thm-design / budget-manager

Easy-to-use, lightweight and self-hosted solution to track your finances

Budget Manager

Budger Manager is an easy-to-use, lightweight and self-hosted solution to track your finances

It was inspired by Poor-Man's Budgeting Spreadsheet and You have less money than you think (rus). These projects have a fatal flaw: you can't add multiple spends in a single day. Budger Manager resolves that issue

Features:

• Easy-to-use - simple and intuitive UI

• Lightweight - backend is written in Go, HTML is prepared with Go templates. Vanilla JavaScript is used just to make frontend interactive. So, JS code is very primitive and lightweight: it won't devour all your CPU and RAM (even with Chrome 😉)

• Self-hosted - you don't need to trust any proprietary software to store your financial information

You can find more screenshots here

---

• Install
• Configuration
• Development
  • Commands
  • Tools
  • Endpoints

Install

You need Docker and docker-compose (optional)

1. Create docker-compose.yml with the following content (you can find more settings in Configuration section):

   version: "2.4"
   
   services:
     budget-manager:
       image: ghcr.io/shoshinnikita/budget-manager:latest
       container_name: budget-manager
       environment:
         DB_TYPE: postgres
         DB_PG_HOST: postgres
         DB_PG_PORT: 5432
         DB_PG_USER: postgres
         DB_PG_PASSWORD: very_strong_password
         DB_PG_DATABASE: postgres
         SERVER_PORT: 8080
         SERVER_CREDENTIALS: your credentials # more info in 'Configuration' section
       ports:
         - "8080:8080"
   
     postgres:
       image: postgres:12-alpine
       container_name: budget-manager_postgres
       environment:
         POSTGRES_USER: postgres
         POSTGRES_PASSWORD: very_strong_password
         POSTGRES_DB: postgres
       volumes:
         # Store data in ./var/pg_data directory
         - type: bind
           source: ./var/pg_data
           target: /var/lib/postgresql/data
       command: -c "log_statement=all"

2. Run docker-compose up -d

3. Go to http://localhost:8080 (change the port if needed)

4. Profit!

Configuration

Env Var	Default value	Description
DEBUG	false	Is Debug Mode on
LOGGER_MODE	prod	Logger mode. Available options: prod (or production), dev (or develop).
LOGGER_LEVEL	info	Min level of log messages. Available options: debug, info, warn, error, fatal Note: level is always debug when Debug Mode is on
DB_TYPE	postgres	Database type. Only postgres is available now
DB_PG_HOST	localhost	Host for connection to the db
DB_PG_PORT	5432	Port for connection to the db
DB_PG_USER	postgres	Use for connection to the db
DB_PG_PASSWORD		Password for connection to the db
DB_PG_DATABASE	postgres	Database for connection
SERVER_PORT	8080
SERVER_USE_EMBED	true	Defines whether server should use embedded templates and static files Note: false value won't work for Docker container
SERVER_CREDENTIALS		List of comma separated login:password pairs. Password must be encrypted with MD5 algorithm (you can use this command openssl passwd -apr1 YOUR_PASSWORD) More info about password encryption: Password Formats - Apache HTTP Server
SERVER_SKIP_AUTH	false	Disables authentication
SERVER_ENABLE_PROFILING	false	Enable pprof handlers. You can find handler urls here

Development

Commands

Run

# Run the app with installed Go and PostgreSQL in Docker container
make

# Or run both the app and PostgreSQL in Docker containers
make docker

Test

make test

More

You can find more commands in Makefile

Tools

Linter

golangci-lint can be used to lint the code. Just run make lint. Config can be found here

API documentation

swag is used to generate API documentation. You can find more information about API endpoints in section API

Endpoints

Pages

You can find screenshots of pages here

• /months - Last 12 months
• /{year}-{month} - Month info
• /search/spends - Search for Spends

API

You can find Swagger 2.0 Documentation here. Use Swagger Editor to view it