Chapter 3. Getting started

3.1. Getting started with OpenShift Virtualization

You can explore the features and functionalities of OpenShift Virtualization by installing and configuring a basic environment.

Note

Cluster configuration procedures require cluster-admin privileges.

3.1.1. Planning and installing OpenShift Virtualization

Plan and install OpenShift Virtualization on an OpenShift Container Platform cluster:

Planning and installation resources

3.1.2. Creating and managing virtual machines

Create a virtual machine (VM):

Create a VM from a Red Hat image.
You can create a VM by using a Red Hat template or an instance type.

Important

{FeatureName} is a Technology Preview feature only. Technology Preview features are not supported with Red Hat production service level agreements (SLAs) and might not be functionally complete. Red Hat does not recommend using them in production. These features provide early access to upcoming product features, enabling customers to test functionality and provide feedback during the development process.

For more information about the support scope of Red Hat Technology Preview features, see Technology Preview Features Support Scope.

Create a VM from a custom image.
You can create a VM by importing a custom image from a container registry or a web page, by uploading an image from your local machine, or by cloning a persistent volume claim (PVC).

Connect a VM to a secondary network:

Linux bridge network.
Open Virtual Network (OVN)-Kubernetes secondary network.
Single Root I/O Virtualization (SR-IOV) network.
Note
VMs are connected to the pod network by default.

Connect to a VM:

Connect to the serial console or VNC console of a VM.
Connect to a VM by using SSH.
Connect to the desktop viewer for Windows VMs.

Manage a VM:

3.1.3. Next steps

3.2. Using the virtctl and libguestfs CLI tools

You can manage OpenShift Virtualization resources by using the virtctl command line tool.

You can access and modify virtual machine (VM) disk images by using the libguestfs command line tool. You deploy libguestfs by using the virtctl libguestfs command.

3.2.1. Installing virtctl

To install virtctl on Red Hat Enterprise Linux (RHEL) 9, Linux, Windows, and MacOS operating systems, you download and install the virtctl binary file.

To install virtctl on RHEL 8, you enable the OpenShift Virtualization repository and then install the kubevirt-virtctl package.

3.2.1.1. Installing the virtctl binary on RHEL 9, Linux, Windows, or macOS

You can download the virtctl binary for your operating system from the OpenShift Container Platform web console and then install it.

Procedure

Navigate to the Virtualization Overview page in the web console.
Click the Download virtctl link to download the virtctl binary for your operating system.
Install virtctl:
- For RHEL 9 and other Linux operating systems:
  1. Decompress the archive file:
    $ tar -xvf <virtctl-version-distribution.arch>.tar.gz
  2. Run the following command to make the virtctl binary executable:
    $ chmod +x <path/virtctl-file-name>
  3. Move the virtctl binary to a directory in your PATH environment variable.
    You can check your path by running the following command:
    $ echo $PATH
  4. Set the KUBECONFIG environment variable:
    $ export KUBECONFIG=/home/<user>/clusters/current/auth/kubeconfig
- For Windows:
  1. Decompress the archive file.
  2. Navigate the extracted folder hierarchy and double-click the virtctl executable file to install the client.
  3. Move the virtctl binary to a directory in your PATH environment variable.
    You can check your path by running the following command:
    C:\> path
- For macOS:
  1. Decompress the archive file.
  2. Move the virtctl binary to a directory in your PATH environment variable.
    You can check your path by running the following command:
    echo $PATH

3.2.1.2. Installing the virtctl RPM on RHEL 8

You can install the virtctl RPM package on Red Hat Enterprise Linux (RHEL) 8 by enabling the OpenShift Virtualization repository and installing the kubevirt-virtctl package.

Prerequisites

Each host in your cluster must be registered with Red Hat Subscription Manager (RHSM) and have an active OpenShift Container Platform subscription.

Procedure

Enable the OpenShift Virtualization repository by using the subscription-manager CLI tool to run the following command:
```
# subscription-manager repos --enable cnv-4.14-for-rhel-8-x86_64-rpms
```
Install the kubevirt-virtctl package by running the following command:
```
# yum install kubevirt-virtctl
```

3.2.2. virtctl commands

The virtctl client is a command-line utility for managing OpenShift Virtualization resources.

Note

The virtual machine (VM) commands also apply to virtual machine instances (VMIs) unless otherwise specified.

3.2.2.1. virtctl information commands

You use virtctl information commands to view information about the virtctl client.

Table 3.1. Information commands
Command	Description
`virtctl version`	View the `virtctl` client and server versions.
`virtctl help`	View a list of `virtctl` commands.
`virtctl <command> -h\|--help`	View a list of options for a specific command.
`virtctl options`	View a list of global command options for any `virtctl` command.

3.2.2.2. VM information commands

You can use virtctl to view information about virtual machines (VMs) and virtual machine instances (VMIs).

Table 3.2. VM information commands
Command	Description
`virtctl fslist <vm_name>`	View the file systems available on a guest machine.
`virtctl guestosinfo <vm_name>`	View information about the operating systems on a guest machine.
`virtctl userlist <vm_name>`	View the logged-in users on a guest machine.

3.2.2.3. VM management commands

You use virtctl virtual machine (VM) management commands to manage and migrate virtual machines (VMs) and virtual machine instances (VMIs).

Table 3.3. VM management commands
Command	Description
`virtctl create -name <vm_name>`	Create a `VirtualMachine` manifest.
`virtctl start <vm_name>`	Start a VM.
`virtctl start --paused <vm_name>`	Start a VM in a paused state. This option enables you to interrupt the boot process from the VNC console.
`virtctl stop <vm_name>`	Stop a VM.
`virtctl stop <vm_name> --grace-period 0 --force`	Force stop a VM. This option might cause data inconsistency or data loss.
`virtctl pause vm <vm_name>`	Pause a VM. The machine state is kept in memory.
`virtctl unpause vm <vm_name>`	Unpause a VM.
`virtctl migrate <vm_name>`	Migrate a VM.
`virtctl migrate-cancel <vm_name>`	Cancel a VM migration.
`virtctl restart <vm_name>`	Restart a VM.
`virtctl create instancetype --cpu <cpu_value> --memory <memory_value> --name <instancetype_name>`	Create an `InstanceType` manifest for a `ClusterInstanceType`, or a namespaced `InstanceType`, to streamline the creation of your `InstanceType` specifications.
`virtctl create preference --name <preference_name>`	Create a `Preference` manifest for a `ClusterPreference`, or a namespaced `Preference`, to streamline the creation of your `Preference` specifications.

