labFusion/docs/progress.md

# LabFusion Development Progress

## Project Overview
LabFusion is a unified dashboard and integration hub for homelab services, built with a polyglot microservices architecture.

## Architecture Decisions
- **Modular Services**: Each service is independently deployable
- **Polyglot**: Services can use different languages (Java, Python, Go, Node.js)
- **Message Bus**: Redis for inter-service communication
- **Database**: PostgreSQL for persistent data
- **Containerization**: Docker for all services

## Completed Tasks ✅

### Phase 1: Project Structure & Foundation
- [x] **Project Structure Setup** (2024-11-09)
  - Created modular `services/` directory structure
  - Moved from `backend/` to `services/` for better modularity
  - Each service has its own directory with independent Docker setup

- [x] **API Gateway Service** (2024-11-09)
  - Java Spring Boot application
  - JPA entities for User, Dashboard, Widget, Event, DeviceState
  - REST controllers for dashboard management
  - PostgreSQL integration
  - Redis message bus support
  - JWT authentication framework

- [x] **Service Adapters** (2024-11-09)
  - Python FastAPI application
  - Integration endpoints for Home Assistant, Frigate, Immich, n8n
  - Redis event publishing
  - Configurable service connections
  - Mock data for development

- [x] **Frontend Dashboard** (2024-11-09)
  - React application with Ant Design
  - System metrics visualization
  - Service status monitoring
  - Settings configuration
  - Responsive design

- [x] **Infrastructure Setup** (2024-11-09)
  - Docker Compose for production and development
  - PostgreSQL database configuration
  - Redis message bus setup
  - Environment configuration templates

- [x] **Documentation** (2024-11-09)
  - Comprehensive README with setup instructions
  - Service-specific README files
  - Progress tracking document
  - Updated project structure documentation

- [x] **API Documentation Service** (2024-11-09)
  - Unified Swagger/OpenAPI documentation service
  - Aggregates API specs from all services
  - Service health monitoring
  - Dynamic spec generation with service prefixing
  - Express.js service with Swagger UI integration

- [x] **Enhanced Service Adapters** (2024-11-09)
  - Comprehensive OpenAPI documentation with Pydantic models
  - Detailed request/response schemas for all endpoints
  - Service-specific tags and descriptions
  - Enhanced error handling with proper HTTP status codes
  - Additional endpoints for better service integration

- [x] **Modular Service Adapters Refactoring** (2024-11-09)
  - Refactored monolithic main.py into modular structure
  - Separated concerns: models, routes, services
  - Clean main.py (40 lines vs 424 lines)
  - Improved maintainability and team collaboration
  - Service-specific route organization

- [x] **Frontend Clean Code Refactoring** (2024-11-09)
  - Applied clean code principles and React best practices
  - Refactored 155-line Dashboard component into focused components
  - Created reusable common components (StatusIcon, LoadingSpinner, ErrorBoundary)
  - Implemented component composition with dashboard-specific components
  - Added PropTypes for type safety and better development experience
  - Centralized constants and eliminated magic numbers/strings
  - Created utility functions for error handling and data formatting
  - Implemented proper separation of concerns (components, hooks, services, utils)
  - Added comprehensive error boundaries for graceful error handling
  - Improved code maintainability, testability, and readability

- [x] **Frontend Resilience & Offline Mode** (2024-11-09)
  - Implemented offline mode for when backend services are unavailable
  - Added service status monitoring with real-time health checks
  - Created graceful error handling with user-friendly messages
  - Implemented fallback data and loading states
  - Added automatic retry mechanisms and service recovery detection
  - Created comprehensive error boundary system
  - Enhanced developer experience with clear error messages and debugging info

## Current Status 🚧

### Services Directory Structure
```
services/
├── api-gateway/          # Java Spring Boot (Port 8080) ✅
├── service-adapters/     # Python FastAPI (Port 8000) ✅
├── metrics-collector/    # Go service (Port 8081) 🚧
├── notification-service/ # Node.js service (Port 8082) 🚧
└── api-docs/             # API Documentation (Port 8083) ✅
```

### Infrastructure
- **Database**: PostgreSQL (Port 5432) ✅
- **Message Bus**: Redis (Port 6379) ✅
- **Frontend**: React (Port 3000) ✅
- **API Documentation**: Unified Swagger UI (Port 8083) ✅
- **Containerization**: Docker Compose ✅
- **CI/CD**: Gitea Actions with specialized runners ✅
- **Testing**: Comprehensive test suites for all services ✅
- **Security**: Vulnerability scanning and code quality gates ✅

### Documentation Status
- **Main README**: Comprehensive project overview ✅
- **Service READMEs**: Detailed documentation for each service ✅
- **Clean Code Guides**: Implementation details for all services ✅
- **CI/CD Documentation**: Complete pipeline and runner documentation ✅
- **Architecture Documentation**: Clean code principles and patterns ✅
- **Troubleshooting Guides**: Comprehensive problem-solving documentation ✅

