xDnsServer.psm1
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#Region './prefix.ps1' 0 # Import nested, 'DscResource.Common' module $script:dscResourceCommonModulePath = Join-Path -Path $PSScriptRoot -ChildPath 'Modules\DscResource.Common' Import-Module -Name $script:dscResourceCommonModulePath $script:localizedData = Get-LocalizedData -DefaultUICulture 'en-US' #EndRegion './prefix.ps1' 6 #Region './Enum/1.Ensure.ps1' 0 enum Ensure { Present Absent } #EndRegion './Enum/1.Ensure.ps1' 6 #Region './Classes/001.ResourceBase.ps1' 0 <# .SYNOPSIS A class with methods that are equal for all class-based resources. .DESCRIPTION A class with methods that are equal for all class-based resources. .NOTES This class should not contain any DSC properties. #> class ResourceBase { # Hidden property for holding localization strings hidden [System.Collections.Hashtable] $localizedData = @{} # Default constructor ResourceBase() { Assert-Module -ModuleName 'DnsServer' $localizedDataFileName = ('{0}.strings.psd1' -f $this.GetType().Name) $this.localizedData = Get-LocalizedData -DefaultUICulture 'en-US' -FileName $localizedDataFileName } [ResourceBase] Get([Microsoft.Management.Infrastructure.CimInstance] $CommandProperties) { $dscResourceObject = [System.Activator]::CreateInstance($this.GetType()) foreach ($propertyName in $this.PSObject.Properties.Name) { if ($propertyName -in @($CommandProperties.PSObject.Properties.Name)) { $dscResourceObject.$propertyName = $CommandProperties.$propertyName } } # Always set this as it won't be in the $CommandProperties $dscResourceObject.DnsServer = $this.DnsServer return $dscResourceObject } [void] Set() { } [System.Boolean] Test() { $isInDesiredState = $true <# Returns all enforced properties not in desires state, or $null if all enforced properties are in desired state. #> $propertiesNotInDesiredState = $this.Compare() if ($propertiesNotInDesiredState) { $isInDesiredState = $false } return $isInDesiredState } # Returns a hashtable containing all properties that should be enforced. hidden [System.Collections.Hashtable[]] Compare() { $currentState = $this.Get() | ConvertTo-HashTableFromObject $desiredState = $this | ConvertTo-HashTableFromObject # Remove properties that have $null as the value. @($desiredState.Keys) | ForEach-Object -Process { $isReadProperty = $this.GetType().GetMember($_).CustomAttributes.Where( { $_.NamedArguments.MemberName -eq 'NotConfigurable' }).NamedArguments.TypedValue.Value -eq $true # Also remove read properties so that there is no chance to campare those. if ($isReadProperty -or $null -eq $desiredState[$_]) { $desiredState.Remove($_) } } $CompareDscParameterState = @{ CurrentValues = $currentState DesiredValues = $desiredState Properties = $desiredState.Keys ExcludeProperties = @('DnsServer') IncludeValue = $true } <# Returns all enforced properties not in desires state, or $null if all enforced properties are in desired state. #> return (Compare-DscParameterState @CompareDscParameterState) } # Returns a hashtable containing all properties that should be enforced. hidden [System.Collections.Hashtable] GetDesiredStateForSplatting([System.Collections.Hashtable[]] $Properties) { $desiredState = @{} $Properties | ForEach-Object -Process { $desiredState[$_.Property] = $_.ExpectedValue } return $desiredState } } #EndRegion './Classes/001.ResourceBase.ps1' 111 #Region './Classes/001.ResourcePropertiesBase.ps1' 0 <# .SYNOPSIS A class with DSC properties that are equal for all class-based resources. .DESCRIPTION A class with DSC properties that are equal for all class-based resources. .PARAMETER DnsServer The host name of the Domain Name System (DNS) server, or use 'localhost' for the current node. Defaults to `'localhost'`. #> class ResourcePropertiesBase { [DscProperty()] [System.String] $DnsServer = 'localhost' } #EndRegion './Classes/001.ResourcePropertiesBase.ps1' 19 #Region './Classes/002.DnsRecordBase.ps1' 0 <# .SYNOPSIS A DSC Resource for MS DNS Server that is not exposed to end users representing the common fields available to all resource records. .DESCRIPTION A DSC Resource for MS DNS Server that is not exposed to end users representing the common fields available to all resource records. .PARAMETER ZoneName Specifies the name of a DNS zone. (Key Parameter) .PARAMETER TimeToLive Specifies the TimeToLive value of the SRV record. Value must be in valid TimeSpan string format (i.e.: Days.Hours:Minutes:Seconds.Miliseconds or 30.23:59:59.999). .PARAMETER Ensure Whether the host record should be present or removed. #> class DnsRecordBase : ResourcePropertiesBase { [DscProperty(Key)] [System.String] $ZoneName [DscProperty()] [System.String] $TimeToLive [DscProperty()] [Ensure] $Ensure = [Ensure]::Present # Hidden property to determine whether the class is a scoped version hidden [System.Boolean] $isScoped # Hidden property for holding localization strings hidden [System.Collections.Hashtable] $localizedData # Hidden method to integrate localized strings from classes up the inheritance stack hidden [void] SetLocalizedData() { # Create a list of the inherited class names $inheritedClasses = @(,$this.GetType().Name) $parentClass = $this.GetType().BaseType while ($parentClass -ne [System.Object]) { $inheritedClasses += $parentClass.Name $parentClass = $parentClass.BaseType } $this.localizedData = @{} foreach ($className in $inheritedClasses) { # Get localized data for the class $localizationFile = "$($className).strings.psd1" try { $tmpData = Get-LocalizedData -DefaultUICulture 'en-US' -FileName $localizationFile -ErrorAction Stop # Append only previously unspecified keys in the localization data foreach ($key in $tmpData.Keys) { if (-not $this.localizedData.ContainsKey($key)) { $this.localizedData[$key] = $tmpData[$key] } } } catch { if ($_.CategoryInfo.Category.ToString() -eq 'ObjectNotFound') { Write-Warning $_.Exception.Message } else { throw $_ } } } Write-Debug ($this.localizedData | ConvertTo-JSON) } # Default constructor sets the $isScoped variable and loads the localization strings DnsRecordBase() { # Determine scope $this.isScoped = $this.PSObject.Properties.Name -contains 'ZoneScope' # Import the localization strings $this.SetLocalizedData() } #region Generic DSC methods -- DO NOT OVERRIDE [DnsRecordBase] Get() { Write-Verbose -Message ($this.localizedData.GettingDscResourceObject -f $this.GetType().Name) $dscResourceObject = $null $record = $this.GetResourceRecord() if ($null -eq $record) { Write-Verbose -Message $this.localizedData.RecordNotFound <# Create an object of the correct type (i.e.: the subclassed resource type) and set its values to those specified in the object, but set Ensure to Absent #> $dscResourceObject = [System.Activator]::CreateInstance($this.GetType()) foreach ($propertyName in $this.PSObject.Properties.Name) { $dscResourceObject.