DiskManagement.psm1
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function Get-DiskFacts { <# .SYNOPSIS Show the attached disks and disk information of the target host. requirements: - Windows 8.1 / Windows 2012R2 (NT 6.3) / PowerShell 4.0 or newer author: - Marc Tschapek (c5211773) license: - Copyright: (c) 2018, Marc Tschapek <marc.tschapek@itelligence.de> - BSD-2-Clause (see https://opensource.org/licenses/BSD-2-Clause) .DESCRIPTION - With this Cmdlet you can retrieve and output detailed information about the attached disks of the target and its volumes and partitions if existent. - You can use the Trimmed switch parameter in order to get detailed disk information but no details about the partitions and volumes of the disk. .EXAMPLE Get-DiskFacts This example would give you the details of the disk and it's partitions and volumes. .EXAMPLE Get-DiskFacts -Trimmed This example would give you the details of the disk but not the details of it's partitions and volumes because the Trimmed switch parameter is used. .EXAMPLE powershell -command "Get-DiskInfo" This example would give you the details of the disk and it's partitions and volumes. In this example the Cmdlet is started in a new PowerShell session. This is useful if you want to invoke the Cmdlet from within cmd or another tool which is not a PowerShell host (for instance Oasis). .INPUTS None. You cannot pipe objects to Get-DiskFacts. .OUTPUTS System.String. Get-DiskFacts returns a string with a in JSON converted hashtable. The hashtable contains the following items and sub-items: - changed - Whether anything was changed. Returned: always Type: boolean Sample: True - message - Possible error message on failure. Returned: failed Type: string Sample: "No free drive letter left on the target" - total_disks: - Count of found disks on the target. Returned: if disks were found Type: int Sample: 3 - disks: - Detailed information about one particular disk. Returned: if disks were found Type: list Contains: number: - Disk number of the particular disk. Returned: always Type: int Sample: 0 size: - Size in Gibibyte of the particular disk. Returned: always Type: string Sample: "100GiB" bus_type: - Bus type of the particular disk. Returned: always Type: string Sample: "SCSI" friendly_name: - Friendly name of the particular disk. Returned: always Type: string Sample: "Red Hat VirtIO SCSI Disk Device" partition_style: - Partition style of the particular disk. Returned: always Type: string Sample: "MBR" partition_count: - Number of partitions on the particular disk. Returned: always Type: int Sample: 4 operational_status: - Operational status of the particular disk. Returned: always Type: string Sample: "Online" sector_size: - Sector size in byte of the particular disk. Returned: always Type: string Sample: "512s/byte/bytes/" read_only: - Read only status of the particular disk. Returned: always Type: boolean Sample: True bootable: - Information whether the particular disk is a bootable disk. Returned: always Type: boolean Sample: False system_disk: - Information whether the particular disk is a system disk. Returned: always Type: boolean Sample: True clustered: - Information whether the particular disk is clustered (part of a failover cluster). Returned: always Type: boolean Sample: False manufacturer: - Manufacturer of the particular disk. Returned: always Type: string Sample: "Red Hat" model: - Model specification of the particular disk. Returned: always Type: string Sample: "VirtIO" firmware_version: - Firmware version of the particular disk. Returned: always Type: string Sample: "0001" location: - Location of the particular disk on the target. Returned: always Type: string Sample: "PCIROOT(0)#PCI(0400)#SCSI(P00T00L00)" serial_number: - Serial number of the particular disk on the target. Returned: always Type: string Sample: "b62beac80c3645e5877f" unique_id: - Unique ID of the particular disk on the target. Returned: always Type: string Sample: "3141463431303031" guid: - GUID of the particular disk on the target. Returned: if existent Type: string Sample: "{efa5f928-57b9-47fc-ae3e-902e85fbe77f}" path: - Path of the particular disk on the target. Returned: always Type: string Sample: "\\\\?\\scsi#disk&ven_red_hat&prod_virtio#4&23208fd0&1&000000#{<id>}" partitions: - Detailed information about one particular partition on the specified disk. - The following output is only visisble if no Trimmed switch is passed to the Cmdlet. Returned: if existent Type: list Contains: number: - Number of the particular partition. Returned: always Type: int Sample: 1 size: - Size in Gibibyte of the particular partition. - Accurate to three decimal places. Returned: always Type: string Sample: "0.031GiB" type: - Type of the particular partition. Returned: always Type: string Sample: "IFS" gpt_type: - gpt type of the particular partition. Returned: if partition_style property of the particular disk has value "GPT" Type: string Sample: "{e3c9e316-0b5c-4db8-817d-f92df00215ae}" no_default_driveletter: - Information whether the particular partition has a default drive letter or not. Returned: if partition_style property of the particular disk has value "GPT" Type: boolean Sample: True mbr_type: - mbr type of the particular partition. Returned: if partition_style property of the particular disk has value "MBR" Type: int Sample: 7 active: - Information whether the particular partition is an active partition or not. Returned: if partition_style property of the particular disk has value "MBR" Type: boolean Sample: True drive_letter: - Drive letter of the particular partition. Returned: if existent Type: string Sample: "C" transition_state: - Transition state of the particular partition. Returned: always Type: int Sample: 1 offset: - Offset of the particular partition. Returned: always Type: int Sample: 368050176 hidden: - Information whether the particular partition is hidden or not. Returned: always Type: boolean Sample: True shadow_copy: - Information whether the particular partition is a shadow copy of another partition. Returned: always Type: boolean Sample: False guid: - GUID of the particular partition. Returned: if existent Type: string Sample: "{302e475c-6e64-4674-a8e2-2f1c7018bf97}" access_paths: - Access paths of the particular partition. Returned: if existent Type: string Sample: "\\\\?\\Volume{85bdc4a8-f8eb-11e6-80fa-806e6f6e6963}\\" volumes: - Detailed information about one particular volume on the specified partition. - The following output is only visisble if no Trimmed switch is passed to the Cmdlet. Returned: if existent Type: list Contains: size: - Size in Gibibyte of the particular volume. - Accurate to three decimal places. Returned: always Type: string Sample: "0,342GiB" size_remaining: - Remaining size in Gibibyte of the particular volume. - Accurate to three decimal places. Returned: always Type: string Sample: "0,146GiB" type: - File system type of the particular volume. Returned: always Type: string Sample: "NTFS" label: - File system label of the particular volume. Returned: always Type: string Sample: "System Reserved" health_status: - Health status of the particular volume. Returned: always Type: string Sample: "Healthy" drive_type: - Drive type of the particular volume. Returned: always Type: string Sample: "Fixed" allocation_unit_size: - Allocation unit size in kb of the particular volume. Returned: always Type: string Sample: "64kb" object_id: - Object ID of the particular volume. Returned: always Type: string Sample: "\\\\?