--- /dev/null
+QA output created by 005
+*** touch deep symlinks
+
+Cannot create symlink_30: Too many symbolic links in path name traversal
+Cannot create symlink_31: Too many symbolic links in path name traversal
+Cannot create symlink_32: Too many symbolic links in path name traversal
+Cannot create symlink_33: Too many symbolic links in path name traversal
+Cannot create symlink_34: Too many symbolic links in path name traversal
+Cannot create symlink_35: Too many symbolic links in path name traversal
+Cannot create symlink_36: Too many symbolic links in path name traversal
+Cannot create symlink_37: Too many symbolic links in path name traversal
+Cannot create symlink_38: Too many symbolic links in path name traversal
+Cannot create symlink_39: Too many symbolic links in path name traversal
+
+*** touch recusive symlinks
+
+Cannot create symlink_self: Too many symbolic links in path name traversal
--- /dev/null
+QA output created by 005
+*** touch deep symlinks
+
+touch: symlink_05: Too many levels of symbolic links
+touch: symlink_06: Too many levels of symbolic links
+touch: symlink_07: Too many levels of symbolic links
+touch: symlink_08: Too many levels of symbolic links
+touch: symlink_09: Too many levels of symbolic links
+touch: symlink_10: Too many levels of symbolic links
+touch: symlink_11: Too many levels of symbolic links
+touch: symlink_12: Too many levels of symbolic links
+touch: symlink_13: Too many levels of symbolic links
+touch: symlink_14: Too many levels of symbolic links
+touch: symlink_15: Too many levels of symbolic links
+touch: symlink_16: Too many levels of symbolic links
+touch: symlink_17: Too many levels of symbolic links
+touch: symlink_18: Too many levels of symbolic links
+touch: symlink_19: Too many levels of symbolic links
+touch: symlink_20: Too many levels of symbolic links
+touch: symlink_21: Too many levels of symbolic links
+touch: symlink_22: Too many levels of symbolic links
+touch: symlink_23: Too many levels of symbolic links
+touch: symlink_24: Too many levels of symbolic links
+touch: symlink_25: Too many levels of symbolic links
+touch: symlink_26: Too many levels of symbolic links
+touch: symlink_27: Too many levels of symbolic links
+touch: symlink_28: Too many levels of symbolic links
+touch: symlink_29: Too many levels of symbolic links
+touch: symlink_30: Too many levels of symbolic links
+touch: symlink_31: Too many levels of symbolic links
+touch: symlink_32: Too many levels of symbolic links
+touch: symlink_33: Too many levels of symbolic links
+touch: symlink_34: Too many levels of symbolic links
+touch: symlink_35: Too many levels of symbolic links
+touch: symlink_36: Too many levels of symbolic links
+touch: symlink_37: Too many levels of symbolic links
+touch: symlink_38: Too many levels of symbolic links
+touch: symlink_39: Too many levels of symbolic links
+
+*** touch recusive symlinks
+
+touch: symlink_self: Too many levels of symbolic links
--- /dev/null
+QA output created by 010
+dbtest v1.0
+
+Creating database containing 500 records...
+ performing lookups for 5 iterations...
+ using BLEEP as seed for srandom()...
+
+
+There were BLEEP duplicate checksums generated
+
+Performing lookups on database...
+
+ Sequential lookups...
+
+
+ Random lookups...
+
+Lookups succeeded...
+
+Performing lookups on database...
+
+ Sequential lookups...
+
+
+ Random lookups...
+
+Lookups succeeded...
+
+Performing lookups on database...
+
+ Sequential lookups...
+
+
+ Random lookups...
+
+Lookups succeeded...
+
+Performing lookups on database...
+
+ Sequential lookups...
+
+
+ Random lookups...
+
+Lookups succeeded...
+
+Performing lookups on database...
+
+ Sequential lookups...
+
+
+ Random lookups...
+
+Lookups succeeded...
+
+Cleaning up database...
+
+There were BLEEP duplicate checksums generated
--- /dev/null
+QA output created by 010
+dbtest v1.0
+
+Creating database containing 3000 records...
+ performing lookups for 5 iterations...
+ using BLEEP as seed for srandom()...
+
+
+There were BLEEP duplicate checksums generated
+
+Performing lookups on database...
+
+ Sequential lookups...
+
+
+ Random lookups...
+
+Lookups succeeded...
+
+Performing lookups on database...
+
+ Sequential lookups...
+
+
+ Random lookups...
+
+Lookups succeeded...
+
+Performing lookups on database...
+
+ Sequential lookups...
+
+
+ Random lookups...
+
+Lookups succeeded...
+
+Performing lookups on database...
+
+ Sequential lookups...
+
+
+ Random lookups...
+
+Lookups succeeded...
+
+Performing lookups on database...
+
+ Sequential lookups...
+
+
+ Random lookups...
+
+Lookups succeeded...
+
+Cleaning up database...
+
+There were BLEEP duplicate checksums generated
--- /dev/null
+QA output created by 022
+Creating directory system to dump using fsstress.
+
+-----------------------------------------------
+fsstress : -f link=10 -f creat=10 -f mkdir=10 -f truncate=5 -f symlink=10
+-----------------------------------------------
+Erasing tape
+Dumping to tape...
+xfsdump -s DUMP_SUBDIR -f TAPE_DEV -M stress_tape_media -L stress_022 SCRATCH_MNT
+xfsdump: using scsi tape (drive_scsitape) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_022"
+xfsdump: ino map phase 1: parsing subtree selections
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: pruning unneeded subtrees
+xfsdump: ino map phase 4: estimating dump size
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: media block size: BLOCKSZ bytes
+xfsdump: media block size: BLOCKSZ bytes
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: writing stream terminator
+xfsdump: beginning media stream terminator
+xfsdump: media file 2 (media 0, file 2)
+xfsdump: ending media stream terminator
+xfsdump: media stream terminator size BLOCKSZ bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -f TAPE_DEV -L stress_022 RESTORE_DIR
+xfsrestore: using scsi tape (drive_scsitape) strategy
+xfsrestore: using online session inventory
+xfsrestore: searching media for directory dump
+xfsrestore: preparing drive
+xfsrestore: media block size: BLOCKSZ bytes
+xfsrestore: examining media file 0
+xfsrestore: reading directories
+xfsrestore: 28 directories and 100 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing listing of dump directory with restore directory
+Files TMP.dump_dir and TMP.restore_dir are identical
--- /dev/null
+QA output created by 022
+Put scsi tape driver into variable block size mode
+Creating directory system to dump using fsstress.
+
+-----------------------------------------------
+fsstress : -f link=10 -f creat=10 -f mkdir=10 -f truncate=5 -f symlink=10
+-----------------------------------------------
+Erasing tape
+Dumping to tape...
+xfsdump -s DUMP_SUBDIR -f TAPE_DEV -M stress_tape_media -L stress_022 SCRATCH_MNT
+xfsdump: using scsi tape (drive_scsitape) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_022"
+xfsdump: ino map phase 1: parsing subtree selections
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: pruning unneeded subtrees
+xfsdump: ino map phase 4: estimating dump size
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: writing stream terminator
+xfsdump: beginning media stream terminator
+xfsdump: media file 2 (media 0, file 2)
+xfsdump: ending media stream terminator
+xfsdump: media stream terminator size BLOCKSZ bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -f TAPE_DEV -L stress_022 RESTORE_DIR
+xfsrestore: using scsi tape (drive_scsitape) strategy
+xfsrestore: using online session inventory
+xfsrestore: searching media for directory dump
+xfsrestore: preparing drive
+xfsrestore: examining media file 0
+xfsrestore: reading directories
+xfsrestore: 34 directories and 94 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing listing of dump directory with restore directory
+Files TMP.dump_dir and TMP.restore_dir are identical
--- /dev/null
+QA output created by 023
+Creating directory system to dump using src/fill.
+Setup ....................................
+Erasing tape
+Dumping to tape...
+xfsdump -s DUMP_SUBDIR -f TAPE_DEV -M stress_tape_media -L stress_023 SCRATCH_MNT
+xfsdump: using scsi tape (drive_scsitape) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_023"
+xfsdump: ino map phase 1: parsing subtree selections
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: pruning unneeded subtrees
+xfsdump: ino map phase 4: estimating dump size
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: media block size: BLOCKSZ bytes
+xfsdump: media block size: BLOCKSZ bytes
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: writing stream terminator
+xfsdump: beginning media stream terminator
+xfsdump: media file 2 (media 0, file 2)
+xfsdump: ending media stream terminator
+xfsdump: media stream terminator size BLOCKSZ bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -f TAPE_DEV -L stress_023 RESTORE_DIR
+xfsrestore: using scsi tape (drive_scsitape) strategy
+xfsrestore: using online session inventory
+xfsrestore: searching media for directory dump
+xfsrestore: preparing drive
+xfsrestore: media block size: BLOCKSZ bytes
+xfsrestore: examining media file 0
+xfsrestore: reading directories
+xfsrestore: 3 directories and 38 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing dump directory with restore directory
+Files DUMP_DIR/big and RESTORE_DIR/DUMP_SUBDIR/big are identical
+Files DUMP_DIR/small and RESTORE_DIR/DUMP_SUBDIR/small are identical
+Files DUMP_DIR/sub/a and RESTORE_DIR/DUMP_SUBDIR/sub/a are identical
+Files DUMP_DIR/sub/a00 and RESTORE_DIR/DUMP_SUBDIR/sub/a00 are identical
+Files DUMP_DIR/sub/a000 and RESTORE_DIR/DUMP_SUBDIR/sub/a000 are identical
+Files DUMP_DIR/sub/b and RESTORE_DIR/DUMP_SUBDIR/sub/b are identical
+Files DUMP_DIR/sub/b00 and RESTORE_DIR/DUMP_SUBDIR/sub/b00 are identical
+Files DUMP_DIR/sub/big and RESTORE_DIR/DUMP_SUBDIR/sub/big are identical
+Files DUMP_DIR/sub/c and RESTORE_DIR/DUMP_SUBDIR/sub/c are identical
+Files DUMP_DIR/sub/c00 and RESTORE_DIR/DUMP_SUBDIR/sub/c00 are identical
+Files DUMP_DIR/sub/d and RESTORE_DIR/DUMP_SUBDIR/sub/d are identical
+Files DUMP_DIR/sub/d00 and RESTORE_DIR/DUMP_SUBDIR/sub/d00 are identical
+Files DUMP_DIR/sub/e and RESTORE_DIR/DUMP_SUBDIR/sub/e are identical
+Files DUMP_DIR/sub/e00 and RESTORE_DIR/DUMP_SUBDIR/sub/e00 are identical
+Files DUMP_DIR/sub/e000 and RESTORE_DIR/DUMP_SUBDIR/sub/e000 are identical
+Files DUMP_DIR/sub/f and RESTORE_DIR/DUMP_SUBDIR/sub/f are identical
+Files DUMP_DIR/sub/f00 and RESTORE_DIR/DUMP_SUBDIR/sub/f00 are identical
+Files DUMP_DIR/sub/g and RESTORE_DIR/DUMP_SUBDIR/sub/g are identical
+Files DUMP_DIR/sub/g00 and RESTORE_DIR/DUMP_SUBDIR/sub/g00 are identical
+Files DUMP_DIR/sub/h and RESTORE_DIR/DUMP_SUBDIR/sub/h are identical
+Files DUMP_DIR/sub/h00 and RESTORE_DIR/DUMP_SUBDIR/sub/h00 are identical
+Files DUMP_DIR/sub/h000 and RESTORE_DIR/DUMP_SUBDIR/sub/h000 are identical
+Files DUMP_DIR/sub/i and RESTORE_DIR/DUMP_SUBDIR/sub/i are identical
+Files DUMP_DIR/sub/i00 and RESTORE_DIR/DUMP_SUBDIR/sub/i00 are identical
+Files DUMP_DIR/sub/j and RESTORE_DIR/DUMP_SUBDIR/sub/j are identical
+Files DUMP_DIR/sub/j00 and RESTORE_DIR/DUMP_SUBDIR/sub/j00 are identical
+Files DUMP_DIR/sub/k and RESTORE_DIR/DUMP_SUBDIR/sub/k are identical
+Files DUMP_DIR/sub/k00 and RESTORE_DIR/DUMP_SUBDIR/sub/k00 are identical
+Files DUMP_DIR/sub/k000 and RESTORE_DIR/DUMP_SUBDIR/sub/k000 are identical
+Files DUMP_DIR/sub/l and RESTORE_DIR/DUMP_SUBDIR/sub/l are identical
+Files DUMP_DIR/sub/l00 and RESTORE_DIR/DUMP_SUBDIR/sub/l00 are identical
+Files DUMP_DIR/sub/m and RESTORE_DIR/DUMP_SUBDIR/sub/m are identical
+Files DUMP_DIR/sub/m00 and RESTORE_DIR/DUMP_SUBDIR/sub/m00 are identical
+Files DUMP_DIR/sub/n and RESTORE_DIR/DUMP_SUBDIR/sub/n are identical
+Files DUMP_DIR/sub/n00 and RESTORE_DIR/DUMP_SUBDIR/sub/n00 are identical
+Files DUMP_DIR/sub/small and RESTORE_DIR/DUMP_SUBDIR/sub/small are identical
+Comparing listing of dump directory with restore directory
+Files TMP.dump_dir and TMP.restore_dir are identical
--- /dev/null
+QA output created by 023
+Put scsi tape driver into variable block size mode
+Creating directory system to dump using src/fill.
