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std.cfg
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9232 lines (9232 loc) · 284 KB
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<?xml version="1.0"?>
<def format="2">
<!-- stdint.h -->
<define name="INT8_MIN" value="-128"/>
<define name="INT16_MIN" value="-32768"/>
<define name="INT32_MIN" value="(-2147483647-1)"/>
<define name="INT64_MIN" value="(-9223372036854775807-1)"/>
<define name="INT_FAST8_MIN" value="-128"/>
<define name="INT_FAST16_MIN" value="(-9223372036854775807-1)"/>
<define name="INT_FAST32_MIN" value="(-9223372036854775807-1)"/>
<define name="INT_FAST64_MIN" value="(-9223372036854775807-1)"/>
<define name="INT_LEAST8_MIN" value="-128"/>
<define name="INT_LEAST16_MIN" value="-32768"/>
<define name="INT_LEAST32_MIN" value="(-2147483647-1)"/>
<define name="INT_LEAST64_MIN" value="(-9223372036854775807-1)"/>
<define name="INT8_MAX" value="127"/>
<define name="INT16_MAX" value="32767"/>
<define name="INT32_MAX" value="2147483647"/>
<define name="INT64_MAX" value="9223372036854775807"/>
<define name="INT_FAST8_MAX" value="127"/>
<define name="INT_FAST16_MAX" value="9223372036854775807"/>
<define name="INT_FAST32_MAX" value="9223372036854775807"/>
<define name="INT_FAST64_MAX" value="9223372036854775807"/>
<define name="INT_LEAST8_MAX" value="127"/>
<define name="INT_LEAST16_MAX" value="32767"/>
<define name="INT_LEAST32_MAX" value="2147483647"/>
<define name="INT_LEAST64_MAX" value="9223372036854775807"/>
<define name="UINT8_MAX" value="255U"/>
<define name="UINT16_MAX" value="65535U"/>
<define name="UINT32_MAX" value="4294967295U"/>
<define name="UINT64_MAX" value="18446744073709551615U"/>
<define name="UINT_FAST8_MAX" value="255U"/>
<define name="UINT_FAST16_MAX" value="18446744073709551615U"/>
<define name="UINT_FAST32_MAX" value="18446744073709551615U"/>
<define name="UINT_FAST64_MAX" value="18446744073709551615U"/>
<define name="UINT_LEAST8_MAX" value="255U"/>
<define name="UINT_LEAST16_MAX" value="65535U"/>
<define name="UINT_LEAST32_MAX" value="4294967295U"/>
<define name="UINT_LEAST64_MAX" value="18446744073709551615U"/>
<!-- math.h -->
<define name="M_E" value="2.7182818284590452354"/>
<define name="M_LOG2E" value="1.4426950408889634074"/>
<define name="M_LOG10E" value="0.43429448190325182765"/>
<define name="M_LN2" value="0.69314718055994530942"/>
<define name="M_LN10" value="2.30258509299404568402"/>
<define name="M_PI" value="3.14159265358979323846"/>
<define name="M_PI_2" value="1.57079632679489661923"/>
<define name="M_PI_4" value="0.78539816339744830962"/>
<define name="M_1_PI" value="0.31830988618379067154"/>
<define name="M_2_PI" value="0.63661977236758134308"/>
<define name="M_2_SQRTPI" value="1.12837916709551257390"/>
<define name="M_SQRT2" value="1.41421356237309504880"/>
<define name="M_SQRT1_2" value="0.70710678118654752440"/>
<define name="_IOFBF" value="0"/>
<define name="_IOLBF" value="1"/>
<define name="_IONBF" value="2"/>
<!-- https://en.cppreference.com/w/cpp/numeric/math/FP_categories -->
<define name="FP_NORMAL" value="1"/>
<define name="FP_SUBNORMAL" value="2"/>
<define name="FP_ZERO" value="3"/>
<define name="FP_INFINITE" value="4"/>
<define name="FP_NAN" value="5"/>
<!-- errno_t is a typedef for int -->
<define name="errno_t" value="int"/>
<!-- void abort(void); -->
<!-- void std::terminate(); (until C++11) -->
<!-- [[noreturn]] void std::terminate() noexcept; (since C++11) -->
<function name="abort,std::abort,std::terminate">
<noreturn>true</noreturn>
</function>
<!-- void unexpected(); (until C++11) -->
<!-- [[noreturn]] void unexpected(); (since C++11) -->
<!-- (deprecated)(removed in C++17) -->
<function name="std::unexpected">
<noreturn>true</noreturn>
<warn severity="style" alternatives="std::terminate" reason="Obsolete"/>
</function>
<!-- int abs(int j); -->
<function name="abs,std::abs">
<use-retval/>
<pure/>
<returnValue type="int">arg1>0?arg1:-arg1</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<not-bool/>
</arg>
</function>
<!-- intmax_t imaxabs(intmax_t n); -->
<function name="imaxabs,std::imaxabs">
<use-retval/>
<pure/>
<returnValue type="intmax_t">arg1>0?arg1:-arg1</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- std::proj(std::complex) -->
<function name="std::proj">
<use-retval/>
