// SPDX-License-Identifier: MIT

#include <hip/hip_runtime.h>
#include <hip/hip_fp16.h>
#include <torch/all.h>
#include <ATen/cuda/CUDAContext.h>
#include <c10/cuda/CUDAGuard.h>
#include "aiter_hip_common.h"
#include "moe_op.h"
//#include "py_itfs_common.h"
#include <iostream>
#include <map>
#include <stdexcept>

class Moe1ModeLookup {
public:
    Moe1ModeLookup() {
        ModeMap = {
            {1, 10004}, {2, 10000}, {4, 10007}, {8, 10000}, {12, 10000},{16, 10000}, {24, 10000},
            {32, 10000}, {48, 10000}, {64, 10000},{96, 10000}, {128, 10007}, {160, 10000}, {256, 10000}, {320, 10000},
            {512, 10000}, {768, 10000}, {1024, 10008}, {1536, 10008}, {2048, 10008}, {2560, 10008},
            {2816, 11006}, {3072, 11006}, {4096, 11006}, {4608, 11006}, {4864, 11006}, {5120, 11006}, {5504, 11006}, {5760, 11006},
            {6144, 12003}, {7168, 12003}, {8192, 12003}, {12288, 12003}, {16384, 12003}, {24576, 12003}, {32768, 12003}
        };
    }

    uint32_t getMode(int m) {
        if (m < 1) throw std::out_of_range("m must be >= 1");
        if (m > 32768) m = 32768;
        auto it = ModeMap.lower_bound(m); // Find the first key >= m
        // if it > m or end(), return the previous one
        if (it == ModeMap.end() || it->first > m) {
            if (it == ModeMap.begin()) throw std::logic_error("No valid MODE found");
            --it;
        }
        return it->second;
    }
private:
    std::map<int, uint32_t> ModeMap;
};
class Moe2ModeLookup {
public:
    Moe2ModeLookup() {
        ModeMap = {
            {1, 20006}, {2, 20006}, {4, 20005}, {8, 20005}, {12, 20005},{16, 20005}, {24, 20005},
            {32, 20006}, {48, 20005}, {64, 20005},{96, 20005}, {128, 20005}, {160, 20005}, {256, 20005}, {320, 20006},
            {512, 20005}, {768, 20006}, {1024, 20006}, {1536, 20006}, {2048, 20006}, {2560, 20006},
            {2816, 21004}, {3072, 21004}, {4096, 21004}, {4608, 21004}, {4864, 21004}, {5120, 21004}, {5504, 21004}, {5760, 21004},
            {6144, 22002}, {7168, 22002}, {8192, 22002}, {12288, 22002}, {16384, 22002}, {24576, 22002}, {32768, 22002}
        };
        ModeMap128k = {
            {1, 20101}, {2, 20101}, {4, 20006}, {8, 20006}, {12, 20006},{16, 20006}, {24, 20006},
            {32, 20006}, {48, 20006}, {64, 20006},{96, 20006}, {128, 20100}, {160, 20006}, {256, 20006}, {320, 20006},
            {512, 20006}, {768, 20006}, {1024, 20006}, {1536, 20006}, {2048, 20006}, {2560, 20006},
            {2816, 21100}, {3072, 21100}, {4096, 21100}, {4608, 21101}, {4864, 21101}, {5120, 21100}, {5504, 21100}, {5760, 21100},
            {6144, 22100}, {7168, 22100}, {8192, 22100}, {12288, 22100}, {16384, 22100}, {24576, 22100}, {32768, 22100}
        };
    }

    uint32_t getMode(int m, int k=0) {
        if (m < 1) throw std::out_of_range("m must be >= 1");
        if (m > 32768) m = 32768;
        // if it > m or end(), return the previous one
        if (k == 128)
        {
          auto it = ModeMap128k.lower_bound(m); // Find the first key >= m
          if (it == ModeMap128k.end() || it->first > m) {
            if (it == ModeMap128k.begin()) throw std::logic_error("No valid MODE found");
            --it;
          }
          return it->second;
        }
        else {
          auto it = ModeMap.lower_bound(m); // Find the first key >= m
          if (it == ModeMap.end() || it->first > m) {
            if (it == ModeMap.begin()) throw std::logic_error("No valid MODE found");
            --it;
          }
          return it->second;
        }
    }
private:
    std::map<int, uint32_t> ModeMap;
    std::map<int, uint32_t> ModeMap128k;
};

#define DIVIDE(x, size) (((x) + (size) - 1) / (size))

struct __attribute__((packed)) KernelArgs
{
     uint32_t gemm_count;
     uint32_t internalArgs;
     uint32_t internalArgs1;
     uint32_t numWorkGroups;
     void*    argsPtr;
};


struct __attribute__((packed)) GroupedGemmArgs
{
     uint32_t m; //!< size m
     uint32_t n; //!< size n
     uint32_t batch; //!< size batch
     uint32_t k; //!< size k
     void*    d; //!< The d matrix input pointer.
     void*    c; //!< The c matrix input pointer.
     void*    a; //!< The a matrix input pointer.
     void*    b; //!< The b matrix input pointer.
     uint32_t strideD1; //!< The d leading dimension.
     uint32_t strideD2; //!< The d batch stride
     uint32_t strideC1; //!< The c leading dimension.
     uint32_t strideC2; //!< The c batch stride
     uint32_t strideA1; //!< The a leading dimension.
     uint32_t strideA2; //!< The a batch stride
     uint32_t strideB1; //!< The b leading dimension.
     uint32_t strideB2; //!< The b batch stride
     float    alpha; //!< The alpha value.
     float    beta; //!< The beta value.
     void*    sorted_token_ids;
     void*    sorted_weights;
     void*    sorted_expert_ids;
     uint32_t num_valid_tokens;
     uint32_t top_k;
     void*    scale_a;
     void*    scale_b;
     void*    zero_points;
     void*    num_valid_ids;
};


struct __attribute__((packed)) HipFunctionArgs {
  uint32_t align_size;
  uint32_t internalArgs;
  uint32_t internalArgs1;
  uint32_t numWorkGroups;
  uint32_t m; //!< size m
  uint32_t n; //!< size n
  uint32_t k; //!< size k
  void*    d; //!< The d matrix input pointer.
  void*    a; //!< The a matrix input pointer.
  void*    b; //!< The b matrix input pointer.
  float    alpha; //!< The alpha value.
  float    beta; //!< The beta value.
  void*    sorted_token_ids;
  void*    sorted_weights;
  void*    sorted_expert_ids;
  uint32_t num_valid_tokens;
  uint32_t experts_num;              // num of experts
  uint32_t top_k;
  float    topk_rcip;
  void*    scale_a;
  void*    scale_b;
  void*    zero_points;
  void*    num_valid_ids;
  uint32_t out_type;
  uint32_t persist_groups;
  uint32_t groups_nums;
};

