Modules/M365DSCIntuneSettingsCatalogUtil.psm1
|
function Get-SettingsCatalogSettingName { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] $SettingDefinition, [Parameter(Mandatory = $true)] [System.Array] $AllSettingDefinitions ) # Remove invalid characters $settingName = [regex]::Replace($SettingDefinition.Name, "[\{\}\$]", "") $settingsWithSameName = $AllSettingDefinitions | Where-Object -FilterScript { $_.Name -eq $settingName } # Edge case where the same setting is defined twice in the template, with the same name and id # Example is RDVAllowBDE_Name from the IntuneDiskEncryptionWindows10 resource if ($settingsWithSameName.Count -eq 2) { if ($settingsWithSameName[0].Id -eq $settingsWithSameName[1].Id -and ` $settingsWithSameName[0].Name -eq $settingsWithSameName[1].Name) { $settingsWithSameName = $settingsWithSameName[0] } } if ($settingsWithSameName -is [array] -and $settingsWithSameName.Count -gt 1) { # Get the parent setting of the current setting $parentSetting = Get-ParentSettingDefinition -SettingDefinition $SettingDefinition -AllSettingDefinitions $AllSettingDefinitions if ($null -ne $parentSetting) { $combinationMatchesWithParent = @() $settingsWithSameName | ForEach-Object { $innerParentSetting = Get-ParentSettingDefinition -SettingDefinition $_ -AllSettingDefinitions $AllSettingDefinitions if ($null -ne $innerParentSetting) { if ("$($innerParentSetting.Name)_$($_.Name)" -eq "$($parentSetting.Name)_$settingName") { $combinationMatchesWithParent += $_ } } } # If the combination of parent setting and setting name is unique, add the parent setting name to the setting name if ($combinationMatchesWithParent.Count -eq 1) { $settingName = $parentSetting.Name + "_" + $settingName } # If the combination of parent setting and setting name is still not unique, do it with the OffsetUri of the current setting else { $settingResult = Get-UniqueSettingDefinitionNameFromMultipleMatches -SettingDefinition $SettingDefinition -SettingName $settingName -SettingsWithSameName $settingsWithSameName if ($settingResult.Success) { $settingName = $settingResult.SettingName } else { # Alternative way if no unique setting name can be found $parentSettingIdProperty = $parentSetting.Id.Split('_')[-1] $parentSettingIdWithoutProperty = $parentSetting.Id.Replace("_$parentSettingIdProperty", "") # We can't use the entire setting here, because the child setting id does not have to come after the parent setting id $settingName = $SettingDefinition.Id.Replace($parentSettingIdWithoutProperty + "_", "").Replace($parentSettingIdProperty + "_", "") } } } # When there is no parent, we can't use the parent setting name to make the setting name unique # Instead, we traverse up the OffsetUri. if ($null -eq $parentSetting) { $settingResult = Get-UniqueSettingDefinitionNameFromMultipleMatches -SettingDefinition $SettingDefinition -SettingName $settingName -SettingsWithSameName $settingsWithSameName if ($settingResult.Success) { $settingName = $settingResult.SettingName } else { # Can happen if both settings have the same name and the same OffsetUri, e.g. "enforcementLevel" in the IntuneAntivirusPolicyLinux resource # Potential risk of overwriting settings with the same name but different OffsetUri $settingIdWithoutName = $SettingDefinition.Id -replace "_$settingName", "" $settingIdWithoutNameSplitted = $settingIdWithoutName.Split("_")[-1] $settingName = $settingIdWithoutNameSplitted + "_" + $settingName } } # Simplify names from the OffsetUri. This is done to make the names more readable, especially in case of long and complex OffsetUris. switch -wildcard ($settingName) { 'com.apple.managedclient.preferences_enforcementLevel' { $settingName = 'enforcementLevel' } # IntuneAntivirusPolicyMacOS 'access16v2~Policy~L_MicrosoftOfficeaccess~L_ApplicationSettings~*' { $settingName = $settingName.Replace('access16v2~Policy~L_MicrosoftOfficeaccess~L_ApplicationSettings', 'MicrosoftAccess_') } 'excel16v2~Policy~L_MicrosoftOfficeExcel~L_ExcelOptions~*' { $settingName = $settingName.Replace('excel16v2~Policy~L_MicrosoftOfficeExcel~L_ExcelOptions', 'MicrosoftExcel_') } 'word16v2~Policy~L_MicrosoftOfficeWord~L_WordOptions~*' { $settingName = $settingName.Replace('word16v2~Policy~L_MicrosoftOfficeWord~L_WordOptions', 'MicrosoftWord_') } 'ppt16v2~Policy~L_MicrosoftOfficePowerPoint~L_PowerPointOptions~*' { $settingName = $settingName.Replace('ppt16v2~Policy~L_MicrosoftOfficePowerPoint~L_PowerPointOptions', 'MicrosoftPowerPoint_') } 'proj16v2~Policy~L_Proj~L_ProjectOptions~*' { $settingName = $settingName.Replace('proj16v2~Policy~L_Proj~L_ProjectOptions', 'MicrosoftProject_') } 'visio16v2~Policy~L_MicrosoftVisio~L_VisioOptions~*' { $settingName = $settingName.Replace('visio16v2~Policy~L_MicrosoftVisio~L_VisioOptions', 'MicrosoftVisio_') } 'pub16v2~Policy~L_MicrosoftOfficePublisher~*' { $settingName = $settingName.Replace('pub16v2~Policy~L_MicrosoftOfficePublisher', 'MicrosoftPublisherV2_') } 'pub16v3~Policy~L_MicrosoftOfficePublisher~*' { $settingName = $settingName.Replace('pub16v3~Policy~L_MicrosoftOfficePublisher', 'MicrosoftPublisherV3_') } 'microsoft_edge~Policy~microsoft_edge~*' { $settingName = $settingName.Replace('microsoft_edge~Policy~microsoft_edge', 'MicrosoftEdge_') } 'edge~httpauthentication*' { $settingName = $settingName.Replace('edge~httpauthentication', 'MicrosoftEdge_HTTPAuthentication') } 'edge~contentsettings*' { $settingName = $settingName.Replace('edge~contentsettings', 'MicrosoftEdge_ContentSettings') } '*~L_Security~*' { $settingName = $settingName.Replace('~L_Security', 'Security') } '*~L_TrustCenter*' { $settingName = $settingName.Replace('~L_TrustCenter', '_TrustCenter') } '*~L_ProtectedView_*' { $settingName = $settingName.Replace('~L_ProtectedView', 'ProtectedView') } '*~L_FileBlockSettings_*' { $settingName = $settingName.Replace('~L_FileBlockSettings', 'FileBlockSettings') } '*~L_TrustedLocations*' { $settingName = $settingName.Replace('~L_TrustedLocations', 'TrustedLocations') } '*~HTTPAuthentication_*' { $settingName = $settingName.Replace('~HTTPAuthentication', 'HTTPAuthentication') } } } $settingName } function Get-ParentSettingDefinition { param( [Parameter(Mandatory = $true)] $SettingDefinition, [Parameter(Mandatory = $true)] $AllSettingDefinitions ) $parentSetting = $null if ($SettingDefinition.AdditionalProperties.dependentOn.parentSettingId.Count -gt 0) { $parentSetting = $AllSettingDefinitions | Where-Object -FilterScript { $_.Id -eq ($SettingDefinition.AdditionalProperties.dependentOn.parentSettingId | Select-Object -Unique -First 1) } } elseif ($SettingDefinition.AdditionalProperties.options.dependentOn.parentSettingId.Count -gt 0) { $parentSetting = $AllSettingDefinitions | Where-Object -FilterScript { $_.Id -eq ($SettingDefinition.AdditionalProperties.options.dependentOn.parentSettingId | Select-Object -Unique -First 1) } } $parentSetting } function Get-UniqueSettingDefinitionNameFromMultipleMatches { param ( [Parameter(Mandatory = $true)] $SettingDefinition, [Parameter(Mandatory = $true)] [System.String] $SettingName, [Parameter(Mandatory = $true)] [System.Array] $SettingsWithSameName ) $skip = 0 $breakCounter = 0 $threshold = 8 $newSettingName = $SettingName do { $previousSettingName = $newSettingName $newSettingName = Get-SettingDefinitionNameFromOffsetUri -OffsetUri $SettingDefinition.OffsetUri -SettingName $newSettingName -Skip $skip $combinationMatchesWithOffsetUri = @() $SettingsWithSameName | ForEach-Object { $newName = Get-SettingDefinitionNameFromOffsetUri -OffsetUri $_.OffsetUri -SettingName $previousSettingName -Skip $skip if ($newName -eq $newSettingName) { # Exclude v2 versions from the comparison if ($SettingDefinition.Id -like "*_v2" -and $_.Id -ne $SettingDefinition.Id.Replace('_v2', '') -or $SettingDefinition.Id -notlike "*_v2" -and $_.Id -ne $SettingDefinition.Id + "_v2") { $combinationMatchesWithOffsetUri += $_ } } } $SettingsWithSameName = $combinationMatchesWithOffsetUri $skip++ $breakCounter++ } while ($combinationMatchesWithOffsetUri.Count -gt 1 -and $breakCounter -lt $threshold) $success = $false if ($breakCounter -lt $threshold) { if ($SettingDefinition.Id -like "*_v2" -and $newSettingName -notlike "*_v2") { $newSettingName += "_v2" } $settingName = $newSettingName $success = $true } @{ Success = $success SettingName = $settingName } } function Get-SettingDefinitionNameFromOffsetUri { param ( [Parameter(Mandatory = $true)] [System.String] $OffsetUri, [Parameter(Mandatory = $true)] [System.String] $SettingName, [Parameter(Mandatory = $false)] [System.Int32] $Skip = 0 ) # If the last part of the OffsetUri is the same as the setting name or it contains invalid characters, we traverse up until we reach the first element # Invalid characters are { and } which are used in the OffsetUri to indicate a variable $splittedOffsetUri = $OffsetUri.Split("/") if ([string]::IsNullOrEmpty($splittedOffsetUri[0])) { $splittedOffsetUri = $splittedOffsetUri[1..($splittedOffsetUri.Length - 1)] } if ($Skip -gt $splittedOffsetUri.Length - 1) { return $SettingName } $splittedOffsetUri = $splittedOffsetUri[0..($splittedOffsetUri.Length - 1 - $Skip)] $traversed = $false while (-not $traversed -and $splittedOffsetUri.Length -gt 1) # Prevent adding the first element of the OffsetUri { $traversed = $true if ($splittedOffsetUri[-1] -eq $SettingName -or $splittedOffsetUri[-1] -match "[\{\}]" -or $SettingName.StartsWith($splittedOffsetUri[-1])) { $splittedOffsetUri = $splittedOffsetUri[0..($splittedOffsetUri.Length - 2)] $traversed = $false } } if ($splittedOffsetUri.Length -gt 1) { $splittedOffsetUri[-1] + "_" + $SettingName } else { $SettingName } } |