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/* Test __bf16 complex arithmetic. */
/* { dg-do run } */
/* { dg-options "" } */
/* { dg-add-options bfloat16 } */
/* { dg-require-effective-target bfloat16_runtime } */
extern void exit (int);
extern void abort (void);
volatile __bf16 a = 1.0bf16;
typedef _Complex float __cbf16 __attribute__((__mode__(__BC__)));
volatile __cbf16 b = __builtin_complex (2.0bf16, 3.0bf16);
volatile __cbf16 c = __builtin_complex (2.0bf16, 3.0bf16);
volatile __cbf16 d = __builtin_complex (2.0bf16, 3.0bf16);
__cbf16
fn (__cbf16 arg)
{
return arg / 4;
}
int
main (void)
{
volatile __cbf16 r;
if (b != c)
abort ();
if (b != d)
abort ();
r = a + b;
if (__real__ r != 3.0bf16 || __imag__ r != 3.0bf16)
abort ();
r += d;
if (__real__ r != 5.0bf16 || __imag__ r != 6.0bf16)
abort ();
r -= a;
if (__real__ r != 4.0bf16 || __imag__ r != 6.0bf16)
abort ();
r /= (a + a);
if (__real__ r != 2.0bf16 || __imag__ r != 3.0bf16)
abort ();
r *= (a + a);
if (__real__ r != 4.0bf16 || __imag__ r != 6.0bf16)
abort ();
r -= b;
if (__real__ r != 2.0bf16 || __imag__ r != 3.0bf16)
abort ();
r *= r;
if (__real__ r != -5.0bf16 || __imag__ r != 12.0bf16)
abort ();
/* Division may not be exact, so round result before comparing. */
r /= b;
r += __builtin_complex (100.0bf16, 100.0bf16);
r -= __builtin_complex (100.0bf16, 100.0bf16);
if (r != b)
abort ();
r = fn (r);
if (__real__ r != 0.5bf16 || __imag__ r != 0.75bf16)
abort ();
exit (0);
}
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