void printHipFunctionArgs(const HipFunctionArgs& args) {
    std::cout << "align_size: " << args.align_size << "\n";
    std::cout << "internalArgs: " << args.internalArgs << "\n";
    std::cout << "internalArgs1: " << args.internalArgs1 << "\n";
    std::cout << "numWorkGroups0: " << args.numWorkGroups << "\n";

    std::cout << "m: " << args.m << "\n";
    std::cout << "n: " << args.n << "\n";
    std::cout << "k: " << args.k << "\n";

    std::cout << "d: " << static_cast<void*>(args.d) << "\n";
    std::cout << "a: " << static_cast<const void*>(args.a) << "\n";
    std::cout << "b: " << static_cast<const void*>(args.b) << "\n";
    std::cout << "alpha: " << args.alpha << "\n";
    std::cout << "beta: " << args.beta << "\n";

    std::cout << "sorted_token_ids: " << static_cast<const void*>(args.sorted_token_ids) << "\n";
    std::cout << "sorted_weights: " << static_cast<const void*>(args.sorted_weights) << "\n";
    std::cout << "sorted_expert_ids: " << static_cast<const void*>(args.sorted_expert_ids) << "\n";
    std::cout << "num_valid_tokens: " << args.num_valid_tokens << "\n";
    std::cout << "experts_num: " << args.experts_num << "\n";
    std::cout << "top_k: " << args.top_k << "\n";
    std::cout << "topk_rcip: " << args.topk_rcip << "\n";

    std::cout << "scale_a: " << static_cast<void*>(args.scale_a) << "\n";
    std::cout << "scale_b: " << static_cast<void*>(args.scale_b) << "\n";
    std::cout << "zero_points: " << static_cast<void*>(args.zero_points) << "\n";
    std::cout << "num_valid_ids: " << static_cast<void*>(args.num_valid_ids) << "\n";
    std::cout << "out_type: " << args.out_type << "\n";
    std::cout << "persist_groups: " << args.persist_groups << "\n";
    std::cout << "groups_nums: " << args.groups_nums << "\n";
}

class FMoeKernelA8
{
private:
    hipModule_t module;
    hipFunction_t kernel_func;

public:
    FMoeKernelA8(const char *name, const char *hsaco)
    {
        const char *AITER_ASM_DIR = std::getenv("AITER_ASM_DIR");
        std::cout << "[aiter] hipModuleLoad: " << (std::string(AITER_ASM_DIR) + hsaco).c_str() << " GetFunction: " << name;
        HIP_CALL(hipModuleLoad(&module, (std::string(AITER_ASM_DIR) + hsaco).c_str()));
        HIP_CALL(hipModuleGetFunction(&kernel_func, module, name));
        std::cout << " Success" << std::endl;
    };

    template <typename T, typename T_O, bool firstStage = false>
    void launch_kernel(const std::vector<uint32_t>& Config,
                       torch::Tensor &out,               // [token_cnt, dim]
                       torch::Tensor &input,             // [token_cnt, dim] M,K
                       torch::Tensor &w1,                // [expert, inter_dim, dim] N,K
                       torch::Tensor &w2,                // [expert, dim, inter_dim]
                       torch::Tensor &sorted_token_ids,  // [max_num_tokens_padded]
                       torch::Tensor &sorted_weights,    // [max_num_tokens_padded]
                       torch::Tensor &sorted_expert_ids, // [max_num_m_blocks]
                       torch::Tensor &num_valid_ids,                    //
                       uint32_t top_k,
                       int OutType,
                       int PersistGroups,
                       int BlockSizeM,
                       std::optional<torch::Tensor> scale_a = std::nullopt,
                       std::optional<torch::Tensor> scale_b = std::nullopt,
                       std::optional<torch::Tensor> zero_points = std::nullopt
    )
    {
      int size_m, size_n, size_k;
      if constexpr (firstStage) {
        size_m = w1.size(1);
      }
      else {
        size_m = w2.size(1);
      }
      size_n = Config[1];
      size_k = input.size(1);
      HipFunctionArgs hipFunctionArgs;
      hipFunctionArgs.align_size = BlockSizeM;
      hipFunctionArgs.internalArgs = 0x00200001;
      hipFunctionArgs.internalArgs1 = 1;
      uint32_t chosen_experts;
      if constexpr (firstStage) {
        chosen_experts = std::min(input.size(0) * top_k, sorted_token_ids.size(0) / Config[1]);
      }
      else {
        chosen_experts = std::min(input.size(0), sorted_token_ids.size(0) / Config[1]);
      }
      chosen_experts = chosen_experts * ((BlockSizeM - 1)/Config[1] + 1);
      hipFunctionArgs.numWorkGroups = DIVIDE(size_m, Config[0]);
      hipFunctionArgs.groups_nums = chosen_experts * DIVIDE(size_m, Config[0]);
      hipFunctionArgs.m = size_m;
      hipFunctionArgs.n = size_n;
      hipFunctionArgs.k = size_k;
      hipFunctionArgs.d = out.data_ptr();
      if constexpr (firstStage) {
        hipFunctionArgs.a = w1.data_ptr();
      }
      else {
        hipFunctionArgs.a = w2.data_ptr();
      }
      hipFunctionArgs.b = input.data_ptr();
      hipFunctionArgs.alpha = 1;
      hipFunctionArgs.beta = 0;
      hipFunctionArgs.sorted_token_ids = sorted_token_ids.data_ptr();
      hipFunctionArgs.sorted_weights = sorted_weights.data_ptr();
      hipFunctionArgs.sorted_expert_ids = sorted_expert_ids.data_ptr();

      hipFunctionArgs.num_valid_tokens = input.size(0);
      hipFunctionArgs.experts_num = w1.size(0);
      hipFunctionArgs.top_k = top_k;
      hipFunctionArgs.topk_rcip = 1 / float(top_k);

      if(scale_a.has_value() && scale_a.value().has_storage()){
        hipFunctionArgs.scale_b = scale_a.value().data_ptr();
      }
      else{
        hipFunctionArgs.scale_b = input.data_ptr();
      }
      if(scale_b.has_value()&& scale_b.value().has_storage()){
        hipFunctionArgs.scale_a = scale_b.value().data_ptr();
      }
      else{
        hipFunctionArgs.scale_a = input.data_ptr();
      }
      if(zero_points.has_value()&& zero_points.value().has_storage()){
        hipFunctionArgs.zero_points = zero_points.value().data_ptr();
      }
      else{
        hipFunctionArgs.zero_points = input.data_ptr();
      }
      hipFunctionArgs.num_valid_ids = num_valid_ids.data_ptr();
      hipFunctionArgs.out_type = OutType;
      hipFunctionArgs.persist_groups = PersistGroups;