3.2.2.4. VM connection commands

You use virtctl connection commands to expose ports and connect to virtual machines (VMs) and virtual machine instances (VMIs).

Table 3.4. VM connection commands
Command	Description
`virtctl console <vm_name>`	Connect to the serial console of a VM.
`virtctl expose vm <vm_name> --name <service_name> --type <ClusterIP\|NodePort\|LoadBalancer> --port <port>`	Create a service that forwards a designated port of a VM and expose the service on the specified port of the node. Example: `virtctl expose vm rhel9_vm --name rhel9-ssh --type NodePort --port 22`
`virtctl scp -i <ssh_key> <file_name> <user_name>@<vm_name>`	Copy a file from your machine to a VM. This command uses the private key of an SSH key pair. The VM must be configured with the public key.
`virtctl scp -i <ssh_key> <user_name@<vm_name>:<file_name> .`	Copy a file from a VM to your machine. This command uses the private key of an SSH key pair. The VM must be configured with the public key.
`virtctl ssh -i <ssh_key> <user_name>@<vm_name>`	Open an SSH connection with a VM. This command uses the private key of an SSH key pair. The VM must be configured with the public key.
`virtctl vnc <vm_name>`	Connect to the VNC console of a VM. You must have `virt-viewer` installed.
`virtctl vnc --proxy-only=true <vm_name>`	Display the port number and connect manually to a VM by using any viewer through the VNC connection.
`virtctl vnc --port=<port-number> <vm_name>`	Specify a port number to run the proxy on the specified port, if that port is available. If a port number is not specified, the proxy runs on a random port.

3.2.2.5. VM export commands

Use virtctl vmexport commands to create, download, or delete a volume exported from a VM, VM snapshot, or persistent volume claim (PVC). Certain manifests also contain a header secret, which grants access to the endpoint to import a disk image in a format that OpenShift Virtualization can use.

Table 3.5. VM export commands
Command	Description
`virtctl vmexport create <vmexport_name> --vm\|snapshot\|pvc=<object_name>`	Create a `VirtualMachineExport` custom resource (CR) to export a volume from a VM, VM snapshot, or PVC. `--vm`: Exports the PVCs of a VM. `--snapshot`: Exports the PVCs contained in a `VirtualMachineSnapshot` CR. `--pvc`: Exports a PVC. Optional: `--ttl=1h` specifies the time to live. The default duration is 2 hours.
`virtctl vmexport delete <vmexport_name>`	Delete a `VirtualMachineExport` CR manually.
`virtctl vmexport download <vmexport_name> --output=<output_file> --volume=<volume_name>`	Download the volume defined in a `VirtualMachineExport` CR. `--output` specifies the file format. Example: `disk.img.gz`. `--volume` specifies the volume to download. This flag is optional if only one volume is available. Optional: `--keep-vme` retains the `VirtualMachineExport` CR after download. The default behavior is to delete the `VirtualMachineExport` CR after download. `--insecure` enables an insecure HTTP connection.
`virtctl vmexport download <vmexport_name> --<vm\|snapshot\|pvc>=<object_name> --output=<output_file> --volume=<volume_name>`	Create a `VirtualMachineExport` CR and then download the volume defined in the CR.
`virtctl vmexport download export --manifest`	Retrieve the manifest for an existing export. The manifest does not include the header secret.
`virtctl vmexport download export --manifest --vm=example`	Create a VM export for a VM example, and retrieve the manifest. The manifest does not include the header secret.
`virtctl vmexport download export --manifest --snap=example`	Create a VM export for a VM snapshot example, and retrieve the manifest. The manifest does not include the header secret.
`virtctl vmexport download export --manifest --include-secret`	Retrieve the manifest for an existing export. The manifest includes the header secret.
`virtctl vmexport download export --manifest --manifest-output-format=json`	Retrieve the manifest for an existing export in json format. The manifest does not include the header secret.
`virtctl vmexport download export --manifest --include-secret --output=manifest.yaml`	Retrieve the manifest for an existing export. The manifest includes the header secret and writes it to the file specified.

3.2.2.6. VM memory dump commands

You can use the virtctl memory-dump command to output a VM memory dump on a PVC. You can specify an existing PVC or use the --create-claim flag to create a new PVC.

Prerequisites

The PVC volume mode must be FileSystem.
The PVC must be large enough to contain the memory dump.
The formula for calculating the PVC size is (VMMemorySize + 100Mi) * FileSystemOverhead, where 100Mi is the memory dump overhead.

You must enable the hot plug feature gate in the HyperConverged custom resource by running the following command:

$ oc patch hyperconverged kubevirt-hyperconverged -n openshift-cnv \
  --type json -p '[{"op": "add", "path": "/spec/featureGates", \
  "value": "HotplugVolumes"}]'

Downloading the memory dump

You must use the virtctl vmexport download command to download the memory dump:

$ virtctl vmexport download <vmexport_name> --vm|pvc=<object_name> \
  --volume=<volume_name> --output=<output_file>

Table 3.6. VM memory dump commands
Command	Description
`virtctl memory-dump get <vm_name> --claim-name=<pvc_name>`	Save the memory dump of a VM on a PVC. The memory dump status is displayed in the `status` section of the `VirtualMachine` resource. Optional: `--create-claim` creates a new PVC with the appropriate size. This flag has the following options: `--storage-class=<storage_class>`: Specify a storage class for the PVC. `--access-mode=<access_mode>`: Specify `ReadWriteOnce` or `ReadWriteMany`.
`virtctl memory-dump get <vm_name>`	Rerun the `virtctl memory-dump` command with the same PVC. This command overwrites the previous memory dump.
`virtctl memory-dump remove <vm_name>`	Remove a memory dump. You must remove a memory dump manually if you want to change the target PVC. This command removes the association between the VM and the PVC, so that the memory dump is not displayed in the `status` section of the `VirtualMachine` resource. The PVC is not affected.

3.2.2.7. Hot plug and hot unplug commands

You use virtctl to add or remove resources from running virtual machines (VMs) and virtual machine instances (VMIs).

Table 3.7. Hot plug and hot unplug commands
Command	Description
`virtctl addvolume <vm_name> --volume-name=<datavolume_or_PVC> [--persist] [--serial=<label>]`	Hot plug a data volume or persistent volume claim (PVC). Optional: `--persist` mounts the virtual disk permanently on a VM. This flag does not apply to VMIs. `--serial=<label>` adds a label to the VM. If you do not specify a label, the default label is the data volume or PVC name.
`virtctl removevolume <vm_name> --volume-name=<virtual_disk>`	Hot unplug a virtual disk.
`virtctl addinterface <vm_name> --network-attachment-definition-name <net_attach_def_name> --name <interface_name>`	Hot plug a Linux bridge network interface.
`virtctl removeinterface <vm_name> --name <interface_name>`	Hot unplug a Linux bridge network interface.