\\Volume{85bdc4a9-f8eb-11e6-80fa-806e6f6e6963}\\" path: - Path of the particular volume. Returned: always Type: string Sample: "\\\\?\\Volume{85bdc4a9-f8eb-11e6-80fa-806e6f6e6963}\\" physical_disk: - Detailed information about physical disk properties of the particular disk. - The following output is only visisble if no Trimmed switch is passed to the Cmdlet. Returned: if existent Type: complex Contains: media_type: - Media type of the particular physical disk. Returned: always Type: string Sample: "UnSpecified" size: - Size in Gibibyte of the particular physical disk. - Accurate to three decimal places. Returned: always Type: string Sample: "200GiB" allocated_size: - Allocated size in Gibibyte of the particular physical disk. - Accurate to three decimal places. Returned: always Type: string Sample: "100GiB" device_id: - Device ID of the particular physical disk. Returned: always Type: string Sample: "0" friendly_name: - Friendly name of the particular physical disk. Returned: always Type: string Sample: "PhysicalDisk0" operational_status: - Operational status of the particular physical disk. Returned: always Type: string Sample: "OK" health_status: - Health status of the particular physical disk. Returned: always Type: string Sample: "Healthy" bus_type: - Bus type of the particular physical disk. Returned: always Type: string Sample: "SCSI" usage_type: - Usage type of the particular physical disk. Returned: always Type: string Sample: "Auto-Select" supported_usages: - Supported usage types of the particular physical disk. Returned: always Type: complex Contains: Count: - Count of supported usage types. Returned: always Type: int Sample: 5 value: - List of supported usage types. Returned: always Type: string Sample: "Auto-Select, Hot Spare" spindle_speed: - Spindle speed in rpm of the particular physical disk. Returned: always Type: string Sample: "4294967295rpm" physical_location: - Physical location of the particular physical disk. Returned: always Type: string Sample: "Integrated : Adapter 3 : Port 0 : Target 0 : LUN 0" manufacturer: - Manufacturer of the particular physical disk. Returned: always Type: string Sample: "SUSE" model: - Model of the particular physical disk. Returned: always Type: string Sample: "Xen Block" can_pool: - Information whether the particular physical disk can be added to a storage pool. Returned: always Type: boolean Sample: False cannot_pool_reason: - Information why the particular physical disk can not be added to a storage pool. Returned: if can_pool property has value false Type: string Sample: "Insufficient Capacity" indication_enabled: - Information whether indication is enabled for the particular physical disk. Returned: always Type: boolean Sample: True partial: - Information whether the particular physical disk is partial. Returned: always Type: boolean Sample: False serial_number: - Serial number of the particular physical disk. Returned: always Type: string Sample: "b62beac80c3645e5877f" object_id: - Object ID of the particular physical disk. Returned: always Type: string Sample: '{1}\\\\HOST\\root/Microsoft/Windows/Storage/Providers_v2\\SPACES_PhysicalDisk.ObjectId=\"{<object_id>}:PD:{<pd>}\"' unique_id: - Unique ID of the particular physical disk. Returned: always Type: string Sample: "3141463431303031" virtual_disk: - Detailed information about virtual disk properties of the particular disk. - The following output is only visisble if no Trimmed switch is passed to the Cmdlet. Returned: if existent Type: complex Contains: size: - Size in Gibibyte of the particular virtual disk. - Accurate to three decimal places. Returned: always Type: string Sample: "300GiB" allocated_size: - Allocated size in Gibibyte of the particular virtual disk. - Accurate to three decimal places. Returned: always Type: string Sample: "100GiB" footprint_on_pool: - Footprint on pool in Gibibyte of the particular virtual disk. - Accurate to three decimal places. Returned: always Type: string Sample: "100GiB" name: - Name of the particular virtual disk. Returned: always Type: string Sample: "vDisk1" friendly_name: - Friendly name of the particular virtual disk. Returned: always Type: string Sample: "Prod2 Virtual Disk" operational_status: - Operational status of the particular virtual disk. Returned: always Type: string Sample: "OK" health_status: - Health status of the particular virtual disk. Returned: always Type: string Sample: "Healthy" provisioning_type: - Provisioning type of the particular virtual disk. Returned: always Type: string Sample: "Thin" allocation_unit_size: - Allocation unit size in kb of the particular virtual disk. Returned: always Type: string Sample: "4kb" media_type: - Media type of the particular virtual disk. Returned: always Type: string Sample: "Unspecified" parity_layout: - Parity layout of the particular virtual disk. Returned: if existent Type: int Sample: 1 access: - Access of the particular virtual disk. Returned: always Type: string Sample: "Read/Write" detached_reason: - Detached reason of the particular virtual disk. Returned: always Type: string Sample: "None" write_cache_size: - Write cache size in byte of the particular virtual disk. Returned: always Type: string Sample: "100s/byte/bytes/" fault_domain_awareness: - Fault domain awareness of the particular virtual disk. Returned: always Type: string Sample: "PhysicalDisk" inter_leave: - Inter leave in kb of the particular virtual disk. - Accurate to three decimal places. Returned: always Type: string Sample: "100kb" deduplication_enabled: - Information whether deduplication is enabled for the particular virtual disk. Returned: always Type: boolean Sample: True enclosure_aware: - Information whether the particular virtual disk is enclosure aware. Returned: always Type: boolean Sample: False manual_attach: - Information whether the particular virtual disk is manual attached. Returned: always Type: boolean Sample: True snapshot: - Information whether the particular virtual disk is a snapshot. Returned: always Type: boolean Sample: False tiered: - Information whether the particular virtual disk is tiered. Returned: always Type: boolean Sample: True physical_sector_size: - Physical sector size in kb of the particular virtual disk. Returned: always Type: string Sample: "4kb" logical_sector_size: - Logical sector size in byte of the particular virtual disk. Returned: always Type: string Sample: "512s/byte/bytes/" available_copies: - Number of the available copies of the particular virtual disk. Returned: if existent Type: int Sample: 1 columns: - Number of the columns of the particular virtual disk. Returned: always Type: int Sample: 2 groups: - Number of the groups of the particular virtual disk. Returned: always Type: int Sample: 1 physical_disk_redundancy: - Type of the physical disk redundancy of the particular virtual disk. Returned: always Type: int Sample: 1 read_cache_size: - Read cache size in byte of the particular virtual disk. Returned: always Type: int Sample: 0 request_no_spof: - Information whether the particular virtual disk requests no single point of failure. Returned: always Type: boolean Sample: True resiliency_setting_name: - Type