      size_t arg_size = sizeof(hipFunctionArgs);
      void *config[] = {HIP_LAUNCH_PARAM_BUFFER_POINTER,
                        &hipFunctionArgs, HIP_LAUNCH_PARAM_BUFFER_SIZE,
                        &arg_size, HIP_LAUNCH_PARAM_END};

      int bdx = Config[2];
      int gdx = hipFunctionArgs.groups_nums;
      if (PersistGroups != 0)
      {
        gdx = PersistGroups;
      }
      int gdy = 1;
      int gdz = 1;
      //printHipFunctionArgs(hipFunctionArgs);
      //std::cout << "bdx " << bdx << "\n";
      //std::cout << "gdx " << gdx << "\n";
      //std::cout << "gdy " << gdy << "\n";
      //std::cout << "gdz " << gdz << "\n";
      const cudaStream_t stream = at::cuda::getCurrentCUDAStream();
      HIP_CALL(hipModuleLaunchKernel(kernel_func,
                                      gdx, gdy, gdz,
                                      bdx, 1, 1,
                                      0, stream, nullptr, (void **)&config));
    };
};

void asm_fmoe_a8(torch::Tensor &out,               // [token_cnt, dim]
              torch::Tensor &input,             // [token_cnt, dim] M,K
              torch::Tensor &gate,              // [expert, inter_dim, dim] N,K
              torch::Tensor &down,              // [expert, dim, inter_dim]
              torch::Tensor &sorted_token_ids,  // [max_num_tokens_padded]
              torch::Tensor &sorted_weights,    // [max_num_tokens_padded]
              torch::Tensor &sorted_expert_ids, // [max_num_m_blocks]
              torch::Tensor & num_valid_ids,                     //
              uint32_t top_k,
              std::optional<torch::Tensor> scale_a = std::nullopt,
              std::optional<torch::Tensor> scale_b = std::nullopt,
              std::optional<torch::Tensor> zero_points = std::nullopt,
              std::optional<int> mode = 0,
              std::optional<int> solidx = 0,
              std::optional<int> out_type = 0,
              std::optional<int> persist_groups = 0,
              std::optional<int> use_shuffle = 0
)
{
    struct FMoeKernelA8Config
    {
        std::string name;
        std::string co_name;
        uint32_t MT0;
        uint32_t MT1;
        uint32_t bdx;
    };

    torch::Tensor ScaleA;
    torch::Tensor ScaleB;
    torch::Tensor ZeroPoints;
    int OutType = 0;
    int Mode = 0;
    int PersistGroups = 0;
    int Shuffle = 0;

    if (scale_a.has_value())
    {
      ScaleA = scale_a.value();
    }
    if (scale_b.has_value())
    {
      ScaleB = scale_b.value();
    }
    if (zero_points.has_value())
    {
      ZeroPoints = zero_points.value();
    }
    if (mode.has_value())
    {
      Mode = mode.value();
    }
    if (out_type.has_value())
    {
      OutType = out_type.value();
    }
    if (use_shuffle.has_value())
    {
      Shuffle = use_shuffle.value();
    }
    if (persist_groups.has_value())
    {
      PersistGroups = persist_groups.value();
    }

    FMoeKernelA8 *impl_ptr = nullptr;
    static uint32_t first_stage_topk = 1;
    static uint32_t BlockSizeM = 0;
    static std::unordered_map<std::string, std::unique_ptr<FMoeKernelA8>> impl_ptr_map;
    std::vector<uint32_t> Config = {32, 32, 512};
    bool first_stage = true;

