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//TEST:SIMPLE(filecheck=METAL): -target metal -stage compute -entry computeMain
//TEST:SIMPLE(filecheck=METALLIB): -target metallib -stage compute -entry computeMain
//TEST(compute, metal):COMPARE_COMPUTE_EX:-metal -compute -output-using-type
//TEST(compute, vulkan):COMPARE_COMPUTE_EX:-vk -compute -output-using-type
//METALLIB: @computeMain
//TEST_INPUT: RWTexture1D(format=R32Uint, size=15, content=one):name uintTexture1D
RWTexture1D<uint> uintTexture1D;
//TEST_INPUT: RWTexture1D(format=R32Sint, size=15, content=one):name intTexture1D
RWTexture1D<int> intTexture1D;
//TEST_INPUT: RWTexture1D(format=R32Uint, size=15, content=one, arrayLength=2):name uintTexture1DArray
RWTexture1DArray<uint> uintTexture1DArray;
//TEST_INPUT: RWTexture1D(format=R32Sint, size=15, content=one, arrayLength=2):name intTexture1DArray
RWTexture1DArray<int> intTexture1DArray;
//TEST_INPUT: ubuffer(data=[0], stride=1, count=368):out,name outBuffer
RWStructuredBuffer<int> outBuffer;
void test()
{
int valInt = 3;
int originalValueInt = 999;
int compareValueInt = 1;
uint valUInt = 3;
uint originalValueUInt = 999;
int compareValueUInt = 1;
// Texture1D
// METAL: .atomic_fetch_add
// METAL: .atomic_fetch_and
// METAL: .atomic_fetch_max
// METAL: .atomic_fetch_min
// METAL: .atomic_fetch_or
// METAL: .atomic_fetch_xor
// METAL: .atomic_fetch_add
// METAL: .atomic_fetch_and
// METAL: .atomic_fetch_max
// METAL: .atomic_fetch_min
// METAL: .atomic_fetch_or
// METAL: .atomic_fetch_xor
// METAL: .atomic_exchange
// METAL: .atomic_compare_exchange_weak
// METAL: .atomic_compare_exchange_weak
// METAL: .atomic_fetch_add
// METAL: .atomic_fetch_and
// METAL: .atomic_fetch_max
// METAL: .atomic_fetch_min
// METAL: .atomic_fetch_or
// METAL: .atomic_fetch_xor
// METAL: .atomic_fetch_add
// METAL: .atomic_fetch_and
// METAL: .atomic_fetch_max
// METAL: .atomic_fetch_min
// METAL: .atomic_fetch_or
// METAL: .atomic_fetch_xor
// METAL: .atomic_exchange
// METAL: .atomic_compare_exchange_weak
// METAL: .atomic_compare_exchange_weak
int o = 0;
int i = 0;
InterlockedAdd(uintTexture1D[i++], valUInt);
InterlockedAnd(uintTexture1D[i++], valUInt);
InterlockedMax(uintTexture1D[i++], valUInt);
InterlockedMin(uintTexture1D[i++], valUInt);
InterlockedOr(uintTexture1D[i++], valUInt);
InterlockedXor(uintTexture1D[i++], valUInt);
InterlockedAdd(uintTexture1D[i++], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedAnd(uintTexture1D[i++], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedMax(uintTexture1D[i++], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedMin(uintTexture1D[i++], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedOr(uintTexture1D[i++], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedXor(uintTexture1D[i++], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedExchange(uintTexture1D[i++], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedCompareExchange(uintTexture1D[i++], valUInt, compareValueUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedCompareStore(uintTexture1D[i++], valUInt, compareValueUInt);
i = 0;
InterlockedAdd(intTexture1D[i++], valInt);
InterlockedAnd(intTexture1D[i++], valInt);
InterlockedMax(intTexture1D[i++], valInt);
InterlockedMin(intTexture1D[i++], valInt);
InterlockedOr(intTexture1D[i++], valInt);
InterlockedXor(intTexture1D[i++], valInt);
InterlockedAdd(intTexture1D[i++], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedAnd(intTexture1D[i++], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedMax(intTexture1D[i++], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedMin(intTexture1D[i++], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedOr(intTexture1D[i++], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedXor(intTexture1D[i++], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedExchange(intTexture1D[i++], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedCompareExchange(intTexture1D[i++], valInt, compareValueInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedCompareStore(intTexture1D[i++], valInt, compareValueUInt);
// Texture1DArray
// METAL: .atomic_fetch_add
// METAL: .atomic_fetch_and
// METAL: .atomic_fetch_max
// METAL: .atomic_fetch_min
// METAL: .atomic_fetch_or
// METAL: .atomic_fetch_xor
// METAL: .atomic_fetch_add
// METAL: .atomic_fetch_and
// METAL: .atomic_fetch_max
// METAL: .atomic_fetch_min
// METAL: .atomic_fetch_or
// METAL: .atomic_fetch_xor
// METAL: .atomic_exchange
// METAL: .atomic_compare_exchange_weak
// METAL: .atomic_compare_exchange_weak
// METAL: .atomic_fetch_add
// METAL: .atomic_fetch_and
// METAL: .atomic_fetch_max
// METAL: .atomic_fetch_min
// METAL: .atomic_fetch_or
// METAL: .atomic_fetch_xor
// METAL: .atomic_fetch_add
// METAL: .atomic_fetch_and
// METAL: .atomic_fetch_max
// METAL: .atomic_fetch_min
// METAL: .atomic_fetch_or
// METAL: .atomic_fetch_xor
// METAL: .atomic_exchange
// METAL: .atomic_compare_exchange_weak
// METAL: .atomic_compare_exchange_weak
i = 0;
InterlockedAdd(uintTexture1DArray[uint2(i++, 0)], valUInt);
InterlockedAnd(uintTexture1DArray[uint2(i++, 0)], valUInt);
InterlockedMax(uintTexture1DArray[uint2(i++, 0)], valUInt);
InterlockedMin(uintTexture1DArray[uint2(i++, 0)], valUInt);
InterlockedOr(uintTexture1DArray[uint2(i++, 0)], valUInt);
InterlockedXor(uintTexture1DArray[uint2(i++, 0)], valUInt);
InterlockedAdd(uintTexture1DArray[uint2(i++, 0)], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedAnd(uintTexture1DArray[uint2(i++, 0)], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedMax(uintTexture1DArray[uint2(i++, 0)], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedMin(uintTexture1DArray[uint2(i++, 0)], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedOr(uintTexture1DArray[uint2(i++, 0)], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedXor(uintTexture1DArray[uint2(i++, 0)], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedExchange(uintTexture1DArray[uint2(i++, 0)], valUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedCompareExchange(uintTexture1DArray[uint2(i++, 0)], valUInt, compareValueUInt, originalValueUInt);
outBuffer[o++] = originalValueUInt;
InterlockedCompareStore(uintTexture1DArray[uint2(i++, 0)], valUInt, compareValueUInt);
i = 0;
InterlockedAdd(intTexture1DArray[uint2(i++, 0)], valInt);
InterlockedAnd(intTexture1DArray[uint2(i++, 0)], valInt);
InterlockedMax(intTexture1DArray[uint2(i++, 0)], valInt);
InterlockedMin(intTexture1DArray[uint2(i++, 0)], valInt);
InterlockedOr(intTexture1DArray[uint2(i++, 0)], valInt);
InterlockedXor(intTexture1DArray[uint2(i++, 0)], valInt);
InterlockedAdd(intTexture1DArray[uint2(i++, 0)], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedAnd(intTexture1DArray[uint2(i++, 0)], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedMax(intTexture1DArray[uint2(i++, 0)], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedMin(intTexture1DArray[uint2(i++, 0)], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedOr(intTexture1DArray[uint2(i++, 0)], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedXor(intTexture1DArray[uint2(i++, 0)], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedExchange(intTexture1DArray[uint2(i++, 0)], valInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedCompareExchange(intTexture1DArray[uint2(i++, 0)], valInt, compareValueInt, originalValueInt);
outBuffer[o++] = originalValueInt;
InterlockedCompareStore(intTexture1DArray[uint2(i++, 0)], valUInt, compareValueUInt);
// Copy to output
int test_count = i;
for (i=0; i<test_count; i++) {
outBuffer[o + test_count*0 + i] = uintTexture1D[i];
outBuffer[o + test_count*1 + i] = intTexture1D[i];
outBuffer[o + test_count*2 + i] = uintTexture1DArray[uint2(i, 0)];
outBuffer[o + test_count*3 + i] = intTexture1DArray[uint2(i, 0)];
}
}
[numthreads(1, 1, 1)]
void computeMain()
{
test();
}
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