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#pragma once
#include "../utils/loop_progress.cuh"
#include "reduce_template.cuh"
#include "reduce_helper.cuh"
#include <stdio.h>
#define CONTIGUOUS_ALL_REDUCE(BLOCK_SIZE, OUT_TYPE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
all_reduce< \
ContiguousIndexCalculator<IN_TYPE>, IN_TYPE, OUT_TYPE, REDUCE_OP, BLOCK_SIZE, 32>(out, buffer, finished, size, ContiguousIndexCalculator<IN_TYPE>(in)); \
break;
#define UNCONTIGUOUS_ALL_REDUCE(BLOCK_SIZE, OUT_TYPE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
all_reduce< \
UncontiguousIndexCalculator<IN_TYPE>, IN_TYPE, OUT_TYPE, REDUCE_OP, BLOCK_SIZE, 32>(out, buffer, finished, size, UncontiguousIndexCalculator<IN_TYPE>(in, shape, strides, ndim)); \
break;
#define CONTIGUOUS_FAST_DIM_INCLUDE_ARMS(BLOCK_SIZE, OUT_TYPE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
reduce_fast_dim_include<IN_TYPE, OUT_TYPE, REDUCE_OP, BLOCK_SIZE, 32>(out, in, buffer, finished, fd, strides, ndim, fast_dim_size, reduce_size_no_fast_dim); \
break;
#define CONTIGUOUS_FAST_DIM_ONLY_ARMS(BLOCK_SIZE, OUT_TYPE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
reduce_fast_dim_only<IN_TYPE, OUT_TYPE, ContiguousIndexCalculator<IN_TYPE>, REDUCE_OP, BLOCK_SIZE, 32>( \
out, in, buffer, finished, fast_dim_size, output_size, ContiguousIndexCalculator<IN_TYPE>(in), 1); \
break;
#define UNCONTIGUOUS_FAST_DIM_ONLY_ARMS(BLOCK_SIZE, OUT_TYPE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
reduce_fast_dim_only<IN_TYPE, OUT_TYPE, UncontiguousIndexCalculator<IN_TYPE>, REDUCE_OP, BLOCK_SIZE, 32>( \
out, in, buffer, finished, fast_dim_size, output_size, UncontiguousIndexCalculator<IN_TYPE>(in, shape, strides, ndim), last_stride); \
break;
#define CONTIGUOUS_SMALL_FAST_DIM_ONLY_ARMS(BLOCK_SIZE, OUT_TYPE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
reduce_small_fast_dim_only<IN_TYPE, OUT_TYPE, ContiguousIndexCalculator<IN_TYPE>, REDUCE_OP, BLOCK_SIZE, 32>( \
out, in, fast_dim_size, output_size, ContiguousIndexCalculator<IN_TYPE>(in), 1); \
break;
#define UNCONTIGUOUS_SMALL_FAST_DIM_ONLY_ARMS(BLOCK_SIZE, OUT_TYPE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
reduce_small_fast_dim_only<IN_TYPE, OUT_TYPE, UncontiguousIndexCalculator<IN_TYPE>, REDUCE_OP, BLOCK_SIZE, 32>( \
out, in, fast_dim_size, output_size, UncontiguousIndexCalculator<IN_TYPE>(in, shape, strides, ndim), last_stride); \
break;
#define DECLARE_KERNEL(IN_TYPE, RUST_TYPE, OP, REDUCE_OP) \
using Output##OP##_##RUST_TYPE = REDUCE_OP<IN_TYPE>::R; \
extern "C" __global__ void contiguous_##OP##_##RUST_TYPE(Output##OP##_##RUST_TYPE *out, Output##OP##_##RUST_TYPE *buffer, IN_TYPE *in, int32_t *finished, size_t size) \
{ \
switch (blockDim.x) \
{ \
CONTIGUOUS_ALL_REDUCE(32, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ALL_REDUCE(64, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ALL_REDUCE(128, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ALL_REDUCE(256, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ALL_REDUCE(512, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
default: \
break; \
} \
} \
extern "C" __global__ void uncontiguous_##OP##_##RUST_TYPE(Output##OP##_##RUST_TYPE *out, Output##OP##_##RUST_TYPE *buffer, IN_TYPE *in, int32_t *finished, FastDivmod *shape, int *strides, size_t ndim, size_t size) \