<pure/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double complex cproj(double complex x); -->
<!-- float complex cprojf(float complex x); -->
<!-- long double complex cprojl(long double complex x); -->
<function name="cproj,cprojf,cprojl">
<use-retval/>
<pure/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double creal(double complex x); -->
<!-- float crealf(float complex x); -->
<!-- long double creall(long double complex x); -->
<function name="creal,crealf,creall">
<use-retval/>
<pure/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double acos(double x); -->
<function name="acos,std::acos">
<use-retval/>
<pure/>
<returnValue type="double">acos(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>-1.0:1.0</valid>
</arg>
</function>
<!-- float acosf(float x); -->
<function name="acosf,std::acosf">
<use-retval/>
<pure/>
<returnValue type="float">acos(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>-1.0:1.0</valid>
</arg>
</function>
<!-- long double acosl(long double x); -->
<function name="acosl,std::acosl">
<use-retval/>
<pure/>
<returnValue type="long double">acos(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>-1.0:1.0</valid>
</arg>
</function>
<!-- double acosh(double x); -->
<function name="acosh,std::acosh">
<use-retval/>
<pure/>
<returnValue type="double">acosh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>1.0:</valid>
</arg>
</function>
<!-- float acoshf(float x); -->
<function name="acoshf,std::acoshf">
<use-retval/>
<pure/>
<returnValue type="float">acosh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>1.0:</valid>
</arg>
</function>
<!-- long double acoshl(long double x); -->
<function name="acoshl,std::acoshl">
<use-retval/>
<pure/>
<returnValue type="long double">acosh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>1.0:</valid>
</arg>
</function>
<!-- char *asctime(const struct tm *tm) -->
<function name="asctime,std::asctime">
<use-retval/>
<returnValue type="char *"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-null/>
<not-uninit/>
</arg>
<warn severity="style" cstd="c99" alternatives="strftime" reason="Obsolete"/>
</function>
<!-- errno_t asctime_s(char *buf, rsize_t bufsz, const struct tm *time_ptr); // since C11 -->
<function name="asctime_s,std::asctime_s">
<noreturn>false</noreturn>
<returnValue type="errno_t"/>
<leak-ignore/>
<arg nr="1" direction="out">
<not-null/>
<minsize type="argvalue" arg="2"/>
</arg>
<arg nr="2" direction="in">
<not-uninit/>
<valid>26:</valid>
</arg>
<arg nr="3" direction="in">
<not-null/>
<not-uninit/>
<not-bool/>
</arg>
<warn severity="style" alternatives="strftime" reason="Obsolete"/>
</function>
<!-- void assert(int expression) -->
<function name="assert">
<returnValue type="void"/>
<leak-ignore/>
<arg nr="1">
<not-uninit/>
</arg>
</function>
<!-- double sqrt(double x); -->
<function name="sqrt,std::sqrt">
<use-retval/>
<pure/>
<returnValue type="double">sqrt(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>0.0:</valid>
</arg>
</function>
<!-- float sqrtf(float x); -->
<function name="sqrtf,std::sqrtf">
<use-retval/>
<pure/>
<returnValue type="float">sqrt(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>0.0:</valid>
</arg>
</function>
<!-- long double sqrtl(long double x); -->
<function name="sqrtl,std::sqrtl">
<use-retval/>
<pure/>
<returnValue type="long double">sqrt(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>0.0:</valid>
</arg>
</function>
<!-- double complex csqrt(double complex x); -->
<!-- float complex csqrtf(float complex x); -->
<!-- long double complex csqrtl(long double complex x); -->
<function name="csqrt,csqrtf,csqrtl">
<use-retval/>
<pure/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double sinh(double x); -->
<function name="sinh,std::sinh">
<use-retval/>
<pure/>
<returnValue type="double">sinh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- float sinhf(float x); -->
<function name="sinhf,std::sinhf">
<use-retval/>
<pure/>
<returnValue type="float">sinh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- long double sinhl(long double x); -->
<function name="sinhl,std::sinhl">
<use-retval/>
<pure/>
<returnValue type="long double">sinh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double sin(double x); -->
<function name="sin,std::sin">
<use-retval/>
<pure/>
