when building extensions (uses build_lib's 'get_library_names()' method).
Ensure that the relative structure of source filenames is preserved in
  the temporary build tree, eg. foo/bar.c compiles to
  build/temp.<plat>/foo/bar.o.

Added 'build_clib' and 'build_temp' options (where to put C libraries
  and where to put temporary compiler by-products, ie. object files).
Moved the call to 'check_library_list()' from 'run()' to 'finalize_options()'
  -- that way, if we're going to crash we do so earlier, and we guarantee
  that the library list is valid before we do anything (not just run).
Disallow directory separators in library names -- the compiled library
  always goes right in 'build_clib'.
Added 'get_library_names()', so the "build_ext" command knows what
  libraries to link every extension with.

filenames when constructing object filenames, even if output_dir given --
eg. "foo/bar.c" will compile to "foo/bar.o" without an output_dir, and to
"temp/foo/bar.o" if output_dir is "temp".

and USE_TMPNAM_R at the top of the file and refer to them later; this
catches a second reference to 'tmpnam_r' that I didn't spot first time around.

building a threaded Python.

exists before calling the compiler/linker.

the compiler objects 'verbose' and 'dry_run' flags.

'Distribution.find_command_obj()'.

platform, using 'os.uname()' or 'sys.platform'.

  * 'build_dir' -> 'build_lib', which by default takes its value
    straight from 'build_lib' in the 'build' command
  * added 'build_temp' and 'inplace' options
  * change 'build_extensions()' to put object files (compiler turds) in
    'build_temp' dir
  * complicated the name-of-extension-file shenanigans in
    'build_extensions()' to support "in-place" extension building, i.e.
    put the extension right into the source tree (handy for developers)
  * added 'get_ext_fullname()', renamed 'extension_filename()' to
    'get_ext_filename()', and tweaked the latter a bit -- all to support
    the new filename shenanigans

  * 'build_lib' -> 'build_purelib'
  * new 'build_lib' and 'build_temp' options
  * use 'get_platform()' to initialize 'build_platlib' and 'build_temp'

This patch fixes 3 small problems.
1) If a map is used which is generated with 'makedbm -a',
   the trailing '\0' is now handled correctely.
2) The nis.maps() function skipped the first map in the output list.
3) The library '-lnsl' is added in Setup.in (needed on Linux glibc2 and
   Solaris systems. Maybe on other systems too?)

[I note that this still doesn't work when you are using NIS+ --GvR]

PyArg_ParseTuple() format string arguments as possible.

for "." and "..", since listdir() no longer returns those.

constants.  Someone will need to fill in information on the spawn*()
functions that aren't listed.

option names; errors noted by Greg Stein <gstein@lyra.org>.

This patch is re: Lucas.Dejonge@awtpl.com.au: [Python-bugs-list] imaplib -
not complying with RFC (PR#218)

Lucas de Jonge reported that the code in imaplib that detects a read-write
to read-only change doesn't comply with RFC 2060.

discussed on c.l.py last January.  Specifically:
  - more characters allowed in section & option names
  - if '=' is used to separate the option & value, the value can be
    followed by a comment of the form '\s;'

lib-stdwin is no longer installed.

Increase the support level for other obsolete modules a bit: install
lib-old by default.  It still isn't in the path by default, but at
least it's easier to add to your $PYTHONPATH this way.  (This makes
sense because in 1.6 we're much more aggressive with declaring modules
obsolete.)

docstrings into comments.

an instance method instance_contains as sq_contains.  It looks for
__contains__ and if not found falls back to previous behaviour.
Done.

patches PySequence_Contains() to check for a valid sq_contains field.
More to follow.

a new proc type (objobjproc), a new slot sq_contains to
PySequenceMethods, and a new flag Py_TPFLAGS_HAVE_SEQUENCE_IN to
Py_TPFLAGS_DEFAULT.  More to follow.

Reported both by Gerrit Holl and Mark Favas.

Also removed some unnecessary backslases (inside parens).

    This will fold all ISO 8859 chars from the upper half of the
    charset into the lower half, which is ...ummm.... unintened.

The second is a typo in the reference to options.escape in main().

make pygettext more compatible with GNU xgettext, specifically:

Added -E/--escape for allowing pass-thru of iso8859-1 characters above
7 bits.

Added -o/--output option for renaming the output file from
messages.pot (there's overlap with -d/--default-domain, but GNU
xgettext has them both).

Added -p/--output-dir for specifying the output directory for
messages.pot.

Added -V/--version for printing the version number.

Added -w/--width for specifying the output page width (this is because
now pygettext, like GNU xgettext will put several locations on the
same line to cut down on vertical space).

Added -x/--exclude-file for specifying a list of strings that are not
to be extracted from the input files.

Bumped version number to 1.0

Try to import fintl and use fintl.gettext as _ if available.  Fall
back is to use identity definition of _().

Moved the escape creation to a function make_escapes() so that its
behavior can be controlled by the -E option.

__openseen(): Support the -x option.

write(): Support -w option and vertical space preserving feature.

main(): Support new options.

Real Soon Now(TM).

cooked up by Fred Drake and me.  Only saved for posterity (whoever posterity
is), as it is about to be ditched in favour of GvR's much simpler design.

    mp_bits_per_limb with GMP 2.0