AzureRmImageManagementCoreHelper.psm1
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<#
.SYNOPSIS AzureRmImageManagementCoreHelper.psm1 - Sample PowerShell Module that contains core functions related to the image management solution. .DESCRIPTION AzureRmImageManagementCoreHelper.psm1 - PowerShell Module that contains internal functions related to the image management solution. Image Management Solution helps customers to upload a VHD with a custom image to one subcription and storage account. After that gets done, a series of runbooks works to get this image and distribute amongst several other susbcriptions and storage accounts and creates a managed Image so everyone with access to that resource/group would be able to deploy a VM from that image. This reduces the burden uploading VHDs on environments and having to distribute manually between different Subcriptions. .NOTES #> #Requires -Modules AzureAD, AzureRmStorageTable, AzureRmStorageQueue #region Enums enum logLevel { All Informational Warning Error Status } enum status { NotStarted InProgress Completed } enum steps { upload uploadConcluded tier1Distribution tier2Distribution imageCreation copyProcessMessage tier1DistributionCopyConcluded tier2DistributionCopyConcluded imageCreationConcluded } enum storageAccountTier { tier0 tier2 none } #endregion #region Classes class ImageMgmtLog { [string]$jobId [dateTime]$timeStamp [string]$step [string]$moduleName [string]$logLevel [string]$message ImageMgmtLog() {} ImageMgmtLog( [string]$JobId, [dateTime]$TimeStamp, [string]$Step, [string]$ModuleName, [string]$LogLevel, [string]$Message ) { $this.jobId = $JobId $this.timeStamp = $TimeStamp $this.step = $Step $this.moduleName = $ModuleName $this.logLevel = $LogLevel $this.message = $Message } } class ImageMgmtJob { [string]$JobId [dateTime]$SubmissionDate [string]$Description [string]$VhdName [string]$ImageName [string]$OsType ImageMgmtJob() {} ImageMgmtJob( [string]$jobId, [dateTime]$submissionDate, [string]$description, [string]$vhdName, [string]$imageName, [string]$osType ) { $this.jobId = $jobId $this.submissionDate = $submissionDate $this.description = $description $this.vhdName = $vhdName $this.imageName = $imageName $this.osType = $osType } } class ImageMgmtJobStatus : ImageMgmtJob { [int]$UploadCompletion [int]$Tier1CopyCompletion [int]$Tier2CopyCompletion [int]$ImageCreationCompletion [int]$ErrorCount [System.Collections.ArrayList]$ErrorLog ImageMgmtJobStatus() { $this.ErrorLog = New-Object 'System.Collections.ArrayList' } ImageMgmtJobStatus([string]$jobId, [dateTime]$submissionDate, [string]$description, [string]$vhdName, [string]$imageName, [string]$osType, [int]$uploadCompletion, [int]$tier1CopyCompletion, [int]$tier2CopyCompletion, [int]$imageCreationCompletion, [int]$errorCount) { $this.jobId = $jobId $this.submissionDate = $submissionDate $this.description = $description $this.vhdName = $vhdName $this.imageName = $imageName $this.osType = $osType $this.uploadCompletion = $uploadCompletion $this.tier1CopyCompletion = $tier1CopyCompletion $this.tier2CopyCompletion = $tier2CopyCompletion $this.imageCreationCompletion = $imageCreationCompletion $this.errorCount = $errorCount $this.ErrorLog = New-Object 'System.Collections.ArrayList' } [bool] isCompleted() { if ( ($this.uploadCompletion -eq 100) -and ` ($this.tier1CopyCompletion -eq 100) -and ` ($this.tier2CopyCompletion -eq 100) -and ` ($this.imageCreationCompletion -eq 100) -and ` ($this.errorCount -eq 0) ) { return $true } else { return $false } } } class StorageAccountName { # usage example # $saname = ([StorageAccountName]::new("pmcglobal",[storageAccountTier]::tier2)).GetSaName() [string] $namePrefix = [string]::Empty [storageAccountTier] $tier = [storageAccountTier]::none [int] $padCount = 5 [int] $retries = 5 hidden [int] $_retryCount = 0 StorageAccountName() {} StorageAccountName([string]$prefix) { $this.namePrefix = $prefix } StorageAccountName([string]$prefix, [storageAccountTier] $saTier) { $this.namePrefix = $prefix $this.tier = $saTier } StorageAccountName([string]$prefix, [storageAccountTier] $saTier, [int]$padCount) { $this.namePrefix = $prefix $this.tier = $saTier $this.padCount = $padCount } StorageAccountName([string]$prefix, [storageAccountTier] $saTier, [int]$padCount, [int]$retries) { $this.namePrefix = $prefix $this.tier = $saTier $this.padCount = $padCount $this.retries = $retries } hidden [string] _getName() { $rnd = get-random -Minimum 1 -Maximum 10000 if ($this.tier -ne [storageAccountTier]::none) { return ([string]::Format("{0}{1}{2}",$this.namePrefix,$rnd.toString().padleft($this.padCount,"0"),$this.tier)) } else { return ([string]::Format("{0}{1}",$this.namePrefix,$rnd.toString().padleft($this.padCount,"0"))) } } hidden [object] _testName([string]$saName) { return (Get-AzureRmStorageAccountNameAvailability -Name $saName) } [string] GetSaName([bool]$validateName) { if ([string]::IsNullOrEmpty($this.namePrefix)) { return $null } else { $saName = $this._getName() if ($validateName) { if ($this._testName($saName).NameAvailable -ne $true) { do { $this._retryCount++ $saName = $this._getName() if ($this._retryCount -gt $this.retries) { throw "Couldn't find an unused name for the storage account prefix $($this.namePrefix)" } } Until ($this._testName($saName).NameAvailable -eq $true) } } return $saName } } } class ImageMgmtStorageAccount { [string]$StorageAccountName = [string]::Empty [string]$ResourceGroupName = [string]::Empty [string]$SubscriptionId = [string]::Empty [string]$Location = [string]::Empty [string]$Container = [string]::Empty [string]$ImagesResourceGroup = [string]::Empty [int] $Tier = 0 ImageMgmtStorageAccount() {} ImageMgmtStorageAccount([string]$StorageAccountName,[string]$ResourceGroupName, [string]$SubscriptionId, [string]$Location, [string]$Container, [string]$ImagesResourceGroup, [int]$Tier ) { $this.StorageAccountName = $StorageAccountName $this.ResourceGroupName = $ResourceGroupName $this.SubscriptionId = $SubscriptionId $this.Location = $Location $this.Container = $Container $this.ImagesResourceGroup = $ImagesResourceGroup $this.Tier = $tier } } class ImageMgmtTier0StorageAccount : ImageMgmtStorageAccount { [int]$Tier1Copies = 0 ImageMgmtTier0StorageAccount() {} ImageMgmtTier0StorageAccount([string]$StorageAccountName,[string]$ResourceGroupName, [string]$SubscriptionId, [string]$Location, [string]$Container, [string]$ImagesResourceGroup, [int]$Tier, [int]$Tier1Copies ) { $this.StorageAccountName = $StorageAccountName $this.ResourceGroupName = $ResourceGroupName $this.SubscriptionId = $SubscriptionId $this.Location = $Location $this.Container = $Container $this.ImagesResourceGroup = $ImagesResourceGroup $this.Tier = $tier $this.Tier1Copies = $Tier1Copies } } class ImageMgmtTier2StorageAccount : ImageMgmtStorageAccount { [string]$Id = [string]::Empty [bool]$Enabled = 0 ImageMgmtTier2StorageAccount() {} ImageMgmtTier2StorageAccount([string]$StorageAccountName,[string]$ResourceGroupName, [string]$SubscriptionId, [string]$Location, [string]$Container, [string]$ImagesResourceGroup, [int]$Tier, [string]$Id, [bool]$Enabled ) { $this.StorageAccountName = $StorageAccountName $this.ResourceGroupName = $ResourceGroupName $this.SubscriptionId = $SubscriptionId $this.Location = $Location $this.Container = $Container $this.ImagesResourceGroup = $ImagesResourceGroup $this.Tier = $tier $this.Id = $Id $this.Enabled = [bool]$Enabled } Enable($configurationTable) { if (-not ([string]::IsNullOrEmpty($this.StorageAccountName))) { $filter = "(storageAccountName eq '$($this.StorageAccountName)')" $result = Get-AzureStorageTableRowByCustomFilter -customFilter $filter -table $configurationTable if ($result -ne $null) { $result.Enabled = $true Update-AzureStorageTableRow -table $configurationTable -entity $result } else { throw "Storage account named $($this.StorageAccountName) could not be found on Configuration table" } } else { throw "Storage account name is empty, please provide a storage account name before enabling it." } } Enable($ConfigStorageAccountResourceGroupName,$ConfigStorageAccountName,$ConfigurationTableName="imageManagementConfiguration") { if (-not ([string]::IsNullOrEmpty($this.StorageAccountName))) { $configurationTable = Get-AzureRmImgMgmtTable -resourceGroup $ConfigStorageAccountResourceGroupName -StorageAccountName $configStorageAccountName -tableName $configurationTableName $filter = "(storageAccountName eq '$($this.StorageAccountName)')" $result = Get-AzureStorageTableRowByCustomFilter -customFilter $filter -table $configurationTable if ($result -ne $null) { $result.Enabled = $true Update-AzureStorageTableRow -table $configurationTable -entity $result } else { throw "Storage account named $($this.StorageAccountName) could not be found on Configuration table" } } else { throw "Storage account name is empty, please provide a storage account name before enabling it." } } Disable($configurationTable) { if (-not ([string]::IsNullOrEmpty($this.StorageAccountName))) { $filter = "(storageAccountName eq '$($this.StorageAccountName)')" $result = Get-AzureStorageTableRowByCustomFilter -customFilter $filter -table $configurationTable if ($result -ne $null) { $result.Enabled = $false Update-AzureStorageTableRow -table $configurationTable -entity $result } else { throw "Storage account named $($this.StorageAccountName) could not be found on Configuration table" } } else { throw "Storage account name is empty, please provide a storage account name before enabling it." } } Disable($ConfigStorageAccountResourceGroupName,$ConfigStorageAccountName,$ConfigurationTableName="imageManagementConfiguration") { if (-not ([string]::IsNullOrEmpty($this.StorageAccountName))) { $configurationTable = Get-AzureRmImgMgmtTable -resourceGroup $ConfigStorageAccountResourceGroupName -StorageAccountName $configStorageAccountName -tableName $configurationTableName $filter = "(storageAccountName eq '$($this.StorageAccountName)')" $result = Get-AzureStorageTableRowByCustomFilter -customFilter $filter -table $configurationTable if ($result -ne $null) { $result.Enabled = $false Update-AzureStorageTableRow -table $configurationTable -entity $result } else { throw "Storage account named $($this.StorageAccountName) could not be found on Configuration table" } } else { throw "Storage account name is empty, please provide a storage account name before enabling it." } } } #endregion #region Module Functions function Wait-ModuleImport { param ( [string]$resourceGroupName, [string]$moduleName, [string]$automationAccountName ) do { $module = Get-AzurermAutomationModule -ResourceGroupName $resourceGroupName -Name $moduleName -AutomationAccountName $automationAccountName Write-Verbose "Module $moduleName provisiong state: $($module.ProvisioningState)" -Verbose Start-Sleep -Seconds 10 } until (($module.ProvisioningState -eq "Succeeded") -or ($module.ProvisioningState -eq "Failed")) Write-Verbose "Provisioning of module $moduleName completed with status $($module.ProvisioningState)" -Verbose } function Start-AzureRmImgMgmtVhdCopy { param ( [Parameter(Mandatory=$true)] [string]$sourceContainer, [Parameter(Mandatory=$true)] $sourceContext, [Parameter(Mandatory=$true)] [string]$destContainer, [Parameter(Mandatory=$true)] $destContext, [Parameter(Mandatory=$true)] [string]$sourceBlobName, [Parameter(Mandatory=$true)] [string]$destBlobName, [Parameter(Mandatory=$false)] [int]$RetryCountMax = 90, [Parameter(Mandatory=$false)] [int]$RetryWaitTime = 60 ) $retryCount = 0 try { Start-AzureStorageBlobCopy ` -SrcContainer $sourceContainer ` -Context $sourceContext ` -DestContainer $destContainer ` -DestContext $destContext ` -SrcBlob $sourceBlobName ` -DestBlob $destBlobName ` -Force } catch { # Error 409 There is currently a pending copy operation. if ($_.Exception.InnerException.RequestInformation.HttpStatusCode -eq 409) { while ($retryCount -le $RetryCountMax) { write-output "Error 409 - There is currently a pending copy operation error, retry attempt $retryCount " # Resubmiting copy job try { Start-AzureStorageBlobCopy ` -SrcContainer $sourceContainer ` -Context $sourceContext ` -DestContainer $destContainer ` -DestContext $destContext ` -SrcBlob $sourceBlobName ` -DestBlob $destBlobName ` -Force break } catch { Start-Sleep -Seconds $RetryWaitTime $retryCount++ } } } else { throw $_ } } } function Get-AzureRmImgMgmtAvailableAutomationAccount { param ( [Parameter(Mandatory=$true)] $table, [Parameter(Mandatory=$true)] [string]$AutomationAccountType ) $customFilter = "(PartitionKey eq 'automationAccount') and (type eq `'" + $AutomationAccountType + "`')" $automationAccountList = Get-AzureStorageTableRowByCustomFilter -customFilter $customFilter -table $table $attempts = 0 while ($attempts -lt 3) { Write-Output "Attempt # $attempts to get an available automation account" foreach ($automationAccount in $automationAccountList) { # Getting all four possible status count that will lead to jobs being executed $jobCount = 0 $jobCount += (Get-AzureRmAutomationJob -Status Running -ResourceGroupName $automationAccount.resourceGroupName -AutomationAccountName $automationAccount.automationAccountName).count $jobCount += (Get-AzureRmAutomationJob -Status Starting -ResourceGroupName $automationAccount.resourceGroupName -AutomationAccountName $automationAccount.automationAccountName).count $jobCount += (Get-AzureRmAutomationJob -Status Queued -ResourceGroupName $automationAccount.resourceGroupName -AutomationAccountName $automationAccount.automationAccountName).count $jobCount += (Get-AzureRmAutomationJob -Status Activating -ResourceGroupName $automationAccount.resourceGroupName -AutomationAccountName $automationAccount.automationAccountName).count Write-Output "Automation account has $jobCount jobs about to run or running." # Check if total is less than maxJobsCount of the automation account if ($jobCount -le $automationAccount.maxJobsCount) { Write-Output "Automation account $($automationAccount.automationAccountName) has $jobCount jobs about to run or running." return $automationAccount } } Start-Sleep -Seconds 600 $attempts++ } throw "Could not find any automation account of type $(AutomationAccountType) available at this time. If this error is becoming regular, it means it is time to increase the number of worker automation accounts." } function Update-AzureRmImgMgmtAutomationAccountAvailabilityCount { param ( [Parameter(Mandatory=$true)] $table, [Parameter(Mandatory=$true)] $AutomationAccount, [switch]$Decrease ) Write-Output "Number of objects on automation account $($AutomationAccount.count)" Write-Output "Object AutomationAccount contents:" Write-Output -InputObject $AutomationAccount Write-Output "Changing current value of availableJobsCount, current value is $($AutomationAccount.availableJobsCount)" # Changing current value if ($Decrease) { Write-Output "Decreasing value" $AutomationAccount.availableJobsCount = $AutomationAccount.availableJobsCount - 1 } else { Write-Output "Increasing value" $AutomationAccount.availableJobsCount = $AutomationAccount.availableJobsCount + 1 } Write-Output "New value of availableJobsCount, current value is $($AutomationAccount.availableJobsCount)" # Persisting change in the table try { if ($AutomationAccount.availableJobsCount -lt 0) {$AutomationAccount.availableJobsCount=0} if ($AutomationAccount.availableJobsCount -gt $AutomationAccount.maxJobsCount) {$AutomationAccount.availableJobsCount=$AutomationAccount.maxJobsCount} Update-AzureStorageTableRow -table $table -entity $AutomationAccount } catch { if ($_.Exception.InnerException.RequestInformation.HttpStatusCode -eq 412) { Write-Output "Http Status Code => 412" $retryCount = 0 while ($retryCount -lt 5) { write-host "error 412, retry attempt $retryCount " $customFilter = "(PartitionKey eq 'automationAccount') and (automationAccountName eq `'" + $AutomationAccount.automationAccountName + "`')" $AutomationAccount = Get-AzureStorageTableRowByCustomFilter -customFilter $customFilter -table $table write-host "Updated availableJobsCount is $($AutomationAccount.availableJobsCount), changing value..." if ($Decrease) { $AutomationAccount.availableJobsCount = $AutomationAccount.availableJobsCount - 1 } else { $AutomationAccount.availableJobsCount = $AutomationAccount.availableJobsCount + 1 } write-host "Attempt new availableJobsCount is $($AutomationAccount.availableJobsCount), updating table value..." try { if ($AutomationAccount.availableJobsCount -lt 0) {$AutomationAccount.availableJobsCount=0} if ($AutomationAccount.availableJobsCount -gt $AutomationAccount.maxJobsCount) {$AutomationAccount.availableJobsCount=$AutomationAccount.maxJobsCount} Update-AzureStorageTableRow -table $table -entity $AutomationAccount write-host "update done." break } catch { write-host "retrying." Start-Sleep -Seconds (Get-random -Minimum 1 -Maximum 15) $retryCount++ } } } else { throw $_ } } } function New-AzureRmImgMgmtAutomationAccount { param ( [Parameter(Mandatory=$true)] [string]$automationAccountName, [Parameter(Mandatory=$true)] [string]$resourceGroupName, [Parameter(Mandatory=$true)] [string]$location, [Parameter(Mandatory=$true)] [string]$applicationDisplayName, [Parameter(Mandatory=$true)] [string]$subscriptionId, [Parameter(Mandatory=$true)] [string]$modulesContainerUrl, [Parameter(Mandatory=$true)] [string]$sasToken, [Parameter(Mandatory=$true)] $runbooks, [switch]$basicTier, [Parameter(Mandatory=$true)] $config ) Write-Verbose "Creating automation account $automationAccountName in resource group $resourceGroupName" -Verbose if ($basicTier) { New-AzurermAutomationAccount -Name $automationAccountName -ResourceGroupName $resourceGroupName -Location $location -Plan Basic } else { New-AzurermAutomationAccount -Name $automationAccountName -ResourceGroupName $resourceGroupName -Location $location -Plan Free } Write-Verbose "Creating Run As account $applicationDisplayName" -Verbose .