## Next Steps 🎯

### Phase 2: Service Implementation
- [ ] **Metrics Collector Service** (Go)
  - Implement Docker API integration
  - Add Prometheus metrics collection
  - Create Redis publishing mechanism
  - Add configuration management

- [ ] **Notification Service** (Node.js/TypeScript)
  - Implement notification channels (email, webhook, push)
  - Create alert rule engine
  - Add notification preferences
  - Integrate with Redis for event processing

### Phase 3: Real Service Integrations
- [ ] **Home Assistant Integration**
  - Implement actual HA API calls
  - Add WebSocket support for real-time updates
  - Create entity state synchronization

- [ ] **Frigate Integration**
  - Implement Frigate API integration
  - Add event processing and filtering
  - Create detection timeline visualization

- [ ] **Immich Integration**
  - Implement Immich API calls
  - Add photo metadata processing
  - Create asset management features

### Phase 4: Advanced Features
- [ ] **Real-time Updates**
  - WebSocket implementation for live data
  - Event streaming from Redis
  - Frontend real-time UI updates

- [ ] **Data Correlation Engine**
  - Cross-service event correlation
  - Timeline analysis
  - Pattern detection

- [ ] **Authentication & Security**
  - JWT token implementation
  - User management
  - Role-based access control

### Phase 5: Production Readiness
- [ ] **Monitoring & Logging**
  - Centralized logging
  - Health checks
  - Performance monitoring

- [ ] **CI/CD Pipeline**
  - GitHub Actions setup
  - Automated testing
  - Deployment automation

- [ ] **Kubernetes Migration**
  - Helm charts
  - Kubernetes manifests
  - Production deployment

## Development Notes

### Service Independence
Each service is designed to be:
- Independently deployable
- Language-agnostic
- Self-contained with its own dependencies
- Communicating via Redis message bus

### Future Service Additions
The modular structure allows for easy addition of new services:
- **Data Processing Service** (Rust) - For heavy data processing
- **ML Service** (Python) - For machine learning features
- **API Gateway v2** (Go) - For high-performance routing
- **Cache Service** (C++) - For high-performance caching

### Phase 7: CI/CD Pipeline Setup
- [x] **Gitea Actions CI/CD** (2024-12-09)
  - Complete CI/CD pipeline for polyglot microservices architecture
  - Individual service pipelines for Java, Python, Node.js, and React
  - Integration testing with PostgreSQL and Redis services
  - Local Docker builds for testing and validation
  - Security scanning with Trivy vulnerability scanner
  - Code quality gates with linting, testing, and coverage requirements
  - Comprehensive CI/CD documentation and configuration
  - Simplified pipelines focused on testing and validation

- [x] **Multi-Runner Infrastructure** (2024-12-09)
  - Specialized runners for different workload types
  - Heavy runner for Java/Python workloads
  - Light runner for Node.js/Frontend workloads
  - Docker runner for integration tests
  - Security runner for vulnerability scanning
  - Docker Compose setup for runner management
  - Windows PowerShell and Linux/macOS management scripts
  - Comprehensive runner documentation and troubleshooting guides

- [x] **CI/CD Optimization** (2024-12-09)
  - Optimized Docker images for faster builds
  - Specialized runner configurations
  - Cache optimization strategies
  - Performance monitoring and tuning
  - Docker rate limit solutions
  - Comprehensive optimization documentation

## Technical Debt
- [x] Add comprehensive error handling (Frontend)
- [ ] Implement proper logging across all services
- [x] Add unit and integration tests (CI/CD pipelines)
- [x] Create API documentation with OpenAPI/Swagger
- [x] Add health check endpoints for all services
- [x] Apply clean code principles (Frontend)
- [x] Implement offline mode and resilience (Frontend)
- [x] Set up CI/CD pipelines for automated testing and deployment
- [x] Fix Maven command not found error in CI/CD pipelines (Added Maven wrapper)
- [x] Fix Python formatting issues in CI/CD pipelines (Applied Black and isort formatting)
- [x] Update flake8 line length limit to 150 characters for better readability
- [x] Create JavaScript/Node.js tests for API docs service and frontend
- [x] Fix Gitea Actions compatibility issues with artifact uploads
- [x] Create Docker Compose setup for multiple Gitea runners
- [x] Update all CI/CD pipelines with appropriate runner labels
- [x] Fix "Cannot find: node in PATH" error by creating custom runner Docker images
- [x] Organize runner-related files into dedicated runners/ folder
- [x] Fix "usermod: group 'docker' does not exist" error in runner Dockerfiles
- [x] Fix "registration file not found" error by adding automatic runner registration
- [x] Refactor runners to use official gitea/act_runner:nightly image with individual config files
- [x] Create comprehensive documentation for all services and CI/CD setup
- [x] Implement clean code principles across all services
- [x] Set up specialized runners for different workload types
- [x] Optimize CI/CD performance with specialized Docker images
- [x] Create management scripts for runner operations
- [x] Implement comprehensive testing and security scanning

## Resources
- [Project Specifications](specs.md)
- [Project Structure](structure.txt)
- [Main README](../README.md)