Virtual Volumes Snap-in
The Virtual Volumes Snap-in lists all the virtual volumes in your configuration (mapped or unmapped) and provides information (size and status) about each virtual volume.
Refer to Toolbar, Icons, and Status Bar for more information.
The Virtual Volumes Snap-in provides information about virtual volumes and shortcut menu options:
Virtual Volumes Snap-in | |
Columns |
|
! |
Status of the virtual volume. Red X = offline; ! = requires attention; ? = unknown status. |
Virtual Volume |
Virtual volume name and icon denoting type, see Icons. |
Logical Size |
Size of the virtual volume in megabytes. |
Type |
Standard Mirror, Multipath Mirror (includes MPIO, 3rd party AP and CP), AP, or Linear |
Primary Server |
The server hosting the primary volume. |
Status |
Healthy; Failed Redundancy (primary or secondary error); Failed (linear down); Double Failure (primary and secondary down); Not Initialized. See Virtual Volume Status. |
Diagnostic |
Provides an initial diagnostic of a failure. For more detail, click on the virtual volume to display volume status. |
Snapshot |
If applicable, this column reflects whether a virtual volume is a MapStore, source, or destination of a snapshot. |
Local Pool |
Name of the NMV pool where the volumes original from, if applicable. |
Shortcut Menu Options |
|
Right-click Virtual Volumes component |
New Virtual Volume – see How to Create Linear Virtual Volumes |
Right-click virtual volume |
Delete- see Deleting Virtual Volumes Set Mirror – Creating Virtual Volume Mirrors Upgrade to Multipath – see Enable Multipathing on Standard Mirrors Split Mirror- see Splitting a Mirror Revert to Standard Mirror – see Revert to Standard Mirror Map/Unmap to Local Server – maps or unmaps the selected virtual volume back to the local storage server. See Mapping Virtual Volumes to the Local Server. Properties – see Virtual Volume Properties and Multiple Virtual Volume Properties |
Related topics:
Replacing a Volume in a Virtual Volume
Allow Mixed Static and Dynamic Mirrors
Force Cache Write-Through
Mirror Discovery and Recovery Behavior