\New-RunAsAccount.ps1 -ResourceGroup $resourceGroupName ` -AutomationAccountName $automationAccountName ` -SubscriptionId $subscriptionId ` -ApplicationDisplayName $applicationDisplayName ` -SelfSignedCertPlainPassword ([guid]::NewGuid().guid) ` -CreateClassicRunAsAccount $false # Creating and importing runbooks foreach ($rb in $runbooks) { # Installing requred extra modules foreach ($module in $rb.requiredModules) { Write-Verbose "Installing module $module" $moduleUrl = [string]::Format("{0}/{1}.zip{2}",$modulesContainerUrl,(Get-ConfigValue $module $config),$sasToken) $moduleName = Get-ConfigValue $module $config $result = Get-AzurermAutomationModule -ResourceGroupName $resourceGroupName -Name $moduleName -AutomationAccountName $automationAccountName -ErrorAction SilentlyContinue if ($result -eq $null) { New-AzureRmAutomationModule -AutomationAccountName $automationAccountName -Name $moduleName -ContentLink $moduleUrl -ResourceGroupName $resourceGroupName Wait-ModuleImport -resourceGroupName $resourceGroupName -moduleName $moduleName -automationAccountName $automationAccountName } } Write-Verbose "Importing runbook $(Get-ConfigValue $rb.name $config)" -Verbose # Adding Tier2 Distribution Runbook if ($rb.scriptPath.StartsWith("https://")) { Write-Verbose "Downloading the script file from $(Get-ConfigValue $rb.scriptPath $config) to local path $(Join-Path $env:TEMP ([system.io.path]::GetFileName((Get-ConfigValue $rb.scriptPath $config))))" -Verbose Invoke-WebRequest -uri (Get-ConfigValue $rb.scriptPath $config) -OutFile (Join-Path $env:TEMP ([system.io.path]::GetFileName((Get-ConfigValue $rb.scriptPath $config)))) $rb.scriptPath = (Join-Path $env:TEMP ([system.io.path]::GetFileName((Get-ConfigValue $rb.scriptPath $config)))) } if (!(Test-Path (Get-ConfigValue $rb.scriptPath $config))) { throw "Script $(Get-ConfigValue $rb.scriptPath $config) to be imported on runbook $(Get-ConfigValue $rb.name $config) not found" } Import-AzureRMAutomationRunbook -Name (Get-ConfigValue $rb.name $config) -Path (Get-ConfigValue $rb.scriptPath $config) -ResourceGroupName $resourceGroupName -AutomationAccountName $automationAccountName -Type PowerShell -Published # Creating schedule if needed if ((Get-ConfigValue $rb.scheduleName $config) -ne $null) { $startTimeOffset = Get-ConfigValue $rb.startTimeOffset $config if ($startTimeOffset -eq $null) { $startTimeOffset = 0 } $result = Get-AzureRmAutomationSchedule -Name (Get-ConfigValue $rb.scheduleName $config) -ResourceGroupName $resourceGroupName -AutomationAccountName $automationAccountName -ErrorAction SilentlyContinue if ($result -eq $null) { # creating schedule Write-Verbose "Creating schedule named $(Get-ConfigValue $rb.scheduleName $config)" -Verbose New-AzureRmAutomationSchedule -AutomationAccountName $automationAccountName -Name (Get-ConfigValue $rb.scheduleName $config) -StartTime $(Get-Date).AddMinutes($startTimeOffset) -HourInterval (Get-ConfigValue $rb.scheduleHourInterval $config) -ResourceGroupName $resourceGroupName } $runbookParams = @{} foreach ($param in $rb.parameters) { # Adding a parameter to the runbook schedule $runbookParams.Add($param.key,(Get-ConfigValue $param.value $config)) } if ($runbookParams.Count -gt 0) { Register-AzureRmAutomationScheduledRunbook -AutomationAccountName $automationAccountName -Name (Get-ConfigValue $rb.name $config) -ScheduleName (Get-ConfigValue $rb.scheduleName $config) -ResourceGroupName $resourceGroupName -Parameters $runbookParams } else { Register-AzureRmAutomationScheduledRunbook -AutomationAccountName $automationAccountName -Name (Get-ConfigValue $rb.name $config) -ScheduleName (Get-ConfigValue $rb.scheduleName $config) -ResourceGroupName $resourceGroupName } } # Check if needs to execute this runbook (usually this happens for the update runbook) if ($rb.executeBeforeMoveForward) { Write-Verbose "Executing runbook $(Get-ConfigValue $rb.name $config)" -Verbose $params = @{"resourcegroupname"=$resourceGroupName;"AutomationAccountName"=$automationAccountName} Start-AzureRmAutomationRunbook -Name (Get-ConfigValue $rb.name $config) ` -Parameters $params ` -AutomationAccountName $automationAccountName ` -ResourceGroupName $resourceGroupName ` -Wait } } } function Get-AzureRmImgMgmtAuthToken { # Returns authentication token for Azure AD Graph API access param ( [Parameter(Mandatory=$true)] $TenantName, [Parameter(Mandatory=$false)] $endPoint = "https://graph.windows.net", [Parameter(Mandatory=$false)] [Microsoft.IdentityModel.Clients.ActiveDirectory.UserIdentifier] $userId, [Parameter(Mandatory=$false)] [Microsoft.IdentityModel.Clients.ActiveDirectory.PromptBehavior]$promptBehavior = [Microsoft.IdentityModel.Clients.ActiveDirectory.PromptBehavior]::Never ) $clientId = "1950a258-227b-4e31-a9cf-717495945fc2" $redirectUri = "urn:ietf:wg:oauth:2.0:oob" $authority = "https://login.windows.net/$TenantName" $authContext = New-Object "Microsoft.IdentityModel.Clients.ActiveDirectory.AuthenticationContext" -ArgumentList $authority if ($userID -eq $null) { $authResult = $authContext.AcquireToken($endPoint, $clientId,$redirectUri, [Microsoft.IdentityModel.Clients.ActiveDirectory.PromptBehavior]::Auto) } else { $authResult = $authContext.AcquireToken($endPoint, $clientId,$redirectUri, $promptBehavior,$userId) } return $authResult } function Get-AzureRmImgMgmtAuthHeader { # Returns authentication token for Azure AD Graph API access param ( [Parameter(Mandatory=$true)] $AuthToken ) return @{ 'Content-Type'='application\json' 'Authorization'=$AuthToken.CreateAuthorizationHeader() } } function Get-ConfigValue ($parameter,$config) { if ($parameter -eq $null) { $evaluatedValue = $null } elseif ($parameter.ToString().StartsWith("^")) { $evaluatedValue = (Invoke-Expression $parameter.ToString().Replace("^",$null)) } else { $evaluatedValue = $parameter } return $evaluatedValue } function Add-AzureRmImgMgmtLog { param ( [string]$jobId, [steps]$step, [string]$moduleName, [string]$message, [logLevel]$level, [switch]$output, $logTable ) # Creating job submission information $logEntryId = [guid]::NewGuid().Guid [hashtable]$logProps = @{ "step"=$step.ToString(); "moduleName"=$moduleName; "message"=$message; "logLevel"=$level.ToString()} if (($level -eq [logLevel]::Error) -or ($level -eq [logLevel]::Informational) -or ($level -eq [logLevel]::Warning)) { Add-AzureStorageTableRow -table $logTable -partitionKey $jobId -rowKey $logEntryId -property $logProps if ($output) { write-output $msg } } } function Add-AzureRmRmImgMgmtJob { param ( [string]$jobId, [string]$description, [string]$submissionDate, [string]$vhdInfo, $jobsTable ) # Creating job submission information [hashtable]$jobProps = @{ "description"=$description; "submissionDate"=$submissionDate; "vhdInfo"=$vhdInfo} $job = Get-AzureStorageTableRowByCustomFilter -customFilter "(PartitionKey eq 'job') and (RowKey eq $jobId)" -table $jobProps if ([string]::IsNullOrEmpty($job)) { Add-AzureStorageTableRow -table $jobsTable -partitionKey "job" -rowKey $jobId -property $jobProps } else { throw "Job ID $jobId already exists, if you're updating a status, please use Update-AzureRmRmImgMgmtJob or make sure you remove the existing jobId from the table" } } function Get-AzureRmImgMgmtLog { <# .SYNOPSIS Gets log entries for a specified image process Job. .DESCRIPTION Gets log entries for a specified image process Job. .PARAMETER ConfigFile Setup config file that contains the configuration resource group, storage account and table name to access the logs. .PARAMETER ConfigStorageAccountResourceGroupName Resource Group name where the Azure Storage Account that contains the system configuration tables. .PARAMETER ConfigStorageAccountName Name of the Storage Account that contains the system configuration tables .PARAMETER ConfigurationTableName Name of the configuration table, default to ImageManagementConfiguration, which is the preferred name. .PARAMETER ConfigurationTable Configuration table object. .PARAMETER jobId Job Id to perform the queries on. .PARAMETER Level This parameter is used to filter specific log levels, if it is defined as Error, only error entries will be part of the result. If defined as All or null, all log entries for the specified job Id will be part of the result. This is based on LogLevel enumeration in the module. It can be used as string or as enumm if used as enum, make sure that you load the module with "using module AzureRmImageManagement" command before using the cmdlet so the enumeration gets loaded and you can refer to it as for example ([logLevel]::Error) in the cmdlet. .PARAMETER Step This parameter is used to filter by a specific step of the image process, e.g. upload. This is based on steps enumeration defined in the module. This is a similar case of the Level parameter. .EXAMPLE Examples Get-AzureRmImgMgmtLog -ConfigStorageAccountResourceGroupName imageprocess-rg -ConfigStorageAccountName pmcstorage77tier0 -jobId fd1fab8c-c742-4285-b059-7c3a846c1643 Get-AzureRmImgMgmtLog -ConfigStorageAccountResourceGroupName imageprocess-rg -ConfigStorageAccountName pmcstorage77tier0 -jobId fd1fab8c-c742-4285-b059-7c3a846c1643 -Level ([loglevel]::informational) Get-AzureRmImgMgmtLog -ConfigStorageAccountResourceGroupName imageprocess-rg -ConfigStorageAccountName pmcstorage77tier0 -jobId fd1fab8c-c742-4285-b059-7c3a846c1643 -Level "informational" Get-AzureRmImgMgmtLog -ConfigStorageAccountResourceGroupName imageprocess-rg -ConfigStorageAccountName pmcstorage77tier0 -jobId fd1fab8c-c742-4285-b059-7c3a846c1643 -Level ([loglevel]::Error) Get-AzureRmImgMgmtLog -ConfigStorageAccountResourceGroupName imageprocess-rg -ConfigStorageAccountName pmcstorage77tier0 -jobId fd1fab8c-c742-4285-b059-7c3a846c1643 -Level ([loglevel]::Error) -step ([steps]::upload) Get-AzureRmImgMgmtLog -ConfigStorageAccountResourceGroupName imageprocess-rg -ConfigStorageAccountName pmcstorage77tier0 -jobId fd1fab8c-c742-4285-b059-7c3a846c1643 -step ([steps]::upload) Get-AzureRmImgMgmtLog -ConfigStorageAccountResourceGroupName imageprocess-rg -ConfigStorageAccountName pmcstorage77tier0 -jobId e8b929f7-8fbd-493d-81af-14877b02f0e3 | sort -Property timestamp #> param( [Parameter(Mandatory=$true,ParameterSetName="withConfigSettings")] [string]$ConfigStorageAccountResourceGroupName, [Parameter(Mandatory=$true,ParameterSetName="withConfigSettings")] [string]$ConfigStorageAccountName, [Parameter(Mandatory=$false,ParameterSetName="withConfigSettings")] [AllowNull()] [string]$ConfigurationTableName= "imageManagementConfiguration", [Parameter(Mandatory=$true,ParameterSetName="withConfigTable")] $ConfigurationTable, [Parameter(Mandatory=$true)] [string]$jobId, [Parameter(Mandatory=$false)] [AllowNull()] [logLevel]$Level, [Parameter(Mandatory=$false)] [AllowNull()] [steps]$step ) if ($PSCmdlet.ParameterSetName -eq "withConfigSettings") { $configurationTable = Get-AzureRmImgMgmtTable -ResourceGroup $ConfigStorageAccountResourceGroupName -StorageAccountName $configStorageAccountName -tableName $configurationTableName } # Getting appropriate log table $logTableInfo = Get-AzureStorageTableRowByCustomFilter -customFilter "PartitionKey eq 'logConfiguration'" -table $configurationTable if ($logTableInfo -eq $null) { throw "System configuration table does not contain configuartion item for job logging." } # Getting the Job Log table $log = Get-AzureRmImgMgmtTable -ResourceGroup $logTableInfo.resourceGroupName -StorageAccountName $logTableInfo.storageAccountName -tableName $logTableInfo.jobLogTableName $filter = "(PartitionKey eq '$jobId')" if ($step -ne $null) { $filter = $filter + " and (step eq '$($step.ToString())')" } if ($level -ne $null) { if ($level -ne [logLevel]::All) { $filter = $filter + " and (logLevel eq '$($Level.ToString())')" } } $rawResult = @() $rawResult += Get-AzureStorageTableRowByCustomFilter -customFilter $filter -table $log $resultList = @() foreach ($result in $rawResult) { $resultList += [ImageMgmtLog]::New($result.PartitionKey,$result.tableTimestamp.DateTime,$result.step,$result.moduleName,$result.logLevel, $result.message) } return ,$resultList } function Get-AzureRmImgMgmtJob { <# .SYNOPSIS Gets job information. .DESCRIPTION Gets job information. .PARAMETER ConfigStorageAccountResourceGroupName Resource Group name where the Azure Storage Account that contains the system configuration tables. .PARAMETER ConfigStorageAccountName Name of the Storage Account that contains the system configuration tables .PARAMETER ConfigurationTableName Name of the configuration table, default to ImageManagementConfiguration, which is the preferred