+Setup ....................................
+Erasing tape
+Dumping to tape...
+xfsdump -s DUMP_SUBDIR -f TAPE_DEV -M stress_tape_media -L stress_023 SCRATCH_MNT
+xfsdump: using scsi tape (drive_scsitape) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_023"
+xfsdump: ino map phase 1: parsing subtree selections
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: pruning unneeded subtrees
+xfsdump: ino map phase 4: estimating dump size
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: writing stream terminator
+xfsdump: beginning media stream terminator
+xfsdump: media file 2 (media 0, file 2)
+xfsdump: ending media stream terminator
+xfsdump: media stream terminator size BLOCKSZ bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -f TAPE_DEV -L stress_023 RESTORE_DIR
+xfsrestore: using scsi tape (drive_scsitape) strategy
+xfsrestore: using online session inventory
+xfsrestore: searching media for directory dump
+xfsrestore: preparing drive
+xfsrestore: examining media file 0
+xfsrestore: reading directories
+xfsrestore: 3 directories and 38 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing dump directory with restore directory
+Files DUMP_DIR/big and RESTORE_DIR/DUMP_SUBDIR/big are identical
+Files DUMP_DIR/small and RESTORE_DIR/DUMP_SUBDIR/small are identical
+Files DUMP_DIR/sub/a and RESTORE_DIR/DUMP_SUBDIR/sub/a are identical
+Files DUMP_DIR/sub/a00 and RESTORE_DIR/DUMP_SUBDIR/sub/a00 are identical
+Files DUMP_DIR/sub/a000 and RESTORE_DIR/DUMP_SUBDIR/sub/a000 are identical
+Files DUMP_DIR/sub/b and RESTORE_DIR/DUMP_SUBDIR/sub/b are identical
+Files DUMP_DIR/sub/b00 and RESTORE_DIR/DUMP_SUBDIR/sub/b00 are identical
+Files DUMP_DIR/sub/big and RESTORE_DIR/DUMP_SUBDIR/sub/big are identical
+Files DUMP_DIR/sub/c and RESTORE_DIR/DUMP_SUBDIR/sub/c are identical
+Files DUMP_DIR/sub/c00 and RESTORE_DIR/DUMP_SUBDIR/sub/c00 are identical
+Files DUMP_DIR/sub/d and RESTORE_DIR/DUMP_SUBDIR/sub/d are identical
+Files DUMP_DIR/sub/d00 and RESTORE_DIR/DUMP_SUBDIR/sub/d00 are identical
+Files DUMP_DIR/sub/e and RESTORE_DIR/DUMP_SUBDIR/sub/e are identical
+Files DUMP_DIR/sub/e00 and RESTORE_DIR/DUMP_SUBDIR/sub/e00 are identical
+Files DUMP_DIR/sub/e000 and RESTORE_DIR/DUMP_SUBDIR/sub/e000 are identical
+Files DUMP_DIR/sub/f and RESTORE_DIR/DUMP_SUBDIR/sub/f are identical
+Files DUMP_DIR/sub/f00 and RESTORE_DIR/DUMP_SUBDIR/sub/f00 are identical
+Files DUMP_DIR/sub/g and RESTORE_DIR/DUMP_SUBDIR/sub/g are identical
+Files DUMP_DIR/sub/g00 and RESTORE_DIR/DUMP_SUBDIR/sub/g00 are identical
+Files DUMP_DIR/sub/h and RESTORE_DIR/DUMP_SUBDIR/sub/h are identical
+Files DUMP_DIR/sub/h00 and RESTORE_DIR/DUMP_SUBDIR/sub/h00 are identical
+Files DUMP_DIR/sub/h000 and RESTORE_DIR/DUMP_SUBDIR/sub/h000 are identical
+Files DUMP_DIR/sub/i and RESTORE_DIR/DUMP_SUBDIR/sub/i are identical
+Files DUMP_DIR/sub/i00 and RESTORE_DIR/DUMP_SUBDIR/sub/i00 are identical
+Files DUMP_DIR/sub/j and RESTORE_DIR/DUMP_SUBDIR/sub/j are identical
+Files DUMP_DIR/sub/j00 and RESTORE_DIR/DUMP_SUBDIR/sub/j00 are identical
+Files DUMP_DIR/sub/k and RESTORE_DIR/DUMP_SUBDIR/sub/k are identical
+Files DUMP_DIR/sub/k00 and RESTORE_DIR/DUMP_SUBDIR/sub/k00 are identical
+Files DUMP_DIR/sub/k000 and RESTORE_DIR/DUMP_SUBDIR/sub/k000 are identical
+Files DUMP_DIR/sub/l and RESTORE_DIR/DUMP_SUBDIR/sub/l are identical
+Files DUMP_DIR/sub/l00 and RESTORE_DIR/DUMP_SUBDIR/sub/l00 are identical
+Files DUMP_DIR/sub/m and RESTORE_DIR/DUMP_SUBDIR/sub/m are identical
+Files DUMP_DIR/sub/m00 and RESTORE_DIR/DUMP_SUBDIR/sub/m00 are identical
+Files DUMP_DIR/sub/n and RESTORE_DIR/DUMP_SUBDIR/sub/n are identical
+Files DUMP_DIR/sub/n00 and RESTORE_DIR/DUMP_SUBDIR/sub/n00 are identical
+Files DUMP_DIR/sub/small and RESTORE_DIR/DUMP_SUBDIR/sub/small are identical
+Comparing listing of dump directory with restore directory
+Files TMP.dump_dir and TMP.restore_dir are identical
--- /dev/null
+QA output created by 025
+Put scsi tape driver into variable block size mode
+Creating directory system to dump using src/fill.
+Setup ....................................
+Erasing tape
+Dumping to tape...
+xfsdump -m -b 1048576 -l0 -f TAPE_DEV -M stress_tape_media -L stress_025 SCRATCH_MNT
+xfsdump: using minimum scsi tape (drive_minrmt) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_025"
+xfsdump: ino map phase 1: skipping (no subtrees specified)
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: skipping (no pruning necessary)
+xfsdump: ino map phase 4: skipping (size estimated in phase 2)
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -m -b 1048576 -f TAPE_DEV -L stress_025 RESTORE_DIR
+xfsrestore: using minimum scsi tape (drive_minrmt) strategy
+xfsrestore: using online session inventory
+xfsrestore: searching media for directory dump
+xfsrestore: preparing drive
+xfsrestore: examining media file 0
+xfsrestore: reading directories
+xfsrestore: 3 directories and 38 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing dump directory with restore directory
+Files DUMP_DIR/big and RESTORE_DIR/DUMP_SUBDIR/big are identical
+Files DUMP_DIR/small and RESTORE_DIR/DUMP_SUBDIR/small are identical
+Files DUMP_DIR/sub/a and RESTORE_DIR/DUMP_SUBDIR/sub/a are identical
+Files DUMP_DIR/sub/a00 and RESTORE_DIR/DUMP_SUBDIR/sub/a00 are identical
+Files DUMP_DIR/sub/a000 and RESTORE_DIR/DUMP_SUBDIR/sub/a000 are identical
+Files DUMP_DIR/sub/b and RESTORE_DIR/DUMP_SUBDIR/sub/b are identical
+Files DUMP_DIR/sub/b00 and RESTORE_DIR/DUMP_SUBDIR/sub/b00 are identical
+Files DUMP_DIR/sub/big and RESTORE_DIR/DUMP_SUBDIR/sub/big are identical
+Files DUMP_DIR/sub/c and RESTORE_DIR/DUMP_SUBDIR/sub/c are identical
+Files DUMP_DIR/sub/c00 and RESTORE_DIR/DUMP_SUBDIR/sub/c00 are identical
+Files DUMP_DIR/sub/d and RESTORE_DIR/DUMP_SUBDIR/sub/d are identical
+Files DUMP_DIR/sub/d00 and RESTORE_DIR/DUMP_SUBDIR/sub/d00 are identical
+Files DUMP_DIR/sub/e and RESTORE_DIR/DUMP_SUBDIR/sub/e are identical
+Files DUMP_DIR/sub/e00 and RESTORE_DIR/DUMP_SUBDIR/sub/e00 are identical
+Files DUMP_DIR/sub/e000 and RESTORE_DIR/DUMP_SUBDIR/sub/e000 are identical
+Files DUMP_DIR/sub/f and RESTORE_DIR/DUMP_SUBDIR/sub/f are identical
+Files DUMP_DIR/sub/f00 and RESTORE_DIR/DUMP_SUBDIR/sub/f00 are identical
+Files DUMP_DIR/sub/g and RESTORE_DIR/DUMP_SUBDIR/sub/g are identical
+Files DUMP_DIR/sub/g00 and RESTORE_DIR/DUMP_SUBDIR/sub/g00 are identical
+Files DUMP_DIR/sub/h and RESTORE_DIR/DUMP_SUBDIR/sub/h are identical
+Files DUMP_DIR/sub/h00 and RESTORE_DIR/DUMP_SUBDIR/sub/h00 are identical
+Files DUMP_DIR/sub/h000 and RESTORE_DIR/DUMP_SUBDIR/sub/h000 are identical
+Files DUMP_DIR/sub/i and RESTORE_DIR/DUMP_SUBDIR/sub/i are identical
+Files DUMP_DIR/sub/i00 and RESTORE_DIR/DUMP_SUBDIR/sub/i00 are identical
+Files DUMP_DIR/sub/j and RESTORE_DIR/DUMP_SUBDIR/sub/j are identical
+Files DUMP_DIR/sub/j00 and RESTORE_DIR/DUMP_SUBDIR/sub/j00 are identical
+Files DUMP_DIR/sub/k and RESTORE_DIR/DUMP_SUBDIR/sub/k are identical
+Files DUMP_DIR/sub/k00 and RESTORE_DIR/DUMP_SUBDIR/sub/k00 are identical
+Files DUMP_DIR/sub/k000 and RESTORE_DIR/DUMP_SUBDIR/sub/k000 are identical
+Files DUMP_DIR/sub/l and RESTORE_DIR/DUMP_SUBDIR/sub/l are identical
+Files DUMP_DIR/sub/l00 and RESTORE_DIR/DUMP_SUBDIR/sub/l00 are identical
+Files DUMP_DIR/sub/m and RESTORE_DIR/DUMP_SUBDIR/sub/m are identical
+Files DUMP_DIR/sub/m00 and RESTORE_DIR/DUMP_SUBDIR/sub/m00 are identical
+Files DUMP_DIR/sub/n and RESTORE_DIR/DUMP_SUBDIR/sub/n are identical
+Files DUMP_DIR/sub/n00 and RESTORE_DIR/DUMP_SUBDIR/sub/n00 are identical
+Files DUMP_DIR/sub/small and RESTORE_DIR/DUMP_SUBDIR/sub/small are identical
+Only in SCRATCH_MNT: RESTORE_SUBDIR
--- /dev/null
+QA output created by 025
+Put scsi tape driver into variable block size mode
+Creating directory system to dump using src/fill.