of the physical disk redundancy of the particular virtual disk. Returned: always Type: int Sample: 1 object_id: - Object ID of the particular virtual disk. Returned: always Type: string Sample: '{1}\\\\HOST\\root/Microsoft/Windows/Storage/Providers_v2\\SPACES_VirtualDisk.ObjectId=\"{<object_id>}:VD:{<vd>}\"' unique_id: - Unique ID of the particular virtual disk. Returned: always Type: string Sample: "260542E4C6B01D47A8FA7630FD90FFDE" unique_id_format: - Unique ID format of the particular virtual disk. Returned: always Type: string Sample: "Vendor Specific" .NOTES - If you invoke the Cmdlet all common parameters are available but no parameter will take an affect. - Of course you can use the common parameter -OutVariable. - In order to understand all the returned properties and values please visit the following site and open the respective MSFT class U(https://msdn.microsoft.com/en-us/library/windows/desktop/hh830612.aspx) .LINK Ansible Version: https://github.com/ansible/ansible/pull/32935 .LINK Get-Disk Get-Volume Get-Partition Get-PhysicalDisk Get-VirtualDisk #> [CmdletBinding() ] param( [switch]$Trimmed ) Process { # Create a new result object $result = @{ changed = $false total_disks = 0 disks = @() } # Search disks try { $disks = Get-Disk } catch { $result.message = "Failed to search the disks on the target: $($_.Exception.Message)" $result.failed = "true" return $result | ConvertTo-Json } [int32]$diskcount = $disks | Measure-Object | Select-Object -ExpandProperty Count $result.total_disks = $diskcount foreach ($disk in $disks) { $disk_info = @{} $pdisk = Get-PhysicalDisk -ErrorAction SilentlyContinue | Where-Object { $_.DeviceId -eq $disk.Number } if ($pdisk -and !$Trimmed.IsPresent) { $disk_info["physical_disk"] += @{ size = "$($pSize = "{0:N3}" -f ($pdisk.Size / 1GB))$($pSize)GiB" allocated_size = "$($pAllocSize = "{0:N3}" -f ($pdisk.AllocatedSize / 1GB))$($pAllocSize)GiB" device_id = $pdisk.DeviceId friendly_name = $pdisk.FriendlyName operational_status = $pdisk.OperationalStatus health_status = $pdisk.HealthStatus bus_type = $pdisk.BusType usage_type = $pdisk.Usage supported_usages = $pdisk.SupportedUsages spindle_speed = "$($pdisk.SpindleSpeed)rpm" firmware_version = $pdisk.FirmwareVersion physical_location = $pdisk.PhysicalLocation manufacturer = $pdisk.Manufacturer model = $pdisk.Model can_pool = $pdisk.CanPool indication_enabled = $pdisk.IsIndicationEnabled partial = $pdisk.IsPartial serial_number = $pdisk.SerialNumber object_id = $pdisk.ObjectId unique_id = $pdisk.UniqueId } if ([single]"$([System.Environment]::OSVersion.Version.Major).$([System.Environment]::OSVersion.Version.Minor)" -ge 6.3) { $disk_info.physical_disk.media_type = $pdisk.MediaType } if (-not $pdisk.CanPool) { $disk_info.physical_disk.cannot_pool_reason = $pdisk.CannotPoolReason } $vdisk = Get-VirtualDisk -PhysicalDisk $pdisk -ErrorAction SilentlyContinue if ($vdisk) { $disk_info["virtual_disk"] += @{ size = "$($vDSize = "{0:N3}" -f ($vdisk.Size / 1GB))$($vDSize)GiB" allocated_size = "$($vDAllocSize = "{0:N3}" -f ($vdisk.AllocatedSize / 1GB))$($vDAllocSize)GiB" footprint_on_pool = "$($vDPrint = "{0:N3}" -f ($vdisk.FootprintOnPool / 1GB))$($vDPrint)GiB" name = $vdisk.name friendly_name = $vdisk.FriendlyName operational_status = $vdisk.OperationalStatus health_status = $vdisk.HealthStatus provisioning_type = $vdisk.ProvisioningType allocation_unit_size = "$($vdisk.AllocationUnitSize / 1KB)kb" media_type = $vdisk.MediaType parity_layout = $vdisk.ParityLayout access = $vdisk.Access detached_reason = $vdisk.DetachedReason write_cache_size = "$($vdisk.WriteCacheSize)s/byte/bytes/" fault_domain_awareness = $vdisk.FaultDomainAwareness inter_leave = "$($vDLeave = "{0:N3}" -f ($vdisk.InterLeave / 1KB))$($vDLeave)kb" deduplication_enabled = $vdisk.IsDeduplicationEnabled enclosure_aware = $vdisk.IsEnclosureAware manual_attach = $vdisk.IsManualAttach snapshot = $vdisk.IsSnapshot tiered = $vdisk.IsTiered physical_sector_size = "$($vdisk.PhysicalSectorSize / 1KB)kb" logical_sector_size = "$($vdisk.LogicalSectorSize)s/byte/bytes/" available_copies = $vdisk.NumberOfAvailableCopies columns = $vdisk.NumberOfColumns groups = $vdisk.NumberOfGroups physical_disk_redundancy = $vdisk.PhysicalDiskRedundancy read_cache_size = $vdisk.ReadCacheSize request_no_spof = $vdisk.RequestNoSinglePointOfFailure resiliency_setting_name = $vdisk.ResiliencySettingName object_id = $vdisk.ObjectId unique_id_format = $vdisk.UniqueIdFormat unique_id = $vdisk.UniqueId } } } $disk_info.number = $disk.Number $disk_info.size = "$($DSize = "{0:N3}" -f ($disk.Size / 1GB))$($DSize)GiB" $disk_info.bus_type = $disk.BusType $disk_info.friendly_name = $disk.FriendlyName $disk_info.partition_style = $disk.PartitionStyle $disk_info.partition_count = $disk.NumberOfPartitions $disk_info.operational_status = $disk.OperationalStatus $disk_info.sector_size = "$($disk.PhysicalSectorSize)s/byte/bytes/" $disk_info.read_only = $disk.IsReadOnly $disk_info.bootable = $disk.IsBoot $disk_info.system_disk = $disk.IsSystem $disk_info.clustered = $disk.IsClustered $disk_info.manufacturer = $disk.Manufacturer $disk_info.model = $disk.Model $disk_info.firmware_version = $disk.FirmwareVersion $disk_info.location = $disk.Location $disk_info.serial_number = $disk.SerialNumber $disk_info.unique_id = $disk.UniqueId $disk_info.guid = $disk.Guid $disk_info.path = $disk.Path $parts = Get-Partition -DiskNumber $($disk.Number) -ErrorAction SilentlyContinue if ($parts -and !$Trimmed.IsPresent) { $disk_info["partitions"] += @() foreach ($part in $parts) { $partition_info = @{ number = $part.PartitionNumber size = "$($pSize = "{0:N3}" -f ($part.Size /1GB))$($pSize)GiB" type = $part.Type drive_letter = $part.DriveLetter transition_state = $part.TransitionState offset = $part.Offset hidden = $part.IsHidden shadow_copy = $part.IsShadowCopy guid = $part.Guid access_paths = $part.AccessPaths } if ($disks.PartitionStyle -eq "GPT") { $partition_info.gpt_type = $part.GptType $partition_info.no_default_driveletter = $part.NoDefaultDriveLetter } elseif ($disks.PartitionStyle -eq "MBR") { $partition_info.mbr_type = $part.MbrType $partition_info.active = $part.IsActive } $vols = Get-Volume -Partition $part -ErrorAction SilentlyContinue if ($vols) { $partition_info["volumes"] += @() foreach ($vol in $vols) { $volume_info = @{ size = "$($vSize = "{0:N3}" -f ($vol.Size / 1GB))$($vSize)GiB" size_remaining = "$($vSizeRe = "{0:N3}" -f ($vol.SizeRemaining / 1GB))$($vSizeRe)GiB" type = $vol.FileSystem label = $vol.FileSystemLabel health_status = $vol.HealthStatus drive_type = $vol.DriveType object_id = $vol.ObjectId path = $vol.Path } if ([System.Environment]::OSVersion.Version.Major -ge 10) { $volume_info.allocation_unit_size = "$($vol.AllocationUnitSize /1KB)kb" } else { $volPath = ($vol.Path.TrimStart("\\?