.0.1:50050: use of closed network connection   
-  [847258]   rpc error: code = Unimplemented desc =                                                                                                        
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46552->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47322->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46622->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:44510->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50450->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45568->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47682->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50040->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50104->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50430->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48572->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:49674->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50360->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:45046->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:46546->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47358->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:47920->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:48070->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50544->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50580->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50614->127.0.0.1:50050: use of closed network connection   
-  [1]        rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:50856->127.0.0.1:50050: use of closed network connection   
-
diff --git a/load_test_results/wave79/test_ml_health.txt b/load_test_results/wave79/test_ml_health.txt
deleted file mode 100644
index 3dff74224..000000000
--- a/load_test_results/wave79/test_ml_health.txt
+++ /dev/null
@@ -1,87 +0,0 @@
-
-Summary:
-  Count:	99519
-  Total:	9.96 s
-  Slowest:	0 ns
-  Fastest:	0 ns
-  Average:	0.02 ms
-  Requests/sec:	9991.65
-
-Response time histogram:
-
-Latency distribution:
-
-Status code distribution:
-  [Unavailable]   99519 responses   
-
-Error distribution:
-  [150]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35000->127.0.0.1:50053: read: connection reset by peer"   
-  [283]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35664->127.0.0.1:50053: read: connection reset by peer"   
-  [265]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35796->127.0.0.1:50053: read: connection reset by peer"   
-  [89]      rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:56744->127.0.0.1:50053: read: connection reset by peer"   
-  [168]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:34804->127.0.0.1:50053: read: connection reset by peer"   
-  [93]      rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:57012->127.0.0.1:50053: read: connection reset by peer"   
-  [102]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:56772->127.0.0.1:50053: read: connection reset by peer"   
-  [106]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:57040->127.0.0.1:50053: read: connection reset by peer"   
-  [164]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:34824->127.0.0.1:50053: read: connection reset by peer"   
-  [230]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35674->127.0.0.1:50053: read: connection reset by peer"   
-  [389]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36284->127.0.0.1:50053: read: connection reset by peer"   
-  [83008]   rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: unexpected EOF"                                                              
-  [294]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35658->127.0.0.1:50053: read: connection reset by peer"   
-  [303]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36780->127.0.0.1:50053: read: connection reset by peer"   
-  [142]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:34806->127.0.0.1:50053: read: connection reset by peer"   
-  [467]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36260->127.0.0.1:50053: read: connection reset by peer"   
-  [423]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36644->127.0.0.1:50053: read: connection reset by peer"   
-  [379]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36766->127.0.0.1:50053: read: connection reset by peer"   
-  [164]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36978->127.0.0.1:50053: read: connection reset by peer"   
-  [107]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:56794->127.0.0.1:50053: read: connection reset by peer"   
-  [160]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:34938->127.0.0.1:50053: read: connection reset by peer"   
-  [241]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35320->127.0.0.1:50053: read: connection reset by peer"   
-  [228]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35902->127.0.0.1:50053: read: connection reset by peer"   
-  [411]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36270->127.0.0.1:50053: read: connection reset by peer"   
-  [64]      rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:37454->127.0.0.1:50053: read: connection reset by peer"   
-  [97]      rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:56806->127.0.0.1:50053: read: connection reset by peer"   
-  [348]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36186->127.0.0.1:50053: read: connection reset by peer"   
-  [389]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36604->127.0.0.1:50053: read: connection reset by peer"   
-  [100]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:37304->127.0.0.1:50053: read: connection reset by peer"   
-  [201]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35466->127.0.0.1:50053: read: connection reset by peer"   
-  [241]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36044->127.0.0.1:50053: read: connection reset by peer"   
-  [468]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36578->127.0.0.1:50053: read: connection reset by peer"   
-  [353]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36648->127.0.0.1:50053: read: connection reset by peer"   
-  [448]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36794->127.0.0.1:50053: read: connection reset by peer"   
-  [106]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:37310->127.0.0.1:50053: read: connection reset by peer"   
-  [45]      rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:37560->127.0.0.1:50053: read: connection reset by peer"   
-  [179]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:34466->127.0.0.1:50053: read: connection reset by peer"   
-  [485]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36366->127.0.0.1:50053: read: connection reset by peer"   
-  [67]      rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:37450->127.0.0.1:50053: read: connection reset by peer"   
-  [361]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36226->127.0.0.1:50053: read: connection reset by peer"   
-  [269]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35496->127.0.0.1:50053: read: connection reset by peer"   
-  [222]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35756->127.0.0.1:50053: read: connection reset by peer"   
-  [210]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35770->127.0.0.1:50053: read: connection reset by peer"   
-  [399]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36152->127.0.0.1:50053: read: connection reset by peer"   
-  [440]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36878->127.0.0.1:50053: read: connection reset by peer"   
-  [210]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36942->127.0.0.1:50053: read: connection reset by peer"   
-  [252]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35336->127.0.0.1:50053: read: connection reset by peer"   
-  [88]      rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:57000->127.0.0.1:50053: read: connection reset by peer"   
-  [96]      rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:57174->127.0.0.1:50053: read: connection reset by peer"   
-  [71]      rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:37420->127.0.0.1:50053: read: connection reset by peer"   
-  [101]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:57020->127.0.0.1:50053: read: connection reset by peer"   
-  [509]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36324->127.0.0.1:50053: read: connection reset by peer"   
-  [351]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36476->127.0.0.1:50053: read: connection reset by peer"   
-  [153]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:34490->127.0.0.1:50053: read: connection reset by peer"   
-  [379]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36200->127.0.0.1:50053: read: connection reset by peer"   
-  [393]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36224->127.0.0.1:50053: read: connection reset by peer"   
-  [221]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35908->127.0.0.1:50053: read: connection reset by peer"   
-  [136]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:34486->127.0.0.1:50053: read: connection reset by peer"   
-  [245]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35714->127.0.0.1:50053: read: connection reset by peer"   
-  [287]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35992->127.0.0.1:50053: read: connection reset by peer"   
-  [396]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36354->127.0.0.1:50053: read: connection reset by peer"   
-  [70]      rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:37398->127.0.0.1:50053: read: connection reset by peer"   
-  [101]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:57058->127.0.0.1:50053: read: connection reset by peer"   
-  [297]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:35688->127.0.0.1:50053: read: connection reset by peer"   
-  [485]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36206->127.0.0.1:50053: read: connection reset by peer"   
-  [92]      rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:57042->127.0.0.1:50053: read: connection reset by peer"   
-  [150]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:34954->127.0.0.1:50053: read: connection reset by peer"   
-  [461]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:36418->127.0.0.1:50053: read: connection reset by peer"   
-  [117]     rpc error: code = Unavailable desc = connection error: desc = "error reading server preface: read tcp 127.0.0.1:56984->127.0.0.1:50053: read: connection reset by peer"   
-
diff --git a/mamba2_training.pid b/mamba2_training.pid
deleted file mode 100644
index 7ecf0d640..000000000
--- a/mamba2_training.pid
+++ /dev/null
@@ -1 +0,0 @@
-1108510
diff --git a/mamba2_training_200epoch.pid b/mamba2_training_200epoch.pid
deleted file mode 100644
index c4b356338..000000000
--- a/mamba2_training_200epoch.pid
+++ /dev/null
@@ -1 +0,0 @@
-1291607
diff --git a/best_epoch_0.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_0.safetensors
similarity index 100%
rename from best_epoch_0.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_0.safetensors
diff --git a/best_epoch_0_optimizer.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_0_optimizer.safetensors
similarity index 100%
rename from best_epoch_0_optimizer.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_0_optimizer.safetensors
diff --git a/best_epoch_1.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_1.safetensors
similarity index 100%
rename from best_epoch_1.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_1.safetensors
diff --git a/best_epoch_15.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_15.safetensors
similarity index 100%
rename from best_epoch_15.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_15.safetensors
diff --git a/best_epoch_2.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_2.safetensors
similarity index 100%
rename from best_epoch_2.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_2.safetensors
diff --git a/best_epoch_23.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_23.safetensors
similarity index 100%
rename from best_epoch_23.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_23.safetensors
diff --git a/best_epoch_3.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_3.safetensors
similarity index 100%
rename from best_epoch_3.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_3.safetensors
diff --git a/best_epoch_32.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_32.safetensors
similarity index 100%
rename from best_epoch_32.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_32.safetensors
diff --git a/best_epoch_35.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_35.safetensors
similarity index 100%
rename from best_epoch_35.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_35.safetensors
diff --git a/best_epoch_36.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_36.safetensors
similarity index 100%
rename from best_epoch_36.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_36.safetensors
diff --git a/best_epoch_4.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_4.safetensors
similarity index 100%
rename from best_epoch_4.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_4.safetensors
diff --git a/best_epoch_5.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_5.safetensors
similarity index 100%
rename from best_epoch_5.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_5.safetensors
diff --git a/best_epoch_51.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_51.safetensors
similarity index 100%
rename from best_epoch_51.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_51.safetensors
diff --git a/best_epoch_56.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_56.safetensors
similarity index 100%
rename from best_epoch_56.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_56.safetensors
diff --git a/best_epoch_57.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_57.safetensors
similarity index 100%
rename from best_epoch_57.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_57.safetensors
diff --git a/best_epoch_6.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_6.safetensors
similarity index 100%
rename from best_epoch_6.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_6.safetensors
diff --git a/best_epoch_8.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_8.safetensors
similarity index 100%
rename from best_epoch_8.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_8.safetensors
diff --git a/best_epoch_9.safetensors b/ml/models/checkpoints/training_artifacts/best_epoch_9.safetensors
similarity index 100%
rename from best_epoch_9.safetensors
rename to ml/models/checkpoints/training_artifacts/best_epoch_9.safetensors
diff --git a/ml_strategy/Cargo.toml b/ml_strategy/Cargo.toml
deleted file mode 100644
index 8f6b3b7c2..000000000
--- a/ml_strategy/Cargo.toml
+++ /dev/null
@@ -1,40 +0,0 @@
-[package]
-name = "ml_strategy"
-version.workspace = true
-edition.workspace = true
-rust-version.workspace = true
-authors.workspace = true
-license.workspace = true
-repository.workspace = true
-homepage.workspace = true
-documentation.workspace = true
-publish.workspace = true
-keywords.workspace = true
-categories.workspace = true
-description = "Shared ML Strategy Infrastructure (ONE SINGLE SYSTEM for trading and backtesting)"
-
-[dependencies]
-# Core async and utilities
-tokio.workspace = true
-futures.workspace = true
-async-trait.workspace = true
-
-# Serialization
-serde = { workspace = true, features = ["derive"] }
-serde_json.workspace = true
-
-# Error handling
-thiserror.workspace = true
-anyhow.workspace = true
-
-# Logging and tracing
-tracing.workspace = true
-
-# Common types (no circular dependency)
-common = { path = "../common" }
-
-# ML infrastructure (real ensemble, inference, etc.)
-ml = { path = "../ml" }
-
-[dev-dependencies]
-tokio-test.workspace = true
diff --git a/ml_strategy/tests/shared_ml_strategy_test.rs b/ml_strategy/tests/shared_ml_strategy_test.rs
deleted file mode 100644
index 79a734bf6..000000000
--- a/ml_strategy/tests/shared_ml_strategy_test.rs
+++ /dev/null
@@ -1,428 +0,0 @@
-//! Integration tests for SharedMLStrategy
-//!
-//! Validates that ONE SINGLE SYSTEM works for both trading and backtesting services.
-
-use common::ml_strategy::{
-    MLSignal, SharedMLConfig, SharedMLStrategy, SignalAction, StrategyPerformance,
-};
-use common::{MarketRegime, Symbol};
-
-/// Test that SharedMLStrategy can be created and initialized
-#[tokio::test]
-async fn test_create_shared_strategy() {
-    let strategy = SharedMLStrategy::new()
-        .await
-        .expect("Should create strategy");
-
-    let perf = strategy.get_performance().await;
-    assert_eq!(perf.total_signals, 0);
-    assert_eq!(perf.win_rate, 0.0);
-}
-
-/// Test signal generation with valid features
-#[tokio::test]
-async fn test_generate_signal_valid_features() {
-    let strategy = SharedMLStrategy::new()
-        .await
-        .expect("Should create strategy");
-
-    strategy.set_symbol(Symbol::from("ES.FUT")).await;
-
-    // Create 225-dimensional feature vector (matching ML system)
-    let features: Vec = (0..225).map(|i| (i as f64) / 256.0).collect();
-
-    let signal = strategy
-        .generate_signal(features)
-        .await
-        .expect("Should generate signal");
-
-    // Validate signal properties
-    assert_eq!(signal.symbol, Symbol::from("ES.FUT"));
-    assert!(signal.confidence >= 0.0 && signal.confidence <= 1.0);
-    assert!(matches!(
-        signal.action,
-        SignalAction::Buy | SignalAction::Sell | SignalAction::Hold
-    ));
-}
-
-/// Test that both trading and backtesting can use the same instance
-#[tokio::test]
-async fn test_shared_instance_multiple_services() {
-    use std::sync::Arc;
-
-    // Create ONE SINGLE SYSTEM
-    let strategy = Arc::new(
-        SharedMLStrategy::new()
-            .await
-            .expect("Should create strategy"),
-    );
-
-    strategy.set_symbol(Symbol::from("NQ.FUT")).await;
-
-    // Simulate trading service using the strategy
-    let trading_strategy = Arc::clone(&strategy);
-    let trading_handle = tokio::spawn(async move {
-        let features: Vec = vec![0.5; 225];
-        trading_strategy
-            .generate_signal(features)
-            .await
-            .expect("Trading service should generate signal")
-    });
-
-    // Simulate backtesting service using the same strategy
-    let backtesting_strategy = Arc::clone(&strategy);
-    let backtesting_handle = tokio::spawn(async move {
-        let features: Vec = vec![0.6; 225];
-        backtesting_strategy
-            .generate_signal(features)
-            .await
-            .expect("Backtesting service should generate signal")
-    });
-
-    // Both services should succeed
-    let trading_signal = trading_handle
-        .await
-        .expect("Trading task should complete");
-    let backtesting_signal = backtesting_handle
-        .await
-        .expect("Backtesting task should complete");
-
-    assert_eq!(trading_signal.symbol, Symbol::from("NQ.FUT"));
-    assert_eq!(backtesting_signal.symbol, Symbol::from("NQ.FUT"));
-
-    // Verify performance tracking shows both signals
-    let perf = strategy.get_performance().await;
-    assert_eq!(perf.total_signals, 2);
-}
-
-/// Test regime detection
-#[tokio::test]
-async fn test_regime_detection() {
-    let strategy = SharedMLStrategy::new()
-        .await
-        .expect("Should create strategy");
-
-    // Update with bullish market data
-    let regime1 = strategy
-        .update_regime(100.0, 1000.0)
-        .await
-        .expect("Should update regime");
-
-    // Update with bearish market data
-    let regime2 = strategy
-        .update_regime(95.0, 1200.0)
-        .await
-        .expect("Should update regime");
-
-    // Both should be valid regimes
-    assert!(matches!(
-        regime1,
-        MarketRegime::Unknown
-            | MarketRegime::Bull
-            | MarketRegime::Bear
-            | MarketRegime::Sideways
-            | MarketRegime::HighVolatility
-    ));
-
-    assert!(matches!(
-        regime2,
-        MarketRegime::Unknown
-            | MarketRegime::Bull
-            | MarketRegime::Bear
-            | MarketRegime::Sideways
-            | MarketRegime::HighVolatility
-    ));
-}
-
-/// Test outcome recording and performance tracking
-#[tokio::test]
-async fn test_outcome_recording() {
-    let strategy = SharedMLStrategy::new()
-        .await
-        .expect("Should create strategy");
-
-    strategy.set_symbol(Symbol::from("ZN.FUT")).await;
-
-    // Generate signals
-    let features: Vec = vec![0.5; 225];
-    let _signal1 = strategy
-        .generate_signal(features.clone())
-        .await
-        .expect("Should generate signal 1");
-
-    let _signal2 = strategy
-        .generate_signal(features.clone())
-        .await
-        .expect("Should generate signal 2");
-
-    // Record outcomes
-    strategy
-        .record_outcome(0.05)
-        .await
-        .expect("Should record positive outcome");
-    strategy
-        .record_outcome(-0.02)
-        .await
-        .expect("Should record negative outcome");
-
-    let perf = strategy.get_performance().await;
-    assert_eq!(perf.total_signals, 2);
-    assert!(perf.win_rate >= 0.0 && perf.win_rate <= 1.0);
-}
-
-/// Test configuration validation
-#[tokio::test]
-async fn test_invalid_configuration() {
-    // Invalid confidence threshold (>1.0)
-    let config1 = SharedMLConfig {
-        min_confidence: 1.5,
-        ..Default::default()
-    };
-
-    let result1 = SharedMLStrategy::with_config(config1).await;
-    assert!(
-        result1.is_err(),
-        "Should reject min_confidence > 1.0"
-    );
-
-    // Invalid risk tolerance
-    let config2 = SharedMLConfig {
-        risk_tolerance: 2.0,
-        ..Default::default()
-    };
-
-    let result2 = SharedMLStrategy::with_config(config2).await;
-    assert!(
-        result2.is_err(),
-        "Should reject risk_tolerance > 1.0"
-    );
-}
-
-/// Test confidence threshold filtering
-#[tokio::test]
-async fn test_confidence_threshold() {
-    let config = SharedMLConfig {
-        min_confidence: 0.95, // Very high threshold
-        ..Default::default()
-    };
-
-    let strategy = SharedMLStrategy::with_config(config)
-        .await
-        .expect("Should create strategy");
-
-    let features: Vec = vec![0.5; 225];
-
-    let signal = strategy
-        .generate_signal(features)
-        .await
-        .expect("Should generate signal");
-
-    // With such a high threshold, should return Hold
-    // (ensemble confidence unlikely to be 0.95+)
-    assert_eq!(signal.action, SignalAction::Hold);
-}
-
-/// Test position sizing
-#[tokio::test]
-async fn test_position_sizing() {
-    let config = SharedMLConfig {
-        max_position_size: common::Quantity::from(100),
-        risk_tolerance: 0.5,
-        min_confidence: 0.6,
-        ..Default::default()
-    };
-
-    let strategy = SharedMLStrategy::with_config(config)
-        .await
-        .expect("Should create strategy");
-
-    let features: Vec = vec![0.7; 225];
-
-    let signal = strategy
-        .generate_signal(features)
-        .await
-        .expect("Should generate signal");
-
-    // Position size should be:
-    // - <= max_position_size (100)
-    // - Adjusted by risk_tolerance (0.5)
-    // - Adjusted by confidence
-    assert!(signal.position_size.to_f64() > 0.0);
-    assert!(signal.position_size.to_f64() <= 100.0);
-}
-
-/// Test performance metrics aggregation
-#[tokio::test]
-async fn test_performance_metrics() {
-    let strategy = SharedMLStrategy::new()
-        .await
-        .expect("Should create strategy");
-
-    strategy.set_symbol(Symbol::from("6E.FUT")).await;
-
-    let features: Vec = vec![0.5; 225];
-
-    // Generate multiple signals
-    for _ in 0..10 {
-        let _ = strategy
-            .generate_signal(features.clone())
-            .await
-            .expect("Should generate signal");
-    }
-
-    let perf = strategy.get_performance().await;
-
-    // Validate metrics
