# Production-Ready Elements Implementation Plan

## First: Reread CLAUDE.md guidelines

## Overview
Transform the @uptime.link/statuspage components from UI shells into fully functional, production-ready web components with real data integration, proper error handling, accessibility, and comprehensive testing.

## Phase 1: Core Infrastructure (Foundation)

### 1.1 Data Layer & API Client
- [ ] Create `ts_web/services/api.client.ts` for API communication
- [ ] Implement authentication/token management
- [ ] Add request/response interceptors for error handling
- [ ] Create retry logic with exponential backoff
- [ ] Add request caching mechanism

### 1.2 TypeScript Interfaces & Models
- [ ] Create `ts_web/interfaces/` directory
- [ ] Define comprehensive interfaces for:
  - Service status data
  - Incident details with severity levels
  - Asset/service definitions
  - API responses
  - Configuration options
  - User preferences

### 1.3 State Management
- [ ] Create `ts_web/services/state.manager.ts`
- [ ] Implement observable state pattern
- [ ] Add state persistence (localStorage)
- [ ] Create state update notifications

### 1.4 Real-time Updates
- [ ] Create `ts_web/services/realtime.service.ts`
- [ ] Implement WebSocket connection management
- [ ] Add fallback to Server-Sent Events (SSE)
- [ ] Create reconnection logic
- [ ] Add heartbeat/ping mechanism

### 1.5 Configuration System
- [ ] Create `ts_web/config/default.config.ts`
- [ ] Add environment-based configuration
- [ ] Implement config validation
- [ ] Add runtime config updates

## Phase 2: Component Implementation

### 2.1 upl-statuspage-header
- [ ] Add loading state during actions
- [ ] Implement proper event handling with data
- [ ] Add keyboard shortcuts (Alt+R for report, Alt+S for subscribe)
- [ ] Add ARIA labels and roles
- [ ] Implement focus management

### 2.2 upl-statuspage-statusbar
- [ ] Connect to real status data
- [ ] Implement dynamic status calculation
- [ ] Add status levels (operational, degraded, partial outage, major outage)
- [ ] Color coding (green, yellow, orange, red)
- [ ] Add animated transitions between states
- [ ] Implement click to expand details
- [ ] Add ARIA live region for status changes

### 2.3 upl-statuspage-assetsselector
- [ ] Implement complete asset listing UI
- [ ] Add search/filter functionality
- [ ] Create checkbox/toggle selection
- [ ] Add select all/none buttons
- [ ] Implement category grouping
- [ ] Add asset status indicators
- [ ] Emit selection change events
- [ ] Add keyboard navigation (arrow keys)

### 2.4 upl-statuspage-statusdetails
- [ ] Connect to real hourly status data
- [ ] Implement dynamic color coding
- [ ] Add hover tooltips with exact times
- [ ] Create time zone support
- [ ] Add zoom in/out functionality
- [ ] Implement data aggregation options
- [ ] Add export to CSV/JSON
- [ ] Make responsive for mobile

### 2.5 upl-statuspage-statusmonth
- [ ] Connect to real daily uptime data
- [ ] Add month/year navigation
- [ ] Implement uptime percentage calculation
- [ ] Color coding by uptime percentage
- [ ] Add detailed day tooltips
- [ ] Create calendar grid with proper labels
- [ ] Add click to drill down
- [ ] Implement date range selection

### 2.6 upl-statuspage-incidents
- [ ] Create incident card component
- [ ] Implement incident rendering from data
- [ ] Add severity indicators (critical, major, minor)
- [ ] Create incident timeline
- [ ] Add affected services display
- [ ] Implement status updates (investigating, identified, monitoring, resolved)
- [ ] Add time calculations (duration, time to resolution)
- [ ] Create incident filtering/search
- [ ] Add pagination for historical incidents

### 2.7 upl-statuspage-footer
- [ ] Implement configurable footer content
- [ ] Add RSS feed link
- [ ] Create API status endpoint link
- [ ] Add social media links
- [ ] Implement "Report Incident" modal
- [ ] Create "Subscribe" functionality
- [ ] Add language selector
- [ ] Include last update timestamp

## Phase 3: User Experience Enhancements

### 3.1 Loading States
- [ ] Create skeleton screens for each component
- [ ] Add loading spinners/indicators
- [ ] Implement progressive loading
- [ ] Add loading progress for large datasets