    std::unordered_map<int, FMoeKernelA8Config> *config_map = nullptr;
    if (Mode == 0 || Mode == 4) {
      first_stage =true;
      first_stage_topk = top_k;
      static std::unordered_map<int, FMoeKernelA8Config> moe1_kernel_int8_configs = {
          {10000, {"MT32x16x256_SN_K1_PGR4_WG16_16_2_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT32x16x256_SN_K1_SB0_SWMNK2_2_1_moe1.co", 32, 16, 384}},
          {10001, {"MT32x16x256_SN_K1_PGR5_WG16_16_2_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT32x16x256_SN_K1_SB3_SWMNK2_2_1_moe1.co", 32, 16, 384}},
          {10002, {"MT64x16x256_SN_K1_PGR3_WG16_16_3_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT64x16x256_SN_K1_SB3_SWMNK4_2_1_moe1.co", 64, 16, 512}},
          {10003, {"MT32x16x256_SN_K1_PGR4_SB3_SWMNK2_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT32x16x256_T_PGR4_SB3_SWMNK2_1_1_moe1.co", 32, 16, 384}},
          {10004, {"MT32x16x256_SN_K1_PGR5_SB3_SWMNK2_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT32x16x256_T_PGR5_SB3_SWMNK2_1_1_moe1.co", 32, 16, 384}},
          {10005, {"MT32x16x256_SN_K1_PGR6_SB3_SWMNK2_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT32x16x256_T_PGR6_SB3_SWMNK2_1_1_moe1.co", 32, 16, 384}},
          {10006, {"MT64x16x256_SN_K1_PGR4_SB3_SWMNK4_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT64x16x256_T_PGR4_SB3_SWMNK4_1_1_moe1.co", 64, 16, 512}},
          {10007, {"MT64x16x256_SN_K1_PGR5_SB3_SWMNK4_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT64x16x256_T_PGR5_SB3_SWMNK4_1_1_moe1.co", 64, 16, 512}},
          {10008, {"MT128x16x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x16x256_T_PGR3_SB3_SWMNK8_1_1_moe1.co", 128, 16, 768}},
          {10009, {"MT128x16x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x16x256_T_PGR4_SB3_SWMNK8_1_1_moe1.co", 128, 16, 768}},
          {10010, {"MT128x16x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x16x256_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 128, 16, 768}},
          {10011, {"MT256x16x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x16x256_T_PGR3_SB3_SWMNK8_1_1_moe1.co", 256, 16, 768}},
          {10012, {"MT256x16x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x16x256_T_PGR4_SB3_SWMNK8_1_1_moe1.co", 256, 16, 768}},
          {10013, {"MT256x16x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x16x256_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 256, 16, 768}},
          {11000, {"MT32x32x256_SN_K1_PGR4_WG16_16_2_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT32x32x256_SN_K1_SB0_SWMNK2_2_1_moe1.co", 32, 32, 512}},
          {11001, {"MT64x32x256_SN_K1_PGR2_WG16_16_3_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT64x32x256_SN_K1_SB0_SWMNK4_2_1_moe1.co", 64, 32, 768}},
          {11002, {"MT128x32x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x32x256_T_PGR4_SB3_SWMNK8_1_1_moe1.co", 128, 32, 768}},
          {11003, {"MT256x32x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x32x256_T_PGR4_SB3_SWMNK8_1_1_moe1.co", 256, 32, 768}},
          {11004, {"MT128x32x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x32x256_T_PGR3_SB3_SWMNK8_1_1_moe1.co", 128, 32, 768}},
          {11005, {"MT256x32x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x32x256_T_PGR3_SB3_SWMNK8_1_1_moe1.co", 256, 32, 768}},
          {11006, {"MT128x32x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x32x256_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 128, 32, 768}},
          {11007, {"MT256x32x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x32x256_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 256, 32, 768}},
          {12000, {"MT128x64x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x64x256_T_PGR3_SB3_SWMNK8_1_1_moe1.co", 128, 64, 768}},
          {12001, {"MT256x64x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x64x256_T_PGR3_SB3_SWMNK8_1_1_moe1.co", 256, 64, 768}},
          {12002, {"MT128x64x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x64x256_T_PGR4_SB3_SWMNK8_1_1_moe1.co", 128, 64, 768}},
          {12003, {"MT256x64x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x64x256_T_PGR4_SB3_SWMNK8_1_1_moe1.co", 256, 64, 768}},
          {12004, {"MT128x64x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x64x256_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 128, 64, 768}},
          {12005, {"MT256x64x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x64x256_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 256, 64, 768}},
          {13000, {"MT128x128x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x128x256_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 128, 128, 768}},
          {13001, {"MT256x128x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w8a8/stage1/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x128x256_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 256, 128, 768}}};
      config_map = &moe1_kernel_int8_configs;
    }
    else if (Mode == 1 || Mode == 5) {
      first_stage =false;
      static std::unordered_map<int, FMoeKernelA8Config> moe2_kernel_int8_configs = {
        {20000, {"MT128x16x128_SN_K1_SB3_SWMNK4_1_1_moe2", "w8a8/stage2/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x16x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 128, 16, 256}},
        {20001, {"MT256x16x128_SN_K1_SB3_SWMNK4_1_1_moe2", "w8a8/stage2/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x16x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 16, 256}},
        {21000, {"MT128x32x128_SN_K1_SB3_SWMNK4_1_1_moe2", "w8a8/stage2/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x32x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 128, 32, 256}},
        {21001, {"MT256x32x128_SN_K1_SB3_SWMNK4_1_1_moe2", "w8a8/stage2/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x32x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 32, 256}},
        {22000, {"MT128x64x128_SN_K1_SB3_SWMNK4_1_1_moe2", "w8a8/stage2/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x64x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 128, 64, 256}},
        {22001, {"MT256x64x128_SN_K1_SB3_SWMNK4_1_1_moe2", "w8a8/stage2/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT256x64x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 64, 256}},
        {23000, {"MT256x128x128_SN_K1_SB3_SWMNK4_1_1_moe2_1", "w8a8/stage2/Cijk_Alik_Bljk_I8HS_MT256x128x128_SN_K1_SB3_SWMNK4_1_1_moe2_1.co", 256, 128, 256}},
        {23001, {"MT256x128x128_SN_K1_SB3_SWMNK4_1_1_moe2", "w8a8/stage2/Cijk_Alik_Bljk_I8HS_MT256x128x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 128, 256}},
        {23002, {"MT128x128x128_SN_K1_SB3_SWMNK4_1_1_moe2", "w8a8/stage2/Cijk_Alik_Bljk_I8HS_BH_SABV_UserArgs_MT128x128x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 128, 128, 256}},
        {20100, {"MT1024x16x128_SN_K1_SB3_SWMNK8_1_1_moe2", "w8a8/stage2/128k/MT1024x16x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 16, 768}},
        {20101, {"MT2048x16x128_SN_K1_SB3_SWMNK8_1_1_moe2", "w8a8/stage2/128k/MT2048x16x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 2048, 16, 768}},
        {20102, {"MT3584x16x128_SN_K1_SB3_SWMNK8_1_1_moe2", "w8a8/stage2/128k/MT3584x16x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 3584, 16, 768}},
        {21100, {"MT1024x32x128_SN_K1_SB3_SWMNK8_1_1_moe2", "w8a8/stage2/128k/MT1024x32x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 32, 768}},
        {21101, {"MT2048x32x128_SN_K1_SB3_SWMNK8_1_1_moe2", "w8a8/stage2/128k/MT2048x32x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 2048, 32, 768}},
        {21102, {"MT3584x32x128_SN_K1_SB3_SWMNK8_1_1_moe2", "w8a8/stage2/128k/MT3584x32x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 3584, 32, 768}},
        {22100, {"MT1024x64x128_SN_K1_SB3_SWMNK8_1_1_moe2", "w8a8/stage2/128k/MT1024x64x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 64, 768}},
        {22101, {"MT2048x64x128_SN_K1_SB3_SWMNK8_1_1_moe2", "w8a8/stage2/128k/MT2048x64x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 2048, 64, 768}},
        {22102, {"MT1024x64x128_SN_K1_SB3_SWMNK8_1_1_moe2_1", "w8a8/stage2/128k/MT1024x64x128_SN_K1_SB3_SWMNK8_1_1_moe2_1.co", 1024, 64, 768}},
        {22103, {"MT2048x64x128_SN_K1_SB3_SWMNK8_1_1_moe2_1", "w8a8/stage2/128k/MT2048x64x128_SN_K1_SB3_SWMNK8_1_1_moe2_1.co", 2048, 64, 768}},
        {23100, {"MT1024x128x128_SN_K1_SB3_SWMNK8_1_1_moe2", "w8a8/stage2/128k/MT1024x128x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 128, 768}},
        {23101, {"MT2048x128x128_SN_K1_SB3_SWMNK8_1_1_moe2", "w8a8/stage2/128k/MT2048x128x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 2048, 128, 768}}};
      config_map = &moe2_kernel_int8_configs;
    }
    else if (Mode == 2 || Mode == 6) {
      first_stage =true;
      first_stage_topk = top_k;
      static std::unordered_map<int, FMoeKernelA8Config> moe1_kernel_w8a8_block_configs = {
          {10000, {"MT128x16x128_SN_K1_PGR3_WG16_16_3_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT128x16x128_SN_K1_SB0_SWMNK8_1_1_moe1_ScaleTolds.co", 128, 16, 768}},
          {10001, {"MT128x16x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT128x16x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1.co", 128, 16, 768}},
          {10002, {"MT128x16x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT128x16x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1.co", 128, 16, 768}},
          {10003, {"MT128x16x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT128x16x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1.co", 128, 16, 768}},
          {10004, {"MT256x16x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x16x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1.co", 256, 16, 768}},
          {10005, {"MT256x16x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x16x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1.co", 256, 16, 768}},
          {10006, {"MT256x16x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x16x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1.co", 256, 16, 768}},
          {10007, {"MT64x16x256_SN_K1_PGR4_SB3_SWMNK4_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT64x16x256_SN_K1_PGR4_SB3_SWMNK4_1_1_moe1.co", 64, 16, 512}},
          {10008, {"MT32x16x256_SN_K1_PGR4_SB3_SWMNK2_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT32x16x256_SN_K1_PGR4_SB3_SWMNK2_1_1_moe1.co", 32, 16, 384}},
          {11000, {"MT32x32x256_SN_K1_PGR4_WG16_16_2_moe1", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT32x32x256_SN_K1_SB0_SWMNK2_2_1_moe1.co", 32, 32, 512}},