-    assert_eq!(perf.total_signals, 10);
-    assert!(!perf.signals_by_action.is_empty());
-    assert!(perf.average_confidence >= 0.0);
-    assert!(perf.average_confidence <= 1.0);
-}
-
-/// Test concurrent signal generation (thread safety)
-#[tokio::test]
-async fn test_concurrent_signal_generation() {
-    use std::sync::Arc;
-
-    let strategy = Arc::new(
-        SharedMLStrategy::new()
-            .await
-            .expect("Should create strategy"),
-    );
-
-    strategy.set_symbol(Symbol::from("CL.FUT")).await;
-
-    // Spawn multiple concurrent tasks
-    let mut handles = Vec::new();
-    for i in 0..20 {
-        let strategy_clone = Arc::clone(&strategy);
-        let handle = tokio::spawn(async move {
-            let features: Vec = vec![0.5 + (i as f64) * 0.01; 225];
-            strategy_clone
-                .generate_signal(features)
-                .await
-                .expect("Should generate signal")
-        });
-        handles.push(handle);
-    }
-
-    // Wait for all tasks
-    for handle in handles {
-        let signal = handle.await.expect("Task should complete");
-        assert_eq!(signal.symbol, Symbol::from("CL.FUT"));
-    }
-
-    // Verify all signals were tracked
-    let perf = strategy.get_performance().await;
-    assert_eq!(perf.total_signals, 20);
-}
-
-/// Test empty features rejection
-#[tokio::test]
-async fn test_empty_features_rejection() {
-    let strategy = SharedMLStrategy::new()
-        .await
-        .expect("Should create strategy");
-
-    let empty_features: Vec = Vec::new();
-
-    let result = strategy.generate_signal(empty_features).await;
-    assert!(
-        result.is_err(),
-        "Should reject empty features"
-    );
-}
-
-/// Test regime persistence across signal generations
-#[tokio::test]
-async fn test_regime_persistence() {
-    let strategy = SharedMLStrategy::new()
-        .await
-        .expect("Should create strategy");
-
-    // Set regime
-    let regime = strategy
-        .update_regime(100.0, 1000.0)
-        .await
-        .expect("Should update regime");
-
-    // Get regime
-    let retrieved_regime = strategy.get_regime().await;
-    assert_eq!(regime, retrieved_regime);
-
-    // Generate signal - should include the regime
-    let features: Vec = vec![0.5; 225];
-    let signal = strategy
-        .generate_signal(features)
-        .await
-        .expect("Should generate signal");
-
-    assert_eq!(signal.regime, regime);
-}
-
-/// Test model vote transparency
-#[tokio::test]
-async fn test_model_vote_transparency() {
-    let strategy = SharedMLStrategy::new()
-        .await
-        .expect("Should create strategy");
-
-    let features: Vec = vec![0.5; 225];
-
-    let signal = strategy
-        .generate_signal(features)
-        .await
-        .expect("Should generate signal");
-
-    // Should have votes from all 6 models (or hold signal with no votes)
-    if signal.action != SignalAction::Hold {
-        assert_eq!(
-            signal.model_votes.len(),
-            6,
-            "Should have 6 model votes"
-        );
-
-        // Validate each vote
-        for vote in &signal.model_votes {
-            assert!(!vote.model_name.is_empty());
-            assert!(vote.confidence >= 0.0 && vote.confidence <= 1.0);
-            assert!(vote.weight >= 0.0 && vote.weight <= 1.0);
-        }
-    }
-}
-
-/// Test strategy with custom regime config
-#[tokio::test]
-async fn test_custom_regime_config() {
-    use ml::ensemble::RegimeConfig;
-
-    let config = SharedMLConfig {
-        regime_config: RegimeConfig {
-            trend_lookback: 30,
-            volatility_window: 15,
-            trend_threshold: 0.03,
-            volatility_threshold: 2.0,
-            min_data_points: 10,
-        },
-        ..Default::default()
-    };
-
-    let strategy = SharedMLStrategy::with_config(config)
-        .await
-        .expect("Should create strategy with custom regime config");
-
-    // Update regime
-    let regime = strategy
-        .update_regime(100.0, 1000.0)
-        .await
-        .expect("Should update regime");
-
-    assert!(matches!(
-        regime,
-        MarketRegime::Unknown
-            | MarketRegime::Bull
-            | MarketRegime::Bear
-            | MarketRegime::Sideways
-            | MarketRegime::HighVolatility
-    ));
-}
diff --git a/proptest-regressions/compliance_validation_tests.txt b/proptest-regressions/compliance_validation_tests.txt
deleted file mode 100644
index 422e6f34a..000000000
--- a/proptest-regressions/compliance_validation_tests.txt
+++ /dev/null
@@ -1,7 +0,0 @@
-# Seeds for failure cases proptest has generated in the past. It is
-# automatically read and these particular cases re-run before any
-# novel cases are generated.
-#
-# It is recommended to check this file in to source control so that
-# everyone who runs the test benefits from these saved cases.
-cc d70cb9fa7312a8b9efa8c3ac59e28ee1881e09437f107d773d86abf6f9e08fc9 # shrinks to quantity = 1
diff --git a/results/CHECKPOINT_BACKTEST_REPORT.md b/results/CHECKPOINT_BACKTEST_REPORT.md
deleted file mode 100644
index 867dc007f..000000000
--- a/results/CHECKPOINT_BACKTEST_REPORT.md
+++ /dev/null
@@ -1,71 +0,0 @@
-# Checkpoint Backtesting Results
-
-**Date**: 2025-10-14
-**Total Checkpoints Tested**: 91
-**Data**: 6E.FUT (Euro FX Futures), 7,223 bars, 4 days
-
----
-
-## Executive Summary
-
-### DQN Performance
-- **Best Checkpoint**: Epoch 30
-- **Best Sharpe Ratio**: 10.014
-- **Best PnL**: $95.28
-- **Win Rate**: 60.5%
-
-### PPO Performance
-- **Best Checkpoint**: Epoch 420
-- **Best Sharpe Ratio**: 10.652
-- **Best PnL**: $9.85
-- **Win Rate**: 62.1%
-
----
-
-## Top 10 DQN Checkpoints
-
-| Rank | Epoch | Sharpe | Win Rate | Trades | PnL | Drawdown | Trade Freq |
-|------|-------|--------|----------|--------|-----|----------|------------|
-| 1 | 30 | 10.014 | 60.5% | 306 | $95.28 | 0.00% | 42.4 |
-| 2 | 310 | 9.439 | 61.5% | 382 | $109.37 | 0.00% | 52.9 |
-| 3 | 70 | 9.127 | 75.0% | 4 | $0.01 | 0.00% | 0.6 |
-| 4 | 460 | 7.387 | 56.0% | 134 | $26.15 | 0.00% | 18.6 |
-| 5 | 140 | 6.967 | 33.3% | 6 | $1.07 | 0.00% | 0.8 |
-| 6 | 150 | 6.596 | 51.6% | 217 | $35.02 | 0.00% | 30.0 |
-| 7 | 160 | 6.353 | 53.3% | 454 | $68.77 | 0.00% | 62.9 |
-| 8 | 200 | 5.650 | 60.6% | 327 | $82.14 | 0.99% | 45.3 |
-| 9 | 420 | 5.602 | 50.0% | 80 | $9.74 | 0.00% | 11.1 |
-| 10 | 230 | 5.525 | 53.0% | 83 | $9.82 | 0.00% | 11.5 |
-
----
-
-## Top 10 PPO Checkpoints
-
-| Rank | Epoch | Sharpe | Win Rate | Trades | PnL | Drawdown | Trade Freq |
-|------|-------|--------|----------|--------|-----|----------|------------|
-| 1 | 420 | 10.652 | 62.1% | 29 | $9.85 | 0.00% | 4.0 |
-| 2 | 130 | 10.556 | 60.1% | 281 | $94.26 | 0.00% | 38.9 |
-| 3 | 50 | 7.806 | 54.0% | 87 | $18.54 | 0.00% | 12.0 |
-| 4 | 90 | 6.508 | 55.8% | 514 | $83.22 | 0.11% | 71.2 |
-| 5 | 310 | 6.323 | 55.6% | 475 | $71.22 | 0.00% | 65.8 |
-| 6 | 200 | 5.908 | 60.1% | 893 | $176.35 | 0.43% | 123.6 |
-| 7 | 290 | 5.894 | 62.2% | 217 | $28.60 | 0.00% | 30.0 |
-| 8 | 300 | 5.736 | 57.4% | 242 | $30.59 | 0.00% | 33.5 |
-| 9 | 270 | 5.305 | 55.7% | 548 | $81.18 | 0.43% | 75.9 |
-| 10 | 180 | 4.712 | 36.4% | 55 | $6.55 | 0.11% | 7.6 |
-
----
-
-## Production Deployment Recommendations
-
-### Primary Recommendation: **DQN Epoch 30**
-- Sharpe Ratio: 10.014
-- Win Rate: 60.5%
-- Total PnL: $95.28
-- Max Drawdown: 0.00%
-
-### Alternative: **PPO Epoch 420**
-- Sharpe Ratio: 10.652
-- Win Rate: 62.1%
-- Total PnL: $9.85
-- Max Drawdown: 0.00%
\ No newline at end of file
diff --git a/results/authz_service_results.txt b/results/authz_service_results.txt
deleted file mode 100644
index b38ae802c..000000000
--- a/results/authz_service_results.txt
+++ /dev/null
@@ -1,64 +0,0 @@
-rwlock_permission_check time:   [68.969 ns 70.019 ns 71.132 ns]
-                        change: [+14.713% +16.947% +18.997%] (p = 0.00 < 0.05)
-                        Performance has regressed.
-
-dashmap_permission_check
-                        time:   [45.238 ns 45.946 ns 46.759 ns]
-                        change: [-0.7933% +1.2782% +3.6370%] (p = 0.26 > 0.05)
-                        No change in performance detected.
-Found 1 outliers among 100 measurements (1.00%)
-  1 (1.00%) high mild
-
-authz_cache_sizes/dashmap/100
-                        time:   [44.522 ns 45.347 ns 46.159 ns]
-                        change: [-4.4476% -1.8173% +0.5879%] (p = 0.16 > 0.05)
-                        No change in performance detected.
-Found 5 outliers among 100 measurements (5.00%)
-  2 (2.00%) low mild
-  3 (3.00%) high mild
-authz_cache_sizes/dashmap/1000
-                        time:   [44.415 ns 45.083 ns 45.817 ns]
-                        change: [-1.1731% +2.2139% +5.9569%] (p = 0.23 > 0.05)
-                        No change in performance detected.
-Found 7 outliers among 100 measurements (7.00%)
-  7 (7.00%) high mild
-authz_cache_sizes/dashmap/10000
-                        time:   [44.280 ns 45.149 ns 46.086 ns]
-                        change: [-4.0425% -1.6818% +0.9562%] (p = 0.17 > 0.05)
-                        No change in performance detected.
-authz_cache_sizes/dashmap/100000
-                        time:   [44.932 ns 45.907 ns 46.896 ns]
-                        change: [+13.695% +17.170% +20.494%] (p = 0.00 < 0.05)
-                        Performance has regressed.
-Found 9 outliers among 100 measurements (9.00%)
-  7 (7.00%) high mild
-  2 (2.00%) high severe
-
-concurrent_reads/dashmap_concurrent_8_threads
-                        time:   [549.46 µs 553.11 µs 556.93 µs]
-                        change: [-11.857% -9.3976% -7.0875%] (p = 0.00 < 0.05)
-                        Performance has improved.
-Found 4 outliers among 100 measurements (4.00%)
-  1 (1.00%) low mild
-  3 (3.00%) high mild
-
-hot_path_permission_check
-                        time:   [89.196 ns 90.432 ns 91.777 ns]
-                        change: [-9.5551% -7.3716% -5.0715%] (p = 0.00 < 0.05)
-                        Performance has improved.
-Found 3 outliers among 100 measurements (3.00%)
-  3 (3.00%) high mild
-
-cache_invalidation/dashmap_remove
-                        time:   [128.82 ns 131.60 ns 134.41 ns]
-                        change: [-3.4170% -0.8276% +1.7319%] (p = 0.55 > 0.05)
-                        No change in performance detected.
-Found 2 outliers among 100 measurements (2.00%)
-  2 (2.00%) high mild
-cache_invalidation/dashmap_clear_all
-                        time:   [17.073 µs 17.402 µs 17.776 µs]
-                        change: [+10.080% +12.397% +14.831%] (p = 0.00 < 0.05)
-                        Performance has regressed.
-Found 3 outliers among 100 measurements (3.00%)
-  3 (3.00%) high mild
-
diff --git a/results/backtest_results_20251014_133851.json b/results/backtest_results_20251014_133851.json
deleted file mode 100644
index 0637a088a..000000000
--- a/results/backtest_results_20251014_133851.json
+++ /dev/null
@@ -1 +0,0 @@
-[]
\ No newline at end of file
diff --git a/results/backtest_results_20251014_134158.json b/results/backtest_results_20251014_134158.json
deleted file mode 100644
index 0637a088a..000000000
--- a/results/backtest_results_20251014_134158.json
+++ /dev/null
@@ -1 +0,0 @@
-[]
\ No newline at end of file
diff --git a/results/backtest_results_20251014_135033.json b/results/backtest_results_20251014_135033.json
deleted file mode 100644
index 39cc9dc09..000000000
--- a/results/backtest_results_20251014_135033.json
+++ /dev/null
@@ -1,30 +0,0 @@
-[
-  {
-    "model_name": "dqn_final_epoch500",
-    "total_trades": 1,
-    "winning_trades": 0,
-    "win_rate": 0.0,
-    "total_pnl": -0.009800000000000031,
-    "sharpe_ratio": 0.0,
-    "max_drawdown": 9.799999999813735e-6,
-    "calmar_ratio": -1.0,
-    "avg_trade_duration": 5638.0,
-    "profit_factor": -0.0,
-    "start_date": "2025-07-16T13:50:33.818379970+00:00",
-    "end_date": "2025-10-14T13:50:33.818390541+00:00"
-  },
-  {
-    "model_name": "ppo_actor_epoch_500",
-    "total_trades": 1,
-    "winning_trades": 0,
-    "win_rate": 0.0,
-    "total_pnl": -0.009800000000000031,
-    "sharpe_ratio": 0.0,
-    "max_drawdown": 9.799999999813735e-6,
-    "calmar_ratio": -1.0,
-    "avg_trade_duration": 5638.0,
-    "profit_factor": -0.0,
-    "start_date": "2025-07-16T13:50:33.864920090+00:00",
-    "end_date": "2025-10-14T13:50:33.864920387+00:00"
-  }
-]
\ No newline at end of file
diff --git a/results/backtest_results_20251014_135038.json b/results/backtest_results_20251014_135038.json
deleted file mode 100644
index 7efccc0db..000000000
--- a/results/backtest_results_20251014_135038.json
+++ /dev/null
@@ -1,30 +0,0 @@
-[
-  {
-    "model_name": "dqn_final_epoch500",
-    "total_trades": 1,
-    "winning_trades": 1,
-    "win_rate": 100.0,
-    "total_pnl": 0.009700000000000042,
-    "sharpe_ratio": 0.0,
-    "max_drawdown": 0.0,
-    "calmar_ratio": 0.0,
-    "avg_trade_duration": 5622.0,
-    "profit_factor": null,
-    "start_date": "2025-07-16T13:50:38.704634758+00:00",
-    "end_date": "2025-10-14T13:50:38.704635309+00:00"
-  },
-  {
-    "model_name": "ppo_actor_epoch_500",
-    "total_trades": 20,
-    "winning_trades": 7,
-    "win_rate": 35.0,
-    "total_pnl": -0.019899999999999807,
-    "sharpe_ratio": -6.014968874365458,
-    "max_drawdown": 0.000022499999991850928,
-    "calmar_ratio": -0.8844444440880123,
-    "avg_trade_duration": 281.1,
-    "profit_factor": 0.31849315068493045,
-    "start_date": "2025-07-16T13:50:38.750768994+00:00",
-    "end_date": "2025-10-14T13:50:38.750769342+00:00"
-  }
-]
\ No newline at end of file
diff --git a/results/backtest_results_20251014_135528.json b/results/backtest_results_20251014_135528.json
deleted file mode 100644
index b82ca2b73..000000000
--- a/results/backtest_results_20251014_135528.json
+++ /dev/null
@@ -1,30 +0,0 @@
-[
-  {
-    "model_name": "dqn_final_epoch500",
-    "total_trades": 1,
-    "winning_trades": 1,
-    "win_rate": 100.0,
-    "total_pnl": 0.009700000000000042,
-    "sharpe_ratio": 0.0,
-    "max_drawdown": 0.0,
-    "calmar_ratio": 0.0,
-    "avg_trade_duration": 5629.0,
-    "profit_factor": null,
-    "start_date": "2025-07-16T13:55:28.442038700+00:00",
-    "end_date": "2025-10-14T13:55:28.442039174+00:00"
-  },
-  {
-    "model_name": "ppo_actor_epoch_500",
-    "total_trades": 1,
-    "winning_trades": 0,
-    "win_rate": 0.0,
-    "total_pnl": -0.009800000000000031,
-    "sharpe_ratio": 0.0,
-    "max_drawdown": 9.799999999813735e-6,
-    "calmar_ratio": -1.0,
-    "avg_trade_duration": 5638.0,
-    "profit_factor": -0.0,
-    "start_date": "2025-07-16T13:55:28.490232987+00:00",
-    "end_date": "2025-10-14T13:55:28.490233326+00:00"
-  }
-]
\ No newline at end of file
diff --git a/results/backtest_summary_20251014_143309.csv b/results/backtest_summary_20251014_143309.csv
deleted file mode 100644
index c6e0c5727..000000000
--- a/results/backtest_summary_20251014_143309.csv
+++ /dev/null
@@ -1,101 +0,0 @@
-model_type,epoch,total_trades,winning_trades,win_rate,total_pnl,sharpe_ratio,max_drawdown,calmar_ratio,avg_trade_duration,profit_factor,trade_frequency
-DQN,10,82,24,29.27,-3.35,-3.1459,0.00,-1.0000,63.06,0.0030,11.35
-DQN,20,0,0,0.00,0.00,0.0000,0.00,0.0000,0.00,0.0000,0.00
-DQN,30,306,185,60.46,95.28,10.0138,0.00,13062.9793,14.31,973.2068,42.36
-DQN,40,1,1,100.00,0.01,0.0000,0.00,0.0000,5638.00,inf,0.14
-DQN,50,92,33,35.87,-14.19,-6.4364,0.01,-1.0000,60.50,0.0040,12.74
-DQN,60,969,390,40.25,-107.55,-2.9616,0.11,-1.0000,5.20,0.5032,134.15
-DQN,70,4,3,75.00,0.01,9.1273,0.00,4.5682,1403.50,5.5682,0.55
-DQN,80,1,0,0.00,-0.01,0.0000,0.00,-1.0000,5638.00,-0.0000,0.14
-DQN,90,889,448,50.39,98.46,5.1932,0.00,89.1567,5.59,34.2797,123.08
-DQN,100,1,0,0.00,-0.01,0.0000,0.00,-1.0000,5638.00,-0.0000,0.14
-DQN,110,17,10,58.82,-1.07,-3.8801,0.00,-0.9791,330.76,0.0242,2.35
-DQN,120,1,1,100.00,0.01,0.0000,0.00,0.0000,5638.00,inf,0.14
-DQN,130,0,0,0.00,0.00,0.0000,0.00,0.0000,0.00,0.0000,0.00
-DQN,140,6,2,33.33,1.07,6.9666,0.00,54.9821,939.17,55.9821,0.83
-DQN,150,217,112,51.61,35.02,6.5957,0.00,1226.9130,25.43,209.3922,30.04
-DQN,160,454,242,53.30,68.77,6.3534,0.00,1420.1032,11.50,217.1539,62.85
-DQN,170,1,1,100.00,0.01,0.0000,0.00,0.0000,5638.00,inf,0.14
-DQN,180,556,243,43.71,-54.65,-4.9798,0.05,-0.9995,9.41,0.0094,76.98
-DQN,190,1,0,0.00,-0.01,0.0000,0.00,-1.0000,5638.00,-0.0000,0.14
-DQN,200,327,198,60.55,82.14,5.6498,0.01,8.2951,16.45,2.9115,45.27
-DQN,210,346,148,42.77,1.17,0.5275,0.00,1.0687,11.58,1.9221,47.90
-DQN,220,0,0,0.00,0.00,0.0000,0.00,0.0000,0.00,0.0000,0.00
-DQN,230,83,44,53.01,9.82,5.5254,0.00,668.3372,61.23,247.8347,11.49
-DQN,240,1,1,100.00,0.00,0.0000,0.00,0.0000,3780.00,inf,0.14
-DQN,250,0,0,0.00,0.00,0.0000,0.00,0.0000,0.00,0.0000,0.00
-DQN,260,174,74,42.53,-37.07,-7.7834,0.04,-0.9988,31.85,0.0064,24.09
-DQN,270,1,1,100.00,0.01,0.0000,0.00,0.0000,5638.00,inf,0.14
-DQN,280,1,1,100.00,0.01,0.0000,0.00,0.0000,5638.00,inf,0.14
-DQN,290,1,1,100.00,0.01,0.0000,0.00,0.0000,5638.00,inf,0.14
-DQN,300,757,271,35.80,-139.16,-7.1339,0.14,-1.0000,6.87,0.0044,104.80
-DQN,310,382,235,61.52,109.37,9.4393,0.00,3908.3767,12.71,396.4883,52.89
-DQN,320,1,0,0.00,-0.01,0.0000,0.00,-1.0000,5638.00,-0.0000,0.14
-DQN,330,59,34,57.63,0.03,4.2724,0.00,7.0556,94.58,4.9688,8.17
-DQN,340,1,0,0.00,-0.01,0.0000,0.00,-1.0000,5638.00,-0.0000,0.14
-DQN,350,1,1,100.00,0.01,0.0000,0.00,0.0000,5600.00,inf,0.14
-DQN,360,1,0,0.00,-0.01,0.0000,0.00,-1.0000,5638.00,-0.0000,0.14
-DQN,370,452,192,42.48,-71.19,-6.3920,0.07,-0.9996,11.94,0.0208,62.58
-DQN,380,0,0,0.00,0.00,0.0000,0.00,0.0000,0.00,0.0000,0.00
-DQN,390,1,0,0.00,-0.00,0.0000,0.00,-1.0000,3795.00,-0.0000,0.14
-DQN,400,0,0,0.00,0.00,0.0000,0.00,0.0000,0.00,0.0000,0.00
-DQN,410,1,1,100.00,0.01,0.0000,0.00,0.0000,5638.00,inf,0.14
-DQN,420,80,40,50.00,9.74,5.6023,0.00,327.8920,69.66,103.8536,11.08
-DQN,430,160,47,29.38,-17.61,-5.3239,0.02,-0.9999,34.43,0.0031,22.15
-DQN,440,1,1,100.00,0.01,0.0000,0.00,0.0000,5638.00,inf,0.14
-DQN,450,37,18,48.65,-2.19,-3.8033,0.00,-0.9877,149.65,0.0176,5.12
-DQN,460,134,75,55.97,26.15,7.3865,0.00,888.0928,41.45,184.8783,18.55
-DQN,470,617,263,42.63,-93.87,-5.9784,0.09,-1.0000,8.30,0.0595,85.42
-DQN,480,773,425,54.98,96.38,3.0358,0.01,8.8633,6.63,1.8931,107.02
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diff --git a/results/backtest_summary_20251017_124647.csv b/results/backtest_summary_20251017_124647.csv
deleted file mode 100644
index a271b9efb..000000000
--- a/results/backtest_summary_20251017_124647.csv
+++ /dev/null
@@ -1,101 +0,0 @@
-model_type,epoch,total_trades,winning_trades,win_rate,total_pnl,sharpe_ratio,max_drawdown,calmar_ratio,avg_trade_duration,profit_factor,trade_frequency
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diff --git a/results/comprehensive_backtest_results_20251014_143309.json b/results/comprehensive_backtest_results_20251014_143309.json
deleted file mode 100644
index 36bb2fc36..000000000
--- a/results/comprehensive_backtest_results_20251014_143309.json
+++ /dev/null
@@ -1,1702 +0,0 @@
-[
-  {
-    "model_name": "dqn_epoch_10",
-    "model_type": "DQN",
-    "epoch": 10,
-    "total_trades": 82,
-    "winning_trades": 24,
-    "win_rate": 29.268292682926827,
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-    "profit_factor": 0.0030386806167924467,
-    "trade_frequency": 11.352623563616225,
-    "start_date": "2025-07-16T14:33:04.095029943+00:00",
-    "end_date": "2025-10-14T14:33:04.095030121+00:00"
-  },
-  {
-    "model_name": "dqn_epoch_20",
-    "model_type": "DQN",
-    "epoch": 20,
-    "total_trades": 0,
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-    "end_date": "2025-10-14T14:33:04.150320118+00:00"
-  },
-  {
-    "model_name": "dqn_epoch_30",
-    "model_type": "DQN",
-    "epoch": 30,
-    "total_trades": 306,
-    "winning_trades": 185,
-    "win_rate": 60.45751633986928,
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-    "end_date": "2025-10-14T14:33:04.203789835+00:00"
-  },
-  {
-    "model_name": "dqn_epoch_40",
-    "model_type": "DQN",
-    "epoch": 40,
-    "total_trades": 1,
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-    "end_date": "2025-10-14T14:33:04.259000532+00:00"
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diff --git a/results/comprehensive_backtest_results_20251017_124647.json b/results/comprehensive_backtest_results_20251017_124647.json
deleted file mode 100644
index 2bbeec332..000000000
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\ No newline at end of file
diff --git a/results/dqn_tuning_36trials_extracted.json b/results/dqn_tuning_36trials_extracted.json
deleted file mode 100644
index f580d7b55..000000000
--- a/results/dqn_tuning_36trials_extracted.json
+++ /dev/null
@@ -1,354 +0,0 @@
-{
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-        "created": "2025-10-14T18:29:01.312014",
-        "modified": "2025-10-14T18:29:01.312014"
-      },
-      {
-        "trial_num": 3,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T17:09:50.377881",
-        "modified": "2025-10-14T17:09:50.377881"
-      },
-      {
-        "trial_num": 30,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T18:31:41.110633",
-        "modified": "2025-10-14T18:31:41.110633"
-      },
-      {
-        "trial_num": 31,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T18:34:25.305287",
-        "modified": "2025-10-14T18:34:25.305287"
-      },
-      {
-        "trial_num": 32,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T18:37:10.421958",
-        "modified": "2025-10-14T18:37:10.421958"
-      },
-      {
-        "trial_num": 33,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T18:39:52.094625",
-        "modified": "2025-10-14T18:39:52.094625"
-      },
-      {
-        "trial_num": 34,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T18:42:32.023290",
-        "modified": "2025-10-14T18:42:32.023290"
-      },
-      {
-        "trial_num": 35,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T18:45:35.857062",
-        "modified": "2025-10-14T18:45:35.857062"
-      },
-      {
-        "trial_num": 4,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T17:13:00.322841",
-        "modified": "2025-10-14T17:13:00.322841"
-      },
-      {
-        "trial_num": 5,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T17:16:05.229578",
-        "modified": "2025-10-14T17:16:05.229578"
-      },
-      {
-        "trial_num": 6,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T17:19:01.963154",
-        "modified": "2025-10-14T17:19:01.963154"
-      },
-      {
-        "trial_num": 7,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T17:21:59.193643",
-        "modified": "2025-10-14T17:21:59.193643"
-      },
-      {
-        "trial_num": 8,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T17:24:53.433062",
-        "modified": "2025-10-14T17:24:53.433062"
-      },
-      {
-        "trial_num": 9,
-        "file_size_bytes": 75628,
-        "file_size_kb": 73.9,
-        "created": "2025-10-14T17:27:35.644414",
-        "modified": "2025-10-14T17:27:35.644414"
-      }
-    ]
-  },
-  "search_space": {
-    "learning_rate": {
-      "type": "loguniform",
-      "low": 0.0001,
-      "high": 0.01
-    },
-    "batch_size": {
-      "type": "categorical",
-      "choices": [
-        64,
-        128,
-        256
-      ]
-    },
-    "gamma": {
-      "type": "uniform",
-      "low": 0.95,
-      "high": 0.99
-    }
-  },
-  "recommendations": {
-    "option_1_immediate": {
-      "description": "Test trial 35 checkpoint (TPE convergence assumption)",
-      "time": "10 minutes",
-      "confidence": "Medium",
-      "command": "cargo run -p ml --example backtest_dqn -- --checkpoint ml/tuning_checkpoints/trial_35/checkpoint_epoch_50.safetensors"
-    },
-    "option_2_sample": {
-      "description": "Backtest 10 representative checkpoints",
-      "time": "1 hour",
-      "confidence": "Medium-High",
-      "trials": [
-        0,
-        4,
-        8,
-        12,
-        16,
-        20,
-        24,
-        28,
-        32,
-        35
-      ]
-    },
-    "option_3_comprehensive": {
-      "description": "Backtest all 36 checkpoints",
-      "time": "3-6 hours",
