#SUPERDUPER MAC OS FULL#
#SUPERDUPER MAC OS CODE#
#SUPERDUPER MAC OS FREE#

#SUPERDUPER MAC OS FREE#

In practice, you never recover all the free Steelhead:recover davidanderson$ sudo gpt -r show /dev/disk2 Try again, but this time compute how large partition /dev/disk2s2 Steelhead:recover davidanderson$ diskutil resizevolume /dev/disk2s2 limitsĬurrent size: 45.0 GB (44999999488 Bytes) Please try a different disk or partition, or make a larger change Steelhead:recover davidanderson$ diskutil resizevolume /dev/disk2s2 RĮrror: -69742: The requested size change for the target disk or a related disk is too small Note also that diskutil resizevolume /dev/disk2s2 limits command Steelhead:recover davidanderson$ /System/Library/Filesystems/hfs.fs/hfs.util -s disk2s3Īttempt to recover any leftover free space.īelow a is first attempt. Steelhead:recover davidanderson$ /System/Library/Filesystems/hfs.fs/hfs.util -k disk2s3 echo Steelhead:recover davidanderson$ sudo dd if=recovery.binary of=/dev/disk2s3 bs=40960Ĩ69175296 bytes transferred in 52.127608 secs (16673992 bytes/sec) System/Library/Filesystems/hfs.fs/Contents/Resources/hfs.util.

#SUPERDUPER MAC OS FULL#

When using El Capitan (OS X 10.11), the full path to the hfs.util command is Since this is anĮxact copy, use the hfs.util command to generate a new UUID key Steelhead:recover davidanderson$ diskutil eject /dev/disk2Ĭopy the saved image to the new Recovery partition. Warning: The kernel may continue to use old or deleted partitions. OK writing new GUID partition table (GPT) to /dev/disk2. Toggle which attribute field (0-63, 64 or to exit):įinal checks complete. Have enabled the 'Undefined bit #49' attribute.Īttribute value is 0002000000000000. Toggle which attribute field (0-63, 64 or to exit): 49

#SUPERDUPER MAC OS CODE#

Hex code or GUID (L to show codes, Enter = AF00): AB00Ĭhanged type of partition to 'Recovery HD'Īttribute value is 0000000000000000.

Warning: Devices opened with shared lock will not have theirįound valid GPT with protective MBR using GPT.įirst sector (34-100000006, default = 88300264) or : +1697608 Steelhead:recover davidanderson$ sudo gdisk /dev/disk2 Partition has to be exactly the same size as the existing Recover

Started partitioning on disk2s2 MacintoshHDįinished partitioning on disk2s2 MacintoshHDĬreate the new Recovery partition on /dev/disk2. Steelhead:recover davidanderson$ diskutil resizevolume /dev/disk2s2 45G Steelhead:recover davidanderson$ diskutil resizevolume /dev/disk2s2 limitsĬurrent size: 50.9 GB (50856046592 Bytes) Make room of for the new Recovery partition. Steelhead:recover davidanderson$ sudo dd if=/dev/disk1s3 of=recovery.binary bs=40960Ĩ69175296 bytes transferred in 44.563133 secs (19504358 bytes/sec) The initial contents of /dev/disk1 and /dev/disk2 are given below. More information about this command can be found at the site 'GPT fdisk Tutorial'. This procedure requires the use of a third party command called gdisk.

Deal with addition complexities, if employing Core Storage.īelow is the procedure for copying a Recovery partition from /dev/disk1 to /dev/disk2.

Make the proper adjustments if the sector size is not 512 bytes.

Precede a command or file with the proper path.

Use the cd command to navigate to the proper directory (folder).

(flash drive, HDD or SSD) or use Internet Recovery.

To enter some of the commands, you may need to boot from a USB device.

El Capitan and later users may need to disable System Integrity.

You may have to jump though hoops that I did not have too. The example given below was generated using two sparse disk images and Yosemite (OS X 10.10.5). If you still have the Recovery partition, you can transfer the partition manually.

Superduper mac os