3.2.2.8. Image upload commands

You use the virtctl image-upload commands to upload a VM image to a data volume.

Table 3.8. Image upload commands
Command	Description
`virtctl image-upload dv <datavolume_name> --image-path=</path/to/image> --no-create`	Upload a VM image to a data volume that already exists.
`virtctl image-upload dv <datavolume_name> --size=<datavolume_size> --image-path=</path/to/image>`	Upload a VM image to a new data volume of a specified requested size.

3.2.3. Deploying libguestfs by using virtctl

You can use the virtctl guestfs command to deploy an interactive container with libguestfs-tools and a persistent volume claim (PVC) attached to it.

Procedure

To deploy a container with libguestfs-tools, mount the PVC, and attach a shell to it, run the following command:
```
$ virtctl guestfs -n <namespace> <pvc_name> 1
```
1
The PVC name is a required argument. If you do not include it, an error message appears.

3.2.3.1. Libguestfs and virtctl guestfs commands

Libguestfs tools help you access and modify virtual machine (VM) disk images. You can use libguestfs tools to view and edit files in a guest, clone and build virtual machines, and format and resize disks.

You can also use the virtctl guestfs command and its sub-commands to modify, inspect, and debug VM disks on a PVC. To see a complete list of possible sub-commands, enter virt- on the command line and press the Tab key. For example:

Command	Description
`virt-edit -a /dev/vda /etc/motd`	Edit a file interactively in your terminal.
`virt-customize -a /dev/vda --ssh-inject root:string:<public key example>`	Inject an ssh key into the guest and create a login.
`virt-df -a /dev/vda -h`	See how much disk space is used by a VM.
`virt-customize -a /dev/vda --run-command 'rpm -qa > /rpm-list'`	See the full list of all RPMs installed on a guest by creating an output file containing the full list.
`virt-cat -a /dev/vda /rpm-list`	Display the output file list of all RPMs created using the `virt-customize -a /dev/vda --run-command 'rpm -qa > /rpm-list'` command in your terminal.
`virt-sysprep -a /dev/vda`	Seal a virtual machine disk image to be used as a template.

By default, virtctl guestfs creates a session with everything needed to manage a VM disk. However, the command also supports several flag options if you want to customize the behavior:

Flag Option	Description
`--h` or `--help`	Provides help for `guestfs`.
`-n <namespace>` option with a `<pvc_name>` argument	To use a PVC from a specific namespace. If you do not use the `-n <namespace>` option, your current project is used. To change projects, use `oc project <namespace>`. If you do not include a `<pvc_name>` argument, an error message appears.
`--image string`	Lists the `libguestfs-tools` container image. You can configure the container to use a custom image by using the `--image` option.
`--kvm`	Indicates that `kvm` is used by the `libguestfs-tools` container. By default, `virtctl guestfs` sets up `kvm` for the interactive container, which greatly speeds up the `libguest-tools` execution because it uses QEMU. If a cluster does not have any `kvm` supporting nodes, you must disable `kvm` by setting the option `--kvm=false`. If not set, the `libguestfs-tools` pod remains pending because it cannot be scheduled on any node.
`--pull-policy string`	Shows the pull policy for the `libguestfs` image. You can also overwrite the image’s pull policy by setting the `pull-policy` option.

The command also checks if a PVC is in use by another pod, in which case an error message appears. However, once the libguestfs-tools process starts, the setup cannot avoid a new pod using the same PVC. You must verify that there are no active virtctl guestfs pods before starting the VM that accesses the same PVC.

Note

The virtctl guestfs command accepts only a single PVC attached to the interactive pod.

3.3. Web console overview

The Virtualization section of the OpenShift Container Platform web console contains the following pages for managing and monitoring your OpenShift Virtualization environment.

Table 3.9. Virtualization pages
Page	Description
Overview page	Manage and monitor the OpenShift Virtualization environment.
Catalog page	Create virtual machines from a catalog of templates.
VirtualMachines page	Create and manage virtual machines.
Templates page	Create and manage templates.
InstanceTypes page	Create and manage virtual machine instance types.
Preferences page	Create and manage virtual machine preferences.
Bootable volumes page	Create and manage DataSources for bootable volumes.
MigrationPolicies page	Create and manage migration policies for workloads.

Table 3.10. Key
Icon	Description
	Edit icon
	Link icon

3.3.1. Overview page

The Overview page displays resources, metrics, migration progress, and cluster-level settings.

Example 3.1. Overview page

Element	Description
Download virtctl	Download the `virtctl` command line tool to manage resources.
Overview tab	Resources, usage, alerts, and status.
Top consumers tab	Top consumers of CPU, memory, and storage resources.
Migrations tab	Status of live migrations.
Settings tab	The Settings tab contains the Cluster tab and the User tab.
Settings Cluster tab	OpenShift Virtualization version, update status, live migration, templates project, preview features, and load balancer service settings.
Settings User tab	Authorized SSH keys, user permissions, and welcome information settings.

3.3.1.1. Overview tab

The Overview tab displays resources, usage, alerts, and status.

Example 3.2. Overview tab

Element	Description
Getting started resources card	Quick Starts tile: Learn how to create, import, and run virtual machines with step-by-step instructions and tasks. Feature highlights tile: Read the latest information about key virtualization features. Related operators tile: Install Operators such as the Kubernetes NMState Operator or the OpenShift Data Foundation Operator.
Memory tile	Memory usage, with a chart showing the last 7 days' trend.
Storage tile	Storage usage, with a chart showing the last 7 days' trend.
VirtualMachines tile	Number of virtual machines, with a chart showing the last 7 days' trend.
vCPU usage tile	vCPU usage, with a chart showing the last 7 days' trend.
VirtualMachine statuses tile	Number of virtual machines, grouped by status.
Alerts tile	OpenShift Virtualization alerts, grouped by severity.
VirtualMachines per resource chart	Number of virtual machines created from templates and instance types.

3.3.1.2. Top consumers tab

The Top consumers tab displays the top consumers of CPU, memory, and storage.

