internal/tasks/All/All.task.ps1
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#Original file: Clone-Arm.Tags.task.ps1 $parm = @{ Description = @" "@ Alias = "Arm.Clone-Arm.Tags" } Task -Name "Clone-Arm.Tags" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $valueObj = [ordered]@{} $armObj.resources[0].tags.PsObject.Properties | ForEach-Object { $valueObj.Add($_.Name, $_.Value) } for ($i = 1; $i -lt $armObj.resources.Count; $i++) { if ($null -eq $armObj.resources[$i].tags) { $armObj.resources[$i] | Add-Member -MemberType NoteProperty -Name "tags" -Value $valueObj } else { $armObj.resources[$i].tags = $($valueObj) } } Out-TaskFileArm -InputObject $armObj } #Original file: ConvertTo-Arm.task.ps1 $parm = @{ Description = "Converts the LogicApp json structure into a valid ARM template json" Alias = "Converter.ConvertTo-Arm" } Task -Name "ConvertTo-Arm" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject $armObj = [ArmTemplate][PSCustomObject]@{ '$schema' = "https://schema.management.azure.com/schemas/2019-04-01/deploymentTemplate.json#" contentVersion = "1.0.0.0" parameters = @{} variables = @{} outputs = @{} } $armObj.resources = @($lgObj) Out-TaskFileArm -InputObject $armObj } #Original file: ConvertTo-Raw.task.ps1 $parm = @{ Description = @" Converts the exported LogicApp json structure into the a valid LogicApp json, this will remove different properties that are not needed "@ Alias = "Converter.ConvertTo-Raw" } Task -Name "ConvertTo-Raw" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject Out-TaskFileLogicApp -InputObject $lgObj } #Original file: Export-LogicApp.task.ps1 $parm = @{ Description = "Exports the raw version of the Logic App from the Azure Portal" Alias = "Exporter.Export-LogicApp" } Task -Name "Export-LogicApp" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools if ($SubscriptionId -and $ResourceGroup) { $uri = "https://management.azure.com/subscriptions/$SubscriptionId/resourceGroups/$ResourceGroup/providers/Microsoft.Logic/workflows/$Name`?api-version=2019-05-01" # Write-Host "Direct URL '$($uri)'" if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Uri $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } } else { # Write-Host "Searching for the Logic App" if ($tools -eq "AzCli") { $id = az resource show --resource-group $ResourceGroup --resource-type "Microsoft.Logic/workflows" --name $Name --query "id" | ConvertFrom-Json $resObj = az rest --url "$id" --url-parameters api-version=2019-05-01 | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Method Get -ResourceGroupName $ResourceGroup -ResourceProviderName 'Microsoft.Logic' -ResourceType 'workflows' -Name $Name -ApiVersion "2019-05-01" | Select-Object -ExpandProperty content | ConvertFrom-Json } } if ($null -eq $resObj) { #TODO! We need to throw an error Throw } Out-TaskFile -InputObject $resObj } #Original file: Set-Arm.Connections.ManagedApis.AmazonSQS.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type AmazonSQS --Creates a new resource in the ARM template, for the ApiConnection object --With matching ARM Parameters, for the 'Access Key Secret' as a Secure String --Makes sure the ARM Parameters logicAppLocation exists --Displayname is extracted from the Api Connection Object --The displayname will be configured to be the same as the name of the connection Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.AmazonSQS.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.AmazonSQS.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $conType = "amazonsqs" $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -like "*managedApis/amazonsqs*"` -and (-not ($connectionObj.Value.id -like "*[*(*)*]*"))) { $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($connectionObj.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Properties.DisplayName # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.Amazon.SQS.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $parmApicId = Format-Name -Type "Connection" -Prefix $Prefix -Value "$($connectionObj.Name)" $parmApicQueueUrl = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_QueueUrl" -Value "$($connectionObj.Name)" $parmApicAccessKeyId = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_AccessKeyId" -Value "$($connectionObj.Name)" $parmApicAccessKeySecret = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_AccessKeySecret" -Value "$($connectionObj.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$parmApicId" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." $armObj = Add-ArmParameter -InputObject $armObj -Name "$parmApicQueueUrl" ` -Type "string" ` -Value "$($resObj.Properties.parameterValues.queueUrl)" ` -Description "The Url for the SQS as provided from Amazon." $armObj = Add-ArmParameter -InputObject $armObj -Name "$parmApicAccessKeyId" ` -Type "string" ` -Value "$($resObj.Properties.parameterValues.accessKeyId)" ` -Description "The Access Key as provided from Amazon." $armObj = Add-ArmParameter -InputObject $armObj -Name "$parmApicAccessKeySecret" ` -Type "SecureString" ` -Value "" ` -Description "The Secret Access Key as provided from Amazon." # Update the api object properties $apiObj.Name = "[parameters('$parmApicId')]" $apiObj.properties.displayName = "[parameters('$parmApicId')]" $apiObj.properties.parameterValues.queueUrl = "[parameters('$parmApicQueueUrl')]" $apiObj.properties.parameterValues.accessKeyId = "[parameters('$parmApicAccessKeyId')]" $apiObj.properties.parameterValues.accessKeySecret = "[parameters('$parmApicAccessKeySecret')]" # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$parmApicId'))]" # Adjust the connection object to depend on the same name $connectionObj.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$parmApicId'))]" $connectionObj.Value.connectionName = "[parameters('$parmApicId')]" $connectionObj.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.AsParameter.task.ps1 $parm = @{ Description = @" Depricated. Use Set-Arm.Connections.ManagedApis.Id.AsParameter instead. Loops all `$connections children -Creates an Arm parameter, with prefix & suffix --Sets the default value to the original name, extracted from connectionId property -Sets the connectionId to: [resourceId('Microsoft.Web/connections', parameters('XYZ'))] -Sets the connectionName to: [parameters('XYZ')] "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.AsParameter" } Task -Name "Set-Arm.Connections.ManagedApis.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties | ForEach-Object { if ($_.Value.id -like "*managedApis*") { $conName = $_.Value.connectionId.Split("/") | Select-Object -Last 1 $namePreSuf = Format-Name -Type "Connection" -Prefix $Connection_Prefix -Suffix $Connection_Suffix -Value $_.Name $armObj = Add-ArmParameter -InputObject $armObj -Name "$namePreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." $_.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$namePreSuf'))]" $_.Value.connectionName = "[parameters('$namePreSuf')]" } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.AsVariable.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Creates an Arm variable, with prefix & suffix --Sets the value to the original name, extracted from connectionId property -Sets the connectionId to: [resourceId('Microsoft.Web/connections', variables('XYZ'))] -Sets the connectionName to: [variables('XYZ')] "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.AsVariable" } Task -Name "Set-Arm.Connections.ManagedApis.AsVariable" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties | ForEach-Object { if ($_.Value.id -like "*managedApis*") { $conName = $_.Value.connectionId.Split("/") | Select-Object -Last 1 $namePreSuf = Format-Name -Type "Connection" -Prefix $Connection_Prefix -Suffix $Connection_Suffix -Value $_.Name $armObj = Add-ArmVariable -InputObject $armObj -Name "$namePreSuf" -Value $conName $_.Value.connectionId = "[resourceId('Microsoft.Web/connections', variables('$namePreSuf'))]" $_.Value.connectionName = "[variables('$namePreSuf')]" } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.AzureBlob.ManagedIdentity.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type AzureBlob and is using the Managed Identity authentication scheme --Creates a new resource in the ARM template, for the ApiConnection object --Makes sure the ARM Parameters logicAppLocation exists --The type is based on the Managed Identity authentication --Name & Displayname is extracted from the ConnectionName property Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.AzureBlob.ManagedIdentity.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.AzureBlob.ManagedIdentity.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $conType = "azureblob" $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -like "*managedApis/azureblob*") { # This should only handle Managed Identity AzureBlob connections if ($connectionObj.Value.connectionProperties.authentication.type -ne "ManagedServiceIdentity") { continue } $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($connectionObj.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Properties.DisplayName $resName = $resObj.Properties.DisplayName # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.AzureBlob.Managed.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $idPreSuf = Format-Name -Type "Connection" -Value "$($connectionObj.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$idPreSuf')]" # $apiObj.properties.parameterValueSet.values.namespaceEndpoint.value = $apiObj.properties.parameterValueSet.values.namespaceEndpoint.value.Replace("'##NAMESPACE##'", "parameters('$nsPreSuf')") # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $connectionObj.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $connectionObj.Value.connectionName = "[parameters('$idPreSuf')]" $connectionObj.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { # We need the location parameter if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Dataverse.ServicePrincipal.Advanced.AsArmObject.task.ps1 $parm = @{ Description = @" "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Dataverse.ServicePrincipal.Advanced.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.Dataverse.ServicePrincipal.Advanced.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $armObj = Get-TaskWorkObject $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties | ForEach-Object { if ($_.Value.id -like "*managedApis/commondataservice*") { $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($_.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Name $displayName = $resObj.Properties.DisplayName $tenantId = $resObj.Properties.ParameterValues."token:TenantId" $clientId = $resObj.Properties.ParameterValues."token:clientId" # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.Dataverse.ServicePrincipal.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $tenantPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_TenantId" -Value "$($_.Name)" $clientPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_ClientId" -Value "$($_.Name)" $secretPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_ClientSecret" -Value "$($_.Name)" $idPreSuf = Format-Name -Type "Connection" -Value "$($_.Name)" $displayPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_DisplayName" -Value "$($_.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$tenantPreSuf" ` -Type "string" ` -Value "$tenantId" ` -Description "The Azure tenant id that the Dataverse instance is connected to. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$clientPreSuf" ` -Type "string" ` -Value "$clientId" ` -Description "The ClientId used to authenticate against the Dataverse instance. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$secretPreSuf" ` -Type "SecureString" ` -Value "" ` -Description "The ClientSecret used to authenticate against the Dataverse instance. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The id/name of the ManagedApi connection object that is being utilized by the Logic App." $armObj = Add-ArmParameter -InputObject $armObj -Name "$displayPreSuf" ` -Type "string" ` -Value $displayName ` -Description "The display name of the ManagedApi connection object that is being utilized by the Logic App." # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$displayPreSuf')]" $apiObj.Properties.ParameterValues."token:TenantId" = "[parameters('$tenantPreSuf')]" $apiObj.Properties.ParameterValues."token:clientId" = "[parameters('$clientPreSuf')]" $apiObj.Properties.ParameterValues."token:clientSecret" = "[parameters('$secretPreSuf')]" # Update the api connection object type $_.Value.id -match "/managedApis/(.*)" $conType = $Matches[1] $apiObj.properties.api.id = $apiObj.properties.api.id.Replace("##TYPE##", $conType) # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $_.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $_.Value.connectionName = "[parameters('$idPreSuf')]" $_.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { # We need the location parameter if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Generic.Advanced.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type ManagedApi --Creates a new resource in the ARM template, for the ApiConnection object --Makes sure the ARM Parameters logicAppLocation exists --Name & Displayname is extracted from the Api Connection Object --Extends the dependsOn property on the LogicApp resource, to depend on the ApiConnection object Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Generic.Advanced.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.Generic.Advanced.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -match "/managedApis/(.