{ \
switch (blockDim.x) \
{ \
UNCONTIGUOUS_ALL_REDUCE(32, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ALL_REDUCE(64, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ALL_REDUCE(128, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ALL_REDUCE(256, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ALL_REDUCE(512, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
default: \
if (threadIdx.x == 0 && blockIdx.x == 0 && blockIdx.y == 0 && threadIdx.y == 0) \
{ \
printf("Error: Invalid block size %d for %s\n", blockDim.x, "uncontiguous_" #OP "_" #RUST_TYPE); \
} \
break; \
} \
} \
extern "C" __global__ void OP##_fast_dim_include_##RUST_TYPE(Output##OP##_##RUST_TYPE *out, IN_TYPE *in, Output##OP##_##RUST_TYPE *buffer, int *finished, FastDivmod *fd, int *strides, size_t ndim, size_t fast_dim_size, size_t reduce_size_no_fast_dim) \
{ \
switch (blockDim.x * blockDim.y) \
{ \
CONTIGUOUS_FAST_DIM_INCLUDE_ARMS(32, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_FAST_DIM_INCLUDE_ARMS(64, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_FAST_DIM_INCLUDE_ARMS(128, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_FAST_DIM_INCLUDE_ARMS(256, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_FAST_DIM_INCLUDE_ARMS(512, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
default: \
if (threadIdx.x == 0 && blockIdx.x == 0 && blockIdx.y == 0 && threadIdx.y == 0) \
{ \
printf("Error: Invalid block size %d for %s\n", blockDim.x *blockDim.y, #OP "_fast_dim_include_" #RUST_TYPE); \
} \
break; \
} \
} \
extern "C" __global__ void contiguous_##OP##_fast_dim_only_##RUST_TYPE( \
Output##OP##_##RUST_TYPE *out, \
IN_TYPE *in, \
Output##OP##_##RUST_TYPE *buffer, \
int32_t *finished, \
size_t fast_dim_size, \
size_t output_size) \
{ \
switch (blockDim.x) \
{ \
CONTIGUOUS_FAST_DIM_ONLY_ARMS(32, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_FAST_DIM_ONLY_ARMS(64, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_FAST_DIM_ONLY_ARMS(128, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_FAST_DIM_ONLY_ARMS(256, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_FAST_DIM_ONLY_ARMS(512, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
default: \
if (threadIdx.x == 0 && blockIdx.x == 0 && blockIdx.y == 0 && threadIdx.y == 0) \
{ \
printf("Error: Invalid block size %d for %s\n", blockDim.x, "contiguous_" #OP "_fast_dim_only_" #RUST_TYPE); \
} \
break; \
} \
} \
extern "C" __global__ void uncontiguous_##OP##_fast_dim_only_##RUST_TYPE( \
Output##OP##_##RUST_TYPE *out, \
IN_TYPE *in, \
Output##OP##_##RUST_TYPE *buffer, \
int32_t *finished, \
FastDivmod *shape, \
int *strides, \
size_t ndim, \
size_t fast_dim_size, \
size_t output_size, \
int64_t last_stride) \
{ \
switch (blockDim.x) \
{ \
UNCONTIGUOUS_FAST_DIM_ONLY_ARMS(32, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_FAST_DIM_ONLY_ARMS(64, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_FAST_DIM_ONLY_ARMS(128, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_FAST_DIM_ONLY_ARMS(256, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_FAST_DIM_ONLY_ARMS(512, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
default: \
if (threadIdx.x == 0 && blockIdx.x == 0 && blockIdx.y == 0 && threadIdx.y == 0) \
