On macosx i386, that code fails because even though __VEC__ is defined,
the compiler doesn't understand the 'vector' keyword (that macro is
irrelevent here). So there was no way to make evas compile for ppc if
altivec was not supported by the compiler.
SVN revision: 66966
several problems with it... but SOMEONE... (lucas) committed it
without even so much as replying to the list saying he was going to...
:)
SVN revision: 63705
This means you should not need to set any special compiler flags; which should
mean gcc will generate non-neon specific asm (unless you tell it to). This
means it is possible to build an armv6 binary with neon suppor (as we always
meant to to do).
SVN revision: 55307
* Remove vim modelines:
find . -name '*.[chx]' -exec sed -i '/\/\*$/ {N;N;/ \* vim:ts/d}' \{\} \;
find . -name '*.[chx]' -exec sed -i '/\/[\*\/] *vim:/d' \{\} \;
* Remove leading blank lines:
find . -name '*.[cxh]' -exec sed -i '/./,$!d'
If you use vim, use this in your .vimrc:
set ts=8 sw=3 sts=8 expandtab cino=>5n-3f0^-2{2(0W1st0
SVN revision: 50816
Just set the EVAS_CPU_NO_NEON environment var if you want to disable Neon.
The same is done for other specific CPU codes, such as MMX, MMX2, SSE, etc.
SVN revision: 50271
* handle error code and print out error message, this should remove
invalid access traces from valgrind.
* give "0" as pid to get self affinity, this is documented in the man
page.
SVN revision: 41118
* mainly unused parameters
* in src/lib/imaging/evas_imaging.c, set font to NULL
* in src/lib/canvas/evas_object_gradient.c, add unititialized member
there are a *lot* of reported warnings by llvm, i'll fix them later
there are also *lots* of unused parameters (compile evas with -W). I'll
fix them later too
SVN revision: 39172
sometimes slower)
2. --enable-pthreads will enable multi-threaded rendering (current support is
for up to 4 threads so if you have a new fanled quad core or dual cpu dual
core box or whatever you will in theory be able to max moe of its cpu grunt
with the software rendering engine. this can only be done because i added the
pipelines which means almsot entirely lock-free multithreading internally in
evas. the only locks are for fonts but with a little work i might be able to
remove some/most of those too)
for now pthreaded rendering likely will be linux only (it relies on sched.h
for setting scheduler params to force the slave threads to run on separate
cpu's as linux likes to keep them on the same cpu otherwise and thus we get
no speedups at all - only slowdowns).
aso note that it is a bit of a mixed bag. complex ops (like smooth scaling
with alpha blending) get speedups, but simple ops (like blits/fills) slow down.
this all neds examination and tweaking still - but it's a start.
SVN revision: 27098
speed of texture uploads. anyone want to help? i've tried many things... and
nothing semms to work. this is a major bottlneck for evas gl engine
performance (apart from text - which is simply a matter of finishing off
properly)
SVN revision: 7428