Sets the drive letter or mount path for the volume.
Syntax
Set-EmcVolumeMountPoint -HostSystem <IHostSystem> -DriveLetter <String> -Volume <Volume> [-Silent] [<CommonParameters>]
Set-EmcVolumeMountPoint -HostSystem <IHostSystem> -Volume <Volume> [-Silent] -MountPath <String> [<CommonParameters>]
Set-EmcVolumeMountPoint -DriveLetter <String> -Volume <Volume> [-Silent] -ClusterSystem <IClusterSystem> [<CommonParameters>]
Set-EmcVolumeMountPoint -Volume <Volume> [-Silent] -MountPath <String> -ClusterSystem <IClusterSystem> [<CommonParameters>]
Parameters
-HostSystem <IHostSystem>
Attributes: Required, Position: named
Specifies the ESI host system object. You can add a host system object to ESI by using the Get-EmcHostSystemCredential and Connect-EmcSystem cmdlets. You can get a host system object by using the Get-EmcHostSystem cmdlet. The object can be a stand-alone host system, a virtual machine, or a hypervisor.
-DriveLetter <String>
Attributes: Required, Position: named
Specifies the drive letter.
-Volume <Volume>
Attributes: Required, Position: named
Specifies the ESI volume object, which you can get from the ESI host system object or by using the Get-EmcHostVolume cmdlet.
-Silent <SwitchParameter>
Attributes: Optional, Position: named
Turns off all the informational and verbose messages. However, it still displays errors.
-MountPath <String>
Attributes: Required, Position: named
Specifies the mount path.
-ClusterSystem <IClusterSystem>
Attributes: Required, Position: named
Specifies the ESI cluster system object. You can add a cluster system object to ESI by using the Get-EmcClusterSystemCredential and Connect-EmcSystem cmdlets. You can get a cluster system object by using the Get-EmcClusterSystem cmdlet.
<CommonParameters>
This cmdlet supports these common parameters: Verbose, Debug, ErrorAction, ErrorVariable, WarningAction, WarningVariable, OutBuffer, and OutVariable. Type get-help about_commonparameters for more details.
Examples
-------------- Example 1 --------------
C:\PS>$l = New-EmcLun -Pool $p -Name mylun_test_1 -CapacityInMB 1024 -Silent
C:\PS>$h = Get-EmcHostSystem *.148
C:\PS>Set-EmcLunAccess -Lun $l -HostSystem $h -Available
TaskStatus: Started
C:\PS>$hd = Find-EmcHostDisk -HostSystem $h -Lun $l -Silent
C:\PS>Initialize-EmcHostDisk -HostDisk $hd -HostSystem $h
C:\PS>$v = New-EmcVolume -HostSystem $h -HostDisk $hd -Label volume_1 -silent
C:\PS>$drives = Get-EmcAvailableDriveLetter -HostSystem $h
C:\PS>$drives[0]
G
C:\PS>Set-EmcVolumeMountPoint -HostSystem $h -Volume $v -DriveLetter $drives[0] -Silent
C:\PS>Set-EmcVolumeMountPoint -HostSystem $h -Volume $v -MountPath "c:\foo" -silent
This example creates a LUN, unmasks onto a host system, finds the corresponding disk, initializes it, creates a volume, and sets a mount point to a drive letter or mount path.
-------------- Example 2 --------------
C:\PS>$l = New-EmcLun -Pool $p -Name mylun_test_1 -Capacity 2GB -Silent
C:\PS>$h = Get-EmcClusterSystem myclus*
C:\PS>Set-EmcLunAccess -Lun $l -ClusterSystem $h -Available -silent
C:\PS>$hd = Find-EmcHostDisk -ClusterSystem $h -Lun $l -Silent
C:\PS>$hd.HostDiskIdentifier
\\?\PhysicalDrive5
C:\PS>Initialize-EmcHostDisk -HostDisk $hd -ClusterSystem $h -PartitionStyle gpt
C:\PS>$v = New-EmcVolume -ClusterSystem $h -HostDisk $hd -Label volume_1 -Silent
C:\PS>$drives = $h | Get-EmcAvailableDriveLetter
C:\PS>Set-EmcVolumeMountPoint -ClusterSystem $h -Volume $v -DriveLetter $drives[0] -Silent
C:\PS>Set-EmcVolumeMountPoint -ClusterSystem $h -Volume $v
-MountPath "c:\foo" -silent
This example creates a LUN, unmasks onto a cluster system, finds the corresponding disk, initializes it, creates a volume, and sets a mount point to a drive letter or mount path.