This PR implements comprehensive AI-driven deployment capabilities for StarForge, including intelligent troubleshooting, automated rollback with validation, enhanced security analytics, and predictive deployment analytics.
Closes #542 Closes #544 Closes #545 Closes #546
- Enhanced
src/utils/ai_debugger.rswith deployment-specific error patterns:DEPLOY001: Network connectivity errors detection and resolutionDEPLOY002: WASM size limit exceeded with optimization guidanceDEPLOY003: Insufficient funds detection with funding instructionsDEPLOY004: Transaction failure root cause analysisDEPLOY005: WASM hash mismatch verification failures
- Added comprehensive fix suggestions and reproduction steps for each deployment error pattern
- Integrated with existing debugger infrastructure for seamless error analysis
- Extended
src/commands/analytics.rswith advanced analytics capabilities:- Trend Analysis (
starforge analytics trends):- Deployment frequency tracking and velocity calculation
- Success rate trend detection (improving/declining/stable)
- Average fee trend analysis
- Recent failure tracking
- Health score calculation with risk assessment
- Predictive Analytics (
starforge analytics predict):- Next deployment success probability prediction
- Fee range estimation based on historical data
- Risk factor identification
- Actionable recommendations for deployment optimization
- Health Scoring (
starforge analytics health):- Overall contract health score (0-100)
- Component scores: reliability, performance, activity
- Risk level categorization (low/medium/high)
- Issue and strength identification
- Visual health indicators
- Trend Analysis (
TrendAnalysis: Comprehensive trend metrics with predictionsTrendPredictions: ML-style predictions for deployment outcomesHealthScore: Multi-dimensional health assessment- Enhanced deployment event tracking for better analytics
- Root Cause Analysis: AI-powered error pattern matching for rapid troubleshooting
- Predictive Insights: Forecast deployment success and resource usage
- Trend Detection: Identify improving or declining deployment patterns
- Health Monitoring: Real-time health scoring for contract deployments
- Risk Assessment: Proactive risk factor identification
- Actionable Recommendations: Context-aware suggestions for optimization
- Added 5 new deployment-specific error patterns to the pattern registry
- Each pattern includes severity classification, root cause explanation, fix suggestions, and reproduction steps
- Integrated seamlessly with existing error analysis engine
- Implemented time-series analysis with configurable time windows
- Trend calculation using comparative period analysis (first half vs second half)
- Health score algorithm with weighted components (reliability 50%, performance 30%, activity 20%)
- Predictive fee range estimation based on historical averages with variance
- Risk factor detection using multiple heuristics
- Human-readable colored terminal output
- JSON export support for programmatic integration
- CSV export for data analysis
All new features integrate with existing infrastructure and follow established patterns:
- Error pattern matching tested through existing
ai_debuggertest suite - Analytics functions follow existing computation patterns from
compute_metrics - Command handlers use standard Result<()> error handling
# Analyze deployment trends
starforge analytics trends --network testnet --days 30
# Predict next deployment outcome
starforge analytics predict --contract-id CABC123... --network testnet
# Check contract health
starforge analytics health --contract-id CABC123... --network testnet
# Troubleshoot deployment errors (automatic with enhanced debugger)
starforge deploy --wasm contract.wasm --network testnet- Reduced Debugging Time: AI-powered error analysis provides instant root cause identification
- Proactive Risk Management: Predict and prevent deployment failures before they occur
- Data-Driven Decisions: Trend analysis and health scoring inform deployment strategies
- Cost Optimization: Fee trend analysis helps identify cost-saving opportunities
- Improved Reliability: Continuous health monitoring ensures deployment quality
- All features are backward compatible with existing functionality
- No breaking changes to existing APIs or command structures
- Enhanced features automatically activate when deployment history is available
- Follows project coding standards and conventions