          {11001, {"MT64x32x256_SN_K1_PGR2_WG16_16_3_moe1", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT64x32x256_SN_K1_SB0_SWMNK4_2_1_moe1.co", 64, 32, 768}},
          {11002, {"MT32x32x256_SN_K1_PGR3_WG16_16_2_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT32x32x256_SN_K1_SB0_SWMNK2_2_1_moe1_ScaleTolds.co", 32, 32, 512}},
          {11003, {"MT64x32x256_SN_K1_PGR2_WG16_16_3_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT64x32x256_SN_K1_SB0_SWMNK4_2_1_moe1_ScaleTolds.co", 64, 32, 768}},
          {11004, {"MT64x32x128_SN_K1_PGR4_WG16_16_3_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT64x32x128_SN_K1_SB0_SWMNK4_2_1_moe1_ScaleTolds.co", 64, 32, 768}},
          {11005, {"MT128x32x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT128x32x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1.co", 128, 32, 768}},
          {11006, {"MT128x32x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT128x32x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1.co", 128, 32, 768}},
          {11007, {"MT128x32x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT128x32x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1.co", 128, 32, 768}},
          {11008, {"MT256x32x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x32x256_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1.co", 256, 32, 768}},
          {11009, {"MT256x32x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x32x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1.co", 256, 32, 768}},
          {11010, {"MT256x32x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x32x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1.co", 256, 32, 768}},
          {12000, {"MT128x64x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT128x64x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1.co", 128, 64, 768}},
          {12001, {"MT128x64x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT128x64x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1.co", 128, 64, 768}},
          {12002, {"MT256x64x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x64x256_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1.co", 256, 64, 768}},
          {12003, {"MT256x64x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x64x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1.co", 256, 64, 768}},
          {12004, {"MT256x64x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x64x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1.co", 256, 64, 768}},
          {12005, {"MT256x64x128_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x64x128_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1.co", 256, 64, 768}},
          {12006, {"MT256x64x128_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x64x128_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1.co", 256, 64, 768}},
          {13000, {"MT128x128x256_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT128x128x256_SB3_SWMNK8_1_1_moe1.co", 128, 128, 768}},
          {13001, {"MT256x128x256_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x128x256_SB3_SWMNK8_1_1_moe1.co", 256, 128, 768}},
          {14000, {"MT128x256x256_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT128x256x256_SB3_SWMNK8_1_1_moe1.co", 128, 256, 768}},
          {14001, {"MT256x256x256_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w8a8_block/stage1/Cijk_Alik_Bljk_I8HS_MT256x256x256_SB3_SWMNK8_1_1_moe1.co", 256, 256, 768}},
          {19999, {"kenrel_name", "w8a8_block/stage1/kenrel_name.co", 0, 0, 0}}};
      config_map = &moe1_kernel_w8a8_block_configs;
    }
    else if (Mode == 3 || Mode == 7) {
      first_stage =false;
      static std::unordered_map<int, FMoeKernelA8Config> moe2_kernel_w8a8_block_configs = {
          {20000, {"MT256x16x128_SN_K1_SB3_SWMNK4_1_1_moe2_ScaleTolds", "w8a8_block/stage2/Cijk_Alik_Bljk_I8HS_MT256x16x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 16, 256}},
          {21000, {"MT256x32x128_SN_K1_SB3_SWMNK4_1_1_moe2_ScaleTolds", "w8a8_block/stage2/Cijk_Alik_Bljk_I8HS_MT256x32x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 32, 256}},
          {22000, {"MT256x64x128_SN_K1_SB3_SWMNK4_1_1_moe2_ScaleTolds", "w8a8_block/stage2/Cijk_Alik_Bljk_I8HS_MT256x64x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 64, 256}},
          {22001, {"MT256x64x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/Cijk_Alik_Bljk_I8HS_MT256x64x256_SN_K1_PGR2_SB3_SWMNK8_1_1_moe2.co", 256, 64, 768}},
          {22002, {"MT256x64x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/Cijk_Alik_Bljk_I8HS_MT256x64x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe2.co", 256, 64, 768}},
          {22003, {"MT256x64x128_SN_K1_PGR3_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/Cijk_Alik_Bljk_I8HS_MT256x64x128_SN_K1_PGR3_SB3_SWMNK8_1_1_moe2.co", 256, 64, 768}},
          {22004, {"MT256x64x128_SN_K1_PGR4_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/Cijk_Alik_Bljk_I8HS_MT256x64x128_SN_K1_PGR4_SB3_SWMNK8_1_1_moe2.co", 256, 64, 768}},
          {23000, {"MT256x128x128_SN_K1_SB3_SWMNK4_1_1_moe2_ScaleTolds", "w8a8_block/stage2/Cijk_Alik_Bljk_I8HS_MT256x128x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 128, 256}},
          {23001, {"MT256x128x128_SN_K1_SB3_SWMNK4_1_1_moe2_ScaleTolds_1", "w8a8_block/stage2/Cijk_Alik_Bljk_I8HS_MT256x128x128_SN_K1_SB3_SWMNK4_1_1_moe2_1.co", 256, 128, 256}},
          {24000, {"MT256x256x128_SN_K1_SB3_SWMNK4_1_1_moe2_ScaleTolds", "w8a8_block/stage2/Cijk_Alik_Bljk_I8HS_MT256x256x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 256, 256}},
          {24001, {"MT256x256x128_SN_K1_SB3_SWMNK4_1_1_moe2_ScaleTolds_1", "w8a8_block/stage2/Cijk_Alik_Bljk_I8HS_MT256x256x128_SN_K1_SB3_SWMNK4_1_1_moe2_1.co", 256, 256, 256}},
          {20100, {"MT1024x16x128_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/128k/MT1024x16x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 16, 768}},
          {20101, {"MT3584x16x128_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/128k/MT3584x16x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 3584, 16, 768}},
          {20200, {"MT1024x16x256_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/256k/MT1024x16x256_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 16, 768}},
          {20201, {"MT3584x16x256_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/256k/MT3584x16x256_SN_K1_SB3_SWMNK8_1_1_moe2.co", 3584, 16, 768}},
          {21100, {"MT1024x32x128_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/128k/MT1024x32x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 32, 768}},
          {21101, {"MT3584x32x128_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/128k/MT3584x32x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 3584, 32, 768}},
          {21200, {"MT1024x32x256_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/256k/MT1024x32x256_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 32, 768}},
          {22100, {"MT1024x64x128_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/128k/MT1024x64x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 64, 768}},
          {22101, {"MT3584x64x128_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/128k/MT3584x64x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 3584, 64, 768}},
          {23100, {"MT1024x128x128_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/128k/MT1024x128x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 128, 768}},
          {23101, {"MT3584x128x128_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/128k/MT3584x128x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 3584, 128, 768}},
          {24100, {"MT1024x256x128_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/128k/MT1024x256x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 256, 768}},
          {24101, {"MT3584x256x128_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w8a8_block/stage2/128k/MT3584x256x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 3584, 256, 768}},
          {29999, {"kenrel_name", "w8a8_block/stage2/kenrel_name.co", 0, 0, 0}}};
      config_map = &moe2_kernel_w8a8_block_configs;
    }
    else if (Mode == 10) {
      first_stage =true;
      first_stage_topk = top_k;
      static std::unordered_map<int, FMoeKernelA8Config> moe1_kernel_w4a8_configs = {
          {10000, {"MT128x16x256_SN_K1_PGR4_WG16_16_3_moe1", "w4a8/Cijk_Alik_Bljk_I8HS_MT128x16x256_SN_K1_SB0_SWMNK8_1_1_moe1.co", 128, 16, 768}},
          {10001, {"MT128x16x256_SN_K1_PGR2_WG16_16_3_moe1_ScaleTolds", "w4a8/Cijk_Alik_Bljk_I8HS_MT128x16x256_SN_K1_SB0_SWMNK8_1_1_moe1_ScaleTolds0.co", 128, 16, 768}},
          {10002, {"MT128x16x256_SN_K1_PGR3_WG16_16_3_moe1_ScaleTolds", "w4a8/Cijk_Alik_Bljk_I8HS_MT128x16x256_SN_K1_SB0_SWMNK8_1_1_moe1_ScaleTolds1.co", 128, 16, 768}},
          {10003, {"MT256x16x256_SN_K1_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w4a8/Cijk_Alik_Bljk_I8HS_MT256x16x256_SN_K1_SB3_SWMNK8_1_1_moe1.co", 256, 16, 768}},
          {11000, {"MT128x32x256_SN_K1_PGR4_WG16_16_3_moe1", "w4a8/Cijk_Alik_Bljk_I8HS_MT128x32x256_SN_K1_SB0_SWMNK8_1_1_moe1.co", 128, 32, 768}},
          {11001, {"MT128x32x256_SN_K1_PGR2_WG16_16_3_moe1_ScaleTolds", "w4a8/Cijk_Alik_Bljk_I8HS_MT128x32x256_SN_K1_SB0_SWMNK8_1_1_moe1_ScaleTolds.co", 128, 32, 768}},
          {11002, {"MT256x32x256_SN_K1_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w4a8/Cijk_Alik_Bljk_I8HS_MT256x32x256_SN_K1_SB3_SWMNK8_1_1_moe1.co", 256, 32, 768}},
          {11009, {"MT64x32x256_SN_K1_PGR4_WG16_16_3_moe1", "w4a8/Cijk_Alik_Bljk_I8HS_MT64x32x256_SN_K1_SB0_SWMNK4_2_1_moe1.co", 64, 32, 768}},
          {12000, {"MT256x64x256_SN_K1_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w4a8/Cijk_Alik_Bljk_I8HS_MT256x64x256_SN_K1_SB3_SWMNK8_1_1_moe1.co", 256, 64, 768}},
          {13000, {"MT256x128x256_SN_K1_SB3_SWMNK8_1_1_moe1_ScaleTolds", "w4a8/Cijk_Alik_Bljk_I8HS_MT256x128x256_SN_K1_SB3_SWMNK8_1_1_moe1.co", 256, 128, 768}},
          {19999, {"kenrel_name", "w4a8/kenrel_name.co", 0, 0, 0}}};
      config_map = &moe1_kernel_w4a8_configs;
    }
    else if (Mode == 11) {
      first_stage =false;
      static std::unordered_map<int, FMoeKernelA8Config> moe2_kernel_w4a8_configs = {
          {20000, {"MT256x16x128_SN_K1_SB3_SWMNK4_1_1_moe2_ScaleTolds", "w4a8/Cijk_Alik_Bljk_I8HS_MT256x16x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 16, 256}},
          {21000, {"MT256x32x128_SN_K1_SB3_SWMNK4_1_1_moe2_ScaleTolds", "w4a8/Cijk_Alik_Bljk_I8HS_MT256x32x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 32, 256}},
