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MapNames.cpp
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1759 lines (1726 loc) · 89 KB
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//===--------------- MapNames.cpp -----------------------------------------===//
//
// Part of the LLVM Project, under the Apache License v2.0 with LLVM Exceptions.
// See https://llvm.org/LICENSE.txt for license information.
// SPDX-License-Identifier: Apache-2.0 WITH LLVM-exception
//
//===----------------------------------------------------------------------===//
#include "RuleInfra/MapNames.h"
#include "AnalysisInfo.h"
using namespace clang;
using namespace clang::dpct;
namespace clang {
namespace dpct {
std::vector<std::string> MapNames::ClNamespace;
// Not use dpct:: namespace explicitly
// KeepNamespace = false/true --> ""/"dpct::"
std::vector<std::string> MapNames::DpctNamespace(2);
std::string MapNames::getClNamespace(bool KeepNamespace, bool IsMathFunc) {
return ClNamespace[(KeepNamespace << 1) + IsMathFunc];
}
std::string MapNames::getDpctNamespace(bool KeepNamespace) {
return DpctNamespace[KeepNamespace];
}
std::string MapNames::getExpNamespace(bool KeepNamespace) {
return getClNamespace(KeepNamespace, false) + "ext::oneapi::experimental::";
}
std::unordered_map<std::string, std::shared_ptr<ClassFieldRule>>
MapNames::ClassFieldMap;
std::unordered_map<std::string, std::shared_ptr<TypeNameRule>>
MapNames::TypeNamesMap;
std::unordered_set<std::string> MapNames::SYCLcompatUnsupportTypes;
std::unordered_map<std::string, std::shared_ptr<EnumNameRule>>
MapNames::EnumNamesMap;
MapNames::MapTy MapNames::ITFName;
namespace {
auto EnumBit = [](auto EnumValue) {
return 1 << static_cast<unsigned>(EnumValue);
};
void checkExplicitNamespaceBits(unsigned ExplicitNamespaceBits) {
static constexpr unsigned BitNone = EnumBit(ExplicitNamespace::EN_None);
static constexpr unsigned BitsExclusive =
EnumBit(ExplicitNamespace::EN_SYCL) |
EnumBit(ExplicitNamespace::EN_SYCL_Math);
while (1) {
if ((ExplicitNamespaceBits & BitNone) && (ExplicitNamespaceBits ^ BitNone))
break;
if ((ExplicitNamespaceBits & BitsExclusive) == BitsExclusive)
break;
if (DpctGlobalInfo::useSYCLCompat()) {
if (ExplicitNamespaceBits & EnumBit(ExplicitNamespace::EN_DPCT))
break;
} else if (ExplicitNamespaceBits &
EnumBit(ExplicitNamespace::EN_SYCLCompat)) {
break;
}
return;
}
ShowStatus(MigrationErrorInvalidExplicitNamespace);
dpctExit(MigrationErrorInvalidExplicitNamespace);
}
const std::string &getDpctNamespaceName() {
const static std::string Name = [](bool Use) {
if (Use)
return "syclcompat";
else
return "dpct";
}(DpctGlobalInfo::useSYCLCompat());
return Name;
}
std::string LibraryHelperNamespace("dpct::");
bool ExplicitHelperNamespace = true;
bool ExplicitSYCLNamespace = true;
} // namespace
void DpctGlobalInfo::printUsingNamespace(llvm::raw_ostream &OS) {
auto printUsing = [](llvm::raw_ostream &OS, const std::string &Name) {
OS << "using namespace " << Name << ";" << getNL();
};
if (!ExplicitHelperNamespace)
printUsing(OS, getDpctNamespaceName());
if (!ExplicitSYCLNamespace)
printUsing(OS, "sycl");
}
const std::string &MapNames::getLibraryHelperNamespace() {
return LibraryHelperNamespace;
}
const std::string &MapNames::getCheckErrorMacroName() {
static const std::string Name = DpctGlobalInfo::useSYCLCompat()
? "SYCLCOMPAT_CHECK_ERROR"
: "DPCT_CHECK_ERROR";
return Name;
}
void MapNames::setExplicitNamespaceMap(
const std::set<ExplicitNamespace> &ExplicitNamespaces) {
unsigned ExplicitNamespaceBits = 0;
for (auto Val : ExplicitNamespaces)
ExplicitNamespaceBits |= EnumBit(Val);
checkExplicitNamespaceBits(ExplicitNamespaceBits);
ExplicitHelperNamespace =
ExplicitNamespaceBits & (EnumBit(ExplicitNamespace::EN_SYCLCompat) |
EnumBit(ExplicitNamespace::EN_DPCT));
ExplicitSYCLNamespace =
ExplicitNamespaceBits & EnumBit(ExplicitNamespace::EN_SYCL);
if (ExplicitHelperNamespace) {
// always use dpct::/syclcompat:: explicitly
DpctNamespace[0] = DpctNamespace[1] = getDpctNamespaceName() + "::";
} else {
LibraryHelperNamespace.clear();
DpctNamespace[1] = getDpctNamespaceName() + "::";
}
ClNamespace.reserve(4);
if (ExplicitNamespaceBits & EnumBit(ExplicitNamespace::EN_SYCL_Math)) {
// Use sycl:: namespce for SYCL math functions
ClNamespace.push_back("");
} else if (!ExplicitSYCLNamespace) {
// Use sycl:: namespace explicitly
ClNamespace.assign(2, "");
}
ClNamespace.resize(4, "sycl::");
MacroRuleMap = {
{"__forceinline__",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"__forceinline__",
DpctGlobalInfo::useSYCLCompat()
? "__syclcompat_inline__"
: "__dpct_inline__",
HelperFeatureEnum::device_ext)},
{"__align__", MacroMigrationRule("dpct_build_in_macro_rule",
RulePriority::Fallback, "__align__",
DpctGlobalInfo::useSYCLCompat()
? "__syclcompat_align__"
: "__dpct_align__",
HelperFeatureEnum::device_ext)},
{"__CUDA_ALIGN__",
MacroMigrationRule(
"dpct_build_in_macro_rule", RulePriority::Fallback, "__CUDA_ALIGN__",
DpctGlobalInfo::useSYCLCompat() ? "__syclcompat_align__"
: "__dpct_align__",
HelperFeatureEnum::device_ext)},
{"__noinline__",
MacroMigrationRule(