Example 3.3. Top consumers tab

Element	Description
View virtualization dashboard	Link to Observe Dashboards, which displays the top consumers for OpenShift Virtualization.
Time period list	Select a time period to filter the results.
Top consumers list	Select the number of top consumers to filter the results.
CPU chart	Virtual machines with the highest CPU usage.
Memory chart	Virtual machines with the highest memory usage.
Memory swap traffic chart	Virtual machines with the highest memory swap traffic.
vCPU wait chart	Virtual machines with the highest vCPU wait periods.
Storage throughput chart	Virtual machines with the highest storage throughput usage.
Storage IOPS chart	Virtual machines with the highest storage input/output operations per second usage.

3.3.1.3. Migrations tab

The Migrations tab displays the status of virtual machine migrations.

Example 3.4. Migrations tab

Element	Description
Time period list	Select a time period to filter virtual machine migrations.
VirtualMachineInstanceMigrations information table	List of virtual machine migrations.

3.3.1.4. Settings tab

The Settings tab displays cluster-wide settings.

Example 3.5. Tabs on the Settings tab

Tab	Description
Cluster tab	OpenShift Virtualization version and update status, live migration, templates project, preview features, and load balancer service settings.
User tab	Authorized SSH key management, user permissions, and welcome information settings.

3.3.1.4.1. Cluster tab

The Cluster tab displays the OpenShift Virtualization version and update status. You configure preview features, live migration, and other settings on the Cluster tab.

Example 3.6. Cluster tab

Element	Description
Installed version	OpenShift Virtualization version.
Update status	OpenShift Virtualization update status.
Channel	OpenShift Virtualization update channel.
Preview features section	Expand this section to manage preview features. Preview features are disabled by default and must not be enabled in production environments.
Live Migration section	Expand this section to configure live migration settings.
Live Migration Max. migrations per cluster field	Select the maximum number of live migrations per cluster.
Live Migration Max. migrations per node field	Select the maximum number of live migrations per node.
Live Migration Live migration network list	Select a dedicated secondary network for live migration.
Automatic subscription of new RHEL VirtualMachines section	Expand this section to enable automatic subscription for Red Hat Enterprise Linux (RHEL) virtual machines. To enable this feature, you need cluster administrator permissions, an organization ID, and an activation key.
LoadBalancer section	Expand this section to enable the creation of load balancer services for SSH access to virtual machines. The cluster must have a load balancer configured.
Template project section	Expand this section to select a project for Red Hat templates. The default project is `openshift`. To store Red Hat templates in multiple projects, clone the template and then select a project for the cloned template.

3.3.1.4.2. User tab

You view user permissions and manage authorized SSH keys and welcome information on the User tab.

Example 3.7. User tab

Element	Description
Manage SSH keys section	Expand this section to add authorized SSH keys to a project. The keys are added automatically to all virtual machines that you subsequently create in the selected project.
Permissions section	Expand this section to view cluster-wide user permissions.
Welcome information section	Expand this section to show or hide the Welcome information dialog.

Element

Description

Manage SSH keys section

Expand this section to add authorized SSH keys to a project.

The keys are added automatically to all virtual machines that you subsequently create in the selected project.

Permissions section

Expand this section to view cluster-wide user permissions.

Welcome information section

Expand this section to show or hide the Welcome information dialog.

3.3.2. Catalog page

You create a virtual machine from a template or instance type on the Catalog page.

Example 3.8. Catalog page

Element	Description
Template catalog tab	Displays a catalog of templates for creating a virtual machine.
InstanceTypes tab	Displays bootable volumes and instance types for creating a virtual machine.

3.3.2.1. Template catalog tab

You select a template on the Template catalog tab to create a virtual machine.

Example 3.9. Template catalog tab

Element	Description
Template project list	Select the project in which Red Hat templates are located. By default, Red Hat templates are stored in the `openshift` project. You can edit the template project on the Overview page Settings tab Cluster tab.
All items\|Default templates	Click All items to display all available templates.
Boot source available checkbox	Select the checkbox to display templates with an available boot source.
Operating system checkboxes	Select checkboxes to display templates with selected operating systems.
Workload checkboxes	Select checkboxes to display templates with selected workloads.
Search field	Search templates by keyword.
Template tiles	Click a template tile to view template details and to create a virtual machine.

3.3.2.2. InstanceTypes tab

You create a virtual machine from an instance type on the InstanceTypes tab.

Important

Creating a virtual machine from an instance type is a Technology Preview feature only. Technology Preview features are not supported with Red Hat production service level agreements (SLAs) and might not be functionally complete. Red Hat does not recommend using them in production. These features provide early access to upcoming product features, enabling customers to test functionality and provide feedback during the development process.

For more information about the support scope of Red Hat Technology Preview features, see Technology Preview Features Support Scope.

Element	Description
Volumes project field	Project in which bootable volumes are stored. The default is `openshift-virtualization-os-images`.
Add volume button	Click to upload a new volume or to use an existing persistent volume claim.
Filter field	Filter boot sources by operating system or resource.
Search field	Search boot sources by name.
Manage columns icon	Select up to 9 columns to display in the table.
Volume table	Select a bootable volume for your virtual machine.
Red Hat provided tab	Select an instance type provided by Red Hat.
User provided tab	Select an instance type that you created on the InstanceType page.
VirtualMachine details pane	Displays the virtual machine settings.
Name field	Optional: Enter the virtual machine name.
SSH key name	Click the edit icon to add a public SSH key.
Start this VirtualMachine after creation checkbox	Clear this checkbox to prevent the virtual machine from starting automatically.
Create VirtualMachine button	Creates a virtual machine.
YAML & CLI button	Displays the YAML configuration file and the `virtctl create` command to create the virtual machine from the command line.

3.3.3. VirtualMachines page

You create and manage virtual machines on the VirtualMachines page.

Example 3.10. VirtualMachines page

Element	Description
Create button	Create a virtual machine from a template, volume, or YAML configuration file.
Filter field	Filter virtual machines by status, template, operating system, or node.
Search field	Search for virtual machines by name or by label.
Manage columns icon	Select up to 9 columns to display in the table. The Namespace column is only displayed when All Projects is selected from the Projects list.
Virtual machines table	List of virtual machines. Click the actions menu beside a virtual machine to select Stop, Restart, Pause, Clone, Migrate, Copy SSH command, Edit labels, Edit annotations, or Delete. If you select Stop, Force stop replaces Stop in the action menu. Use Force stop to initiate an immediate shutdown if the operating system becomes unresponsive. Click a virtual machine to navigate to the VirtualMachine details page.

