Add REST API layer with HTTP endpoints and WebSocket support #327
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Added the following dependencies to apps/frontend/package.json: - fastify@^5.3.4 - @fastify/swagger@^9.4.2 - @fastify/swagger-ui@^5.2.2 - @fastify/websocket@^11.0.2 These packages will be used to implement the OpenAPI REST API for remote access. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
Create directory structure for the OpenAPI REST API: - apps/frontend/src/main/api/ - Main API directory - apps/frontend/src/main/api/routes/ - REST endpoint handlers - apps/frontend/src/main/api/middleware/ - Authentication middleware - apps/frontend/src/main/api/types/ - TypeScript type definitions - apps/frontend/src/main/api/schemas/ - JSON schemas for validation 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
… contracts Add comprehensive TypeScript type definitions for the REST API layer: - Re-export core types from shared types (Task, Project, TaskStatus, etc.) - Define API request/response types for task and project endpoints - Define WebSocket message types for real-time events - Add health check and monitoring response types - Include pagination types for future extensibility 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
…nAPI gen Add comprehensive JSON schemas for Fastify validation and OpenAPI/Swagger specification generation. These schemas match the TypeScript interfaces in the types module and provide: - Task status, subtask status, and execution phase enums - Task category, complexity, impact, and priority enums - WebSocket message type enums - Core object schemas (Task, Project, Subtask, QAReport, etc.) - API request/response schemas for all endpoints: - Task management (create, list, get, update, delete, start, stop, review) - Project management (add, list, get, delete, settings) - Monitoring (health, version) - WebSocket payload schemas for real-time events - Pagination schemas for future use - Complete route schemas with OpenAPI documentation (tags, summary, description) - API key security scheme definition The RouteSchema type extends FastifySchema to include OpenAPI-specific properties used by @fastify/swagger for documentation generation. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
…nv.example Added API_PORT, API_HOST, and API_KEY environment variables with documentation: - API_PORT: Port for REST API server (default: 3456) - API_HOST: Host/IP for API server binding (default: 127.0.0.1) - API_KEY: Authentication key for remote API access 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
Add API key authentication middleware with support for: - Multiple API keys via comma-separated API_KEY env var - x-api-key header validation - Query parameter fallback for WebSocket connections - 401 Unauthorized responses for invalid/missing keys - Helper functions for testing and configuration 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
…ugins - Create apps/frontend/src/main/api/server.ts - Initialize Fastify with logger and request sanitization - Register plugins in correct order: Swagger -> SwaggerUI -> WebSocket - Configure OpenAPI spec with proper info, tags, and security schemes - Add global error handler and not-found handler - Add lifecycle hooks for ready and close events - Export createApiServer(), startApiServer(), stopApiServer() functions - Export utility functions: isServerRunning(), getServerUptime() - Server fails to start if API_KEY not set (secure by default)
… full CRUD Implements REST API endpoints for task management at /api/tasks: - GET /api/tasks - List tasks for a project (with optional status filter) - POST /api/tasks - Create a new task - GET /api/tasks/:id - Get a specific task - PATCH /api/tasks/:id - Update a task - DELETE /api/tasks/:id - Delete a task - POST /api/tasks/:id/start - Start task execution - POST /api/tasks/:id/stop - Stop task execution - POST /api/tasks/:id/review - Submit task review All endpoints: - Use API key authentication via authenticateApiKey middleware - Follow existing IPC handler patterns from crud-handlers.ts - Use JSON schemas from schemas/index.ts for validation - Return proper HTTP status codes (200, 201, 204, 400, 404, 500) - Handle errors gracefully with consistent error response format 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
- Import and register @fastify/cors plugin (before Swagger) - Add corsOrigins configuration option with environment variable support - Configure CORS to allow x-api-key header for API authentication - Set preflight cache to 24 hours for performance - Update plugin registration order in documentation comment 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
Implements REST API routes for project management operations: - GET /api/projects - List all projects with validation - POST /api/projects - Add project by filesystem path - GET /api/projects/:id - Get specific project details - DELETE /api/projects/:id - Remove project from tracking - PATCH /api/projects/:id/settings - Update project settings All endpoints use API key authentication and follow the same patterns as task routes. Uses projectStore singleton for data operations, matching existing IPC handler behavior. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
…onitoring endpoints Add monitoring REST API routes for the AutoClaude Remote API: - GET /api/health - Public health check endpoint (returns status, uptime, version) - GET /api/version - Public version endpoint (returns app and API versions) - GET /api/status - Protected detailed status endpoint (memory, component health) Features: - Health status determined by heap memory usage - Returns 503 when unhealthy for load balancer compatibility - Electron version included when running in Electron context - Component-level health status (API, projectStore) - Memory usage reporting (heapUsed, heapTotal, rss) Note: Full endpoint verification requires route registration (subtask 7-1). 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
Update schemas for health and version endpoints to explicitly document that they are publicly accessible (no authentication required). - Add security: [] to healthSchema for OpenAPI documentation - Add security: [] to versionSchema for OpenAPI documentation - Update descriptions to clarify public accessibility 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
Implements WebSocket server for real-time task monitoring with: - API key authentication via x-api-key header or api_key query param - Task subscription management (subscribe to specific tasks/projects) - Event type filtering (task-progress, status-change, log, error) - Ping/pong for connection health monitoring - Graceful cleanup on disconnect Key exports: - registerWebSocketRoute(): Register /ws route on Fastify instance - Broadcast functions: broadcastTaskProgress, broadcastTaskStatusChange, broadcastTaskLog, broadcastTaskError, broadcastTaskExecutionProgress - Client management: getClientCount, getAllClients, closeAllConnections Based on patterns from agent-events-handlers.ts and logs-handlers.ts 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
Implements WebSocket server for real-time task monitoring with: - API key authentication via header or query parameter - Task subscription management (subscribe to specific tasks or all) - Project subscription management - Event type filtering - Automatic cleanup on disconnect - Ping/pong for connection health monitoring - Broadcast functions for task progress, status, logs, errors Features: - registerWebSocketRoute() to add /ws endpoint to Fastify server - broadcastTaskProgress(), broadcastTaskStatusChange(), etc. - closeAllConnections() for graceful shutdown - Client tracking with subscription state Also adds @types/ws dev dependency for WebSocket type definitions. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
