DSCResources/MSFT_IntuneDeviceConfigurationNetworkBoundaryPolicyWindows10/MSFT_IntuneDeviceConfigurationNetworkBoundaryPolicyWindows10.psm1
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function Get-TargetResource { [CmdletBinding()] [OutputType([System.Collections.Hashtable])] param ( #region resource generator code [Parameter()] [Microsoft.Management.Infrastructure.CimInstance] $WindowsNetworkIsolationPolicy, [Parameter()] [System.String] $Description, [Parameter(Mandatory = $true)] [System.String] $DisplayName, [Parameter()] [System.Boolean] $SupportsScopeTags, [Parameter(Mandatory = $true)] [System.String] $Id, [Parameter()] [Microsoft.Management.Infrastructure.CimInstance[]] $Assignments, #endregion [Parameter()] [System.String] [ValidateSet('Absent', 'Present')] $Ensure = 'Present', [Parameter()] [System.Management.Automation.PSCredential] $Credential, [Parameter()] [System.String] $ApplicationId, [Parameter()] [System.String] $TenantId, [Parameter()] [System.Management.Automation.PSCredential] $ApplicationSecret, [Parameter()] [System.String] $CertificateThumbprint, [Parameter()] [Switch] $ManagedIdentity ) try { $ConnectionMode = New-M365DSCConnection -Workload 'MicrosoftGraph' ` -InboundParameters $PSBoundParameters ` -ProfileName 'beta' #Ensure the proper dependencies are installed in the current environment. Confirm-M365DSCDependencies #region Telemetry $ResourceName = $MyInvocation.MyCommand.ModuleName.Replace('MSFT_', '') $CommandName = $MyInvocation.MyCommand $data = Format-M365DSCTelemetryParameters -ResourceName $ResourceName ` -CommandName $CommandName ` -Parameters $PSBoundParameters Add-M365DSCTelemetryEvent -Data $data #endregion $nullResult = $PSBoundParameters $nullResult.Ensure = 'Absent' $getValue = $null #region resource generator code $getValue = Get-MgDeviceManagementDeviceConfiguration -DeviceConfigurationId $Id -ErrorAction SilentlyContinue if ($null -eq $getValue) { Write-Verbose -Message "Could not find an Intune Device Configuration Network Boundary Policy for Windows10 with Id {$Id}" if (-Not [string]::IsNullOrEmpty($DisplayName)) { $getValue = Get-MgDeviceManagementDeviceConfiguration ` -Filter "DisplayName eq '$DisplayName'" ` -ErrorAction SilentlyContinue | Where-Object -FilterScript { ` $_.AdditionalProperties -eq '#microsoft.graph.windows10NetworkBoundaryConfiguration' ` } } } #endregion if ($null -eq $getValue) { Write-Verbose -Message "Could not find an Intune Device Configuration Network Boundary Policy for Windows10 with DisplayName {$DisplayName}" return $nullResult } $Id = $getValue.Id Write-Verbose -Message "An Intune Device Configuration Network Boundary Policy for Windows10 with Id {$Id} and DisplayName {$DisplayName} was found." #region resource generator code $complexWindowsNetworkIsolationPolicy = @{} $complexEnterpriseCloudResources = @() foreach ($currentEnterpriseCloudResources in $getValue.AdditionalProperties.windowsNetworkIsolationPolicy.enterpriseCloudResources) { $myEnterpriseCloudResources = @{} $myEnterpriseCloudResources.Add('IpAddressOrFQDN', $currentEnterpriseCloudResources.ipAddressOrFQDN) $myEnterpriseCloudResources.Add('Proxy', $currentEnterpriseCloudResources.proxy) if ($myEnterpriseCloudResources.values.Where({ $null -ne $_ }).count -gt 0) { $complexEnterpriseCloudResources += $myEnterpriseCloudResources } } $complexWindowsNetworkIsolationPolicy.Add('EnterpriseCloudResources', $complexEnterpriseCloudResources) $complexWindowsNetworkIsolationPolicy.Add('EnterpriseInternalProxyServers', $getValue.AdditionalProperties.windowsNetworkIsolationPolicy.enterpriseInternalProxyServers) $complexEnterpriseIPRanges = @() foreach ($currentEnterpriseIPRanges in $getValue.AdditionalProperties.windowsNetworkIsolationPolicy.enterpriseIPRanges) { $myEnterpriseIPRanges = @{} $myEnterpriseIPRanges.Add('CidrAddress', $currentEnterpriseIPRanges.cidrAddress) $myEnterpriseIPRanges.Add('LowerAddress', $currentEnterpriseIPRanges.lowerAddress) $myEnterpriseIPRanges.Add('UpperAddress', $currentEnterpriseIPRanges.upperAddress) if ($null -ne $currentEnterpriseIPRanges.'@odata.type') { $myEnterpriseIPRanges.Add('odataType', $currentEnterpriseIPRanges.'