### 3.2 Error Handling
- [ ] Create error boundary components
- [ ] Design error state UI for each component
- [ ] Add retry buttons
- [ ] Implement offline detection
- [ ] Create fallback content
- [ ] Add error logging/reporting

### 3.3 Accessibility (WCAG 2.1 AA)
- [ ] Add comprehensive ARIA labels
- [ ] Implement keyboard navigation
- [ ] Create skip navigation links
- [ ] Add focus indicators
- [ ] Implement screen reader announcements
- [ ] Ensure color contrast compliance
- [ ] Add reduced motion support

### 3.4 Responsive Design
- [ ] Create mobile breakpoints
- [ ] Implement touch-friendly interactions
- [ ] Add swipe gestures for navigation
- [ ] Create responsive typography
- [ ] Optimize layouts for tablets
- [ ] Add horizontal scroll prevention

### 3.5 Internationalization
- [ ] Create i18n service
- [ ] Add translation files (en, de, es, fr, ja)
- [ ] Implement locale detection
- [ ] Add date/time formatting
- [ ] Create number formatting
- [ ] Add RTL support
- [ ] Implement pluralization rules

## Phase 4: Advanced Features

### 4.1 Performance Optimization
- [ ] Implement virtual scrolling for long lists
- [ ] Add lazy loading for historical data
- [ ] Create data pagination
- [ ] Implement request debouncing
- [ ] Add response caching
- [ ] Optimize re-renders

### 4.2 Analytics & Monitoring
- [ ] Add page view tracking
- [ ] Implement user interaction tracking
- [ ] Create performance metrics
- [ ] Add error tracking
- [ ] Implement custom event tracking

### 4.3 PWA Capabilities
- [ ] Create service worker
- [ ] Implement offline support
- [ ] Add push notifications
- [ ] Create app manifest
- [ ] Enable installation prompt

### 4.4 Export & Reporting
- [ ] Add PDF export for status reports
- [ ] Create CSV export for data
- [ ] Implement scheduled reports
- [ ] Add print stylesheets
- [ ] Create shareable status links

## Phase 5: Testing & Documentation

### 5.1 Unit Tests
- [ ] Set up testing framework (@git.zone/tstest)
- [ ] Create tests for all services
- [ ] Test component logic
- [ ] Add API client tests
- [ ] Test state management
- [ ] Create test utilities

### 5.2 Integration Tests
- [ ] Test component interactions
- [ ] Test data flow
- [ ] Test error scenarios
- [ ] Test real-time updates
- [ ] Test offline behavior

### 5.3 E2E Tests
- [ ] Set up Playwright
- [ ] Test user workflows
- [ ] Test accessibility
- [ ] Test responsive behavior
- [ ] Test cross-browser compatibility

### 5.4 Documentation
- [ ] Create component API documentation
- [ ] Add usage examples
- [ ] Create integration guide
- [ ] Add configuration documentation
- [ ] Create troubleshooting guide

## Implementation Order

1. **Week 1-2**: Core Infrastructure (Phase 1)
2. **Week 3-4**: Basic Component Functionality (Phase 2.1-2.3)
3. **Week 5-6**: Advanced Components (Phase 2.4-2.7)
4. **Week 7**: User Experience (Phase 3)
5. **Week 8**: Advanced Features (Phase 4)
6. **Week 9-10**: Testing & Documentation (Phase 5)

## Success Criteria

- All components display real data from API
- Full accessibility compliance (WCAG 2.1 AA)
- 90%+ test coverage
- Sub-3 second initial load time
- Works offline with cached data
- Supports 5+ languages
- Mobile-responsive design
- Real-time updates working
- Comprehensive error handling
- Production-ready documentation

## Dependencies to Add

```json
{
  "dependencies": {
    "@push.rocks/smartrequest": "*",
    "@push.rocks/smartwebsocket": "*",
    "@push.rocks/smartstate": "*",
    "@push.rocks/smarti18n": "*",
    "@push.rocks/smarttime": "*"
  },
  "devDependencies": {
    "@git.zone/tstest": "*",
    "@playwright/test": "*"
  }
}
```

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Would you like me to proceed with implementing this plan? I recommend starting with Phase 1 (Core Infrastructure) as it provides the foundation for all other functionality.