It's a pain for architecture maintainers to keep the toplevel Kconfig
files in sync.  This addresses part of the problem by moving all the
standard driver includes to drivers/Kconfig.  As a bonus, it moves all
the device drivers together in a menu which tames menuconfig somewhat.

This patch only touches i386.  Other architectures can join the party
as soon as they feel ready to inflict all the choices on their userbase.

This does two things:

 (1) Move the v850 platform-specific linker-script fragments into
     arch/v850/kernel, from arch/v850.  This move was prompted by a
     recent (all-architecture) move for vmlinux.lds.S, to keep the
     script together, but I think it also makes sense -- this way, all
     platform-specific non-header files are in the same directory with
     similar names.

 (2) Remove some hardwired constants in the linker script fragments,
     using already defined cpp macros anyway.  This eliminates one
     annoying source of duplicate definitions (which had to be kept in
     sync).

This function doesn't compile on non-MMU systems, so put it in a place
where it won't cause problems (mm/memory.c is only compiled if
CONFIG_MMU is defined).

This is a horrid implementation, but whatever.

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

into fys.uio.no:/home/linux/bitkeeper/nfsclient-2.5

into fys.uio.no:/home/linux/bitkeeper/nfsclient-2.5

Convert them into structures

  - Hierarchy of state attached to nfs4_client in order to
    simplify state recovery.
    state_owners hang off nfs4_client, whereas state hangs
    off both open_owners and the nfs_inode.
    
  - Model tries to minimize the number of open_owners on
    the server by recycling unused open_owners into a pool.
    
  - NFSv4 state attached to file->private_data. Previously
    this was used by credentials (and still is for NFSv2/v3)
    Abstract out setup/release of struct file and nfs_page
    structure initialization in order to cope with these
    conflicting uses of private_data.

a pointer to a filled nfs_write_data struct like we
do for asynchronous function calls

passing a pointer to a filled nfs_read_data structure
(the same struct used by the asynchronous function calls)

itself to the server once and once only.
This patch ensures that we do this by sharing the local identifier
struct nfs4_client among all mountpoints that talk to the same
server/ip address.

and didn't really relate to any of the RFCs.

Replace with the more descriptive "nfs4_state_owner".

superblock as a parameter instead of passing it in the form
of a dentry.

getattr "bitmap" was allocated on the stack.

Make it use the bitmaps already allocated for that purpose
in the nfs_fattr struct.

slot table.

NFSv4 idmapper.

 - Correct bugs in idmapper wait code.
 - Correct layering bugs in RPCSEC_GSS and idmapper
 - Ensure we advance the file pointer in case of partial
   reads/writes of a message on the pipes

that it does not support a given program, version or
procedure call.

we inherit timeouts from previous requests.
This means that we lengthen the window of time during which
we accept updates to the RTO estimate if we see an update.

Scheme proposed by Brian Mancuso, but it is standard for TCP
congestion control implementations.

This fixes asus_acpi.c when doing a modular build

unconditional. Simplify the macros.

Avoid "statement with no effect" warning by making the macro
that doesn't do anything an inline function instead.

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

670 -> 677 = Samuel 2
678 -> 67f = Ezra

Group processor tables together correctly.

Preemptively stop some good intentioned janitor coming along and "fixing a typo".

The current tables we had have been confirmed as safe by VIA.

Spotted by Pavel Machek.

Hand-applying simple diffs considered harmful.

More bits from Pavel. drv_* in oopses is pretty uninformative.