relationals / shuffle_built_in PASS

Test metadata

Name shuffle_built_in
Category relationals
Suite Khronos OpenCL CTS
Suite version 80a4a833
Executable path /test_conformance/relationals/bin/test_relationals
Arguments shuffle_built_in

Run metadata

Parent job Job 113
Revision 2ca51d43f10cf99… / phab-diff-500842: [SPIRV] fix several issues in builds with expe…
Driver version NEO 22.34.24023; IGC 1.0.11702.1
Date run 03/01/2023
Duration 1 minute
Status PASS

Runner output

Stdout from the runner of the corresponding OpenCL CTS test:

Initializing random seed to 0.
Requesting Default device based on command line for platform index 0 and device index 0
Compute Device Name = Intel(R) UHD Graphics 630 [0x3e98], Compute Device Vendor = Intel(R) Corporation, Compute Device Version = OpenCL 3.0 NEO , CL C Version = OpenCL C 1.2
Device latest conformance version passed: v2022-04-22-00
Supports single precision denormals: YES
sizeof( void*) = 8 (host)
sizeof( void*) = 8 (device)
shuffle_built_in...
Testing [char2 to char2]... Passed.
Testing [char2 to char4]... Passed.
Testing [char2 to char8]... Passed.
Testing [char2 to char16]... Passed.
Testing [char4 to char2]... Passed.
Testing [char4 to char4]... Passed.
Testing [char4 to char8]... Passed.
Testing [char4 to char16]... Passed.
Testing [char8 to char2]... Passed.
Testing [char8 to char4]... Passed.
Testing [char8 to char8]... Passed.
Testing [char8 to char16]... Passed.
Testing [char16 to char2]... Passed.
Testing [char16 to char4]... Passed.
Testing [char16 to char8]... Passed.
Testing [char16 to char16]... Passed.
Testing [uchar2 to uchar2]... Passed.
Testing [uchar2 to uchar4]... Passed.
Testing [uchar2 to uchar8]... Passed.
Testing [uchar2 to uchar16]... Passed.
Testing [uchar4 to uchar2]... Passed.
Testing [uchar4 to uchar4]... Passed.
Testing [uchar4 to uchar8]... Passed.
Testing [uchar4 to uchar16]... Passed.
Testing [uchar8 to uchar2]... Passed.
Testing [uchar8 to uchar4]... Passed.
Testing [uchar8 to uchar8]... Passed.
Testing [uchar8 to uchar16]... Passed.
Testing [uchar16 to uchar2]... Passed.
Testing [uchar16 to uchar4]... Passed.
Testing [uchar16 to uchar8]... Passed.
Testing [uchar16 to uchar16]... Passed.
Testing [short2 to short2]... Passed.
Testing [short2 to short4]... Passed.
Testing [short2 to short8]... Passed.
Testing [short2 to short16]... Passed.
Testing [short4 to short2]... Passed.
Testing [short4 to short4]... Passed.
Testing [short4 to short8]... Passed.
Testing [short4 to short16]... Passed.
Testing [short8 to short2]... Passed.
Testing [short8 to short4]... Passed.
Testing [short8 to short8]... Passed.
Testing [short8 to short16]... Passed.
Testing [short16 to short2]... Passed.
Testing [short16 to short4]... Passed.
Testing [short16 to short8]... Passed.
Testing [short16 to short16]... Passed.
Testing [ushort2 to ushort2]... Passed.
Testing [ushort2 to ushort4]... Passed.
Testing [ushort2 to ushort8]... Passed.
Testing [ushort2 to ushort16]... Passed.
Testing [ushort4 to ushort2]... Passed.
Testing [ushort4 to ushort4]... Passed.
Testing [ushort4 to ushort8]... Passed.
Testing [ushort4 to ushort16]... Passed.
Testing [ushort8 to ushort2]... Passed.
Testing [ushort8 to ushort4]... Passed.
Testing [ushort8 to ushort8]... Passed.
Testing [ushort8 to ushort16]... Passed.
Testing [ushort16 to ushort2]... Passed.
Testing [ushort16 to ushort4]... Passed.
Testing [ushort16 to ushort8]... Passed.
Testing [ushort16 to ushort16]... Passed.
Testing [int2 to int2]... Passed.
Testing [int2 to int4]... Passed.
Testing [int2 to int8]... Passed.
Testing [int2 to int16]... Passed.
Testing [int4 to int2]... Passed.
Testing [int4 to int4]... Passed.
Testing [int4 to int8]... Passed.
Testing [int4 to int16]... Passed.
Testing [int8 to int2]... Passed.
Testing [int8 to int4]... Passed.
Testing [int8 to int8]... Passed.
Testing [int8 to int16]... Passed.