-      "confidence": "High"
-    },
-    "option_4_defaults": {
-      "description": "Use best-practice hyperparameters",
-      "time": "Immediate",
-      "confidence": "Low-Medium",
-      "hyperparameters": {
-        "learning_rate": 0.001,
-        "batch_size": 128,
-        "gamma": 0.97
-      }
-    }
-  },
-  "next_actions": [
-    {
-      "priority": 1,
-      "action": "Test trial 35 checkpoint",
-      "estimated_time": "10 minutes",
-      "decision_criteria": "If Sharpe > 1.5, use for production"
-    },
-    {
-      "priority": 2,
-      "action": "Sample backtest (10 trials)",
-      "estimated_time": "1 hour"
-    },
-    {
-      "priority": 3,
-      "action": "Full backtest (all 36)",
-      "estimated_time": "3-6 hours"
-    },
-    {
-      "priority": 4,
-      "action": "Use best-practice defaults",
-      "estimated_time": "Immediate"
-    }
-  ]
-}
\ No newline at end of file
diff --git a/results/ensemble_backtest_results_20251014_151004.json b/results/ensemble_backtest_results_20251014_151004.json
deleted file mode 100644
index 5c6402cb5..000000000
--- a/results/ensemble_backtest_results_20251014_151004.json
+++ /dev/null
@@ -1,87 +0,0 @@
-[
-  {
-    "strategy_name": "DQN-E360",
-    "model_type": "Individual",
-    "epoch": null,
-    "total_trades": 0,
-    "winning_trades": 0,
-    "win_rate": 0.0,
-    "total_pnl": 0.0,
-    "sharpe_ratio": 0.0,
-    "max_drawdown": 0.0,
-    "calmar_ratio": 0.0,
-    "avg_trade_duration_minutes": 0.0,
-    "profit_factor": 0.0,
-    "trade_frequency": 0.0,
-    "average_confidence": 0.0,
-    "total_bars": 665483
-  },
-  {
-    "strategy_name": "PPO-E280",
-    "model_type": "Individual",
-    "epoch": null,
-    "total_trades": 0,
-    "winning_trades": 0,
-    "win_rate": 0.0,
-    "total_pnl": 0.0,
-    "sharpe_ratio": 0.0,
-    "max_drawdown": 0.0,
-    "calmar_ratio": 0.0,
-    "avg_trade_duration_minutes": 0.0,
-    "profit_factor": 0.0,
-    "trade_frequency": 0.0,
-    "average_confidence": 0.0,
-    "total_bars": 665483
-  },
-  {
-    "strategy_name": "Equal-Weight",
-    "model_type": "Ensemble",
-    "epoch": null,
-    "total_trades": 0,
-    "winning_trades": 0,
-    "win_rate": 0.0,
-    "total_pnl": 0.0,
-    "sharpe_ratio": 0.0,
-    "max_drawdown": 0.0,
-    "calmar_ratio": 0.0,
-    "avg_trade_duration_minutes": 0.0,
-    "profit_factor": 0.0,
-    "trade_frequency": 0.0,
-    "average_confidence": 0.0,
-    "total_bars": 665483
-  },
-  {
-    "strategy_name": "Performance-Weighted",
-    "model_type": "Ensemble",
-    "epoch": null,
-    "total_trades": 0,
-    "winning_trades": 0,
-    "win_rate": 0.0,
-    "total_pnl": 0.0,
-    "sharpe_ratio": 0.0,
-    "max_drawdown": 0.0,
-    "calmar_ratio": 0.0,
-    "avg_trade_duration_minutes": 0.0,
-    "profit_factor": 0.0,
-    "trade_frequency": 0.0,
-    "average_confidence": 0.0,
-    "total_bars": 665483
-  },
-  {
-    "strategy_name": "Confidence-Weighted",
-    "model_type": "Ensemble",
-    "epoch": null,
-    "total_trades": 0,
-    "winning_trades": 0,
-    "win_rate": 0.0,
-    "total_pnl": 0.0,
-    "sharpe_ratio": 0.0,
-    "max_drawdown": 0.0,
-    "calmar_ratio": 0.0,
-    "avg_trade_duration_minutes": 0.0,
-    "profit_factor": 0.0,
-    "trade_frequency": 0.0,
-    "average_confidence": 0.0,
-    "total_bars": 665483
-  }
-]
\ No newline at end of file
diff --git a/results/rate_limiter_results.txt b/results/rate_limiter_results.txt
deleted file mode 100644
index 5e97443f1..000000000
--- a/results/rate_limiter_results.txt
+++ /dev/null
@@ -1,144 +0,0 @@
-    Blocking waiting for file lock on build directory
-   Compiling api_gateway v1.0.0 (/home/jgrusewski/Work/foxhunt/services/api_gateway)
-warning: type `HealthState` is more private than the item `backtesting_proxy::HealthChecker::get_state`
-  --> services/api_gateway/src/grpc/backtesting_proxy.rs:93:5
-   |
-93 |     pub async fn get_state(&self) -> HealthState {
-   |     ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ method `backtesting_proxy::HealthChecker::get_state` is reachable at visibility `pub`
-   |
-note: but type `HealthState` is only usable at visibility `pub(self)`
-  --> services/api_gateway/src/grpc/backtesting_proxy.rs:32:1
-   |
-32 | enum HealthState {
-   | ^^^^^^^^^^^^^^^^
-   = note: `#[warn(private_interfaces)]` on by default
-
-warning: fields `issuer` and `audience` are never read
-   --> services/api_gateway/src/auth/interceptor.rs:314:5
-    |
-308 | pub struct JwtService {
-    |            ---------- fields in this struct
-...
-314 |     issuer: String,
-    |     ^^^^^^
-315 |     /// Expected audience
-316 |     audience: String,
-    |     ^^^^^^^^
-    |
-    = note: `#[warn(dead_code)]` on by default
-
-warning: field `user_id` is never read
-  --> services/api_gateway/src/config/authz.rs:36:5
-   |
-35 | struct UserPermissions {
-   |        --------------- field in this struct
-36 |     user_id: Uuid,
-   |     ^^^^^^^
-   |
-   = note: `UserPermissions` has derived impls for the traits `Clone` and `Debug`, but these are intentionally ignored during dead code analysis
-
-warning: fields `role_name`, `permissions`, and `loaded_at` are never read
-  --> services/api_gateway/src/config/authz.rs:44:5
-   |
-43 | struct RolePermissions {
-   |        --------------- fields in this struct
-44 |     role_name: String,
-   |     ^^^^^^^^^
-45 |     permissions: HashSet,
-   |     ^^^^^^^^^^^
-46 |     loaded_at: Instant,
-   |     ^^^^^^^^^
-   |
-   = note: `RolePermissions` has derived impls for the traits `Clone` and `Debug`, but these are intentionally ignored during dead code analysis
-
-warning: fields `last_health_check` and `health_check_interval` are never read
-  --> services/api_gateway/src/grpc/backtesting_proxy.rs:42:5
-   |
-39 | pub struct HealthChecker {
-   |            ------------- fields in this struct
-...
-42 |     last_health_check: RwLock,
-   |     ^^^^^^^^^^^^^^^^^
-43 |     failure_threshold: u32,
-44 |     health_check_interval: Duration,
-   |     ^^^^^^^^^^^^^^^^^^^^^
-
-warning: method `has_tokens` is never used
-  --> services/api_gateway/src/routing/rate_limiter.rs:52:8
-   |
-38 | impl TokenBucket {
-   | ---------------- method in this implementation
-...
-52 |     fn has_tokens(&self) -> bool {
-   |        ^^^^^^^^^^
-
-warning: `api_gateway` (lib) generated 6 warnings
-warning: unused variable: `auth_interceptor`
-  --> services/api_gateway/src/main.rs:93:9
-   |
-93 |     let auth_interceptor = AuthInterceptor::new(
-   |         ^^^^^^^^^^^^^^^^ help: if this is intentional, prefix it with an underscore: `_auth_interceptor`
-   |
-   = note: `#[warn(unused_variables)]` on by default
-
-warning: `api_gateway` (lib) generated 6 warnings (6 duplicates)
-warning: fields `tokens` and `last_access` are never read
-  --> services/api_gateway/benches/dashmap_rate_limiter_bench.rs:20:5
-   |
-19 | struct CacheEntry {
-   |        ---------- fields in this struct
-20 |     tokens: f64,
-   |     ^^^^^^
-21 |     last_access: Instant,
-   |     ^^^^^^^^^^^
-   |
-   = note: `CacheEntry` has a derived impl for the trait `Clone`, but this is intentionally ignored during dead code analysis
-   = note: `#[warn(dead_code)]` on by default
-
-warning: `api_gateway` (bench "dashmap_rate_limiter_bench") generated 1 warning
-warning: `api_gateway` (bin "api_gateway") generated 1 warning
-    Finished `bench` profile [optimized] target(s) in 3m 01s
-     Running benches/dashmap_rate_limiter_bench.rs (/home/jgrusewski/Work/foxhunt/target/release/deps/dashmap_rate_limiter_bench-13898daf45d06025)
-DashMap vs RwLock Performance Comparison
-==========================================
-
-Benchmark 1: Sequential Reads (100000 iterations)
-  RwLock:  94 ns/op
-  DashMap: 84 ns/op
-  Speedup: 1.12x
-  Target:  <8ns ✓
-
-Benchmark 2: Concurrent Reads (4 threads, 100000 total ops)
-  RwLock:  246 ns/op
-  DashMap: 84 ns/op
-  Speedup: 2.93x
-  Target:  <8ns ✓
-
-Benchmark 3: High Contention (8 threads, 100000 total ops)
-  RwLock:  321 ns/op
-  DashMap: 50 ns/op
-  Speedup: 6.42x
-  Target:  <8ns ✓
-
-Benchmark 4: Mixed Workload - 10% writes (100000 ops)
-  RwLock:  103 ns/op
-  DashMap: 84 ns/op
-  Speedup: 1.23x
-  Target:  <8ns ✓
-
-Benchmark 5: Rate Limiter Workload - 1% writes (100000 ops)
-  RwLock:  96 ns/op
-  DashMap: 83 ns/op
-  Speedup: 1.16x
-  Target:  <8ns ✓
-
-==========================================
-Performance Summary:
-  Sequential:       1.12x improvement (94 ns → 84 ns)
-  Concurrent (4T):  2.93x improvement (246 ns → 84 ns)
-  Concurrent (8T):  6.42x improvement (321 ns → 50 ns)
-  Mixed (10% W):    1.23x improvement (103 ns → 84 ns)
-  Rate Limiter:     1.16x improvement (96 ns → 83 ns)
-
-✓ All benchmarks completed successfully
-✓ Target <8ns achieved: false
diff --git a/results/revocation_cache_results.txt b/results/revocation_cache_results.txt
deleted file mode 100644
index 6c040feec..000000000
--- a/results/revocation_cache_results.txt
+++ /dev/null
@@ -1,241 +0,0 @@
-   Compiling trading_engine v1.0.0 (/home/jgrusewski/Work/foxhunt/trading_engine)
-   Compiling api_gateway v1.0.0 (/home/jgrusewski/Work/foxhunt/services/api_gateway)
-warning: unused import: `std::collections::HashMap`
-  --> services/api_gateway/src/routing/rate_limiter.rs:18:5
-   |
-18 | use std::collections::HashMap;
-   |     ^^^^^^^^^^^^^^^^^^^^^^^^^
-   |
-   = note: `#[warn(unused_imports)]` on by default
-
-warning: type `HealthState` is more private than the item `backtesting_proxy::HealthChecker::get_state`
-  --> services/api_gateway/src/grpc/backtesting_proxy.rs:93:5
-   |
-93 |     pub async fn get_state(&self) -> HealthState {
-   |     ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ method `backtesting_proxy::HealthChecker::get_state` is reachable at visibility `pub`
-   |
-note: but type `HealthState` is only usable at visibility `pub(self)`
-  --> services/api_gateway/src/grpc/backtesting_proxy.rs:32:1
-   |
-32 | enum HealthState {
-   | ^^^^^^^^^^^^^^^^
-   = note: `#[warn(private_interfaces)]` on by default
-
-warning: fields `issuer` and `audience` are never read
-   --> services/api_gateway/src/auth/interceptor.rs:314:5
-    |
-308 | pub struct JwtService {
-    |            ---------- fields in this struct
-...
-314 |     issuer: String,
-    |     ^^^^^^
-315 |     /// Expected audience
-316 |     audience: String,
-    |     ^^^^^^^^
-    |
-    = note: `#[warn(dead_code)]` on by default
-
-warning: field `user_id` is never read
-  --> services/api_gateway/src/config/authz.rs:36:5
-   |
-35 | struct UserPermissions {
-   |        --------------- field in this struct
-36 |     user_id: Uuid,
-   |     ^^^^^^^
-   |
-   = note: `UserPermissions` has derived impls for the traits `Clone` and `Debug`, but these are intentionally ignored during dead code analysis
-
-warning: fields `role_name`, `permissions`, and `loaded_at` are never read
-  --> services/api_gateway/src/config/authz.rs:44:5
-   |
-43 | struct RolePermissions {
-   |        --------------- fields in this struct
-44 |     role_name: String,
-   |     ^^^^^^^^^
-45 |     permissions: HashSet,
-   |     ^^^^^^^^^^^
-46 |     loaded_at: Instant,
-   |     ^^^^^^^^^
-   |
-   = note: `RolePermissions` has derived impls for the traits `Clone` and `Debug`, but these are intentionally ignored during dead code analysis
-
-warning: fields `last_health_check` and `health_check_interval` are never read
-  --> services/api_gateway/src/grpc/backtesting_proxy.rs:42:5
-   |
-39 | pub struct HealthChecker {
-   |            ------------- fields in this struct
-...
-42 |     last_health_check: RwLock,
-   |     ^^^^^^^^^^^^^^^^^
-43 |     failure_threshold: u32,
-44 |     health_check_interval: Duration,
-   |     ^^^^^^^^^^^^^^^^^^^^^
-
-warning: method `has_tokens` is never used
-  --> services/api_gateway/src/routing/rate_limiter.rs:53:8
-   |
-39 | impl TokenBucket {
-   | ---------------- method in this implementation
-...
-53 |     fn has_tokens(&self) -> bool {
-   |        ^^^^^^^^^^
-
-warning: `api_gateway` (lib) generated 7 warnings (run `cargo fix --lib -p api_gateway` to apply 1 suggestion)
-warning: unused variable: `auth_interceptor`
-  --> services/api_gateway/src/main.rs:93:9
-   |
-93 |     let auth_interceptor = AuthInterceptor::new(
-   |         ^^^^^^^^^^^^^^^^ help: if this is intentional, prefix it with an underscore: `_auth_interceptor`
-   |
-   = note: `#[warn(unused_variables)]` on by default
-
-warning: `api_gateway` (lib) generated 7 warnings (7 duplicates)
-warning: `api_gateway` (bin "api_gateway") generated 1 warning
-    Finished `bench` profile [optimized] target(s) in 1m 37s
-     Running benches/revocation_cache_perf.rs (/home/jgrusewski/Work/foxhunt/target/release/deps/revocation_cache_perf-7fb5cc7facfa2253)
-Benchmarking revocation_cache_hit
-Benchmarking revocation_cache_hit: Warming up for 3.0000 s
-Benchmarking revocation_cache_hit: Collecting 100 samples in estimated 5.0001 s (58M iterations)
-Benchmarking revocation_cache_hit: Analyzing
-revocation_cache_hit    time:   [85.363 ns 86.243 ns 87.220 ns]
-Found 2 outliers among 100 measurements (2.00%)
-  2 (2.00%) high severe
-
-Benchmarking revocation_cache_miss_with_redis
-Benchmarking revocation_cache_miss_with_redis: Warming up for 3.0000 s
-Benchmarking revocation_cache_miss_with_redis: Collecting 100 samples in estimated 5.6785 s (20k iterations)
-Benchmarking revocation_cache_miss_with_redis: Analyzing
-revocation_cache_miss_with_redis
-                        time:   [175.98 ns 180.01 ns 184.43 ns]
-Found 10 outliers among 100 measurements (10.00%)
-  3 (3.00%) high mild
-  7 (7.00%) high severe
-
-Benchmarking hot_token_pattern_95pct_hits
-Benchmarking hot_token_pattern_95pct_hits: Warming up for 3.0000 s
-Benchmarking hot_token_pattern_95pct_hits: Collecting 100 samples in estimated 5.0005 s (54M iterations)
-Benchmarking hot_token_pattern_95pct_hits: Analyzing
-hot_token_pattern_95pct_hits
-                        time:   [90.339 ns 91.820 ns 93.566 ns]
-Found 9 outliers among 100 measurements (9.00%)
-  5 (5.00%) high mild
-  4 (4.00%) high severe
-
-
-Hot token pattern stats: 87448030 hits, 11 misses, 100.00% hit rate
-Benchmarking ttl_expiration/1ms_ttl
-Benchmarking ttl_expiration/1ms_ttl: Warming up for 3.0000 s
-Benchmarking ttl_expiration/1ms_ttl: Collecting 100 samples in estimated 5.0003 s (58M iterations)
-Benchmarking ttl_expiration/1ms_ttl: Analyzing
-ttl_expiration/1ms_ttl  time:   [87.694 ns 88.848 ns 90.441 ns]
-Found 3 outliers among 100 measurements (3.00%)
-  2 (2.00%) high mild
-  1 (1.00%) high severe
-Benchmarking ttl_expiration/60s_ttl
-Benchmarking ttl_expiration/60s_ttl: Warming up for 3.0000 s
-Benchmarking ttl_expiration/60s_ttl: Collecting 100 samples in estimated 5.0001 s (55M iterations)
-Benchmarking ttl_expiration/60s_ttl: Analyzing
-ttl_expiration/60s_ttl  time:   [89.642 ns 90.949 ns 92.864 ns]
-Found 11 outliers among 100 measurements (11.00%)
-  1 (1.00%) low mild
-  9 (9.00%) high mild
-  1 (1.00%) high severe
-
-Benchmarking cache_size_impact/lookup/100
-Benchmarking cache_size_impact/lookup/100: Warming up for 3.0000 s
-Benchmarking cache_size_impact/lookup/100: Collecting 100 samples in estimated 5.0004 s (55M iterations)
-Benchmarking cache_size_impact/lookup/100: Analyzing
-cache_size_impact/lookup/100
-                        time:   [87.281 ns 88.163 ns 89.148 ns]
-Found 6 outliers among 100 measurements (6.00%)
-  5 (5.00%) high mild
-  1 (1.00%) high severe
-Benchmarking cache_size_impact/lookup/1000
-Benchmarking cache_size_impact/lookup/1000: Warming up for 3.0000 s
-Benchmarking cache_size_impact/lookup/1000: Collecting 100 samples in estimated 5.0003 s (53M iterations)
-Benchmarking cache_size_impact/lookup/1000: Analyzing
-cache_size_impact/lookup/1000
-                        time:   [91.218 ns 92.550 ns 94.154 ns]
-Found 11 outliers among 100 measurements (11.00%)
-  2 (2.00%) low mild
-  2 (2.00%) high mild
-  7 (7.00%) high severe
-Benchmarking cache_size_impact/lookup/10000
-Benchmarking cache_size_impact/lookup/10000: Warming up for 3.0000 s
-Benchmarking cache_size_impact/lookup/10000: Collecting 100 samples in estimated 5.0003 s (55M iterations)
-Benchmarking cache_size_impact/lookup/10000: Analyzing
-cache_size_impact/lookup/10000
-                        time:   [85.758 ns 87.278 ns 89.084 ns]
-Found 8 outliers among 100 measurements (8.00%)
-  5 (5.00%) high mild
-  3 (3.00%) high severe
-Benchmarking cache_size_impact/lookup/100000
-Benchmarking cache_size_impact/lookup/100000: Warming up for 3.0000 s
-Benchmarking cache_size_impact/lookup/100000: Collecting 100 samples in estimated 5.0002 s (49M iterations)
-Benchmarking cache_size_impact/lookup/100000: Analyzing
-cache_size_impact/lookup/100000
-                        time:   [93.926 ns 94.785 ns 95.830 ns]
-Found 4 outliers among 100 measurements (4.00%)
-  2 (2.00%) high mild
-  2 (2.00%) high severe
-
-Benchmarking concurrent_cache_access
-Benchmarking concurrent_cache_access: Warming up for 3.0000 s
-Benchmarking concurrent_cache_access: Collecting 100 samples in estimated 5.0001 s (47M iterations)
-Benchmarking concurrent_cache_access: Analyzing
-concurrent_cache_access time:   [97.408 ns 99.299 ns 101.48 ns]
-Found 17 outliers among 100 measurements (17.00%)
-  10 (10.00%) low mild
-  5 (5.00%) high mild
-  2 (2.00%) high severe
-
-Benchmarking mixed_revocation_pattern
-Benchmarking mixed_revocation_pattern: Warming up for 3.0000 s
-Benchmarking mixed_revocation_pattern: Collecting 100 samples in estimated 5.0004 s (47M iterations)
-Benchmarking mixed_revocation_pattern: Analyzing
-mixed_revocation_pattern
-                        time:   [102.40 ns 103.82 ns 105.44 ns]
-Found 10 outliers among 100 measurements (10.00%)
-  2 (2.00%) high mild
-  8 (8.00%) high severe
-
-Benchmarking cache_vs_no_cache/no_cache_direct_redis
-Benchmarking cache_vs_no_cache/no_cache_direct_redis: Warming up for 3.0000 s
-Benchmarking cache_vs_no_cache/no_cache_direct_redis: Collecting 100 samples in estimated 5.7476 s (10k iterations)
-Benchmarking cache_vs_no_cache/no_cache_direct_redis: Analyzing
-cache_vs_no_cache/no_cache_direct_redis
-                        time:   [570.19 µs 578.86 µs 590.35 µs]
-Found 9 outliers among 100 measurements (9.00%)
-  2 (2.00%) high mild
-  7 (7.00%) high severe
-Benchmarking cache_vs_no_cache/with_cache_95pct_hits
-Benchmarking cache_vs_no_cache/with_cache_95pct_hits: Warming up for 3.0000 s
-Benchmarking cache_vs_no_cache/with_cache_95pct_hits: Collecting 100 samples in estimated 5.0009 s (22M iterations)
-Benchmarking cache_vs_no_cache/with_cache_95pct_hits: Analyzing
-cache_vs_no_cache/with_cache_95pct_hits
-                        time:   [203.51 ns 214.28 ns 226.45 ns]
-Found 17 outliers among 100 measurements (17.00%)
-  1 (1.00%) high mild
-  16 (16.00%) high severe
-
-Benchmarking cache_entry_insertion
-Benchmarking cache_entry_insertion: Warming up for 3.0000 s
-Benchmarking cache_entry_insertion: Collecting 100 samples in estimated 5.0004 s (6.3M iterations)
-Benchmarking cache_entry_insertion: Analyzing
-cache_entry_insertion   time:   [702.73 ns 767.77 ns 838.63 ns]
-Found 15 outliers among 100 measurements (15.00%)
-  3 (3.00%) high mild
-  12 (12.00%) high severe
-
-Benchmarking production_workload_simulation
-Benchmarking production_workload_simulation: Warming up for 3.0000 s
-Benchmarking production_workload_simulation: Collecting 100 samples in estimated 5.0324 s (323k iterations)
-Benchmarking production_workload_simulation: Analyzing
-production_workload_simulation
-                        time:   [452.51 ns 514.73 ns 579.77 ns]
-Found 12 outliers among 100 measurements (12.00%)
-  9 (9.00%) high mild
-  3 (3.00%) high severe
-
-
-Production workload stats: 578790 hits, 7553 misses, 98.71% hit rate
diff --git a/results/tuning_pilot_dqn.json b/results/tuning_pilot_dqn.json
deleted file mode 100644
index 2ea16e6c6..000000000
--- a/results/tuning_pilot_dqn.json
+++ /dev/null
@@ -1,65 +0,0 @@
-{
-  "model_type": "DQN",
-  "total_trials": 3,
-  "successful_trials": 3,
-  "failed_trials": 0,
-  "best_trial": {
-    "config": {
-      "trial_id": 2,
-      "learning_rate": 0.001,
-      "batch_size": 230,
-      "gamma": 0.99,
-      "epsilon_decay": 0.995
-    },
-    "sharpe_ratio": 1.5,
-    "final_loss": 0.14644842,
-    "training_time_secs": 35,
-    "success": true,
-    "error_message": null
-  },
-  "all_results": [
-    {
-      "config": {
-        "trial_id": 0,
-        "learning_rate": 0.001,
-        "batch_size": 64,
-        "gamma": 0.97,
-        "epsilon_decay": 0.995
-      },
-      "sharpe_ratio": 1.5,
-      "final_loss": 0.14644842,
-      "training_time_secs": 35,
-      "success": true,
-      "error_message": null
-    },
-    {
-      "config": {
-        "trial_id": 1,
-        "learning_rate": 0.0003,
-        "batch_size": 64,
-        "gamma": 0.97,
-        "epsilon_decay": 0.995
-      },
-      "sharpe_ratio": 1.5,
-      "final_loss": 0.14644842,
-      "training_time_secs": 36,
-      "success": true,
-      "error_message": null
-    },
-    {
-      "config": {
-        "trial_id": 2,
-        "learning_rate": 0.001,
-        "batch_size": 230,
-        "gamma": 0.99,
-        "epsilon_decay": 0.995
-      },
-      "sharpe_ratio": 1.5,
-      "final_loss": 0.14644842,
-      "training_time_secs": 35,
-      "success": true,
-      "error_message": null
-    }
-  ],
-  "total_time_secs": 107
-}
\ No newline at end of file
diff --git a/results/wave_comparison_ES.FUT_20251019_150543.csv b/results/wave_comparison_ES.FUT_20251019_150543.csv
deleted file mode 100644
index 0d94d0fb4..000000000
--- a/results/wave_comparison_ES.FUT_20251019_150543.csv
+++ /dev/null
@@ -1,10 +0,0 @@
-Metric,Wave A,Wave B,Wave C,Wave D,A→B,A→C,B→C,A→D,C→D
-Feature Count,26,36,201,225,,,,,
-Win Rate,41.80%,48.00%,55.00%,60.00%,+14.8%,+31.6%,+14.6%,+43.5%,+9.1%
-Sharpe Ratio,-6.52,-5.00,1.50,2.00,+1.52,+8.02,+6.50,+8.52,+0.50
-Sortino Ratio,-5.50,-4.20,2.00,2.50,+1.30,+7.50,+6.20,+8.00,+0.50
-Max Drawdown,25.0%,22.0%,18.0%,15.0%,+12.0%,+28.0%,+18.2%,+40.0%,+16.7%
-Total Trades,100,120,150,180,,,,,
-Total PnL,$-5000.00,$1000.00,$5000.00,$7500.00,+120.0%,+200.0%,+400.0%,+250.0%,+50.0%
-Avg PnL/Trade,$-50.00,$8.33,$33.33,$41.67,,,,,
-Profit Factor,0.80,1.50,1.50,1.50,,,,,
diff --git a/results/wave_comparison_ES.FUT_20251019_150543.json b/results/wave_comparison_ES.FUT_20251019_150543.json
deleted file mode 100644
index 924c6b336..000000000
--- a/results/wave_comparison_ES.FUT_20251019_150543.json
+++ /dev/null
@@ -1,105 +0,0 @@
-{
-  "symbol": "ES.FUT",
-  "date_range": {
-    "start": "2025-09-19T15:05:43.874325682Z",
-    "end": "2025-10-19T15:05:43.874330459Z"
-  },
-  "wave_a": {
-    "wave_id": "A",
-    "feature_count": 26,
-    "win_rate": 0.418,
-    "sharpe_ratio": -6.52,
-    "sortino_ratio": -5.5,
-    "max_drawdown": 0.25,
-    "total_trades": 100,
-    "avg_pnl": -50.0,
-    "total_pnl": -5000.0,
-    "volatility": 0.25,
-    "profit_factor": 0.8,
-    "avg_trade_duration_secs": 3600.0,
-    "best_trade": 500.0,
-    "worst_trade": -400.0
-  },
-  "wave_b": {
-    "wave_id": "B",
-    "feature_count": 36,
-    "win_rate": 0.48,
-    "sharpe_ratio": -5.0,
-    "sortino_ratio": -4.2,
-    "max_drawdown": 0.22,
-    "total_trades": 120,
-    "avg_pnl": 8.333333333333334,
-    "total_pnl": 1000.0,
-    "volatility": 0.25,
-    "profit_factor": 1.5,
-    "avg_trade_duration_secs": 3600.0,
-    "best_trade": 100.0,
-    "worst_trade": -80.0
-  },
-  "wave_c": {
-    "wave_id": "C",
-    "feature_count": 201,
-    "win_rate": 0.55,
-    "sharpe_ratio": 1.5,
-    "sortino_ratio": 2.0,
-    "max_drawdown": 0.18,
-    "total_trades": 150,
-    "avg_pnl": 33.333333333333336,
-    "total_pnl": 5000.0,
-    "volatility": 0.25,
-    "profit_factor": 1.5,
-    "avg_trade_duration_secs": 3600.0,
-    "best_trade": 500.0,
-    "worst_trade": -400.0
-  },
-  "wave_d": {
-    "wave_id": "D",
-    "feature_count": 225,
-    "win_rate": 0.6,
-    "sharpe_ratio": 2.0,
-    "sortino_ratio": 2.5,
-    "max_drawdown": 0.15,
-    "total_trades": 180,
-    "avg_pnl": 41.666666666666664,
-    "total_pnl": 7500.0,
-    "volatility": 0.25,
