mirror of
https://github.com/boostorg/math.git
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12b3c8a7e7
* Add missing distribution compile tests * Add cstdfloat compile tests * Rename and finish differentiation * Add interpolators compile tests and fixes * Reorganize/add quadrature compile tests * Add missing sf tests and fixes for failures * Add tools incl tests and fixes * Add compile tests to jamfile plus collected fixes * Collected fixes for CI failures * Fix fftw config * Remove lexical cast from arcsine dist [ci skip] * Improve cstdfloat tests [ci skip] * Improve differentiation tests [ci skip] * Improve distribution testing [ci skip] * Updates to interpolator tests [ci skip] * Improve quadrature tests [ci skip] * Improve sf tests [ci skip] * Improve tools tests * Collected CI fixes * Fix for MSVC 14.2 array allocation error [windows] * MSVC 14.2 workarounds [windows] * Fix float128 and interpolators tests * Add standalone testing on clang [standalone] * Fixes for type mismatches on MSVC [windows] * Fix for MSVC 14.0 fail from missing header [windows] * Change barycentric rational namespace [ci skip] * Fix standalone clang warnings * Change namespace in barycentric examples
93 lines
4.3 KiB
C++
93 lines
4.3 KiB
C++
// Copyright Matt Borland 2021.
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// Use, modification and distribution are subject to the
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// Boost Software License, Version 1.0. (See accompanying file
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// LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt)
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//
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// Basic sanity check that header
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// #includes all the files that it needs to.
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//
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#include <boost/math/cstdfloat/cstdfloat_cmath.hpp>
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//
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// Note this header includes no other headers, this is
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// important if this test is to be meaningful:
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//
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#include "test_compile_result.hpp"
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void compile_and_link_test()
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{
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#ifdef BOOST_FLOAT128_C
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boost::float128_t f128 = 0;
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check_result<boost::float128_t>(ldexp(f128, 0));
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check_result<boost::float128_t>(frexp(f128, 0));
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check_result<boost::float128_t>(std::fabs(f128));
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check_result<boost::float128_t>(std::abs(f128));
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check_result<boost::float128_t>(floor(f128));
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check_result<boost::float128_t>(ceil(f128));
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check_result<boost::float128_t>(sqrt(f128));
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check_result<boost::float128_t>(trunc(f128));
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check_result<boost::float128_t>(exp(f128));
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check_result<boost::float128_t>(expm1(f128));
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check_result<boost::float128_t>(pow(f128, 0));
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check_result<boost::float128_t>(log(f128));
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check_result<boost::float128_t>(log10(f128));
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check_result<boost::float128_t>(sin(f128));
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check_result<boost::float128_t>(cos(f128));
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check_result<boost::float128_t>(tan(f128));
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check_result<boost::float128_t>(asin(f128));
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check_result<boost::float128_t>(acos(f128));
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check_result<boost::float128_t>(atan(f128));
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check_result<boost::float128_t>(sinh(f128));
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check_result<boost::float128_t>(cosh(f128));
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check_result<boost::float128_t>(tanh(f128));
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check_result<boost::float128_t>(asinh(f128));
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check_result<boost::float128_t>(acosh(f128));
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check_result<boost::float128_t>(atanh(f128));
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check_result<boost::float128_t>(fmod(f128, f128));
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check_result<boost::float128_t>(atan2(f128, f128));
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check_result<boost::float128_t>(lgamma(f128));
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check_result<boost::float128_t>(tgamma(f128));
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check_result<boost::float128_t>(remainder(f128, f128));
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check_result<boost::float128_t>(remquo(f128, f128, 0));
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check_result<boost::float128_t>(fma(f128, f128, f128));
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check_result<boost::float128_t>(fmax(f128, f128));
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check_result<boost::float128_t>(fmin(f128, f128));
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check_result<boost::float128_t>(fdim(f128, f128));
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check_result<boost::float128_t>(nanq(0));
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check_result<boost::float128_t>(exp2(f128));
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check_result<boost::float128_t>(log2(f128));
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check_result<boost::float128_t>(log1p(f128));
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check_result<boost::float128_t>(cbrt(f128));
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check_result<boost::float128_t>(hypot(f128, f128));
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check_result<boost::float128_t>(erf(f128));
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check_result<boost::float128_t>(erfc(f128));
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check_result<boost::float128_t>(llround(f128));
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check_result<boost::float128_t>(lround(f128));
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check_result<boost::float128_t>(round(f128));
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check_result<boost::float128_t>(nearbyint(f128));
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check_result<boost::float128_t>(llrint(f128));
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check_result<boost::float128_t>(lrint(f128));
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check_result<boost::float128_t>(rint(f128));
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check_result<boost::float128_t>(modf(f128, nullptr));
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check_result<boost::float128_t>(scalbln(f128, 0));
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check_result<boost::float128_t>(scalbn(f128, 0));
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check_result<boost::float128_t>(ilogb(f128));
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check_result<boost::float128_t>(logb(f128));
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check_result<boost::float128_t>(nextafter(f128, f128));
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check_result<boost::float128_t>(nexttoward(f128, f128));
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check_result<boost::float128_t>(copysign(f128, f128));
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check_result<boost::float128_t>(std::signbit(f128));
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check_result<boost::float128_t>(std::fpclassify(f128));
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check_result<boost::float128_t>(std::isfinite(f128));
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check_result<boost::float128_t>(std::isinf(f128));
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check_result<boost::float128_t>(std::isnan(f128));
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check_result<boost::float128_t>(std::isnormal(f128));
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check_result<boost::float128_t>(std::isgreater(f128, f128));
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check_result<boost::float128_t>(std::isgreaterequal(f128, f128));
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check_result<boost::float128_t>(std::isless(f128, f128));
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check_result<boost::float128_t>(std::islessequal(f128, f128));
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check_result<boost::float128_t>(std::islessgreater(f128, f128));
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check_result<boost::float128_t>(std::isunordered(f128, f128));
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#endif // boost::float128_t
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}
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