\")).TrimEnd("\") $BlockSize = (Get-CimInstance -Query "SELECT BlockSize FROM Win32_Volume WHERE DeviceID like '%$volPath%'" -ErrorAction SilentlyContinue | Select-Object BlockSize).BlockSize $volume_info.allocation_unit_size = "$($BlockSize / 1KB)kb" } $partition_info.volumes += $volume_info } } $disk_info.partitions += $partition_info } } $result.disks += $disk_info } # Return result $result.message = "Cmdlet finished successfully" return $result | ConvertTo-Json -Depth 6 } } function Edit-Disk { <# .SYNOPSIS This Cmdlet will avoid the manual setup of a disk which was attached via Tic to a target. requirements: - Windows 8.1 / Windows 2012R2 (NT 6.3) / PowerShell 4.0 or newer - Administrator privileges author: - Marc Tschapek (c5211773) license: - Copyright: (c) 2018, Marc Tschapek <marc.tschapek@itelligence.de> - BSD-2-Clause (see https://opensource.org/licenses/BSD-2-Clause) .DESCRIPTION - Select and manage a disk, its partitions and file systems - The alias for Edit-Disk which you can also use is Manage-Disk DYNAMIC PARAMETERS - SetDriveLetter - Manage disk parameter. - Drive letter which will be set for the partition on selected disk. - This dynamic parameter let's you browse through all available drive letters on the target directly (with Tab key) if you set -SetDriveLetter while invoking the Cmdlet. - If you pass a drive letter to the Cmdlet which was chosen by your own (without Tab key to get the free drive letters automatically) the Cmdlet will use this drive letter if it is a free drive letter on the target. If the passed drive letter is not a free drive letter on the target, the Cmdlet will be canceled. - If no SetDriveLetter parameter value was passed but a valid value for parameter SetPartitionAccessPath was passed to the Cmdlet, the Cmdlet will create this partition access path and no drive letter for the partition on selected disk. - If no SetDriveLetter parameter value and no value for parameter SetPartitionAccessPath was passed to the Cmdlet, the Cmdlet will set a free drive letter for the partition randomly and no partition access path on selected disk. If in this case no free drive lettter is left on the target the Cmdlet will be canceled. - If a valid value for SetDriveLetter and for SetPartitionAccessPath parameter was passed to the Cmdlet, the Cmdlet will setup this partition drive letter and access path on selected disk. - SetLargerFRS - Manage disk parameter. - Switch to set Large FRS parameter for file system on selected disk, solely settable for ntfs file system. - This switch depends on the SetFileSystem parameter and can only passed to the Cmdlet if SetFileSystem parameter has value "ntfs". - SetShortNames - Manage disk parameter. - Switch to set Short Names parameter for file system on selected disk, solely settable for ntfs file system. - This switch depends on the SetFileSystem parameter and can only passed to the Cmdlet if SetFileSystem parameter has value "ntfs". - SetIntegrityStreams - Manage disk parameter. - Switch to set Integrity Streams parameter for file system on selected disk, solely settable for refs file system. - This switch depends on the SetFileSystem parameter and can only passed to the Cmdlet if SetFileSystem parameter has value "refs". .PARAMETER GetSize - Select disk parameter. - Size of the disk in gigabyte which will be selected. - If a size is passed the Cmdlet will try to select the disk with this size. - GetSize value must be equal or greater than 1GiB and maximum 18446744073709551615GiB. .PARAMETER GetPartitionStyle - Select disk parameter. - Partition style of the disk which will be selected. .PARAMETER GetOperationalStatus - Select disk parameter. - Operational Status of the disk which will be selected. .PARAMETER IsNotReadOnly - Select disk parameter. - Default behavior of the Cmdlet is, that the disk which will be selected has to be in read-only status. - With this switch you can specify that the disk which will be selected is not in read-only status (disk is writeable). .PARAMETER GetNumber - Select disk parameter. - Number of the disk which will be selected. - If a number is passed the Cmdlet will try to select the disk with this number. - Passed value will be checked in the beginning of the Cmdlet whether it is an int32 value. - If it is of type int64 the Cmdlet will be canceled. .PARAMETER SetPartitionStyle - Manage disk parameter. - Partition style which will be set on selected disk. .PARAMETER SetPartitionAccessPath - Manage disk parameter. - Access path which will be set on partition of selected disk. - The Cmdlet validates whether the passed value is already in use as access path by another disk, is a proper path/directory/folder on the target, is already in use as a link and whether it is empty (no files or folders inside). - This parameter has some dependencies with the dynamic parameter SetDriveLetter. For more information read the DYNAMIC PARAMETERS part of the help section. .PARAMETER SetFileSystem - Manage disk parameter. - File system which will be set on selected disk. - Maximum volume size for ntfs is 256000GiB. - Maximum volume size for refs is the maximum GetSize parameter value 18446744073709551615GiB. - If the disk size of the selected disk does not match with the passed value for parameter SetFileSystem (e.g. "ntfs" over 256000GiB) the Cmdlet will be canceled. - Also consider the dynamic parameters SetLargerFRS, SetShortNames and SetIntegrityStreams which are switches who can be set in addition to the FileSystem parameter but they depend on the passed file system value. For more information read the DYNAMIC PARAMETERS part of the help section. .PARAMETER SetLabel - Manage disk parameter. - File system label which should be set for the file system on selected disk. .PARAMETER SetAllocationUnitSize - Manage disk parameter. - Allocation unit size which will be set for the file system on selected disk (possible values for file system ntfs 4,8,16,32,64kb;refs 64kb). - If parameter SetFileSystem is set to "refs" the allocation unit size will be automatically adjusted to "64" (kb). .EXAMPLE Manage-Disk -GetNumber 1 -GetPartitionStyle 'raw' -GetOperationalStatus 'offline' ` -SetPartitionStyle 'mbr' -SetPartitionAccessPath C:\Test -SetFileSystem 'ntfs' -SetLabel 'database_disk' -SetLargeFRS -SetShortNames -WhatIf This example would try to select and set the disk as specified and shows verbose logging information but would not apply any changes to the target because of the passed common parameter WhatIf. .EXAMPLE powershell -command "Edit-Disk -GetSize 50 -GetPartitionStyle 'mbr' -GetOperationalStatus 'online' -IsNotReadOnly ` -SetPartitionStyle 'gpt' -SetDriveLetter F -SetFileSystem 'refs' -SetLabel 'application_disk' -SetAllocationUnitSize 64 -SetIntegrityStreams -Verbose" This example would try to select and set the disk as specified. Furthermore it will show what was changed on the target caused by the common parameter -Verbose. In this example the Cmdlet is started in a new PowerShell session. This is useful if you want to invoke the Cmdlet from within cmd or another tool which is not a PowerShell host (for instance Oasis). .EXAMPLE Get-Disk | Edit-Disk -IsNotReadOnly ` -SetPartitionStyle 'gpt' -SetDriveLetter F -SetFileSystem 'refs' -SetLabel 'application_disk' -SetAllocationUnitSize 64 -SetIntegrityStreams In this example Get-Disk will pipe all found disk objects to the Edit-Disk Cmdlet (object per object). Not the whole disk object will be piped but the Number, PartitionStyle and OperationalStatus property of each disk object. Edit-Disk will use this information in order to find the respective disk and you don't need to pass this mentioned properties additionally as Edit-Disk parameters. .INPUTS You can pipe PowerShell objects to this Cmdlet which contain one or more of the following properties: - Number - PartitionStyle - OperationalStatus - (Size - not