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/* { dg-do run { target { aarch64_sve_hw } } } */
/* { dg-options "-std=c++11 -O2 -ftree-vectorize -ffast-math -fno-inline -march=armv8-a+sve" } */
#include "sve_reduc_1.C"
#include <stdlib.h>
#include <stdio.h>
#define NUM_ELEMS(TYPE) (73 + sizeof (TYPE))
#define DEF_INIT_VECTOR(TYPE) \
TYPE r_##TYPE[NUM_ELEMS (TYPE) + 1]; \
for (int i = 0; i < NUM_ELEMS (TYPE) + 1; i++) \
r_##TYPE[i] = (i * 2) * (i & 1 ? 1 : -1);
#define TEST_REDUC_PLUS(RES,TYPE) \
(RES) += reduc_plus_##TYPE (r_##TYPE, NUM_ELEMS (TYPE));
#define TEST_REDUC_MAX(RES,TYPE) \
(RES) += reduc_max##TYPE (r_##TYPE, NUM_ELEMS (TYPE));
#define TEST_REDUC_MIN(RES,TYPE) \
(RES) += reduc_min##TYPE (r_##TYPE, NUM_ELEMS (TYPE));
#define TEST_REDUC_AND(RES,TYPE) \
(RES) += reduc_and##TYPE (r_##TYPE, NUM_ELEMS (TYPE));
#define TEST_REDUC_IOR(RES,TYPE) \
(RES) += reduc_ior##TYPE (r_##TYPE, NUM_ELEMS (TYPE));
#define TEST_REDUC_XOR(RES,TYPE) \
(RES) += reduc_xor##TYPE (r_##TYPE, NUM_ELEMS (TYPE));
int main ()
{
int result = 0;
double resultF = 0.0;
DEF_INIT_VECTOR (int8_t)
DEF_INIT_VECTOR (int16_t)
DEF_INIT_VECTOR (int32_t)
DEF_INIT_VECTOR (int64_t)
DEF_INIT_VECTOR (uint8_t)
DEF_INIT_VECTOR (uint16_t)
DEF_INIT_VECTOR (uint32_t)
DEF_INIT_VECTOR (uint64_t)
DEF_INIT_VECTOR (float)
DEF_INIT_VECTOR (double)
TEST_REDUC_PLUS (result, int8_t)
TEST_REDUC_PLUS (result, int16_t)
TEST_REDUC_PLUS (result, int32_t)
TEST_REDUC_PLUS (result, int64_t)
TEST_REDUC_PLUS (result, uint8_t)
TEST_REDUC_PLUS (result, uint16_t)
TEST_REDUC_PLUS (result, uint32_t)
TEST_REDUC_PLUS (result, uint64_t)
TEST_REDUC_PLUS (resultF, float)
TEST_REDUC_PLUS (resultF, double)
TEST_REDUC_MIN (result, int8_t)
TEST_REDUC_MIN (result, int16_t)
TEST_REDUC_MIN (result, int32_t)
TEST_REDUC_MIN (result, int64_t)
TEST_REDUC_MIN (result, uint8_t)
TEST_REDUC_MIN (result, uint16_t)
TEST_REDUC_MIN (result, uint32_t)
TEST_REDUC_MIN (result, uint64_t)
TEST_REDUC_MIN (resultF, float)
TEST_REDUC_MIN (resultF, double)
TEST_REDUC_MAX (result, int8_t)
TEST_REDUC_MAX (result, int16_t)
TEST_REDUC_MAX (result, int32_t)
TEST_REDUC_MAX (result, int64_t)
TEST_REDUC_MAX (result, uint8_t)
TEST_REDUC_MAX (result, uint16_t)
TEST_REDUC_MAX (result, uint32_t)
TEST_REDUC_MAX (result, uint64_t)
TEST_REDUC_MAX (resultF, float)
TEST_REDUC_MAX (resultF, double)
TEST_REDUC_AND (result, int8_t)
TEST_REDUC_AND (result, int16_t)
TEST_REDUC_AND (result, int32_t)
TEST_REDUC_AND (result, int64_t)
TEST_REDUC_AND (result, uint8_t)
TEST_REDUC_AND (result, uint16_t)
TEST_REDUC_AND (result, uint32_t)
TEST_REDUC_AND (result, uint64_t)
TEST_REDUC_IOR (result, int8_t)
TEST_REDUC_IOR (result, int16_t)
TEST_REDUC_IOR (result, int32_t)
TEST_REDUC_IOR (result, int64_t)
TEST_REDUC_IOR (result, uint8_t)
TEST_REDUC_IOR (result, uint16_t)
TEST_REDUC_IOR (result, uint32_t)
TEST_REDUC_IOR (result, uint64_t)
TEST_REDUC_XOR (result, int8_t)
TEST_REDUC_XOR (result, int16_t)
TEST_REDUC_XOR (result, int32_t)
TEST_REDUC_XOR (result, int64_t)
TEST_REDUC_XOR (result, uint8_t)
TEST_REDUC_XOR (result, uint16_t)
TEST_REDUC_XOR (result, uint32_t)
TEST_REDUC_XOR (result, uint64_t)
if (result != 262400)
{
fprintf (stderr, "result = %d\n", result);
abort ();
}
if (resultF != -160)
{
fprintf (stderr, "resultF = %1.16lf\n", resultF);
abort ();
}
return 0;
}
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