Start-IpsVspherePrepareJob.ps1
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<# .SYNOPSIS Start an Image Portability Service job to prepare an image on Vsphere. .DESCRIPTION Starts an Image Portability Service job to prepare an image on Vsphere. .PARAMETER CustomerId Specifies the customer id of the Citrix customer running this command. .PARAMETER SecureClientId Specifies the client id of the Citrix customer's API client. .PARAMETER SecureSecret Specifies the client secret of the Citrix customer's API client. .PARAMETER ResourceLocationId Specifies the UUID of the resource location of the Citrix Connector Appliance in Azure. .PARAMETER ProvisioningType Specifies the Citrix provisioning type that will be used on Vsphere. Possible values are Mcs and Pvs. .PARAMETER VsphereCwSecretId Specifies the credential wallet id for the credentials used to access Vsphere. .PARAMETER XdReconfigure Specifies options to run XenDesktopVdaSetup.exe with during prepare. .PARAMETER TargetDiskName Specifies the name of the disk that will be prepared. .PARAMETER OutputDiskName If specified, the output of the prepare will be a disk with the supplied name. .PARAMETER Md5Hash If specified, validate the target disk md5 hash against the one specified, before preparing it. .PARAMETER VsphereHost Specifies the hostname of the Vsphere admin console. .PARAMETER VspherePort Specifies the network port of the Vsphere admin console. .PARAMETER VsphereNetwork Specifies the network port of the Vsphere admin console. .PARAMETER VsphereHostSystem Specifies the host system to use for the compositing engine VM compute resources. One of 'cluster' or 'hostSystem' should be specified. .PARAMETER VsphereCluster Specifies the cluster to use for the compositing engine VM compute resources. One of 'cluster' or 'hostSystem' should be specified. .PARAMETER VsphereSslCaCertificateFilePath Specifies the path to the file containing the Vsphere SSL certificate. .PARAMETER VsphereSslCaCertificate Specifies the SSL root CA certificate to use in verifying the vCenter host certificate in vSphere API calls. This is only necessary when the VCenter host certificate isn't signed by a recognized authority. This may be the case for example when it was issued by a VMware Certificate Authority (VMCA). The certificate value must be in PEM format as a single-line string with newlines escaped. .PARAMETER VCenterSslFingerprint Specifies the fingerprint/thumbprint of the vCenter host certificate in vSphere API calls. This is used as an alternative method of host verification and if supplied will be done instead of certificate validation. .PARAMETER VsphereSslNoCheckHostname If specified, do not check the SSL certificate host name (default $false). .PARAMETER VsphereDataCenter Specifies the datacenter where all resources for the job reside. .PARAMETER VsphereDataStore Specifies the datastore to use for all storage requirements for the compositing engine VM. .PARAMETER VsphereResourcePool Specifies the resource pool to use for the compositing engine VM compute resources. If unspecified and a cluster or host system is supplied the root resource pool for the cluster or host system will be used. If unspecified and no cluster or host system is supplied the first resource pool named 'Resources' found in the datacenter will be used. .PARAMETER TargetResourceGroup Specifies the Azure resource group name where the disk that will be prepared is located. .PARAMETER DomainUnjoin If specified, the image will be unjoined from the domain during prepare. .PARAMETER InstallMisa If specified, and the ProvisioningType is Mcs, the version of MCS security agent that matches the VDA installed on the image, will be installed during prepare. .PARAMETER ForceMisa If specified, and the ProvisioningType is Mcs, the latest version of MCS security