@odata.type'.toString()) } if ($myEnterpriseIPRanges.values.Where({ $null -ne $_ }).count -gt 0) { $complexEnterpriseIPRanges += $myEnterpriseIPRanges } } $complexWindowsNetworkIsolationPolicy.Add('EnterpriseIPRanges', $complexEnterpriseIPRanges) $complexWindowsNetworkIsolationPolicy.Add('EnterpriseIPRangesAreAuthoritative', $getValue.AdditionalProperties.windowsNetworkIsolationPolicy.enterpriseIPRangesAreAuthoritative) $complexWindowsNetworkIsolationPolicy.Add('EnterpriseNetworkDomainNames', $getValue.AdditionalProperties.windowsNetworkIsolationPolicy.enterpriseNetworkDomainNames) $complexWindowsNetworkIsolationPolicy.Add('EnterpriseProxyServers', $getValue.AdditionalProperties.windowsNetworkIsolationPolicy.enterpriseProxyServers) $complexWindowsNetworkIsolationPolicy.Add('EnterpriseProxyServersAreAuthoritative', $getValue.AdditionalProperties.windowsNetworkIsolationPolicy.enterpriseProxyServersAreAuthoritative) $complexWindowsNetworkIsolationPolicy.Add('NeutralDomainResources', $getValue.AdditionalProperties.windowsNetworkIsolationPolicy.neutralDomainResources) if ($complexWindowsNetworkIsolationPolicy.values.Where({ $null -ne $_ }).count -eq 0) { $complexWindowsNetworkIsolationPolicy = $null } #endregion $results = @{ #region resource generator code WindowsNetworkIsolationPolicy = $complexWindowsNetworkIsolationPolicy Description = $getValue.Description DisplayName = $getValue.DisplayName SupportsScopeTags = $getValue.SupportsScopeTags Id = $getValue.Id Ensure = 'Present' Credential = $Credential ApplicationId = $ApplicationId TenantId = $TenantId ApplicationSecret = $ApplicationSecret CertificateThumbprint = $CertificateThumbprint Managedidentity = $ManagedIdentity.IsPresent #endregion } $assignmentsValues = Get-MgDeviceManagementDeviceConfigurationAssignment -DeviceConfigurationId $Id $assignmentResult = @() foreach ($assignmentEntry in $AssignmentsValues) { $assignmentValue = @{ dataType = $assignmentEntry.Target.AdditionalProperties.'@odata.type' deviceAndAppManagementAssignmentFilterType = $(if ($null -ne $assignmentEntry.Target.DeviceAndAppManagementAssignmentFilterType) { $assignmentEntry.Target.DeviceAndAppManagementAssignmentFilterType.ToString() }) deviceAndAppManagementAssignmentFilterId = $assignmentEntry.Target.DeviceAndAppManagementAssignmentFilterId groupId = $assignmentEntry.Target.AdditionalProperties.groupId } $assignmentResult += $assignmentValue } $results.Add('Assignments', $assignmentResult) return [System.Collections.Hashtable] $results } catch { New-M365DSCLogEntry -Message 'Error retrieving data:' ` -Exception $_ ` -Source $($MyInvocation.MyCommand.Source) ` -TenantId $TenantId ` -Credential $Credential return $nullResult } } function Set-TargetResource { [CmdletBinding()] param ( #region resource generator code [Parameter()] [Microsoft.Management.Infrastructure.CimInstance] $WindowsNetworkIsolationPolicy, [Parameter()] [System.String] $Description, [Parameter(Mandatory = $true)] [System.String] $DisplayName, [Parameter()] [System.Boolean] $SupportsScopeTags, [Parameter(Mandatory = $true)] [System.String] $Id, [Parameter()] [Microsoft.Management.Infrastructure.CimInstance[]] $Assignments, #endregion [Parameter()] [System.String] [ValidateSet('Absent', 'Present')] $Ensure = 'Present', [Parameter()] [System.Management.Automation.PSCredential] $Credential, [Parameter()] [System.String] $ApplicationId, [Parameter()] [System.String] $TenantId, [Parameter()] [System.Management.Automation.PSCredential] $ApplicationSecret, [Parameter()] [System.String] $CertificateThumbprint, [Parameter()] [Switch] $ManagedIdentity ) #Ensure the proper dependencies are installed in the current environment. Confirm-M365DSCDependencies #region Telemetry $ResourceName = $MyInvocation.MyCommand.ModuleName.Replace('MSFT_', '') $CommandName = $MyInvocation.MyCommand $data = Format-M365DSCTelemetryParameters -ResourceName $ResourceName ` -CommandName $CommandName ` -Parameters $PSBoundParameters Add-M365DSCTelemetryEvent -Data $data #endregion $currentInstance = Get-TargetResource @PSBoundParameters $PSBoundParameters.Remove('Ensure') | Out-Null $PSBoundParameters.Remove('Credential') | Out-Null $PSBoundParameters.Remove('ApplicationId') | Out-Null $PSBoundParameters.Remove('ApplicationSecret') | Out-Null $PSBoundParameters.Remove('TenantId') | Out-Null $PSBoundParameters.Remove('CertificateThumbprint') | Out-Null $PSBoundParameters.Remove('ManagedIdentity') | Out-Null $PSBoundParameters.Remove('Verbose') | Out-Null if ($Ensure -eq 'Present' -and $currentInstance.Ensure -eq 'Absent') { Write-Verbose -Message "Creating an Intune Device Configuration Network Boundary Policy for Windows10 with DisplayName {$DisplayName}" $PSBoundParameters.Remove('Assignments') | Out-Null $CreateParameters = ([Hashtable]$PSBoundParameters).clone() $CreateParameters = Rename-M365DSCCimInstanceParameter -Properties $CreateParameters $CreateParameters.Remove('Id') | Out-Null $keys = (([Hashtable]$CreateParameters).clone()).Keys foreach ($key in $keys) { if ($null -ne $CreateParameters.