3.3.3.1. VirtualMachine details page

You configure a virtual machine on the VirtualMachine details page.

Example 3.11. VirtualMachine details page

Element	Description
Actions menu	Click the Actions menu to select Stop, Restart, Pause, Clone, Migrate, Copy SSH command, Edit labels, Edit annotations, or Delete. If you select Stop, Force stop replaces Stop in the action menu. Use Force stop to initiate an immediate shutdown if the operating system becomes unresponsive.
Overview tab	Resource usage, alerts, disks, and devices.
Details tab	Virtual machine details and configurations.
Metrics tab	Memory, CPU, storage, network, and migration metrics.
YAML tab	Virtual machine YAML configuration file.
Configuration tab	Contains the Disks, Network interfaces, Scheduling, Environment, and Scripts tabs.
Configuration Disks tab	Disks.
Configuration Network interfaces tab	Network interfaces.
Configuration Scheduling tab	Scheduling a virtual machine to run on specific nodes.
Configuration Environment tab	Config map, secret, and service account management.
Configuration Scripts tab	Cloud-init settings, authorized SSH key and dynamic key injection for Linux virtual machines, Sysprep settings for Windows virtual machines.
Events tab	Virtual machine event stream.
Console tab	Console session management.
Snapshots tab	Snapshot management.
Diagnostics tab	Status conditions and volume snapshot status.

3.3.3.1.1. Overview tab

The Overview tab displays resource usage, alerts, and configuration information.

Example 3.12. Overview tab

Element	Description
Details tile	General virtual machine information.
Utilization tile	CPU, Memory, Storage, and Network transfer charts. By default, Network transfer displays the sum of all networks. To view the breakdown for a specific network, click Breakdown by network.
Hardware devices tile	GPU and host devices.
Alerts tile	OpenShift Virtualization alerts, grouped by severity.
Snapshots tile	Take snapshot and snapshots table.
Network interfaces tile	Network interfaces table.
Disks tile	Disks table.

3.3.3.1.2. Details tab

You view information about the virtual machine and edit labels, annotations, and other metadata and on the Details tab.

Example 3.13. Details tab

Element	Description
YAML switch	Set to ON to view your live changes in the YAML configuration file.
Name	Virtual machine name.
Namespace	Virtual machine namespace or project.
Labels	Click the edit icon to edit the labels.
Annotations	Click the edit icon to edit the annotations.
Description	Click the edit icon to enter a description.
Operating system	Operating system name.
CPU\|Memory	Click the edit icon to edit the CPU\|Memory request. Restart the virtual machine to apply the change. The number of CPUs is calculated by using the following formula: `sockets * threads * cores`.
Machine type	Machine type.
Boot mode	Click the edit icon to edit the boot mode. Restart the virtual machine to apply the change.
Start in pause mode	Click the edit icon to enable this setting. Restart the virtual machine to apply the change.
Template	Name of the template used to create the virtual machine.
Created at	Virtual machine creation date.
Owner	Virtual machine owner.
Status	Virtual machine status.
Pod	`virt-launcher` pod name.
VirtualMachineInstance	Virtual machine instance name.
Boot order	Click the edit icon to select a boot source. Restart the virtual machine to apply the change.
IP address	IP address of the virtual machine.
Hostname	Hostname of the virtual machine. Restart the virtual machine to apply the change.
Time zone	Time zone of the virtual machine.
Node	Node on which the virtual machine is running.
Workload profile	Click the edit icon to edit the workload profile.
SSH access	These settings apply to Linux.
SSH using virtctl	Click the copy icon to copy the `virtctl ssh` command to the clipboard. This feature is disabled if the virtual machine does not have an authorized SSH key.
SSH service type	Select SSH over LoadBalancer. After you create a service, the SSH command is displayed. Click the copy icon to copy the command to the clipboard.
GPU devices	Click the edit icon to add a GPU device. Restart the virtual machine to apply the change.
Host devices	Click the edit icon to add a host device. Restart the virtual machine to apply the change.
Headless mode	Click the edit icon to set headless mode to ON and to disable VNC console. Restart the virtual machine to apply the change.
Services	Displays a list of services if QEMU guest agent is installed.
Active users	Displays a list of active users if QEMU guest agent is installed.

3.3.3.1.3. Metrics tab

The Metrics tab displays memory, CPU, storage, network, and migration usage charts.

Example 3.14. Metrics tab

Element	Description
Time range list	Select a time range to filter the results.
Virtualization dashboard	Link to the Workloads tab of the current project.
Utilization	Memory and CPU charts.
Storage	Storage total read/write and Storage IOPS total read/write charts.
Network	Network in, Network out, Network bandwidth, and Network interface charts. Select All networks or a specific network from the Network interface list.
Migration	Migration and KV data transfer rate charts.

3.3.3.1.4. YAML tab

You configure the virtual machine by editing the YAML file on the YAML tab.

Example 3.15. YAML tab

Element	Description
Save button	Save changes to the YAML file.
Reload button	Discard your changes and reload the YAML file.
Cancel button	Exit the YAML tab.
Download button	Download the YAML file to your local machine.

3.3.3.1.5. Configuration tab

You configure scheduling, network interfaces, disks, and other options on the Configuration tab.

Example 3.16. Tabs on the Configuration tab

Element	Description
YAML switch	Set to ON to view your live changes in the YAML configuration file.
Disks tab	Disks.
Network interfaces tab	Network interfaces.
Scheduling tab	Scheduling and resource requirements.
Environment tab	Config maps, secrets, and service accounts.
Scripts tab	Cloud-init settings, authorized SSH key for Linux virtual machines, Sysprep answer file for Windows virtual machines.

3.3.3.1.5.1. Disks tab

You manage disks on the Disks tab.

Example 3.17. Disks tab

Setting	Description
Add disk button	Add a disk to the virtual machine.
Filter field	Filter by disk type.
Search field	Search for a disk by name.
Mount Windows drivers disk checkbox	Select to mount a `virtio-win` container disk as a CD-ROM to install VirtIO drivers.
Disks table	List of virtual machine disks. Click the actions menu beside a disk to select Edit or Detach.
File systems table	List of virtual machine file systems.

3.3.3.1.5.2. Network interfaces tab

You manage network interfaces on the Network interfaces tab.

Example 3.18. Network interfaces tab

Setting	Description
Add network interface button	Add a network interface to the virtual machine.
Filter field	Filter by interface type.
Search field	Search for a network interface by name or by label.
Network interface table	List of network interfaces. Click the actions menu beside a network interface to select Edit or Delete.