*)") { # We have specialized templates for these types if ($Matches[1] -in @("azureblob", "azurefile", "azuretables", "servicebus")) { continue } $found = $true $conType = $Matches[1] # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($connectionObj.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Name $displayName = $resObj.Properties.DisplayName # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.Managed.json" -Raw | ConvertFrom-Json $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $idPreSuf = Format-Name -Type "Connection" -Value "$($connectionObj.Name)" $displayPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_DisplayName" -Value "$($connectionObj.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." $armObj = Add-ArmParameter -InputObject $armObj -Name "$displayPreSuf" ` -Type "string" ` -Value $displayName ` -Description "The display name of the ManagedApi connection object that is being utilized by the Logic App." # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$displayPreSuf')]" $apiObj.properties.api.id = $apiObj.properties.api.id.Replace("##TYPE##", $conType) # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $connectionObj.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $connectionObj.Value.connectionName = "[parameters('$idPreSuf')]" $connectionObj.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Generic.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type ManagedApi --Creates a new resource in the ARM template, for the ApiConnection object --Makes sure the ARM Parameters logicAppLocation exists --Name & Displayname is extracted from the ConnectionName property --Extends the dependsOn property on the LogicApp resource, to depend on the ApiConnection object Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Generic.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.Generic.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -match "/managedApis/(.*)") { # We have specialized templates for these types if ($Matches[1] -in @("azureblob", "azurefile", "azuretables", "servicebus")) { continue } $found = $true $conType = $Matches[1] # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($connectionObj.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Properties.DisplayName # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.Managed.json" -Raw | ConvertFrom-Json # Set the names of the parameters $idPreSuf = Format-Name -Type "Connection" -Value "$($connectionObj.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$idPreSuf')]" $apiObj.properties.api.id = $apiObj.properties.api.id.Replace("##TYPE##", $conType) # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $connectionObj.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $connectionObj.Value.connectionName = "[parameters('$idPreSuf')]" $connectionObj.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Id.AsParameter.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Creates an Arm parameter, with prefix & suffix --Sets the default value to the original name, extracted from connectionId property -Sets the connectionId to: [resourceId('Microsoft.Web/connections', parameters('XYZ'))] -Sets the connectionName to: [parameters('XYZ')] "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Id.AsParameter" } Task -Name "Set-Arm.Connections.ManagedApis.Id.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties | ForEach-Object { if ($_.Value.id -like "*managedApis*") { $conName = $_.Value.connectionId.Split("/") | Select-Object -Last 1 $namePreSuf = Format-Name -Type "Connection" -Prefix $Connection_Prefix -Suffix $Connection_Suffix -Value $_.Name $armObj = Add-ArmParameter -InputObject $armObj -Name "$namePreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." $_.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$namePreSuf'))]" $_.Value.connectionName = "[parameters('$namePreSuf')]" } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.IdFormatted.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Sets the id value to: [format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/XYZ', subscription().subscriptionId, parameters('logicAppLocation'))] Creates the Arm parameter logicAppLocation if it doesn't exists "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.IdFormatted" } Task -Name "Set-Arm.Connections.ManagedApis.IdFormatted" @parm -Action { Set-TaskWorkDirectory $found = $false $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -like "*managedApis*" ` -and (-not ($connectionObj.Value.id -like "*[*(*)*]*")) ` ) { $found = $true $conType = $connectionObj.Value.id.Split("/") | Select-Object -Last 1 $connectionObj.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.IntegrationAccount.Edifact.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type ManagedApis/edifact --Creates a new resource in the ARM template, for the ApiConnection object --Makes sure the ARM Parameters logicAppLocation,integrationAccount,integrationAccountResourceGroup exists --Name & Displayname is extracted from the ConnectionName property --Extends the dependsOn property on the LogicApp resource, to depend on the ApiConnection object Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.IntegrationAccount.Edifact.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.IntegrationAccount.Edifact.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $conType = "edifact" $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -like "*managedApis/edifact*" ` -and (-not ($connectionObj.Value.id -like "*[*(*)*]*"))) { $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($connectionObj.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Properties.DisplayName # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.IntegrationAccount.Edifact.json" -Raw | ConvertFrom-Json # Set the names of the parameters $idPreSuf = Format-Name -Type "Connection" -Value "$($connectionObj.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$idPreSuf')]" $apiObj.properties.api.id = $apiObj.properties.api.id.Replace("##TYPE##", $conType) # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $connectionObj.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $connectionObj.Value.connectionName = "[parameters('$idPreSuf')]" $connectionObj.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } if ($null -eq $armObj.parameters.integrationAccount) { $armObj = Add-ArmParameter -InputObject $armObj -Name "integrationAccount" ` -Type "string" ` -Value "$($resObj.Properties.parameterValues.integrationAccountId.Split("/") | Select-Object -Last 1))" ` -Description "The name / id of the Integration Account that is being utilized by the Logic App." } if ($null -eq $armObj.parameters.integrationAccountResourceGroup) { $resObj.Properties.parameterValues.integrationAccountId -match "resourceGroups/(.*)/providers" $armObj = Add-ArmParameter -InputObject $armObj -Name "integrationAccountResourceGroup" ` -Type "string" ` -Value $Matches[1] ` -Description "The resource group where the Integration Account that is being utilized by the Logic App is located." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.KeyVault.ManagedIdentity.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type KeyVault and is using the Managed Identity authentication scheme --Creates a new resource in the ARM template, for the ApiConnection object --With matching ARM Parameters, for the Namespace --Makes sure the ARM Parameters logicAppLocation exists --The type is based on the Managed Identity authentication --Name & Displayname is extracted from the ConnectionName property Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.KeyVault.ManagedIdentity.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.KeyVault.ManagedIdentity.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $conType = "keyvault" $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -like "*managedApis/keyvault*") { # This should only handle Managed Identity KeyVault connections if ($connectionObj.Value.connectionProperties.authentication.type -ne "ManagedServiceIdentity") { continue } $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($connectionObj.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Properties.DisplayName $resName = $resObj.Properties.DisplayName #fallback default value $resName = $resObj.Properties.parameterValueSet.values.vaultName.value # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.KV.Managed.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $idPreSuf = Format-Name -Type "Connection" -Value "$($connectionObj.Name)" $resNamePreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Name" -Value "$($connectionObj.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$resNamePreSuf" ` -Type "string" ` -Value "$resName" ` -Description "The name of the key vault. ($($connectionObj.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$idPreSuf')]" $apiObj.properties.parameterValueSet.values.vaultName.value = $apiObj.properties.parameterValueSet.values.vaultName.value.Replace("##KEYVAULT##", "[parameters('$resNamePreSuf')]") # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $connectionObj.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $connectionObj.Value.connectionName = "[parameters('$idPreSuf')]" $connectionObj.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { # We need the location parameter if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Name.AsParameter.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Creates an Arm parameter, with prefix & suffix --Sets the default value to the original name, extracted from connectionName property -Sets the connectionId to: [resourceId('Microsoft.Web/connections', parameters('XYZ'))] -Sets the connectionName to: [parameters('XYZ')] "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Name.AsParameter" } Task -Name "Set-Arm.Connections.ManagedApis.Name.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -like "*managedApis*" ` -and (-not ($connectionObj.Value.connectionName -like "*[*(*)*]*")) ` -and (-not ($connectionObj.Value.id -like "*[*(*)*]*")) ` ) { $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $conName = $connectionObj.Value.connectionName $namePreSuf = Format-Name -Type "Connection" -Value $connectionObj.Name $armObj = Add-ArmParameter -InputObject $armObj -Name "$namePreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." $connectionObj.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$namePreSuf'))]" $connectionObj.Value.connectionName = "[parameters('$namePreSuf')]" } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Servicebus.ConnectionString.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type servicebus, and that is using the classic connection string approach --Creates a new resource in the ARM template, for the ApiConnection object --With matching ARM Parameters, for the connection string as a Secure String --Makes sure the ARM Parameters logicAppLocation exists --The type is based on ConnectionString approach --Displayname is extracted from the Api Connection Object --The displayname will be configured to be the same as the name of the connection Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Servicebus.ConnectionString.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.Servicebus.ConnectionString.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $conType = "servicebus" $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -like "*managedApis/servicebus*") { # This should only handle the classic Servicebus connections based on ListKey if ($connectionObj.Value.connectionProperties.authentication.type -eq "ManagedServiceIdentity") { continue } $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($connectionObj.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Properties.DisplayName # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.SB.ConnectionString.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $conStrPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_ConnectionString" -Value "$($connectionObj.Name)" $idPreSuf = Format-Name -Type "Connection" -Value "$($connectionObj.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." $armObj = Add-ArmParameter -InputObject $armObj -Name "$conStrPreSuf" ` -Type "SecureString" ` -Value "" ` -Description "The complete connection string for the namespace. ($($connectionObj.Name))" # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$idPreSuf')]" $apiObj.properties.parameterValues.connectionString = $apiObj.properties.parameterValues.connectionString.Replace("##CONNECTIONSTRING##", "$conStrPreSuf") # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $connectionObj.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $connectionObj.Value.connectionName = "[parameters('$idPreSuf')]" $connectionObj.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Servicebus.ListKey.Advanced.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type servicebus, and that is using the classic connection string approach --Creates a new resource in the ARM template, for the ApiConnection object --With matching ARM Parameters, for the ResourceGroup, Namespace, AccessKey --Makes sure the ARM Parameters logicAppLocation exists --The type is based on ListKey / ConnectionString approach --Name & Displayname is extracted from the Api Connection Object Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Servicebus.ListKey.Advanced.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.Servicebus.ListKey.Advanced.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $conType = "servicebus" $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -like "*managedApis/servicebus*") { # This should only handle the classic Servicebus connections based on ListKey if ($connectionObj.Value.connectionProperties.authentication.type -eq "ManagedServiceIdentity") { continue } $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($connectionObj.