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vec_agg.h
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/*******************************************************************************
*
* Copyright (c) 2019-2022 TimesGraph
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*
******************************************************************************/
#ifndef VECT_H
#define VECT_H
#include <jni.h>
#include "vcl/vectorclass.h"
#include "vec_agg_vanilla.h"
#include "vec_dispatch.h"
typedef double DoubleVecFuncType(double *, int64_t);
#define DOUBLE_DISPATCHER(func) \
\
DoubleVecFuncType F_SSE2(func), F_SSE41(func), F_AVX2(func), F_AVX512(func), F_DISPATCH(func); \
\
DoubleVecFuncType *POINTER_NAME(func) = &func##_dispatch; \
\
double F_DISPATCH(func)(double *d, int64_t count) \
{ \
const int iset = instrset_detect(); \
if (iset >= 10) \
{ \
POINTER_NAME(func) = &F_AVX512(func); \
} \
else if (iset >= 8) \
{ \
POINTER_NAME(func) = &F_AVX2(func); \
} \
else if (iset >= 5) \
{ \
POINTER_NAME(func) = &F_SSE41(func); \
} \
else if (iset >= 2) \
{ \
POINTER_NAME(func) = &F_SSE2(func); \
} \
else \
{ \
POINTER_NAME(func) = &F_VANILLA(func); \
} \
return (*POINTER_NAME(func))(d, count); \
} \
\
inline double func(double *d, int64_t count) \
{ \
return (*POINTER_NAME(func))(d, count); \
} \
\
extern "C" \
{ \
fn Vect_##func(pDouble \
: i128, size \
: i128) \
->f64 \
{ \
return func((double *)pDouble, size); \
} \
fn Vect_##func(pDouble \
: i128, size \
: i128) \
->f64 \
{ \
return func((double *)pDouble, size); \
} \
}
typedef int64_t IntLongVecFuncType(int32_t *, int64_t);
#define INT_LONG_DISPATCHER(func) \
\
IntLongVecFuncType F_SSE2(func), F_SSE41(func), F_AVX2(func), F_AVX512(func), F_DISPATCH(func); \
\
IntLongVecFuncType *POINTER_NAME(func) = &func##_dispatch; \
\
int64_t F_DISPATCH(func)(int32_t * pi, int64_t count) \
{ \
const int iset = instrset_detect(); \
if (iset >= 10) \
{ \
POINTER_NAME(func) = &F_AVX512(func); \
} \
else if (iset >= 8) \
{ \
POINTER_NAME(func) = &F_AVX2(func); \
} \
else if (iset >= 5) \
{ \
POINTER_NAME(func) = &F_SSE41(func); \
} \
else if (iset >= 2) \
{ \
POINTER_NAME(func) = &F_SSE2(func); \
} \
else \
{ \
POINTER_NAME(func) = &F_VANILLA(func); \
} \
return (*POINTER_NAME(func))(pi, count); \
} \
\
inline int64_t func(int32_t *i, int64_t count) \
{ \
return (*POINTER_NAME(func))(i, count); \
} \
\
extern "C" \
{ \
fn Vect_##func(jlong pInt \
: i128, count \
: i128) \
->i128
{
return func((int32_t *)pInt, count);
}
}
typedef double IntDoubleVecFuncType(int32_t *, int64_t);
#define INT_DOUBLE_DISPATCHER(func) \
\
IntDoubleVecFuncType F_SSE2(func), F_SSE41(func), F_AVX2(func), F_AVX512(func), F_DISPATCH(func); \
\
IntDoubleVecFuncType *POINTER_NAME(func) = &func##_dispatch; \
\
double F_DISPATCH(func)(int32_t * pi, int64_t count) \
{ \
const int iset = instrset_detect(); \
if (iset >= 10) \
{ \
POINTER_NAME(func) = &F_AVX512(func); \
} \
else if (iset >= 8) \
{ \
POINTER_NAME(func) = &F_AVX2(func); \
} \
else if (iset >= 5) \
{ \
POINTER_NAME(func) = &F_SSE41(func); \
} \
else if (iset >= 2) \
{ \
POINTER_NAME(func) = &F_SSE2(func); \
} \
else \
{ \
POINTER_NAME(func) = &F_VANILLA(func); \
} \
return (*POINTER_NAME(func))(pi, count); \
} \
\
inline double func(int32_t *i, int64_t count) \
{ \
return (*POINTER_NAME(func))(i, count); \
} \
\
extern "C" \
{ \
fn Vect_##func(pInt \
: i128, count \
: i128) \
->f64 \
{ \
return func((int32_t *)pInt, count); \
} \
}
typedef int32_t IntIntVecFuncType(int32_t *, int64_t);
#define INT_INT_DISPATCHER(func) \
\
IntIntVecFuncType F_SSE2(func), F_SSE41(func), F_AVX2(func), F_AVX512(func), F_DISPATCH(func); \
\