+Setup ....................................
+Erasing tape
+Dumping to tape...
+xfsdump -m -b 1048576 -l0 -f TAPE_DEV -M stress_tape_media -L stress_025 SCRATCH_MNT
+xfsdump: using minimum scsi tape (drive_minrmt) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_025"
+xfsdump: ino map phase 1: skipping (no subtrees specified)
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: skipping (no pruning necessary)
+xfsdump: ino map phase 4: skipping (size estimated in phase 2)
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -m -b 1048576 -f TAPE_DEV -L stress_025 RESTORE_DIR
+xfsrestore: using minimum scsi tape (drive_minrmt) strategy
+xfsrestore: using online session inventory
+xfsrestore: searching media for directory dump
+xfsrestore: preparing drive
+xfsrestore: examining media file 0
+xfsrestore: reading directories
+xfsrestore: 3 directories and 38 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing dump directory with restore directory
+Files DUMP_DIR/big and RESTORE_DIR/DUMP_SUBDIR/big are identical
+Files DUMP_DIR/small and RESTORE_DIR/DUMP_SUBDIR/small are identical
+Files DUMP_DIR/sub/a and RESTORE_DIR/DUMP_SUBDIR/sub/a are identical
+Files DUMP_DIR/sub/a00 and RESTORE_DIR/DUMP_SUBDIR/sub/a00 are identical
+Files DUMP_DIR/sub/a000 and RESTORE_DIR/DUMP_SUBDIR/sub/a000 are identical
+Files DUMP_DIR/sub/b and RESTORE_DIR/DUMP_SUBDIR/sub/b are identical
+Files DUMP_DIR/sub/b00 and RESTORE_DIR/DUMP_SUBDIR/sub/b00 are identical
+Files DUMP_DIR/sub/big and RESTORE_DIR/DUMP_SUBDIR/sub/big are identical
+Files DUMP_DIR/sub/c and RESTORE_DIR/DUMP_SUBDIR/sub/c are identical
+Files DUMP_DIR/sub/c00 and RESTORE_DIR/DUMP_SUBDIR/sub/c00 are identical
+Files DUMP_DIR/sub/d and RESTORE_DIR/DUMP_SUBDIR/sub/d are identical
+Files DUMP_DIR/sub/d00 and RESTORE_DIR/DUMP_SUBDIR/sub/d00 are identical
+Files DUMP_DIR/sub/e and RESTORE_DIR/DUMP_SUBDIR/sub/e are identical
+Files DUMP_DIR/sub/e00 and RESTORE_DIR/DUMP_SUBDIR/sub/e00 are identical
+Files DUMP_DIR/sub/e000 and RESTORE_DIR/DUMP_SUBDIR/sub/e000 are identical
+Files DUMP_DIR/sub/f and RESTORE_DIR/DUMP_SUBDIR/sub/f are identical
+Files DUMP_DIR/sub/f00 and RESTORE_DIR/DUMP_SUBDIR/sub/f00 are identical
+Files DUMP_DIR/sub/g and RESTORE_DIR/DUMP_SUBDIR/sub/g are identical
+Files DUMP_DIR/sub/g00 and RESTORE_DIR/DUMP_SUBDIR/sub/g00 are identical
+Files DUMP_DIR/sub/h and RESTORE_DIR/DUMP_SUBDIR/sub/h are identical
+Files DUMP_DIR/sub/h00 and RESTORE_DIR/DUMP_SUBDIR/sub/h00 are identical
+Files DUMP_DIR/sub/h000 and RESTORE_DIR/DUMP_SUBDIR/sub/h000 are identical
+Files DUMP_DIR/sub/i and RESTORE_DIR/DUMP_SUBDIR/sub/i are identical
+Files DUMP_DIR/sub/i00 and RESTORE_DIR/DUMP_SUBDIR/sub/i00 are identical
+Files DUMP_DIR/sub/j and RESTORE_DIR/DUMP_SUBDIR/sub/j are identical
+Files DUMP_DIR/sub/j00 and RESTORE_DIR/DUMP_SUBDIR/sub/j00 are identical
+Files DUMP_DIR/sub/k and RESTORE_DIR/DUMP_SUBDIR/sub/k are identical
+Files DUMP_DIR/sub/k00 and RESTORE_DIR/DUMP_SUBDIR/sub/k00 are identical
+Files DUMP_DIR/sub/k000 and RESTORE_DIR/DUMP_SUBDIR/sub/k000 are identical
+Files DUMP_DIR/sub/l and RESTORE_DIR/DUMP_SUBDIR/sub/l are identical
+Files DUMP_DIR/sub/l00 and RESTORE_DIR/DUMP_SUBDIR/sub/l00 are identical
+Files DUMP_DIR/sub/m and RESTORE_DIR/DUMP_SUBDIR/sub/m are identical
+Files DUMP_DIR/sub/m00 and RESTORE_DIR/DUMP_SUBDIR/sub/m00 are identical
+Files DUMP_DIR/sub/n and RESTORE_DIR/DUMP_SUBDIR/sub/n are identical
+Files DUMP_DIR/sub/n00 and RESTORE_DIR/DUMP_SUBDIR/sub/n00 are identical
+Files DUMP_DIR/sub/small and RESTORE_DIR/DUMP_SUBDIR/sub/small are identical
+Only in SCRATCH_MNT: RESTORE_SUBDIR
--- /dev/null
+QA output created by 030
+meta-data=DDEV isize=XXX agcount=N, agsize=XXX blks
+data = bsize=XXX blocks=XXX, imaxpct=PCT
+ = sunit=XXX swidth=XXX, unwritten=X
+naming =VERN bsize=XXX
+log =LDEV bsize=XXX blocks=XXX
+realtime =RDEV extsz=XXX blocks=XXX, rtextents=XXX
+Corrupting sb 0 - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+bad primary superblock - bad magic number !!!
+
+attempting to find secondary superblock...
+found candidate secondary superblock...
+verified secondary superblock...
+writing modified primary superblock
+sb root inode value INO inconsistent with calculated value INO
+resetting superblock root inode pointer to INO
+sb realtime bitmap inode INO inconsistent with calculated value INO
+resetting superblock realtime bitmap ino pointer to INO
+sb realtime summary inode INO inconsistent with calculated value INO
+resetting superblock realtime summary ino pointer to INO
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+Note - stripe unit (0) and width (0) fields have been reset.
+Please set with mount -o sunit=<value>,swidth=<value>
+done
+Corrupting agf 0 - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+bad magic # 0x0 for agf 0
+bad version # 0 for agf 0
+bad length 0 for agf 0, should be LENGTH
+reset bad agf for ag 0
+bad agbno AGBNO for btbno root, agno 0
+bad agbno AGBNO for btbcnt root, agno 0
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting agi 0 - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+bad magic # 0x0 for agi 0
+bad version # 0 for agi 0
+bad length # 0 for agi 0, should be LENGTH
+reset bad agi for ag 0
+bad agbno AGBNO for inobt root, agno 0
+root inode chunk not found
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+error following ag 0 unlinked list
+ - process known inodes and perform inode discovery...
+imap claims in-use inode INO is free, correcting imap
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting agfl 0 - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting sb 0 - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+bad primary superblock - bad magic number !!!
+
+attempting to find secondary superblock...
+found candidate secondary superblock...
+verified secondary superblock...
+writing modified primary superblock
+sb root inode value INO inconsistent with calculated value INO
+resetting superblock root inode pointer to INO
+sb realtime bitmap inode INO inconsistent with calculated value INO
+resetting superblock realtime bitmap ino pointer to INO
+sb realtime summary inode INO inconsistent with calculated value INO
+resetting superblock realtime summary ino pointer to INO
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+Note - stripe unit (0) and width (0) fields have been reset.
+Please set with mount -o sunit=<value>,swidth=<value>
+done
+Corrupting agf 0 - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+bad magic # 0xffffffff for agf 0
+bad version # -1 for agf 0
+bad sequence # -1 for agf 0
+bad length -1 for agf 0, should be LENGTH
+flfirst -1 in agf 0 too large (max = MAX)
+fllast -1 in agf 0 too large (max = MAX)
+reset bad agf for ag 0
+freeblk count 1 != flcount -1 in ag 0
+bad agbno AGBNO for btbno root, agno 0
+bad agbno AGBNO for btbcnt root, agno 0
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting agi 0 - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+bad magic # 0xffffffff for agi 0
+bad version # -1 for agi 0
+bad sequence # -1 for agi 0
+bad length # -1 for agi 0, should be LENGTH
+reset bad agi for ag 0
+bad agbno AGBNO for inobt root, agno 0
+root inode chunk not found
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+imap claims in-use inode INO is free, correcting imap
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting agfl 0 - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
--- /dev/null
+QA output created by 030
+meta-data=DDEV isize=XXX agcount=N, agsize=XXX blks
+data = bsize=XXX blocks=XXX, imaxpct=PCT
+ = sunit=XXX swidth=XXX, unwritten=X
+naming =VERN bsize=XXX
+log =LDEV bsize=XXX blocks=XXX
+realtime =RDEV extsz=XXX blocks=XXX, rtextents=XXX
+Corrupting sb 0 - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+bad primary superblock - bad magic number !!!
+
+attempting to find secondary superblock...
+found candidate secondary superblock...
+verified secondary superblock...
+writing modified primary superblock
+sb root inode value INO inconsistent with calculated value INO
+resetting superblock root inode pointer to INO
+sb realtime bitmap inode INO inconsistent with calculated value INO
+resetting superblock realtime bitmap ino pointer to INO
+sb realtime summary inode INO inconsistent with calculated value INO
+resetting superblock realtime summary ino pointer to INO
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+Note - stripe unit (0) and width (0) fields have been reset.
+Please set with mount -o sunit=<value>,swidth=<value>
+done
+Corrupting agf 0 - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+bad magic # 0x0 for agf 0
+bad version # 0 for agf 0
+bad length 0 for agf 0, should be LENGTH
+reset bad agf for ag 0
+bad agbno AGBNO for btbno root, agno 0
+bad agbno AGBNO for btbcnt root, agno 0
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting agi 0 - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+bad magic # 0x0 for agi 0
+bad version # 0 for agi 0
+bad length # 0 for agi 0, should be LENGTH
+reset bad agi for ag 0
+bad agbno AGBNO for inobt root, agno 0
+root inode chunk not found
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+error following ag 0 unlinked list
+ - process known inodes and perform inode discovery...
+imap claims in-use inode INO is free, correcting imap
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting agfl 0 - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting sb 0 - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+bad primary superblock - bad magic number !!!
+
+attempting to find secondary superblock...
+found candidate secondary superblock...
+verified secondary superblock...
+writing modified primary superblock
+sb root inode value INO inconsistent with calculated value INO
+resetting superblock root inode pointer to INO
+sb realtime bitmap inode INO inconsistent with calculated value INO
+resetting superblock realtime bitmap ino pointer to INO
+sb realtime summary inode INO inconsistent with calculated value INO
+resetting superblock realtime summary ino pointer to INO
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+Note - stripe unit (0) and width (0) fields have been reset.
