Lability

0.9.9

Lib/DiskImage.ps1

                                function GetDiskImageDriveLetter {

<#

    .SYNOPSIS

        Return a disk image's associated/mounted drive letter.

#>

    [CmdletBinding()]

    param (

        [Parameter(Mandatory, ValueFromPipeline)]

        [System.Object] $DiskImage,

        [Parameter(Mandatory)] [ValidateSet('Basic','System','IFS')]

        [System.String] $PartitionType

    )

    process {

        # Microsoft.Vhd.PowerShell.VirtualHardDisk

        $driveLetter = Get-Partition -DiskNumber $DiskImage.DiskNumber |

            Where-Object Type -eq $PartitionType |

                Where-Object DriveLetter |

                    Select-Object -Last 1 -ExpandProperty DriveLetter;

        if (-not $driveLetter) {

            throw ($localized.CannotLocateDiskImageLetter -f $DiskImage.Path);

        }

        return $driveLetter;

    }

} #end function GetDiskImageDriveLetter

function NewDiskImageMbr {

<#

    .SYNOPSIS

        Create a new MBR-formatted disk image.

#>

    [CmdletBinding()]

    param (

        ## Mounted VHD(X) Operating System disk image

        [Parameter(Mandatory)] [ValidateNotNull()]

        [System.Object] $Vhd # Microsoft.Vhd.PowerShell.VirtualHardDisk

    )

    process {

        ## Temporarily disable Windows Explorer popup disk initialization and format notifications

        ## http://blogs.technet.com/b/heyscriptingguy/archive/2013/05/29/use-powershell-to-initialize-raw-disks-and-partition-and-format-volumes.aspx

        Stop-Service -Name 'ShellHWDetection' -Force -ErrorAction Ignore;

        WriteVerbose ($localized.CreatingDiskPartition -f 'OS');

        $osPartition = New-Partition -DiskNumber $Vhd.DiskNumber -UseMaximumSize -MbrType IFS -IsActive |

            Add-PartitionAccessPath -AssignDriveLetter -PassThru |

                Get-Partition;

        WriteVerbose ($localized.FormattingDiskPartition -f 'OS');

        $osVolume = Format-Volume -Partition $osPartition -FileSystem NTFS -Force -Confirm:$false;

        Start-Service -Name 'ShellHWDetection';

    } #end proces

} #end function NewDiskImageMbr

function NewDiskPartFat32Partition {

<#

    .SYNOPSIS

        Uses DISKPART.EXE to create a new Fat32 system partition. This permits mocking of DISKPART calls.

#>

    [CmdletBinding()]

    param (

        [Parameter(Mandatory)]

        [System.Int32] $DiskNumber,

        [Parameter(Mandatory)]

        [System.Int32] $PartitionNumber

    )

    process {

        @"

select disk $DiskNumber

select partition $PartitionNumber

format fs=fat32 label="System"

"@ | & "$env:SystemRoot\System32\DiskPart.exe" | Out-Null;

    }

}

function NewDiskImageGpt {

<#

    .SYNOPSIS

        Create a new GPT-formatted disk image.

#>

    [CmdletBinding()]

    param (

        ## Mounted VHD(X) Operating System disk image

        [Parameter(Mandatory)] [ValidateNotNull()]

        [System.Object] $Vhd # Microsoft.Vhd.PowerShell.VirtualHardDisk

    )

    process {

        ## Temporarily disable Windows Explorer popup disk initialization and format notifications

        ## http://blogs.technet.com/b/heyscriptingguy/archive/2013/05/29/use-powershell-to-initialize-raw-disks-and-partition-and-format-volumes.aspx

        Stop-Service -Name 'ShellHWDetection' -Force -ErrorAction Ignore;

        WriteVerbose ($localized.CreatingDiskPartition -f 'System');

        $systemPartition = New-Partition -DiskNumber $Vhd.DiskNumber -Size 250MB -GptType '{c12a7328-f81f-11d2-ba4b-00a0c93ec93b}' -AssignDriveLetter;

        WriteVerbose ($localized.FormattingDiskPartition -f 'System');

        NewDiskPartFat32Partition -DiskNumber $Vhd.DiskNumber -PartitionNumber $systemPartition.PartitionNumber;

        WriteVerbose ($localized.CreatingDiskPartition -f 'OS');

        $osPartition = New-Partition -DiskNumber $Vhd.DiskNumber -UseMaximumSize -GptType '{ebd0a0a2-b9e5-4433-87c0-68b6b72699c7}' -AssignDriveLetter;

        WriteVerbose ($localized.FormattingDiskPartition -f 'OS');

        $osVolume = Format-Volume -Partition $osPartition -FileSystem NTFS -Force -Confirm:$false;

        Start-Service -Name 'ShellHWDetection';

    } #end process

} #end function NewDiskImageGpt

function NewDiskImage {

<#

    .SYNOPSIS

        Create a new formatted disk image.