…ents to WebSocket clients Add event-bridge.ts that bridges AgentManager and FileWatcher events to WebSocket clients. Features: - Subscribes to AgentManager events: log, error, exit, execution-progress - Subscribes to FileWatcher events: progress, error - Forwards events to WebSocket clients via broadcast functions - Mirrors status logic from agent-events-handlers.ts (qa_review -> ai_review) - Proper cleanup on shutdown with stored cleanup functions - Debug mode for verbose logging - Statistics tracking (event count, uptime) - Exports: initializeEventBridge, shutdownEventBridge, isEventBridgeActive, getEventBridgeStats, setEventBridgeDebug 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
…ute modules Adds apps/frontend/src/main/api/routes/index.ts with: - registerRoutes() function that registers all API route modules - Imports and registers task, project, and monitoring routes - Imports and registers WebSocket route - Re-exports individual registration functions for custom usage - Follows pattern from ipc-handlers/index.ts 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
…all publ Creates apps/frontend/src/main/api/index.ts as the main entry point for the AutoClaude Remote API module. This file exports all public API components: - Server lifecycle: createApiServer, startApiServer, stopApiServer, etc. - Route registration: registerRoutes, registerTaskRoutes, etc. - WebSocket: broadcast functions, client management - Event bridge: initializeEventBridge, shutdownEventBridge - Authentication: loadApiKeys, authenticateApiKey, validateApiKey - Types: All API type definitions for consumers - Schemas: JSON schemas and enum constants for route definitions 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
…eful shutdown Created apps/frontend/src/main/api/startup.ts providing: - initializeApiServer() - starts API server with route registration and event bridge - shutdownApiServer() - graceful cleanup of WebSocket connections, event bridge, and server - getApiServerStatus() - status information (running state, clients, uptime, events) - isApiServerEnabled() - check if API_KEY is set to enable API server - areApiKeysLoaded() - check if API keys have been loaded Features: - API server is OPTIONAL - only starts if API_KEY environment variable is set - Graceful error handling - startup failures are logged but don't crash Electron - Complete lifecycle management for integration with Electron main process - Event bridge integration for real-time WebSocket updates Updated index.ts to export all startup module functions and types. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
… main process Integrates the API server lifecycle into the Electron main process: - Import initializeApiServer, shutdownApiServer, isApiServerEnabled from api/startup - Import fileWatcher singleton for event bridge - Initialize API server after IPC handlers and usage monitor setup - API server is optional - only starts if API_KEY environment variable is set - Add graceful shutdown in before-quit handler (before agent/terminal cleanup) - Include debug mode support for verbose logging 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
…on middleware Add comprehensive unit tests for the auth middleware covering: - loadApiKeys: environment variable loading and parsing - areKeysLoaded: state tracking - getKeyCount: key count retrieval - validateApiKey: key validation with various inputs - extractApiKey: key extraction from headers and query params - authenticateApiKey: HTTP request middleware - authenticateWebSocket: WebSocket request middleware - resetAuthState and setApiKeysForTesting: test utilities - Security edge cases (fail closed, no key leakage) 42 tests covering all authentication scenarios. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
…k depend - Add comprehensive unit tests for all task REST API routes - Cover GET /api/tasks (list with filters) - Cover POST /api/tasks (create with metadata and spec ID generation) - Cover GET /api/tasks/:id (get specific task) - Cover PATCH /api/tasks/:id (update title/description) - Cover DELETE /api/tasks/:id (delete task and spec directory) - Cover POST /api/tasks/:id/start (start task validation) - Cover POST /api/tasks/:id/stop (stop running task) - Cover POST /api/tasks/:id/review (approve/reject with feedback) - Mock projectStore and auth middleware for isolated testing - All 33 tests pass 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
… handling Add comprehensive unit tests for the WebSocket module covering: - Client management (getClientCount, getAllClients, getClient, isWebSocketReady) - Broadcast functions (broadcastTaskProgress, broadcastTaskStatusChange, broadcastTaskLog, broadcastTaskError, broadcastTaskExecutionProgress, broadcastToProject) - Connection cleanup (closeAllConnections) - WebSocket route registration with authentication and schema validation - WebSocket handler behavior (connection, disconnection, message processing) - Subscription handling (subscribe/unsubscribe tasks, projects, event types) - Broadcast filtering based on subscriptions - Edge cases (closed sockets, send errors, unique client IDs, whitespace trimming, invalid event types) All 51 tests pass. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
…ridge Add comprehensive integration test suite that verifies HTTP API endpoints mirror IPC functionality for remote access. Tests cover: - Project operations: list, get, add, delete, update settings - Task operations: list, get, create, start, stop, review, delete, update - Error handling: 404 for missing resources, 400 for invalid requests - Monitoring endpoints: health, version, status - Authentication middleware verification - Data store consistency (HTTP and IPC use same projectStore) - Task status transitions matching IPC behavior 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
…generation Add comprehensive integration tests for OpenAPI specification generation and validation. Tests verify: - OpenAPI 3.0 spec structure (info, servers, tags, paths, components) - Task endpoints documentation (CRUD + start/stop/review) - Project endpoints documentation (CRUD + settings) - Monitoring endpoints documentation (health, version, status) - Security scheme (API key in header) documentation - Response schema documentation (200, 201, 202, 204, 400, 401, 404) - Request body schema documentation - Query and path parameter documentation - OpenAPI spec accessibility via /documentation/json endpoint - Schema validation including enums and required fields - Complete endpoint coverage verification WebSocket endpoint documentation is handled gracefully as WebSocket routes may not be captured by Swagger due to handler signature differences. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
E2E Verification Results: - All 732 unit tests pass - Build completes successfully - All API endpoints verified through integration tests - Authentication middleware verified - OpenAPI spec generation validated - WebSocket functionality tested Test file improvements: - Fixed TypeScript type annotations in test files - Added proper type assertions for Fastify hooks 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <[email protected]>
Implement complete REST API layer exposing existing IPC functionality through HTTP endpoints and WebSocket connections. Add authentication middleware, route handlers for tasks/projects/monitoring, event bridge for IPC integration, and comprehensive test coverage including OpenAPI specification validation.