$propertyName = $this.$propertyName } $dscResourceObject.Ensure = 'Absent' } else { Write-Verbose -Message $this.localizedData.RecordFound # Build an object reflecting the current state based on the record found $dscResourceObject = $this.NewDscResourceObjectFromRecord($record) } return $dscResourceObject } [void] Set() { # Initialize dns cmdlet Parameters for removing a record $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer } # Accomodate for scoped records as well if ($this.isScoped) { $dnsParameters['ZoneScope'] = ($this.PSObject.Properties | Where-Object -FilterScript { $_.Name -eq 'ZoneScope' }).Value } $existingRecord = $this.GetResourceRecord() if ($this.Ensure -eq 'Present') { if ($null -ne $existingRecord) { $currentState = $this.Get() | ConvertTo-HashTableFromObject $desiredState = $this | ConvertTo-HashTableFromObject # Remove properties that have $null as the value @($desiredState.Keys) | ForEach-Object -Process { if ($null -eq $desiredState[$_]) { $desiredState.Remove($_) } } # Returns all enforced properties not in desires state, or $null if all enforced properties are in desired state $propertiesNotInDesiredState = Compare-DscParameterState -CurrentValues $currentState -DesiredValues $desiredState -Properties $desiredState.Keys -IncludeValue if ($null -ne $propertiesNotInDesiredState) { Write-Verbose -Message $this.localizedData.ModifyingExistingRecord $this.ModifyResourceRecord($existingRecord, $propertiesNotInDesiredState) } } else { Write-Verbose -Message ($this.localizedData.AddingNewRecord -f $this.GetType().Name) # Adding record $this.AddResourceRecord() } } elseif ($this.Ensure -eq 'Absent') { if ($null -ne $existingRecord) { Write-Verbose -Message $this.localizedData.RemovingExistingRecord # Removing existing record $existingRecord | Remove-DnsServerResourceRecord @dnsParameters -Force } } } [System.Boolean] Test() { $isInDesiredState = $true $currentState = $this.Get() | ConvertTo-HashTableFromObject $desiredState = $this | ConvertTo-HashTableFromObject if ($this.Ensure -eq 'Present') { if ($currentState.Ensure -eq 'Present') { # Remove properties that have $null as the value @($desiredState.Keys) | ForEach-Object -Process { if ($null -eq $desiredState[$_]) { $desiredState.Remove($_) } } # Returns all enforced properties not in desires state, or $null if all enforced properties are in desired state $propertiesNotInDesiredState = Compare-DscParameterState -CurrentValues $currentState -DesiredValues $desiredState -Properties $desiredState.Keys -ExcludeProperties @('Ensure') if ($propertiesNotInDesiredState) { $isInDesiredState = $false } } else { Write-Verbose -Message ($this.localizedData.PropertyIsNotInDesiredState -f 'Ensure', $desiredState['Ensure'], $currentState['Ensure']) $isInDesiredState = $false } } if ($this.Ensure -eq 'Absent') { if ($currentState['Ensure'] -eq 'Present') { Write-Verbose -Message ($this.localizedData.PropertyIsNotInDesiredState -f 'Ensure', $desiredState['Ensure'], $currentState['Ensure']) $isInDesiredState = $false } } if ($isInDesiredState) { Write-Verbose -Message $this.localizedData.ObjectInDesiredState } else { Write-Verbose -Message $this.localizedData.ObjectNotInDesiredState } return $isInDesiredState } #endregion #region Methods to override # Using the values supplied to $this, query the DNS server for a resource record and return it hidden [Microsoft.Management.Infrastructure.CimInstance] GetResourceRecord() { throw $this.localizedData.GetResourceRecordNotImplemented } # Add a resource record using the properties of this object. hidden [void] AddResourceRecord() { throw $this.localizedData.AddResourceRecordNotImplemented } <# Modifies a resource record using the properties of this object. The data in each hashtable will contain the following properties: - ActualType (System.RuntimeType) - ExpectedType (System.RuntimeType) - Property (String) - ExpectedValue (the property's type) - ActualValue (the property's type) - InDesiredState (System.Boolean) #> hidden [void] ModifyResourceRecord([Microsoft.Management.Infrastructure.CimInstance] $existingRecord, [System.Collections.Hashtable[]] $propertiesNotInDesiredState) { throw $this.localizedData.ModifyResourceRecordNotImplemented } # Given a resource record object, create an instance of this class with the appropriate data hidden [DnsRecordBase] NewDscResourceObjectFromRecord($record) { throw $this.localizedData.NewResourceObjectFromRecordNotImplemented } #endregion } #EndRegion './Classes/002.DnsRecordBase.ps1' 293 #Region './Classes/002.DnsRecordCname.ps1' 0 <# .SYNOPSIS The DnsRecordCname DSC resource manages CNAME DNS records against a specific zone on a Domain Name System (DNS) server. .DESCRIPTION The DnsRecordCname DSC resource manages CNAME DNS records against a specific zone on a Domain Name System (DNS) server. .PARAMETER Name Specifies the name of a DNS server resource record object. (Key Parameter) .PARAMETER HostNameAlias Specifies a a canonical name target for a CNAME record. This must be a fully qualified domain name (FQDN). (Key Parameter) #> [DscResource()] class DnsRecordCname : DnsRecordBase { [DscProperty(Key)] [System.String] $Name [DscProperty(Key)] [System.String] $HostNameAlias [DnsRecordCname] Get() { return ([DnsRecordBase] $this).Get() } [void] Set() { ([DnsRecordBase] $this).Set() } [System.Boolean] Test() { return ([DnsRecordBase] $this).Test() } hidden [Microsoft.Management.Infrastructure.CimInstance] GetResourceRecord() { Write-Verbose -Message ($this.localizedData.GettingDnsRecordMessage -f 'CNAME', $this.ZoneName, $this.ZoneScope, $this.DnsServer) $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer RRType = 'CNAME' Name = $this.Name } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } $record = Get-DnsServerResourceRecord @dnsParameters -ErrorAction SilentlyContinue | Where-Object -FilterScript { $_.RecordData.HostNameAlias -eq "$($this.HostnameAlias)." } return $record } hidden [DnsRecordCname] NewDscResourceObjectFromRecord([Microsoft.Management.Infrastructure.CimInstance] $record) { $dscResourceObject = [DnsRecordCname] @{ ZoneName = $this.ZoneName Name = $this.Name HostNameAlias = $this.HostNameAlias TimeToLive = $record.TimeToLive.ToString() DnsServer = $this.DnsServer Ensure = 'Present' } return $dscResourceObject } hidden [void] AddResourceRecord() { $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer CNAME = $true Name = $this.Name HostNameAlias = $this.HostNameAlias } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } if ($null -ne $this.TimeToLive) { $dnsParameters.Add('TimeToLive', $this.TimeToLive) } Write-Verbose -Message ($this.localizedData.CreatingDnsRecordMessage -f 'CNAME', $this.ZoneName, $this.ZoneScope, $this.DnsServer) Add-DnsServerResourceRecord @dnsParameters } hidden [void] ModifyResourceRecord([Microsoft.Management.Infrastructure.CimInstance] $existingRecord, [System.Collections.Hashtable[]] $propertiesNotInDesiredState) { $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } # Copy the existing record and modify values as appropriate $newRecord = [Microsoft.Management.Infrastructure.CimInstance]::new($existingRecord) foreach ($propertyToChange in $propertiesNotInDesiredState) { switch ($propertyToChange.Property) { # Key parameters will never be affected, so only include Mandatory and Optional values in the switch statement 'TimeToLive' { $newRecord.TimeToLive = [System.TimeSpan] $propertyToChange.ExpectedValue } } } Set-DnsServerResourceRecord @dnsParameters -OldInputObject $existingRecord -NewInputObject $newRecord -Verbose } } #EndRegion './Classes/002.DnsRecordCname.ps1' 134 #Region './Classes/002.DnsRecordPtr.ps1' 0 <# .SYNOPSIS The DnsRecordPtr DSC resource manages PTR DNS records against a specific zone on a Domain Name System (DNS) server. .DESCRIPTION The DnsRecordPtr DSC resource manages PTR DNS records against a specific zone on a Domain Name System (DNS) server. .PARAMETER IpAddress Specifies the IP address to which the record is associated (Can be either IPv4 or IPv6. (Key Parameter) .PARAMETER Name Specifies the FQDN of the host when you add a PTR resource record. (Key Parameter) .NOTES Reverse lookup zones do not support scopes, so there should be no DnsRecordPtrScoped subclass created. #> [DscResource()] class DnsRecordPtr : DnsRecordBase { [DscProperty(Key)] [System.String] $IpAddress [DscProperty(Key)] [System.String] $Name hidden [System.String] $recordHostName [DnsRecordPtr] Get() { # Ensure $recordHostName is set $this.recordHostName = $this.getRecordHostName($this.IpAddress) return ([DnsRecordBase] $this).Get() } [void] Set() { # Ensure $recordHostName is set $this.recordHostName = $this.getRecordHostName($this.IpAddress) ([DnsRecordBase] $this).Set() } [System.Boolean] Test() { # Ensure $recordHostName is set $this.recordHostName = $this.getRecordHostName($this.IpAddress) return ([DnsRecordBase] $this).Test() } hidden [Microsoft.Management.Infrastructure.CimInstance] GetResourceRecord() { Write-Verbose -Message ($this.localizedData.GettingDnsRecordMessage -f 'Ptr', $this.ZoneName, $this.ZoneScope, $this.DnsServer) $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer RRType = 'PTR' Name = $this.recordHostName } $record = Get-DnsServerResourceRecord @dnsParameters -ErrorAction SilentlyContinue | Where-Object -FilterScript { $_.RecordData.PtrDomainName -eq "$($this.Name)." } return $record } hidden [DnsRecordPtr] NewDscResourceObjectFromRecord([Microsoft.Management.Infrastructure.CimInstance] $record) { $dscResourceObject = [DnsRecordPtr] @{ ZoneName = $this.ZoneName IpAddress = $this.IpAddress Name = $this.Name TimeToLive = $record.TimeToLive.ToString() DnsServer = $this.DnsServer Ensure = 'Present' } return $dscResourceObject } hidden [void] AddResourceRecord() { $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer PTR = $true Name = $this.recordHostName PtrDomainName = $this.Name } if ($null -ne $this.TimeToLive) { $dnsParameters.Add('TimeToLive', $this.TimeToLive) } Write-Verbose -Message ($this.localizedData.CreatingDnsRecordMessage -f 'PTR', $this.ZoneName, $this.ZoneScope, $this.DnsServer) Add-DnsServerResourceRecord @dnsParameters } hidden [void] ModifyResourceRecord([Microsoft.Management.Infrastructure.CimInstance] $existingRecord, [System.Collections.Hashtable[]] $propertiesNotInDesiredState) { $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer } # Copy the existing record and modify values as appropriate $newRecord = [Microsoft.Management.Infrastructure.CimInstance]::new($existingRecord) foreach ($propertyToChange in $propertiesNotInDesiredState) { switch ($propertyToChange.Property) { # Key parameters will never be affected, so only include Mandatory and Optional values in the switch statement 'TimeToLive' { $newRecord.TimeToLive = [System.TimeSpan] $propertyToChange.ExpectedValue } } } Set-DnsServerResourceRecord @dnsParameters -OldInputObject $existingRecord -NewInputObject $newRecord -Verbose } # Take a compressed IPv6 string (i.e.: fd00::1) and expand it out to the full notation (i.e.: fd00:0000:0000:0000:0000:0000:0000:0001) hidden [System.String] expandIPv6String($string) { # Split the string on the colons $segments = [System.Collections.ArrayList]::new(($string -split ':')) # Determine how many segments need to be added to reach the 8 required $blankSegmentCount = 8 - $segments.count # Insert missing segments for ($i = 0; $i -lt $blankSegmentCount; $i++) { $segments.Insert(1, '0000') } # Pad out all segments with leading zeros $paddedSegments = $segments | ForEach-Object { $_.PadLeft(4, '0') } return ($paddedSegments -join ':') } # Translate the IP address to the reverse notation used by the DNS server hidden [System.String] getReverseNotation([System.Net.IpAddress] $ipAddressObj) { $significantData = [System.Collections.ArrayList]::New() switch ($ipAddressObj.AddressFamily) { 'InterNetwork' { $significantData.AddRange(($ipAddressObj.IPAddressToString -split '\.')) break } 'InterNetworkV6' { # Get the hex values into an ArrayList $significantData.AddRange(($this.expandIPv6String($ipAddressObj.IPAddressToString) -replace ':', '' -split '')) break } } $significantData.Reverse() # The reverse lookup notation puts a '.' between each hex value return ($significantData -join '.').Trim('.') } # Determine the record host name hidden [System.String] getRecordHostName([System.Net.IpAddress] $ipAddressObj) { $reverseLookupAddressComponent = "" switch ($ipAddressObj.AddressFamily) { 'InterNetwork' { if (-not $this.ZoneName.ToLower().EndsWith('.in-addr.arpa')) { throw ($this.localizedData.NotAnIPv4Zone -f $this.ZoneName) } $reverseLookupAddressComponent = $this.ZoneName.Replace('.in-addr.arpa', '') break } 'InterNetworkV6' { if (-not $this.ZoneName.ToLower().EndsWith('.ip6.arpa')) { throw ($this.localizedData.NotAnIPv6Zone -f $this.ZoneName) } $reverseLookupAddressComponent = $this.ZoneName.Replace('.ip6.arpa', '') break } } $reverseNotation = $this.getReverseNotation($ipAddressObj) # Check to make sure that the ip address actually belongs in this zone if ($reverseNotation -notmatch "$($reverseLookupAddressComponent)`$") { throw $this.localizedData.WrongZone -f $ipAddressObj.IPAddressToString, $this.ZoneName } # Strip the zone name from the reversed IP using a regular expression $ptrRecordHostName = $reverseNotation -replace "\.