Development Documentation
Technical implementation and architecture overview
This section contains detailed documentation about the technical aspects of our Bachelor's thesis project. The implementation focuses on modern web development practices, scalable architecture, and efficient deployment strategies.
Backend Architecture
Our system follows a microservices architecture pattern with clear separation of concerns. The backend is built using modern Node.js frameworks with TypeScript for type safety.
[Architecture diagram placeholder - detailed system overview will be added here]
APIs Used
- • Authentication API integration
- • Payment processing services
- • Third-party data providers
- • Notification services
- • User management endpoints
- • Data processing services
- • File upload handling
- • Real-time communication
Database Structure
PostgreSQL database with optimized schema design for performance and scalability.
-- Example table structure
CREATE TABLE users (
id SERIAL PRIMARY KEY,
email VARCHAR(255) UNIQUE NOT NULL,
created_at TIMESTAMP DEFAULT NOW()
);
Code Snippets
API Route Handler
export async function GET(request: Request) { try { const data = await fetchUserData(); return Response.json({ data }); } catch (error) { return Response.json({ error: 'Failed to fetch' }, { status: 500 }); } }
Libraries & Dependencies
Frontend
- • Next.js 14
- • React 18
- • TypeScript
- • Tailwind CSS
- • shadcn/ui
Backend
- • Node.js
- • Express.js
- • Prisma ORM
- • JWT Authentication
- • Zod Validation
DevOps
- • Docker
- • GitHub Actions
- • Vercel
- • PostgreSQL
- • Redis
Deployment & DevOps
Automated deployment pipeline with continuous integration and delivery practices.
Future Improvements
Performance Optimizations
Implementation of caching strategies, database query optimization, and CDN integration.
Security Enhancements
Advanced authentication methods, rate limiting, and security audit implementations.
Scalability Features
Microservices architecture expansion, load balancing, and horizontal scaling capabilities.