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‎modules/virt-about-cdi-operator.adoc

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:_content-type: CONCEPT
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[id="virt-about-cdi-operator_{context}"]
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= About the cdi-operator
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= About the the Containerized Data Importer (CDI) Operator
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The `cdi-operator` manages the Containerized Data Importer (CDI), and its related resources, which imports a virtual machine (VM) image into a persistent volume claim (PVC) by using a data volume.
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The CDI Operator, `cdi-operator`, manages the CDI and its related resources, which imports a virtual machine (VM) image into a persistent volume claim (PVC) by using a data volume.
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image::cnv_components_cdi-operator.png[cdi-operator components]
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.cdi-operator components
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.CDI Operator components
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[cols="1,1"]
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|===
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|*Component* |*Description*

‎modules/virt-about-cluster-network-addons-operator.adoc

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:_content-type: CONCEPT
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[id="virt-about-cluster-network-addons-operator_{context}"]
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= About the cluster-network-addons-operator
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= About the Cluster Network Addons Operator
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The `cluster-network-addons-operator` deploys networking components on a cluster and manages the related resources for extended network functionality.
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The Cluster Network Addons Operator, `cluster-network-addons-operator`, deploys networking components on a cluster and manages the related resources for extended network functionality.
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image::cnv_components_cluster-network-addons-operator.png[cluster-network-addons-operator components]
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.cluster-network-addons-operator components
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.Cluster Network Addons Operator components
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|===
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|*Component* |*Description*
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|Marks network bridges available on nodes as node resources.
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|`daemonset/kube-cni-linux-bridge-plugin`
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|Installs CNI plugins on cluster nodes, enabling the attachment of VMs to Linux bridges through network attachment definitions.
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|Installs Container Network Interface (CNI) plugins on cluster nodes, enabling the attachment of VMs to Linux bridges through network attachment definitions.
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|===

‎modules/virt-about-hco-operator.adoc

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:_content-type: CONCEPT
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[id="virt-about-hco-operator_{context}"]
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= About the hco-operator
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= About the HyperConverged Operator (HCO)
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The `hco-operator` (HCO) provides a single entry point for deploying and managing {VirtProductName} and several helper operators with opinionated defaults. It also creates custom resources (CRs) for those operators.
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The HCO, `hco-operator`, provides a single entry point for deploying and managing {VirtProductName} and several helper operators with opinionated defaults. It also creates custom resources (CRs) for those operators.
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image::cnv_components_hco-operator.png[hco-operator components]
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.hco-operator components
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.HyperConverged Operator components
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|===
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|*Component* |*Description*
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|Contains all operators, CRs, and objects needed by {VirtProductName}.
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|`SSP/ssp-kubevirt-hyperconverged`
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|An SSP CR. This is automatically created by the HCO.
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|A Scheduling, Scale, and Performance (SSP) CR. This is automatically created by the HCO.
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|`CDI/cdi-kubevirt-hyperconverged`
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|A CDI CR. This is automatically created by the HCO.
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|A Containerized Data Importer (CDI) CR. This is automatically created by the HCO.
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|`NetworkAddonsConfig/cluster`
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|A CR that instructs and is managed by the `cluster-network-addons-operator`.

‎modules/virt-about-hpp-operator.adoc

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[id="virt-about-hpp-operator_{context}"]
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= About the hostpath-provisioner-operator
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= About the Hostpath Provisioner (HPP) Operator
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The `hostpath-provisioner-operator` deploys and manages the multi-node hostpath provisioner (HPP) and related resources.
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The HPP Operator, `hostpath-provisioner-operator`, deploys and manages the multi-node HPP and related resources.
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image::cnv_components_hpp-operator.png[hpp-operator components]
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.HPP Operator components
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|*Component* |*Description*
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|`deployment/hpp-pool-hpp-csi-pvc-block-<worker_node_name>`
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|Provides a worker for each node where the hostpath provisioner (HPP) is designated to run. The pods mount the specified backing storage on the node.
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|Provides a worker for each node where the HPP is designated to run. The pods mount the specified backing storage on the node.
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|`daemonset/hostpath-provisioner-csi`
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|Implements the Container Storage Interface (CSI) driver interface of the HPP.

