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/* Test of fmod*() function family.
Copyright (C) 2012-2023 Free Software Foundation, Inc.
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <https://www.gnu.org/licenses/>. */
static void
test_function (void)
{
/* [MX] shaded specification in POSIX. */
/* NaN. */
ASSERT (ISNAN (FMOD (NAN, L_(2.0))));
ASSERT (ISNAN (FMOD (NAN, L_(0.0))));
ASSERT (ISNAN (FMOD (L_(2.0), NAN)));
ASSERT (ISNAN (FMOD (L_(0.0), NAN)));
ASSERT (ISNAN (FMOD (NAN, NAN)));
/* y is zero. */
ASSERT (ISNAN (FMOD (L_(2.0), L_(0.0))));
ASSERT (ISNAN (FMOD (L_(2.0), MINUS_ZERO)));
ASSERT (ISNAN (FMOD (INFINITY, L_(0.0))));
ASSERT (ISNAN (FMOD (INFINITY, MINUS_ZERO)));
/* x is infinite. */
ASSERT (ISNAN (FMOD (INFINITY, L_(2.0))));
ASSERT (ISNAN (FMOD (INFINITY, - L_(2.0))));
/* x is zero. */
{
DOUBLE z = FMOD (L_(0.0), L_(2.0));
ASSERT (z == L_(0.0));
ASSERT (!signbit (z));
}
{
DOUBLE z = FMOD (MINUS_ZERO, L_(2.0));
ASSERT (z == L_(0.0));
ASSERT (!!signbit (z) == !!signbit (MINUS_ZERO));
}
{
DOUBLE z = FMOD (L_(0.0), - L_(2.0));
ASSERT (z == L_(0.0));
ASSERT (!signbit (z));
}
{
DOUBLE z = FMOD (MINUS_ZERO, - L_(2.0));
ASSERT (z == L_(0.0));
ASSERT (!!signbit (z) == !!signbit (MINUS_ZERO));
}
{
DOUBLE z = FMOD (L_(0.0), INFINITY);
ASSERT (z == L_(0.0));
ASSERT (!signbit (z));
}
{
DOUBLE z = FMOD (MINUS_ZERO, INFINITY);
ASSERT (z == L_(0.0));
ASSERT (!!signbit (z) == !!signbit (MINUS_ZERO));
}
{
DOUBLE z = FMOD (L_(0.0), - INFINITY);
ASSERT (z == L_(0.0));
ASSERT (!signbit (z));
}
{
DOUBLE z = FMOD (MINUS_ZERO, - INFINITY);
ASSERT (z == L_(0.0));
ASSERT (!!signbit (z) == !!signbit (MINUS_ZERO));
}
/* y is infinite. */
{
DOUBLE z = FMOD (L_(2.5), INFINITY);
ASSERT (z == L_(2.5));
}
{
DOUBLE z = FMOD (L_(2.5), - INFINITY);
ASSERT (z == L_(2.5));
}
{
DOUBLE z = FMOD (- L_(2.5), INFINITY);
ASSERT (z == - L_(2.5));
}
{
DOUBLE z = FMOD (- L_(2.5), - INFINITY);
ASSERT (z == - L_(2.5));
}
}
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