into nuts.ninka.net:/home/davem/src/BK/net-2.5

And also move MODULE_LICENSE from aarp.c to ddp.c, as its there
that the module_init/exit is.

Also added MODULE_AUTHOR and MODULE_DESCRIPTION.

into nuts.ninka.net:/home/davem/src/BK/net-2.5

Thanks to Al Viro for reviewing this, this also fixes the
example that made me do this copy'n'paste brain fart.

Also some CodingStyle cleanups.

Also move the lenghty ChangeLog to a separate file.

It also tidies a tiny bit of LLC.

some extra trivial cleanups.

into nuts.ninka.net:/home/davem/src/BK/net-2.5

into nuts.ninka.net:/home/davem/src/BK/net-2.5

to make it possible to track down.

into nuts.ninka.net:/home/davem/src/BK/net-2.5

Cset exclude: ink@jurassic.park.msu.ru|ChangeSet|20021003201553|58706

into nuts.ninka.net:/home/davem/src/BK/sctp-2.5

Duh... Even a simple one-liner test can be wrong. The really sad bit
is that I made the same mistake 3 weeks ago, fixed it, and then lost
track of the fix...

To recap fix to fix: A valid end of directory marker has to read
(entry[0]==0 && entry[1]!=0). Here is final correct (I hope) patch.

I think I have found it and it only hits on a 64 bit machine.

If the timeout is big enough we still need to initialise timer->entry.
Otherwise bad things happen we we hit del_timer.

- Use s6_XXX instead of in6_u.s6_XXX
- Use macros not magic numbers
- Avoid __constant_{hton,ntoh}{l,s} in runtime code.

into penguin.transmeta.com:/home/penguin/torvalds/repositories/kernel/linux

into kroah.com:/home/greg/linux/BK/pci-2.5

Replace IMMEDIATE_BH bottom half by tasklets in helper functions for
console control characters. Fix a race condition and make it look nicer.

Don't create /proc/interrupts on s390.

Remove call to s390_init_machine_check in init/main.c, the new boot code
on s390 calls it via arch_initcall.

Rework boot sequence on s390:

Traditionally, device detection os s390 is done completely
at a _very_ early stage during bootup (from init_irq(),
i.e. before memory management or the console are there).

This has always been a bad idea, but now it broke even more
since the linux driver model requires devices detection
to take place after the core_initcalls are done.

We now do only a small amount of scanning (probably
less in the future) at the early stage, the bulk of it
is done from a proper subsys_initcall(). This requires
some changes in related areas:

- the machine check handler initialization is split in
  two halves, since we want to catch major machine malfunctions
  as early as possible, but device machine checks can only
  be caught after the channel subsystem is up.

- some functions that are called from the css initialization
  made some assumptions of when to use kmalloc or bootmem_alloc,
  which were broken anyway. We fix this here and hopefully
  can get rid of bootmem_alloc for the css completely in the future.

- the debug logging feature for s390 was not used for functions
  in the initialization before, since it requires the memory
  management to be working. Now that we can be sure that it
  works, some special cases can be removed.

Now that these changes are done, a partial implementation of the
device model for the channel subsystem is possible, but at this
point, none of the device drivers make use of that yet.

Check if defined chpids are available. Some code simplification.

Cleanup s390_process_IRQ a little, the ending_status argument is never
really used.

Remove bogus sanity check from {en,dis}able_sync_isc() and really disable all
interrupt sub classes except isc 7 in wait_cons_dev.

Add 'signal quiesque' feature to s390 hardware console. A signal quiesce
is sent from VM or the service element every time the system should shut
down. We receive the quiesce signal and call ctrl_alt_del(). Finally the
mainframes have ctrl-alt-del as well :-)

Rewrite s390 ptrace code in a more readable and less buggy way. As a part of
this, all psw related definitions are moved into ptrace.h from a number of
different locations.

Cleanup load/store of fpu register on s390.