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Name $displayName = $resObj.Properties.DisplayName # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.SB.ListKey.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $subPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Subscription" -Value "$($connectionObj.Name)" $rgPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_ResourceGroup" -Value "$($connectionObj.Name)" $objPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Namespace" -Value "$($connectionObj.Name)" $keyPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Key" -Value "$($connectionObj.Name)" $idPreSuf = Format-Name -Type "Connection" -Value "$($connectionObj.Name)" $displayPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_DisplayName" -Value "$($connectionObj.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$subPreSuf" ` -Type "string" ` -Value "[subscription().subscriptionId]" ` -Description "The subscription where the servicebus namespace is located. ($($connectionObj.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$rgPreSuf" ` -Type "string" ` -Value "[resourceGroup().name]" ` -Description "The resource group where the servicebus namespace is located. ($($connectionObj.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$objPreSuf" ` -Type "string" ` -Value "" ` -Description "The name of the servicebus namespace. ($($connectionObj.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." $armObj = Add-ArmParameter -InputObject $armObj -Name "$displayPreSuf" ` -Type "string" ` -Value $displayName ` -Description "The display name of the ManagedApi connection object that is being utilized by the Logic App." $armObj = Add-ArmParameter -InputObject $armObj -Name "$keyPreSuf" ` -Type "string" ` -Value "RootManageSharedAccessKey" ` -Description "The name of the namespace access policy key that will be used during the deployment to fetch the connection string based on that key. ($($connectionObj.Name))" # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$displayPreSuf')]" $apiObj.properties.parameterValues.connectionString = $apiObj.properties.parameterValues.connectionString.Replace("'##SUSCRIPTIONID##'", "parameters('$subPreSuf')").Replace("'##RESOURCEGROUPNAME##'", "parameters('$rgPreSuf')").Replace("'##NAMESPACE##'", "parameters('$objPreSuf')").Replace("'##KEYNAME##'", "parameters('$keyPreSuf')") # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $connectionObj.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $connectionObj.Value.connectionName = "[parameters('$idPreSuf')]" $connectionObj.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Servicebus.ListKey.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type servicebus, and that is using the classic connection string approach --Creates a new resource in the ARM template, for the ApiConnection object --With matching ARM Parameters, for the ResourceGroup, Namespace, AccessKey --Makes sure the ARM Parameters logicAppLocation exists --The type is based on ListKey / ConnectionString approach --Displayname is extracted from the Api Connection Object --The displayname will be configured to be the same as the name of the connection Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Servicebus.ListKey.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.Servicebus.ListKey.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $conType = "servicebus" $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -like "*managedApis/servicebus*") { # This should only handle the classic Servicebus connections based on ListKey if ($connectionObj.Value.connectionProperties.authentication.type -eq "ManagedServiceIdentity") { continue } $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($connectionObj.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Properties.DisplayName # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.SB.ListKey.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $subPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Subscription" -Value "$($connectionObj.Name)" $rgPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_ResourceGroup" -Value "$($connectionObj.Name)" $objPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Namespace" -Value "$($connectionObj.Name)" $keyPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Key" -Value "$($connectionObj.Name)" $idPreSuf = Format-Name -Type "Connection" -Value "$($connectionObj.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$subPreSuf" ` -Type "string" ` -Value "[subscription().subscriptionId]" ` -Description "The subscription where the servicebus namespace is located. ($($connectionObj.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$rgPreSuf" ` -Type "string" ` -Value "[resourceGroup().name]" ` -Description "The resource group where the servicebus namespace is located. ($($connectionObj.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$objPreSuf" ` -Type "string" ` -Value "" ` -Description "The name of the servicebus namespace. ($($connectionObj.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." $armObj = Add-ArmParameter -InputObject $armObj -Name "$keyPreSuf" ` -Type "string" ` -Value "RootManageSharedAccessKey" ` -Description "The name of the namespace access policy key that will be used during the deployment to fetch the connection string based on that key. ($($connectionObj.Name))" # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$idPreSuf')]" $apiObj.properties.parameterValues.connectionString = $apiObj.properties.parameterValues.connectionString.Replace("'##SUSCRIPTIONID##'", "parameters('$subPreSuf')").Replace("'##RESOURCEGROUPNAME##'", "parameters('$rgPreSuf')").Replace("'##NAMESPACE##'", "parameters('$objPreSuf')").Replace("'##KEYNAME##'", "parameters('$keyPreSuf')") # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $connectionObj.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $connectionObj.Value.connectionName = "[parameters('$idPreSuf')]" $connectionObj.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Servicebus.ManagedIdentity.Advanced.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type servicebus and is using the Managed Identity authentication scheme --Creates a new resource in the ARM template, for the ApiConnection object --With matching ARM Parameters, for the Namespace --Makes sure the ARM Parameters logicAppLocation exists --The type is based on the Managed Identity authentication --Name & Displayname is extracted from the Api Connection Object Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Servicebus.ManagedIdentity.Advanced.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.Servicebus.ManagedIdentity.Advanced.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $conType = "servicebus" $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -like "*managedApis/servicebus*") { # This should only handle Managed Identity Servicebus connections if ($connectionObj.Value.connectionProperties.authentication.type -ne "ManagedServiceIdentity") { continue } $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($connectionObj.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Name $displayName = $resObj.Properties.DisplayName $resName = $displayName #fallback default value if ($resObj.Properties.parameterValueSet.values.namespaceEndpoint.value -match "sb://(.*).servicebus.windows.net") { $resName = $Matches[1] } # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.SB.Managed.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $idPreSuf = Format-Name -Type "Connection" -Value "$($connectionObj.Name)" $displayPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_DisplayName" -Value "$($connectionObj.Name)" $nsPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Namespace" -Value "$($connectionObj.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$nsPreSuf" ` -Type "string" ` -Value "$resName" ` -Description "The name of the servicebus namespace. ($($connectionObj.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." $armObj = Add-ArmParameter -InputObject $armObj -Name "$displayPreSuf" ` -Type "string" ` -Value $displayName ` -Description "The display name of the ManagedApi connection object that is being utilized by the Logic App." # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$displayPreSuf')]" $apiObj.properties.parameterValueSet.values.namespaceEndpoint.value = $apiObj.properties.parameterValueSet.values.namespaceEndpoint.value.Replace("'##NAMESPACE##'", "parameters('$nsPreSuf')") # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $connectionObj.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $connectionObj.Value.connectionName = "[parameters('$idPreSuf')]" $connectionObj.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { # We need the location parameter if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Servicebus.ManagedIdentity.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type servicebus and is using the Managed Identity authentication scheme --Creates a new resource in the ARM template, for the ApiConnection object --With matching ARM Parameters, for the Namespace --Makes sure the ARM Parameters logicAppLocation exists --The type is based on the Managed Identity authentication --Name & Displayname is extracted from the ConnectionName property Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Servicebus.ManagedIdentity.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.Servicebus.ManagedIdentity.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $conType = "servicebus" $armObj = Get-TaskWorkObject foreach ($connectionObj in $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties) { if ($connectionObj.Value.id -like "*managedApis/servicebus*") { # This should only handle Managed Identity Servicebus connections if ($connectionObj.Value.connectionProperties.authentication.type -ne "ManagedServiceIdentity") { continue } $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($connectionObj.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Properties.DisplayName $resName = $resObj.Properties.DisplayName #fallback default value if ($resObj.Properties.parameterValueSet.values.namespaceEndpoint.value -match "sb://(.*).servicebus.windows.net") { $resName = $Matches[1] } # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.SB.Managed.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $idPreSuf = Format-Name -Type "Connection" -Value "$($connectionObj.Name)" $nsPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Namespace" -Value "$($connectionObj.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$nsPreSuf" ` -Type "string" ` -Value "$resName" ` -Description "The name of the servicebus namespace. ($($connectionObj.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$idPreSuf')]" $apiObj.properties.parameterValueSet.values.namespaceEndpoint.value = $apiObj.properties.parameterValueSet.values.namespaceEndpoint.value.Replace("'##NAMESPACE##'", "parameters('$nsPreSuf')") # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $connectionObj.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $connectionObj.Value.connectionName = "[parameters('$idPreSuf')]" $connectionObj.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { # We need the location parameter if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.SftpWithSsh.Username.Advanced.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type azuretable --Creates a new resource in the ARM template, for the ApiConnection object --With matching ARM Parameters, for the SubscriptionId, ResourceGroup, Namespace, Key --Makes sure the ARM Parameters logicAppLocation exists --The type is based on ListKey / ConnectionString approach --Name & Displayname is extracted from the Api Connection Object Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.SftpWithSsh.Username.Advanced.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.SftpWithSsh.Username.Advanced.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $armObj = Get-TaskWorkObject $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties | ForEach-Object { if ($_.Value.id -like "*managedApis/sftpwithssh*") { $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($_.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Name $displayName = $resObj.Properties.DisplayName $hostName = $resObj.Properties.ParameterValues.hostName $userName = $resObj.Properties.ParameterValues.userName $portNumber = $resObj.Properties.ParameterValues.portNumber $rootFolder = $resObj.Properties.ParameterValues.rootFolder $accept = $resObj.Properties.ParameterValues.acceptAnySshHostKey $fingerprint = $resObj.Properties.ParameterValues.sshHostKeyFingerprint # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.SftpWithSsh.Username.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $hostPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Hostname" -Value "$($_.Name)" $userPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Username" -Value "$($_.Name)" $passPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Password" -Value "$($_.Name)" $portPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Portnumber" -Value "$($_.Name)" $rootPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Rootfolder" -Value "$($_.Name)" $acceptPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_AcceptAnySshHostkey" -Value "$($_.Name)" $fingerPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_SshHostKeyFingerprint" -Value "$($_.Name)" $idPreSuf = Format-Name -Type "Connection" -Value "$($_.Name)" $displayPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_DisplayName" -Value "$($_.