The common case is building a kernel for one CPU type, and we are
able to allow GCC to optimise any the PMD entry cache handling
assembly which will never be used.

fault-common.c included unnecessary headers.
mach-integrator.c needed list.h included.

Prevent all gcc's from assuming that assembly within asm() may be
conditional.

We need to parse the command line arguments not only for the memory
parameters, but also CPU cache policies.  Rather than extending the
early parsing in arch/arm/kernel/setup.c, we make this a generic
feature.  The parameters and their parsing function can now be
placed along side the code which makes use of the parsed information.

Saner selection of architecture build flags (for Xscale)
Make asm-offsets.s depend on the selected platform

Patch from Alexander Schulz

I cannot compile the file cyber2000fb.c because of an undifined 
reference to machine_is_netwinder(). This patch makes it compile again.

Patch from Alexander Schulz

This updates the defconfig for the Shark

Patch from Eli Carter

# Tue Apr 22 14:28:13 CDT 2003 ejc@rnd-linux-c84
# e45-iq80321-mtd-c99-fix
#
# I didn't test my C99 fix for the iq80321 MTD mapping.  "If you didn't test it,
# it's broken."  This fixes that (embarrasing) blunder.
#
# Diffed against linux-2.5.68-rmk1+1513
#
#  drivers/mtd/maps/iq80321.c |   22 +++++++++++-----------
#  1 files changed, 11 insertions(+), 11 deletions(-)
#

Patch from Eli Carter

# Tue Apr 22 10:26:15 CDT 2003 ejc@rnd-linux-c84
# e42-fix-missing-iop-header
#
# Add in the missing iop310-irq.h header file.
#
# Diffed against linux-2.5.59-rmk1-ec0
# Applies cleanly to 2.5.67-rmk1, 2.5.68-rmk1
#
#  include/asm-arm/arch-iop3xx/iop310-irqs.h |   80 ++++++++++++++++++++++++++++++
#  1 files changed, 80 insertions(+)
#

find_rock_ridge_relocation() has been unused since 2.4.0-test11 -- time
to bury it.

Acked by Peter Anvin.

This does the following:
 - make initialization data for helper chipsets (saa7111 and saa7740)
   static and with file scope

Additionally fixes:
 - don't use irq driven i2c transfer when saa7740 is present (this screws
   up the i2c bus and may hang the computer)
 - add MODULE_DEVICE_TABLE to allow /sbin/hotplug to handle the device

Fix various places which aren't using unsigned long for jiffies.

Also other warnings and compilation errors as encountered.

Fix a bttv compile warning

The header file cleanups bite.  All these watchdog drivers need fs.h for
struct inode, struct file, etc.

- jiffies is unsigned long

- don't zero-init BSS.

Basically a mop-up of missed bits.  Also fix various warnings and compilation
errors.

teach various drivers that the CPU flags require unsigned long

All these drivers have a return hidden in a macro and I missed the lot in the
first pass due to some config option not begin set.

Update SCSI drivers for the new IRQ API.  Also fix warnings and compilation
errors as encountered.

Fix up various char drivers for the IRQ API change.  Also IDE, ISDN and i2o
bits.  Fix various warnings and compilation errors.

Mop up various block and cdrom drivers.  Also fix a bunch of warnings and
compilation failures.

Update ATM drivers to new IRQ API

Several scsi drivers are already using an IRQ_NONE.  Rename that to
SCSI_IRQ_NONE.

I found this while doing bio_map_user() changes.

Acked by Jens.

Bart did this patch, I changed it a bit. Basically it cleans the mapping
interface up a bit, and adds a little helper to set up the request from
the bio.

In addition, it fixes a long standing bug where bio_map_user() would
call blk_queue_bounce() without the direction bit being set, auch.

 - Abstract out bio request preparation
 - Have bio_map_user() set data direction (fixes bug where blk_queue_bounce()
   is called without it set)
 - Split bio_map_user() in two

So we don't have to lookup the private data everytime.

Kill one user of mem_map_reserve/mem_map_unreserve I missed the
last time and it can go away.

	PPC logics for choice of default boot device number switched to
dev_t.  Rationale: it belongs to userland; we notice partitions with
certain properties and choose one of them as the best candidate for
being a root fs; then we put the resulting device number into ROOT_DEV,
which has only one use - it's passed to mknod(2) to create a device node
on rootfs and allow mount(2) get us the final root.

	IOW, all that code has nothing whatsoever with kernel internals
of any description - the value we are generating will be passed to
mknod(2) anyway.  Switched to dev_t.

	Note: that code should eventually be moved to early userland.

	* bogus calls of invalidate_buffers() gone from floppy_open()
	* invalidate_buffers() killed.

	* new helper - __invalidate_device(bdev, do_sync).  invalidate_device()
is calling it.

	* fixed races between floppy_open()/floppy_open and
floppy_open()/set_geometry():
	a) floppy_open()/floppy_release() is done under a semaphore.  That
closes the races between simultaneous open() on /dev/fd0foo and /dev/fd0bar.
	b) pointer to struct block_device is kept as long as floppy is
opened (per-drive, non-NULL when number of openers is non-zero, does not
contribute to block_device refcount).
	c) set_geometry() grabs the same semaphore and invalidates the
devices directly instead of messing with setting fake "it had changed"
and calling __check_disk_change().

	* __check_disk_change() killed - no remaining callers
	* full_check_disk_change() killed - ditto.

	capifs switched to ramfs-style tree and cleaned up; it's the same
changes that had been done its prototype (devpts) + stuff needed to
deal with unload (devpts is non-modular and always internally mounted).

	fbdev.node converted from kdev_t to int - all of its users
have register_framebuffer() which sets .node to mk_kdev(FB_MAJOR, index)
already called and all of them start with applying minor().  IOW, what
they actually want is framebuffer number.

	* type of ->node changed to int
	* register_framebuffer() sets it to index instead of mk_kdev(...)
	* users converted from minor(foo.node) to foo.node
	* useless assignments (typically to NODEV) removed - we never
look at that field before register_framebuffer() overwrites it and thus
any assignments prior to register_framebuffer() call are dead code.

	Console drivers cleanup.  In current tree interaction between
console and tty layer sits in the ->device() method of struct console.
It takes a pointer to console and returns device number of its tty
device.  open(2) on /dev/console goes through the list of registered
consoles, picks the first one that has ->device() and remaps the device
number to console->device(console).  Then it proceeds with normal
opening of tty.  This is the only caller of ->device().

	Cleanup: let ->device() return a pair (pointer to tty_driver, index
of tty in question) instead of device number.  Note that
	a) the first thing tty_open() does with remapped device number is
conversion to such pair.
	b) console driver _knows_ which tty_driver we want - one that
implements tty interface to the same physical device (i.e. the part of
the same driver).
	c) current code expects the result of ->device() to be a device
number of tty device - anything else is immediate -ENODEV from tty_open();
might as well have NULL ->device in that driver.

	Console drivers converted, (the only) caller updated.

	Preparation to console->device() cleanup: serial drivers converted
to common helper for their ->device() methods.

Don't disable the Northbridge Machine Check.

Use the unrolled "INTEL_USERCOPY" too.