Veritas InfoScale™ Operations Manager 7.3.1 Add-ons User's Guide
- Section I. VCS Utilities Add-on 7.3.1
- Section II. Distribution Manager Add-on 7.3.1
- Section III. Fabric Insight Add-on 7.3.1
- Section IV. Patch Installer Add-on 7.3.1
- Introduction to Patch Installer Add-on
- Using Patch Installer Add-on
- Section V. Storage Insight Add-on 7.3.1
- Performing the deep discovery of enclosures
- About Storage Insight Add-on
- Adding HITACHI storage enclosures for deep discovery
- Editing the deep discovery configuration for an enclosure
- Monitoring the usage of thin pools
- Monitoring storage array metering data
- Managing LUN classifications
- Appendix A. Enclosure configuration prerequisites
- HITACHI enclosure configuration prerequisites
- EMC Symmetrix storage array configuration prerequisites
- Device setup requirements for EMC Symmetrix arrays
- IBM XIV enclosure configuration prerequisites
- NetApp storage enclosure configuration prerequisites
- EMC CLARiiON storage enclosures configuration prerequisites
- Hewlett-Packard Enterprise Virtual Array (HP EVA) configuration prerequisites
- IBM System Storage DS enclosure configuration prerequisites
- IBM SVC enclosure configuration prerequisites
- EMC Celerra enclosure configuration prerequisites
- EMC VNX storage enclosure configuration prerequisites
- EMC VPLEX storage enclosure configuration prerequisites
- Appendix B. Commands used by Management Server for deep discovery of enclosures
- Performing the deep discovery of enclosures
- Section VI. Storage Insight SDK Add-on 7.3.1
- Overview of Storage Insight SDK Add-on 7.3.1
- Managing Veritas InfoScale Operations Manager Storage Insight plug-ins
- About creating Storage Insight plug-in
- About discovery script
- About the enclosure discovery command output
- Creating a Storage Insight plug-in
- Editing a Storage Insight plug-in
- Testing a Storage Insight plug-in
- About creating Storage Insight plug-in
- Section VII. Storage Provisioning and Enclosure Migration Add-on 7.3.1
- Provisioning storage
- Creating a storage template using VxFS file systems
- Migrating volumes
- Provisioning storage
- Section VIII. Veritas HA Plug-in for VMware vSphere Web Client
- Introduction to Veritas HA Plug-in for vSphere Web Client
- Installation and uninstallation of Veritas HA Plug-in for vSphere Web Client
- Configurations for Veritas HA Plug-in for vSphere Web Client
- Section IX. Application Migration Add-on
- Introduction to Application Migration Add-on
- Creating and managing an application migration plan
- Understanding application migration operations
--list ldevs --encl enclosure Id command to discover all logical disks for an enclosure
The --list ldevs --encl enclosure Id command should list all logical disks in the enclosure specified by -encl argument. enclosure Id is the identifier for the enclosure as reported by -list encls command.
Each logical disk should be listed as a record that starts with the record identifier attribute Id.
Table: --list ldevs --encl enclosure Id
Attribute | Description | Data type | Comments |
---|---|---|---|
Id | Globally unique identifier for the logical disk. | String | This identifier should match the identifier obtained from the SCSI pages by logical disk identifier formula specified during the Storage Insight plug-in creation. |
Name | Name of the logical disk. | String | |
LogicalSize | Logical size of the logical disk. | Decimal | Specified in megabytes. For thin logical disks, it should be the subscribed size, and not the consumed size. |
RawSize | Raw physical storage assigned to the logical disk. | Decimal | Specified in megabytes. |
Thin | Indicates if the logical disk is thin. | Boolean | Expected value is 1 if the logical disk is thin, and 0 for thick disk. |
ThinConsumedSize | Logical consumed size of a thin logical disk. | Decimal | Specified in megabytes. Applicable only if the logical disk is thin. For a thin logical disk, this is consumed logical size, and not the subscribed size. |
ThinConsumedRawSize | Raw physical storage consumed by a thin logical disk. | Decimal | Specified in megabytes. This capacity is applicable only to a thin logical disk. It is the raw physical storage that is consumed by the logical disk. The physical storage capacity that corresponds to the logical storage is represented by ThinConsumedSize. |
RaidLevel | RAID level of the logical disk. | String | For example, RAID 5. |
Layout | Vendor-specific layout for the logical disk. | String | |
Assigned | Indicates if the logical disk is assigned to a host, or any front-end array. | Boolean | Expected value is 1 if the logical disk is assigned, and 0 if it is not assigned. |
Virtual | Indicates if the logical disk is a pass through from any back-end array. | Boolean | Expected value is 1 if the logical disk is virtual, and 0 if it is not virtual. |
Administrative | Indicates if the logical disk is used for administrative purposes. | Boolean | Expected value is 1 if the logical disk is administrative, and 0 if it is not administrative. |
FaultTolerant | Indicates if the logical disk is fault tolerant. That is, if it is protected by RAID. | Boolean | Expected value is 1 if the logical disk is fault tolerant, and 0 if it is not fault tolerant. |
AltId | Optional alternate unique identifier for the logical device. It should be globally unique. | String | Optional argument; useful while identifying the target of a remotely replicated logical device. Refer --list-replications command for more information. |