!!!! Test webhook aaaaaaaa ooooooo uuuuuu

Spring boot + MyBatis codebase containing real world examples (CRUD, auth, advanced patterns, etc) that adheres to the RealWorld spec and API.

This codebase was created to demonstrate a fully fledged fullstack application built with Spring boot + Mybatis including CRUD operations, authentication, routing, pagination, and more.

For more information on how to this works with other frontends/backends, head over to the RealWorld repo.

How it works

The application uses Spring boot (Web, Mybatis).

• Use the idea of Domain Driven Design to separate the business term and infrastruture term.
• Use MyBatis to implement the Data Mapper pattern for persistence.
• Use CQRS pattern to separate the read model and write model.

And the code organize as this:

1. api is the web layer to implement by Spring MVC
2. core is the business model including entities and services
3. application is the high level services for query with the data transfer objects
4. infrastructure contains all the implementation classes as the technique details

Security

Integration with Spring Security and add other filter for jwt token process.

The secret key is stored in application.properties.

Database

It uses a H2 in memory database (for now), can be changed easily in the application.properties for any other database.

Getting started

You need Java 8 installed.

./gradlew bootRun

To test that it works, open a browser tab at http://localhost:8080/tags .
Alternatively, you can run

curl http://localhost:8080/tags

Try it out with a RealWorld frontend

The entry point address of the backend API is at http://localhost:8080, not http://localhost:8080/api as some of the frontend documentation suggests.

Run test

The repository contains a lot of test cases to cover both api test and repository test.

./gradlew test

#Additional configuration

To start project with

./gradlew bootRun

or

./gradle build && java -jar ./build/lib/*.jar 

you need to define next environment variables:

DB_USERNAME - username which will be used to connect to MySQL DB instance
DB_PASSWORD - password which will be used to connect to MySQL DB instance
DB_URL      - url by which application can access MySQL
DB_PORT     - port by which application can access MySQL
DB_NAME     - database name which will be used to store information