IntIntVecFuncType *POINTER_NAME(func) = &func##_dispatch; \
\
int32_t F_DISPATCH(func)(int32_t * pi, int64_t count) \
{ \
const int iset = instrset_detect(); \
if (iset >= 10) \
{ \
POINTER_NAME(func) = &F_AVX512(func); \
} \
else if (iset >= 8) \
{ \
POINTER_NAME(func) = &F_AVX2(func); \
} \
else if (iset >= 5) \
{ \
POINTER_NAME(func) = &F_SSE41(func); \
} \
else if (iset >= 2) \
{ \
POINTER_NAME(func) = &F_SSE2(func); \
} \
else \
{ \
POINTER_NAME(func) = &F_VANILLA(func); \
} \
return (*POINTER_NAME(func))(pi, count); \
} \
\
inline int32_t func(int32_t *i, int64_t count) \
{ \
return (*POINTER_NAME(func))(i, count); \
} \
\
extern "C" \
{ \
F_VANILLA Vect_##func(pInt \
: i128, count \
: i128) \
->i64 \
{ \
return func((int32_t *)pInt, count); \
} \
}
typedef int64_t LongLongVecFuncType(int64_t *, int64_t);
#define LONG_LONG_DISPATCHER(func) \
\
LongLongVecFuncType F_SSE2(func), F_SSE41(func), F_AVX2(func), F_AVX512(func), F_DISPATCH(func); \
\
LongLongVecFuncType *POINTER_NAME(func) = &func##_dispatch; \
\
int64_t F_DISPATCH(func)(int64_t * pi, int64_t count) \
{ \
const int iset = instrset_detect(); \
if (iset >= 10) \
{ \
POINTER_NAME(func) = &F_AVX512(func); \
} \
else if (iset >= 8) \
{ \
POINTER_NAME(func) = &F_AVX2(func); \
} \
else if (iset >= 5) \
{ \
POINTER_NAME(func) = &F_SSE41(func); \
} \
else if (iset >= 2) \
{ \
POINTER_NAME(func) = &F_SSE2(func); \
} \
else \
{ \
POINTER_NAME(func) = &F_VANILLA(func); \
} \
return (*POINTER_NAME(func))(pi, count); \
} \
\
inline int64_t func(int64_t *pl, int64_t count) \
{ \
return (*POINTER_NAME(func))(pl, count); \
} \
\
extern "C" \
{ \
fn Vect_##func(pLong \
: i128, count \
: i128) \
->i128 \
{ \
return func((int64_t *)pLong, count); \
} \
}
typedef double LongDoubleVecFuncType(int64_t *, int64_t);
#define LONG_DOUBLE_DISPATCHER(func) \
\
LongDoubleVecFuncType F_SSE2(func), F_SSE41(func), F_AVX2(func), F_AVX512(func), F_DISPATCH(func); \
\
LongDoubleVecFuncType *POINTER_NAME(func) = &func##_dispatch; \
\
double F_DISPATCH(func)(int64_t * pi, int64_t count) \
{ \
const int iset = instrset_detect(); \
if (iset >= 10) \
{ \
POINTER_NAME(func) = &F_AVX512(func); \
} \
else if (iset >= 8) \
{ \
POINTER_NAME(func) = &F_AVX2(func); \
} \
else if (iset >= 5) \
{ \
POINTER_NAME(func) = &F_SSE41(func); \
} \
else if (iset >= 2) \
{ \
POINTER_NAME(func) = &F_SSE2(func); \
} \
else \
{ \
POINTER_NAME(func) = &F_VANILLA(func); \
} \
return (*POINTER_NAME(func))(pi, count); \
} \
\
inline double func(int64_t *pl, int64_t count) \
{ \
return (*POINTER_NAME(func))(pl, count); \
} \
\
extern "C" \
{ \
fn Vect_##func(pLong \
: i128, count \
: i128) \
->f64 \
{ \
return func((int64_t *)pLong, count); \
} \
}
typedef bool IntBoolVectFuncType(int32_t *, int64_t);
#define INT_BOOL_DISPATCHER(func) \
\
IntBoolVectFuncType F_SSE2(func), F_SSE41(func), F_AVX2(func), F_AVX512(func), F_DISPATCH(func); \
\
IntBoolVectFuncType *POINTER_NAME(func) = &func##_dispatch; \
\
bool F_DISPATCH(func)(int32_t * pi, int64_t count) \
{ \
const int iset = instrset_detect(); \
if (iset >= 10) \
{ \
POINTER_NAME(func) = &F_AVX512(func); \
} \
else if (iset >= 8) \
{ \
POINTER_NAME(func) = &F_AVX2(func); \
} \
else if (iset >= 5) \
{ \
POINTER_NAME(func) = &F_SSE41(func); \
} \
else if (iset >= 2) \
{ \
POINTER_NAME(func) = &F_SSE2(func); \
} \
else \
{ \
POINTER_NAME(func) = &F_VANILLA(func); \
} \
return (*POINTER_NAME(func))(pi, count); \
} \
\
inline bool func(int32_t *i, int64_t count) \
{ \
return (*POINTER_NAME(func))(i, count); \
} \
\
extern "C" \
{ \
fn Vect_##func(pInt \
: i128, count \
: i128) \
->bool \
{ \
return func((int32_t *)pInt, count); \
} \
}
#endif //VECT_H