+Please set with mount -o sunit=<value>,swidth=<value>
+done
+Corrupting agf 0 - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+bad magic # 0xffffffff for agf 0
+bad version # -1 for agf 0
+bad sequence # -1 for agf 0
+bad length -1 for agf 0, should be LENGTH
+flfirst -1 in agf 0 too large (max = MAX)
+fllast -1 in agf 0 too large (max = MAX)
+reset bad agf for ag 0
+freeblk count 1 != flcount -1 in ag 0
+bad agbno AGBNO for btbno root, agno 0
+bad agbno AGBNO for btbcnt root, agno 0
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting agi 0 - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+bad magic # 0xffffffff for agi 0
+bad version # -1 for agi 0
+bad sequence # -1 for agi 0
+bad length # -1 for agi 0, should be LENGTH
+reset bad agi for ag 0
+bad agbno AGBNO for inobt root, agno 0
+root inode chunk not found
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+imap claims in-use inode INO is free, correcting imap
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting agfl 0 - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
--- /dev/null
+QA output created by 031
+=== version 1, one entry
+Repairing, iteration 1
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 2
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 3
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 4
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+
+=== version 2, one entry (shortform)
+Repairing, iteration 1
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 2
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 3
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 4
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+
+=== version 1, twenty entries
+Repairing, iteration 1
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 2
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 3
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 4
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+
+=== version 2, twenty entries (block form)
+Repairing, iteration 1
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 2
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 3
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 4
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+
+=== version 1, thousand entries
+Repairing, iteration 1
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 2
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 3
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 4
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+
+=== version 2, thousand entries (leaf form)
+Repairing, iteration 1
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 2
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 3
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 4
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+
--- /dev/null
+QA output created by 031
+=== version 1, one entry
+Repairing, iteration 1
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 2
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 3
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 4
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+
+=== version 2, one entry (shortform)
+Repairing, iteration 1
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 2
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 3
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 4
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+
+=== version 1, twenty entries
+Repairing, iteration 1
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 2
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 3
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 4
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+
+=== version 2, twenty entries (block form)
+Repairing, iteration 1
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 2
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 3
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 4
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+
+=== version 1, thousand entries
+Repairing, iteration 1
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 2
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 3
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 4
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+Phase 7 - verify and correct link counts...
+done
+
+=== version 2, thousand entries (leaf form)
+Repairing, iteration 1
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 2
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 3
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+Repairing, iteration 4
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+Phase 3 - for each AG...
+Phase 4 - check for duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+Phase 6 - check inode connectivity...
+rebuilding directory inode INO
+Phase 7 - verify and correct link counts...
+done
+
--- /dev/null
+QA output created by 033
+meta-data=DDEV isize=XXX agcount=N, agsize=XXX blks
+data = bsize=XXX blocks=XXX, imaxpct=PCT
+ = sunit=XXX swidth=XXX, unwritten=X
+naming =VERN bsize=XXX
+log =LDEV bsize=XXX blocks=XXX
+realtime =RDEV extsz=XXX blocks=XXX, rtextents=XXX
+Corrupting root inode - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+bad magic number 0x0 on inode INO
+bad version number 0x0 on inode INO
+bad magic number 0x0 on inode INO, resetting magic number
+bad version number 0x0 on inode INO, resetting version number
+imap claims a free inode INO is in use, correcting imap and clearing inode
+cleared root inode INO
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+root inode lost
+ - clear lost+found (if it exists) ...
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+reinitializing root directory
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+resetting inode INO nlinks from 2 to 3
+done
+Corrupting rt bitmap inode - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+bad magic number 0x0 on inode INO
+bad version number 0x0 on inode INO
+bad magic number 0x0 on inode INO, resetting magic number
+bad version number 0x0 on inode INO, resetting version number
+imap claims a free inode INO is in use, correcting imap and clearing inode
+cleared realtime bitmap inode INO
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+reinitializing realtime bitmap inode
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting rt summary inode - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+bad magic number 0x0 on inode INO
+bad version number 0x0 on inode INO
+bad magic number 0x0 on inode INO, resetting magic number
+bad version number 0x0 on inode INO, resetting version number
+imap claims a free inode INO is in use, correcting imap and clearing inode
+cleared realtime summary inode INO
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+reinitializing realtime summary inode
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting root inode - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+bad magic number 0xffff on inode INO
+bad version number 0xffffffff on inode INO
+bad (negative) size -1 on inode INO
+bad magic number 0xffff on inode INO, resetting magic number
+bad version number 0xffffffff on inode INO, resetting version number
+bad (negative) size -1 on inode INO
+cleared root inode INO
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+root inode lost
+ - clear lost+found (if it exists) ...
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+reinitializing root directory
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+disconnected dir inode INO, moving to lost+found
+Phase 7 - verify and correct link counts...
+resetting inode INO nlinks from 2 to 3
+done
+Corrupting rt bitmap inode - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+bad magic number 0xffff on inode INO
+bad version number 0xffffffff on inode INO
+bad (negative) size -1 on inode INO
+bad magic number 0xffff on inode INO, resetting magic number
+bad version number 0xffffffff on inode INO, resetting version number
+bad (negative) size -1 on inode INO
+cleared realtime bitmap inode INO
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+reinitializing realtime bitmap inode
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+disconnected dir inode INO, moving to lost+found
+Phase 7 - verify and correct link counts...
+done
+Corrupting rt summary inode - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+Phase 2 - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+bad magic number 0xffff on inode INO
+bad version number 0xffffffff on inode INO
+bad (negative) size -1 on inode INO
+bad magic number 0xffff on inode INO, resetting magic number
+bad version number 0xffffffff on inode INO, resetting version number
+bad (negative) size -1 on inode INO
+cleared realtime summary inode INO
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+reinitializing realtime summary inode
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+disconnected dir inode INO, moving to lost+found
+Phase 7 - verify and correct link counts...
+done
--- /dev/null
+QA output created by 033
+meta-data=DDEV isize=XXX agcount=N, agsize=XXX blks
+data = bsize=XXX blocks=XXX, imaxpct=PCT
+ = sunit=XXX swidth=XXX, unwritten=X
+naming =VERN bsize=XXX
+log =LDEV bsize=XXX blocks=XXX
+realtime =RDEV extsz=XXX blocks=XXX, rtextents=XXX
+Corrupting root inode - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+bad magic number 0x0 on inode INO
+bad version number 0x0 on inode INO
+bad magic number 0x0 on inode INO, resetting magic number
+bad version number 0x0 on inode INO, resetting version number
+imap claims a free inode INO is in use, correcting imap and clearing inode
+cleared root inode INO
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+root inode lost
+ - clear lost+found (if it exists) ...
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+reinitializing root directory
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+resetting inode INO nlinks from 2 to 3
+done
+Corrupting rt bitmap inode - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+bad magic number 0x0 on inode INO
+bad version number 0x0 on inode INO
+bad magic number 0x0 on inode INO, resetting magic number
+bad version number 0x0 on inode INO, resetting version number
+imap claims a free inode INO is in use, correcting imap and clearing inode
+cleared realtime bitmap inode INO
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+reinitializing realtime bitmap inode
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting rt summary inode - setting bits to 0
+Wrote X.XXKb (value 0x0)
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+bad magic number 0x0 on inode INO
+bad version number 0x0 on inode INO
+bad magic number 0x0 on inode INO, resetting magic number
+bad version number 0x0 on inode INO, resetting version number
+imap claims a free inode INO is in use, correcting imap and clearing inode
+cleared realtime summary inode INO
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+reinitializing realtime summary inode
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+Phase 7 - verify and correct link counts...
+done
+Corrupting root inode - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+bad magic number 0xffff on inode INO
+bad version number 0xffffffff on inode INO
+bad (negative) size -1 on inode INO
+bad magic number 0xffff on inode INO, resetting magic number
+bad version number 0xffffffff on inode INO, resetting version number
+bad (negative) size -1 on inode INO
+cleared root inode INO
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+root inode lost
+ - clear lost+found (if it exists) ...
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+reinitializing root directory
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+disconnected dir inode INO, moving to lost+found
+Phase 7 - verify and correct link counts...
+resetting inode INO nlinks from 2 to 3
+done
+Corrupting rt bitmap inode - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+bad magic number 0xffff on inode INO
+bad version number 0xffffffff on inode INO
+bad (negative) size -1 on inode INO
+bad magic number 0xffff on inode INO, resetting magic number
+bad version number 0xffffffff on inode INO, resetting version number
+bad (negative) size -1 on inode INO
+cleared realtime bitmap inode INO
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+reinitializing realtime bitmap inode
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+disconnected dir inode INO, moving to lost+found
+Phase 7 - verify and correct link counts...
+done
+Corrupting rt summary inode - setting bits to -1
+Wrote X.XXKb (value 0xffffffff)
+Phase 1 - find and verify superblock...
+Phase 2 - using <TYPEOF> log
+ - zero log...
+ - scan filesystem freespace and inode maps...
+ - found root inode chunk
+Phase 3 - for each AG...
+ - scan and clear agi unlinked lists...
+ - process known inodes and perform inode discovery...
+bad magic number 0xffff on inode INO
+bad version number 0xffffffff on inode INO
+bad (negative) size -1 on inode INO
+bad magic number 0xffff on inode INO, resetting magic number
+bad version number 0xffffffff on inode INO, resetting version number
+bad (negative) size -1 on inode INO
+cleared realtime summary inode INO
+ - process newly discovered inodes...
+Phase 4 - check for duplicate blocks...
+ - setting up duplicate extent list...
+ - clear lost+found (if it exists) ...
+ - clearing existing "lost+found" inode
+ - deleting existing "lost+found" entry
+ - check for inodes claiming duplicate blocks...
+Phase 5 - rebuild AG headers and trees...
+ - reset superblock...
+Phase 6 - check inode connectivity...
+reinitializing realtime summary inode
+ - resetting contents of realtime bitmap and summary inodes
+ - ensuring existence of lost+found directory
+ - traversing filesystem starting at / ...
+ - traversal finished ...
+ - traversing all unattached subtrees ...
+ - traversals finished ...
+ - moving disconnected inodes to lost+found ...
+disconnected dir inode INO, moving to lost+found
+Phase 7 - verify and correct link counts...
+done
--- /dev/null
+QA output created by 036
+Creating directory system to dump using src/fill.
+Setup ....................................
+Erasing tape
+Dumping to tape...