#>

    [CmdletBinding()]

    param (

        ## VHD/x file path

        [Parameter(Mandatory)] [ValidateNotNullOrEmpty()]

        [System.String] $Path,

        ## Disk image partition scheme

        [Parameter(Mandatory)] [ValidateSet('MBR','GPT')]

        [System.String] $PartitionStyle,

        ## Disk image size in bytes

        [Parameter()]

        [System.UInt64] $Size = 127GB,

        ## Overwrite/recreate existing disk image

        [Parameter()]

        [System.Management.Automation.SwitchParameter] $Force,

        ## Do not dismount the VHD/x and return a reference

        [Parameter()]

        [System.Management.Automation.SwitchParameter] $Passthru

    )

    begin {

        if ((Test-Path -Path $Path -PathType Leaf) -and (-not $Force)) {

            throw ($localized.ImageAlreadyExistsError -f $Path);

        }

        elseif ((Test-Path -Path $Path -PathType Leaf) -and ($Force)) {

            Dismount-VHD -Path $Path -ErrorAction Stop;

            WriteVerbose ($localized.RemovingDiskImage -f $Path);

            Remove-Item -Path $Path -Force -ErrorAction Stop;

        }

    } #end begin

    process {

        WriteVerbose ($localized.CreatingDiskImage -f $Path);

        $vhd = New-Vhd -Path $Path -Dynamic -SizeBytes $Size;

        WriteVerbose ($localized.MountingDiskImage -f $Path);

        $vhdMount = Mount-VHD -Path $Path -Passthru;

        WriteVerbose ($localized.InitializingDiskImage -f $Path);

        [ref] $null = Initialize-Disk -Number $vhdMount.DiskNumber -PartitionStyle $PartitionStyle -PassThru;

        switch ($PartitionStyle) {

            'MBR' {

                NewDiskImageMbr -Vhd $vhdMount;

            }

            'GPT' {

                NewDiskImageGpt -Vhd $vhdMount;

            }

        }

        if ($Passthru) { return $vhdMount; }

        else { Dismount-VHD -Path $Path; }

    } #end process

} #end function NewDiskImage

function SetDiskImageBootVolumeMbr {

<#

    .SYNOPSIS

        Configure/repair MBR boot volume

#>

    [CmdletBinding()]

    param (

        ## Mounted VHD(X) Operating System disk image

        [Parameter(Mandatory)] [ValidateNotNull()]

        [System.Object] $Vhd # Microsoft.Vhd.PowerShell.VirtualHardDisk

    )

    process {

        $bcdBootExe = 'bcdboot.exe';

        $bcdEditExe = 'bcdedit.exe';

        $imageName = [System.IO.Path]::GetFileNameWithoutExtension($Vhd.Path);

        $osPartitionDriveLetter = GetDiskImageDriveLetter -DiskImage $Vhd -PartitionType 'IFS';

        WriteVerbose ($localized.RepairingBootVolume -f $osPartitionDriveLetter);

        $bcdBootArgs = @(

            ('{0}:\Windows' -f $osPartitionDriveLetter), # Path to source Windows boot files

            ('/s {0}:\' -f $osPartitionDriveLetter),     # Volume to create the \BOOT folder on.

            '/v'                                         # Enable verbose logging.

            '/f BIOS'                                    # Firmware type of the target system partition

        )

        InvokeExecutable -Path $bcdBootExe -Arguments $bcdBootArgs -LogName ('{0}-BootEdit.log' -f $imageName);

        $bootmgrDeviceArgs = @(

            ('/store {0}:\boot\bcd' -f $osPartitionDriveLetter),

            '/set {bootmgr} device locate'

        );

        InvokeExecutable -Path $bcdEditExe -Arguments $bootmgrDeviceArgs -LogName ('{0}-BootmgrDevice.log' -f $imageName);

        $defaultDeviceArgs = @(

            ('/store {0}:\boot\bcd' -f $osPartitionDriveLetter),

            '/set {default} device locate'

        );

        InvokeExecutable -Path $bcdEditExe -Arguments $defaultDeviceArgs -LogName ('{0}-DefaultDevice.log' -f $imageName);

        $defaultOsDeviceArgs = @(

            ('/store {0}:\boot\bcd' -f $osPartitionDriveLetter),

            '/set {default} osdevice locate'

        );

        InvokeExecutable -Path $bcdEditExe -Arguments $defaultOsDeviceArgs -LogName ('{0}-DefaultOsDevice.log' -f $imageName);

    } #end process

} #end function

function SetDiskImageBootVolumeGpt {

<#

    .SYNOPSIS

        Configure/repair MBR boot volume

#>

    [CmdletBinding()]

    param (

        ## Mounted VHD(X) Operating System disk image

        [Parameter(Mandatory)] [ValidateNotNull()]

        [System.Object] $Vhd # Microsoft.Vhd.PowerShell.VirtualHardDisk

    )

    process {

        $bcdBootExe = 'bcdboot.exe';

        $imageName = [System.IO.Path]::GetFileNameWithoutExtension($Vhd.Path);

        $systemPartitionDriveLetter = GetDiskImageDriveLetter -DiskImage $Vhd -PartitionType 'System';

        $osPartitionDriveLetter = GetDiskImageDriveLetter -DiskImage $Vhd -PartitionType 'Basic';

        WriteVerbose ($localized.RepairingBootVolume -f $osPartitionDriveLetter);

        $bcdBootArgs = @(

            ('{0}:\Windows' -f $osPartitionDriveLetter),   # Path to source Windows boot files

            ('/s {0}:\' -f $systemPartitionDriveLetter),   # Specifies the volume letter of the drive to create the \BOOT folder on.

