TestAccs.hpp File Reference

#include "alpaka/alpaka.hpp"
#include "alpaka/test/dim/TestDims.hpp"
#include "alpaka/test/idx/TestIdxs.hpp"
#include <iosfwd>
#include <tuple>
#include <type_traits>

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Classes
struct	alpaka::test::detail::StreamOutAccName
	The accelerator name write wrapper. More...

Namespaces
namespace	alpaka
	The alpaka accelerator library.
namespace	alpaka::test
	The test specifics.
namespace	alpaka::test::detail
	The detail namespace is used to separate implementation details from user accessible code.

Typedefs
template<typename TDim , typename TIdx >
using	alpaka::test::detail::AccCpuOmp2BlocksIfAvailableElseInt = AccCpuOmp2Blocks<TDim, TIdx>
template<typename TDim , typename TIdx >
using	alpaka::test::detail::AccCpuOmp2ThreadsIfAvailableElseInt = AccCpuOmp2Threads<TDim, TIdx>
template<typename TDim , typename TIdx >
using	alpaka::test::detail::AccCpuSerialIfAvailableElseInt = AccCpuSerial<TDim, TIdx>
template<typename TDim , typename TIdx >
using	alpaka::test::detail::AccCpuSyclIfAvailableElseInt = int
template<typename TDim , typename TIdx >
using	alpaka::test::detail::AccCpuTbbIfAvailableElseInt = int
template<typename TDim , typename TIdx >
using	alpaka::test::detail::AccCpuThreadsIfAvailableElseInt = AccCpuThreads<TDim, TIdx>
template<typename TDim , typename TIdx >
using	alpaka::test::detail::AccFpgaSyclIntelIfAvailableElseInt = int
template<typename TDim , typename TIdx >
using	alpaka::test::detail::AccGpuCudaRtIfAvailableElseInt = int
template<typename TDim , typename TIdx >
using	alpaka::test::detail::AccGpuHipRtIfAvailableElseInt = int
template<typename TDim , typename TIdx >
using	alpaka::test::detail::AccGpuSyclAmdIfAvailableElseInt = int
template<typename TDim , typename TIdx >
using	alpaka::test::detail::AccGpuSyclIntelIfAvailableElseInt = int
template<typename TDim , typename TIdx >
using	alpaka::test::detail::AccGpuSyclNvidiaIfAvailableElseInt = int
template<typename TList >
using	alpaka::test::detail::ApplyEnabledAccs = meta::Apply<TList, EnabledAccs>
template<typename TDim , typename TIdx >
using	alpaka::test::EnabledAccs = typename meta::Filter<detail::EnabledAccsElseInt<TDim, TIdx>, std::is_class>
	A vector containing all available accelerators.
template<typename TDim , typename TIdx >
using	alpaka::test::detail::EnabledAccsElseInt
	A vector containing all available accelerators and int's.
using	alpaka::test::detail::InstantiatedEnabledAccs = meta::Transform<TestDimIdxTuples, ApplyEnabledAccs>
	A std::tuple containing std::tuple with fully instantiated accelerators.
using	alpaka::test::TestAccs = meta::Apply<detail::InstantiatedEnabledAccs, meta::Concatenate>
	A std::tuple containing fully instantiated accelerators.
using	alpaka::test::detail::TestDimIdxTuples = meta::CartesianProduct<std::tuple, NonZeroTestDims, TestIdxs>
	A std::tuple holding multiple std::tuple consisting of a dimension and a idx type.

Functions
template<typename TDim , typename TIdx >
ALPAKA_FN_HOST auto	alpaka::test::writeEnabledAccs (std::ostream &os) -> void
	Writes the enabled accelerators to the given stream.