{ \
printf("Error: Invalid block size %d for %s\n", blockDim.x, "uncontiguous_" #OP "_fast_dim_only_" #RUST_TYPE); \
} \
break; \
} \
} \
extern "C" __global__ void contiguous_##OP##_small_fast_dim_only_##RUST_TYPE(Output##OP##_##RUST_TYPE *out, IN_TYPE *in, size_t fast_dim_size, size_t output_size) \
{ \
switch (blockDim.x) \
{ \
CONTIGUOUS_SMALL_FAST_DIM_ONLY_ARMS(32, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_SMALL_FAST_DIM_ONLY_ARMS(64, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_SMALL_FAST_DIM_ONLY_ARMS(128, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_SMALL_FAST_DIM_ONLY_ARMS(256, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_SMALL_FAST_DIM_ONLY_ARMS(512, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
default: \
if (threadIdx.x == 0 && blockIdx.x == 0 && blockIdx.y == 0 && threadIdx.y == 0) \
{ \
printf("Error: Invalid block size %d for %s\n", blockDim.x, "contiguous_" #OP "_small_fast_dim_only_" #RUST_TYPE); \
} \
break; \
} \
} \
extern "C" __global__ void uncontiguous_##OP##_small_fast_dim_only_##RUST_TYPE(Output##OP##_##RUST_TYPE *out, IN_TYPE *in, FastDivmod *shape, int *strides, size_t ndim, size_t fast_dim_size, size_t output_size, int64_t last_stride) \
{ \
switch (blockDim.x) \
{ \
UNCONTIGUOUS_SMALL_FAST_DIM_ONLY_ARMS(32, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_SMALL_FAST_DIM_ONLY_ARMS(64, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_SMALL_FAST_DIM_ONLY_ARMS(128, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_SMALL_FAST_DIM_ONLY_ARMS(256, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_SMALL_FAST_DIM_ONLY_ARMS(512, Output##OP##_##RUST_TYPE, IN_TYPE, REDUCE_OP); \
default: \
if (threadIdx.x == 0 && blockIdx.x == 0 && blockIdx.y == 0 && threadIdx.y == 0) \
{ \
printf("Error: Invalid block size %d for %s\n", blockDim.x, "uncontiguous_" #OP "_small_fast_dim_only_" #RUST_TYPE); \
} \
break; \
} \
} \
extern "C" __global__ void OP##_fast_dim_no_include_##RUST_TYPE(Output##OP##_##RUST_TYPE *out, Output##OP##_##RUST_TYPE *buffer, IN_TYPE *in, int *finished, FastDivmod *shape, int *strides, size_t ndim, size_t reduce_size, size_t output_size) \
{ \
extern __shared__ Output##OP##_##RUST_TYPE OP##shared##RUST_TYPE[]; \
reduce_fast_dim_not_include<IN_TYPE, Output##OP##_##RUST_TYPE, REDUCE_OP, 32>(OP##shared##RUST_TYPE, out, buffer, in, finished, shape, strides, ndim, reduce_size, output_size); \
}
#define CONTIGUOUS_ARG_ALL_REDUCE(BLOCK_SIZE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
all_reduce< \
ContiguousIndexCalculator<IN_TYPE>, IN_TYPE, REDUCE_OP##Result<IN_TYPE>, REDUCE_OP, BLOCK_SIZE, 32>(out, buffer, finished, size, ContiguousIndexCalculator<IN_TYPE>(in)); \
break;
#define UNCONTIGUOUS_ARG_ALL_REDUCE(BLOCK_SIZE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
all_reduce< \
UncontiguousIndexCalculator<IN_TYPE>, IN_TYPE, REDUCE_OP##Result<IN_TYPE>, REDUCE_OP, BLOCK_SIZE, 32>(out, buffer, finished, size, UncontiguousIndexCalculator<IN_TYPE>(in, shape, strides, ndim)); \
break;
#define CONTIGUOUS_ARG_FAST_DIM_ONLY_ARMS(BLOCK_SIZE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
reduce_fast_dim_only<IN_TYPE, REDUCE_OP##Result<IN_TYPE>, ContiguousIndexCalculator<IN_TYPE>, REDUCE_OP, BLOCK_SIZE, 32>( \
