Golang + Echo Blueprint

Bu loyiha Golang va Echo framework'idan foydalangan holda web API yaratish uchun blueprint sifatida xizmat qiladi.

📌 Talablar

• Go 1.18+
• Echo framework
• Docker (ixtiyoriy)

🚀 O'rnatish

# Repository'ni klonlash
git clone https://github.com/JscorpTech/jst-go.git
cd jst-go

# Modullarni yuklash
go mod tidy

🏗 Ishga tushirish

Lokal muhitda

go run main.go

Docker orqali

docker build -t jst-go .
docker run -p 8080:8080 jst-go

🔥 API Endpointlar

Yo'l	Metod	Tavsif
/health	GET	API holatini tekshirish
/users	GET	Barcha foydalanuvchilar ro'yxati
/users/:id	GET	Foydalanuvchi ma'lumotlari
/users	POST	Yangi foydalanuvchi qo'shish

✅ Qo'shimcha

• .env faylidan konfiguratsiyalarni o'qish
• Middleware qo‘llab-quvvatlash
• Docker bilan oson deploy qilish

📄 Litsenziya

Ushbu loyiha MIT litsenziyasi ostida tarqatiladi.

Here is an organized summary of the provided code snippets, categorized by their functionalities:

1. Utility Functions

• HTTP Responses: The utils/http.go file provides functions to create success and error responses using a DTO (Domain Transfer Object) struct. These are useful for standardizing API responses.

• JWT Handling: The utils/jwt.go file includes functions for generating and parsing JSON Web Tokens. It uses Viper for configuration, requiring an environment variable or config file for the secret key.

• Password Management: The utils/password.go file offers functions to hash passwords and verify them using bcrypt. These are essential for secure user authentication.

2. Services

• SMS Service: The services/sms.go file defines an SMS service with a basic implementation that prints messages to the console. It can be extended to integrate with real SMS providers.

3. Package Structure and Considerations

• Each utility and service is in its own package, promoting modularity.
• Ensure all dependencies (e.g., Viper, JWT, bcrypt) are properly imported and configured.
• Implement error handling middleware to manage errors returned by these functions.
• Organize the project structure with proper directories for commands, internal packages, etc.

4. Testing and Best Practices

• Develop comprehensive unit tests for each function, especially those dealing with security aspects like JWT and password hashing.
• Follow Go best practices: consistent naming, documentation comments, struct definitions, and formatting.

This setup provides a robust foundation for building a Go application with essential utilities and services. Proper integration of these components will ensure a secure, efficient, and maintainable codebase.