kind create cluster --config kind-cluster.yaml
kubectl apply -k argocd
kubectl apply -f apps.yaml
This example includes a devcontainer configuration, allowing you to automatically create an environment for testing using the VSCode Dev Containers extension or GitHub Codespaces.
Navigate to https://localhost:8080/ on the machine with the kind cluster running.
Get the generated admin password.
argocd admin initial-password -n argocd
Or:
cat ~/argo-cd-admin-password.txt
Navigate to https://localhost:8082/ on the machine with the kind cluster running (the dev container also forwards this port).
The username and password are admin.
kind delete cluster --name argocd-keptn
Keptn has created a resource called a KeptnApp to track your application. The name of which is based on the part-of label.
$ kubectl -n demo get keptnapp
NAME AGE
keptndemoapp 3m20s
Keptn also creates a new application version every time you increment the version label.
The PHASE will change as the deployment progresses. A successful deployment is shown as PHASE=Completed
$ kubectl -n demo get keptnappversion
NAME APPNAME VERSION PHASE
keptndemoapp-0.0.1-6b86b273 keptndemoapp 0.0.1 Completed
keptndemoapp-0.0.2-d4735e3a keptndemoapp 0.0.2 Completed
Keptn is generating DORA metrics and OpenTelemetry traces for your deployments.
These metrics are exposed via the Keptn lifecycle operator /metrics endpoint on port 2222.
To see these raw metrics:
SERVICE=$(kubectl get svc -l control-plane=lifecycle-operator -A -ojsonpath="{.items[0].metadata.name}")
kubectl -n keptn-lifecycle-toolkit-system port-forward svc/$SERVICE 8081:2222
Access metrics in Prometheus format on http://localhost:8081/metrics
Look for metrics starting with keptn_