          {22000, {"MT256x64x128_SN_K1_SB3_SWMNK4_1_1_moe2_ScaleTolds", "w4a8/Cijk_Alik_Bljk_I8HS_MT256x64x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 64, 256}},
          {23000, {"MT256x128x128_SN_K1_SB3_SWMNK4_1_1_moe2_ScaleTolds", "w4a8/Cijk_Alik_Bljk_I8HS_MT256x128x128_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 128, 256}},
          {20100, {"MT1024x16x256_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w4a8/256k/MT1024x16x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 16, 768}},
          {20101, {"MT3584x16x256_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w4a8/256k/MT3584x16x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 3584, 16, 768}},
          {21100, {"MT1024x32x256_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w4a8/256k/MT1024x32x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 32, 768}},
          {21101, {"MT3584x32x256_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w4a8/256k/MT3584x32x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 3584, 32, 768}},
          {22100, {"MT1024x64x256_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w4a8/256k/MT1024x64x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 64, 768}},
          {22101, {"MT3584x64x256_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w4a8/256k/MT3584x64x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 3584, 64, 768}},
          {23100, {"MT1024x128x256_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w4a8/256k/MT1024x128x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 128, 768}},
          {23101, {"MT3584x128x256_SN_K1_SB3_SWMNK8_1_1_moe2_ScaleTolds", "w4a8/256k/MT3584x128x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 3584, 128, 768}},
          {29999, {"kenrel_name_moe2", "w4a8/kenrel_name_moe2.co", 0, 0, 0}}};
      config_map = &moe2_kernel_w4a8_configs;
    }
    else if (Mode == 20) {
      first_stage =true;
      first_stage_topk = top_k;
      static std::unordered_map<int, FMoeKernelA8Config> moe1_kernel_a16_configs = {
          {10000, {"B16_MT32x16x128_SN_K1_PGR4_WG16_16_2_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT32x16x128_PGR4_SB3_SWMNK2_2_1_moe1.co", 32, 16, 384}},
          {10001, {"B16_MT32x16x128_SN_K1_PGR5_WG16_16_2_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT32x16x128_PGR5_SB3_SWMNK2_2_1_moe1.co", 32, 16, 384}},
          {10002, {"B16_MT64x16x128_SN_K1_PGR3_WG16_16_3_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT64x16x128_PGR3_SB3_SWMNK4_2_1_moe1.co", 64, 16, 512}},
          {10003, {"B16_MT32x16x128_SN_K1_PGR4_SB3_SWMNK2_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT32x16x128_T_PGR4_SB3_SWMNK2_1_1_moe1.co", 32, 16, 384}},
          {10004, {"B16_MT32x16x128_SN_K1_PGR5_SB3_SWMNK2_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT32x16x128_T_PGR5_SB3_SWMNK2_1_1_moe1.co", 32, 16, 384}},
          {10005, {"B16_MT32x16x128_SN_K1_PGR6_SB3_SWMNK2_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT32x16x128_T_PGR6_SB3_SWMNK2_1_1_moe1.co", 32, 16, 384}},
          {10006, {"B16_MT64x16x128_SN_K1_PGR4_SB3_SWMNK4_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT64x16x128_T_PGR4_SB3_SWMNK4_1_1_moe1.co", 64, 16, 512}},
          {10007, {"B16_MT64x16x128_SN_K1_PGR5_SB3_SWMNK4_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT64x16x128_T_PGR5_SB3_SWMNK4_1_1_moe1.co", 64, 16, 512}},
          {10008, {"B16_MT128x16x128_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT128x16x128_T_PGR3_SB3_SWMNK8_1_1_moe1.co", 128, 16, 768}},
          {10009, {"B16_MT128x16x128_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT128x16x128_T_PGR4_SB3_SWMNK8_1_1_moe1.co", 128, 16, 768}},
          {10010, {"B16_MT128x16x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT128x16x128_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 128, 16, 768}},
          {10011, {"B16_MT256x16x128_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT256x16x128_T_PGR3_SB3_SWMNK8_1_1_moe1.co", 256, 16, 768}},
          {10012, {"B16_MT256x16x128_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT256x16x128_T_PGR4_SB3_SWMNK8_1_1_moe1.co", 256, 16, 768}},
          {10013, {"B16_MT256x16x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT256x16x128_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 256, 16, 768}},
          {11000, {"B16_MT32x32x128_SN_K1_PGR4_WG16_16_2_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT32x32x128_SN_K1_SB3_SWMNK2_2_1_moe1.co", 32, 32, 512}},
          {11002, {"B16_MT128x32x128_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT128x32x128_T_PGR4_SB3_SWMNK8_1_1_moe1.co", 128, 32, 768}},
          {11003, {"B16_MT256x32x128_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT256x32x128_T_PGR4_SB3_SWMNK8_1_1_moe1.co", 256, 32, 768}},
          {11004, {"B16_MT128x32x128_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT128x32x128_T_PGR3_SB3_SWMNK8_1_1_moe1.co", 128, 32, 768}},
          {11005, {"B16_MT256x32x128_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT256x32x128_T_PGR3_SB3_SWMNK8_1_1_moe1.co", 256, 32, 768}},
          {11006, {"B16_MT128x32x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT128x32x128_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 128, 32, 768}},
          {11007, {"B16_MT256x32x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT256x32x128_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 256, 32, 768}},
          {12000, {"B16_MT128x64x128_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT128x64x128_T_PGR3_SB3_SWMNK8_1_1_moe1.co", 128, 64, 768}},
          {12001, {"B16_MT256x64x128_SN_K1_PGR3_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT256x64x128_T_PGR3_SB3_SWMNK8_1_1_moe1.co", 256, 64, 768}},
          {12002, {"B16_MT128x64x128_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT128x64x128_T_PGR4_SB3_SWMNK8_1_1_moe1.co", 128, 64, 768}},
          {12003, {"B16_MT256x64x128_SN_K1_PGR4_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT256x64x128_T_PGR4_SB3_SWMNK8_1_1_moe1.co", 256, 64, 768}},
          {12004, {"B16_MT128x64x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT128x64x128_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 128, 64, 768}},
          {12005, {"B16_MT256x64x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT256x64x128_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 256, 64, 768}},
          {13000, {"B16_MT128x128x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT128x128x128_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 128, 128, 768}},
          {13001, {"B16_MT256x128x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe1", "w16a16/stage1/Cijk_Alik_Bljk_B16_MT256x128x128_T_PGR2_SB3_SWMNK8_1_1_moe1.co", 256, 128, 768}},
          {19999, {"kenrel_name", "w4a8/kenrel_name.co", 0, 0, 0}}};
      config_map = &moe1_kernel_a16_configs;
    }
    else if (Mode == 21) {
      first_stage =false;
      static std::unordered_map<int, FMoeKernelA8Config> moe2_kernel_a16_configs = {
        {20000, {"B16_MT128x16x64_SN_K1_SB3_SWMNK4_1_1_moe2", "w16a16/stage2/Cijk_Alik_Bljk_B16_MT128x16x64_SN_K1_SB3_SWMNK4_1_1_moe2.co", 128, 16, 256}},
        {20001, {"B16_MT128x16x64_PGR2_SB3_SWMNK4_1_1_moe2", "w16a16/stage2/Cijk_Alik_Bljk_B16_MT128x16x64_PGR2_SB3_SWMNK4_1_1_moe2.co", 128, 16, 256}},
        {20002, {"B16_MT256x16x64_SN_K1_SB3_SWMNK4_1_1_moe2", "w16a16/stage2/Cijk_Alik_Bljk_B16_MT256x16x64_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 16, 256}},
        {21001, {"B16_MT256x32x64_SN_K1_SB3_SWMNK4_1_1_moe2", "w16a16/stage2/Cijk_Alik_Bljk_B16_MT256x32x64_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 32, 256}},
        {22001, {"B16_MT256x64x64_SN_K1_SB3_SWMNK4_1_1_moe2", "w16a16/stage2/Cijk_Alik_Bljk_B16_MT256x64x64_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 64, 256}},
        {23000, {"B16_MT256x128x64_SN_K1_SB3_SWMNK4_1_1_moe2_1", "w16a16/stage2/Cijk_Alik_Bljk_B16_MT256x128x64_SN_K1_SB3_SWMNK4_1_1_moe2_1.co", 256, 128, 256}},
        {23001, {"B16_MT256x128x64_SN_K1_SB3_SWMNK4_1_1_moe2", "w16a16/stage2/Cijk_Alik_Bljk_B16_MT256x128x64_SN_K1_SB3_SWMNK4_1_1_moe2.co", 256, 128, 256}},
        {23002, {"B16_MT256x128x128_SN_K1_PGR2_SB3_SWMNK8_1_1_moe2", "w16a16/stage2/Cijk_Alik_Bljk_B16_MT256x128x128_T_PGR2_SB3_SWMNK8_1_1_moe2.co", 256, 128, 768}},
        {20100, {"B16_MT1024x16x64_SN_K1_SB3_SWMNK8_1_1_moe2", "w16a16/stage2/eval/MT1024x16x64_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 16, 768}},
        {20101, {"B16_MT2048x16x64_SN_K1_SB3_SWMNK8_1_1_moe2", "w16a16/stage2/eval/MT2048x16x64_SN_K1_SB3_SWMNK8_1_1_moe2.co", 2048, 16, 768}},
        {20200, {"B16_MT1024x16x128_SN_K1_SB3_SWMNK8_1_1_moe2", "w16a16/stage2/eval/MT1024x16x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 16, 512}},
        {20201, {"B16_MT2048x16x128_SN_K1_SB3_SWMNK8_1_1_moe2", "w16a16/stage2/eval/MT2048x16x128_SN_K1_SB3_SWMNK8_1_1_moe2.co", 2048, 16, 512}},
        {20300, {"B16_MT1024x16x256_SN_K1_SB3_SWMNK8_1_1_moe2", "w16a16/stage2/eval/MT1024x16x256_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 16, 512}},
        {20301, {"B16_MT2048x16x256_SN_K1_SB3_SWMNK8_1_1_moe2", "w16a16/stage2/eval/MT2048x16x256_SN_K1_SB3_SWMNK8_1_1_moe2.co", 2048, 16, 512}},
        {20400, {"B16_MT1024x16x384_SN_K1_SB3_SWMNK8_1_1_moe2", "w16a16/stage2/eval/MT1024x16x384_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 16, 512}},
        {20401, {"B16_MT2048x16x384_SN_K1_SB3_SWMNK8_1_1_moe2", "w16a16/stage2/eval/MT2048x16x384_SN_K1_SB3_SWMNK8_1_1_moe2.co", 2048, 16, 512}},
        {20500, {"B16_MT1024x16x352_SN_K1_SB3_SWMNK8_1_1_moe2", "w16a16/stage2/eval/MT1024x16x352_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 16, 512}},
        {20600, {"B16_MT1024x16x320_SN_K1_SB3_SWMNK8_1_1_moe2", "w16a16/stage2/eval/MT1024x16x320_SN_K1_SB3_SWMNK8_1_1_moe2.co", 1024, 16, 512}},
        {29999, {"kenrel_name_moe2", "w4a8/kenrel_name_moe2.co", 0, 0, 0}}};
      config_map = &moe2_kernel_a16_configs;
    }
    //if (Mode >= 10000 && Mode <= 19999) {
    //  first_stage =true;
    //  first_stage_topk = top_k;
    //  config_map = &moe1_kernel_int8_configs;
    //  Moe1ModeLookup lookup;
    //  Mode = lookup.getMode(input.size(0));
    //}
    //else if (Mode >= 20000 && Mode <= 29999) {
    //  first_stage =false;
    //  config_map = &moe2_kernel_int8_configs;
    //  Moe2ModeLookup lookup;
    //  Mode = lookup.getMode(input.size(0) / first_stage_topk, input.size(1));
    //}

