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We'll have to do some unification now to reduce code duplication.
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Conflicts:
src/gallium/drivers/nouveau/nouveau_class.h
src/gallium/drivers/nv50/nv50_screen.c
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Mesa doesn't respect it anyway, but this makes it assert rather
than threads access areas of l[] that don't belong to them.
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At some point we'll want to support real subroutines instead of
just inlining them into the main shader.
Since recursive calls are forbidden, we can just save all used
registers to a fixed local memory region and restore them on a
return, no need for a stack pointer.
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It doesn't seem to be possible to set the egdeflag in the
vertex shader, so we need to fallback to pushing vertices
through the FIFO and use method 0x15e4 if they are used.
This only works if VP does MOV OUT[X] IN[Y] where X is the
edgeflag output, and Y is saved so we can tell the correct
input later.
The VP still writes the useless values to wasted outputs
as punishment.
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Sometimes we want non-float immediates, hacking them into
floats isn't nice.
Sorry, this should have already been committed before.
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For each FP input, don't assume that the VP output will be
at the same position, but scan the semantics instead, then
put the correct output reg indices into VP_RESULT_MAP.
Position is still assumed to be the first output/input.
See 07fafc7c9346aa260829603bf3188596481e9e62, which renders
previous assumptions incorrect.
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Allocation is unnecessary since all uniforms are
uploaded on every constant buffer change anyway.
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This moves construction of the mapping between VP outputs
and FP inputs into validation.
The map also contains slots for special outputs like clip
distance and point size, so we need to at least merge the
VP related and FP related parts on validation if we want
to support those.
Now we match every single FP input component with results
from the VP and leave those not read out of the map, or
replace those not written by 0 (xyz) or 1 (w).
The bitmap indicating linear interpolants is also filled,
and flat FP inputs are mapped in only after non-flat ones,
as is required.
Furthermore, we can save some space by only fetching VP
attrs we actually use, and avoid wasting any output regs
because of TGSI using less than 4 components.
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Use different buffers for immds, FP params, and VP params.
One has to map constant buffer indices in shader code to buffers
defined via CB_DEF. In principle, we could use more buffers so
we'd have to change the shader code less frequently.
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VP outputs that should be loadable in the FP are mapped to
interpolant indices by HPOS, COL0 etc.; of course HPOS is
always written, so the highest byte of 1988 is a bitmask that
selects which components of HPOS are used for interpolants,
i.e. the FP inputs in COL0 start at index POPCNT(1988[24:28]).
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