![]() ![]() It seems to me that users who are in group 80 should have been able to use this option, but evidently not. On older systems, the program mount_fusefs did in fact run as root, but now mount_osxfusefs does not, which is for the better. This option can only be used by privileged users. The problem with 0.1.3 is the -oallow_other option. This version is just a bug fix, so we are still indebted to him for the original. Thanks to Jesús Álvarez for writing FuseHFS originally and releasing it as open source. It would be good to read the notes about the original version before using this one. It never hurts to back up any important data before using new software. It has been tested on several configurations, but your system may be different, and there may be special uses that have not been tested. As such, please note this WARNING! This is beta software. However, only a few configurations have been tested. ![]() This version should work with OSXFUSE 2.6.0 or later, on OS X 10.6 or later. ![]() Please file bug reports as GitHub issues.Īnd again, thanks to the original author Jesús Álvarez (zydeco) the most crucial parts of the code are largely unchanged since his version, so we are still indebted to him. It never hurts to back up any important data before using new software (just copy your disk image!). As such, please note this WARNING! This is hobbyist software. This version should work with macFUSE 4.4.0 or later, on macOS 12 or later on x86-64 (ARM via Rosetta has been reported to work but is not officially supported yet). Apple's built-in read-only support for HFS prevent us from using fuseHFS from 10.10 through 11, but we now have a working version again. Thus the need for fuseHFS if you want to read or write standard HFS volumes.īefore installing fuseHFS, you must install macFUSE! The original FuseHFS code was published under GPL v2, which is maintained for this version.Īt long last, fuseHFS can work again on the current macOS version, Monterey. Reading should still work as of 10.9, but it was removed in 12 (Monterey). Consequently, the file system code is shorter and easier to read.Download Download Download View FuseHFS 0.1.5 on GitHubĪn update to FuseHFS to work with macFUSEĪpple is nothing if not willing to drop support for outdated technologies, so Macs running OS X 10.6 onward can't write to HFS standard volumes. For example, look at the updated LoopbackFS example file system: the logging code from it has been removed because better tracing information can be had using DTrace. amework now contains USDT probes that will be helpful to those developing file systems in Objective-C. You can now install and use MacFUSE on the latest Snow Leopard developer seed. Naturally, you also need 64-bit hardware to make use of these capabilities. You must be running Leopard or above for this. The entire MacFUSE software Stack: the kernel extension, the MacFUSE user-space C library, and the Objective-C framework now also come in 64-bit Versions. Makes it easy and straightforward to keep Up-to-date with MacFUSE releases, with the user in full control. Since MacFUSE file systems are regular applications (as opposed to kernel extensions), you have just as much flexibility and choice in programming tools, debuggers, and libraries as you have if you were developing standard Mac OS X applications. Writing a file system using MacFUSE is orders of magnitude easier and quicker than the traditional approach of writing in-kernel file systems. The content of these file systems can come from anywhere: from the local disk, from across the network, from memory, or any other combination of sources. It is used as a software building block by dozens of products.Īs a user, installing the MacFUSE software package will let you use any 3rd-party file system written atop MacFUSE.Īs a developer, you can use the MacFUSE SDK to write numerous types of new file systems as regular user-mode programs. MacFUSE allows you to extend Mac OS X's native file handling capabilities via 3rd-party file systems. ![]()
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