3.3.3.1.5.3. Scheduling tab

You configure virtual machines to run on specific nodes on the Scheduling tab.

Restart the virtual machine to apply changes.

Example 3.19. Scheduling tab

Setting	Description
Node selector	Click the edit icon to add a label to specify qualifying nodes.
Tolerations	Click the edit icon to add a toleration to specify qualifying nodes.
Affinity rules	Click the edit icon to add an affinity rule.
Descheduler switch	Enable or disable the descheduler. The descheduler evicts a running pod so that the pod can be rescheduled onto a more suitable node. This field is disabled if the virtual machine cannot be live migrated.
Dedicated resources	Click the edit icon to select Schedule this workload with dedicated resources (guaranteed policy).
Eviction strategy	Click the edit icon to select LiveMigrate as the virtual machine eviction strategy.

3.3.3.1.5.4. Environment tab

You manage config maps, secrets, and service accounts on the Environment tab.

Example 3.20. Environment tab

Element	Description
Add Config Map, Secret or Service Account	Click the link and select a config map, secret, or service account from the resource list.

3.3.3.1.5.5. Scripts tab

You manage cloud-init settings, add SSH keys, or configure Sysprep for Windows virtual machines on the Scripts tab.

Restart the virtual machine to apply changes.

Example 3.21. Scripts tab

Element	Description
Cloud-init	Click the edit icon to edit the cloud-init settings.
Authorized SSH key	Click the edit icon to add a public SSH key to a Linux virtual machine. The key is added as a cloud-init data source at first boot.
Dynamic SSH key injection switch	Set Dynamic SSH key injection to on to enable dynamic public SSH key injection. Then, you can add or revoke the key at runtime. Dynamic SSH key injection is only supported by Red Hat Enterprise Linux (RHEL) 9. If you manually disable this setting, the virtual machine inherits the SSH key settings of the image from which it was created.
Sysprep	Click the edit icon to upload an `Autounattend.xml` or `Unattend.xml` answer file to automate Windows virtual machine setup.

3.3.3.1.6. Events tab

The Events tab displays a list of virtual machine events.

3.3.3.1.7. Console tab

You can open a console session to the virtual machine on the Console tab.

Example 3.22. Console tab

Element	Description
Guest login credentials section	Expand Guest login credentials to view the credentials created with `cloud-init`. Click the copy icon to copy the credentials to the clipboard.
Console list	Select VNC console or Serial console. The Desktop viewer option is displayed for Windows virtual machines. You must install an RDP client on a machine on the same network.
Send key list	Select a key-stroke combination to send to the console.
Disconnect button	Disconnect the console connection. You must manually disconnect the console connection if you open a new console session. Otherwise, the first console session continues to run in the background.
Paste button	Paste a string from your clipboard to the VNC console.

3.3.3.1.8. Snapshots tab

You create snapshots and restore virtual machines from snapshots on the Snapshots tab.

Example 3.23. Snapshots tab

Element	Description
Take snapshot button	Create a snapshot.
Filter field	Filter snapshots by status.
Search field	Search for snapshots by name or by label.
Snapshot table	List of snapshots Click the snapshot name to edit the labels or annotations. Click the actions menu beside a snapshot to select Restore or Delete.

3.3.3.1.9. Diagnostics tab

You view the status conditions and volume snapshot status on the Diagnostics tab.

Example 3.24. Diagnostics tab

Element	Description
Status conditions table	Display a list of conditions that are reported for the virtual machine.
Filter field	Filter status conditions by category and condition.
Search field	Search status conditions by reason.
Manage columns icon	Select up to 9 columns to display in the table.
Volume snapshot status table	List of volumes, their snapshot enablement status, and reason.

3.3.4. Templates page

You create, edit, and clone virtual machine templates on the VirtualMachine Templates page.

Note

You cannot edit a Red Hat template. However, you can clone a Red Hat template and edit it to create a custom template.

Example 3.25. VirtualMachine Templates page

Element	Description
Create Template button	Create a template by editing a YAML configuration file.
Filter field	Filter templates by type, boot source, template provider, or operating system.
Search field	Search for templates by name or by label.
Manage columns icon	Select up to 9 columns to display in the table. The Namespace column is only displayed when All Projects is selected from the Projects list.
Virtual machine templates table	List of virtual machine templates. Click the actions menu beside a template to select Edit, Clone, Edit boot source, Edit boot source reference, Edit labels, Edit annotations, or Delete. You cannot edit a Red Hat provided template. You can clone the Red Hat template and then edit the custom template.

3.3.4.1. Template details page

You view template settings and edit custom templates on the Template details page.

Example 3.26. Template details page

Element	Description
YAML switch	Set to ON to view your live changes in the YAML configuration file.
Actions menu	Click the Actions menu to select Edit, Clone, Edit boot source, Edit boot source reference, Edit labels, Edit annotations, or Delete.
Details tab	Template settings and configurations.
YAML tab	YAML configuration file.
Scheduling tab	Scheduling configurations.
Network interfaces tab	Network interface management.
Disks tab	Disk management.
Scripts tab	Cloud-init, SSH key, and Sysprep management.
Parameters tab	Name and cloud user password management.

3.3.4.1.1. Details tab

You configure a custom template on the Details tab.

Example 3.27. Details tab

Element	Description
Name	Template name.
Namespace	Template namespace.
Labels	Click the edit icon to edit the labels.
Annotations	Click the edit icon to edit the annotations.
Display name	Click the edit icon to edit the display name.
Description	Click the edit icon to enter a description.
Operating system	Operating system name.
CPU\|Memory	Click the edit icon to edit the CPU\|Memory request. The number of CPUs is calculated by using the following formula: `sockets * threads * cores`.
Machine type	Template machine type.
Boot mode	Click the edit icon to edit the boot mode.
Base template	Name of the base template used to create this template.
Created at	Template creation date.
Owner	Template owner.
Boot order	Template boot order.
Boot source	Boot source availability.
Provider	Template provider.
Support	Template support level.
GPU devices	Click the edit icon to add a GPU device.
Host devices	Click the edit icon to add a host device.
Headless mode	Click the edit icon to set headless mode to ON and to disable VNC console.

3.3.4.1.2. YAML tab

You configure a custom template by editing the YAML file on the YAML tab.

Example 3.28. YAML tab

Element	Description
Save button	Save changes to the YAML file.
Reload button	Discard your changes and reload the YAML file.
Cancel button	Exit the YAML tab.
Download button	Download the YAML file to your local machine.

