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Rapid Recovery 6.9 - Commands and Scripting Reference Guide

Introduction to Rapid Recovery Command Line Management utility PowerShell module
Prerequisites for using PowerShell Working with commands and cmdlets Rapid Recovery PowerShell module cmdlets
Add-EsxAutoProtectObjects Add-EsxVirtualMachines Add-HyperVClusterSharedVirtualDisks Add-HyperVClusterVirtualMachines Add-HyperVVirtualMachines Disable-HyperVAutoProtection Edit-AzureVirtualStandby Edit-EsxiVirtualStandby Edit-HyperVVirtualStandby Edit-OracleDBVerifyNightlyJob Edit-OracleLogTruncationNightlyJob Edit-Replication Edit-ScheduledArchive Edit-VBVirtualStandby Edit-VMVirtualStandby Enable-HyperVAutoProtection Enable-OracleArchiveLogMode Get-ActiveJobs Get-CloudAccounts Get-Clusters Get-CompletedJobs Get-ExchangeMailStores Get-Failed Get-FailedJobs Get-HyperVClusterSharedVirtualDisks Get-ListAzureVMSizes Get-Mounts Get-OracleInstances Get-Passed Get-ProtectedServers Get-ProtectionGroups Get-QueuedJobs Get-RecoveryPoints Get-ReplicatedServers Get-Repositories Get-ScheduledArchives Get-SqlDatabases Get-TransferQueueEntries Get-UnprotectedVolumes Get-Version Get-VirtualizedServers Get-Volumes New-AzureVirtualStandby New-Base New-BootCD New-CloudAccount New-EncryptionKey New-EsxiVirtualStandby New-FileSearch New-HyperVVirtualStandby New-Mount New-Replication New-Repository New-ScheduledArchive New-Snapshot New-VBVirtualStandby New-VMVirtualStandby Push-Replication Push-Rollup Remove-Agent Remove-EsxAutoProtectObjects Remove-HyperVClusterSharedVirtualDisks Remove-HyperVClusterVirtualMachines Remove-HyperVVirtualMachines Remove-Mount Remove-Mounts Remove-RecoveryPoints Remove-RemoteMount Remove-RemoteMounts Remove-Replication Remove-Repository Remove-ScheduledArchive Remove-VirtualStandby Restart-CoreService Resume-Replication Resume-ScheduledArchive Resume-Snapshot Resume-VirtualStandby Set-AgentMetadataCredentials Set-DedupCacheConfiguration Set-License Set-OracleMetadataCredentials Set-ReplicationResponse Start-Archive Start-AttachabilityCheck Start-AzureDeploy Start-AzureExport Start-ChecksumCheck Start-ConsumeSeedDrive Start-CopySeedDrive Start-EsxiExport Start-HypervExport Start-LogTruncation Start-MountabilityCheck Start-OptimizationJob Start-OracleDBVerifyJob Start-OracleLogTruncationJob Start-Protect Start-ProtectCluster Start-ProtectEsxServer Start-ProtectHyperVCluster Start-ProtectHyperVServer Start-RepositoryCheck Start-RestoreAgent Start-RestoreArchive Start-ScheduledArchive Start-VBExport Start-VirtualStandby Start-VMExport Stop-ActiveJobs Stop-CoreService Suspend-Replication Suspend-ScheduledArchive Suspend-Scheduler Suspend-Snapshot Suspend-VirtualStandby Suspend-VMExport Update-Repository
Localization Qualifiers
Scripting

Input parameters for shell scripting

The parameters for shell scripting in Rapid Recovery are described in the following tables.

TransferPrescriptParameters_VolumeNames

The following table presents the available objects for the TransferPrescript parameter.

Table 213: TransferPrescript objects
Method Description
public VolumeNameCollection VolumeNames (get; set; ) Gets or sets the collection of volume names for transfer.

VolumeNames is a data structure that contains the following data:

  • GuidName. The Guid associated with the volume, used as the name if a DisplayName is not set.
  • DisplayName. The displayed name of the volume.
public ShadowCopyType ShadowCopyType { get; set; } Gets or sets the type of copying for transfer. ShadowCopyType is an enumeration with values. The available values are:
  • Unknown
  • Copy
  • Full
public string Key { get; set; } The Key method generates a pseudorandom (but not cryptographically secure) key, which can be used as a one-time password to authenticate transfer requests.
public bool ForceBaseImage { get; set; } Gets or sets the value indicating whether the transfer was a forced base image capture.
public bool IsLogTruncation { get; set; } Gets or sets the value indicating whether logging is being truncated.
public uint LatestEpochSeenByCore { get; set; } Gets or sets latest epoch value.

