cf1bf1c6ae
Rolled the hashes used for glslang, SPIRV-Tools, and SPIRV-Headers to HEAD, which includes the update to 1.5. Added passing '--amb' to glslang, so I didn't have to explicitly set bindings in a large number of test shaders that currently don't, and now glslang considers them invalid. Marked all shaders that no longer pass spirv-val as .invalid.
180 lines
3.2 KiB
Plaintext
180 lines
3.2 KiB
Plaintext
#include <metal_stdlib>
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#include <simd/simd.h>
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using namespace metal;
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struct SSBOUint
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{
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uint a;
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uint b;
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uint c;
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uint d;
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uint2 a2;
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uint2 b2;
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uint2 c2;
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uint2 d2;
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uint3 a3;
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uint3 b3;
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uint3 c3;
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uint3 d3;
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uint4 a4;
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uint4 b4;
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uint4 c4;
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uint4 d4;
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};
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struct ResType
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{
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uint _m0;
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uint _m1;
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};
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struct ResType_1
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{
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uint2 _m0;
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uint2 _m1;
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};
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struct ResType_2
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{
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uint3 _m0;
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uint3 _m1;
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};
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struct ResType_3
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{
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uint4 _m0;
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uint4 _m1;
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};
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struct SSBOInt
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{
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int a;
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int b;
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int c;
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int d;
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int2 a2;
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int2 b2;
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int2 c2;
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int2 d2;
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int3 a3;
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int3 b3;
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int3 c3;
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int3 d3;
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int4 a4;
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int4 b4;
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int4 c4;
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int4 d4;
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};
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struct ResType_4
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{
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int _m0;
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int _m1;
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};
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struct ResType_5
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{
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int2 _m0;
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int2 _m1;
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};
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struct ResType_6
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{
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int3 _m0;
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int3 _m1;
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};
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struct ResType_7
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{
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int4 _m0;
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int4 _m1;
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};
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constant uint3 gl_WorkGroupSize [[maybe_unused]] = uint3(1u);
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kernel void main0(device SSBOUint& u [[buffer(0)]], device SSBOInt& i [[buffer(1)]])
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{
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ResType _25;
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_25._m0 = u.a + u.b;
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_25._m1 = select(uint(1), uint(0), _25._m0 >= max(u.a, u.b));
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u.d = _25._m1;
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u.c = _25._m0;
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ResType_1 _40;
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_40._m0 = u.a2 + u.b2;
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_40._m1 = select(uint2(1), uint2(0), _40._m0 >= max(u.a2, u.b2));
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u.d2 = _40._m1;
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u.c2 = _40._m0;
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ResType_2 _55;
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_55._m0 = u.a3 + u.b3;
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_55._m1 = select(uint3(1), uint3(0), _55._m0 >= max(u.a3, u.b3));
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u.d3 = _55._m1;
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u.c3 = _55._m0;
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ResType_3 _70;
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_70._m0 = u.a4 + u.b4;
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_70._m1 = select(uint4(1), uint4(0), _70._m0 >= max(u.a4, u.b4));
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u.d4 = _70._m1;
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u.c4 = _70._m0;
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ResType _79;
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_79._m0 = u.a - u.b;
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_79._m1 = select(uint(1), uint(0), u.a >= u.b);
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u.d = _79._m1;
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u.c = _79._m0;
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ResType_1 _88;
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_88._m0 = u.a2 - u.b2;
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_88._m1 = select(uint2(1), uint2(0), u.a2 >= u.b2);
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u.d2 = _88._m1;
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u.c2 = _88._m0;
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ResType_2 _97;
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_97._m0 = u.a3 - u.b3;
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_97._m1 = select(uint3(1), uint3(0), u.a3 >= u.b3);
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u.d3 = _97._m1;
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u.c3 = _97._m0;
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ResType_3 _106;
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_106._m0 = u.a4 - u.b4;
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_106._m1 = select(uint4(1), uint4(0), u.a4 >= u.b4);
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u.d4 = _106._m1;
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u.c4 = _106._m0;
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ResType _116;
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_116._m0 = u.a * u.b;
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_116._m1 = mulhi(u.a, u.b);
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u.d = _116._m0;
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u.c = _116._m1;
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ResType_1 _125;
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_125._m0 = u.a2 * u.b2;
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_125._m1 = mulhi(u.a2, u.b2);
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u.d2 = _125._m0;
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u.c2 = _125._m1;
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ResType_2 _134;
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_134._m0 = u.a3 * u.b3;
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_134._m1 = mulhi(u.a3, u.b3);
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u.d3 = _134._m0;
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u.c3 = _134._m1;
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ResType_3 _143;
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_143._m0 = u.a4 * u.b4;
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_143._m1 = mulhi(u.a4, u.b4);
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u.d4 = _143._m0;
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u.c4 = _143._m1;
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ResType_4 _160;
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_160._m0 = i.a * i.b;
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_160._m1 = mulhi(i.a, i.b);
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i.d = _160._m0;
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i.c = _160._m1;
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ResType_5 _171;
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_171._m0 = i.a2 * i.b2;
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_171._m1 = mulhi(i.a2, i.b2);
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i.d2 = _171._m0;
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i.c2 = _171._m1;
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ResType_6 _182;
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_182._m0 = i.a3 * i.b3;
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_182._m1 = mulhi(i.a3, i.b3);
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i.d3 = _182._m0;
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i.c3 = _182._m1;
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ResType_7 _193;
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_193._m0 = i.a4 * i.b4;
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_193._m1 = mulhi(i.a4, i.b4);
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i.d4 = _193._m0;
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i.c4 = _193._m1;
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}
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