o Corrected dependencies for parportbook
o Introduced do_cmd, thus adhering to KBUILD_VERBOSE and make -s

do_cmd is a nice shorthand when creating rules that in one line
shall adhere to KBUILD_VERBOSE and make -s.
So far the only user is (will be) the docbook makefile

into samba.org:/home/paulus/kernel/for-linus-ppc

into samba.org:/home/paulus/kernel/for-linus-ppc

Since we have a signed 32-bit time_t, the fact that y % 4 == 0
will get it wrong in 2100 is irrelevant.

This could be made more efficient by batching the hashtable
flushes but that can be done later.

into samba.org:/home/paulus/kernel/for-linus-ppc

into samba.org:/home/paulus/kernel/for-linus-ppc

into home.transmeta.com:/home/torvalds/v2.5/linux

We were missing an element in the old_serial_port structure.

The following two patches seem to be needed to export the requisite
symbols needed for fully modular builds of the new serial drivers in
2.5.28.

The old form of designated initializers are obsolete: we need to
replace them with the ISO C forms before 2.6.  Gcc has always
supported both forms anyway.

From Rusty's Trivial Patch - thanks.

Trying to open a non-present port (for configuration) causes us to
to endlessly loop (by returning -ERESTARTSYS).  We should be returning
success.  This cset fixes this.

This patch add Wake-on-LAN support to the 8139cp ethernet driver.

It also converts the gccism "foo: bar" to the C99 ".foo = bar" syntax.

the attached patch fixes a comment that got incorrect via the
set_thread_area() changes.

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

This modifies the PPC boot sequence to "plug in" CPUs one at a
time.

This modifies the i386 boot sequence to "plug in" CPUs one at a
time.  This is the minimal change to make it work (the CPUs are
brought up as normal during the "smp_prepare_cpus()" probe phase).

This patch alters the boot sequence to "plug in" each CPU, one at a
time.  You need the patch for each architecture, as well.  The
interface used to be "smp_boot_cpus()", "smp_commence()", and each
arch implemented the "maxcpus" boot arg itself.  With this patch,
it is:
  smp_prepare_cpus(maxcpus): probe for cpus and set up cpu_possible(cpu).
  __cpu_up(cpu): called *after* initcalls, for each cpu where
     cpu_possible(cpu) is true.
  smp_cpus_done(maxcpus): called after every cpu has been brought up

 - Fix "temporal anomaly" in do_ide_request pointed out by Petr
   Vandrovec. Thanks Petr!

Small missing notch.

 - Rename ata-timings.h to timings.h. Same arguments as for agp.

 - Always include hdparm.h just before ide.h. Include them last where
   used. This is preparing to split out the IDE register declarations
   out of this file, since many other files in the kernel include it,
   which don't have anything to do with IDE.

 - Don't use the "IDE special" data type "byte". Just use the u8 data
   type for consistency with the rest of the kernel where applicable.

 - Make the bit-sliced data types in hdreg.h use the bit-slice data types
   instead of the generic ones. This makes clear that those are supposed
   to be register masks.

 - Remove pseudo headers for nonexisting support of not existing
   hardware from Big Black Boxen code.

Just getting trivia out of the way, so the interresting parts
don't get burried by them:

- Sanitize the menu configuration system.

- Allow to compile atapi.c as a "foundation module" for the
   consuming device type drivers.

The attached patch does the following:

1. Remove blkdev_release_request(Request); it was an unnecessary wrapper
    around blk_put_request(Request). Likely some leftover from pre-BIO
    time...

2. Abstract out the fine __scsi_insert_special() function out from
    the SCSI code.

    Now that I have finally managed to kill all those IDE 'specific'
    REQ_BLAH request types, we can do this final step, and it will be
    used soon at least by ATA code as well. The goal is that
    scsi_request_fn and do_ide_request should start to look similar
    like silblings.

    Its called blk_insert_request() now and even documented in code.

3. Change some stuff over from extern inline to static inline in
    blkdev.h. (trivia...)

This patch doesn't change *any* functionality, so its not exposing
SCSI to any danger :-).

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

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

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

Add full support for the NFSv3 permissions checking. Ensures that we
work properly with NFSv3 servers that do uid/gid mapping and/or have
support for ACLs.

Permissions are cached in the struct nfs_inode in order to reduce the
number of RPC calls. The cache timeout period is given by the ordinary
attribute timeout.

Reduce the number of getattr/lookup calls in nfs_lookup_revalidate()
by making the latter rely on the ordinary attribute cache, and moving
the close-to-open data consistency checking into nfs_open().

This does mean that we can end up calling GETATTR twice: once in
nfs_lookup_revalidate() then immediately after in nfs_open(), however
it also means that sys_stat() and friends now use cached attributes.

Make RPC over UDP use a socket buffer size that is large enough to fit
all the messages. Congestion control is in any case handled by the Van
Jacobson algoritm, and we need to work around a bug in
ip_build_xmit_slow() w.r.t. fragmentation when there is insufficient
buffer memory to fit the entire message.

Make the RPC write_space() algoritm use the standard socket flags
SOCK_ASYNC_NOSPACE and SOCK_NOSPACE instead of its own custom flag.