"dpct_build_in_macro_rule", RulePriority::Fallback, "__noinline__",
DpctGlobalInfo::useSYCLCompat() ? "__syclcompat_noinline__"
: "__dpct_noinline__",
HelperFeatureEnum::device_ext)},
{"cudaMemAttachGlobal",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"cudaMemAttachGlobal", "0")},
{"cudaStreamDefault",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"cudaStreamDefault", "0")},
{"CU_LAUNCH_PARAM_BUFFER_SIZE",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CU_LAUNCH_PARAM_BUFFER_SIZE", "((void *) 2)",
HelperFeatureEnum::device_ext)},
{"CU_LAUNCH_PARAM_BUFFER_POINTER",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CU_LAUNCH_PARAM_BUFFER_POINTER", "((void *) 1)",
HelperFeatureEnum::device_ext)},
{"CU_LAUNCH_PARAM_END",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CU_LAUNCH_PARAM_END", "((void *) 0)",
HelperFeatureEnum::device_ext)},
{"CUDART_PI_F",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CUDART_PI_F", "3.141592654F")},
{"CUB_MAX",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CUB_MAX", "std::max")},
{"CUB_MIN",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CUB_MIN", "std::min")},
{"CUB_RUNTIME_FUNCTION",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CUB_RUNTIME_FUNCTION", "")},
{"cudaStreamAttrValue",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"cudaStreamAttrValue", "int")},
{"NCCL_VERSION_CODE",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"NCCL_VERSION_CODE", "DPCT_COMPAT_CCL_VERSION")},
{"__CUDA_ARCH__",
MacroMigrationRule(
"dpct_build_in_macro_rule", RulePriority::Fallback, "__CUDA_ARCH__",
DpctGlobalInfo::useSYCLCompat() ? "SYCLCOMPAT_COMPATIBILITY_TEMP"
: "DPCT_COMPATIBILITY_TEMP",
clang::dpct::HelperFeatureEnum::device_ext)},
{"__NVCC__",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"__NVCC__", "SYCL_LANGUAGE_VERSION")},
{"__CUDACC__",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"__CUDACC__", "SYCL_LANGUAGE_VERSION")},
{"__DRIVER_TYPES_H__",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"__DRIVER_TYPES_H__",
DpctGlobalInfo::useSYCLCompat()
? "SYCLCOMPAT_COMPATIBILITY_TEMP"
: "__DPCT_HPP__")},
{"__CUDA_RUNTIME_H__",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"__CUDA_RUNTIME_H__",
DpctGlobalInfo::useSYCLCompat()
? "SYCLCOMPAT_COMPATIBILITY_TEMP"
: "__DPCT_HPP__")},
{"CUDART_VERSION",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CUDART_VERSION", "DPCT_COMPAT_RT_VERSION")},
{"__CUDART_API_VERSION",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"__CUDART_API_VERSION", "DPCT_COMPAT_RT_VERSION")},
{"CUDA_VERSION",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CUDA_VERSION", "DPCT_COMPAT_RT_VERSION")},
{"__CUDACC_VER_MAJOR__",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"__CUDACC_VER_MAJOR__",
"DPCT_COMPAT_RT_MAJOR_VERSION")},
{"__CUDACC_VER_MINOR__",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"__CUDACC_VER_MINOR__",
"DPCT_COMPAT_RT_MINOR_VERSION")},
{"CUBLAS_V2_H_",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CUBLAS_V2_H_", "MKL_SYCL_HPP")},
{"__CUDA__",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"__CUDA__", "SYCL_LANGUAGE_VERSION")},
{"CUFFT_FORWARD",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CUFFT_FORWARD", "-1")},
{"CUFFT_INVERSE",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CUFFT_INVERSE", "1")},
{"cudaEventDefault",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"cudaEventDefault", "0")},
{"cudaExternalMemoryDedicated",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"cudaExternalMemoryDedicated", "0")},
{"cudaExternalSemaphoreSignalSkipNvSciBufMemSync",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"cudaExternalSemaphoreSignalSkipNvSciBufMemSync",
"0")},
{"cudaExternalSemaphoreWaitSkipNvSciBufMemSync",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"cudaExternalSemaphoreWaitSkipNvSciBufMemSync", "0")},
{"cudaArrayDefault",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"cudaArrayDefault",
DpctGlobalInfo::useExtBindlessImages()
? getExpNamespace() + "image_type::standard"
: "cudaArrayDefault")},
{"cudaArrayLayered",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"cudaArrayLayered",
DpctGlobalInfo::useExtBindlessImages()
? getExpNamespace() + "image_type::array"
: "cudaArrayLayered")},
{"cudaArrayCubemap",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"cudaArrayCubemap",
DpctGlobalInfo::useExtBindlessImages()
? getExpNamespace() + "image_type::cubemap"
: "cudaArrayCubemap")},
{"cudaArraySurfaceLoadStore",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"cudaArraySurfaceLoadStore",
DpctGlobalInfo::useExtBindlessImages()
? getExpNamespace() + "image_type::mipmap"
: "cudaArraySurfaceLoadStore")},
{"CubDebug",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CubDebug", MapNames::getCheckErrorMacroName())},
{"CubDebugExit",
MacroMigrationRule("dpct_build_in_macro_rule", RulePriority::Fallback,
"CubDebugExit", MapNames::getCheckErrorMacroName())},
{"cudaCpuDeviceId",
MacroMigrationRule("cudaCpuDeviceId", RulePriority::Fallback,
"cudaCpuDeviceId",
getDpctNamespace() + "get_cpu_device_id()")},
//...