yet available, will be added in next version) To retrieve and pipe these objects you can use a PowerShell Cmdlet or an object created by your own (PSObject, PSCustomObject). Hashtables are not intended to be used for the pipeline. .OUTPUTS System.String. Edit-Disk returns a string with a in JSON converted hashtable. The hashtable contains the following items and sub-items: - changed - Whether anything was changed. Returned: always Type: boolean Sample: true - message - Possible error message on failure. Returned: failed Type: string Sample: "No free drive letter left on the target" - change_log - Dictionary containing all the detailed information about changes on the selected disk. Returned: if -WhatIf or/and -Verbose option was passed to the Cmdlet Type: complex Contains: allocation_unit - Information whether allocation_unit_size value was automatically adjusted. Returned: if file_system option value was refs and allocation_unit_size value was not 64 Type: string Sample: "Size was automatically adjusted to 64kb due to file_system option value refs" initializing - Detailed information about initializing the disk. Returned: success or failed Type: string Sample: "Disk initialization successful - Partition style raw (GetPartitionStyle) was initalized to gpt (SetPartitionStyle)" converting - Detailed information about converting the partition style. of the disk (in case of converting no initalization of disk). Returned: success or failed Type: string Sample: "Partition style mbr (GetPartitionStyle) was converted to gpt (SetPartitionStyle)" partitioning - Detailed information about partition creation on the selected disk. Returned: success or failed Type: string Sample: "Initial partition Basic was created successfully on partition style gpt" access_path - Detailed information about access path creation on the partition of selected disk. Returned: success or failed Type: string Sample: "Partition access path C:\\Test was created successfully for partition Basic" formatting - Detailed information about volume creation on partitoned disk. Returned: success or failed Type: string Sample: "Volume ReFS was created successfully on partition Basic" shellhw_service_state - Information whether service could not be stopped or started. Returned: if service could not be stopped Type: string Sample: "Could not be set from 'Stopped' to 'Running' again" .NOTES - To select the disk and to manage it you have several parameters which are all described in the documentation. - If you invoke the Cmdlet without any parameter the default parameter values will be used. - If you pass a decimal value for any of the int parameters it will be rounded to an even number. - To identify the parameters which are used to select a disk consider the "Get" verb in front of the parameter (except for -IsNotReadOnly which is also a a select parameter) and the "Select disk parameter" hint in the parameter description. - To identify the parameters which are used to manage a disk consider the "Set" verb in front of the parameter and the "Manage disk parameter" hint in the parameter description. - In order to find only one disk on the target you can use the GetSize and/or GetNumber parameter for the search of the disk. - If no GetSize and GetNumber parameter value was defined and multiple disks were found on the target based on the passed parameter values the Cmdlet will select the first disk found. - There is one known bug if you don't set any value for parameter SetFileSystem. The dynamic variables get somehow - The Cmdlet detects any existing volume and/or partition on the selected disk and will cancel the Cmdlet in this case. - If the disk is not yet initialized the Cmdlet will initialize the disk (set partition style, online and writeable). - If the disk is initialized already the Cmdlet will try to set the disk to "online" and "writeable" (read-only eq. false) if it's not the state of the disk already. - Further in this case it will convert the partition style of the disk to the selected partition style if needed. - The Cmdlet will stop and start the service "ShellHWService" again in order to avoid disk management GUI messages. - If the Cmdlet fails with an error and the operational status was set from "offline" to "online" before the Cmdlet will try to set the disk to operational status "offline" again but will not be canceled if set "offline" again fails. - If the Cmdlet fails with an error and the writeable status was set from "read-only" to "writeable" before the Cmdlet will try to set the disk to writeable status "read-only" again but will not be canceled if set "read-only" again fails. - If you use the common parameter -Verbose you will get detailed information about the changes on the target. - If you use the common parameter -WhatIf nothing will be changed on the target but you will get the information what would be changed (contains -Verbose). - If you invoke the Cmdlet all common parameters are available but only -Verbose, -Whatif and -Confirm will take an affect. - Please note that in this Cmdlet -Verbose and -WhatIf does act in a different way as usual because of the hashtable output (manual created Verbose and WhatIf output, not the standard Cmdlets output). - The Confirm parameter acts as per PowerShell standard behavior. - Of course you can use the common parameter -OutVariable. - The Cmdlet needs to be invoked with administrator privileges otherwise the Cmdlet will be canceled. .LINK Ansible Version: https://github.com/ansible/ansible/pull/27634 .LINK Get-Disk Get-Volume Set-Disk Initialize-Disk New-Partition Format-Volume #> [CmdletBinding( SupportsShouldProcess = $true, ConfirmImpact = "High" ) ] param( [Parameter(Position = 0)] [Alias('Size')] [ValidateRange(1,18446744073709551615)] [uint64]$GetSize, [Parameter( Position = 1, ValueFromPipelineByPropertyName = $true ) ] [Alias('Number')] [ValidateNotNullorEmpty()] [int32]$GetNumber, [Parameter( Position = 2, ValueFromPipelineByPropertyName = $true ) ] [Alias('PartitionStyle')] [ValidateSet("raw", "mbr", "gpt")] [string]$GetPartitionStyle = "raw", [Parameter( Position = 3, ValueFromPipelineByPropertyName = $true ) ] [Alias('OperationalStatus')] [ValidateSet("offline", "online")] [string]$GetOperationalStatus = "offline", [Parameter(Position = 4)] [switch]$IsNotReadOnly, [Parameter( Position = 5, Mandatory = $true, HelpMessage = "Please enter a valid partition style (gpt or mbr) which should be set on the selected disk" ) ] [ValidateSet("gpt", "mbr")] [string]$SetPartitionStyle, [Parameter(Position = 7)] [ValidateScript( { if ((-not ((Get-Partition).AccessPaths -like "$_*")) -and (Test-Path $_ -PathType Container) -and ((Get-Item $_).LinkType -eq $null)) { if (-not (Get-ChildItem $_)) { $true } else { throw "$_ is not an empty folder (contains files and/or folders)" } } elseif ((Get-Partition).AccessPaths -like "$_*") { throw "$_ is already in use as access path by another disk" } elseif (-not (Test-Path $_ -PathType Container)) { throw "$_ is not a valid path/directory/folder on the target for parameter SetPartitionStyle" } elseif((Get-Item $_).LinkType -ne $null) { throw "$_ is already in use as a link of type $((Get-Item $_).LinkType)" } } ) ] [string]$SetPartitionAccessPath, [Parameter( Position = 8, Mandatory = $true, HelpMessage = "Please enter a valid file system (ntfs or