# define required ENV variables for the next steps to work
$ export GITHUB_USER=lreimer
$ export GITHUB_TOKEN=<your-token>

# setup a GKE cluster with Flux2
$ make create-gke-cluster
$ make bootstrap-flux2

# modify Flux kustomization and add
# - infrastructure-sync.yaml
# - applications-sync.yaml
# - notification-receiver.yaml
# - receiver-service.yaml
# - webhook-token.yaml
# - image-update-automation.yaml

# if the TestKube Helm release fails to reconciliate
$ flux suspend hr testkube
$ flux resume hr testkube

# you also need to create the webhook for the Git Repository
# Payload URL: http://<LoadBalancerAddress>/<ReceiverURL>
# Secret: the webhook-token value
# $ kubectl -n flux-system get svc/receiver
# $ kubectl -n flux-system get receiver/webapp

$ make delete-gke-cluster

kubectl testkube --help 
kubectl testkube dashboard

kubectl testkube create test --file src/postman/postman_collection.json --type postman/collection --name postman-test
kubectl testkube run test postman-test

kubectl testkube create test --file src/postman/postman_collection.json --type postman/collection --name postman-scheduled-test --schedule="*/5 * * * *"

# create simple k6 file based script
kubectl testkube create test --file src/k6/k6-test-scenarios.js --type "k6/script" --name k6-test-script
kubectl testkube run test --watch k6-test-script

# create Nginx service and k6 load test
kubectl testkube create test --file src/k6/k6-test-nginx.js --type "k6/script" --name k6-test-nginx
kubectl testkube run test --env TARGET_HOSTNAME=nginx-service.default.svc.cluster.local --watch k6-test-nginx
kubectl testkube run test --env K6_OUT=influxdb=http://influxdb-service:8086/k6 --env TARGET_HOSTNAME=nginx-service.default.svc.cluster.local --watch k6-test-nginx

# create a generic k6 test for this repository
kubectl testkube create test --git-uri https://github.com/lreimer/hands-on-testkube.git --git-branch main --git-path src/k6/ --type "k6/script" --name k6-test-script-git
kubectl testkube run test --args src/k6/k6-test-scenarios.js --watch k6-test-script-git

kubectl testkube create test --git-uri https://github.com/lreimer/hands-on-testkube.git --git-branch main --git-path src/k6/ --type "k6/script" --name k6-test-nginx
kubectl testkube run test --args src/k6/k6-test-nginx.js --watch k6-test-nginx

# create a Gradle test for this repository
kubectl testkube create test --git-uri https://github.com/lreimer/hands-on-testkube.git --git-branch main --type "gradle/test" --name gradle-test
kubectl testkube run test --watch gradle-test

# create a Gradle integrationTest for this repository
kubectl testkube create test --git-uri https://github.com/lreimer/hands-on-testkube.git --git-branch main --type "gradle/integrationTest" --name gradle-integration-test
kubectl testkube run test --watch gradle-integration-test

# or create a Gradle project and pass test task via args
kubectl testkube create test --git-uri https://github.com/lreimer/hands-on-testkube.git --git-branch main --type "gradle/project" --name gradle-project
kubectl testkube run test --args integrationTest --watch gradle-project

# create a Maven test for this repository
kubectl testkube create test --git-uri https://github.com/lreimer/hands-on-testkube.git --git-branch main --type "maven/test" --name maven-test
kubectl testkube run test --watch maven-test

# create a Maven integration test for this repository
kubectl testkube create test --git-uri https://github.com/lreimer/hands-on-testkube.git --git-branch main --type "maven/integration-test" --name maven-integration-test
kubectl testkube run test --watch maven-integration-test

# or create a Maven project and pass test goal via args
kubectl testkube create test --git-uri https://github.com/lreimer/hands-on-testkube.git --git-branch main --type "maven/project" --name maven-project
kubectl testkube run test --args integration-test --watch maven-project

# register the executor manually or via GitOps
kubectl apply -n testkube -f k8s/infrastructure/testkube/zap-executor.yaml

# run a ZAP OpenAPI scan against microservice
kubectl testkube create test --file src/zap/zap-api.yaml --type "zap/api" --name zap-api-test
kubectl testkube run test --watch zap-api-test

# run a ZAP Baseline scan against microservice
kubectl testkube create test --file src/zap/zap-baseline.yaml --type "zap/baseline" --name zap-baseline-test
kubectl testkube run test --watch zap-baseline-test

# register the executor manually or via GitOps
kubectl apply -n testkube -f k8s/infrastructure/testkube/karate-executor.yaml

# create and run a Karate test agains Chuck Norris REST API
kubectl testkube create test --file src/karate/chuck-norris.feature --type "karate/feature" --name karate-test
kubectl testkube run test --watch karate-test

kubectl testkube create testsource --name hands-on-testkube --git-uri https://github.com/lreimer/hands-on-testkube.git --git-branch main

kubectl testkube create test --source hands-on-testkube --type "k6/script" --name k6-testsource
kubectl testkube run test --args src/k6/k6-test-scenarios.js --watch k6-testsource

# manually create and run a test suite from JSON
kubectl testkube create testsuite --name hands-on-testkube --file src/suite.json
kubectl get testsuites -n testkube hands-on-testkube  -o yaml
kubectl testkube run testsuite hands-on-testkube

# alternatively, create test suite via GitOps
# see k8s/applications/testsuite.yaml

# see .github/workflows/testkube.yaml
# see https://github.com/lreimer/hands-on-testkube/actions/workflows/testkube.yaml

# register the test triggers manually or via GitOps
kubectl apply -n testkube -f k8s/applications/testtrigger.yaml
kubectl apply -n testkube -f k8s/applications/zap-demo/zap-api-testtrigger.yaml

# then make changes to the Nginx or Microservice deployment
kubectl scale deployment nginx-deployment --replicas=3
kubectl scale deployment hands-on-testkube --replicas=3