MISSION: Emergency response to Wave 37 catastrophic regression RESULT: Partial success - significant progress but goals not fully met ## Key Metrics COMPILATION: 98 → 43 errors (56% reduction, but 2.7x worse than Wave 36) TEST EXECUTION: Still blocked ❌ WARNINGS: 100+ → 60 (40% reduction) ✅ ## Achievements ✅ Position type synchronized (18+ errors fixed) ✅ AssetClass Hash derive (5 errors fixed) ✅ Helper functions added (127 lines) ✅ Comprehensive documentation ## Remaining Work (43 errors) ❌ Decimal conversions (9 errors) ❌ StressScenario type (14 errors) ❌ Other type fixes (20 errors) ## Wave 39 Decision: NO-GO Emergency continuation required to complete recovery Target: 0 errors, restore testing (2-3 hours) 🤖 Generated with Claude Code Co-Authored-By: Claude <noreply@anthropic.com>
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TLI Benchmarks Status
Last Updated: 2025-10-02 (Wave 36, Agent 6)
Overview
All TLI benchmarks have been temporarily disabled due to missing protobuf definitions and type mismatches. These benchmarks are ready to be re-enabled once the underlying infrastructure is in place.
Disabled Benchmarks
1. serialization_benchmarks.rs ✅ DISABLED
Status: Fully commented out with placeholder main() Reason: Missing protobuf message definitions
Missing Types:
Order(standalone message) - proto only has OrderUpdateEvent and order fields in responsesListOrdersResponse- not defined in protoOrderUpdate- proto has OrderUpdateEvent insteadMetricValue- proto has Metric instead
Original Test Coverage:
- Protobuf encode/decode performance
- JSON serialization comparison
- Batch serialization operations (1000+ orders)
- Large data structure serialization (100-10,000 items)
- Streaming message overhead
- Memory allocation patterns
- Concurrent serialization (multi-threaded)
To Re-enable:
- Add missing proto message definitions to
tli/proto/trading.proto - Rewrite benchmarks to use existing proto types (GetOrderStatusResponse, OrderUpdateEvent, Metric)
- OR create separate benchmark-specific proto messages
- Compile proto files with
tli/build.rs - Uncomment benchmark code and remove placeholder main()
Related Files:
tli/proto/trading.proto- contains actual protobuf definitionstli/build.rs- compiles proto files to Rust code
2. client_performance.rs ✅ DISABLED
Status: Fully commented out with placeholder main() Reason: Missing type definitions and exports
Missing Types:
ServiceEndpoints- not exported from tli crateTliClient- not exported from tli crateOrder,ListOrdersResponse,OrderUpdate- missing proto definitionsServiceHealthintli::clientmodule
Missing Fields:
ServiceEndpoints: risk_management, ml_signals, health_checkSubmitOrderRequest: client_order_id, stop_price, time_in_forceCancelOrderRequest: symbolGetConfigRequest: key fieldGetMetricsRequest: start_time_unix_nanos, end_time_unix_nanos
Missing Dependencies:
httpcrate for URI parsing
Original Test Coverage:
- Client creation and configuration
- Endpoint parsing and validation
- Connection pooling and management
- gRPC request/response cycles
- Streaming operations
- Concurrent client operations (1-16 threads)
- Error handling scenarios
- Memory usage patterns
- Configuration management
- Health check aggregation
To Re-enable:
- Add missing exports to
tli/src/lib.rs - Update ServiceEndpoints structure with missing fields
- Add missing protobuf definitions
- Update request structures with required fields
- Add
httpcrate to dependencies if needed - Uncomment benchmark code and remove placeholder main()
3. configuration_benchmarks.rs ✅ DISABLED
Status: Fully commented out with placeholder main() Reason: Type mismatch and missing dependencies
Issues:
- Type mismatch:
order_side_to_stringexpectsTliOrderSidebut receivesOrderSide - Missing
futurescrate in dev-dependencies - Inconsistent type naming between modules
Original Test Coverage:
- Timestamp conversion operations (unix_nanos <-> SystemTime)
- Validation operations (symbols, quantities, prices)
- Type conversions (OrderSide, OrderType, OrderStatus, SystemStatus)
- Metric creation with various label counts
- Position calculations (small/medium/large/short positions)
- Concurrent validation (1-16 parallel threads)
- String operations (formatting, case conversion)
- Memory allocation (HashMap, Vec with different capacities)
- Error handling (Result creation, matching, formatting)
To Re-enable:
- Add
futurestotli/Cargo.toml[dev-dependencies] - Align TliOrderSide and OrderSide types
- Ensure consistent type usage across modules
- Update conversion functions to use correct types
- Verify all type imports
- Uncomment benchmark code and remove placeholder main()
Active Benchmarks
None currently active.
All benchmarks have been disabled to eliminate compilation errors during Wave 36.
TODO
High Priority (P1)
-
Add missing protobuf definitions to
tli/proto/trading.proto:Ordermessage (or reuse existing types)ListOrdersResponsemessageOrderUpdate/OrderUpdateEventalignmentMetricValue/Metricalignment
-
Fix type system consistency:
- Align
TliOrderSideandOrderSidetypes - Export required types from
tli/src/lib.rs - Add missing fields to request/response structures
- Align
-
Update dependencies:
- Add
httpcrate if needed for URI parsing - Add
futuresto dev-dependencies for async benchmarks
- Add
Medium Priority (P2)
-
Re-enable serialization_benchmarks.rs:
- Verify protobuf compilation
- Test encode/decode performance
- Validate batch operations
-
Re-enable client_performance.rs:
- Verify client exports
- Test connection pooling
- Validate concurrent operations
-
Re-enable configuration_benchmarks.rs:
- Verify type conversions
- Test validation operations
- Validate concurrent validation
Low Priority (P3)
- Add new benchmarks:
- Terminal UI rendering performance
- Real-time data streaming
- Command parsing and execution
- State management updates
Benchmark Architecture Notes
Current Design
- All benchmarks use Criterion.rs framework
- Structured as separate files in
tli/benches/ - Each benchmark file is independent with its own
criterion_main!() - Disabled benchmarks include placeholder
main()to keep files valid
Performance Targets (from original benchmarks)
- Serialization: Measure protobuf vs JSON overhead
- Client Operations: Track gRPC round-trip latency
- Concurrent Operations: Test scalability from 1-16 threads
- Memory Patterns: Monitor allocation efficiency
- Streaming: Measure throughput for real-time updates
Test Data Sizes
- Small: 10-100 items (typical UI updates)
- Medium: 100-1,000 items (batch operations)
- Large: 1,000-10,000 items (stress testing)
How to Verify Status
# Check if benchmarks compile (should show 0 errors)
cargo bench -p tli --no-run 2>&1 | grep "^error" | wc -l
# List all benchmark files
ls -la tli/benches/
# View detailed benchmark status
cat tli/BENCHMARKS_STATUS.md
# When ready to re-enable, remove placeholder main() and uncomment code
Related Documentation
- Wave 36 Context: Multi-agent compilation cleanup
- Agent 6 Task: Disable broken TLI benchmarks
- Agent 10 Context (if applicable): Type system alignment
- Agent 1 Context (if applicable): Protobuf definition work
Status Summary:
- ✅ 3 benchmarks disabled (0 compilation errors)
- ⏳ 3 benchmarks ready for re-enable (pending infrastructure)
- 📋 TODO list created with priorities and action items
- 🎯 Target: Re-enable all benchmarks after protobuf/type fixes
Generated during Wave 36 - Agent 6 Aggressive benchmark disabling to eliminate compilation errors