📝 WalkthroughWalkthroughAdds a Fastify-based HTTP + WebSocket API to the frontend: server lifecycle, routes for tasks/projects/monitoring, OpenAPI schemas, API-key auth (HTTP + WebSocket), event bridge from AgentManager/FileWatcher, WebSocket client management, tests, and Electron startup integration. Changes
Sequence Diagram(s)sequenceDiagram
participant Client
participant Fastify as Fastify API Server
participant Auth as Auth Middleware
participant Store as ProjectStore
participant FS as File System
Client->>Fastify: POST /api/tasks (x-api-key)
Fastify->>Auth: validateApiKey()
Auth-->>Fastify: authorized
Fastify->>Store: getProject(projectId)
Store-->>Fastify: project
Fastify->>FS: create spec dir & write artifacts
FS-->>Fastify: ok
Fastify-->>Client: 201 Created (Task)
sequenceDiagram
participant AgentMgr as AgentManager
participant FileWatcher
participant EventBridge
participant WebSocket as WebSocket Server
participant Client
AgentMgr->>EventBridge: emit('log', taskId, message)
FileWatcher->>EventBridge: emit('progress', taskId, progress)
EventBridge->>WebSocket: broadcastTaskLog(taskId, message)
EventBridge->>WebSocket: broadcastTaskProgress(taskId, progress)
rect rgb(200,220,255)
Note over WebSocket,Client: Client subscribed to taskId
WebSocket->>Client: task_log / task_progress payloads
end
rect rgb(240,240,240)
Note over WebSocket: Client not subscribed → message filtered
end
Estimated code review effort🎯 4 (Complex) | ⏱️ ~45 minutes Possibly related PRs
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✨ Finishing touches🧪 Generate unit tests (beta)
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🧰 Additional context used🧠 Learnings (1)📓 Common learnings⏰ Context from checks skipped due to timeout of 90000ms. You can increase the timeout in your CodeRabbit configuration to a maximum of 15 minutes (900000ms). (2)
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apps/frontend/package-lock.jsonis excluded by!**/package-lock.json,!**/package-lock.json
📒 Files selected for processing (24)
apps/frontend/.env.exampleapps/frontend/package.jsonapps/frontend/src/__tests__/integration/api-ipc-bridge.test.tsapps/frontend/src/__tests__/integration/openapi-spec.test.tsapps/frontend/src/main/api/.gitkeepapps/frontend/src/main/api/__tests__/websocket.spec.tsapps/frontend/src/main/api/event-bridge.tsapps/frontend/src/main/api/index.tsapps/frontend/src/main/api/middleware/.gitkeepapps/frontend/src/main/api/middleware/__tests__/auth.spec.tsapps/frontend/src/main/api/middleware/auth.tsapps/frontend/src/main/api/routes/.gitkeepapps/frontend/src/main/api/routes/__tests__/tasks.spec.tsapps/frontend/src/main/api/routes/index.tsapps/frontend/src/main/api/routes/monitoring.tsapps/frontend/src/main/api/routes/projects.tsapps/frontend/src/main/api/routes/tasks.tsapps/frontend/src/main/api/schemas/.gitkeepapps/frontend/src/main/api/schemas/index.tsapps/frontend/src/main/api/server.tsapps/frontend/src/main/api/startup.tsapps/frontend/src/main/api/types/index.tsapps/frontend/src/main/api/websocket.tsapps/frontend/src/main/index.ts
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📓 Path-based instructions (2)
apps/frontend/src/**/*.{ts,tsx}
📄 CodeRabbit inference engine (CLAUDE.md)
apps/frontend/src/**/*.{ts,tsx}: Always use translation keys withuseTranslation()for all user-facing text in React/TypeScript frontend components - use formatnamespace:section.key(e.g.,navigation:items.githubPRs)
Never use hardcoded strings in JSX/TSX files for user-facing text - always reference translation keys fromapps/frontend/src/shared/i18n/locales/
Files:
apps/frontend/src/main/api/middleware/__tests__/auth.spec.tsapps/frontend/src/main/index.tsapps/frontend/src/__tests__/integration/openapi-spec.test.tsapps/frontend/src/main/api/routes/monitoring.tsapps/frontend/src/__tests__/integration/api-ipc-bridge.test.tsapps/frontend/src/main/api/server.tsapps/frontend/src/main/api/routes/tasks.tsapps/frontend/src/main/api/routes/projects.tsapps/frontend/src/main/api/websocket.tsapps/frontend/src/main/api/routes/index.tsapps/frontend/src/main/api/event-bridge.tsapps/frontend/src/main/api/routes/__tests__/tasks.spec.tsapps/frontend/src/main/api/__tests__/websocket.spec.tsapps/frontend/src/main/api/startup.tsapps/frontend/src/main/api/types/index.tsapps/frontend/src/main/api/middleware/auth.tsapps/frontend/src/main/api/index.tsapps/frontend/src/main/api/schemas/index.ts
apps/frontend/**/*.{ts,tsx}
⚙️ CodeRabbit configuration file
apps/frontend/**/*.{ts,tsx}: Review React patterns and TypeScript type safety.
Check for proper state management and component composition.
Files:
apps/frontend/src/main/api/middleware/__tests__/auth.spec.tsapps/frontend/src/main/index.tsapps/frontend/src/__tests__/integration/openapi-spec.test.tsapps/frontend/src/main/api/routes/monitoring.tsapps/frontend/src/__tests__/integration/api-ipc-bridge.test.tsapps/frontend/src/main/api/server.tsapps/frontend/src/main/api/routes/tasks.tsapps/frontend/src/main/api/routes/projects.tsapps/frontend/src/main/api/websocket.tsapps/frontend/src/main/api/routes/index.tsapps/frontend/src/main/api/event-bridge.tsapps/frontend/src/main/api/routes/__tests__/tasks.spec.tsapps/frontend/src/main/api/__tests__/websocket.spec.tsapps/frontend/src/main/api/startup.tsapps/frontend/src/main/api/types/index.tsapps/frontend/src/main/api/middleware/auth.tsapps/frontend/src/main/api/index.tsapps/frontend/src/main/api/schemas/index.ts
🧠 Learnings (2)
📚 Learning: 2025-12-25T18:29:32.954Z
Learnt from: CR
Repo: AndyMik90/Auto-Claude PR: 0
File: CLAUDE.md:0-0
Timestamp: 2025-12-25T18:29:32.954Z
Learning: Applies to apps/backend/.env* : Enable Electron MCP in `apps/backend/.env` with `ELECTRON_MCP_ENABLED=true` and `ELECTRON_DEBUG_PORT=9222` to allow QA agents to interact with running Electron app
Applied to files:
apps/frontend/.env.example
📚 Learning: 2025-12-25T18:29:32.954Z
Learnt from: CR
Repo: AndyMik90/Auto-Claude PR: 0
File: CLAUDE.md:0-0
Timestamp: 2025-12-25T18:29:32.954Z
Learning: Applies to apps/backend/agents/{qa_reviewer,qa_fixer}.py : For frontend bug fixes and feature implementations, use the Electron MCP server for automated E2E testing when the app is running with `--remote-debugging-port=9222`
Applied to files:
apps/frontend/.env.example
🧬 Code graph analysis (4)
apps/frontend/src/main/api/routes/monitoring.ts (2)
scripts/bump-version.js (1)
status(106-106)apps/frontend/src/main/project-store.ts (1)
projectStore(776-776)
apps/frontend/src/__tests__/integration/api-ipc-bridge.test.ts (1)
apps/frontend/src/main/project-store.ts (1)
projectStore(776-776)
apps/frontend/src/main/api/routes/projects.ts (1)
apps/frontend/src/main/project-store.ts (1)
projectStore(776-776)
apps/frontend/src/main/api/routes/__tests__/tasks.spec.ts (1)
apps/frontend/src/main/project-store.ts (1)
projectStore(776-776)
🪛 Gitleaks (8.30.0)
apps/frontend/src/main/api/middleware/__tests__/auth.spec.ts
[high] 183-183: Detected a Generic API Key, potentially exposing access to various services and sensitive operations.
(generic-api-key)
[high] 193-193: Detected a Generic API Key, potentially exposing access to various services and sensitive operations.
(generic-api-key)
🔇 Additional comments (48)
apps/frontend/.env.example (1)
39-56: LGTM! Clear and secure API configuration documentation.The API server settings block is well-documented with sensible defaults. The security guidance (127.0.0.1 for local-only, API_KEY requirement for remote access) appropriately balances developer experience with security posture.
apps/frontend/src/main/api/types/index.ts (1)
1-362: LGTM! Comprehensive and well-organized type definitions.The API type definitions are thorough and well-structured:
- Clear separation by domain (Tasks, Projects, Monitoring, WebSocket, Auth)
- Appropriate re-exports from shared types
- Generic types (
ApiResponse<T>,WebSocketMessage<T>) for flexibility- JSDoc comments document endpoint paths and usage
This provides a solid type foundation for the API layer.
apps/frontend/src/main/api/index.ts (1)
1-281: LGTM! Well-organized API module aggregation.The centralized index provides a clean public API surface with clear organization:
- Grouped exports by functional area (Server, Routes, Auth, WebSocket, etc.)