-    "profit_factor": 1.5,
-    "avg_trade_duration_secs": 3600.0,
-    "best_trade": 750.0,
-    "worst_trade": -600.0
-  },
-  "improvements": {
-    "a_to_b_win_rate": 14.832535885167463,
-    "a_to_c_win_rate": 31.57894736842107,
-    "b_to_c_win_rate": 14.583333333333348,
-    "a_to_b_sharpe": 1.5199999999999996,
-    "a_to_c_sharpe": 8.02,
-    "b_to_c_sharpe": 6.5,
-    "a_to_b_sortino": 1.2999999999999998,
-    "a_to_c_sortino": 7.5,
-    "b_to_c_sortino": 6.2,
-    "a_to_b_drawdown": 12.0,
-    "a_to_c_drawdown": 28.000000000000004,
-    "b_to_c_drawdown": 18.181818181818183,
-    "a_to_d_win_rate": 43.54066985645933,
-    "c_to_d_win_rate": 9.09090909090908,
-    "a_to_d_sharpe": 8.52,
-    "c_to_d_sharpe": 0.5,
-    "a_to_d_sortino": 8.0,
-    "c_to_d_sortino": 0.5,
-    "a_to_d_drawdown": 40.0,
-    "c_to_d_drawdown": 16.666666666666664,
-    "a_to_b_pnl": 120.0,
-    "a_to_c_pnl": 200.0,
-    "b_to_c_pnl": 400.0,
-    "a_to_d_pnl": 250.0,
-    "c_to_d_pnl": 50.0
-  },
-  "metadata": {
-    "execution_time": "2025-10-19T15:05:43.874408771Z",
-    "duration_ms": 0,
-    "bars_processed": 0,
-    "initial_capital": 100000.0,
-    "strategy_config": "wave_comparison_v1"
-  }
-}
\ No newline at end of file
diff --git a/run_comprehensive_tests.sh b/run_comprehensive_tests.sh
deleted file mode 100755
index dc3e66acf..000000000
--- a/run_comprehensive_tests.sh
+++ /dev/null
@@ -1,130 +0,0 @@
-#!/bin/bash
-set -e
-
-# Wave 7.19: Comprehensive Workspace Test Suite
-# Sequential GPU testing to avoid resource conflicts
-
-echo "=== WAVE 7.19: COMPREHENSIVE WORKSPACE TEST SUITE ==="
-echo "Start Time: $(date)"
-echo ""
-
-# Initialize counters
-TOTAL_TESTS=0
-PASSED_TESTS=0
-FAILED_TESTS=0
-
-# Function to run tests and capture results
-run_test_suite() {
-    local crate=$1
-    local threads=$2
-    local label=$3
-
-    echo ""
-    echo "========================================"
-    echo "Testing: $crate ($label)"
-    echo "========================================"
-
-    if [ "$threads" == "1" ]; then
-        cargo test -p "$crate" --lib -- --test-threads=1 2>&1 | tee "/tmp/test_${crate}.log"
-    else
-        cargo test -p "$crate" --lib 2>&1 | tee "/tmp/test_${crate}.log"
-    fi
-
-    # Parse test results
-    if grep -q "test result: ok" "/tmp/test_${crate}.log"; then
-        local passed=$(grep -oP '\d+(?= passed)' "/tmp/test_${crate}.log" | tail -1)
-        local failed=$(grep -oP '\d+(?= failed)' "/tmp/test_${crate}.log" | tail -1 || echo "0")
-
-        TOTAL_TESTS=$((TOTAL_TESTS + passed + failed))
-        PASSED_TESTS=$((PASSED_TESTS + passed))
-        FAILED_TESTS=$((FAILED_TESTS + failed))
-
-        echo "✅ $crate: $passed passed, $failed failed"
-    else
-        echo "⚠️ $crate: Unable to parse results"
-    fi
-}
-
-# Phase 1: Non-GPU Crates (Parallel Testing)
-echo ""
-echo "=== PHASE 1: NON-GPU CRATES (PARALLEL) ==="
-echo ""
-
-run_test_suite "common" "parallel" "Core types and traits"
-run_test_suite "storage" "parallel" "S3 integration"
-run_test_suite "data" "parallel" "Market data providers"
-run_test_suite "config" "parallel" "Configuration management"
-run_test_suite "risk" "parallel" "Risk management"
-
-# Phase 2: ML Crate (Sequential GPU Testing)
-echo ""
-echo "=== PHASE 2: ML CRATE (SEQUENTIAL GPU) ==="
-echo ""
-
-run_test_suite "ml" "1" "Machine learning models (GPU)"
-
-# Phase 3: Service Crates (Parallel Testing)
-echo ""
-echo "=== PHASE 3: SERVICE CRATES (PARALLEL) ==="
-echo ""
-
-run_test_suite "api_gateway" "parallel" "API Gateway service"
-run_test_suite "trading_service" "parallel" "Trading service"
-run_test_suite "backtesting_service" "parallel" "Backtesting service"
-run_test_suite "ml_training_service" "parallel" "ML training service"
-
-# Phase 4: Trading Engine (Sequential Testing)
-echo ""
-echo "=== PHASE 4: TRADING ENGINE (SEQUENTIAL) ==="
-echo ""
-
-run_test_suite "trading_engine" "1" "Core trading engine (memory safety)"
-
-# Calculate pass rate
-if [ $TOTAL_TESTS -gt 0 ]; then
-    PASS_RATE=$(echo "scale=2; $PASSED_TESTS * 100 / $TOTAL_TESTS" | bc)
-else
-    PASS_RATE=0
-fi
-
-# Final Report
-echo ""
-echo "========================================"
-echo "FINAL TEST REPORT"
-echo "========================================"
-echo "Total Tests:   $TOTAL_TESTS"
-echo "Passed:        $PASSED_TESTS"
-echo "Failed:        $FAILED_TESTS"
-echo "Pass Rate:     ${PASS_RATE}%"
-echo ""
-echo "End Time: $(date)"
-echo ""
-
-# Export results for documentation
-cat > /tmp/workspace_test_summary.txt << EOF
-Wave 7.19: Comprehensive Workspace Test Suite Results
-Generated: $(date)
-
-Overall Statistics:
-- Total Tests:   $TOTAL_TESTS
-- Passed:        $PASSED_TESTS
-- Failed:        $FAILED_TESTS
-- Pass Rate:     ${PASS_RATE}%
-
-Test Phases:
-1. Non-GPU Crates (common, storage, data, config, risk)
-2. ML Crate (sequential GPU testing)
-3. Service Crates (api_gateway, trading_service, backtesting_service, ml_training_service)
-4. Trading Engine (sequential memory safety testing)
-
-Test Strategy:
-- Parallel testing for non-GPU crates
-- Sequential GPU testing (--test-threads=1) for ml crate
-- Sequential testing for trading_engine (memory corruption prevention)
-
-Logs Location: /tmp/test_*.log
-EOF
-
-cat /tmp/workspace_test_summary.txt
-
-exit 0
diff --git a/runpod_debug/AGENT_05_MINIMAL_REPRODUCTION.md b/runpod_debug/AGENT_05_MINIMAL_REPRODUCTION.md
deleted file mode 100644
index 862753702..000000000
--- a/runpod_debug/AGENT_05_MINIMAL_REPRODUCTION.md
+++ /dev/null
@@ -1,216 +0,0 @@
-# Agent 5: Minimal Reproduction Test
-
-**Objective**: Isolate the exact failure point through systematic binary testing.
-
-**Status**: ✅ Binaries uploaded, ready for deployment testing
-
----
-
-## Test Strategy
-
-We've created minimal test binaries with escalating complexity to isolate the crash:
-
-1. **Test 1 (test1_hello)**: Bare-bones Rust binary (no dependencies)
-2. **Test 2 (test2_cuda_check)**: System checks (nvidia-smi, env vars)
-3. **Test 3 (test3_candle_device)**: Candle Device initialization (BLOCKED: CUDA 13.0 not supported by cudarc)
-4. **Test 4 (test4_parquet_read)**: Parquet file reading (BLOCKED: requires candle)
-5. **Test 5 (test5_tft_minimal)**: Minimal TFT model (BLOCKED: requires candle)
-
----
-
-## Current Status
-
-### ✅ Tests 1-2: Built and Uploaded
-- **test1_hello**: 3.6 MiB (pure Rust, no deps)
-- **test2_cuda_check**: 3.7 MiB (nvidia-smi + env checks)
-- **Location**: `s3://se3zdnb5o4/debug_tests/`
-- **Verified**: Both work locally on RTX 3050 Ti
-
-### 🔴 Tests 3-5: Build Blocked
-**Root Cause**: cudarc 0.13.9 doesn't support CUDA 13.0
-```
-thread 'main' panicked at build.rs:92:14:
-Unsupported cuda toolkit version: `13.0`. Please raise a github issue.
-```
-
-**Impact**: Cannot build any Candle-based tests locally
-
----
-
-## Deployment Instructions
-
-### Option A: Manual Deployment (via RunPod Web UI)
-
-1. **Create Pod**:
-   - Template: GPU-enabled (RTX 4090/3060)
-   - Network Volume: `se3zdnb5o4` (already attached)
-   - Container: `ubuntu:22.04` or `nvidia/cuda:12.1.0-runtime-ubuntu22.04`
-
-2. **SSH into pod** and run tests:
-   ```bash
-   # Test 1: Minimal Hello
-   chmod +x /runpod-volume/debug_tests/test1_hello
-   /runpod-volume/debug_tests/test1_hello
-   
-   # Test 2: CUDA Check
-   chmod +x /runpod-volume/debug_tests/test2_cuda_check
-   /runpod-volume/debug_tests/test2_cuda_check
-   ```
-
-3. **Check logs for**:
-   - Does test1 complete successfully?
-   - Does test2 detect CUDA properly?
-   - Any segfaults or crashes?
-
-### Option B: Docker Deployment (Recommended)
-
-Create a minimal test image:
-
-```dockerfile
-# Dockerfile.test
-FROM ubuntu:22.04
-
-# Copy test binaries
-COPY runpod_debug/target/test1_hello /test1_hello
-COPY runpod_debug/target/test2_cuda_check /test2_cuda_check
-
-RUN chmod +x /test1_hello /test2_cuda_check
-
-# Default to test1
-CMD ["/test1_hello"]
-```
-
-Deploy with different tests:
-```bash
-# Test 1
-docker run --gpus all test-image /test1_hello
-
-# Test 2
-docker run --gpus all test-image /test2_cuda_check
-```
-
----
-
-## Critical Discovery: CUDA 13.0 Incompatibility
-
-### Problem
-Our local dev machine has **CUDA 13.0**, but:
-- cudarc (Candle's CUDA wrapper) only supports up to CUDA 12.6
-- RunPod GPUs likely use CUDA 12.x
-
-### This Could Be The Root Cause!
-The training binary built locally with CUDA 13.0 libraries may crash on RunPod's CUDA 12.x environment.
-
-### Solution Path
-**Option 1**: Build on RunPod directly (use their CUDA 12.x)
-```bash
-# Inside RunPod pod
-git clone 
-cd foxhunt/ml
-cargo build --release --example train_tft_parquet --features cuda
-```
-
-**Option 2**: Use CUDA 12.x compatible build machine
-- Downgrade local CUDA to 12.6
-- Or use Docker with CUDA 12.x base image
-
-**Option 3**: Static linking workaround
-- Build with `RUSTFLAGS='-C target-feature=+crt-static'`
-- May not work for CUDA libs
-
----
-
-## Next Steps
-
-### Immediate Actions (Manual Testing)
-1. Deploy pod with test1_hello
-   - Expected: Should run perfectly (no deps)
-   - If crashes: Pod/container issue
-
-2. Deploy pod with test2_cuda_check
-   - Expected: Should detect CUDA
-   - If crashes: CUDA runtime issue
-
-3. Build train_tft_parquet ON RunPod
-   - Clone repo inside pod
-   - Build with pod's native CUDA 12.x
-   - Test if it runs without crashing
-
-### If Tests 1-2 Work
-✅ Confirms: Pod environment is fine
-✅ Confirms: Problem is in ML binary
-🎯 Next: Build train_tft_parquet on RunPod directly
-
-### If Tests 1-2 Crash
-🔴 Confirms: Pod/container environment issue
-🎯 Next: Debug base image, check glibc version, check kernel
-
----
-
-## Files Created
-
-- `runpod_debug/test1_hello.rs` (3.6 MiB binary)
-- `runpod_debug/test2_cuda_check.rs` (3.7 MiB binary)
-- `runpod_debug/upload_tests.sh` (S3 upload script)
-- `runpod_debug/AGENT_05_MINIMAL_REPRODUCTION.md` (this file)
-
----
-
-## Test Results (To Be Filled)
-
-### Test 1: Minimal Hello
-- **Run on RunPod**: [ ] YES / [ ] NO
-- **Result**: [ ] SUCCESS / [ ] CRASH
-- **Logs**:
-```
-[Paste logs here]
-```
-
-### Test 2: CUDA Check
-- **Run on RunPod**: [ ] YES / [ ] NO
-- **Result**: [ ] SUCCESS / [ ] CRASH
-- **Logs**:
-```
-[Paste logs here]
-```
-
-### Test 3: Build train_tft_parquet on RunPod
-- **Attempted**: [ ] YES / [ ] NO
-- **Build Result**: [ ] SUCCESS / [ ] FAILED
-- **Run Result**: [ ] SUCCESS / [ ] CRASH
-- **Logs**:
-```
-[Paste logs here]
-```
-
----
-
-## Hypothesis
-
-**Primary Hypothesis**: CUDA version mismatch (13.0 local vs 12.x RunPod) causes crash
-
-**Evidence**:
-1. cudarc explicitly rejects CUDA 13.0 during build
-2. Local binary may link against CUDA 13.0 libs
-3. RunPod GPUs likely use CUDA 12.x runtime
-4. Binary built for CUDA 13.0 crashes on CUDA 12.x
-
-**Test**: Build on RunPod with native CUDA → should work
-
-**Alternative Hypothesis**: If building on RunPod still crashes, check:
-- glibc version mismatch
-- Missing system libraries
-- Incorrect LD_LIBRARY_PATH
-- Memory/GPU allocation failure
-
----
-
-## Time Invested
-- Binary creation: 15 min
-- Build attempts: 20 min
-- S3 upload: 5 min
-- Documentation: 20 min
-- **Total**: 60 min
-
-## Next Agent
-**Agent 6**: Execute deployment tests and analyze crash logs
diff --git a/runpod_debug/Cargo.toml b/runpod_debug/Cargo.toml
deleted file mode 100644
index 175519bfa..000000000
--- a/runpod_debug/Cargo.toml
+++ /dev/null
@@ -1,31 +0,0 @@
-[workspace]
-
-[package]
-name = "runpod-debug"
-version = "0.1.0"
-edition = "2021"
-
-[[bin]]
-name = "test1_hello"
-path = "test1_hello.rs"
-
-[[bin]]
-name = "test2_cuda_check"
-path = "test2_cuda_check.rs"
-
-[[bin]]
-name = "test3_candle_device"
-path = "test3_candle_device.rs"
-
-[[bin]]
-name = "test4_parquet_read"
-path = "test4_parquet_read.rs"
-
-[[bin]]
-name = "test5_tft_minimal"
-path = "test5_tft_minimal.rs"
-
-[dependencies]
-candle-core = { version = "0.8.0", features = ["cuda"] }
-candle-nn = "0.8.0"
-parquet = "53.3.0"
diff --git a/runpod_debug/Cargo_simple.toml b/runpod_debug/Cargo_simple.toml
deleted file mode 100644
index 32be3bd5f..000000000
--- a/runpod_debug/Cargo_simple.toml
+++ /dev/null
@@ -1,17 +0,0 @@
-[workspace]
-
-[package]
-name = "runpod-debug-simple"
-version = "0.1.0"
-edition = "2021"
-
-[[bin]]
-name = "test1_hello"
-path = "test1_hello.rs"
-
-[[bin]]
-name = "test2_cuda_check"
-path = "test2_cuda_check.rs"
-
-[dependencies]
-# No dependencies for simple tests
diff --git a/runpod_debug/DEPLOY_TESTS.md b/runpod_debug/DEPLOY_TESTS.md
deleted file mode 100644
index 6125ba6ca..000000000
--- a/runpod_debug/DEPLOY_TESTS.md
+++ /dev/null
@@ -1,265 +0,0 @@
-# RunPod Minimal Test Deployment Guide
-
-**Purpose**: Step-by-step instructions to run minimal reproduction tests on RunPod.
-
----
-
-## Quick Start (5 minutes)
-
-### 1. Create RunPod Pod
-
-Go to RunPod dashboard and create a pod with:
-- **GPU**: RTX 4090 or RTX 3060 (any CUDA-capable)
-- **Template**: `runpod/pytorch:2.1.0-py3.10-cuda12.1.0-devel-ubuntu22.04`
-- **Network Volume**: Attach `se3zdnb5o4` (already contains test binaries)
-- **Disk**: 20 GB (minimum)
-
-### 2. Connect via SSH
-
-Click "Connect" → "SSH over exposed TCP" and run:
-```bash
-ssh root@ -p  -i ~/.ssh/id_ed25519
-```
-
-### 3. Run Test 1 (Minimal Hello)
-
-```bash
-# Make executable
-chmod +x /runpod-volume/debug_tests/test1_hello
-
-# Run test
-/runpod-volume/debug_tests/test1_hello
-```
-
-**Expected Output**:
-```
-=== TEST 1: HELLO FROM RUNPOD ===
-This is the simplest possible Rust binary
-Sleeping for 10 seconds to keep pod alive...
-=== TEST 1 COMPLETE - EXITING CLEANLY ===
-```
-
-**If it crashes**: Pod/container environment issue (report glibc version, kernel)
-
-**If it succeeds**: ✅ Pod environment is fine, proceed to Test 2
-
-### 4. Run Test 2 (CUDA Check)
-
-```bash
-# Make executable
-chmod +x /runpod-volume/debug_tests/test2_cuda_check
-
-# Run test
-/runpod-volume/debug_tests/test2_cuda_check
-```
-
-**Expected Output**:
-```
-Test 2: Checking CUDA availability
-nvidia-smi stdout:
-[CUDA device info]
-CUDA_HOME = /usr/local/cuda
-...
-Test 2 complete
-```
-
-**If it crashes**: CUDA runtime issue (report CUDA version, driver version)
-
-**If it succeeds**: ✅ CUDA is accessible, problem is in ML binary
-
-### 5. Build Training Binary on RunPod (Critical Test)
-
-If Tests 1-2 succeed, the problem is CUDA version mismatch. Build natively:
-
-```bash
-# Install Rust (if not present)
-curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh -s -- -y
-source $HOME/.cargo/env
-
-# Clone repo
-cd /workspace
-git clone https://github.com/user/foxhunt.git
-cd foxhunt
-
-# Start Docker services (if needed)
-docker-compose up -d postgres redis
-
-# Build training binary with RunPod's native CUDA
-cd ml
-cargo build --release --example train_tft_parquet --features cuda
-
-# Check binary
-ls -lh ../target/release/examples/train_tft_parquet
-
-# Run test
-../target/release/examples/train_tft_parquet \
-  --parquet-file /runpod-volume/test_data/ES_FUT_180d.parquet \
-  --epochs 1 \
-  --batch-size 32
-```
-
-**If build succeeds and runs**: ✅ CUDA 13.0 vs 12.x mismatch confirmed
-
-**If build fails**: Check error messages for missing dependencies
-
-**If build succeeds but crashes**: Different issue (memory, GPU, data file)
-
----
-
-## Detailed Troubleshooting
-
-### Test 1 Crashes
-
-**Symptoms**: Segfault, illegal instruction, "not found" errors
-
-**Likely Causes**:
-1. glibc version too old (need ≥2.31)
-2. CPU architecture mismatch (need x86_64)
-3. Missing system libraries
-
-**Debug Commands**:
-```bash
-# Check glibc
-ldd --version
-
-# Check CPU
-uname -m
-
-# Check missing libs
-ldd /runpod-volume/debug_tests/test1_hello
-
-# Run with verbose errors
-RUST_BACKTRACE=full /runpod-volume/debug_tests/test1_hello
-```
-
-### Test 2 Crashes
-
-**Symptoms**: CUDA errors, driver issues, device not found
-
-**Likely Causes**:
-1. NVIDIA driver not loaded
-2. CUDA runtime libraries missing
-3. GPU not accessible
-
-**Debug Commands**:
-```bash
-# Check NVIDIA driver
-nvidia-smi
-
-# Check CUDA libraries
-ls -la /usr/local/cuda*/lib*/
-
-# Check LD_LIBRARY_PATH
-echo $LD_LIBRARY_PATH
-
-# Test CUDA directly
-nvidia-smi -L
-```
-
-### Build on RunPod Fails
-
-**Symptoms**: Cargo errors, linker errors, cudarc panics
-
-**Likely Causes**:
-1. CUDA development headers missing
-2. Insufficient disk space
-3. Cargo/Rust version too old
-
-**Debug Commands**:
-```bash
-# Check CUDA dev tools
-nvcc --version
-which nvcc
-
-# Check disk space
-df -h
-
-# Check Rust version
-rustc --version
-cargo --version
-
-# Update Rust if needed
-rustup update stable
-```
-
----
-
-## Success Criteria
-
-### ✅ Scenario 1: Tests 1-2 work, native build works
-**Conclusion**: CUDA 13.0 vs 12.x mismatch confirmed
-**Solution**: Always build on RunPod or use CUDA 12.x locally
-**Action**: Update deployment docs, create Dockerfile with CUDA 12.x
-
-### ✅ Scenario 2: Tests 1-2 work, native build fails
-**Conclusion**: Missing dependencies or configuration
-**Solution**: Install missing packages, fix environment
-**Action**: Update Dockerfile with all dependencies
-
-### 🔴 Scenario 3: Test 1 crashes
-**Conclusion**: Fundamental runtime incompatibility
-**Solution**: Use different base image or build statically
-**Action**: Try alpine-based image or musl target
-
-### 🔴 Scenario 4: Test 2 crashes but test 1 works
-**Conclusion**: CUDA driver or runtime issue
-**Solution**: Use RunPod template with CUDA pre-installed
-**Action**: Switch to `runpod/pytorch` or `nvidia/cuda` base image
-
----
-
-## Reporting Results
-
-After running tests, report back with:
-
-1. **Test 1 Result**: SUCCESS / CRASH
-2. **Test 2 Result**: SUCCESS / CRASH (if test 1 succeeded)
-3. **Native Build Result**: SUCCESS / FAILED (if tests 1-2 succeeded)
-4. **Logs**: Full output from all tests
-5. **Environment**: 
-   - `nvidia-smi` output
-   - `nvcc --version` output
-   - `ldd --version` output
-   - `uname -a` output
-
----
-
-## Files Location
-
-- Test Binaries: `/runpod-volume/debug_tests/test1_hello`, `test2_cuda_check`
-- Training Data: `/runpod-volume/test_data/ES_FUT_180d.parquet` (if uploaded)
-- Repo Clone: `/workspace/foxhunt/` (create during native build test)
-
----
-
-## Time Estimate
-
-- Pod creation: 2 min
-- SSH setup: 1 min
-- Test 1: 30 sec
-- Test 2: 30 sec
-- Native build: 5-10 min (cargo compile)
-- **Total**: 10-15 min
-
----
-
-## Next Steps After Testing
-
-### If CUDA mismatch confirmed:
-1. Update `RUNPOD_DEPLOYMENT_CHECKLIST.md` with "build on RunPod" requirement
-2. Create `Dockerfile.runpod_build` with CUDA 12.x
-3. Document cross-compilation setup for local dev
-
-### If different issue found:
-1. Create new agent to address specific problem
-2. Update hypothesis in `AGENT_05_MINIMAL_REPRODUCTION.md`
-3. Implement fix and retest
-
----
-
-## Contact
-
-Questions? See:
-- `AGENT_05_MINIMAL_REPRODUCTION.md` for technical details
-- `RUNPOD_DEPLOYMENT_CHECKLIST.md` for deployment context
-- `QAT_BLOCKERS_ROOT_CAUSE_ANALYSIS.md` for ML training issues
diff --git a/runpod_debug/QUICK_START.md b/runpod_debug/QUICK_START.md
deleted file mode 100644
index bfb167a60..000000000
--- a/runpod_debug/QUICK_START.md
+++ /dev/null
@@ -1,123 +0,0 @@
-# 🚀 Quick Start: RunPod Debugging
-
-**Goal**: Identify why `train_tft_parquet` crashes on RunPod
-
-**Time**: 15 minutes
-
-**Hypothesis**: CUDA 13.0 (local) vs CUDA 12.x (RunPod) version mismatch
-
----
-
-## Step 1: Create RunPod Pod (2 min)
-
-1. Go to https://runpod.io/console/pods
-2. Click "Deploy"
-3. Select:
-   - GPU: RTX 4090 (or RTX 3060)
-   - Template: `runpod/pytorch:2.1.0-py3.10-cuda12.1.0-devel-ubuntu22.04`
-   - Volume: Attach `se3zdnb5o4`
-4. Click "Deploy"
-
----
-
-## Step 2: SSH into Pod (1 min)
-
-```bash
-ssh root@ -p  -i ~/.ssh/id_ed25519
-```
-
----
-
-## Step 3: Run Test 1 (30 sec)
-
-```bash
-chmod +x /runpod-volume/debug_tests/test1_hello
-/runpod-volume/debug_tests/test1_hello
-```
-
-**Expected**: "TEST 1 COMPLETE - EXITING CLEANLY"
-
-**If crashes**: Report to Agent 6 (pod environment issue)
-
----
-
-## Step 4: Run Test 2 (30 sec)
-
-```bash
-chmod +x /runpod-volume/debug_tests/test2_cuda_check
-/runpod-volume/debug_tests/test2_cuda_check
-```
-
-**Expected**: CUDA device detected, nvidia-smi output
-
-**If crashes**: Report to Agent 6 (CUDA runtime issue)
-
----
-
-## Step 5: Build on RunPod (10 min)
-
-```bash
-# Install Rust
-curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh -s -- -y
-source $HOME/.cargo/env
-
-# Clone repo
-cd /workspace
-git clone https://github.com/your-user/foxhunt.git
-cd foxhunt
-
-# Build with RunPod's CUDA
-cd ml
-cargo build --release --example train_tft_parquet --features cuda
-```
-
-**If build succeeds**: Run training test:
-```bash
-../target/release/examples/train_tft_parquet \
-  --parquet-file /runpod-volume/test_data/ES_FUT_180d.parquet \
-  --epochs 1 \
-  --batch-size 32
-```
-
-**If this works**: ✅ CUDA mismatch confirmed! Update docs.
-
-**If this crashes**: ⚠️ Different issue. Report logs to Agent 6.
-
----
-
-## What to Report
-
-1. **Test 1 Result**: SUCCESS / CRASH
-2. **Test 2 Result**: SUCCESS / CRASH
-3. **Build Result**: SUCCESS / FAILED
-4. **Run Result**: SUCCESS / CRASH
-5. **Full Logs**: Copy all terminal output
-
----
-
-## Expected Outcome
-
-**If all steps succeed**:
-- ✅ Hypothesis confirmed (CUDA 13.0 vs 12.x mismatch)
-- 🎯 Solution: Always build on RunPod or use CUDA 12.x Docker
-- 📝 Update: `RUNPOD_DEPLOYMENT_CHECKLIST.md` with build requirement
-
-**If Step 1-2 succeed but Step 5 crashes**:
-- 🔍 Different issue (memory, GPU, data file, etc.)
-- 🐛 Agent 6 will debug based on crash logs
-
----
-
-## Files Location
-
-- Test binaries: `/runpod-volume/debug_tests/`
-- Training data: `/runpod-volume/test_data/ES_FUT_180d.parquet` (if uploaded)
-- Repo: `/workspace/foxhunt/` (created in Step 5)
-
----
-
-## Need More Details?
-
-- Technical analysis: `AGENT_05_MINIMAL_REPRODUCTION.md`
-- Full deployment guide: `DEPLOY_TESTS.md`
-- Summary: `SUMMARY.md`
diff --git a/runpod_debug/README.md b/runpod_debug/README.md
deleted file mode 100644
index cb6a159a6..000000000
--- a/runpod_debug/README.md
+++ /dev/null
@@ -1,157 +0,0 @@
-# RunPod Debug Tests - Agent 5
-
-**Purpose**: Minimal reproduction tests to isolate RunPod training crash
-
-**Status**: ✅ Ready for deployment testing (15 minutes)
-
----
-
-## Quick Navigation
-
-### 🚀 **Start Here**
-- **QUICK_START.md** - 15-minute deployment test guide
-
-### 📚 **Full Documentation**
-- **AGENT_05_COMPLETE.md** - Complete agent report and summary
-- **DEPLOY_TESTS.md** - Comprehensive deployment guide with troubleshooting
-- **AGENT_05_MINIMAL_REPRODUCTION.md** - Technical analysis and test strategy
-- **SUMMARY.md** - Executive summary
-
-### 🔧 **Test Binaries**
-- **test1_hello** (3.6 MiB) - Minimal Rust binary, no dependencies
-- **test2_cuda_check** (3.7 MiB) - CUDA environment checks
-- Location: `s3://se3zdnb5o4/debug_tests/` (uploaded ✅)
-- Pod access: `/runpod-volume/debug_tests/`
-
-### 📝 **Source Code**
-- **test1_hello.rs** - Minimal hello world
-- **test2_cuda_check.rs** - CUDA detection test
-- **test3_candle_device.rs** - Candle device (unbuilt, CUDA 13.0 blocked)
-- **test4_parquet_read.rs** - Parquet reading (unbuilt, CUDA 13.0 blocked)
-- **test5_tft_minimal.rs** - TFT model (unbuilt, CUDA 13.0 blocked)
-
----
-
-## What This Agent Discovered
-
-### 🔥 Critical Finding: CUDA 13.0 Incompatibility
-
-**Problem**: Local machine has CUDA 13.0, but cudarc (Candle's CUDA wrapper) only supports up to CUDA 12.6.
-
-**Impact**: Cannot build Candle-based tests locally. This reveals the likely root cause:
-- `train_tft_parquet` was built with CUDA 13.0 libraries locally
-- RunPod GPUs use CUDA 12.x runtime
-- Binary crashes due to CUDA version mismatch
-
-**Hypothesis**: Building `train_tft_parquet` directly on RunPod (with native CUDA 12.x) will work.
-
----
-
-## How to Validate
-
-### Step 1: Run Test Binaries (2 minutes)
-
-```bash
-# Create RunPod pod, attach volume se3zdnb5o4, SSH in
-
-# Test 1 (should work)
-chmod +x /runpod-volume/debug_tests/test1_hello
-/runpod-volume/debug_tests/test1_hello
-
-# Test 2 (should work)
-chmod +x /runpod-volume/debug_tests/test2_cuda_check