refs) which should be set on the selected disk" ) ] [ValidateNotNullorEmpty()] [ValidateSet("ntfs", "refs")] [string]$SetFileSystem, [Parameter(Position = 9)] [ValidateNotNullorEmpty()] [string]$SetLabel = "additional_disk", [Parameter( Position = 10, Mandatory = $true, HelpMessage = "Please enter a valid allocation unit size (4, 8, 16, 32 or 64) which should be set for the file system on the selected disk" ) ] [ValidateSet(4,8,16,32,64)] [int32]$SetAllocationUnitSize ) DynamicParam { $DriveLetterAttribute = New-Object System.Management.Automation.ParameterAttribute $DriveLetterAttribute.Position = 6 $DriveLetterAttribute.ParameterSetName = '__AllParameterSets' $attributeCollectionDriveLetter = New-Object System.Collections.ObjectModel.Collection[System.Attribute] $attributeCollectionDriveLetter.Add($DriveLetterAttribute) $Letters = try { (Get-ChildItem Function:[a-z]: -Name | Where-Object { -not (Test-Path -Path $_) }).TrimEnd(":") } catch { throw "Gather all free drive letters on the target failed" } $attributeCollectionDriveLetter.Add((New-Object System.Management.Automation.ValidateSetAttribute($Letters))) $DriveLetterParam = New-Object System.Management.Automation.RuntimeDefinedParameter('SetDriveLetter', [char], $attributeCollectionDriveLetter) $paramDictionary = New-Object System.Management.Automation.RuntimeDefinedParameterDictionary $paramDictionary.Add('SetDriveLetter', $DriveLetterParam) if ($PSBoundParameters["SetFileSystem"]) { if ($SetFileSystem -eq "ntfs") { $LargeFRSAttribute = New-Object System.Management.Automation.ParameterAttribute $LargeFRSAttribute.Position = 11 $LargeFRSAttribute.ParameterSetName = '__AllParameterSets' $attributeCollectionFRS = New-Object System.Collections.ObjectModel.Collection[System.Attribute] $attributeCollectionFRS.Add($LargeFRSAttribute) $LargeFRSParam = New-Object System.Management.Automation.RuntimeDefinedParameter('SetLargeFRS', [switch], $attributeCollectionFRS) $paramDictionary.Add('SetLargeFRS', $LargeFRSParam) $ShortNamesAttribute = New-Object System.Management.Automation.ParameterAttribute $ShortNamesAttribute.Position = 12 $ShortNamesAttribute.ParameterSetName = '__AllParameterSets' $attributeCollectionShort = New-Object System.Collections.ObjectModel.Collection[System.Attribute] $attributeCollectionShort.Add($ShortNamesAttribute) $ShortNamesParam = New-Object System.Management.Automation.RuntimeDefinedParameter('SetShortNames', [switch], $attributeCollectionShort) $paramDictionary.Add('SetShortNames', $ShortNamesParam) } elseif ($SetFileSystem -eq "refs") { $IntegrityStreamsAttribute = New-Object System.Management.Automation.ParameterAttribute $IntegrityStreamsAttribute.Position = 13 $IntegrityStreamsAttribute.ParameterSetName = '__AllParameterSets' $attributeCollection = New-Object System.Collections.ObjectModel.Collection[System.Attribute] $attributeCollection.Add($IntegrityStreamsAttribute) $IntegrityStreamsParam = New-Object System.Management.Automation.RuntimeDefinedParameter('SetIntegrityStreams', [switch], $attributeCollection) $paramDictionary.Add('SetIntegrityStreams', $IntegrityStreamsParam) } } return $paramDictionary } Process { # Check WhatIf and Verbose parameter [bool]$CheckMode = $WhatIfPreference [bool]$Verbose = if ($PSBoundParameters["Verbose"]) { $true } else { $false } # Create a new result object [hashtable]$result = @{ message = [string]::Empty failed = $false changed = $false } # Functions function Test-Admin { $CurrentUser = New-Object Security.Principal.WindowsPrincipal $([Security.Principal.WindowsIdentity]::GetCurrent()) $IsAdmin = $CurrentUser.IsInRole([Security.Principal.WindowsBuiltinRole]::Administrator) return $IsAdmin } function Search-Disk { param( $DiskSize, $PartitionStyle, $OperationalStatus, $ReadOnly, $Number ) if ($DiskSize -ne $null) { $DiskSize = $DiskSize *1GB } if ($DiskSize -and ($Number -ne $null)) { $disk = Get-Disk | Where-Object { ($_.PartitionStyle -eq $PartitionStyle) -and ($_.OperationalStatus -eq $OperationalStatus) -and ($_.IsReadOnly -eq $ReadOnly) -and ($_.Size -eq $DiskSize) -and ($_.Number -eq $Number) } } elseif ($DiskSize) { $disk = Get-Disk | Where-Object { ($_.PartitionStyle -eq $PartitionStyle) -and ($_.OperationalStatus -eq $OperationalStatus) -and ($_.IsReadOnly -eq $ReadOnly) -and ($_.Size -eq $DiskSize) } } elseif ($Number -ne $null) { $disk = Get-Disk | Where-Object { ($_.PartitionStyle -eq $PartitionStyle) -and ($_.OperationalStatus -eq $OperationalStatus) -and ($_.IsReadOnly -eq $ReadOnly) -and ($_.Number -eq $Number) } } else { $disk = Get-Disk | Where-Object { ($_.PartitionStyle -eq $PartitionStyle) -and ($_.OperationalStatus -eq $OperationalStatus) -and ($_.IsReadOnly -eq $ReadOnly) } } return $disk } function Set-OperationalStatus { param( $Disk, [switch]$Deactivate ) $null = Set-Disk -Number ($Disk.Number) -IsOffline $Deactivate.IsPresent } function Set-DiskWriteable { param( $Disk, [switch]$Deactivate ) $null = Set-Disk -Number ($Disk.Number) -IsReadonly $Deactivate.IsPresent } function Search-Volume { param( $Partition ) $FoundVolume = Get-Volume | Where-Object { $Partition.AccessPaths -like $_.ObjectId } if ($FoundVolume -eq $null) { return $false } return $FoundVolume } function Set-Initialized { param( $Disk, $PartitionStyle ) $null = $Disk| Initialize-Disk -PartitionStyle $PartitionStyle -Confirm:$false } function Convert-PartitionStyle { param( $Disk, $PartitionStyle ) $null = Invoke-Expression "'Select Disk $($Disk.Number)','Convert $($PartitionStyle)' | diskpart" } function Manage-ShellHWService { param( $Action ) switch ($Action) { Stop { $null = Stop-Service -Name ShellHWDetection } Start { $null = Start-Service -Name ShellHWDetection } Check { $CheckService = (Get-Service ShellHWDetection).Status -eq "Running" return $CheckService } } } function Create-Partition { param( $Disk, $SetDriveLetter ) if (-not $SetDriveLetter -eq [string]::Empty) { $Partition = $Disk | New-Partition -UseMaximumSize -DriveLetter $SetDriveLetter } else { $Partition = $Disk | New-Partition -UseMaximumSize } return $Partition } function Add-AccessPath { param( $Partition, $Path ) $null = $Partition | Add-PartitionAccessPath -AccessPath $Path } function Create-Volume { param( $Volume, $FileSystem, $FileSystemLabel, $FileSystemAllocUnitSize, $FileSystemLargeFRS, $FileSystemShortNames, $FileSystemIntegrityStreams ) $Alloc = $FileSystemAllocUnitSize *1KB [hashtable]$ParaVol = @{ FileSystem = $FileSystem NewFileSystemLabel = $FileSystemLabel AllocationUnitSize = $Alloc } switch ($FileSystem) { ntfs { $ParaVol += @{ShortFileNameSupport = $FileSystemShortNames; UseLargeFRS = $FileSystemLargeFRS} } refs { $ParaVol['SetIntegrityStreams'] = $FileSystemIntegrityStreams } } $CreatedVolume = $Volume | Format-Volume @ParaVol -Force -Confirm:$false return $CreatedVolume } # Check admin rights if (-not (Test-Admin)) { $result.message = "Cmdlet was not started with elevated rights" $result.failed = "true" return $result | ConvertTo-Json } # Rescan disks $null = Invoke-Expression '"rescan" | diskpart' # Search disk [hashtable]$ParamsDisk = @{ DiskSize = if ($PSBoundParameters["GetSize"]) { $GetSize } else { $null } PartitionStyle = $GetPartitionStyle OperationalStatus = $GetOperationalStatus ReadOnly = if ($IsNotReadOnly.IsPresent) { $false } else { $true } Number = if ($PSBoundParameters["GetNumber"]) { $GetNumber } else { $null } } try { $disk = Search-Disk @ParamsDisk } catch { $result.message = "Failed to search and/or select the disk with the specified parameter values: $($_.Exception.Message)" $result.failed = "true" return $result | ConvertTo-Json } if ($disk) { $diskcount = $disk | Measure-Object | Select-Object -ExpandProperty Count if ($diskcount -ge 2) { $disk = $disk[0] } [string]$DOperSt = $disk.OperationalStatus [string]$DPartStyle = $disk.PartitionStyle $DROState = $disk.IsReadOnly } else { $result.message = "No disk could be found and selected with the passed parameter values" $result.failed = "true" return $result | ConvertTo-Json } # Create change log if ($CheckMode -or $Verbose) { $result += @{ change_log = @{ } } } # Check and set operational status and read-only state $SetOnline = $false $SetWriteable = $false $OPStatusFailed = $false $ROStatusFailed = $false if ($DPartStyle -ne "RAW") { if ($DOperSt -ne "Online") { if (-not $CheckMode) { # Set online try { Set-OperationalStatus -Disk $disk } catch { $result.message = "Failed to set the disk online: $($_.Exception.Message)" $result.failed = "true" if ($Verbose) { $result.Remove("change_log") } return $result | ConvertTo-Json } $result.changed = $true $SetOnline = $true } } if ($DROState -eq $true) { if (-not $CheckMode) { # Set writeable try { Set-DiskWriteable -Disk $disk } catch { if ($SetOnline) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } finally { if (-not $OPStatusFailed) { $result.changed = $true } } } $result.message = "Failed to set the disk from read-only to writeable state: $($_.Exception.Message)" $result.failed = "true" return $result | ConvertTo-Json } $result.changed = $true $SetWriteable = $true } } } # Check volumes and partitions $PartNumber = $disk.NumberOfPartitions # Verify partitons and volumes if ($PartNumber -ge 1) { # Collect partitions try { $partition = Get-Partition -DiskNumber $disk.Number } catch { if ($SetOnline) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } finally { if (-not $OPStatusFailed) { $result.changed = $true } } } if ($SetWriteable) { try { Set-DiskWriteable -Disk $disk -Deactivate } catch { $ROStatusFailed = $true } finally { if (-not $ROStatusFailed) { $result.changed = $true } } } $result.message = "General error while searching for partitions on the selected disk: $($_.Exception.Message)" $result.failed = "true" return $result | ConvertTo-Json } # Collect volumes try { $volume = Search-Volume -Partition $partition } catch { if ($SetOnline) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } finally { if (-not $OPStatusFailed) { $result.changed = $true } } } if ($SetWriteable) { try { Set-DiskWriteable -Disk $disk -Deactivate } catch { $ROStatusFailed = $true } finally { if (-not $ROStatusFailed) { $result.changed = $true } } } $result.message = "General error while searching for volumes on the selected disk: $($_.Exception.Message)" $result.failed = "true" return $result | ConvertTo-Json } # Existent volumes and partitions if (-not $volume) { if ($SetOnline) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } finally { if (-not $OPStatusFailed) { $result.changed = $true } } } if ($SetWriteable) { try { Set-DiskWriteable -Disk $disk -Deactivate } catch { $ROStatusFailed = $true } finally { if (-not $ROStatusFailed) { $result.changed = $true } } } $result.message = "Existing partitions found on the selected disk" $result.failed = "true" return $result | ConvertTo-Json } else { if ($SetOnline) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } finally { if (-not $OPStatusFailed) { $result.changed = $true } } } if ($SetWriteable) { try { Set-DiskWriteable -Disk $disk -Deactivate } catch { $ROStatusFailed = $true } finally { if (-not $ROStatusFailed) { $result.changed = $true } } } $result.message = "Existing volumes found on the selected disk" $result.failed = "true" return $result | ConvertTo-Json } } # Check set parameter values # Check drive letter and access path if ((-not $PSBoundParameters["SetDriveLetter"]) -and ($SetPartitionAccessPath -eq [String]::Empty)) { # Use random drive letter try { $DriveLetter = Get-ChildItem Function:[a-z]: -Name | Where-Object { -not (Test-Path -Path $_) } | Get-Random } catch { if ($SetOnline) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } finally { if (-not $OPStatusFailed) { $result.changed = $true } } } if ($SetWriteable) { try { Set-DiskWriteable -Disk $disk -Deactivate } catch { $ROStatusFailed = $true } finally { if (-not $ROStatusFailed) { $result.changed = $true } } } $result.message = "The check to get free drive letters on the target failed" $result.failed = "true" return $result | ConvertTo-Json } if ($DriveLetter) { $SetDriveLetter = $DriveLetter.TrimEnd(":") } else { if ($SetOnline) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } finally { if (-not $OPStatusFailed) { $result.changed = $true } } } if ($SetWriteable) { try { Set-DiskWriteable -Disk $disk -Deactivate } catch { $ROStatusFailed = $true } finally { if (-not $ROStatusFailed) { $result.changed = $true } } } $result.message = "No free drive letter left on the target" $result.failed = "true" return $result | ConvertTo-Json } } elseif (-not $PSBoundParameters["SetDriveLetter"]) { [string]$SetDriveLetter = [string]::Empty } else { $SetDriveLetter = $PSBoundParameters.SetDriveLetter } # Check file system if ($SetFileSystem -eq "ntfs") { if ($GetSize -le 256000) { } else { if ($SetOnline) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } finally { if (-not $OPStatusFailed) { $result.changed = $true } } } if ($SetWriteable) { try { Set-DiskWriteable -Disk $disk -Deactivate } catch { $ROStatusFailed = $true } finally { if (-not $ROStatusFailed) { $result.changed = $true } } } $result.message = "Parameter size with value $($GetSize)GiB is not a valid size for ntfs hence the disk can not be formatted with this file system" $result.failed = "true" return $result | ConvertTo-Json } } elseif ($SetFileSystem -eq "refs") { if ($SetAllocationUnitSize -ne 64) { $SetAllocationUnitSize = 64 } } # Initialize / convert disk if ($DPartStyle -eq "RAW") { if (-not $CheckMode) { if ($DOperSt -eq "Offline") { $SetOnline = $true } if ($DROState -eq $true) { $SetWriteable = $true } # Initialize disk try { Set-Initialized -Disk $disk -PartitionStyle $SetPartitionStyle } catch { $GetDiskFailed = $false $FailDisk = $null if ($SetOnline) { try { $FailDisk = Get-Disk -Number $disk.Number } catch { $GetDiskFailed = $true } finally { if (-not $GetDiskFailed) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } if (-not $OPStatusFailed) { $result.changed = $true } } } } if ($SetWriteable) { if (-not $FailDisk) { try { $FailDisk = Get-Disk -Number $disk.Number } catch { $GetDiskFailed = $true } } if (-not $GetDiskFailed) { try { Set-DiskWriteable -Disk $disk -Deactivate } catch { $ROStatusFailed = $true } finally { if (-not $ROStatusFailed) { $result.changed = $true } } } } $result.message = "Failed to initialize the disk: $($_.Exception.Message)" $result.failed = "true" return $result | ConvertTo-Json } if ($Verbose) { $result.change_log.initializing = "Disk initialization successful - Partition style $GetPartitionStyle (partition_style_select) was initalized to $SetPartitionStyle (partition_style_set)" } $result.changed = $true } else { $result.change_log.initializing = "Disk with partition