<returnValue type="double">sin(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- float sinf(float f); -->
<function name="sinf,std::sinf">
<use-retval/>
<pure/>
<returnValue type="float">sin(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- long double sinl(long double x); -->
<function name="sinl,std::sinl">
<use-retval/>
<pure/>
<returnValue type="long double">sin(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double complex csin(double complex x); -->
<!-- float complex csinf(float complex f); -->
<!-- long double complex csinl(long double complex x); -->
<function name="csin,csinf,csinl">
<use-retval/>
<pure/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double complex csinh(double complex x); -->
<!-- float complex csinhf(float complex f); -->
<!-- long double complex csinhl(long double complex x); -->
<function name="csinh,csinhf,csinhl">
<use-retval/>
<pure/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double asin(double x); -->
<function name="asin,std::asin">
<use-retval/>
<pure/>
<returnValue type="double">asin(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<valid>-1.0:1.0</valid>
<not-uninit/>
</arg>
</function>
<!-- float asinf(float x); -->
<function name="asinf,std::asinf">
<use-retval/>
<pure/>
<returnValue type="float">asin(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<valid>-1.0:1.0</valid>
<not-uninit/>
</arg>
</function>
<!-- long double asinl(long double x); -->
<function name="asinl,std::asinl">
<use-retval/>
<pure/>
<returnValue type="long double">asin(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<valid>-1.0:1.0</valid>
<not-uninit/>
</arg>
</function>
<!-- double complex casin(double complex x); -->
<!-- float complex casinf(float complex x); -->
<!-- long double complex casinl(long double complex x); -->
<function name="casin,casinf,casinl">
<use-retval/>
<pure/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double asinh(double x); -->
<function name="asinh,std::asinh">
<use-retval/>
<pure/>
<returnValue type="double">asinh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- float asinhf(float x); -->
<function name="asinhf,std::asinhf">
<use-retval/>
<pure/>
<returnValue type="float">asinh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- long double asinhl(long double x); -->
<function name="asinhl,std::asinhl">
<use-retval/>
<pure/>
<returnValue type="long double">asinh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double complex casinh(double complex x); -->
<!-- float complex casinhf(float complex x); -->
<!-- long double complex casinhl(long double complex x); -->
<function name="casinh,casinhf,casinhl">
<use-retval/>
<pure/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- size_t wcsftime(wchar_t* ptr, size_t maxsize, const wchar_t* format, const struct tm* timeptr); -->
<function name="wcsftime,std::wcsftime">
<pure/>
<returnValue type="size_t"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="out">
<not-null/>
<minsize type="argvalue" arg="2"/>
</arg>
<arg nr="2" direction="in">
<not-uninit/>
<valid>0:</valid>
</arg>
<arg nr="3" direction="in">
<not-null/>
<not-uninit/>
<strz/>
</arg>
<arg nr="4" direction="in">
<not-null/>
<not-uninit/>
</arg>
</function>
<!-- double tan(double x); -->
<function name="tan,std::tan">
<use-retval/>
<pure/>
<returnValue type="double">tan(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- float tanf(float x); -->
<function name="tanf,std::tanf">
<use-retval/>
<pure/>
<returnValue type="float">tan(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- long double tanl(long double x); -->
<function name="tanl,std::tanl">
<use-retval/>
<pure/>
<returnValue type="long double">tan(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double complex ctan(double complex x); -->
<!-- float complex ctanf(float complex x); -->
<!-- long double complex ctanl(long double complex x); -->
<function name="ctan,ctanf,ctanl">
<use-retval/>
<pure/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double tanh(double x); -->
<function name="tanh,std::tanh">
<use-retval/>
<pure/>
<returnValue type="double">tanh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- float tanhf(float x); -->
<function name="tanhf,std::tanhf">
<use-retval/>
<pure/>
<returnValue type="float">tanh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- long double tanhl(long double x); -->
