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Always allocate the vertex program input registers in the same order as the vertex attributes are passed in vertex arrays.
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Even if we don't pass all 4 color components to vertex shader unit, the vertex program can generate the missing components.
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Display the chip family and PCI ID. This can be parsed easily,
and essentially all information that the driver has about the chip can be
deduced from it.
Signed-off-by: Nicolai Hähnle <nhaehnle@gmail.com>
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To avoid locking bug we shouldn't not call firevertices from this path
as it's call from radeon get lock.
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In DRI1 kernel emit scissor but in dri2 cs path we have to
explicitly program them.
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Revalidate can trigger flushing and dma buffer deallocation,
so retry allocation on such case.
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The duplication of state data caused a crash due to double-free on destruction
of context, because a variable wasn't correctly null'ed out.
Signed-off-by: Nicolai Hähnle <nhaehnle@gmail.com>
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For some unknown reasons the scratch reg value doesn't endup in the status
map at the scratch reg offset, this is a temporary work around until we
figure out why it doesn't work.
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Fixes
glxinfo: main/renderbuffer.c:2159: _mesa_reference_renderbuffer: Assertion
`oldRb->Magic == 0xaabbccdd' failed.
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Conflicts:
src/mesa/drivers/dri/r300/r300_context.c
src/mesa/drivers/dri/r300/r300_texstate.c
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This still need some work to actually report somethings reasonable
if no memory manager is available.
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See sourceforge bug #2793846.
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When we render to a depth/stencil texture there are stencil bits.
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Conflicts:
Makefile
src/mesa/main/version.h
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The stride needs to be in texels, not bytes.
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We were passing a GL texture target instead of a pipe_texture_target enum.
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- move vertex program related functions to r300_vertprog.c
- use _mesa_bitcount instead of self-made bit_count function
- remove duplicated field in r300_vertex_shader_fragment.body union
- rename r300_vertex_shader_fragment to r300_vertex_shader_hw_code
- rename r300_vertex_program field native to error
- remove unnecessary r300_vertex_shader_state structure
- remove unused r300_vertex_program and r300_vertex_program_cont fields
- remove disabled code
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- remove unnecessary r300TranslateFragmentShader call from r300UpdateShaderStates (it is already called in r300UpdateShaders)
- remove unnecessary null ptr checks
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Be consistent with function naming: use Setup/Emit names for functions that modify hardware state
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Until now falling back to software rasterizer worked only for TCL enabled cards.
For non TCL cards we used to plug our rendering functions in r300InitSwtcl, and we had never restored original functions for software rasterizer.
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- move extensions init into seperate function
- move options handling into seperate function
- create new structure to hold options values
- use context->options.hw_tcl_enabled field instead of global hw_tcl_on and future_hw_tcl_on variables
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Instead, stash the debug info under the handy debug flag.
Bug #20053
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Both EXT_fbo and ARB_fbo agree on this. Fixes a segfault in the metaops
mipmap generation in Intel for SGIS_generate_mipmap of S3TC textures in
Regnum Online.
Bug #21654.
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Bug #21691.
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The _Enabled field isn't updated at the point that DrawBuffers is called,
and the Driver.Enable() function does the testing for stencil buffer
presence anyway.
bug #21608 for Radeon
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The docs actually explain this, but not in a terribly clear manner.
This nearly fixes the piglit cubemap testcase, except that something's
going wrong with the nearest filtering at 2x2 sizes in the testcase.
Looks good by visual inspection, though.
Bug #21692
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I don't have a testcase for this, but it seems clearly wrong.
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Before, if the VP output something that is in the attributes coming into
the WM but which isn't used by the WM, then WM would end up reading subsequent
varyings from the wrong places. This was visible with a GLSL demo
using gl_PointSize in the VS and a varying in the WM, as point size is in
the VUE but not used by the WM. There is now a regression test in piglit,
glsl-unused-varying.
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This comes from a radeon-rewrite fallback fix, but may also fix stencil
clear failure when the polygon winding mode is flipped.
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