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/* { dg-do run } */
/* { dg-require-effective-target vmx_hw } */
/* { dg-options "-maltivec" } */
/* This test should run the same on any target that supports altivec/vmx
instructions. Intentionally not specifying cpu in order to test
all code generation paths. */
#include <altivec.h>
extern void abort (void);
#define CONST0 (0)
#define CONST1 (1)
#define CONST2 (2)
#define CONST3 (3)
/* Test that indices > length of vector are applied modulo the vector
length. */
/* Test for vector residing in register. */
vector int s3 (vector int v, int x)
{
return vec_insert (x, v, 3);
}
vector int s1 (vector int v, int x)
{
return vec_insert (x, v, 1);
}
vector int s21 (vector int v, int x)
{
return vec_insert (x, v, 21);
}
vector int s30 (vector int v, int x)
{
return vec_insert (x, v, 30);
}
/* Test for vector residing in memory. */
vector int ms3 (vector int *vp, int x)
{
return vec_insert (x, *vp, 3);
}
vector int ms1 (vector int *vp, int x)
{
return vec_insert (x, *vp, 1);
}
vector int ms21 (vector int *vp, int x)
{
return vec_insert (x, *vp, 21);
}
vector int ms30 (vector int *vp, int x)
{
return vec_insert (x, *vp, 30);
}
/* Test the same with variable indices. */
/* Test for variable selector and vector residing in register. */
__attribute__((noinline))
vector int ci (vector int v, int i, int x)
{
return vec_insert (x, v, i);
}
/* Test for variable selector and vector residing in memory. */
__attribute__((noinline))
vector int mci(vector int *vp, int i, int x)
{
return vec_insert (x, *vp, i);
}
int main (int argc, int *argv[]) {
vector int sv = { CONST0, CONST1, CONST2, CONST3 };
int s;
sv = s3 (sv, CONST1);
if (sv [3] != CONST1)
abort ();
sv = s1 (sv, CONST3);
if (sv [1] != CONST3)
abort ();
sv = s21 (sv, CONST0);
if (sv [1] != CONST0)
abort ();
sv = s30 (sv, CONST1);
if (sv [2] != CONST1)
abort ();
sv = ms3 (&sv, CONST2);
if (sv [3] != CONST2)
abort ();
sv = ms1 (&sv, CONST0);
if (sv [1] != CONST0)
abort ();
sv = ms21 (&sv, CONST3);
if (sv [1] != CONST3)
abort ();
sv = ms30 (&sv, CONST0);
if (sv [2] != CONST0)
abort ();
sv = ci (sv, 5, CONST0);
if (sv [1] != CONST0)
abort ();
sv = ci (sv, 2, CONST3);
if (sv [2] != CONST3)
abort ();
sv = ci (sv, 15, CONST1);
if (sv [3] != CONST1)
abort ();
sv = ci (sv, 28, CONST3);
if (sv [0] != CONST3)
abort ();
sv = mci (&sv, 5, CONST2);
if (sv [1] != CONST2)
abort ();
sv = mci (&sv, 12, CONST1);
if (sv [0] != CONST1)
abort ();
sv = mci (&sv, 25, CONST2);
if (sv [1] != CONST2)
abort ();
sv = mci (&sv, 16, CONST3);
if (sv [0] != CONST3)
abort ();
return 0;
}
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