powershell in xendesktop 5

POWERSHELL IN CITRIX XENDESKTOP 5

Jonathan Medd

What is Citrix XenDesktop?

What is Citrix XenDesktop?

How Does It Work?

XenDesktop 5 and PowerShell

XenDesktop Management built on top of PowerShell

Desktop Studio Management tool issues PowerShell commands behind the scenes

Replaces the MFCOM scripting of previous versions (Same story in XenApp 6)

Pre-Requisites for Management Workstation

Install Desktop Studio on an admin workstation

http://support.citrix.com/article/CTX127527

Consists of….PSSnapins and Providers

Consists of….PSSnapins and Providers

Total of 330 Cmdlets across all PSSnapins

http://support.citrix.com/static/kc/CTX127254/help/index.htm

Hypervisor Connections and Hosting Units Provider

Supports the major hypervisors: Citrix XenServer VMware vSphere Microsoft Hyper-V

Hypervisor Connections and Hosting Units Provider

Hypervisor Connections and Hosting Units Provider

Manage with standard PowerShell cmdlets: Get-Childitem, Get-Item New-Item Set-Item Rename-Item Remove-Item

Hypervisor Connections and Hosting Units Provider

Give slightly more cmdlet feel with these functions: Function Get-HypervisorConnection

{Get-ChildItem xdhyp:\Connections} Function Get-HostingUnit {Get-Childitem

xdhyp:\HostingUnits}

Demo: Create a Hypervisor Connection and a Hosting Unit $HypConn = New-Item -Path xdhyp:\Connections -Name

vCenter01 -HypervisorAddress http://vcenter01.sunnydale.local/sdk -UserName XenDesktop -Password Password01 -ConnectionType vCenter –Persist

New-Item -Path xdhyp:\HostingUnits -Name pESX02 -HypervisorConnectionName vCenter01 -RootPath XDHyp:\Connections\vCenter01\HQ.datacenter\Physical.folder\pesx02.sunnydale.local.computeresource -NetworkPath "XDHyp:\Connections\vCenter01\HQ.datacenter\Physical.folder\pesx02.sunnydale.local.computeresource\VM Network 20.network" -StoragePath "XDHyp:\Connections\vCenter01\HQ.datacenter\Physical.folder\pesx02.sunnydale.local.computeresource\pESX02_Local.storage“

New-BrokerHypervisorConnection -HypHypervisorConnectionUid $HypConn.HypervisorConnectionUid

Demo: Create a Hypervisor Connection and a Hosting Unit

All actions in Desktop Studio Run PowerShell Under the Hood

Demo: All actions in Desktop Studio Run PowerShell Under the Hood

• Remove Hypervisor Connection

Managing Administrators

• New-BrokerAdministrator -BrokerAdmin $False -Enabled $True -FullAdmin $True -Name 'SUNNYDALE\XenDesktopAdmins' -ProvisioningAdmin $False -ReadOnly $False -AdminAddress 'DDC01.sunnydale.local:80‘

• Set-BrokerAdministrator -Name 'SUNNYDALE\XenDesktopAdmins' -BrokerAdmin $False -Enabled $False -FullAdmin $True -ProvisioningAdmin $False -ReadOnly $False -AdminAddress 'DDC01.sunnydale.local:80'

Demo: Managing Administrators

Create a Catalog$CatalogName = "Windows 7 Catalog“ #Name of the catalog that will be created$CatalogDescription = "Windows 7 MCS Catalog" #Description given to the catalog$DeviceNamingScheme = "Win7-#" #Naming scheme for the MCS-created VMs$DeviceNamingSchemeType = "Numeric" #Naming scheme type for the MCS-created VMs$DeviceOU = "OU=Workstations,DC=sunnydale,DC=local" #Active Directory OU where the MCS-created VMs will be placed$DeviceDomain = "sunnydale.local" #Active Directory Domain where the MCS-created VMs will be managed$MasterVMName = "Win7Image" #Name of the "Master VM" that will be used with MCS$NumDeviceAccounts = 1 #Create 1 VM with MCS using the naming scheme defined above$DeviceStartIndex = 1 #VM names should start with an index of 1$VMCpuCount = 1 #Two vcpu's for each MCS-created VM$VMMemoryMB = 1024 #1GB ram for each MCS-created VM$HostUnitName = "pESX02" #vSphere "host" as listed in the Hosts node of the Desktop Studio Console$DDCAddress = “DDC01.sunnydale.local:80" #DDC the cmdlets will connect to

http://blogs.citrix.com/2011/03/24/xendesktop-5-powershell-sdk-primer-part-3-creating-pooled-catalogs-that-leverage-machine-creation-services/

Create a Catalog

During Catalog creation you will see the below in Desktop Studio until Catalog has been created

Create a Catalog

#Create the catalog container$Catalog = New-BrokerCatalog -AllocationType 'Random' -CatalogKind 'SingleImage' -Name $CatalogName -Description $CatalogDescription -PvsForVM @() -AdminAddress $DDCAddress#Create an identity pool to store the AD computer account info for this catalog.#We are giving the identity pool the same name as the catalog to keep better track$IdentityPool = New-AcctIdentityPool -IdentityPoolName $CatalogName -NamingScheme $DeviceNamingScheme -NamingSchemeType $DeviceNamingSchemeType -OU $DeviceOU -Domain $DeviceDomain -AllowUnicode -AdminAddress $DDCAddress$IdentityPool

Create a Catalog

#Get reference to the broker service group$BrokerServiceGroup = Get-ConfigServiceGroup -ServiceType "Broker" -AdminAddress $DDCAddress$BrokerServiceGroup

#Add metadata to the broker service group to tie the catalog with the identity pool it is using$MetadataPropertyName = "Citrix_DesktopStudio_BrokerCatalogIdentityPoolReferencePrefix_" + $Catalog.Uid$MetadataPropertyValue = $IdentityPool.IdentityPoolUid

$NewMetadata = Add-ConfigServiceGroupMetadata -ServiceGroupUid $BrokerServiceGroup.ServiceGroupUid -Property $MetadataPropertyName -Value $MetadataPropertyValue -AdminAddress $DDCAddress

Create a Catalog

#Get reference to the hosting unit and hypervisor connection it uses$HostUnitPath = 'xdhyp:\hostingunits\' + $HostUnitName$HostUnit = Get-Item -Path $HostUnitPath

$HypConnection = Get-BrokerHypervisorConnection -Name $HostUnit.HypervisorConnection.HypervisorConnectionName -AdminAddress $DDCAddress

Create a Catalog

#Create a snapshot of the master VM image$SnapshotName = "Citrix_XD_" + $CatalogName$MasterVMPath = "XDHyp:\hostingunits\" + $HostUnit.HostingUnitName + "\" + $MasterVMName + ".vm"$Snapshot = New-HypVMSnapshot -SnapshotName $SnapshotName -LiteralPath $MasterVMPath -AdminAddress $DDCAddress

Create a Catalog

#Create a provisioning scheme that defines the details of the MCS cloned VMs.#This process creates a copy of the snapshot and can take several minutes to complete.#Note: New-ProvScheme returns a GUID that represents the TaskID for the copy task.$ProvSchemeName = $CatalogName + "_" + $HostUnit.HostingUnitName$SnapshotPath = $MasterVMPath + "\" + $SnapshotName + ".snapshot“

$ProvSchemeTask = New-ProvScheme -ProvisioningSchemeName $ProvSchemeName -HostingUnitName $HostUnit.HostingUnitName -IdentityPoolName $IdentityPool.IdentityPoolName -VMCpuCount $VMCpuCount -VMMemoryMB $VMMemoryMB -CleanOnBoot -MasterImageVM $SnapshotPath -RunAsynchronously -AdminAddress $DDCAddress

Nearly there!

Create a Catalog

#Update the catalog with what provisioning scheme and hosting unit it is using$ProvScheme = Get-ProvScheme -ProvisioningSchemeName $ProvSchemeName -AdminAddress $DDCAddress$PvsForVM = $ProvScheme.ProvisioningSchemeUid.ToString() + ":" + $ProvScheme.HostingUnitUid.ToString()Set-BrokerCatalog -Name $strCatalogName -PvsForVM $strPvsForVM -AdminAddress $strDDCAddress

Create a Catalog

#Create machine accounts in Active Directory from info stored in the identity pool.#After running this command, the machine accounts should be visible within the Active Directory "Users and Computers" snap-in.$Accounts = New-AcctADAccount -IdentityPoolName $IdentityPool.IdentityPoolName -Count $NumDeviceAccounts -StartCount $DeviceStartIndex -AdminAddress $DDCAddress

Create a Catalog

#Associate controllers (DDC Servers) to the provisioning scheme.$ProvScheme = Add-ProvSchemeControllerAddress -ProvisioningSchemeName $ProvScheme.ProvisioningSchemeName -ControllerAddress $DDCAddress -AdminAddress $DDCAddress

#Create virtual desktop VMs from the info specified by the provisioning scheme. After executing this command, the VMs will show up in the hypervisor.$ProvVMTask = New-ProvVM -ProvisioningSchemeName $ProvScheme.ProvisioningSchemeName -ADAccountName $Accounts.SuccessfulAccounts -RunAsynchronously -AdminAddress $DDCAddress

Create a Catalog#Loop though the newly provisioned VMs, "lock" them, and add them to the catalog$ProvVMs = Get-ProvVM -ProvisioningSchemeName $ProvScheme.ProvisioningSchemeName -AdminAddress $strDDCAddressif ($ProvVMs -ne $null) { foreach ($ProvVM in $ProvVMs) {

#Lock VM in the provisioning scheme with a tag called "Brokered" (so it cannot be removed without being unlocked first) $LockVM = Lock-ProvVM -ProvisioningSchemeName $ProvScheme.ProvisioningSchemeName -VMID $ProvVM.VMId -Tag "Brokered" -AdminAddress $DDCAddress

#Add VM to the catalog created above $BrokerMachine = New-BrokerMachine -CatalogUid $Catalog.Uid -HostedMachineId $ProvVM.VMId -HypervisorConnectionUid $HypConnection.Uid -MachineName $ProvVM.ADAccountSid -AdminAddress $DDCAddress

if ($BrokerMachine -ne $null){ Write-Host "Successfully added" $ProvVM.ADAccountName "to the"

$Catalog.Name "catalog..."}else{

Write-Host "ERROR: Could not add" $ProvVM.ADAccountName "to the" $Catalog.Name "catalog..."

} }}

Create a Catalog – Finished!

Bonus: Automate the DDC Install

http://www.jonathanmedd.net/2012/06/automating-the-install-of-xendesktop-ddc-with-powershell.html

Resources

Windows PowerShell Bible 2.0 - XenDesktop chapter

Citrix Blog Series – XenDesktop 5 PowerShell SDK PrimerPart 1 – Getting StartedPart 2 – Creating Hypervisor Connections a

nd HostsPart 3 – Creating Pooled Catalogs with MCSPart 4 – Creating Pool Physical Catalogs