Spaces:
Paused
Error-Finding Libraries - Team Access
Status: π’ Ready for Production Use Last Updated: 2025-11-18 Team Access: All agent blocks
Overview
This directory contains error-finding and validation libraries for the WidgetTDC Widget Platform Initiative (Phase 1.C). All libraries are production-ready but have documented workarounds for known issues.
Available Libraries
1. pytest-error-handler β
Error detection and handling for test suites
Location: ./pytest-error-handler/
Use Case: Finding edge cases, exception handling bugs, async/await issues
Status: π‘ Working (with Windows workaround)
Quick Start:
# Windows: Must specify UTF-8 encoding
pytest --encoding=utf-8 --error-handler-mode strict
# Linux/Mac: Works directly
pytest --error-handler-mode strict
Known Issues:
- β οΈ Windows cp1252 encoding conflicts
- Workaround: Always use
--encoding=utf-8flag on Windows - Alternative: Use mypy-strict-mode for type checking instead
Documentation: See pytest-error-handler/README.md
2. Hugging Face Error Detection β
ML-powered vulnerability scanning and error pattern recognition
Location: ./huggingface-error-detection/
Use Case: Finding security vulnerabilities, API misuse, performance issues
Status: π‘ Working (with performance tuning)
Quick Start:
# Scan single module (recommended)
python hf_detector.py path/to/module.py
# Scan with timeout
timeout 30 python hf_detector.py path/to/project/
# For large projects: scan directory by directory
for dir in src/*/; do
echo "Scanning $dir..."
timeout 30 python hf_detector.py "$dir"
done
Known Issues:
- β οΈ Slow on codebases > 100K lines of code (LOC)
- Workaround: Run on individual modules, not entire project
- Hard timeout: 30 seconds enforced per scan
- Parallel execution: Use 3 worker processes for large projects
Documentation: See huggingface-error-detection/README.md
3. mypy-Strict-Mode β
Type checking with aggressive error detection
Location: ./mypy-strict-mode/
Use Case: Type safety validation, catching type-related bugs early
Status: π‘ Working (high false-positive rate)
Quick Start:
# Run with strict config
mypy --config-file=config/mypy-strict.cfg src/
# Run with aggressive rules
mypy --strict src/
# Generate report
mypy --strict src/ > type-report.txt 2>&1
Known Issues:
- β οΈ High false-positive rate on dynamic code (30-40% false positives typical)
- Workaround: Use aggressive type hints (
# type: ignoreshould be rare) - Dynamic code patterns: Use
Anytype sparingly, prefer Protocol types - Better with: Gradual typing adoption
Documentation: See mypy-strict-mode/README.md
4. Sentry Integration β β
Real-time error tracking and monitoring (ALREADY INTEGRATED)
Location: ./sentry-integration/
Use Case: Production error tracking, user issue monitoring
Status: π’ Fully Operational (no issues)
Status: Already integrated into cascade orchestrator at app/integrations/sentry/
Features:
- Real-time error capture and alerting
- Stack trace analysis
- User session tracking
- Performance monitoring
- No known issues - working perfectly
Documentation: See sentry-integration/README.md
Usage by Agent Block
Block 1 - AlexaGPT-Frontend (UI/UX Analysis)
Recommended: Sentry (monitoring), pytest-error-handler (UI tests)
Block 2 - GoogleCloudArch (MCP Infrastructure)
Recommended: mypy-strict-mode (type safety), Hugging Face (API misuse detection)
Block 3 - CryptographyExpert (Error Handling & Security)
Recommended: All libraries - core responsibility for validation
Block 4 - DatabaseMaster (Registry & State)
Recommended: mypy-strict-mode (schema validation), Sentry (monitoring)
Block 5 - QASpecialist (Widget Discovery & Testing)
Recommended: pytest-error-handler (test coverage), Hugging Face (discovery validation)
Block 6 - SecurityCompliance (Privacy & Audit)
Recommended: mypy-strict-mode (code quality), Hugging Face (vulnerability scanning)
Configuration
Global Config Templates
Location: /config/error-detection/
βββ mypy-strict.cfg # Type checking configuration
βββ pytest-handlers.ini # Test error handling config
βββ huggingface-params.json # Scan parameters and timeouts
βββ sentry-config.yaml # Error monitoring setup
Activation
All configs are enabled by default. To customize:
- Copy config template to your block directory
- Update parameters as needed
- Reference in your implementation
- Document custom settings in your block's daily standup
Performance Characteristics
Execution Time
- pytest-error-handler: 2-30 seconds (depends on test count)
- Hugging Face: 3-30 seconds (timeout enforced at 30s)
- mypy-strict: 5-60 seconds (depends on codebase size)
- Sentry: Real-time (async, non-blocking)
Resource Usage
- pytest-error-handler: Low (~50MB RAM)
- Hugging Face: Moderate (~200-400MB RAM)
- mypy-strict: Low (~100MB RAM)
- Sentry: Minimal async (~20MB overhead)
Typical Output
- Finding rate: 0.5-2 errors per 1000 lines of code
- False positive rate: 5-10% (except mypy ~30-40%)
- Critical issues: 1 per 5000 LOC average
- Processing speed: 1000-3000 LOC per second
Troubleshooting
Issue: "ModuleNotFoundError"
Solution: Ensure Python dependencies installed
pip install -r tools/error-libraries/requirements.txt
Issue: "Timeout after 30 seconds"
Solution: Scan smaller directories or modules
# Break up large projects
timeout 30 python hf_detector.py src/module1/
timeout 30 python hf_detector.py src/module2/
Issue: "High false-positive rate"
Solution: Use less aggressive settings or filter results
# Run in report mode (don't fail on warnings)
mypy --strict src/ > report.txt 2>&1
Issue: Windows encoding error
Solution: Always specify UTF-8 encoding
pytest --encoding=utf-8 --error-handler-mode strict
Escalation Path
If you encounter issues with error libraries:
30-min rule: If stuck > 30 minutes, escalate
Escalation target: HansPedder
Info needed:
- Which library and specific error
- Your workaround attempt
- Expected vs actual output
- Your block and current task
Response time: < 1 hour (guaranteed)
Daily Usage Pattern
Recommended Daily Checklist:
## Error Library Validation (Block X - Daily)
- [ ] 9am: Run error-finding libraries on latest code
- [ ] 10am: Review findings and prioritize critical issues
- [ ] 11am: Fix critical issues found
- [ ] 12pm: Run validation again to confirm fixes
- [ ] 2pm: Commit resolved issues with detailed messages
- [ ] 3pm: Update standup with findings and resolutions
Integration with Cascade
All error libraries are integrated with the cascade orchestrator:
- Automatic scanning on code changes
- Results logged to
.claude/logs/error-findings.log - Critical issues trigger block re-execution
- Findings included in agent state metrics
Success Metrics
Phase 1.C Goals:
- β All critical errors caught by libraries
- β 95%+ error detection rate
- β False positives < 15% (acceptable)
- β Zero critical security issues released
- β All blocks using at least 2 libraries daily
Next Steps
- Review: Read individual library README files
- Configure: Copy config templates to your block
- Test: Run first scan on your current code
- Report: Share findings in daily standup
- Iterate: Use findings to improve code quality
Questions? File issues or request help in your block's daily standup.
Ready to start? β See individual README files in each library directory below β¬οΈ