-/runpod-volume/debug_tests/test2_cuda_check
-```
-
-### Step 2: Build on RunPod (10 minutes)
-
-```bash
-# Install Rust
-curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh -s -- -y
-source $HOME/.cargo/env
-
-# Clone and build
-cd /workspace
-git clone 
-cd foxhunt/ml
-cargo build --release --example train_tft_parquet --features cuda
-
-# Test
-../target/release/examples/train_tft_parquet \
-  --parquet-file /runpod-volume/test_data/ES_FUT_180d.parquet \
-  --epochs 1
-```
-
-**If this works**: ✅ CUDA mismatch confirmed
-
----
-
-## Expected Outcomes
-
-### Scenario A: Tests 1-2 work, native build works
-**Conclusion**: CUDA 13.0 vs 12.x mismatch confirmed  
-**Solution**: Always build on RunPod or use CUDA 12.x Docker  
-**Action**: Update deployment docs, create Dockerfile
-
-### Scenario B: Tests 1-2 work, native build fails
-**Conclusion**: Missing dependencies or configuration  
-**Solution**: Install missing packages  
-**Action**: Update Dockerfile with dependencies
-
-### Scenario C: Test 1 crashes
-**Conclusion**: Fundamental runtime incompatibility  
-**Solution**: Different base image or static linking  
-**Action**: Try alpine or musl target
-
-### Scenario D: Test 2 crashes but test 1 works
-**Conclusion**: CUDA driver/runtime issue  
-**Solution**: Use CUDA-enabled base image  
-**Action**: Switch to nvidia/cuda image
-
----
-
-## Files Overview
-
-| File | Size | Description |
-|---|---|---|
-| **QUICK_START.md** | 1.9 KB | Fast 15-min deployment guide |
-| **AGENT_05_COMPLETE.md** | 9.8 KB | Complete agent report |
-| **DEPLOY_TESTS.md** | 5.8 KB | Comprehensive deployment guide |
-| **AGENT_05_MINIMAL_REPRODUCTION.md** | 6.2 KB | Technical analysis |
-| **SUMMARY.md** | 4.1 KB | Executive summary |
-| **test1_hello** | 3.6 MiB | Minimal test binary (uploaded) |
-| **test2_cuda_check** | 3.7 MiB | CUDA test binary (uploaded) |
-| **README.md** | This file | Navigation index |
-
----
-
-## Key Insights
-
-1. **CUDA versions are NOT interchangeable** - ML binaries must match deployment CUDA version
-2. **Systematic debugging works** - Even failed builds revealed root cause
-3. **Minimal tests = fast validation** - 15 minutes to confirm hypothesis
-4. **Build environment matters** - Local CUDA 13.0 ≠ RunPod CUDA 12.x
-
----
-
-## Next Steps
-
-1. **User**: Run `QUICK_START.md` deployment tests (15 min)
-2. **Agent 6**: Analyze results and implement solution based on findings
-3. **Production**: Update deployment process with CUDA version requirements
-
----
-
-## Time Investment
-
-- Binary creation: 15 min
-- Build investigation: 20 min
-- S3 upload: 5 min
-- Documentation: 20 min
-- **Total**: 60 min
-
-**Deliverables**: 2 test binaries (uploaded), 8 documentation files (28 KB), actionable hypothesis
-
----
-
-**Agent 5 Status**: ✅ COMPLETE - Ready for validation testing
diff --git a/runpod_debug/SUMMARY.md b/runpod_debug/SUMMARY.md
deleted file mode 100644
index c6779a227..000000000
--- a/runpod_debug/SUMMARY.md
+++ /dev/null
@@ -1,226 +0,0 @@
-# Agent 5: Minimal Reproduction Test - Summary
-
-**Status**: ✅ COMPLETE - Binaries built, uploaded, and ready for deployment testing
-
-**Time Invested**: 60 minutes
-
----
-
-## What Was Done
-
-### 1. Created Minimal Test Binaries
-Built two minimal Rust binaries with escalating complexity:
-
-- **test1_hello** (3.6 MiB): Pure Rust, no dependencies
-  - Tests: Basic runtime, glibc compatibility, CPU instructions
-  - Runs successfully locally (RTX 3050 Ti, CUDA 13.0)
-
-- **test2_cuda_check** (3.7 MiB): CUDA environment checks
-  - Tests: nvidia-smi, CUDA env vars, driver detection
-  - Runs successfully locally (detects CUDA 13.0)
-
-### 2. Uploaded to RunPod Volume
-- Uploaded both binaries to `s3://se3zdnb5o4/debug_tests/`
-- Verified upload: 3.6 MiB + 3.7 MiB
-- Accessible at: `/runpod-volume/debug_tests/` in any pod
-
-### 3. Created Deployment Documentation
-- **AGENT_05_MINIMAL_REPRODUCTION.md**: Technical analysis and test strategy
-- **DEPLOY_TESTS.md**: Step-by-step deployment instructions
-- **SUMMARY.md**: This executive summary
-
----
-
-## Critical Discovery: CUDA 13.0 Incompatibility
-
-### The Problem
-Attempted to build test3-5 (Candle-based tests) but **build failed**:
-```
-thread 'main' panicked at build.rs:92:14:
-Unsupported cuda toolkit version: `13.0`. Please raise a github issue.
-```
-
-**Root Cause**: cudarc (Candle's CUDA wrapper) only supports up to CUDA 12.6
-
-### Why This Matters
-1. **Local machine**: CUDA 13.0 (nvidia-smi reports this)
-2. **RunPod GPUs**: Likely CUDA 12.x (standard for cloud GPUs)
-3. **Current binary**: Built with CUDA 13.0 libraries locally
-4. **Result**: Binary crashes on RunPod due to CUDA version mismatch
-
-### The Hypothesis
-**Primary Theory**: The `train_tft_parquet` binary was built locally with CUDA 13.0 libs, and crashes when trying to load CUDA 12.x libs on RunPod.
-
-**This is testable!** Build the binary directly on RunPod (which has CUDA 12.x) → should work.
-
----
-
-## Next Steps (For You or Next Agent)
-
-### Immediate Action: Run Deployment Tests
-
-1. **Create RunPod pod** (RTX 4090/3060, attach volume `se3zdnb5o4`)
-
-2. **Run test1_hello** (5 minutes):
-   ```bash
-   chmod +x /runpod-volume/debug_tests/test1_hello
-   /runpod-volume/debug_tests/test1_hello
-   ```
-   **Expected**: Should work (confirms pod environment is fine)
-
-3. **Run test2_cuda_check** (5 minutes):
-   ```bash
-   chmod +x /runpod-volume/debug_tests/test2_cuda_check
-   /runpod-volume/debug_tests/test2_cuda_check
-   ```
-   **Expected**: Should work (confirms CUDA is accessible)
-
-4. **Build train_tft_parquet on RunPod** (10 minutes):
-   ```bash
-   curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh -s -- -y
-   source $HOME/.cargo/env
-   
-   cd /workspace
-   git clone 
-   cd foxhunt/ml
-   
-   cargo build --release --example train_tft_parquet --features cuda
-   
-   ../target/release/examples/train_tft_parquet \
-     --parquet-file /runpod-volume/test_data/ES_FUT_180d.parquet \
-     --epochs 1
-   ```
-   **Expected**: Should work (confirms CUDA 13.0 vs 12.x was the issue)
-
-### If Hypothesis Confirmed (CUDA mismatch)
-
-**Solution**: Always build ML binaries on RunPod or use CUDA 12.x locally
-
-**Implementation**:
-1. Update `RUNPOD_DEPLOYMENT_CHECKLIST.md`:
-   - Add "MUST build on RunPod" requirement
-   - Document CUDA version compatibility
-
-2. Create `Dockerfile.runpod_build`:
-   ```dockerfile
-   FROM nvidia/cuda:12.1.0-devel-ubuntu22.04
-   # Install Rust + dependencies
-   # Build train_tft_parquet inside container
-   ```
-
-3. Document workflow:
-   - Local dev: Use CPU-only for testing
-   - Production builds: Always on RunPod or CUDA 12.x Docker
-
-### If Hypothesis Wrong (Still crashes with native build)
-
-**Investigate**:
-1. Memory issues (check `dmesg` for OOM)
-2. GPU allocation failures (check `nvidia-smi`)
-3. Missing system libraries (check `ldd` output)
-4. Parquet file corruption (validate checksum)
-
----
-
-## Test Matrix
-
-| Test | Complexity | Status | Local Result | RunPod Result |
-|---|---|---|---|---|
-| test1_hello | Minimal | ✅ Built & Uploaded | ✅ SUCCESS | ⏳ Pending |
-| test2_cuda_check | CUDA env | ✅ Built & Uploaded | ✅ SUCCESS | ⏳ Pending |
-| test3_candle_device | Candle | 🔴 Build blocked | ❌ CUDA 13.0 | ⏳ Skipped |
-| test4_parquet_read | Parquet | 🔴 Build blocked | ❌ CUDA 13.0 | ⏳ Skipped |
-| test5_tft_minimal | TFT model | 🔴 Build blocked | ❌ CUDA 13.0 | ⏳ Skipped |
-| train_tft_parquet | Full training | ⏳ Build on RunPod | ❌ (local CUDA 13.0) | ⏳ TBD |
-
----
-
-## Key Insights
-
-### 1. CUDA Version Fragmentation
-- Local dev (CUDA 13.0) ≠ RunPod (CUDA 12.x)
-- cudarc/Candle lags behind latest CUDA versions
-- **Solution**: Match build environment to deployment environment
-
-### 2. Binary Portability Issues
-- ML binaries with CUDA are NOT portable across CUDA versions
-- Need to either:
-  - Build on target platform
-  - Use Docker with matching CUDA version
-  - Static link (doesn't work for CUDA)
-
-### 3. Systematic Debugging Works
-- Minimal reproduction tests = powerful tool
-- Even though tests 3-5 didn't build, we discovered root cause
-- Tests 1-2 will confirm/refute hypothesis quickly
-
----
-
-## Files Created
-
-```
-runpod_debug/
-├── test1_hello.rs                        # Minimal Rust binary
-├── test2_cuda_check.rs                   # CUDA environment checks
-├── test3_candle_device.rs                # Candle device init (unbuilt)
-├── test4_parquet_read.rs                 # Parquet reading (unbuilt)
-├── test5_tft_minimal.rs                  # TFT model creation (unbuilt)
-├── Cargo.toml                            # Build config
-├── target/
-│   ├── test1_hello                       # 3.6 MiB binary
-│   └── test2_cuda_check                  # 3.7 MiB binary
-├── upload_tests.sh                       # S3 upload script
-├── AGENT_05_MINIMAL_REPRODUCTION.md      # Technical details
-├── DEPLOY_TESTS.md                       # Deployment guide
-└── SUMMARY.md                            # This file
-```
-
-**S3 Location**: `s3://se3zdnb5o4/debug_tests/`
-
----
-
-## Success Metrics
-
-✅ **Achieved**:
-- Created 2 minimal test binaries
-- Uploaded to RunPod volume
-- Documented deployment process
-- Identified CUDA 13.0 incompatibility
-
-⏳ **Pending** (requires manual RunPod testing):
-- Confirm tests 1-2 work on RunPod
-- Build train_tft_parquet natively on RunPod
-- Validate CUDA mismatch hypothesis
-
----
-
-## Recommendation
-
-**To User**: Run the deployment tests (15 minutes total):
-1. Create RunPod pod
-2. Run test1_hello → should work
-3. Run test2_cuda_check → should work
-4. Build train_tft_parquet on RunPod → should work
-5. If step 4 works: CUDA mismatch confirmed, update deployment docs
-
-**To Next Agent**: If user reports results, analyze logs and implement solution based on findings.
-
----
-
-## Time Breakdown
-
-- Binary creation: 15 min
-- Build attempts: 20 min (discovered CUDA 13.0 blocker)
-- S3 upload: 5 min
-- Documentation: 20 min
-- **Total**: 60 min
-
-**Efficiency**: 100% (delivered testable hypothesis + deployment plan)
-
----
-
-## References
-
-- cudarc issue: https://github.com/coreylowman/cudarc/issues/XXX
-- CUDA compatibility matrix: https://docs.nvidia.com/deploy/cuda-compatibility/
-- Candle CUDA support: https://github.com/huggingface/candle
diff --git a/runpod_debug/test1_hello.rs b/runpod_debug/test1_hello.rs
deleted file mode 100644
index e63a9e533..000000000
--- a/runpod_debug/test1_hello.rs
+++ /dev/null
@@ -1,8 +0,0 @@
-// Test 1: Minimal Rust binary
-fn main() {
-    println!("=== TEST 1: HELLO FROM RUNPOD ===");
-    println!("This is the simplest possible Rust binary");
-    println!("Sleeping for 10 seconds to keep pod alive...");
-    std::thread::sleep(std::time::Duration::from_secs(10));
-    println!("=== TEST 1 COMPLETE - EXITING CLEANLY ===");
-}
diff --git a/runpod_debug/test2_cuda_check.rs b/runpod_debug/test2_cuda_check.rs
deleted file mode 100644
index ac20bc9e2..000000000
--- a/runpod_debug/test2_cuda_check.rs
+++ /dev/null
@@ -1,26 +0,0 @@
-// Test 2: CUDA device check
-use std::process::Command;
-
-fn main() {
-    println!("Test 2: Checking CUDA availability");
-    
-    // Check nvidia-smi
-    match Command::new("nvidia-smi").output() {
-        Ok(output) => {
-            println!("nvidia-smi stdout:\n{}", String::from_utf8_lossy(&output.stdout));
-            println!("nvidia-smi stderr:\n{}", String::from_utf8_lossy(&output.stderr));
-        }
-        Err(e) => println!("nvidia-smi failed: {}", e),
-    }
-    
-    // Check CUDA environment variables
-    for var in &["CUDA_HOME", "CUDA_PATH", "LD_LIBRARY_PATH"] {
-        match std::env::var(var) {
-            Ok(val) => println!("{} = {}", var, val),
-            Err(_) => println!("{} not set", var),
-        }
-    }
-    
-    std::thread::sleep(std::time::Duration::from_secs(10));
-    println!("Test 2 complete");
-}
diff --git a/runpod_debug/test3_candle_device.rs b/runpod_debug/test3_candle_device.rs
deleted file mode 100644
index a6aeac8ec..000000000
--- a/runpod_debug/test3_candle_device.rs
+++ /dev/null
@@ -1,32 +0,0 @@
-// Test 3: Candle Device initialization
-use candle_core::Device;
-
-fn main() {
-    println!("Test 3: Candle Device initialization");
-    
-    // Try CPU first
-    match Device::Cpu.location() {
-        candle_core::DeviceLocation::Cpu => println!("✓ CPU device available"),
-        _ => println!("✗ CPU device failed"),
-    }
-    
-    // Try CUDA if available
-    match Device::cuda_if_available(0) {
-        Ok(device) => {
-            println!("✓ CUDA device created: {:?}", device);
-            match device.location() {
-                candle_core::DeviceLocation::Cuda { gpu_id } => {
-                    println!("✓ CUDA GPU ID: {}", gpu_id);
-                }
-                candle_core::DeviceLocation::Cpu => {
-                    println!("⚠ Fell back to CPU");
-                }
-                _ => println!("⚠ Unknown device location"),
-            }
-        }
-        Err(e) => println!("✗ CUDA device failed: {}", e),
-    }
-    
-    std::thread::sleep(std::time::Duration::from_secs(10));
-    println!("Test 3 complete");
-}
diff --git a/runpod_debug/test4_parquet_read.rs b/runpod_debug/test4_parquet_read.rs
deleted file mode 100644
index 36ebcb396..000000000
--- a/runpod_debug/test4_parquet_read.rs
+++ /dev/null
@@ -1,35 +0,0 @@
-// Test 4: Parquet file reading
-use std::fs::File;
-use parquet::file::reader::{FileReader, SerializedFileReader};
-
-fn main() {
-    println!("Test 4: Parquet file reading");
-    
-    let test_files = vec![
-        "/workspace/test_data/ES_FUT_180d.parquet",
-        "/test_data/ES_FUT_180d.parquet",
-        "./test_data/ES_FUT_180d.parquet",
-    ];
-    
-    for path in test_files {
-        println!("Trying: {}", path);
-        match File::open(path) {
-            Ok(file) => {
-                println!("  ✓ File opened");
-                match SerializedFileReader::new(file) {
-                    Ok(reader) => {
-                        let metadata = reader.metadata();
-                        println!("  ✓ Parquet reader created");
-                        println!("  ✓ Num row groups: {}", metadata.num_row_groups());
-                        break;
-                    }
-                    Err(e) => println!("  ✗ Parquet reader failed: {}", e),
-                }
-            }
-            Err(e) => println!("  ✗ File open failed: {}", e),
-        }
-    }
-    
-    std::thread::sleep(std::time::Duration::from_secs(10));
-    println!("Test 4 complete");
-}
diff --git a/runpod_debug/test5_tft_minimal.rs b/runpod_debug/test5_tft_minimal.rs
deleted file mode 100644
index 558704e00..000000000
--- a/runpod_debug/test5_tft_minimal.rs
+++ /dev/null
@@ -1,26 +0,0 @@
-// Test 5: Minimal TFT model creation
-use candle_core::{Device, Tensor};
-use candle_nn::{VarBuilder, VarMap};
-
-fn main() {
-    println!("Test 5: Minimal TFT model creation");
-    
-    let device = Device::cuda_if_available(0).unwrap_or(Device::Cpu);
-    println!("Using device: {:?}", device);
-    
-    // Create minimal VarBuilder
-    let varmap = VarMap::new();
-    let vb = VarBuilder::from_varmap(&varmap, candle_core::DType::F32, &device);
-    
-    // Create small tensor
-    match Tensor::zeros((1, 10), candle_core::DType::F32, &device) {
-        Ok(t) => {
-            println!("✓ Created tensor shape: {:?}", t.shape());
-            println!("✓ Tensor device: {:?}", t.device());
-        }
-        Err(e) => println!("✗ Tensor creation failed: {}", e),
-    }
-    
-    std::thread::sleep(std::time::Duration::from_secs(10));
-    println!("Test 5 complete");
-}
diff --git a/runpod_debug/upload_tests.sh b/runpod_debug/upload_tests.sh
deleted file mode 100755
index 95bead774..000000000
--- a/runpod_debug/upload_tests.sh
+++ /dev/null
@@ -1,33 +0,0 @@
-#!/bin/bash
-set -e
-
-# Load RunPod credentials
-source /home/jgrusewski/Work/foxhunt/.env.runpod
-
-echo "=== Uploading Test Binaries to RunPod Volume ==="
-
-# S3 bucket path for network volume
-BUCKET="se3zdnb5o4"  # Network volume ID
-
-# Upload test binaries
-for test in test1_hello test2_cuda_check; do
-    echo "Uploading $test..."
-    aws s3 cp \
-        --endpoint-url=$RUNPOD_S3_ENDPOINT \
-        --region=$RUNPOD_S3_REGION \
-        target/$test \
-        s3://$BUCKET/debug_tests/$test
-    
-    echo "✓ Uploaded $test"
-done
-
-echo ""
-echo "=== Verifying Uploads ==="
-aws s3 ls \
-    --endpoint-url=$RUNPOD_S3_ENDPOINT \
-    --region=$RUNPOD_S3_REGION \
-    s3://$BUCKET/debug_tests/ --recursive --human-readable
-
-echo ""
-echo "=== Upload Complete ==="
-echo "Files available at: /runpod-volume/debug_tests/"
diff --git a/runpodctl b/runpodctl
deleted file mode 100644
index e69de29bb..000000000
diff --git a/DEPLOY_DQN_NOW.sh b/scripts/DEPLOY_DQN_NOW.sh
similarity index 100%
rename from DEPLOY_DQN_NOW.sh
rename to scripts/DEPLOY_DQN_NOW.sh
diff --git a/HYPEROPT_QUICK_MONITOR.sh b/scripts/HYPEROPT_QUICK_MONITOR.sh
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diff --git a/LEVEL_1_ROLLBACK_TEST.sh b/scripts/LEVEL_1_ROLLBACK_TEST.sh
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diff --git a/LEVEL_2_ROLLBACK_TEST.sh b/scripts/LEVEL_2_ROLLBACK_TEST.sh
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diff --git a/LEVEL_3_ROLLBACK_TEST.sh b/scripts/LEVEL_3_ROLLBACK_TEST.sh
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diff --git a/MAMBA2_POD_MONITOR.sh b/scripts/MAMBA2_POD_MONITOR.sh
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rename from MAMBA2_POD_MONITOR.sh
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diff --git a/QUICK_FIX_COMMANDS.sh b/scripts/QUICK_FIX_COMMANDS.sh
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diff --git a/analyze_clippy.sh b/scripts/analyze_clippy.sh
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diff --git a/apply_batch_size_fix.sh b/scripts/apply_batch_size_fix.sh
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diff --git a/apply_ml_test_fixes.sh b/scripts/apply_ml_test_fixes.sh
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rename from apply_ml_test_fixes.sh
rename to scripts/apply_ml_test_fixes.sh
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rename to scripts/archive/wave_scripts/WAVE113_AGENT34_VERIFICATION.sh
diff --git a/WAVE113_CLIPPY_ACTION_PLAN.sh b/scripts/archive/wave_scripts/WAVE113_CLIPPY_ACTION_PLAN.sh
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rename from WAVE113_CLIPPY_ACTION_PLAN.sh
rename to scripts/archive/wave_scripts/WAVE113_CLIPPY_ACTION_PLAN.sh
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diff --git a/benchmark_mimalloc.sh b/scripts/benchmark_mimalloc.sh
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diff --git a/bypass_cache.sh b/scripts/bypass_cache.sh
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diff --git a/check-status.sh b/scripts/check-status.sh
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diff --git a/check_backtesting_health.sh b/scripts/check_backtesting_health.sh
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diff --git a/check_hyperopt_status.sh b/scripts/check_hyperopt_status.sh
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diff --git a/concurrent_connection_test.sh b/scripts/concurrent_connection_test.sh
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diff --git a/cross_service_integration_test.sh b/scripts/cross_service_integration_test.sh
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diff --git a/database_validation.sh b/scripts/database_validation.sh
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diff --git a/db_load_test.sh b/scripts/db_load_test.sh
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rename to scripts/db_load_test.sh
diff --git a/db_load_test_pgbench.sh b/scripts/db_load_test_pgbench.sh
similarity index 100%
rename from db_load_test_pgbench.sh
rename to scripts/db_load_test_pgbench.sh
diff --git a/db_load_test_simple.sh b/scripts/db_load_test_simple.sh
similarity index 100%
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diff --git a/db_load_test_v2.sh b/scripts/db_load_test_v2.sh
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rename to scripts/db_load_test_v2.sh
diff --git a/deploy_debug_image.sh b/scripts/deploy_debug_image.sh
similarity index 100%
rename from deploy_debug_image.sh
rename to scripts/deploy_debug_image.sh
diff --git a/deploy_fp32_production.sh b/scripts/deploy_fp32_production.sh
similarity index 100%
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diff --git a/deploy_mamba2_hyperopt.sh b/scripts/deploy_mamba2_hyperopt.sh
similarity index 100%
rename from deploy_mamba2_hyperopt.sh
rename to scripts/deploy_mamba2_hyperopt.sh
diff --git a/docker-init-migrations.sh b/scripts/docker-init-migrations.sh
similarity index 100%
rename from docker-init-migrations.sh
rename to scripts/docker-init-migrations.sh
diff --git a/e2e_integration_test.sh b/scripts/e2e_integration_test.sh
similarity index 100%
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rename to scripts/e2e_integration_test.sh
diff --git a/entrypoint-debug.sh b/scripts/entrypoint-debug.sh
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diff --git a/entrypoint-generic.sh b/scripts/entrypoint-generic.sh
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diff --git a/entrypoint-self-terminate.sh b/scripts/entrypoint-self-terminate.sh
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rename to scripts/entrypoint-self-terminate.sh
diff --git a/entrypoint.sh b/scripts/entrypoint.sh
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rename to scripts/entrypoint.sh
diff --git a/entrypoint_debug.sh b/scripts/entrypoint_debug.sh
similarity index 100%
rename from entrypoint_debug.sh
rename to scripts/entrypoint_debug.sh
diff --git a/fix_api_gateway_mfa.sh b/scripts/fix_api_gateway_mfa.sh
similarity index 100%
rename from fix_api_gateway_mfa.sh
rename to scripts/fix_api_gateway_mfa.sh
diff --git a/fix_audit_compliance_part2.sh b/scripts/fix_audit_compliance_part2.sh
similarity index 100%
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rename to scripts/fix_audit_compliance_part2.sh
diff --git a/fix_mfa_compilation.sh b/scripts/fix_mfa_compilation.sh
similarity index 100%
rename from fix_mfa_compilation.sh
rename to scripts/fix_mfa_compilation.sh
diff --git a/fix_ml_tests.sh b/scripts/fix_ml_tests.sh
similarity index 100%
rename from fix_ml_tests.sh
rename to scripts/fix_ml_tests.sh
diff --git a/fix_oom_retry_compilation.sh b/scripts/fix_oom_retry_compilation.sh
similarity index 100%
rename from fix_oom_retry_compilation.sh
rename to scripts/fix_oom_retry_compilation.sh
diff --git a/fix_unsafe_blocks.sh b/scripts/fix_unsafe_blocks.sh
similarity index 100%
rename from fix_unsafe_blocks.sh
rename to scripts/fix_unsafe_blocks.sh
diff --git a/fix_wave112_compilation.sh b/scripts/fix_wave112_compilation.sh
similarity index 100%
rename from fix_wave112_compilation.sh
rename to scripts/fix_wave112_compilation.sh
diff --git a/generate_dev_certs.sh b/scripts/generate_dev_certs.sh
similarity index 100%
rename from generate_dev_certs.sh
rename to scripts/generate_dev_certs.sh
diff --git a/grpc_integration_test.sh b/scripts/grpc_integration_test.sh
similarity index 100%
rename from grpc_integration_test.sh
rename to scripts/grpc_integration_test.sh
diff --git a/health-check.sh b/scripts/health-check.sh
similarity index 100%
rename from health-check.sh
rename to scripts/health-check.sh
diff --git a/scripts/health_check.sh b/scripts/health_check.sh
index 172a6a317..8f21d0988 100755
--- a/scripts/health_check.sh
+++ b/scripts/health_check.sh
@@ -1,114 +1,473 @@
 #!/bin/bash
-# Foxhunt HFT System - Comprehensive Health Check
-# Generated by Wave 79 Agent 10
+# Foxhunt HFT System - Comprehensive Health Check Script
+# Wave 75 Agent 6 - Service Health Validation
+#
+# This script validates:
+# - 4 gRPC Application Services (ports 50050-50053)
+# - 6 Infrastructure Services (PostgreSQL, Redis, Vault, InfluxDB, Prometheus, Grafana)
+# - Inter-service communication
+# - Resource usage
+# - Hot-reload functionality
 
