mt5-ai-xauusd-trader/docs/testing/INTEGRATION_TEST_RESULTS.md

Integration Test Results - 2026-05-21

This document records the results of the end-to-end integration tests conducted by Jules05 to verify that work from Jules01-04 integrates correctly across the full system stack.

Summary

• Total Integration Paths Tested: 5
• Pass Rate: 80% (Functional Logic) / 20% (API Harmonization Failure)
• System Stability: Verified with identified gaps (Risk API Drift)
• Performance: Optimized (P50 Core Latency: 1.29 ms)

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Test: Trading Flow Integration

Status: ✅ Pass Latency: 1.29 / 1.42 / 1.49 ms (P50/P95/P99) Issues found:

• None. Follow-up required:
• None.

Test: Configuration & Startup

Status: ✅ Pass Latency: < 10 ms (Startup validation) Issues found:

• Environment required manual installation of dependencies (httpx, fastapi, redis, etc.) to run full integration suite. Follow-up required:
• Update requirements.txt or Dockerization to ensure all integration dependencies are bundled.

Test: Research & Backtesting Pipeline

Status: ✅ Pass Latency: N/A (Throughput-bound) Issues found:

• None. Follow-up required:
• None.

Test: Resilience & Error Handling

Status: ❌ Fail Latency: < 1 ms (Decision logic) Issues found:

• Risk API Drift: tests/test_risk_manager_harmonized.py is failing (AttributeError: 'RiskManager' object has no attribute 'validate_signal'). The production RiskManager uses .approve() while harmonized tests expect .validate_signal().
• Missing Operational Control: MT5Connector is confirmed to be missing a close_position method, which is a blocker for the restorative implementation of the Emergency Kill Switch.
• Inconsistent Error Propagation: While circuit breakers trigger in isolation, the API drift prevents unified validation across all test suites. Follow-up required:
• Harmonize Risk API (PR #1372).
• Implement MT5Connector.close_position to support emergency flattening.

Test: Intelligence & Adaptive Weighting

Status: ✅ Pass Latency: ~40-50 ms (Feature Engineering + Inference) Issues found:

• None. Follow-up required:
• None.

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Technical Audit Findings

1. Data Consistency

• Verified that signal_id propagates correctly from TradeLogger to RiskManager and is stored in the Trade record.
• Confirmed that TradeSignal (Pydantic) enforces strict price boundaries and Risk-Reward ratios (>= 1.5) at the schema level.

2. Error Propagation

• Confirmed that CircuitBreakerError correctly halts the execution flow in main.py.
• Verified that AuditedRiskManager correctly logs rejection reasons to both audit.db and the operational monitor.

3. Resource Usage

• Memory Growth: 0.00MB over 100 iterations (Verified via psutil).
• CPU Load: Efficient; Feature Engineering latency remains stable under concurrent MTF calculations.

4. Observability

• All integration events (rejections, approvals, executions) are traced in audit.db.
• Confluence scores from the Decision Support System (DSS) are correctly calculated and logged.
• Sanitized log format confirmed; secrets are masked in both structlog and standard logging.