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#include "test/test_includes.hpp"

///
/// Kernel ad-hoc tests, with manual overrides to test specific parameters quickly.
///

// Instantiate referenced kernels for
// ad-hoc test only
#include "gemm_kernel_base_impl.hpp"
#include "gemm_resource_impl.hpp"
namespace rocwmma
{
    bool KernelI::sHeaderPrinted = false;
}

namespace rocwmma
{

    struct TestParams : public CommonTestParams
    {
        using Base = CommonTestParams;

        // Types: ALL + double
        // Block Sizes: 16 x 16 x BlockK
        // Layouts: NT
        using Types      = std::tuple<std::tuple<float16_t, float32_t, float32_t>>;
        using BlockSizes = std::tuple<std::tuple<I<16>, I<16>, I<16>>>;
        using Layouts    = std::tuple<
            std::tuple<col_major, row_major, row_major>>; //typename Base::TestLayoutsNT;
        using LayoutsLds  = std::tuple<col_major>; //typename Base::TestLayoutTypes;
        using GemmConfigs = std::tuple<typename CooperativeGemm::WorkgroupLevel::LdsNT>;
        using BlocksXY    = std::tuple<std::tuple<I<4>, I<2>>>;
        using KernelParams =
            typename CombineLists<Types, BlockSizes, Layouts, LayoutsLds, GemmConfigs, BlocksXY>::
                Result;

        // Assemble the kernel generator
        using GeneratorImpl   = KernelGeneratorImpl;
        using KernelGenerator = KernelGenerator<KernelParams, GeneratorImpl>;

        // Sanity check for kernel generator
        static_assert(std::is_same<typename GeneratorImpl::ResultT, typename Base::KernelT>::value,
                      "Kernels from this generator do not match testing interface");

        static inline typename KernelGenerator::ResultT kernels()
        {
            return KernelGenerator::generate();
        }

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

            return {
                //{warpSize, 1},
                {warpSize * 2, 2},
                //{warpSize, 4}, {warpSize * 2, 1}, {warpSize * 2, 2}, {warpSize * 4, 1}
            };
        }

        static inline std::vector<ProblemSizeT> problemSizes()
        {
            return {
                //{64, 64, 1024},
                //         {32, 64, 1024},
                // {64, 32, 1024},
                // {256, 256, 1024},
                //{1024, 1024, 1024},
                //{64, 64, 64},
                {128, 128, 128},
                //{2048, 2048, 2048},
                //{8192, 8192, 8192}

            };
        }
    };

} // namespace rocwmma

ROCWMMA_INSTANTIATE_GEMM_GTEST_SUITE_NO_WARMUP(Gemm_PGR1_LB2_MP0_MB,
                                               Wg_AdHocTest,
                                               rocwmma::TestParams);