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$hostPreSuf" ` -Type "string" ` -Value "$hostName" ` -Description "The host / server address for the Sftp server. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$userPreSuf" ` -Type "string" ` -Value "$userName" ` -Description "The username used to authenticate against the Sftp server. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$passPreSuf" ` -Type "SecureString" ` -Value "" ` -Description "The password used to authenticate against the Sftp server. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$portPreSuf" ` -Type "string" ` -Value "$portNumber" ` -Description "The port used to communicate with the Sftp server. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$rootPreSuf" ` -Type "string" ` -Value "$rootFolder" ` -Description "The root folder path on the Sftp server. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$acceptPreSuf" ` -Type "bool" ` -Value $accept ` -Description "True will accept any Ssh Host Keys presented from the Sftp server. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$fingerPreSuf" ` -Type "string" ` -Value "$fingerprint" ` -Description "The fingerprint that you expect during the initial communication with the Sftp server. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$displayPreSuf" ` -Type "string" ` -Value $displayName ` -Description "The display name of the ManagedApi connection object that is being utilized by the Logic App." $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$displayPreSuf')]" $apiObj.Properties.ParameterValues.hostName = "[parameters('$hostPreSuf')]" $apiObj.Properties.ParameterValues.userName = "[parameters('$userPreSuf')]" $apiObj.Properties.ParameterValues.password = "[parameters('$passPreSuf')]" $apiObj.Properties.ParameterValues.portNumber = "[parameters('$portPreSuf')]" $apiObj.Properties.ParameterValues.rootFolder = "[parameters('$rootPreSuf')]" $apiObj.Properties.ParameterValues.acceptAnySshHostKey = "[parameters('$acceptPreSuf')]" $apiObj.Properties.ParameterValues.sshHostKeyFingerprint = "[parameters('$fingerPreSuf')]" # Update the api connection object type $_.Value.id -match "/managedApis/(.*)" $conType = $Matches[1] $apiObj.properties.api.id = $apiObj.properties.api.id.Replace("##TYPE##", $conType) # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $_.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $_.Value.connectionName = "[parameters('$idPreSuf')]" $_.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { # We need the location parameter if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Storage.BlobOrFile.ListKey.Advanced.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type azureblob or azurefile --Creates a new resource in the ARM template, for the ApiConnection object --With matching ARM Parameters, for the SubscriptionId, ResourceGroup, Namespace, Key --Makes sure the ARM Parameters logicAppLocation exists --The type is based on ListKey / ConnectionString approach --Name & Displayname is extracted from the Api Connection Object Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Storage.BlobOrFile.ListKey.Advanced.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.Storage.BlobOrFile.ListKey.Advanced.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $armObj = Get-TaskWorkObject $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties | ForEach-Object { if ($_.Value.id -like "*managedApis/azureblob*" -or $_.Value.id -like "*managedApis/azurefile*") { $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($_.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Name $displayName = $resObj.Properties.DisplayName $resName = $resObj.Properties.ParameterValues.AccountName # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.Storage.BlobOrFile.AccessKey.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $subPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Subscription" -Value "$($_.Name)" $rgPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_ResourceGroup" -Value "$($_.Name)" $objPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_StorageAccount" -Value "$($_.Name)" $idPreSuf = Format-Name -Type "Connection" -Value "$($_.Name)" $displayPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_DisplayName" -Value "$($_.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$subPreSuf" ` -Type "string" ` -Value "[subscription().subscriptionId]" ` -Description "The subscription where the storage account is located. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$rgPreSuf" ` -Type "string" ` -Value "[resourceGroup().name]" ` -Description "The resource group where the storage account is located. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$objPreSuf" ` -Type "string" ` -Value "$resName" ` -Description "The name of the storage account. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." $armObj = Add-ArmParameter -InputObject $armObj -Name "$displayPreSuf" ` -Type "string" ` -Value $displayName ` -Description "The display name of the ManagedApi connection object that is being utilized by the Logic App." # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$displayPreSuf')]" $apiObj.properties.parameterValues.accountName = "[parameters('$objPreSuf')]" $apiObj.properties.parameterValues.accessKey = $apiObj.properties.parameterValues.accessKey.Replace("'##SUSCRIPTIONID##'", "parameters('$subPreSuf')").Replace("'##RESOURCEGROUPNAME##'", "parameters('$rgPreSuf')").Replace("'##ACCOUNTNAME##'", "parameters('$objPreSuf')") # Update the api connection object type $_.Value.id -match "/managedApis/(.*)" $conType = $Matches[1] $apiObj.properties.api.id = $apiObj.properties.api.id.Replace("##TYPE##", $conType) # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $_.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $_.Value.connectionName = "[parameters('$idPreSuf')]" $_.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { # We need the location parameter if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Storage.BlobOrFile.ListKey.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type azureblob or azurefile --Creates a new resource in the ARM template, for the ApiConnection object --With matching ARM Parameters, for the SubscriptionId, ResourceGroup, Namespace, Key --Makes sure the ARM Parameters logicAppLocation exists --The type is based on ListKey / ConnectionString approach --Name & Displayname is extracted from the ConnectionName property Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Storage.BlobOrFile.ListKey.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.Storage.BlobOrFile.ListKey.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $armObj = Get-TaskWorkObject $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties | ForEach-Object { if ($_.Value.id -like "*managedApis/azureblob*" -or $_.Value.id -like "*managedApis/azurefile*") { $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($_.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Properties.DisplayName $resName = $resObj.Properties.ParameterValues.AccountName # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.Storage.BlobOrFile.AccessKey.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $subPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Subscription" -Value "$($_.Name)" $rgPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_ResourceGroup" -Value "$($_.Name)" $objPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_StorageAccount" -Value "$($_.Name)" $idPreSuf = Format-Name -Type "Connection" -Value "$($_.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$subPreSuf" ` -Type "string" ` -Value "[subscription().subscriptionId]" ` -Description "The subscription where the storage account is located. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$rgPreSuf" ` -Type "string" ` -Value "[resourceGroup().name]" ` -Description "The resource group where the storage account is located. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$objPreSuf" ` -Type "string" ` -Value "$resName" ` -Description "The name of the storage account. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$idPreSuf')]" $apiObj.properties.parameterValues.accountName = "[parameters('$objPreSuf')]" $apiObj.properties.parameterValues.accessKey = $apiObj.properties.parameterValues.accessKey.Replace("'##SUSCRIPTIONID##'", "parameters('$subPreSuf')").Replace("'##RESOURCEGROUPNAME##'", "parameters('$rgPreSuf')").Replace("'##ACCOUNTNAME##'", "parameters('$objPreSuf')") # Update the api connection object type $_.Value.id -match "/managedApis/(.*)" $conType = $Matches[1] $apiObj.properties.api.id = $apiObj.properties.api.id.Replace("##TYPE##", $conType) # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $_.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $_.Value.connectionName = "[parameters('$idPreSuf')]" $_.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { # We need the location parameter if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Connections.ManagedApis.Storage.Table.ListKey.Advanced.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Validates that is of the type azuretable --Creates a new resource in the ARM template, for the ApiConnection object --With matching ARM Parameters, for the SubscriptionId, ResourceGroup, Namespace, Key --Makes sure the ARM Parameters logicAppLocation exists --The type is based on ListKey / ConnectionString approach --Name & Displayname is extracted from the Api Connection Object Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Connections.ManagedApis.Storage.Table.ListKey.Advanced.AsArmObject" } Task -Name "Set-Arm.Connections.ManagedApis.Storage.Table.ListKey.Advanced.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $found = $false $armObj = Get-TaskWorkObject $armObj.resources[0].properties.parameters.'$connections'.value.PsObject.Properties | ForEach-Object { if ($_.Value.id -like "*managedApis/azuretable*") { $found = $true # Fetch the details from the connection object $uri = "{0}?api-version=2018-07-01-preview" -f $($_.Value.connectionId) if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } # Use the display name as the name of the resource $conName = $resObj.Name $displayName = $resObj.Properties.DisplayName $resName = $resObj.Properties.ParameterValues.storageaccount # Fetch base template $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $apiObj = Get-Content -Path "$pathArms\API.Storage.Table.AccessKey.json" -Raw | ConvertFrom-Json # Set the names of the parameters $Prefix = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $subPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_Subscription" -Value "$($_.Name)" $rgPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_ResourceGroup" -Value "$($_.Name)" $objPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_StorageAccount" -Value "$($_.Name)" $idPreSuf = Format-Name -Type "Connection" -Value "$($_.Name)" $displayPreSuf = Format-Name -Type "Connection" -Prefix $Prefix -Suffix "_DisplayName" -Value "$($_.Name)" $armObj = Add-ArmParameter -InputObject $armObj -Name "$subPreSuf" ` -Type "string" ` -Value "[subscription().subscriptionId]" ` -Description "The subscription where the storage account is located. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$rgPreSuf" ` -Type "string" ` -Value "[resourceGroup().name]" ` -Description "The resource group where the storage account is located. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$objPreSuf" ` -Type "string" ` -Value "$resName" ` -Description "The name of the storage account. ($($_.Name))" $armObj = Add-ArmParameter -InputObject $armObj -Name "$idPreSuf" ` -Type "string" ` -Value $conName ` -Description "The name / id of the ManagedApi connection object that is being utilized by the Logic App. Will be for the trigger and other actions that depend on connections." $armObj = Add-ArmParameter -InputObject $armObj -Name "$displayPreSuf" ` -Type "string" ` -Value $displayName ` -Description "The display name of the ManagedApi connection object that is being utilized by the Logic App." # Update the api object properties $apiObj.Name = "[parameters('$idPreSuf')]" $apiObj.properties.displayName = "[parameters('$displayPreSuf')]" $apiObj.properties.parameterValues.storageaccount = "[parameters('$objPreSuf')]" $apiObj.properties.parameterValues.sharedkey = $apiObj.properties.parameterValues.sharedkey.Replace("'##SUSCRIPTIONID##'", "parameters('$subPreSuf')").Replace("'##RESOURCEGROUPNAME##'", "parameters('$rgPreSuf')").Replace("'##ACCOUNTNAME##'", "parameters('$objPreSuf')") # Update the api connection object type $_.Value.id -match "/managedApis/(.*)" $conType = $Matches[1] $apiObj.properties.api.id = $apiObj.properties.api.id.Replace("##TYPE##", $conType) # Append the new resource to the ARM template $armObj.resources += $apiObj if ($null -eq $armObj.resources[0].dependsOn) { # Create the dependsOn array if it does not exist $armObj.resources[0] | Add-Member -MemberType NoteProperty -Name "dependsOn" -Value @() } # Add the new resource to the dependsOn array, so that the deployment will work $armObj.resources[0].dependsOn += "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" # Adjust the connection object to depend on the same name $_.Value.connectionId = "[resourceId('Microsoft.Web/connections', parameters('$idPreSuf'))]" $_.Value.connectionName = "[parameters('$idPreSuf')]" $_.Value.id = "[format('/subscriptions/{0}/providers/Microsoft.Web/locations/{1}/managedApis/$conType', subscription().subscriptionId, parameters('logicAppLocation'))]" } } if ($found) { # We need the location parameter if ($null -eq $armObj.parameters.logicAppLocation) { $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Diagnostics.Settings.Workspace.Advanced.