1. The minimum size for a Single node OpenShift if availability basic is an AWS m5.2xlarge (8 vCPU, 32GB RAM, 100GB DISK)
2. Connect to the OCP console
3. Navigate to Operators > OperatorHub
4. Search for stolostron and choose the Stolostron tile
5. Select the desired Version and press Install
6. Monitor the operator install Status from the OpenShift console Operators > Installed Operators, select the project stolostron, the console will show the Stolostron operator. Make sure the version displayed under the name Stolostron matches the expected version and that the Status shows Succeeded
7. Select the Stolostron operator and press the Create MultiClusterHub button
8. Keep the defaults and expand the Advanced configuration section, if you are using a 2xlarge single node OpenShift cluster, set the Availability Configuration to Basic to limit the size of the install
9. Press Create

9. Navigate to the Operators > Installed Operators page, select the stolostron-engine project and look for the Stolostron Engine operator (may take a few minutes to appear) and watch the status, it will reach Succeeeded in about 5 minutes
10. After the Stolostron Engine operator Suceeded, the MultiCluster Engine resource will appear and reach Status Phase: Available. This can be seen on the MultiCluster Engine tab of the Stolostron Engine operator
11. Return to the stolostron project, and select the Stolostron operator, then the MultiClusterHubs tab, the resource will reach Status Phase: Running (10min total) DONE!

1. The minimum size for a Single node OpenShift if availability basic is an AWS m5.2xlarge (8 vCPU, 32GB RAM, 100GB DISK)
2. Connect the oc cli to this cluster
3. Apply the operator subscription yaml

  oc apply -f ./operator/community-0.5.yaml
  
  # This creates a namespace(project), operator group and subscription in the stolostron namespace

4. Monitor the operator install Status with the following command:

   oc -n stolostron get csv
   
   The expected Status should reach Succeeded
5. Next create the MultiClusterHub resource:

   oc create -f ./multiclusterhub.yaml
   
6. Monitor the install status

   oc -n stolostron get multiclusterhub --watch
   
7. The install is complete when the STATUS reaches Running
8. During the install phase, the Stolostron Engine operator and the multicluster-egnine resource get created and installed

   oc -n stolostron-engine get csv
   
   The operator is ready when the PHASE is Suceeded (1-5min) Next the multiclusterengine resource is created automatically by the install, which can be monitored

   oc -n stolstron-engine get multiclusterengine
   
   The resource has completed installing when the STATUS reaches Available
9. One the monitoring command in step 6 shows STATUS Running the install is complete.
10. Visit the OpenShift console to start exploring DONE!

1. Navigate to Operators > Installed Operator and select the stolostrong project
2. Select the three virtical action dots for the Stolostron operator and choose Uninstall Operator
3. Select Delete all operand instances for this operator and press Uninstall
4. Delete takes about 10 minutes DONE!

1. Remove the MultiClusterHub resource from the stolostron project

   oc -n stolostron delete multiclusterhub multiclusterhub [--wait=false]
   
2. Delete takes about 10 minutes DONE!

To leverage Hosted Control Planes in this build, you need to apply the following image override YAML

oc apply -f ./hcp-imageoverride.yaml