$key -and $CreateParameters.$key.getType().Name -like '*cimInstance*') { $CreateParameters.$key = Convert-M365DSCDRGComplexTypeToHashtable -ComplexObject $CreateParameters.$key } } #region resource generator code $CreateParameters.Add('@odata.type', '#microsoft.graph.windows10NetworkBoundaryConfiguration') $policy = New-MgDeviceManagementDeviceConfiguration -BodyParameter $CreateParameters $assignmentsHash = @() foreach ($assignment in $Assignments) { $assignmentsHash += Get-M365DSCDRGComplexTypeToHashtable -ComplexObject $Assignment } if ($policy.id) { Update-DeviceConfigurationPolicyAssignment -DeviceConfigurationPolicyId $policy.id ` -Targets $assignmentsHash ` -Repository 'deviceManagement/deviceConfigurations' } #endregion } elseif ($Ensure -eq 'Present' -and $currentInstance.Ensure -eq 'Present') { Write-Verbose -Message "Updating the Intune Device Configuration Network Boundary Policy for Windows10 with Id {$($currentInstance.Id)}" $PSBoundParameters.Remove('Assignments') | Out-Null $UpdateParameters = ([Hashtable]$PSBoundParameters).clone() $UpdateParameters = Rename-M365DSCCimInstanceParameter -Properties $UpdateParameters $UpdateParameters.Remove('Id') | Out-Null $keys = (([Hashtable]$UpdateParameters).clone()).Keys foreach ($key in $keys) { if ($null -ne $UpdateParameters.$key -and $UpdateParameters.$key.getType().Name -like '*cimInstance*') { $UpdateParameters.$key = Convert-M365DSCDRGComplexTypeToHashtable -ComplexObject $UpdateParameters.$key } } #region resource generator code $UpdateParameters.Add('@odata.type', '#microsoft.graph.windows10NetworkBoundaryConfiguration') Update-MgDeviceManagementDeviceConfiguration ` -DeviceConfigurationId $currentInstance.Id ` -BodyParameter $UpdateParameters $assignmentsHash = @() foreach ($assignment in $Assignments) { $assignmentsHash += Get-M365DSCDRGComplexTypeToHashtable -ComplexObject $Assignment } Update-DeviceConfigurationPolicyAssignment ` -DeviceConfigurationPolicyId $currentInstance.id ` -Targets $assignmentsHash ` -Repository 'deviceManagement/deviceConfigurations' #endregion } elseif ($Ensure -eq 'Absent' -and $currentInstance.Ensure -eq 'Present') { Write-Verbose -Message "Removing the Intune Device Configuration Network Boundary Policy for Windows10 with Id {$($currentInstance.Id)}" #region resource generator code Remove-MgDeviceManagementDeviceConfiguration -DeviceConfigurationId $currentInstance.Id #endregion } } function Test-TargetResource { [CmdletBinding()] [OutputType([System.Boolean])] param ( #region resource generator code [Parameter()] [Microsoft.Management.Infrastructure.CimInstance] $WindowsNetworkIsolationPolicy, [Parameter()] [System.String] $Description, [Parameter(Mandatory = $true)] [System.String] $DisplayName, [Parameter()] [System.Boolean] $SupportsScopeTags, [Parameter(Mandatory = $true)] [System.String] $Id, [Parameter()] [Microsoft.Management.Infrastructure.CimInstance[]] $Assignments, #endregion [Parameter()] [System.String] [ValidateSet('Absent', 'Present')] $Ensure = 'Present', [Parameter()] [System.Management.Automation.PSCredential] $Credential, [Parameter()] [System.String] $ApplicationId, [Parameter()] [System.String] $TenantId, [Parameter()] [System.Management.Automation.PSCredential] $ApplicationSecret, [Parameter()] [System.String] $CertificateThumbprint, [Parameter()] [Switch] $ManagedIdentity ) #Ensure the proper dependencies are installed in the current environment. Confirm-M365DSCDependencies #region Telemetry $ResourceName = $MyInvocation.MyCommand.ModuleName.Replace('MSFT_', '') $CommandName = $MyInvocation.MyCommand $data = Format-M365DSCTelemetryParameters -ResourceName $ResourceName ` -CommandName $CommandName ` -Parameters $PSBoundParameters Add-M365DSCTelemetryEvent -Data $data #endregion Write-Verbose -Message "Testing configuration of the Intune Device Configuration Network Boundary Policy for Windows10 with Id {$Id} and DisplayName {$DisplayName}" $CurrentValues = Get-TargetResource @PSBoundParameters $ValuesToCheck = ([Hashtable]$PSBoundParameters).clone() if ($CurrentValues.Ensure -ne $PSBoundParameters.Ensure) { Write-Verbose -Message "Test-TargetResource returned $false" return $false } $testResult = $true #Compare Cim instances foreach ($key in $PSBoundParameters.Keys) { $source = $PSBoundParameters.