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Marco Zeisler 2021-05-04 19:47:59 +02:00
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@ -4,12 +4,13 @@
* Angular for our single-page frontend * Angular for our single-page frontend
* Django for our backend * Django for our backend
* Database: TBD * Database: sqlite3
We chose this specific stack because all of our team members have previously We chose this specific stack because all of our team members have previously
worked with this combination of Angular/Django and there is a lot of worked with this combination of Angular/Django and there is a lot of
documentation for it online. We have not yet settled on a technology for the documentation for it online.
persistence layer. We chose sqlite3 as persistence layer because it comes out of the box with django. Django
also provides a built-in ORM mapper. Our db schema is very simple, sqlite3 handles it well.
## Linting ## Linting
@ -30,7 +31,10 @@ the `build` keys inside the `docker-compose.yml` file.
The `docker-compose.yml` file builds the images by calling the `Dockerfiles` in The `docker-compose.yml` file builds the images by calling the `Dockerfiles` in
the folders `frontend` and `backend`. The frontend is served via nginx on port the folders `frontend` and `backend`. The frontend is served via nginx on port
4200. The backend is served on port 8000. 4200. The backend is served via gunicorn on port 8000.
The container's database folder is mounted to ./container_db of the host's docker-compose folder. Therefore,
the database is persisted at the client's filesystem.
The docker images are available at: The docker images are available at: