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Add Supports for OpenCL Alignment Decoration
Signed-off-by: Haining Tong <haining.tong@huawei.com>
1 parent 7c9691c commit 75c0df4

39 files changed

Lines changed: 2141 additions & 54 deletions

‎benchmarks/opencl/alignment/alignment1.cl‎

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// clang -x cl -cl-std=CL2.0 -target spir-unknown-unknown -cl-opt-disable -emit-llvm -c alignment1.cl -o a.bc
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// llvm-spirv a.bc -o a.spv
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// spirv-dis a.spv > alignment1.spvasm
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__kernel void test(global uint *x)
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{
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local uint3 data[2];
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data[0].x = 0;
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data[0].y = 1;
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data[0].z = 2;
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data[1].x = 3;
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data[1].y = 4;
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data[1].z = 5;
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for (int i = 0; i < 8; i++)
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{
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x[i] = *(((uint*)data) + i);
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}
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}

‎benchmarks/opencl/alignment/alignment10.cl‎

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// clang -x cl -cl-std=CL2.0 -target spir-unknown-unknown -cl-opt-disable -emit-llvm -c alignment10.cl -o a.bc
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// llvm-spirv a.bc -o a.spv
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// spirv-dis a.spv > alignment10.spvasm
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struct struct1 {
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unsigned int a[3]__attribute__ ((aligned (16)));
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unsigned int b[3]__attribute__ ((aligned (16)));
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};
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struct struct2 {
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unsigned int a[3];
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unsigned int b[3];
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};
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__kernel void test(global uint *x)
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{
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local struct struct1 s1;
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local struct struct2 s2;
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*(((uint*)s1.a[0]) + 4) = 1;
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*(((uint*)s2.a[0]) + 3) = 2;
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x[0] = s1.b[0];
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x[1] = s2.b[0];
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}

‎benchmarks/opencl/alignment/alignment2.cl‎

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// clang -x cl -cl-std=CL2.0 -target spir-unknown-unknown -cl-opt-disable -emit-llvm -c alignment2.cl -o a.bc
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// llvm-spirv a.bc -o a.spv
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// spirv-dis a.spv > alignment2.spvasm
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struct aligned_struct {
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unsigned int e0 __attribute__ ((aligned (16)));
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unsigned int e1 __attribute__ ((aligned (16)));
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};
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kernel void test(global int *x) {
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local struct aligned_struct aligned;
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local unsigned int unaligned[2];
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*(&aligned.e0) = 1;
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*(&aligned.e0 + 4) = 2;
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*(unaligned) = 3;
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*(unaligned + 1) = 4;
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x[0] = aligned.e0;
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x[1] = aligned.e1;
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x[2] = unaligned[0];
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x[3] = unaligned[1];
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}

‎benchmarks/opencl/alignment/alignment3.cl‎

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// clang -x cl -cl-std=CL2.0 -target spir-unknown-unknown -cl-opt-disable -emit-llvm -c alignment3.cl -o a.bc
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// llvm-spirv a.bc -o a.spv
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// spirv-dis a.spv > alignment3.spvasm
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struct aligned_struct {
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unsigned int e0[3] __attribute__ ((aligned (16)));
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unsigned int e1[3] __attribute__ ((aligned (16)));
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};
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kernel void test(global int *x) {
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local struct aligned_struct aligned;
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local unsigned int unaligned[2][3];
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aligned.e0[0] = 0;
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aligned.e0[1] = 1;
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aligned.e0[2] = 2;
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aligned.e1[0] = 4;
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aligned.e1[1] = 5;
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aligned.e1[2] = 6;
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unaligned[0][0] = 10;
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unaligned[0][1] = 11;
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unaligned[0][2] = 12;
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unaligned[1][0] = 13;
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unaligned[1][1] = 14;
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unaligned[1][2] = 15;
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x[0] = aligned.e0[0];
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x[1] = aligned.e0[1];
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x[2] = aligned.e0[2];
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x[3] = aligned.e1[0];
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x[4] = aligned.e1[1];
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x[5] = aligned.e1[2];
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x[6] = unaligned[0][0];
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x[7] = unaligned[0][1];
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x[8] = unaligned[0][2];
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x[9] = unaligned[1][0];
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x[10] = unaligned[1][1];
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x[11] = unaligned[1][2];
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}

‎benchmarks/opencl/alignment/alignment4.cl‎

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// clang -x cl -cl-std=CL2.0 -target spir-unknown-unknown -cl-opt-disable -emit-llvm -c alignment4.cl -o a.bc
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// llvm-spirv a.bc -o a.spv
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// spirv-dis a.spv > alignment4.spvasm
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struct aligned_struct {
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unsigned int e0[3] __attribute__ ((aligned (16)));
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unsigned int e1[3] __attribute__ ((aligned (16)));
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};
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struct nested_aligned_struct {
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struct aligned_struct as0[3] __attribute__ ((aligned (64)));
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struct aligned_struct as1[3] __attribute__ ((aligned (64)));
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};
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kernel void test(global int *x) {
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local struct nested_aligned_struct nested_aligned;
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local unsigned int unaligned[2][2][3];
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nested_aligned.as0[0].e0[0] = 0;
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nested_aligned.as0[0].e0[1] = 1;
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nested_aligned.as0[0].e0[2] = 2;
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nested_aligned.as0[0].e1[0] = 3;
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nested_aligned.as0[0].e1[1] = 4;
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nested_aligned.as0[0].e1[2] = 5;
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nested_aligned.as0[1].e0[0] = 6;
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nested_aligned.as0[1].e0[1] = 7;
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nested_aligned.as0[1].e0[2] = 8;
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nested_aligned.as0[1].e1[0] = 9;
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nested_aligned.as0[1].e1[1] = 10;
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nested_aligned.as0[1].e1[2] = 11;
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nested_aligned.as0[2].e0[0] = 12;
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nested_aligned.as0[2].e0[1] = 13;
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nested_aligned.as0[2].e0[2] = 14;
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nested_aligned.as0[2].e1[0] = 15;
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nested_aligned.as0[2].e1[1] = 16;
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nested_aligned.as0[2].e1[2] = 17;
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nested_aligned.as1[0].e0[0] = 18;
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nested_aligned.as1[0].e0[1] = 19;
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nested_aligned.as1[0].e0[2] = 20;
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nested_aligned.as1[0].e1[0] = 21;
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nested_aligned.as1[0].e1[1] = 22;
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nested_aligned.as1[0].e1[2] = 23;
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nested_aligned.as1[1].e0[0] = 24;
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nested_aligned.as1[1].e0[1] = 25;
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nested_aligned.as1[1].e0[2] = 26;
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nested_aligned.as1[1].e1[0] = 27;
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nested_aligned.as1[1].e1[1] = 28;
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nested_aligned.as1[1].e1[2] = 29;
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nested_aligned.as1[2].e0[0] = 30;
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nested_aligned.as1[2].e0[1] = 31;
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nested_aligned.as1[2].e0[2] = 32;
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nested_aligned.as1[2].e1[0] = 33;
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nested_aligned.as1[2].e1[1] = 34;
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nested_aligned.as1[2].e1[2] = 35;
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unaligned[0][0][0] = 36;
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unaligned[0][0][1] = 37;
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unaligned[0][0][2] = 38;
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unaligned[0][1][0] = 39;
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unaligned[0][1][1] = 40;
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unaligned[0][1][2] = 41;
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unaligned[1][0][0] = 42;
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unaligned[1][0][1] = 43;
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unaligned[1][0][2] = 44;
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unaligned[1][1][0] = 45;
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unaligned[1][1][1] = 46;
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unaligned[1][1][2] = 47;
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x[0] = nested_aligned.as0[0].e0[0];
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x[1] = nested_aligned.as0[0].e0[1];
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x[2] = nested_aligned.as0[0].e0[2];
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x[3] = nested_aligned.as0[0].e1[0];
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x[4] = nested_aligned.as0[0].e1[1];
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x[5] = nested_aligned.as0[0].e1[2];
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x[6] = nested_aligned.as0[1].e0[0];
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x[7] = nested_aligned.as0[1].e0[1];
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x[8] = nested_aligned.as0[1].e0[2];
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x[9] = nested_aligned.as0[1].e1[0];
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x[10] = nested_aligned.as0[1].e1[1];
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x[11] = nested_aligned.as0[1].e1[2];
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x[12] = nested_aligned.as0[2].e0[0];
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x[13] = nested_aligned.as0[2].e0[1];
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x[14] = nested_aligned.as0[2].e0[2];
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x[15] = nested_aligned.as0[2].e1[0];
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x[16] = nested_aligned.as0[2].e1[1];
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x[17] = nested_aligned.as0[2].e1[2];
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x[18] = nested_aligned.as1[0].e0[0];
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x[19] = nested_aligned.as1[0].e0[1];
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x[20] = nested_aligned.as1[0].e0[2];
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x[21] = nested_aligned.as1[0].e1[0];
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x[22] = nested_aligned.as1[0].e1[1];
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x[23] = nested_aligned.as1[0].e1[2];
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x[24] = nested_aligned.as1[1].e0[0];
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x[25] = nested_aligned.as1[1].e0[1];
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x[26] = nested_aligned.as1[1].e0[2];
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x[27] = nested_aligned.as1[1].e1[0];
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x[28] = nested_aligned.as1[1].e1[1];
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x[29] = nested_aligned.as1[1].e1[2];
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x[30] = nested_aligned.as1[2].e0[0];
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x[31] = nested_aligned.as1[2].e0[1];
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x[32] = nested_aligned.as1[2].e0[2];
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x[33] = nested_aligned.as1[2].e1[0];
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x[34] = nested_aligned.as1[2].e1[1];
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x[35] = nested_aligned.as1[2].e1[2];
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x[36] = unaligned[0][0][0];
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x[37] = unaligned[0][0][1];
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x[38] = unaligned[0][0][2];
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x[39] = unaligned[0][1][0];
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x[40] = unaligned[0][1][1];
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x[41] = unaligned[0][1][2];
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x[42] = unaligned[1][0][0];
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x[43] = unaligned[1][0][1];
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x[44] = unaligned[1][0][2];
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x[45] = unaligned[1][1][0];
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x[46] = unaligned[1][1][1];
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x[47] = unaligned[1][1][2];
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}

‎benchmarks/opencl/alignment/alignment5.cl‎

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// clang -x cl -cl-std=CL2.0 -target spir-unknown-unknown -cl-opt-disable -emit-llvm -c alignment5.cl -o a.bc
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// llvm-spirv a.bc -o a.spv
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// spirv-dis a.spv > alignment5.spvasm
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struct struct1 {
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int a; // 4 bytes, aligned to 4
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char b; // 1 byte
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}__attribute__ ((aligned (16)));
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struct struct2 {
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char b; // 1 byte
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int a; // 4 bytes, aligned to 4
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};
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__kernel void manual_vs_struct(__global uchar *out)
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{
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local struct struct1 s1;
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local struct struct2 s2;
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s1.a = 0;
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s1.b = 1;
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s2.a = 2;
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s2.b = 3;
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*((int *)(&s1.a + 1)) = 22;
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*((int *)(&s2.a + 1)) = 33;
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out[0] = s1.a;
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out[1] = s1.b;
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out[2] = s2.a;
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out[3] = s2.b;
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}

‎benchmarks/opencl/alignment/alignment6.cl‎

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// clang -x cl -cl-std=CL2.0 -target spir-unknown-unknown -cl-opt-disable -emit-llvm -c alignment6.cl -o a.bc
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// llvm-spirv a.bc -o a.spv
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// spirv-dis a.spv > alignment6.spvasm
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struct aligned_struct {
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unsigned int e0[3] __attribute__ ((aligned (16)));
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unsigned int e1[3] __attribute__ ((aligned (16)));
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};
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global struct aligned_struct aligned;
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kernel void test(global int *x, global struct aligned_struct *aligned) {
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local unsigned int unaligned[2][3];
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aligned->e0[0] = 0;
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aligned->e0[1] = 1;
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aligned->e0[2] = 2;
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aligned->e1[0] = 4;
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aligned->e1[1] = 5;
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aligned->e1[2] = 6;
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unaligned[0][0] = 10;
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unaligned[0][1] = 11;
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unaligned[0][2] = 12;
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unaligned[1][0] = 13;
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unaligned[1][1] = 14;
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unaligned[1][2] = 15;
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x[0] = aligned->e0[0];
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x[1] = aligned->e0[1];
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x[2] = aligned->e0[2];
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x[3] = aligned->e1[0];
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x[4] = aligned->e1[1];
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x[5] = aligned->e1[2];
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x[6] = unaligned[0][0];
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x[7] = unaligned[0][1];
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x[8] = unaligned[0][2];
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x[9] = unaligned[1][0];
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x[10] = unaligned[1][1];
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x[11] = unaligned[1][2];
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}

‎benchmarks/opencl/alignment/alignment7.cl‎

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// clang -x cl -cl-std=CL2.0 -target spir-unknown-unknown -cl-opt-disable -emit-llvm -c alignment7.cl -o a.bc
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// llvm-spirv a.bc -o a.spv
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// spirv-dis a.spv > alignment7.spvasm
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struct struct1 {
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int a; // 4 bytes, aligned to 4
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char b; // 1 byte
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}__attribute__ ((aligned (16)));
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struct struct2 {
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char b; // 1 byte
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int a; // 4 bytes, aligned to 4
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};
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global struct struct1 s1;
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global struct struct2 s2;
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__kernel void manual_vs_struct(__global uchar *out, __global struct struct1 *s1, __global struct struct2 *s2)
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{
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s1->a = 0;
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s1->b = 1;
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s2->a = 2;
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s2->b = 3;
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*((int *)(&s1->a + 1)) = 22;
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*((int *)(&s2->a + 1)) = 33;
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out[0] = s1->a;
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out[1] = s1->b;
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out[2] = s2->a;
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out[3] = s2->b;
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}

‎benchmarks/opencl/alignment/alignment8.cl‎

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// clang -x cl -cl-std=CL2.0 -target spir-unknown-unknown -cl-opt-disable -emit-llvm -c alignment8.cl -o a.bc
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// llvm-spirv a.bc -o a.spv
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// spirv-dis a.spv > alignment8.spvasm
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struct aligned_struct {
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unsigned int e0 __attribute__ ((aligned (16)));
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unsigned int e1 __attribute__ ((aligned (16)));
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};
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global struct aligned_struct aligned;
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kernel void test(global int *x, global struct aligned_struct *aligned) {
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local unsigned int unaligned[2];
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*(&aligned->e0) = 1;
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*(&aligned->e0 + 4) = 2;
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*(unaligned) = 3;
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*(unaligned + 1) = 4;
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x[0] = aligned->e0;
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x[1] = aligned->e1;
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x[2] = unaligned[0];
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x[3] = unaligned[1];
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}

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