agent will be installed during prepare. .PARAMETER InstallMcsio If specified, the version of the MCS IO driver that matches the VDA installed on the image, will be installed during prepare. .PARAMETER ForceMcsio If specified, the latest version of the MCS IO driver will be installed during prepare. .PARAMETER InstallPvs If specified, and the ProvisioningType is Pvs, the specified version of the PVS driver will be installed on the image during prepare. The version specified should be the version of the PVS server, for example 2206, 7.33, or 2203cu1. .PARAMETER UpdateLayerRepo If specified, the AppLayering layer repository URL in the image will be updated. .PARAMETER InstallUpl If specified, the Citrix User Personaliztion Layer will be installed in the image during prepare. .PARAMETER Chkdsk If specified, the Windows chkdsk utility will be run against the image during prepare. .PARAMETER Defrag If specified, the Windows defrag utility will be run against the image during prepare. .PARAMETER UsePublicIP If specified, the prepare appliance VM will be given a public IP. .PARAMETER Timeout Specifies an optional time limit for the prepare operation. If the prepare does not complete in less than this time it will fail with a timeout error. The default value is 7200. .PARAMETER Tags Specifies a hash table of string values to apply as labels to resources created by the prepare operation. .PARAMETER Prefix Specifies an optional prefix which will be prepended to the name of assets created by the prepare operation. The default value is 'ce'. .PARAMETER DryRun If specified, a test run is performed and any problems with the parameters specified are reported. No actual changes are made. .PARAMETER Deployment Specifies the service address to send the job request to. It defaults to api.layering.cloud.com. This can be used if necessary to send the request to a geo specific deployment such as api.eu.layering.cloud.com. .PARAMETER LogFileDir Specifies the path to the file to log to. The local directory is the default. .PARAMETER LogFileName Specifies the name of the file to log to. .PARAMETER OverwriteLog If specified the log file is overwritten otherwise it is appended to. .PARAMETER Force If specified then any existing output file is overwritten otherwise the operation will fail if the file specified to output to exists. .INPUTS None. .OUTPUTS PSCustomObject. A job description which can be consumed by the Wait-IpsJob cmdlet. .EXAMPLE PS> $PrepareParams = @{ CustomerId = 'a7f4wb1example' SecureClientId = '7fed2a1e-1495-46b7-8fd3-5644764af395' SecureSecret = '9T.3Q~MGlnB6NNgpNUUWrcquVzODrdGK~eXampLe' ResourceLocationId = '47251663-6710-4f76-854a-2385e3fe002d' XdReconfigure = ( @{ ParameterName = "controllers" ParameterValue = "cloudy-cc1.wse2edev.cloudy" }, @{ ParameterName = "portnumber" ParameterValue = "80" } ) TargetDiskName = '[Storage2] images/win10.vmdk' OutputDiskName = '[Storage2] prepped/win10.vmdk' Tags = @{ MyTagName = "MyTagValue" } VsphereCwSecretId = 'vsphere-creds' VsphereHost = 'hostname.example.com' VsphereSslFingerprint = 'db767676e22cefdf4112fc9e6ede9fc879627273' VsphereDataCenter = 'datacenter1' VsphereDataStore = 'Storage1' VsphereCluster = 'Cluster1' VsphereNetwork = 'VM Network' ProvisioningType = 'Mcs' DomainUnjoin = $True InstallMisa = $True InstallMcsio = $True UpdateLayerRepo = '\\layer-server\LayerShare' InstallUpl = $True Chkdsk = $True Prefix = 'acme' Timeout = 7200 LogFileName = '.