+xfsdump -o -F -m -b 1048576 -l0 -f TAPE_DEV -M stress_tape_media -L stress_036 SCRATCH_MNT
+xfsdump: using minimum scsi tape (drive_minrmt) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_036"
+xfsdump: ino map phase 1: skipping (no subtrees specified)
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: skipping (no pruning necessary)
+xfsdump: ino map phase 4: skipping (size estimated in phase 2)
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: WARNING: using default tape file size: 256 Mb (use -d option to adjust file size)
+xfsdump: media block size: BLOCKSZ bytes
+xfsdump: WARNING: media may contain data. Overwrite option specified
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -m -b 1048576 -f TAPE_DEV -L stress_036 RESTORE_DIR
+xfsrestore: using minimum scsi tape (drive_minrmt) strategy
+xfsrestore: using online session inventory
+xfsrestore: searching media for directory dump
+xfsrestore: preparing drive
+xfsrestore: WARNING: using default tape file size: 256 Mb (use -d option to adjust file size)
+xfsrestore: media block size: BLOCKSZ bytes
+xfsrestore: examining media file 0
+xfsrestore: reading directories
+xfsrestore: 3 directories and 38 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: read_record encountered EOD : end of data
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing dump directory with restore directory
+Files DUMP_DIR/big and RESTORE_DIR/DUMP_SUBDIR/big are identical
+Files DUMP_DIR/small and RESTORE_DIR/DUMP_SUBDIR/small are identical
+Files DUMP_DIR/sub/a and RESTORE_DIR/DUMP_SUBDIR/sub/a are identical
+Files DUMP_DIR/sub/a00 and RESTORE_DIR/DUMP_SUBDIR/sub/a00 are identical
+Files DUMP_DIR/sub/a000 and RESTORE_DIR/DUMP_SUBDIR/sub/a000 are identical
+Files DUMP_DIR/sub/b and RESTORE_DIR/DUMP_SUBDIR/sub/b are identical
+Files DUMP_DIR/sub/b00 and RESTORE_DIR/DUMP_SUBDIR/sub/b00 are identical
+Files DUMP_DIR/sub/big and RESTORE_DIR/DUMP_SUBDIR/sub/big are identical
+Files DUMP_DIR/sub/c and RESTORE_DIR/DUMP_SUBDIR/sub/c are identical
+Files DUMP_DIR/sub/c00 and RESTORE_DIR/DUMP_SUBDIR/sub/c00 are identical
+Files DUMP_DIR/sub/d and RESTORE_DIR/DUMP_SUBDIR/sub/d are identical
+Files DUMP_DIR/sub/d00 and RESTORE_DIR/DUMP_SUBDIR/sub/d00 are identical
+Files DUMP_DIR/sub/e and RESTORE_DIR/DUMP_SUBDIR/sub/e are identical
+Files DUMP_DIR/sub/e00 and RESTORE_DIR/DUMP_SUBDIR/sub/e00 are identical
+Files DUMP_DIR/sub/e000 and RESTORE_DIR/DUMP_SUBDIR/sub/e000 are identical
+Files DUMP_DIR/sub/f and RESTORE_DIR/DUMP_SUBDIR/sub/f are identical
+Files DUMP_DIR/sub/f00 and RESTORE_DIR/DUMP_SUBDIR/sub/f00 are identical
+Files DUMP_DIR/sub/g and RESTORE_DIR/DUMP_SUBDIR/sub/g are identical
+Files DUMP_DIR/sub/g00 and RESTORE_DIR/DUMP_SUBDIR/sub/g00 are identical
+Files DUMP_DIR/sub/h and RESTORE_DIR/DUMP_SUBDIR/sub/h are identical
+Files DUMP_DIR/sub/h00 and RESTORE_DIR/DUMP_SUBDIR/sub/h00 are identical
+Files DUMP_DIR/sub/h000 and RESTORE_DIR/DUMP_SUBDIR/sub/h000 are identical
+Files DUMP_DIR/sub/i and RESTORE_DIR/DUMP_SUBDIR/sub/i are identical
+Files DUMP_DIR/sub/i00 and RESTORE_DIR/DUMP_SUBDIR/sub/i00 are identical
+Files DUMP_DIR/sub/j and RESTORE_DIR/DUMP_SUBDIR/sub/j are identical
+Files DUMP_DIR/sub/j00 and RESTORE_DIR/DUMP_SUBDIR/sub/j00 are identical
+Files DUMP_DIR/sub/k and RESTORE_DIR/DUMP_SUBDIR/sub/k are identical
+Files DUMP_DIR/sub/k00 and RESTORE_DIR/DUMP_SUBDIR/sub/k00 are identical
+Files DUMP_DIR/sub/k000 and RESTORE_DIR/DUMP_SUBDIR/sub/k000 are identical
+Files DUMP_DIR/sub/l and RESTORE_DIR/DUMP_SUBDIR/sub/l are identical
+Files DUMP_DIR/sub/l00 and RESTORE_DIR/DUMP_SUBDIR/sub/l00 are identical
+Files DUMP_DIR/sub/m and RESTORE_DIR/DUMP_SUBDIR/sub/m are identical
+Files DUMP_DIR/sub/m00 and RESTORE_DIR/DUMP_SUBDIR/sub/m00 are identical
+Files DUMP_DIR/sub/n and RESTORE_DIR/DUMP_SUBDIR/sub/n are identical
+Files DUMP_DIR/sub/n00 and RESTORE_DIR/DUMP_SUBDIR/sub/n00 are identical
+Files DUMP_DIR/sub/small and RESTORE_DIR/DUMP_SUBDIR/sub/small are identical
+Only in SCRATCH_MNT: RESTORE_SUBDIR
--- /dev/null
+QA output created by 036
+Creating directory system to dump using src/fill.
+Setup ....................................
+Erasing tape
+Dumping to tape...
+xfsdump -o -F -m -b 1048576 -l0 -f TAPE_DEV -M stress_tape_media -L stress_036 SCRATCH_MNT
+xfsdump: using minimum scsi tape (drive_minrmt) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_036"
+xfsdump: ino map phase 1: skipping (no subtrees specified)
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: skipping (no pruning necessary)
+xfsdump: ino map phase 4: skipping (size estimated in phase 2)
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: WARNING: media may contain data. Overwrite option specified
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -m -b 1048576 -f TAPE_DEV -L stress_036 RESTORE_DIR
+xfsrestore: using minimum scsi tape (drive_minrmt) strategy
+xfsrestore: using online session inventory
+xfsrestore: searching media for directory dump
+xfsrestore: preparing drive
+xfsrestore: examining media file 0
+xfsrestore: reading directories
+xfsrestore: 3 directories and 38 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing dump directory with restore directory
+Files DUMP_DIR/big and RESTORE_DIR/DUMP_SUBDIR/big are identical
+Files DUMP_DIR/small and RESTORE_DIR/DUMP_SUBDIR/small are identical
+Files DUMP_DIR/sub/a and RESTORE_DIR/DUMP_SUBDIR/sub/a are identical
+Files DUMP_DIR/sub/a00 and RESTORE_DIR/DUMP_SUBDIR/sub/a00 are identical
+Files DUMP_DIR/sub/a000 and RESTORE_DIR/DUMP_SUBDIR/sub/a000 are identical
+Files DUMP_DIR/sub/b and RESTORE_DIR/DUMP_SUBDIR/sub/b are identical
+Files DUMP_DIR/sub/b00 and RESTORE_DIR/DUMP_SUBDIR/sub/b00 are identical
+Files DUMP_DIR/sub/big and RESTORE_DIR/DUMP_SUBDIR/sub/big are identical
+Files DUMP_DIR/sub/c and RESTORE_DIR/DUMP_SUBDIR/sub/c are identical
+Files DUMP_DIR/sub/c00 and RESTORE_DIR/DUMP_SUBDIR/sub/c00 are identical
+Files DUMP_DIR/sub/d and RESTORE_DIR/DUMP_SUBDIR/sub/d are identical
+Files DUMP_DIR/sub/d00 and RESTORE_DIR/DUMP_SUBDIR/sub/d00 are identical
+Files DUMP_DIR/sub/e and RESTORE_DIR/DUMP_SUBDIR/sub/e are identical
+Files DUMP_DIR/sub/e00 and RESTORE_DIR/DUMP_SUBDIR/sub/e00 are identical
+Files DUMP_DIR/sub/e000 and RESTORE_DIR/DUMP_SUBDIR/sub/e000 are identical
+Files DUMP_DIR/sub/f and RESTORE_DIR/DUMP_SUBDIR/sub/f are identical
+Files DUMP_DIR/sub/f00 and RESTORE_DIR/DUMP_SUBDIR/sub/f00 are identical
+Files DUMP_DIR/sub/g and RESTORE_DIR/DUMP_SUBDIR/sub/g are identical
+Files DUMP_DIR/sub/g00 and RESTORE_DIR/DUMP_SUBDIR/sub/g00 are identical
+Files DUMP_DIR/sub/h and RESTORE_DIR/DUMP_SUBDIR/sub/h are identical
+Files DUMP_DIR/sub/h00 and RESTORE_DIR/DUMP_SUBDIR/sub/h00 are identical
+Files DUMP_DIR/sub/h000 and RESTORE_DIR/DUMP_SUBDIR/sub/h000 are identical
+Files DUMP_DIR/sub/i and RESTORE_DIR/DUMP_SUBDIR/sub/i are identical
+Files DUMP_DIR/sub/i00 and RESTORE_DIR/DUMP_SUBDIR/sub/i00 are identical
+Files DUMP_DIR/sub/j and RESTORE_DIR/DUMP_SUBDIR/sub/j are identical
+Files DUMP_DIR/sub/j00 and RESTORE_DIR/DUMP_SUBDIR/sub/j00 are identical
+Files DUMP_DIR/sub/k and RESTORE_DIR/DUMP_SUBDIR/sub/k are identical
+Files DUMP_DIR/sub/k00 and RESTORE_DIR/DUMP_SUBDIR/sub/k00 are identical
+Files DUMP_DIR/sub/k000 and RESTORE_DIR/DUMP_SUBDIR/sub/k000 are identical
+Files DUMP_DIR/sub/l and RESTORE_DIR/DUMP_SUBDIR/sub/l are identical
+Files DUMP_DIR/sub/l00 and RESTORE_DIR/DUMP_SUBDIR/sub/l00 are identical
+Files DUMP_DIR/sub/m and RESTORE_DIR/DUMP_SUBDIR/sub/m are identical
+Files DUMP_DIR/sub/m00 and RESTORE_DIR/DUMP_SUBDIR/sub/m00 are identical
+Files DUMP_DIR/sub/n and RESTORE_DIR/DUMP_SUBDIR/sub/n are identical
+Files DUMP_DIR/sub/n00 and RESTORE_DIR/DUMP_SUBDIR/sub/n00 are identical
+Files DUMP_DIR/sub/small and RESTORE_DIR/DUMP_SUBDIR/sub/small are identical
+Only in SCRATCH_MNT: RESTORE_SUBDIR
--- /dev/null
+QA output created by 039
+Creating directory system to dump using src/fill.
+Setup ....................................
+Erasing tape
+Dumping to tape...
+xfsdump -o -F -f TAPE_DEV -M stress_tape_media -L stress_039 SCRATCH_MNT
+xfsdump: using scsi tape (drive_scsitape) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_039"
+xfsdump: ino map phase 1: skipping (no subtrees specified)
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: skipping (no pruning necessary)
+xfsdump: ino map phase 4: skipping (size estimated in phase 2)
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: WARNING: using default tape file size: 256 Mb (use -d option to adjust file size)
+xfsdump: media block size: 0 bytes
+xfsdump: WARNING: media may contain data. Overwrite option specified
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: writing stream terminator
+xfsdump: beginning media stream terminator
+xfsdump: media file 2 (media 0, file 2)
+xfsdump: ending media stream terminator
+xfsdump: media stream terminator size 245760 bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -f TAPE_DEV -L stress_039 RESTORE_DIR
+xfsrestore: using scsi tape (drive_scsitape) strategy
+xfsrestore: using online session inventory
+xfsrestore: searching media for directory dump
+xfsrestore: preparing drive
+xfsrestore: WARNING: using default tape file size: 256 Mb (use -d option to adjust file size)
+xfsrestore: examining media file 0
+xfsrestore: reading directories
+xfsrestore: 3 directories and 38 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing dump directory with restore directory
+Files DUMP_DIR/big and RESTORE_DIR/DUMP_SUBDIR/big are identical
+Files DUMP_DIR/small and RESTORE_DIR/DUMP_SUBDIR/small are identical
+Files DUMP_DIR/sub/a and RESTORE_DIR/DUMP_SUBDIR/sub/a are identical
+Files DUMP_DIR/sub/a00 and RESTORE_DIR/DUMP_SUBDIR/sub/a00 are identical
+Files DUMP_DIR/sub/a000 and RESTORE_DIR/DUMP_SUBDIR/sub/a000 are identical
+Files DUMP_DIR/sub/b and RESTORE_DIR/DUMP_SUBDIR/sub/b are identical
+Files DUMP_DIR/sub/b00 and RESTORE_DIR/DUMP_SUBDIR/sub/b00 are identical
+Files DUMP_DIR/sub/big and RESTORE_DIR/DUMP_SUBDIR/sub/big are identical
+Files DUMP_DIR/sub/c and RESTORE_DIR/DUMP_SUBDIR/sub/c are identical
+Files DUMP_DIR/sub/c00 and RESTORE_DIR/DUMP_SUBDIR/sub/c00 are identical
+Files DUMP_DIR/sub/d and RESTORE_DIR/DUMP_SUBDIR/sub/d are identical
+Files DUMP_DIR/sub/d00 and RESTORE_DIR/DUMP_SUBDIR/sub/d00 are identical
+Files DUMP_DIR/sub/e and RESTORE_DIR/DUMP_SUBDIR/sub/e are identical
+Files DUMP_DIR/sub/e00 and RESTORE_DIR/DUMP_SUBDIR/sub/e00 are identical
+Files DUMP_DIR/sub/e000 and RESTORE_DIR/DUMP_SUBDIR/sub/e000 are identical
+Files DUMP_DIR/sub/f and RESTORE_DIR/DUMP_SUBDIR/sub/f are identical
+Files DUMP_DIR/sub/f00 and RESTORE_DIR/DUMP_SUBDIR/sub/f00 are identical
+Files DUMP_DIR/sub/g and RESTORE_DIR/DUMP_SUBDIR/sub/g are identical
+Files DUMP_DIR/sub/g00 and RESTORE_DIR/DUMP_SUBDIR/sub/g00 are identical
+Files DUMP_DIR/sub/h and RESTORE_DIR/DUMP_SUBDIR/sub/h are identical
+Files DUMP_DIR/sub/h00 and RESTORE_DIR/DUMP_SUBDIR/sub/h00 are identical
+Files DUMP_DIR/sub/h000 and RESTORE_DIR/DUMP_SUBDIR/sub/h000 are identical
+Files DUMP_DIR/sub/i and RESTORE_DIR/DUMP_SUBDIR/sub/i are identical
+Files DUMP_DIR/sub/i00 and RESTORE_DIR/DUMP_SUBDIR/sub/i00 are identical
+Files DUMP_DIR/sub/j and RESTORE_DIR/DUMP_SUBDIR/sub/j are identical
+Files DUMP_DIR/sub/j00 and RESTORE_DIR/DUMP_SUBDIR/sub/j00 are identical
+Files DUMP_DIR/sub/k and RESTORE_DIR/DUMP_SUBDIR/sub/k are identical
+Files DUMP_DIR/sub/k00 and RESTORE_DIR/DUMP_SUBDIR/sub/k00 are identical
+Files DUMP_DIR/sub/k000 and RESTORE_DIR/DUMP_SUBDIR/sub/k000 are identical
+Files DUMP_DIR/sub/l and RESTORE_DIR/DUMP_SUBDIR/sub/l are identical
+Files DUMP_DIR/sub/l00 and RESTORE_DIR/DUMP_SUBDIR/sub/l00 are identical
+Files DUMP_DIR/sub/m and RESTORE_DIR/DUMP_SUBDIR/sub/m are identical
+Files DUMP_DIR/sub/m00 and RESTORE_DIR/DUMP_SUBDIR/sub/m00 are identical
+Files DUMP_DIR/sub/n and RESTORE_DIR/DUMP_SUBDIR/sub/n are identical
+Files DUMP_DIR/sub/n00 and RESTORE_DIR/DUMP_SUBDIR/sub/n00 are identical
+Files DUMP_DIR/sub/small and RESTORE_DIR/DUMP_SUBDIR/sub/small are identical
+Only in SCRATCH_MNT: RESTORE_SUBDIR
--- /dev/null
+QA output created by 039
+Creating directory system to dump using src/fill.