};
// Type names mapping.
TypeNamesMap = {
{"cudaDeviceProp",
std::make_shared<TypeNameRule>(getDpctNamespace() + "device_info",
HelperFeatureEnum::device_ext)},
{"cudaError_t",
std::make_shared<TypeNameRule>(getDpctNamespace() + "err0",
HelperFeatureEnum::device_ext)},
{"cudaError",
std::make_shared<TypeNameRule>(getDpctNamespace() + "err0",
HelperFeatureEnum::device_ext)},
{"CUjit_option", std::make_shared<TypeNameRule>("int")},
{"CUjit_target", std::make_shared<TypeNameRule>("int")},
{"CUjitInputType", std::make_shared<TypeNameRule>("int")},
{"CUresult", std::make_shared<TypeNameRule>("int")},
{"CUcontext", std::make_shared<TypeNameRule>("int")},
{"CUmodule",
std::make_shared<TypeNameRule>(getDpctNamespace() + "kernel_library",
HelperFeatureEnum::device_ext)},
{"CUfunction",
std::make_shared<TypeNameRule>(getDpctNamespace() + "kernel_function",
HelperFeatureEnum::device_ext)},
{"CUpointer_attribute",
std::make_shared<TypeNameRule>(getDpctNamespace() +
"pointer_attributes::type")},
{"cudaPointerAttributes",
std::make_shared<TypeNameRule>(getDpctNamespace() + "pointer_attributes",
HelperFeatureEnum::device_ext)},
{"dim3", std::make_shared<TypeNameRule>(getDpctNamespace() + "dim3")},
{"int2", std::make_shared<TypeNameRule>(getClNamespace() + "int2")},
{"double2", std::make_shared<TypeNameRule>(getClNamespace() + "double2")},
{"__half", std::make_shared<TypeNameRule>(getClNamespace() + "half")},
{"__half2", std::make_shared<TypeNameRule>(getClNamespace() + "half2")},
{"half", std::make_shared<TypeNameRule>(getClNamespace() + "half")},
{"half2", std::make_shared<TypeNameRule>(getClNamespace() + "half2")},
{"__nv_half2",
std::make_shared<TypeNameRule>(getClNamespace() + "half2")},
{"__nv_half", std::make_shared<TypeNameRule>(getClNamespace() + "half")},
{"cudaEvent_t",
std::make_shared<TypeNameRule>(getDpctNamespace() + "event_ptr",
HelperFeatureEnum::device_ext)},
{"CUevent",
std::make_shared<TypeNameRule>(getDpctNamespace() + "event_ptr")},
{"CUevent_st",
std::make_shared<TypeNameRule>(getClNamespace() + "event")},
{"CUfunc_cache", std::make_shared<TypeNameRule>("int")},
{"cudaStream_t",
std::make_shared<TypeNameRule>(getDpctNamespace() + "queue_ptr",
HelperFeatureEnum::device_ext)},
{"cudaHostFn_t",
std::make_shared<TypeNameRule>(getDpctNamespace() + "host_func",
HelperFeatureEnum::device_ext)},
{"CUstream",
std::make_shared<TypeNameRule>(getDpctNamespace() + "queue_ptr",
HelperFeatureEnum::device_ext)},
{"CUstream_st",
std::make_shared<TypeNameRule>(getClNamespace() + "queue")},
{"CUstreamCallback",
std::make_shared<TypeNameRule>(getDpctNamespace() + "queue_callback",
HelperFeatureEnum::device_ext)},
{"cudaIpcMemHandle_t",
std::make_shared<TypeNameRule>(getDpctNamespace() +
"experimental::ipc_mem_handle_ext_t")},
{"char1", std::make_shared<TypeNameRule>("int8_t")},
{"char2", std::make_shared<TypeNameRule>(getClNamespace() + "char2")},
{"char3", std::make_shared<TypeNameRule>(getClNamespace() + "char3")},
{"char4", std::make_shared<TypeNameRule>(getClNamespace() + "char4")},
{"double1", std::make_shared<TypeNameRule>("double")},
{"double2", std::make_shared<TypeNameRule>(getClNamespace() + "double2")},
{"double3", std::make_shared<TypeNameRule>(getClNamespace() + "double3")},
{"double4", std::make_shared<TypeNameRule>(getClNamespace() + "double4")},
{"float1", std::make_shared<TypeNameRule>("float")},
{"float2", std::make_shared<TypeNameRule>(getClNamespace() + "float2")},
{"float3", std::make_shared<TypeNameRule>(getClNamespace() + "float3")},
{"float4", std::make_shared<TypeNameRule>(getClNamespace() + "float4")},
{"int1", std::make_shared<TypeNameRule>("int32_t")},
{"int2", std::make_shared<TypeNameRule>(getClNamespace() + "int2")},
{"int3", std::make_shared<TypeNameRule>(getClNamespace() + "int3")},
{"int4", std::make_shared<TypeNameRule>(getClNamespace() + "int4")},
{"long1", std::make_shared<TypeNameRule>("int64_t")},
{"long2", std::make_shared<TypeNameRule>(getClNamespace() + "long2")},
{"long3", std::make_shared<TypeNameRule>(getClNamespace() + "long3")},
{"long4", std::make_shared<TypeNameRule>(getClNamespace() + "long4")},
{"longlong1", std::make_shared<TypeNameRule>("int64_t")},
{"longlong2", std::make_shared<TypeNameRule>(getClNamespace() + "long2")},
{"longlong3", std::make_shared<TypeNameRule>(getClNamespace() + "long3")},
{"longlong4", std::make_shared<TypeNameRule>(getClNamespace() + "long4")},
{"short1", std::make_shared<TypeNameRule>("int16_t")},
{"short2", std::make_shared<TypeNameRule>(getClNamespace() + "short2")},
{"short3", std::make_shared<TypeNameRule>(getClNamespace() + "short3")},
{"short4", std::make_shared<TypeNameRule>(getClNamespace() + "short4")},
{"uchar1", std::make_shared<TypeNameRule>("uint8_t")},
{"uchar2", std::make_shared<TypeNameRule>(getClNamespace() + "uchar2")},
{"uchar3", std::make_shared<TypeNameRule>(getClNamespace() + "uchar3")},
{"uchar4", std::make_shared<TypeNameRule>(getClNamespace() + "uchar4")},
{"uint1", std::make_shared<TypeNameRule>("uint32_t")},
{"uint2", std::make_shared<TypeNameRule>(getClNamespace() + "uint2")},
{"uint3", std::make_shared<TypeNameRule>(getClNamespace() + "uint3")},
{"uint4", std::make_shared<TypeNameRule>(getClNamespace() + "uint4")},
{"ulong1", std::make_shared<TypeNameRule>("uint64_t")},
{"ulong2", std::make_shared<TypeNameRule>(getClNamespace() + "ulong2")},
{"ulong3", std::make_shared<TypeNameRule>(getClNamespace() + "ulong3")},
{"ulong4", std::make_shared<TypeNameRule>(getClNamespace() + "ulong4")},
{"ulonglong1", std::make_shared<TypeNameRule>("uint64_t")},
{"ulonglong2",
std::make_shared<TypeNameRule>(getClNamespace() + "ulong2")},
{"ulonglong3",
std::make_shared<TypeNameRule>(getClNamespace() + "ulong3")},
{"ulonglong4",
std::make_shared<TypeNameRule>(getClNamespace() + "ulong4")},
{"ushort1", std::make_shared<TypeNameRule>("uint16_t")},
{"ushort2", std::make_shared<TypeNameRule>(getClNamespace() + "ushort2")},
{"ushort3", std::make_shared<TypeNameRule>(getClNamespace() + "ushort3")},
{"ushort4", std::make_shared<TypeNameRule>(getClNamespace() + "ushort4")},
{"cublasHandle_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"blas::descriptor_ptr",
HelperFeatureEnum::device_ext)},
{"cublasStatus_t", std::make_shared<TypeNameRule>("int")},
{"cublasStatus", std::make_shared<TypeNameRule>("int")},
{"cublasGemmAlgo_t", std::make_shared<TypeNameRule>("int")},
{"cudaDataType_t", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() + "library_data_t",
HelperFeatureEnum::device_ext)},
{"cudaDataType", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() + "library_data_t",
HelperFeatureEnum::device_ext)},
{"cublasDataType_t", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() + "library_data_t",
HelperFeatureEnum::device_ext)},
{"cublasComputeType_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"compute_type")},
{"cuComplex",
std::make_shared<TypeNameRule>(getClNamespace() + "float2")},
{"cuFloatComplex",
std::make_shared<TypeNameRule>(getClNamespace() + "float2")},
{"cuDoubleComplex",
std::make_shared<TypeNameRule>(getClNamespace() + "double2")},
{"cublasFillMode_t", std::make_shared<TypeNameRule>("oneapi::mkl::uplo")},
{"cublasDiagType_t", std::make_shared<TypeNameRule>("oneapi::mkl::diag")},
{"cublasSideMode_t", std::make_shared<TypeNameRule>("oneapi::mkl::side")},
{"cublasOperation_t",
std::make_shared<TypeNameRule>("oneapi::mkl::transpose")},
{"cublasPointerMode_t", std::make_shared<TypeNameRule>("int")},
{"cublasAtomicsMode_t", std::make_shared<TypeNameRule>("int")},
{"cublasMath_t", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() + "blas::math_mode")},
{"cusparsePointerMode_t", std::make_shared<TypeNameRule>("int")},
{"cusparseFillMode_t",
std::make_shared<TypeNameRule>("oneapi::mkl::uplo")},
{"cusparseDiagType_t",
std::make_shared<TypeNameRule>("oneapi::mkl::diag")},
{"cusparseIndexBase_t",
std::make_shared<TypeNameRule>("oneapi::mkl::index_base")},
{"cusparseMatrixType_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"sparse::matrix_info::matrix_type",
HelperFeatureEnum::device_ext)},
{"cusparseOperation_t",
std::make_shared<TypeNameRule>("oneapi::mkl::transpose")},
{"cusparseAlgMode_t", std::make_shared<TypeNameRule>("int")},
{"cusparseSolveAnalysisInfo_t",
std::make_shared<TypeNameRule>("std::shared_ptr<" +
getLibraryHelperNamespace() +
"sparse::optimize_info>",
HelperFeatureEnum::device_ext)},
{"thrust::device_ptr", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() + "device_pointer",
HelperFeatureEnum::device_ext)},
{"thrust::device_reference",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"device_reference",
HelperFeatureEnum::device_ext)},
{"thrust::device_vector",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"device_vector",
HelperFeatureEnum::device_ext)},
{"thrust::device_malloc_allocator",
std::make_shared<TypeNameRule>(getDpctNamespace() +
"deprecated::usm_device_allocator",
HelperFeatureEnum::device_ext)},
{"thrust::maximum",
std::make_shared<TypeNameRule>("oneapi::dpl::maximum")},
{"thrust::multiplies", std::make_shared<TypeNameRule>("std::multiplies")},
{"thrust::plus", std::make_shared<TypeNameRule>("std::plus")},
{"thrust::seq",
std::make_shared<TypeNameRule>("oneapi::dpl::execution::seq")},
{"thrust::device",
std::make_shared<TypeNameRule>("oneapi::dpl::execution::dpcpp_default")},
{"thrust::host",
std::make_shared<TypeNameRule>("oneapi::dpl::execution::seq")},
{"thrust::minus", std::make_shared<TypeNameRule>("std::minus")},
{"thrust::nullopt", std::make_shared<TypeNameRule>("std::nullopt")},
{"thrust::greater", std::make_shared<TypeNameRule>("std::greater")},