\PrepareVsphere.log' } PS> Start-IpsVspherePrepareJob @PrepareParams -Force -OverwriteLog -Verbose | Wait-IpsJob .EXAMPLE PS> $PrepareParams = @{ CustomerId = 'a7f4wb1example' SecureClientId = '7fed2a1e-1495-46b7-8fd3-5644764af395' SecureSecret = '9T.3Q~MGlnB6NNgpNUUWrcquVzODrdGK~eXampLe' ResourceLocationId = '47251663-6710-4f76-854a-2385e3fe002d' XdReconfigure = ( @{ ParameterName = "controllers" ParameterValue = "cloudy-cc1.wse2edev.cloudy" }, @{ ParameterName = "portnumber" ParameterValue = "80" } ) TargetDiskName = 'ds:///vmfs/767cf288-57c3-49ac-bb55-10708691ee7a/volumes/images/win10.vmdk' OutputDiskName = 'ds:///vmfs/767cf288-57c3-49ac-bb55-10708691ee7a/volumes/prepped/win10.vmdk' Tags = @{ MyTagName = "MyTagValue" } VsphereCwSecretId = 'vsphere-creds' VsphereHost = 'hostname.example.com' VsphereSslFingerprint = 'db767676e22cefdf4112fc9e6ede9fc879627273' VsphereDataCenter = 'datacenter1 VsphereDataStore = 'Storage1' VsphereCluster = 'Cluster1' VsphereNetwork = 'VM Network' ProvisioningType = 'Pvs' InstallPvs = '2308' Defrag = $True Prefix = 'acme' Timeout = 7200 LogFileName = '.\PrepareVsphere.log' } PS> Start-IpsVspherePrepareJob @PrepareParams -Force -OverwriteLog -Verbose | Wait-IpsJob #> Function Start-IpsVspherePrepareJob { [CmdletBinding(DefaultParameterSetName = 'cmd')] Param( [Parameter(Mandatory = $true, ParameterSetName = 'file')] [Obsolete("Use command-line arguments as input of configuration data.")] [string]$ConfigJsonFile, [Parameter(Mandatory = $true, ParameterSetName = 'cmd')] [string]$CustomerId, [Parameter(Mandatory = $true, ParameterSetName = 'cmd')] [string]$ProvisioningType, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [string]$TargetDiskName, [Parameter(Mandatory = $true, ParameterSetName = 'cmd')] [psobject[]]$XdReconfigure, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [string]$OutputDiskName, [Parameter(Mandatory = $false)] [string]$Md5Hash, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [string]$Deployment, [Parameter(Mandatory = $true, ParameterSetName = 'cmd')] [string]$ResourceLocationId, [Parameter(Mandatory = $true, ParameterSetName = 'cmd')] [string]$VsphereCwSecretId, [Parameter(Mandatory = $true, ParameterSetName = 'cmd')] [string]$VsphereHost, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [int]$VspherePort = 443, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [string]$VsphereSslCaCertificateFilePath, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [string]$VsphereSslCaCertificate, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [Alias("VCenterSslFingerprint")] [string]$VsphereSslFingerprint, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [bool]$VsphereSslNoCheckHostname, [Parameter(Mandatory = $true, ParameterSetName = 'cmd')] [string]$VsphereDataCenter, [Parameter(Mandatory = $true, ParameterSetName = 'cmd')] [string]$VsphereDataStore, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [string]$VsphereResourcePool = "Resources", [Parameter(Mandatory = $true, ParameterSetName = 'cmd')] [string]$VsphereNetwork, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [string]$VsphereHostSystem, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [string]$VsphereCluster, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [string]$AssetsId, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [HashTable]$Tags = @{}, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [int]$Timeout = 7200, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [string]$Prefix = "ce", [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [HashTable]$JobDebug = @{}, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [bool]$DomainUnjoin = $false, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [bool]$InstallMisa = $true, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [bool]$ForceMisa = $false, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [bool]$InstallMcsio = $false, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [bool]$ForceMcsio = $false, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [string]$InstallPvs, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [string]$UpdateLayerRepo, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [bool]$InstallUpl, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [bool]$Chkdsk, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [bool]$Defrag, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [bool]$EnableRdp, [Parameter(Mandatory = $false, ParameterSetName = 'cmd')] [bool]$DryRun = $false, [Parameter(Mandatory = $false)] [string]$SecureClientId, [Parameter(Mandatory = $false)] [string]$SecureSecret, [Parameter(Mandatory = $false)] [string]$LogFileDir, [Parameter(Mandatory = $false)] [string]$LogFileName = 'PrepareVsphere.log', [Parameter(Mandatory = $false)] [switch]$OverwriteLog, [Parameter(Mandatory = $false)] [switch]$Force ) Begin { Add-PSSnapin Citrix.* } Process { # Initialize Logger # Set parameter 'Verbose' by internal parameter 'VerbosePreference', since the option -Verbose is occupied by powershell cmdlet $Verbose = $VerbosePreference -eq 'Continue' LogInit $MyInvocation $LogFileDir $LogFileName $OverwriteLog $Verbose VersionCheck $Deployment $CustomerId # Initialize config data if ($PSCmdlet.ParameterSetName -eq 'file') { LogIt "Loading config from $ConfigJsonFile" $configData = Get-Content -Raw -Path $ConfigJsonFile | ConvertFrom-Json LogIt "Config: $configData" $False $CustomerId = $configData.CustomerId $ProvisioningType = $configData.ProvisioningType $TargetDiskName = $configData.SourceDiskName $XdReconfigure = $configData.XdReconfigure $OutputDiskName = $configData.OutputDiskName $Deployment = $configData.Deployment if($configData.psobject.Properties.name -contains "PrepareResourceLocationId") { $ResourceLocationId = $configData.PrepareResourceLocationId } else { $ResourceLocationId = $configData.ResourceLocationId } $VsphereCwSecretId = $configData.VsphereCwSecretId $VsphereHost = $configData.VsphereHost if([String]::IsNullOrWhiteSpace($configData.VspherePort)) { $VspherePort = 443 } else { $VspherePort = [int]$configData.VspherePort } $VsphereSslCaCertificate = $configData.VsphereSslCaCertificate $VCenterSslFingerprint = $configData.VCenterSslFingerprint $VsphereSslNoCheckHostname = $configData.VsphereSslNoCheckHostname $VsphereDataCenter = $configData.VsphereDataCenter $VsphereDataStore = $configData.VsphereDataStore if($configData.psobject.Properties.name -contains "VsphereHostSystem") { $VsphereHostSystem = $configData.VsphereHostSystem } if($configData.psobject.Properties.name -contains "VsphereCluster") { $VsphereHostSystem = $configData.VsphereCluster } $VsphereResourcePool = $configData.VsphereResourcePool $VsphereNetwork = $configData.VsphereNetwork $AssetsId = $configData.AssetsId if($configData.psobject.Properties.name -contains "Tags") { $Tags = Convert-ObjectToHashtable $$configData.Tags } if([String]::IsNullOrWhiteSpace($configData.Timeout)) { $Timeout = 7200 } else { $Timeout = [int]$configData.Timeout } if([String]::IsNullOrWhiteSpace($configData.Prefix)) { $Prefix = "ce" } else { $Prefix = $configData.Prefix } if(-not([String]::IsNullOrWhiteSpace($configData.Debug))) { $JobDebug = Convert-ObjectToHashtable $configData.Debug } $DomainUnjoin = $configData.DomainUnjoin $InstallMisa = $configData.InstallMisa $ForceMisa = $configData.ForceMisa $InstallMcsio = $configData.InstallMcsio $ForceMcsio = $configData.ForceMcsio $InstallPvs = $configData.InstallPvs $UpdateLayerRepo = $configData.UpdateLayerRepo $InstallUpl = $configData.InstallUpl $Chkdsk = $configData.Chkdsk $Defrag = $configData.Defrag $EnableRdp = $configData.EnableRdp } try { # Authenticate to Citrix Cloud $parameters = AuthToCitrixCloud $CustomerId $SecureClientId $SecureSecret if ([string]::IsNullOrWhiteSpace($SecureClientId) -Or [string]::IsNullOrWhiteSpace($SecureSecret)) { $SecureClientId = $parameters.ApiKey $SecureSecret = $parameters.SecretKey } } catch { LogFatal "Failed to authenticate to Citrix Cloud" } # Prepare try { LogIt "Starting prepare workflow" # # Run the prepare workflow # Write-Host "***** Call Method: PrepareImageJob *****" $platformPrepareData = @{ vCenterHost = $VsphereHost vCenterPort = $VspherePort datacenter = $VsphereDataCenter datastore = $VsphereDataStore network = $VsphereNetwork targetDiskName = $TargetDiskName } if ($VsphereHostSystem) { $platformPrepareData['hostSystem'] = $VsphereHostSystem } if ($VsphereCluster) { $platformPrepareData['cluster'] = $VsphereCluster } if ($VsphereResourcePool) { $platformPrepareData['resourcePoolName'] = $VsphereResourcePool } if ($VsphereSslCaCertificateFilePath -And (Test-Path -Path $VsphereSslCaCertificateFilePath -PathType "Leaf")) { $platformPrepareData['vCenterSslCaCertificate'] = ((Get-Content $VsphereSslCaCertificateFilePath) -join "`n") + "`n" } elseif ($VsphereSslCaCertificate) { # Replace raw string \n -> PowerShell-readable `n $VsphereSslCaCertificate = $VsphereSslCaCertificate.replace("\n", "`n") $platformPrepareData['vCenterSslCaCertificate'] = $VsphereSslCaCertificate } if ($VCenterSslFingerprint) { $platformPrepareData['vCenterSslFingerprint'] = $VCenterSslFingerprint } if ($VsphereSslNoCheckHostname) { $platformPrepareData['vCenterSslNoCheckHostname'] = $VsphereSslNoCheckHostname } #Add default tags $Tags['ctx-user'] = ($env:UserName).ToLower() $prepareData = @{ platform = "vSphere" provisioningType = $ProvisioningType platformCredentialId = $VsphereCwSecretId resourceLocationId = $ResourceLocationId XdReconfigure = $XdReconfigure tags = $Tags timeoutInSeconds = $Timeout prefix = $Prefix overwriteTargetFile = $Force.IsPresent debug = $JobDebug } if ($DomainUnjoin) { $prepareData['domainUnjoin'] = $DomainUnjoin } if ($UpdateLayerRepo) { $prepareData['updateLayerRepo'] = $UpdateLayerRepo } if ($InstallUpl) { $prepareData['installUpl'] = $InstallUpl } if ($provisioningType -eq "Pvs") { $prepareData['installMisa'] = $false $prepareData['forceMisa'] = $false $prepareData['installMcsio'] = $false $prepareData['forceMcsio'] = $false } elseif ($provisioningType -eq "Mcs") { if ($ForceMisa) { $prepareData['forceMisa'] = $True } else { $prepareData['installMisa'] = $InstallMisa } if ($ForceMcsio) { $prepareData['forceMcsio'] = $True } else { $prepareData['installMcsio'] = $InstallMcsio } } # InstallPvs is a valid option for both Pvs and Mcs when PVS AND VDA versions are >= 2311 if ($InstallPvs) { $prepareData['installPvs'] = $InstallPvs } if ($Chkdsk) { $prepareData['chkdsk'] = $Chkdsk } if ($Defrag) { $prepareData['defrag'] = $Defrag } if ($EnableRdp) { $prepareData['enableRdp'] = $EnableRdp } if ($AssetsId) { $prepareData['assetsId'] = $AssetsId } if ($OutputDiskName) { $prepareData['outputDiskName'] = $OutputDiskName } if ($Md5Hash) { $prepareData['md5Hash'] = $Md5Hash } # Convert the object to JSON to use in the POST body (Note: Default depth is 2 when serializing) $json = ($prepareData + $platformPrepareData) | ConvertTo-Json -Depth 10 LogIt "$($prepareData["ProvisioningType"]) Prepare POST body $json" $Verbose $query = @{ "async" = $true "dryRun" = $DryRun } # Send the POST try { $response = Invoke-CCRestMethod -method 'Post' -deployment $Deployment -serviceRoute "images/`$prepare" -customerId $CustomerId -secureClientId $SecureClientId -secureSecret $SecureSecret -query $query -json $json $JobId = $response.id LogIt "Image Prepare started with id $JobId" } catch { $JobId = "Job failed to start" LogFatal "Failed to start prepare: $_" } } catch { LogFatal "Workflow failed: $_" } finally { $output = [PSCustomObject]@{ CustomerId = $CustomerId Deployment = $Deployment JobId = $JobId LogFileDir = $LogFileDir LogFileName = $LogFileName } Write-Output $output # Clear credentials at end of pipeline if ($PSCmdlet.MyInvocation.PipelinePosition -eq $PSCmdlet.MyInvocation.PipelineLength) { Clear-XDCredentials } } } } |