Converse agora com nosso suporte

Obtenha ajuda em tempo real
Concluir registro

Entrar

Solicitar preços

Entre em contato com o setor de vendas

vRanger 7.8.5 - User Guide

Navegação de conteúdo

Key benefits Major feature list Target audience Recommended additional reading

vRanger overview

Installation overview

Downloading an evaluation copy of vRanger Installing vRanger

Configuration overview

Adding repositories Deploying virtual appliances (VAs) Adding physical servers to inventory Scheduling a backup job Scheduling a replication job

Configuring vRanger

Configuring vRanger through the Startup Wizard

Opening the Startup Wizard Adding and selecting a license

Removing an extended trial license

Adding vCenter and host information

Adding a vCenter Entering host credentials Adding hosts

Adding Hyper-V System Center VMM, cluster, and host information

Adding a Hyper-V System Center VMM Adding a Hyper-V cluster Adding hosts

Selecting hosts for licenses Adding a physical machine Selecting physical machines for licenses Deploying and configuring the VA from the Startup Wizard Adding a repository Setting up the SMTP server Adding an email address

Configuring vRanger manually

Adding a vCenter Adding a vCloud Director Adding an ESXi server Adding a Hyper-V System Center VMM, cluster, or host

Adding a Hyper-V cluster Adding hosts

Adding a physical server

Installing the physical client manually

Adding a repository Managing repository replication

Configuring a repository for automatic replication Scheduling repository synchronization Disabling repository replication Changing a replication repository to a primary repository

Configuring an SMTP server

Adding an email address Editing an email address Removing an email address

Configuring display language Configuring a virtual appliance (VA) Importing a license file

Adding an extended trial license Removing an extended trial license

Managing VM host licensing Managing physical machine licensing Managing job configuration settings Enabling cataloging options

About catalog filtering

Managing Transport Failover options Configuring the number of times a backup process tries to run

Supplemental instructions: additional repository types

Adding an NFS repository Adding a NetVault SmartDisk repository

Removing a NetVault SmartDisk repository

Adding an EMC Data Domain Boost (DD Boost) repository

Configuring repository replication Removing an EMC DD Boost repository

Adding a Quest Rapid Data Access (RDA) repository

Adding a Quest DR Series system as an RDA repository Configuring repository replication Removing a Quest Rapid Data Access (RDA) repository Adding a Quest DR Series system as a CIFS repository Adding a Quest DR Series system as an NFS repository

Understanding the vRanger virtual appliance (VA) The VA scratch disk

Strategies for sizing the scratch disk Options for a smaller scratch disk The scratch disk on the source host Scratch disk location

Deploying the VA by using the Virtual Appliance Deployment Wizard

Starting the Virtual Appliance Deployment Wizard Selecting a VA host Selecting a VM Folder Select a Computing Resource Selecting VA deployment options Configuring the VA IP address Confirming VA deployment selections

About deploying multiple VAs Changing the VA configuration Configuring VA networking

Logging in to the VA Changing the hostname Changing the network configuration Configuring DNS

Disabling Distributed Resource Scheduler (DRS) for the vRanger VA

Main toolbar Status Bar

My Inventory view

My Inventory pane

My Inventory pane toolbar and icons VMware inventory tab Hyper-V inventory tab Physical inventory tab

Working Inventory pane

My Jobs pane Activity pane

Job Detail area

My Repositories view

My Repositories pane Working Repository pane

My Reports view

Working Reports pane

Reviewing backup transport options

VMware backup transport options

HotAdd SAN backups LAN

Transport selection order: VM backup

vRanger: installed on a VM vRanger: installed on a physical machine

Hyper-V backup transport options Physical backup transport options

Determining application consistency

Application consistency for virtual backups

Application consistency for VMware VMs Application consistency for Hyper-V VMs

Application consistency for physical backups

Understanding retention policies and space-saving technologies Performing optional configurations

Enabling VMware Changed Block Tracking (CBT) Adding a custom backup group Configuring VSS tools for VMware VMs

Configuring VSS tools using the automated method

Configuring a backup job

Starting the Backup Wizard

Selecting a node in the My Inventory view Selecting a node in the My Jobs view

Excluding VMs Including hard disks of physical machines or VMs Selecting a repository Selecting a backup data transport method for VMware machines

Using Automatic transport selection Using Custom transport selection

Configuring backup options Selecting a Retention Policy

Creating a full backup job Creating an incremental backup job Creating a differential backup job

Setting the recurrence schedule Configuring email notifications Starting the backup job

Restoring an encrypted VMware VM

Restoring an encrypted VMware VM

Performing a full restore for VMware VMs

Starting the Restore Wizard

Starting the Restore Wizard Selecting a VM Name & Folder Selecting a Compute Resource Selecting Storage Selecting a network Selecting a restore data transport method for Configuring restore options Setting the recurrence schedule Configuring email notifications

Starting the restore job

Performing a full restore for Hyper-V® VMs

Starting the Restore Wizard Selecting a Destination Selecting a network Configuring restore options Setting the recurrence schedule Configuring email notifications Starting the restore job

Performing a full restore for VMware vApps

Starting the Restore Wizard Selecting a destination Selecting a restore data transport method Configuring restore options Setting the recurrence schedule Configuring email notifications Starting the restore job

Performing a full restore of a physical machine

Creating the boot media

Creating the boot media Booting the target server Booting into the restore environment using static IP Selecting a savepoint Mapping disks Setting the recurrence schedule Configuring email notifications

