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#ifndef ROCWMMA_GEMM_COMMON_TEST_EMULATION_PARAMS
#define ROCWMMA_GEMM_COMMON_TEST_EMULATION_PARAMS

#include "../common_test_params.hpp"

namespace rocwmma
{
    ///
    /// Generalized kernel params for smoke tests
    ///
    struct EmulationCommonTestParams : public GemmCommonTestParams
    {
        ///
        /// Cooperative GEMM configurations
        /// Block, Wave and Workgroup levels
        ///

        using TestGemmConfigsBlockLevel
            = std::tuple<std::tuple<typename CooperativeGemm::BlockLevel::LdsNT>,
                         std::tuple<typename CooperativeGemm::BlockLevel::LdsTN>,
                         std::tuple<typename CooperativeGemm::BlockLevel::LdsRF>>;

        using TestGemmConfigsBlockLevelSmall
            = std::tuple<std::tuple<typename CooperativeGemm::BlockLevel::LdsNT>,
                         std::tuple<typename CooperativeGemm::BlockLevel::LdsTN>>;

        using TestGemmConfigsWaveLevel
            = std::tuple<std::tuple<typename CooperativeGemm::WaveLevel::LdsNT>,
                         std::tuple<typename CooperativeGemm::WaveLevel::LdsTN>>;

        using TestGemmConfigsWgLevel
            = std::tuple<std::tuple<typename CooperativeGemm::WorkgroupLevel::LdsNT>,
                         std::tuple<typename CooperativeGemm::WorkgroupLevel::LdsTN>>;

        ///
        /// Kernel generator impl objects
        ///
        using KernelGeneratorImpl = KernelGenerator_PGR1_LB2_MP0_MB_CP;

        static inline std::vector<ThreadBlockT> threadBlocks()
        {
            auto warpSize = HipDevice::instance()->warpSize();

            return {{warpSize * 2, 2}};
        }
        static inline std::vector<ProblemSizeT> problemSizes()
        {
            return {{256, 256, 256}};
        }
    };
} // namespace rocwmma

#endif // ROCWMMA_GEMM_COMMON_TEST_EMULATION_PARAMS
