1 |
Burn the “.iso” file for the NetVault Bare Metal Recovery for NetVault Backup Server onto a blank CD-ROM. |
2 |
Use the CD created in Step 1 to boot the server (if connected through a USB port, the port must use the 2.x protocol or earlier). |
If you are running multiple NetVault Bare Metal Recovery instances for NetVault Backup Server simultaneously, stopping the NetVault Service on one instance can cause the service of the other instances to stop if the host names are identical. To avoid this conflict, press the Tab key at the VaultOS client boot prompt to interrupt the boot process, and enter a unique host name for each instance by using the kernel argument (for example, “hostname=samplehost1”). |
3 |
4 |
In the Editing Network Interface dialog box, configure the IPv4 and IPv6 settings for the selected network interface. |
5 |
When you are finished, press Apply to return to the Network Connections dialog box, and then press Close. |
a |
In the NetVault Bare Metal Recovery Daemon process terminal (command prompt), press <Ctrl+C> to stop the process. |
b |
To open a new NetVault Bare Metal Recovery Daemon process terminal, double-click the Terminal icon on the desktop. |
NetVault Backup: This icon starts the NetVault Backup WebUI. | |
drdaemon: This icon starts the drdaemon interface. |
1 |
In the Navigation pane of the NetVault Backup WebUI, click Manage Devices, and then click Add Device. |
2 |
3 |
In the NetVault Backup Clients list, select the client that is physically connected to the target device. |
5 |
1 |
In the Navigation pane of the NetVault Backup WebUI, click Create Backup Job. |
2 |
3 |
Click Device Selection, and select the applicable device. |
4 |
Click Media Options, select the applicable options (enter a user-defined label, for example, BMRMedia string in the Media Label field). |
5 |
Click Media Sharing, and select the applicable options. |
6 |
1 |
Open the NetVault Backup Selections page, and double-click the NetVault Backup Server (the system containing the Plug-in Server) to open it. |
3 |
Double-click the self node displayed under the plug-in to reveal the disks contained within. |
4 |
To determine the Disk Geometry, select the applicable disk, and select Disk Geometry from the Actions list. |
• |
Partitions: Each individual partition is listed here by number and the partition type. |
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Active: Displays the current state of the partition (“Yes” or “No”). |
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Start Cyl: Displays the origination point (cylinder) for the various partitions. |
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End Cyl: Displays the partition’s endpoint (cylinder). |
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Size: Displays the size of each partition. |
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Type: Displays the type of partition. |
6 |
To determine the overall size of a disk, select the applicable disk, and select Disk Size from the Actions list. |
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Device: The number and type of the disk. |
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Size: The size of the selected disk. |
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