$key $target = $CurrentValues.$key if ($source.getType().Name -like '*CimInstance*') { $source = Get-M365DSCDRGComplexTypeToHashtable -ComplexObject $source $testResult = Compare-M365DSCComplexObject ` -Source ($source) ` -Target ($target) if (-Not $testResult) { $testResult = $false break } $ValuesToCheck.Remove($key) | Out-Null } } $ValuesToCheck.Remove('Credential') | Out-Null $ValuesToCheck.Remove('ApplicationId') | Out-Null $ValuesToCheck.Remove('TenantId') | Out-Null $ValuesToCheck.Remove('ApplicationSecret') | Out-Null Write-Verbose -Message "Current Values: $(Convert-M365DscHashtableToString -Hashtable $CurrentValues)" Write-Verbose -Message "Target Values: $(Convert-M365DscHashtableToString -Hashtable $ValuesToCheck)" if ($testResult) { $testResult = Test-M365DSCParameterState -CurrentValues $CurrentValues ` -Source $($MyInvocation.MyCommand.Source) ` -DesiredValues $PSBoundParameters ` -ValuesToCheck $ValuesToCheck.Keys } Write-Verbose -Message "Test-TargetResource returned $testResult" return $testResult } function Export-TargetResource { [CmdletBinding()] [OutputType([System.String])] param ( [Parameter()] [System.Management.Automation.PSCredential] $Credential, [Parameter()] [System.String] $ApplicationId, [Parameter()] [System.String] $TenantId, [Parameter()] [System.Management.Automation.PSCredential] $ApplicationSecret, [Parameter()] [System.String] $CertificateThumbprint, [Parameter()] [Switch] $ManagedIdentity ) $ConnectionMode = New-M365DSCConnection -Workload 'MicrosoftGraph' ` -InboundParameters $PSBoundParameters ` -ProfileName 'beta' #Ensure the proper dependencies are installed in the current environment. Confirm-M365DSCDependencies #region Telemetry $ResourceName = $MyInvocation.MyCommand.ModuleName.Replace('MSFT_', '') $CommandName = $MyInvocation.MyCommand $data = Format-M365DSCTelemetryParameters -ResourceName $ResourceName ` -CommandName $CommandName ` -Parameters $PSBoundParameters Add-M365DSCTelemetryEvent -Data $data #endregion try { #region resource generator code [array]$getValue = Get-MgDeviceManagementDeviceConfiguration ` -All ` -ErrorAction Stop | Where-Object ` -FilterScript { ` $_.AdditionalProperties.'@odata.type' -eq '#microsoft.graph.windows10NetworkBoundaryConfiguration' ` } #endregion $i = 1 $dscContent = '' if ($getValue.Length -eq 0) { Write-Host $Global:M365DSCEmojiGreenCheckMark } else { Write-Host "`r`n" -NoNewline } foreach ($config in $getValue) { $displayedKey = $config.Id if (-not [String]::IsNullOrEmpty($config.displayName)) { $displayedKey = $config.displayName } Write-Host " |---[$i/$($getValue.Count)] $displayedKey" -NoNewline $params = @{ Id = $config.Id DisplayName = $config.DisplayName Ensure = 'Present' Credential = $Credential ApplicationId = $ApplicationId TenantId = $TenantId ApplicationSecret = $ApplicationSecret CertificateThumbprint = $CertificateThumbprint Managedidentity = $ManagedIdentity.IsPresent } $Results = Get-TargetResource @Params $Results = Update-M365DSCExportAuthenticationResults -ConnectionMode $ConnectionMode ` -Results $Results if ($null -ne $Results.WindowsNetworkIsolationPolicy) { $complexMapping = @( @{ Name = 'WindowsNetworkIsolationPolicy' CimInstanceName = 'MicrosoftGraphWindowsNetworkIsolationPolicy' IsRequired = $False } @{ Name = 'EnterpriseCloudResources' CimInstanceName = 'MicrosoftGraphProxiedDomain1' IsRequired = $False } @{ Name = 'EnterpriseIPRanges' CimInstanceName = 'MicrosoftGraphIpRange1' IsRequired = $False } ) $complexTypeStringResult = Get-M365DSCDRGComplexTypeToString ` -ComplexObject $Results.WindowsNetworkIsolationPolicy ` -CIMInstanceName 'MicrosoftGraphwindowsNetworkIsolationPolicy' ` -ComplexTypeMapping $complexMapping if (-Not [String]::IsNullOrWhiteSpace($complexTypeStringResult)) { $Results.WindowsNetworkIsolationPolicy = $complexTypeStringResult } else { $Results.Remove('WindowsNetworkIsolationPolicy') | Out-Null } } if ($Results.Assignments) { $complexTypeStringResult = Get-M365DSCDRGComplexTypeToString -ComplexObject $Results.Assignments -CIMInstanceName DeviceManagementConfigurationPolicyAssignments if ($complexTypeStringResult) { $Results.Assignments = $complexTypeStringResult } else { $Results.Remove('Assignments') | Out-Null } } $currentDSCBlock = Get-M365DSCExportContentForResource -ResourceName $ResourceName ` -ConnectionMode $ConnectionMode ` -ModulePath $PSScriptRoot ` -Results $Results ` -Credential $Credential if ($Results.WindowsNetworkIsolationPolicy) { $currentDSCBlock = Convert-DSCStringParamToVariable -DSCBlock $currentDSCBlock -ParameterName 'WindowsNetworkIsolationPolicy' -IsCIMArray:$False } if ($Results.Assignments) { $currentDSCBlock = Convert-DSCStringParamToVariable -DSCBlock $currentDSCBlock -ParameterName 'Assignments' -IsCIMArray:$true } #removing trailing commas and semi colons between items of an array of cim instances added by Convert-DSCStringParamToVariable $currentDSCBlock = $currentDSCBlock.replace(" ,`r`n" , " `r`n" ) $currentDSCBlock = $currentDSCBlock.replace("`r`n;`r`n" , "`r`n" ) $dscContent += $currentDSCBlock Save-M365DSCPartialExport -Content $currentDSCBlock ` -FileName $Global:PartialExportFileName $i++ Write-Host $Global:M365DSCEmojiGreenCheckMark } return $dscContent } catch { Write-Host $Global:M365DSCEmojiRedX New-M365DSCLogEntry -Message 'Error during Export:' ` -Exception $_ ` -Source $($MyInvocation.MyCommand.Source) ` -TenantId $TenantId ` -Credential $Credential return '' } } function Update-DeviceConfigurationPolicyAssignment { [CmdletBinding()] [OutputType([System.Collections.Hashtable])] param ( [Parameter(Mandatory = 'true')] [System.String] $DeviceConfigurationPolicyId, [Parameter()] [Array] $Targets, [Parameter()] [System.String] $Repository = 'deviceManagement/configurationPolicies', [Parameter()] [ValidateSet('v1.0', 'beta')] [System.String] $APIVersion = 'beta' ) try { $deviceManagementPolicyAssignments = @() $Uri = "https://graph.microsoft.com/$APIVersion/$Repository/$DeviceConfigurationPolicyId/assign" foreach ($target in $targets) { $formattedTarget = @{'@odata.type' = $target.dataType } if ($target.groupId) { $formattedTarget.Add('groupId', $target.groupId) } if ($target.collectionId) { $formattedTarget.Add('collectionId', $target.collectionId) } if ($target.deviceAndAppManagementAssignmentFilterType) { $formattedTarget.Add('deviceAndAppManagementAssignmentFilterType', $target.deviceAndAppManagementAssignmentFilterType) } if ($target.deviceAndAppManagementAssignmentFilterId) { $formattedTarget.Add('deviceAndAppManagementAssignmentFilterId', $target.deviceAndAppManagementAssignmentFilterId) } $deviceManagementPolicyAssignments += @{'target' = $formattedTarget } } $body = @{'assignments' = $deviceManagementPolicyAssignments } | ConvertTo-Json -Depth 20 #write-verbose -Message $body Invoke-MgGraphRequest -Method POST -Uri $Uri -Body $body -ErrorAction Stop } catch { New-M365DSCLogEntry -Message 'Error updating data:' ` -Exception $_ ` -Source $($MyInvocation.MyCommand.Source) ` -TenantId $TenantId ` -Credential $Credential return $null } } function Rename-M365DSCCimInstanceParameter { [CmdletBinding()] [OutputType([System.Collections.Hashtable], [System.Collections.Hashtable[]])] param( [Parameter(Mandatory = 'true')] $Properties ) $keyToRename = @{ 'odataType' = '@odata.type' } $result = $Properties $type = $Properties.getType().FullName #region Array if ($type -like '*[[\]]') { $values = @() foreach ($item in $Properties) { $values += Rename-M365DSCCimInstanceParameter $item } $result = $values return , $result } #endregion #region Single if ($type -like '*Hashtable') { $result = ([Hashtable]$Properties).clone() } if ($type -like '*CimInstance*' -or $type -like '*Hashtable*' -or $type -like '*Object*') { $hashProperties = Get-M365DSCDRGComplexTypeToHashtable -ComplexObject $result $keys = ($hashProperties.clone()).keys foreach ($key in $keys) { $keyName = $key.substring(0, 1).tolower() + $key.substring(1, $key.length - 1) if ($key -in $keyToRename.Keys) { $keyName = $keyToRename.$key } $property = $hashProperties.