            '/v'                                           # Enabled verbose logging.

            '/f UEFI'                                      # Specifies the firmware type of the target system partition

        )

        InvokeExecutable -Path $bcdBootExe -Arguments $bcdBootArgs -LogName ('{0}-BootEdit.log' -f $imageName);

        ## Clean up and remove drive access path

        Remove-PSDrive -Name $osPartitionDriveLetter -PSProvider FileSystem -ErrorAction Ignore;

        [ref] $null = Get-PSDrive;

    } #end process

} #end function

function SetDiskImageBootVolume {

<#

    .SYNOPSIS

        Sets the boot volume of a mounted disk image.

#>

    [CmdletBinding()]

    param (

        ## Mounted VHD(X) Operating System disk image

        [Parameter(Mandatory)] [ValidateNotNull()]

        [System.Object] $Vhd, # Microsoft.Vhd.PowerShell.VirtualHardDisk

        ## Disk image partition scheme

        [Parameter(Mandatory)] [ValidateSet('MBR','GPT')]

        [System.String] $PartitionStyle

    )

    process {

        switch ($PartitionStyle) {

            'MBR' {

                SetDiskImageBootVolumeMbr -Vhd $Vhd;

                break;

            }

            'GPT' {

                SetDiskImageBootVolumeGpt -Vhd $Vhd;

                break;

            }

        } #end switch

    } #end process

} #end function SetDiskImageBootVolume

function AddDiskImageHotfix {

<#

    .SYMOPSIS

        Adds a Windows update/hotfix package to an image.

#>

    [CmdletBinding()]

    param (

        [Parameter(Mandatory, ValueFromPipeline)] [ValidateNotNullOrEmpty()]

        [System.String] $Id,

        ## Mounted VHD(X) Operating System disk image

        [Parameter(Mandatory)] [ValidateNotNull()]

        [System.Object] $Vhd, # Microsoft.Vhd.PowerShell.VirtualHardDisk

        ## Disk image partition scheme

        [Parameter(Mandatory)] [ValidateSet('MBR','GPT')]

        [System.String] $PartitionStyle

    )

    process {

        if ($PartitionStyle -eq 'MBR') { $partitionType = 'IFS'; }

        elseif ($PartitionStyle -eq 'GPT') { $partitionType = 'Basic'; }

        $vhdDriveLetter = GetDiskImageDriveLetter -DiskImage $Vhd -PartitionType $partitionType;

        $media = Get-LabMedia -Id $Id;

        foreach ($hotfix in $media.Hotfixes) {

            $hotfixFileInfo = InvokeLabMediaHotfixDownload -Id $hotfix.Id -Uri $hotfix.Uri;

            $packageName = [System.IO.Path]::GetFileNameWithoutExtension($hotfixFileInfo.FullName);

            AddDiskImagePackage -Name $packageName -Path $hotfixFileInfo.FullName -DestinationPath $vhdDriveLetter;

        }

    } #end process

} #end function AddDiskImageHotfix

function AddDiskImagePackage {

<#

    .SYNOPSIS

        Adds a Windows package (.cab) to an image. This is implmented primarily to support injection of

        packages into Nano server images.

    .NOTES

        The real difference between a hotfix and package is that a package can either be specified in the

        master VHD(X) image creation OR be injected into VHD(X) differencing disk.

#>

    [CmdletBinding()]

    param (

        ## Package name (used for logging)

        [Parameter(Mandatory, ValueFromPipelineByPropertyName)] [ValidateNotNullOrEmpty()]

        [System.String] $Name,

        ## File path to the package (.cab) file

        [Parameter(Mandatory, ValueFromPipelineByPropertyName)] [ValidateNotNullOrEmpty()]

        [System.String] $Path,

        ## Destination operating system path (mounted VHD), i.e. G:\

        [Parameter(Mandatory, ValueFromPipelineByPropertyName)] [ValidateNotNullOrEmpty()]

        [System.String] $DestinationPath

    )

    begin {

        ## We just want the drive letter

        if ($DestinationPath.Length -gt 1) {

            $DestinationPath = $DestinationPath.Substring(0,1);

        }

    }

    process {

        $logPath = '{0}:\Windows\Logs\{1}' -f $DestinationPath, $labDefaults.ModuleName;

        [ref] $null = NewDirectory -Path $logPath -Verbose:$false;

        WriteVerbose ($localized.AddingImagePackage -f $Name, $DestinationPath);

        $addWindowsPackageParams = @{

            PackagePath = $Path;

            Path = '{0}:\' -f $DestinationPath;

            LogPath = '{0}\{1}.log' -f $logPath, $Name;

            LogLevel = 'Errors';

        }

        [ref] $null = Add-WindowsPackage @addWindowsPackageParams -Verbose:$false;

    } #end process

} #end function AddDiskImagePackage

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