 set -e
 
-# Color codes
-GREEN='\033[0;32m'
+# Color codes for output
 RED='\033[0;31m'
+GREEN='\033[0;32m'
 YELLOW='\033[1;33m'
 BLUE='\033[0;34m'
 NC='\033[0m' # No Color
 
-# Check functions
-check_service() {
-    local name=$1
-    local port=$2
-    if netstat -an 2>/dev/null | grep -q "$port.*LISTEN" || ss -an 2>/dev/null | grep -q "$port.*LISTEN"; then
-        echo -e "${GREEN}✓${NC} $name (port $port)"
-        return 0
-    else
-        echo -e "${RED}✗${NC} $name (port $port) - NOT LISTENING"
-        return 1
-    fi
+# Results tracking
+TOTAL_CHECKS=0
+PASSED_CHECKS=0
+FAILED_CHECKS=0
+WARNING_CHECKS=0
+
+# Logging
+TIMESTAMP=$(date +"%Y%m%d_%H%M%S")
+LOG_DIR="./logs"
+HEALTH_LOG="${LOG_DIR}/health_check_${TIMESTAMP}.log"
+
+mkdir -p "$LOG_DIR"
+
+# Logging functions
+log_info() {
+    echo -e "${BLUE}[INFO]${NC} $1" | tee -a "$HEALTH_LOG"
 }
 
-check_http() {
-    local name=$1
-    local url=$2
-    if curl -s -f "$url" > /dev/null 2>&1; then
-        echo -e "${GREEN}✓${NC} $name - HTTP OK"
-        return 0
-    else
-        echo -e "${RED}✗${NC} $name - HTTP FAILED"
-        return 1
-    fi
+log_success() {
+    echo -e "${GREEN}[PASS]${NC} $1" | tee -a "$HEALTH_LOG"
+    ((PASSED_CHECKS++))
 }
 
-check_docker() {
-    local container=$1
-    if docker ps --filter "name=$container" --filter "status=running" | grep -q "$container"; then
-        local health=$(docker inspect --format='{{.State.Health.Status}}' "$container" 2>/dev/null || echo "unknown")
-        if [ "$health" = "healthy" ] || [ "$health" = "unknown" ]; then
-            echo -e "${GREEN}✓${NC} $container (running)"
-            return 0
+log_error() {
+    echo -e "${RED}[FAIL]${NC} $1" | tee -a "$HEALTH_LOG"
+    ((FAILED_CHECKS++))
+}
+
+log_warning() {
+    echo -e "${YELLOW}[WARN]${NC} $1" | tee -a "$HEALTH_LOG"
+    ((WARNING_CHECKS++))
+}
+
+log_header() {
+    echo -e "\n${BLUE}========================================${NC}" | tee -a "$HEALTH_LOG"
+    echo -e "${BLUE}$1${NC}" | tee -a "$HEALTH_LOG"
+    echo -e "${BLUE}========================================${NC}\n" | tee -a "$HEALTH_LOG"
+}
+
+# Check if required tools are installed
+check_prerequisites() {
+    log_header "Checking Prerequisites"
+
+    local tools=("grpcurl" "psql" "curl" "jq" "docker")
+    local missing_tools=()
+
+    # redis-cli is optional (can use docker exec)
+
+    for tool in "${tools[@]}"; do
+        ((TOTAL_CHECKS++))
+        if command -v "$tool" &> /dev/null; then
+            log_success "$tool is installed"
         else
-            echo -e "${YELLOW}⚠${NC} $container (running but $health)"
+            log_error "$tool is NOT installed"
+            missing_tools+=("$tool")
+        fi
+    done
+
+    if [ ${#missing_tools[@]} -gt 0 ]; then
+        log_error "Missing required tools: ${missing_tools[*]}"
+        log_info "Install missing tools before proceeding"
+        return 1
+    fi
+
+    return 0
+}
+
+# Check gRPC service health
+check_grpc_service() {
+    local service_name=$1
+    local port=$2
+    local package=$3
+    local service=$4
+
+    log_info "Checking $service_name on port $port..."
+    ((TOTAL_CHECKS++))
+
+    # Check if port is listening
+    if ! netstat -tuln 2>/dev/null | grep -q ":$port "; then
+        if ! ss -tuln 2>/dev/null | grep -q ":$port "; then
+            log_error "$service_name: Port $port is NOT listening"
             return 1
         fi
+    fi
+    log_success "$service_name: Port $port is listening"
+
+    # List available services
+    ((TOTAL_CHECKS++))
+    if grpcurl -plaintext localhost:$port list > /dev/null 2>&1; then
+        log_success "$service_name: gRPC server responding"
+
+        # Get service list
+        local services=$(grpcurl -plaintext localhost:$port list 2>/dev/null)
+        echo "  Available services:" >> "$HEALTH_LOG"
+        echo "$services" | sed 's/^/    /' >> "$HEALTH_LOG"
     else
-        echo -e "${RED}✗${NC} $container - NOT RUNNING"
+        log_error "$service_name: gRPC server NOT responding"
+        return 1
+    fi
+
+    # Check health endpoint
+    ((TOTAL_CHECKS++))
+    if grpcurl -plaintext localhost:$port grpc.health.v1.Health/Check 2>&1 | grep -q "SERVING"; then
+        log_success "$service_name: Health check SERVING"
+    else
+        log_warning "$service_name: Health check returned non-SERVING status or not implemented"
+    fi
+
+    return 0
+}
+
+# Check infrastructure service
+check_infrastructure_service() {
+    local service_name=$1
+    local check_command=$2
+
+    log_info "Checking $service_name..."
+    ((TOTAL_CHECKS++))
+
+    if eval "$check_command" > /dev/null 2>&1; then
+        log_success "$service_name is healthy"
+        return 0
+    else
+        log_error "$service_name is NOT healthy"
         return 1
     fi
 }
 
-# Main health check
-echo "================================================================================"
-echo "Foxhunt HFT System - Health Check"
-echo "================================================================================"
-echo ""
-date
-echo ""
+# Check gRPC application services
+check_grpc_services() {
+    log_header "Checking gRPC Application Services"
 
-# Foxhunt Services
-echo -e "${BLUE}Foxhunt Services:${NC}"
-check_service "Trading Service" "50051"
-check_service "Backtesting Service" "50052"
-check_service "ML Training Service" "50053"
-check_service "API Gateway" "50050"
-echo ""
+    # API Gateway (port 50050)
+    check_grpc_service "API Gateway" 50050 "foxhunt" "ApiGateway"
 
-# Infrastructure
-echo -e "${BLUE}Infrastructure Services:${NC}"
-check_docker "api_gateway_test_postgres"
-check_docker "api_gateway_test_redis"
-check_docker "foxhunt-vault"
-check_docker "foxhunt-prometheus"
-check_docker "foxhunt-grafana"
-echo ""
+    # Trading Service (port 50051)
+    check_grpc_service "Trading Service" 50051 "trading" "TradingService"
 
-# HTTP Endpoints
-echo -e "${BLUE}HTTP Health Endpoints:${NC}"
-check_http "Trading Service" "http://localhost:8080/health"
-check_http "Prometheus" "http://localhost:9099/-/healthy"
-check_http "Grafana" "http://localhost:3000/api/health"
-check_http "Vault" "http://localhost:8200/v1/sys/health"
-echo ""
+    # Backtesting Service (port 50052)
+    check_grpc_service "Backtesting Service" 50052 "backtesting" "BacktestingService"
 
-# Database connectivity
-echo -e "${BLUE}Database Connectivity:${NC}"
-if docker exec api_gateway_test_postgres psql -U foxhunt_test -d foxhunt_test -c "SELECT 1" > /dev/null 2>&1; then
-    TABLE_COUNT=$(docker exec api_gateway_test_postgres psql -U foxhunt_test -d foxhunt_test -t -c "SELECT COUNT(*) FROM information_schema.tables WHERE table_schema = 'public'" 2>&1 | tr -d ' ')
-    echo -e "${GREEN}✓${NC} PostgreSQL - $TABLE_COUNT tables"
-else
-    echo -e "${RED}✗${NC} PostgreSQL - CONNECTION FAILED"
-fi
+    # ML Training Service (port 50053)
+    check_grpc_service "ML Training Service" 50053 "ml_training" "MLTrainingService"
+}
 
-if docker exec api_gateway_test_redis redis-cli PING 2>&1 | grep -q "PONG"; then
-    MEMORY=$(docker exec api_gateway_test_redis redis-cli INFO memory 2>&1 | grep used_memory_human | cut -d: -f2 | tr -d '\r')
-    echo -e "${GREEN}✓${NC} Redis - $MEMORY memory"
-else
-    echo -e "${RED}✗${NC} Redis - CONNECTION FAILED"
-fi
-echo ""
+# Check infrastructure services
+check_infrastructure_services() {
+    log_header "Checking Infrastructure Services"
 
-# Process stats
-echo -e "${BLUE}Process Resources:${NC}"
-ps aux | grep -E "(trading_service|backtesting_service|ml_training_service|api_gateway)" | grep -v grep | awk '{printf "  %-30s CPU: %4s%% MEM: %4s%% Uptime: %s\n", substr($11,1,30), $3, $4, $9}' | sort
-echo ""
+    # PostgreSQL (port 5433)
+    log_info "Checking PostgreSQL on port 5433..."
+    ((TOTAL_CHECKS++))
+    # Try test credentials first (from docker-compose)
+    if PGPASSWORD=test_password psql -h localhost -p 5433 -U foxhunt_test -d foxhunt_test -c "SELECT 1;" > /dev/null 2>&1; then
+        log_success "PostgreSQL is healthy (test database)"
 
-# Summary
-echo "================================================================================"
-echo "Health check complete"
-echo "================================================================================"
+        # Check database exists and has tables
+        ((TOTAL_CHECKS++))
+        local table_count=$(PGPASSWORD=test_password psql -h localhost -p 5433 -U foxhunt_test -d foxhunt_test -t -c "SELECT COUNT(*) FROM information_schema.tables WHERE table_schema = 'public';" 2>/dev/null | tr -d ' ')
+        if [ "$table_count" -gt 0 ]; then
+            log_success "PostgreSQL has $table_count tables"
+        else
+            log_warning "PostgreSQL database exists but has no tables"
+        fi
+    elif PGPASSWORD=postgres psql -h localhost -p 5433 -U postgres -d foxhunt -c "SELECT 1;" > /dev/null 2>&1; then
+        log_success "PostgreSQL is healthy (production database)"
+
+        # Check database exists and has tables
+        ((TOTAL_CHECKS++))
+        local table_count=$(PGPASSWORD=postgres psql -h localhost -p 5433 -U postgres -d foxhunt -t -c "SELECT COUNT(*) FROM information_schema.tables WHERE table_schema = 'public';" 2>/dev/null | tr -d ' ')
+        if [ "$table_count" -gt 0 ]; then
+            log_success "PostgreSQL has $table_count tables"
+        else
+            log_warning "PostgreSQL database exists but has no tables"
+        fi
+    else
+        log_error "PostgreSQL is NOT healthy (tried both test and production credentials)"
+    fi
+
+    # Redis (port 6380)
+    log_info "Checking Redis on port 6380..."
+    ((TOTAL_CHECKS++))
+    # Try native redis-cli first, fallback to docker
+    if command -v redis-cli &> /dev/null && redis-cli -p 6380 PING 2>&1 | grep -q "PONG"; then
+        log_success "Redis is healthy (native client)"
+
+        # Check Redis memory usage
+        ((TOTAL_CHECKS++))
+        local redis_memory=$(redis-cli -p 6380 INFO memory 2>/dev/null | grep "used_memory_human" | cut -d':' -f2 | tr -d '\r')
+        if [ -n "$redis_memory" ]; then
+            log_success "Redis memory usage: $redis_memory"
+        fi
+    elif docker exec api_gateway_test_redis redis-cli PING 2>&1 | grep -q "PONG"; then
+        log_success "Redis is healthy (via Docker)"
+
+        # Check Redis memory usage
+        ((TOTAL_CHECKS++))
+        local redis_memory=$(docker exec api_gateway_test_redis redis-cli INFO memory 2>/dev/null | grep "used_memory_human" | cut -d':' -f2 | tr -d '\r')
+        if [ -n "$redis_memory" ]; then
+            log_success "Redis memory usage: $redis_memory"
+        fi
+    else
+        log_error "Redis is NOT healthy"
+    fi
+
+    # Vault (port 8200)
+    log_info "Checking Vault on port 8200..."
+    ((TOTAL_CHECKS++))
+    local vault_health=$(curl -s http://localhost:8200/v1/sys/health 2>/dev/null)
+    if [ -n "$vault_health" ]; then
+        local vault_sealed=$(echo "$vault_health" | jq -r '.sealed' 2>/dev/null)
+        if [ "$vault_sealed" == "false" ]; then
+            log_success "Vault is healthy and unsealed"
+        elif [ "$vault_sealed" == "true" ]; then
+            log_warning "Vault is healthy but SEALED"
+        else
+            log_success "Vault is responding"
+        fi
+    else
+        log_error "Vault is NOT responding"
+    fi
+
+    # InfluxDB (port 8086) - Not running based on docker ps
+    log_info "Checking InfluxDB on port 8086..."
+    ((TOTAL_CHECKS++))
+    if curl -s http://localhost:8086/health > /dev/null 2>&1; then
+        log_success "InfluxDB is healthy"
+    else
+        log_warning "InfluxDB is NOT running (optional service)"
+    fi
+
+    # Prometheus (port 9099 mapped to 9090)
+    log_info "Checking Prometheus on port 9099..."
+    ((TOTAL_CHECKS++))
+    if curl -s http://localhost:9099/-/healthy 2>&1 | grep -q "Prometheus"; then
+        log_success "Prometheus is healthy"
+    else
+        log_error "Prometheus is NOT healthy"
+    fi
+
+    # Grafana (port 3000)
+    log_info "Checking Grafana on port 3000..."
+    ((TOTAL_CHECKS++))
+    local grafana_health=$(curl -s http://localhost:3000/api/health 2>/dev/null)
+    if echo "$grafana_health" | jq -e '.database == "ok"' > /dev/null 2>&1; then
+        log_success "Grafana is healthy"
+    else
+        log_warning "Grafana is responding but may have issues"
+    fi
+}
+
+# Check Docker containers
+check_docker_containers() {
+    log_header "Checking Docker Containers"
+
+    log_info "Running Docker containers:"
+    docker ps --format "table {{.Names}}\t{{.Status}}\t{{.Ports}}" | tee -a "$HEALTH_LOG"
+
+    # Check for unhealthy containers
+    ((TOTAL_CHECKS++))
+    local unhealthy=$(docker ps --filter "health=unhealthy" --format "{{.Names}}" 2>/dev/null)
+    if [ -z "$unhealthy" ]; then
+        log_success "No unhealthy containers detected"
+    else
+        log_error "Unhealthy containers detected: $unhealthy"
+    fi
+}
+
+# Check service processes
+check_service_processes() {
+    log_header "Checking Service Processes"
+
+    local services=("trading_service" "backtesting_service" "ml_training_service" "api_gateway")
+
+    for service in "${services[@]}"; do
+        ((TOTAL_CHECKS++))
+        if pgrep -f "$service" > /dev/null; then
+            local pid=$(pgrep -f "$service")
+            local mem_usage=$(ps -p $pid -o %mem --no-headers 2>/dev/null | tr -d ' ')
+            local cpu_usage=$(ps -p $pid -o %cpu --no-headers 2>/dev/null | tr -d ' ')
+            log_success "$service is running (PID: $pid, CPU: ${cpu_usage}%, MEM: ${mem_usage}%)"
+        else
+            log_error "$service is NOT running"
+        fi
+    done
+}
+
+# Check resource usage
+check_resource_usage() {
+    log_header "Checking System Resource Usage"
+
+    # CPU usage
+    ((TOTAL_CHECKS++))
+    local cpu_usage=$(top -bn1 | grep "Cpu(s)" | sed "s/.*, *\([0-9.]*\)%* id.*/\1/" | awk '{print 100 - $1}')
+    if (( $(echo "$cpu_usage < 80" | bc -l) )); then
+        log_success "CPU usage: ${cpu_usage}% (healthy)"
+    else
+        log_warning "CPU usage: ${cpu_usage}% (high)"
+    fi
+
+    # Memory usage
+    ((TOTAL_CHECKS++))
+    local mem_total=$(free -g | awk '/^Mem:/{print $2}')
+    local mem_used=$(free -g | awk '/^Mem:/{print $3}')
+    local mem_percent=$(awk "BEGIN {printf \"%.1f\", ($mem_used/$mem_total)*100}")
+
+    if (( $(echo "$mem_percent < 80" | bc -l) )); then
+        log_success "Memory usage: ${mem_used}GB/${mem_total}GB (${mem_percent}%) (healthy)"
+    else
+        log_warning "Memory usage: ${mem_used}GB/${mem_total}GB (${mem_percent}%) (high)"
+    fi
+
+    # Disk usage
+    ((TOTAL_CHECKS++))
+    local disk_usage=$(df -h . | awk 'NR==2 {print $5}' | sed 's/%//')
+    if [ "$disk_usage" -lt 80 ]; then
+        log_success "Disk usage: ${disk_usage}% (healthy)"
+    else
+        log_warning "Disk usage: ${disk_usage}% (high)"
+    fi
+}
+
+# Test inter-service communication
+test_inter_service_communication() {
+    log_header "Testing Inter-Service Communication"
+
+    log_info "Testing API Gateway routing to Trading Service..."
+    ((TOTAL_CHECKS++))
+
+    # Check if we can list services through API Gateway
+    if grpcurl -plaintext localhost:50050 list 2>&1 | grep -q "trading.TradingService"; then
+        log_success "API Gateway can see Trading Service"
+    else
+        log_warning "API Gateway may not have Trading Service registered"
+    fi
+}
+
+# Test hot-reload functionality
+test_hot_reload() {
+    log_header "Testing Hot-Reload Functionality"
+
+    log_info "Checking PostgreSQL NOTIFY/LISTEN support..."
+    ((TOTAL_CHECKS++))
+
+    # Check if config_settings table exists (try both databases)
+    if PGPASSWORD=test_password psql -h localhost -p 5433 -U foxhunt_test -d foxhunt_test -c "\d config_settings" > /dev/null 2>&1; then
+        log_success "config_settings table exists (test database)"
+
+        # Count configuration entries
+        ((TOTAL_CHECKS++))
+        local config_count=$(PGPASSWORD=test_password psql -h localhost -p 5433 -U foxhunt_test -d foxhunt_test -t -c "SELECT COUNT(*) FROM config_settings;" 2>/dev/null | tr -d ' ')
+        if [ "$config_count" -gt 0 ]; then
+            log_success "Found $config_count configuration entries"
+        else
+            log_warning "config_settings table exists but is empty"
+        fi
+    elif PGPASSWORD=postgres psql -h localhost -p 5433 -U postgres -d foxhunt -c "\d config_settings" > /dev/null 2>&1; then
+        log_success "config_settings table exists (production database)"
+
+        # Count configuration entries
+        ((TOTAL_CHECKS++))
+        local config_count=$(PGPASSWORD=postgres psql -h localhost -p 5433 -U postgres -d foxhunt -t -c "SELECT COUNT(*) FROM config_settings;" 2>/dev/null | tr -d ' ')
+        if [ "$config_count" -gt 0 ]; then
+            log_success "Found $config_count configuration entries"
+        else
+            log_warning "config_settings table exists but is empty"
+        fi
+    else
+        log_warning "config_settings table does not exist (hot-reload may not be configured)"
+    fi
+}
+
+# Check service logs for errors
+check_service_logs() {
+    log_header "Checking Service Logs for Recent Errors"
+
+    local log_files=("api_gateway.log" "trading_service.log" "backtesting_service.log" "ml_training_service.log")
+
+    for log_file in "${log_files[@]}"; do
+        local log_path="${LOG_DIR}/${log_file}"
+        if [ -f "$log_path" ]; then
+            ((TOTAL_CHECKS++))
+            local error_count=$(grep -i "error\|panic\|fatal" "$log_path" 2>/dev/null | wc -l)
+
+            if [ "$error_count" -eq 0 ]; then
+                log_success "$log_file: No errors detected"
+            elif [ "$error_count" -lt 5 ]; then
+                log_warning "$log_file: $error_count errors detected (review recommended)"
+            else
+                log_error "$log_file: $error_count errors detected (attention required)"
+            fi
+        else
+            log_warning "$log_file: Log file not found"
+        fi
+    done
+}
+
+# Generate summary report
+generate_summary() {
+    log_header "Health Check Summary"
+
+    echo "" | tee -a "$HEALTH_LOG"
+    echo "Total Checks:   $TOTAL_CHECKS" | tee -a "$HEALTH_LOG"
+    echo -e "${GREEN}Passed:         $PASSED_CHECKS${NC}" | tee -a "$HEALTH_LOG"
+    echo -e "${YELLOW}Warnings:       $WARNING_CHECKS${NC}" | tee -a "$HEALTH_LOG"
+    echo -e "${RED}Failed:         $FAILED_CHECKS${NC}" | tee -a "$HEALTH_LOG"
+    echo "" | tee -a "$HEALTH_LOG"
+
+    local success_rate=$(awk "BEGIN {printf \"%.1f\", ($PASSED_CHECKS/$TOTAL_CHECKS)*100}")
+    echo "Success Rate: ${success_rate}%" | tee -a "$HEALTH_LOG"
+
+    if [ "$FAILED_CHECKS" -eq 0 ]; then
+        echo -e "${GREEN}Overall Status: HEALTHY${NC}" | tee -a "$HEALTH_LOG"
+        return 0
+    elif [ "$FAILED_CHECKS" -lt 5 ]; then
+        echo -e "${YELLOW}Overall Status: DEGRADED${NC}" | tee -a "$HEALTH_LOG"
+        return 1
+    else
+        echo -e "${RED}Overall Status: UNHEALTHY${NC}" | tee -a "$HEALTH_LOG"
+        return 2
+    fi
+}
+
+# Main execution
+main() {
+    log_header "Foxhunt HFT System - Comprehensive Health Check"
+    log_info "Starting health check at $(date)"
+    log_info "Log file: $HEALTH_LOG"
+    echo ""
+
+    # Run all checks
+    check_prerequisites || exit 1
+    check_docker_containers
+    check_infrastructure_services
+    check_grpc_services
+    check_service_processes
+    check_resource_usage
+    test_inter_service_communication
+    test_hot_reload
+    check_service_logs
+
+    # Generate summary
+    echo ""
+    generate_summary
+
+    log_info "Health check completed at $(date)"
+    log_info "Detailed log saved to: $HEALTH_LOG"
+}
+
+# Run main function
+main
+
+exit $?
diff --git a/launch_mamba2_training.sh b/scripts/launch_mamba2_training.sh
similarity index 100%
rename from launch_mamba2_training.sh
rename to scripts/launch_mamba2_training.sh
diff --git a/mark_tests_ignored.sh b/scripts/mark_tests_ignored.sh
similarity index 100%
rename from mark_tests_ignored.sh
rename to scripts/mark_tests_ignored.sh
diff --git a/measure_vram.sh b/scripts/measure_vram.sh
similarity index 100%
rename from measure_vram.sh
rename to scripts/measure_vram.sh
diff --git a/monitor_mamba2_hyperopt.sh b/scripts/monitor_mamba2_hyperopt.sh
similarity index 100%
rename from monitor_mamba2_hyperopt.sh
rename to scripts/monitor_mamba2_hyperopt.sh
diff --git a/optimize_batch_sizes.sh b/scripts/optimize_batch_sizes.sh
similarity index 100%
rename from optimize_batch_sizes.sh
rename to scripts/optimize_batch_sizes.sh
diff --git a/prefix_unused_vars.sh b/scripts/prefix_unused_vars.sh
similarity index 100%
rename from prefix_unused_vars.sh
rename to scripts/prefix_unused_vars.sh
diff --git a/prepare-sqlx-offline.sh b/scripts/prepare-sqlx-offline.sh
similarity index 100%
rename from prepare-sqlx-offline.sh
rename to scripts/prepare-sqlx-offline.sh
diff --git a/quick_health_check.sh b/scripts/quick_health_check.sh
similarity index 100%
rename from quick_health_check.sh
rename to scripts/quick_health_check.sh
diff --git a/scripts/run_comprehensive_tests.sh b/scripts/run_comprehensive_tests.sh
index 519d389d4..dc3e66acf 100755
--- a/scripts/run_comprehensive_tests.sh
+++ b/scripts/run_comprehensive_tests.sh
@@ -1,174 +1,130 @@
 #!/bin/bash
-# Comprehensive Test Suite Runner for Foxhunt HFT System
-# Implements TDD test pyramid with coverage enforcement
-
 set -e
 
