bimlu / springboot-JPA-AOP-expense-tracker-app

Expense tracker application built using spring-boot, Spring JPA, Spring AOP with containerization using Docker.

springboot-JPA-AOP-expense-tracker-app

Expense tracker application built using spring-boot, Spring JPA, Spring AOP with containerization using Docker.

DEMO

• Deployed to Heroku Cloud:

  http://Expense-tracker-3.herokuapp.com

Note:

1. It is only running on a free dyno, so it may take some time before it responds.
2. Data will be reset to default after every 15 mins by the scheduler.

Steps for executing using docker:

1. Clone/Download the repository.

2. Set all the required environmental variables which be impacted on docker-compose.yml. Eg. DB_HOST= [Note: You can get container-name using "docker ps" command] DB_PASS=password DB_SCHEMA=expenese_tracker ACTIVE_PROFILE=dev [This will be always "dev" if it is ran locally. For "prod", it will use heroku.yml and application-prod.properties] PORT=7071 [we need to set PORT because the same dockerfile will be used in production build]

3. Build and run the app using docker-compose. This will build the jar file and run the application.

        docker-compose up --build
   

Steps to deploy on heroku using docker-compose:

1. create heroku.yml as docker-compose.yml is not invoked on heroku.

2. If the application contains database then install mysql or any other database from heroku marketplace[https://elements.heroku.com].

   Note: Before installing you need to add credit/debit card info. Without this it wont allow you to install the database.

3. Set the config vars based on the database url.

4. Set the stack:container for the application in order to build with docker-compose.

      heroku stack:set container -a <application-name>
   

5. Deploy the application from heroku.

References

1. https://www.thymeleaf.org/documentation.html
2. https://devcenter.heroku.com/articles/build-docker-images-heroku-yml