This fixes (again...) CPU frequency calibration on some platforms with
the Cypress chip.  That is, at some point CLOCK_TICK_RATE has been
changed to represent RTC reference clock instead of PIC one.  Which
makes calibrate_cc_with_pic() produce utterly bogus results.

Here is a very small set of fixes for Linux/axp, with a new one for
"sched_clock" just introduced.

Note that all but the arch/alpha/mm/init.c are required for a clean
build, since warnings->errors is still on.

The arch/alpha/mm/init.c stuff is from Jeff for MARVEL, and MUST be there
for any machines running the latest firmware...

This fixes an oops with failed inode reads on UDF

Free the right buffer on allocation error

into home.osdl.org:/home/torvalds/v2.5/linux

Originally, before this set of patches moving stuff out from kernel/ksyms.c,
set_cpus_schedule was EXPORT_SYMBOL_GPL, my mistake, bring it back.

Also follow Andrew Morton's suggestions of moving the EXPORT_SYMBOL{_GPL) even
closer to the place where the symbol exported is defined, i.e. just after the
symbol definition, this makes mistakes more difficult to happen, as when the
symbol definition is #ifdefed the EXPORT_SYMBOL{_GPL} is in the same block.

into home.osdl.org:/home/torvalds/v2.5/linux

Our tools are somewhat too stupid.  They find a mistyped CONFIG_HIGMEM
(missing 'H') and assume a dependency on config/higmem.h. Fix the comment.

Vserver is a patch that implements BSD jail style virtual host semantics
inside Linux, where every process not only runs in its own namespace (it
reuses the chroot code for that, should switch to CLONE_NEWNS for 2.6),
but also its own hostname and IP address as well as its own view of
/proc.

Because of that added functionality, it needs more than what is
available in the LSM framework (which can only allow/deny permissions,
not alter return values).

The source code has been running stable for the last few years and is in
use at quite a few service providers.  The Fedora project also wants to
use vserver for their build system.  However, vserver for 2.4 just tacks
their syscalls onto the end of the syscall table and the userland tools
find those "dynamic numbers" somehow ...  EWWWW.

For 2.6 I'd like to do things right.  At the moment the vserver patch
has sys_new_s_context and sys_set_ipv4root calls, but since we'll
probably end up getting an ipv6 call too and people are planning future
functionality, I guess it would be more appropriate to multiplex these
through one sys_vserver patch, in the same way sys_ipc works.

For your reference, you can find more information about
vserver on these pages:

	http://www.13thfloor.at/VServer/
	http://www.solucorp.qc.ca/miscprj/s_context.hc

I estimate the project has about a dozen developers now.  We are
planning on making the implementation for 2.6 fairly lightweight,
reusing infrastructure from other code where possible and only doing
things through sys_vserver where there is no other way.

This small change just adds sys_vserver to the syscall table.

This picks up another place where aliases where getting lost.  And adds
a couple of checks.  I can't hang the osdl database thingy anymore.

The transfer alias list loops could probably quite nicely be changed to

	if (unlikely(!list_empty( old_queuelist )))
	    __list_splice( old_queuelist, new_queuelist.prev);

There doesn't seem to be any active maintainer for EFS: It's either
abandoned, or never required specific patches too badly (also quite
possible in this case). 

It went into the tree in 2.3.2 and from there to 2.6.0-test6 I see
nothing that would look like maintainer's update.  OTOH, it's read-only
and shouldn't be too badly broken (or hard to keep alive).

Outside of trunk (i.e.  in 2.4.16--) we have a backport of global 2.5
change (sb_bread()) and check for set_blocksize() failures (from Alan). 
This is the 2.6.x equivalent.

into home.osdl.org:/home/torvalds/v2.5/linux

into home.osdl.org:/home/torvalds/v2.5/linux

into home.osdl.org:/home/torvalds/v2.5/linux

into home.osdl.org:/home/torvalds/v2.5/linux

ide-floppy has screwy bio handling. I rewrote it and got confirmation
from one tester (the only one :) that it actually works now.

into intel.com:/home/lenb/bk/linux-acpi-release-2.6.0

into intel.com:/home/lenb/bk/linux-acpi-test-2.6.0