+Setup ....................................
+Erasing tape
+Dumping to tape...
+xfsdump -o -F -f TAPE_DEV -M stress_tape_media -L stress_039 SCRATCH_MNT
+xfsdump: using scsi tape (drive_scsitape) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_039"
+xfsdump: ino map phase 1: skipping (no subtrees specified)
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: skipping (no pruning necessary)
+xfsdump: ino map phase 4: skipping (size estimated in phase 2)
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: WARNING: media may contain data. Overwrite option specified
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: writing stream terminator
+xfsdump: beginning media stream terminator
+xfsdump: media file 2 (media 0, file 2)
+xfsdump: ending media stream terminator
+xfsdump: media stream terminator size 245760 bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -f TAPE_DEV -L stress_039 RESTORE_DIR
+xfsrestore: using scsi tape (drive_scsitape) strategy
+xfsrestore: using online session inventory
+xfsrestore: searching media for directory dump
+xfsrestore: preparing drive
+xfsrestore: examining media file 0
+xfsrestore: reading directories
+xfsrestore: 3 directories and 38 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing dump directory with restore directory
+Files DUMP_DIR/big and RESTORE_DIR/DUMP_SUBDIR/big are identical
+Files DUMP_DIR/small and RESTORE_DIR/DUMP_SUBDIR/small are identical
+Files DUMP_DIR/sub/a and RESTORE_DIR/DUMP_SUBDIR/sub/a are identical
+Files DUMP_DIR/sub/a00 and RESTORE_DIR/DUMP_SUBDIR/sub/a00 are identical
+Files DUMP_DIR/sub/a000 and RESTORE_DIR/DUMP_SUBDIR/sub/a000 are identical
+Files DUMP_DIR/sub/b and RESTORE_DIR/DUMP_SUBDIR/sub/b are identical
+Files DUMP_DIR/sub/b00 and RESTORE_DIR/DUMP_SUBDIR/sub/b00 are identical
+Files DUMP_DIR/sub/big and RESTORE_DIR/DUMP_SUBDIR/sub/big are identical
+Files DUMP_DIR/sub/c and RESTORE_DIR/DUMP_SUBDIR/sub/c are identical
+Files DUMP_DIR/sub/c00 and RESTORE_DIR/DUMP_SUBDIR/sub/c00 are identical
+Files DUMP_DIR/sub/d and RESTORE_DIR/DUMP_SUBDIR/sub/d are identical
+Files DUMP_DIR/sub/d00 and RESTORE_DIR/DUMP_SUBDIR/sub/d00 are identical
+Files DUMP_DIR/sub/e and RESTORE_DIR/DUMP_SUBDIR/sub/e are identical
+Files DUMP_DIR/sub/e00 and RESTORE_DIR/DUMP_SUBDIR/sub/e00 are identical
+Files DUMP_DIR/sub/e000 and RESTORE_DIR/DUMP_SUBDIR/sub/e000 are identical
+Files DUMP_DIR/sub/f and RESTORE_DIR/DUMP_SUBDIR/sub/f are identical
+Files DUMP_DIR/sub/f00 and RESTORE_DIR/DUMP_SUBDIR/sub/f00 are identical
+Files DUMP_DIR/sub/g and RESTORE_DIR/DUMP_SUBDIR/sub/g are identical
+Files DUMP_DIR/sub/g00 and RESTORE_DIR/DUMP_SUBDIR/sub/g00 are identical
+Files DUMP_DIR/sub/h and RESTORE_DIR/DUMP_SUBDIR/sub/h are identical
+Files DUMP_DIR/sub/h00 and RESTORE_DIR/DUMP_SUBDIR/sub/h00 are identical
+Files DUMP_DIR/sub/h000 and RESTORE_DIR/DUMP_SUBDIR/sub/h000 are identical
+Files DUMP_DIR/sub/i and RESTORE_DIR/DUMP_SUBDIR/sub/i are identical
+Files DUMP_DIR/sub/i00 and RESTORE_DIR/DUMP_SUBDIR/sub/i00 are identical
+Files DUMP_DIR/sub/j and RESTORE_DIR/DUMP_SUBDIR/sub/j are identical
+Files DUMP_DIR/sub/j00 and RESTORE_DIR/DUMP_SUBDIR/sub/j00 are identical
+Files DUMP_DIR/sub/k and RESTORE_DIR/DUMP_SUBDIR/sub/k are identical
+Files DUMP_DIR/sub/k00 and RESTORE_DIR/DUMP_SUBDIR/sub/k00 are identical
+Files DUMP_DIR/sub/k000 and RESTORE_DIR/DUMP_SUBDIR/sub/k000 are identical
+Files DUMP_DIR/sub/l and RESTORE_DIR/DUMP_SUBDIR/sub/l are identical
+Files DUMP_DIR/sub/l00 and RESTORE_DIR/DUMP_SUBDIR/sub/l00 are identical
+Files DUMP_DIR/sub/m and RESTORE_DIR/DUMP_SUBDIR/sub/m are identical
+Files DUMP_DIR/sub/m00 and RESTORE_DIR/DUMP_SUBDIR/sub/m00 are identical
+Files DUMP_DIR/sub/n and RESTORE_DIR/DUMP_SUBDIR/sub/n are identical
+Files DUMP_DIR/sub/n00 and RESTORE_DIR/DUMP_SUBDIR/sub/n00 are identical
+Files DUMP_DIR/sub/small and RESTORE_DIR/DUMP_SUBDIR/sub/small are identical
+Only in SCRATCH_MNT: RESTORE_SUBDIR
--- /dev/null
+QA output created by 043
+Creating directory system to dump using src/fill.
+Setup ....................................
+Erasing tape
+Dumping to tape...
+xfsdump -s DUMP_SUBDIR -f TAPE_DEV -M stress_tape_media -L stress_043 SCRATCH_MNT
+xfsdump: using scsi tape (drive_scsitape) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_043"
+xfsdump: ino map phase 1: parsing subtree selections
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: pruning unneeded subtrees
+xfsdump: ino map phase 4: estimating dump size
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: media block size: BLOCKSZ bytes
+xfsdump: media block size: BLOCKSZ bytes
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: writing stream terminator
+xfsdump: beginning media stream terminator
+xfsdump: media file 2 (media 0, file 2)
+xfsdump: ending media stream terminator
+xfsdump: media stream terminator size BLOCKSZ bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -f TAPE_DEV -L stress_043 RESTORE_DIR
+xfsrestore: using scsi tape (drive_scsitape) strategy
+xfsrestore: searching media for dump
+xfsrestore: preparing drive
+xfsrestore: media block size: BLOCKSZ bytes
+xfsrestore: examining media file 0
+xfsrestore: found dump matching specified label:
+xfsrestore: hostname: HOSTNAME
+xfsrestore: mount point: SCRATCH_MNT
+xfsrestore: volume: SCRATCH_DEV
+xfsrestore: session time: TIME
+xfsrestore: level: 0
+xfsrestore: session label: "stress_043"
+xfsrestore: media label: "stress_tape_media"
+xfsrestore: file system ID: ID
+xfsrestore: session id: ID
+xfsrestore: media ID: ID
+xfsrestore: searching media for directory dump
+xfsrestore: reading directories
+xfsrestore: 3 directories and 38 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: examining media file 1
+xfsrestore: incorporating on-media session inventory into online inventory
+xfsrestore: /var/xfsdump/inventory created
+xfsrestore: using on-media session inventory
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing dump directory with restore directory
+Files DUMP_DIR/big and RESTORE_DIR/DUMP_SUBDIR/big are identical
+Files DUMP_DIR/small and RESTORE_DIR/DUMP_SUBDIR/small are identical
+Files DUMP_DIR/sub/a and RESTORE_DIR/DUMP_SUBDIR/sub/a are identical
+Files DUMP_DIR/sub/a00 and RESTORE_DIR/DUMP_SUBDIR/sub/a00 are identical
+Files DUMP_DIR/sub/a000 and RESTORE_DIR/DUMP_SUBDIR/sub/a000 are identical
+Files DUMP_DIR/sub/b and RESTORE_DIR/DUMP_SUBDIR/sub/b are identical
+Files DUMP_DIR/sub/b00 and RESTORE_DIR/DUMP_SUBDIR/sub/b00 are identical
+Files DUMP_DIR/sub/big and RESTORE_DIR/DUMP_SUBDIR/sub/big are identical
+Files DUMP_DIR/sub/c and RESTORE_DIR/DUMP_SUBDIR/sub/c are identical
+Files DUMP_DIR/sub/c00 and RESTORE_DIR/DUMP_SUBDIR/sub/c00 are identical
+Files DUMP_DIR/sub/d and RESTORE_DIR/DUMP_SUBDIR/sub/d are identical
+Files DUMP_DIR/sub/d00 and RESTORE_DIR/DUMP_SUBDIR/sub/d00 are identical
+Files DUMP_DIR/sub/e and RESTORE_DIR/DUMP_SUBDIR/sub/e are identical
+Files DUMP_DIR/sub/e00 and RESTORE_DIR/DUMP_SUBDIR/sub/e00 are identical
+Files DUMP_DIR/sub/e000 and RESTORE_DIR/DUMP_SUBDIR/sub/e000 are identical
+Files DUMP_DIR/sub/f and RESTORE_DIR/DUMP_SUBDIR/sub/f are identical
+Files DUMP_DIR/sub/f00 and RESTORE_DIR/DUMP_SUBDIR/sub/f00 are identical
+Files DUMP_DIR/sub/g and RESTORE_DIR/DUMP_SUBDIR/sub/g are identical
+Files DUMP_DIR/sub/g00 and RESTORE_DIR/DUMP_SUBDIR/sub/g00 are identical
+Files DUMP_DIR/sub/h and RESTORE_DIR/DUMP_SUBDIR/sub/h are identical
+Files DUMP_DIR/sub/h00 and RESTORE_DIR/DUMP_SUBDIR/sub/h00 are identical
+Files DUMP_DIR/sub/h000 and RESTORE_DIR/DUMP_SUBDIR/sub/h000 are identical
+Files DUMP_DIR/sub/i and RESTORE_DIR/DUMP_SUBDIR/sub/i are identical
+Files DUMP_DIR/sub/i00 and RESTORE_DIR/DUMP_SUBDIR/sub/i00 are identical
+Files DUMP_DIR/sub/j and RESTORE_DIR/DUMP_SUBDIR/sub/j are identical
+Files DUMP_DIR/sub/j00 and RESTORE_DIR/DUMP_SUBDIR/sub/j00 are identical
+Files DUMP_DIR/sub/k and RESTORE_DIR/DUMP_SUBDIR/sub/k are identical
+Files DUMP_DIR/sub/k00 and RESTORE_DIR/DUMP_SUBDIR/sub/k00 are identical
+Files DUMP_DIR/sub/k000 and RESTORE_DIR/DUMP_SUBDIR/sub/k000 are identical
+Files DUMP_DIR/sub/l and RESTORE_DIR/DUMP_SUBDIR/sub/l are identical
+Files DUMP_DIR/sub/l00 and RESTORE_DIR/DUMP_SUBDIR/sub/l00 are identical
+Files DUMP_DIR/sub/m and RESTORE_DIR/DUMP_SUBDIR/sub/m are identical
+Files DUMP_DIR/sub/m00 and RESTORE_DIR/DUMP_SUBDIR/sub/m00 are identical
+Files DUMP_DIR/sub/n and RESTORE_DIR/DUMP_SUBDIR/sub/n are identical
+Files DUMP_DIR/sub/n00 and RESTORE_DIR/DUMP_SUBDIR/sub/n00 are identical
+Files DUMP_DIR/sub/small and RESTORE_DIR/DUMP_SUBDIR/sub/small are identical
+Comparing listing of dump directory with restore directory
+Files TMP.dump_dir and TMP.restore_dir are identical
--- /dev/null
+QA output created by 043
+Put scsi tape driver into variable block size mode
+Creating directory system to dump using src/fill.