$([System.Text.RegularExpressions.Regex]::Escape($reverseLookupAddressComponent))`$", "" return $ptrRecordHostName } } #EndRegion './Classes/002.DnsRecordPtr.ps1' 224 #Region './Classes/003.DnsRecordA.ps1' 0 <# .SYNOPSIS The DnsRecordA DSC resource manages A DNS records against a specific zone on a Domain Name System (DNS) server. .DESCRIPTION The DnsRecordA DSC resource manages A DNS records against a specific zone on a Domain Name System (DNS) server. .PARAMETER Name Specifies the name of a DNS server resource record object. (Key Parameter) .PARAMETER IPv4Address Specifies the IPv4 address of a host. (Key Parameter) #> [DscResource()] class DnsRecordA : DnsRecordBase { [DscProperty(Key)] [System.String] $Name [DscProperty(Key)] [System.String] $IPv4Address [DnsRecordA] Get() { return ([DnsRecordBase] $this).Get() } [void] Set() { ([DnsRecordBase] $this).Set() } [System.Boolean] Test() { return ([DnsRecordBase] $this).Test() } hidden [Microsoft.Management.Infrastructure.CimInstance] GetResourceRecord() { Write-Verbose -Message ($this.localizedData.GettingDnsRecordMessage -f 'A', $this.ZoneName, $this.ZoneScope, $this.DnsServer) $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer RRType = 'A' Name = $this.Name } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } $record = Get-DnsServerResourceRecord @dnsParameters -ErrorAction SilentlyContinue | Where-Object { $_.RecordData.IPv4Address -eq $this.IPv4Address } return $record } hidden [DnsRecordA] NewDscResourceObjectFromRecord([Microsoft.Management.Infrastructure.CimInstance] $record) { $dscResourceObject = [DnsRecordA] @{ ZoneName = $this.ZoneName Name = $this.Name IPv4Address = $this.IPv4Address TimeToLive = $record.TimeToLive.ToString() DnsServer = $this.DnsServer Ensure = 'Present' } return $dscResourceObject } hidden [void] AddResourceRecord() { $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer A = $true Name = $this.Name IPv4Address = $this.IPv4Address } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } if ($null -ne $this.TimeToLive) { $dnsParameters.Add('TimeToLive', $this.TimeToLive) } Write-Verbose -Message ($this.localizedData.CreatingDnsRecordMessage -f 'A', $this.ZoneName, $this.ZoneScope, $this.DnsServer) Add-DnsServerResourceRecord @dnsParameters } hidden [void] ModifyResourceRecord([Microsoft.Management.Infrastructure.CimInstance] $existingRecord, [System.Collections.Hashtable[]] $propertiesNotInDesiredState) { $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } # Copy the existing record and modify values as appropriate $newRecord = [Microsoft.Management.Infrastructure.CimInstance]::new($existingRecord) foreach ($propertyToChange in $propertiesNotInDesiredState) { switch ($propertyToChange.Property) { # Key parameters will never be affected, so only include Mandatory and Optional values in the switch statement 'TimeToLive' { $newRecord.TimeToLive = [System.TimeSpan] $propertyToChange.ExpectedValue } } } Set-DnsServerResourceRecord @dnsParameters -OldInputObject $existingRecord -NewInputObject $newRecord -Verbose } } #EndRegion './Classes/003.DnsRecordA.ps1' 134 #Region './Classes/003.DnsRecordAaaa.ps1' 0 <# .SYNOPSIS The DnsRecordAaaa DSC resource manages AAAA DNS records against a specific zone on a Domain Name System (DNS) server. .DESCRIPTION The DnsRecordAaaa DSC resource manages AAAA DNS records against a specific zone on a Domain Name System (DNS) server. .PARAMETER Name Specifies the name of a DNS server resource record object. (Key Parameter) .PARAMETER IPv6Address Specifies the IPv6 address of a host. (Key Parameter) #> [DscResource()] class DnsRecordAaaa : DnsRecordBase { [DscProperty(Key)] [System.String] $Name [DscProperty(Key)] [System.String] $IPv6Address [DnsRecordAaaa] Get() { return ([DnsRecordBase] $this).Get() } [void] Set() { ([DnsRecordBase] $this).Set() } [System.Boolean] Test() { return ([DnsRecordBase] $this).Test() } hidden [Microsoft.Management.Infrastructure.CimInstance] GetResourceRecord() { Write-Verbose -Message ($this.localizedData.GettingDnsRecordMessage -f 'Aaaa', $this.ZoneName, $this.ZoneScope, $this.DnsServer) $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer RRType = 'AAAA' Name = $this.Name } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } $record = Get-DnsServerResourceRecord @dnsParameters -ErrorAction SilentlyContinue | Where-Object -FilterScript { $_.RecordData.IPv6Address -eq $this.IPv6Address } return $record } hidden [DnsRecordAaaa] NewDscResourceObjectFromRecord([Microsoft.Management.Infrastructure.CimInstance] $record) { $dscResourceObject = [DnsRecordAaaa] @{ ZoneName = $this.ZoneName Name = $this.Name IPv6Address = $this.IPv6Address TimeToLive = $record.TimeToLive.ToString() DnsServer = $this.DnsServer Ensure = 'Present' } return $dscResourceObject } hidden [void] AddResourceRecord() { $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer AAAA = $true Name = $this.name IPv6Address = $this.IPv6Address } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } if ($null -ne $this.TimeToLive) { $dnsParameters.Add('TimeToLive', $this.TimeToLive) } Write-Verbose -Message ($this.localizedData.CreatingDnsRecordMessage -f 'AAAA', $this.ZoneName, $this.ZoneScope, $this.DnsServer) Add-DnsServerResourceRecord @dnsParameters } hidden [void] ModifyResourceRecord([Microsoft.Management.Infrastructure.CimInstance] $existingRecord, [System.Collections.Hashtable[]] $propertiesNotInDesiredState) { $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } # Copy the existing record and modify values as appropriate $newRecord = [Microsoft.Management.Infrastructure.CimInstance]::new($existingRecord) foreach ($propertyToChange in $propertiesNotInDesiredState) { switch ($propertyToChange.Property) { # Key parameters will never be affected, so only include Mandatory and Optional values in the switch statement 'TimeToLive' { $newRecord.TimeToLive = [System.TimeSpan] $propertyToChange.ExpectedValue } } } Set-DnsServerResourceRecord @dnsParameters -OldInputObject $existingRecord -NewInputObject $newRecord -Verbose } } #EndRegion './Classes/003.DnsRecordAaaa.ps1' 134 #Region './Classes/003.DnsRecordCnameScoped.ps1' 0 <# .SYNOPSIS The DnsRecordCnameScoped DSC resource manages CNAME DNS records against a specific zone and zone scope on a Domain Name System (DNS) server. .DESCRIPTION The DnsRecordCnameScoped DSC resource manages CNAME DNS records against a specific zone and zone scope on a Domain Name System (DNS) server. .PARAMETER ZoneScope Specifies the name of a zone scope. (Key Parameter) #> [DscResource()] class DnsRecordCnameScoped : DnsRecordCname { [DscProperty(Key)] [System.String] $ZoneScope [DnsRecordCnameScoped] Get() { return ([DnsRecordBase] $this).Get() } [void] Set() { ([DnsRecordBase] $this).Set() } [System.Boolean] Test() { return ([DnsRecordBase] $this).Test() } hidden [Microsoft.Management.Infrastructure.CimInstance] GetResourceRecord() { return ([DnsRecordCname] $this).GetResourceRecord() } hidden [DnsRecordCnameScoped] NewDscResourceObjectFromRecord([Microsoft.Management.Infrastructure.CimInstance] $record) { $dscResourceObject = [DnsRecordCnameScoped] @{ ZoneName = $this.ZoneName ZoneScope = $this.ZoneScope Name = $this.Name HostNameAlias = $this.HostNameAlias TimeToLive = $record.TimeToLive.ToString() DnsServer = $this.DnsServer Ensure = 'Present' } return $dscResourceObject } hidden [void] AddResourceRecord() { ([DnsRecordCname] $this).AddResourceRecord() } hidden [void] ModifyResourceRecord([Microsoft.Management.Infrastructure.CimInstance] $existingRecord, [System.Collections.Hashtable[]] $propertiesNotInDesiredState) { ([DnsRecordCname] $this).ModifyResourceRecord($existingRecord, $propertiesNotInDesiredState) } } #EndRegion './Classes/003.DnsRecordCnameScoped.ps1' 64 #Region './Classes/003.DnsRecordMx.ps1' 0 <# .SYNOPSIS The DnsRecordMx DSC resource manages MX DNS records against a specific zone on a Domain Name System (DNS) server. .DESCRIPTION The DnsRecordMx DSC resource manages MX DNS records against a specific zone on a Domain Name System (DNS) server. .PARAMETER EmailDomain Everything after the '@' in the email addresses supported by this mail exchanger. It must be a subdomain the zone or the zone itself. To specify all subdomains, use the '*' character (i.e.: *.contoso.com). (Key Parameter) .PARAMETER MailExchange FQDN of the server handling email for the specified email domain. When setting the value, this FQDN must resolve to an IP address and cannot reference a CNAME record. (Key Parameter) .PARAMETER Priority Specifies the priority for this MX record among other MX records that belong to the same email domain, where a lower value has a higher priority. (Mandatory Parameter) #> [DscResource()] class DnsRecordMx : DnsRecordBase { [DscProperty(Key)] [System.String] $EmailDomain [DscProperty(Key)] [System.String] $MailExchange [DscProperty(Mandatory)] [System.UInt16] $Priority hidden [System.String] $recordName [DnsRecordMx] Get() { $this.recordName = $this.getRecordName() return ([DnsRecordBase] $this).Get() } [void] Set() { $this.recordName = $this.getRecordName() ([DnsRecordBase] $this).Set() } [System.Boolean] Test() { $this.recordName = $this.getRecordName() return ([DnsRecordBase] $this).Test() } [System.String] getRecordName() { $aRecordName = $null $regexMatch = $this.EmailDomain | Select-String -Pattern "^((.*?)\.){0,1}$($this.ZoneName)`$" if ($null -eq $regexMatch) { throw ($this.localizedData.DomainZoneMismatch -f $this.EmailDomain, $this.ZoneName) } else { # Match group 2 contains the value in which we are interested. $aRecordName = $regexMatch.Matches.Groups[2].Value if ($aRecordName -eq '') { $aRecordName = '.' } } return $aRecordName } hidden [Microsoft.Management.Infrastructure.CimInstance] GetResourceRecord() { Write-Verbose -Message ($this.localizedData.GettingDnsRecordMessage -f 'Mx', $this.ZoneName, $this.ZoneScope, $this.DnsServer) $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer RRType = 'MX' } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } $record = Get-DnsServerResourceRecord @dnsParameters -ErrorAction SilentlyContinue | Where-Object -FilterScript { $translatedRecordName = $this.getRecordName() if ($translatedRecordName -eq '.') { $translatedRecordName = '@' } $_.HostName -eq $translatedRecordName -and $_.RecordData.MailExchange -eq "$($this.MailExchange)." } <# It is technically possible, outside of this resource to have more than one record with the same target, but different priorities. So, although the idea of doing so is nonsensical, we have to ensure we are selecting only one record in this method. It doesn't matter which one. #> return $record | Select-Object -First 1 } hidden [DnsRecordMx] NewDscResourceObjectFromRecord([Microsoft.Management.Infrastructure.CimInstance] $record) { $dscResourceObject = [DnsRecordMx] @{ ZoneName = $this.ZoneName EmailDomain = $this.EmailDomain MailExchange = $this.MailExchange Priority = $record.RecordData.Preference TimeToLive = $record.TimeToLive.ToString() DnsServer = $this.DnsServer Ensure = 'Present' } return $dscResourceObject } hidden [void] AddResourceRecord() { $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer MX = $true Name = $this.getRecordName() MailExchange = $this.MailExchange Preference = $this.Priority } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } if ($null -ne $this.TimeToLive) { $dnsParameters.Add('TimeToLive', $this.TimeToLive) } Write-Verbose -Message ($this.localizedData.CreatingDnsRecordMessage -f 'MX', $this.ZoneName, $this.ZoneScope, $this.DnsServer) Add-DnsServerResourceRecord @dnsParameters } hidden [void] ModifyResourceRecord([Microsoft.Management.Infrastructure.CimInstance] $existingRecord, [System.Collections.Hashtable[]] $propertiesNotInDesiredState) { $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } # Copy the existing record and modify values as appropriate $newRecord = [Microsoft.Management.Infrastructure.CimInstance]::new($existingRecord) foreach ($propertyToChange in $propertiesNotInDesiredState) { switch ($propertyToChange.Property) { # Key parameters will never be affected, so only include Mandatory and Optional values in the switch statement 'Priority' { $newRecord.RecordData.Preference = $propertyToChange.ExpectedValue } 'TimeToLive' { $newRecord.TimeToLive = [System.TimeSpan] $propertyToChange.ExpectedValue } } } Set-DnsServerResourceRecord @dnsParameters -OldInputObject $existingRecord -NewInputObject $newRecord -Verbose } } #EndRegion './Classes/003.DnsRecordMx.ps1' 184 #Region './Classes/003.DnsRecordSrv.ps1' 0 <# .SYNOPSIS The DnsRecordSrv DSC resource manages SRV DNS records against a specific zone on a Domain Name System (DNS) server. .DESCRIPTION The DnsRecordSrv DSC resource manages SRV DNS records against a specific zone on a Domain Name System (DNS) server. .PARAMETER SymbolicName Service name for the SRV record. eg: xmpp, ldap, etc. (Key Parameter) .PARAMETER Protocol Service transmission protocol ('TCP' or 'UDP') (Key Parameter) .PARAMETER Port The TCP or UDP port on which the service is found (Key Parameter) .PARAMETER Target Specifies the Target Hostname or IP Address. (Key Parameter) .PARAMETER Priority Specifies the Priority value of the SRV record. (Mandatory Parameter) .PARAMETER Weight Specifies the weight of the SRV record. (Mandatory Parameter) #> [DscResource()] class DnsRecordSrv : DnsRecordBase { [DscProperty(Key)] [System.String] $SymbolicName [DscProperty(Key)] [ValidateSet('TCP', 'UDP')] [System.String] $Protocol [DscProperty(Key)] [ValidateRange(1, 65535)] [System.UInt16] $Port [DscProperty(Key)] [System.String] $Target [DscProperty(Mandatory)] [System.UInt16] $Priority [DscProperty(Mandatory)] [System.UInt16] $Weight hidden [System.String] getRecordHostName() { return $this.getRecordHostName($this.SymbolicName, $this.Protocol) } hidden [System.String] getRecordHostName($aSymbolicName, $aProtocol) { return "_$($aSymbolicName)._$($aProtocol)".ToLower() } [DnsRecordSrv] Get() { return ([DnsRecordBase] $this).Get() } [void] Set() { ([DnsRecordBase] $this).Set() } [System.Boolean] Test() { return ([DnsRecordBase] $this).Test() } hidden [Microsoft.Management.Infrastructure.CimInstance] GetResourceRecord() { $recordHostName = $this.getRecordHostName() Write-Verbose -Message ($this.localizedData.GettingDnsRecordMessage -f $recordHostName, $this.target, 'SRV', $this.ZoneName, $this.ZoneScope, $this.DnsServer) $dnsParameters = @{ Name = $recordHostName ZoneName = $this.ZoneName ComputerName = $this.DnsServer RRType = 'SRV' } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } $record = Get-DnsServerResourceRecord @dnsParameters -ErrorAction SilentlyContinue | Where-Object -FilterScript { $_.HostName -eq $recordHostName -and $_.RecordData.Port -eq $this.Port -and $_.RecordData.DomainName -eq "$($this.Target)." } return $record } hidden [DnsRecordSrv] NewDscResourceObjectFromRecord([Microsoft.Management.Infrastructure.CimInstance] $record) { $dscResourceObject = [DnsRecordSrv] @{ ZoneName = $this.ZoneName SymbolicName = $this.SymbolicName Protocol = $this.Protocol.ToLower() Port = $this.Port Target = ($record.RecordData.DomainName).TrimEnd('.') Priority = $record.RecordData.Priority Weight = $record.RecordData.Weight TimeToLive = $record.TimeToLive.ToString() DnsServer = $this.DnsServer Ensure = 'Present' } return $dscResourceObject } hidden [void] AddResourceRecord() { $recordHostName = $this.getRecordHostName() $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer Name = $recordHostName Srv = $true DomainName = $this.Target Port = $this.Port Priority = $this.Priority Weight = $this.Weight } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } if ($null -ne $this.TimeToLive) { $dnsParameters.Add('TimeToLive', $this.TimeToLive) } Write-Verbose -Message ($this.localizedData.CreatingDnsRecordMessage -f 'SRV', $recordHostName, $this.Target, $this.ZoneName, $this.ZoneScope, $this.DnsServer) Add-DnsServerResourceRecord @dnsParameters } hidden [void] ModifyResourceRecord([Microsoft.Management.Infrastructure.CimInstance] $existingRecord, [System.Collections.Hashtable[]] $propertiesNotInDesiredState) { $recordHostName = $this.getRecordHostName() $dnsParameters = @{ ZoneName = $this.ZoneName ComputerName = $this.DnsServer } if ($this.isScoped) { $dnsParameters['ZoneScope'] = $this.ZoneScope } # Copy the existing record and modify values as appropriate $newRecord = [Microsoft.Management.Infrastructure.CimInstance]::new($existingRecord) foreach ($propertyToChange in $propertiesNotInDesiredState) { switch ($propertyToChange.Property) { # Key parameters will never be affected, so only include Mandatory and Optional values in the switch statement 'Priority' { $newRecord.RecordData.Priority = $propertyToChange.ExpectedValue } 'Weight' { $newRecord.RecordData.Weight = $propertyToChange.ExpectedValue } 'TimeToLive' { $newRecord.TimeToLive = [System.TimeSpan] $propertyToChange.ExpectedValue } } } Set-DnsServerResourceRecord @dnsParameters -OldInputObject $existingRecord -NewInputObject $newRecord -Verbose } } #EndRegion './Classes/003.DnsRecordSrv.ps1' 199 #Region './Classes/003.DnsServerEDns.ps1' 0 <# .SYNOPSIS The DnsServerEDns DSC resource manages _extension mechanisms for DNS (EDNS)_ on a Microsoft Domain Name System (DNS) server. .DESCRIPTION The DnsServerEDns DSC resource manages _extension mechanisms for DNS (EDNS)_ on a Microsoft Domain Name System (DNS) server. .PARAMETER DnsServer The host name of the Domain Name System (DNS) server, or use `'localhost'` for the current node. .PARAMETER CacheTimeout Specifies the number of seconds that the DNS server caches EDNS information. .PARAMETER EnableProbes Specifies whether to enable the server to probe other servers to determine whether they support EDNS. .PARAMETER EnableReception Specifies whether the DNS server accepts queries that contain an EDNS record. #> [DscResource()] class DnsServerEDns : ResourceBase { [DscProperty(Key)] [System.String] $DnsServer [DscProperty()] [System.String] $CacheTimeout [DscProperty()] [Nullable[System.Boolean]] $EnableProbes [DscProperty()] [Nullable[System.Boolean]] $EnableReception [DnsServerEDns] Get() { Write-Verbose -Message ($this.localizedData.GetCurrentState -f $this.DnsServer) $getDnsServerEDnsParameters = @{} if ($this.DnsServer -ne 'localhost') { $getDnsServerEDnsParameters['ComputerName'] = $this.DnsServer } $getDnsServerEDnsResult = Get-DnsServerEDns @getDnsServerEDnsParameters # Call the base method to return the properties. return ([ResourceBase] $this).Get($getDnsServerEDnsResult) } [void] Set() { $this.AssertProperties() Write-Verbose -Message ($this.localizedData.SetDesiredState -f $this.DnsServer) # Call the base method to get enforced properties that are not in desired state. $propertiesNotInDesiredState = $this.Compare() if ($propertiesNotInDesiredState) { $setDnsServerEDnsParameters = $this.GetDesiredStateForSplatting($propertiesNotInDesiredState) $setDnsServerEDnsParameters.Keys | ForEach-Object -Process { Write-Verbose -Message ($this.localizedData.SetProperty -f $_, $setDnsServerEDnsParameters.$_) } if ($this.DnsServer -ne 'localhost') { $setDnsServerEDnsParameters['ComputerName'] = $this.DnsServer } Set-DnsServerEDns @setDnsServerEDnsParameters } else { Write-Verbose -Message $this.localizedData.NoPropertiesToSet } } [System.Boolean] Test() { $this.AssertProperties() Write-Verbose -Message ($this.localizedData.TestDesiredState -f $this.DnsServer) # Call the base method to test all of the properties that should be enforced. $isInDesiredState = ([ResourceBase] $this).Test() if ($isInDesiredState) { Write-Verbose -Message ($this.localizedData.InDesiredState -f $this.DnsServer) } else { Write-Verbose -Message ($this.localizedData.NotInDesiredState -f $this.DnsServer) } return $isInDesiredState } hidden [void] AssertProperties() { @( 'CacheTimeout' ) | ForEach-Object -Process { $valueToConvert = $this.