SYNOPSISread_tape -tape <tape device>
-restore <# of volumes to restore>
-skip <# of volumes to skip>
-file <filename> [-scan] [-noask] [-label]
[-vheaders] [-verbose] [-help]
DESCRIPTIONread_tape reads an OpenAFS backup tape and prompts for each dump file to save. This command does not require any OpenAFS infrastructure. This command does not need an OpenAFS client or server to be available, which is not the case with the backup(8) command.
The dump files will be named for the Read/Write name of the volume restored. After saving each dump file, vos restore or restorevol can be used to restore the volume into AFS and non-AFS space respectively.
read_tape reads the tape while skipping the specified number of volumes. After that, it restores the specified number of volumes. read_tape doesn't rewind the tape so that it may be used multiple times in succession.
- -tape <tape device>
- Specifies the tape device from which to restore.
- -restore <# of volumes to restore>
- Specifies the number of volumes to restore from tape.
- -skip <# of volumes to skip>
- Specifies the number of volumes to skip before starting the restore.
- -file <filename>
- Specifies an alternate name for the restored volume dump file rather than the default of the volume name.
- Scans the tape.
- Doesn't prompt for each volume.
- Displays the full dump label.
- Displays the full volume headers.
- Produces on the standard output stream a detailed trace of the command's execution. If this argument is omitted, only warnings and error messages appear.
- Prints the online help for this command. All other valid options are ignored.
EXAMPLESThe following command will read the third through fifth volumes from the tape device /dev/tape without prompting:
% read_tape -tape /dev/tape -skip 2 -restore 3 -noask
PRIVILEGE REQUIREDThe issuer must have access to read and write to the specified tape device.
COPYRIGHTCopyright 2007 Jason Edgecombe <[email protected]>
This documentation is covered by the BSD License as written in the doc/LICENSE file. This man page was written by Jason Edgecombe for OpenAFS.