<function name="tanhl,std::tanhl">
<use-retval/>
<pure/>
<returnValue type="long double">tanh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double complex ctanh(double complex x); -->
<!-- float complex ctanhf(float complex x); -->
<!-- long double complex ctanhl(long double complex x); -->
<function name="ctanh,ctanhf,ctanhl">
<use-retval/>
<pure/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- int feclearexcept(int excepts); -->
<function name="feclearexcept,std::feclearexcept">
<pure/>
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- int fegetenv(fenv_t* envp); -->
<function name="fegetenv,std::fegetenv">
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="out">
<not-null/>
</arg>
</function>
<!-- int fegetexceptflag(fexcept_t* flagp, int excepts); -->
<function name="fegetexceptflag,std::fegetexceptflag">
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="out">
<not-null/>
</arg>
<arg nr="2" direction="in">
<not-uninit/>
</arg>
</function>
<!-- int fegetround(void); -->
<function name="fegetround,std::fegetround">
<use-retval/>
<pure/>
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
</function>
<!-- int feholdexcept(fenv_t* envp); -->
<function name="feholdexcept,std::feholdexcept">
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="out">
<not-null/>
</arg>
</function>
<!-- int feraiseexcept(int excepts); -->
<function name="feraiseexcept,std::feraiseexcept">
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- int fesetenv(const fenv_t* envp); -->
<function name="fesetenv,std::fesetenv">
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-null/>
<not-uninit/>
</arg>
</function>
<!-- int fesetexceptflag(const fexcept_t* flagp, int excepts); -->
<function name="fesetexceptflag,std::fesetexceptflag">
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-null/>
<not-uninit/>
</arg>
<arg nr="2" direction="in">
<not-uninit/>
<!-- Note: flag values (FE_ALL_EXCEPT,FE_DIVBYZERO, etc.) are defined in this file -->
<valid>1:31</valid>
</arg>
</function>
<!-- int fesetround(int rdir); -->
<function name="fesetround,std::fesetround">
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- int fetestexcept(int excepts); -->
<function name="fetestexcept,std::fetestexcept">
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<!-- Note: flag values (FE_ALL_EXCEPT,FE_DIVBYZERO, etc.) are defined in this file -->
<valid>1:31</valid>
</arg>
</function>
<!-- int feupdateenv(const fenv_t* envp); -->
<function name="feupdateenv,std::feupdateenv">
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-null/>
<not-uninit/>
</arg>
</function>
<!-- double atan(double x); -->
<function name="atan,std::atan">
<use-retval/>
<pure/>
<returnValue type="double">atan(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- float atanf(float x); -->
<function name="atanf,std::atanf">
<use-retval/>
<pure/>
<returnValue type="float">atan(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- long double atanl(long double x); -->
<function name="atanl,std::atanl">
<use-retval/>
<pure/>
<returnValue type="long double">atan(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double complex catan(double complex x); -->
<!-- float complex catanf(float complex x); -->
<!-- long double complex catanl(long double complex x); -->
<function name="catan,catanf,catanl">
<use-retval/>
<pure/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- https://en.cppreference.com/w/cpp/numeric/math/tgamma -->
<!-- double tgamma(double x); -->
<function name="tgamma,std::tgamma">
<use-retval/>
<pure/>
<returnValue type="double">tgamma(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<!-- If x is zero or a negative integer for which the function is asymptotic, it may cause a pole error (depending on implementation).-->
<valid>!0.0:</valid>
</arg>
</function>
<!-- https://en.cppreference.com/w/cpp/numeric/math/tgamma -->
<!-- float tgammaf(float x); -->
<function name="tgammaf,std::tgammaf">
<use-retval/>
<pure/>
<returnValue type="float">tgamma(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<!-- If x is zero or a negative integer for which the function is asymptotic, it may cause a pole error (depending on implementation).-->
<valid>!0.0:</valid>
</arg>
</function>