$key if ($null -ne $property) { $hashProperties.Remove($key) $hashProperties.add($keyName, (Rename-M365DSCCimInstanceParameter $property)) } } $result = $hashProperties } return $result #endregion } function Get-M365DSCDRGComplexTypeToHashtable { [CmdletBinding()] [OutputType([hashtable], [hashtable[]])] param( [Parameter()] $ComplexObject ) if ($null -eq $ComplexObject) { return $null } if ($ComplexObject.gettype().fullname -like '*[[\]]') { $results = @() foreach ($item in $ComplexObject) { if ($item) { $hash = Get-M365DSCDRGComplexTypeToHashtable -ComplexObject $item $results += $hash } } # PowerShell returns all non-captured stream output, not just the argument of the return statement. #An empty array is mangled into $null in the process. #However, an array can be preserved on return by prepending it with the array construction operator (,) return , [hashtable[]]$results } if ($ComplexObject.getType().fullname -like '*Dictionary*') { $results = @{} $ComplexObject = [hashtable]::new($ComplexObject) $keys = $ComplexObject.Keys foreach ($key in $keys) { if ($null -ne $ComplexObject.$key) { $keyName = $key $keyType = $ComplexObject.$key.gettype().fullname if ($keyType -like '*CimInstance*' -or $keyType -like '*Dictionary*' -or $keyType -like 'Microsoft.Graph.PowerShell.Models.*' -or $keyType -like '*[[\]]') { $hash = Get-M365DSCDRGComplexTypeToHashtable -ComplexObject $ComplexObject.$key $results.Add($keyName, $hash) } else { $results.Add($keyName, $ComplexObject.$key) } } } return [hashtable]$results } $results = @{} if ($ComplexObject.getType().Fullname -like '*hashtable') { $keys = $ComplexObject.keys } else { $keys = $ComplexObject | Get-Member | Where-Object -FilterScript { $_.MemberType -eq 'Property' } } foreach ($key in $keys) { $keyName = $key if ($ComplexObject.getType().Fullname -notlike '*hashtable') { $keyName = $key.Name } if ($null -ne $ComplexObject.$keyName) { $keyType = $ComplexObject.$keyName.gettype().fullname if ($keyType -like '*CimInstance*' -or $keyType -like '*Dictionary*' -or $keyType -like 'Microsoft.Graph.PowerShell.Models.*') { $hash = Get-M365DSCDRGComplexTypeToHashtable -ComplexObject $ComplexObject.$keyName $results.Add($keyName, $hash) } else { $results.Add($keyName, $ComplexObject.$keyName) } } } return [hashtable]$results } <# Use ComplexTypeMapping to overwrite the type of nested CIM Example $complexMapping=@( @{ Name="ApprovalStages" CimInstanceName="MSFT_MicrosoftGraphapprovalstage1" IsRequired=$false } @{ Name="PrimaryApprovers" CimInstanceName="MicrosoftGraphuserset" IsRequired=$false } @{ Name="EscalationApprovers" CimInstanceName="MicrosoftGraphuserset" IsRequired=$false } ) With Name: the name of the parameter to be overwritten CimInstanceName: The type of the CIM instance (can include or not the prefix MSFT_) IsRequired: If isRequired equals true, an empty hashtable or array will be returned. Some of the Graph parameters are required even though they are empty #> function Get-M365DSCDRGComplexTypeToString { [CmdletBinding()] param( [Parameter()] $ComplexObject, [Parameter(Mandatory = $true)] [System.String] $CIMInstanceName, [Parameter()] [Array] $ComplexTypeMapping, [Parameter()] [System.String] $Whitespace = '', [Parameter()] [System.uint32] $IndentLevel = 3, [Parameter()] [switch] $isArray = $false ) if ($null -eq $ComplexObject) { return $null } $indent = '' for ($i = 0; $i -lt $IndentLevel ; $i++) { $indent += ' ' } #If ComplexObject is an Array if ($ComplexObject.GetType().FullName -like '*[[\]]') { $currentProperty = @() $IndentLevel++ foreach ($item in $ComplexObject) { $splat = @{ 'ComplexObject' = $item 'CIMInstanceName' = $CIMInstanceName 'IndentLevel' = $IndentLevel } if ($ComplexTypeMapping) { $splat.add('ComplexTypeMapping', $ComplexTypeMapping) } $currentProperty += Get-M365DSCDRGComplexTypeToString -isArray:$true @splat } # PowerShell returns all non-captured stream output, not just the argument of the return statement. #An empty array is mangled into $null in the process. #However, an array can be preserved on return by prepending it with the array construction operator (,) return , $currentProperty } $currentProperty = '' if ($isArray) { $currentProperty += "`r`n" $currentProperty += $indent } $CIMInstanceName = $CIMInstanceName.replace('MSFT_', '') $currentProperty += "MSFT_$CIMInstanceName{`r`n" $IndentLevel++ $indent = '' for ($i = 0; $i -lt $IndentLevel ; $i++) { $indent += ' ' } $keyNotNull = 0 if ($ComplexObject.Keys.count -eq 0) { return $null } foreach ($key in $ComplexObject.Keys) { if ($null -ne $ComplexObject.$key) { $keyNotNull++ if ($ComplexObject.$key.GetType().FullName -like 'Microsoft.Graph.PowerShell.Models.