- EXTENDED ATTRIBUTES ON NTFS FOR MAC MAC OS
- EXTENDED ATTRIBUTES ON NTFS FOR MAC PLUS
- EXTENDED ATTRIBUTES ON NTFS FOR MAC MAC
It was not uncommon for some files to be entirely resource forks and with empty data forks. > easily can extract the Data fork (the actual data) as it is separated > Icons and other Macintosh specific information, while other users > recipients with Macintosh computers the entire document, including > be included in an Internet mail message, because it provides > AppleDouble is the preferred format for a Macintosh file that is to > separated from the Macintosh-specific parts by the > AppleDouble: Similar to AppleSingle except that the Data fork is > AppleSingle: Apple's standard format for encoding Macintosh files > file into some other format before transferring it over the network. > consecutive data in one part, it is common to convert the Macintosh > Macintosh file in a non-Macintosh filesystem that only handles > Because of the complications in storing different parts of a > Finder in a hidden file, called the "Desktop Database". > Additional information regarding Macintosh files is stored by the
> pairs, including program segments, icon bitmaps, > Resource fork: Contains a collection of arbitrary attribute/value > file of data to a user on an IBM-PC, she would only > For example, if a Macintosh user wants to send a > Macintosh file on a non-Macintosh computer system. > fork is typically the only meaningful part of a > Data fork: The actual data included in the file. > Files on the Macintosh consists of two parts, called forks: For MIME purposes, AppleSingle and AppleDouble were used.
EXTENDED ATTRIBUTES ON NTFS FOR MAC MAC
This is what led to years of problems transferring Mac files around via FTP on the internet and the creation and adoption of formats like MacBinary and BinHex. The problem is that the rest of the computing world mostly had adopted the "a file is a data stream and that's it" model of unix.
EXTENDED ATTRIBUTES ON NTFS FOR MAC MAC OS
It's been a part of the Mac OS world ever since the original 128k Mac in 1984. HFS (and HFS+, and MFS) all have a native understanding of dual-forked files. However, whatever the exact approach, there's the little issue of stuff like "du" reporting underestimated sizes, the bigger issue of teaching any kind of "cp" like command to cope with the forks (including changes to archiver file formats.) - and all of that would only just simply work out for local filesystems, not NFS + friends. Ī special mount option to ignore the magic, would make the filesystem wholly-copyable/clonable using the usual tools, too. Which would even allow for nested forks, a specific fork being a symlink, device node, have special ownership and permissions, times. Instead of xattrs, these /.forx/inum things could even just be directories by themselves, with each (named or whatever) fork getting a regular inode inside. That should be transparent to any existing fsck.
EXTENDED ATTRIBUTES ON NTFS FOR MAC PLUS
Keeping the extra streams could be as easy as putting them in a hidden directory of the same filesystem, e.g.forx at the root (each stream named after the original inode plus some discriminator for multiple streams of a given file).
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