- Expand pm_power_down() into struct pm_ops, with ->prepare(), ->enter() 
  and ->finish() methods, so the platform drivers get called to do start
  and stop work during suspend sequence.

- Make sure devices are suspended/resumed in enter_state(), and that they
  are powered down in pm_suspend_mem() and pm_suspend_standby().

- Call ->prepare() in suspend_prepare() and ->finish() in suspend_finish().

- Implement pm_suspend(), which is callable from anywhere in the kernel, 
  and takes one of 

  	PM_SUSPEND_STANDBY
	PM_SUSPEND_MEM
	PM_SUSPEND_DISK

  and enters the appropriate state. 

- Change sysfs file to look for 

  "standby"
  "mem"
  "disk"

  for what state to enter (rather than 'suspend' and 'hibernate' for the 
  latter two). 

- Add pm_sem to block multiple suspend sequences happening at once. 

- Allocate a console and stop processes from common code before entering
  state.

- Add pm_power_down() callback for platform drivers to implement. Will be 
  called to actually enter the low-power state.

This might bring the driver to a state where people who
have hardware can try to fix the locking problems.

This gets it potentially closer to working, if somebody could
just test it...

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

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

1) icmpv6_send() and icmpv6_echo_reply() never release dst.
2) ip6_{push,flush}_pending_frames() leak np->cork.rt.

1) Make sym2_template.module get setup properly.  It was
   the scsi_module.c code taking care of this for us previously.
2) Zero out on-stack structures, in particular sym_dev not being
   zeroed out was causing sometimes-boots-sometimes-doesnt problems
   for me on sparc64 with sym2 non-modular.

Based upon a patch from Herbert Xu (herbert@gondor.apana.org.au).

into raven.il.steeleye.com:/home/jejb/BK/scsi-for-linus-2.6

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

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

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

This should fix the MCA problems.

I moved the name field to the struct mca_device because it was in such
extensive use, and this approach caused the least impact.

Let not my fingers type in haste.

net/netsyms.c must include linux/ethtool.h, when exporting its symbols.

When writing firewall rules, and you are serving NFS, it's really
useful to know the port numbers of the various NFS services.  nfsd has
a standard value; mountd and statd are userspace daemons, and those
ports are settable on the command line.

The fiddly one is lockd.  nlm_udpport and nlm_tcpport can be set on
the kernel command line or at module load time, but after that it's a
bit awkward (particularly as the lockd module can't be unloaded safely
- "rmmod -f lockd" sometimes panics).

This patch allows the port numbers and the other lockd parameters to
be set through files in /proc/sys/fs/nfs/nlm_*.  The port numbers take
effect when lockd is next started or restarted.

In order to install the sysctl table even when compiled into the
kernel, it was necessary to update the initialisation code to the
current methods, using module_init() et al.  This patch does that and
in so doing updates the module/kernel parameters to use the 2.6
module_param() method, as well as making the numeric range changes
consistent between the two.

The largest "unsigned int" value doesn't fit in a "long", on many machines.
So we should use simple_strtoul, not simple_strtol, to decode these values.

ethtool helpers need exporting.