The project is developed in Python using the Django framework. There are 3 sections below, focussing on developers, running the project using Docker and hints for running the project in production.
You need the following libraries and/or programs:
- Python 3.9 or above
- Python Virtualenv and Pip
- PostgreSQL 9.6 or above
- Node.js
- npm
Developers can follow the following steps to set up the project on their local development machine.
Navigate to the location where you want to place your project.
Get the code:
$ git clone [email protected]:VNG-Realisatie/gemma-notificatiecomponent nrc $ cd nrc
Install all required libraries.
$ pip install -r requirements/dev.txt
Install the front-end CLI tool gulp if you've never installed them before and install the frontend libraries:
$ npm install -g gulp $ npm install $ gulp sass
Activate your virtual environment and create the database:
$ source env/bin/activate $ python src/manage.py migrate
Create a superuser to access the management interface:
$ python src/manage.py createsuperuser
You can now run your installation and point your browser to the address given by this command:
$ python src/manage.py runserver
Note: If you are making local, machine specific, changes, add them to
src/nrc/conf/local.py
. You can base this file on the
example file included in the same directory.
Note: You can run watch-tasks to compile Sass to CSS and ECMA to JS using gulp. By default this will compile the files if they change.
When updating an existing installation:
Activate the virtual environment:
$ cd nrc $ source env/bin/activate
Update the code and libraries:
$ git pull $ pip install -r requirements/dev.txt $ npm install $ gulp build
Update the database:
$ python src/manage.py migrate
To run the test suite:
$ python src/manage.py test nrc
The easiest way to get the project started is by using Docker Compose.
Clone or download the code from Github in a folder like
nrc
:$ git clone [email protected]:VNG-Realisatie/gemma-notificatiecomponent nrc Cloning into 'nrc'... ... $ cd nrc
Start the database and web services:
$ docker-compose up -d Starting nrc_db_1 ... done Starting nrc_web_1 ... done
It can take a while before everything is done. Even after starting the web container, the database might still be migrating. You can always check the status with:
$ docker logs -f nrc_web_1
Create an admin user and load initial data. If different container names are shown above, use the container name ending with
_web_1
:$ docker exec -it nrc_web_1 /app/src/manage.py createsuperuser Username: admin ... Superuser created successfully. $ docker exec -it nrc_web_1 /app/src/manage.py loaddata admin_index groups Installed 5 object(s) from 2 fixture(s)
Point your browser to
http://localhost:8000/
to access the project's management interface with the credentials used in step 3.If you are using
Docker Machine
, you need to point your browser to the Docker VM IP address. You can get the IP address by doingdocker-machine ls
and point your browser tohttp://<ip>:8000/
instead (where the<ip>
is shown below the URL column):$ docker-machine ls NAME ACTIVE DRIVER STATE URL default * virtualbox Running tcp://<ip>:<port>
To shutdown the services, use
docker-compose down
and to clean up your system you can rundocker system prune
.
If you just want to run the project as a Docker container and connect to an
external database, you can build and run the Dockerfile
and pass several
environment variables. See src/nrc/conf/docker.py
for
all settings.
$ docker build . && docker run \
-p 8000:8000 \
-e DJANGO_SETTINGS_MODULE=nrc.conf.docker \
-e DATABASE_USERNAME=... \
-e DATABASE_PASSWORD=... \
-e DATABASE_HOST=... \
--name nrc
$ docker exec -it nrc /app/src/manage.py createsuperuser
The docker images are published on Docker Hub.
The container will load any fixtures it can find at startup time. The default
location is /app/fixtures
, so you can mount a volume containing JSON
fixtures to populate your database initially.
You can override this location through the FIXTURES_DIR
environment
variable. Only *.json
files are considered.
The reference implementation is deployed on a Kubernetes cluster. You can use the nrc kubernetes configuration as a starting point for your own setup.
All settings for the project can be found in
src/nrc/conf
.
The file local.py
overwrites settings from the base configuration.
Installation of zds-schema
makes the binary generate_schema
available,
which gnerates the src/openapi.yaml
using drf-yasg.
Make sure you have installed the npm
dependencies before using this.
Commands can be executed using:
$ python src/manage.py <command>
There are no specific commands for the project. See
Django framework commands for all default commands, or type
python src/manage.py --help
.