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This gets us automatic CL decoding to a floating-point value, and drops a
magic number from the emit code. 250x250 shader runner tests now say they
have a center of 125.0 instead of 2000.
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This gets our vc4_emit.c size back down a bit:
before:
1020 0 0 1020 3fc src/gallium/drivers/vc4/.libs/vc4_emit.o
after:
968 0 0 968 3c8 src/gallium/drivers/vc4/.libs/vc4_emit.o
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Take the CL pointer in, which will be useful for enabling relocs.
However, our code expands a bit more:
before:
4449 0 0 4449 1161 src/gallium/drivers/vc4/.libs/vc4_draw.o
988 0 0 988 3dc src/gallium/drivers/vc4/.libs/vc4_emit.o
after:
4481 0 0 4481 1181 src/gallium/drivers/vc4/.libs/vc4_draw.o
1020 0 0 1020 3fc src/gallium/drivers/vc4/.libs/vc4_emit.o
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This slightly inflates the size of the generated code, in exchange for
getting us some convenient tools.
before:
4389 0 0 4389 1125 src/gallium/drivers/vc4/.libs/vc4_draw.o
808 0 0 808 328 src/gallium/drivers/vc4/.libs/vc4_emit.o
after:
4449 0 0 4449 1161 src/gallium/drivers/vc4/.libs/vc4_draw.o
988 0 0 988 3dc src/gallium/drivers/vc4/.libs/vc4_emit.o
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Gallium core just changed to start setting MSAA enabled in the rasterizer
state even with samples==1 buffers. This caused disagreements in our
driver between binning and rasterization state, which the simulator threw
assertion failures about. Keep the single-sampled samples==1 behavior for
now.
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This is a preparation step for having multiple jobs being queued up at the
same time.
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We don't tell the hardware whether we're computing depth, so we need
to manage early Z state manually. Fixes piglit early-z.
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I only stumbled on this while experimenting due to reading about HW-2905.
I don't know if the EZ disable in the Z-clear is actually necessary, but
go with it for now.
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Even if the rasterizer has scissor disabled, we'll have whatever
vc4->scissor bounds were last set when someone set up a scissor, so we
shouldn't clip to them in that case.
Fixes piglit fbo-blit-rect, and a lot of MSAA tests once they're enabled.
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No code generation changes from this, but it'll be useful to have this
next time I go checking -Wdouble-promotion.
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Drops 680 bytes of code, from avoiding a bunch of extra updates to the
next pointer in the struct.
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This gives a 2.7x improvement in x11perf -rect100, since we only end up
load/storing the x11perf window, not the whole screen.
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The original Broadcom driver also did this with the viewport.
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This is the support for both the global and per-vertex modes.
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I don't see piglit tests for it, but this should be better than not
emitting it at all.
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Setting the bit without setting the offset values is kind of useless.
Fixes piglit polygon-offset (but not polygon-mode-offset).
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This is just the GL 1.1 flat shading of colors -- we don't need to support
TGSI constant interpolation bits, because we don't do GLSL 1.30.
Fixes 7 piglit tests.
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This doesn't load/store the Z contents across submits yet. It also
disables early Z, since it's going to require tracking of Z functions
across multiple state updates to track the early Z direction and whether
it can be used.
v2: Move the key setup to before the search for the key.
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This mostly just takes every draw call and turns it into a sequence of
commands that clear the FBO and draw a single shaded triangle to it,
regardless of the actual input vertices or shaders. I copied the initial
driver skeleton mostly from freedreno, and I've preserved Rob Clark's
copyright for those. I also based my initial hardcoded shaders and
command lists on Scott Mansell (phire)'s "hackdriver" project, though the
bit patterns of the shaders emitted end up being different.
v2: Rebase on gallium megadrivers changes.
v3: Rebase on PIPE_SHADER_CAP_MAX_CONSTS change.
v4: Rely on simpenrose actually being installed when building for
simulation.
v5: Add more header duplicate-include guards.
v6: Apply Emil's review (protection against vc4 sim and ilo at the same
time, and dropping the dricommon drm bits) and fix a copyright header
(thanks, Roland)
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