out, in, buffer, finished, fast_dim_size, output_size, ContiguousIndexCalculator<IN_TYPE>(in), 1); \
break;
#define UNCONTIGUOUS_ARG_FAST_DIM_ONLY_ARMS(BLOCK_SIZE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
reduce_fast_dim_only<IN_TYPE, REDUCE_OP##Result<IN_TYPE>, UncontiguousIndexCalculator<IN_TYPE>, REDUCE_OP, BLOCK_SIZE, 32>( \
out, in, buffer, finished, fast_dim_size, output_size, UncontiguousIndexCalculator<IN_TYPE>(in, shape, strides, ndim), last_stride); \
break;
#define CONTIGUOUS_ARG_SMALL_FAST_DIM_ONLY_ARMS(BLOCK_SIZE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
reduce_small_fast_dim_only<IN_TYPE, REDUCE_OP##Result<IN_TYPE>, ContiguousIndexCalculator<IN_TYPE>, REDUCE_OP, BLOCK_SIZE, 32>( \
out, in, fast_dim_size, output_size, ContiguousIndexCalculator<IN_TYPE>(in), 1); \
break;
#define UNCONTIGUOUS_ARG_SMALL_FAST_DIM_ONLY_ARMS(BLOCK_SIZE, IN_TYPE, REDUCE_OP) \
case BLOCK_SIZE: \
reduce_small_fast_dim_only<IN_TYPE, REDUCE_OP##Result<IN_TYPE>, UncontiguousIndexCalculator<IN_TYPE>, REDUCE_OP, BLOCK_SIZE, 32>( \
out, in, fast_dim_size, output_size, UncontiguousIndexCalculator<IN_TYPE>(in, shape, strides, ndim), last_stride); \
break;
#define DECLARE_ARG_KERNEL(IN_TYPE, RUST_TYPE, OP, REDUCE_OP) \
extern "C" __global__ void contiguous_##OP##_##RUST_TYPE(int64_t *out, REDUCE_OP##Result<IN_TYPE> *buffer, IN_TYPE *in, int32_t *finished, size_t size) \
{ \
switch (blockDim.x) \
{ \
CONTIGUOUS_ARG_ALL_REDUCE(32, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ARG_ALL_REDUCE(64, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ARG_ALL_REDUCE(128, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ARG_ALL_REDUCE(256, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ARG_ALL_REDUCE(512, IN_TYPE, REDUCE_OP); \
default: \
break; \
} \
} \
extern "C" __global__ void uncontiguous_##OP##_##RUST_TYPE(int64_t *out, REDUCE_OP##Result<IN_TYPE> *buffer, IN_TYPE *in, int32_t *finished, FastDivmod *shape, int *strides, size_t ndim, size_t size) \
{ \
switch (blockDim.x) \
{ \
UNCONTIGUOUS_ARG_ALL_REDUCE(32, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ARG_ALL_REDUCE(64, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ARG_ALL_REDUCE(128, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ARG_ALL_REDUCE(256, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ARG_ALL_REDUCE(512, IN_TYPE, REDUCE_OP); \
default: \
if (threadIdx.x == 0 && blockIdx.x == 0 && blockIdx.y == 0 && threadIdx.y == 0) \
{ \
printf("Error: Invalid block size %d for %s\n", blockDim.x, "uncontiguous_" #OP "_" #RUST_TYPE); \
} \
break; \
} \
} \
extern "C" __global__ void contiguous_##OP##_fast_dim_only_##RUST_TYPE(int64_t *out, IN_TYPE *in, REDUCE_OP##Result<IN_TYPE> *buffer, int32_t *finished, size_t fast_dim_size, size_t output_size) \
{ \
switch (blockDim.x) \
{ \
CONTIGUOUS_ARG_FAST_DIM_ONLY_ARMS(32, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ARG_FAST_DIM_ONLY_ARMS(64, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ARG_FAST_DIM_ONLY_ARMS(128, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ARG_FAST_DIM_ONLY_ARMS(256, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ARG_FAST_DIM_ONLY_ARMS(512, IN_TYPE, REDUCE_OP); \
default: \