- Helpful usage example in module header
- Comprehensive coverage of the API surface
This barrel export pattern is appropriate here as a single entry point for API consumers.
apps/frontend/src/main/index.ts (2)
185-202: Clean API server integration with proper lifecycle management.The API server initialization follows the existing pattern for optional features (checking
isApiServerEnabled()first). The promise-based error handling with logging is appropriate for startup initialization.One consideration: Ensure
fileWatcheris fully initialized before being passed toinitializeApiServer. Based on the import pattern, it appears to be a singleton instance, which should be safe.
257-267: Graceful shutdown with appropriate error handling.The API server shutdown mirrors the usage monitor shutdown pattern with proper error handling and logging. The try-catch ensures that API shutdown errors don't prevent other cleanup (agent/terminal cleanup on lines 269-276).
apps/frontend/src/main/api/routes/index.ts (1)
26-40: LGTM! Clean route registration orchestration.The
registerRoutesfunction properly orchestrates all route registrations in a logical order. The mix ofawaitfor async registrations (lines 28-34) and direct call for WebSocket (line 37) correctly reflects the different function signatures.apps/frontend/src/__tests__/integration/openapi-spec.test.ts (1)
1-655: LGTM! Comprehensive OpenAPI validation coverage.The test suite thoroughly validates:
- OpenAPI spec structure and metadata
- All endpoint documentation (tasks, projects, monitoring, WebSocket)
- Security schemes and authentication requirements
- Request/response schemas and validation
- Query and path parameters
- Complete endpoint coverage
The WebSocket documentation handling (lines 344-353) appropriately acknowledges OpenAPI's WebSocket limitations while still validating the tag definition. Well-structured and thorough.
apps/frontend/src/__tests__/integration/api-ipc-bridge.test.ts (1)
1-636: LGTM! Excellent IPC bridge parity validation.This integration test suite thoroughly validates that the HTTP API mirrors IPC functionality:
- Complete CRUD operations for projects and tasks
- Status transition validation
- Error handling parity (404, 400 status codes)
- Authentication middleware integration
- Shared data store usage
- Edge cases and invalid state transitions
The test setup with realistic filesystem structure (lines 92-110) and comprehensive cleanup (lines 85-89) demonstrates good testing practices. The coverage of both success and failure paths ensures robust API behavior.
apps/frontend/src/main/api/middleware/__tests__/auth.spec.ts (4)
1-35: LGTM! Comprehensive test setup with proper isolation.The test setup correctly handles module reset, environment variable restoration, and mock cleanup. The
callMiddlewarehelper appropriately handles Fastify's middleware signature.The static analysis warnings for "generic API keys" on lines 183 and 193 are false positives — these are intentional test fixtures (e.g.,
'valid-key-123') used to verify authentication behavior.
36-106: Thorough edge case coverage for key loading.The tests properly validate all key loading scenarios including malformed inputs, whitespace handling, and comma-separated parsing. Good coverage of the "fail-closed" security pattern.
142-305: Well-structured validation and extraction tests.Good coverage of type safety (undefined, null, non-string inputs) and the security-critical "fail-closed" behavior when keys aren't loaded. The header-over-query priority testing is important for security.
562-577: Excellent security validation.The test verifying that validation results don't leak key information (line 572-577) is a good security practice. This ensures the API doesn't inadvertently expose internal key identifiers or other sensitive data in responses.
apps/frontend/src/main/api/routes/projects.ts (3)
1-32: Clean module structure with comprehensive documentation.The header documentation clearly outlines all endpoints, and imports are well-organized. Good separation of schemas and types.
45-64: LGTM! Defensive validation with appropriate logging.The route properly validates project state before returning results, with warn-level logging for missing folders to aid debugging without flooding logs.
104-167: LGTM! Proper REST semantics and error handling.Both endpoints follow REST conventions correctly: 404 for missing resources, 204 for successful deletion. The DELETE endpoint properly distinguishes between "not found" (404) and "removal failed" (500).
apps/frontend/src/main/api/routes/monitoring.ts (2)
1-42: Well-structured monitoring module with clear separation of concerns.Good documentation and logical organization. The Electron version detection is handled correctly with proper undefined fallback.
149-170: LGTM! Correct health check semantics.Using 503 for unhealthy status is the correct approach for load balancer compatibility. The 200 for both healthy and degraded allows traffic to continue while signaling potential issues.
apps/frontend/src/main/api/routes/__tests__/tasks.spec.ts (3)
1-95: Solid test setup with proper mocking and cleanup.Good use of
/tmpfor test artifacts, proper mock setup for dependencies, and cleanup in bothbeforeEachandafterEachto ensure test isolation.
184-287: Comprehensive task creation tests.Good coverage of validation, metadata handling, and the critical specId generation logic. The incrementing number test (lines 255-286) properly verifies uniqueness.
396-631: Thorough lifecycle and state transition tests.Excellent coverage of state validation (already running, already completed, not running, not in review). The feedback file verification (line 629) confirms filesystem side effects are working correctly.
apps/frontend/src/main/api/__tests__/websocket.spec.ts (4)
1-72: Well-structured WebSocket test setup.Proper module mocking and reset between tests ensures isolation. The client management tests verify the expected initial state (0 clients, empty arrays).
78-167: Good defensive broadcast testing.Testing that broadcast functions don't throw when no clients are connected is important for robustness. This prevents runtime errors in edge cases.
655-741: Excellent broadcast filtering coverage.The tests properly verify that:
- Subscribed clients receive broadcasts for their tasks (lines 656-678)
- Non-subscribed clients don't receive irrelevant broadcasts (lines 680-700)
- Event type filtering works correctly (lines 702-727)
- Clients with no filter receive all events (lines 729-740)
777-812: Good error resilience testing.Testing graceful handling of closed sockets, send failures, and close failures ensures the WebSocket module won't crash on edge cases. This is critical for production stability.
apps/frontend/src/main/api/routes/tasks.ts (3)
47-66: findTaskAndProject helper has unnecessary variable initialization.The
projectvariable is declared but not initialized, and TypeScript allows this because of the control flow. However, the return type usesReturnType<typeof projectStore.getProject>which includesundefined, making the code correct but the intent unclear.
463-535: LGTM! Correct use of 202 Accepted for async operations.The start endpoint properly returns 202 to indicate the request was accepted but actual execution is asynchronous. Good state validation prevents starting already-running or completed tasks.
595-673: LGTM! Well-implemented review workflow.The review endpoint correctly validates state, handles both approval and rejection paths, and creates an audit trail via the feedback file. Good use of timestamps in the feedback content.
apps/frontend/src/main/api/server.ts (3)
1-66: Excellent documentation and configuration structure.The header clearly explains the critical plugin registration order. The request serializer correctly excludes headers to prevent API key logging.