{"thrust::equal_to",
std::make_shared<TypeNameRule>("oneapi::dpl::equal_to")},
{"thrust::less", std::make_shared<TypeNameRule>("oneapi::dpl::less")},
{"thrust::negate", std::make_shared<TypeNameRule>("std::negate")},
{"thrust::logical_or", std::make_shared<TypeNameRule>("std::logical_or")},
{"thrust::divides", std::make_shared<TypeNameRule>("std::divides")},
{"thrust::tuple", std::make_shared<TypeNameRule>("std::tuple")},
{"thrust::pair", std::make_shared<TypeNameRule>("std::pair")},
{"thrust::host_vector", std::make_shared<TypeNameRule>("std::vector")},
{"thrust::complex", std::make_shared<TypeNameRule>("std::complex")},
{"thrust::counting_iterator",
std::make_shared<TypeNameRule>("oneapi::dpl::counting_iterator")},
{"thrust::permutation_iterator",
std::make_shared<TypeNameRule>("oneapi::dpl::permutation_iterator")},
{"thrust::transform_iterator",
std::make_shared<TypeNameRule>("oneapi::dpl::transform_iterator")},
{"thrust::iterator_difference",
std::make_shared<TypeNameRule>("std::iterator_traits")},
{"thrust::tuple_element",
std::make_shared<TypeNameRule>("std::tuple_element")},
{"thrust::tuple_size", std::make_shared<TypeNameRule>("std::tuple_size")},
{"thrust::swap", std::make_shared<TypeNameRule>("std::swap")},
{"thrust::zip_iterator",
std::make_shared<TypeNameRule>(getDpctNamespace() + "zip_iterator",
HelperFeatureEnum::device_ext)},
{"cusolverDnHandle_t",
std::make_shared<TypeNameRule>(getDpctNamespace() + "queue_ptr")},
{"cusolverEigType_t", std::make_shared<TypeNameRule>("int64_t")},
{"cusolverEigMode_t", std::make_shared<TypeNameRule>("oneapi::mkl::job")},
{"cusolverStatus_t", std::make_shared<TypeNameRule>("int")},
{"cusolverDnParams_t", std::make_shared<TypeNameRule>("int")},
{"gesvdjInfo_t", std::make_shared<TypeNameRule>("int")},
{"syevjInfo_t", std::make_shared<TypeNameRule>("int")},
{"cudaChannelFormatDesc",
std::make_shared<TypeNameRule>(getDpctNamespace() + "image_channel",
HelperFeatureEnum::device_ext)},
{"cudaChannelFormatKind",
std::make_shared<TypeNameRule>(getDpctNamespace() +
"image_channel_data_type",
HelperFeatureEnum::device_ext)},
{"cudaArray",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getDpctNamespace() + "experimental::image_mem_wrapper"
: getDpctNamespace() + "image_matrix",
HelperFeatureEnum::device_ext)},
{"cudaArray_t",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getDpctNamespace() + "experimental::image_mem_wrapper_ptr"
: getDpctNamespace() + "image_matrix_p",
HelperFeatureEnum::device_ext)},
{"cudaMipmappedArray",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getDpctNamespace() + "experimental::image_mem_wrapper"
: "cudaMipmappedArray")},
{"cudaMipmappedArray_t",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getDpctNamespace() + "experimental::image_mem_wrapper_ptr"
: "cudaMipmappedArray_t")},
{"CUmipmappedArray",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getDpctNamespace() + "experimental::image_mem_wrapper_ptr"
: "CUmipmappedArray")},
{"cudaTextureDesc",
std::make_shared<TypeNameRule>(getDpctNamespace() + "sampling_info",
HelperFeatureEnum::device_ext)},
{"cudaResourceDesc",
std::make_shared<TypeNameRule>(getDpctNamespace() + "image_data",
HelperFeatureEnum::device_ext)},
{"cudaTextureObject_t",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getClNamespace() +
"ext::oneapi::experimental::sampled_image_handle"
: getDpctNamespace() + "image_wrapper_base_p",
HelperFeatureEnum::device_ext)},
{"cudaSurfaceObject_t",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getClNamespace() +
"ext::oneapi::experimental::unsampled_image_handle"
: getDpctNamespace() + "image_wrapper_base_p",
HelperFeatureEnum::device_ext)},
{"CUsurfObject",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getClNamespace() +
"ext::oneapi::experimental::unsampled_image_handle"
: getDpctNamespace() + "image_wrapper_base_p",
HelperFeatureEnum::device_ext)},
{"CUsurfref",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getClNamespace() +
"ext::oneapi::experimental::unsampled_image_handle"
: getDpctNamespace() + "image_wrapper_base_p",
HelperFeatureEnum::device_ext)},
{"textureReference",
std::make_shared<TypeNameRule>(getDpctNamespace() + "image_wrapper_base",
HelperFeatureEnum::device_ext)},
{"cudaTextureAddressMode",
std::make_shared<TypeNameRule>(getClNamespace() + "addressing_mode")},
{"cudaTextureFilterMode",
std::make_shared<TypeNameRule>(getClNamespace() + "filtering_mode")},
{"curandGenerator_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"rng::host_rng_ptr",
HelperFeatureEnum::device_ext)},
{"curandRngType_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"rng::random_engine_type",
HelperFeatureEnum::device_ext)},
{"curandRngType",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"rng::random_engine_type",
HelperFeatureEnum::device_ext)},
