>>>>> "Leo" == lrc1 <[EMAIL PROTECTED]> writes:
[...] Leo> The solution I suggest is to throw out the "one volume, one tree" Leo> requirement. The volume's tree then becomes a forest, with every Leo> file with no parent in the volume being the root of a tree. [...] Leo> Thus the answer to your question above would be that the file would Leo> be in ... whatever filesystem it happened to be in, not necessarily Leo> that of /any/ of its parents. Umm. You aren't answering the problem that I posed, and your solution doesn't solve the issue. If you have a file that is hardlinked from a read-only filesystem to a read-write filesystem (or vice versa), then can you write to that file or not. As a hardlink, the file should inherit from its filesystem, but since it is essentially contained on two filesystems (where it actually physically resides is unimportant), as hardlink semantics would require, the file must both be read-write and read-only. David also points out problems with your solution in maintaining consistency, which I agree with. (BTW, David, I'm dropping our other conversation about partitions, since it is very off topic, and not really very productive, since I don't think you're advocating that we should remove the capability of having multiple partitions.) -- Hubert Chan <[EMAIL PROTECTED]> - http://www.uhoreg.ca/ PGP/GnuPG key: 1024D/124B61FA Fingerprint: 96C5 012F 5F74 A5F7 1FF7 5291 AF29 C719 124B 61FA Key available at wwwkeys.pgp.net. Encrypted e-mail preferred.
