int test_sum_varargs(void)
{
int ret;
int err = 0;
arg_t args[] = {
{ T_INT, (value_t)1 },
{ T_INT, (value_t)0 },
{ T_INT, (value_t)10 },
{ T_INT, (value_t)0 },
{ T_INT, (value_t)100 },
{ T_INT, (value_t)0 },
{ T_INT, (value_t)1000 },
{ T_INT, (value_t)0 },
{ T_INT, (value_t)10000 },
{ T_INT, (value_t)1 }
};
ret = applyi(sumv, args, len(args));
if (11111 == ret)
printf("ok\ttest_sum_varargs\n");
else {
printf("fail\ttest_sum_varargs got %d instead of 111\n", ret);
err = 1;
}
return err;
}
void
XorgFunction::applyd(int dxMickey, int dyMickey, double *dxPixel, double *dyPixel,
TimeStamp::inttime timestamp) {
int dxInt, dyInt;
applyi(dxMickey, dyMickey, &dxInt, &dyInt, timestamp);
*dxPixel = dxInt;
*dyPixel = dyInt;
}
int test_mixed_on_the_stack(void)
{
int ret;
int err = 0;
arg_t args[] = {
{ T_INT, (value_t)1 },
{ T_FLOAT, (value_t)1.f },
{ T_LONG, (value_t)2L },
{ T_DOUBLE, (value_t)2. },
{ T_INT, (value_t)3 },
{ T_FLOAT, (value_t)3.f },
{ T_LONG, (value_t)4L },
{ T_DOUBLE, (value_t)4. },
{ T_INT, (value_t)5 },
{ T_FLOAT, (value_t)5.f },
{ T_LONG, (value_t)6L },
{ T_DOUBLE, (value_t)6. },
{ T_INT, (value_t)7 },
{ T_FLOAT, (value_t)7.f },
{ T_LONG, (value_t)8L },
{ T_DOUBLE, (value_t)8. },
{ T_INT, (value_t)9 },
{ T_FLOAT, (value_t)9.f },
{ T_LONG, (value_t)10L },
{ T_DOUBLE, (value_t)10. },
{ T_INT, (value_t)11 },
{ T_FLOAT, (value_t)11.f },
{ T_LONG, (value_t)12L },
{ T_DOUBLE, (value_t)12. },
{ T_INT, (value_t)13 },
{ T_FLOAT, (value_t)13.f },
{ T_LONG, (value_t)14L },
{ T_DOUBLE, (value_t)14. },
{ T_INT, (value_t)15 },
{ T_FLOAT, (value_t)15.f },
{ T_LONG, (value_t)16L },
{ T_DOUBLE, (value_t)16. }
};
ret = applyi(sum_mixed_on_the_stack, args, len(args));
if (len(args)/2 == ret)
printf("ok\ttest_mixed_on_the_stack()\n");
else {
printf("fail\tgot %d instead of 16\n", ret);
err = 1;
}
return err;
}