<!-- https://en.cppreference.com/w/cpp/numeric/math/tgamma -->
<!-- long double tgammal(long double x); -->
<function name="tgammal,std::tgammal">
<use-retval/>
<pure/>
<returnValue type="long double">tgamma(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<!-- If x is zero or a negative integer for which the function is asymptotic, it may cause a pole error (depending on implementation).-->
<valid>!0.0:</valid>
</arg>
</function>
<!-- double trunc(double x); -->
<function name="trunc,std::trunc">
<use-retval/>
<pure/>
<returnValue type="double">trunc(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- float truncf(float x); -->
<function name="truncf,std::truncf">
<use-retval/>
<pure/>
<returnValue type="float">trunc(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- long double truncl(long double x); -->
<function name="truncl,std::truncl">
<use-retval/>
<pure/>
<returnValue type="long double">trunc(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double atanh(double x); -->
<function name="atanh,std::atanh">
<use-retval/>
<pure/>
<returnValue type="double">atanh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>-1.0:1.0</valid>
</arg>
</function>
<!-- float atanhf(float x); -->
<function name="atanhf,std::atanhf">
<use-retval/>
<pure/>
<returnValue type="float">atanh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>-1.0:1.0</valid>
</arg>
</function>
<!-- long double atanhl(long double x); -->
<function name="atanhl,std::atanhl">
<use-retval/>
<pure/>
<returnValue type="long double">atanh(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>-1.0:1.0</valid>
</arg>
</function>
<!-- double complex catanh(double complex x); -->
<!-- float complex catanhf(float complex x); -->
<!-- long double complex catanhl(long double complex x); -->
<function name="catanh,catanhf,catanhl">
<use-retval/>
<pure/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>
<!-- double atan2(double x, double y); -->
<function name="atan2,std::atan2">
<use-retval/>
<pure/>
<returnValue type="double">atan2(arg1, arg2)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
<arg nr="2" direction="in">
<not-uninit/>
</arg>
</function>
<!-- float atan2f(float x, float y); -->
<function name="atan2f,std::atan2f">
<use-retval/>
<pure/>
<returnValue type="float">atan2(arg1, arg2)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
<arg nr="2" direction="in">
<not-uninit/>
</arg>
</function>
<!-- long double atan2l(long double x, long double y); -->
<function name="atan2l,std::atan2l">
<use-retval/>
<pure/>
<returnValue type="long double">atan2(arg1, arg2)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
<arg nr="2" direction="in">
<not-uninit/>
</arg>
</function>
<!-- int atexit(void (*func)(void)); -->
<function name="atexit,std::atexit">
<pure/>
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-null/>
</arg>
</function>
<!-- int atoi(const char *s); -->
<function name="atoi,std::atoi">
<use-retval/>
<pure/>
<returnValue type="int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-null/>
<not-uninit/>
<strz/>
</arg>
</function>
<!-- long int atol(const char *s); -->
<function name="atol,std::atol">
<use-retval/>
<pure/>
<returnValue type="long int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-null/>
<not-uninit/>
<strz/>
</arg>
</function>
<!-- long long int atoll(const char *s); -->
<function name="atoll,std::atoll">
<use-retval/>
<pure/>
<returnValue type="long long int"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-null/>
<not-uninit/>
<strz/>
</arg>
</function>
<!-- double atof(const char *s); -->
<function name="atof,std::atof">
<use-retval/>
<pure/>
<returnValue type="double"/>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-null/>
<not-uninit/>
<strz/>
</arg>
</function>
<!-- void * calloc(size_t nitems, size_t size); -->
<function name="calloc,std::calloc">
<use-retval/>
<noreturn>false</noreturn>
<returnValue type="void *"/>
<arg nr="1" direction="in">
<not-uninit/>
<valid>0:</valid>
</arg>
<arg nr="2" direction="in">
<not-uninit/>
<valid>0:</valid>
</arg>
</function>
<!-- double ceil(double x); -->
<function name="ceil,std::ceil">
<use-retval/>
<pure/>
<returnValue type="double">ceil(arg1)</returnValue>
<noreturn>false</noreturn>
<leak-ignore/>
<arg nr="1" direction="in">
<not-uninit/>
</arg>
</function>