In this step, you will need to deploy the container images of the five key components of the train in OpenShift:
To help you, a Helm chart is available in the application’s mono repo (deployment
folder).
The Helm chart is designed to deploy the images built in the previous step.
However, to save you a 20-minute wait, these images have been made available on quay.io.
You’ll deploy the components from your OpenShift DevSpaces environment (this will be easier).
To do this, open a terminal in VScode.
From the terminal, discover the projects to which you have access.
oc get projects
You should see three OpenShift projects:
$USERID-devspaces-$RANDOM
)$USERID-test
)$USERID
)Get the name of the test project from an environment variable.
TEST_NS=$(oc get projects -o name -l env=test | cut -d / -f 2 | head -n 1)
echo "Using namespace $TEST_NS"
Create the objects in your OpenShift test project.
helm template deployment /projects/rivieradev-app/deployment --set namespace="$TEST_NS" | oc apply -f -
The warning message “WARNING: Kubernetes configuration file is group-readable. This is insecure. “ can be ignored.
Follow the Pods' progress with the following command.
oc -n "$TEST_NS" get pods -w
You can also use the OpenShift console. In this case, navigate to Administrator > Workload > Pods and select your project from the drop-down list.
Open the OpenShift console and navigate to Administrator > Networking > Routes.
Right-click on the URL of the monitoring-app route and open the URL in a new window. Place this window in the corner of your screen.
Open the OpenShift console and navigate to Administrator > Workload > Pods.
Click on the Pod of the capture-app component. Open the Terminal tab.
Enter the following command in the terminal:
curl -X POST 'http://localhost:8080/capture/test' -H 'accept: */*'
If all goes well, you should see the video start up in the monitoring-app component window.