vnodes were synced and processed backwards. This meant that the last
accessed node was processed first and the earlierst last.
An extra benefit is the removal of the ugly hack from the Berkly days on
LFS.
In the proces, i've also replaced the various variations hand written loops
by the TAILQ_FOREACH() macro's.
the udf_verbose variable. So when something goes wrong, it can be examined
on the spot without needing to reboot a new kernel and possibly loosing
state.
it was initialised quite late due to its reliance on disc data the mount
process could have stopped before initialising and thus could panic again
only now for uninitialising an not initialised pool! *sigh*
the same memory block allocated as before and it bombs out on its
descriptor pool allready being initialised. It turns out that the pool was
not allways destroyed. This fix ought to clean it up whatever the cause of
the mishap that results in a reject.
While touching all vptofh/fhtovp functions, get rid of VFS_MAXFIDSIZ,
version the getfh(2) syscall and explicitly pass the size available in
the filehandle from userland.
Discussed on tech-kern, with lots of help from yamt (thanks!).
allocated space was 2048 bytes, but when adding 1024 to the variable
`unix_name' to split the allocated space in half it effectively starts just
OUTSIDE the allocated space. This ought to fix memory corruption bugs when
using UDF.
This is a routine to revisit one day.
- use vmspace rather than proc or lwp where appropriate.
the latter is more natural to specify an address space.
(and less likely to be abused for random purposes.)
- fix a swdmover race.
The code supports read access to all media types that CD/DVD type drives
can recognize including DVD-RAM and BD- drives as well as harddisc partions
and vnd devices. UDF versions upto the latest 2.60 are to be supported
though due to lack of test media version 2.50 and 2.60 are not implemented
yet though easy to add. Both open and closed media are supported.
Write access is planned and in preparation. To facilitate this some hooks
are present in the code that are not strictly needed in a read-only
implementation but which allow writing to be added more easily.
Implemented and tested media types are CD-ROM, CD-R, CD-RW, CD-MRW,
DVD-ROM, DVD*R, DVD*RW, DVD+MRW but the same code can also read DVD-RAM,
HD-DVD and BluRay discs. Also vnd devices have been tested with several
sector sizes.
Discs created and written by UDFclient, Nero's InCD and Roxio's
DirectCD/Drag2Disc read fine.