239-264: LGTM! Proper error handling with appropriate logging levels.Using
warnfor client errors (4xx) anderrorfor server errors (5xx) is a good practice that keeps logs actionable. The consistent error response structure aids API consumers.
296-366: Clean lifecycle management.The server lifecycle functions properly track state and provide useful utilities for health checks and diagnostics. The
onClosehook (lines 278-284) ensures state is properly cleaned up.apps/frontend/src/main/api/middleware/auth.ts (3)
1-51: Well-designed authentication module with security best practices.The design follows good security principles:
- Fail-closed when keys not loaded
- Uses
Setfor O(1) lookup- Supports key rotation via comma-separated keys
- Clear separation of config and state
183-249: LGTM! Clean middleware implementation.Both middleware functions properly handle authentication with:
- Clear, context-appropriate error messages
- Consistent 401 responses
- No secret leakage in error messages
251-276: Good testing utilities with clear documentation.The testing utilities are properly documented as test-only. Consider adding a runtime check to prevent production usage if needed:
apps/frontend/src/main/api/websocket.ts (3)
1-38: LGTM!The module documentation is comprehensive and the imports are well-organized. The type imports from
./typesensure type safety for WebSocket message payloads.
44-70: LGTM!The
ClientSubscriptionandConnectedClientinterfaces are well-structured. UsingSet<T>for subscriptions provides efficient O(1) membership checks for filtering broadcasts.
76-91: LGTM!Client management with module-level state is appropriate for a singleton WebSocket server. The client ID generation using counter + timestamp provides sufficient uniqueness.
apps/frontend/src/main/api/startup.ts (4)
1-38: LGTM!The module documentation clearly explains the optional nature of the API server and its integration with the Electron main process lifecycle.
44-104: LGTM!The result and status interfaces are well-designed, providing structured responses for lifecycle operations and comprehensive metrics for observability.
277-341: LGTM!The shutdown function demonstrates excellent defensive programming with individual try-catch blocks for each cleanup step, ensuring partial failures don't prevent remaining cleanup. Stats are correctly captured before cleanup operations.
389-392: LGTM!The fallback logic
fastifyInstance ?? getServerInstance()provides a safety net for edge cases where the local reference and server module might be out of sync.apps/frontend/src/main/api/schemas/index.ts (8)
1-30: LGTM!The
RouteSchemainterface properly extendsFastifySchemawith OpenAPI-specific properties, enabling seamless integration with@fastify/swagger.
36-95: LGTM!The enum definitions are comprehensive and correctly use
as constfor type inference. These align with the WebSocket message types used inwebsocket.ts.
101-126: LGTM!The base response schemas (
apiErrorResponseSchema,apiSuccessResponseSchema) are well-defined with appropriate required fields and clear descriptions.
379-388: LGTM!The
createTaskRequestSchemaincludes appropriate validation constraints (minLength,maxLength) to prevent empty or excessively long inputs.
618-626: LGTM!The WebSocket message schema provides a consistent structure for all message types with proper enum validation for the
typefield.
993-1001: LGTM!The
healthSchemacorrectly specifiessecurity: []to indicate this is a public endpoint, which is important for OpenAPI documentation and consumer understanding.
1020-1028: LGTM!The
apiKeySecuritySchemeis properly defined and matches thex-api-keyheader expected by the authentication middleware.
765-776: The default security for protected routes is already properly configured. Inapps/frontend/src/main/api/server.tsline 198, the OpenAPI configuration setssecurity: [{ apiKey: [] }]as the global default. Protected route schemas likecreateTaskSchemacorrectly inherit this default and do not need explicit security declarations. Only public endpoints override this by explicitly settingsecurity: [], as confirmed by the test expectations inopenapi-spec.test.ts.
| "@fastify/cors": "^11.2.0", | ||
| "@fastify/swagger": "^9.4.2", | ||
| "@fastify/swagger-ui": "^5.2.2", | ||
| "@fastify/websocket": "^11.0.2", |
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🧩 Analysis chain
🌐 Web query:
fastify latest version npm December 2025
💡 Result:
As of December 26, 2025: the latest published version on npm is 5.6.0. [1] The upstream GitHub repo shows tags up to v5.6.2 (released Nov 9, 2025). [2]
Sources:
[1] npm package page — fastify.
[2] fastify GitHub releases (v5.6.2).
🌐 Web query:
security vulnerabilities fastify @fastify/cors @fastify/swagger @fastify/websocket npm
💡 Result:
Summary — known/security issues (concise):
-
@fastify/websocket — crash on malformed packet (CVE-2022-39386). Affected versions can be crashed by a crafted packet; module was deprecated but fixes released in 5.0.1 and 7.1.1 (upgrade or remove / add error handler). [1][2][3]
-
@fastify/swagger-ui — information exposure when baseDir not set (CVE-2024-22207). Prior to v2.1.0 the default config can expose all files in the module directory; fixed in v2.1.0 (or set baseDir as workaround). [4][5]
-
@fastify/cors — no direct CVE for the cors plugin found in public advisories; current @fastify/cors releases show no known direct vulnerabilities. However Fastify core had a CSRF-related issue (CVE-2022-41919) where incorrect Content-Type handling could bypass CORS/preflight — patched in Fastify v3.29.4 / v4.10.2; mitigate with @fastify/csrf if you cannot upgrade. [6][7][8]
Actionable recommendations (short):
-
Upgrade packages:
- @fastify/websocket -> >= 5.0.1 (or 7.1.1 for v4 branch) or remove/replace (deprecated). [1][3]
- @fastify/swagger-ui -> >= 2.1.0 (or explicitly set baseDir). [4][5]
- Fastify core -> >= 3.29.4 or >= 4.10.2 to address CSRF/content-type issue. [6][7]
- Keep @fastify/cors up-to-date (latest shows no direct advisories). [8]
-
If you can’t upgrade immediately:
- For swagger-ui: set baseDir to a safe directory to avoid exposing module files. [4][5]
- For websocket: attach an explicit error handler to protect against uncaught exceptions. [1][3]
- For CSRF risk: enable @fastify/csrf or other CSRF protections. [6]
References:
- NVD / CVE-2022-39386 (@fastify/websocket crash). [turn0search0].
- OSV / CVE-2022-39386. [turn0search2].
- GitLab advisory / patch details for @fastify/websocket. [turn0search8].
- NVD / CVE-2024-22207 (@fastify/swagger-ui exposure). [turn1search2].
- Snyk advisory / details for @fastify/swagger-ui. [turn1search5].
- GitLab / CVE-2022-41919 (Fastify CSRF/content-type). [turn2search4].
- OSV / CVE-2022-41919. [turn2search5].
- Snyk / @fastify/cors (no known direct vulnerabilities in latest). [turn2search7].
If you want, I can (a) scan a package.json / lockfile for these packages and flag vulnerable versions, or (b) produce exact npm upgrade commands. Which would you prefer?
🌐 Web query:
@fastify/swagger-ui latest version npm
💡 Result:
Latest published npm version: 5.2.3 (published June 1, 2025). [1][2]
Sources:
[1] npm package page for @fastify/swagger-ui.
