I took a look at the various versions of ieee754.h in glibc.
The most significant difference is in long doubles. (As an example, IBM
uses a pair of doubles, one for the most significant bits and one for
the least significant bits, but each is usable as is as a double.)
In total, there are 5
Hi guys,
Maybe someone understand wtf the code in
libXfont/util/fontxlfd.c:xlfd_round_double
is all about, but the results were different on different endian
machines due to the code
being hardcoded for little endian.
I reimplemented it for other endian, however I'm unsure about the
endian
Dave Airlie schrieb:
Hi guys,
Maybe someone understand wtf the code in
libXfont/util/fontxlfd.c:xlfd_round_double
is all about, but the results were different on different endian
machines due to the code
being hardcoded for little endian.
I reimplemented it for other endian, however
Dave Airlie airl...@gmail.com writes:
Hi guys,
Maybe someone understand wtf the code in
libXfont/util/fontxlfd.c:xlfd_round_double
is all about, but the results were different on different endian
machines due to the code
being hardcoded for little endian.
Which is to say x86 layout.
I
On Wed, 2009-01-28 at 21:48 +1000, Dave Airlie wrote:
Maybe someone understand wtf the code in
libXfont/util/fontxlfd.c:xlfd_round_double
is all about, but the results were different on different endian
machines due to the code
being hardcoded for little endian.
I reimplemented it for
On Thu, Jan 29, 2009 at 2:17 AM, Michel Dänzer mic...@daenzer.net wrote:
On Wed, 2009-01-28 at 21:48 +1000, Dave Airlie wrote:
Maybe someone understand wtf the code in
libXfont/util/fontxlfd.c:xlfd_round_double
is all about, but the results were different on different endian
machines due to