Starting the restore job

Performing an FLR on Windows

Performing an FLR using Catalog Search Performing a manual FLR

Performing an FLR on Linux Restoring from manifest

Performing a full restore from manifest for VMware VMs

Creating a restore job Selecting a savepoint from the manifest Selecting a VM Name & Folder Selecting a Compute Resource Selecting Storage Selecting a network Selecting a transport method Configuring restore options Setting the recurrence schedule Configuring email notifications Starting the restore job

Performing a full restore from manifest for Hyper-V VMs

Creating a restore job Selecting a savepoint from the manifest Selecting a destination Selecting a network Configuring restore options Setting the recurrence schedule Configuring email notifications Starting the restore job

Performing a full restore from manifest for a physical machine

Creating the boot media Booting the target server Creating a restore job Selecting a savepoint from the manifest Mapping disks Setting the recurrence schedule Configuring email notifications Starting the restore job

Performing FLR from manifest

How replication works

How replication works

Replication with the virtual appliance (VA)

Replication modes

Replication with Changed Block Tracking (CBT) Differential replication Configuring transport failover options Pre-seeding replication jobs

Creating a replication job

Setting the recurrence schedule

Using replication failover

Performing Test Failover with networking disabled Performing Test Failover with networking enabled

Enabling network-enabled Test Failover Performing a network-enabled Test Failover

Performing a failover Performing failback

Generating a report using the Report Wizard

Integrating and monitoring vRanger

Performing vRanger sweep-to-tape using Quest NetVault Backup

Performing vRanger sweep-to-tape using Quest NetVault Backup

Ensuring that system requirements are met Checking the list of prerequisites Preparing the systems Preparing for vRanger sweep-to-tape using NetVault Backup Performing backup operations Performing restore operations

Using deduplication with Quest NetVault SmartDisk and vRanger Using Data Domain and vRanger repositories

Monitoring vRanger

About event monitoring configurations

Opening the configuration file Configuring replication monitoring Configuring virtual appliance (VA) monitoring Configuring datastore monitoring Restarting the Quest vRanger Service

Using the vRanger Console

Configuring the vRanger Console vRanger vAPI Cmdlets

Configuration Job management Repositories Backup Restore Replication Cmdlet help

vAPI Cmdlet details

Performing a full restore for VMware VMs

vRanger performs a full restore of a VM by using a savepoint created from a backup job. A savepoint contains point-in-time data of the VM. If you select an incremental savepoint from which to restore the server, a full savepoint is also restored, along with every incremental savepoint taken between the time of the full backup and the time of the selected incremental backup.

For information about performing a full restore from a savepoint manifest, see Restoring from manifest.

For more information, see Performing a full restore of a physical machine.

To perform a full restore for a VM, complete the following tasks:

•

Starting the Restore Wizard

•

Selecting a VM Name & Folder

•

Selecting a network

•

Selecting a restore data transport method for

•

Configuring restore options

•

Setting the recurrence schedule

•

Configuring email notifications

•

Starting the restore job

Starting the Restore Wizard

Performing a full restore for VMware VMs

vRanger performs a full restore of a VM by using a savepoint created from a backup job. A savepoint contains point-in-time data of the VM. If you select an incremental savepoint from which to restore the server, a full savepoint is also restored, along with every incremental savepoint taken between the time of the full backup and the time of the selected incremental backup.

For information about performing a full restore from a savepoint manifest, see Restoring from manifest.

For more information, see Performing a full restore of a physical machine.

To perform a full restore for a VM, complete the following tasks:

•

Starting the Restore Wizard

•

Selecting a VM Name & Folder

•

Selecting a network

•

Selecting a restore data transport method for

•

Configuring restore options

•

Setting the recurrence schedule

•

Configuring email notifications

•

Starting the restore job

Starting the Restore Wizard

When restoring a server from a savepoint, the Restore Wizard guides you through the steps necessary to complete the restore.


	NOTE: Some of the steps of the Restore Wizard differ depending on the number of machines being restored. Where appropriate, steps separated between single and multiple machines.

To use the Restore Wizard:

1

In the main vRanger UI, click My Repositories.

2

Select the repository in which the savepoints for the server you want to restore are stored.

3

In the Working Repository pane, find the machine to restore. You can filter the machine results by inventory type, and/or search for any part of the machine name.

4

You can automatically restore the machine to the latest savepoint. To do so, right-click on the machine row and click Restore Latest.

To select a different savepoint, expand the machine row and select the desired savepoint. Right-click the savepoint, and click Restore, or click Restore on the vRanger toolbar. The Restore Wizard starts.

5

On the Job Information page, enter the Job Name and Job Description.

6

Selecting a VM Name & Folder

The VM Name & Folder page lets you specify the name for the restored VM and configure the datacenter to which the savepoints are to be restored.

To select a VM and datacenter:

1

For a single VM:

a

In the Virtual Machine Name field, accept the existing VM name, or enter a new name.

b

Select the appropriate datacenter or VM folder from the available options.

c

2

For multiple VMs:

a

For each machine, the Restore As field displays the name that will be given to the restored VM. To restore the VM with the original name, do nothing.

To restore the VM with a different name, click on the name in the Restore As column, and edit the VM name as desired.

b

For each machine, confirm the datacenter or VM folder listed in the VM Folder field.

Click the browse button and select a datacenter or VM folder from the available options. CLick OK.

c

Documentos relacionados

The document was helpful.

Selecione a classificação

I easily found the information I needed.

Selecione a classificação

© ALL RIGHTS RESERVED. Terms of Use Privacy Cookie Preference Center