Testing [int16 to int2]... Passed.
Testing [int16 to int4]... Passed.
Testing [int16 to int8]... Passed.
Testing [int16 to int16]... Passed.
Testing [uint2 to uint2]... Passed.
Testing [uint2 to uint4]... Passed.
Testing [uint2 to uint8]... Passed.
Testing [uint2 to uint16]... Passed.
Testing [uint4 to uint2]... Passed.
Testing [uint4 to uint4]... Passed.
Testing [uint4 to uint8]... Passed.
Testing [uint4 to uint16]... Passed.
Testing [uint8 to uint2]... Passed.
Testing [uint8 to uint4]... Passed.
Testing [uint8 to uint8]... Passed.
Testing [uint8 to uint16]... Passed.
Testing [uint16 to uint2]... Passed.
Testing [uint16 to uint4]... Passed.
Testing [uint16 to uint8]... Passed.
Testing [uint16 to uint16]... Passed.
Testing [long2 to long2]... Passed.
Testing [long2 to long4]... Passed.
Testing [long2 to long8]... Passed.
Testing [long2 to long16]... Passed.
Testing [long4 to long2]... Passed.
Testing [long4 to long4]... Passed.
Testing [long4 to long8]... Passed.
Testing [long4 to long16]... Passed.
Testing [long8 to long2]... Passed.
Testing [long8 to long4]... Passed.
Testing [long8 to long8]... Passed.
Testing [long8 to long16]... Passed.
Testing [long16 to long2]... Passed.
Testing [long16 to long4]... Passed.
Testing [long16 to long8]... Passed.
Testing [long16 to long16]... Passed.
Testing [ulong2 to ulong2]... Passed.
Testing [ulong2 to ulong4]... Passed.
Testing [ulong2 to ulong8]... Passed.
Testing [ulong2 to ulong16]... Passed.
Testing [ulong4 to ulong2]... Passed.
Testing [ulong4 to ulong4]... Passed.
Testing [ulong4 to ulong8]... Passed.
Testing [ulong4 to ulong16]... Passed.
Testing [ulong8 to ulong2]... Passed.
Testing [ulong8 to ulong4]... Passed.
Testing [ulong8 to ulong8]... Passed.
Testing [ulong8 to ulong16]... Passed.
Testing [ulong16 to ulong2]... Passed.
Testing [ulong16 to ulong4]... Passed.
Testing [ulong16 to ulong8]... Passed.
Testing [ulong16 to ulong16]... Passed.
Testing [float2 to float2]... Passed.
Testing [float2 to float4]... Passed.
Testing [float2 to float8]... Passed.
Testing [float2 to float16]... Passed.
Testing [float4 to float2]... Passed.
Testing [float4 to float4]... Passed.
Testing [float4 to float8]... Passed.
Testing [float4 to float16]... Passed.
Testing [float8 to float2]... Passed.
Testing [float8 to float4]... Passed.
Testing [float8 to float8]... Passed.
Testing [float8 to float16]... Passed.
Testing [float16 to float2]... Passed.
Testing [float16 to float4]... Passed.
Testing [float16 to float8]... Passed.
Testing [float16 to float16]... Passed.
Testing doubles.
Testing [double2 to double2]... Passed.
Testing [double2 to double4]... Passed.
Testing [double2 to double8]... Passed.
Testing [double2 to double16]... Passed.
Testing [double4 to double2]... Passed.
Testing [double4 to double4]... Passed.
Testing [double4 to double8]... Passed.
Testing [double4 to double16]... Passed.
Testing [double8 to double2]... Passed.
Testing [double8 to double4]... Passed.
Testing [double8 to double8]... Passed.
Testing [double8 to double16]... Passed.
Testing [double16 to double2]... Passed.
Testing [double16 to double4]... Passed.
Testing [double16 to double8]... Passed.
Testing [double16 to double16]... Passed.
shuffle_built_in passed
PASSED sub-test.
PASSED test.

Stderr from the runner of the corresponding OpenCL CTS test:

Runner dumps

The files below were generated by the Intel Graphics Compiler after setting the IGC_ShaderDumpEnable=1 variable. OCL_asmX_before_spirv_backend.spv is the input binary SPIR-V generated by the IGC's OpenCL frontend, from which the SPIRV-LLVM-Translator generates OCL_asmX_before_spirv_backend.ll module which is passed to the SPIR-V backend. The backend outputs OCL_asmX_after_spirv_backend.spv SPIR-V binary which returns to IGC to be translated to LLVM module OCL_asmX_after_spirv_backend.ll for further compilation.