if (threadIdx.x == 0 && blockIdx.x == 0 && blockIdx.y == 0 && threadIdx.y == 0) \
{ \
printf("Error: Invalid block size %d for %s\n", blockDim.x, "contiguous_" #OP "_fast_dim_only_" #RUST_TYPE); \
} \
break; \
} \
} \
extern "C" __global__ void uncontiguous_##OP##_fast_dim_only_##RUST_TYPE(int64_t *out, IN_TYPE *in, REDUCE_OP##Result<IN_TYPE> *buffer, int32_t *finished, FastDivmod *shape, int *strides, size_t ndim, size_t fast_dim_size, size_t output_size, int64_t last_stride) \
{ \
switch (blockDim.x) \
{ \
UNCONTIGUOUS_ARG_FAST_DIM_ONLY_ARMS(32, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ARG_FAST_DIM_ONLY_ARMS(64, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ARG_FAST_DIM_ONLY_ARMS(128, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ARG_FAST_DIM_ONLY_ARMS(256, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ARG_FAST_DIM_ONLY_ARMS(512, IN_TYPE, REDUCE_OP); \
default: \
if (threadIdx.x == 0 && blockIdx.x == 0 && blockIdx.y == 0 && threadIdx.y == 0) \
{ \
printf("Error: Invalid block size %d for %s\n", blockDim.x, "uncontiguous_" #OP "_fast_dim_only_" #RUST_TYPE); \
} \
break; \
} \
} \
extern "C" __global__ void contiguous_##OP##_small_fast_dim_only_##RUST_TYPE(int64_t *out, IN_TYPE *in, size_t fast_dim_size, size_t output_size) \
{ \
switch (blockDim.x) \
{ \
CONTIGUOUS_ARG_SMALL_FAST_DIM_ONLY_ARMS(32, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ARG_SMALL_FAST_DIM_ONLY_ARMS(64, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ARG_SMALL_FAST_DIM_ONLY_ARMS(128, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ARG_SMALL_FAST_DIM_ONLY_ARMS(256, IN_TYPE, REDUCE_OP); \
CONTIGUOUS_ARG_SMALL_FAST_DIM_ONLY_ARMS(512, IN_TYPE, REDUCE_OP); \
default: \
if (threadIdx.x == 0 && blockIdx.x == 0 && blockIdx.y == 0 && threadIdx.y == 0) \
{ \
printf("Error: Invalid block size %d for %s\n", blockDim.x, "contiguous_" #OP "_small_fast_dim_only_" #RUST_TYPE); \
} \
break; \
} \
} \
extern "C" __global__ void uncontiguous_##OP##_small_fast_dim_only_##RUST_TYPE(int64_t *out, IN_TYPE *in, FastDivmod *shape, int *strides, size_t ndim, size_t fast_dim_size, size_t output_size, int64_t last_stride) \
{ \
switch (blockDim.x) \
{ \
UNCONTIGUOUS_ARG_SMALL_FAST_DIM_ONLY_ARMS(32, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ARG_SMALL_FAST_DIM_ONLY_ARMS(64, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ARG_SMALL_FAST_DIM_ONLY_ARMS(128, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ARG_SMALL_FAST_DIM_ONLY_ARMS(256, IN_TYPE, REDUCE_OP); \
UNCONTIGUOUS_ARG_SMALL_FAST_DIM_ONLY_ARMS(512, IN_TYPE, REDUCE_OP); \
default: \
if (threadIdx.x == 0 && blockIdx.x == 0 && blockIdx.y == 0 && threadIdx.y == 0) \
{ \
printf("Error: Invalid block size %d for %s\n", blockDim.x, "uncontiguous_" #OP "_small_fast_dim_only_" #RUST_TYPE); \
} \
break; \
} \
} \
extern "C" __global__ void OP##_fast_dim_no_include_##RUST_TYPE(int64_t *out, REDUCE_OP##Result<IN_TYPE> *buffer, IN_TYPE *in, int *finished, FastDivmod *shape, int *strides, size_t ndim, size_t reduce_size, size_t output_size) \
{ \
extern __shared__ REDUCE_OP##Result<IN_TYPE> OP##shared##RUST_TYPE[]; \
reduce_fast_dim_not_include<IN_TYPE, REDUCE_OP##Result<IN_TYPE>, REDUCE_OP, 32>(OP##shared##RUST_TYPE, out, buffer, in, finished, shape, strides, ndim, reduce_size, output_size); \
}