[2] Yarn/npm registry listing (version history).
🌐 Web query:
@fastify/websocket 11.0.2 CVE-2022-39386 vulnerable
💡 Result:
Short answer: No — @fastify/websocket v11.0.2 is not known to be affected by CVE-2022-39386. The vulnerability (CVE-2022-39386 / GHSA-4pcg-wr6c-h9cq) was a crash on a malformed packet and was fixed in fastify-websocket releases (notably v5.0.1 and v7.1.1); subsequent maintained releases (current 11.x) are reported clean. [1][2][3]
Sources:
- NVD / CVE-2022-39386 (description + fixed versions). [1]
- GitLab advisory / affected/fixed versions (upgrade to 5.0.1, 7.1.1 or later). [2]
- Snyk package page showing latest 11.x has no known direct security issues. [3]
If you want, I can: (a) fetch the exact changelog entry for v11.0.2, or (b) scan your project to see whether any transitive dependency pulls an older vulnerable release. Which do you prefer?
🌐 Web query:
@fastify/cors 11.2.0 latest version npm
💡 Result:
Yes — the current latest release is @fastify/cors v11.2.0. [1][2]
Sources:
- Socket.dev package page (shows 11.2.0 as latest). [1]
- fastify/fastify-cors GitHub releases (v11.2.0). [2]
🌐 Web query:
@fastify/swagger 9.4.2 latest version security
💡 Result:
Short answer:
- @fastify/swagger v9.4.2 is not the latest; current latest in the repo/npm is v9.6.1. [1][2]
- There are no known direct vulnerabilities in @fastify/swagger itself (Snyk / security databases report no direct issues). [3]
- A related security advisory exists for the separate package @fastify/swagger-ui (CVE‑2024‑22207) — it affected swagger-ui prior to v2.1.0 (exposed module files when baseDir was not set); that was fixed in @fastify/swagger-ui v2.1.0. If you use the UI plugin, upgrade it or set baseDir. [4]
Sources:
- @fastify/swagger v9.4.2 npm page. [1]
- fastify-swagger repo / package.json showing v9.6.1 (latest). [2]
- Snyk package security summary (no known direct vulnerabilities). [3]
- CVE‑2024‑22207 advisory (fastify-swagger-ui information disclosure). [4]
Update outdated Fastify packages to current versions.
Several packages are behind current releases:
fastify: 5.3.4 → 5.6.0 (latest)@fastify/swagger: 9.4.2 → 9.6.1 (latest)@fastify/swagger-ui: 5.2.2 → 5.2.3 (latest)
@fastify/cors 11.2.0 and @fastify/websocket 11.0.2 are current. No known security vulnerabilities exist in the specified versions; however, upgrading ensures access to bug fixes and improvements.
🤖 Prompt for AI Agents
In apps/frontend/package.json around lines 53 to 56, several Fastify-related
dependencies are out of date; update "fastify" to ^5.6.0, "@fastify/swagger" to
^9.6.1, and "@fastify/swagger-ui" to ^5.2.3 in the dependencies block, then run
yarn install or npm install to refresh lockfile, run the frontend test/build
scripts to verify compatibility, and address any breaking changes reported
during build or runtime.
| if (progress.phase === 'qa_review') { | ||
| if (debugMode) { | ||
| process.stdout.write(`[EventBridge] status-change (qa_review): ${taskId} -> ai_review\n`); | ||
| } | ||
| broadcastTaskStatusChange(taskId, 'ai_review'); | ||
| } |
There was a problem hiding this comment.
🧹 Nitpick | 🔵 Trivial
Document the qa_review → ai_review status transition.
The automatic status change from qa_review phase to ai_review status is a significant business logic decision embedded in the event bridge. Consider documenting this behavior in the module header or inline comment to explain why this transition occurs automatically.
🤖 Prompt for AI Agents
In apps/frontend/src/main/api/event-bridge.ts around lines 160 to 165, add
documentation explaining the automatic transition from progress.phase
'qa_review' to task status 'ai_review'; specifically, insert a short
module-level or inline comment that states why this business rule exists (e.g.,
QA phase triggers AI re-evaluation automatically), when it should apply, and any
side effects (broadcastTaskStatusChange call and debug logging) so future
readers understand the rationale and can safely modify or remove this automatic
transition.
| for (const cleanup of cleanupFunctions) { | ||
| try { | ||
| cleanup(); | ||
| } catch { | ||
| // Ignore cleanup errors during shutdown | ||
| } | ||
| } |
There was a problem hiding this comment.
🧹 Nitpick | 🔵 Trivial
Silent error suppression during cleanup may hide issues.
The cleanup loop catches and ignores all errors. While acceptable during shutdown, this could hide legitimate issues (e.g., resource leaks, handler removal failures). Consider logging errors at a minimum to aid debugging.
🔎 Proposed improvement
for (const cleanup of cleanupFunctions) {
try {
cleanup();
- } catch {
- // Ignore cleanup errors during shutdown
+ } catch (error) {
+ if (debugMode) {
+ process.stdout.write(`[EventBridge] Cleanup error (ignored): ${error}\n`);
+ }
}
}Committable suggestion skipped: line range outside the PR's diff.
🤖 Prompt for AI Agents
In apps/frontend/src/main/api/event-bridge.ts around lines 282 to 288, the
cleanup loop currently swallows all exceptions which can hide real issues;
update the catch to at minimum log the error (use the module's logger if
available, else console.error) including context about which cleanup function
failed so shutdown errors are visible for debugging and post-mortem.
| export function validateApiKey(apiKey: string | undefined | null): ApiKeyValidation { | ||
| if (!apiKey || typeof apiKey !== 'string') { | ||
| return { valid: false }; | ||
| } | ||
|
|
||
| if (!keysLoaded) { | ||
| // Keys not loaded - fail closed (reject) | ||
| return { valid: false }; | ||
| } | ||
|
|
||
| const isValid = authConfig.validKeys.has(apiKey); | ||
|
|
||
| return { | ||
| valid: isValid, | ||
| // Note: We don't include keyId to avoid leaking information | ||
| }; | ||
| } |
There was a problem hiding this comment.
🧹 Nitpick | 🔵 Trivial
Consider timing-safe comparison for high-security deployments.
The Set.has() method at line 123 uses standard equality comparison, which can leak timing information. For an internal API with short-lived sessions, this is low risk. However, for internet-exposed deployments, consider using timing-safe comparison.
import { timingSafeEqual } from 'crypto';
// Convert to timing-safe comparison if security requirements increase
function validateApiKey(apiKey: string | undefined | null): ApiKeyValidation {
if (!apiKey || typeof apiKey !== 'string' || !keysLoaded) {
return { valid: false };
}
const apiKeyBuffer = Buffer.from(apiKey);
for (const validKey of authConfig.validKeys) {
const validKeyBuffer = Buffer.from(validKey);
if (apiKeyBuffer.length === validKeyBuffer.length &&
timingSafeEqual(apiKeyBuffer, validKeyBuffer)) {
return { valid: true };
}
}
return { valid: false };
}🤖 Prompt for AI Agents
In apps/frontend/src/main/api/middleware/auth.ts around lines 113 to 129,
replace the direct Set.has() lookup with a timing-safe comparison to avoid
leaking timing information: import timingSafeEqual from 'crypto', validate
apiKey and keysLoaded as before, convert the candidate apiKey and each stored
key to Buffers, check lengths match then use timingSafeEqual to compare, return
true on first match and false otherwise; preserve current behavior of returning
{ valid: false } when apiKey is missing/invalid or keys not loaded and keep not
returning keyId.
| /** Last activity timestamp (for connection health) */ | ||
| lastActivity: Date; |
There was a problem hiding this comment.