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all diagnosticSettings children for the Logic App -Validates that is of the type Log Analytics (Workspace) --Creates a new resource in the ARM template, for the diagnosticSettings object --With matching ARM Parameters, for the WorkspaceId, WorkspaceResourceGroup, Name --WorkspaceId, WorkspaceResourceGroup & Name is extracted from the DiagnosticSettings Object Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Diagnostics.Settings.Workspace.Advanced.AsArmObject" } Task -Name "Set-Arm.Diagnostics.Settings.Workspace.Advanced.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $armObj = Get-TaskWorkObject $subLocal = (Get-AzContext).Subscription.Id if ($SubscriptionId) { $subLocal = $SubscriptionId } $uri = "/subscriptions/$subLocal/resourceGroups/$ResourceGroup/providers/Microsoft.Logic/workflows/$Name/providers/Microsoft.Insights/diagnosticSettings?api-version=2021-05-01-preview" if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } $diagSettings = @($resObj | Select-Object -ExpandProperty Value) if ($null -eq $diagSettings -or $diagSettings.Count -eq 0) { $diagFake = Get-Content -Path "$pathArms\DIAG.Workspace.Simple.json" -Raw | ConvertFrom-Json $diagSettings = @($diagFake) } $counter = 0 foreach ($diag in $diagSettings) { if ([System.String]::IsNullOrEmpty($diag.properties.workspaceId)) { continue } $orgName = $diag.name $orgResourceGroup = ($diag.properties.workspaceId | Select-String -Pattern ".*/resourceGroups/(.*?)/providers/").Matches[0].Groups[1].Value $orgWorkspace = $diag.properties.workspaceId.Split("/") | Select-Object -Last 1 $counter += 1 $parmName = "diagnostic$($counter.ToString().PadLeft(3, "0"))_Name" $parmWorkspace = "diagnostic$($counter.ToString().PadLeft(3, "0"))_WorkspaceId" $parmRgWorkspace = "diagnostic$($counter.ToString().PadLeft(3, "0"))_ResourceGroup" $armObj = Add-ArmParameter -InputObject $armObj -Name $parmName ` -Type "string" ` -Value "$orgName" ` -Description "The name of diagnostic setting / profile for the Logic App." $armObj = Add-ArmParameter -InputObject $armObj -Name "$parmRgWorkspace" ` -Type "string" ` -Value "$orgResourceGroup" ` -Description "The resource group where the Log Analytics (Workspace) is located." $armObj = Add-ArmParameter -InputObject $armObj -Name $parmWorkspace ` -Type "string" ` -Value "$orgWorkspace" ` -Description "The name / id of the Log Analytics (Workspace) that is referenced by the Logic App and its diagnostic settings." # Fetch base template $diagObj = Get-Content -Path "$pathArms\DIAG.Workspace.Simple.json" -Raw | ConvertFrom-Json $diagObj.Name = "[format('{0}/Microsoft.Insights/{1}', parameters('logicAppName'), parameters('$parmName'))]" $diagObj.Type = "Microsoft.Logic/workflows/providers/diagnosticSettings" $diagObj.properties.workspaceId = "[resourceId(parameters('$parmRgWorkspace'), 'Microsoft.OperationalInsights/workspaces', parameters('$parmWorkspace'))]" $diagObj.properties.logs = $diag.properties.logs $diagObj.properties.metrics = $diag.properties.metrics $diagObj.psobject.Properties.Remove("scope") $armObj.resources += $diagObj } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Diagnostics.Settings.Workspace.AsArmObject.task.ps1 $parm = @{ Description = @" Loops all diagnosticSettings children for the Logic App -Validates that is of the type Log Analytics (Workspace) --Creates a new resource in the ARM template, for the diagnosticSettings object --With matching ARM Parameters, for the WorkspaceId, Name --WorkspaceId & Name is extracted from the DiagnosticSettings Object Requires an authenticated session, either Az.Accounts or az cli "@ Alias = "Arm.Set-Arm.Diagnostics.Settings.Workspace.AsArmObject" } Task -Name "Set-Arm.Diagnostics.Settings.Workspace.AsArmObject" @parm -Action { Set-TaskWorkDirectory # We can either use the az cli or the Az modules $tools = Get-PSFConfigValue -FullName PsLogicAppExtractor.Execution.Tools $pathArms = "$(Get-PSFConfigValue -FullName PsLogicAppExtractor.ModulePath.Base)\internal\arms" $armObj = Get-TaskWorkObject $subLocal = (Get-AzContext).Subscription.Id if ($SubscriptionId) { $subLocal = $SubscriptionId } $uri = "/subscriptions/$subLocal/resourceGroups/$ResourceGroup/providers/Microsoft.Logic/workflows/$Name/providers/Microsoft.Insights/diagnosticSettings?api-version=2021-05-01-preview" if ($tools -eq "AzCli") { $resObj = az rest --url $uri | ConvertFrom-Json } else { $resObj = Invoke-AzRestMethod -Path $uri -Method Get | Select-Object -ExpandProperty content | ConvertFrom-Json } $diagSettings = @($resObj | Select-Object -ExpandProperty Value) if ($null -eq $diagSettings -or $diagSettings.Count -eq 0) { $diagFake = Get-Content -Path "$pathArms\DIAG.Workspace.Simple.json" -Raw | ConvertFrom-Json $diagSettings = @($diagFake) } $counter = 0 foreach ($diag in $diagSettings) { if ([System.String]::IsNullOrEmpty($diag.properties.workspaceId)) { continue } $orgName = $diag.name $orgWorkspace = $diag.properties.workspaceId.Split("/") | Select-Object -Last 1 $counter += 1 $parmName = "diagnostic$($counter.ToString().PadLeft(3, "0"))_Name" $parmWorkspace = "diagnostic$($counter.ToString().PadLeft(3, "0"))_WorkspaceId" $armObj = Add-ArmParameter -InputObject $armObj -Name $parmName ` -Type "string" ` -Value "$orgName" ` -Description "The name of diagnostic setting / profile for the Logic App." $armObj = Add-ArmParameter -InputObject $armObj -Name $parmWorkspace ` -Type "string" ` -Value "$orgWorkspace" ` -Description "The name / id of the Log Analytics (Workspace) that is referenced by the Logic App and its diagnostic settings." # Fetch base template $diagObj = Get-Content -Path "$pathArms\DIAG.Workspace.Simple.json" -Raw | ConvertFrom-Json $diagObj.Name = "[format('{0}/Microsoft.Insights/{1}', parameters('logicAppName'), parameters('$parmName'))]" $diagObj.Type = "Microsoft.Logic/workflows/providers/diagnosticSettings" $diagObj.properties.workspaceId = "[resourceId(resourceGroup().name, 'Microsoft.OperationalInsights/workspaces', parameters('$parmWorkspace'))]" $diagObj.properties.logs = $diag.properties.logs $diagObj.properties.metrics = $diag.properties.metrics $diagObj.psobject.Properties.Remove("scope") $armObj.resources += $diagObj } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.FunctionApp.IdFormatted.Advanced.AsParameter.task.ps1 $parm = @{ Description = @" "@ Alias = "Arm.Set-Arm.FunctionApp.IdFormatted.Advanced.AsParameter" } Task -Name "Set-Arm.FunctionApp.IdFormatted.Advanced.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $counter = 0 $actions = $armObj.resources[0].properties.definition.actions.PsObject.Properties | ForEach-Object { Get-ActionsByType -InputObject $_ -Type "Function" } foreach ($item in $actions) { if (-not ($item.Value.inputs.function.id -like "*``[*``]*")) { if ($item.Value.inputs.function.id -match "/subscriptions/.*/resourceGroups/(.*)/providers/Microsoft.Web/sites/(.*)/functions/(.*)") { $counter += 1 $parmName = "functionApp$($counter.ToString().PadLeft(3, "0"))" $parmGroup = "functionApp$($counter.ToString().PadLeft(3, "0"))ResourceGroup" $functionGroup = $Matches[1] $functionName = $Matches[2] $item.Value.inputs.function.id = "[format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Web/sites/{2}/functions/$($Matches[3])', subscription().subscriptionId, parameters('$parmGroup'), parameters('$parmName'))]" $armObj = Add-ArmParameter -InputObject $armObj -Name $parmName ` -Type "string" ` -Value "$functionName" ` -Description "The name / id of the FunctionApp that is referenced by the Logic App." $armObj = Add-ArmParameter -InputObject $armObj -Name $parmGroup ` -Type "string" ` -Value $functionGroup ` -Description "The resource group where the FunctionApp that is referenced by the Logic App." } } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.FunctionApp.IdFormatted.Advanced.WithMethod.AsParameter.task.ps1 $parm = @{ Description = @" "@ Alias = "Arm.Set-Arm.FunctionApp.IdFormatted.Advanced.WithMethod.AsParameter" } Task -Name "Set-Arm.FunctionApp.IdFormatted.Advanced.WithMethod.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $counter = 0 $actions = $armObj.resources[0].properties.definition.actions.PsObject.Properties | ForEach-Object { Get-ActionsByType -InputObject $_ -Type "Function" } foreach ($item in $actions) { if (-not ($item.Value.inputs.function.id -like "*``[*``]*")) { if ($item.Value.inputs.function.id -match "/subscriptions/.*/resourceGroups/(.*)/providers/Microsoft.Web/sites/(.*)/functions/(.*)") { $counter += 1 $parmName = "functionApp$($counter.ToString().PadLeft(3, "0"))" $parmGroup = "functionApp$($counter.ToString().PadLeft(3, "0"))ResourceGroup" $parmMethod = "functionApp$($counter.ToString().PadLeft(3, "0"))Method" $functionGroup = $Matches[1] $functionName = $Matches[2] $functionMethod = $Matches[3] $item.Value.inputs.function.id = "[format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Web/sites/{2}/functions/{3})', subscription().subscriptionId, parameters('$parmGroup'), parameters('$parmName'), parameters('$parmMethod'))]" $armObj = Add-ArmParameter -InputObject $armObj -Name $parmName ` -Type "string" ` -Value "$functionName" ` -Description "The name / id of the FunctionApp that is referenced by the Logic App." $armObj = Add-ArmParameter -InputObject $armObj -Name $parmGroup ` -Type "string" ` -Value $functionGroup ` -Description "The resource group where the FunctionApp that is referenced by the Logic App." $armObj = Add-ArmParameter -InputObject $armObj -Name $parmMethod ` -Type "string" ` -Value "$functionMethod" ` -Description "The name the method exposed by the FunctionApp that is referenced by the Logic App." } } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.FunctionApp.IdFormatted.Simple.AsParameter.task.ps1 $parm = @{ Description = @" "@ Alias = "Arm.Set-Arm.FunctionApp.IdFormatted.Simple.AsParameter" } Task -Name "Set-Arm.FunctionApp.IdFormatted.Simple.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $counter = 0 $actions = $armObj.resources[0].properties.definition.actions.PsObject.Properties | ForEach-Object { Get-ActionsByType -InputObject $_ -Type "Function" } foreach ($item in $actions) { if (-not ($item.Value.inputs.function.id -like "*``[*``]*")) { if ($item.Value.inputs.function.id -match "/sites/(.*)/functions/(.*)") { $counter += 1 $parmName = "functionApp$($counter.ToString().PadLeft(3, "0"))" $functionName = $Matches[1] $item.Value.inputs.function.id = "[format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Web/sites/{2}/functions/$($Matches[2])', subscription().subscriptionId, resourceGroup().name, parameters('$parmName'))]" $armObj = Add-ArmParameter -InputObject $armObj -Name $parmName ` -Type "string" ` -Value "$functionName" ` -Description "The name / id of the FunctionApp that is referenced by the Logic App." } } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.FunctionApp.IdFormatted.Simple.WithMethod.AsParameter.task.ps1 $parm = @{ Description = @" "@ Alias = "Arm.Set-Arm.FunctionApp.IdFormatted.Simple.WithMethod.AsParameter" } Task -Name "Set-Arm.FunctionApp.IdFormatted.Simple.WithMethod.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $counter = 0 $actions = $armObj.resources[0].properties.definition.actions.PsObject.Properties | ForEach-Object { Get-ActionsByType -InputObject $_ -Type "Function" } foreach ($item in $actions) { if (-not ($item.Value.inputs.function.id -like "*``[*``]*")) { if ($item.Value.inputs.function.id -match "/sites/(.*)/functions/(.*)") { $counter += 1 $parmName = "functionApp$($counter.ToString().PadLeft(3, "0"))" $parmMethod = "functionApp$($counter.ToString().PadLeft(3, "0"))Method" $functionName = $Matches[1] $functionMethod = $Matches[2] $item.Value.inputs.function.id = "[format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Web/sites/{2}/functions/{3}}', subscription().subscriptionId, resourceGroup().name, parameters('$parmName'), parameters('$parmMethod'))]" $armObj = Add-ArmParameter -InputObject $armObj -Name $parmName ` -Type "string" ` -Value "$functionName" ` -Description "The name / id of the FunctionApp that is referenced by the Logic App." $armObj = Add-ArmParameter -InputObject $armObj -Name $parmMethod ` -Type "string" ` -Value "$functionMethod" ` -Description "The name the method exposed by the FunctionApp that is referenced by the Logic App." } } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.IntegrationAccount.IdFormatted.Advanced.AsParameter.task.ps1 $parm = @{ Description = @" Creates an Arm parameter: integrationAccount -Set the default value to the original name, extracted from integrationAccount.Id Creates an Arm parameter: integrationAccountResourceGroup -Set the default value to the original resource group, extracted from integrationAccount.Id Sets the value of the integrationAccount.Id: [format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Logic/integrationAccounts/{2}', subscription().subscriptionId, parameters('integrationAccountResourceGroup'), parameters('integrationAccount'))] "@ Alias = "Arm.Set-Arm.IntegrationAccount.IdFormatted.Advanced.AsParameter" } Task -Name "Set-Arm.IntegrationAccount.IdFormatted.Advanced.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject if ($armObj.resources[0].properties.integrationAccount.id) { if ($armObj.resources[0].properties.integrationAccount.id -match "resourceGroups/(.