*' -or $key -in $ComplexTypeMapping.Name) { $hashPropertyType = $ComplexObject[$key].GetType().Name.tolower() $isArray = $false if ($ComplexObject[$key].GetType().FullName -like '*[[\]]') { $isArray = $true } #overwrite type if object defined in mapping complextypemapping if ($key -in $ComplexTypeMapping.Name) { $hashPropertyType = ([Array]($ComplexTypeMapping | Where-Object -FilterScript { $_.Name -eq $key }).CimInstanceName)[0] $hashProperty = $ComplexObject[$key] } else { $hashProperty = Get-M365DSCDRGComplexTypeToHashtable -ComplexObject $ComplexObject[$key] } if (-not $isArray) { $currentProperty += $indent + $key + ' = ' } if ($isArray -and $key -in $ComplexTypeMapping.Name) { if ($ComplexObject.$key.count -gt 0) { $currentProperty += $indent + $key + ' = ' $currentProperty += '@(' } } if ($isArray) { $IndentLevel++ foreach ($item in $ComplexObject[$key]) { if ($ComplexObject.$key.GetType().FullName -like 'Microsoft.Graph.PowerShell.Models.*') { $item = Get-M365DSCDRGComplexTypeToHashtable -ComplexObject $item } $nestedPropertyString = Get-M365DSCDRGComplexTypeToString ` -ComplexObject $item ` -CIMInstanceName $hashPropertyType ` -IndentLevel $IndentLevel ` -ComplexTypeMapping $ComplexTypeMapping ` -IsArray:$true if ([string]::IsNullOrWhiteSpace($nestedPropertyString)) { $nestedPropertyString = "@()`r`n" } $currentProperty += $nestedPropertyString } $IndentLevel-- } else { $nestedPropertyString = Get-M365DSCDRGComplexTypeToString ` -ComplexObject $hashProperty ` -CIMInstanceName $hashPropertyType ` -IndentLevel $IndentLevel ` -ComplexTypeMapping $ComplexTypeMapping if ([string]::IsNullOrWhiteSpace($nestedPropertyString)) { $nestedPropertyString = "`$null`r`n" } $currentProperty += $nestedPropertyString } if ($isArray) { if ($ComplexObject.$key.count -gt 0) { $currentProperty += $indent $currentProperty += ')' $currentProperty += "`r`n" } } $isArray = $PSBoundParameters.IsArray } else { $currentProperty += Get-M365DSCDRGSimpleObjectTypeToString -Key $key -Value $ComplexObject[$key] -Space ($indent) } } else { $mappedKey = $ComplexTypeMapping | Where-Object -FilterScript { $_.name -eq $key } if ($mappedKey -and $mappedKey.isRequired) { if ($mappedKey.isArray) { $currentProperty += "$indent$key = @()`r`n" } else { $currentProperty += "$indent$key = `$null`r`n" } } } } $indent = '' for ($i = 0; $i -lt $IndentLevel - 1 ; $i++) { $indent += ' ' } $currentProperty += "$indent}" if ($isArray -or $IndentLevel -gt 4) { $currentProperty += "`r`n" } #Indenting last parenthese when the cim instance is an array if ($IndentLevel -eq 5) { $indent = '' for ($i = 0; $i -lt $IndentLevel - 2 ; $i++) { $indent += ' ' } $currentProperty += $indent } $emptyCIM = $currentProperty.replace(' ', '').replace("`r`n", '') if ($emptyCIM -eq "MSFT_$CIMInstanceName{}") { $currentProperty = $null } return $currentProperty } Function Get-M365DSCDRGSimpleObjectTypeToString { [CmdletBinding()] [OutputType([System.String])] param( [Parameter(Mandatory = 'true')] [System.String] $Key, [Parameter(Mandatory = 'true')] $Value, [Parameter()] [System.String] $Space = ' ' ) $returnValue = '' switch -Wildcard ($Value.GetType().Fullname ) { '*.Boolean' { $returnValue = $Space + $Key + " = `$" + $Value.ToString() + "`r`n" } '*.String' { if ($key -eq '@odata.type') { $key = 'odataType' } $returnValue = $Space + $Key + " = '" + $Value + "'`r`n" } '*.DateTime' { $returnValue = $Space + $Key + " = '" + $Value + "'`r`n" } '*[[\]]' { $returnValue = $Space + $key + ' = @(' $whitespace = '' $newline = '' if ($Value.count -gt 1) { $returnValue += "`r`n" $whitespace = $Space + ' ' $newline = "`r`n" } foreach ($item in ($Value | Where-Object -FilterScript { $null -ne $_ })) { switch -Wildcard ($item.GetType().Fullname) { '*.String' { $returnValue += "$whitespace'$item'$newline" } '*.DateTime' { $returnValue += "$whitespace'$item'$newline" } Default { $returnValue += "$whitespace$item$newline" } } } if ($Value.count -gt 1) { $returnValue += "$Space)`r`n" } else { $returnValue += ")`r`n" } } Default { $returnValue = $Space + $Key + ' = ' + $Value + "`r`n" } } return $returnValue } function Compare-M365DSCComplexObject { [CmdletBinding()] [OutputType([System.Boolean])] param( [Parameter()] $Source, [Parameter()] $Target ) #Comparing full objects if ($null -eq $Source -and $null -eq $Target) { return $true } $sourceValue = '' $targetValue = '' if (($null -eq $Source) -xor ($null -eq $Target)) { if ($null -eq $Source) { $sourceValue = 'Source is null' } if ($null -eq $Target) { $targetValue = 'Target is null' } Write-Verbose -Message "Configuration drift - Complex object: {$sourceValue$targetValue}" return $false } if ($Source.getType().FullName -like '*CimInstance[[\]]' -or $Source.getType().FullName -like '*Hashtable[[\]]') { if ($source.count -ne $target.count) { Write-Verbose -Message "Configuration drift - The complex array have different number of items: Source {$($source.count)} Target {$($target.count)}" return $false } if ($source.count -eq 0) { return $true } foreach ($item in $Source) { $hashSource = Get-M365DSCDRGComplexTypeToHashtable -ComplexObject $item foreach ($targetItem in $Target) { $compareResult = Compare-M365DSCComplexObject ` -Source $hashSource ` -Target $targetItem if ($compareResult) { break } } if (-not $compareResult) { Write-Verbose -Message 'Configuration drift - The complex array items are not identical' return $false } } return $true } $keys = $Source.Keys | Where-Object -FilterScript { $_ -ne 'PSComputerName' } foreach ($key in $keys) { #Matching possible key names between Source and Target $skey = $key $tkey = $key $sourceValue = $Source.$key $targetValue = $Target.$tkey #One of the item is null and not the other if (($null -eq $Source.$key) -xor ($null -eq $Target.$tkey)) { if ($null -eq $Source.$key) { $sourceValue = 'null' } if ($null -eq $Target.$tkey) { $targetValue = 'null' } #Write-Verbose -Message "Configuration drift - key: $key Source {$sourceValue} Target {$targetValue}" return $false } #Both keys aren't null or empty if (($null -ne $Source.$key) -and ($null -ne $Target.$tkey)) { if ($Source.$key.getType().FullName -like '*CimInstance*' -or $Source.$key.getType().FullName -like '*hashtable*') { #Recursive call for complex object $compareResult = Compare-M365DSCComplexObject ` -Source (Get-M365DSCDRGComplexTypeToHashtable -ComplexObject $Source.$key) ` -Target $Target.$tkey if (-not $compareResult) { #Write-Verbose -Message "Configuration drift - complex object key: $key Source {$sourceValue} Target {$targetValue}" return $false } } else { #Simple object comparison $referenceObject = $Target.$tkey $differenceObject = $Source.$key #Identifying date from the current values $targetType = ($Target.$tkey.getType()).Name if ($targetType -like '*Date*') { $compareResult = $true $sourceDate = [DateTime]$Source.$key if ($sourceDate -ne $targetType) { $compareResult = $null } } else { $compareResult = Compare-Object ` -ReferenceObject ($referenceObject) ` -DifferenceObject ($differenceObject) } if ($null -ne $compareResult) { #Write-Verbose -Message "Configuration drift - simple object key: $key Source {$sourceValue} Target {$targetValue}" return $false } } } } return $true } function Convert-M365DSCDRGComplexTypeToHashtable { [CmdletBinding()] [OutputType([hashtable], [hashtable[]])] param( [Parameter(Mandatory = 'true')] $ComplexObject ) if ($ComplexObject.getType().Fullname -like '*[[\]]') { $results = @() foreach ($item in $ComplexObject) { $hash = Convert-M365DSCDRGComplexTypeToHashtable -ComplexObject $item $results += $hash } #Write-Verbose -Message ("Convert-M365DSCDRGComplexTypeToHashtable >>> results: "+(convertTo-JSON $results -Depth 20)) # PowerShell returns all non-captured stream output, not just the argument of the return statement. #An empty array is mangled into $null in the process. #However, an array can be preserved on return by prepending it with the array construction operator (,) return , [hashtable[]]$results } $hashComplexObject = Get-M365DSCDRGComplexTypeToHashtable -ComplexObject $ComplexObject if ($null -ne $hashComplexObject) { $results = $hashComplexObject.clone() $keys = $hashComplexObject.Keys | Where-Object -FilterScript { $_ -ne 'PSComputerName' } foreach ($key in $keys) { if ($hashComplexObject[$key] -and $hashComplexObject[$key].getType().Fullname -like '*CimInstance*') { $results[$key] = Convert-M365DSCDRGComplexTypeToHashtable -ComplexObject $hashComplexObject[$key] } else { $propertyName = $key[0].ToString().ToLower() + $key.Substring(1, $key.Length - 1) $propertyValue = $results[$key] $results.remove($key) | Out-Null $results.add($propertyName, $propertyValue) } } } return [hashtable]$results } Export-ModuleMember -Function *-TargetResource |