Public/func_Deploy-TemplatePlatform.ps1
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Function Deploy-TemplatePlatform { <# .SYNOPSIS Deploys a platform template for given instance configuration .DESCRIPTION Deploy Azure resources for a platform template and configuration. .PARAMETER CdfConfig Instance configuration .PARAMETER Deployed Override check on configuration 'IsDeployed' to force deployment of deployed configuration .PARAMETER TemplateDir Path to the platform template root dir. Defaults to ".". .PARAMETER SourceDir Path to the platform instance source directory. Defaults to "./src". .INPUTS CdfConfig .OUTPUTS Updated CDFConfig and json config files at SourceDir .EXAMPLE New-CdfConfigPlatform ... | Deploy-CdfTemplatePlatform ` -CdfConfig $CdfConfig .EXAMPLE $CdfConfig = Get-CdfConfigPlatform ... $UpdatedCdfConfig = Deploy-CdfTemplatePlatform ` -CdfConfig $CdfConfig ` -TemplateDir ../cdf-infra/templates ` -SourceDir ../cdf-infra/instances .LINK Deploy-CdfTemplateApplication .LINK Remove-CdfTemplatePlatform #> [CmdletBinding()] Param( [Parameter(ValueFromPipeline = $true, Mandatory = $true)] [Object]$CdfConfig, [Parameter(Mandatory = $false)] [switch] $Deployed, [Parameter(Mandatory = $false)] [bool] $DryRun = $false, [Parameter(Mandatory = $false)] [string] $TemplateDir = $env:CDF_INFRA_TEMPLATES_PATH ?? '.', [Parameter(Mandatory = $false)] [string] $SourceDir = $env:CDF_INFRA_SOURCE_PATH ?? './src', [Parameter(Mandatory = $false)] [string] $OutputDir = '' ) Begin { } Process { if ($CdfConfig.Platform.IsDeployed -eq $true -and !$Deployed) { $errMsg = 'Provided platform configuration is a deployed version. If this is intended, use parameter switch -Deployed to override this check. Using deployed version for deployments may impact negatively on template functionality.' Write-Error -Message $errMsg throw $errMsg } # Fetch platform definitions $templatePath = "$TemplateDir/platform/$($CdfConfig.Platform.Config.templateName)/$($CdfConfig.Platform.Config.templateVersion)" $sourcePath = "$SourceDir/$($CdfConfig.Platform.Config.platformId)/$($CdfConfig.Platform.Config.instanceId)" # TODO: replace with regionCode/regionName parameters, see below $regionNames = Get-Content -Raw "$sourcePath/platform/regionnames.json" | ConvertFrom-Json -AsHashtable $regionCodes = Get-Content -Raw "$sourcePath/platform/regioncodes.json" | ConvertFrom-Json -AsHashtable # Setup deployment variables from configuration # TODO: Verify validitity of environment/EnvDefinitionId $region = $CdfConfig.Platform.Env.region.toLower() $regionCode = $regionCodes[$region] $regionName = $regionNames[$regionCode] $platformEnvKey = "$($CdfConfig.Platform.Config.platformId)$($CdfConfig.Platform.Config.instanceId)$($CdfConfig.Platform.Env.nameId)" $templateFile = "$templatePath/platform.bicep" $deploymentName = "platform-$platformEnvKey-$regionCode" # Setup CDF template parameters for the Platform deployment $templateParams = [ordered] @{} $templateParams.platformEnv = $CdfConfig.Platform.Env $templateParams.platformConfig = $CdfConfig.Platform.Config $templateParams.platformFeatures = $CdfConfig.Platform.Features $templateParams.platformNetworkConfig = $CdfConfig.Platform.NetworkConfig ?? @{} $templateParams.platformAccessControl = $CdfConfig.Platform.AccessControl ?? @{} $templateParams.platformTags = $CdfConfig.Platform.Tags ?? @{} $templateParams.platformTags.BuildCommit = $env:GITHUB_SHA ?? $env:BUILD_SOURCEVERSION ?? $(git -C $TemplateDir rev-parse --short HEAD) $templateParams.platformTags.BuildRun = $env:GITHUB_RUN_ID ?? $env:BUILD_BUILDNUMBER ?? "local" $templateParams.platformTags.BuildBranch = $env:GITHUB_REF_NAME ?? $env:BUILD_SOURCEBRANCH ?? $(git -C $TemplateDir branch --show-current) $templateParams.platformTags.BuildRepo = $env:GITHUB_REPOSITORY ?? $env:BUILD_REPOSITORY_NAME ?? $(Split-Path -Leaf (git -C $TemplateDir remote get-url origin)) # Add settings from the enterprise configuration for the spoke network / landing zone if ( $CdfConfig.Platform.SpokeNetworkConfig ) { $templateParams.enterpriseSpokeConfig = $CdfConfig.Platform.SpokeNetworkConfig } # Add Public IP of Host for Postgres #if ( $CdfConfig.Platform.Features.enablePostgres ) {$templateParams.buildAgentIP = (Invoke-WebRequest ifconfig.me/ip).Content } else {$templateParams.buildAgentIP = ''} # TODO: Standardize this ugly workaround to provide DevOps Build Env Token if ( $env:PLATFORM_BUILDAGENT_PAT ) { $templateParams.platformEnv.platformDeploymentAccessToken = $env:PLATFORM_BUILDAGENT_PAT } Write-Debug "Template parameters: $($templateParams | ConvertTo-Json -Depth 10 | Out-String)" $azCtx = Get-AzureContext -SubscriptionId $CdfConfig.Platform.Env.subscriptionId # Deploy bicep template using parameters object Write-Host "Starting deployment of '$deploymentName' at '$region' using subscription [$($azCtx.Subscription.Name)] for runtime environment '$($CdfConfig.Platform.Env.name)'." $result = New-AzSubscriptionDeployment ` -DefaultProfile $azCtx ` -Name $deploymentName ` -Location $region ` -TemplateFile $templateFile ` -TemplateParameterObject $templateParams ` -WarningAction:SilentlyContinue ` -ErrorAction:Continue While ($result -and -not ($result.ProvisioningState -eq 'Succeeded' -or $result.ProvisioningState -eq 'Failed')) { Write-Host "Deployment still running..." Start-Sleep 30 $result = Get-AzSubscriptionDeployment -DefaultProfile $azCtx -Name "$deploymentName" if ($result.ProvisioningState -eq 'Succeeded' -or $result.ProvisioningState -eq 'Failed') { break; } } if ( -not $? -or ($null -eq $result.Outputs) ) { Write-Error "Deployment failed." if (($null -ne $Error) -and ($null -ne $Error)) { Write-Error "Error messages are:" $Error foreach ($errorDetail in $Error) { if (($null -ne $errorDetail)) { Write-Error $errorDetail.Exception.Message } } } Write-Error "Operation error messages are:" $errors = Get-AzDeploymentOperation ` -DefaultProfile $azCtx ` -DeploymentName $deploymentName ` | Where-Object -FilterScript { $_.ProvisioningState -eq 'Failed' } foreach ($error in $errors) { Write-Error "Error [$( $error.StatusCode)] Message [$( $error.StatusMessage)]" } throw "Deployment failed, see error output or deployment status on Azure Portal" } if ($result.ProvisioningState -eq 'Succeeded') { Write-Host "Successfully deployed '$deploymentName' at '$region '." # Save deployment configuration output to file if (!(Test-Path -Path "$sourcePath/output")) { New-Item -Type Directory -Path "$sourcePath/output" | Out-Null } $CdfPlatform = [ordered] @{ IsDeployed = $true Env = $result.Outputs.platformEnv.Value Tags = $result.Outputs.platformTags.Value Config = $result.Outputs.platformConfig.Value Features = $result.Outputs.platformFeatures.Value ResourceNames = $result.Outputs.platformResourceNames.Value NetworkConfig = $result.Outputs.platformNetworkConfig.Value AccessControl = $result.Outputs.platformAccessControl.Value } # Save config file and load as resulting JSON $configPath = $OutputDir ? $OutputDir : "$sourcePath/output" $configFileName = "platform.$platformEnvKey-$regionCode.json" $configOutput = Join-Path -Path $configPath -ChildPath $configFileName if (!(Test-Path -Path $configPath)) { New-Item -Type Directory -Path $configPath | Out-Null } $CdfPlatform | ConvertTo-Json -depth 10 | Out-File $configOutput $CdfPlatform | ConvertTo-Json -Depth 10 | Write-Verbose $CdfPlatform = Get-Content -Path $configOutput | ConvertFrom-Json -AsHashtable $CdfConfig = [ordered] @{ Platform = $CdfPlatform } return $CdfConfig } else { Write-Error $result.OutputsString Throw "Deployment failed for '$deploymentName' at '$region '. Please check the deployment status on azure portal for details." } } End { } } |