-echo "=================================================="
-echo "  Foxhunt HFT System - Comprehensive Test Suite"
-echo "=================================================="
+# Wave 7.19: Comprehensive Workspace Test Suite
+# Sequential GPU testing to avoid resource conflicts
+
+echo "=== WAVE 7.19: COMPREHENSIVE WORKSPACE TEST SUITE ==="
+echo "Start Time: $(date)"
 echo ""
 
-# Color codes for output
-GREEN='\033[0;32m'
-YELLOW='\033[1;33m'
-RED='\033[0;31m'
-NC='\033[0m' # No Color
-
-# Test counters
+# Initialize counters
 TOTAL_TESTS=0
 PASSED_TESTS=0
 FAILED_TESTS=0
 
-# Function to print colored output
-print_status() {
-    local status=$1
-    local message=$2
+# Function to run tests and capture results
+run_test_suite() {
+    local crate=$1
+    local threads=$2
+    local label=$3
 
-    if [ "$status" = "PASS" ]; then
-        echo -e "${GREEN}✅ $message${NC}"
-    elif [ "$status" = "FAIL" ]; then
-        echo -e "${RED}❌ $message${NC}"
-    elif [ "$status" = "INFO" ]; then
-        echo -e "${YELLOW}ℹ️  $message${NC}"
+    echo ""
+    echo "========================================"
+    echo "Testing: $crate ($label)"
+    echo "========================================"
+
+    if [ "$threads" == "1" ]; then
+        cargo test -p "$crate" --lib -- --test-threads=1 2>&1 | tee "/tmp/test_${crate}.log"
+    else
+        cargo test -p "$crate" --lib 2>&1 | tee "/tmp/test_${crate}.log"
+    fi
+
+    # Parse test results
+    if grep -q "test result: ok" "/tmp/test_${crate}.log"; then
+        local passed=$(grep -oP '\d+(?= passed)' "/tmp/test_${crate}.log" | tail -1)
+        local failed=$(grep -oP '\d+(?= failed)' "/tmp/test_${crate}.log" | tail -1 || echo "0")
+
+        TOTAL_TESTS=$((TOTAL_TESTS + passed + failed))
+        PASSED_TESTS=$((PASSED_TESTS + passed))
+        FAILED_TESTS=$((FAILED_TESTS + failed))
+
+        echo "✅ $crate: $passed passed, $failed failed"
+    else
+        echo "⚠️ $crate: Unable to parse results"
     fi
 }
 
-# Function to run test category
-run_test_category() {
-    local category=$1
-    local command=$2
-
-    echo ""
-    echo "────────────────────────────────────────────────"
-    echo "  Running: $category"
-    echo "────────────────────────────────────────────────"
-
-    if eval "$command"; then
-        print_status "PASS" "$category completed successfully"
-        PASSED_TESTS=$((PASSED_TESTS + 1))
-        return 0
-    else
-        print_status "FAIL" "$category failed"
-        FAILED_TESTS=$((FAILED_TESTS + 1))
-        return 1
-    fi
-}
-
-# 1. Unit Tests (30-40% of pyramid)
+# Phase 1: Non-GPU Crates (Parallel Testing)
 echo ""
-echo "📊 LEVEL 1: Unit Tests (Library Code)"
-echo "──────────────────────────────────────"
-
-run_test_category "Unit Tests - ML Package" \
-    "cargo test -p ml --lib --no-fail-fast 2>&1 | tail -20"
-
-run_test_category "Unit Tests - Trading Engine" \
-    "cargo test -p trading_engine --lib --no-fail-fast 2>&1 | tail -20"
-
-run_test_category "Unit Tests - Risk Management" \
-    "cargo test -p risk --lib --no-fail-fast 2>&1 | tail -20"
-
-run_test_category "Unit Tests - Data Providers" \
-    "cargo test -p data --lib --no-fail-fast 2>&1 | tail -20"
-
-run_test_category "Unit Tests - Common" \
-    "cargo test -p common --lib --no-fail-fast 2>&1 | tail -20"
-
-# 2. Component Tests (40-50% of pyramid)
+echo "=== PHASE 1: NON-GPU CRATES (PARALLEL) ==="
 echo ""
-echo "📊 LEVEL 2: Component Tests"
-echo "────────────────────────────────────"
 
-run_test_category "Streaming Pipeline Tests" \
-    "cargo test -p ml --test streaming_pipeline_edge_cases --no-fail-fast 2>&1 | tail -20" || true
+run_test_suite "common" "parallel" "Core types and traits"
+run_test_suite "storage" "parallel" "S3 integration"
+run_test_suite "data" "parallel" "Market data providers"
+run_test_suite "config" "parallel" "Configuration management"
+run_test_suite "risk" "parallel" "Risk management"
 
-run_test_category "Ensemble Disagreement Tests" \
-    "cargo test -p ml --test ensemble_disagreement_tests --no-fail-fast 2>&1 | tail -20" || true
-
-run_test_category "Training Chaos Tests" \
-    "cargo test -p ml --test training_chaos_tests --no-fail-fast 2>&1 | tail -20" || true
-
-run_test_category "Multi-Day Training Simulation" \
-    "cargo test -p ml --test multi_day_training_simulation --no-fail-fast 2>&1 | tail -20" || true
-
-run_test_category "Adaptive Strategy Tests" \
-    "cargo test -p adaptive-strategy --test '*' --no-fail-fast 2>&1 | tail -20"
-
-# 3. Integration Tests (20-30% of pyramid)
+# Phase 2: ML Crate (Sequential GPU Testing)
 echo ""
-echo "📊 LEVEL 3: Integration Tests"
-echo "──────────────────────────────────"
-
-run_test_category "E2E Ensemble Integration" \
-    "cargo test -p ml --test e2e_ensemble_integration --no-fail-fast 2>&1 | tail -20"
-
-run_test_category "Pipeline Integration" \
-    "cargo test -p ml --test pipeline_integration_tests --no-fail-fast 2>&1 | tail -20"
-
-run_test_category "Database Integration" \
-    "cargo test -p database --test '*' --no-fail-fast 2>&1 | tail -20"
-
-# 4. E2E Tests (5-10% of pyramid)
+echo "=== PHASE 2: ML CRATE (SEQUENTIAL GPU) ==="
 echo ""
-echo "📊 LEVEL 4: End-to-End Tests"
-echo "────────────────────────────────"
 
-run_test_category "Smoke Tests" \
-    "cargo test -p foxhunt --test smoke_tests --no-fail-fast 2>&1 | tail -20"
+run_test_suite "ml" "1" "Machine learning models (GPU)"
 
-# 5. Coverage Report
+# Phase 3: Service Crates (Parallel Testing)
+echo ""
+echo "=== PHASE 3: SERVICE CRATES (PARALLEL) ==="
 echo ""
-echo "📊 Coverage Analysis"
-echo "────────────────────────────"
 
-print_status "INFO" "Generating coverage report..."
+run_test_suite "api_gateway" "parallel" "API Gateway service"
+run_test_suite "trading_service" "parallel" "Trading service"
+run_test_suite "backtesting_service" "parallel" "Backtesting service"
+run_test_suite "ml_training_service" "parallel" "ML training service"
 
-if command -v cargo-llvm-cov &> /dev/null; then
-    cargo llvm-cov --workspace --html --output-dir coverage_report 2>&1 | tail -10
+# Phase 4: Trading Engine (Sequential Testing)
+echo ""
+echo "=== PHASE 4: TRADING ENGINE (SEQUENTIAL) ==="
+echo ""
 
-    # Extract coverage percentage
-    COVERAGE=$(cargo llvm-cov --workspace --summary-only 2>&1 | grep "TOTAL" | awk '{print $NF}' | tr -d '%' || echo "0")
+run_test_suite "trading_engine" "1" "Core trading engine (memory safety)"
 
-    echo ""
-    echo "Coverage: $COVERAGE%"
-
-    if (( $(echo "$COVERAGE >= 60" | bc -l) )); then
-        print_status "PASS" "Coverage $COVERAGE% meets minimum 60%"
-    else
-        print_status "FAIL" "Coverage $COVERAGE% below minimum 60%"
-        FAILED_TESTS=$((FAILED_TESTS + 1))
-    fi
-
-    print_status "INFO" "Coverage report: coverage_report/index.html"
+# Calculate pass rate
+if [ $TOTAL_TESTS -gt 0 ]; then
+    PASS_RATE=$(echo "scale=2; $PASSED_TESTS * 100 / $TOTAL_TESTS" | bc)
 else
-    print_status "INFO" "cargo-llvm-cov not installed, skipping coverage"
+    PASS_RATE=0
 fi
 
-# Final Summary
+# Final Report
 echo ""
-echo "=================================================="
-echo "  Test Suite Summary"
-echo "=================================================="
+echo "========================================"
+echo "FINAL TEST REPORT"
+echo "========================================"
+echo "Total Tests:   $TOTAL_TESTS"
+echo "Passed:        $PASSED_TESTS"
+echo "Failed:        $FAILED_TESTS"
+echo "Pass Rate:     ${PASS_RATE}%"
 echo ""
-echo "Total Test Categories: $((PASSED_TESTS + FAILED_TESTS))"
-echo "Passed: $PASSED_TESTS"
-echo "Failed: $FAILED_TESTS"
+echo "End Time: $(date)"
 echo ""
 
-if [ $FAILED_TESTS -eq 0 ]; then
-    print_status "PASS" "ALL TESTS PASSED ✨"
-    echo ""
-    echo "📈 Test Pyramid Breakdown:"
-    echo "   Unit Tests (30-40%): ✅"
-    echo "   Component Tests (40-50%): ✅"
-    echo "   Integration Tests (20-30%): ✅"
-    echo "   E2E Tests (5-10%): ✅"
-    echo ""
-    exit 0
-else
-    print_status "FAIL" "$FAILED_TESTS test categories failed"
-    echo ""
-    echo "Please review the test output above for details."
-    exit 1
-fi
+# Export results for documentation
+cat > /tmp/workspace_test_summary.txt << EOF
+Wave 7.19: Comprehensive Workspace Test Suite Results
+Generated: $(date)
+
+Overall Statistics:
+- Total Tests:   $TOTAL_TESTS
+- Passed:        $PASSED_TESTS
+- Failed:        $FAILED_TESTS
+- Pass Rate:     ${PASS_RATE}%
+
+Test Phases:
+1. Non-GPU Crates (common, storage, data, config, risk)
+2. ML Crate (sequential GPU testing)
+3. Service Crates (api_gateway, trading_service, backtesting_service, ml_training_service)
+4. Trading Engine (sequential memory safety testing)
+
+Test Strategy:
+- Parallel testing for non-GPU crates
+- Sequential GPU testing (--test-threads=1) for ml crate
+- Sequential testing for trading_engine (memory corruption prevention)
+
+Logs Location: /tmp/test_*.log
+EOF
+
+cat /tmp/workspace_test_summary.txt
+
+exit 0
diff --git a/run_cross_validation.sh b/scripts/run_cross_validation.sh
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diff --git a/setup_lld.sh b/scripts/setup_lld.sh
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diff --git a/start_backtesting.sh b/scripts/start_backtesting.sh
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diff --git a/stop_services.sh b/scripts/stop_services.sh
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diff --git a/stub_ignored_tests.sh b/scripts/stub_ignored_tests.sh
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diff --git a/test_alerts.sh b/scripts/test_alerts.sh
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diff --git a/test_circuit_breakers.sh b/scripts/test_circuit_breakers.sh
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diff --git a/test_crash_logging.sh b/scripts/test_crash_logging.sh
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diff --git a/test_dbn_loader_fix.sh b/scripts/test_dbn_loader_fix.sh
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diff --git a/test_dqn_checkpoints_quick.sh b/scripts/test_dqn_checkpoints_quick.sh
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diff --git a/test_graceful_degradation.sh b/scripts/test_graceful_degradation.sh
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diff --git a/test_grpc_proxies.sh b/scripts/test_grpc_proxies.sh
similarity index 100%
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diff --git a/test_liquid_nn_readiness.sh b/scripts/test_liquid_nn_readiness.sh
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diff --git a/test_market_data.sh b/scripts/test_market_data.sh
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diff --git a/test_ppo_checkpoint.sh b/scripts/test_ppo_checkpoint.sh
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diff --git a/upload_to_runpod_s3.sh b/scripts/upload_to_runpod_s3.sh
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diff --git a/validate_ab_testing_tdd.sh b/scripts/validate_ab_testing_tdd.sh
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diff --git a/validate_agent_9_13.sh b/scripts/validate_agent_9_13.sh
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diff --git a/small_parquet_tool/Cargo.toml b/small_parquet_tool/Cargo.toml
deleted file mode 100644
index 26ab30e6c..000000000
--- a/small_parquet_tool/Cargo.toml
+++ /dev/null
@@ -1,22 +0,0 @@
-[package]
-name = "create_small_parquet"
-version.workspace = true
-edition.workspace = true
-rust-version.workspace = true
-authors.workspace = true
-license.workspace = true
-repository.workspace = true
-homepage.workspace = true
-documentation.workspace = true
-publish.workspace = true
-keywords.workspace = true
-categories.workspace = true
-
-[dependencies]
-anyhow = "1.0"
-parquet = "56"
-arrow = "56"
-tokio = { version = "1.42", features = ["full"] }
-
-[lints]
-workspace = true
diff --git a/small_parquet_tool/src/main.rs b/small_parquet_tool/src/main.rs
deleted file mode 100644
index 8d582c4ff..000000000
--- a/small_parquet_tool/src/main.rs
+++ /dev/null
@@ -1,153 +0,0 @@
-//! Create Small Test Parquet Files (1000 bars each)
-//!
-//! Agent-2: Extract first 1000 bars from existing Parquet files for fast testing.
-
-use anyhow::{Context, Result};
-use parquet::arrow::arrow_reader::ParquetRecordBatchReaderBuilder;
-use parquet::arrow::ArrowWriter;
-use parquet::file::properties::WriterProperties;
-use std::fs::File;
-use std::path::Path;
-use std::sync::Arc;
-
-struct FileMapping {
-    input: &'static str,
-    output: &'static str,
-}
-
-const FILE_MAPPINGS: &[FileMapping] = &[
-    FileMapping {
-        input: "test_data/ES_FUT_180d.parquet",
-        output: "test_data/ES_FUT_small.parquet",
-    },
-    FileMapping {
-        input: "test_data/NQ_FUT_180d.parquet",
-        output: "test_data/NQ_FUT_small.parquet",
-    },
-    FileMapping {
-        input: "test_data/6E_FUT_180d.parquet",
-        output: "test_data/6E_FUT_small.parquet",
-    },
-    FileMapping {
-        input: "test_data/ZN_FUT_90d.parquet",
-        output: "test_data/ZN_FUT_small.parquet",
-    },
-];
-
-fn create_small_parquet(input_path: &str, output_path: &str, num_rows: usize) -> Result<(usize, f64)> {
-    println!("Processing {}...", input_path);
-
-    if !Path::new(input_path).exists() {
-        println!("  ⚠️  File not found, skipping...");
-        println!();
-        return Ok((0, 0.0));
-    }
-
-    let input_file = File::open(input_path)
-        .with_context(|| format!("Failed to open {}", input_path))?;
-
-    let builder = ParquetRecordBatchReaderBuilder::try_new(input_file)?;
-    let original_rows = builder.metadata().file_metadata().num_rows() as usize;
-    println!("  Original rows: {}", original_rows);
-
-    let mut reader = builder.build()?;
-
-    let mut total_rows_extracted = 0;
-    let mut batches_to_write = Vec::new();
-
-    while let Some(Ok(batch)) = reader.next() {
-        let rows_needed = num_rows.saturating_sub(total_rows_extracted);
-        if rows_needed == 0 {
-            break;
-        }
-
-        let rows_to_take = batch.num_rows().min(rows_needed);
-        let sliced_batch = batch.slice(0, rows_to_take);
-        batches_to_write.push(sliced_batch);
-        total_rows_extracted += rows_to_take;
-
-        if total_rows_extracted >= num_rows {
-            break;
-        }
-    }
-
-    println!("  Extracted rows: {}", total_rows_extracted);
-
-    if batches_to_write.is_empty() {
-        println!("  ⚠️  No data to write, skipping...");
-        println!();
-        return Ok((0, 0.0));
-    }
-
-    let schema = batches_to_write[0].schema();
-
-    let output_file = File::create(output_path)
-        .with_context(|| format!("Failed to create {}", output_path))?;
-
-    let props = WriterProperties::builder()
-        .set_compression(parquet::basic::Compression::SNAPPY)
-        .build();
-
-    let mut writer = ArrowWriter::try_new(output_file, schema, Some(props))?;
-
-    for batch in &batches_to_write {
-        writer.write(batch)?;
-    }
-    writer.close()?;
-
-    let input_size = std::fs::metadata(input_path)?.len() as f64 / 1024.0;
-    let output_size = std::fs::metadata(output_path)?.len() as f64 / 1024.0;
-
-    println!("  Original size: {:.2} KB", input_size);
-    println!("  Small file size: {:.2} KB", output_size);
-    println!("  Compression ratio: {:.2}x", input_size / output_size);
-    println!();
-
-    Ok((total_rows_extracted, output_size))
-}
-
-#[tokio::main]
-async fn main() -> Result<()> {
-    println!("{}", "=".repeat(70));
-    println!("Creating Small Test Parquet Files (1000 bars each)");
-    println!("{}", "=".repeat(70));
-    println!();
-
-    let mut results = Vec::new();
-
-    for mapping in FILE_MAPPINGS {
-        match create_small_parquet(mapping.input, mapping.output, 1000) {
-            Ok((rows, size_kb)) => {
-                if rows > 0 {
-                    let symbol = mapping.output
-                        .replace("test_data/", "")
-                        .replace("_small.parquet", "");
-                    results.push((symbol, rows, size_kb));
-                }
-            }
-            Err(e) => {
-                eprintln!("❌ Error processing {}: {}", mapping.input, e);
-            }
-        }
-    }
-
-    println!("{}", "=".repeat(70));
-    println!("Summary");
-    println!("{}", "=".repeat(70));
-    println!("{:<15} {:<10} {:<15}", "Symbol", "Rows", "Size (KB)");
-    println!("{}", "-".repeat(70));
-
-    for (symbol, rows, size_kb) in &results {
-        println!("{:<15} {:<10} {:<15.2}", symbol, rows, size_kb);
-    }
-
-    println!("{}", "=".repeat(70));
-
-    let total_size: f64 = results.iter().map(|(_, _, size)| size).sum();
-    println!("\nTotal size: {:.2} KB ({:.2} MB)", total_size, total_size / 1024.0);
-    println!("Files created: {}", results.len());
-
-    println!("\n✅ Small test files created successfully!");
-
-    Ok(())
-}
diff --git a/smoke_test.pid b/smoke_test.pid
deleted file mode 100644
index 632a8ed59..000000000
--- a/smoke_test.pid
+++ /dev/null
@@ -1 +0,0 @@
- echo Smoke test PID: $(cat smoke_test.pid) sleep 25 echo  echo 📊 === First 25 seconds === tail -120 smoke_AGENT_217.log
diff --git a/PAPER_TRADING_DIAGNOSTIC_QUERIES.sql b/sql/PAPER_TRADING_DIAGNOSTIC_QUERIES.sql
similarity index 100%
rename from PAPER_TRADING_DIAGNOSTIC_QUERIES.sql
rename to sql/PAPER_TRADING_DIAGNOSTIC_QUERIES.sql
diff --git a/test_pg_performance.sql b/sql/test_pg_performance.sql
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rename from test_pg_performance.sql
rename to sql/test_pg_performance.sql
diff --git a/test_stop_loss_debug.sql b/sql/test_stop_loss_debug.sql
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rename from test_stop_loss_debug.sql
rename to sql/test_stop_loss_debug.sql
diff --git a/trading_workload.sql b/sql/trading_workload.sql
similarity index 100%
rename from trading_workload.sql
rename to sql/trading_workload.sql
diff --git a/test_dbn_debug.5a8spbt8g603bypb5vds2bxfi.rcgu.o b/test_dbn_debug.5a8spbt8g603bypb5vds2bxfi.rcgu.o
deleted file mode 100644
index 2de6600f02d6e61e3ba38d6f939b943dfe8c3b0b..0000000000000000000000000000000000000000
GIT binary patch
literal 0
HcmV?d00001

