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Services Backend Integration

Overview

The Active Services Management UI is complete, but requires backend API integration to replace dummy data and implement real functionality for service management, configuration downloads, and service operations.

Current Status

✅ Frontend UI complete with service cards, action buttons, and empty states
✅ Service-specific download buttons (Kubernetes config, Hosting config)
✅ Settings/configuration buttons with tooltips
❌ Backend API integration pending
❌ Real service data fetching not implemented
❌ Actual download functionality not connected

Backend APIs Required

1. Get Active Services

GET /api/services/active
Response: {
  success: boolean
  data: Service[]
}

interface Service {
  id: string
  name: string
  serviceId: string
  billingId: string
  clusterId?: string
  startDate: string
  nextBilling: string
  status: 'active' | 'suspended' | 'cancelled'
  type: 'hosting' | 'kubernetes' | 'database' | 'domain' | 'vps' | 'cloud'
}

2. Service Configuration/Settings

GET /api/services/{serviceId}/config
POST /api/services/{serviceId}/config
Response: Service configuration data

3. Download Service Configurations

GET /api/services/download/kubernetes/{clusterId}
GET /api/services/download/hosting/{billingId}
Response: File download (ZIP, YAML, etc.)

4. Service Management Actions

POST /api/services/{serviceId}/suspend
POST /api/services/{serviceId}/resume  
DELETE /api/services/{serviceId}

Frontend Integration Tasks

Phase 1: Data Integration

Replace mock data with API calls
Implement service fetching with loading states
Add error handling for API failures
Implement proper TypeScript interfaces

Phase 2: Download Functionality

Implement Kubernetes config download
Implement hosting config download
Add download progress indicators
Handle download errors gracefully

Phase 3: Service Management

Connect settings buttons to service configuration
Implement service suspension/resumption
Add service deletion with confirmation
Real-time service status updates

Phase 4: Enhanced Features

Service usage statistics
Service health monitoring
Automated service alerts
Service upgrade/downgrade options

Database Schema Requirements

Services Table

CREATE TABLE services (
  id VARCHAR(255) PRIMARY KEY,
  user_id VARCHAR(255) NOT NULL,
  service_id VARCHAR(255) UNIQUE NOT NULL,
  billing_id VARCHAR(255),
  cluster_id VARCHAR(255),
  name VARCHAR(255) NOT NULL,
  type ENUM('hosting', 'kubernetes', 'database', 'domain', 'vps', 'cloud'),
  status ENUM('active', 'suspended', 'cancelled') DEFAULT 'active',
  start_date DATETIME NOT NULL,
  next_billing_date DATETIME,
  config JSON,
  created_at DATETIME DEFAULT CURRENT_TIMESTAMP,
  updated_at DATETIME DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
  INDEX idx_user_status (user_id, status),
  INDEX idx_service_type (type),
  FOREIGN KEY (user_id) REFERENCES users(id) ON DELETE CASCADE
);

Implementation Steps

Step 1: API Route Creation

Create /api/services/active route
Create /api/services/download/[type]/[id] route
Create /api/services/[serviceId]/config route
Add authentication middleware to all routes

Step 2: Frontend Service Integration

Create useServices hook for state management
Replace mock data with API calls
Add loading and error states to components
Implement proper TypeScript interfaces

Step 3: Download Implementation

Implement file download logic for different service types
Generate Kubernetes YAML configs dynamically
Create hosting configuration files
Add download progress tracking

Step 4: Service Management

Add service configuration modal/page
Implement service suspension/cancellation
Add confirmation dialogs for destructive actions
Real-time status updates via WebSocket/polling

Security Considerations

Authentication & Authorization

Ensure user can only access their own services
Validate service ownership before operations
Rate limiting for download endpoints
Secure file generation and cleanup

Data Protection

Sanitize service configuration data
Encrypt sensitive service credentials
Audit logging for service operations
Secure temporary file handling

Testing Requirements

Unit Tests

Service API route handlers
Service data transformation
Download file generation
Error handling scenarios

Integration Tests

End-to-end service management flow
File download functionality
Service configuration updates
Authentication and authorization

Performance Tests

Large service list rendering
Concurrent download requests
Service configuration loading
Database query optimization

Error Handling

API Error Responses

interface APIError {
  success: false
  error: {
    code: string
    message: string
    details?: any
  }
}

Common Error Scenarios

Service not found (404)
Unauthorized access (403)
Service configuration errors (500)
Download generation failures (500)
Rate limiting exceeded (429)

Future Enhancements

Advanced Features

Service monitoring dashboard
Automated service scaling
Service backup management
Cost optimization suggestions
Service dependency mapping

Integration Possibilities

Third-party monitoring tools
Payment gateway integration
Infrastructure automation
Service mesh integration
Container orchestration platforms

Estimated Implementation Time

Phase 1 (Data Integration): 4-6 hours
Phase 2 (Download Functionality): 6-8 hours
Phase 3 (Service Management): 8-10 hours
Phase 4 (Enhanced Features): 10-15 hours

Total Estimated Time: 28-39 hours (4-5 development sessions)

Dependencies

User authentication system (complete)
Database models for services
File generation utilities
Service configuration templates
Download handling middleware

Success Criteria

✅ Real service data displays correctly
✅ Download buttons generate and serve actual files
✅ Service management operations work reliably
✅ Error states handled gracefully
✅ Performance meets requirements (< 2s load time)
✅ Security audit passes

Created: 2025-08-06
Priority: High - Core functionality
Status: Ready for backend implementation
Next Session: Begin Phase 1 (Data Integration)

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