+Setup ....................................
+Erasing tape
+Dumping to tape...
+xfsdump -s DUMP_SUBDIR -f TAPE_DEV -M stress_tape_media -L stress_043 SCRATCH_MNT
+xfsdump: using scsi tape (drive_scsitape) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_043"
+xfsdump: ino map phase 1: parsing subtree selections
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: pruning unneeded subtrees
+xfsdump: ino map phase 4: estimating dump size
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: writing stream terminator
+xfsdump: beginning media stream terminator
+xfsdump: media file 2 (media 0, file 2)
+xfsdump: ending media stream terminator
+xfsdump: media stream terminator size BLOCKSZ bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -f TAPE_DEV -L stress_043 RESTORE_DIR
+xfsrestore: using scsi tape (drive_scsitape) strategy
+xfsrestore: searching media for dump
+xfsrestore: preparing drive
+xfsrestore: examining media file 0
+xfsrestore: found dump matching specified label:
+xfsrestore: hostname: HOSTNAME
+xfsrestore: mount point: SCRATCH_MNT
+xfsrestore: volume: SCRATCH_DEV
+xfsrestore: session time: TIME
+xfsrestore: level: 0
+xfsrestore: session label: "stress_043"
+xfsrestore: media label: "stress_tape_media"
+xfsrestore: file system ID: ID
+xfsrestore: session id: ID
+xfsrestore: media ID: ID
+xfsrestore: searching media for directory dump
+xfsrestore: reading directories
+xfsrestore: 3 directories and 38 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: examining media file 1
+xfsrestore: incorporating on-media session inventory into online inventory
+xfsrestore: /var/xfsdump/inventory created
+xfsrestore: using on-media session inventory
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing dump directory with restore directory
+Files DUMP_DIR/big and RESTORE_DIR/DUMP_SUBDIR/big are identical
+Files DUMP_DIR/small and RESTORE_DIR/DUMP_SUBDIR/small are identical
+Files DUMP_DIR/sub/a and RESTORE_DIR/DUMP_SUBDIR/sub/a are identical
+Files DUMP_DIR/sub/a00 and RESTORE_DIR/DUMP_SUBDIR/sub/a00 are identical
+Files DUMP_DIR/sub/a000 and RESTORE_DIR/DUMP_SUBDIR/sub/a000 are identical
+Files DUMP_DIR/sub/b and RESTORE_DIR/DUMP_SUBDIR/sub/b are identical
+Files DUMP_DIR/sub/b00 and RESTORE_DIR/DUMP_SUBDIR/sub/b00 are identical
+Files DUMP_DIR/sub/big and RESTORE_DIR/DUMP_SUBDIR/sub/big are identical
+Files DUMP_DIR/sub/c and RESTORE_DIR/DUMP_SUBDIR/sub/c are identical
+Files DUMP_DIR/sub/c00 and RESTORE_DIR/DUMP_SUBDIR/sub/c00 are identical
+Files DUMP_DIR/sub/d and RESTORE_DIR/DUMP_SUBDIR/sub/d are identical
+Files DUMP_DIR/sub/d00 and RESTORE_DIR/DUMP_SUBDIR/sub/d00 are identical
+Files DUMP_DIR/sub/e and RESTORE_DIR/DUMP_SUBDIR/sub/e are identical
+Files DUMP_DIR/sub/e00 and RESTORE_DIR/DUMP_SUBDIR/sub/e00 are identical
+Files DUMP_DIR/sub/e000 and RESTORE_DIR/DUMP_SUBDIR/sub/e000 are identical
+Files DUMP_DIR/sub/f and RESTORE_DIR/DUMP_SUBDIR/sub/f are identical
+Files DUMP_DIR/sub/f00 and RESTORE_DIR/DUMP_SUBDIR/sub/f00 are identical
+Files DUMP_DIR/sub/g and RESTORE_DIR/DUMP_SUBDIR/sub/g are identical
+Files DUMP_DIR/sub/g00 and RESTORE_DIR/DUMP_SUBDIR/sub/g00 are identical
+Files DUMP_DIR/sub/h and RESTORE_DIR/DUMP_SUBDIR/sub/h are identical
+Files DUMP_DIR/sub/h00 and RESTORE_DIR/DUMP_SUBDIR/sub/h00 are identical
+Files DUMP_DIR/sub/h000 and RESTORE_DIR/DUMP_SUBDIR/sub/h000 are identical
+Files DUMP_DIR/sub/i and RESTORE_DIR/DUMP_SUBDIR/sub/i are identical
+Files DUMP_DIR/sub/i00 and RESTORE_DIR/DUMP_SUBDIR/sub/i00 are identical
+Files DUMP_DIR/sub/j and RESTORE_DIR/DUMP_SUBDIR/sub/j are identical
+Files DUMP_DIR/sub/j00 and RESTORE_DIR/DUMP_SUBDIR/sub/j00 are identical
+Files DUMP_DIR/sub/k and RESTORE_DIR/DUMP_SUBDIR/sub/k are identical
+Files DUMP_DIR/sub/k00 and RESTORE_DIR/DUMP_SUBDIR/sub/k00 are identical
+Files DUMP_DIR/sub/k000 and RESTORE_DIR/DUMP_SUBDIR/sub/k000 are identical
+Files DUMP_DIR/sub/l and RESTORE_DIR/DUMP_SUBDIR/sub/l are identical
+Files DUMP_DIR/sub/l00 and RESTORE_DIR/DUMP_SUBDIR/sub/l00 are identical
+Files DUMP_DIR/sub/m and RESTORE_DIR/DUMP_SUBDIR/sub/m are identical
+Files DUMP_DIR/sub/m00 and RESTORE_DIR/DUMP_SUBDIR/sub/m00 are identical
+Files DUMP_DIR/sub/n and RESTORE_DIR/DUMP_SUBDIR/sub/n are identical
+Files DUMP_DIR/sub/n00 and RESTORE_DIR/DUMP_SUBDIR/sub/n00 are identical
+Files DUMP_DIR/sub/small and RESTORE_DIR/DUMP_SUBDIR/sub/small are identical
+Comparing listing of dump directory with restore directory
+Files TMP.dump_dir and TMP.restore_dir are identical
--- /dev/null
+QA output created by 055
+Creating directory system to dump using src/fill.
+Setup ....................................
+Erasing tape
+Dumping to tape...
+xfsdump -o -F -f TAPE_DEV -M stress_tape_media -L stress_055 SCRATCH_MNT
+xfsdump: using scsi tape (drive_scsitape) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_055"
+xfsdump: ino map phase 1: skipping (no subtrees specified)
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: skipping (no pruning necessary)
+xfsdump: ino map phase 4: skipping (size estimated in phase 2)
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: WARNING: using default tape file size: 256 Mb (use -d option to adjust file size)
+xfsdump: media block size: 0 bytes
+xfsdump: WARNING: media may contain data. Overwrite option specified
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: writing stream terminator
+xfsdump: beginning media stream terminator
+xfsdump: media file 2 (media 0, file 2)
+xfsdump: ending media stream terminator
+xfsdump: media stream terminator size 245760 bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -f TAPE_DEV -L stress_055 RESTORE_DIR
+xfsrestore: using scsi tape (drive_scsitape) strategy
+xfsrestore: using online session inventory
+xfsrestore: searching media for directory dump
+xfsrestore: preparing drive
+xfsrestore: WARNING: using default tape file size: 256 Mb (use -d option to adjust file size)
+xfsrestore: examining media file 0
+xfsrestore: reading directories
+xfsrestore: 3 directories and 38 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing dump directory with restore directory
+Files DUMP_DIR/big and RESTORE_DIR/DUMP_SUBDIR/big are identical
+Files DUMP_DIR/small and RESTORE_DIR/DUMP_SUBDIR/small are identical
+Files DUMP_DIR/sub/a and RESTORE_DIR/DUMP_SUBDIR/sub/a are identical
+Files DUMP_DIR/sub/a00 and RESTORE_DIR/DUMP_SUBDIR/sub/a00 are identical
+Files DUMP_DIR/sub/a000 and RESTORE_DIR/DUMP_SUBDIR/sub/a000 are identical
+Files DUMP_DIR/sub/b and RESTORE_DIR/DUMP_SUBDIR/sub/b are identical
+Files DUMP_DIR/sub/b00 and RESTORE_DIR/DUMP_SUBDIR/sub/b00 are identical
+Files DUMP_DIR/sub/big and RESTORE_DIR/DUMP_SUBDIR/sub/big are identical
+Files DUMP_DIR/sub/c and RESTORE_DIR/DUMP_SUBDIR/sub/c are identical
+Files DUMP_DIR/sub/c00 and RESTORE_DIR/DUMP_SUBDIR/sub/c00 are identical
+Files DUMP_DIR/sub/d and RESTORE_DIR/DUMP_SUBDIR/sub/d are identical
+Files DUMP_DIR/sub/d00 and RESTORE_DIR/DUMP_SUBDIR/sub/d00 are identical
+Files DUMP_DIR/sub/e and RESTORE_DIR/DUMP_SUBDIR/sub/e are identical
+Files DUMP_DIR/sub/e00 and RESTORE_DIR/DUMP_SUBDIR/sub/e00 are identical
+Files DUMP_DIR/sub/e000 and RESTORE_DIR/DUMP_SUBDIR/sub/e000 are identical
+Files DUMP_DIR/sub/f and RESTORE_DIR/DUMP_SUBDIR/sub/f are identical
+Files DUMP_DIR/sub/f00 and RESTORE_DIR/DUMP_SUBDIR/sub/f00 are identical
+Files DUMP_DIR/sub/g and RESTORE_DIR/DUMP_SUBDIR/sub/g are identical
+Files DUMP_DIR/sub/g00 and RESTORE_DIR/DUMP_SUBDIR/sub/g00 are identical
+Files DUMP_DIR/sub/h and RESTORE_DIR/DUMP_SUBDIR/sub/h are identical
+Files DUMP_DIR/sub/h00 and RESTORE_DIR/DUMP_SUBDIR/sub/h00 are identical
+Files DUMP_DIR/sub/h000 and RESTORE_DIR/DUMP_SUBDIR/sub/h000 are identical
+Files DUMP_DIR/sub/i and RESTORE_DIR/DUMP_SUBDIR/sub/i are identical
+Files DUMP_DIR/sub/i00 and RESTORE_DIR/DUMP_SUBDIR/sub/i00 are identical
+Files DUMP_DIR/sub/j and RESTORE_DIR/DUMP_SUBDIR/sub/j are identical
+Files DUMP_DIR/sub/j00 and RESTORE_DIR/DUMP_SUBDIR/sub/j00 are identical
+Files DUMP_DIR/sub/k and RESTORE_DIR/DUMP_SUBDIR/sub/k are identical
+Files DUMP_DIR/sub/k00 and RESTORE_DIR/DUMP_SUBDIR/sub/k00 are identical
+Files DUMP_DIR/sub/k000 and RESTORE_DIR/DUMP_SUBDIR/sub/k000 are identical
+Files DUMP_DIR/sub/l and RESTORE_DIR/DUMP_SUBDIR/sub/l are identical
+Files DUMP_DIR/sub/l00 and RESTORE_DIR/DUMP_SUBDIR/sub/l00 are identical
+Files DUMP_DIR/sub/m and RESTORE_DIR/DUMP_SUBDIR/sub/m are identical
+Files DUMP_DIR/sub/m00 and RESTORE_DIR/DUMP_SUBDIR/sub/m00 are identical
+Files DUMP_DIR/sub/n and RESTORE_DIR/DUMP_SUBDIR/sub/n are identical
+Files DUMP_DIR/sub/n00 and RESTORE_DIR/DUMP_SUBDIR/sub/n00 are identical
+Files DUMP_DIR/sub/small and RESTORE_DIR/DUMP_SUBDIR/sub/small are identical
+Only in SCRATCH_MNT: RESTORE_SUBDIR
--- /dev/null
+QA output created by 055
+Creating directory system to dump using src/fill.
