A lightweight implementation of the Elmenus food ordering concept. This application provides a platform for restaurants to list their menus and for customers to browse and order food.

Elmenus Lite is a Spring Boot application that allows:

• Restaurants to register and manage their menus
• Customers to browse restaurants and their menus
• Users to create accounts and place orders
• Address management for delivery locations

• Java 17
• Spring Boot 3.4.5
• Spring Data JPA - For database access and ORM
• PostgreSQL - As the primary database
• Hibernate Spatial - For location-based features
• Liquibase - For database migration and version control
• MapStruct - For object mapping between DTOs and models
• Lombok - For reducing boilerplate code
• Hibernate Validator - For input validation
• Maven - For dependency management and build

src/main/java/spring/practice/elmenus_lite/
├── apiDto          # API data transfer objects
├── controller      # REST controllers
├── dto             # Internal data transfer objects
├── exception       # Custom exception handlers
├── helperannotations # Custom annotations
├── mapper          # MapStruct mappers
├── model           # Domain entities
├── repository      # JPA repositories
├── service         # Business logic
├── statusCode      # Response status codes
└── util            # Utility classes

• Java 17 or higher
• Maven 3.6 or higher
• PostgreSQL 12 or higher

1. Clone the repository:

git clone <repository-url>
cd elmenus-lite

2. Configure the database connection in src/main/resources/application.properties or application.yml

3. Build the project:

./mvnw clean install

4. Run the application:

./mvnw spring-boot:run

The application will be available at http://localhost:8080

• User authentication and authorization
• Restaurant and menu management
• Food ordering system
• Cart functionality
• Address management for delivery

The project includes Docker Compose configuration to easily set up the PostgreSQL database.

• Docker and Docker Compose installed on your machine

# Start the PostgreSQL container
docker-compose up -d postgres

# To check the logs
docker-compose logs -f postgres

This will start a PostgreSQL container with the following configuration:

• Database: postgres
• Schema: study
• Username: postgres
• Password: mysecretpassword
• Port: 5432 (mapped to host)

docker-compose down

To remove the volumes and delete all data:

docker-compose down -v

./mvnw clean package

./mvnw test

MIT License

[Add contributing guidelines here]