$_ # Only evaluate properties that have a value. if ($null -ne $valueToConvert) { Assert-TimeSpan -PropertyName $_ -Value $valueToConvert -Minimum '0.00:00:00' } } } } #EndRegion './Classes/003.DnsServerEDns.ps1' 127 #Region './Classes/003.DnsServerScavenging.ps1' 0 <# .SYNOPSIS The DnsServerScavenging DSC resource manages scavenging on a Microsoft Domain Name System (DNS) server. .DESCRIPTION The DnsServerScavenging DSC resource manages scavenging on a Microsoft Domain Name System (DNS) server. .PARAMETER DnsServer The host name of the Domain Name System (DNS) server, or use 'localhost' for the current node. .PARAMETER ScavengingState Specifies whether to Enable automatic scavenging of stale records. `ScavengingState` determines whether the DNS scavenging feature is enabled by default on newly created zones. .PARAMETER ScavengingInterval Specifies a length of time as a value that can be converted to a `[TimeSpan]` object. `ScavengingInterval` determines whether the scavenging feature for the DNS server is enabled and sets the number of hours between scavenging cycles. The value `0` disables scavenging for the DNS server. A setting greater than `0` enables scavenging for the server and sets the number of days, hours, minutes, and seconds (formatted as dd.hh:mm:ss) between scavenging cycles. The minimum value is 0. The maximum value is 365.00:00:00 (1 year). .PARAMETER RefreshInterval Specifies the refresh interval as a value that can be converted to a `[TimeSpan]` object (formatted as dd.hh:mm:ss). During this interval, a DNS server can refresh a resource record that has a non-zero time stamp. Zones on the server inherit this value automatically. If a DNS server does not refresh a resource record that has a non-zero time stamp, the DNS server can remove that record during the next scavenging. Do not select a value smaller than the longest refresh period of a resource record registered in the zone. The minimum value is `0`. The maximum value is 365.00:00:00 (1 year). .PARAMETER NoRefreshInterval Specifies a length of time as a value that can be converted to a `[TimeSpan]` object (formatted as dd.hh:mm:ss). `NoRefreshInterval` sets a period of time in which no refreshes are accepted for dynamically updated records. Zones on the server inherit this value automatically. This value is the interval between the last update of a timestamp for a record and the earliest time when the timestamp can be refreshed. The minimum value is 0. The maximum value is 365.00:00:00 (1 year). .PARAMETER LastScavengeTime The time when the last scavenging cycle was executed. #> [DscResource()] class DnsServerScavenging : ResourceBase { [DscProperty(Key)] [System.String] $DnsServer [DscProperty()] [Nullable[System.Boolean]] $ScavengingState [DscProperty()] [System.String] $ScavengingInterval [DscProperty()] [System.String] $RefreshInterval [DscProperty()] [System.String] $NoRefreshInterval [DscProperty(NotConfigurable)] [Nullable[System.DateTime]] $LastScavengeTime [DnsServerScavenging] Get() { Write-Verbose -Message ($this.localizedData.GetCurrentState -f $this.DnsServer) $getDnsServerScavengingParameters = @{} if ($this.DnsServer -ne 'localhost') { $getDnsServerScavengingParameters['ComputerName'] = $this.DnsServer } $getDnsServerScavengingResult = Get-DnsServerScavenging @getDnsServerScavengingParameters # Call the base method to return the properties. return ([ResourceBase] $this).Get($getDnsServerScavengingResult) } [void] Set() { $this.AssertProperties() Write-Verbose -Message ($this.localizedData.SetDesiredState -f $this.DnsServer) # Call the base method to get enforced properties that are not in desired state. $propertiesNotInDesiredState = $this.Compare() if ($propertiesNotInDesiredState) { $setDnsServerScavengingParameters = $this.GetDesiredStateForSplatting($propertiesNotInDesiredState) $setDnsServerScavengingParameters.Keys | ForEach-Object -Process { Write-Verbose -Message ($this.localizedData.SetProperty -f $_, $setDnsServerScavengingParameters.$_) } if ($this.DnsServer -ne 'localhost') { $setDnsServerScavengingParameters['ComputerName'] = $this.DnsServer } Set-DnsServerScavenging @setDnsServerScavengingParameters } else { Write-Verbose -Message $this.localizedData.NoPropertiesToSet } } [System.Boolean] Test() { $this.AssertProperties() Write-Verbose -Message ($this.localizedData.TestDesiredState -f $this.DnsServer) # Call the base method to test all of the properties that should be enforced. $isInDesiredState = ([ResourceBase] $this).Test() if ($isInDesiredState) { Write-Verbose -Message ($this.localizedData.InDesiredState -f $this.DnsServer) } else { Write-Verbose -Message ($this.localizedData.NotInDesiredState -f $this.DnsServer) } return $isInDesiredState } hidden [void] AssertProperties() { @( 'ScavengingInterval' 'RefreshInterval' 'NoRefreshInterval' ) | ForEach-Object -Process { $valueToConvert = $this.$_ # Only evaluate properties that have a value. if ($null -ne $valueToConvert) { Assert-TimeSpan -PropertyName $_ -Value $valueToConvert -Maximum '365.00:00:00' -Minimum '0.00:00:00' } } } } #EndRegion './Classes/003.DnsServerScavenging.ps1' 164 #Region './Classes/004.DnsRecordAaaaScoped.ps1' 0 <# .SYNOPSIS The DnsRecordAaaaScoped DSC resource manages AAAA DNS records against a specific zone and zone scope on a Domain Name System (DNS) server. .DESCRIPTION The DnsRecordAaaaScoped DSC resource manages AAAA DNS records against a specific zone and zone scope on a Domain Name System (DNS) server. .PARAMETER ZoneScope Specifies the name of a zone scope. (Key Parameter) #> [DscResource()] class DnsRecordAaaaScoped : DnsRecordAaaa { [DscProperty(Key)] [System.String] $ZoneScope [DnsRecordAaaaScoped] Get() { return ([DnsRecordBase] $this).Get() } [void] Set() { ([DnsRecordBase] $this).Set() } [System.Boolean] Test() { return ([DnsRecordBase] $this).Test() } hidden [Microsoft.Management.Infrastructure.CimInstance] GetResourceRecord() { return ([DnsRecordAaaa] $this).GetResourceRecord() } hidden [DnsRecordAaaaScoped] NewDscResourceObjectFromRecord([Microsoft.Management.Infrastructure.CimInstance] $record) { $dscResourceObject = [DnsRecordAaaaScoped] @{ ZoneName = $this.ZoneName ZoneScope = $this.ZoneScope Name = $this.Name IPv6Address = $this.IPv6Address TimeToLive = $record.TimeToLive.ToString() DnsServer = $this.DnsServer Ensure = 'Present' } return $dscResourceObject } hidden [void] AddResourceRecord() { ([DnsRecordAaaa] $this).AddResourceRecord() } hidden [void] ModifyResourceRecord([Microsoft.Management.Infrastructure.CimInstance] $existingRecord, [System.Collections.Hashtable[]] $propertiesNotInDesiredState) { ([DnsRecordAaaa] $this).ModifyResourceRecord($existingRecord, $propertiesNotInDesiredState) } } #EndRegion './Classes/004.DnsRecordAaaaScoped.ps1' 64 #Region './Classes/004.DnsRecordAScoped.ps1' 0 <# .SYNOPSIS The DnsRecordAScoped DSC resource manages A DNS records against a specific zone and zone scope on a Domain Name System (DNS) server. .DESCRIPTION The DnsRecordAScoped DSC resource manages A DNS records against a specific zone and zone scope on a Domain Name System (DNS) server. .PARAMETER ZoneScope Specifies the name of a zone scope. (Key Parameter) #> [DscResource()] class DnsRecordAScoped : DnsRecordA { [DscProperty(Key)] [System.String] $ZoneScope [DnsRecordAScoped] Get() { return ([DnsRecordBase] $this).Get() } [void] Set() { ([DnsRecordBase] $this).Set() } [System.Boolean] Test() { return ([DnsRecordBase] $this).Test() } hidden [Microsoft.Management.Infrastructure.CimInstance] GetResourceRecord() { return ([DnsRecordA] $this).GetResourceRecord() } hidden [DnsRecordAScoped] NewDscResourceObjectFromRecord([Microsoft.Management.Infrastructure.CimInstance] $record) { $dscResourceObject = [DnsRecordAScoped] @{ ZoneName = $this.ZoneName ZoneScope = $this.ZoneScope Name = $this.Name IPv4Address = $this.IPv4Address TimeToLive = $record.TimeToLive.ToString() DnsServer = $this.DnsServer Ensure = 'Present' } return $dscResourceObject } hidden [void] AddResourceRecord() { ([DnsRecordA] $this).AddResourceRecord() } hidden [void] ModifyResourceRecord([Microsoft.Management.Infrastructure.CimInstance] $existingRecord, [System.Collections.Hashtable[]] $propertiesNotInDesiredState) { ([DnsRecordA] $this).ModifyResourceRecord($existingRecord, $propertiesNotInDesiredState) } } #EndRegion './Classes/004.DnsRecordAScoped.ps1' 64 #Region './Classes/004.DnsRecordMxScoped.ps1' 0 <# .SYNOPSIS The DnsRecordMxScoped DSC resource manages MX DNS records against a specific zone and zone scope on a Domain Name System (DNS) server. .DESCRIPTION The DnsRecordMxScoped DSC resource manages MX DNS records against a specific zone and zone scope on a Domain Name System (DNS) server. .PARAMETER ZoneScope Specifies the name of a zone scope. (Key Parameter) #> [DscResource()] class DnsRecordMxScoped : DnsRecordMx { [DscProperty(Key)] [System.String] $ZoneScope [DnsRecordMxScoped] Get() { return ([DnsRecordBase] $this).Get() } [void] Set() { ([DnsRecordBase] $this).Set() } [System.Boolean] Test() { return ([DnsRecordBase] $this).Test() } hidden [Microsoft.Management.Infrastructure.CimInstance] GetResourceRecord() { return ([DnsRecordMx] $this).GetResourceRecord() } hidden [DnsRecordMxScoped] NewDscResourceObjectFromRecord([Microsoft.Management.Infrastructure.CimInstance] $record) { $dscResourceObject = [DnsRecordMxScoped] @{ ZoneName = $this.ZoneName ZoneScope = $this.ZoneScope EmailDomain = $this.EmailDomain MailExchange = $this.MailExchange Priority = $record.RecordData.Preference TimeToLive = $record.TimeToLive.ToString() DnsServer = $this.DnsServer Ensure = 'Present' } return $dscResourceObject } hidden [void] AddResourceRecord() { ([DnsRecordMx] $this).AddResourceRecord() } hidden [void] ModifyResourceRecord([Microsoft.Management.Infrastructure.CimInstance] $existingRecord, [System.Collections.Hashtable[]] $propertiesNotInDesiredState) { ([DnsRecordMx] $this).ModifyResourceRecord($existingRecord, $propertiesNotInDesiredState) } } #EndRegion './Classes/004.DnsRecordMxScoped.ps1' 65 #Region './Classes/004.DnsRecordSrvScoped.ps1' 0 <# .SYNOPSIS The DnsRecordSrvScoped DSC resource manages SRV DNS records against a specific zone and zone scope on a Domain Name System (DNS) server. .DESCRIPTION The DnsRecordSrvScoped DSC resource manages SRV DNS records against a specific zone and zone scope on a Domain Name System (DNS) server. .PARAMETER ZoneScope Specifies the name of a zone scope. (Key Parameter) #> [DscResource()] class DnsRecordSrvScoped : DnsRecordSrv { [DscProperty(Key)] [System.String] $ZoneScope [DnsRecordSrvScoped] Get() { return ([DnsRecordBase] $this).Get() } [void] Set() { ([DnsRecordBase] $this).Set() } [System.Boolean] Test() { return ([DnsRecordBase] $this).Test() } hidden [Microsoft.Management.Infrastructure.CimInstance] GetResourceRecord() { return ([DnsRecordSrv] $this).GetResourceRecord() } hidden [DnsRecordSrvScoped] NewDscResourceObjectFromRecord([Microsoft.Management.Infrastructure.CimInstance] $record) { $dscResourceObject = [DnsRecordSrvScoped] @{ ZoneName = $this.ZoneName ZoneScope = $this.ZoneScope SymbolicName = $this.SymbolicName Protocol = $this.Protocol.ToLower() Port = $this.Port Target = ($record.RecordData.DomainName).TrimEnd('.') Priority = $record.RecordData.Priority Weight = $record.RecordData.Weight TimeToLive = $record.TimeToLive.ToString() DnsServer = $this.DnsServer Ensure = 'Present' } return $dscResourceObject } hidden [void] AddResourceRecord() { ([DnsRecordSrv] $this).AddResourceRecord() } hidden [void] ModifyResourceRecord([Microsoft.Management.Infrastructure.CimInstance] $existingRecord, [System.Collections.Hashtable[]] $propertiesNotInDesiredState) { ([DnsRecordSrv] $this).ModifyResourceRecord($existingRecord, $propertiesNotInDesiredState) } } #EndRegion './Classes/004.DnsRecordSrvScoped.ps1' 68 #Region './Private/Assert-TimeSpan.ps1' 0 <# .SYNOPSIS Assert that the value provided can be converted to a TimeSpan object. .PARAMETER Value The time value as a string that should be converted. #> function Assert-TimeSpan { [CmdletBinding()] param ( [Parameter(Mandatory = $true, ValueFromPipeline = $true)] [System.String] $Value, [Parameter(Mandatory = $true)] [System.String] $PropertyName, [Parameter()] [System.TimeSpan] $Maximum, [Parameter()] [System.TimeSpan] $Minimum ) $timeSpanObject = $Value | ConvertTo-TimeSpan # If the conversion fails $null is returned. if ($null -eq $timeSpanObject) { $errorMessage = $script:localizedData.PropertyHasWrongFormat -f $PropertyName, $Value New-InvalidOperationException -Message $errorMessage } if ($PSBoundParameters.ContainsKey('Maximum') -and $timeSpanObject -gt $Maximum) { $errorMessage = $script:localizedData.TimeSpanExceedMaximumValue -f $PropertyName, $timeSpanObject.ToString(), $Maximum New-InvalidOperationException -Message $errorMessage } if ($PSBoundParameters.ContainsKey('Minimum') -and $timeSpanObject -lt $Minimum) { $errorMessage = $script:localizedData.TimeSpanBelowMinimumValue -f $PropertyName, $timeSpanObject.ToString(), $Minimum New-InvalidOperationException -Message $errorMessage } } #EndRegion './Private/Assert-TimeSpan.ps1' 54 #Region './Private/ConvertTo-HashtableFromObject.ps1' 0 <# .SYNOPSIS Convert any object to hashtable .PARAMETER InputObject The object that should convert to hashtable. #> function ConvertTo-HashtableFromObject { [CmdletBinding()] [OutputType([System.Collections.Hashtable])] param ( [Parameter(Mandatory = $true, ValueFromPipeline = $true)] [PSObject] $InputObject ) $hashResult = @{} $InputObject.psobject.Properties | Foreach-Object { $hashResult[$_.Name] = $_.Value } return $hashResult } #EndRegion './Private/ConvertTo-HashtableFromObject.ps1' 27 #Region './Private/ConvertTo-TimeSpan.ps1' 0 <# .SYNOPSIS Converts a string value to a TimeSpan object. .PARAMETER Value The time value as a string that should be converted. .OUTPUTS Returns an TimeSpan object containing the converted value, or $null if conversion was not possible. #> function ConvertTo-TimeSpan { [CmdletBinding()] [OutputType([System.TimeSpan])] param ( [Parameter(Mandatory = $true, ValueFromPipeline = $true)] [System.String] $Value ) $timeSpan = New-TimeSpan if (-not [System.TimeSpan]::TryParse($Value, [ref] $timeSpan)) { $timeSpan = $null } return $timeSpan } #EndRegion './Private/ConvertTo-TimeSpan.ps1' 32 |