name. .PARAMETER ConfigurationTable Configuration table object. .PARAMETER JobId Optional string that represents the JobId, if empty or null all jobs gets returned .EXAMPLE # Example Get-AzureRmImgMgmtJob -ConfigStorageAccountResourceGroupName imageprocess-rg -ConfigStorageAccountName pmcstorage77tier0 .EXAMPLE # Example Get-AzureRmImgMgmtJob -ConfigurationTable $configTable #> param( [Parameter(Mandatory=$true,ParameterSetName="withConfigSettings")] [string]$ConfigStorageAccountResourceGroupName, [Parameter(Mandatory=$true,ParameterSetName="withConfigSettings")] [string]$ConfigStorageAccountName, [Parameter(Mandatory=$false,ParameterSetName="withConfigSettings")] [AllowNull()] [string]$ConfigurationTableName= "imageManagementConfiguration", [Parameter(Mandatory=$true,ParameterSetName="withConfigTable")] $ConfigurationTable, [Parameter(Mandatory=$false)] [AllowNull()] [string]$JobId ) if ($PSCmdlet.ParameterSetName -eq "withConfigSettings") { $configurationTable = Get-AzureRmImgMgmtTable -resourceGroup $ConfigStorageAccountResourceGroupName -StorageAccountName $configStorageAccountName -tableName $configurationTableName } # Getting appropriate job table $jobTableInfo = Get-AzureStorageTableRowByCustomFilter -customFilter "PartitionKey eq 'logConfiguration'" -table $configurationTable if ($jobTableInfo -eq $null) { throw "System configuration table does not contain configuartion item for job logging." } # Getting the Job table $jobTable = Get-AzureRmImgMgmtTable -resourceGroup $jobTableInfo.resourceGroupName -StorageAccountName $jobTableInfo.storageAccountName -tableName $jobTableInfo.jobTableName $rawResult = @() if ([string]::IsNullOrEmpty($JobId)) { $rawResult += Get-AzureStorageTableRowAll -table $jobTable } else { $filter = "(RowKey eq '$jobId')" $rawResult += Get-AzureStorageTableRowByCustomFilter -customFilter $filter -table $jobTable } $resultList = @() if ($rawResult -ne $null) { foreach ($result in $rawResult) { $vhdInfo = $result.vhdInfo | ConvertFrom-Json $resultList += [ImageMgmtJob]::New($result.RowKey,$result.submissionDate,$result.description,$vhdInfo.vhdName,$vhdInfo.imageName, $vhdInfo.osType) } } if ([string]::IsNullOrEmpty($JobId)) { return ,$resultList } else { return $resultList } } function Get-AzureRmImgMgmtLogTable { param ( [Parameter(Mandatory=$true)] $configurationTable ) # Getting appropriate job tables info $jobTablesInfo = Get-AzureStorageTableRowByCustomFilter -customFilter "PartitionKey eq 'logConfiguration'" -table $configurationTable if ($jobTablesInfo -eq $null) { throw "System configuration table does not contain configuartion item for job submission and logging." } # Getting the Job Log table return (Get-AzureRmImgMgmtTable -resourceGroup $jobTablesInfo.resourceGroupName -StorageAccountName $jobTablesInfo.storageAccountName -tableName $jobTablesInfo.jobLogTableName) } function Update-AzureRmImgMgmtLogJobId { # This function replaces the Partition Key of a given specific Partition Key with a new Partition Key param ( [Parameter(Mandatory=$true)] [string]$tempJobId, [Parameter(Mandatory=$true)] [string]$finalJobId, $logTable ) $systemProperties = @('PartitionKey','RowKey','TableTimestamp','Etag') $customFilter = "PartitionKey eq '"+$tempJobId+"'" $tempJobIdItems = Get-AzureStorageTableRowByCustomFilter -customFilter $customFilter -table $logTable foreach ($item in $tempJobIdItems) { $RowKey = $item.RowKey Remove-AzureStorageTableRow -table $logTable -entity $item $newItem = @{} $item.psobject.properties | ForEach-Object { if (-not ($systemProperties.Contains($_.name))) { $newItem[$_.Name] = $_.value } } Add-StorageTableRow -table $logTable -partitionKey $finalJobId -rowKey $RowKey -property $newItem } } function Remove-AzureRmImgMgmtLogTemporaryJobIdEntry { # This function removes log entries with the temporary Joib Id param ( [string]$tempJobId = [string]::Empty, $logTable ) $customFilter = "PartitionKey eq '"+$tempJobId+"'" $tempJobIdItems = Get-AzureStorageTableRowByCustomFilter -customFilter $customFilter -table $logTable foreach ($item in $tempJobIdItems) { Remove-AzureStorageTableRow -table $logTable -entity $item } } function Get-AzureRmImgMgmtStorageContext { param ( [string]$ResourceGroupName, [string]$StorageAccountName, [int]$retry = 30, [int]$retryWaitSeconds = 30 ) # Performing a loop to get the destination context with 5 attempts $retryCount = 0 while (($context -eq $null) -and ($retryCount -lt $retry)) { try { $context = (Get-AzureRmStorageAccount -ResourceGroupName $resourceGroupName -Name $storageAccountName).Context } catch { # Avoiding temporary intermittence to make this fail } if ($context -eq $null) { Start-Sleep -Seconds $retryWaitSeconds } $retryCount++ } if ($context -eq $null) { $msg = "An error occured. Context object could not be retrieved from storage account $storageAccountName at resource group $resourceGroupName" throw $msg } return $context } function Get-AzureRmImgMgmtTable { param ( [string]$ResourceGroup, [string]$StorageAccountName, [string]$TableName, [int]$retry = 10, [int]$retryWaitSeconds = 30 ) # Performing a loop to get the table $retryCount = 0 while (($table -eq $null) -and ($retryCount -lt $retry)) { try { $table = Get-AzureStorageTableTable -resourceGroup $ResourceGroup -StorageAccountName $StorageAccountName -tableName $TableName -ErrorAction SilentlyContinue } catch { # Avoiding temporary intermittence to make this fail } if ($table -eq $null) { Start-Sleep -Seconds $retryWaitSeconds } $retryCount++ } if ($table -eq $null) { $msg = "An error occured. Table object could not be retrieved from storage account $storageAccountName at resource group $resourceGroup" throw $msg } return $table } function Get-AzureRmImgMgmtJobStatus { <# .SYNOPSIS Gets job status information. .DESCRIPTION Gets job status information. .PARAMETER ConfigFile Setup config file that contains the configuration resource group, storage account and table name to access the logs. .PARAMETER ConfigStorageAccountResourceGroupName Resource Group name where the Azure Storage Account that contains the system configuration