literal 3112
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diff --git a/test_results/grpc_load_tests/trading_service_order_status_20251003_173606.txt b/test_results/grpc_load_tests/trading_service_order_status_20251003_173606.txt
deleted file mode 100644
index e69de29bb..000000000
diff --git a/test_results/grpc_load_tests/trading_service_order_status_20251003_173658.json b/test_results/grpc_load_tests/trading_service_order_status_20251003_173658.json
deleted file mode 100644
index a767f2c33..000000000
--- a/test_results/grpc_load_tests/trading_service_order_status_20251003_173658.json
+++ /dev/null
@@ -1 +0,0 @@
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required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.181188851+02:00","latency":710829,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.198707771+02:00","latency":7587916,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.201792659+02:00","latency":625234,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.21350093+02:00","latency":643689,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.22153036+02:00","latency":551147,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.231521422+02:00","latency":589991,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.241652482+02:00","latency":686523,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.251735677+02:00","latency":647513,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.261735281+02:00","latency":581624,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.271684705+02:00","latency":539904,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.281655101+02:00","latency":566523,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.29403246+02:00","latency":2958325,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.301031767+02:00","latency":551147,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.311015576+02:00","latency":593747,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.321301083+02:00","latency":841953,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.333724536+02:00","latency":644165,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.341620498+02:00","latency":521986,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.353364211+02:00","latency":548809,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.363313002+02:00","latency":478439,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.375805561+02:00","latency":5075357,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.381885871+02:00","latency":637001,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.39188676+02:00","latency":618842,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.400953372+02:00","latency":661593,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.411762043+02:00","latency":1409173,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.421644238+02:00","latency":542244,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.431537723+02:00","latency":539533,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.441470101+02:00","latency":544753,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.451677241+02:00","latency":1267625,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.461579837+02:00","latency":496746,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:08.471630919+02:00","latency":577422,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"}]}
\ No newline at end of file
diff --git a/test_results/grpc_load_tests/trading_service_order_status_20251003_173658.txt b/test_results/grpc_load_tests/trading_service_order_status_20251003_173658.txt
deleted file mode 100644
index 22d69d222..000000000
--- a/test_results/grpc_load_tests/trading_service_order_status_20251003_173658.txt
+++ /dev/null
@@ -1,6048 +0,0 @@
-{
-  "date": "2025-10-03T17:37:18+02:00",
-  "endReason": "timeout",
-  "options": {
-    "call": "trading.TradingService.GetOrderStatus",
-    "host": "localhost:50051",
-    "proto": "/home/jgrusewski/Work/foxhunt/services/trading_service/proto/trading.proto",
-    "import-paths": [
-      "/home/jgrusewski/Work/foxhunt/services/trading_service/proto",
-      "."
-    ],
-    "insecure": true,
-    "rps": 100,
-    "load-schedule": "const",
-    "load-start": 0,
-    "load-end": 0,
-    "load-step": 0,
-    "load-step-duration": 0,
-    "load-max-duration": 0,
-    "concurrency": 50,
-    "concurrency-schedule": "const",
-    "concurrency-start": 0,
-    "concurrency-end": 0,
-    "concurrency-step": 1,
-    "concurrency-step-duration": 0,
-    "concurrency-max-duration": 0,
-    "total": 2147483647,
-    "connections": 10,
-    "duration": 10000000000,
-    "timeout": 20000000000,
-    "dial-timeout": 10000000000,
-    "data": {
-      "order_id": "test-order-123"
-    },
-    "binary": false,
-    "CPUs": 16
-  },
-  "count": 999,
-  "total": 10002014924,
-  "average": 950366,
-  "fastest": 0,
-  "slowest": 0,
-  "rps": 99.87987496428175,
-  "errorDistribution": {
-    "rpc error: code = Unauthenticated desc = Valid authentication required": 999
-  },
-  "statusCodeDistribution": {
-    "Unauthenticated": 999
-  },
-  "latencyDistribution": null,
-  "histogram": null,
-  "details": [
-    {
-      "timestamp": "2025-10-03T17:37:08.577808233+02:00",
-      "latency": 2454375,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.585531868+02:00",
-      "latency": 639247,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.595475363+02:00",
-      "latency": 622901,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.608407783+02:00",
-      "latency": 566838,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.615454543+02:00",
-      "latency": 621479,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.625479088+02:00",
-      "latency": 699247,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.635583795+02:00",
-      "latency": 648008,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.64584065+02:00",
-      "latency": 733525,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.656027494+02:00",
-      "latency": 728354,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.66607057+02:00",
-      "latency": 594525,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.676367661+02:00",
-      "latency": 535802,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.685363555+02:00",
-      "latency": 576740,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.695462583+02:00",
-      "latency": 663942,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.705596556+02:00",
-      "latency": 617933,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.715790281+02:00",
-      "latency": 642161,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.725754623+02:00",
-      "latency": 529968,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.735877982+02:00",
-      "latency": 617720,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.745929728+02:00",
-      "latency": 598293,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.755984216+02:00",
-      "latency": 614163,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.766146942+02:00",
-      "latency": 693671,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.778249822+02:00",
-      "latency": 1301082,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.786272689+02:00",
-      "latency": 617638,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.797811105+02:00",
-      "latency": 1892436,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.808512715+02:00",
-      "latency": 619748,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.815645293+02:00",
-      "latency": 600848,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.829149943+02:00",
-      "latency": 625324,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.836282797+02:00",
-      "latency": 579758,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.846390362+02:00",
-      "latency": 616111,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.856408822+02:00",
-      "latency": 599509,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.865631472+02:00",
-      "latency": 663623,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.875777107+02:00",
-      "latency": 623867,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.885872751+02:00",
-      "latency": 610814,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.895997366+02:00",
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-    },
-    {
-      "timestamp": "2025-10-03T17:37:08.906126741+02:00",
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-      "timestamp": "2025-10-03T17:37:08.916268418+02:00",
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-      "timestamp": "2025-10-03T17:37:08.926390408+02:00",
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-    {
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-      "timestamp": "2025-10-03T17:37:08.965668507+02:00",
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-    {
-      "timestamp": "2025-10-03T17:37:08.96653485+02:00",
-      "latency": 533854,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
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-      "timestamp": "2025-10-03T17:37:08.979662815+02:00",
-      "latency": 4169031,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
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-      "timestamp": "2025-10-03T17:37:08.9956655+02:00",
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-    {
-      "timestamp": "2025-10-03T17:37:09.015938881+02:00",
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-    {
-      "timestamp": "2025-10-03T17:37:09.115356967+02:00",
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-      "status": "Unauthenticated"
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-    {
-      "timestamp": "2025-10-03T17:37:09.125351903+02:00",
-      "latency": 573614,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
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-    {
-      "timestamp": "2025-10-03T17:37:09.138020772+02:00",
-      "latency": 3257771,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
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-    },
-    {
-      "timestamp": "2025-10-03T17:37:09.146040425+02:00",
-      "latency": 500911,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
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\ No newline at end of file
diff --git a/test_results/grpc_load_tests/trading_service_orderbook_20251003_173658.json b/test_results/grpc_load_tests/trading_service_orderbook_20251003_173658.json
deleted file mode 100644
index 758f7aaf9..000000000
--- a/test_results/grpc_load_tests/trading_service_orderbook_20251003_173658.json
+++ /dev/null
@@ -1 +0,0 @@
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required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:08.963352006+02:00","latency":549531,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:08.974846263+02:00","latency":1994908,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:08.987113232+02:00","latency":3883393,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:08.993078533+02:00","latency":590967,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:09.004302104+02:00","latency":758623,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:09.013340291+02:00","latency":607346,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:09.02371885+02:00","latency":803733,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:09.036375929+02:00","latency":566257,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:09.043517624+02:00","latency":681048,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:09.053478466+02:00","latency":558887,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:09.064733783+02:00","latency":663205,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:09.080209215+02:00","latency":3988631,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:38:09.083308132+02:00","latency":650739,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"}]}
\ No newline at end of file
diff --git a/test_results/grpc_load_tests/trading_service_orderbook_20251003_173658.txt b/test_results/grpc_load_tests/trading_service_orderbook_20251003_173658.txt
deleted file mode 100644
index 20e625c1e..000000000
--- a/test_results/grpc_load_tests/trading_service_orderbook_20251003_173658.txt
+++ /dev/null
@@ -1,6037 +0,0 @@
-{
-  "date": "2025-10-03T17:38:19+02:00",
-  "endReason": "timeout",
-  "options": {
-    "call": "trading.TradingService.GetOrderBook",
-    "host": "localhost:50051",
-    "proto": "/home/jgrusewski/Work/foxhunt/services/trading_service/proto/trading.proto",
-    "import-paths": [
-      "/home/jgrusewski/Work/foxhunt/services/trading_service/proto",
-      "."
-    ],
-    "insecure": true,
-    "rps": 100,
-    "load-schedule": "const",
-    "load-start": 0,
-    "load-end": 0,
-    "load-step": 0,
-    "load-step-duration": 0,
-    "load-max-duration": 0,
-    "concurrency": 50,
-    "concurrency-schedule": "const",
-    "concurrency-start": 0,
-    "concurrency-end": 0,
-    "concurrency-step": 1,
-    "concurrency-step-duration": 0,
-    "concurrency-max-duration": 0,
-    "total": 2147483647,
-    "connections": 10,
-    "duration": 10000000000,
-    "timeout": 20000000000,
-    "dial-timeout": 10000000000,
-    "data": {
-      "depth": 10,
-      "symbol": "AAPL"
-    },
-    "binary": false,
-    "CPUs": 16
-  },
-  "count": 997,
-  "total": 10014665212,
-  "average": 1187497,
-  "fastest": 0,
-  "slowest": 0,
-  "rps": 99.55400194560193,
-  "errorDistribution": {
-    "rpc error: code = Unauthenticated desc = Valid authentication required": 997
-  },
-  "statusCodeDistribution": {
-    "Unauthenticated": 997
-  },
-  "latencyDistribution": null,
-  "histogram": null,
-  "details": [
-    {
-      "timestamp": "2025-10-03T17:38:09.171923709+02:00",
-      "latency": 1061416,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.181349369+02:00",
-      "latency": 649764,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.191345628+02:00",
-      "latency": 718171,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.201476185+02:00",
-      "latency": 577512,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.211582297+02:00",
-      "latency": 610047,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.221634621+02:00",
-      "latency": 580087,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.231569368+02:00",
-      "latency": 504150,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.244161223+02:00",
-      "latency": 2260816,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
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-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.252310887+02:00",
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-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.261602159+02:00",
-      "latency": 741956,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.272270162+02:00",
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-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.281264885+02:00",
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-      "status": "Unauthenticated"
-    },
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-      "timestamp": "2025-10-03T17:38:09.291636378+02:00",
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-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.301539779+02:00",
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-      "status": "Unauthenticated"
-    },
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-      "latency": 623218,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.33185705+02:00",
-      "latency": 569942,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
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-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.34203629+02:00",
-      "latency": 705404,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
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-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.352334625+02:00",
-      "latency": 683331,
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-    },
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-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.425224247+02:00",
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-      "timestamp": "2025-10-03T17:38:09.431921507+02:00",
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-    },
-    {
-      "timestamp": "2025-10-03T17:38:09.442756497+02:00",
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-    },
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-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
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\ No newline at end of file
diff --git a/test_results/grpc_load_tests/trading_service_portfolio_20251003_173658.json b/test_results/grpc_load_tests/trading_service_portfolio_20251003_173658.json
deleted file mode 100644
index 787913352..000000000
--- a/test_results/grpc_load_tests/trading_service_portfolio_20251003_173658.json
+++ /dev/null
@@ -1 +0,0 @@
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\ No newline at end of file
diff --git a/test_results/grpc_load_tests/trading_service_portfolio_20251003_173658.txt b/test_results/grpc_load_tests/trading_service_portfolio_20251003_173658.txt
deleted file mode 100644
index 1024559e4..000000000
--- a/test_results/grpc_load_tests/trading_service_portfolio_20251003_173658.txt
+++ /dev/null
@@ -1,6048 +0,0 @@
-{
-  "date": "2025-10-03T17:37:58+02:00",
-  "endReason": "timeout",
-  "options": {
-    "call": "trading.TradingService.GetPortfolioSummary",
-    "host": "localhost:50051",
-    "proto": "/home/jgrusewski/Work/foxhunt/services/trading_service/proto/trading.proto",
-    "import-paths": [
-      "/home/jgrusewski/Work/foxhunt/services/trading_service/proto",
-      "."
-    ],
-    "insecure": true,
-    "rps": 100,
-    "load-schedule": "const",
-    "load-start": 0,
-    "load-end": 0,
-    "load-step": 0,
-    "load-step-duration": 0,
-    "load-max-duration": 0,
-    "concurrency": 50,
-    "concurrency-schedule": "const",
-    "concurrency-start": 0,
-    "concurrency-end": 0,
-    "concurrency-step": 1,
-    "concurrency-step-duration": 0,
-    "concurrency-max-duration": 0,
-    "total": 2147483647,
-    "connections": 10,
-    "duration": 10000000000,
-    "timeout": 20000000000,
-    "dial-timeout": 10000000000,
-    "data": {
-      "account_id": "test-account"
-    },
-    "binary": false,
-    "CPUs": 16
-  },
-  "count": 999,
-  "total": 10017411096,
-  "average": 983569,
-  "fastest": 0,
-  "slowest": 0,
-  "rps": 99.72636546771106,
-  "errorDistribution": {
-    "rpc error: code = Unauthenticated desc = Valid authentication required": 999
-  },
-  "statusCodeDistribution": {
-    "Unauthenticated": 999
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\ No newline at end of file
diff --git a/test_results/grpc_load_tests/trading_service_positions_20251003_173658.json b/test_results/grpc_load_tests/trading_service_positions_20251003_173658.json
deleted file mode 100644
index 31feafb0a..000000000
--- a/test_results/grpc_load_tests/trading_service_positions_20251003_173658.json
+++ /dev/null
@@ -1 +0,0 @@
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required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.740263007+02:00","latency":599180,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.750270451+02:00","latency":585709,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.762114849+02:00","latency":2518353,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.769998049+02:00","latency":569865,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.781989302+02:00","latency":2639599,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.790139824+02:00","latency":567552,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.800148665+02:00","latency":581210,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.812706794+02:00","latency":3116573,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.819655955+02:00","latency":562349,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.83067834+02:00","latency":570653,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.841095978+02:00","latency":834359,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.850975436+02:00","latency":1611865,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.861832702+02:00","latency":2470522,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.872727745+02:00","latency":3453542,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.879805323+02:00","latency":669355,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.889661768+02:00","latency":574824,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.900669586+02:00","latency":576078,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.912691704+02:00","latency":2572177,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.920695579+02:00","latency":562963,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.930687577+02:00","latency":572131,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.940653644+02:00","latency":541524,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.950542454+02:00","latency":501664,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.960607014+02:00","latency":635780,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.97072696+02:00","latency":709426,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.980663413+02:00","latency":575579,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:27.992710138+02:00","latency":2611315,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.000672882+02:00","latency":1565507,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.013730211+02:00","latency":3635804,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.020175967+02:00","latency":1048390,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.030025161+02:00","latency":586691,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.040031428+02:00","latency":589698,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.050055277+02:00","latency":614504,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.060089208+02:00","latency":579834,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.071030127+02:00","latency":1204930,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.080978746+02:00","latency":1464278,"error":"rpc error: code = Unauthenticated desc = Valid authentication 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required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.13980054+02:00","latency":409786,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.150500713+02:00","latency":554388,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.163773938+02:00","latency":3909277,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.169904096+02:00","latency":684254,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.182970425+02:00","latency":3648554,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.192664924+02:00","latency":3232809,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.200757558+02:00","latency":635295,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.209890474+02:00","latency":732039,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.220090501+02:00","latency":845326,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.231978797+02:00","latency":2595428,"error":"rpc error: code = Unauthenticated desc = Valid authentication 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required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.440480023+02:00","latency":609550,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.450495209+02:00","latency":623677,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.460525008+02:00","latency":586141,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.470496363+02:00","latency":549333,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.480692462+02:00","latency":785511,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.490813589+02:00","latency":650158,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.499818044+02:00","latency":547680,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.509877334+02:00","latency":613412,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.522679582+02:00","latency":3369610,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.530787609+02:00","latency":589138,"error":"rpc error: code = Unauthenticated desc = Valid authentication 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required","status":"Unauthenticated"},{"timestamp":"2025-10-03T17:37:28.640076167+02:00","latency":620953,"error":"rpc error: code = Unauthenticated desc = Valid authentication required","status":"Unauthenticated"}]}
\ No newline at end of file
diff --git a/test_results/grpc_load_tests/trading_service_positions_20251003_173658.txt b/test_results/grpc_load_tests/trading_service_positions_20251003_173658.txt
deleted file mode 100644
index ec5b45cf3..000000000
--- a/test_results/grpc_load_tests/trading_service_positions_20251003_173658.txt
+++ /dev/null
@@ -1,6051 +0,0 @@
-{
-  "date": "2025-10-03T17:37:38+02:00",
-  "endReason": "timeout",
-  "options": {
-    "call": "trading.TradingService.GetPositions",
-    "host": "localhost:50051",
-    "proto": "/home/jgrusewski/Work/foxhunt/services/trading_service/proto/trading.proto",
-    "import-paths": [
-      "/home/jgrusewski/Work/foxhunt/services/trading_service/proto",
-      "."
-    ],
-    "insecure": true,
-    "rps": 100,
-    "load-schedule": "const",
-    "load-start": 0,
-    "load-end": 0,
-    "load-step": 0,
-    "load-step-duration": 0,
-    "load-max-duration": 0,
-    "concurrency": 50,
-    "concurrency-schedule": "const",
-    "concurrency-start": 0,
-    "concurrency-end": 0,
-    "concurrency-step": 1,
-    "concurrency-step-duration": 0,
-    "concurrency-max-duration": 0,
-    "total": 2147483647,
-    "connections": 10,
-    "duration": 10000000000,
-    "timeout": 20000000000,
-    "dial-timeout": 10000000000,
-    "data": {
-      "account_id": "test-account",
-      "symbol": "AAPL"
-    },
-    "binary": false,
-    "CPUs": 16
-  },
-  "count": 999,
-  "total": 10060658780,
-  "average": 1008851,
-  "fastest": 0,
-  "slowest": 0,
-  "rps": 99.29767243333542,
-  "errorDistribution": {
-    "rpc error: code = Unauthenticated desc = Valid authentication required": 998,
-    "rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:43008-\u003e127.0.0.1:50051: use of closed network connection": 1
-  },
-  "statusCodeDistribution": {
-    "Unauthenticated": 998,
-    "Unavailable": 1
-  },
-  "latencyDistribution": null,
-  "histogram": null,
-  "details": [
-    {
-      "timestamp": "2025-10-03T17:37:28.749683562+02:00",
-      "latency": 777241,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.757822836+02:00",
-      "latency": 725230,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.767882933+02:00",
-      "latency": 640789,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.777955944+02:00",
-      "latency": 616665,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.791718491+02:00",
-      "latency": 3855611,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.799813319+02:00",
-      "latency": 2651791,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.807976312+02:00",
-      "latency": 691281,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.820676888+02:00",
-      "latency": 3221398,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.82780121+02:00",
-      "latency": 703524,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.837882534+02:00",
-      "latency": 618978,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.847929355+02:00",
-      "latency": 604747,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.858017852+02:00",
-      "latency": 599390,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.868000396+02:00",
-      "latency": 599351,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.878095663+02:00",
-      "latency": 675301,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.888070024+02:00",
-      "latency": 581083,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.898164109+02:00",
-      "latency": 601970,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.908281593+02:00",
-      "latency": 639355,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.919787924+02:00",
-      "latency": 2014151,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.927791277+02:00",
-      "latency": 587849,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.937873643+02:00",
-      "latency": 639266,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.947933122+02:00",
-      "latency": 628413,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:28.957934504+02:00",
-      "latency": 576037,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
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-      "timestamp": "2025-10-03T17:37:38.488393681+02:00",
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-    {
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-      "timestamp": "2025-10-03T17:37:38.558573838+02:00",
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-    {
-      "timestamp": "2025-10-03T17:37:38.568660789+02:00",
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-    {
-      "timestamp": "2025-10-03T17:37:38.577588559+02:00",
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-    },
-    {
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-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
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-    },
-    {
-      "timestamp": "2025-10-03T17:37:38.597611901+02:00",
-      "latency": 520445,
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-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:38.608530798+02:00",
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-      "latency": 580851,
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-      "status": "Unauthenticated"
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-      "timestamp": "2025-10-03T17:37:38.637954157+02:00",
-      "latency": 583072,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
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-      "timestamp": "2025-10-03T17:37:38.647940294+02:00",
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-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:38.65788138+02:00",
-      "latency": 490863,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:38.668704231+02:00",
-      "latency": 654920,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:38.677647543+02:00",
-      "latency": 532230,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:38.688660366+02:00",
-      "latency": 634314,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:38.697679597+02:00",
-      "latency": 671234,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:38.70857039+02:00",
-      "latency": 573226,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:38.717672199+02:00",
-      "latency": 674752,
-      "error": "rpc error: code = Unauthenticated desc = Valid authentication required",
-      "status": "Unauthenticated"
-    },
-    {
-      "timestamp": "2025-10-03T17:37:38.727230698+02:00",
-      "latency": 291886,
-      "error": "rpc error: code = Unavailable desc = error reading from server: read tcp 127.0.0.1:43008-\u003e127.0.0.1:50051: use of closed network connection",
-      "status": "Unavailable"
-    }
-  ]
-}
\ No newline at end of file
diff --git a/check_parquet_rows.rs b/tests/standalone/check_parquet_rows.rs
similarity index 100%
rename from check_parquet_rows.rs
rename to tests/standalone/check_parquet_rows.rs
diff --git a/inspect_schema.rs b/tests/standalone/inspect_schema.rs
similarity index 100%
rename from inspect_schema.rs
rename to tests/standalone/inspect_schema.rs
diff --git a/inspect_schema_simple.rs b/tests/standalone/inspect_schema_simple.rs
similarity index 100%
rename from inspect_schema_simple.rs
rename to tests/standalone/inspect_schema_simple.rs
diff --git a/position_manager_fixes.rs b/tests/standalone/position_manager_fixes.rs
similarity index 100%
rename from position_manager_fixes.rs
rename to tests/standalone/position_manager_fixes.rs
diff --git a/redis_validation_test.rs b/tests/standalone/redis_validation_test.rs
similarity index 100%
rename from redis_validation_test.rs
rename to tests/standalone/redis_validation_test.rs
diff --git a/test_dbn_debug.rs b/tests/standalone/test_dbn_debug.rs
similarity index 100%
rename from test_dbn_debug.rs
rename to tests/standalone/test_dbn_debug.rs
diff --git a/test_dbn_decoder.rs b/tests/standalone/test_dbn_decoder.rs
similarity index 100%
rename from test_dbn_decoder.rs
rename to tests/standalone/test_dbn_decoder.rs
diff --git a/test_dqn_imports.rs b/tests/standalone/test_dqn_imports.rs
similarity index 100%
rename from test_dqn_imports.rs
rename to tests/standalone/test_dqn_imports.rs
diff --git a/test_hurst_div_zero.rs b/tests/standalone/test_hurst_div_zero.rs
similarity index 100%
rename from test_hurst_div_zero.rs
rename to tests/standalone/test_hurst_div_zero.rs
diff --git a/test_regime_db_integration.rs b/tests/standalone/test_regime_db_integration.rs
similarity index 100%
rename from test_regime_db_integration.rs
rename to tests/standalone/test_regime_db_integration.rs
diff --git a/validate_14ns_claims.rs b/tests/standalone/validate_14ns_claims.rs
similarity index 100%
rename from validate_14ns_claims.rs
rename to tests/standalone/validate_14ns_claims.rs
diff --git a/verify_normalization.rs b/tests/standalone/verify_normalization.rs
similarity index 100%
rename from verify_normalization.rs
rename to tests/standalone/verify_normalization.rs
diff --git a/verify_tft_lru_fix.rs b/tests/standalone/verify_tft_lru_fix.rs
similarity index 100%
rename from verify_tft_lru_fix.rs
rename to tests/standalone/verify_tft_lru_fix.rs
diff --git a/watch_tuning_progress_updated.rs b/tests/standalone/watch_tuning_progress_updated.rs
similarity index 100%
rename from watch_tuning_progress_updated.rs
rename to tests/standalone/watch_tuning_progress_updated.rs
diff --git a/verify_normalization b/verify_normalization
deleted file mode 100755
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