Support full URL, in X-Long-Polling header
configure.ac: improve has_yasm test
Proper platform detection.

Use target instead of host.
Fix compilation for non win32 and non x86_64 platforms.
util: correct off-by-one in month display
jansson 2.x compatibility
Version 1.0.
OSX Support

Derived from xorg source
http://cgit.freedesktop.org/xorg/xserver/tree/GL/glx/glxbyteorder.h?id=cdf6b15f039c4905d8d54152153b0a3ecd7aba55;id2=415e49b940bba2d08870db410ebb47d2add5d836
Merge pull request #17 from metonymous/master

OSX CPU Support
Version 1.0.1.
Fix libcurl include path

Fix the include path for libcurl, if it was installed in a location
where gcc does not look by default. The variable is declared in
the LIBCURL_CHECK_CONFIG m4 macro.
configure.ac: Beautify yasm test output
Linux + x86_64 optimisations.
Add likely() macro.
Optimise a few obvious code paths with likely/unlikely.
Change algo to sse2_amd64 by default.
Move priority change to worker threads only.
Detect number of CPUs and set default number of threads == CPUs.
Add scheduling policy change to worker threads to SCHED_IDLE first and fallback to SCHED_BATCH on linux.
Don't error when failing to set priority.
Add CPU affinity and bind worker threads to CPUs when number of threads is a multiple of number of CPUs.
Update NEWS with changes.
Merge pull request #23 from ckolivas/master

Here's my x86_64 and linux optimisations. Hopefully shouldn't break other OSs now.
Merge pull request #22 from chrissicool/master

Fix include path of libcurl headers
only read processor count via sysconf on non-Windows platforms
Fix number-of-threads init logic on Windows
Cope with older linux kernel headers that don't have the newer scheduling policies defined.
Version 1.0.2.
Optimize Maj() computation in sse2_64

Instead of computing Maj(a, b, c) as (a & b) ^ (a & c) ^ (b & c),
compute it instead as (a & (b ^ c)) ^ (b & c) to reduce the number of
operations.
Optimize Maj() computation in 4way

Instead of computing Maj(a, b, c) as (a & b) ^ (a & c) ^ (b & c),
compute it instead as (a & (b ^ c)) ^ (b & c) to reduce the number of
operations.