*)/providers") { $integrationAccountName = $armObj.resources[0].properties.integrationAccount.id.Split("/") | Select-Object -Last 1 $armObj.resources[0].properties.integrationAccount.id = "[format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Logic/integrationAccounts/{2}', subscription().subscriptionId, parameters('integrationAccountResourceGroup'), parameters('integrationAccount'))]" $armObj.resources[0].properties.integrationAccount.PsObject.Properties.Remove("name") $armObj.resources[0].properties.integrationAccount.PsObject.Properties.Remove("type") $armObj = Add-ArmParameter -InputObject $armObj -Name "integrationAccount" ` -Type "string" ` -Value "$integrationAccountName" ` -Description "The name / id of the Integration Account that is being utilized by the Logic App." $armObj = Add-ArmParameter -InputObject $armObj -Name "integrationAccountResourceGroup" ` -Type "string" ` -Value $Matches[1] ` -Description "The resource group where the Integration Account that is being utilized by the Logic App is located." } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.IntegrationAccount.IdFormatted.Advanced.AsVariable.task.ps1 $parm = @{ Description = @" Creates an Arm variable: integrationAccount -Set the value to the original name, extracted from integrationAccount.Id Creates an Arm variable: integrationAccountResourceGroup -Set the value to the original resource group, extracted from integrationAccount.Id Sets the value of the integrationAccount.Id: [format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Logic/integrationAccounts/{2}', subscription().subscriptionId,variables('integrationAccountResourceGroup'),variables('integrationAccount'))] "@ Alias = "Arm.Set-Arm.IntegrationAccount.IdFormatted.Advanced.AsVariable" } Task -Name "Set-Arm.IntegrationAccount.IdFormatted.Advanced.AsVariable" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject if ($armObj.resources[0].properties.integrationAccount.id) { if ($armObj.resources[0].properties.integrationAccount.id -match "resourceGroups/(.*)/providers") { $integrationAccountName = $armObj.resources[0].properties.integrationAccount.id.Split("/") | Select-Object -Last 1 $armObj.resources[0].properties.integrationAccount.id = "[format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Logic/integrationAccounts/{2}', subscription().subscriptionId,variables('integrationAccountResourceGroup'),variables('integrationAccount'))]" $armObj.resources[0].properties.integrationAccount.PsObject.Properties.Remove("name") $armObj.resources[0].properties.integrationAccount.PsObject.Properties.Remove("type") $armObj = Add-ArmVariable -InputObject $armObj -Name "integrationAccount" -Value "$integrationAccountName" $armObj = Add-ArmVariable -InputObject $armObj -Name "integrationAccountResourceGroup" -Value "$($Matches[1])" } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.IntegrationAccount.IdFormatted.Simple.AsParameter.task.ps1 $parm = @{ Description = @" Creates an Arm parameter: integrationAccount -Set the default value to the original name, extracted from integrationAccount.Id Sets the value of the integrationAccount.Id: [format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Logic/integrationAccounts/{2}', subscription().subscriptionId, resourceGroup().name, parameters('integrationAccount'))] "@ Alias = "Arm.Set-Arm.IntegrationAccount.IdFormatted.Simple.AsParameter" } Task -Name "Set-Arm.IntegrationAccount.IdFormatted.Simple.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject if ($armObj.resources[0].properties.integrationAccount.id) { $integrationAccountName = $armObj.resources[0].properties.integrationAccount.id.Split("/") | Select-Object -Last 1 $armObj.resources[0].properties.integrationAccount.id = "[format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Logic/integrationAccounts/{2}', subscription().subscriptionId, resourceGroup().name, parameters('integrationAccount'))]" $armObj.resources[0].properties.integrationAccount.PsObject.Properties.Remove("name") $armObj.resources[0].properties.integrationAccount.PsObject.Properties.Remove("type") $armObj = Add-ArmParameter -InputObject $armObj -Name "integrationAccount" ` -Type "string" ` -Value "$integrationAccountName" ` -Description "The name / id of the Integration Account that is being utilized by the Logic App." } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.IntegrationAccount.IdFormatted.Simple.AsVariable.task.ps1 $parm = @{ Description = @" Creates an Arm variable: integrationAccount -Set the value to the original name, extracted from integrationAccount.Id Sets the value of the integrationAccount.Id: [format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Logic/integrationAccounts/{2}', subscription().subscriptionId, resourceGroup().name,variables('integrationAccount'))] "@ Alias = "Arm.Set-Arm.IntegrationAccount.IdFormatted.Simple.AsVariable" } Task -Name "Set-Arm.IntegrationAccount.IdFormatted.Simple.AsVariable" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject if ($armObj.resources[0].properties.integrationAccount.id) { $integrationAccountName = $armObj.resources[0].properties.integrationAccount.id.Split("/") | Select-Object -Last 1 $armObj.resources[0].properties.integrationAccount.id = "[format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Logic/integrationAccounts/{2}', subscription().subscriptionId, resourceGroup().name,variables('integrationAccount'))]" $armObj.resources[0].properties.integrationAccount.PsObject.Properties.Remove("name") $armObj.resources[0].properties.integrationAccount.PsObject.Properties.Remove("type") $armObj = Add-ArmVariable -InputObject $armObj -Name "integrationAccount" -Value "$integrationAccountName" } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Location.AsResourceGroup.AsParameter.task.ps1 $parm = @{ Description = @" Creates an Arm parameter: logicAppLocation -Set the default value to: [resourceGroup().location] This is the current best practice, and will supress any validation errors in the different tools that exists "@ Alias = "Arm.Set-Arm.Location.AsResourceGroup.AsParameter" } Task -Name "Set-Arm.Location.AsResourceGroup.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppLocation" ` -Type "string" ` -Value "[resourceGroup().location]" ` -Description "Location of the Logic App. Best practice recommendation is to make this depending on the Resource Group and its location." $armObj.resources[0].location = "[parameters('logicAppLocation')]" Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.LogicApp.Name.AsParameter.task.ps1 $parm = @{ Description = @" Creates an Arm parameter: logicAppName -Sets the default value to the original name "@ Alias = "Arm.Set-Arm.LogicApp.Name.AsParameter" } Task -Name "Set-Arm.LogicApp.Name.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $orgName = $armObj.resources[0].name $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppName" ` -Type "string" ` -Value "$orgName" ` -Description "Name of the Logic App. Makes it possible to override the name at deploy time." $armObj.resources[0].name = "[parameters('logicAppName')]" Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.LogicApp.Parm.AsParameter.task.ps1 $parm = @{ Description = @" Loops all internal / inner LogicApp parm (parameters) -Creates an Arm parameter, with prefix & suffix --Sets the default value (Arm parameter) to the original value from the parm -Sets the default value (LogicApp parm) to: [parameters('XYZ')] "@ Alias = "Arm.Set-Arm.LogicApp.Parm.AsParameter" } Task -Name "Set-Arm.LogicApp.Parm.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $armObj.resources[0].properties.definition.parameters.PsObject.Properties | ForEach-Object { if ($_.Name -ne '$connections') { $namePreSuf = Format-Name -Type "Parm" -Prefix $Parm_Prefix -Suffix $Parm_Suffix -Value $_.Name $armObj = Add-ArmParameter -InputObject $armObj -Name "$namePreSuf" ` -Type "$($_.Value.type)" ` -Value $($_.Value.defaultValue) ` -Description "A parameter that is defined inside in the Logic App. Not to be confused with parameters for the Arm Template deployment." $_.Value.defaultValue = "[parameters('$namePreSuf')]" } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.LogicApp.Parm.AsVariable.task.ps1 $parm = @{ Description = @" Loops all internal / inner LogicApp parm (parameters) -Creates an Arm variable, with prefix & suffix --Sets the value (Arm variable) to the original value from the parm -Sets the default value (LogicApp parm) to: [variables('XYZ')] "@ Alias = "Arm.Set-Arm.LogicApp.Parm.AsVariable" } Task -Name "Set-Arm.LogicApp.Parm.AsVariable" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $armObj.resources[0].properties.definition.parameters.PsObject.Properties | ForEach-Object { if ($_.Name -ne '$connections') { $namePreSuf = Format-Name -Type "Parm" -Prefix $Parm_Prefix -Suffix $Parm_Suffix -Value $_.Name $armObj = Add-ArmVariable -InputObject $armObj -Name "$namePreSuf" -Value $($_.Value.defaultValue) $_.Value.defaultValue = "[variables('$namePreSuf')]" } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.LogicApp.State.AsParameter.task.ps1 $parm = @{ Description = @" Creates an Arm parameter: logicAppState -Sets the default value to the original state of the Logic App "@ Alias = "Arm.Set-Arm.LogicApp.State.AsParameter" } Task -Name "Set-Arm.LogicApp.State.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $orgValue = $armObj.resources[0].properties.state $armObj = Add-ArmParameter -InputObject $armObj -Name "logicAppState" ` -Type "string" ` -Value "$orgValue" ` -Description "State of the Logic App when is being deployed. Makes it possible to override the name at deploy time." $armObj.resources[0].properties.state = "[parameters('logicAppState')]" Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Tags.AsParameter.task.ps1 $parm = @{ Description = @" Loops all tags -Creates an Arm parameter, with prefix & suffix --Sets the default value (Arm parameter) to the original value from the tag -Sets the value (Tag) to: [parameters('XYZ')] "@ Alias = "Arm.Set-Arm.Tags.AsParameter" } Task -Name "Set-Arm.Tags.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $armObj.resources[0].tags.PsObject.Properties | ForEach-Object { $namePreSuf = Format-Name -Type "Tag" -Prefix $Tag_Prefix -Suffix $Tag_Suffix -Value $_.Name $armObj = Add-ArmParameter -InputObject $armObj -Name "$namePreSuf" ` -Type "string" ` -Value "$($_.Value)" ` -Description "Tag that is searchable inside the Azure platform, either with the GUI (portal.azure.com) or with scripting tools." $_.Value = "[parameters('$namePreSuf')]" } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Tags.AsVariable.task.ps1 $parm = @{ Description = @" Loops all tags -Creates an Arm variable, with prefix & suffix --Sets the value (Arm variable) to the original value from the tag -Sets the value (Tag) to: [variables('XYZ')] "@ Alias = "Arm.Set-Arm.Tags.AsVariable" } Task -Name "Set-Arm.Tags.AsVariable" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $armObj.resources[0].tags.PsObject.Properties | ForEach-Object { $namePreSuf = Format-Name -Type "Tag" -Prefix $Tag_Prefix -Suffix $Tag_Suffix -Value $($_.Name) $armObj = Add-ArmVariable -InputObject $armObj -Name "$namePreSuf" -Value $($_.Value) $_.Value = "[variables('$namePreSuf')]" } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Trigger.ApiConnection.EvaluatedRecurrence.AsParameter.task.ps1 $parm = @{ Description = @" Creates an Arm parameter: trigger_EvalFrequency -Sets the default value to the original value, extracted from evaluatedRecurrence.frequency -Sets the evaluatedRecurrence.frequency value to: [parameters('trigger_EvalFrequency')] Creates an Arm parameter: trigger_EvalInterval -Set the default value to the original value, extracted from evaluatedRecurrence.interval -Sets the evaluatedRecurrence.interval value to: [parameters('trigger_EvalInterval')] "@ Alias = "Arm.Set-Arm.Trigger.ApiConnection.EvaluatedRecurrence.AsParameter" } Task -Name "Set-Arm.Trigger.ApiConnection.EvaluatedRecurrence.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject if ($armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.type -in @("ApiConnection", "Recurrence") -and $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.recurrence) { $frequencyPreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "EvalFrequency" $intervalPreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "EvalInterval" $startTimePreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "EvalStartTime" $timeZonePreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "EvalTimeZone" if ($null -eq @($armObj.resources[0].properties.definition.triggers.PsObject.Properties)[0].Value.evaluatedRecurrence) { # Create the evaluatedRecurrence property if it does not exist @($armObj.resources[0].properties.definition.triggers.PsObject.Properties)[0].Value | Add-Member -MemberType NoteProperty -Name "evaluatedRecurrence" -Value $([ordered]@{ frequency = "Minute"; interval = 1; }) } # Handle the frequency property $orgFrequency = $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.evaluatedRecurrence.frequency $armObj = Add-ArmParameter -InputObject $armObj -Name "$frequencyPreSuf" ` -Type "string" ` -Value $orgFrequency ` -Description "The frequency used for the trigger to evalutate." $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.evaluatedRecurrence.frequency = "[parameters('$frequencyPreSuf')]" # Handle the interval property $orgInterval = $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.evaluatedRecurrence.interval $armObj = Add-ArmParameter -InputObject $armObj -Name "$intervalPreSuf" ` -Type "int" ` -Value $orgInterval ` -Description "The interval used for the trigger to evalutate." $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.evaluatedRecurrence.interval = "[parameters('$intervalPreSuf')]" # Handle the StartTime property $orgStartTime = $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.evaluatedRecurrence.startTime if (-not ($null -eq $orgStartTime)) { $armObj = Add-ArmParameter -InputObject $armObj -Name "$startTimePreSuf" ` -Type "string" ` -Value $orgStartTime ` -Description "The start time used for the trigger to evalutate." $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.evaluatedRecurrence.startTime = "[parameters('$startTimePreSuf')]" } # Handle the TimeZone property $orgTimeZone = $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.evaluatedRecurrence.timeZone if (-not ($null -eq $orgTimeZone)) { $armObj = Add-ArmParameter -InputObject $armObj -Name "$timeZonePreSuf" ` -Type "string" ` -Value $orgTimeZone ` -Description "The time zone used for the trigger to evalutate." $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.evaluatedRecurrence.timeZone = "[parameters('$timeZonePreSuf')]" } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Trigger.ApiConnection.Recurrence.AsParameter.task.ps1 $parm = @{ Description = @" Creates an Arm parameter: trigger_Frequency -Sets the default value to the original value, extracted from recurrence.frequency -Sets the recurrence.frequency value to: [parameters('trigger_Frequency')] Creates an Arm parameter: trigger_Interval -Set the default value to the original value, extracted from recurrence.interval -Sets the recurrence.interval value to: [parameters('trigger_Interval')] "@ Alias = "Arm.Set-Arm.Trigger.ApiConnection.Recurrence.AsParameter" } Task -Name "Set-Arm.Trigger.ApiConnection.Recurrence.