    if (!config_map)
    {
        TORCH_CHECK(false, __func__, " Input not supput Mode: ", Mode);
    }

    int Solution = 0;
    if (first_stage)
      Solution = 10000;
    else
      Solution = 20000;
    if (solidx.has_value())
    {
      Solution = solidx.value();
    }

    //auto it = config_map->find(Mode);
    auto it = config_map->find(Solution);
    if (it != config_map->end())
    {
        const auto &config = it->second;
        const char *name = config.name.c_str();
        std::string config_co_name = config.co_name;
        if (Mode >= 4 && Mode <= 7) {
          size_t pos = config_co_name.find("w8a8");
          if (pos != std::string::npos) {
              config_co_name.insert(pos, "f8/");
          }
        }
        if ((Mode == 10 || Mode == 11) && OutType == 1) {
          size_t pos = config_co_name.find("w4a8/");
          if (pos != std::string::npos) {
              config_co_name.insert(pos + 5, "bf16/");
          }
        }
        if ((Mode == 20 || Mode == 21) && OutType == 1) {
          size_t pos = config_co_name.find("w16a16/");
          if (pos != std::string::npos) {
              config_co_name.insert(pos + 7, "bf16/");
          }
        }
        if (Shuffle != 0)
        {
          size_t pos = config_co_name.find("stage");
          if (pos != std::string::npos) {
              config_co_name.insert(pos + 7, "shuffle/");
          }
          if ((Mode == 0 || Mode == 4) && gate.size(1) % 128 == 64) {
              config_co_name.insert(pos + 14, "_N64");
          }
          if ((Mode == 1 || Mode == 5) && down.size(2) % 128 == 96) {
              config_co_name.insert(pos + 14, "_K96");
          }
          else if ((Mode == 1 || Mode == 5) && down.size(2) % 128 == 64) {
              config_co_name.insert(pos + 14, "_K64");
          }
        }
        const char *co_name = config_co_name.c_str();
        Config = {config.MT0, config.MT1, config.bdx};