{"curandStatus_t", std::make_shared<TypeNameRule>("int")},
{"curandStatus", std::make_shared<TypeNameRule>("int")},
{"curandOrdering_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"rng::random_mode")},
{"cusparseStatus_t", std::make_shared<TypeNameRule>("int")},
{"cusparseMatDescr_t",
std::make_shared<TypeNameRule>("std::shared_ptr<" +
getLibraryHelperNamespace() +
"sparse::matrix_info>",
HelperFeatureEnum::device_ext)},
{"cusparseHandle_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"sparse::descriptor_ptr")},
{"cudaMemoryAdvise", std::make_shared<TypeNameRule>("int")},
{"cudaStreamCaptureStatus",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtGraph()
? getClNamespace() + "ext::oneapi::experimental::queue_state"
: "cudaStreamCaptureStatus")},
{"cudaGraphNodeType",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtGraph()
? getClNamespace() + "ext::oneapi::experimental::node_type"
: "cudaGraphNodeType")},
{"cudaGraphExecUpdateResult",
std::make_shared<TypeNameRule>(DpctGlobalInfo::useExtGraph()
? "int"
: "cudaGraphExecUpdateResult")},
{"CUmem_advise", std::make_shared<TypeNameRule>("int")},
{"CUmemorytype",
std::make_shared<TypeNameRule>(getClNamespace() + "usm::alloc")},
{"CUmemorytype_enum",
std::make_shared<TypeNameRule>(getClNamespace() + "usm::alloc")},
{"cudaPos", std::make_shared<TypeNameRule>(getClNamespace() + "id<3>")},
{"cudaExtent",
std::make_shared<TypeNameRule>(getClNamespace() + "range<3>")},
{"cudaPitchedPtr",
std::make_shared<TypeNameRule>(getDpctNamespace() + "pitched_data",
HelperFeatureEnum::device_ext)},
{"cudaMemcpyKind",
std::make_shared<TypeNameRule>(
getDpctNamespace() +
(DpctGlobalInfo::useSYCLCompat() ? "experimental::" : "") +
"memcpy_direction")},
{"CUDA_ARRAY3D_DESCRIPTOR",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getClNamespace() +
"ext::oneapi::experimental::image_descriptor"
: getDpctNamespace() + "image_matrix_desc")},
{"CUDA_ARRAY_DESCRIPTOR",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getClNamespace() +
"ext::oneapi::experimental::image_descriptor"
: getDpctNamespace() + "image_matrix_desc")},
{"cudaMemcpy3DParms",
std::make_shared<TypeNameRule>(
getDpctNamespace() +
(DpctGlobalInfo::useSYCLCompat() ? "experimental::" : "") +
"memcpy_parameter")},
{"CUDA_MEMCPY3D",
std::make_shared<TypeNameRule>(
getDpctNamespace() +
(DpctGlobalInfo::useSYCLCompat() ? "experimental::" : "") +
"memcpy_parameter")},
{"cudaMemcpy3DPeerParms",
std::make_shared<TypeNameRule>(
getDpctNamespace() +
(DpctGlobalInfo::useSYCLCompat() ? "experimental::" : "") +
"memcpy_parameter")},
{"CUDA_MEMCPY3D_PEER",
std::make_shared<TypeNameRule>(
getDpctNamespace() +
(DpctGlobalInfo::useSYCLCompat() ? "experimental::" : "") +
"memcpy_parameter")},
{"CUDA_MEMCPY2D",
std::make_shared<TypeNameRule>(
getDpctNamespace() +
(DpctGlobalInfo::useSYCLCompat() ? "experimental::" : "") +
"memcpy_parameter")},
{"cudaComputeMode", std::make_shared<TypeNameRule>("int")},
{"cudaSharedMemConfig", std::make_shared<TypeNameRule>("int")},
{"cufftReal", std::make_shared<TypeNameRule>("float")},
{"cufftDoubleReal", std::make_shared<TypeNameRule>("double")},
{"cufftComplex",
std::make_shared<TypeNameRule>(getClNamespace() + "float2")},
{"cufftDoubleComplex",
std::make_shared<TypeNameRule>(getClNamespace() + "double2")},
{"cufftResult_t", std::make_shared<TypeNameRule>("int")},
{"cufftResult", std::make_shared<TypeNameRule>("int")},
{"cufftType_t", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() + "fft::fft_type",
HelperFeatureEnum::device_ext)},
{"cufftType", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() + "fft::fft_type",
HelperFeatureEnum::device_ext)},
{"cufftHandle", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() + "fft::fft_engine_ptr",
HelperFeatureEnum::device_ext)},
{"CUdevice", std::make_shared<TypeNameRule>("int")},
{"CUdevice_P2PAttribute",
std::make_shared<TypeNameRule>(DpctGlobalInfo::usePeerAccess()
? getClNamespace() +
"ext::oneapi::peer_access"
: "CUdevice_P2PAttribute")},
{"CUarray_st",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getDpctNamespace() + "experimental::image_mem_wrapper"
: getDpctNamespace() + "image_matrix",
HelperFeatureEnum::device_ext)},
{"CUarray",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getDpctNamespace() + "experimental::image_mem_wrapper_ptr"
: getDpctNamespace() + "image_matrix_p",
HelperFeatureEnum::device_ext)},
{"CUarray_format",
std::make_shared<TypeNameRule>(getClNamespace() + "image_channel_type")},
{"CUarray_format_enum",
std::make_shared<TypeNameRule>(getClNamespace() + "image_channel_type")},
{"CUtexObject",
std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getClNamespace() +
"ext::oneapi::experimental::sampled_image_handle"
: getDpctNamespace() + "image_wrapper_base_p",
HelperFeatureEnum::device_ext)},
