Examples/Resources/Disk/2-Disk_InitializeDataDiskUsingUniqueId.ps1
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<#PSScriptInfo
.VERSION 1.0.0 .GUID 56cbc9fc-4168-4662-9dec-12addcfb82da .AUTHOR Microsoft Corporation .COMPANYNAME Microsoft Corporation .COPYRIGHT .TAGS DSCConfiguration .LICENSEURI https://github.com/PowerShell/StorageDsc/blob/master/LICENSE .PROJECTURI https://github.com/PowerShell/StorageDsc .ICONURI .EXTERNALMODULEDEPENDENCIES .REQUIREDSCRIPTS .EXTERNALSCRIPTDEPENDENCIES .RELEASENOTES First version. .PRIVATEDATA 2016-Datacenter,2016-Datacenter-Server-Core #> #Requires -module StorageDsc <# .DESCRIPTION This configuration will wait for disk 2 with Unique Id '5E1E50A401000000001517FFFF0AEB84' to become available, and then make the disk available as two new formatted volumes, 'G' and 'J', with 'J' using all available space after 'G' has been created. It also creates a new ReFS formated volume on disk 3 with Unique Id '5E1E50A4010000000029AB39450AC9A5' attached as drive letter 'S'. #> Configuration Disk_InitializeDataDiskUsingUniqueId { Import-DSCResource -ModuleName StorageDsc Node localhost { WaitForDisk Disk2 { DiskId = '5E1E50A401000000001517FFFF0AEB84' # Disk 2 DiskIdType = 'UniqueId' RetryIntervalSec = 60 RetryCount = 60 } Disk GVolume { DiskId = '5E1E50A401000000001517FFFF0AEB84' # Disk 2 DiskIdType = 'UniqueId' DriveLetter = 'G' Size = 10GB DependsOn = '[WaitForDisk]Disk2' } Disk JVolume { DiskId = '5E1E50A401000000001517FFFF0AEB84' # Disk 2 DiskIdType = 'UniqueId' DriveLetter = 'J' FSLabel = 'Data' DependsOn = '[Disk]GVolume' } WaitForDisk Disk3 { DiskId = '5E1E50A4010000000029AB39450AC9A5' # Disk 3 DiskIdType = 'UniqueId' RetryIntervalSec = 60 RetryCount = 60 } Disk SVolume { DiskId = '5E1E50A4010000000029AB39450AC9A5' # Disk 3 DiskIdType = 'UniqueId' DriveLetter = 'S' Size = 100GB FSFormat = 'ReFS' AllocationUnitSize = 64KB DependsOn = '[WaitForDisk]Disk3' } } } |