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NetVault Bare Metal Recovery 11.4 - User Guide for Plug-ins

Introducing NetVault Bare Metal Recovery Plug-ins Deploying NetVault Bare Metal Recovery Using the Plug-in Offline Client
Plug-in Server: an overview Installing and removing Plug-in Server Configuring Plug-in Server for use with Plug-in Offline Client Booting a NetVault Bare Metal Recovery Client with Plug-in Offline Client Backing up data with Plug-in Offline Client Restoring data with Plug-in Offline Client
Using NetVault Bare Metal Recovery Plug-in Live Client for Windows
Plug-in Live Client for Windows: an overview Configuring Plug-in Server for use with Plug-in Live Client for Windows Installing and removing Plug-in Live Client for Windows Backing up data with Plug-in Live Client for Windows Booting a NetVault Bare Metal Recovery Client with Plug-in Offline Client Restoring data with Plug-in Live Client for Windows
Using NetVault Bare Metal Recovery Plug-in Live Client for Linux
Plug-in Live Client for Linux: an overview Installing and removing Plug-in Live Client for Linux Generating a DR image for use with Plug-in Live Client for Linux Creating the required bootable CD for use with Plug-in Live Client for Linux Recovering a DR image for use with Plug-in Live Client for Linux
NetVault Bare Metal Recovery physical-to-virtual (P2V) recovery Troubleshooting

Setting restore options for a restore as a VMDK Image with Plug-in Live Client for Windows

1
On the Create Selection Set page, click Edit Plugin Options, and select VMDK Images as the Restore Type.
This type of restore provides two additional options — either to restore the VMDK Image to a local directory of the NetVault Backup Server or to restore to a remote VMware ESX or VMware ESXi Server.
2
If you want to restore the VMDK Image to a local directory of the NetVault Backup Server, in the Local Target Directory box of the VMDK Recovery Options frame, enter a valid path to the location for storing recovered images.
•
Restore the VMDK Image to a local directory of the NetVault Backup Server.
From the VMDK Recovery Options, enter a valid path in the Local Target Directory field for storing the recovered images. If this field is left blank, the default is the NetVault Backup temp directory, “…/NetVault Backup/tmp”.
•
Restore the VMDK Image directly to a remote ESX or ESXi Server. This process is useful when there is no space on the local storage on the NetVault Backup Server machine or when users are using an ESX or ESXi Server.
a
From the VMDK Recovery Options, select Restore to Remote ESX Server.
b
Enter the values for ESX Host, Port, Username, Password, and Path.
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ESX Host: Enter the host name of the IP address of the ESX or ESXi Server.
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Port: Enter the remote console port on the ESX or ESXi Server.
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Username: Enter the user name for logging in to the ESX or ESXi Server.
•
Password: Enter the password for the specified user name.
•
Path: Enter the directory on the ESX or ESXi Server where the VMDK files should be created. This path should always start with a datastore within square brackets: [datastore] dir. If the path specified does not exist, the plug-in cannot connect to the ESX or ESXi Server.

Finalizing and submitting the job for a restore as a VMDK Image with Plug-in Live Client for Windows

The final steps include setting additional options on the Schedule, Source Options, and Advanced Options pages, submitting the job, and monitoring the progress through the Job Status and View Logs pages. These pages and options are common to all NetVault Backup Plug-ins. For more information, see the Quest NetVault Backup Administrator’s Guide.

1
To save the settings, click Ok, and then click Next.
2
In Job Name, specify a name for the job if you do not want to use the default setting.
Assign a descriptive name that lets you easily identify the job when monitoring its progress. The job name can contain alphanumeric and non-alphanumeric characters, but it cannot include non-English characters. On Windows, there is no length restriction; however, a maximum of 40 characters is recommended.
3
To use the Plug-in Server components installed on the NetVault Backup Server, in the Target Client list, select the NetVault Backup Server from the list of machines
 
* 
TIP: You can also click Choose, and then locate and select the applicable client in the Choose the Target Client dialog box.
Restores of Plug-in Live Client backups must be routed through the NetVault Backup Server. This step sets the chosen machine as the intended target. This setting works in tandem with the Restore Name option to route the restore properly.
4
Use the Schedule and Advanced Options lists to configure any additional required options.
5
Click Save or Save & Submit, whichever is applicable.
You can monitor progress on the Job Status page and view the logs on the View Logs page. For more information, see the Quest NetVault Backup Administrator’s Guide.

Creating the VM for a restore as a VMDK Image with Plug-in Live Client for Windows

After the restore job has completed, you can create a VM from the restored VMDK file by using the VMware Server console.

1
Log in the VMware Server console.
2
Confirm that the VMDK file is located in the datastore path that was specified under ESX Server Options.
3
On the VMware ESX or VMware ESXi Server, browse the datastore and navigate to the specified path.
The path should contain a file with the extension “.vmdk”.
4
In the upper-left corner of the VMware Server console, click the Create Virtual Machines icon.
5
When the Configuration dialog box is displayed, select Custom, and click Next.
6
In the Name field on the Name and Location dialog box, enter a descriptive name for your VM, and click Next.
7
When the Datastore dialog box is displayed, select a datastore in which to store the VM, and click Next.
8
When the Virtual Machine Version dialog box is displayed, select the version, and click Next.
9
When the Guest Operating System dialog box is displayed, select the guest OS, and click Next.
10
When the CPUs dialog box is displayed, select the number of virtual processors on the VM, and click Next.
11
When the Memory dialog box is displayed, configure the VM’s memory size, and click Next.
12
When the Network dialog box is displayed, configure the VM’s network connections, and click Next.
13
When the SCSI Controller dialog box is displayed, select the SCSI Controller type, and click Next.
 
* 
NOTE: NetVault Bare Metal Recovery only supports LSI Logic Parallel SCSI controllers for ESX 4.0 and LSI Logic SCSI for ESX 3.5.
14
When the Select a Disk dialog box is displayed, select Use an existing virtual disk, and click Next.
15
When the Browse Datastores dialog box is displayed, navigate to the datastore to locate the VMDK file, select it, and click OK.
16
When the Ready to Complete dialog box is displayed, review the summary of the VM you created, and then click Finish.
17
When the new VM is displayed in the left pane of the VMware console, right-click it, and select Open Console from the menu.
18
Turn on the VM from the console.
The Windows logo is displayed following a successful boot.
 
* 
NOTE: Be aware of the following:
•
Quest recommends installing VMware Tools before using the VM. For instructions, see the VMware documentation.
•
The “@” character cannot be used in the datastore path.
•
When restoring to an ESX or ESXi Server, verify that there is sufficient free disk space available on the ESX or ESXi VM. For details on calculating the required disk space, see: http://kb.vmware.com/selfservice/microsites/search.do?cmd=displayKC&docType=kc&externalId=1003755
•
The block size determines the minimum amount of disk space that any file takes up on VMFS datastores. Choose the block size carefully when creating VMFS datastores. The following block sizes are available:
•
1 MB block size = 256 GB maximum file size
•
2 MB block size = 512 GB maximum file size
•
4 MB block size = 1024 GB (1 TB) maximum file size
•
8 MB block size = 2048 GB (2 TB) maximum file size

Using NetVault Bare Metal Recovery Plug-in Live Client for Linux

•
Plug-in Live Client for Linux: an overview
•
Installing and removing Plug-in Live Client for Linux
•
Generating a DR image for use with Plug-in Live Client for Linux
•
Creating the required bootable CD for use with Plug-in Live Client for Linux
•
Recovering a DR image for use with Plug-in Live Client for Linux
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