A miny example dashboard using SwiftkubeClient on Vapor.

ℹ️ The app tries to determine the kubeconfig automatically so a valid config should be available at the correct location.

ℹ️ The following permissions are required:

• List and Get deployments in all namespaces
• List and Get pods in all namespaces
• Create Resources in all namespaces

To try this just clone this repository and then depending on the environment:

$ git clone https://github.com/swiftkube/examples
$ cd examples/swiftkubedash

If you want to run this locally, then just build the project and start the executable:

$ swift build
$ .build/debug/Run serve --env production --hostname 0.0.0.0 --port 8080

A valid kubeconfig file should exist in your $HOME/.kube/config, which will be picked up and used by the app.

Build the docker image and run it. You can mount a valid kubeconfig into the running container via a volume mount. For example, you can mount your local config like this:

$ docker build . -t <image>
$ docker run -v $HOME/.kube/config:/app/.kube/config -p 8080:8080 <image> 

You can deploy the docker image in Kubernetes. The app will configure itself with the mounted service-account and namespace.

⚠️ Review the manifests before applying random stuff into your cluster.

You can apply the manifests in the deploy folder:

⚠️ If you deploy in any namespace other than default, then you have to change the subject's namespace in the ClusterRoleBinding

kubectl apply -f ./deploy

This will create a deployment, configured with a service-account and a cluster-role, and a service of type ClusterIP. You can access it like usual, e.g. a public ingress, port-forward .. etc.