{"CUDA_RESOURCE_DESC",
std::make_shared<TypeNameRule>(getDpctNamespace() + "image_data",
HelperFeatureEnum::device_ext)},
{"CUDA_TEXTURE_DESC",
std::make_shared<TypeNameRule>(getDpctNamespace() + "sampling_info",
HelperFeatureEnum::device_ext)},
{"CUaddress_mode",
std::make_shared<TypeNameRule>(getClNamespace() + "addressing_mode")},
{"CUaddress_mode_enum",
std::make_shared<TypeNameRule>(getClNamespace() + "addressing_mode")},
{"CUfilter_mode",
std::make_shared<TypeNameRule>(getClNamespace() + "filtering_mode")},
{"CUfilter_mode_enum",
std::make_shared<TypeNameRule>(getClNamespace() + "filtering_mode")},
{"CUdeviceptr",
std::make_shared<TypeNameRule>(getDpctNamespace() + "device_ptr",
HelperFeatureEnum::device_ext)},
{"CUresourcetype_enum",
std::make_shared<TypeNameRule>(getDpctNamespace() + "image_data_type",
HelperFeatureEnum::device_ext)},
{"CUresourcetype",
std::make_shared<TypeNameRule>(getDpctNamespace() + "image_data_type",
HelperFeatureEnum::device_ext)},
{"cudaResourceType",
std::make_shared<TypeNameRule>(getDpctNamespace() + "image_data_type",
HelperFeatureEnum::device_ext)},
{"CUtexref", std::make_shared<TypeNameRule>(
DpctGlobalInfo::useExtBindlessImages()
? getDpctNamespace() +
"experimental::bindless_image_wrapper_base_p"
: getDpctNamespace() + "image_wrapper_base_p",
HelperFeatureEnum::device_ext)},
{"cudaDeviceAttr", std::make_shared<TypeNameRule>("int")},
{"__nv_bfloat16", std::make_shared<TypeNameRule>(
getClNamespace() + "ext::oneapi::bfloat16")},
{"__nv_bfloat162", std::make_shared<TypeNameRule>(
getClNamespace() + "vec<" + getClNamespace() +
"ext::oneapi::bfloat16, 2>")},
{"nv_bfloat16", std::make_shared<TypeNameRule>(getClNamespace() +
"ext::oneapi::bfloat16")},
{"nv_bfloat162", std::make_shared<TypeNameRule>(
getClNamespace() + "vec<" + getClNamespace() +
"ext::oneapi::bfloat16, 2>")},
{"libraryPropertyType_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"version_field",
HelperFeatureEnum::device_ext)},
{"libraryPropertyType", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() + "version_field",
HelperFeatureEnum::device_ext)},
{"ncclUniqueId",
std::make_shared<TypeNameRule>("oneapi::ccl::kvs::address_type",
HelperFeatureEnum::device_ext)},
{"ncclComm_t", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() + "ccl::comm_ptr",
HelperFeatureEnum::device_ext)},
{"ncclRedOp_t", std::make_shared<TypeNameRule>("oneapi::ccl::reduction")},
{"ncclDataType_t",
std::make_shared<TypeNameRule>("oneapi::ccl::datatype")},
{"cuda::std::tuple", std::make_shared<TypeNameRule>("std::tuple")},
{"cuda::std::complex", std::make_shared<TypeNameRule>("std::complex")},
{"cuda::std::array", std::make_shared<TypeNameRule>("std::array")},
{"cusolverEigRange_t",
std::make_shared<TypeNameRule>("oneapi::mkl::rangev")},
{"cudaUUID_t",
std::make_shared<TypeNameRule>("std::array<unsigned char, 16>")},
{"CUuuid",
std::make_shared<TypeNameRule>("std::array<unsigned char, 16>")},
{"cusparseIndexType_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"library_data_t")},
{"cusparseFormat_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"sparse::matrix_format")},
{"cusparseDnMatDescr_t",
std::make_shared<TypeNameRule>("std::shared_ptr<" +
getLibraryHelperNamespace() +
"sparse::dense_matrix_desc>")},
{"cusparseConstDnMatDescr_t",
std::make_shared<TypeNameRule>("std::shared_ptr<" +
getLibraryHelperNamespace() +
"sparse::dense_matrix_desc>")},
{"cusparseOrder_t",
std::make_shared<TypeNameRule>("oneapi::mkl::layout")},
{"cusparseDnVecDescr_t",
std::make_shared<TypeNameRule>("std::shared_ptr<" +
getLibraryHelperNamespace() +
"sparse::dense_vector_desc>")},
{"cusparseConstDnVecDescr_t",
std::make_shared<TypeNameRule>("std::shared_ptr<" +
getLibraryHelperNamespace() +
"sparse::dense_vector_desc>")},
{"cusparseSpMatDescr_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"sparse::sparse_matrix_desc_t")},
{"cusparseConstSpMatDescr_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"sparse::sparse_matrix_desc_t")},
{"cusparseSpMMAlg_t", std::make_shared<TypeNameRule>("int")},
{"cusparseSpMVAlg_t", std::make_shared<TypeNameRule>("int")},
{"cusolverDnFunction_t", std::make_shared<TypeNameRule>("int")},
{"cusolverAlgMode_t", std::make_shared<TypeNameRule>("int")},
{"cusparseSpGEMMDescr_t",
std::make_shared<TypeNameRule>("oneapi::mkl::sparse::matmat_descr_t")},
{"cusparseSpSVDescr_t", std::make_shared<TypeNameRule>("int")},
{"cusparseSpGEMMAlg_t", std::make_shared<TypeNameRule>("int")},
{"cusparseSpSVAlg_t", std::make_shared<TypeNameRule>("int")},
{"__half_raw", std::make_shared<TypeNameRule>("uint16_t")},
{"__half2_raw",
std::make_shared<TypeNameRule>(MapNames::getClNamespace() + "ushort2")},
{"cudaFuncAttributes",
std::make_shared<TypeNameRule>(MapNames::getDpctNamespace() +
"kernel_function_info")},