style $GetPartitionStyle (partition_style_select) will not be initialized to $SetPartitionStyle (partition_style_set) due to passed -WhatIf switch" } } else { if ($DPartStyle -ne $SetPartitionStyle) { if (-not $CheckMode) { # Convert disk try { Convert-PartitionStyle -Disk $disk -PartitionStyle $SetPartitionStyle } catch { if ($SetOnline) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } finally { if (-not $OPStatusFailed) { $result.changed = $true } } } if ($SetWriteable) { try { Set-DiskWriteable -Disk $disk -Deactivate } catch { $ROStatusFailed = $true } finally { if (-not $ROStatusFailed) { $result.changed = $true } } } $result.message = "Failed to convert the disk: $($_.Exception.Message)" $result.failed = "true" return $result | ConvertTo-Json } if ($Verbose) { $result.change_log.converting = "Partition style $GetPartitionStyle (partition_style_select) was converted to $SetPartitionStyle (partition_style_set)" } $result.changed = $true } else { $result.change_log.converting = "Disk will not be converted from partition style $GetPartitionStyle (partition_style_select) to $SetPartitionStyle (partition_style_set) due to passed -WhatIf switch" } } } # Maintain ShellHWService (not Cmdlet terminating) $StopSuccess = $false $StopFailed = $false $StartFailed = $false $CheckFailed = $false # Check ShellHWService try { $Check = Manage-ShellHWService -Action "Check" } catch { $CheckFailed = $true } finally { if ($Check) { if (-not $CheckMode) { # Stop ShellHWService try { Manage-ShellHWService -Action "Stop" } catch { $StopFailed = $true } finally { if (-not $StopFailed) { $StopSuccess = $true $result.changed = $true } } } } elseif ($CheckFailed) { if ($Verbose) { $result.change_log.shellhw_service_state = "Service will not be changed because the check has failed" } } } # Part disk if (-not $CheckMode) { try { $CPartition = Create-Partition -Disk $disk -SetDriveLetter $SetDriveLetter } catch { if ($SetOnline) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } finally { if (-not $OPStatusFailed) { $result.changed = $true } } } if ($SetWriteable) { try { Set-DiskWriteable -Disk $disk -Deactivate } catch { $ROStatusFailed = $true } finally { if (-not $ROStatusFailed) { $result.changed = $true } } } if ($StopSuccess) { try { Manage-ShellHWService -Action "Start" } catch { $StartFailed = $true } finally { if (-not $StartFailed) { $result.changed = $true } else { if ($Verbose) { $result.change_log.shellhw_service_state = "Could not be set from 'Stopped' to 'Running' again" } } } } $result.message = "Failed to create the partition on the disk: $($_.Exception.Message)" $result.failed = "true" return $result | ConvertTo-Json } if ($Verbose) { if ((-not $PSBoundParameters["SetDriveLetter"]) -and ($SetPartitionAccessPath -eq [String]::Empty)) { $result.change_log.partitioning = "Initial partition $($CPartition.Type) with random drive letter $SetDriveLetter was created successfully on partition style $SetPartitionStyle" } elseif (-not $PSBoundParameters["SetDriveLetter"]) { $result.change_log.partitioning = "Initial partition $($CPartition.Type) with no drive letter was created successfully on partition style $SetPartitionStyle" } else { $result.change_log.partitioning = "Initial partition $($CPartition.Type) with passed drive letter $SetDriveLetter was created successfully on partition style $SetPartitionStyle" } } $result.changed = $true } else { $result.change_log.partitioning = "Disk will not be partitioned due to passed -WhatIf switch" } # Add partition access path if (-not $SetPartitionAccessPath -eq [String]::Empty) { if (-not $CheckMode) { try { Add-AccessPath -Partition $CPartition -Path $SetPartitionAccessPath } catch { if ($SetOnline) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } finally { if (-not $OPStatusFailed) { $result.changed = $true } } } if ($SetWriteable) { try { Set-DiskWriteable -Disk $disk -Deactivate } catch { $ROStatusFailed = $true } finally { if (-not $ROStatusFailed) { $result.changed = $true } } } if ($StopSuccess) { try { Manage-ShellHWService -Action "Start" } catch { $StartFailed = $true } finally { if (-not $StartFailed) { $result.changed = $true } else { if ($Verbose) { $result.change_log.shellhw_service_state = "Could not be set from 'Stopped' to 'Running' again" } } } } $result.message = "Failed to create partition access path: $($_.Exception.Message)" $result.failed = "true" return $result | ConvertTo-Json } if ($Verbose) { $result.change_log.access_path = "Partition access path $SetPartitionAccessPath was created successfully for partition $($CPartition.Type)" } $result.changed = $true } else { $result.change_log.access_path = "Partition access path will not be added to partition due to passed -WhatIf switch" } } # Create volume if (-not $CheckMode) { [hashtable]$ParamsVol = @{ Volume = $CPartition FileSystem = $SetFileSystem FileSystemLabel = $SetLabel FileSystemAllocUnitSize = $SetAllocationUnitSize FileSystemLargeFRS = if ($PSBoundParameters["SetLargeFRS"]) { $PSBoundParameters.SetLargeFRS.IsPresent } else { $false } FileSystemShortNames = if ($PSBoundParameters["SetShortNames"]) { $PSBoundParameters.SetShortNames.IsPresent } else { $false } FileSystemIntegrityStreams = if ($PSBoundParameters["SetIntegrityStreams"]) { $PSBoundParameters.SetIntegrityStreams.IsPresent } else { $false } } try { $CVolume = Create-Volume @ParamsVol } catch { if ($SetOnline) { try { Set-OperationalStatus -Disk $disk -Deactivate } catch { $OPStatusFailed = $true } finally { if (-not $OPStatusFailed) { $result.changed = $true } } } if ($SetWriteable) { try { Set-DiskWriteable -Disk $disk -Deactivate } catch { $ROStatusFailed = $true } finally { if (-not $ROStatusFailed) { $result.changed = $true } } } if ($StopSuccess) { try { Manage-ShellHWService -Action "Start" } catch { $StartFailed = $true } finally { if (-not $StartFailed) { $result.changed = $true } else { if ($Verbose) { $result.change_log.shellhw_service_state = "Could not be set from 'Stopped' to 'Running' again" } } } } $result.message = "Failed to create the volume on the disk: $($_.Exception.Message)" $result.failed = "true" return $result | ConvertTo-Json } if ($Verbose) { $result.change_log.formatting = "Volume $($CVolume.FileSystem) with allocation unit size $SetAllocationUnitSize and label $SetLabel was created successfully on partition $($CPartition.Type)" } $result.changed = $true } else { $result.change_log.formatting = "Disk will not be formatted due to passed -WhatIf switch" } # Finally check if ShellHWService needs to be started again if (-not $CheckMode) { if ($StopSuccess) { # Start ShellHWService try { Manage-ShellHWService -Action "Start" } catch { $StartFailed = $true } finally { if (-not $StartFailed) { if ($Verbose) { $result.change_log.shellhw_service_state = "Set from 'Stopped' to 'Running' again" } $result.changed = $true } else { if ($Verbose) { $result.change_log.shellhw_service_state = "Could not be set from 'Stopped' to 'Running' again" } } } } } # Return result $result.message = "Cmdlet finished successfully" return $result | ConvertTo-Json } } # Define module environment settings $ErrorActionPreference = "Stop" Set-StrictMode -Version 2.0 # Export functions and aliases Set-Alias Get-DiskInfo Get-DiskFacts Set-Alias Manage-Disk Edit-Disk Export-ModuleMember -Function *-Disk* -Alias Manage-Disk, Get-DiskInfo |