SSP Operator
Operator that deploys resources for KubeVirt
Functionality
The operator deploys and manages resources needed by these six components:
Installation
The ssp-operator
requires an Openshift cluster to run properly.
Requirements
The following resource types and CRDs are needed by ssp-operator
when deployed on an OpenShift environment:
Resource type / CRD |
Needed by |
dataimportcrons.cdi.kubevirt.io |
data-sources operand (Kind DataImportCron ) |
datavolumes.cdi.kubevirt.io/v1beta1 |
data-sources operand (Kind DataVolume and DataVolumeSource ) |
datasources.cdi.kubevirt.io/v1beta1 |
data-sources operand (Kind DataSource ) |
prometheusrules.monitoring.coreos.com |
metrics operand (Kind PrometheusRule ) |
securitycontextconstraints.security.openshift.io |
node-labeller operand (Kind SecurityContextConstraints ) |
template.openshift.io/v1 |
common-templates operand (Kind Template ) |
virtualmachineclusterinstancetypes.instancetypes.kubevirt.io/v1alpha2 |
common-instancetypes operand (Kind VirtualMachineClusterInstancetype ) |
virtualmachineclusterpreferences.instancetypes.kubevirt.io/v1alpha2 |
common-instancetypes operand (Kind VirtualMachineClusterPreference ) |
pipelines.tekton.dev |
tekton-pipelines operand (Kind Pipeline ) |
tasks.tekton.dev |
tekton-tasks operand (Kind Task ) |
The following resource types and CRDs are needed by ssp-operator
when deployed on a vanilla k8s environment:
Resource type / CRD |
Needed by |
virtualmachineclusterinstancetypes.instancetypes.kubevirt.io/v1alpha2 |
common-instancetypes operand (Kind VirtualMachineClusterInstancetype ) |
virtualmachineclusterpreferences.instancetypes.kubevirt.io/v1alpha2 |
common-instancetypes operand (Kind VirtualMachineClusterPreference ) |
pipelines.tekton.dev |
tekton-pipelines operand (Kind Pipeline ) |
tasks.tekton.dev |
tekton-tasks operand (Kind Task ) |
Using HCO
The Hyperconverged Cluster Operator automatically installs the SSP operator when deploying.
Manual installation
The operator can be installed manually by applying the file ssp-operator.yaml
from GitHub releases:
oc apply -f ssp-operator.yaml
To install the latest released version, the following commands can be used:
export SSP_VERSION=$(curl https://api.github.com/repos/kubevirt/ssp-operator/releases/latest | jq '.name' | tr -d '"')
oc apply -f https://github.com/kubevirt/ssp-operator/releases/download/${SSP_VERSION}/ssp-operator.yaml
To activate the operator, a CR needs to be created.
An example is in config/samples/ssp_v1beta1_ssp.yaml.
Building
The Make will try to install kustomize, however if it is already installed it will not reinstall it.
In case of an error, make sure you are using at least v3 of kustomize, available here: https://kustomize.io/
To build the container image run:
make container-build
To upload the image to the default repository run:
make container-push
The repository and image name and tag can be changed
with these variables:
export IMG_REPOSITORY=<registry>/<image_name> # for example: export IMG_REPOSITORY=quay.io/kubevirt/ssp-operator
export IMG_TAG=<image_tag> # for example: export IMG_TAG=latest
After the image is pushed to the repository,
manifests and the operator can be deployed using:
make deploy
Building the Template Validator
Please note that building and deploying the Template Validator requires a separate process
To build the container image run:
make build-template-validator-container
To upload the image to the default repository run:
make push-template-validator-container
The repository and image name and tag can be changed
with these variables:
export VALIDATOR_REPOSITORY=<registry>/<image_name> # for example: export VALIDATOR_REPOSITORY=quay.io/kubevirt/kubevirt-template-validator
export VALIDATOR_IMG_TAG=<image_tag> # for example: export VALIDATOR_IMG_TAG=latest
You should also edit the deployment to pull the image you want, for example you can use this command:
oc set env deployment/ssp-operator VALIDATOR_IMAGE=$VALIDATOR_IMG
Pausing the operator
The reconciliation can be paused by adding the following
annotation to the SSP
resource:
kubevirt.io/operator.paused: "true"
The operator will not react to any changes to the SSP
resource
or any of the watched resources. If a paused SSP
resource is deleted,
the operator will still cleanup all the dependent resources.
Development
See docs/development.md