Disks and volumes

Listing disks

• Listing all disks of the local machine.

  acrocmd list disks

• Listing disks of a remote machine.

  acrocmd list disks --host=192.168.1.2 --credentials=user1,pass1

• Listing disks of a virtual machine.

  acrocmd list disks --host=srv1 --credentials="srv1\AMS user",pass1 --service=ams --vmid=XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX

Backing up disks and volumes

• Backing up the first volume of the second disk and the third volume of the first disk. The backup will be saved to a local folder and will be split into 4.5-GB parts to be later written on DVDs. To get the volume numbers, use the list disks command.

  acrocmd backup disk --volume=2-1,1-3 --split=4608 --loc="F:\my backups" --arc="my archive"

• Backing up the entire machine to a file with a simplified name. For more details, see the --plain_archive parameter description. The operation log will be saved to a text file.

  acrocmd backup disk --loc=F:\ --arc=my_machine --plain_archive --log=D:\logs\log.txt

• Backing up disks 1 and 2 excluding .bak files. The compression level will be set to maximum. The backup will be saved to a network shared folder. To get the disk numbers, use the list disks command.

  acrocmd backup disk --disk=1,2 --compression=max --exclude_mask=*.bak --loc=\\bkpsrv\backups --credentials=bkpuser,pass --arc=disk_archive

• Creating an incremental backup of volume C:. The Volume Shadow Copy Service (VSS) will be enabled and will automatically select between the available hardware-based and software-based snapshot providers. The backup will be saved to a managed vault.

  acrocmd backup disk --volume=C --backuptype=incremental --use_vss=auto --loc=bsp://storage_node1/my_vault --credentials=bkpuser,pass --arc=c_archive

• Backing up the first (according to the list disks command output) dynamic volume in Windows or logical volume in Linux. The backup will be saved to a network shared folder.

  acrocmd backup disk --volume=DYN1 --loc=\\srv1\backups --credentials=netuser1,pass1 --arc=dyn1_arc

  For more information about selecting logical volumes in Linux, see Selecting logical volumes and MD devices for backup

• Backing up all dynamic volumes in Windows or all logical volumes in Linux. The backup will be saved to an FTP server.

  acrocmd backup disk --volume=DYN --loc=ftp://srv1/backups --credentials=ftpuser1,pass1 --arc=alldyn_arc

• Backing up a machine to a network shared folder. If the backup succeeds, logs of VSS-aware applications (except for Microsoft SQL Server) will be truncated after the backup.

  acrocmd backup disk --loc=\\srv1\backups --credentials=netuser1,pass1 --arc=my_apps --vss_full_backup

Single-pass disk and application backup

• Creating a single-pass backup of the local machine. The backup will be saved to a network shared folder. Since neither the --vss_full_backup parameter nor the --mssql_truncate_logs parameter is specified, logs of VSS-aware applications will not be truncated. If the software fails to collect the Microsoft SQL Server metadata, the backup will continue.

  acrocmd backup disk --application_aware --loc=\\srv1\backups --credentials=netuser1,pass1 --arc=machine1_app --ignore_app_errors

  The user who runs the command must be a member of the sysadmin role on each of the instances installed on the machine.

• Creating a single-pass backup of a remote machine. The backup will be saved to a vault on a storage node. Microsoft SQL Server logs will be truncated after each backup. Logs of other VSS-aware applications will not be truncated. If the software fails to collect the metadata of any application, the backup will fail because the --ignore_app_errors parameter is not specified.

  acrocmd backup disk --host=192.168.1.2 --credentials=user1,pass1 --application_aware --loc=bsp://storage_node1/my_vault --arc=my_archive_app --mssql_truncate_logs

  The user whose credentials are specified after the --host parameter must be a member of the sysadmin role on each of the instances installed on the machine. If there is no such user, you may access the machine through the management server:

  acrocmd backup disk --host=srv1 --credentials="srv1\AMS user",pass --service=ams --address=192.168.1.2 --application_aware --loc=bsp://storage_node1/my_vault --arc=my_archive_app --mssql_truncate_logs

  In this case, the command will be executed under the account of the agent service running on the machine.

Recovering disks and volumes

• Recovering hard disk 1 from the latest backup of an archive to hard disk 2.

  acrocmd recover disk --loc=F:\backups --arc=my_archive --disk=1 --target_disk=2

• Recovering hard disk 2 from a backup located in an NFS shared folder to hard disk 1.

  acrocmd recover disk --loc=nfs://server/backups:/ --arc=my_archive --backup=XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX --disk=2 --target_disk=1

• Recovering all disks from the latest backup of an archive located on tapes.

  acrocmd recover disk --loc=atis:///tape?XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX --arc=disk_archive

• Recovering hard disk 1 from the latest backup of an archive to the original disk. The archive is specified by the file name of a backup that belongs to the archive (my_machine2.tib).

  Please be aware that the command will apply to the latest backup rather than to the one specified in the --arc parameter. If the archive metadata is lost, the command will apply to the latest backup of the backup chain. (A backup chain is a full backup and all of its dependent incremental and differential backups.)

  acrocmd recover disk --loc=F:\backups --arc=my_machine2.tib --disk=1

• Recovering the first volume of the first disk from a backup residing in a managed vault to hard disk 2. A new volume will be created starting from megabyte 8192. It will have the size of 6400 megabytes and the "active" flag.

  acrocmd recover disk --loc=bsp://storage_node1/my_vault --credentials=admin,pass --arc=my_archive --backup=XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX --volume=1-1 --target_disk=2 --start=8192 --size=6400 --type=active

• Recovering the first volume of the second disk from the latest backup of an archive to the first dynamic volume.

  acrocmd recover disk --loc=\\srv1\backups --credentials=netuser1,pass1 --arc=machine1_dyn1 --volume=2-1 --target_volume=DYN1

• Recovering the second volume of the first disk from the latest backup of an archive to the original volume. In other words, you are recovering to the volume you backed up. If the original volume is not found, the software will recover to the first unallocated space of a suitable size. If no unallocated space of a suitable size is found, the command will fail.

  acrocmd recover disk --loc=/home/user1/my_backups --arc=my_machine1 --volume=1-2

• Recovering a volume (either basic or logical) to the unallocated space of a basic disk. If no unallocated space of a suitable size is found, the command will fail. The resulting volume will be basic.

  acrocmd recover disk --loc=F:\ --arc=my_machine --backup=XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX --volume=2-2 --target_disk=3

• Recovering a volume to the unallocated space of a disk group. The resulting volume will be dynamic. The type of the resulting volume will be simple (if a basic volume was backed up) or will be inherited from the backed up volume (if a dynamic volume was backed up).

  acrocmd recover disk --loc=ftp://srv1/backups --arc=alldyn_arc --volume=1-1 --target_volume=UNALLOCATED-DYN

Recovering MBR

• Recovering an MBR of hard disk 1 from the latest backup of an archive located in Acronis Secure Zone to the same hard disk 1.

  acrocmd recover mbr --loc=atis:///asz --arc=my_archive --disk=1 --target_disk=1

Recovering logical volume structure

• Creating the same logical volume structure on the local machine as in the latest backup of an archive. The machine must be booted with Linux-based bootable media.

  acrocmd recover lvm_structure --loc=\\bkpsrv\backups --credentials=netuser1,pass1 --arc=my_archive