This skeleton application is designed for rapid application testing and prototype development on the NL Design System. It provides a basic skeleton application with full NL Design system functionality that any developer can easily extend, view locally and deploy to an online environment for demonstration purposes. The main benefits are:

• Development and (online) demonstration of prototypes without the need of a server.
• An out-of-the-box basic application that doesn't require configuration or setup and can be extended immediately.

To set up your own project, you will need a GitHub account and be logged in. Simply click on the "use this template" button. Tell GitHub where you want to spin up your prototype and click "create a repository from template".

To develop locally, clone your new repository to your local machine. Open the terminal, navigate to the folder containing your repository, and make a choice to run the app in Node.js/npm or docker.

You will need a Git client(optional), and have Node.js and NPM installed. This will run the frontend on port :9000 so make sure nothing runs on that.

$ cd /pwa
$ npm run build
$ npm run serve

You will need to have docker installed. This will run the frontend on port :81 so make sure nothing runs on that.

$ docker-compose pull

The first time you start the docker containers or when you made major changes to the working of the application you run the following command:

$ docker-compose up --build

Otherwise you run the containers without rebuilding the application container

$ docker-compose up

After succesfully setting up your dev environment, navigate to http://localhost:81/ to view the app in your browser.

To connect to frontend to your local back-end you will first need to set up your back-end, you can follow the installation guide provided here.

To connect the app to your local gateway, you will need to change the environment variables in the .env.development file. Replace the content below Backend-config with the following:

GATSBY_ME_URL=http://localhost/me
GATSBY_API_URL=http://localhost/api
GATSBY_ADMIN_URL=http://localhost/admin
GATSBY_BASE_URL=http://localhost
GATSBY_FRONTEND_URL=http://localhost:8000
GATSBY_ORGANIZATION=http://webresourcecatalogus.conduction.svc.cluster.local/organizations/b2d3176e-f1c6-4365-ab86-dd253c65fc43
GATSBY_LOGIN_REDIRECT=vault
GATSBY_ADMIN_DASHBOARD_URL=https://admin.opencatalogi.nl

After editing this file restart the frontend

Stop the server by pressing CTRL + C and rebuild the frontend:

$ npm run build
$ npm run serve

Stop the server by pressing CTRL + C and restart the frontend:

$ docker-compose down
$ docker-compose up

To edit the working of the common gateway spun with the application we kindly refer to the technical documentation of the common gateway.

In order to install the application in your own cloud environment we support installation in Kubernetes using the supplied helm chart. Kubernetes is a Container Orchestration Engine that has been standardised for Dutch municipalities under the Haven standard, and for which Helm is the default installation method of components.

This helm chart can be installed with the help of Kubernetes Management Tools like Rancher.

This helm chart can be installed by running Helm from your local machine (see instructions on how to install Helm on helm.sh, which requires to have kubectl installed).

If you have Helm and Kubectl installed and you have configured access to your cluster (usually via a kubeconfig file) you can run the following commands to install the application.

$ helm repo add opencatalogi https://raw.githubusercontent.com/opencatalogi/web-app/development/helm/
$ helm install my-opencatalogi opencatalogi/opencatalogi

For further configuration we kindly refer to the documentation of the helm chart found here

Full technical documentation is provided on read the docs and is based on MKDocs. A more product owner focused (and less technical) product page is hosted at link to be added.

If you want to run the technical documentation locally, you can do so by using MKDocs build server and the serve command. Just go to the local repository and execute the following command for the documenation to be available on port 8000. Make sure to install MKDocs first.