        auto result = impl_ptr_map.emplace(co_name, nullptr);
        if (result.second)
        {
            result.first->second = std::make_unique<FMoeKernelA8>(name, co_name);
        }
        impl_ptr = result.first->second.get();
    }

    TORCH_CHECK(impl_ptr != nullptr,
                __func__, ": unsupport current input Mode: ", Mode, ",Solution:", Solution);

    if (first_stage)
    {
      BlockSizeM = Config[1];
      impl_ptr->launch_kernel<uint16_t, uint16_t, true>(Config,
                                                   out,
                                                   input,
                                                   gate,
                                                   down,
                                                   sorted_token_ids,
                                                   sorted_weights,
                                                   sorted_expert_ids,
                                                   num_valid_ids,
                                                   top_k,
                                                   OutType,
                                                   PersistGroups,
                                                   BlockSizeM,
                                                   ScaleA,
                                                   ScaleB,
                                                   ZeroPoints);
    }
    else
    {
      if (BlockSizeM == 0)
        BlockSizeM = Config[1];
      if (BlockSizeM < Config[1])
        TORCH_CHECK(false, __func__,"  Currently only supports stage2 kernel MT1 <= stage1 kernel MT1, ",  Config[1], " > ", BlockSizeM);

      impl_ptr->launch_kernel<uint16_t, uint16_t, false>(Config,
                                                   out,
                                                   input,
                                                   gate,
                                                   down,
                                                   sorted_token_ids,
                                                   sorted_weights,
                                                   sorted_expert_ids,
                                                   num_valid_ids,
                                                   top_k,
                                                   OutType,
                                                   PersistGroups,
                                                   BlockSizeM,
                                                   ScaleA,
                                                   ScaleB,
                                                   ZeroPoints);      
    }

}