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Fixes glsl-algebraic-sub-zero-4.
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Fixes 4 piglit tests about min, max, and clamp.
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When it says it sets the LSB, that's not just a hint as to where the
result goes. Only the LSB is modified. Fixes 20 piglit cases.
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When we're trying to do integer ops, handing a float in doesn't help.
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Fixes:
glsl-fs-any.
glsl1-integer division with uniform var
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Fixes glsl-fs-mod.
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Fixes glsl-fs-neg and 5 other tests.
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10 more piglit tests pass.
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20 more piglit tests pass.
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glsl-algebraic-rcp-rsq managed to use 33 registers, and we claimed to
only use 32, so the write to g32 would go stomping over the precious
g0 of some other thread.
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This wouldn't catch the last failure fixed in them, because we don't
validate assignments well (due to the fact that we've got a pretty
glaring inconsistency in how we handle assignment writemasking), but
it could catch other failure we may produce.
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We weren't smearing a component of a split RHS out to reach an unsplit
LHS's writemask, so gl_FragColor (always unsplit) would often get
uninitialized values.
Fixes: glsl-algebraic-add-add-1 (and probably many others).
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+269 piglits
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It hangs the GPU due to FB_WRITE handling being incomplete. There are
bigger issues to handle first.
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I'm also fixing this upstream in libdrm, but this avoids new libdrm
dependency for the moment.
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This should make debugging way easier, as now we have context for
reading large programs.
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At least some tests, like glsl-vs-sign, now work.
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This can successfully emit a real program that generates magenta now.
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Our channel-expressions and vector-splitting changes now happen into a
private copy of the IR that we maintain for ourselves. Uniform
assignment still happens by the core, so we continue using Mesa IR
generation not just for swrast fallbacks but also for uniform values
(since there's no storage for their contents other than
shader_program->FragmentProgram->Parameters->ParameterValues). And
most importantly, at the moment no actual codegen is hooked up other
than emitting our favorite color to the framebuffer.
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Combined with the previous pass, this lets other optimization passes
do their work thanks to ir_tree_grafting. Still have regression in
instruction count with INTEL_NEW_FS, but register count is even
better.
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This is a step towards implementing a GLSL IR backend for the 965
fragment shader. Because it has downsides with the current codegen,
it is hidden under the environment variable INTEL_NEW_FS.
This results in an increase in instruction count at the moment (1444
-> 1752 for glsl-fs-raytrace, 345 -> 359 on my demo), because dot
products are turned into a series of multiplies and adds instead of a
custom expansion of MULs and MACs, and by not splitting the variable
types up we don't get tree grafting and thus there are extra moves of
temporary storage. However, register count drops for the non-GLSL
path (64 -> 56 on my demo shader) because the register allocator sees
all the sub-operations.
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Fixes: glsl-vs-varying-array
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Shader inputs appear in source registers, not dst registers. Catches
unsupported shaders in glsl-fs-varying-array and Humus
RaytracedShadows.
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Signed-off-by: Nick Bowler <nbowler@draconx.ca>
Signed-off-by: Brian Paul <brianp@vmware.com>
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when we dont know max_index we cannot calculate vb size from count
anymore - just use the bo size.
Also added an assert to remind that we dont handle GL_INT GL_DOUBLE
upload when we dont' know max_index - will fix later
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Texcoords in AmbientApertureLighting were getting trashed since the
move of math arguments to implied moves, due to the logic for
detecting ALU message reg writes overriding the logic for SEND
implicit message reg writes.
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3 more piglits, cool.
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Include r600_emit.h for r600EmitShader and r600EmitShaderConsts symbols.
Fixes the following GCC warnings.
evergreen_fragprog.c: In function 'evergreenSetupFragmentProgram':
evergreen_fragprog.c:521: warning: implicit declaration of function 'r600EmitShader'
evergreen_fragprog.c:778: warning: implicit declaration of function 'r600EmitShaderConsts'
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Include r600_emit.h for r600EmitShader and r600EmitShaderConsts symbols.
Fixes the following GCC warnings.
evergreen_vertprog.c:614: warning: implicit declaration of function 'r600EmitShader'
evergreen_vertprog.c:701: warning: implicit declaration of function 'r600EmitShaderConsts'
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The variable loops would be used uninitialized if it ever processed a
RC_OPCODE_ENDLOOP case first.
This patch initalizes the loops variable to NULL and adds an assert at
the RC_OPCODE_ENDLOOP case that loops isn't NULL.
Silence the following GCC warning.
r3xx_vertprog.c: In function 'translate_vertex_program':
r3xx_vertprog.c:469: warning: 'loops' may be used uninitialized in this function
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This is a follow-on patch to commit
574ba4b5f50bfe661427327cd792a8a200559376.
Fixes r300g SCons build.
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Fixes the following GCC warning.
evergreen_render.c: In function 'evergreenTryDrawPrims':
evergreen_render.c:836: error: implicit declaration of function 'evergreenSetupFragmentProgram'
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Silences the following GCC warning.
evergreen_state.c: In function 'evergreenSetBlendState':
evergreen_state.c:341: warning: unused variable 'id'
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Fixes the following GCC warning.
r600_emit.c In function 'r600AllocShaderConsts':
r600_emit.c:59: warning: unused variable 'out'
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Fixes the following GCC warnings.
r600_cmdbuf.h:201: warning: backslash and newline separated by space
r600_cmdbuf.h:202: warning: backslash and newline separated by space
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Wine likes to create a *lot* of constants, exceeding the size of the constant
file in hw.
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Also rename "compiler" to "c".
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i.e. relative addressing (mainly FS), saturate modifiers, exceeding
the maximum number of constants.
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