linux mac os sparse encrypted filesystem

#Linux mac os sparse encrypted filesystem for mac os
#Linux mac os sparse encrypted filesystem mac os x
#Linux mac os sparse encrypted filesystem install

I had this automount at boot and used it to store files that I wanted encrypted (tax documents, bank statements, or other personally identifiable information).

#Linux mac os sparse encrypted filesystem mac os x

If in doubt, try it as root before moving onto attempting to troubleshoot (also remember you can mount with -o uid= youruserID to force ownership if you know how.On Mac OS X I had the option of creating an encrypted sparse image. If for some reason a mount fails, or you get read-only access when you wanted read-write, looking at the output of dmesg can prove extremely useful in helping you find a solution.Īlso, remember to check your permissions if you can't write to something. The above command is definitely your friend when dealing with filesystems. If you're experiencing problems with mounting Mac-formatted volumes, you might want to remember these things.

Now the journaling feature is disabled, Linux should be able to get full write access safely. $ sudo diskutil disableJournal '/Volumes/ nameofdisk' Bear in mind that this process is potentially risky and definitely don't do it on your boot drive. There is a way to retroactively disable Journaling on an HFS+ drive however if you're determined to write to it in Linux. Since Mac OS X 10.4, your Mac's boot drive will have journaling on by default and it's possible that formatting drives with the default Mac OS Extended option under OS X's Disk Utility will turn Journaling on. Particularly, newer volumes that use HFS+ with Journaling can't be safely written to under Linux. There are some cases, however, where you won't be able to write to the drive. In my experience, Linux writing to HFS and HFS+ is extremely reliable (thanks to Apple's relatively open documentation of their technology and the open source implementations of the filesystem). # mount -t hfsplus /dev/sda1 /mnt/macdriveĪt this point, you should get at least read support, or you may get read-write (but will need to be root to write to the volume). In this example, I'll mount my external drive (at /dev/sda1) to a folder: Usually, mounting the volume should be a simple process of following the usual command line mount procedure (as root, or sudo-prefixed). If this is the case, great! You can get started straight away, no more configuration needed. Depending on your exact setup, it might be as easy as plugging in or inserting the media and having it automatically pop onto your desktop. Whether it's an optical disc, external drive or other storage device, mounting a Mac-formatted volume usually is pretty simple.

#Linux mac os sparse encrypted filesystem install

You should be able to install it by searching for that in your distribution's package manager. However, most distributions do include a package called hfsutils which might come in handy if you'll be regularly dealing with HFS/HFS+ formatted media.

In most modern distributions, the capabilities for mounting media formatted with Apple's HFS and HFS+ filesystems is actually built in, and you don't need to install any special software. The answer is - yes, in most cases, and it is actually quite easy to get your Mac-formatted stuff mounted on your Linux system with read-only, and in most cases read-and-write, support.

#Linux mac os sparse encrypted filesystem for mac os

If you deal with Macs at all, you might be curious as to whether Linux is capable of dealing with disks and drives formatted for Mac OS X.