🧹 Nitpick | 🔵 Trivial
lastActivity tracking is implemented but not utilized for connection health.
The lastActivity field is updated on ping and message events but there's no timeout mechanism to disconnect stale clients. If connection health monitoring is planned, consider adding a periodic check to close inactive connections.
Do you want me to generate a stale connection cleanup mechanism, or is this planned for a future iteration?
🤖 Prompt for AI Agents
In apps/frontend/src/main/api/websocket.ts around lines 68 to 69, lastActivity
is being tracked but there is no mechanism to disconnect stale clients; add a
periodic cleanup: create a configurable INACTIVITY_THRESHOLD (ms) and a
setInterval task (either per-server or global) that iterates active connections,
compares Date.now() - conn.lastActivity.getTime(), and calls conn.close() (and
performs any connection cleanup) for those exceeding the threshold; ensure the
interval is cleared when the server is shut down and that you update/refresh
lastActivity on existing ping/message handlers so the timeout logic works
correctly.
| function sendToClient(client: ConnectedClient, message: WebSocketMessage<unknown>): void { | ||
| if (client.socket.readyState === 1) { // WebSocket.OPEN | ||
| try { | ||
| client.socket.send(JSON.stringify(message)); | ||
| } catch { | ||
| // Socket may have closed, will be cleaned up by close handler | ||
| } | ||
| } | ||
| } |
There was a problem hiding this comment.
🧹 Nitpick | 🔵 Trivial
Consider using the WebSocket.OPEN constant for readability.
The magic number 1 works, but using WebSocket.OPEN (or a named constant) would improve code clarity and maintainability.
🔎 Suggested improvement
+// At top of file or in constants section
+const WS_OPEN = 1; // WebSocket.OPEN state
+
function sendToClient(client: ConnectedClient, message: WebSocketMessage<unknown>): void {
- if (client.socket.readyState === 1) { // WebSocket.OPEN
+ if (client.socket.readyState === WS_OPEN) {
try {
client.socket.send(JSON.stringify(message));
} catch {
// Socket may have closed, will be cleaned up by close handler
}
}
}🤖 Prompt for AI Agents
In apps/frontend/src/main/api/websocket.ts around lines 165 to 173, the code
uses the numeric literal 1 to check socket.readyState; replace that magic number
with the WebSocket.OPEN constant (or a locally defined named constant) for
clarity and maintainability, and ensure the WebSocket symbol is available in
this module (import or reference the appropriate WebSocket type/library if
needed) so the comparison becomes client.socket.readyState === WebSocket.OPEN
and retains the same behavior.
| if (payload.events && Array.isArray(payload.events)) { | ||
| for (const event of payload.events) { | ||
| if (typeof event === 'string') { | ||
| client.subscription.eventTypes.delete(event as WebSocketMessageType); | ||
| } | ||
| } | ||
| } |
There was a problem hiding this comment.
🧹 Nitpick | 🔵 Trivial
Type assertion without validation could accept invalid event types for deletion.
The deletion at line 255 casts to WebSocketMessageType without checking isValidEventType(). While this doesn't break functionality (deleting a non-existent key is safe), it's inconsistent with the subscribe handler which validates event types at line 213.
🔎 Suggested improvement for consistency
// Remove event type subscriptions
if (payload.events && Array.isArray(payload.events)) {
for (const event of payload.events) {
- if (typeof event === 'string') {
- client.subscription.eventTypes.delete(event as WebSocketMessageType);
+ if (typeof event === 'string' && isValidEventType(event)) {
+ client.subscription.eventTypes.delete(event);
}
}
}📝 Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| if (payload.events && Array.isArray(payload.events)) { | |
| for (const event of payload.events) { | |
| if (typeof event === 'string') { | |
| client.subscription.eventTypes.delete(event as WebSocketMessageType); | |
| } | |
| } | |
| } | |
| if (payload.events && Array.isArray(payload.events)) { | |
| for (const event of payload.events) { | |
| if (typeof event === 'string' && isValidEventType(event)) { | |
| client.subscription.eventTypes.delete(event); | |
| } | |
| } | |
| } |
🤖 Prompt for AI Agents
In apps/frontend/src/main/api/websocket.ts around lines 252 to 258, the
unsubscribe branch deletes event types using a type assertion (as
WebSocketMessageType) without validating the value; update it to mirror the
subscribe handler by calling isValidEventType(event) and only deleting when that
returns true, removing the unsafe type assertion so you only call
client.subscription.eventTypes.delete(event) for validated event strings.
| function getClientsArray(): ConnectedClient[] { | ||
| return Array.from(clients.values()); | ||
| } |
There was a problem hiding this comment.
🧹 Nitpick | 🔵 Trivial
Remove duplicate helper function.
getClientsArray() at line 337 duplicates getAllClients() at line 103. Consider using the existing exported function instead.
🔎 Suggested fix
-/**
- * Get all connected clients as an array
- */
-function getClientsArray(): ConnectedClient[] {
- return Array.from(clients.values());
-}
-
/**
* Broadcast task progress event to subscribed clients
*/
export function broadcastTaskProgress(taskId: string, plan: ImplementationPlan): void {
const payload: TaskProgressPayload = { taskId, plan };
const message = createMessage('task-progress', payload);
- for (const client of getClientsArray()) {
+ for (const client of getAllClients()) {
if (isSubscribedToTask(client, taskId) && isSubscribedToEvent(client, 'task-progress')) {
sendToClient(client, message);
}
}
}Apply the same change to all other broadcast functions.
Committable suggestion skipped: line range outside the PR's diff.
🤖 Prompt for AI Agents
In apps/frontend/src/main/api/websocket.ts around lines 337 to 339, remove the
duplicate helper getClientsArray() and replace its uses with the existing
exported getAllClients() defined at line ~103; delete the redundant function,
update any local calls (and other broadcast functions) to call getAllClients()
instead, and run a quick type-check to ensure imports/exports remain correct
after removal.
| // Send welcome message with client ID | ||
| sendToClient(client, createMessage('pong', { clientId, message: 'Connected successfully' })); | ||
| }; |
There was a problem hiding this comment.
🧹 Nitpick | 🔵 Trivial
Welcome message uses 'pong' type which is semantically misleading.
The welcome message at line 590 uses the 'pong' message type, but it's not a response to a ping. Consider adding a dedicated 'connected' or 'welcome' message type for clarity, or use a more descriptive approach.