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject if ($armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.type -in @("ApiConnection", "Recurrence") -and $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.recurrence) { $frequencyPreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "Frequency" $intervalPreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "Interval" $startTimePreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "StartTime" $timeZonePreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "TimeZone" # Handle the Frequency property $orgFrequency = $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.recurrence.frequency $armObj = Add-ArmParameter -InputObject $armObj -Name "$frequencyPreSuf" ` -Type "string" ` -Value $orgFrequency ` -Description "The frequency used for the trigger to run." $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.recurrence.frequency = "[parameters('$frequencyPreSuf')]" # Handle the Interval property $orgInterval = $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.recurrence.interval $armObj = Add-ArmParameter -InputObject $armObj -Name "$intervalPreSuf" ` -Type "int" ` -Value $orgInterval ` -Description "The interval used for the trigger to run." $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.recurrence.interval = "[parameters('$intervalPreSuf')]" # Handle the StartTime property $orgStartTime = $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.recurrence.startTime if (-not ($null -eq $orgStartTime)) { $armObj = Add-ArmParameter -InputObject $armObj -Name "$startTimePreSuf" ` -Type "string" ` -Value $orgStartTime ` -Description "The start time used for the trigger to evalutate." $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.recurrence.startTime = "[parameters('$startTimePreSuf')]" } # Handle the TimeZone property $orgTimeZone = $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.recurrence.timeZone if (-not ($null -eq $orgTimeZone)) { $armObj = Add-ArmParameter -InputObject $armObj -Name "$timeZonePreSuf" ` -Type "string" ` -Value $orgTimeZone ` -Description "The time zone used for the trigger to evalutate." $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.recurrence.timeZone = "[parameters('$timeZonePreSuf')]" } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Trigger.Cds.AsParameter.task.ps1 $parm = @{ Description = @" Creates an Arm parameter: apostrophe - with prefix & suffix -Sets the default value to: ' --Used for making the concat function work properly Creates an Arm parameter: Uri - with prefix & suffix -Sets the default value to the original value, extracted from inputs.path Sets the inputs.path value to: [concat('/v2/datasets/...., parameters('apostrophe'), parameters('Uri'), parameters('apostrophe'), /triggers/...')] "@ Alias = "Arm.Set-Arm.Trigger.Cds.AsParameter" } Task -Name "Set-Arm.Trigger.Cds.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject if ($armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.type -eq "ApiConnectionWebhook" -and $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.path -like "*/tables/*" -and $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.host -and $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.queries.scope) { if ($armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.path -Match "/.*(https://.*\.com)") { $uriValue = $Matches[1] $apostrophePreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "apostrophe" $uriPreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "Uri" $armObj = Add-ArmParameter -InputObject $armObj -Name "$apostrophePreSuf" ` -Type "string" ` -Value "'" ` -Description "Used for the trigger concat function, to make things work when deploying the template." $armObj = Add-ArmParameter -InputObject $armObj -Name "$uriPreSuf" ` -Type "string" ` -Value $uriValue ` -Description "The uri for the Cds instance that the trigger should be configured to run against." $oldPath = $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.path $parts = $oldPath.Replace($uriValue, "|").Split("|") $parts[1] = $parts[1].Replace("'", "''").Replace("''))}/tables", "'))}/tables") $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.path = "[concat('$($parts[0]), parameters('$apostrophePreSuf'), parameters('$uriPreSuf'), parameters('$apostrophePreSuf'), $($parts[1])')]" } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Trigger.Dataverse.CallBack.AsParameter.task.ps1 $parm = @{ Description = @" "@ Alias = "Arm.Set-Arm.Trigger.Dataverse.CallBack.AsParameter" } Task -Name "Set-Arm.Trigger.Dataverse.CallBack.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject if ($armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.type -eq "ApiConnectionWebhook" -and $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.path -like "*/callbackregistrations" -and $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.headers.organization -and $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.body.entityname) { if ($armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.headers.organization -like "https://*.dynamics.com" -and -not ($armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.headers.organization -like "*[*]*")) { $uriValue = $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.headers.organization $uriPreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "Uri" $armObj = Add-ArmParameter -InputObject $armObj -Name "$uriPreSuf" ` -Type "string" ` -Value $uriValue ` -Description "The uri for the Dataverse instance that the trigger should be configured to run against." $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.headers.organization = "[parameters('$uriPreSuf')]" } if (-not ($armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.body.entityname -like "*[*]*")) { $entityValue = $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.body.entityname $entityPreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "Entity" $armObj = Add-ArmParameter -InputObject $armObj -Name "$entityPreSuf" ` -Type "string" ` -Value $entityValue ` -Description "The entity in Dataverse that the trigger should be configured to run against." $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.body.entityname = "[parameters('$entityPreSuf')]" } if ($armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.body.filteringattributes -and -not ($armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.body.filteringattributes -like "*[*]*")) { $attValue = $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.body.filteringattributes $attPreSuf = Format-Name -Type "Trigger" -Prefix $Trigger_Prefix -Suffix $Trigger_Suffix -Value "Attributes" $armObj = Add-ArmParameter -InputObject $armObj -Name "$attPreSuf" ` -Type "string" ` -Value $attValue ` -Description "The attributes/columns/properties on the entity in Dataverse that the trigger should be configured to run against." $armObj.resources[0].properties.definition.triggers.PsObject.Properties.Value.inputs.body.filteringattributes = "[parameters('$attPreSuf')]" } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.UserAssignedIdentities.ResourceId.AsParameter.task.ps1 $parm = @{ Description = @" Creates an Arm parameter: userAssignedIdentityName -Sets the default value to the original name, extracted from Microsoft.ManagedIdentity/userAssignedIdentities/XYZ Sets the value for all references to: [resourceId('Microsoft.ManagedIdentity/userAssignedIdentities/', parameters('UserAssignedIdentityName'))] "@ Alias = "Arm.Set-Arm.UserAssignedIdentities.ResourceId.AsParameter" } Task -Name "Set-Arm.UserAssignedIdentities.ResourceId.AsParameter" @parm -Action { Set-TaskWorkDirectory $raw = Get-TaskWorkRaw if ($raw -match '"/subscriptions/.*/resourceGroups/.*/providers/Microsoft.ManagedIdentity/userAssignedIdentities/(.*)"') { $temp = $raw.Replace($Matches[0], "`"[resourceId('Microsoft.ManagedIdentity/userAssignedIdentities/', parameters('UserAssignedIdentityName'))]`"") $armObj = $temp | ConvertFrom-Json $armObj = Add-ArmParameter -InputObject $armObj -Name "userAssignedIdentityName" ` -Type "string" ` -Value $Matches[1] ` -Description "The name of the Managed Identity (UserAssignedIdentity) that will be utilized inside of the Logic App. Should be name of the object and not the id." } else { $armObj = $raw | ConvertFrom-Json } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.UserAssignedIdentities.ResourceId.AsVariable.task.ps1 $parm = @{ Description = @" Creates an Arm variable: userAssignedIdentityName -Sets the default value to the original name, extracted from Microsoft.ManagedIdentity/userAssignedIdentities/XYZ Sets the value for all references to: [resourceId('Microsoft.ManagedIdentity/userAssignedIdentities/', variables('UserAssignedIdentityName'))] "@ Alias = "Arm.Set-Arm.UserAssignedIdentities.ResourceId.AsVariable" } Task -Name "Set-Arm.UserAssignedIdentities.ResourceId.AsVariable" @parm -Action { Set-TaskWorkDirectory $raw = Get-TaskWorkRaw if ($raw -match '"/subscriptions/.*/resourceGroups/.*/providers/Microsoft.ManagedIdentity/userAssignedIdentities/(.*)"') { $temp = $raw.Replace($Matches[0], "`"[resourceId('Microsoft.ManagedIdentity/userAssignedIdentities/', variables('UserAssignedIdentityName'))]`"") $armObj = $temp | ConvertFrom-Json $armObj = Add-ArmVariable -InputObject $armObj -Name "userAssignedIdentityName" -Value $Matches[1] } else { $armObj = $raw | ConvertFrom-Json } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Workflow.IdFormatted.Simple.AsParameter.task.ps1 $parm = @{ Description = @" "@ Alias = "Arm.Set-Arm.Workflow.IdFormatted.Simple.AsParameter" } Task -Name "Set-Arm.Workflow.IdFormatted.Simple.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $counter = 0 $actions = $armObj.resources[0].properties.definition.actions.PsObject.Properties | ForEach-Object { Get-ActionsByType -InputObject $_ -Type "Workflow" } foreach ($item in $actions) { if (-not ($item.Value.inputs.host.workflow.id -like "*``[*``]*")) { if ($item.Value.inputs.host.workflow.id -match "/subscriptions/.*/resourceGroups/.*/providers/Microsoft.Logic/workflows/(.*)") { $counter += 1 $parmName = "workFlowId$($counter.ToString().PadLeft(3, "0"))" $orgName = $Matches[1] $item.Value.inputs.host.workflow.id = "[format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Logic/workflows/{2}', subscription().subscriptionId, resourceGroup().name, parameters('$parmName'))]" $armObj = Add-ArmParameter -InputObject $armObj -Name $parmName ` -Type "string" ` -Value "$orgName" ` -Description "The name / id of the WorkFlow (LogicApp) that is referenced by the Logic App." } } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Arm.Workflow.IdFormatted.Simple.WithTrigger.AsParameter.task.ps1 $parm = @{ Description = @" "@ Alias = "Arm.Set-Arm.Workflow.IdFormatted.Simple.WithTrigger.AsParameter" } Task -Name "Set-Arm.Workflow.IdFormatted.Simple.WithTrigger.AsParameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $counter = 0 $actions = $armObj.resources[0].properties.definition.actions.PsObject.Properties | ForEach-Object { Get-ActionsByType -InputObject $_ -Type "Workflow" } foreach ($item in $actions) { if (-not ($item.Value.inputs.host.workflow.id -like "*``[*``]*")) { if ($item.Value.inputs.host.workflow.id -match "/subscriptions/.*/resourceGroups/.*/providers/Microsoft.Logic/workflows/(.