+Setup ....................................
+Erasing tape
+Dumping to tape...
+xfsdump -o -F -f TAPE_DEV -M stress_tape_media -L stress_055 SCRATCH_MNT
+xfsdump: using scsi tape (drive_scsitape) strategy
+xfsdump: level 0 dump of HOSTNAME:SCRATCH_MNT
+xfsdump: dump date: DATE
+xfsdump: session id: ID
+xfsdump: session label: "stress_055"
+xfsdump: ino map phase 1: skipping (no subtrees specified)
+xfsdump: ino map phase 2: constructing initial dump list
+xfsdump: ino map phase 3: skipping (no pruning necessary)
+xfsdump: ino map phase 4: skipping (size estimated in phase 2)
+xfsdump: ino map phase 5: skipping (only one dump stream)
+xfsdump: ino map construction complete
+xfsdump: estimated dump size: NUM bytes
+xfsdump: /var/xfsdump/inventory created
+xfsdump: preparing drive
+xfsdump: WARNING: media may contain data. Overwrite option specified
+xfsdump: creating dump session media file 0 (media 0, file 0)
+xfsdump: dumping ino map
+xfsdump: dumping directories
+xfsdump: dumping non-directory files
+xfsdump: ending media file
+xfsdump: media file size NUM bytes
+xfsdump: dumping session inventory
+xfsdump: beginning inventory media file
+xfsdump: media file 1 (media 0, file 1)
+xfsdump: ending inventory media file
+xfsdump: inventory media file size NUM bytes
+xfsdump: writing stream terminator
+xfsdump: beginning media stream terminator
+xfsdump: media file 2 (media 0, file 2)
+xfsdump: ending media stream terminator
+xfsdump: media stream terminator size 245760 bytes
+xfsdump: dump size (non-dir files) : NUM bytes
+xfsdump: dump complete: SECS seconds elapsed
+xfsdump: Dump Status: SUCCESS
+Rewinding tape
+Restoring from tape...
+xfsrestore -f TAPE_DEV -L stress_055 RESTORE_DIR
+xfsrestore: using scsi tape (drive_scsitape) strategy
+xfsrestore: using online session inventory
+xfsrestore: searching media for directory dump
+xfsrestore: preparing drive
+xfsrestore: examining media file 0
+xfsrestore: reading directories
+xfsrestore: 3 directories and 38 entries processed
+xfsrestore: directory post-processing
+xfsrestore: restoring non-directory files
+xfsrestore: restore complete: SECS seconds elapsed
+xfsrestore: Restore Status: SUCCESS
+Comparing dump directory with restore directory
+Files DUMP_DIR/big and RESTORE_DIR/DUMP_SUBDIR/big are identical
+Files DUMP_DIR/small and RESTORE_DIR/DUMP_SUBDIR/small are identical
+Files DUMP_DIR/sub/a and RESTORE_DIR/DUMP_SUBDIR/sub/a are identical
+Files DUMP_DIR/sub/a00 and RESTORE_DIR/DUMP_SUBDIR/sub/a00 are identical
+Files DUMP_DIR/sub/a000 and RESTORE_DIR/DUMP_SUBDIR/sub/a000 are identical
+Files DUMP_DIR/sub/b and RESTORE_DIR/DUMP_SUBDIR/sub/b are identical
+Files DUMP_DIR/sub/b00 and RESTORE_DIR/DUMP_SUBDIR/sub/b00 are identical
+Files DUMP_DIR/sub/big and RESTORE_DIR/DUMP_SUBDIR/sub/big are identical
+Files DUMP_DIR/sub/c and RESTORE_DIR/DUMP_SUBDIR/sub/c are identical
+Files DUMP_DIR/sub/c00 and RESTORE_DIR/DUMP_SUBDIR/sub/c00 are identical
+Files DUMP_DIR/sub/d and RESTORE_DIR/DUMP_SUBDIR/sub/d are identical
+Files DUMP_DIR/sub/d00 and RESTORE_DIR/DUMP_SUBDIR/sub/d00 are identical
+Files DUMP_DIR/sub/e and RESTORE_DIR/DUMP_SUBDIR/sub/e are identical
+Files DUMP_DIR/sub/e00 and RESTORE_DIR/DUMP_SUBDIR/sub/e00 are identical
+Files DUMP_DIR/sub/e000 and RESTORE_DIR/DUMP_SUBDIR/sub/e000 are identical
+Files DUMP_DIR/sub/f and RESTORE_DIR/DUMP_SUBDIR/sub/f are identical
+Files DUMP_DIR/sub/f00 and RESTORE_DIR/DUMP_SUBDIR/sub/f00 are identical
+Files DUMP_DIR/sub/g and RESTORE_DIR/DUMP_SUBDIR/sub/g are identical
+Files DUMP_DIR/sub/g00 and RESTORE_DIR/DUMP_SUBDIR/sub/g00 are identical
+Files DUMP_DIR/sub/h and RESTORE_DIR/DUMP_SUBDIR/sub/h are identical
+Files DUMP_DIR/sub/h00 and RESTORE_DIR/DUMP_SUBDIR/sub/h00 are identical
+Files DUMP_DIR/sub/h000 and RESTORE_DIR/DUMP_SUBDIR/sub/h000 are identical
+Files DUMP_DIR/sub/i and RESTORE_DIR/DUMP_SUBDIR/sub/i are identical
+Files DUMP_DIR/sub/i00 and RESTORE_DIR/DUMP_SUBDIR/sub/i00 are identical
+Files DUMP_DIR/sub/j and RESTORE_DIR/DUMP_SUBDIR/sub/j are identical
+Files DUMP_DIR/sub/j00 and RESTORE_DIR/DUMP_SUBDIR/sub/j00 are identical
+Files DUMP_DIR/sub/k and RESTORE_DIR/DUMP_SUBDIR/sub/k are identical
+Files DUMP_DIR/sub/k00 and RESTORE_DIR/DUMP_SUBDIR/sub/k00 are identical
+Files DUMP_DIR/sub/k000 and RESTORE_DIR/DUMP_SUBDIR/sub/k000 are identical
+Files DUMP_DIR/sub/l and RESTORE_DIR/DUMP_SUBDIR/sub/l are identical
+Files DUMP_DIR/sub/l00 and RESTORE_DIR/DUMP_SUBDIR/sub/l00 are identical
+Files DUMP_DIR/sub/m and RESTORE_DIR/DUMP_SUBDIR/sub/m are identical
+Files DUMP_DIR/sub/m00 and RESTORE_DIR/DUMP_SUBDIR/sub/m00 are identical
+Files DUMP_DIR/sub/n and RESTORE_DIR/DUMP_SUBDIR/sub/n are identical
+Files DUMP_DIR/sub/n00 and RESTORE_DIR/DUMP_SUBDIR/sub/n00 are identical
+Files DUMP_DIR/sub/small and RESTORE_DIR/DUMP_SUBDIR/sub/small are identical
+Only in SCRATCH_MNT: RESTORE_SUBDIR
--- /dev/null
+QA output created by 074
+brevity is wit...
+
+-----------------------------------------------
+fstest.0 :
+-----------------------------------------------
+
+-----------------------------------------------
+fstest.1 : -s 10485760 -b 8192 -m
+-----------------------------------------------
+
+-----------------------------------------------
+fstest.2 : -n 3 -Fp -f 10 -s 31457280 -b 512
+-----------------------------------------------
+
+-----------------------------------------------
+fstest.3 : -n 3 -Fp -f 10 -s 31457280 -b 512 -m
+-----------------------------------------------
--- /dev/null
+QA output created by 074
+brevity is wit...
+
+-----------------------------------------------
+fstest.0 :
+-----------------------------------------------
+
+-----------------------------------------------
+fstest.1 : -s 10485760 -b 8192 -m
+-----------------------------------------------
+
+-----------------------------------------------
+fstest.2 : -n 3 -Fp -f 10 -s 31457280 -b 512
+-----------------------------------------------
+
+-----------------------------------------------
+fstest.3 : -n 3 -Fp -f 10 -s 31457280 -b 512 -m
+-----------------------------------------------
--- /dev/null
+#ifndef _HELPERS_H
+#define _HELPERS_H
+
+#include "udf_ecma167.h"
+#include "udf.h"
+
+#ifndef howmany
+#define howmany(x,y) (((x)+(y)-1)/(y))
+#endif
+
+extern uint8_t *test_bitmap;
+extern uint8_t *test_disk;
+extern uint32_t test_disk_len;
+extern uint32_t test_bitmap_len;
+extern struct udf_space_bitmap_desc bmap_desc;
+
+/* device values to decide which data to read/write from */
+#define UDF_DEV_BITMAP 1
+#define UDF_DEV_DISK 2
+
+/* keep it small so that I don't need to alloc much memory :) */
+#define UDF_MY_PART_START 2 /* partition start in sectors */
+
+void udf_print_space_bitmap(void);
+void setup_space(dev_t dev, udf_mnt_t *udfmp, uint32_t num_sectors);
+void setup_inode(
+ udf_mnt_t *udfmp,
+ bhv_desc_t *bhv_desc,
+ udf_inode_t *inode,
+ vnode_t *vnode,
+ cred_t *cred,
+ struct udf_xfile_entry *fentry);
+void make_disk_ones(void);
+void print_disk(void);
+void free_all_extents(udf_inode_t *);
+
+#endif
projects / xfstests-dev.git / commitdiff