3.3.4.1.3. Scheduling tab

You configure scheduling on the Scheduling tab.

Example 3.29. Scheduling tab

Setting	Description
Node selector	Click the edit icon to add a label to specify qualifying nodes.
Tolerations	Click the edit icon to add a toleration to specify qualifying nodes.
Affinity rules	Click the edit icon to add an affinity rule.
Descheduler switch	Enable or disable the descheduler. The descheduler evicts a running pod so that the pod can be rescheduled onto a more suitable node.
Dedicated resources	Click the edit icon to select Schedule this workload with dedicated resources (guaranteed policy).
Eviction strategy	Click the edit icon to select LiveMigrate as the virtual machine eviction strategy.

3.3.4.1.4. Network interfaces tab

You manage network interfaces on the Network interfaces tab.

Example 3.30. Network interfaces tab

Setting	Description
Add network interface button	Add a network interface to the template.
Filter field	Filter by interface type.
Search field	Search for a network interface by name or by label.
Network interface table	List of network interfaces. Click the actions menu beside a network interface to select Edit or Delete.

3.3.4.1.5. Disks tab

You manage disks on the Disks tab.

Example 3.31. Disks tab

Setting	Description
Add disk button	Add a disk to the template.
Filter field	Filter by disk type.
Search field	Search for a disk by name.
Disks table	List of template disks. Click the actions menu beside a disk to select Edit or Detach.

3.3.4.1.6. Scripts tab

You manage the cloud-init settings, SSH keys, and Sysprep answer files on the Scripts tab.

Example 3.32. Scripts tab

Element	Description
Cloud-init	Click the edit icon to edit the cloud-init settings.
Authorized SSH key	Click the edit icon to create a new secret or to attach an existing secret to a Linux virtual machine.
Sysprep	Click the edit icon to upload an `Autounattend.xml` or `Unattend.xml` answer file to automate Windows virtual machine setup.

3.3.4.1.7. Parameters tab

You edit selected template settings on the Parameters tab.

Example 3.33. Parameters tab

Element	Description
NAME	Set the name parameters for a virtual machine created from this template.
CLOUD_USER_PASSWORD	Set the cloud user password parameters for a virtual machine created from this template.

3.3.5. InstanceTypes page

You view and manage virtual machine instance types on the InstanceTypes page.

Example 3.34. VirtualMachineClusterInstancetypes page

Element	Description
Create button	Create an instance type by editing a YAML configuration file.
Search field	Search for an instance type by name or by label.
Manage columns icon	Select up to 9 columns to display in the table. The Namespace column is only displayed when All Projects is selected from the Projects list.
Instance types table	List of instance. Click the actions menu beside an instance type to select Clone or Delete.

Click an instance type to view the VirtualMachineClusterInstancetypes details page.

3.3.5.1. VirtualMachineClusterInstancetypes details page

You configure an instance type on the VirtualMachineClusterInstancetypes details page.

Example 3.35. VirtualMachineClusterInstancetypes details page

Element	Description
Details tab	Configure an instance type by editing a form.
YAML tab	Configure an instance type by editing a YAML configuration file.
Actions menu	Select Edit labels, Edit annotations, Edit VirtualMachineClusterInstancetype, or Delete VirtualMachineClusterInstancetype.

3.3.5.1.1. Details tab

You configure an instance type by editing a form on the Details tab.

Example 3.36. Details tab

Element	Description
Name	VirtualMachineClusterInstancetype name.
Labels	Click the edit icon to edit the labels.
Annotations	Click the edit icon to edit the annotations.
Created at	Instance type creation date.
Owner	Instance type owner.

3.3.5.1.2. YAML tab

You configure an instance type by editing the YAML file on the YAML tab.

Example 3.37. YAML tab

Element	Description
Save button	Save changes to the YAML file.
Reload button	Discard your changes and reload the YAML file.
Cancel button	Exit the YAML tab.
Download button	Download the YAML file to your local machine.

3.3.6. Preferences page

You view and manage virtual machine preferences on the Preferences page.

Example 3.38. VirtualMachineClusterPreferences page

Element	Description
Create button	Create a preference by editing a YAML configuration file.
Search field	Search for a preference by name or by label.
Manage columns icon	Select up to 9 columns to display in the table. The Namespace column is only displayed when All Projects is selected from the Projects list.
Preferences table	List of preferences. Click the actions menu beside a preference to select Clone or Delete.

Click a preference to view the VirtualMachineClusterPreference details page.

3.3.6.1. VirtualMachineClusterPreference details page

You configure a preference on the VirtualMachineClusterPreference details page.

Example 3.39. VirtualMachineClusterPreference details page

Element	Description
Details tab	Configure a preference by editing a form.
YAML tab	Configure a preference by editing a YAML configuration file.
Actions menu	Select Edit labels, Edit annotations, Edit VirtualMachineClusterPreference, or Delete VirtualMachineClusterPreference.

3.3.6.1.1. Details tab

You configure a preference by editing a form on the Details tab.

Example 3.40. Details tab

Element	Description
Name	VirtualMachineClusterPreference name.
Labels	Click the edit icon to edit the labels.
Annotations	Click the edit icon to edit the annotations.
Created at	Preference creation date.
Owner	Preference owner.

3.3.6.1.2. YAML tab

You configure a preference type by editing the YAML file on the YAML tab.

Example 3.41. YAML tab

Element	Description
Save button	Save changes to the YAML file.
Reload button	Discard your changes and reload the YAML file.
Cancel button	Exit the YAML tab.
Download button	Download the YAML file to your local machine.

3.3.7. Bootable volumes page

You view and manage available bootable volumes on the Bootable volumes page.

Example 3.42. Bootable volumes page

Element	Description
Add volume button	Add a bootable volume by completing a form or by editing a YAML configuration file.
Filter field	Filter bootable volumes by operating system and resource type.
Search field	Search for bootable volumes by name or by label.
Manage columns icon	Select up to 9 columns to display in the table. The Namespace column is only displayed when All Projects is selected from the Projects list.
Bootable volumes table	List of bootable volumes. Click the actions menu beside a bootable volume to select Edit, Remove from list, or Delete.

Click a bootable volume to view the PersistentVolumeClaim details page.

3.3.7.1. PersistentVolumeClaim details page

You configure the persistent volume claim (PVC) of a bootable volume on the PersistentVolumeClaim details page.