*)") { $counter += 1 $parmName = "workFlowId$($counter.ToString().PadLeft(3, "0"))" $parmTrigger = "workFlowId$($counter.ToString().PadLeft(3, "0"))Trigger" $orgName = $Matches[1] $item.Value.inputs.host.workflow.id = "[format('/subscriptions/{0}/resourceGroups/{1}/providers/Microsoft.Logic/workflows/{2}', subscription().subscriptionId, resourceGroup().name, parameters('$parmName'))]" $armObj = Add-ArmParameter -InputObject $armObj -Name $parmName ` -Type "string" ` -Value "$orgName" ` -Description "The name / id of the WorkFlow (LogicApp) that is referenced by the Logic App." $orgValue = $item.Value.inputs.host.triggerName $item.Value.inputs.host.triggerName = "[parameters('$parmTrigger')]" $armObj = Add-ArmParameter -InputObject $armObj -Name $parmTrigger ` -Type "string" ` -Value "$orgValue" ` -Description "The Trigger name of the WorkFlow (LogicApp) that is referenced by the Logic App." } } } Out-TaskFileArm -InputObject $armObj } #Original file: Set-Raw.Actions.Http.Audience.AsParm.task.ps1 $parm = @{ Description = @" Loops all actions -Identifies all HTTP --Creates a LogicApp parm (parameter), with prefix & suffix ---Sets the default value (LogicApp parm) to the original value, extracted from authentication.audience ---Sets the authentication.audience value to: @{parameters('XYZ')} "@ Alias = "Raw.Set-Raw.Actions.Http.Audience.AsParm" } Task -Name "Set-Raw.Actions.Http.Audience.AsParm" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject $counter = 0 $actions = $lgObj.properties.definition.actions.PsObject.Properties | ForEach-Object { Get-ActionsByType -InputObject $_ -Type "Http" } foreach ($item in $actions) { if ($item.Value.inputs.authentication -and (-not ($item.Value.inputs.authentication.audience -like "*parameters('*')*"))) { if (-not [System.String]::IsNullOrEmpty($item.Value.inputs.authentication.audience)) { $counter += 1 $orgAudience = $item.Value.inputs.authentication.audience $parmName = "EndpointAudience$($counter.ToString().PadLeft(3, "0"))" $lgObj = Add-LogicAppParm -InputObject $lgObj -Name $parmName ` -Type "string" ` -Value $orgAudience $item.Value.inputs.authentication.audience = "@{parameters('$parmName')}" } } } Out-TaskFileLogicApp -InputObject $lgObj } #Original file: Set-Raw.Actions.Http.Uri.AsParm.task.ps1 $parm = @{ Description = @" Loops all actions -Identifies all HTTP --Creates a LogicApp parm (parameter), with prefix & suffix ---Sets the default value (LogicApp parm) to the original value, extracted from inputs.uri ---Sets the inputs.uri value to: @{parameters('XYZ')} "@ Alias = "Raw.Set-Raw.Actions.Http.Uri.AsParm" } Task -Name "Set-Raw.Actions.Http.Uri.AsParm" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject $counter = 0 $actions = $lgObj.properties.definition.actions.PsObject.Properties | ForEach-Object { Get-ActionsByType -InputObject $_ -Type "Http" } foreach ($item in $actions) { if ($item.Value.inputs.uri -like "*http*") { if ($item.Value.inputs.uri -match "^.+?[^\/:](?=[?\/]|$)" -and (-not ($item.Value.inputs.uri -like "*parameters('*')*"))) { $counter += 1 $parmName = "EndpointUri$($counter.ToString().PadLeft(3, "0"))" $lgObj = Add-LogicAppParm -InputObject $lgObj -Name $parmName ` -Type "string" ` -Value $Matches[0] $item.Value.inputs.uri = $item.Value.inputs.uri.Replace($Matches[0], "@{parameters('$parmName')}") } } } Out-TaskFileLogicApp -InputObject $lgObj } #Original file: Set-Raw.Actions.Servicebus.Queue.AsParm.task.ps1 $parm = @{ Description = @" Loops all actions -Identifies all Servicebus --Creates a LogicApp parm (parameter), with prefix & suffix ---Sets the default value (LogicApp parm) to the original value, extracted from inputs.path ---Sets the inputs.path value to: ...encodeURIComponent(parameters('XYZ')))}/messages/... "@ Alias = "Raw.Set-Arm.Connections.ManagedApis.AsParameter" } Task -Name "Set-Raw.Actions.Servicebus.Queue.AsParm" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject $counter = 0 $actions = $lgObj.properties.definition.actions.PsObject.Properties | ForEach-Object { Get-ActionsByType -InputObject $_ -Type "ApiConnection" } foreach ($item in $actions) { if ($item.Value.inputs.path -like "*messages*") { if (-not ($item.Value.inputs.path -like "*parameters('*')*")) { if ($item.Value.inputs.path -match "'(.*)'") { $counter += 1 $parmName = "Queue$($counter.ToString().PadLeft(3, "0"))" $lgObj = Add-LogicAppParm -InputObject $lgObj -Name $parmName ` -Type "string" ` -Value "$($Matches[1])" $item.Value.inputs.path = $item.Value.inputs.path.Replace($Matches[0], "parameters('$parmName')") } } } } Out-TaskFileLogicApp -InputObject $lgObj } #Original file: Set-Raw.ApiVersion.task.ps1 $parm = @{ Description = @" Creates / assigns the ApiVersion property in the LogicApp json structure -Sets the value to: `$ApiVersion (property passed as argument) "@ Alias = "Raw.Set-Raw.ApiVersion" } Task -Name "Set-Raw.ApiVersion" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject $lgObj.apiVersion = $ApiVersion Out-TaskFileLogicApp -InputObject $lgObj } #Original file: Set-Raw.Connections.ManagedApis.Id.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Sets connectionId to the name of the connection, extracted from the connectionName "@ Alias = "Raw.Set-Raw.Connections.ManagedApis.Id" } Task -Name "Set-Raw.Connections.ManagedApis.Id" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject $lgObj.properties.parameters.'$connections'.value.PsObject.Properties | ForEach-Object { if ($_.Value.id -like "*managedApis*") { $conName = $_.Value.connectionId.Split("/") | Select-Object -Last 1 $_.Value.connectionId = $_.Value.connectionId.Replace($conName, $_.Value.connectionName) } } Out-TaskFileLogicApp -InputObject $lgObj } #Original file: Set-Raw.Connections.ManagedApis.Name.task.ps1 $parm = @{ Description = @" Loops all `$connections children -Sets connectionName to the name of the connection, extracted from the connectionId "@ Alias = "Raw.Set-Raw.Connections.ManagedApis.Name" } Task -Name "Set-Raw.Connections.ManagedApis.Name" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject $lgObj.properties.parameters.'$connections'.value.PsObject.Properties | ForEach-Object { if ($_.Value.id -like "*managedApis*") { $conName = $_.Value.connectionId.Split("/") | Select-Object -Last 1 $_.Value.connectionName = $conName } } Out-TaskFileLogicApp -InputObject $lgObj } #Original file: Set-Raw.State.Disabled.task.ps1 $parm = @{ Description = @" Creates / assigns the state property in the LogicApp json structure -Sets the value to: Disabled "@ Alias = "Raw.Set-Raw.State.Disabled" } Task -Name "Set-Raw.State.Disabled" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject $lgObj.properties.state = "Disabled" Out-TaskFileLogicApp -InputObject $lgObj } #Original file: Set-Raw.State.Enabled.task.ps1 $parm = @{ Description = @" Creates / assigns the state property in the LogicApp json structure -Sets the value to: Enabled "@ Alias = "Raw.Set-Raw.State.Enabled" } Task -Name "Set-Raw.State.Enabled" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject $lgObj.properties.state = "Enabled" Out-TaskFileLogicApp -InputObject $lgObj } #Original file: Set-Raw.Trigger.Servicebus.Queue.AsParm.task.ps1 $parm = @{ Description = @" Creates a LogicApp parm (parameter): TriggerQueue -Sets the default value to the original value, extracted from inputs.path --Sets the inputs.path value to: ...encodeURIComponent(parameters('TriggerQueue')))}/messages/... "@ Alias = "Raw.Set-Raw.Trigger.Servicebus.Queue.AsParm" } Task -Name "Set-Raw.Trigger.Servicebus.Queue.AsParm" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject if ($lgObj.properties.definition.triggers.PsObject.Properties.Value.type -eq "ApiConnection" -and $lgObj.properties.definition.triggers.PsObject.Properties.Value.inputs.path -like "*messages*") { if (-not ($lgObj.properties.definition.triggers.PsObject.Properties.Value.inputs.path -like "*parameters('*')*")) { if ($lgObj.properties.definition.triggers.PsObject.Properties.Value.inputs.path -match "'(.*)'") { $parmName = "TriggerQueue" $lgObj = Add-LogicAppParm -InputObject $lgObj -Name $parmName ` -Type "string" ` -Value "$($Matches[1])" $lgObj.properties.definition.triggers.PsObject.Properties.Value.inputs.path = $lgObj.properties.definition.triggers.PsObject.Properties.Value.inputs.path.Replace($Matches[0], "parameters('$parmName')") } } } Out-TaskFileLogicApp -InputObject $lgObj } #Original file: Set-Raw.UserAssignedIdentities.EmptyValue.task.ps1 $parm = @{ Description = @" Loops all identity childs, which are UserAssigned -Sets the value to an empty object "@ Alias = "Raw.Set-Raw.UserAssignedIdentities.EmptyValue" } Task -Name "Set-Raw.UserAssignedIdentities.EmptyValue" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject $lgObj.identity | Where-Object type -eq UserAssigned | ForEach-Object { Foreach ($item in $_.userAssignedIdentities.PsObject.Properties) { $item.Value = @{} } } Out-TaskFileLogicApp -InputObject $lgObj } #Original file: Sort-Arm.Parameter.task.ps1 $parm = @{ Description = @" Loops all Arm parameters Identity known parameters and gives them a sorting value -Custom parameters are assigned a "neutral" sorting value Sorts parameters and re-assign them to the Arm template "@ Alias = "Arm.Sort-Arm.Parameter" } Task -Name "Sort-Arm.Parameter" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $PrefixConnection = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.connection.prefix $connectionPattern = Format-Name -Type "Connection" -Prefix $PrefixConnection -Value "*" $PrefixParm = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.parm.prefix $parmPattern = Format-Name -Type "Parm" -Prefix $PrefixParm -Value "*" $PrefixTag = Get-PSFConfigValue -FullName PsLogicAppExtractor.prefixsuffix.tag.prefix $tagPattern = Format-Name -Type "Tag" -Prefix $PrefixTag -Value "*" $sorted = @(foreach ($item in $armObj.parameters.PsObject.Properties) { switch -Wildcard ($item.Name) { "logicApp*" { [PsCustomObject]@{Sort = 0; Name = $item.Name; Value = $item.Value } } "trigger*" { [PsCustomObject]@{Sort = 100; Name = $item.Name; Value = $item.Value } } "userAssignedIdentityName" { [PsCustomObject]@{Sort = 200; Name = $item.Name; Value = $item.Value } } "$connectionPattern" { [PsCustomObject]@{Sort = 300; Name = $item.Name; Value = $item.Value } } "$parmPattern" { [PsCustomObject]@{Sort = 100000; Name = $item.Name; Value = $item.Value } } "$tagPattern" { [PsCustomObject]@{Sort = 1000000; Name = $item.Name; Value = $item.Value } } default { [PsCustomObject]@{Sort = 1000; Name = $item.Name; Value = $item.Value } } } }) | Sort-Object -Property Sort $orderedParms = [ordered]@{} $groups = $sorted | Group-Object -Property Sort foreach ($item in $groups) { $item.Group | Sort-Object -Property Name | ForEach-Object { $orderedParms."$($_.Name)" = $_.Value } } $armObj.parameters = [PsCustomObject]$orderedParms Out-TaskFileArm -InputObject $armObj } #Original file: Sort-Arm.Variable.task.ps1 $parm = @{ Description = @" Loops all Arm variables Identity known variables and gives them a sorting value -Custom variables are assigned a "neutral" sorting value Sorts variables and re-assign them to the Arm template "@ Alias = "Arm.Sort-Arm.Variable" } Task -Name "Sort-Arm.Variable" @parm -Action { Set-TaskWorkDirectory $armObj = Get-TaskWorkObject $connectionPattern = Format-Name -Type "Connection" -Prefix $Connection_Prefix -Suffix $Connection_Suffix -Value "*" $parmPattern = Format-Name -Type "Parm" -Prefix $Parm_Prefix -Suffix $Parm_Suffix -Value "*" $tagPattern = Format-Name -Type "Tag" -Prefix $Tag_Prefix -Suffix $Tag_Suffix -Value "*" $sorted = @(foreach ($item in $armObj.variables.PsObject.Properties) { switch -Wildcard ($item.Name) { "logicApp*" { [PsCustomObject]@{Sort = 0; Name = $item.Name; Value = $item.Value } } "trigger*" { [PsCustomObject]@{Sort = 100; Name = $item.Name; Value = $item.Value } } "userAssignedIdentityName" { [PsCustomObject]@{Sort = 200; Name = $item.Name; Value = $item.Value } } "$connectionPattern" { [PsCustomObject]@{Sort = 300; Name = $item.Name; Value = $item.Value } } "$parmPattern" { [PsCustomObject]@{Sort = 100000; Name = $item.Name; Value = $item.Value } } "$tagPattern" { [PsCustomObject]@{Sort = 1000000; Name = $item.Name; Value = $item.Value } } default { [PsCustomObject]@{Sort = 1000; Name = $item.Name; Value = $item.Value } } } }) | Sort-Object -Property Sort $orderedParms = [ordered]@{} $groups = $sorted | Group-Object -Property Sort foreach ($item in $groups) { $item.Group | Sort-Object -Property Name | ForEach-Object { $orderedParms."$($_.Name)" = $_.Value } } $armObj.variables = [PsCustomObject]$orderedParms Out-TaskFileArm -InputObject $armObj } #Original file: Sort-Raw.LogicApp.Parm.task.ps1 $parm = @{ Description = @" Loops all LogicApp parm (parameter) Sorts parms (parameters) and re-assign them to the Logic App json structure "@ Alias = "Raw.Sort-Raw.LogicApp.Parm" } Task -Name "Sort-Raw.LogicApp.Parm" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject $sorted = @(foreach ($item in $lgObj.properties.definition.parameters.PsObject.Properties) { switch -Wildcard ($item.Name) { '$connections' { [PsCustomObject]@{Sort = 0; Name = $item.Name; Value = $item.Value } } default { [PsCustomObject]@{Sort = 1000; Name = $item.Name; Value = $item.Value } } } }) | Sort-Object -Property Sort $orderedParms = [ordered]@{} $groups = $sorted | Group-Object -Property Sort foreach ($item in $groups) { $item.Group | Sort-Object -Property Name | ForEach-Object { $orderedParms."$($_.Name)" = $_.Value } } $lgObj.properties.definition.parameters = [PsCustomObject]$orderedParms Out-TaskFileLogicApp -InputObject $lgObj } #Original file: Sort-Raw.LogicApp.Tag.task.ps1 $parm = @{ Description = @" Loops all LogicApp tag Sorts tags and re-assign them to the Logic App json structure "@ Alias = "Raw.Sort-Raw.LogicApp.Tag" } Task -Name "Sort-Raw.LogicApp.Tag" @parm -Action { Set-TaskWorkDirectory $lgObj = Get-TaskWorkObject $sorted = @(foreach ($item in $lgObj.tags.PsObject.Properties) { switch -Wildcard ($item.Name) { default { [PsCustomObject]@{Sort = 1000; Name = $item.Name; Value = $item.Value } } } }) | Sort-Object -Property Sort $orderedParms = [ordered]@{} $groups = $sorted | Group-Object -Property Sort foreach ($item in $groups) { $item.Group | Sort-Object -Property Name | ForEach-Object { $orderedParms."$($_.Name)" = $_.Value } } $lgObj.tags = [PsCustomObject]$orderedParms Out-TaskFileLogicApp -InputObject $lgObj } |