Add-XenPGPU

Last published : Nov 12, 2026
Adds to fields of a PGPU object.

Syntax

Add-XenPGPU [-PGPU] <PGPU> [-PassThru] [-OtherConfig <KeyValuePair[string, string]>]
    [-EnabledVGPUTypes <XenRef[VGPU_type]>] [-BestEffort] [-SessionOpaqueRef <string>]
    [-WhatIf] [-Confirm] [<CommonParameters>]
Add-XenPGPU [-Ref] <XenRef[PGPU]> [-PassThru]
    [-OtherConfig <KeyValuePair[string, string]>] [-EnabledVGPUTypes <XenRef[VGPU_type]>]
    [-BestEffort] [-SessionOpaqueRef <string>] [-WhatIf] [-Confirm] [<CommonParameters>]
Add-XenPGPU [-Uuid] <guid> [-PassThru] [-OtherConfig <KeyValuePair[string, string]>]
    [-EnabledVGPUTypes <XenRef[VGPU_type]>] [-BestEffort] [-SessionOpaqueRef <string>]
    [-WhatIf] [-Confirm] [<CommonParameters>]

Description

Adds values to the collection-valued fields of a PGPU. Each optional parameter listed below corresponds to a field that can be added to.

Parameters

-Async

If set, the operation runs asynchronously and returns a Task object that can be used to track its progress. Available only for those fields whose underlying operation supports asynchronous invocation.
Attribute Value
Type SwitchParameter
Required False
Position Named
Accepts pipeline input False

-BestEffort

If set, the cmdlet continues processing further objects instead of throwing a terminating error when an operation fails for one object.
Attribute Value
Type SwitchParameter
Required False
Position Named
Accepts pipeline input False

-Confirm

Prompts for confirmation before running the cmdlet.
Attribute Value
Type SwitchParameter
Required False
Position Named
Accepts pipeline input False
Aliases cf

-EnabledVGPUTypes

This parameter has no documentation.
Attribute Value
Type XenRef[VGPU_type]
Required False
Position Named
Accepts pipeline input False

-OtherConfig

Add the given key-value pair to the other\_config field of the given PGPU.
Attribute Value
Type KeyValuePair[string, string]
Required False
Position Named
Accepts pipeline input False

-PGPU

The PGPU object to operate on.
Attribute Value
Type PGPU
Required True
Position 0
Accepts pipeline input True (ByValue)

-PassThru

If set, the cmdlet returns the affected object. By default the cmdlet does not generate any output.
Attribute Value
Type SwitchParameter
Required False
Position Named
Accepts pipeline input False

-Ref

The PGPU object to operate on, specified by its opaque reference.
Attribute Value
Type XenRef[PGPU]
Required True
Position 0
Accepts pipeline input True (ByPropertyName)
Aliases opaque_ref

-SessionOpaqueRef

The session object on which to run the cmdlet. This overrides the default session and lets you target a specific open XenServer connection.
Attribute Value
Type string
Required False
Position Named
Accepts pipeline input False

-Uuid

The UUID of the PGPU to operate on.
Attribute Value
Type guid
Required True
Position 0
Accepts pipeline input True (ByPropertyName)

-WhatIf

Shows what would happen if the cmdlet runs. The cmdlet is not run.
Attribute Value
Type SwitchParameter
Required False
Position Named
Accepts pipeline input False
Aliases wi

Inputs

  • PGPU
  • XenRef[PGPU]
  • guid

Outputs

  • PGPU
  • Task
  • void

Examples

Example 1: Add to the OtherConfig field

PS> $entry = [System.Collections.Generic.KeyValuePair[string,string]]::new("region", "emea")
PS> Add-XenPGPU -OtherConfig $entry -Uuid 1871ac51-ce6b-efc3-7fd0-28bc65aa39ff
Adds a value to the OtherConfig field of a PGPU. The parameter takes one entry of the map; a hashtable does not bind to it.

Example 2: Add an enabledvgputypes

PS> $vgpu_type = Get-XenVGPUType | Select-Object -First 1
PS> Add-XenPGPU -EnabledVGPUTypes $vgpu_type -Uuid 1871ac51-ce6b-efc3-7fd0-28bc65aa39ff

Example 3: Add to the OtherConfig field piped from the getter

PS> $entry = [System.Collections.Generic.KeyValuePair[string,string]]::new("region", "emea")
PS> Get-XenPGPU -Uuid 1871ac51-ce6b-efc3-7fd0-28bc65aa39ff | Add-XenPGPU -OtherConfig $entry
Adds a value to the OtherConfig field of a PGPU. The parameter takes one entry of the map; a hashtable does not bind to it. The object is piped in, which is the usual way once you already have it.
  • Class: PGPU
  • Using the XenServer PowerShell module