‎modules/virt-about-ssp-operator.adoc

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:_content-type: CONCEPT
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[id="virt-about-ssp-operator_{context}"]
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= About the ssp-operator
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= About the Scheduling, Scale, and Performance (SSP) Operator
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The `ssp-operator` deploys the common templates, the related default boot sources, and the template validator.
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The SSP Operator, `ssp-operator`, deploys the common templates, the related default boot sources, and the template validator.
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image::cnv_components_ssp-operator.png[ssp-operator components]
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.SSP Operator components
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|*Component* |*Description*
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|`deployment/virt-template-validator`
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| Checks `vm.kubevirt.io/validations` annotations on virtual machines created from templates, and rejects them if they are invalid.
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|Checks `vm.kubevirt.io/validations` annotations on virtual machines created from templates, and rejects them if they are invalid.
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‎modules/virt-about-tekton-tasks-operator.adoc

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[id="virt-about-tekton-tasks-operator_{context}"]
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= About the tekton-tasks-operator
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= About the Tekton Tasks Operator
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The `tekton-tasks-operator` deploys example pipelines showing the usage of OpenShift Pipelines for VMs. It also deploys additional OpenShift Pipeline tasks that allow users to create VMs from templates, copy and modify templates, and create data volumes.
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The Tekton Tasks Operator, `tekton-tasks-operator`, deploys example pipelines showing the usage of OpenShift Pipelines for virtual machines (VMs). This operator also deploys additional OpenShift Pipeline tasks that allow users to create VMs from templates, copy and modify templates, and create data volumes.
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image::cnv_components_tekton-tasks-operator.png[tekton-tasks-operator components]
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.Tekton Tasks Operator components
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|*Component* |*Description*
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| Runs a script or a command on a VM, then stops or deletes the VM afterward.
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|`deployment/disk-virt-customize`
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| Runs a `customize` script on a target PVC using `virt-customize`.
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| Runs a `customize` script on a target persistent volume claim (PVC) using `virt-customize`.
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|`deployment/disk-virt-sysprep`
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| Runs a `sysprep` script on a target PVC by using `virt-sysprep`.
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|`deployment/wait-for-vmi-status`
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| Waits for a specific VMI status, then fails or succeeds according to that status.
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| Waits for a specific virtual machine instance (VMI) status, then fails or succeeds according to that status.
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‎modules/virt-about-virt-operator.adoc

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[id="virt-about-virt-operator_{context}"]
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= About the virt-operator
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= About the {VirtProductName} Operator
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The `virt-operator` deploys, upgrades, and manages {VirtProductName} without disrupting current virtual machine (VM) workloads.
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The {VirtProductName} Operator, `virt-operator` deploys, upgrades, and manages {VirtProductName} without disrupting current virtual machine (VM) workloads.
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image::cnv_components_virt-operator.png[virt-operator components]
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‎virt/about_virt/virt-architecture.adoc

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After all operator pods are successfully deployed, you should create the `HyperConverged` custom resource (CR). The configurations set in the `HyperConverged` CR serve as the single source of truth and the entrypoint for {VirtProductName}, and guide the behavior of the CRs.
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The `HyperConverged` CR creates corresponding CRs for the operators of all other components within its reconciliation loop. Each operator then creates resources such as daemon sets, config maps, and additional components for the {VirtProductName} control plane. For example, when the `hco-operator` creates the `KubeVirt` CR, the `virt-operator` reconciles it and create additional resources such as `virt-controller`, `virt-handler`, and `virt-api`.
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The `HyperConverged` CR creates corresponding CRs for the operators of all other components within its reconciliation loop. Each operator then creates resources such as daemon sets, config maps, and additional components for the {VirtProductName} control plane. For example, when the HyperConverged Operator (HCO) creates the `KubeVirt` CR, the {VirtProductName} Operator reconciles it and creates additional resources such as `virt-controller`, `virt-handler`, and `virt-api`.
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The OLM deploys the `hostpath-provisioner-operator`, but it is not functional until you create a `hostpath provisioner` (HPP) CR.
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The OLM deploys the Hostpath Provisioner (HPP) Operator, but it is not functional until you create a `hostpath-provisioner` CR.
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image::cnv_components_main.png[Deployments]
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