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IBM Cloud Satellite Support
Eva Tuczai edited this page Dec 13, 2023
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Starting in KubeTurbo v8.10.3, Turbonomic supports stitching IBM Cloud OpenShift Clusters (ROKS) deployed in Azure via IBM Satellite.
To enable this support you need to add an additional parameter in the KubeTurbo deployment for the Kubeturbo that is deployed into this type of OpenShift Cluster. Follow the instructions based on your Kubeturbo Configuration Method used.
Add the following parameter to the kubeturbo-release CR in a line below under args
(if you don't have an args
section add one)
spec:
args:
satelliteLocationProvider: azure
During install or upgrade, set this parameter and add to your string of paramaters:
--set args.satelliteLocationProvider=azure
edit/add to the kubeturbo deployment yaml/manifest the line below under args
spec:
containers:
- args:
- --satellite-location-provider=azure
For other satellite infrastructures, please open an Idea here.
Introduction
Kubeturbo Use Cases
Kubeturbo Deployment
Kubeturbo Config Details and Custom Configurations
Actions and how to leverage them
- Overview
-
Resizing or Vertical Scaling of Containerized Workloads
a. DeploymentConfigs with manual triggers in OpenShift Environments - Node Provision and Suspend (Cluster Scaling)
- SLO Horizontal Scaling
- Turbonomic Pod Moves (continuous rescheduling)
-
Pod move action technical details
a. Red Hat Openshift Environments
b. Pods with PVs
IBM Cloud Pak for Data & Kubeturbo:Evaluation Edition
Troubleshooting
- Startup and Connectivity Issues
- KubeTurbo Health Notification
- Logging: kubeturbo log collection and configuration options
- Startup or Validation Issues
- Stitching Issues
- Data Collection Issues
- Collect data for investigating Kubernetes deployment issue
- Changes to Cluster Role Names and Cluster Role Binding Names