This is only used with the "sccdbg" kernel command line option, as
you need a special adapter (www.geethree.com) to get access to the
serial port on those machines.

This involves moving the final fixup to a function pointer in machdep,
turning all the PCI DMA routines into function pointers in a separate
structure and a bit of renaming work. The PowerMac currently use
"direct" PCI DMA bypassing the iommu. The driver for the IOMMU will
come later, allowing us to lift the limitation to 2Gb of RAM

This involves making the actual read/write routines be indirect
through ppc_md, and adding the various nvram partition types
used on a PowerMac.

Also move some of the init cruft into separate function to make
things slightly more readable. We sill need to significantly
cleanup that file, but that will come later...

Properly export the OF device-tree accessors to modules

Apple's OF boots us with translation enabled. Also move the
copy_and_flush of the CPU holding loop to prom.c as it mustn't
be called on platforms that don't boot in real mode (that space
isn't always mapped)

Source WATCHDOG config info from drivers/char/watchdog/Kconfig
for m68k, sparc and sparc64 architectures

Add the Berkshire Products PCI-PC Watchdog driver

Apparently we ported the indydog code to the 2.5/2.6 kernel series,
but we forgot to put it in the kernel configuration file + the Makefile

Cleanup/Restructuring of drivers/char/watchdog/Kconfig

Version 0.06 of the intel i8xx TCO driver:
* change i810_margin to heartbeat (in seconds)
* use module_param
* added notify system support
* renamed module to i8xx_tco

Added notifier support
Moved start and stop code to their own subroutines
Extended ioctl support
Add MODULE_* info

small cleanup

Update MODULE_* information

Make heartbeat a module parameter and some general clean-up.

In order to make the watchdog menu useful for some architectures, we need
to only be able to select the watchdogs that can compile.  This patch also
moves the SuperH watchdog from its own Kconfig file to the normal one.

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

This is nonsense. We only use the lower 8 bits, so putting the useful
info in the upper 8 makes no sense at all.

Cpufreq core expects units in khz not mhz. Oops.

It broke some existing setups, so let's drop it until we have
a better notion of how to do this.

This is an obvious scalability improvement for write()s.  We used a
global lock to protect the inode writecount (updated on every open for
writing) - this just makes it use the existing inode->i_lock instead.

Compiles & boots fine on x86 SMP.

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

Another fix from Dominik.

From Dominik..
The different P-4-M steppings have different "ebx" values. Analyze it
correctly to sort out Pentium-4-based Celerons.

Move the table verification to an extra function.

Remove the *ppst table, and remove an unneccessary forward-declaration

Keep *ppst local to the only function which needs it any longer.

Use the frequency_table for calculating the correct ->target state