Examples/Sample_xVMHyperV_Complete.ps1
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configuration Sample_xVMHyperV_Complete { param ( [string[]]$NodeName = 'localhost', [Parameter(Mandatory)] [string]$VMName, [Parameter(Mandatory)] [uint64]$VhdSizeBytes, [Parameter(Mandatory)] [Uint64]$StartupMemory, [Parameter(Mandatory)] [Uint64]$MinimumMemory, [Parameter(Mandatory)] [Uint64]$MaximumMemory, [Parameter(Mandatory)] [String]$SwitchName, [Parameter(Mandatory)] [String]$Path, [Parameter(Mandatory)] [Uint32]$ProcessorCount, [ValidateSet('Off','Paused','Running')] [String]$State = 'Off', [Switch]$WaitForIP, [bool]$AutomaticCheckpointsEnabled ) Import-DscResource -module xHyper-V Node $NodeName { # Logic to handle both Client and Server OS # Configuration needs to be compiled on target server $Operatingsystem = Get-CimInstance -ClassName Win32_OperatingSystem if ($Operatingsystem.ProductType -eq 1) { # Client OS, install Hyper-V as OptionalFeature $HyperVDependency = '[WindowsOptionalFeature]HyperV' WindowsOptionalFeature HyperV { Ensure = 'Enable' Name = 'Microsoft-Hyper-V-All' } } else { # Server OS, install HyperV as WindowsFeature $HyperVDependency = '[WindowsFeature]HyperV','[WindowsFeature]HyperVPowerShell' WindowsFeature HyperV { Ensure = 'Present' Name = 'Hyper-V' } WindowsFeature HyperVPowerShell { Ensure = 'Present' Name = 'Hyper-V-PowerShell' } } # Create new VHD xVhd NewVhd { Ensure = 'Present' Name = "$VMName-OSDisk.vhdx" Path = $Path Generation = 'vhdx' MaximumSizeBytes = $VhdSizeBytes DependsOn = $HyperVDependency } # Ensures a VM with all the properties xVMHyperV NewVM { Ensure = 'Present' Name = $VMName VhdPath = (Join-Path -Path $Path -ChildPath "$VMName-OSDisk.vhdx") SwitchName = $SwitchName State = $State Path = $Path Generation = 2 StartupMemory = $StartupMemory MinimumMemory = $MinimumMemory MaximumMemory = $MaximumMemory ProcessorCount = $ProcessorCount MACAddress = $MACAddress RestartIfNeeded = $true WaitForIP = $WaitForIP AutomaticCheckpointsEnabled = $AutomaticCheckpointsEnabled DependsOn = '[xVhd]NewVhd' } } } |