Example 3.43. PersistentVolumeClaim details page

Element	Description
Details tab	Configure the PVC by editing a form.
YAML tab	Configure the PVC by editing a YAML configuration file.
Events tab	The Events tab displays a list of PVC events.
VolumeSnapshots tab	The VolumeSnapshots tab displays a list of volume snapshots.
Actions menu	Select Expand PVC, Create snapshot, Clone PVC, Edit labels, Edit annotations, Edit PersistentVolumeClaim or Delete PersistentVolumeClaim.

3.3.7.1.1. Details tab

You configure the persistent volume claim (PVC) of the bootable volume by editing a form on the Details tab.

Example 3.44. Details tab

Element	Description
Name	PVC name.
Namespace	PVC namespace.
Labels	Click the edit icon to edit the labels.
Annotations	Click the edit icon to edit the annotations.
Created at	PVC creation date.
Owner	PVC owner.
Status	Status of the PVC, for example, Bound.
Requested capacity	Requested capacity of the PVC.
Capacity	Capacity of the PVC.
Used	Used space of the PVC.
Access modes	PVC access modes.
Volume mode	PVC volume mode.
StorageClasses	PVC storage class.
PersistentVolumes	Persistent volume associated with the PVC.
Conditions table	Displays the status of the PVC.

3.3.7.1.2. YAML tab

You configure the persistent volume claim of the bootable volume by editing the YAML file on the YAML tab.

Example 3.45. YAML tab

Element	Description
Save button	Save changes to the YAML file.
Reload button	Discard your changes and reload the YAML file.
Cancel button	Exit the YAML tab.
Download button	Download the YAML file to your local machine.

3.3.8. MigrationPolicies page

You manage migration policies for workloads on the MigrationPolicies page.

Example 3.46. MigrationPolicies page

Element	Description
Create MigrationPolicy	Create a migration policy by entering configurations and labels in a form or by editing a YAML file.
Search field	Search for a migration policy by name or by label.
Manage columns icon	Select up to 9 columns to display in the table. The Namespace column is only displayed when All Projects is selected from the Projects list.
MigrationPolicies table	List of migration policies. Click the actions menu beside a migration policy to select Edit or Delete.

Click a migration policy to view the MigrationPolicy details page.

3.3.8.1. MigrationPolicy details page

You configure a migration policy on the MigrationPolicy details page.

Example 3.47. MigrationPolicy details page

Element	Description
Details tab	Configure a migration policy by editing a form.
YAML tab	Configure a migration policy by editing a YAML configuration file.
Actions menu	Select Edit or Delete.

3.3.8.1.1. Details tab

You configure a custom template on the Details tab.

Example 3.48. Details tab

Element	Description
Name	Migration policy name.
Description	Migration policy description.
Configurations	Click the edit icon to update the migration policy configurations.
Bandwidth per migration	Bandwidth request per migration. For unlimited bandwidth, set the value to `0`.
Auto converge	When auto converge is enabled, the performance and availability of the virtual machines might be reduced to ensure that migration is successful.
Post-copy	Post-copy policy.
Completion timeout	Completion timeout value in seconds.
Project labels	Click Edit to edit the project labels.
VirtualMachine labels	Click Edit to edit the virtual machine labels.

3.3.8.1.2. YAML tab

You configure the migration polic by editing the YAML file on the YAML tab.

Example 3.49. YAML tab

Element	Description
Save button	Save changes to the YAML file.
Reload button	Discard your changes and reload the YAML file.
Cancel button	Exit the YAML tab.
Download button	Download the YAML file to your local machine.

Chapter 3. Getting started

3.1. Getting started with OpenShift Virtualization

3.1.1. Planning and installing OpenShift Virtualization

Planning and installation resources

3.1.2. Creating and managing virtual machines

3.1.3. Next steps

3.2. Using the virtctl and libguestfs CLI tools

3.2.1. Installing virtctl

3.2.1.1. Installing the virtctl binary on RHEL 9, Linux, Windows, or macOS

3.2.1.2. Installing the virtctl RPM on RHEL 8

3.2.2. virtctl commands

3.2.2.1. virtctl information commands

3.2.2.2. VM information commands

3.2.2.3. VM management commands

3.2.2.4. VM connection commands

3.2.2.5. VM export commands

3.2.2.6. VM memory dump commands

3.2.2.7. Hot plug and hot unplug commands

3.2.2.8. Image upload commands

3.2.3. Deploying libguestfs by using virtctl

3.2.3.1. Libguestfs and virtctl guestfs commands

3.3. Web console overview

3.3.1. Overview page

3.3.1.1. Overview tab

3.3.1.2. Top consumers tab

3.3.1.3. Migrations tab

3.3.1.4. Settings tab

3.3.1.4.1. Cluster tab

3.3.1.4.2. User tab

3.3.2. Catalog page

3.3.2.1. Template catalog tab

3.3.2.2. InstanceTypes tab

3.3.3. VirtualMachines page

3.3.3.1. VirtualMachine details page

3.3.3.1.1. Overview tab

3.3.3.1.2. Details tab

3.3.3.1.3. Metrics tab

3.3.3.1.4. YAML tab

3.3.3.1.5. Configuration tab

3.3.3.1.5.1. Disks tab

3.3.3.1.5.2. Network interfaces tab

3.3.3.1.5.3. Scheduling tab

3.3.3.1.5.4. Environment tab

3.3.3.1.5.5. Scripts tab

3.3.3.1.6. Events tab

3.3.3.1.7. Console tab

3.3.3.1.8. Snapshots tab

3.3.3.1.9. Diagnostics tab

3.3.4. Templates page

3.3.4.1. Template details page

3.3.4.1.1. Details tab

3.3.4.1.2. YAML tab

3.3.4.1.3. Scheduling tab

3.3.4.1.4. Network interfaces tab

3.3.4.1.5. Disks tab

3.3.4.1.6. Scripts tab

3.3.4.1.7. Parameters tab

3.3.5. InstanceTypes page

3.3.5.1. VirtualMachineClusterInstancetypes details page

3.3.5.1.1. Details tab

3.3.5.1.2. YAML tab

3.3.6. Preferences page

3.3.6.1. VirtualMachineClusterPreference details page

3.3.6.1.1. Details tab

3.3.6.1.2. YAML tab

3.3.7. Bootable volumes page

3.3.7.1. PersistentVolumeClaim details page

3.3.7.1.1. Details tab

3.3.7.1.2. YAML tab

3.3.8. MigrationPolicies page

3.3.8.1. MigrationPolicy details page

3.3.8.1.1. Details tab

3.3.8.1.2. YAML tab

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