The Actuator component receives events from Control Plane and uses the metadata provided in the events to instantiate the desired configuration on the kubernetes cluster. This can be Kubernetes deployments, domain routing configuration, storage devices, etc.
These environment variables can be provided to the actuator deployment on the cluster. If you are making adjustments to these settings provide the changes to Control Plane support so they will be included when new manifests are generated.
internet-facing
or internal
. When internal is used then you must be on a private network to access the workloads running in this location. Automated detection of geo-routing is limited in this configuration since the external monitoring will not be able to reach the endpoints.Ensure the ClusterRole already exists
To configure thin provisioning, you need to modify the cpln-byok-current ConfigMap in the kube-system namespace. This ConfigMap contains the actuator settings where you can specify the THIN_PROVISION environment variable.
Modify the cpln-byok-current configmap in the kube-system namespace.
In the actuator settings, add an environment variable named THIN_PROVISION.
This variable should have a value representing the percentage of resources that will be guaranteed. For example, if you want to reserve 800m when 1000m is requested, set THIN_PROVISION to .8.
Example Configuration: Here is an example of how the configuration should look:
The Actuator component receives events from Control Plane and uses the metadata provided in the events to instantiate the desired configuration on the kubernetes cluster. This can be Kubernetes deployments, domain routing configuration, storage devices, etc.
These environment variables can be provided to the actuator deployment on the cluster. If you are making adjustments to these settings provide the changes to Control Plane support so they will be included when new manifests are generated.
internet-facing
or internal
. When internal is used then you must be on a private network to access the workloads running in this location. Automated detection of geo-routing is limited in this configuration since the external monitoring will not be able to reach the endpoints.Ensure the ClusterRole already exists
To configure thin provisioning, you need to modify the cpln-byok-current ConfigMap in the kube-system namespace. This ConfigMap contains the actuator settings where you can specify the THIN_PROVISION environment variable.
Modify the cpln-byok-current configmap in the kube-system namespace.
In the actuator settings, add an environment variable named THIN_PROVISION.
This variable should have a value representing the percentage of resources that will be guaranteed. For example, if you want to reserve 800m when 1000m is requested, set THIN_PROVISION to .8.
Example Configuration: Here is an example of how the configuration should look: