custom/stackhci.ps1
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# # AzureStack HCI Registration and Unregistration Powershell Cmdlets. # $ErrorActionPreference = 'Stop' $GAOSBuildNumber = 17784 $GAOSUBR = 1374 $V2OSBuildNumber = 20348 $V2OSUBR = 288 $22H2BuildNumber = 20349 #region User visible strings $NoClusterError = "Computer {0} is not part of an Azure Stack HCI cluster. Use the -ComputerName parameter to specify an Azure Stack HCI cluster node and try again." $CloudResourceDoesNotExist = "The Azure resource with ID {0} doesn't exist. Unregister the cluster using Unregister-AzStackHCI and then try again." $RegisteredWithDifferentResourceId = "Azure Stack HCI is already registered with Azure resource ID {0}. To register or change registration, first unregister the cluster using Unregister-AzStackHCI, then try again." $RegistrationInfoNotFound = "Additional parameters are required to unregister. Run 'Get-Help Unregister-AzStackHCI -Full' for more information." $RegionNotSupported = "Azure Stack HCI is not yet available in region {0}. Please choose one of these regions: {1}." $CertificateNotFoundOnNode = "Certificate with thumbprint {0} not found on node(s) {1}. Make sure the certificate has been added to the certificate store on every clustered node." $SettingCertificateFailed = "Failed to register. Couldn't generate self-signed certificate on node(s) {0}. Couldn't set and verify registration certificate on node(s) {1}. Make sure every clustered node is up and has Internet connectivity (at least outbound to Azure)." $InstallLatestVersionWarning = "Newer version of the Az.StackHCI module is available. Update from version {0} to version {1} using Update-Module." $NotAllTheNodesInClusterAreGA = "Update the operating system on node(s) {0} to version $GAOSBuildNumber.$GAOSUBR or later to continue." $NoExistingRegistrationExistsErrorMessage = "Can't repair registration because the cluster isn't registered yet. Register the cluster using Register-AzStackHCI without the -RepairRegistration option." $HCIResourceGroupNameDifferentErrorMessage = "Cluster resource has already been created in resource group : {0}. Skip '-ResourceGroupName' or provide '-ResourceGroupName' as {0} in Register-AzStackHCI to perform registration." $HCISubscriptionDifferentErrorMessage = "Cluster is already registered to subscription id : {0}. Skip '-SubscriptionId' or provide '-SubscriptionId' as {0} in Register-AzStackHCI to perform registration." $HCIResourceNameDifferentErrorMessage = "Cluster is already registered with resource name : {0}. Skip '-ResourceName' or provide '-ResourceName' as {0} in Register-AzStackHCI to perform registration." $ArcResourceGroupNameDifferentErrorMessage = "Azure Arc for servers resource has already been created in resource group : {0}. Skip -ArcServerResourceGroupName or provide -ArcServerResourceGroupName as {0} in Register-AzStackHCI with -RepairRegistration option to perform registration." $UserCertValidationErrorMessage = "Can't use certificate with thumbprint {0} because it expires in less than 60 days, on {1}. Certificates must be valid for at least 60 days." $FailedToRemoveRegistrationCertWarning = "Couldn't clean up Azure Stack HCI registration certificate from node(s) {0}. You can ignore this message or clean up the certificate yourself (optional)." $UnregistrationSuccessDetailsMessage = "Azure Stack HCI is successfully unregistered. The Azure resource representing Azure Stack HCI has been deleted. Azure Stack HCI can't sync with Azure until you register again." $RegistrationSuccessDetailsMessage = "Azure Stack HCI is successfully registered. An Azure resource representing Azure Stack HCI has been created in your Azure subscription to enable an Azure-consistent monitoring, billing, and support experience." $CouldNotGetLatestModuleInformationWarning = "Can't connect to the PowerShell Gallery to verify module version. Make sure you have the latest Az.StackHCI module with major version {0}.*." $ConnectingToCloudBillingServiceFailed = "Can't reach Azure from node(s) {0}. Make sure every clustered node has network connectivity to Azure. Verify that your network firewall allows outbound HTTPS from port 443 to all the well-known Azure IP addresses and URLs required by Azure Stack HCI. Visit aka.ms/hcidocs for details." $ResourceExistsInDifferentRegionError = "There is already an Azure Stack HCI resource with the same resource ID in region {0}, which is different from the input region {1}. Either specify the same region or delete the existing resource and try again." $ArcCmdletsNotAvailableError = "Azure Arc integration isn't available for the version of Azure Stack HCI installed on node(s) {0} yet. Check the documentation for details. You may need to install an update or join the Preview channel." $ArcRegistrationDisableInProgressError = "Unregister of Azure Arc integration is in progress. Try Unregister-AzStackHCI to finish unregistration and then try Register-AzStackHCI again." $ArcIntegrationNotAvailableForCloudError = "Azure Arc for Server integration is not supported in {0}. Specify '-EnableAzureArcServer:`$false' in Register-AzStackHCI Cmdlet to register without Arc integration." $ArcNeedsToBeEnabledError = "Azure Arc for servers integration can't be disabled. Skip the parameter '-EnableAzureArcServer' or Specify '-EnableAzureArcServer:`$true' in Register-AzStackHCI Cmdlet to register." $ArcAADAppCreationMessage= "Creating AAD application for onboarding ARC" $FetchingRegistrationState = "Checking whether the cluster is already registered" $ValidatingParametersFetchClusterName = "Validating cmdlet parameters" $ValidatingParametersRegisteredInfo = "Validating the parameters and checking registration information" $RegisterProgressActivityName = "Registering Azure Stack HCI with Azure..." $UnregisterProgressActivityName = "Unregistering Azure Stack HCI from Azure..." $InstallAzResourcesMessage = "Installing required PowerShell module: Az.Resources" $InstallRSATClusteringMessage = "Installing required Windows feature: RSAT-Clustering-PowerShell" $LoggingInToAzureMessage = "Logging in to Azure" $RegisterAzureStackRPMessage = "Registering Microsoft.AzureStackHCI provider to Subscription" $CreatingResourceGroupMessage = "Creating Azure Resource Group {0}" $CreatingCloudResourceMessage = "Creating Azure Resource {0} representing Azure Stack HCI by calling Microsoft.AzureStackHCI provider" $RepairingCloudResourceMessage = "Repairing Azure Resource {0} representing Azure Stack HCI by calling Microsoft.AzureStackHCI provider" $GettingCertificateMessage = "Getting new certificate from on-premises cluster to use as application credential" $AddAppCredentialMessage = "Adding certificate as application credential for the Azure AD application {0}" $DefaultRegionPromptMessage = "Using default region : {0}. The 'default' region might not meet Schrems II requirements." $ResourceGroupRegionPromptMessage = "Defaulting to ResourceGroup's region : {0}. The 'default' region might not meet Schrems II requirements." $RegisterAndSyncMetadataMessage = "Registering Azure Stack HCI cluster and syncing cluster census information from the on-premises cluster to the cloud" $UnregisterHCIUsageMessage = "Unregistering Azure Stack HCI cluster and cleaning up registration state on the on-premises cluster" $DeletingCloudResourceMessage = "Deleting Azure resource with ID {0} representing the Azure Stack HCI cluster" $DeletingArcCloudResourceMessage = "Deleting Azure resource with ID {0} representing the Azure Stack HCI cluster Arc integration" $DeletingExtensionMessage = "Deleting extension {0} on cluster {1}" $RegisterArcMessage = "Arc for servers registration triggered" $UnregisterArcMessage = "Arc for servers unregistration triggered" $ArcMachineAlreadyExistsInResourceGroupError = "Arc machine(s) with names: {0} already exists in the Resource Group {1}. Use a different Resource group for registration or specify a different Arc for Servers Resource Group." $SetAzureStackHCIRegistrationErrorMessage = "Exception occurred in Set-AzureStackHCIRegistration. ErrorMessage: {0}" $ArcAlreadyRegisteredInDifferentResourceGroupError = "Arc servers are already registered in Resource Group: {0}. To change resource groups, please unregister and register again" $ClusterCreationFailureMessage = "Failed to create cluster resource" $RegisterArcProgressActivityName = "Registering Azure Stack HCI with Azure Arc..." $UnregisterArcProgressActivityName = "Unregistering Azure Stack HCI with Azure Arc..." $RegisterArcRPMessage = "Registering Microsoft.HybridCompute and Microsoft.GuestConfiguration resource providers to subscription" $SetupArcMessage = "Initializing Azure Stack HCI integration with Azure Arc" $StartingArcAgentMessage = "Enabling Azure Arc integration on every clustered node" $VerifyingArcMessage = "Verifying Azure Arc for Servers registration" $WaitingUnregisterMessage = "Disabling Azure Arc integration on every clustered node" $CleanArcMessage = "Cleaning up Azure Arc integration" $ArcAlreadyEnabledInADifferentResourceError = "Below mentioned cluster node(s) are already Arc enabled with a different ARM Resource Id:`n{0}`nDisconnect Arc agent on these nodes and run Register-AzStackHCI again." $ArcAgentRolesInsufficientPreviligeMessage = "Failed to assign required roles for Azure Arc integration. Your Azure AD account must be an Owner or User Access Administrator in the subscription to enable Azure Arc integration." $RegisterArcFailedWarningMessage = "Some clustered nodes couldn't be Arc-enabled right now. This can happen if some of the nodes are down. We'll automatically try again in an hour. In the meantime, you can use Get-AzureStackHCIArcIntegration to check status on each node." $RegisterArcFailedExceptionMessage = "Failed to enable Arc on some clustered nodes." $ArcSettingsPatchFailedWarningMessage = "Arc for Servers registration failed. Visit https://learn.microsoft.com/en-us/azure-stack/hci/deploy/troubleshoot-hci-registration#registration-completes-successfully-but-azure-arc-connection-in-portal-says-not-installed and follow the troubleshooting steps. If Azure-Arc registration continues failing for more than 12 hours, contact support." $ArcSettingsPatchFailedLogMessage = "Arc for Servers registration failed. Unable to find the cluster nodes in Arc Settings resource." $UnregisterArcFailedError = "Couldn't disable Azure Arc integration on Node {0}. Try running Disable-AzureStackHCIArcIntegration Cmdlet on the node. If the node is in a state where Disable-AzureStackHCIArcIntegration Cmdlet could not be run, remove the node from the cluster and try Unregister-AzStackHCI Cmdlet again." $ArcExtensionCleanupFailedError = "Couldn't delete Arc extension {0} on cluster nodes. You can try the extension uninstallation steps listed at https://docs.microsoft.com/en-us/azure/azure-arc/servers/manage-agent for removing the extension and try Unregister-AzStackHCI again. If the node is in a state where extension uninstallation could not succeed, try Unregister-AzStackHCI with -Force switch." $ArcExtensionCleanupFailedWarning = "Couldn't delete Arc extension {0} on cluster nodes. Extension may continue to run even after unregistration." $SetProgressActivityName = "Setting properties for the Azure Stack HCI resource in Azure..." $SetProgressStatusGathering = "Gathering information" $SetProgressStatusGetAzureResource = "Getting the Azure Stack HCI resource" $SetProgressStatusOpSwitching = "Switching to the subscription ID {0}" $SetProgressStatusUpdatingProps = "Updating the resource properties" $SetProgressStatusSyncCluster = "Syncing the Azure Stack HCI cluster with Azure" $SetAzResourceClusterNotRegistered = "The cluster is not registered with Azure. Register the cluster using Register-AzStackHCI and then try again." $SetAzResourceClusterNodesDown = "One or more servers in your cluster are offline. Check that all your servers are up and then try again." $SetAzResourceSuccessWSSE = "Successfully enabled Windows Server Subscription." $SetAzResourceSuccessWSSD = "Successfully disabled Windows Server Subscription." $SetAzResourceSuccessDiagLevel = "Successfully configured the Azure Stack HCI diagnostic level to {0}." $SetProgressShouldProcess = "Update the resource properties to change Windows Server Subscription or Azure Stack HCI diagnostic level" $SetProgressShouldContinue = "This will enable or disable billing for Windows Server guest licenses through your Azure subscription." $SetProgressShouldContinueCaption = "Configure Windows Server Subscription" $SetProgressWarningDiagnosticOff = "Setting diagnostic level to Off will prevent Microsoft from collecting important diagnostic information that helps improve Azure Stack HCI." $SetProgressWarningWSSD = "Windows Server Subscription will no longer activate your Windows Server VMs. Please check that your VMs are being activated another way." $SecondaryProgressBarId = 2 $EnableAzsHciImdsActivity = "Enable Azure Stack HCI IMDS Attestation..." $ConfirmEnableImds = "Enabling IMDS Attestation configures your cluster to use workloads that are exclusively available on Azure." $ConfirmDisableImds = "Disabling IMDS Attestation will remove the ability for some exclusive Azure workloads to function." $ImdsClusterNotRegistered = "The cluster is not registered with Azure. Register the cluster using Register-AzStackHCI and then try again." $DisableAzsHciImdsActivity = "Disable Azure Stack HCI IMDS Attestation..." $AddAzsHciImdsActivity = "Add Virtual Machines to Azure Stack HCI IMDS Attestation..." $RemoveAzsHciImdsActivity = "Remove Virtual Machines from Azure Stack HCI IMDS Attestation..." $ShouldContinueHyperVInstall = "The Hyper-V Powershell management tools are required to be installed on {0} to continue. Install RSAT-Hyper-V-Tools and continue?" $DiscoveringClusterNodes = "Discovering cluster nodes..." $AllClusterNodesAreNotOnline = "One or more servers in your cluster are offline. Check that all your servers are up and then try again." $CheckingClusterNode = "Checking AzureStack HCI IMDS Attestation on {0}" $ConfiguringClusterNode = "Configuring AzureStack HCI IMDS Attestation on {0}" $DisablingIMDSOnNode = "Disabling AzureStack HCI IMDS Attestation on {0}" $RemovingVmImdsFromNode = "Removing AzureStack HCI IMDS Attestation from guests on {0}" $AttestationNotEnabled = "The IMDS Service on {0} needs to be activated. This is required before guests can be configured. Run Enable-AzStackHCIAttestation cmdlet." $ErrorAddingAllVMs = "Did not add all guests. Try running Add-AzStackHCIVMAttestation on each node manually." $SetupCloudManagementActivityName = "Cloud Management configuration..." $ConfiguringCloudManagementMessage = "Configuring Cloud Management agent." $ConfiguringCloudManagementClusterSvc = "Creating Cloud Management cluster resource." $StartingCloudManagementMessage = "Starting Cloud Management agent." $RemoteSupportConsentText = "`r`n`r`nBy approving this request, the Microsoft support organization or the Azure engineering team supporting this feature ('Microsoft Support Engineer') will be given direct access to your device for troubleshooting purposes and/or resolving the technical issue described in the Microsoft support case. `r`n`r`nDuring a remote support session, a Microsoft Support Engineer may need to collect logs. By enabling remote support, you have agreed to a diagnostic logs collection by Microsoft Support Engineer to address a support case You also acknowledge and consent to the upload and retention of those logs in an Azure storage account managed and controlled by Microsoft. These logs may be accessed by Microsoft in the context of a support case and to improve the health of Azure Stack HCI. `r`n`r`nThe data will be used only to troubleshoot failures that are subject to a support ticket, and will not be used for marketing, advertising, or any other commercial purposes without your consent. The data may be retained for up to ninety (90) days and will be handled following our standard privacy practices (https://privacy.microsoft.com/en-US/). Any data previously collected with your consent will not be affected by the revocation of your permission." $MaskString = "XXXXXXX" $AlreadyLoggedFlag = "Already Logged" #endregion #region Constants $UsageServiceFirstPartyAppId = "1322e676-dee7-41ee-a874-ac923822781c" $MicrosoftTenantId = "72f988bf-86f1-41af-91ab-2d7cd011db47" $MSPortalDomain = "https://ms.portal.azure.com/" $AzureCloudPortalDomain = "https://portal.azure.com/" $AzureChinaCloudPortalDomain = "https://portal.azure.cn/" $AzureUSGovernmentPortalDomain = "https://portal.azure.us/" $AzureGermanCloudPortalDomain = "https://portal.microsoftazure.de/" $AzurePPEPortalDomain = "https://df.onecloud.azure-test.net/" $AzureCanaryPortalDomain = "https://portal.azure.com/" $AzureCloud = "AzureCloud" $AzureChinaCloud = "AzureChinaCloud" $AzureUSGovernment = "AzureUSGovernment" $AzureGermanCloud = "AzureGermanCloud" $AzurePPE = "AzurePPE" $AzureCanary = "AzureCanary" $PortalCanarySuffix = '?feature.armendpointprefix={0}' $PortalHCIResourceUrl = '#@{0}/resource/subscriptions/{1}/resourceGroups/{2}/providers/Microsoft.AzureStackHCI/clusters/{3}/overview' $Region_EASTUSEUAP = 'eastus2euap' [hashtable] $ServiceEndpointsAzureCloud = @{ $Region_EASTUSEUAP = 'https://canary.dp.stackhci.azure.com' } $ServiceEndpointAzureCloudFrontDoor = "https://dp.stackhci.azure.com" $ServiceEndpointAzureCloud = $ServiceEndpointAzureCloudFrontDoor $AuthorityAzureCloud = "https://login.microsoftonline.com" $BillingServiceApiScopeAzureCloud = "https://azurestackhci-usage.trafficmanager.net/.default" $GraphServiceApiScopeAzureCloud = "https://graph.microsoft.com/.default" $ServiceEndpointAzurePPE = "https://azurestackhci-df.azurefd.net" $AuthorityAzurePPE = "https://login.windows-ppe.net" $BillingServiceApiScopeAzurePPE = "https://azurestackhci-usage-df.azurewebsites.net/.default" $GraphServiceApiScopeAzurePPE = "https://graph.ppe.windows.net/.default" $ServiceEndpointAzureChinaCloud = "https://dp.stackhci.azure.cn" $AuthorityAzureChinaCloud = "https://login.partner.microsoftonline.cn" $BillingServiceApiScopeAzureChinaCloud = "$UsageServiceFirstPartyAppId/.default" $GraphServiceApiScopeAzureChinaCloud = "https://microsoftgraph.chinacloudapi.cn/.default" $ServiceEndpointAzureUSGovernment = "https://dp.azurestackhci.azure.us" $AuthorityAzureUSGovernment = "https://login.microsoftonline.us" $BillingServiceApiScopeAzureUSGovernment = "https://dp.azurestackhci.azure.us/.default" $GraphServiceApiScopeAzureUSGovernment = "https://graph.microsoft.us/.default" $ServiceEndpointAzureGermanCloud = "https://azurestackhci-usage.trafficmanager.de" $AuthorityAzureGermanCloud = "https://login.microsoftonline.de" $BillingServiceApiScopeAzureGermanCloud = "https://azurestackhci-usage.azurewebsites.de/.default" $GraphServiceApiScopeAzureGermanCloud = "https://graph.cloudapi.de/.default" $RPAPIVersion = "2022-12-01"; $HCIArcAPIVersion = "2022-05-01" $HCIArcExtensionAPIVersion = "2021-09-01" $HCApiVersion = "2022-03-10" $HCIArcInstanceName = "/arcSettings/default" $HCIArcExtensions = "/Extensions" $OutputPropertyResult = "Result" $OutputPropertyResourceId = "AzureResourceId" $OutputPropertyPortalResourceURL = "AzurePortalResourceURL" $OutputPropertyDetails = "Details" $OutputPropertyTest = "Test" $OutputPropertyEndpointTested = "EndpointTested" $OutputPropertyIsRequired = "IsRequired" $OutputPropertyFailedNodes = "FailedNodes" $OutputPropertyErrorDetail = "ErrorDetail" $OutputPropertyClusterAgentStatus = "ClusterAgentStatus" $OutputPropertyClusterAgentError = "ClusterAgentError" $ConnectionTestToAzureHCIServiceName = "Connect to Azure Stack HCI Service" $ResourceGroupCreatedByName = "CreatedBy" $ResourceGroupCreatedByValue = "4C02703C-F5D0-44B0-ADC3-4ED5C2839E61" $HealthEndpointPath = "/health" $MainProgressBarId = 1 $ArcProgressBarId = 2 $AzureConnectedMachineOnboardingRole = "Azure Connected Machine Onboarding" $AzureConnectedMachineResourceAdministratorRole = "Azure Connected Machine Resource Administrator" $ArcOnboardingRole = "Azure Connected Machine Resource Manager" $ArcRegistrationTaskName = "ArcRegistrationTask" $LogFileDir = '\Tasks\ArcForServers' $ArcMachineResourceType = "Microsoft.HybridCompute/machines" $ClusterScheduledTaskWaitTimeMinutes = 15 $ClusterScheduledTaskSleepTimeSeconds = 3 $ClusterScheduledTaskRunningState = "Running" $ClusterScheduledTaskReadyState = "Ready" $GetArcSettingsWaitTimeMinutes = 1 $GetArcSettingsSleepTimeSeconds = 15 $ArcSettingsVerificationLimit = 5 $ArcSettingsDisableInProgressState = "DisableInProgress" # Cluster Agent Service Names $ClusterAgentServiceName = "HciClusterAgentSvc" $ClusterAgentGroupName = "Cloud Management" $AzAccountsModuleVersion="2.10.2" $AzResourcesModuleVersion="6.2.0" Function Write-Log { [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] [CmdletBinding()] Param( [Parameter(Mandatory=$False)] [ValidateSet("INFO","WARN","ERROR","FATAL","DEBUG")] [String] $Level = "INFO", [Parameter(Mandatory=$True)] [string] $Message ) $Stamp = (Get-Date).toString("yyyy/MM/dd HH:mm:ss") $Line = "$Stamp , $Level , $Message" Add-Content $global:LogFileName -Value $Line } Function Write-VerboseLog{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] [CmdletBinding()] param( [Parameter(Mandatory=$True)] [string] $Message ) Write-Verbose $Message Write-Log -Level "DEBUG" -Message $Message } Function Write-InfoLog{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] [CmdletBinding()] param( [Parameter(Mandatory=$True)] [string] $Message ) Write-Information $Message Write-Log -Level "INFO" -Message $Message } Function Write-WarnLog{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] [CmdletBinding()] param( [Parameter(Mandatory=$True)] [string] $Message ) Write-Warning $Message Write-Log -Level "WARN" -Message $Message } <# Writes the Error output to registration log file and console If Category is passed as 'OperationStopped', the Script will not write the error message again in the final catch block #> Function Write-ErrorLog{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] [CmdletBinding()] param( [Parameter(Mandatory=$true)] [string] $Message, [Parameter(Mandatory=$false)] [System.Management.Automation.ErrorRecord] $Exception, [Parameter(Mandatory=$false)] [string] $Category ) $ErrorLogMessage = $PSBoundParameters["Message"] $WriteErrorMessage = $PSBoundParameters["Message"] if($PSBoundParameters["Exception"]) { $exceptionFormatted = $Exception | Format-List * -Force | Out-String $invocationInfoFormatted = $Exception.InvocationInfo | Format-List * -Force | Out-String $innerExceptionFormatted = "" $_.Exception.InnerException | ForEach-Object { $innerExceptionFormatted = $innerExceptionFormatted + ($_ | Format-List * -Force | Out-String) } | Out-Null $ErrorLogMessage = $ErrorLogMessage + ("`n{0}`n{1}`n{2}" -f $exceptionFormatted, $invocationInfoFormatted, $innerExceptionFormatted) $WriteErrorMessage = $WriteErrorMessage + "`n{0}" -f $exceptionFormatted } # Writing error message in the log file Write-Log -Level "ERROR" -Message $ErrorLogMessage if($PSBoundParameters["Category"]) { $WriteErrorMessage = $WriteErrorMessage + "`nCategoryInfo: {0}" -f $Category.ToString() } # Writing error message on the console $Host.UI.WriteErrorLine($WriteErrorMessage) # If Category is 'OperationStopped', add 'Already Logged' flag in the $Error variable to prevent logging exception again in the final catch block if($PSBoundParameters["Category"] -eq "OperationStopped") { $Error.Add($AlreadyLoggedFlag) | Out-Null } } Function Write-NodeEventLog{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] [CmdletBinding()] param( [Parameter(Mandatory=$True)] [string] $Message, [Parameter(Mandatory=$True)] [Int] $EventID, [Parameter(Mandatory=$True)] [bool] $IsManagementNode, [Parameter(Mandatory=$False)] [string] $ComputerName, [Parameter(Mandatory=$False)] [System.Management.Automation.PSCredential] $Credentials, [Parameter(Mandatory=$False)] [EventLogLevel] $Level = [EventLogLevel]::Information ) $sourceName="HCI Registration" try { if($IsManagementNode) { Write-VerboseLog ("Connecting from management node") if($Null -eq $Credentials) { $session = New-PSSession -ComputerName $ComputerName } else { $session = New-PSSession -ComputerName $ComputerName -Credential $Credentials } } else { $session = New-PSSession -ComputerName localhost } $sourceExists = Invoke-Command -Session $session -ScriptBlock {Get-EventLog -LogName Application -Source $using:sourceName -Newest 1 -ErrorAction SilentlyContinue } if(-not $sourceExists) { Invoke-Command -Session $session -ScriptBlock { New-EventLog -LogName Application -Source $using:sourceName -ErrorAction SilentlyContinue} } $levelStr = $Level.ToString() Invoke-Command -Session $session -ScriptBlock { Write-EventLog -LogName Application -Source $using:sourceName -EventId $using:EventID -EntryType $using:levelStr -Message $using:Message } } catch { Write-WarnLog("failed to write events to node"+ $_.Exception.Message) } } Function Print-FunctionParameters{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] [CmdletBinding()] param( [Parameter(Mandatory=$True)] [string] $Message, [Parameter(Mandatory=$True)] [hashtable] $Parameters ) $body = @{} foreach ($param in $Parameters.GetEnumerator()) { # remove common parameters (Debug, Verbose, etc) if ([System.Management.Automation.PSCmdlet]::CommonParameters -contains $param.key) { continue } if ($param.key -in @("ArmAccessToken","ArcSpnCredential","Credential","AccountId","GraphAccessToken","AccessToken")) { $body.add($param.Key, $MaskString) } else { $body.add($param.Key, $param.Value) } } return "Parameters for {0} are: {1}" -f $Message, ($body | Out-String ) } $CheckNodeArcRegistrationStateScriptBlock = { if(Test-Path -Path "C:\Program Files\AzureConnectedMachineAgent\azcmagent.exe") { $arcAgentStatus = Invoke-Expression -Command "& 'C:\Program Files\AzureConnectedMachineAgent\azcmagent.exe' show -j" # Parsing the status received from Arc agent $arcAgentStatusParsed = $arcAgentStatus | ConvertFrom-Json # Throw an error if the node is Arc enabled to a different resource group or subscription id if(($arcAgentStatusParsed.subscriptionId -ne $Using:SubscriptionId) -or ($arcAgentStatusParsed.resourceGroup -ne $Using:ArcResourceGroupName)) { $differentResourceExceptionMessage = "{0}: Subscription Id: {1}, Resource Group: {2}" -f $Using:clusterNode, $arcAgentStatusParsed.subscriptionId, $arcAgentStatusParsed.resourceGroup throw $differentResourceExceptionMessage } } } $registerArcScript = { try { # Params for Enable-AzureStackHCIArcIntegration $AgentInstaller_WebLink = 'https://aka.ms/AzureConnectedMachineAgent' $AgentInstaller_Name = $env:windir + '\Tasks\ArcForServers' + '\AzureConnectedMachineAgent.msi' $AgentInstaller_LogFile = $env:windir + '\Tasks\ArcForServers' +'\ConnectedMachineAgentInstallationLog.txt' $AgentExecutable_Path = $Env:Programfiles + '\AzureConnectedMachineAgent\azcmagent.exe' $DebugPreference = 'Continue' # Setup Directory. $LogFileDir = $env:windir + '\Tasks\ArcForServers' if (-Not $(Test-Path $LogFileDir)) { New-Item -Type Directory -Path $LogFileDir } # Delete log files older than 15 days Get-ChildItem -Path $LogFileDir -Recurse | Where-Object {($_.LastWriteTime -lt (Get-Date).AddDays(-15))} | Remove-Item # Setup Log file name. $date = Get-Date $datestring = '{0}{1:d2}{2:d2}' -f $date.year,$date.month,$date.day $LogFileName = $LogFileDir + '\RegisterArc_' + $datestring + '.log' Start-Transcript -LiteralPath $LogFileName -Append | Out-Null $sourceExists = Get-EventLog -LogName Application -Source 'HCI Registration' -Newest 1 -ErrorAction SilentlyContinue if(-not $sourceExists) { New-EventLog -LogName Application -Source 'HCI Registration' -ErrorAction SilentlyContinue } Write-Information 'Triggering Arc For Servers registration cmdlet' $arcStatus = Get-AzureStackHCIArcIntegration $EnableAzureStackHCIArcIntegrationRetrySleepTimeSeconds = 10 if ($arcStatus.ClusterArcStatus -eq 'Enabled') { $nodeStatus = $arcStatus.NodesArcStatus if ($nodeStatus.Keys -icontains ($env:computername)) { if ($nodeStatus[$env:computername.ToLowerInvariant()] -ne 'Enabled') { Write-Information 'Registering Arc for servers.' Write-EventLog -LogName Application -Source 'HCI Registration' -EventId 9002 -EntryType 'Information' -Message 'Initiating Arc For Servers registration' Enable-AzureStackHCIArcIntegration -AgentInstallerWebLink $AgentInstaller_WebLink -AgentInstallerName $AgentInstaller_Name -AgentInstallerLogFile $AgentInstaller_LogFile -AgentExecutablePath $AgentExecutable_Path *>&1 | Tee-Object -Variable enableArcIntegrationOutput $IsEnableArcIntegrationSuccessful = $true $enableArcIntegrationOutput | foreach { if($_.ToString().Contains('401 Unauthorized')) { $IsEnableArcIntegrationSuccessful = $false } } if(-Not $IsEnableArcIntegrationSuccessful) { Write-EventLog -LogName Application -Source 'HCI Registration' -EventId 9006 -EntryType 'Information' -Message 'Failed to enable Azure Arc integration. Trying it again.' Write-Information 'Failed to enable Azure Arc integration. Trying it again.' Start-Sleep -Seconds $EnableAzureStackHCIArcIntegrationRetrySleepTimeSeconds Enable-AzureStackHCIArcIntegration -AgentInstallerWebLink $AgentInstaller_WebLink -AgentInstallerName $AgentInstaller_Name -AgentInstallerLogFile $AgentInstaller_LogFile -AgentExecutablePath $AgentExecutable_Path -ErrorAction Stop } Sync-AzureStackHCI Write-EventLog -LogName Application -Source 'HCI Registration' -EventId 9003 -EntryType 'Information' -Message 'Completed Arc For Servers registration' } else { Write-Information 'Node is already registered.' } } else { # New node added case. Write-Information 'Registering Arc for servers.' Write-EventLog -LogName Application -Source 'HCI Registration' -EventId 9002 -EntryType 'Information' -Message 'Initiating Arc For Servers registration' Enable-AzureStackHCIArcIntegration -AgentInstallerWebLink $AgentInstaller_WebLink -AgentInstallerName $AgentInstaller_Name -AgentInstallerLogFile $AgentInstaller_LogFile -AgentExecutablePath $AgentExecutable_Path Sync-AzureStackHCI Write-EventLog -LogName Application -Source 'HCI Registration' -EventId 9003 -EntryType 'Information' -Message 'Completed Arc For Servers registration' } } else { Write-Information ('Cluster Arc status is not enabled. ClusterArcStatus:' + $arcStatus.ClusterArcStatus.ToString()) } } catch { # Get script line number, offset and Command that resulted in exception. Write-ErrorLog with the exception above does not write this info. $positionMessage = $_.InvocationInfo.PositionMessage Write-EventLog -LogName Application -Source 'HCI Registration' -EventId 9116 -EntryType 'Warning' -Message ('Failed Arc For Servers registration: '+ $positionMessage) Write-Error ('Exception occurred in RegisterArcScript : ' + $positionMessage) -Exception $_.Exception -Category OperationStopped } finally { $customImdsScript = { try{ $customImdsRegKey = Get-Item 'HKLM:\Software\Microsoft\Windows Azure\CurrentVersion\IMDS' -ErrorAction Stop } catch{ $customImdsRegKey = New-Item 'HKLM:\Software\Microsoft\Windows Azure\CurrentVersion\IMDS' -Force -ErrorAction Stop } $customImdsRegKey | New-ItemProperty -Name 'CustomIMDSHostAddress' -Value 'http://127.0.0.1:42542' -Force -ErrorAction Stop | Out-Null } try { Write-Verbose ('Configuring CustomIMDSHostAddress') Invoke-Command -ScriptBlock $customImdsScript } catch { Write-Verbose ('Exception occurred while setting custom IMDS host. ErrorMessage : ' + $_.Exception.Message) Write-Verbose ($_ | Out-String) Write-Warning ('Could not configure CustomIMDSHostAddress for node.') } try{ Stop-Transcript } catch {} } } #endregion $global:LogFileName function Setup-Logging{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $LogFilePrefix, [bool] $DebugEnabled ) $date = Get-Date $datestring = "{0}{1:d2}{2:d2}-{3:d2}{4:d2}" -f $date.year,$date.month,$date.day,$date.hour,$date.minute $global:LogFileName = $LogFilePrefix + "_" + $datestring + ".log" if ($DebugEnabled) { $DebugLogFileName = $LogFilePrefix + "_" + "debug"+ "_" +$datestring + ".log" Start-Transcript -LiteralPath $DebugLogFileName -Append | Out-Null } } function Show-LatestModuleVersion{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] $latestModule = Find-Module -Name Az.StackHCI -ErrorAction Ignore $installedModule = Get-Module -Name Az.StackHCI | Sort-Object -Property Version -Descending | Select-Object -First 1 if($Null -eq $latestModule) { $CouldNotGetLatestModuleInformationWarningMsg = $CouldNotGetLatestModuleInformationWarning -f $installedModule.Version.Major Write-WarnLog ($CouldNotGetLatestModuleInformationWarningMsg) } else { if($latestModule.Version.GetType() -eq [string]) { $latestModuleVersion = [System.Version]::Parse($latestModule.Version) } else { $latestModuleVersion = $latestModule.Version } if(($latestModuleVersion.Major -eq $installedModule.Version.Major) -and ($latestModuleVersion -gt $installedModule.Version)) { $InstallLatestVersionWarningMsg = $InstallLatestVersionWarning -f $installedModule.Version, $latestModuleVersion Write-WarnLog ($InstallLatestVersionWarningMsg) } } } <# Executes a script while suppresing any progressbar coming from cmdlets in script Useful while running long running cmdlets (202 pattern) since progressbar from these cmdlets do not have useful information #> function Execute-Without-ProgressBar{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param ( [parameter(Mandatory=$true)] [ValidateNotNullOrEmpty()] [scriptblock] $ScriptBlock ) $OriginalPref = $ProgressPreference try { $ProgressPreference = "SilentlyContinue" $result = Invoke-Command -ScriptBlock $ScriptBlock } catch { Write-ErrorLog -Exception $_ -Message "Exception occured while executing cmd: $ScriptBlock" -ErrorAction Continue throw } finally { $ProgressPreference = $OriginalPref } return $result } <# Executes the given script inside an Invoke-Command. Useful for scripts where the error needs to be caught inside the Invoke-Command. Note: The parameters variable used inside $ScriptBlock should be named $Params or the method won't work as expected #> function Run-InvokeCommand { [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param ( [parameter(Mandatory=$true)] [scriptblock] $ScriptBlock, [parameter(Mandatory=$true)] [System.Management.Automation.Runspaces.PSSession] $Session, [parameter(Mandatory=$true)] [System.Collections.HashTable] $Params ) Invoke-Command -Session $Session -ArgumentList $Params, $ScriptBlock -ScriptBlock { param ($Params, $ScriptBlock) try { Invoke-Expression $ScriptBlock } catch { if($null -ne $_.Exception.InnerException.Detail.Error) { throw $_.Exception.InnerException.Detail.Error } throw $_.Exception.Message } } } function Retry-Command { [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param ( [parameter(Mandatory=$true)] [ValidateNotNullOrEmpty()] [scriptblock] $ScriptBlock, [int] $Attempts = 8, [int] $MinWaitTimeInSeconds = 5, [int] $MaxWaitTimeInSeconds = 60, [int] $BaseBackoffTimeInSeconds = 2, [bool] $RetryIfNullOutput = $true ) $attempt = 0 $completed = $false $result = $null if($MaxWaitTimeInSeconds -lt $MinWaitTimeInSeconds) { throw "MaxWaitTimeInSeconds($MaxWaitTimeInSeconds) is less than MinWaitTimeInSeconds($MinWaitTimeInSeconds)" } while (-not $completed) { try { $attempt = $attempt + 1 $result = Invoke-Command -ScriptBlock $ScriptBlock if($RetryIfNullOutput) { if($result -ne $null) { Write-VerboseLog ("Command [{0}] succeeded. Non null result received." -f $ScriptBlock) $completed = $true } else { throw "Null result received." } } else { Write-VerboseLog ("Command [{0}] succeeded." -f $ScriptBlock) $completed = $true } } catch { $exception = $_.Exception if([int]$exception.ErrorCode -eq [int][system.net.httpstatuscode]::Forbidden) { Write-VerboseLog ("Command [{0}] failed Authorization. Attempt {1}. Exception: {2}" -f $ScriptBlock, $attempt,$exception.Message) throw } else { if ($attempt -ge $Attempts) { Write-VerboseLog ("Command [{0}] failed the maximum number of {1} attempts. Exception: {2}" -f $ScriptBlock, $attempt,$exception.Message) throw } else { $secondsDelay = $MinWaitTimeInSeconds + [int]([Math]::Pow($BaseBackoffTimeInSeconds,($attempt-1))) if($secondsDelay -gt $MaxWaitTimeInSeconds) { $secondsDelay = $MaxWaitTimeInSeconds } Write-VerboseLog ("Command [{0}] failed. Retrying in {1} seconds. Exception: {2}" -f $ScriptBlock, $secondsDelay,$exception.Message) Start-Sleep $secondsDelay } } } } return $result } function Get-PortalDomain{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $TenantId, [string] $EnvironmentName, [string] $Region ) if($EnvironmentName -eq $AzureCloud -and $TenantId -eq $MicrosoftTenantId) { return $MSPortalDomain; } elseif($EnvironmentName -eq $AzureCloud) { return $AzureCloudPortalDomain; } elseif($EnvironmentName -eq $AzureChinaCloud) { return $AzureChinaCloudPortalDomain; } elseif($EnvironmentName -eq $AzureUSGovernment) { return $AzureUSGovernmentPortalDomain; } elseif($EnvironmentName -eq $AzureGermanCloud) { return $AzureGermanCloudPortalDomain; } elseif($EnvironmentName -eq $AzurePPE) { return $AzurePPEPortalDomain; } elseif($EnvironmentName -eq $AzureCanary) { $PortalCanarySuffixWithRegion = $PortalCanarySuffix -f $Region return ($AzureCanaryPortalDomain + $PortalCanarySuffixWithRegion); } } function Get-DefaultRegion{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $EnvironmentName ) $defaultRegion = "eastus"; if($EnvironmentName -eq $AzureCloud) { $defaultRegion = "eastus" } elseif($EnvironmentName -eq $AzureChinaCloud) { $defaultRegion = "chinaeast2" } elseif($EnvironmentName -eq $AzureUSGovernment) { $defaultRegion = "usgovvirginia" } elseif($EnvironmentName -eq $AzureGermanCloud) { $defaultRegion = "germanynortheast" } elseif($EnvironmentName -eq $AzurePPE) { $defaultRegion = "westus" } elseif($EnvironmentName -eq $AzureCanary) { $defaultRegion = "eastus2euap" } return $defaultRegion } function Get-GraphAccessToken{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $TenantId, [string] $EnvironmentName ) # Below commands ensure there is graph access token in cache Get-AzADApplication -DisplayName SomeApp1 -ErrorAction Ignore | Out-Null $graphTokenItemResource = (Get-AzContext).Environment.GraphUrl $authFactory = [Microsoft.Azure.Commands.Common.Authentication.AzureSession]::Instance.AuthenticationFactory $azContext = Get-AzContext $graphTokenItem = $authFactory.Authenticate($azContext.Account, $azContext.Environment, $azContext.Tenant.Id, $null, [Microsoft.Azure.Commands.Common.Authentication.ShowDialog]::Never, $null, $graphTokenItemResource) return $graphTokenItem.AccessToken } function Get-EnvironmentEndpoints{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $EnvironmentName, [ref] $ServiceEndpoint, [ref] $Authority, [ref] $BillingServiceApiScope, [ref] $GraphServiceApiScope ) if(($EnvironmentName -eq $AzureCloud) -or ($EnvironmentName -eq $AzureCanary)) { $ServiceEndpoint.Value = $ServiceEndpointAzureCloud $Authority.Value = $AuthorityAzureCloud $BillingServiceApiScope.Value = $BillingServiceApiScopeAzureCloud $GraphServiceApiScope.Value = $GraphServiceApiScopeAzureCloud } elseif($EnvironmentName -eq $AzureChinaCloud) { $ServiceEndpoint.Value = $ServiceEndpointAzureChinaCloud $Authority.Value = $AuthorityAzureChinaCloud $BillingServiceApiScope.Value = $BillingServiceApiScopeAzureChinaCloud $GraphServiceApiScope.Value = $GraphServiceApiScopeAzureChinaCloud } elseif($EnvironmentName -eq $AzureUSGovernment) { $ServiceEndpoint.Value = $ServiceEndpointAzureUSGovernment $Authority.Value = $AuthorityAzureUSGovernment $BillingServiceApiScope.Value = $BillingServiceApiScopeAzureUSGovernment $GraphServiceApiScope.Value = $GraphServiceApiScopeAzureUSGovernment } elseif($EnvironmentName -eq $AzureGermanCloud) { $ServiceEndpoint.Value = $ServiceEndpointAzureGermanCloud $Authority.Value = $AuthorityAzureGermanCloud $BillingServiceApiScope.Value = $BillingServiceApiScopeAzureGermanCloud $GraphServiceApiScope.Value = $GraphServiceApiScopeAzureGermanCloud } elseif($EnvironmentName -eq $AzurePPE) { $ServiceEndpoint.Value = $ServiceEndpointAzurePPE $Authority.Value = $AuthorityAzurePPE $BillingServiceApiScope.Value = $BillingServiceApiScopeAzurePPE $GraphServiceApiScope.Value = $GraphServiceApiScopeAzurePPE } } function Get-PortalHCIResourcePageUrl{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $TenantId, [string] $EnvironmentName, [string] $SubscriptionId, [string] $ResourceGroupName, [string] $ResourceName, [string] $Region ) $portalBaseUrl = Get-PortalDomain -TenantId $TenantId -EnvironmentName $EnvironmentName -Region $Region $portalHCIResourceRelativeUrl = $PortalHCIResourceUrl -f $TenantId, $SubscriptionId, $ResourceGroupName, $ResourceName return $portalBaseUrl + $portalHCIResourceRelativeUrl } function Get-ResourceId{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $ResourceName, [string] $SubscriptionId, [string] $ResourceGroupName ) return "/Subscriptions/" + $SubscriptionId + "/resourceGroups/" + $ResourceGroupName + "/providers/Microsoft.AzureStackHCI/clusters/" + $ResourceName } function Install-Dependent-Module{ param( [string] $ModuleName, [string] $ModuleVersion ) try { Import-Module -Name $ModuleName -RequiredVersion $ModuleVersion -ErrorAction Stop Write-VerboseLog ("Found required Module: {0} version: {1}" -f $ModuleName,$ModuleVersion) } catch { try { Import-PackageProvider -Name Nuget -MinimumVersion "2.8.5.201" -ErrorAction Stop } catch { Install-PackageProvider NuGet -Force | Out-Null } Write-VerboseLog ("Installing Module: {0} version: {1}" -f $ModuleName,$ModuleVersion) Install-Module -Name $ModuleName -RequiredVersion $ModuleVersion -Force -AllowClobber -Repository 'PSGallery' Import-Module -Name $ModuleName -RequiredVersion $ModuleVersion Write-VerboseLog ("Successfully imported Module: {0} version: {1}" -f $ModuleName,$ModuleVersion) } } function Azure-Login{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $SubscriptionId, [string] $TenantId, [string] $ArmAccessToken, [string] $GraphAccessToken, [string] $AccountId, [string] $EnvironmentName, [string] $ProgressActivityName, [string] $Region, [bool] $UseDeviceAuthentication ) Write-Progress -Id $MainProgressBarId -activity $ProgressActivityName -status $InstallAzResourcesMessage -percentcomplete 10 Install-Dependent-Module -ModuleName "Az.Accounts" -ModuleVersion $AzAccountsModuleVersion Install-Dependent-Module -ModuleName "Az.Resources" -ModuleVersion $AzResourcesModuleVersion Write-Progress -Id $MainProgressBarId -activity $ProgressActivityName -status $LoggingInToAzureMessage -percentcomplete 30 if($EnvironmentName -eq $AzurePPE) { Write-VerboseLog ("Setting up AzurePPE AzEnvironment") Add-AzEnvironment -Name $AzurePPE -PublishSettingsFileUrl "https://windows.azure-test.net/publishsettings/index" -ServiceEndpoint "https://management-preview.core.windows-int.net/" -ManagementPortalUrl "https://windows.azure-test.net/" -ActiveDirectoryEndpoint "https://login.windows-ppe.net/" -ActiveDirectoryServiceEndpointResourceId "https://management.core.windows.net/" -ResourceManagerEndpoint "https://api-dogfood.resources.windows-int.net/" -GalleryEndpoint "https://df.gallery.azure-test.net/" -GraphEndpoint "https://graph.ppe.windows.net/" -GraphAudience "https://graph.ppe.windows.net/" | Out-Null } $ConnectAzureADEnvironmentName = $EnvironmentName $ConnectAzAccountEnvironmentName = $EnvironmentName if($EnvironmentName -eq $AzureCanary) { Write-VerboseLog ("Setting up {0} AzEnvironment" -f $AzureCanary) $ConnectAzureADEnvironmentName = $AzureCloud if([string]::IsNullOrEmpty($Region)) { $Region = Get-DefaultRegion -EnvironmentName $EnvironmentName Write-VerboseLog ("{0} region resolves to {1}" -f $AzureCanary,$Region) } # Normalize region name $Region = Normalize-RegionName -Region $Region $ConnectAzAccountEnvironmentName = ($AzureCanary + $Region) $azEnv = (Get-AzEnvironment -Name $AzureCloud) $azEnv.Name = $ConnectAzAccountEnvironmentName $azEnv.ResourceManagerUrl = ('https://{0}.management.azure.com/' -f $Region) $azEnv | Add-AzEnvironment -MicrosoftGraphEndpointResourceId "https://graph.microsoft.com" -MicrosoftGraphUrl "https://graph.microsoft.com" | Out-Null Write-VerboseLog ("$AzureCanary env details: : {0}" -f ($azEnv | Out-String)) } Disconnect-AzAccount -ErrorAction Ignore | Out-Null if([string]::IsNullOrEmpty($ArmAccessToken) -or [string]::IsNullOrEmpty($AccountId)) { # Interactive login $IsIEPresent = Test-Path "$env:SystemRoot\System32\ieframe.dll" if([string]::IsNullOrEmpty($TenantId)) { Write-VerboseLog ("attempting login without TenantID") if(($UseDeviceAuthentication -eq $false) -and ($IsIEPresent)) { $AZConnectParams = @{ Environment = $ConnectAzAccountEnvironmentName SubscriptionId = $SubscriptionId Scope = "Process" } } else # Use -UseDeviceAuthentication as IE Frame is not available to show Azure login popup { Write-Progress -Id $MainProgressBarId -activity $ProgressActivityName -Completed # Hide progress activity as it blocks the console output $AZConnectParams = @{ Environment = $ConnectAzAccountEnvironmentName SubscriptionId = $SubscriptionId Scope = "Process" UseDeviceAuthentication = $true } } } else { Write-VerboseLog ("Attempting login with TenantID: $TenantId") if(($UseDeviceAuthentication -eq $false) -and ($IsIEPresent)) { $AZConnectParams = @{ Environment = $ConnectAzAccountEnvironmentName SubscriptionId = $SubscriptionId TenantId = $TenantId Scope = "Process" } } else # Use -UseDeviceAuthentication as IE Frame is not available to show Azure login popup { Write-Progress -Id $MainProgressBarId -activity $ProgressActivityName -Completed # Hide progress activity as it blocks the console output $AZConnectParams = @{ Environment = $ConnectAzAccountEnvironmentName SubscriptionId = $SubscriptionId TenantId = $TenantId UseDeviceAuthentication = $true Scope = "Process" } } } Write-InfoLog $(Print-FunctionParameters -Message "Connect-AzAccount" -Parameters $AZConnectParams) Connect-AzAccount @AZConnectParams | Out-Null $azContext = Get-AzContext $TenantId = $azContext.Tenant.Id } else { Write-VerboseLog ("Non-interactive Login") if([string]::IsNullOrEmpty($TenantId)) { Write-VerboseLog ("attempting login without TenantID") if(-not [string]::IsNullOrEmpty($GraphAccessToken)) { Write-VerboseLog ("Using Graph AccessToken") $AZConnectParams = @{ Environment = $ConnectAzAccountEnvironmentName SubscriptionId = $SubscriptionId AccessToken = $ArmAccessToken AccountId = $AccountId GraphAccessToken = $GraphAccessToken Scope = "Process" } } else { $AZConnectParams = @{ Environment = $ConnectAzAccountEnvironmentName SubscriptionId = $SubscriptionId AccessToken = $ArmAccessToken AccountId = $AccountId Scope = "Process" } } } else { Write-VerboseLog ("attempting login with TenantID") if( -not [string]::IsNullOrEmpty($GraphAccessToken)) { Write-VerboseLog ("Using Graph AccessToken") $AZConnectParams = @{ Environment = $ConnectAzAccountEnvironmentName TenantId = $TenantId SubscriptionId = $SubscriptionId AccessToken = $ArmAccessToken AccountId = $AccountId GraphAccessToken = $GraphAccessToken Scope = "Process" } } else { $AZConnectParams = @{ Environment = $ConnectAzAccountEnvironmentName TenantId = $TenantId SubscriptionId = $SubscriptionId AccessToken = $ArmAccessToken AccountId = $AccountId Scope = "Process" } } } Write-InfoLog $(Print-FunctionParameters -Message "Connect-AzAccount" -Parameters $AZConnectParams) Connect-AzAccount @AZConnectParams | Out-Null $azContext = Get-AzContext $TenantId = $azContext.Tenant.Id } return $TenantId } function Normalize-RegionName{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $Region ) $regionName = $Region -replace '\s','' $regionName = $regionName.ToLower() return $regionName } function Validate-RegionName{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $Region, [ref] $SupportedRegions ) $locations = Retry-Command -ScriptBlock { (Get-AzResourceProvider -ProviderNamespace Microsoft.AzureStackHCI).Where{($_.ResourceTypes.ResourceTypeName -eq 'clusters' -and $_.RegistrationState -eq 'Registered')}.Locations } -RetryIfNullOutput $true Write-VerboseLog ("RP supported regions : $locations") $locations | foreach { $regionName = Normalize-RegionName -Region $_ if ($regionName -eq $Region) { # Supported region return $True } } $SupportedRegions.value = $locations -join ',' return $False } function Get-ClusterDNSSuffix{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [System.Management.Automation.Runspaces.PSSession] $Session ) $clusterNameResourceGUID = Invoke-Command -Session $Session -ScriptBlock { (Get-ItemProperty -Path HKLM:\Cluster -Name ClusterNameResource).ClusterNameResource } $clusterDNSSuffix = Invoke-Command -Session $Session -ScriptBlock { (Get-ClusterResource $using:clusterNameResourceGUID | Get-ClusterParameter DnsSuffix).Value } return $clusterDNSSuffix } function Register-ResourceProviderIfRequired{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $ProviderNamespace ) $rpState = Get-AzResourceProvider -ProviderNamespace $ProviderNamespace $notRegisteredResourcesForRP = ($rpState.Where({$_.RegistrationState -ne "Registered"}) | Measure-Object ).Count if ($notRegisteredResourcesForRP -eq 0 ) { Write-VerboseLog("$ProviderNamespace RP already registered, skipping registration") } else { try { Register-AzResourceProvider -ProviderNamespace $ProviderNamespace | Out-Null Write-VerboseLog ("registered Resource Provider: $ProviderNamespace ") } catch { Write-ErrorLog -Exception $_ -Message "Exception occured while registering $ProviderNamespace RP" -ErrorAction Continue throw } } } function Get-ClusterDNSName{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [System.Management.Automation.Runspaces.PSSession] $Session ) $clusterNameResourceGUID = Invoke-Command -Session $Session -ScriptBlock { (Get-ItemProperty -Path HKLM:\Cluster -Name ClusterNameResource).ClusterNameResource } $clusterDNSName = Invoke-Command -Session $Session -ScriptBlock { (Get-ClusterResource $using:clusterNameResourceGUID | Get-ClusterParameter DnsName).Value } return $clusterDNSName } function Check-ConnectionToCloudBillingService{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( $ClusterNodes, [System.Management.Automation.PSCredential] $Credential, [string] $HealthEndpoint, [System.Collections.ArrayList] $HealthEndPointCheckFailedNodes, [string] $ClusterDNSSuffix ) Foreach ($clusNode in $ClusterNodes) { $nodeSession = $null try { if($Credential -eq $Null) { $nodeSession = New-PSSession -ComputerName ($clusNode.Name + "." + $ClusterDNSSuffix) } else { $nodeSession = New-PSSession -ComputerName ($clusNode.Name + "." + $ClusterDNSSuffix) -Credential $Credential } # Check if node can reach cloud billing service $healthResponse = Invoke-Command -Session $nodeSession -ScriptBlock { Invoke-WebRequest $Using:HealthEndpoint -UseBasicParsing} if(($healthResponse -eq $Null) -or ($healthResponse.StatusCode -ne [int][system.net.httpstatuscode]::ok)) { Write-VerboseLog ("StatusCode of invoking cloud billing service health endpoint on node " + $clusNode.Name + " : " + $healthResponse.StatusCode) $HealthEndPointCheckFailedNodes.Add($clusNode.Name) | Out-Null continue } } catch { Write-VerboseLog ("Exception occurred while testing health endpoint connectivity on Node: " + $clusNode.Name + " Exception: " + $_.Exception) $HealthEndPointCheckFailedNodes.Add($clusNode.Name) | Out-Null continue } } } function Setup-Certificates{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( $ClusterNodes, [System.Management.Automation.PSCredential] $Credential, [string] $ResourceName, [string] $ObjectId, [string] $CertificateThumbprint, [string] $AppId, [string] $TenantId, [string] $CloudId, [string] $ServiceEndpoint, [string] $BillingServiceApiScope, [string] $GraphServiceApiScope, [string] $Authority, [System.Collections.ArrayList] $NewCertificateFailedNodes, [System.Collections.ArrayList] $SetCertificateFailedNodes, [System.Collections.ArrayList] $OSNotLatestOnNodes, [System.Collections.HashTable] $CertificatesToBeMaintained, [string] $ClusterDNSSuffix, [string] $ResourceId ) $userProvidedCertAdded = $false $certificatesToUpload = [System.Collections.ArrayList]::new() #1. Gather certificate from each node or check if user cert installed Foreach ($clusNode in $ClusterNodes) { $nodeSession = $null Write-VerboseLog ("Setting up certificate for node : {0}" -f $clusNode.Name) try { if($Credential -eq $Null) { $nodeSession = New-PSSession -ComputerName ($clusNode.Name + "." + $ClusterDNSSuffix) } else { $nodeSession = New-PSSession -ComputerName ($clusNode.Name + "." + $ClusterDNSSuffix) -Credential $Credential } } catch { Write-VerboseLog ("Exception occurred in establishing new PSSession to node $($clusNode.Name). ErrorMessage : " + $_.Exception.Message) Write-VerboseLog ($_) $NewCertificateFailedNodes.Add($clusNode.Name) | Out-Null $SetCertificateFailedNodes.Add($clusNode.Name) | Out-Null continue } # Check if all nodes have required OS version $nodeUBR = Invoke-Command -Session $nodeSession -ScriptBlock { (Get-ItemProperty -path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion").UBR } $nodeBuildNumber = Invoke-Command -Session $nodeSession -ScriptBlock { (Get-CimInstance -ClassName CIM_OperatingSystem).BuildNumber } if(($nodeBuildNumber -lt $GAOSBuildNumber) -or (($nodeBuildNumber -eq $GAOSBuildNumber) -and ($nodeUBR -lt $GAOSUBR))) { Write-VerboseLog ("$($clusNode.Name) does not have latest build number UBR: $nodeUBR, BuildNumber: $nodeBuildNumber") $OSNotLatestOnNodes.Add($clusNode.Name) | Out-Null continue } if([string]::IsNullOrEmpty($CertificateThumbprint)) { # User did not specify certificate, using self-signed certificate try { $certBase64 = Invoke-Command -Session $nodeSession -ScriptBlock { New-AzureStackHCIRegistrationCertificate } Write-VerboseLog ("Node certificate generation successful") } catch { Write-VerboseLog ("Exception occurred in New-AzureStackHCIRegistrationCertificate. ErrorMessage : " + $_.Exception.Message) Write-VerboseLog ($_) $NewCertificateFailedNodes.Add($clusNode.Name) | Out-Null continue } } else { Write-VerboseLog ("using user specified Certificate") # Get certificate from cert store. $x509Cert = $Null; try { $x509Cert = Invoke-Command -Session $nodeSession -ScriptBlock { Get-ChildItem Cert:\LocalMachine -Recurse | Where { $_.Thumbprint -eq $Using:CertificateThumbprint} | Select-Object -First 1} } catch{} # Certificate not found on node if($x509Cert -eq $Null) { $CertificateNotFoundErrorMessage = $CertificateNotFoundOnNode -f $CertificateThumbprint,$clusNode.Name Write-VerboseLog ("$CertificateNotFoundErrorMessage") return $CertificateNotFoundErrorMessage } # Certificate should be valid for atleast 60 days from now $60days = New-TimeSpan -Days 60 $expectedValidTo = (Get-Date) + $60days if($x509Cert.NotAfter -lt $expectedValidTo) { $UserCertificateValidationErrorMessage = ($UserCertValidationErrorMessage -f $CertificateThumbprint, $x509Cert.NotAfter) Write-VerboseLog ("$UserCertificateValidationErrorMessage") return $UserCertificateValidationErrorMessage } $certBase64 = [System.Convert]::ToBase64String($x509Cert.Export([Security.Cryptography.X509Certificates.X509ContentType]::Cert)) } $Cert = [System.Security.Cryptography.X509Certificates.X509Certificate2]([System.Convert]::FromBase64String($CertBase64)) # If user provided cert is not already added to AAD app or if we are using one certificate per node if(($userProvidedCertAdded -eq $false) -or ([string]::IsNullOrEmpty($CertificateThumbprint))) { $AddAppCredentialMessageProgress = $AddAppCredentialMessage -f $ResourceName Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $AddAppCredentialMessageProgress -percentcomplete 80 $certificatesToUpload.Add($CertBase64) | Out-Null $userProvidedCertAdded = $true Write-VerboseLog ("successfully verified KeyCredentials added to list") } } #2. Upload certificate to AAD via RP service $parameters = @{properties = @{certificates = $certificatesToUpload}} $uploadResponse = Execute-Without-ProgressBar -ScriptBlock { Invoke-AzResourceAction -ResourceId $resourceId -Parameters $parameters -ApiVersion $RPAPIVersion -Action uploadCertificate -Force } #3. Test certificate on each node Foreach ($clusNode in $ClusterNodes) { $nodeSession = $null Write-VerboseLog ("Testing certificate for node : {0}" -f $clusNode.Name) try { if($Credential -eq $Null) { $nodeSession = New-PSSession -ComputerName ($clusNode.Name + "." + $ClusterDNSSuffix) }else { $nodeSession = New-PSSession -ComputerName ($clusNode.Name + "." + $ClusterDNSSuffix) -Credential $Credential } } catch { Write-VerboseLog ("Exception occurred in establishing new PSSession to node $($clusNode.Name). ErrorMessage : " + $_.Exception.Message) Write-VerboseLog ($_) $NewCertificateFailedNodes.Add($clusNode.Name) | Out-Null $SetCertificateFailedNodes.Add($clusNode.Name) | Out-Null continue } # Set the certificate - Certificate will be set after testing the certificate by calling cloud service API try { $Params = @{ ServiceEndpoint = $ServiceEndpoint BillingServiceApiScope = $BillingServiceApiScope GraphServiceApiScope = $GraphServiceApiScope AADAuthority = $Authority AppId = $AppId TenantId = $TenantId CloudId = $CloudId CertificateThumbprint = $CertificateThumbprint } $SetAzureStackHCIRegistrationCertificateScript = { Set-AzureStackHCIRegistrationCertificate -ErrorAction Stop @Params } Run-InvokeCommand -ScriptBlock $SetAzureStackHCIRegistrationCertificateScript -Session $nodeSession -Params $Params Write-VerboseLog ("successfully updated authentication parameters on node: {0}" -f ($Params | Out-String)) } catch { Write-VerboseLog ("Exception occurred in Set-AzureStackHCIRegistrationCertificate. ErrorMessage : " + $_.Exception.Message) $SetCertificateFailedNodes.Add($clusNode.Name) | Out-Null continue } } Write-VerboseLog ("Setup-Certificates succeeded, returning null") return $null } function Assign-ArcRoles { [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $SpObjectId ) $stopLoop = $false [int]$retryCount = "0" [int]$maxRetryCount = "14" do { try { $arcSPNRbacRoles = Get-AzRoleAssignment -ObjectId $SpObjectId $foundConnectedMachineOnboardingRole=$false $foundMachineResourceAdminstratorRole=$false $arcSPNRbacRoles | ForEach-Object { $roleName = $_.RoleDefinitionName if ($roleName -eq $AzureConnectedMachineOnboardingRole) { $foundConnectedMachineOnboardingRole=$true } elseif ($roleName -eq $AzureConnectedMachineResourceAdministratorRole) { $foundMachineResourceAdminstratorRole=$true } } if( -not $foundConnectedMachineOnboardingRole) { New-AzRoleAssignment -ObjectId $SpObjectId -RoleDefinitionName $AzureConnectedMachineOnboardingRole | Out-Null } if( -not $foundMachineResourceAdminstratorRole) { New-AzRoleAssignment -ObjectId $SpObjectId -RoleDefinitionName $AzureConnectedMachineResourceAdministratorRole | Out-Null } Write-VerboseLog ("successfully assigned RBAC Roles to ARC SP: {0}" -f $SpObjectId) $stopLoop = $true } catch { $positionMessage = $_.InvocationInfo.PositionMessage if ($retryCount -ge $maxRetryCount) { # Timed out. Write-WarnLog ("Failed to assign roles to service principal with object Id $($SpObjectId). ErrorMessage: " + $_.Exception.Message + " PositionalMessage: " + $positionMessage) return $false } if ($_.Exception.Response.Content.Contains("Microsoft.Authorization/roleAssignments/write")) { Write-VerboseLog ("New-AzRoleAssignment Missing Permissions. IsWAC: $IsWAC") if ($IsWAC -eq $false) { # Insufficient privilige error. Write-ErrorLog -Message $ArcAgentRolesInsufficientPreviligeMessage -Exception $_ -ErrorAction Continue } return $false } # Service principal creation hasn't propogated fully yet, usually takes 10-20 seconds. Write-VerboseLog ("Could not assign roles to service principal with Object Id $($SpObjectId). Retrying in 10 seconds...") Start-Sleep -Seconds 10 $retryCount = $retryCount + 1 } } While (-Not $stopLoop) return $true } function Verify-ArcSettings{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $ArcResourceId, [System.Management.Automation.Runspaces.PSSession] $Session ) Write-VerboseLog "Verifying Arc settings resource" $verifyArcSettingsOutput = [ErrorDetail]::ArcIntegrationFailedOnNodes $clusterNodes = Invoke-Command -Session $Session -ScriptBlock { Get-ClusterNode } | ForEach-Object { ($_.Name) } $limit = (Get-Date).AddMinutes($GetArcSettingsWaitTimeMinutes) while ((Get-Date) -lt $limit) { if($verifyArcSettingsOutput -eq [ErrorDetail]::ArcIntegrationFailedOnNodes) { Write-VerboseLog "Waiting for $GetArcSettingsSleepTimeSeconds seconds" Start-Sleep -Seconds $GetArcSettingsSleepTimeSeconds } else { Write-VerboseLog "Arc settings resource successfully verified" break } $verifyArcSettingsOutput = [ErrorDetail]::Success $arcSettingsResponse = Get-AzResource -ResourceId $ArcResourceId -ApiVersion $HCIArcAPIVersion $arcSettingsNodesMap = @{} $arcSettingsResponse.properties.perNodeDetails | ForEach-Object { $arcSettingsNodesMap.Add($_.Name, $_.State) } | Out-Null Foreach ($clusterNode in $clusterNodes) { if((($arcSettingsNodesMap.Contains($clusterNode) -eq $false) | Out-Null) -or ($arcSettingsNodesMap[$clusterNode] -ne "Connected")) { Write-VerboseLog "Cluster node : $clusterNode is not in connected state in ArcSettings." $verifyArcSettingsOutput = [ErrorDetail]::ArcIntegrationFailedOnNodes } } } return $verifyArcSettingsOutput } function Verify-ArcRegistration{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $ArcResourceId, [System.Management.Automation.Runspaces.PSSession] $Session, [bool] $IsManagementNode, [System.Management.Automation.PSCredential] $Credential, [string] $ComputerName ) Write-VerboseLog "Verifying Arc for Servers registration" # Get and verify Arc Settings resource $arcRegistrationOutput = Verify-ArcSettings -Session $Session -ArcResourceId $ArcResourceId $arcSettingsVerificationCount = 0 while($arcSettingsVerificationCount -lt $ArcSettingsVerificationLimit) { if($arcRegistrationOutput -eq [ErrorDetail]::ArcIntegrationFailedOnNodes) { Write-VerboseLog "Unable to find the cluster nodes in Arc Settings resource. Triggering Sync-AzureStackHCI again." # Trigger Sync-AzureStackHCI to patch Arc settings Invoke-Command -Session $Session -ScriptBlock { Sync-AzureStackHCI } # Get and verify Arc Settings resource $arcRegistrationOutput = Verify-ArcSettings -Session $Session -ArcResourceId $ArcResourceId } else { break } $arcSettingsVerificationCount++ } if($arcRegistrationOutput -eq [ErrorDetail]::ArcIntegrationFailedOnNodes) { Write-VerboseLog $ArcSettingsPatchFailedLogMessage Write-NodeEventLog -Message $ArcSettingsPatchFailedLogMessage -EventID 9123 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName Write-Warning $ArcSettingsPatchFailedWarningMessage } else { Write-VerboseLog "Successfully verified Arc for Servers registration. Arc for Servers registration succeeded." } return $arcRegistrationOutput } function Verify-NodesArcRegistrationState{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( $ClusterNodes, [string] $SubscriptionId, [string] $ArcResourceGroupName, [System.Management.Automation.PSCredential] $Credential, [string] $ClusterDNSSuffix ) $NodesAlreadyArcEnabledDifferentResource = [System.Collections.ArrayList]::new() foreach ($clusterNode in $clusterNodes) { # Create session into the cluster node $clusterNodeWithDNSSuffix = "$clusterNode.$ClusterDNSSuffix" if($Null -eq $Credential) { $nodeSession = New-PSSession -ComputerName $clusterNodeWithDNSSuffix } else { $nodeSession = New-PSSession -ComputerName $clusterNodeWithDNSSuffix -Credential $Credential } try { Invoke-Command -Session $nodeSession -ScriptBlock $CheckNodeArcRegistrationStateScriptBlock -ErrorAction Stop } catch { if(($null -ne $_.Exception.Message) -and $_.Exception.Message.Contains($clusterNode) -and $_.Exception.Message.Contains("Subscription Id") -and $_.Exception.Message.Contains("Resource Group")) { $NodesAlreadyArcEnabledDifferentResource.Add($_.Exception.Message) | Out-Null } else { Write-WarnLog $_.Exception.Message } } # Cleanup node session Remove-PSSession $nodeSession | Out-Null } if($NodesAlreadyArcEnabledDifferentResource.Length -gt 0) { $NodesAlreadyArcEnabledDifferentResource = $NodesAlreadyArcEnabledDifferentResource -join "`n" $ExceptionMessage = $ArcAlreadyEnabledInADifferentResourceError -f $NodesAlreadyArcEnabledDifferentResource throw $ExceptionMessage } } function Enable-ArcForServers{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [System.Management.Automation.Runspaces.PSSession] $Session, [System.Management.Automation.PSCredential] $Credential, [string] $ClusterDNSSuffix ) # Create new sessions for all nodes in cluster. $clusterNodeNames = Invoke-Command -Session $Session -ScriptBlock { Get-ClusterNode } | ForEach-Object { ($_.Name + "." + $ClusterDNSSuffix) } if($Credential -eq $Null) { $clusterNodeSessions = New-PSSession -ComputerName $clusterNodeNames } else { $clusterNodeSessions = New-PSSession -ComputerName $clusterNodeNames -Credential $Credential } $retStatus = [ErrorDetail]::Success # Start running try { Invoke-Command -Session $clusterNodeSessions -ScriptBlock { # Cluster scheduled task is triggered asynchronously. Use Get-ScheduledTask to get the task state and wait for its completion. Get-ScheduledTask -TaskName $using:ArcRegistrationTaskName | Start-ScheduledTask Start-Sleep -Seconds $using:ClusterScheduledTaskSleepTimeSeconds $limit = (Get-Date).AddMinutes($using:ClusterScheduledTaskWaitTimeMinutes) while ((Get-ScheduledTask -TaskName $using:ArcRegistrationTaskName).State -eq $using:ClusterScheduledTaskRunningState -and (Get-Date) -lt $limit) { Start-Sleep -Seconds $using:ClusterScheduledTaskSleepTimeSeconds } if((Get-ScheduledTask -TaskName $using:ArcRegistrationTaskName).State -ne $using:ClusterScheduledTaskReadyState) { throw ("Cluster scheduled task runtime exceeded the max configured wait time of {0} minutes" -f ($using:ClusterScheduledTaskWaitTimeMinutes)) } } # Show warning if any of the nodes failed to register with Arc $enabledArcStatus = [ArcStatus]::Enabled Invoke-Command -Session $Session -ScriptBlock { $nodeStatus = $(Get-AzureStackHCIArcIntegration).NodesArcStatus if (($null -ne $nodeStatus) -and ($nodeStatus.Count -ge $clusterNodeNames.Count)) { Foreach ($node in $nodeStatus.Keys) { if($nodeStatus[$node] -ne $using:enabledArcStatus) { throw $using:RegisterArcFailedExceptionMessage } } } else { throw $using:RegisterArcFailedExceptionMessage } } } catch { Write-WarnLog ($RegisterArcFailedWarningMessage) $retStatus = [ErrorDetail]::ArcIntegrationFailedOnNodes Write-VerboseLog ("Exception occurred in registering nodes to Arc For Servers. ErrorMessage : {0}" -f ($_.Exception.Message)) } # Cleanup sessions. Remove-PSSession $clusterNodeSessions | Out-Null return $retStatus } function Disable-ArcForServers{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [System.Management.Automation.Runspaces.PSSession] $Session, [System.Management.Automation.PSCredential] $Credential, [string] $ClusterDNSSuffix ) $res = $true $AgentUninstaller_LogFile = $env:windir + '\Tasks\ArcForServers' + '\ConnectedMachineAgentUninstallationLog.txt'; $AgentInstaller_Name = $env:windir + '\Tasks\ArcForServers' + '\AzureConnectedMachineAgent.msi'; $AgentExecutable_Path = $Env:Programfiles + '\AzureConnectedMachineAgent\azcmagent.exe' $clusterNodeNames = Invoke-Command -Session $Session -ScriptBlock { Get-ClusterNode } | ForEach-Object { ($_.Name + "." + $ClusterDNSSuffix) } if($Credential -eq $Null) { $clusterNodeSessions = New-PSSession -ComputerName $clusterNodeNames } else { $clusterNodeSessions = New-PSSession -ComputerName $clusterNodeNames -Credential $Credential } $nodeArcStatus = Invoke-Command -Session $Session -ScriptBlock { $(Get-AzureStackHCIArcIntegration)} if($nodeArcStatus.ClusterArcStatus -eq [ArcStatus]::Disabled) { Write-VerboseLog ("Arc already disabled on $clusterNodeNames") return $res } $disableFailedOnANode = $false try { Invoke-Command -Session $clusterNodeSessions -ScriptBlock { Disable-AzureStackHCIArcIntegration -AgentUninstallerLogFile $using:AgentUninstaller_LogFile -AgentInstallerName $using:AgentInstaller_Name -AgentExecutablePath $using:AgentExecutable_Path } } catch { $positionMessage = $_.InvocationInfo.PositionMessage Write-VerboseLog ("Exception occurred in un-registering nodes from Arc For Servers. ErrorMessage: " + $_.Exception.Message + " PositionalMessage: " + $positionMessage) Write-VerboseLog ($_) $disableFailedOnANode = $true } if ($disableFailedOnANode -eq $true) { $nodeStatus = Invoke-Command -Session $Session -ScriptBlock { $(Get-AzureStackHCIArcIntegration).NodesArcStatus } foreach ($node in $nodeStatus.Keys) { if ($nodeStatus[$node] -ne [ArcStatus]::Disabled) { $res = $false $UnregisterArcFailedErrorMessage = $UnregisterArcFailedError -f $node Write-ErrorLog -Message $UnregisterArcFailedErrorMessage -ErrorAction Continue } } } # Cleanup sessions. Remove-PSSession $clusterNodeSessions | Out-Null return $res } function Register-ArcForServers{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [bool] $IsManagementNode, [string] $ComputerName, [System.Management.Automation.PSCredential] $Credential, [string] $TenantId, [string] $SubscriptionId, [string] $ResourceGroup, [string] $Region, [string] $ClusterDNSSuffix, [System.Management.Automation.PSCredential] $ArcSpnCredential, [Switch] $IsWAC, [string] $Environment, [Object] $ArcResource ) if($IsManagementNode) { if($Credential -eq $Null) { $session = New-PSSession -ComputerName $ComputerName } else { $session = New-PSSession -ComputerName $ComputerName -Credential $Credential } } else { $session = New-PSSession -ComputerName localhost } Write-Progress -Id $ArcProgressBarId -ParentId $MainProgressBarId -Activity $RegisterArcProgressActivityName -Status $FetchingRegistrationState -PercentComplete 1 # Register resource providers Write-Progress -Id $ArcProgressBarId -ParentId $MainProgressBarId -Activity $RegisterArcProgressActivityName -Status $RegisterArcRPMessage -PercentComplete 10 Write-VerboseLog ("$RegisterArcRPMessage") Register-ResourceProviderIfRequired -ProviderNamespace "Microsoft.HybridCompute" Register-ResourceProviderIfRequired -ProviderNamespace "Microsoft.GuestConfiguration" if( ($Environment -eq $AzureCanary) -or ($Environment -eq $AzureCloud) ) { Write-VerboseLog ("Registering Microsoft.HybridConnectivity Resource provider") Register-ResourceProviderIfRequired -ProviderNamespace "Microsoft.HybridConnectivity" } if($ArcSpnCredential -ne $Null) { ## Arc spn and password is provided $AppId = $ArcSpnCredential.UserName $Secret = $ArcSpnCredential.GetNetworkCredential().Password Write-VerboseLog ("ARC Spn and password provided") $arcSPN = Retry-Command -ScriptBlock { Get-AzADServicePrincipal -ApplicationId $AppId -ErrorAction SilentlyContinue } -RetryIfNullOutput $false if(-Not [string]::IsNullOrEmpty($arcSPN)) # $arcSPN will be null if a user has registered using ArmAccessToken and AccountId { $rolesPresent = Verify-arcSPNRoles -arcSPNObjectID $arcSPN.Id if(-not $rolesPresent) { Write-VerboseLog ("Supplied ARC SPN: $($arcSPN.ID) does not have required roles:$AzureConnectedMachineOnboardingRole and $AzureConnectedMachineResourceAdministratorRole. Aborting arc onboarding.") return [ErrorDetail]::ArcPermissionsMissing } } else { Write-VerboseLog "Unable to fetch ArcSpnCredential role assignments. Continuing without checking role assignments." } } else { if($Null -eq $ArcResource.Properties.arcApplicationObjectId) { Write-VerboseLog ("Initiating Arc AAD App creation by HCI RP") Write-Progress -Id $ArcProgressBarId -ParentId $MainProgressBarId -Activity $RegisterArcProgressActivityName -Status $ArcAADAppCreationMessage -PercentComplete 30 Execute-Without-ProgressBar -ScriptBlock { Invoke-AzResourceAction -ResourceId $arcResourceId -ApiVersion $HCIArcAPIVersion -Action createArcIdentity -Force } | Out-Null $ArcResource = Get-AzResource -ResourceId $arcResourceId -ApiVersion $HCIArcAPIVersion -ErrorAction Ignore Write-VerboseLog ("Created Arc AAD App by HCI service") } else { Write-VerboseLog ("Arc AAD App: $ArcApplicationId already created by service") } $AppId = $ArcResource.Properties.arcApplicationClientId $ArcSpObjectId = $ArcResource.Properties.arcServicePrincipalObjectId $roleAssignmentStatus = Assign-ArcRoles -SpObjectId $ArcSpObjectId if($roleAssignmentStatus -eq $false) { return [ErrorDetail]::ArcPermissionsMissing } # Generate password for Arc SPN by calling HCI RP Write-VerboseLog("Generating credentials for ARC SPN") $arcSPNPassword = Execute-Without-ProgressBar -ScriptBlock { Invoke-AzResourceAction -ResourceId $arcResourceId -ApiVersion $HCIArcAPIVersion -Action generatePassword -Force } Write-VerboseLog("Generated credentials successfully for ARC SPN") $Secret = $arcSPNPassword.secretText $clusterDNSName = Get-ClusterDNSName -Session $session } $arcCommand = Invoke-Command -Session $session -ScriptBlock { Get-Command -Name 'Initialize-AzureStackHCIArcIntegration' -ErrorAction SilentlyContinue } if ($arcCommand.Parameters.ContainsKey('Cloud')) { $arcEnvironment = $Environment if( $Environment -eq $AzureCanary) { $arcEnvironment = $AzureCloud } Write-VerboseLog ("invoking Initialize-AzureStackHCIArcIntegration with cloud switch") $ArcRegistrationParams = @{ AppId = $AppId Secret = $Secret TenantId = $TenantId SubscriptionId = $SubscriptionId Region = $Region ResourceGroup = $ResourceGroup cloud = $arcEnvironment } } else { Write-VerboseLog ("invoking Initialize-AzureStackHCIArcIntegration without cloud switch") $ArcRegistrationParams = @{ AppId = $AppId Secret = $Secret TenantId = $TenantId SubscriptionId = $SubscriptionId Region = $Region ResourceGroup = $ResourceGroup } } # Save Arc context. Write-Progress -Id $ArcProgressBarId -ParentId $MainProgressBarId -Activity $RegisterArcProgressActivityName -Status $SetupArcMessage -PercentComplete 40 Invoke-Command -Session $session -ScriptBlock { Initialize-AzureStackHCIArcIntegration @Using:ArcRegistrationParams } Write-VerboseLog ("successfully invoked Initialize-AzureStackHCIArcIntegration") # Register clustered scheduled task try { # Connect to cluster and use that session for registering clustered scheduled task Write-VerboseLog ("Registering Clustered Scheduled task for Arc Installation") if($Credential -eq $Null) { $clusterNameSession = New-PSSession -ComputerName ($clusterDNSName + "." + $ClusterDNSSuffix) } else { $clusterNameSession = New-PSSession -ComputerName ($clusterDNSName + "." + $ClusterDNSSuffix) -Credential $Credential } Invoke-Command -Session $clusterNameSession -ScriptBlock { $task = Get-ScheduledTask -TaskName $using:ArcRegistrationTaskName -ErrorAction SilentlyContinue $action = New-ScheduledTaskAction -Execute "powershell.exe" -Argument "-Command $using:registerArcScript" # Repeat the script every hour of every day, starting from now. $date = Get-Date $dailyTrigger = New-ScheduledTaskTrigger -Daily -At $date $hourlyTrigger = New-ScheduledTaskTrigger -Once -At $date -RepetitionInterval (New-TimeSpan -Hours 1) -RepetitionDuration (New-TimeSpan -Hours 23 -Minutes 55) $dailyTrigger.Repetition = $hourlyTrigger.Repetition if (-Not $task) { Register-ClusteredScheduledTask -TaskName $using:ArcRegistrationTaskName -TaskType ClusterWide -Action $action -Trigger $dailyTrigger } else { # Update cluster schedule task. Set-ClusteredScheduledTask -TaskName $using:ArcRegistrationTaskName -Action $action -Trigger $dailyTrigger } } | Out-Null } catch { $positionMessage = $_.InvocationInfo.PositionMessage Write-ErrorLog ("Exception occurred in registering cluster scheduled task") -Exception $_ -Category OperationStopped -ErrorAction Continue throw } finally { if($clusterNameSession -ne $null) { Remove-PSSession $clusterNameSession -ErrorAction Ignore | Out-Null } } # Run Write-Progress -Id $ArcProgressBarId -ParentId $MainProgressBarId -Activity $RegisterArcProgressActivityName -Status $StartingArcAgentMessage -PercentComplete 50 $arcResult = Enable-ArcForServers -Session $session -Credential $Credential -ClusterDNSSuffix $ClusterDNSSuffix if($arcResult -eq [ErrorDetail]::Success) { Write-Progress -Id $ArcProgressBarId -ParentId $MainProgressBarId -Activity $RegisterArcProgressActivityName -Status $VerifyingArcMessage -PercentComplete 80 Write-VerboseLog ("Successfully registered cluster with Arc for Servers.") $arcResult = Verify-ArcRegistration -ArcResourceId $arcResourceId -Session $session -Credential $Credential -ComputerName $ComputerName -IsManagementNode $IsManagementNode } Write-Progress -Id $ArcProgressBarId -activity $RegisterArcProgressActivityName -Completed Remove-PSSession $session | Out-Null return $arcResult } function Verify-arcSPNRoles{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [string] $arcSPNObjectID ) $arcSPNRbacRoles = Get-AzRoleAssignment -ObjectId $arcSPNObjectID $foundConnectedMachineOnboardingRole=$false $foundMachineResourceAdminstratorRole=$false $arcSPNRbacRoles | ForEach-Object { $roleName = $_.RoleDefinitionName if ($roleName -eq $AzureConnectedMachineOnboardingRole) { $foundConnectedMachineOnboardingRole=$true } elseif ($roleName -eq $AzureConnectedMachineResourceAdministratorRole) { $foundMachineResourceAdminstratorRole=$true } } return $foundMachineResourceAdminstratorRole -and $foundConnectedMachineOnboardingRole } function Unregister-ArcForServers{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [bool] $IsManagementNode, [string] $ComputerName, [System.Management.Automation.PSCredential] $Credential, [string] $ResourceId, [Switch] $Force, [string] $ClusterDNSSuffix ) if($IsManagementNode) { Write-VerboseLog ("connecting via Management node") if($Credential -eq $Null) { $session = New-PSSession -ComputerName $ComputerName } else { $session = New-PSSession -ComputerName $ComputerName -Credential $Credential } } else { $session = New-PSSession -ComputerName localhost } $clusterName = Invoke-Command -Session $session -ScriptBlock { (Get-Cluster).Name } $clusterDNSName = Get-ClusterDNSName -Session $session $cmdlet = Invoke-Command -Session $session -ScriptBlock { Get-Command Get-AzureStackHCIArcIntegration -Type Cmdlet -ErrorAction Ignore } if($cmdlet -eq $null) { Write-VerboseLog ("cluster does not support ARC yet, no operation") return $true } Write-Progress -Id $ArcProgressBarId -ParentId $MainProgressBarId -Activity $UnregisterArcProgressActivityName -Status $FetchingRegistrationState -PercentComplete 1 $arcStatus = Invoke-Command -Session $session -ScriptBlock { Get-AzureStackHCIArcIntegration } $hciStatus = Invoke-Command -Session $session -ScriptBlock { Get-AzureStackHCI } $arcResourceId = $ResourceId + $HCIArcInstanceName $arcResourceExtensions = $arcResourceId + $HCIArcExtensions if ($arcStatus.ClusterArcStatus -eq [ArcStatus]::Enabled) { Invoke-Command -Session $session -ScriptBlock { Clear-AzureStackHCIArcIntegration -SetDisableInProgress} Write-VerboseLog ("cluster does not support ARC yet, no operation") } $arcres = Get-AzResource -ResourceId $arcResourceId -ApiVersion $HCIArcAPIVersion -ErrorAction Ignore # Set aggregateState on HCI RP ArcSettings to DisableInProgress if(($arcres -ne $null) -and ($arcres.Properties.aggregateState -ne $ArcSettingsDisableInProgressState)) { Write-VerboseLog ("disableProperties on arcResourceId {0}" -f $arcResourceId) $properties = $arcres.Properties $properties.aggregateState = $ArcSettingsDisableInProgressState $setArcRes = @{ 'ResourceId' = $arcResourceId; 'Properties' = $properties; 'ApiVersion' = $HCIArcAPIVersion } Set-AzResource @setArcRes -Confirm:$false -Force -ErrorAction Stop } if($arcres -ne $null) { Write-VerboseLog ("querying installed extensions") $extensions = Get-AzResource -ResourceId $arcResourceExtensions -ApiVersion $HCIArcExtensionAPIVersion $ArcResourceGroupName = $arcres.Properties.arcInstanceResourceGroup } $extensionsCleanupSucceeded = $true if($extensions -ne $null) { # Remove extensions one by one. If -Force is passed write warning and proceed, else write error and stop for($extIndex = 0; $extIndex -lt $extensions.Count; $extIndex++) { $extension = $extensions[$extIndex] try { $DeletingExtensionMessageProgress = $DeletingExtensionMessage -f $extension.Name, $clusterName Write-VerboseLog ("$DeletingExtensionMessageProgress") $ProgressRange = 27 # Difference between previous and next progress number $PercentComplete = [Math]::Round( 2 + ((($extIndex+1)/($extensions.Count)) * $ProgressRange) ) Write-Progress -Id $ArcProgressBarId -ParentId $MainProgressBarId -Activity $UnregisterArcProgressActivityName -Status $DeletingExtensionMessageProgress -PercentComplete $PercentComplete Execute-Without-ProgressBar -ScriptBlock { Remove-AzResource -ResourceId $extension.ResourceId -ApiVersion $HCIArcExtensionAPIVersion -Force -ErrorAction Stop | Out-Null } Write-VerboseLog ("completed extension deletion {0}" -f $extension.Name) } catch { $extensionsCleanupSucceeded = $false $positionMessage = $_.InvocationInfo.PositionMessage Write-VerboseLog ("Exception occurred in removing extension " + $extension.Name + ". ErrorMessage: " + $_.Exception.Message + " PositionalMessage: " + $positionMessage) if($Force -eq $true) { $ArcExtensionCleanupFailedWarningMsg = $ArcExtensionCleanupFailedWarning -f $extension.Name Write-WarnLog ($ArcExtensionCleanupFailedWarningMsg) } else { $ArcExtensionCleanupFailedErrorMsg = $ArcExtensionCleanupFailedError -f $extension.Name Write-ErrorLog -Message $ArcExtensionCleanupFailedErrorMsg -Exception $_ -ErrorAction Continue } } } } if(($Force -eq $false) -and ($extensionsCleanupSucceeded -eq $false)) { Write-VerboseLog ("not completing ARC unregistration because of failures") return $false } # Clean up clustered scheduled task, if it exists. try { # Connect to cluster and use that session for Unregistering clustered scheduled task if($Credential -eq $Null) { $clusterNameSession = New-PSSession -ComputerName ($clusterDNSName + "." + $ClusterDNSSuffix) } else { $clusterNameSession = New-PSSession -ComputerName ($clusterDNSName + "." + $ClusterDNSSuffix) -Credential $Credential } Write-VerboseLog ("cleaning up cluster scheduled task") Invoke-Command -Session $clusterNameSession -ScriptBlock { $task = Get-ScheduledTask -TaskName $using:ArcRegistrationTaskName -ErrorAction SilentlyContinue if ($task) { Unregister-ClusteredScheduledTask -TaskName $using:ArcRegistrationTaskName } } | Out-Null } catch { $positionMessage = $_.InvocationInfo.PositionMessage Write-ErrorLog ("Exception occurred in unregistering cluster scheduled task") -Exception $_ -Category OperationStopped -ErrorAction Continue throw } finally { if($clusterNameSession -ne $null) { Remove-PSSession $clusterNameSession -ErrorAction Ignore | Out-Null } } # Unregister all nodes. Write-Progress -Id $ArcProgressBarId -ParentId $MainProgressBarId -Activity $UnregisterArcProgressActivityName -Status $WaitingUnregisterMessage -PercentComplete 30 $disabled = Disable-ArcForServers -Session $session -Credential $Credential -ClusterDNSSuffix $ClusterDNSSuffix if ($disabled) { # Call HCI RP to clean up all Arc proxy resources $arcResource = Get-AzResource -ResourceId $arcResourceId -ApiVersion $HCIArcAPIVersion -ErrorAction Ignore if($arcResource -ne $Null) { $DeletingArcCloudResourceMessageProgress = $DeletingArcCloudResourceMessage -f $arcResourceId Write-Progress -Id $ArcProgressBarId -ParentId $MainProgressBarId -Activity $UnregisterArcProgressActivityName -Status $DeletingArcCloudResourceMessageProgress -PercentComplete 40 Execute-Without-ProgressBar -ScriptBlock {Remove-AzResource -ResourceId $arcResourceId -ApiVersion $HCIArcAPIVersion -Force | Out-Null } if(($Null -ne $arcStatus) -and ($Null -ne $arcStatus.ApplicationId)) { $arcAADApplication = Get-AzADApplication -ApplicationId $arcStatus.ApplicationId -ErrorAction:SilentlyContinue if($Null -ne $arcAADApplication) { # when registration happens via older version of the registration script and unregistration happens via newever version # service will not be able to delete the app since it does not own it. try { Write-VerboseLog ("Deleting ARC AAD application: $($arcStatus.ApplicationId)") Remove-AzADApplication -ApplicationId $arcStatus.ApplicationId -ErrorAction Stop | Out-Null } catch { #consume exception, this is best effort. Log warning and continue if it fails. $msg = "Deleting ARC AAD application Failed $($arcStatus.ApplicationId) . ErrorMessage : {0}. Please delete it manually." -f ($_.Exception.Message) Write-NodeEventLog -Message $msg -EventID 9011 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName Write-WarnLog ($msg) } } } else { Write-VerboseLog ("ARC not enabled on the cluster, ignoring ARC application deletion check") } } if ($arcStatus.ClusterArcStatus -ne [ArcStatus]::Disabled) { Write-Progress -Id $ArcProgressBarId -ParentId $MainProgressBarId -Activity $UnregisterArcProgressActivityName -Status $CleanArcMessage -PercentComplete 80 Invoke-Command -Session $session -ScriptBlock { Clear-AzureStackHCIArcIntegration } Write-VerboseLog ("Successfully unregistered cluster from Arc for Servers") } if (-not([string]::IsNullOrEmpty($ArcResourceGroupName))) { # Removing Arc onboarding permissions from HCI RP App on Arc resource group Remove-ArcRoleAssignments -ResourceGroupName $ArcResourceGroupName -ResourceId $ResourceId | Out-Null Remove-ResourceGroup -ResourceGroupName $ArcResourceGroupName } } Write-Progress -Id $ArcProgressBarId -ParentId $MainProgressBarId -activity $UnregisterArcProgressActivityName -Completed return $disabled } class Identity { [string] $type = "SystemAssigned" } class ResourceProperties { [string] $location [object] $properties [System.Collections.Hashtable] $tags [Identity] $identity = [Identity]::new() ResourceProperties ( [string] $location, [object] $properties, [System.Collections.Hashtable] $tags ) { $this.location = $location $this.properties = $properties $this.tags = $tags } } enum OperationStatus { Unused; Failed; Success; Cancelled; RegisterSucceededButArcFailed } enum ConnectionTestResult { Unused; Succeeded; Failed } enum ErrorDetail { Unused; ArcPermissionsMissing; ArcIntegrationFailedOnNodes; Success } <# .Description Register-AzStackHCI creates a Microsoft.AzureStackHCI cloud resource representing the on-premises cluster and registers the on-premises cluster with Azure. .PARAMETER SubscriptionId Specifies the Azure Subscription to create the resource. This is the only Mandatory parameter. .PARAMETER Region Specifies the Region to create the resource. Default is EastUS. .PARAMETER ResourceName Specifies the resource name of the resource created in Azure. If not specified, on-premises cluster name is used. .PARAMETER Tag Specifies the resource tags for the resource in Azure in the form of key-value pairs in a hash table. For example: @{key0="value0";key1=$null;key2="value2"} .PARAMETER TenantId Specifies the Azure TenantId. .PARAMETER ResourceGroupName Specifies the Azure Resource Group name. If not specified <LocalClusterName>-rg will be used as resource group name. .PARAMETER ArmAccessToken Specifies the ARM access token. Specifying this along with AccountId will avoid Azure interactive logon. .PARAMETER GraphAccessToken GraphAccessToken is deprecated. .PARAMETER AccountId Specifies the Account Id. Specifying this along with ArmAccessToken will avoid Azure interactive logon. .PARAMETER EnvironmentName Specifies the Azure Environment. Default is AzureCloud. Valid values are AzureCloud, AzureChinaCloud, AzurePPE, AzureCanary, AzureUSGovernment .PARAMETER ComputerName Specifies the cluster name or one of the cluster node in on-premise cluster that is being registered to Azure. .PARAMETER CertificateThumbprint Specifies the thumbprint of the certificate available on all the nodes. User is responsible for managing the certificate. .PARAMETER RepairRegistration Repair the current Azure Stack HCI registration with the cloud. This cmdlet deletes the local certificates on the clustered nodes and the remote certificates in the Azure AD application in the cloud and generates new replacement certificates for both. The resource group, resource name, and other registration choices are preserved. .PARAMETER UseDeviceAuthentication Use device code authentication instead of an interactive browser prompt. .PARAMETER EnableAzureArcServer EnableAzureArcServer needs to be specified $true in all the environments except AzureChinaCloud. Specifying this parameter to $false in environments except AzureChinaCloud will terminate the registration cmdlet. .PARAMETER Credential Specifies the credential for the ComputerName. Default is the current user executing the Cmdlet. .PARAMETER IsWAC Registrations through Windows Admin Center specifies this parameter to true. .PARAMETER ArcServerResourceGroupName Specifies the Arc Resource Group name. If not specified, cluster resource group name will be used. .PARAMETER ArcSpnCredential Specifies the credentials to be used for onboarding ARC agent. If not specified, new set of credentials will be generated. .OUTPUTS PSCustomObject. Returns following Properties in PSCustomObject Result: Success or Failed or Cancelled. ResourceId: Resource ID of the resource created in Azure. PortalResourceURL: Azure Portal Resource URL. .EXAMPLE Invoking on one of the cluster node. C:\PS>Register-AzStackHCI -SubscriptionId "12a0f531-56cb-4340-9501-257726d741fd" -Region "eastus" Result: Success ResourceId: /subscriptions/12a0f531-56cb-4340-9501-257726d741fd/resourceGroups/DemoHCICluster1-rg/providers/Microsoft.AzureStackHCI/clusters/DemoHCICluster1 PortalResourceURL: https://portal.azure.com/#@c31c0dbb-ce27-4c78-ad26-a5f717c14557/resource/subscriptions/12a0f531-56cb-4340-9501-257726d741fd/resourceGroups/DemoHCICluster1-rg/providers/Microsoft.AzureStackHCI/clusters/DemoHCICluster1/overview .EXAMPLE Invoking from the management node C:\PS>Register-AzStackHCI -SubscriptionId "12a0f531-56cb-4340-9501-257726d741fd" -ComputerName ClusterNode1 -Region "eastus" Result: Success ResourceId: /subscriptions/12a0f531-56cb-4340-9501-257726d741fd/resourceGroups/DemoHCICluster2-rg/providers/Microsoft.AzureStackHCI/clusters/DemoHCICluster2 PortalResourceURL: https://portal.azure.com/#@c31c0dbb-ce27-4c78-ad26-a5f717c14557/resource/subscriptions/12a0f531-56cb-4340-9501-257726d741fd/resourceGroups/DemoHCICluster2-rg/providers/Microsoft.AzureStackHCI/clusters/DemoHCICluster2/overview .EXAMPLE Invoking from WAC C:\PS>Register-AzStackHCI -SubscriptionId "12a0f531-56cb-4340-9501-257726d741fd" -ArmAccessToken etyer..ere= -AccountId user1@corp1.com -Region westus -ResourceName DemoHCICluster3 -ResourceGroupName DemoHCIRG Result: Success ResourceId: /subscriptions/12a0f531-56cb-4340-9501-257726d741fd/resourceGroups/DemoHCIRG/providers/Microsoft.AzureStackHCI/clusters/DemoHCICluster3 PortalResourceURL: https://portal.azure.com/#@c31c0dbb-ce27-4c78-ad26-a5f717c14557/resource/subscriptions/12a0f531-56cb-4340-9501-257726d741fd/resourceGroups/DemoHCIRG/providers/Microsoft.AzureStackHCI/clusters/DemoHCICluster3/overview .EXAMPLE Invoking with all the parameters C:\PS>Register-AzStackHCI -SubscriptionId "12a0f531-56cb-4340-9501-257726d741fd" -Region westus -ResourceName HciCluster1 -TenantId "c31c0dbb-ce27-4c78-ad26-a5f717c14557" -ResourceGroupName HciRG -ArcServerResourceGroupName HciRG -ArmAccessToken eerrer..ere= -AccountId user1@corp1.com -EnvironmentName AzureCloud -ComputerName node1hci -Credential Get-Credential Result: Success ResourceId: /subscriptions/12a0f531-56cb-4340-9501-257726d741fd/resourceGroups/HciRG/providers/Microsoft.AzureStackHCI/clusters/HciCluster1 PortalResourceURL: https://portal.azure.com/#@c31c0dbb-ce27-4c78-ad26-a5f717c14557/resource/subscriptions/12a0f531-56cb-4340-9501-257726d741fd/resourceGroups/HciRG/providers/Microsoft.AzureStackHCI/clusters/HciCluster1/overview #> function Register-AzStackHCI{ [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'High')] param( [Parameter(Mandatory = $true)] [string] $SubscriptionId, [Parameter(Mandatory = $false)] [string] $Region, [Parameter(Mandatory = $false)] [string] $ResourceName, [Parameter(Mandatory = $false)] [System.Collections.Hashtable] $Tag, [Parameter(Mandatory = $false)] [string] $TenantId, [Parameter(Mandatory = $false)] [string] $ResourceGroupName, [Parameter(Mandatory = $false)] [string] $ArmAccessToken, [Parameter(Mandatory = $false)] [Obsolete("Graph Access is no more required for Az.StackHCI module")] [string] $GraphAccessToken, [Parameter(Mandatory = $false)] [string] $AccountId, [Parameter(Mandatory = $false)] [string] $EnvironmentName = $AzureCloud, [Parameter(Mandatory = $false)] [string] $ComputerName, [Parameter(Mandatory = $false)] [string] $CertificateThumbprint, [Parameter(Mandatory = $false)] [Switch]$RepairRegistration, [Parameter(Mandatory = $false)] [Switch]$UseDeviceAuthentication, [Parameter(Mandatory = $false)] [Switch]$EnableAzureArcServer = $true, [Parameter(Mandatory = $false)] [System.Management.Automation.PSCredential] $Credential, [Parameter(Mandatory = $false)] [Switch]$IsWAC, [Parameter(Mandatory = $false)] [string] $ArcServerResourceGroupName, [Parameter(Mandatory = $false)] [System.Management.Automation.PSCredential] $ArcSpnCredential ) try { Setup-Logging -LogFilePrefix "RegisterHCI" -DebugEnabled ($DebugPreference -ne "SilentlyContinue") $registrationOutput = New-Object -TypeName PSObject $operationStatus = [OperationStatus]::Unused try { Import-PackageProvider -Name Nuget -MinimumVersion "2.8.5.201" -ErrorAction Stop } catch { Install-PackageProvider NuGet -Force | Out-Null } Show-LatestModuleVersion if([string]::IsNullOrEmpty($ComputerName)) { $ComputerName = [Environment]::MachineName $IsManagementNode = $False } else { $IsManagementNode = $True } Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $FetchingRegistrationState -percentcomplete 1 if($IsManagementNode) { Write-VerboseLog ("Connecting via Management Node") if($Credential -eq $Null) { Write-VerboseLog ("Connecting without credentials") $clusterNodeSession = New-PSSession -ComputerName $ComputerName } else { Write-VerboseLog ("Connecting to $ComputerName with credentials") $clusterNodeSession = New-PSSession -ComputerName $ComputerName -Credential $Credential } } else { $clusterNodeSession = New-PSSession -ComputerName localhost } # To be removed after ARM rollout to MC cloud is complete if ( $EnvironmentName -eq $AzureChinaCloud) { Write-VerboseLog ("Overriding RP API version for MC cloud to 2022-09-01") $RPAPIVersion = "2022-09-01" } $msg = Print-FunctionParameters -Message "Register-AzStackHCI" -Parameters $PSBoundParameters Write-NodeEventLog -Message $msg -EventID 9009 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName $RegContext = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Get-AzureStackHCI } if($RepairRegistration -eq $true) { Write-VerboseLog ("Performing repair registration") if(-Not ([string]::IsNullOrEmpty($RegContext.AzureResourceUri))) { if([string]::IsNullOrEmpty($ResourceName)) { $ResourceName = $RegContext.AzureResourceUri.Split('/')[8] Write-VerboseLog ("resolved resource Name $ResourceName from registration context") } elseif ($ResourceName -ne $RegContext.AzureResourceUri.Split('/')[8]) { Write-ErrorLog -Message ($HCIResourceNameDifferentErrorMessage -f $RegContext.AzureResourceUri.Split('/')[8]) -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message ($HCIResourceNameDifferentErrorMessage -f $RegContext.AzureResourceUri.Split('/')[8]) -EventID 9127 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } if([string]::IsNullOrEmpty($ResourceGroupName)) { $ResourceGroupName = $RegContext.AzureResourceUri.Split('/')[4] Write-VerboseLog ("resolved resource group name $ResourceGroupName from registration context") } elseif ($ResourceGroupName -ne $RegContext.AzureResourceUri.Split('/')[4]) { Write-ErrorLog -Message ($HCIResourceGroupNameDifferentErrorMessage -f $RegContext.AzureResourceUri.Split('/')[4]) -Category OperationStopped -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message ($HCIResourceGroupNameDifferentErrorMessage -f $RegContext.AzureResourceUri.Split('/')[4]) -EventID 9125 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } if($SubscriptionId -ne $RegContext.AzureResourceUri.Split('/')[2]) { Write-ErrorLog -Message ($HCISubscriptionDifferentErrorMessage -f $RegContext.AzureResourceUri.Split('/')[2]) -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message ($HCISubscriptionDifferentErrorMessage -f $RegContext.AzureResourceUri.Split('/')[2]) -EventID 9128 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } } else { Write-ErrorLog -Message $NoExistingRegistrationExistsErrorMessage -Category OperationStopped -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $NoExistingRegistrationExistsErrorMessage -EventID 9101 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } } Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $InstallRSATClusteringMessage -percentcomplete 4 $clusScript = { $clusterPowershell = Get-WindowsFeature -Name RSAT-Clustering-PowerShell; if ( $clusterPowershell.Installed -eq $false) { Install-WindowsFeature RSAT-Clustering-PowerShell | Out-Null; } } Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $ValidatingParametersFetchClusterName -percentcomplete 8; Write-VerboseLog ("installing RSAT-Clustering-PowerShell module on the cluster") Invoke-Command -Session $clusterNodeSession -ScriptBlock $clusScript Write-VerboseLog ("invoking Get-Cluster module on the cluster") $getCluster = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Get-Cluster } Write-VerboseLog ("invoking Get-ClusterNode module on the cluster") $clusterNodes = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Get-ClusterNode } $clusterDNSSuffix = Get-ClusterDNSSuffix -Session $clusterNodeSession Write-VerboseLog ("clusterDNSSuffix resolved to: $clusterDNSSuffix") $clusterDNSName = Get-ClusterDNSName -Session $clusterNodeSession Write-VerboseLog ("clusterDNSName resolved to: $clusterDNSName") if([string]::IsNullOrEmpty($ResourceName)) { if($getCluster -eq $Null) { $NoClusterErrorMessage = $NoClusterError -f $ComputerName Write-ErrorLog -Message $NoClusterErrorMessage -Category OperationStopped -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $NoClusterErrorMessage -EventID 9102 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } else { $ResourceName = $getCluster.Name Write-VerboseLog ("using cluster Name as resource name: {0}" -f $ResourceName) } } if([string]::IsNullOrEmpty($ResourceGroupName)) { $ResourceGroupName = $ResourceName + "-rg" Write-VerboseLog ("using cluster Name as resourcegroup name: $ResourceGroupName") } $registrationBeginMsg="Register-AzStackHCI triggered - Region: $Region ResourceName: $ResourceName ` SubscriptionId: $SubscriptionId Tenant: $TenantId ResourceGroupName: $ResourceGroupName ` AccountId: $AccountId EnvironmentName: $EnvironmentName CertificateThumbprint: $CertificateThumbprint ` RepairRegistration: $RepairRegistration EnableAzureArcServer: $EnableAzureArcServer IsWAC: $IsWAC" $registrationBeginMsgPIIScrubbed="Register-AzStackHCI triggered - Region: $Region ResourceName: $ResourceName ` SubscriptionId: $SubscriptionId Tenant: $TenantId ResourceGroupName: $ResourceGroupName ` EnvironmentName: $EnvironmentName CertificateThumbprint: $CertificateThumbprint ` RepairRegistration: $RepairRegistration EnableAzureArcServer: $EnableAzureArcServer IsWAC: $IsWAC" if ([string]::IsNullOrEmpty($ArcServerResourceGroupName)) { $registrationBeginMsg = $registrationBeginMsg + " ArcServerResourceGroupName: $ArcServerResourceGroupName" $registrationBeginMsgPIIScrubbed = $registrationBeginMsgPIIScrubbed + " ArcServerResourceGroupName: $ArcServerResourceGroupName" } Write-VerboseLog ($registrationBeginMsg) Write-NodeEventLog -Message $registrationBeginMsgPIIScrubbed -EventID 9001 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName if(($EnableAzureArcServer -eq $false) -and ($EnvironmentName -ne $AzureChinaCloud)) { Write-ErrorLog -Category OperationStopped -Message $ArcNeedsToBeEnabledError $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $ArcNeedsToBeEnabledError -EventID 9122 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } if(($EnvironmentName -eq $AzureChinaCloud) -and ($EnableAzureArcServer -eq $true)) { $ArcNotAvailableMessage = $ArcIntegrationNotAvailableForCloudError -f $EnvironmentName Write-ErrorLog -Message $ArcNotAvailableMessage -Category OperationStopped -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $ArcNotAvailableMessage -EventID 9103 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } if(-Not ([string]::IsNullOrEmpty($Region))) { $Region = Normalize-RegionName -Region $Region Write-VerboseLog ("Normailzed region string: $Region") } $TenantId = Azure-Login -SubscriptionId $SubscriptionId -TenantId $TenantId -ArmAccessToken $ArmAccessToken -GraphAccessToken $GraphAccessToken -AccountId $AccountId -EnvironmentName $EnvironmentName -ProgressActivityName $RegisterProgressActivityName -UseDeviceAuthentication $UseDeviceAuthentication -Region $Region $resourceId = Get-ResourceId -ResourceName $ResourceName -SubscriptionId $SubscriptionId -ResourceGroupName $ResourceGroupName Write-VerboseLog ("ResourceId of cluster resource: $resourceId") $resource = Get-AzResource -ResourceId $resourceId -ApiVersion $RPAPIVersion -ErrorAction Ignore $resGroup = Get-AzResourceGroup -Name $ResourceGroupName -ErrorAction Ignore if($resource -ne $null) { Write-VerboseLog ("Cluster resource is already created") # Fetching Arc settings resource $arcResourceId = $resourceId + $HCIArcInstanceName $arcres = Get-AzResource -ResourceId $arcResourceId -ApiVersion $HCIArcAPIVersion -ErrorAction Ignore # Setting the value for ArcServerResourceGroupName if ([string]::IsNullOrEmpty($ArcServerResourceGroupName)) { if($null -ne $arcres) { $ArcServerResourceGroupName = $arcres.Properties.arcInstanceResourceGroup Write-VerboseLog ("Arc for servers resource already exist. Resolved Arc for servers Resource group name from Arc for servers resource: $ArcServerResourceGroupName") } # Use Cluster RG as Arc RG if Arc RG is empty and Arc settings is not set else { $ArcServerResourceGroupName = $resourceGroupName Write-VerboseLog ("Using Cluster Resource group as Arc for Servers Resource group name: $ArcServerResourceGroupName") } } else { if (($null -ne $arcres) -and ($arcres.Properties.arcInstanceResourceGroup -ne $ArcServerResourceGroupName)) { $ArcAlreadyRegisteredInDifferentResourceGroupErrorMessage = $ArcAlreadyRegisteredInDifferentResourceGroupError -f $arcres.Properties.arcInstanceResourceGroup Write-ErrorLog -Message $ArcAlreadyRegisteredInDifferentResourceGroupErrorMessage -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyDetails -Value $ArcAlreadyRegisteredInDifferentResourceGroupErrorMessage Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $ArcAlreadyRegisteredInDifferentResourceGroupErrorMessage -EventID 9129 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } } $resourceLocation = Normalize-RegionName -Region $resource.Location Write-VerboseLog ("Location resolved from cloud resource: $resourceLocation") if([string]::IsNullOrEmpty($Region)) { $Region = $resourceLocation } elseif($Region -ne $resourceLocation) { $ResourceExistsInDifferentRegionErrorMessage = $ResourceExistsInDifferentRegionError -f $resourceLocation, $Region Write-ErrorLog -Message $ResourceExistsInDifferentRegionErrorMessage -Category OperationStopped -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $ResourceExistsInDifferentRegionErrorMessage -EventID 9104 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } } else { if($resGroup -eq $Null) { Write-VerboseLog ("ResourceGroup is not created yet") if([string]::IsNullOrEmpty($Region)) { $Region = Get-DefaultRegion -EnvironmentName $EnvironmentName if($PSCmdlet.ShouldProcess("Using default region : $Region.", $DefaultRegionPromptMessage -f $Region, "Are you sure you want to perform this action?")) { Write-WarnLog("Using default region : $Region. The 'default' region might not meet Schrems II requirements.") Write-VerboseLog ("Using default region : $Region , since region is not specified") } else { return } } } else { Write-VerboseLog ("ResourceGroup is already present") if([string]::IsNullOrEmpty($Region)) { $Region = $resGroup.Location if($PSCmdlet.ShouldProcess("Defaulting to ResourceGroup's region : $Region.", $ResourceGroupRegionPromptMessage -f $Region, "Are you sure you want to perform this action?")) { Write-WarnLog("Defaulting to ResourceGroup's region : $Region. The 'default' region might not meet Schrems II requirements.") Write-VerboseLog ("Defaulting to ResourceGroup's region : $Region , since region is not specified") } else { return } } } } #USE CLUSTER RG AS ARC RG if ([string]::IsNullOrEmpty($ArcServerResourceGroupName)) { $ArcServerResourceGroupName = $resourceGroupName Write-VerboseLog ("using cluster rg as arcserver resourcegroup name: $ResourceGroupName") } $arcResGroup = Get-AzResourceGroup -Name $ArcServerResourceGroupName -ErrorAction Ignore if ($Null -ne $arcResGroup) { Write-VerboseLog("Checking if an arc machine with same name as current nodes already exists in the Arc For Server Resource Group") forEach ($clusNode in $clusterNodes) { $machineResourceId = "/Subscriptions/" + $SubscriptionId + "/resourceGroups/" + $ArcServerResourceGroupName + "/providers/Microsoft.HybridCompute/machines/" + $clusNode $machineResourceIdWithAPI = "{0}?api-version={1}" -f $machineResourceId, $HCApiVersion $arcMachineResource = Get-AzResource -ResourceId $machineResourceIdWithAPI -ErrorAction Ignore $sameNodeNames = [System.Collections.ArrayList]::new() if ($Null -ne $arcMachineResource) { $parentClusterResourceId = $arcMachineResource.properties.parentClusterResourceId #If ParentClusterResourceId is empty, Arc enablement happened before Registration. if ([string]::IsNullOrEmpty($parentClusterResourceId)) { Write-VerboseLog("ParentClusterResourceId for Node $clusNode is empty, continue.") continue } #Case: ParentClusterResourceId is Set. else { $errorMessage = "Cluster is {} and ParentClusterResourceId for $clusNode does not match the Cluster Resource." # If Cluster is registered from before, then ParentClusterResourceId should match the clusterResourceId if ($RegContext.RegistrationStatus -eq [RegistrationStatus]::Registered) { if ($parentClusterResourceId -eq $resourceId) { Write-VerboseLog ("Cluster is registered and ParentClusterResourceId for $clusNode matches the Cluster Resource, continue.") continue } else { $errorMessageLog = $errorMessage -f "registered" Write-ErrorLog($errorMessageLog) $sameNodeNames.Add($clusNode) | Out-Null } } #If Cluster is not yet registered, then ParentClusterResourceId should be Null else { $errorMessageLog = $errorMessage -f "not registered" Write-ErrorLog ($errorMessageLog) $sameNodeNames.Add($clusNode) | Out-Null } } } } if ($sameNodeNames.Count -gt 0) { Write-VerboseLog("A node exists with the same name in the arc for servers resource group. Choose a different resource group for Arc for server resources.") $sameNodeNamesAsList = $sameNodeNames -join "," $ArcMachineAlreadyExistsInResourceGroupErrorMessage = $ArcMachineAlreadyExistsInResourceGroupError -f $sameNodeNamesAsList, $ArcServerResourceGroupName Write-ErrorLog -Message $ArcMachineAlreadyExistsInResourceGroupErrorMessage -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyDetails -Value $ArcMachineAlreadyExistsInResourceGroupErrorMessage Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $ArcMachineAlreadyExistsInResourceGroupErrorMessage -EventID 9105 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } } try { Verify-NodesArcRegistrationState -ClusterNodes $clusterNodes -SubscriptionId $SubscriptionId -ArcResourceGroupName $ArcServerResourceGroupName -Credential $Credential -ClusterDNSSuffix $clusterDNSSuffix } catch { Write-ErrorLog $_.Exception.Message -Category OperationStopped $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List throw } # Normalize region name $Region = Normalize-RegionName -Region $Region $portalResourceUrl = Get-PortalHCIResourcePageUrl -TenantId $TenantId -EnvironmentName $EnvironmentName -SubscriptionId $SubscriptionId -ResourceGroupName $ResourceGroupName -ResourceName $ResourceName -Region $Region if(($RegContext.RegistrationStatus -eq [RegistrationStatus]::Registered) -and ($RepairRegistration -eq $false)) { if(($RegContext.AzureResourceUri -eq $resourceId)) { if($resource -ne $Null) { Write-VerboseLog ("Cluster is already registered with same resourceID. Nothing to do.") # Already registered with same resource Id and resource exists $appId = $resource.Properties.aadClientId $operationStatus = [OperationStatus]::Success } else { Write-VerboseLog ("Cluster is already registered but the cloud resource does not exist.") # Already registered with same resource Id and resource does not exists $AlreadyRegisteredErrorMessage = $CloudResourceDoesNotExist -f $resourceId Write-ErrorLog -Message $AlreadyRegisteredErrorMessage -Category OperationStopped -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $AlreadyRegisteredErrorMessage -EventID 9106 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } } else # Already registered with different resource Id { Write-VerboseLog ("Cluster is already registered and cloud resource does not match.") $AlreadyRegisteredErrorMessage = $RegisteredWithDifferentResourceId -f $RegContext.AzureResourceUri Write-ErrorLog -Message $AlreadyRegisteredErrorMessage -Category OperationStopped -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $AlreadyRegisteredErrorMessage -EventID 9107 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } } else { Write-VerboseLog ("$RegisterProgressActivityName") Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $RegisterAzureStackRPMessage -percentcomplete 40 Register-ResourceProviderIfRequired -ProviderNamespace "Microsoft.AzureStackHCI" # Validate that the input region is supported by the Stack HCI RP $supportedRegions = [string]::Empty $regionSupported = Validate-RegionName -Region $Region -SupportedRegions ([ref]$supportedRegions) if ($regionSupported -eq $False) { $RegionNotSupportedMessage = $RegionNotSupported -f $Region, $supportedRegions Write-ErrorLog -Message $RegionNotSupportedMessage -Category OperationStopped -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $RegionNotSupportedMessage -EventID 9108 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } # Check if OS version is 22H2 or newer $osVersionDetectoid = { $displayVersion = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\Windows NT\CurrentVersion").DisplayVersion; $buildNumber = (Get-CimInstance -ClassName CIM_OperatingSystem).BuildNumber; New-Object -TypeName PSObject -Property @{'DisplayVersion'=$displayVersion; 'BuildNumber'=$buildNumber} } $cloudManagementDetectoid = { $cloudManagementSvc = Get-Item -Path ("{0}\System32\azshci\{1}.exe" -f $env:SystemRoot, $Using:ClusterAgentServiceName) -ErrorAction SilentlyContinue; $cloudManagementSvc -ne $null } $osVersionInfo = Invoke-Command -Session $clusterNodeSession -ScriptBlock $osVersionDetectoid $cloudManagementCapable = Invoke-Command -Session $clusterNodeSession -ScriptBlock $cloudManagementDetectoid Write-VerboseLog ("Display Version: {0}, Build Number: {1}, Cloud Management capable: {2}" -f $osVersionInfo.DisplayVersion, $osVersionInfo.BuildNumber, $cloudManagementCapable) $isCloudManagementSupported = ([Int]::Parse($osVersionInfo.BuildNumber) -ge $22H2BuildNumber) -and ($cloudManagementCapable -eq $true) Write-VerboseLog ("Cloud Management supported: {0}" -f $isCloudManagementSupported) if($Null -eq $resource) { # Create new HCI resource by calling RP if($Null -eq $resGroup) { $CreatingResourceGroupMessageProgress = $CreatingResourceGroupMessage -f $ResourceGroupName Write-VerboseLog ("$CreatingResourceGroupMessageProgress") Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $CreatingResourceGroupMessageProgress -percentcomplete 55 $resGroup = New-AzResourceGroup -Name $ResourceGroupName -Location $Region -Tag @{$ResourceGroupCreatedByName = $ResourceGroupCreatedByValue } } $CreatingCloudResourceMessageProgress = $CreatingCloudResourceMessage -f $ResourceName Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $CreatingCloudResourceMessageProgress -percentcomplete 60 if( ($EnvironmentName -eq $AzureCloud) -or ($EnvironmentName -eq $AzureCanary) -or ($EnvironmentName -eq $AzurePPE) -or ($EnvironmentName -eq $AzureUSGovernment) ) { $properties = [ResourceProperties]::new($Region, @{}, $Tag) } else { $properties = @{"tags" = $Tag; "location" = $Region} } $payload = ConvertTo-Json -InputObject $properties $resourceIdWithAPI = "{0}?api-version={1}" -f $resourceId, $RPAPIVersion Write-VerboseLog ("$CreatingCloudResourceMessageProgress with properties : {0}" -f ($payload | Out-String)) Write-VerboseLog ("ResorceIdWithApi: $resourceIdWithAPI") $clusterResult = New-ClusterWithRetries -ResourceIdWithAPI $resourceIdWithAPI -Payload $payload if($clusterResult -eq $false) { Write-ErrorLog -Message $ClusterCreationFailureMessage -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $ClusterCreationFailureMessage -EventID 9130 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } $resource = Get-AzResource -ResourceId $resourceId -ApiVersion $RPAPIVersion -ErrorAction Ignore } if((($Null -eq $resource.Identity) -or ($resource.Identity.Type -ne "SystemAssigned")) -and ( ($EnvironmentName -eq $AzureCloud) -or ($EnvironmentName -eq $AzureCanary) -or ($EnvironmentName -eq $AzurePPE) -or ($EnvironmentName -eq $AzureUSGovernment))) { #we are here, if we are in repairregistration flow and resource might have been already created, we will check if MSI is not enabled, if it is not enabled, we will patch the resource again. $RepairingCloudResourceMessageProgress = $RepairingCloudResourceMessage -f $ResourceName Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $RepairingCloudResourceMessageProgress -percentcomplete 60 Write-VerboseLog ("Enabling SystemAssignedIdentity on : $resourceId") $properties = New-Object -TypeName PSObject $properties | Add-Member -MemberType NoteProperty -Name "identity" -Value $([Identity]::new()) if ($Tag.Count -ne 0) { $properties | Add-Member -MemberType NoteProperty -Name "tags" -Value $Tag } $payload = ConvertTo-Json -InputObject $properties $resourceIdWithAPI = "{0}?api-version={1}" -f $resourceId, $RPAPIVersion Write-VerboseLog ("$CloudResourceMessageProgress with properties : {0}" -f ($payload | Out-String)) Write-VerboseLog ("ResorceIdWithApi: $resourceIdWithAPI") $response = Invoke-AzRestMethod -Path $resourceIdWithAPI -Method PATCH -Payload $payload if(-not(($response.StatusCode -ge 200) -and ($response.StatusCode -lt 300))) { Write-ErrorLog -Message ("Failed to repair ARM resource representing the cluster. Code: {0}, Details: {1}" -f $response.StatusCode, $response.Content) -Category OperationStopped throw } $resource = Get-AzResource -ResourceId $resourceId -ApiVersion $RPAPIVersion -ErrorAction Ignore } if($resource.Properties.aadApplicationObjectId -eq $Null) { # create cluster identity by calling HCI RP $clusterIdentity = Execute-Without-ProgressBar -ScriptBlock { Invoke-AzResourceAction -ResourceId $resourceId -ApiVersion $RPAPIVersion -Action createClusterIdentity -Force } # Get cluster again for identity details $resource = Get-AzResource -ResourceId $resourceId -ApiVersion $RPAPIVersion -ErrorAction Ignore } $serviceEndpoint = $resource.properties.serviceEndpoint $appId = $resource.Properties.aadClientId $cloudId = $resource.Properties.cloudId $objectId = $resource.Properties.aadApplicationObjectId $spObjectId = $resource.Properties.aadServicePrincipalObjectId # Add certificate Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $GettingCertificateMessage -percentcomplete 70 $CertificatesToBeMaintained = @{} $NewCertificateFailedNodes = [System.Collections.ArrayList]::new() $SetCertificateFailedNodes = [System.Collections.ArrayList]::new() $OSNotLatestOnNodes = [System.Collections.ArrayList]::new() $TempServiceEndpoint = "" $Authority = "" $BillingServiceApiScope = "" $GraphServiceApiScope = "" Get-EnvironmentEndpoints -EnvironmentName $EnvironmentName -ServiceEndpoint ([ref]$TempServiceEndpoint ) -Authority ([ref]$Authority) -BillingServiceApiScope ([ref]$BillingServiceApiScope) -GraphServiceApiScope ([ref]$GraphServiceApiScope) $setupCertsError = Setup-Certificates -ClusterNodes $clusterNodes -Credential $Credential -ResourceName $ResourceName -ObjectId $objectId -CertificateThumbprint $CertificateThumbprint -AppId $appId -TenantId $TenantId -CloudId $cloudId ` -ServiceEndpoint $ServiceEndpoint -BillingServiceApiScope $BillingServiceApiScope -GraphServiceApiScope $GraphServiceApiScope -Authority $Authority -NewCertificateFailedNodes $NewCertificateFailedNodes ` -SetCertificateFailedNodes $SetCertificateFailedNodes -OSNotLatestOnNodes $OSNotLatestOnNodes -CertificatesToBeMaintained $CertificatesToBeMaintained -ClusterDNSSuffix $clusterDNSSuffix -ResourceId $resourceId Write-VerboseLog ("Setup-Certificates returned {0}" -f $setupCertsError) if($null -ne $setupCertsError) { Write-VerboseLog ("Setup-Certificates has failed") Write-ErrorLog -Message $setupCertsError -Category OperationStopped $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $setupCertsError -EventID 9109 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } if(($SetCertificateFailedNodes.Count -ge 1) -or ($NewCertificateFailedNodes.Count -ge 1)) { Write-VerboseLog ("Setup-Certificates failed on atleast one node") $SettingCertificateFailedMessage = $SettingCertificateFailed -f ($NewCertificateFailedNodes -join ","),($SetCertificateFailedNodes -join ",") Write-ErrorLog -Message $SettingCertificateFailedMessage -Category OperationStopped -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $SettingCertificateFailedMessage -EventID 9110 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } if($OSNotLatestOnNodes.Count -ge 1) { $NotAllTheNodesInClusterAreGAError = $NotAllTheNodesInClusterAreGA -f ($OSNotLatestOnNodes -join ",") Write-ErrorLog -Message $NotAllTheNodesInClusterAreGAError -Category OperationStopped -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $NotAllTheNodesInClusterAreGAError -EventID 9111 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $RegisterAndSyncMetadataMessage -percentcomplete 90 # Register by calling on-prem usage service Cmdlet try { $Params = @{ ServiceEndpoint = $ServiceEndpoint BillingServiceApiScope = $BillingServiceApiScope GraphServiceApiScope = $GraphServiceApiScope AADAuthority = $Authority AppId = $appId TenantId = $TenantId CloudId = $cloudId SubscriptionId = $SubscriptionId ObjectId = $objectId ResourceName = $ResourceName ProviderNamespace = "Microsoft.AzureStackHCI" ResourceArmId = $resourceId ServicePrincipalClientId = $spObjectId CertificateThumbprint = $CertificateThumbprint } $SetAzureStackHCIRegistrationScript = { Set-AzureStackHCIRegistration -ErrorAction Stop @Params } Run-InvokeCommand -ScriptBlock $SetAzureStackHCIRegistrationScript -Session $clusterNodeSession -Params $Params Write-VerboseLog ("Successfully performed: {0}" -f ($Params | Out-String)) } catch { $errorMessage = $_.Exception.Message.ToString() Write-VerboseLog ($SetAzureStackHCIRegistrationErrorMessage -f $errorMessage) Write-ErrorLog ($SetAzureStackHCIRegistrationErrorMessage -f $errorMessage) -Category OperationStopped -Exception $_ -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List throw } $isCloudManagementFeatureEnabled = $false if ($isCloudManagementSupported -eq $true) { $cloudManagementFeatureDetectoid = { $null -ne (Get-AzureStackHCI).NextSync } $isCloudManagementFeatureEnabled = Invoke-Command -Session $clusterNodeSession -ScriptBlock $cloudManagementFeatureDetectoid -ErrorAction Ignore Write-VerboseLog ("Cloud Management supported: {0}" -f $isCloudManagementSupported) Write-VerboseLog ("Cloud Management enabled: {0}" -f $isCloudManagementFeatureEnabled) } if ($isCloudManagementSupported -eq $true -AND $isCloudManagementFeatureEnabled -eq $true) { Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $ConfiguringCloudManagementMessage -percentcomplete 91 Write-Progress -Id $SecondaryProgressBarId -activity $SetupCloudManagementActivityName -status $ConfiguringCloudManagementMessage -percentcomplete 10 Write-VerboseLog ("$ConfiguringCloudManagementMessage") # Start Cluster Agent Servce as Clustered Role $service = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Get-Service -Name $using:ClusterAgentServiceName -ErrorAction Ignore } $serviceError = $null if ($null -eq $service) { $serviceError = "{0} service doesn't exist." -f $ClusterAgentServiceName Write-ErrorLog -Message $serviceError -ErrorAction Continue Write-NodeEventLog -Message $serviceError -EventID 9119 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning } else { # Run agent service as cluster resource Write-Progress -Id $SecondaryProgressBarId -activity $SetupCloudManagementActivityName -status $ConfiguringCloudManagementClusterSvc -percentcomplete 20 $displayName = $service.DisplayName Write-VerboseLog ("Found Cloud Management Agent: $displayName") $group = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Get-ClusterGroup -Name $using:ClusterAgentGroupName -ErrorAction Ignore } if ($null -eq $group) { Write-VerboseLog ("Creating Cloud Management cluster group: $ClusterAgentGroupName") $group = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Add-ClusterGroup -Name $using:ClusterAgentGroupName -ErrorAction Ignore } } if ($null -ne $group) { Write-Progress -Id $SecondaryProgressBarId -activity $SetupCloudManagementActivityName -status $ConfiguringCloudManagementClusterSvc -percentcomplete 40 Write-VerboseLog ("Cloud Management cluster group: $($group | Format-List | Out-String)") $svcResource = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Get-ClusterResource -Name $using:displayName -ErrorAction Ignore } if ($null -eq $svcResource) { Write-Progress -Id $SecondaryProgressBarId -activity $SetupCloudManagementActivityName -status $ConfiguringCloudManagementClusterSvc -percentcomplete 60 Write-VerboseLog ("Creating cluster resource for Cloud Management agent") $svcResource = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Add-ClusterResource -Name $using:displayName -ResourceType "Generic Service" -Group $using:ClusterAgentGroupName -ErrorAction Ignore } } if ($null -ne $svcResource) { Write-Progress -Id $SecondaryProgressBarId -activity $SetupCloudManagementActivityName -status $ConfiguringCloudManagementClusterSvc -percentcomplete 80 Write-VerboseLog ("Cloud Management cluster resource: $($svcResource | Format-List | Out-String)") Write-VerboseLog ("Setting cluster resource parameter ServiceName = $ClusterAgentServiceName") Invoke-Command -Session $clusterNodeSession -ScriptBlock { Get-ClusterResource -Name $using:displayName -ErrorAction Ignore | Set-ClusterParameter -Name ServiceName -Value $using:ClusterAgentServiceName -ErrorAction Ignore } $group = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Get-ClusterGroup -Name $using:ClusterAgentGroupName -ErrorAction Ignore } } else { $serviceError = "Failed to create cluster resource {0} in group {1}." -f $ClusterAgentServiceName, $ClusterAgentGroupName Write-ErrorLog -Message $serviceError -ErrorAction Continue Write-NodeEventLog -Message $serviceError -EventID 9120 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning } } else { $serviceError = "Failed to create cluster group {0}." -f $ClusterAgentGroupName Write-ErrorLog -Message $serviceError -ErrorAction Continue Write-NodeEventLog -Message $serviceError -EventID 9120 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning } Write-Progress -Id $SecondaryProgressBarId -activity $SetupCloudManagementActivityName -status $StartingCloudManagementMessage -percentcomplete 90 if ($null -ne $group -and $group.State -ne "Online") { Write-VerboseLog ("Cloud Management cluster resource: $($svcResource | Format-List |Out-String)") Write-VerboseLog ("Starting Cluster Group $ClusterAgentGroupName") $group = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Start-ClusterGroup -Name $using:ClusterAgentGroupName -Wait 120 -ErrorAction Ignore } if ($group.State -ne "Online") { $serviceError = "Failed to start {0} clustered role." -f $ClusterAgentGroupName Write-ErrorLog -Message $serviceError -ErrorAction Continue Write-NodeEventLog -Message $serviceError -EventID 9121 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning } } } Write-Progress -Id $SecondaryProgressBarId -activity $SetupCloudManagementActivityName -Completed Write-VerboseLog ("Cloud Management group: $($group | Format-List | Out-String)") Write-VerboseLog ("Cloud Management resource: $($svcResource | Format-List | Out-String)") Write-VerboseLog ("Cloud Management agent setup complete") if ($null -eq $serviceError) { $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyClusterAgentStatus -Value ([OperationStatus]::Success) # Perform a Sync on successful agent setup. Invoke-Command -Session $clusterNodeSession -ScriptBlock { Sync-AzureStackHCI -ErrorAction Ignore} } else { $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyClusterAgentStatus -Value ([OperationStatus]::Failed) $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyClusterAgentError -Value $serviceError } } $operationStatus = [OperationStatus]::Success } if ( $EnableAzureArcServer -eq $true ) { $arcResGroup = Get-AzResourceGroup -Name $ArcServerResourceGroupName -ErrorAction Ignore if ($arcResGroup -eq $Null) { $CreatingResourceGroupMessageProgress = $CreatingResourceGroupMessage -f $ArcServerResourceGroupName Write-VerboseLog ("$CreatingResourceGroupMessageProgress") Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $CreatingResourceGroupMessageProgress -percentcomplete 90 $arcResGroup = New-AzResourceGroup -Name $ArcServerResourceGroupName -Location $Region -Tag @{$ResourceGroupCreatedByName = $ResourceGroupCreatedByValue } } if ($Null -eq $resource.Properties.ResourceProviderObjectId) { Write-VerboseLog("Resource Provider Object Id is Null. Can't assign roles to HCI RP for ARC Onboarding") $operationStatus = [OperationStatus]::RegisterSucceededButArcFailed $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyErrorDetail -Value [ErrorDetail]::ArcPermissionsMissing } else { $RPObjectId = $resource.Properties.ResourceProviderObjectId $setRolesResult = Set-ArcRoleforRPSpn -RPObjectId $RPObjectId -ArcServerResourceGroupName $ArcServerResourceGroupName if($setRolesResult -ne [ErrorDetail]::Success) { $operationStatus = [OperationStatus]::RegisterSucceededButArcFailed $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyErrorDetail -Value $setRolesResult } else { Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -status $RegisterArcMessage -percentcomplete 93 Write-VerboseLog ("$RegisterArcMessage") $ArcCmdletsAbsentOnNodes = [System.Collections.ArrayList]::new() Foreach ($clusNode in $clusterNodes) { $nodeSession = $null try { if($Credential -eq $Null) { $nodeSession = New-PSSession -ComputerName ($clusNode.Name + "." + $clusterDNSSuffix) } else { $nodeSession = New-PSSession -ComputerName ($clusNode.Name + "." + $clusterDNSSuffix) -Credential $Credential } } catch { Write-VerboseLog ("Exception occurred in establishing new PSSession to $($clusNode.Name). ErrorMessage : " + $_.Exception.Message) Write-VerboseLog ($_) $ArcCmdletsAbsentOnNodes.Add($clusNode.Name) | Out-Null continue } # Check if node has Arc registration Cmdlets $cmdlet = Invoke-Command -Session $nodeSession -ScriptBlock { Get-Command Get-AzureStackHCIArcIntegration -Type Cmdlet -ErrorAction Ignore } if($cmdlet -eq $null) { Write-VerboseLog ("Arc cmdlet not present on node : {0}" -f $clusNode.Name) $ArcCmdletsAbsentOnNodes.Add($clusNode.Name) | Out-Null } if($nodeSession -ne $null) { Remove-PSSession $nodeSession -ErrorAction Ignore | Out-Null } } if($ArcCmdletsAbsentOnNodes.Count -ge 1) { # Show Arc error on 20h2 only if -EnableAzureArcServer:$true is explicity passed by user if($PSBoundParameters.ContainsKey('EnableAzureArcServer')) { $ArcCmdletsNotAvailableErrorMsg = $ArcCmdletsNotAvailableError -f ($ArcCmdletsAbsentOnNodes -join ",") Write-ErrorLog -Message $ArcCmdletsNotAvailableErrorMsg -Category OperationStopped -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $ArcCmdletsNotAvailableErrorMsg -EventID 9112 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } } else { $arcResourceId = $resourceId + $HCIArcInstanceName Write-VerboseLog ("checking if Arc resource $arcResourceId already exists") if($null -eq $arcres) { Write-VerboseLog ("Arc Resource does not exist, create new resource") $arcInstanceResourceGroup = @{"arcInstanceResourceGroup" = $ArcServerResourceGroupName} $arcres = New-AzResource -ResourceId $arcResourceId -ApiVersion $HCIArcAPIVersion -PropertyObject $arcInstanceResourceGroup -Force } else { Write-VerboseLog ("Arc Resource already exists") if ($arcres.Properties.aggregateState -eq $ArcSettingsDisableInProgressState) { Write-ErrorLog -Message $ArcRegistrationDisableInProgressError -Category OperationStopped -ErrorAction Continue $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $registrationOutput | Format-List Write-NodeEventLog -Message $ArcRegistrationDisableInProgressError -EventID 9113 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } } Write-VerboseLog ("Register-AzStackHCI: Arc registration triggered. ArcResourceGroupName: $ArcServerResourceGroupName") $arcResult = Register-ArcForServers -IsManagementNode $IsManagementNode -ComputerName $ComputerName -Credential $Credential -TenantId $TenantId -SubscriptionId $SubscriptionId -ResourceGroup $ArcServerResourceGroupName -Region $Region -ArcSpnCredential $ArcSpnCredential -ClusterDNSSuffix $clusterDNSSuffix -IsWAC:$IsWAC -Environment:$EnvironmentName -ArcResource $arcres if($arcResult -ne [ErrorDetail]::Success) { $operationStatus = [OperationStatus]::RegisterSucceededButArcFailed $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyErrorDetail -Value $arcResult } } } } } Write-Progress -Id $MainProgressBarId -activity $RegisterProgressActivityName -Completed $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value $operationStatus $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyPortalResourceURL -Value $portalResourceUrl $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResourceId -Value $resourceId $registrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyDetails -Value $RegistrationSuccessDetailsMessage Write-Output $registrationOutput | Format-List $RegistrationCompleteEvent = "Registration completed with status: {0}" -f ($registrationOutput | Format-List | Out-String ) Write-InfoLog($RegistrationCompleteEvent) Write-NodeEventLog -Message $RegistrationCompleteEvent -EventID 9004 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName } catch { # Get script line number, offset and Command that resulted in exception. Write-Error with the exception above does not write this info. $positionMessage = $_.InvocationInfo.PositionMessage Write-NodeEventLog -Message ("Exception occurred in Register-AzStackHCI : " + $positionMessage) -EventID 9114 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning if(-Not $Error.Contains($AlreadyLoggedFlag)) { Write-ErrorLog ("Exception occurred in Register-AzStackHCI") -Exception $_ -Category OperationStopped } } finally { try{ Disconnect-AzAccount | Out-Null } catch{} if($DebugPreference -ne "SilentlyContinue") { try{ Stop-Transcript | Out-Null }catch{} } } } function Set-ArcRoleforRPSpn { [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [String] $RPObjectId, [String] $ArcServerResourceGroupName ) $stopLoop = $false [int]$retryCount = "0" [int]$maxRetryCount = "5" Write-VerboseLog ("Assigning HCI RP App Arc Onboarding permissions") do { try { New-AzRoleAssignment -ObjectId $RPObjectId -ResourceGroupName $ArcServerResourceGroupName -RoleDefinitionName $ArcOnboardingRole | Out-Null Write-VerboseLog("Sucessfully assigned ARC Roles to HCI RP service principal with Object Id $($RPObjectId)") $stopLoop = $true } catch { # 'Conflict' can happen when either the RoleAssignment already exists or the limit for number of role assignments has been reached. if ($_.Exception.Response.StatusCode -eq 'Conflict') { $roleAssignment = Get-AzRoleAssignment -ObjectId $RPObjectId -ResourceGroupName $ArcServerResourceGroupName -RoleDefinitionName $ArcOnboardingRole if ($null -ne $roleAssignment) { Write-VerboseLog("Sucessfully assigned ARC Roles to HCI RP service principal with Object Id $($RPObjectId)") return [ErrorDetail]::Success } Write-ErrorLog ("Failed to assign roles to service principal with object Id $($RPObjectId). ErrorMessage: " + $_.Exception.Message + " PositionalMessage: " + $_.InvocationInfo.PositionMessage) return [ErrorDetail]::ArcPermissionsMissing } if ($retryCount -ge $maxRetryCount) { # Timed out. Write-ErrorLog ("Failed to assign roles to service principal with object Id $($RPObjectId). ErrorMessage: " + $_.Exception.Message + " PositionalMessage: " + $_.InvocationInfo.PositionMessage) return [ErrorDetail]::ArcPermissionsMissing } Write-VerboseLog ("Could not assign roles to service principal with Object Id $($RPObjectId). Retrying in 10 seconds...") Start-Sleep -Seconds 10 $retryCount = $retryCount + 1 } } While(-Not $stopLoop) return [ErrorDetail]::Success } function New-ClusterWithRetries { [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [String] $ResourceIdWithAPI, [String] $Payload ) $stopLoop = $false [int]$retryCount = "0" [int]$maxRetryCount = "10" do { $response = Invoke-AzRestMethod -Path $ResourceIdWithAPI -Method PUT -Payload $Payload if (($response.StatusCode -ge 200) -and ($response.StatusCode -lt 300)) { $stopLoop = $true return $true } if ($retryCount -ge $maxRetryCount) { # Timed out. Write-WarnLog ("Failed to create ARM resource representing the cluster. StatusCode: {0}, ErrorCode: {}, Details: {1}" -f $response.StatusCode, $response.ErrorCode, $response.Content) return $false } Write-VerboseLog ("Failed to create ARM resource representing the cluster. Retrying in 10 seconds...") Start-Sleep -Seconds 10 $retryCount = $retryCount + 1 } While (-Not $stopLoop) return $true } <# .Description Unregister-AzStackHCI deletes the Microsoft.AzureStackHCI cloud resource representing the on-premises cluster and unregisters the on-premises cluster with Azure. The registered information available on the cluster is used to unregister the cluster if no parameters are passed. .PARAMETER SubscriptionId Specifies the Azure Subscription to create the resource .PARAMETER Region Specifies the Region the resource is created in Azure. .PARAMETER ResourceName Specifies the resource name of the resource created in Azure. If not specified, on-premises cluster name is used. .PARAMETER TenantId Specifies the Azure TenantId. .PARAMETER ResourceGroupName Specifies the Azure Resource Group name. If not specified <LocalClusterName>-rg will be used as resource group name. .PARAMETER ArmAccessToken Specifies the ARM access token. Specifying this along with AccountId will avoid Azure interactive logon. .PARAMETER GraphAccessToken GraphAccessToken is deprecated. .PARAMETER AccountId Specifies the AccoundId. Specifying this along with ArmAccessToken will avoid Azure interactive logon. .PARAMETER EnvironmentName Specifies the Azure Environment. Default is AzureCloud. Valid values are AzureCloud, AzureChinaCloud, AzurePPE, AzureCanary, AzureUSGovernment .PARAMETER UseDeviceAuthentication Use device code authentication instead of an interactive browser prompt. .PARAMETER ComputerName Specifies one of the cluster node in on-premise cluster that is being registered to Azure. .PARAMETER DisableOnlyAzureArcServer Specifying this parameter to $true will only unregister the cluster nodes with Arc for servers and Azure Stack HCI registration will not be altered. .PARAMETER Credential Specifies the credential for the ComputerName. Default is the current user executing the Cmdlet. .PARAMETER Force Specifies that unregistration should continue even if we could not delete the Arc extensions on the nodes. .OUTPUTS PSCustomObject. Returns following Properties in PSCustomObject Result: Success or Failed or Cancelled. .EXAMPLE Invoking on one of the cluster node C:\PS>Unregister-AzStackHCI Result: Success .EXAMPLE Invoking from the management node C:\PS>Unregister-AzStackHCI -ComputerName ClusterNode1 Result: Success .EXAMPLE Invoking from WAC C:\PS>Unregister-AzStackHCI -SubscriptionId "12a0f531-56cb-4340-9501-257726d741fd" -ArmAccessToken etyer..ere= -AccountId user1@corp1.com -ResourceName DemoHCICluster3 -ResourceGroupName DemoHCIRG -Confirm:$False Result: Success .EXAMPLE Invoking with all the parameters C:\PS>Unregister-AzStackHCI -SubscriptionId "12a0f531-56cb-4340-9501-257726d741fd" -ResourceName HciCluster1 -TenantId "c31c0dbb-ce27-4c78-ad26-a5f717c14557" -ResourceGroupName HciClusterRG -ArmAccessToken eerrer..ere= -AccountId user1@corp1.com -EnvironmentName AzureCloud -ComputerName node1hci -Credential Get-Credential Result: Success #> function Unregister-AzStackHCI{ [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'High')] param( [Parameter(Mandatory = $false)] [string] $SubscriptionId, [Parameter(Mandatory = $false)] [string] $ResourceName, [Parameter(Mandatory = $false)] [string] $TenantId, [Parameter(Mandatory = $false)] [string] $ResourceGroupName, [Parameter(Mandatory = $false)] [string] $ArmAccessToken, [Parameter(Mandatory = $false)] [Obsolete("Graph Access is no more required for Az.StackHCI module")] [string] $GraphAccessToken, [Parameter(Mandatory = $false)] [string] $AccountId, [Parameter(Mandatory = $false)] [string] $EnvironmentName = $AzureCloud, [Parameter(Mandatory = $false)] [string] $Region, [Parameter(Mandatory = $false)] [string] $ComputerName, [Parameter(Mandatory = $false)] [Switch]$UseDeviceAuthentication, [Parameter(Mandatory = $false)] [Switch]$DisableOnlyAzureArcServer = $false, [Parameter(Mandatory = $false)] [System.Management.Automation.PSCredential] $Credential, [Parameter(Mandatory = $false)] [Switch] $Force ) try { Setup-Logging -LogFilePrefix "UnregisterHCI" -DebugEnabled ($DebugPreference -ne "SilentlyContinue") $unregistrationOutput = New-Object -TypeName PSObject $operationStatus = [OperationStatus]::Unused if([string]::IsNullOrEmpty($ComputerName)) { $ComputerName = [Environment]::MachineName $IsManagementNode = $False } else { $IsManagementNode = $True } # To be removed after ARM rollout to MC cloud is complete if ( $EnvironmentName -eq $AzureChinaCloud) { Write-VerboseLog ("Overriding RP API version for MC cloud to 2022-09-01") $RPAPIVersion = "2022-09-01" } Write-Progress -Id $MainProgressBarId -activity $UnregisterProgressActivityName -status $FetchingRegistrationState -percentcomplete 1 Write-VerboseLog ($UnregisterProgressActivityName) $msg = Print-FunctionParameters -Message "Unregister-AzStackHCI" -Parameters $PSBoundParameters Write-NodeEventLog -Message $msg -EventID 9009 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName Write-NodeEventLog -Message $UnregisterProgressActivityName -EventID 9005 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName if($IsManagementNode) { Write-VerboseLog ("Connecting from management node") if($Credential -eq $Null) { $clusterNodeSession = New-PSSession -ComputerName $ComputerName } else { $clusterNodeSession = New-PSSession -ComputerName $ComputerName -Credential $Credential } $RegContext = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Get-AzureStackHCI } } else { $RegContext = Get-AzureStackHCI $clusterNodeSession = New-PSSession -ComputerName localhost } $clusScript = { $clusterPowershell = Get-WindowsFeature -Name RSAT-Clustering-PowerShell; if ( $clusterPowershell.Installed -eq $false) { Install-WindowsFeature RSAT-Clustering-PowerShell | Out-Null; } } Invoke-Command -Session $clusterNodeSession -ScriptBlock $clusScript $clusterDNSSuffix = Get-ClusterDNSSuffix -Session $clusterNodeSession Write-VerboseLog ("Cluster DNS suffix resolves to : $clusterDNSSuffix") $clusterDNSName = Get-ClusterDNSName -Session $clusterNodeSession Write-VerboseLog ("Cluster DNS Name resolves to : $clusterDNSName") Write-Progress -Id $MainProgressBarId -activity $UnregisterProgressActivityName -status $ValidatingParametersRegisteredInfo -percentcomplete 5 if([string]::IsNullOrEmpty($ResourceName) -or [string]::IsNullOrEmpty($SubscriptionId)) { if($RegContext.RegistrationStatus -ne [RegistrationStatus]::Registered) { Write-ErrorLog -Message $RegistrationInfoNotFound -Category OperationStopped -ErrorAction Continue $unregistrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $unregistrationOutput | Format-List Write-NodeEventLog -Message $RegistrationInfoNotFound -EventID 9115 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning throw } } if([string]::IsNullOrEmpty($SubscriptionId)) { $SubscriptionId = $RegContext.AzureResourceUri.Split('/')[2] Write-VerboseLog ("Subscription ID resolves to: $SubscriptionId") } if([string]::IsNullOrEmpty($ResourceGroupName)) { $ResourceGroupName = If ($RegContext.RegistrationStatus -ne [RegistrationStatus]::Registered) { $ResourceName + "-rg" } Else { $RegContext.AzureResourceUri.Split('/')[4] } Write-VerboseLog ("resource Group resolves to: $ResourceGroupName") } if([string]::IsNullOrEmpty($ResourceName)) { $ResourceName = $RegContext.AzureResourceUri.Split('/')[8] Write-VerboseLog ("resource name resolves to: $ResourceName") } $resourceId = Get-ResourceId -ResourceName $ResourceName -SubscriptionId $SubscriptionId -ResourceGroupName $ResourceGroupName if ($PSCmdlet.ShouldProcess($resourceId)) { Write-VerboseLog ("Unregister-AzStackHCI triggered - ResourceName: $ResourceName Region: $Region ` SubscriptionId: $SubscriptionId Tenant: $TenantId ResourceGroupName: $ResourceGroupName ` AccountId: $AccountId EnvironmentName: $EnvironmentName DisableOnlyAzureArcServer: $DisableOnlyAzureArcServer Force:$Force") if(-Not ([string]::IsNullOrEmpty($Region))) { $Region = Normalize-RegionName -Region $Region } $TenantId = Azure-Login -SubscriptionId $SubscriptionId -TenantId $TenantId -ArmAccessToken $ArmAccessToken -GraphAccessToken $GraphAccessToken -AccountId $AccountId -EnvironmentName $EnvironmentName -ProgressActivityName $UnregisterProgressActivityName -UseDeviceAuthentication $UseDeviceAuthentication -Region $Region Write-Progress -Id $MainProgressBarId -activity $UnregisterProgressActivityName -status $UnregisterArcMessage -percentcomplete 40 $arcUnregisterRes = Unregister-ArcForServers -IsManagementNode $IsManagementNode -ComputerName $ComputerName -Credential $Credential -ResourceId $resourceId -Force:$Force -ClusterDNSSuffix $clusterDNSSuffix if($arcUnregisterRes -eq $false) { $unregistrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Failed Write-Output $unregistrationOutput | Format-List Write-NodeEventLog -Message "ARC unregistration failed" -EventID 9117 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning return } else { if ($DisableOnlyAzureArcServer -eq $true) { $unregistrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value [OperationStatus]::Success Write-Output $unregistrationOutput | Format-List Write-NodeEventLog -Message "Disabling only ARC for Servers. UnRegistration completed successfully" -EventID 9008 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName return } } Write-Progress -Id $MainProgressBarId -activity $UnregisterProgressActivityName -status $UnregisterHCIUsageMessage -percentcomplete 45 # Stop cluster agent service Invoke-Command -Session $clusterNodeSession -ScriptBlock { Remove-ClusterGroup -Name $using:ClusterAgentGroupName -RemoveResources -ErrorAction Ignore -Force | Out-Null } if($RegContext.RegistrationStatus -eq [RegistrationStatus]::Registered) { Invoke-Command -Session $clusterNodeSession -ScriptBlock { Remove-AzureStackHCIRegistration } Write-VerboseLog ("Successfully completed Remove-AzureStackHCIRegistration on cluster") $clusterNodes = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Get-ClusterNode } Foreach ($clusNode in $clusterNodes) { $nodeSession = $null Write-VerboseLog ("invoking Remove-AzureStackHCIRegistrationCertificate on {0}" -f $clusNode.Name) try { if($Credential -eq $Null) { $nodeSession = New-PSSession -ComputerName ($clusNode.Name + "." + $clusterDNSSuffix) } else { $nodeSession = New-PSSession -ComputerName ($clusNode.Name + "." + $clusterDNSSuffix) -Credential $Credential } if([Environment]::MachineName -eq $clusNode.Name) { Remove-AzureStackHCIRegistrationCertificate } else { Invoke-Command -Session $nodeSession -ScriptBlock { Remove-AzureStackHCIRegistrationCertificate } } } catch { Write-WarnLog ($FailedToRemoveRegistrationCertWarning -f $clusNode.Name) Write-VerboseLog ("Exception occurred in clearing certificate on {0}. ErrorMessage : {1}" -f ($clusNode.Name), ($_.Exception.Message)) Write-VerboseLog ($_) continue } } } $resource = Get-AzResource -ResourceId $resourceId -ApiVersion $RPAPIVersion -ErrorAction Ignore if($resource -ne $Null) { $DeletingCloudResourceMessageProgress = $DeletingCloudResourceMessage -f $ResourceName Write-Progress -Id $MainProgressBarId -activity $UnregisterProgressActivityName -status $DeletingCloudResourceMessageProgress -percentcomplete 80 Write-VerboseLog ("$DeletingCloudResourceMessageProgress") $remResource = Execute-Without-ProgressBar -ScriptBlock { Remove-AzResource -ResourceId $resourceId -ApiVersion $RPAPIVersion -Force } $clusterAADApplication = Get-AzADApplication -ApplicationId $resource.Properties.aadClientId -ErrorAction:SilentlyContinue if($clusterAADApplication -ne $Null) { # when registration happens via older version of the registration script and unregistration happens via newever version # service will not be able to delete the app since it does not own it. try { Write-VerboseLog ("Deleting Cluster AAD application: $($resource.Properties.aadClientId)") Remove-AzADApplication -ApplicationId $resource.Properties.aadClientId -ErrorAction Stop | Out-Null } catch { #consume exception, this is best effort. Log warning and continue if it fails. $msg = "Deleting Cluster AAD application Failed $($resource.Properties.aadClientId) . ErrorMessage : {0}. Please delete it manually." -f ($_.Exception.Message) Write-NodeEventLog -Message $msg -EventID 9010 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName Write-WarnLog ($msg) } } } Write-VerboseLog("Unregister ResourceGroupName $ResourceGroupName") Remove-ResourceGroup -ResourceGroupName $ResourceGroupName $operationStatus = [OperationStatus]::Success } else { $operationStatus = [OperationStatus]::Cancelled } Write-Progress -Id $MainProgressBarId -activity $UnregisterProgressActivityName -Completed $unregistrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value $operationStatus if ($operationStatus -eq [OperationStatus]::Success) { $unregistrationOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyDetails -Value $UnregistrationSuccessDetailsMessage Write-NodeEventLog -Message $UnregistrationSuccessDetailsMessage -EventID 9007 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName } Write-Output $unregistrationOutput | Format-List } catch { # Get script line number, offset and Command that resulted in exception. Write-ErrorLog with the exception above does not write this info. $positionMessage = $_.InvocationInfo.PositionMessage Write-NodeEventLog -Message ("Exception occurred in Unregister-AzStackHCI : " + $positionMessage) -EventID 9118 -IsManagementNode $IsManagementNode -credentials $Credential -ComputerName $ComputerName -Level Warning if(-Not $Error.Contains($AlreadyLoggedFlag)) { Write-ErrorLog ("Exception occurred in Unregister-AzStackHCI") -Exception $_ -Category OperationStopped -ErrorAction Continue } } finally { try{ Disconnect-AzAccount | Out-Null } catch{} if($DebugPreference -ne "SilentlyContinue") { try{ Stop-Transcript | Out-Null }catch{} } } } function Remove-ArcRoleAssignments { [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [String] $ResourceGroupName, [String] $ResourceId ) try { Write-VerboseLog ("Removing Arc onboarding role from HCI RP App on resource group: $ResourceGroupName.") $arcResourcesInArcRG = Get-AzResource -ResourceGroupName $ResourceGroupName -ResourceType $ArcMachineResourceType $clusterCloudResource = Get-AzResource -ResourceId $ResourceId -ApiVersion $RPAPIVersion -ErrorAction Ignore foreach ($arcResource in $arcResourcesInArcRG) { $arcResourceDetails = Get-AzResource -ResourceId $arcResource.ResourceId -ApiVersion $HCApiVersion if(-Not [string]::IsNullOrEmpty($arcResourceDetails.Properties.parentClusterResourceId)) { Write-VerboseLog ("Arc for server resource with parentClusterResourceId set exists in the resource group: $ResourceGroupName. Won't remove Arc onboarding role from HCI RP App.") return } } if(($null -ne $clusterCloudResource) -and ($null -ne $clusterCloudResource.Properties.resourceProviderObjectId)) { Remove-AzRoleAssignment -ObjectId $clusterCloudResource.Properties.resourceProviderObjectId -ResourceGroupName $ResourceGroupName -RoleDefinitionName $ArcOnboardingRole -ErrorAction Stop Write-VerboseLog ("Successfully removed role: {0} from HCI RP App on resource group: {1}" -f $ArcOnboardingRole, $ResourceGroupName) } else { if($null -eq $clusterCloudResource) { Write-VerboseLog ("Unable to remove Arc onboarding role from HCI RP App as HCI cluster cloud resource doesn't exist.") } else { Write-VerboseLog ("Unable to remove Arc onboarding role from HCI RP App as HCI cluster cloud resource doesn't contain resourceProviderObjectId.") } } } catch { Write-VerboseLog ("Exception occurred while removing Arc onboarding role from HCI RP App on Arc resource group: {0}" -f $_.Exception.Message) } } function Remove-ResourceGroup { [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [String] $ResourceGroupName ) Write-VerboseLog ("Trying to delete resource group: $ResourceGroupName") $resGroup = Get-AzResourceGroup -Name $ResourceGroupName -ErrorAction Ignore if ($Null -eq $resGroup) { Write-VerboseLog ("Resource Group Not Found") return } $resGroupTags = $resGroup.Tags if ($Null -eq $resGroupTags) { Write-VerboseLog ("No tags found on the Resource Group, Not Deleting.") return } $resGroupTagsCreatedBy = $resGroupTags[$ResourceGroupCreatedByName] # If resource is created by us during registration and if there are no resources in resource group, then delete it. if ($resGroupTagsCreatedBy -eq $ResourceGroupCreatedByValue) { $resourcesInRG = Get-AzResource -ResourceGroupName $ResourceGroupName if ($null -eq $resourcesInRG) { # Resource group is empty Write-VerboseLog ("Resource group $ResourceGroupName is empty and created by Az.StackHCI. Deleting it") try { Remove-AzResourceGroup -Name $ResourceGroupName -Force | Out-Null } catch { Write-VerboseLog ("Deleting Resource Group $ResourceGroupName failed. ErrorMessage : {0}", ($_.Exception.Message)) } } else { Write-VerboseLog ("Resource group is not empty, not deleting ") } } else { Write-VerboseLog ("Resource group not created by Az.StackHCI. Not deleting") } } <# .Description Test-AzStackHCIConnection verifies connectivity from on-premises clustered nodes to the Azure services required by Azure Stack HCI. Note: Test-AzStackhHCIConnection is deprecated. Please use 'Invoke-AzStackHciConnectivityValidation' from 'AzStackHCI.EnvironmentChecker' module for enhanced connectivity verification tests. For more information, see https://learn.microsoft.com/en-us/azure-stack/hci/whats-new#new-azure-stack-hci-environment-checker-tool. .PARAMETER EnvironmentName Specifies the Azure Environment. Default is AzureCloud. Valid values are AzureCloud, AzureChinaCloud, AzurePPE, AzureCanary, AzureUSGovernment .PARAMETER Region Specifies the Region to connect to. Not used unless it is Canary region. .PARAMETER ComputerName Specifies one of the cluster node in on-premise cluster that is being registered to Azure. .PARAMETER Credential Specifies the credential for the ComputerName. Default is the current user executing the Cmdlet. .OUTPUTS PSCustomObject. Returns following Properties in PSCustomObject Test: Name of the test performed. EndpointTested: Endpoint used in the test. IsRequired: True or False Result: Succeeded or Failed FailedNodes: List of nodes on which the test failed. .EXAMPLE Invoking on one of the cluster node. Success case. C:\PS>Test-AzStackHCIConnection Test: Connect to Azure Stack HCI Service EndpointTested: https://azurestackhci-df.azurefd.net/health IsRequired: True Result: Succeeded .EXAMPLE Invoking on one of the cluster node. Failed case. C:\PS>Test-AzStackHCIConnection Test: Connect to Azure Stack HCI Service EndpointTested: https://azurestackhci-df.azurefd.net/health IsRequired: True Result: Failed FailedNodes: Node1inClus2, Node2inClus3 #> function Test-AzStackHCIConnection{ [Obsolete("Test-AzStackhHCIConnection is deprecated. Please use 'Invoke-AzStackHciConnectivityValidation' from 'AzStackHCI.EnvironmentChecker' module for enhanced connectivity verification tests. For more information, see https://learn.microsoft.com/en-us/azure-stack/hci/manage/use-environment-checker.")] param( [Parameter(Mandatory = $false)] [string] $EnvironmentName = $AzureCloud, [Parameter(Mandatory = $false)] [string] $Region, [Parameter(Mandatory = $false)] [string] $ComputerName, [Parameter(Mandatory = $false)] [System.Management.Automation.PSCredential] $Credential ) try { Setup-Logging -LogFilePrefix "TestAzStackHCIConnection" -DebugEnabled ($DebugPreference -ne "SilentlyContinue") $testConnectionnOutput = New-Object -TypeName PSObject $connectionTestResult = [ConnectionTestResult]::Unused if([string]::IsNullOrEmpty($ComputerName)) { $ComputerName = [Environment]::MachineName $IsManagementNode = $False } else { $IsManagementNode = $True } if($IsManagementNode) { if($Credential -eq $Null) { $clusterNodeSession = New-PSSession -ComputerName $ComputerName } else { $clusterNodeSession = New-PSSession -ComputerName $ComputerName -Credential $Credential } } else { $clusterNodeSession = New-PSSession -ComputerName localhost } if(-not([string]::IsNullOrEmpty($Region))) { $Region = Normalize-RegionName -Region $Region if(($Region -eq $Region_EASTUSEUAP) -or ($Region -eq $Region_CENTRALUSEUAP)) { $ServiceEndpointAzureCloud = $ServiceEndpointsAzureCloud[$Region] } else { $ServiceEndpointAzureCloud = $ServiceEndpointAzureCloudFrontDoor } } $clusScript = { $clusterPowershell = Get-WindowsFeature -Name RSAT-Clustering-PowerShell; if ( $clusterPowershell.Installed -eq $false) { Install-WindowsFeature RSAT-Clustering-PowerShell | Out-Null; } } Invoke-Command -Session $clusterNodeSession -ScriptBlock $clusScript $getCluster = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Get-Cluster } $clusterDNSSuffix = Get-ClusterDNSSuffix -Session $clusterNodeSession $clusterDNSName = Get-ClusterDNSName -Session $clusterNodeSession if($getCluster -eq $Null) { $NoClusterErrorMessage = $NoClusterError -f $ComputerName Write-ErrorLog -Message $NoClusterErrorMessage -Category OperationStopped -ErrorAction Continue throw } else { $ServiceEndpoint = "" $Authority = "" $BillingServiceApiScope = "" $GraphServiceApiScope = "" Get-EnvironmentEndpoints -EnvironmentName $EnvironmentName -ServiceEndpoint ([ref]$ServiceEndpoint) -Authority ([ref]$Authority) -BillingServiceApiScope ([ref]$BillingServiceApiScope) -GraphServiceApiScope ([ref]$GraphServiceApiScope) # For now, we will use the default route and connect to any Datapath service. # Next stage, we can add a tiny URL support and pull the Endpoint directly from this open endpoint. $EndPointToInvoke = $ServiceEndpoint + $HealthEndpointPath $clusterNodes = Invoke-Command -Session $clusterNodeSession -ScriptBlock { Get-ClusterNode } $HealthEndPointCheckFailedNodes = [System.Collections.ArrayList]::new() $testConnectionnOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyTest -Value $ConnectionTestToAzureHCIServiceName $testConnectionnOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyEndpointTested -Value $EndPointToInvoke $testConnectionnOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyIsRequired -Value $True Check-ConnectionToCloudBillingService -ClusterNodes $clusterNodes -Credential $Credential -HealthEndpoint $EndPointToInvoke -HealthEndPointCheckFailedNodes $HealthEndPointCheckFailedNodes -ClusterDNSSuffix $clusterDNSSuffix if($HealthEndPointCheckFailedNodes.Count -ge 1) { # Failed on atleast 1 node $connectionTestResult = [ConnectionTestResult]::Failed $testConnectionnOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyFailedNodes -Value $HealthEndPointCheckFailedNodes } else { $connectionTestResult = [ConnectionTestResult]::Succeeded } $testConnectionnOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value $connectionTestResult Write-Output $testConnectionnOutput | Format-List return } } catch { if(-Not $Error.Contains($AlreadyLoggedFlag)) { Write-ErrorLog "Exception occurred in Test-AzStackHCIConnection" -Exception $_ -Category OperationStopped } } finally { if($DebugPreference -ne "SilentlyContinue") { try{ Stop-Transcript | Out-Null }catch{} } } } <# .Description Set-AzStackHCI modifies resource properties of the Microsoft.AzureStackHCI cloud resource representing the on-premises cluster to enable or disable features. .PARAMETER ComputerName Specifies one of the cluster node in on-premise cluster that is registered to Azure. .PARAMETER Credential Specifies the credential for the ComputerName. Default is the current user executing the Cmdlet. .PARAMETER ResourceId Specifies the fully qualified resource ID, including the subscription, as in the following example: `/Subscriptions/`subscription ID`/providers/Microsoft.AzureStackHCI/clusters/MyCluster` .PARAMETER EnableWSSubscription Specifies if Windows Server Subscription should be enabled or disabled. Enabling this feature starts billing through your Azure subscription for Windows Server guest licenses. .PARAMETER DiagnosticLevel Specifies the diagnostic level for the cluster. .PARAMETER TenantId Specifies the Azure TenantId. .PARAMETER ArmAccessToken Specifies the ARM access token. Specifying this along with AccountId will avoid Azure interactive logon. .PARAMETER GraphAccessToken GraphAccessToken is deprecated. .PARAMETER AccountId Specifies the ARM access token. Specifying this along with ArmAccessToken will avoid Azure interactive logon. .PARAMETER EnvironmentName Specifies the Azure Environment. Default is AzureCloud. Valid values are AzureCloud, AzureChinaCloud, AzurePPE, AzureCanary, AzureUSGovernment .PARAMETER UseDeviceAuthentication Use device code authentication instead of an interactive browser prompt. .PARAMETER Force Forces the command to run without asking for user confirmation. .OUTPUTS PSCustomObject. Returns following Properties in PSCustomObject Result: Success or Failed or Cancelled. .EXAMPLE Invoking on one of the cluster node to enable Windows Server Subscription feature PS C:\> Set-AzStackHCI -EnableWSSubscription $true Result: Success .EXAMPLE Invoking from the management node to set the diagnostic level to Basic PS C:\> Set-AzStackHCI -ComputerName ClusterNode1 -DiagnosticLevel Basic Result: Success #> function Set-AzStackHCI{ [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'High')] [OutputType([PSCustomObject])] param( [Parameter(Position = 0, Mandatory = $false)] [string] $ComputerName, [Parameter(Mandatory = $false)] [System.Management.Automation.PSCredential] $Credential, [Parameter(Mandatory = $false)] [string] $ResourceId, [Parameter(Mandatory = $false)] [Bool] $EnableWSSubscription, [Parameter(Mandatory = $false)] [DiagnosticLevel] $DiagnosticLevel, [Parameter(Mandatory = $false)] [string] $TenantId, [Parameter(Mandatory = $false)] [string] $ArmAccessToken, [Parameter(Mandatory = $false)] [Obsolete("Graph Access is no more required for Az.StackHCI module")] [string] $GraphAccessToken, [Parameter(Mandatory = $false)] [string] $AccountId, [Parameter(Mandatory = $false)] [string] $EnvironmentName = $AzureCloud, [Parameter(Mandatory = $false)] [Switch]$UseDeviceAuthentication, [Parameter(Mandatory = $false)] [Switch] $Force ) $setOutput = New-Object -TypeName PSObject $doSetResource = $false $needShouldContinue = $false $doAzAuth = $false $isManagementNode = $false $nodeSessionParams = @{} $subscriptionId = [string]::Empty $armResourceId = [string]::Empty $armResource = $null $successMessage = New-Object -TypeName System.Text.StringBuilder try { Setup-Logging -LogFilePrefix "SetAzStackHCI" -DebugEnabled ($DebugPreference -ne "SilentlyContinue") Show-LatestModuleVersion if([string]::IsNullOrEmpty($ComputerName)) { $ComputerName = [Environment]::MachineName $isManagementNode = $false } else { $isManagementNode = $true } # To be removed after ARM rollout to MC cloud is complete if ( $EnvironmentName -eq $AzureChinaCloud) { Write-VerboseLog ("Overriding RP API version for MC cloud to 2022-09-01") $RPAPIVersion = "2022-09-01" } Write-Progress -Id $MainProgressBarId -Activity $SetProgressActivityName -Status $SetProgressStatusGathering -PercentComplete 5 if($PSBoundParameters.ContainsKey('ResourceId') -eq $false) { $regContext = $null if($isManagementNode) { $nodeSessionParams.Add('ComputerName', $ComputerName) if($Credential -ne $null) { $nodeSessionParams.Add('Credential', $Credential) } $regContext = Invoke-Command @nodeSessionParams -ScriptBlock { Get-AzureStackHCI } } else { $regContext = Get-AzureStackHCI } if ($regContext.RegistrationStatus -ne [RegistrationStatus]::Registered) { Write-ErrorLog -Category InvalidOperation -Message $SetAzResourceClusterNotRegistered -Category OperationStopped -ErrorAction Continue $setOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value ([OperationStatus]::Failed) $setOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyErrorDetail -Value $SetAzResourceClusterNotRegistered Write-Output $setOutput | Format-List throw } $clusScript = { $clusterPowershell = Get-WindowsFeature -Name RSAT-Clustering-PowerShell; if ( $clusterPowershell.Installed -eq $false) { Install-WindowsFeature RSAT-Clustering-PowerShell | Out-Null; } } Invoke-Command @nodeSessionParams -ScriptBlock $clusScript $clusterNodes = Invoke-Command @nodeSessionParams -ScriptBlock { Get-ClusterNode } $nodeDown = $false $nodeDown = ($clusterNodes | % { if ($_.State -ne 'Up') { return $true } }) if ($nodeDown -eq $true) { Write-ErrorLog -Category ConnectionError -Message $SetAzResourceClusterNodesDown -Category OperationStopped -ErrorAction Continue $setOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value ([OperationStatus]::Failed) $setOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyErrorDetail -Value $SetAzResourceClusterNodesDown Write-Output $setOutput | Format-List throw } $subscriptionId = $regContext.AzureResourceUri.Split('/')[2] $resourceGroupName = $regContext.AzureResourceUri.Split('/')[4] $resourceName = $regContext.AzureResourceUri.Split('/')[8] $armResourceId = Get-ResourceId -SubscriptionId $subscriptionId -ResourceGroupName $resourceGroupName -ResourceName $resourceName } else { $armResourceId = $ResourceId $subscriptionId = $ResourceId.Split('/')[2] } Write-Progress -Id $MainProgressBarId -Activity $SetProgressActivityName -Status $SetProgressStatusGetAzureResource -PercentComplete 20 if($PSBoundParameters.ContainsKey('ArmAccessToken') -eq $true) { $doAzAuth = $true } else { $azContext = Get-AzContext -ErrorAction SilentlyContinue if ($azContext -eq $null) { $doAzAuth = $true } else { if ($azContext.Subscription.Id -ne $subscriptionId) { $currentOperation = ($SetProgressStatusOpSwitching -f $subscriptionId) Write-Progress -Id $MainProgressBarId -Activity $SetProgressActivityName -Status $SetProgressStatusGetAzureResource -CurrentOperation $currentOperation -PercentComplete 35 $azContext = Set-AzContext -SubscriptionId $subscriptionId -ErrorAction Stop } } } if ($doAzAuth -eq $true) { $azureLoginParameters = @{ 'SubscriptionId' = $subscriptionId; 'TenantId' = $TenantId; 'ArmAccessToken' = $ArmAccessToken; 'GraphAccessToken' = $GraphAccessToken; 'AccountId' = $AccountId; 'EnvironmentName' = $EnvironmentName; 'UseDeviceAuthentication' = $UseDeviceAuthentication; 'ProgressActivityName' = $SetProgressActivityName } $TenantId = Azure-Login @azureLoginParameters } else { Install-Dependent-Module -ModuleName "Az.Accounts" -ModuleVersion $AzAccountsModuleVersion Install-Dependent-Module -ModuleName "Az.Resources" -ModuleVersion $AzResourcesModuleVersion } $armResource = Get-AzResource -ResourceId $armResourceId -ExpandProperties -ApiVersion $RPAPIVersion -ErrorAction Stop $properties = $armResource.Properties if ($properties.desiredProperties -eq $null) { # # Create desiredProperties object with default values # $desiredProperties = New-Object -TypeName PSObject $desiredProperties | Add-Member -MemberType NoteProperty -Name 'windowsServerSubscription' -Value 'Disabled' $desiredProperties | Add-Member -MemberType NoteProperty -Name 'diagnosticLevel' -Value 'Basic' $properties | Add-Member -MemberType NoteProperty -Name 'desiredProperties' -Value $desiredProperties } if ($PSBoundParameters.ContainsKey('EnableWSSubscription')) { if ($EnableWSSubscription -eq $true) { $properties.desiredProperties.windowsServerSubscription = 'Enabled'; $successMessage.Append($SetAzResourceSuccessWSSE) | Out-Null; } else { $properties.desiredProperties.windowsServerSubscription = 'Disabled'; $successMessage.Append($SetAzResourceSuccessWSSD) | Out-Null; } $doSetResource = $true $needShouldContinue = $true } if ($PSBoundParameters.ContainsKey('DiagnosticLevel')) { $properties.desiredProperties.diagnosticLevel = $DiagnosticLevel.ToString() if ($successMessage.Length -gt 0) { $successMessage.AppendFormat(" {0}", ($SetAzResourceSuccessDiagLevel -f $DiagnosticLevel.ToString())) | Out-Null } else { $successMessage.AppendFormat("{0}", ($SetAzResourceSuccessDiagLevel -f $DiagnosticLevel.ToString())) | Out-Null } $doSetResource = $true } if ($doSetResource -eq $true) { if ($PSCmdlet.ShouldProcess($armResourceId, $SetProgressShouldProcess)) { if ($needShouldContinue -eq $true) { if (($Force -or $PSCmdlet.ShouldContinue($SetProgressShouldContinue, $SetProgressShouldContinueCaption)) -eq $false) { return; } } Write-Progress -Id $MainProgressBarId -Activity $SetProgressActivityName -Status $SetProgressStatusUpdatingProps -PercentComplete 60 $setAzResourceParameters = @{ 'ResourceId' = $armResource.Id; 'Properties' = $properties; 'ApiVersion' = $RPAPIVersion } $localResult = Set-AzResource @setAzResourceParameters -Confirm:$false -Force -ErrorAction Stop if ($PSBoundParameters.ContainsKey('EnableWSSubscription') -and ($EnableWSSubscription -eq $false)) { Write-WarnLog ($SetProgressWarningWSSD) } if ($PSBoundParameters.ContainsKey('DiagnosticLevel') -and ($DiagnosticLevel -eq [DiagnosticLevel]::Off)) { Write-WarnLog ($SetProgressWarningDiagnosticOff) } } else { return; } } # # Schedule a sync on the cluster # if($PSBoundParameters.ContainsKey('ResourceId') -eq $false) { if ($doSetResource -eq $true) { Write-Progress -Id $MainProgressBarId -Activity $SetProgressActivityName -Status $SetProgressStatusSyncCluster -PercentComplete 90 Invoke-Command @nodeSessionParams -ScriptBlock { Sync-AzureStackHCI } } } Write-Progress -Id $MainProgressBarId -activity $SetProgressActivityName -Completed $setOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyResult -Value ([OperationStatus]::Success) $setOutput | Add-Member -MemberType NoteProperty -Name $OutputPropertyDetails -Value ($successMessage.ToString()) Write-Output $setOutput | Format-List } catch { if(-Not $Error.Contains($AlreadyLoggedFlag)) { Write-ErrorLog ("Exception occurred in {0}" -f $PSCmdlet.MyInvocation.InvocationName) -Exception $_ -Category OperationStopped } } finally { if ($doAzAuth -eq $true) { try { Disconnect-AzAccount | Out-Null } catch{} } if($DebugPreference -ne "SilentlyContinue") { try{ Stop-Transcript | Out-Null }catch{} } } } # # IMDS Attestation Section # function Add-VMDevicesForImds{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [hashtable] $VmAdapterParams, [hashtable] $VmAdapterAdditionalParams, [hashtable] $VmAdapterVlanParams, [hashtable] $SessionParams ) $ret = @{ Return = $null Exception = $null } $sc = { param([hashtable]$VmAdapterParams, [hashtable]$VmAdapterAdditionalParams, [hashtable]$VmAdapterVlanParams) try { $hostVmSwitch = $VmAdapterParams.VMSwitch $adapterParams = @{ VM = $VmAdapterParams.VM Name = $VmAdapterParams.Name } Write-Information ("Checking for previously configured adapter") $foundAdapter = Get-VMNetworkAdapter @adapterParams -ErrorAction SilentlyContinue $adapterCount = ($foundAdapter | Measure-Object).Count if ($adapterCount -eq 0) { Write-Information ("Creating IMDS network adapter on guest $($VM.Name)") $vmAdapter = Add-VMNetworkAdapter @adapterParams -Confirm: $false -Passthru } elseif ($adapterCount -eq 1) { Write-Information ("Found existing adapter on guest $($VM.Name)") $vmAdapter = $foundAdapter } else { Write-Information ("Found additional IMDS configuration on guest $($VM.Name) adapter count=$($adapterCount)") $vmAdapter = $foundAdapter[0] } $vmAdapter = $vmAdapter | Set-VMNetworkAdapter @VmAdapterAdditionalParams -Confirm: $false -Passthru Connect-VMNetworkAdapter -VMNetworkAdapter $vmAdapter -VMSwitch $hostVmSwitch -Confirm: $false $vmAdapter = Set-VMNetworkAdapterVlan -VMNetworkAdapter $vmAdapter @VmAdapterVlanParams -Confirm: $false -Passthru $ret.Return = $vmAdapter return $ret } catch { $ret.Exception = $_ return $ret } finally { if ($ret.Exception) { try{ Remove-VMNetworkAdapter -VMNetworkAdapter $vmAdapter -Force }catch{}} } } $ret = Invoke-Command @SessionParams -ScriptBlock $sc -ArgumentList $VmAdapterParams,$VmAdapterAdditionalParams,$VmAdapterVlanParams -InformationVariable inf Write-InfoLog ($inf) if ($ret.Exception) { Write-ErrorLog "Unable to configure IMDS Service on VM. $($ret.Exception)" -Exception $ret.Exception -ErrorAction Continue throw } return $ret.Return } function Add-HostDevicesForImds{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [hashtable] $VmSwitchParams, [hashtable] $HostAdapterVlanParams, [hashtable] $NetAdapterIpParams, [hashtable] $SessionParams ) $sc = { param([hashtable]$VmSwitchParams, [hashtable]$HostAdapterVlanParams, [hashtable]$NetAdapterIpParams) $ret = @{ Return = $null Exception = $null } try { $ignoreAdaptersParams = @{ Path = "HKLM:\system\currentcontrolset\services\clussvc\parameters" Name = "ExcludeAdaptersByFriendlyName" } $propVal = $VmSwitchParams.Name $propExists = Get-ItemProperty @ignoreAdaptersParams -ErrorAction SilentlyContinue if ($propExists) { $existingEntries = $propExists.ExcludeAdaptersByFriendlyName -Split "," if ($existingEntries -notcontains $propVal) { $existingEntries += $propVal } $propVal = $existingEntries -Join "," } New-ItemProperty @ignoreAdaptersParams -Value $propVal -Force -ErrorAction SilentlyContinue | Out-Null Write-Information ("Searching for previous IMDS switch") if ($VmSwitchParams.SwitchId) { $findSwitch = Get-VMSwitch -Id $VmSwitchParams.SwitchId -ErrorAction SilentlyContinue } $switchCount = ($findSwitch | Measure-Object).Count if ($switchCount -eq 0) { Write-Information ("Creating IMDS switch") $VmSwitchParams.Remove("SwitchId") $hostSwitch = New-VMSwitch @VmSwitchParams } elseif ($switchCount -eq 1) { Write-Information ("Found existing IMDS Service Switch.") $hostSwitch = $findSwitch } $hostVMNetAdapter = Get-VMNetworkAdapter -ManagementOS -SwitchName $hostSwitch.Name | Where-Object { $_.SwitchId -eq $hostSwitch.Id } if (!$hostVMNetAdapter) { throw("Missing host adapter.") } $hostNetAdapter = Get-NetAdapter | Where-Object { ($_.MacAddress -replace "[^a-zA-Z0-9]","") -eq ($hostVMNetAdapter.MacAddress -replace "[^a-zA-Z0-9]","") } $nooutput = $hostNetAdapter | Remove-NetIPAddress -Confirm:$false -ErrorAction SilentlyContinue $hostNetAdapterIP = $hostNetAdapter | New-NetIPAddress @NetAdapterIpParams $hostNetAdapter = $hostNetAdapter | Rename-NetAdapter -NewName $hostSwitch.Name -PassThru -ErrorAction SilentlyContinue $hostBindings = $hostNetAdapter | Get-NetAdapterBinding | Where-Object { $_.ComponentID -ne "ms_tcpip" } $hostBindings | Disable-NetAdapterBinding $retry = 2 while ($retry -ne 0) { $clusInterface = Get-ClusterNetworkInterface -ErrorAction SilentlyContinue | Where-Object {$_.AdapterId -eq ($hostNetAdapter.DeviceId -replace "[{}]","")} if (($clusInterface | Measure-Object).Count -eq 1) { Write-Information "Found ClusterNetworkInterface for Attestation adapter $($hostNetAdapter.DeviceId)." $notAttestationNet = ($clusInterface.Network | Get-ClusterNetworkInterface -ErrorAction SilentlyContinue -ErrorVariable e | Where-Object {$_.Name -notlike "*$($hostNetAdapter.Name)*"}) if (($notAttestationNet | Measure-Object).Count -eq 0 -and $null -eq $e) { Write-Information "Setting Cluster network $($clusInterface.Network.Name) Role to None." ($clusInterface.Network).Role = 0 break } if ($null -ne $e) { Write-Information "Could not query Cluster network interface. Error=$($e | Out-String)" } else { Write-Information "Cluster network contains other network adapters. Not updating Role." } } Write-Information "Retrying Attestation Cluster Network Interface check..." $retry-- Start-Sleep 2 } $HostAdapterVlanCommonParams = @{ VMNetworkAdapter = $hostVMNetAdapter } Set-VMNetworkAdapterVlan @HostAdapterVlanCommonParams @HostAdapterVlanParams -Confirm: $false| Out-Null $ret.Return = $hostSwitch.Id return $ret } catch { $ret.Exception = $_ return $ret } finally { if ($ret.Exception) { try{ Remove-VMSwitch -VMSwitch $hostSwitch -Force }catch{}} } } $ret = Invoke-Command @SessionParams -ScriptBlock $sc -ArgumentList $VMSwitchParams,$HostAdapterVlanParams,$NetAdapterIpParams -InformationVariable inf Write-InfoLog ($inf) if ($ret.Exception) { Write-ErrorLog "Unable to configure IMDS Service on host. $($ret.Exception)" -Exception $ret.Exception throw } return $ret.Return } function Set-AttestationFirewallRules{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [bool] $Enabled, [hashtable] $SessionParams ) $sc = { param([bool]$Enabled) $TemplateFirewallRuleBlockCommon = @{ Group = "Azure Stack HCI" Enabled = "True" Profile = "Any" Action = "Block" EdgeTraversalPolicy = "Block" LooseSourceMapping = $False LocalOnlyMapping = $False LocalAddress = "169.254.169.253" RemoteAddress = "Any" RemotePort = "Any" IcmpType = "Any" Program = "Any" Service = "Any" InterfaceAlias = "Any" InterfaceType = "Any" LocalUser = "Any" RemoteUser = "Any" RemoteMachine = "Any" Authentication = "NotRequired" Encryption = "NotRequired" } $TemplateFirewallRuleBlockTcpOutgoing = @{ Name = "AzsHci-ImdsAttestation-Block-TCP-Out" DisplayName = "Azure Stack HCI IMDS Attestation (TCP-Out)" Description = "Outbound rule to block all traffic for Attestation interface [TCP]" Direction = "Outbound" Protocol = "TCP" LocalPort = "Any" } + $TemplateFirewallRuleBlockCommon $TemplateFirewallRuleBlockTcpIncoming = @{ Name = "AzsHci-ImdsAttestation-Block-TCP-In" DisplayName = "Azure Stack HCI IMDS Attestation (TCP-In)" Description = "Inbound rule to block all traffic for Attestation interface [TCP]" Direction = "Inbound" Protocol = "TCP" LocalPort = @("1-79","81-65535") } + $TemplateFirewallRuleBlockCommon $TemplateFirewallRuleBlockUdpOutgoing = @{ Name = "AzsHci-ImdsAttestation-Block-UDP-Out" DisplayName = "Azure Stack HCI IMDS Attestation (UDP-Out)" Description = "Outbound rule to block all traffic for Attestation interface [UDP]" Direction = "Outbound" Protocol = "UDP" LocalPort = "Any" } + $TemplateFirewallRuleBlockCommon $TemplateFirewallRuleBlockUdpIncoming = @{ Name = "AzsHci-ImdsAttestation-Block-UDP-In" DisplayName = "Azure Stack HCI IMDS Attestation (UDP-In)" Description = "Inbound rule to block all traffic for Attestation interface [UDP]" Direction = "Inbound" Protocol = "UDP" LocalPort = "Any" } + $TemplateFirewallRuleBlockCommon $DisplayGroup = "@FirewallAPI.dll,-55001" $firewallRules = @($TemplateFirewallRuleBlockTcpOutgoing, $TemplateFirewallRuleBlockTcpIncoming, $TemplateFirewallRuleBlockUdpOutgoing, $TemplateFirewallRuleBlockUdpIncoming) foreach ($rule in $firewallRules) { $foundRule = Get-NetFirewallRule -Name ($rule.Name) -ErrorAction SilentlyContinue if (!$foundRule) { New-NetFirewallRule @rule $tmpRule = Get-NetFirewallRule -Name ($rule.Name) $tmpRule.Group = $DisplayGroup $tmpRule | Set-NetFirewallRule } Set-NetFirewallRule -Name ($rule.Name) -Enabled $($Enabled.ToString()) } # Also set the embedded rule with OS Set-NetFirewallRule -Name "AzsHci-ImdsAttestation-Allow-In" -Enabled $($Enabled.ToString()) } $ret = Invoke-Command @SessionParams -ScriptBlock $sc -ArgumentList $Enabled } $TemplateHostImdsParams = @{ Name = "AZSHCI_HOST-IMDS_DO_NOT_MODIFY" SwitchType = "Internal" Notes = "Managed by Azure Stack HCI IMDS Attestation Service" Promiscuous = $true PrimaryVlanId = 10 SecondaryVlanIdList = 200 IPAddress = "169.254.169.253" PrefixLength = 16 NetFirewallRuleName = "AzsHci-ImdsAttestation-Allow-In" } $TemplateVmImdsParams = @{ Name = "AZSHCI_GUEST-IMDS_DO_NOT_MODIFY" MacAddressSpoofing = "Off" DhcpGuard = "On" RouterGuard = "On" NotMonitoredInCluster = $true Isolated = $true PrimaryVlanId = 10 SecondaryVlanId = 200 } <# .Description Enable-AzStackHCIAttestation configures the host and enables specified guests for IMDS attestation. .PARAMETER ComputerName Specifies the AzureStack HCI host to perform the operation on. Note: this host should match the host of VMName. .PARAMETER Credential Specifies the credential for the ComputerName. Default is the current user executing the Cmdlet. .PARAMETER AddVM After enabling each cluster node for Attestation, add all guests on each node. .PARAMETER Force No confirmations. .OUTPUTS PSCustomObject. Returns following Properties in PSCustomObject Cluster: Name of cluster Node: Name of the host. Attestation: IMDS Attestation status. .EXAMPLE Invoking on one of the cluster node. C:\PS>Enable-AzStackHCIAttestation -AddVM .EXAMPLE Invoking from WAC/Management node and adding all existing VMs cluster-wide C:\PS>Enable-AzStackHCIAttestation -ComputerName "host1" -AddVM #> function Enable-AzStackHCIAttestation{ [CmdletBinding(SupportsShouldProcess)] [OutputType([PSCustomObject])] param( [Parameter(Position = 0, Mandatory = $false)] [string] $ComputerName, [Parameter(Mandatory = $false)] [System.Management.Automation.PSCredential] $Credential = [System.Management.Automation.PSCredential]::Empty, [Parameter(Mandatory = $false)] [switch] $AddVM, [Parameter(Mandatory = $false)] [switch] $Force ) begin { if ($Force) { $ConfirmPreference = 'None' } try { $logPath = "EnableAzureStackHCIImds" Setup-Logging -LogFilePrefix $logPath -DebugEnabled ($DebugPreference -ne "SilentlyContinue") #Show-LatestModuleVersion $enableImdsOutputList = [System.Collections.ArrayList]::new() $HyperVInstallConfirmed = $false if([string]::IsNullOrEmpty($ComputerName)) { $ComputerName = [Environment]::MachineName $IsManagementNode = $False } else { $IsManagementNode = $True } $percentComplete = 1 Write-Progress -Id $MainProgressBarId -activity $EnableAzsHciImdsActivity -status $FetchingRegistrationState -percentcomplete $percentComplete $SessionParams = @{ ErrorAction = "Stop" } if($IsManagementNode) { $SessionParams.Add("ComputerName", $ComputerName) if($Null -eq $Credential) { $SessionParams.Add("Credential", $Credential) } } else { # An empty SessionParams will ensure commands run locally without issue #$SessionParams.add("ComputerName", "localhost") } # Validate cluster is registered $RegContext = Invoke-Command @SessionParams -ScriptBlock { Get-AzureStackHCI } if($RegContext.RegistrationStatus -ne [RegistrationStatus]::Registered) { throw $ImdsClusterNotRegistered } $percentComplete = 5 Write-Progress -Id $MainProgressBarId -activity $EnableAzsHciImdsActivity -status $DiscoveringClusterNodes -percentcomplete $percentComplete $ClusterName = Invoke-Command @SessionParams -ScriptBlock { (Get-Cluster).Name } $ClusterNodes = Invoke-Command @SessionParams -ScriptBlock { Get-ClusterNode } # Validate Cluster nodes are online if (($ClusterNodes | Where {$_.State -ne [Microsoft.FailoverClusters.PowerShell.ClusterNodeState]::Up} | Measure-Object).Count -ne 0) { throw $AllClusterNodesAreNotOnline } $percentComplete = 10 Write-Progress -Id $MainProgressBarId -activity $EnableAzsHciImdsActivity -status $DiscoveringClusterNodes -percentcomplete $percentComplete $nodePercentChunk = (100 - ($percentComplete + 5)) / $ClusterNodes.Count / 2 } catch { Write-ErrorLog -Message "Exception occurred in Enable-AzueStackHCIImdsAttestation" -Exception $_ -Category OperationStopped -ErrorAction Continue throw } } Process { foreach ($node in $ClusterNodes) { $NodeName = $node.Name try { Write-InfoLog ("Enabling IMDS Attestation on $NodeName") $percentComplete = $percentComplete + ($nodePercentChunk / 2) $ConfiguringClusterNode -f $NodeName | % { Write-Progress -Id $MainProgressBarId -activity $EnableAzsHciImdsActivity -status $_ -percentcomplete $percentComplete } $SessionParams["ComputerName"] = $NodeName if ($NodeName -ieq [Environment]::MachineName) { $SessionParams.Remove("ComputerName") } $needHyperV = Invoke-Command @SessionParams -ScriptBlock { (Get-WindowsFeature -Name RSAT-Hyper-V-Tools).Installed -eq $false } if ($needHyperV) { if ($Force -or $HyperVInstallConfirmed -or $PSCmdlet.ShouldContinue($ShouldContinueHyperVInstall -f $NodeName, "Install Management Tools")) { if ($HyperVInstallConfirmed -or $PSCmdlet.ShouldProcess("Windows Feature RSAT-Hyper-V-Tools is installed on $($NodeName).", "Install RSAT-Hyper-V-Tools?", "")) { $HyperVInstallConfirmed = $true Invoke-Command @SessionParams -ScriptBlock { Install-WindowsFeature RSAT-Hyper-V-Tools | Out-Null } } } else { throw "Hyper-V RSAT tools required to continue" } } $attestationSwitchId = Invoke-Command @SessionParams -ScriptBlock { (Get-AzureStackHCIAttestation).AttestationSwitchId } $HostVmSwitchParams = @{ Name = $TemplateHostImdsParams["Name"] SwitchType = $TemplateHostImdsParams["SwitchType"] Notes = $TemplateHostImdsParams["Notes"] SwitchId = $attestationSwitchId } $HostAdapterVlanParams = @{ Promiscuous = $TemplateHostImdsParams["Promiscuous"] PrimaryVlanId = $TemplateHostImdsParams["PrimaryVlanId"] SecondaryVlanIdList = $TemplateHostImdsParams["SecondaryVlanIdList"] } $NetAdapterIpParams = @{ IPAddress = $TemplateHostImdsParams["IPAddress"] PrefixLength = $TemplateHostImdsParams["PrefixLength"] } # Validate or Configure a new switch on host if($attestationSwitchId -or $Force -or $PSCmdlet.ShouldContinue($ConfirmEnableImds, "Enable Cluster $($ClusterName)?")) { $Force = $true if ($PSCmdlet.ShouldProcess("IMDS Service will be configured/validated on the host $($NodeName).", "A switch managed by the IMDS Service must be configured/validated on the host $($NodeName). Process host?", "")) { $percentComplete = $percentComplete + ($nodePercentChunk / 2) $ConfiguringClusterNode -f $NodeName | % { Write-Progress -Id $MainProgressBarId -activity $EnableAzsHciImdsActivity -status $_ -percentcomplete $percentComplete } $NotifyServiceNewSwitch = !$attestationSwitchId $attestationSwitchId = Add-HostDevicesForImds -VmSwitchParams $HostVmSwitchParams -HostAdapterVlanParams $HostAdapterVlanParams -NetAdapterIpParams $NetAdapterIpParams -SessionParams $SessionParams # Wait for networking stack to stabalize $percentComplete = $percentComplete + ($nodePercentChunk / 2) Start-Sleep 10 if ($NotifyServiceNewSwitch) { Invoke-Command @SessionParams -ScriptBlock { param($switchId); Set-AzureStackHCIAttestation -SwitchId $switchId } -ArgumentList $attestationSwitchId | Out-Null } Set-AttestationFirewallRules -SessionParams $SessionParams -Enabled $True $nodeAttestation = (Invoke-Command @SessionParams -ScriptBlock { Get-AzureStackHCIAttestation }) $enableImdsOutput = New-Object -TypeName PSObject $enableImdsOutput | Add-Member -MemberType NoteProperty -Name ComputerName -Value ($nodeAttestation.ComputerName) $enableImdsOutput | Add-Member -MemberType NoteProperty -Name Status -Value ([ImdsAttestationNodeStatus]($nodeAttestation.Status)) $enableImdsOutput | Add-Member -MemberType NoteProperty -Name Expiration -Value ($nodeAttestation.Expiration) $enableImdsOutputList.Add($enableImdsOutput) | Out-Null } elseif ($WhatIfPreference.IsPresent) { $attestationSwitchId = "Whatif:$(New-Guid)" } } else { return } } catch { Write-ErrorLog ("Exception occurred in Enable-AzStackHCIAttestation") -Exception $_ -Category OperationStopped -ErrorAction Continue throw } } if ($AddVM) { foreach ($node in $ClusterNodes) { $NodeName = $node.Name $SessionParams["ComputerName"] = $NodeName if ($NodeName -ieq [Environment]::MachineName) { $SessionParams.Remove("ComputerName") } try { Write-InfoLog ("Adding VMs to IMDS Attestation on $NodeName") $ConfiguringClusterNode -f $NodeName | % { Write-Progress -Id $MainProgressBarId -activity $EnableAzsHciImdsActivity -status $_ -percentcomplete $percentComplete } Invoke-Command @SessionParams -ScriptBlock { Add-AzStackHCIVMAttestation -AddAll } | Out-Null } catch { Write-ErrorLog $ErrorAddingAllVMs -Category OperationStopped } } } Invoke-Command @SessionParams -ScriptBlock { Sync-AzureStackHCI } Write-Progress -Id $MainProgressBarId -activity $EnableAzsHciImdsActivity -status "Complete" -percentcomplete 100 } End { $enableImdsOutputList | Write-Output } } <# .Description Disable-AzStackHCIAttestation disables IMDS Attestation on the host .PARAMETER RemoveVM Specifies the guests on each node should be removed from IMDS Attestation before disabling on cluster. Disable cannot continue before guests are removed. .PARAMETER ComputerName Specifies the AzureStack HCI host to perform the operation on. .PARAMETER Credential Specifies the credential for the ComputerName. Default is the current user executing the Cmdlet. .PARAMETER Force No confirmation. .OUTPUTS PSCustomObject. Returns following Properties in PSCustomObject Cluster: Name of cluster Node: Name of the host. Attestation: IMDS Attestation status. .EXAMPLE Remove all guests from IMDS Attestation before disabling on cluster nodes. C:\PS>Disable-AzStackHCIAttestation -RemoveVM .EXAMPLE Invoking from the management node/WAC C:\PS>Disable-AzStackHCIAttestation -ComputerName "host1" #> function Disable-AzStackHCIAttestation{ [CmdletBinding(SupportsShouldProcess)] [OutputType([PSCustomObject])] param( [Parameter(Position = 0, Mandatory = $false)] [string] $ComputerName, [Parameter(Mandatory = $false)] [System.Management.Automation.PSCredential] $Credential = [System.Management.Automation.PSCredential]::Empty, [Parameter(Mandatory = $false)] [switch] $RemoveVM, [Parameter(Mandatory = $false)] [switch] $Force ) begin { try { $logPath = "DisableAzureStackHCIImds" Setup-Logging -LogFilePrefix $logPath -DebugEnabled ($DebugPreference -ne "SilentlyContinue") #Show-LatestModuleVersion $disableImdsOutputList = [System.Collections.ArrayList]::new() if([string]::IsNullOrEmpty($ComputerName)) { $ComputerName = [Environment]::MachineName $IsManagementNode = $False } else { $IsManagementNode = $True } $percentComplete = 1 Write-Progress -Id $MainProgressBarId -activity $DisableAzsHciImdsActivity -status $FetchingRegistrationState -percentcomplete $percentComplete $SessionParams = @{ ErrorAction = "Stop" } if($IsManagementNode) { $SessionParams.Add("ComputerName", $ComputerName) if($Null -eq $Credential) { $SessionParams.Add("Credential", $Credential) } } else { # An empty SessionParams will ensure commands run locally without issue #$SessionParams.add("ComputerName", "localhost") } $percentComplete = 5 Write-Progress -Id $MainProgressBarId -activity $DisableAzsHciImdsActivity -status $DiscoveringClusterNodes -percentcomplete $percentComplete $ClusterName = Invoke-Command @SessionParams -ScriptBlock { (Get-Cluster).Name } $ClusterNodes = Invoke-Command @SessionParams -ScriptBlock { Get-ClusterNode } foreach ($node in $ClusterNodes) { $percentComplete += 1 $CheckingClusterNode -f $node.name | % {Write-Progress -Id $MainProgressBarId -activity $DisableAzsHciImdsActivity -status $_ -percentcomplete $percentComplete} $NodeName = $node.Name $SessionParams["ComputerName"] = $NodeName if (!$IsManagementNode -and ($NodeName -ieq $ComputerName)) { $SessionParams.Remove("ComputerName") } if (!$RemoveVM) { $guests = Invoke-Command @SessionParams -ScriptBlock { Get-AzStackHCIVMAttestation -Local } if (($guests | Measure-Object).Count -ne 0) { throw ("There are still guests connected to IMDS Attestation. Use switch -RemoveVM or Remove-AzStackHCIVMAttestation cmdlet.") } } else { $RemovingVmImdsFromNode -f $node.name | % {Write-Progress -Id $MainProgressBarId -activity $DisableAzsHciImdsActivity -status $_ -percentcomplete $percentComplete} $removedGuests = Invoke-Command @SessionParams -ScriptBlock { Remove-AzStackHCIVMAttestation -RemoveAll } } } $percentComplete = 10 Write-Progress -Id $MainProgressBarId -activity $DisableAzsHciImdsActivity -status $DiscoveringClusterNodes -percentcomplete $percentComplete $nodePercentChunk = (100 - ($percentComplete + 5)) / $ClusterNodes.Count } catch { Write-ErrorLog ("Exception occurred in Enable-AzueStackHCIImdsAttestation") -Exception $_ -Category OperationStopped -ErrorAction Continue throw } } Process { if($Force -or $PSCmdlet.ShouldContinue($ConfirmDisableImds, "Disable Cluster $($ClusterName)?")) { foreach ($node in $ClusterNodes) { $NodeName = $node.Name try { Write-InfoLog ("Disabling IMDS Attestation on $NodeName") $percentComplete = $percentComplete + ($nodePercentChunk / 2) $DisablingIMDSOnNode -f $NodeName | % {Write-Progress -Id $MainProgressBarId -activity $DisableAzsHciImdsActivity -status $_ -percentcomplete $percentComplete;} $SessionParams["ComputerName"] = $NodeName if ($NodeName -ieq [Environment]::MachineName) { $SessionParams.Remove("ComputerName") } $attestationSwitchId = Invoke-Command @SessionParams -ScriptBlock { (Get-AzureStackHCIAttestation).AttestationSwitchId } if ($attestationSwitchId -ne [Guid]::Empty -and $attestationSwitchId) { Invoke-Command @SessionParams -ScriptBlock { param($switchId); Get-VMSwitch -SwitchId $switchId -ErrorAction SilentlyContinue | Remove-VMSwitch -Force -ErrorAction SilentlyContinue } -ArgumentList $attestationSwitchId } $percentComplete = $percentComplete + ($nodePercentChunk / 2) $DisablingIMDSOnNode -f $NodeName | % {Write-Progress -Id $MainProgressBarId -activity $DisableAzsHciImdsActivity -status $_ -percentcomplete $percentComplete; } Invoke-Command @SessionParams -ScriptBlock { param($switchId); Set-AzureStackHCIAttestation -SwitchId $switchId } -ArgumentList ([Guid]::Empty) | Out-Null Set-AttestationFirewallRules -SessionParams $SessionParams -Enabled $False $nodeAttestation = (Invoke-Command @SessionParams -ScriptBlock { Get-AzureStackHCIAttestation }) $disableImdsOutput = New-Object -TypeName PSObject $disableImdsOutput | Add-Member -MemberType NoteProperty -Name ComputerName -Value ($nodeAttestation.ComputerName) $disableImdsOutput | Add-Member -MemberType NoteProperty -Name Status -Value ([ImdsAttestationNodeStatus]($nodeAttestation.Status)) $disableImdsOutput | Add-Member -MemberType NoteProperty -Name Expiration -Value ($nodeAttestation.Expiration) $disableImdsOutputList.Add($disableImdsOutput) | Out-Null } catch { Write-ErrorLog ("Exception occurred in Enable-AzueStackHCIImdsAttestation") -Exception $_ -Category OperationStopped -ErrorAction Continue throw } } } Invoke-Command @SessionParams -ScriptBlock { Sync-AzureStackHCI } Write-Progress -Id $MainProgressBarId -activity $DisableAzsHciImdsActivity -status "Complete" -percentcomplete 100 } End { $disableImdsOutputList | Write-Output } } <# .Description Add-AzStackHCIVMAttestation configures guests for AzureStack HCI IMDS Attestation. .PARAMETER VMName Specifies an array of guest VMs to enable. .PARAMETER VM Specifies an array of VM objects from Get-VM. .PARAMETER AddAll Specifies a switch that will add all current guest VMs on host to IMDS Attestation on the current node. .Parameter Force No confirmations. .OUTPUTS PSCustomObject. Returns following Properties in PSCustomObject Name: Name of the VM. AttestationHost: Host that VM is currently connected. Status: Connection status. .EXAMPLE Adding all guests on current node C:\PS>Add-AzStackHCIVMAttestation -AddAll .EXAMPLE Invoking from the management node/WAC C:\PS>Invoke-Command -ScriptBlock {Add-AzStackHCIVMAttestation -VMName "guest1", "guest2"} -ComputerName "node1" #> function Add-AzStackHCIVMAttestation{ [CmdletBinding(DefaultParameterSetName="VMName", SupportsShouldProcess)] [OutputType([PSCustomObject])] param( [Parameter(Position = 0, Mandatory = $true, ValueFromPipeline = $true, ParameterSetName = "VMName")] [string[]] $VMName, [parameter(Position = 0, Mandatory = $true, ValueFromPipeline = $true, ParameterSetName = "VMObject")] [Object[]] $VM, [Parameter(Mandatory = $true, ParameterSetName = "AddAll")] [Switch]$AddAll, [Parameter(Mandatory = $false)] [switch] $Force ) begin { if ($Force) { $ConfirmPreference = 'None' } try { $logPath = "AddAzureStackHCIImds" Setup-Logging -LogFilePrefix $logPath -DebugEnabled ($DebugPreference -ne "SilentlyContinue") $enableImdsOutputList = [System.Collections.ArrayList]::new() $ComputerName = [Environment]::MachineName $percentcomplete = 1 Write-Progress -Id $SecondaryProgressBarId -activity $AddAzsHciImdsActivity -status $FetchingRegistrationState -percentcomplete $percentcomplete $SessionParams = @{ ErrorAction = "Stop" } # Validate cluster is registered $RegContext = Invoke-Command @SessionParams -ScriptBlock { Get-AzureStackHCI } if($RegContext.RegistrationStatus -ne [RegistrationStatus]::Registered) { throw $ImdsClusterNotRegistered } $percentcomplete = 2 Write-Progress -Id $SecondaryProgressBarId -activity $AddAzsHciImdsActivity -status "Verifying attestation" -percentcomplete $percentComplete $attestationSwitchId = Invoke-Command @SessionParams -ScriptBlock { (Get-AzureStackHCIAttestation).AttestationSwitchId } # Validate or Configure a new switch on host if(!$attestationSwitchId) { $message = $AttestationNotEnabled -f $ComputerName throw $message } if ($WhatIfPreference.IsPresent) { $attestationSwitchId = "Whatif:$(New-Guid)" } if ($PSCmdlet.ShouldProcess("Will use IMDS switch $($attestationSwitchId) on $($ComputerName).", "The IMDS switch $($attestationSwitchId) was validated on $($ComputerName). Select and Continue?", "")) { $attestationSwitch = Invoke-Command @SessionParams -ScriptBlock {param($attestationSwitchId) Get-VMSwitch -Id $attestationSwitchId} -ArgumentList $attestationSwitchId } else { return } if ($PSCmdlet.ParameterSetName -eq "AddAll") { $VirtualMachines = Invoke-Command @SessionParams -ScriptBlock { Get-VM } Write-VerboseLog ("EnableAll specified. Found ($(($VirtualMachines | Measure-Object).Count) guests VMs.") } } catch { Write-ErrorLog ("Exception occurred in Add-AzStackHCIVMAttestation") -Exception $_ -Category OperationStopped -ErrorAction Continue throw } } Process { try { if (!$attestationSwitch) { throw ("Did not validate host configuration") } Write-InfoLog ("Enabling IMDS Attestation on guest virtual machines") if ($VMName) { $VirtualMachines = Invoke-Command @SessionParams -ScriptBlock {param($vms) Get-VM $vms} -ArgumentList (,$VMName) } elseif ($VM) { $VirtualMachines = $VM } $VmNetAdapterParams = @{ Name = $TemplateVmImdsParams["Name"] VmSwitch = $attestationSwitch } $VmAdapterAdditionalParams = @{ MacAddressSpoofing = $TemplateVmImdsParams["MacAddressSpoofing"] DhcpGuard = $TemplateVmImdsParams["DhcpGuard"] RouterGuard = $TemplateVmImdsParams["RouterGuard"] NotMonitoredInCluster = $TemplateVmImdsParams["NotMonitoredInCluster"] } $VmAdapterVlanParams = @{ Isolated = $TemplateVmImdsParams["Isolated"] PrimaryVlanId = $TemplateVmImdsParams["PrimaryVlanId"] SecondaryVlanId = $TemplateVmImdsParams["SecondaryVlanId"] } foreach ($vm in $VirtualMachines) { if ($PSCmdlet.ShouldProcess("Added/Validated $($vm.Name) on host $($attestationSwitch.ComputerName)", "Add/Validate $($vm.Name) to IMDS Attestation on $($attestationSwitch.ComputerName)?", "")) { $VmNetAdapterParams["VM"] = $vm $vmAdapter = Add-VMDevicesForImds $VmNetAdapterParams $VmAdapterAdditionalParams $VmAdapterVlanParams $SessionParams $enableImdsOutput = New-Object -TypeName PSObject $enableImdsOutput | Add-Member -MemberType NoteProperty -Name Name -Value $vm.Name $enableImdsOutput | Add-Member -MemberType NoteProperty -Name AttestationHost -Value $ComputerName $enableImdsOutput | Add-Member -MemberType NoteProperty -Name Status -Value ([VMAttestationStatus]::Connected) $enableImdsOutputList.Add($enableImdsOutput) | Out-Null } } } catch { Write-ErrorLog ("Exception occurred in Add-AzStackHCIVMAttestation") -Exception $_ -Category OperationStopped -ErrorAction Continue throw } } End { $enableImdsOutputList | Write-Output } } <# .Description Remove-AzStackHCIVMAttestation removes guests from AzureStack HCI IMDS Attestation. .PARAMETER VMName Specifies an array of guest VMs to enable. .PARAMETER VM Specifies an array of VM objects from Get-VM. .PARAMETER RemoveAll Specifies a switch that will remove all guest VMs from Attestation on the current node .PARAMETER Force No confirmations. .OUTPUTS PSCustomObject. Returns following Properties in PSCustomObject Name: Name of the VM. AttestationHost: Host that VM is currently connected. Status: Connection status. .EXAMPLE Removing all guests on current node C:\PS>Remove-AzStackHCIVMAttestation -RemoveVM .EXAMPLE Invoking from the management node/WAC C:\PS>Invoke-Command -ScriptBlock {Remove-AzStackHCIVMAttestation -VMName "guest1", "guest2"} -ComputerName "node1" #> function Remove-AzStackHCIVMAttestation{ [CmdletBinding(DefaultParameterSetName="VMName", SupportsShouldProcess)] [OutputType([PSCustomObject])] param( [Parameter(Position = 0, Mandatory = $true, ValueFromPipeline = $true, ParameterSetName = "VMName")] [string[]] $VMName, [parameter(Position = 0, Mandatory = $true, ValueFromPipeline = $true, ParameterSetName = "VMObject")] [Object[]] $VM, [Parameter(Mandatory = $true, ParameterSetName = "RemoveAll")] [Switch]$RemoveAll, [Parameter(Mandatory = $false)] [switch] $Force ) begin { if ($Force) { $ConfirmPreference = 'None' } try { $logPath = "RemoveAzureStackHCIImds" Setup-Logging -LogFilePrefix $logPath -DebugEnabled ($DebugPreference -ne "SilentlyContinue") #Show-LatestModuleVersion $removeImdsOutputList = [System.Collections.ArrayList]::new() $ComputerName = [Environment]::MachineName $percentcomplete = 1 Write-Progress -Id $SecondaryProgressBarId -activity $RemoveAzsHciImdsActivity -status $FetchingRegistrationState -percentcomplete $percentcomplete $SessionParams = @{ ErrorAction = "Stop" } $percentcomplete = 2 Write-Progress -Id $SecondaryProgressBarId -activity $RemoveAzsHciImdsActivity -status "Removing guest attestation" -percentcomplete $percentComplete if ($PSCmdlet.ParameterSetName -eq "RemoveAll") { $VirtualMachines = Invoke-Command @SessionParams -ScriptBlock { param($adapterName); Get-VMNetworkAdapter -All -Name $adapterName -ErrorAction SilentlyContinue | % {Get-VM $_.VMId -ErrorAction SilentlyContinue} } -ArgumentList $TemplateVmImdsParams["Name"] Write-VerboseLog ("RemoveAll specified. Found ($(($VirtualMachines | Measure-Object).Count) guests VMs to remove IMDS Attestation from.") } } catch { Write-ErrorLog ("Exception occurred in Remove-AzStackHCIVMAttestation") -Exception $_ -Category OperationStopped -ErrorAction Continue throw } } Process { try { Write-InfoLog ("Removing IMDS Attestation on guest virtual machines") if ($VMName) { $VirtualMachines = Invoke-Command @SessionParams -ScriptBlock {param($vms) Get-VM $vms} -ArgumentList (,$VMName) } elseif ($VM) { $VirtualMachines = $VM } foreach ($vm in $VirtualMachines) { if ($PSCmdlet.ShouldProcess("Remove IMDS Attestation from $($vm.Name) on host $ComputerName", "Remove $($vm.Name) from IMDS Attestation on $ComputerName?", "")) { Invoke-Command @SessionParams -ScriptBlock { param($adapterName); Remove-VMNetworkAdapter -VM $vm -Name $adapterName -ErrorAction Stop } -ArgumentList $TemplateVmImdsParams["Name"] $removeImdsOutput = New-Object -TypeName PSObject $removeImdsOutput | Add-Member -MemberType NoteProperty -Name Name -Value $vm.Name $removeImdsOutput | Add-Member -MemberType NoteProperty -Name AttestationHost -Value $ComputerName $removeImdsOutput | Add-Member -MemberType NoteProperty -Name Status -Value ([VMAttestationStatus]::Disconnected) $removeImdsOutputList.Add($removeImdsOutput) | Out-Null } } } catch { Write-ErrorLog ("Exception occurred in Remove-AzStackHCIVMAttestation. Check logs for details.") -Exception $_ -Category OperationStopped -ErrorAction Continue throw } } End { $removeImdsOutputList | Write-Output } } <# .Description Get-AzStackHCIVMAttestation shows a list of guests added to IMDS Attestation on a node. .PARAMETER Local Only retrieve guests with Attestation from the node executing the cmdlet. .OUTPUTS PSCustomObject. Returns following Properties in PSCustomObject. Name: Name of the VM. AttestationHost: Host that VM is currently connected. Status: Connection status. .EXAMPLE Get all guests on cluster. C:\PS>Get-AzStackHCIVMAttestation .EXAMPLE Get all guests on current node. C:\PS>Get-AzStackHCIVMAttestation -Local #> function Get-AzStackHCIVMAttestation { [CmdletBinding()] [OutputType([PSCustomObject])] param( [Parameter(Mandatory = $false)] [switch] $Local ) begin { try { $getImdsOutputList = [System.Collections.ArrayList]::new() $SessionParams = @{ ErrorAction = "Stop" } } catch { Write-ErrorLog ("Exception occurred in Get-AzStackHCIVMAttestation") -Exception $_ -Category OperationStopped throw } } Process { try { $nodes = [Environment]::MachineName if (!$Local) { $nodes = (Get-ClusterNode | Select-Object Name).Name } foreach ($node in $nodes) { $SessionParams["ComputerName"] = $node if ($node -ieq [Environment]::MachineName) { $SessionParams.Remove("ComputerName") } try { $VirtualMachinesAdapters = $null $VirtualMachinesAdapters = Invoke-Command @SessionParams -ScriptBlock {param($adapterName); Get-VMNetworkAdapter -All -Name $adapterName -ErrorAction SilentlyContinue} -ArgumentList $TemplateVmImdsParams["Name"] } catch { Write-ErrorLog ("Exception occurred when querying cluster node $NodeName") -Exception $_ -Category OperationStopped } foreach ($adapter in $VirtualMachinesAdapters) { $getImdsOutput = New-Object -TypeName PSObject $getImdsOutput | Add-Member -MemberType NoteProperty -Name Name -Value $adapter.VMName $getImdsOutput | Add-Member -MemberType NoteProperty -Name AttestationHost -Value $node $getImdsOutput | Add-Member -MemberType NoteProperty -Name Status -Value ([VMAttestationStatus]::Connected) $getImdsOutputList.Add($getImdsOutput) | Out-Null } } } catch { Write-ErrorLog ("Exception occurred in Get-AzStackHCIVMAttestation. Check logs for details.") -Exception $_ -Category OperationStopped throw } } End { $getImdsOutputList | Write-Output } } <# .DESCRIPTION New-Directory creates new directory if doesn't exist already. .PARAMETER Path Mandatory. Directory path. .EXAMPLE Get all guests on cluster. C:\PS>New-Directory -Path "C:\tool" .NOTES #> function New-Directory{ [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] param( [Parameter(Mandatory=$true)][ValidateNotNull()][string]$Path ) if (!(Test-Path -Path $Path -PathType Container)) { Write-Progress("Creating directory at $Path") New-Item -ItemType Directory -Path $Path | Out-Null } else { Write-Progress("Directory already exists at $Path") } } <# .SYNOPSIS Invokes deployment module download .Description Invoke-DeploymentModuleDownload downloads Remote Support Deployment module from storage account. .EXAMPLE Get all guests on cluster. C:\PS>Invoke-DeploymentModuleDownload .NOTES #> function Invoke-DeploymentModuleDownload{ # Remote Support New-Variable -Name RemoteSupportPackageUri -Value "https://remotesupportpackages.blob.core.windows.net/packages" -Option Constant -Scope Script $DownloadCacheDirectory = Join-Path $env:Temp "RemoteSupportPkgCache" $BlobLocation = "$script:RemoteSupportPackageUri/Microsoft.AzureStack.Deployment.RemoteSupport.psm1" $OutFile = (Join-Path $DownloadCacheDirectory "Microsoft.AzureStack.Deployment.RemoteSupport.psm1") New-Directory -Path $DownloadCacheDirectory Write-Progress("Downloading Remote Support Deployment module from the BLOB $BlobLocation") $retryCount = 3 try { Setup-Logging -LogFilePrefix "AzStackHCIRemoteSupport" -DebugEnabled ($DebugPreference -ne "SilentlyContinue") Retry-Command -Attempts $retryCount -RetryIfNullOutput $false -ScriptBlock { Invoke-WebRequest -Uri $BlobLocation -outfile $OutFile } } finally { if($DebugPreference -ne "SilentlyContinue") { try{ Stop-Transcript | Out-Null }catch{} } } } <# .SYNOPSIS Installs deploy module. .DESCRIPTION Install-DeployModule checks if given module is loaded and if not, it downloads, imports and installs remote support deployment module. .EXAMPLE C:\PS>Install-DeployModule -ModuleName "Microsoft.AzureStack.Deployment.RemoteSupport" .NOTES #> function Install-DeployModule { [Microsoft.Azure.PowerShell.Cmdlets.StackHCI.DoNotExportAttribute()] [CmdletBinding()] param ( [Parameter(Mandatory=$true)] [string] $ModuleName ) Setup-Logging -LogFilePrefix "AzStackHCIRemoteSupportInstallModule" -DebugEnabled ($DebugPreference -ne "SilentlyContinue") if(Get-Module | Where-Object { $_.Name -eq $ModuleName }){ Write-InfoLog("$ModuleName is loaded already ...") } else{ Write-InfoLog("$ModuleName is not loaded, downloading...") # Download Remote Support Deployment module from storage Invoke-DeploymentModuleDownload } $DownloadCacheDirectory = Join-Path $env:Temp "RemoteSupportPkgCache" # Import Remote Support Deployment module Import-Module (Join-Path $DownloadCacheDirectory "Microsoft.AzureStack.Deployment.RemoteSupport.psm1") -Force } <# .SYNOPSIS Installs Remote Support. .DESCRIPTION Install-AzStackHCIRemoteSupport installs Remote Support Deployment module. .EXAMPLE C:\PS>Install-AzStackHCIRemoteSupport .NOTES #> function Install-AzStackHCIRemoteSupport{ [CmdletBinding(SupportsShouldProcess)] [OutputType([Boolean])] param() Setup-Logging -LogFilePrefix "AzStackHCIRemoteSupportInstall" -DebugEnabled ($DebugPreference -ne "SilentlyContinue") if(Assert-IsObservabilityStackPresent){ Write-InfoLog("Install-AzStackHCIRemoteSupport is not available.") } else{ Install-DeployModule -ModuleName "Microsoft.AzureStack.Deployment.RemoteSupport" Microsoft.AzureStack.Deployment.RemoteSupport\Install-RemoteSupport } } <# .SYNOPSIS Removes Remote Support. .DESCRIPTION Remove-AzStackHCIRemoteSupport uninstalls Remote Support Deployment module. .EXAMPLE C:\PS>Remove-AzStackHCIRemoteSupport .NOTES #> function Remove-AzStackHCIRemoteSupport{ [CmdletBinding(SupportsShouldProcess)] [OutputType([Boolean])] param() Setup-Logging -LogFilePrefix "AzStackHCIRemoteSupportRemove" -DebugEnabled ($DebugPreference -ne "SilentlyContinue") if(Assert-IsObservabilityStackPresent){ Write-InfoLog("Remove-AzStackHCIRemoteSupport is not available.") } else{ Install-DeployModule -ModuleName "Microsoft.AzureStack.Deployment.RemoteSupport" Microsoft.AzureStack.Deployment.RemoteSupport\Remove-RemoteSupport } } <# .SYNOPSIS Enables Remote Support. .DESCRIPTION Enables Remote Support allows authorized Microsoft Support users to remotely access the device for diagnostics or repair depending on the access level granted. .PARAMETER AccessLevel Controls the remote operations that can be performed. This can be either Diagnostics or DiagnosticsAndRepair. .PARAMETER ExpireInDays Optional. Defaults to 8 hours. .PARAMETER SasCredential Hybrid Connection SAS Credential. .PARAMETER AgreeToRemoteSupportConsent Optional. If set to true then records user consent as provided and proceeds without prompt. .EXAMPLE The example below enables remote support for diagnostics only for 1 day. After expiration no more remote access is allowed. PS C:\> Enable-AzStackHCIRemoteSupport -AccessLevel Diagnostics -ExpireInMinutes 1440 -SasCredential "Sample SAS" .NOTES Requires Support VM to have stable internet connectivity. #> function Enable-AzStackHCIRemoteSupport{ [CmdletBinding(SupportsShouldProcess)] [OutputType([Boolean])] param ( [Parameter(Mandatory=$true)] [ValidateSet("Diagnostics","DiagnosticsRepair")] [string] $AccessLevel, [Parameter(Mandatory=$false)] [int] $ExpireInMinutes = 480, [Parameter(Mandatory=$false)] [string] $SasCredential, [Parameter(Mandatory=$false)] [switch] $AgreeToRemoteSupportConsent ) if ($AgreeToRemoteSupportConsent -ne $true) { if($PSCmdlet.ShouldContinue("`r`nProceed with enabling remote support?", $RemoteSupportConsentText)) { $AgreeToRemoteSupportConsent = $true } else { return } } if(Assert-IsObservabilityStackPresent){ Import-Module DiagnosticsInitializer -Verbose -Force Enable-RemoteSupport -AccessLevel $AccessLevel -ExpireInMinutes $ExpireInMinutes -SasCredential $SasCredential -AgreeToRemoteSupportConsent:$AgreeToRemoteSupportConsent } else{ Install-DeployModule -ModuleName "Microsoft.AzureStack.Deployment.RemoteSupport" Microsoft.AzureStack.Deployment.RemoteSupport\Enable-RemoteSupport -AccessLevel $AccessLevel -ExpireInMinutes $ExpireInMinutes -SasCredential $SasCredential -AgreeToRemoteSupportConsent:$AgreeToRemoteSupportConsent } } <# .SYNOPSIS Disables Remote Support. .DESCRIPTION Disable Remote Support revokes all access levels previously granted. Any existing support sessions will be terminated, and new sessions can no longer be established. .EXAMPLE The example below disables remote support. PS C:\> Disable-AzStackHCIRemoteSupport .NOTES #> function Disable-AzStackHCIRemoteSupport{ [CmdletBinding(SupportsShouldProcess)] [OutputType([Boolean])] param() if(Assert-IsObservabilityStackPresent){ Import-Module DiagnosticsInitializer -Verbose -Force Disable-RemoteSupport } else{ Install-DeployModule -ModuleName "Microsoft.AzureStack.Deployment.RemoteSupport" Microsoft.AzureStack.Deployment.RemoteSupport\Disable-RemoteSupport } } <# .SYNOPSIS Gets Remote Support Access. .DESCRIPTION Gets remote support access. .PARAMETER IncludeExpired Optional. Defaults to false. Indicates whether to include past expired entries. .PARAMETER Cluster Optional. Defaults to false. Indicates whether to show remote support sessions across cluster. .EXAMPLE The example below retrieves access level granted for remote support. The result will also include expired consents in the last 30 days. PS C:\> Get-AzStackHCIRemoteSupportAccess -IncludeExpired -Cluster .NOTES #> function Get-AzStackHCIRemoteSupportAccess{ [OutputType([Boolean])] Param( [Parameter(Mandatory=$false)] [switch] $Cluster, [Parameter(Mandatory=$false)] [switch] $IncludeExpired ) if(Assert-IsObservabilityStackPresent){ Import-Module DiagnosticsInitializer -Verbose -Force Get-RemoteSupportAccess -IncludeExpired:$IncludeExpired } else{ Install-DeployModule -ModuleName "Microsoft.AzureStack.Deployment.RemoteSupport" Microsoft.AzureStack.Deployment.RemoteSupport\Get-RemoteSupportAccess -Cluster:$Cluster -IncludeExpired:$IncludeExpired } } <# .SYNOPSIS Gets if Observability Remote Support Service exists. .DESCRIPTION Gets if Observability Remote Support Service exists to determine module to import. .PARAMETER .EXAMPLE The example below returns whether environment is HCI or not. PS C:\> Assert-IsObservabilityStackPresent .NOTES #> function Assert-IsObservabilityStackPresent{ [OutputType([Boolean])] param() Setup-Logging -LogFilePrefix "AzStackHCIRemoteSupportObsStackPresent" -DebugEnabled ($DebugPreference -ne "SilentlyContinue") try{ $obsService = Get-Service -Name "*Observability RemoteSupportAgent*" -ErrorAction SilentlyContinue $deviceType = (Get-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\AzureStack" -ErrorAction SilentlyContinue).DeviceType if($obsService -or $deviceType -eq "AzureEdge"){ Write-InfoLog("AzureStack device type is AzureEdge.") return $true } else{ Write-InfoLog("AzureStack device type is not AzureEdge.") return $false } } catch{ Write-ErrorLog "Failed while getting Observability Remote Support service." -Exception $_ return $false } } <# .SYNOPSIS Gets Remote Support Session History Details. .DESCRIPTION Session history represents all remote accesses made by Microsoft Support for either Diagnostics or DiagnosticsRepair based on the Access Level granted. .PARAMETER SessionId Optional. Session Id to get details for a specific session. If omitted then lists all sessions starting from date 'FromDate'. .PARAMETER IncludeSessionTranscript Optional. Defaults to false. Indicates whether to include complete session transcript. Transcript provides details on all operations performed during the session. .PARAMETER FromDate Optional. Defaults to last 7 days. Indicates date from where to start listing sessions from until now. .EXAMPLE The example below retrieves session history with transcript details for the specified session. PS C:\> Get-AzStackHCIRemoteSupportSessionHistory -SessionId 467e3234-13f4-42f2-9422-81db248930fa -IncludeSessionTranscript $true .EXAMPLE The example below lists session history starting from last 7 days (default) to now. PS C:\> Get-AzStackHCIRemoteSupportSessionHistory .NOTES #> function Get-AzStackHCIRemoteSupportSessionHistory{ [OutputType([Boolean])] Param( [Parameter(Mandatory=$false)] [string] $SessionId, [Parameter(Mandatory=$false)] [switch] $IncludeSessionTranscript, [Parameter(Mandatory=$false)] [DateTime] $FromDate = (Get-Date).AddDays(-7) ) if(Assert-IsObservabilityStackPresent){ Import-Module DiagnosticsInitializer -Verbose -Force Get-RemoteSupportSessionHistory -SessionId $SessionId -FromDate $FromDate -IncludeSessionTranscript:$IncludeSessionTranscript } else{ Install-DeployModule -ModuleName "Microsoft.AzureStack.Deployment.RemoteSupport" Microsoft.AzureStack.Deployment.RemoteSupport\Get-RemoteSupportSessionHistory -SessionId $SessionId -FromDate $FromDate -IncludeSessionTranscript:$IncludeSessionTranscript } } # Export-ModuleMember -Function Register-AzStackHCI # Export-ModuleMember -Function Unregister-AzStackHCI # Export-ModuleMember -Function Test-AzStackHCIConnection # Export-ModuleMember -Function Set-AzStackHCI # 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