{"ncclResult_t", std::make_shared<TypeNameRule>("int")},
{"cudaLaunchAttributeValue", std::make_shared<TypeNameRule>("int")},
{"cusparseSpSMDescr_t", std::make_shared<TypeNameRule>("int")},
{"cusparseSpSMAlg_t", std::make_shared<TypeNameRule>("int")},
{"cublasLtHandle_t", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() +
"blas_gemm::experimental::descriptor_ptr")},
{"cublasLtMatmulDesc_t", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() +
"blas_gemm::experimental::matmul_desc_ptr")},
{"cublasLtOrder_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"blas_gemm::experimental::order_t")},
{"cublasLtPointerMode_t", std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() +
"blas_gemm::experimental::pointer_mode_t")},
{"cublasLtMatrixLayout_t",
std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() +
"blas_gemm::experimental::matrix_layout_ptr")},
{"cublasLtMatrixLayoutAttribute_t",
std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() +
"blas_gemm::experimental::matrix_layout_t::attribute")},
{"cublasLtMatmulDescAttributes_t",
std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() +
"blas_gemm::experimental::matmul_desc_t::attribute")},
{"cublasLtMatmulAlgo_t", std::make_shared<TypeNameRule>("int")},
{"cublasLtEpilogue_t",
std::make_shared<TypeNameRule>(getLibraryHelperNamespace() +
"blas_gemm::experimental::epilogue_t")},
{"cublasLtMatmulPreference_t", std::make_shared<TypeNameRule>("int")},
{"cublasLtMatmulHeuristicResult_t",
std::make_shared<TypeNameRule>("int")},
{"cublasLtMatrixTransformDesc_t",
std::make_shared<TypeNameRule>(
getLibraryHelperNamespace() +
"blas_gemm::experimental::transform_desc_ptr")},
{"CUmemAllocationProp",
std::make_shared<TypeNameRule>(getDpctNamespace() +
"experimental::mem_prop")},
{"CUmemGenericAllocationHandle",
std::make_shared<TypeNameRule>(getDpctNamespace() +
"experimental::physical_mem_ptr")},
{"CUmemAccessDesc",
std::make_shared<TypeNameRule>(getDpctNamespace() +
"experimental::mem_access_desc")},
{"CUmemLocationType", std::make_shared<TypeNameRule>("int")},
{"CUmemAllocationType", std::make_shared<TypeNameRule>("int")},
{"CUmemAllocationGranularity_flags",
std::make_shared<TypeNameRule>(
getClNamespace() + "ext::oneapi::experimental::granularity_mode")},
{"CUmemAccess_flags",
std::make_shared<TypeNameRule>(
getClNamespace() +
"ext::oneapi::experimental::address_access_mode")},
{"cudaGraphicsMapFlags", std::make_shared<TypeNameRule>("int")},
{"cudaGraphicsRegisterFlags", std::make_shared<TypeNameRule>("int")},
{"cudaExternalMemoryHandleType",
std::make_shared<TypeNameRule>(getExpNamespace() +
"external_mem_handle_type")},
{"cudaExternalSemaphoreHandleType",
std::make_shared<TypeNameRule>(getExpNamespace() +
"external_semaphore_handle_type")},
{"nvshmem_team_t", std::make_shared<TypeNameRule>("ishmem_team_t")},
{"nvshmem_team_config_t",
std::make_shared<TypeNameRule>("ishmem_team_config_t")},
{"nvshmemx_init_attr_t",
std::make_shared<TypeNameRule>("ishmemx_attr_t")},
// ...
};
// SYCLcompat unsupport types
SYCLcompatUnsupportTypes = {
"cudaChannelFormatDesc",
"cudaChannelFormatKind",
"cudaArray",
"cudaArray_t",
"cudaMipmappedArray",
"cudaMipmappedArray_t",
"cudaTextureDesc",
"cudaResourceDesc",
"cudaTextureObject_t",
"cudaSurfaceObject_t",
"textureReference",
"cudaTextureAddressMode",
"cudaTextureFilterMode",
"CUDA_ARRAY3D_DESCRIPTOR",
"CUDA_ARRAY_DESCRIPTOR",
"CUtexObject",
"CUarray_format",
"CUarray",
"CUarray_st",
"CUDA_RESOURCE_DESC",
"CUDA_TEXTURE_DESC",
"CUaddress_mode",
"CUaddress_mode_enum",
"CUfilter_mode",
"CUfilter_mode_enum",
"CUresourcetype_enum",
"CUresourcetype",
"cudaResourceType",
"CUtexref",
"cudaStreamCaptureStatus",
};
if (DpctGlobalInfo::useSYCLCompat()) {
for (const auto &Type : SYCLcompatUnsupportTypes)
TypeNamesMap.erase(Type);
}
// Enum constants name mapping.
MapNames::EnumNamesMap = {
// ...
// enum Device Attribute
// ...
{"cudaDevAttrHostNativeAtomicSupported",
std::make_shared<EnumNameRule>(DpctGlobalInfo::useSYCLCompat()
? "is_native_host_atomic_supported"
: "is_native_atomic_supported",
HelperFeatureEnum::device_ext)},
{"cudaDevAttrComputeCapabilityMajor",
std::make_shared<EnumNameRule>("get_major_version",
HelperFeatureEnum::device_ext)},
{"cudaDevAttrMaxSharedMemoryPerBlockOptin",
std::make_shared<EnumNameRule>("get_local_mem_size",
HelperFeatureEnum::device_ext)},
{"cudaDevAttrComputeCapabilityMinor",
std::make_shared<EnumNameRule>("get_minor_version",
HelperFeatureEnum::device_ext)},
{"cudaDevAttrMultiProcessorCount",
std::make_shared<EnumNameRule>("get_max_compute_units",
HelperFeatureEnum::device_ext)},
{"cudaDevAttrMaxThreadsPerBlock",
std::make_shared<EnumNameRule>("get_max_work_group_size",
HelperFeatureEnum::device_ext)},
{"cudaDevAttrClockRate",
std::make_shared<EnumNameRule>("get_max_clock_frequency",