A modern real-time communication platform featuring secure authentication, event management, and instant messaging capabilities.

Operation Won is a full-stack application consisting of a Go backend server, Flutter mobile client, and web interface, designed for seamless real-time communication and event coordination.

• JWT-based authentication with refresh tokens
• Secure password hashing with bcrypt
• Rate limiting and brute force protection
• Redis-based session management

• WebSocket support for instant messaging
• Live audio streaming capabilities
• Push-to-talk (PTT) functionality
• [SOON] E2EE

• Create and manage events
• Event-based channel organization
• User role management (organiser, member)
• Event discovery and participation

• Multi-channel communication
• Event-specific channels
• User permissions and moderation
• Message history and persistence

• Containerized deployment with Docker/Podman
• MySQL database with proper indexing
• Redis caching for performance
• Health monitoring and logging
• Auto-scaling ready architecture

Operation Won/
├── 🎮 client/          # Flutter mobile application
├── 🌐 website/         # Web interface and landing page
├── ⚙️  server/          # Go backend API server
│   ├── main.go         # Application entry point
│   ├── handlers.go     # HTTP request handlers
│   ├── hub.go         # WebSocket management
│   ├── utils.go       # Utility functions
│   └── all_test.go    # Comprehensive test suite
t suite

• Container Engine: Podman (recommended) or Docker
• System Requirements: 2GB RAM, 1GB disk space
• Network: Ports 8000, 3306, 6379 available

git clone https://github.com/Infinity6542/Operation-Won.git

cd Operation-Won

cd server
podman compose up --build -dd

cd client
flutter pub get
flutter runun

Features:

• Cross-platform (iOS & Android)oid)
• Real-time messaging
• Push notifications
• Offline capability
• Material Design UI

The project includes a comprehensive test suite with 30+ test cases:

cd server
go  test -v

Test Coverage:

• ✅ Authentication (registration, login, JWT)
• ✅ Authorization & security middlewareware
• ✅ Channel management (CRUD operations)
• ✅ Event management (CRUD operations)
• ✅ Database error handling
• ✅ Input validation and edge cases

POST /auth/register    # User registration
POST /auth/login        # User authentication
POST /api/refresh       # JWT token refresh
POST /api/logout        # User logout

GET  /api/protected/channels        # List user channels
POST /api/protected/channels/create  # Create new channel
GET  /api/protected/events           # List user events  
POST /api/protected/events/create    # Create new event

GET /msg        # WebSocket connection
GET /health      # Service health check

The application uses a relational database with the following key tables:

• users - User accounts and authentication
• events - Event information and metadata
• channels - Communication channels
• event_members - Event participation tracking
• channel_members - Channel access control
• messages - Chat message history