tables. .PARAMETER ConfigStorageAccountName Name of the Storage Account that contains the system configuration tables .PARAMETER ConfigurationTableName Name of the configuration table, default to ImageManagementConfiguration, which is the preferred name. .PARAMETER ConfigurationTable Configuration table object. .PARAMETER Job Job object obained using Get-AzureRmImgMgmtJob cmdlet. .EXAMPLE # Example # Getting Job List $jobs = Get-AzureRmImgMgmtJob -ConfigStorageAccountResourceGroupName $ConfigStorageAccountResourceGroupName -ConfigStorageAccountName $ConfigStorageAccountName # Getting Job status for the first Job in the returned list $status = Get-AzureRmImgMgmtJobStatus -ConfigStorageAccountResourceGroupName $ConfigStorageAccountResourceGroupName -ConfigStorageAccountName $ConfigStorageAccountName -job $jobs[0] $status # Output of status ImageMgmtJobStatus object # # UploadCompletion : 100 # Tier1CopyCompletion : 100 # Tier2CopyCompletion : 100 # ImageCreationCompletion : 100 # ErrorCount : 0 # JobId : 0ab871dc-3da2-4502-81e5-64b9ef84c639 # SubmissionDate : 12/13/2017 8:30:05 PM # Description : # VhdName : centos-golden-image.vhd # ImageName : myCentosImage-v2 # OsType : Linux # Is Completed? $status.isCompleted() # Output # True #> param( [Parameter(Mandatory=$true,ParameterSetName="withConfigSettings")] [string]$ConfigStorageAccountResourceGroupName, [Parameter(Mandatory=$true,ParameterSetName="withConfigSettings")] [string]$ConfigStorageAccountName, [Parameter(Mandatory=$false,ParameterSetName="withConfigSettings")] [AllowNull()] [string]$ConfigurationTableName= "imageManagementConfiguration", [Parameter(Mandatory=$true,ParameterSetName="withConfigTable")] $ConfigurationTable, [Parameter(Mandatory=$true,ValueFromPipeline=$true)] $job ) # Validating job object if ($job.GetType().Name -ne "ImageMgmtJob") { throw "Argument Job is not of type 'ImageMgmtJob'. Current type is $($job.GetType().Name)." } if ($PSCmdlet.ParameterSetName -eq "withConfigSettings") { $configurationTable = Get-AzureRmImgMgmtTable -resourceGroup $ConfigStorageAccountResourceGroupName -StorageAccountName $configStorageAccountName -tableName $configurationTableName } $totalActivities = 7 $activityCount = 1 # Retrieve number of Tier 1 blobs Write-Progress -Activity "Getting Job Progress Status: Job Id: $($job.JobId)" -Status "Retrieving number of tier 1 blobs" -PercentComplete (($activityCount/$totalActivities)*100) $tier0StorageAccount = Get-AzureStorageTableRowByCustomFilter -customFilter "(PartitionKey eq 'storage') and (tier eq 0)" -table $configurationTable if ($tier0StorageAccount -eq $null) { throw "Tier 0 Storage Account could not be retrieved from configuration table: resourceGroup $ConfigStorageAccountResourceGroupName, storageAccount $configStorageAccountName, tableName $configurationTableName" } [int]$tier1Copies = $tier0StorageAccount.tier1Copies # Retrieve tier 2 Storage Accounts - this dictates how many VHD copies and how many images we will have at the end of the process $activityCount++ Write-Progress -Activity "Getting Job Progress Status: Job Id: $($job.JobId)" -Status "Retrieving tier 2 Storage Accounts" -PercentComplete (($activityCount/$totalActivities)*100) $tier2StorageAccountList = Get-AzureStorageTableRowByCustomFilter -customFilter "(PartitionKey eq 'storage') and (tier eq 2)" -table $configurationTable if ($tier2StorageAccountList -eq $null) { throw "Tier 2 Storage Account list could not be retrieved from configuration table: resourceGroup $ConfigStorageAccountResourceGroupName, storageAccount $configStorageAccountName, tableName $configurationTableName" } $tier2StorageAccountCt = $tier2StorageAccountList.count # Gathering information from log table $activityCount++ Write-Progress -Activity "Getting Job Progress Status: Job Id: $($job.JobId)" -Status "Gathering upload information from log table" -PercentComplete (($activityCount/$totalActivities)*100) $uploadInfo = Get-AzureRmImgMgmtLog -ConfigurationTable $configurationTable -jobId $job.jobId -Level Informational -step uploadConcluded $activityCount++ Write-Progress -Activity "Getting Job Progress Status: Job Id: $($job.JobId)" -Status "Gathering tier1 copy completion information from log table" -PercentComplete (($activityCount/$totalActivities)*100) $tier1Info = Get-AzureRmImgMgmtLog -ConfigurationTable $configurationTable -jobId $job.jobId -Level Informational -step tier1DistributionCopyConcluded $activityCount++ Write-Progress -Activity "Getting Job Progress Status: Job Id: $($job.JobId)" -Status "Gathering tier2 copy completion information from log table" -PercentComplete (($activityCount/$totalActivities)*100) $tier2Info = Get-AzureRmImgMgmtLog -ConfigurationTable $configurationTable -jobId $job.jobId -Level Informational -step tier2DistributionCopyConcluded $activityCount++ Write-Progress -Activity "Getting Job Progress Status: Job Id: $($job.JobId)" -Status "Gathering image creation completion information from log table" -PercentComplete (($activityCount/$totalActivities)*100) $imageInfo = Get-AzureRmImgMgmtLog -ConfigurationTable $configurationTable -jobId $job.jobId -Level Informational -step imageCreationConcluded # Getting error messages count $activityCount++ Write-Progress -Activity "Getting Job Progress Status: Job Id: $($job.JobId)" -Status "Gathering error information from log table" -PercentComplete (($activityCount/$totalActivities)*100) $errorMessages = Get-AzureRmImgMgmtLog -ConfigurationTable $configurationTable -jobId $job.jobId -Level Error [int]$uploadCompletion = ($uploadInfo.count/1) * 100 [int]$tier1CopyCompletion = ($tier1Info.count/$tier1Copies) * 100 [int]$tier2CopyCompletion = ($tier2Info.count/$tier2StorageAccountCt) * 100 [int]$imageCreationCompletion = ($imageInfo.count/$tier2StorageAccountCt) * 100 $result = [ImageMgmtJobStatus]::New($job.jobId, $job.SubmissionDate, $job.Description, $job.VhdName, $job.ImageName, $job.OsType,$uploadCompletion,$tier1CopyCompletion,$tier2CopyCompletion,$imageCreationCompletion, $errorMessages.Count) if ($errorMessages -ne $null) { $result.ErrorLog.AddRange($errorMessages) } Write-Progress -Activity "Getting Job Progress Status: Job Id: $($job.JobId)" -Completed return $result } function Remove-AzureRmImgMgmtJobBlob { <# .SYNOPSIS Removes blobs related to a specified job. .DESCRIPTION Removes blobs related to a specified job. .PARAMETER ConfigFile Setup config file that contains the configuration resource group, storage account and table name to access the logs. .PARAMETER ConfigStorageAccountResourceGroupName Resource Group name where the Azure Storage Account that contains the system configuration tables. .PARAMETER ConfigStorageAccountName Name of the Storage Account that contains the system configuration tables .PARAMETER ConfigurationTableName Name of the configuration table, default to ImageManagementConfiguration, which is the preferred name. .PARAMETER ConfigurationTable Configuration table object. .PARAMETER Job Job object obained using Get-AzureRmImgMgmtJob cmdlet. .EXAMPLE $configTable = Get-AzureRmImgMgmtTable -ResourceGroup $ConfigStorageAccountResourceGroupName -StorageAccountName $ConfigStorageAccountName -TableName imagemanagementconfiguration Get-AzureRmImgMgmtJob -ConfigurationTable $configTable $job = Get-AzureRmImgMgmtJob -ConfigurationTable $configTable -JobId "7a9823e9-4b64-4a70-bab6-b13ddef7092b" Remove-AzureRmImgMgmtJobBlob -ConfigurationTable $configTable -job $job #> param( [Parameter(Mandatory=$true,ParameterSetName="withConfigSettings")] [string]$ConfigStorageAccountResourceGroupName, [Parameter(Mandatory=$true,ParameterSetName="withConfigSettings")] [string]$ConfigStorageAccountName, [Parameter(Mandatory=$false,ParameterSetName="withConfigSettings")] [AllowNull()] [string]$ConfigurationTableName= "imageManagementConfiguration", [Parameter(Mandatory=$true,ParameterSetName="withConfigTable")] $ConfigurationTable, [Parameter(Mandatory=$true,ValueFromPipeline=$true)] $job ) # Validating job object if ($job.GetType().Name -ne "ImageMgmtJob") { throw "Argument Job is not of type 'ImageMgmtJob'. Current type is $($job.GetType().Name)." } if ($PSCmdlet.ParameterSetName -eq "withConfigSettings") { $configurationTable = Get-AzureRmImgMgmtTable -resourceGroup $ConfigStorageAccountResourceGroupName -StorageAccountName $configStorageAccountName -tableName $configurationTableName } # Removing blobs # Getting all storage accounts $storageAccountList = Get-AzureStorageTableRowByCustomFilter -customFilter "(PartitionKey eq 'storage') and ((tier eq 0) or (tier eq 2))" -table $configurationTable | Sort-Object -Property tier foreach ($storageAccount in $storageAccountList) { Select-AzureRmSubscription -SubscriptionId $storageAccount.subscriptionId $storageAccountContext = Get-AzureRmImgMgmtStorageContext -ResourceGroupName $storageAccount.resourceGroupName -StorageAccountName $storageAccount.storageAccountName if ($storageAccount.tier -eq 0) { # Removing tier 1 blobs as well for ($i=0;$i -lt $storageAccount.tier1Copies;$i++) { $blobName = [string]::Format("{0}-tier1-{1}",$job.VhdName,$i.ToString("000")) $blob = Get-AzureStorageBlob -Context $storageAccountContext -Container $storageAccount.container -Blob $blobName -ErrorAction SilentlyContinue if ($blob -ne $null) { Remove-AzureStorageBlob -Context $storageAccountContext -Container $storageAccount.container -Blob $blobName -Force -ErrorAction SilentlyContinue } } } $blob = Get-AzureStorageBlob -Context $storageAccountContext -Container $storageAccount.container -Blob $job.VhdName -ErrorAction SilentlyContinue if ($blob -ne $null) { Remove-AzureStorageBlob -Context $storageAccountContext -Container $storageAccount.container -Blob $job.VhdName -Force -ErrorAction SilentlyContinue } } # Selecting tier 0 subscription back Select-AzureRmSubscription -Subscriptionid $storageAccountList[0].subscriptionId } function Get-AzureRmImgMgmtTier2StorageAccount { <# .SYNOPSIS Gets tier 2 storage accounts. .DESCRIPTION Gets tier 2 storage accounts. .PARAMETER ConfigStorageAccountResourceGroupName Resource Group name where the Azure Storage Account that contains the system configuration tables. .PARAMETER ConfigStorageAccountName Name of the Storage Account that contains the system configuration tables .PARAMETER ConfigurationTableName Name of the configuration table, default to ImageManagementConfiguration, which is the preferred name. .PARAMETER ConfigurationTable Configuration table object. .EXAMPLE $Tier0SubscriptionId = "<subscription id>" $ConfigStorageAccountResourceGroupName = "PMC-OS-Images-Solution-rg" $ConfigStorageAccountName = "pmctier0sa01" Select-AzureRmSubscription -Subscriptionid $Tier0SubscriptionId $ConfigurationTableName="ImageManagementConfiguration" $configurationTable = Get-AzureRmImgMgmtTable -ResourceGroup $ConfigStorageAccountResourceGroupName -StorageAccountName $configStorageAccountName -tableName $configurationTableName Get-AzureRmImgMgmtTier2StorageAccount -ConfigurationTable $configurationTable #> param( [Parameter(Mandatory=$true,ParameterSetName="withConfigSettings")] [string]$ConfigStorageAccountResourceGroupName, [Parameter(Mandatory=$true,ParameterSetName="withConfigSettings")] [string]$ConfigStorageAccountName, [Parameter(Mandatory=$false,ParameterSetName="withConfigSettings")] [AllowNull()] [string]$ConfigurationTableName= "imageManagementConfiguration", [Parameter(Mandatory=$true,ParameterSetName="withConfigTable")] $configurationTable ) if ($PSCmdlet.ParameterSetName -eq "withConfigSettings") { $configurationTable = Get-AzureRmImgMgmtTable -resourceGroup $ConfigStorageAccountResourceGroupName -StorageAccountName $configStorageAccountName -tableName $configurationTableName } $filter = "(tier eq 2)" $rawResult += Get-AzureStorageTableRowByCustomFilter -customFilter $filter -table $configurationTable $resultList = @() if ($rawResult -ne $null) { foreach ($result in $rawResult) { $resultList += [ImageMgmtTier2StorageAccount]::New($result.storageAccountName,$result.resourceGroupName,$result.subscriptionId,$result.location,$result.container,$result.imagesResourceGroup,$result.tier,$result.id,$result.enabled) } } return ,$resultList } #endregion |