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DEBUG preprocessor macro is set by configure script when
--enable-debug is passed for configure. Radeon then just
increase debugging verbosity if DEBUG is set in compile
time.
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We don't need to flush so often. Next step
would be to move the flushing to the drm and only
flush after each command buffer rather than each
draw.
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PXOR user in code were causing the lowest SP float register to have NaN
values which made all math operations in that slot fail. Correct istruction
to clear float registers is XORPS which handles single precission floats
correctly.
Fixes progs/tests/fog in swrast SSE mode.
Now the correct commit instead of 66d09e4a2a6b770ddb which is not even close
of correct fix for the bug.
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This reverts commit 4c31632817a0bde28ad6c9ee8032d838ce4b7bfb.
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We were misinterpretting GL_MAX_COMBINED_TEXTURE_IMAGE_UNITS previously.
It's the number of texture units for which we need to keep state; not
just the total number of texture units addressable by the vertex shader
plus fragment shader.
Since sw Mesa independently supports 16 texture units in vertex shaders
and 16 texture units in fragment shaders, the max combined units is 32.
Note that the docs for glActiveTexture() indicate the max legal unit is
MAX(GL_MAX_COMBINED_TEXTURE_IMAGE_UNITS, MAX_TEXTURE_COORDS) - 1.
A new piglit test (texunits.c) tests the various texture unit limits.
I'm pretty sure I've got this all right now, but additional reviews
are welcome...
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These are limited to the number of texture coordinate units.
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Further testing should reveal if any these assertions are hit...
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This should make things easier for drivers wanting to work with a
"subclass" of gl_framebuffer.
The complementary "_mesa_initialize_framebuffer" function is now
called "_mesa_initialize_window_framebuffer" for the sake of
symmetry.
Signed-off-by: Brian Paul <brianp@vmware.com>
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The in-place splitting code wasn't dealing with index buffers at all
(and it was being called from vbo_split_prims for too big index
buffers, causing some occasional corruption).
Additionally, it wasn't taking into account primitives arrays with
non-contiguous indices (e.g. given prim[0].start = 0 and prim[1].start
= max_verts, it would happily call back the driver with (max_index -
min_index) still greater than max_verts, causing infinite recursion).
It still doesn't handle too large indexed vertex buffers: use
vbo_split_copy for that.
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This is a very informal version number, but there have been enough
changes that a bump is appropriate at this time.
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Compiler can't usually turn x/2.0f into x * 0.5f, though we're happy
with either.
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the first looks like a definite bug, the second I'm not so confident
of but it works.
Signed-off-by: Dave Airlie <airlied@redhat.com>
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4769566500be1a53dd9b4cc1a613aef439a0e3d8
Signed-off-by: Corbin Simpson <MostAwesomeDude@gmail.com>
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It will be useful for the nouveau DRI driver and IMHO there's no
reason to keep it private.
Signed-off-by: Brian Paul <brianp@vmware.com>
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This maybe breaks the vert compiler. Hopefully not.
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The fogcoord calue was not pushed to GPU because of implicit float to int conversion.
Fix is to use float pointer to buffer object so no conversion is done in assigment
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This fixes a bug reported by Christoph Bumiller on mesa3d-dev.
When a texture is first created as RGBA, then re-defined with
glTexImage(internalFormat=GL_DEPTH_COMPONENT) we failed to deallocate
the original texture. When this texture was bound as a FBO surface,
the depth/Z surface format was RGBA instead of Z. Depending on the
driver this led to a failed assertion or FBO validation failure.
This patch does three things:
1. Remove ancient code that mysteriously tested if we were replacing
the smallest mipmap level and tested if the texture was not a cube map
texture. I can't see any reason for those tests.
2. Move the width=height=depth=0 test to after the code which frees
texture data. Calling glTexImage with width=height=depth=0 and data=NULL
is a way to free a single mipmap level.
3. Update the code comments.
There are no apparent conform, glean or piglit regressions from this change.
(cherry picked from commit 43e4b584227534e30e487e7fb7e99d6501cbcd85)
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Before, _mesa_find_free_register() would scan the given shader to
find a free/unused register of the given type. But subsequent calls
would return the same register again. This caused a failure in the
_mesa_remove_output_reads() function which sometimes needs several
free temps.
Now use a new function which build a vector of 'used' flags and another
function which searches that vector for an unused register starting at
a position that's incremented for each call.
Fixes fd.o bug 26317. Note that a regression test for this has been
added to the glean/glsl1 test.
(cherry picked from commit e0d01c9d7f46ccd531f8dd1a04c5ac067200ef1e)
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This was being calculated the same way in two different places.
Now just do it in st_translate_fragment_program().
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Was being calculated and not used. Also was probably incorrect...
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Bug #26008. Fixes piglit pbo-teximage-tiling-2.
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