Golang Microservices Boilerplate - Clean Architecture

Example structure to start a microservices project with golang. Using a MySQL databaseSQL. Using a Hexagonal Architecture tha is a Clean Architecture.

Manual Installation

If you would still prefer to do the installation manually, follow these steps:

Clone the repo:

git clone https://github.com/gbrayhan/microservices-go

If you need, configure the environment variables in file config.json, if you use docker-compose leave the variables set in the file config.json.example

cp config.json.example config.json

TL;DR command list

git clone https://github.com/gbrayhan/microservices-go
cd microservices-go
cp config.json.example config.json
docker-compose up  --build  -d

Table of Contents

• Features
• Commands
• Environment Variables
• Project Structure
• API Documentation
• Error Handling
• Validation
• Linting

Features

• Golang v1.20: Stable version of go
• Framework: A stable version of gin-go
• Token Security: with JWT
• SQL databaseSQL: MariaDB using internal sql package of go sql
• Testing: unit and integration tests using package of go testing
• API documentation: with swaggo @latest version that is a go implementation of swagger
• Dependency management: with go modules
• Environment variables: using viper
• Docker support
• Code quality: with CodeFactor and Codacy
• Linting: with golangci-lint an implementation of a Golang linter

Commands

Build and run image of docker

docker-compose up  --build  -d

Swagger Implementation

swag init -g infrastructure/rest/routes/routes.go

To visualize the swagger documentation on local use

http://localhost:8080/v1/swagger/index.html

Unit test command

# run recursive test
go test  ./test/unit/...
# clean go test results in cache
go clean -testcache

Lint inspection of go

golangci-lint run ./...