mcp-github-project-manager

# GitHub Projects Implementation Tasks ## Critical Issues ### Error Handling - [ ] Implement comprehensive GraphQL error mapping - [ ] Add retry logic for transient failures - [ ] Enhance error context and logging - [ ] Add circuit breaker for API calls ### Rate Limiting - [ ] Implement token bucket rate limiting - [ ] Add rate limit headers monitoring - [ ] Create rate limit queue system - [ ] Add rate limit alerts ### Input Validation - [ ] Add input schema validation - [ ] Implement field-level validation - [ ] Add request sanitization - [ ] Create validation error types ### Security - [ ] Add token scope validation - [ ] Implement input sanitization - [ ] Add request signing - [ ] Enhance error message security ## Feature Implementation ### Project Templates ```typescript interface ProjectTemplate { id: string; name: string; description: string; fields: CustomField[]; views: ProjectView[]; workflows: WorkflowRule[]; } class ProjectTemplateManager { async createTemplate(project: Project): Promise<ProjectTemplate>; async applyTemplate(projectId: string, template: ProjectTemplate): Promise<void>; async listTemplates(): Promise<ProjectTemplate[]>; } ``` ### Workflow Automation ```typescript interface WorkflowRule { id: string; trigger: { type: 'issue_created' | 'issue_updated' | 'field_changed'; conditions: Condition[]; }; actions: WorkflowAction[]; } class WorkflowManager { async createRule(projectId: string, rule: WorkflowRule): Promise<void>; async processEvent(event: ProjectEvent): Promise<void>; } ``` ### Batch Operations ```typescript interface BatchOperation<T> { operation: 'create' | 'update' | 'delete'; items: T[]; } class BatchProcessor { async processBatch<T>(operation: BatchOperation<T>): Promise<BatchResult>; async handlePartialFailure(results: BatchResult): Promise<void>; } ``` ### Custom Fields Enhancement ```typescript interface AdvancedFieldTypes { formula: { expression: string; dependencies: string[]; }; rollup: { sourceField: string; aggregation: 'sum' | 'avg' | 'count'; }; relationship: { targetProject: string; linkType: 'one_to_one' | 'one_to_many'; }; } ``` ## Performance Optimization ### Caching Implementation ```typescript interface CacheConfig { ttl: number; maxSize: number; updateStrategy: 'write-through' | 'write-behind'; } class ProjectCache { async get<T>(key: string): Promise<T | null>; async set<T>(key: string, value: T, options?: CacheOptions): Promise<void>; async invalidate(pattern: string): Promise<void>; } ``` ### Query Optimization ```typescript interface QueryOptimizer { optimizeFields(query: GraphQLQuery): GraphQLQuery; batchQueries(queries: GraphQLQuery[]): GraphQLQuery; deduplicateRequests(duration: number): void; } ``` ### Response Streaming ```typescript interface StreamConfig { batchSize: number; flushInterval: number; maxBuffer: number; } class ResponseStreamer { async streamResults<T>(iterator: AsyncIterator<T>, config: StreamConfig): Promise<void>; async handleBackpressure(): Promise<void>; } ``` ## Testing Requirements ### Integration Tests ```typescript describe('GitHub Projects Integration', () => { it('should handle rate limits correctly'); it('should retry on transient failures'); it('should process batch operations'); it('should apply templates correctly'); it('should execute workflow rules'); }); ``` ### Performance Tests ```typescript describe('Performance Benchmarks', () => { it('should process 100 items within 5 seconds'); it('should handle concurrent requests effectively'); it('should maintain response time under load'); it('should properly utilize caching'); }); ``` ### Security Tests ```typescript describe('Security Verification', () => { it('should validate token scopes'); it('should prevent injection attacks'); it('should handle sensitive data properly'); it('should enforce rate limits'); }); ``` ## Monitoring and Alerts ### Metrics - API response times - Rate limit usage - Cache hit rates - Error frequencies - Batch operation success rates ### Alerts - Rate limit approaching threshold - High error rate detected - Cache invalidation spikes - API performance degradation - Workflow execution failures ## Documentation Requirements ### API Documentation - API endpoint reference - Request/response examples - Error code documentation - Rate limit guidelines ### Integration Guide - Authentication setup - Best practices - Common patterns - Error handling ### Workflow Guide - Template usage - Automation rules - Custom fields - Batch operations ## Implementation Schedule ### Week 1 - Error handling implementation - Rate limiting system - Input validation framework - Security enhancements ### Week 2 - Project templates - Basic workflow automation - Caching system - Batch operations ### Week 3 - Advanced field types - Query optimization - Response streaming - Performance tuning ### Week 4 - Testing implementation - Documentation updates - Monitoring setup - Final review ## Success Criteria ### Performance - API response time < 200ms - Cache hit rate > 80% - Rate limit usage < 80% - Zero timeout errors ### Quality - 95% test coverage - Zero security vulnerabilities - All integration tests passing - Documentation complete ### Features - All critical fixes implemented - Core features functional - Performance targets met - Security requirements satisfied This tracking document will be updated as implementation progresses. Regular reviews will ensure we're meeting our objectives and maintaining quality standards.