🔎 Suggested approach
If adding a new message type isn't desired, consider documenting this behavior clearly:
- // Send welcome message with client ID
- sendToClient(client, createMessage('pong', { clientId, message: 'Connected successfully' }));
+ // Send initial pong with client ID to confirm connection and provide identifier
+ // Using 'pong' type maintains compatibility with clients expecting heartbeat responses
+ sendToClient(client, createMessage('pong', { clientId, message: 'Connected successfully' }));Alternatively, add 'connected' to the webSocketMessageTypeEnum in schemas and use it here.
🤖 Prompt for AI Agents
In apps/frontend/src/main/api/websocket.ts around lines 589 to 591, the welcome
message is sent with the 'pong' type which is semantically misleading; change it
to a dedicated type like 'connected' or 'welcome' (or update the
webSocketMessageTypeEnum to include 'connected' and use that) so the message
clearly represents a connection notification; update any TypeScript
types/schemas and any consumers that expect 'pong' to accept the new type, and
ensure tests or docs reflect the new message type.
kvnloo
changed the title
MikeeBuilds
added
feature
![github-advanced-security[bot]](https://avatars.githubusercontent.com/in/57789?s=60&v=4){kind=small}
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CodeQL found more than 20 potential problems in the proposed changes. Check the Files changed tab for more details.
|
@kvnloo could you take a look at the CodeQL issues? |
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🤖 Auto Claude PR Review
Merge Verdict: 🟡 MERGE WITH CHANGES
1 high-priority issues to address
Risk Assessment
| Factor | Level | Notes |
|---|---|---|
| Complexity | High | Based on lines changed |
| Security Impact | Medium | Based on security findings |
| Scope Coherence | Good | Based on structural review |
Findings Summary
- High: 1 issue(s)
- Medium: 2 issue(s)
- Low: 4 issue(s)
Generated by Auto Claude PR Review
Findings (1 selected of 7 total)
🟠 [HIGH] Missing Rate Limiting on Authentication
📁 apps/frontend/src/main/api/middleware/auth.ts:188
The authenticateApiKey middleware validates API keys but has no rate limiting mechanism. This allows unlimited authentication attempts, making the API vulnerable to brute force attacks. An attacker could attempt thousands of keys per second to guess valid credentials.
Suggested fix:
Add rate limiting using @fastify/rate-limit plugin. Configure max 5-10 failed attempts per IP per minute with exponential backoff. Example: fastify.register(import('@fastify/rate-limit'), { max: 5, timeWindow: 60000 })
This review was generated by Auto Claude.
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🤖 Auto Claude PR Review
Merge Verdict: 🟡 MERGE WITH CHANGES
1 high-priority issues to address
Risk Assessment
| Factor | Level | Notes |
|---|---|---|
| Complexity | High | Based on lines changed |
| Security Impact | Medium | Based on security findings |
| Scope Coherence | Good | Based on structural review |
Findings Summary
- High: 1 issue(s)
- Medium: 2 issue(s)
- Low: 4 issue(s)
Generated by Auto Claude PR Review
Findings (7 selected of 7 total)
🟠 [HIGH] Missing Rate Limiting on Authentication
📁 apps/frontend/src/main/api/middleware/auth.ts:188
The authenticateApiKey middleware validates API keys but has no rate limiting mechanism. This allows unlimited authentication attempts, making the API vulnerable to brute force attacks. An attacker could attempt thousands of keys per second to guess valid credentials.
Suggested fix:
Add rate limiting using @fastify/rate-limit plugin. Configure max 5-10 failed attempts per IP per minute with exponential backoff. Example: fastify.register(import('@fastify/rate-limit'), { max: 5, timeWindow: 60000 })
🟡 [MEDIUM] API Key in Query String Risks Log Exposure
📁 apps/frontend/src/main/api/middleware/auth.ts:144
WebSocket authentication supports api_key query parameter (?api_key=xxx). Query strings commonly appear in server access logs, proxy logs, CDN logs, browser history, and referrer headers. This could inadvertently expose API keys.
Suggested fix:
Add prominent security warning in documentation about log scrubbing. Consider logging query parameters with api_key redacted. For highest security, only support header-based authentication for WebSocket (though this limits browser WebSocket client support).
🟡 [MEDIUM] Exit Handler Ignores Process Exit Code
📁 apps/frontend/src/main/api/event-bridge.ts:106
handleAgentExit receives the exit code but never uses it to determine task status. All process exits (success or failure) result in 'human_review' status. Failed processes (exit code != 0) should likely transition to a different status like 'failed' to distinguish from successful completions.
Suggested fix:
Check exit code before setting status: if (code !== 0 && code !== null) { newStatus = 'failed'; } else if (processType === 'task-execution' || processType === 'qa-process') { newStatus = 'human_review'; }
🔵 [LOW] Required API_KEY is Commented Out
📁 apps/frontend/.env.example:51
The API_KEY environment variable is commented out in .env.example. Since loadApiKeys() throws an error if API_KEY is not set, users copying .env.example might miss this required configuration, leading to startup failures.
Suggested fix:
Add a clear 'REQUIRED' comment and consider adding a placeholder value like 'API_KEY=your-secure-key-here-REQUIRED' (uncommented with instruction) or add startup validation with user-friendly error message.
🔵 [LOW] Large Schema File Could Be Split
📁 apps/frontend/src/main/api/schemas/index.ts:1
The schemas file is 1028 lines containing all API schemas. While functional, this could be split into domain-specific files (taskSchemas.ts, projectSchemas.ts, monitoringSchemas.ts) for better maintainability.
Suggested fix:
Consider splitting into separate schema files per domain: schemas/task.ts, schemas/project.ts, schemas/monitoring.ts, schemas/websocket.ts, and re-exporting from schemas/index.ts
🔵 [LOW] Inconsistent Error Handling for Invalid Event Types
📁 apps/frontend/src/main/api/websocket.ts:0
Based on test patterns, subscribe with missing payload returns an error, but invalid event types in the events array are silently filtered out. This inconsistency could confuse API consumers who won't know their subscription to 'invalid-event' was ignored.
Suggested fix:
Either return an error/warning for invalid event types, or document this behavior clearly in the API docs. Consistent behavior would be to return an error with the list of valid event types.
🔵 [LOW] WebSocket Endpoint Not in OpenAPI Spec
📁 apps/frontend/src/__tests__/integration/openapi-spec.test.ts:270
Test explicitly notes that WebSocket routes may not appear in OpenAPI spec due to @fastify/websocket limitations. While OpenAPI 3.0 doesn't formally support WebSocket, the API documentation is incomplete without describing the /ws endpoint.
Suggested fix:
Add manual WebSocket documentation section to the OpenAPI spec description, or create a separate markdown document describing WebSocket protocol, message types, and authentication.
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developbranch (required for all feature/fix PRs)main(hotfix only - maintainers)Description
Implement complete REST API layer exposing existing IPC functionality through HTTP endpoints and WebSocket connections. Add authentication middleware, route handlers for tasks/projects/monitoring, event bridge for IPC integration, and comprehensive test coverage including OpenAPI specification validation.
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