The LatestEpochSeenByCore method is the ordinal number of the most recent snapshot taken by the Core. This is the 'epoch number' assigned by the filter driver to this particular snapshot at the moment it was taken with VSS.

TransferPostscriptParameter

The following table presents the available objects for the TransferPostscript parameter.

Table 214: TransferPostscript objects
Method Description
public VolumeNameCollection VolumeNames (get; set; ) Gets or sets the collection of volume names for transfer.

VolumeNames is a data structure that contains the following data:

  • GuidName. The Guid associated with the volume, used as the name if a DisplayName is not set.
  • DisplayName. The displayed name of the volume.
public ShadowCopyType ShadowCopyType { get; set; } Gets or sets the type of copying for transfer.ShadowCopyType is an enumeration with values. The available values are:
  • Unknown
  • Copy
  • Full
public string Key { get; set; } The Key method generates a pseudorandom (but not cryptographically secure) key, which can be used as a one-time password to authenticate transfer requests.
public bool ForceBaseImage { get; set; } Gets or sets the value indicating whether the transfer was a forced base image capture.
public bool IsLogTruncation { get; set; } Gets or sets the value indicating whether logging is being truncated.
public uint LatestEpochSeenByCore { get; set; } Gets or sets latest epoch value.

The LatestEpochSeenByCore method is the ordinal number of the most recent snapshot taken by the Core. This is the 'epoch number' assigned by the filter driver to this particular snapshot at the moment it was taken with VSS.

Sample shell scripts

This section describes the sample shell scripts available for administrative users to run on protected machines.

Caution: The sample scripts provided in this document function as they exist when run by qualified administrators. Take precautions when modifying functioning scripts to retain working versions. Any modifications to the script samples included here, or any scripts you create, are considered customization, which is not typically covered by Quest Support.
Note: Protected machines use the 'exec' shell command to launch the script. You can indicate which interpreter should run the script by defining that information in the first line of the script. If you do not specify the interpreter, the default shell interprets the script. If you choose something other than the default shell, you must ensure that the specified interpreter is available on all protected machines. All sample shell scripts in this document are tested and run successfully as Bourne shell or Bash scripts.

The sample scripts for protected machines include:

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PreTransferScript.sh

The PreTransferScript is run on the protected Linux machine immediately before the backup snapshot transfer begins.

Note: For clarification on when pre and post scripts are run, see .Using Bourne shell and Bash scripting with Rapid Recovery.

The following script stores the values from input parameters in PreTransferScriptResult.txt, which is stored in the root home directory.

Sample PreTransferScript

#!/bin/bash
echo "TransferPrescriptParameter_VolumeNames=$TransferPrescriptParameter_VolumeNames
TransferPrescriptParameter_ShadowCopyType=$TransferPrescriptParameter_ShadowCopyType
TransferPrescriptParameter_Key=$TransferPrescriptParameter_Key
TransferPrescriptParameter_ForceBaseImage=$TransferPrescriptParameter_ForceBaseImage
TransferPrescriptParameter_IsLogTruncation=$TransferPrescriptParameter_IsLogTruncation
TransferPrescriptParameter_LatestEpochSeenByCore=$TransferPrescriptParameter_LatestEpochSeenByCore" > ~/PreTransferScriptResult.txt
exit 0

PostTransferScript.sh

The PostTransferScript is run on the protected Linux machine after the backup snapshot process has fully completed.

Note: For clarification on when pre and post scripts are run, see .Using Bourne shell and Bash scripting with Rapid Recovery.

The following script stores the values from input parameters in PostTransferScriptResult.txt, which is stored in the root home directory.

Sample PostTransferScript

#!/bin/bash
echo "TransferPostscriptParameter_VolumeNames=$TransferPostscriptParameter_VolumeNames
TransferPostscriptParameter_ShadowCopyType=$TransferPostscriptParameter_ShadowCopyType
TransferPostscriptParameter_Key=$TransferPostscriptParameter_Key
TransferPostscriptParameter_ForceBaseImage=$TransferPostscriptParameter_ForceBaseImage
TransferPostscriptParameter_IsLogTruncation=$TransferPostscriptParameter_IsLogTruncation
TransferPostscriptParameter_LatestEpochSeenByCore=$TransferPostscriptParameter_LatestEpochSeenByCore" > ~/PostTransferScriptResult.txt
exit 0
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