/* * MSVCRT Unix interface * * Copyright 2020 Alexandre Julliard * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; either * version 2.1 of the License, or (at your option) any later version. * * This library 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 * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with this library; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301, USA */ #ifndef __UNIXLIB_H #define __UNIXLIB_H #include "msvcrt.h" struct unix_funcs { double (CDECL *acosh)(double x); float (CDECL *acoshf)(float x); double (CDECL *asinh)(double x); float (CDECL *asinhf)(float x); double (CDECL *atanh)(double x); float (CDECL *atanhf)(float x); double (CDECL *cbrt)(double x); float (CDECL *cbrtf)(float x); double (CDECL *ceil)(double x); float (CDECL *ceilf)(float x); double (CDECL *cos)(double x); float (CDECL *cosf)(float x); double (CDECL *cosh)(double x); float (CDECL *coshf)(float x); double (CDECL *erf)(double x); double (CDECL *erfc)(double x); float (CDECL *erfcf)(float x); float (CDECL *erff)(float x); double (CDECL *exp)(double x); float (CDECL *expf)(float x); double (CDECL *exp2)(double x); float (CDECL *exp2f)(float x); double (CDECL *expm1)(double x); float (CDECL *expm1f)(float x); double (CDECL *floor)(double x); float (CDECL *floorf)(float x); double (CDECL *fma)(double x, double y, double z); float (CDECL *fmaf)(float x, float y, float z); double (CDECL *fmod)(double x, double y); float (CDECL *fmodf)(float x, float y); double (CDECL *frexp)(double x, int *exp); float (CDECL *frexpf)(float x, int *exp); double (CDECL *hypot)(double x, double y); float (CDECL *hypotf)(float x, float y); double (CDECL *j0)(double num); double (CDECL *j1)(double num); double (CDECL *jn)(int n, double num); double (CDECL *ldexp)(double x, MSVCRT_long exp); double (CDECL *lgamma)(double x); float (CDECL *lgammaf)(float x); MSVCRT_longlong (CDECL *llrint)(double x); MSVCRT_longlong (CDECL *llrintf)(float x); MSVCRT_longlong (CDECL *llround)(double x); MSVCRT_longlong (CDECL *llroundf)(float x); double (CDECL *log)(double x); float (CDECL *logf)(float x); double (CDECL *log10)(double x); float (CDECL *log10f)(float x); double (CDECL *log1p)(double x); float (CDECL *log1pf)(float x); double (CDECL *log2)(double x); float (CDECL *log2f)(float x); double (CDECL *logb)(double x); float (CDECL *logbf)(float x); MSVCRT_long (CDECL *lrint)(double x); MSVCRT_long (CDECL *lrintf)(float x); MSVCRT_long (CDECL *lround)(double x); MSVCRT_long (CDECL *lroundf)(float x); double (CDECL *modf)(double x, double *iptr); float (CDECL *modff)(float x, float *iptr); double (CDECL *nearbyint)(double num); float (CDECL *nearbyintf)(float num); double (CDECL *nextafter)(double x, double y); float (CDECL *nextafterf)(float x, float y); double (CDECL *nexttoward)(double x, double y); float (CDECL *nexttowardf)(float x, double y); double (CDECL *pow)(double x, double y); float (CDECL *powf)(float x, float y); double (CDECL *remainder)(double x, double y); float (CDECL *remainderf)(float x, float y); double (CDECL *remquo)(double x, double y, int *quo); float (CDECL *remquof)(float x, float y, int *quo); double (CDECL *rint)(double x); float (CDECL *rintf)(float x); double (CDECL *round)(double x); float (CDECL *roundf)(float x); double (CDECL *sin)(double x); float (CDECL *sinf)(float x); double (CDECL *sinh)(double x); float (CDECL *sinhf)(float x); double (CDECL *tan)(double x); float (CDECL *tanf)(float x); double (CDECL *tanh)(double x); float (CDECL *tanhf)(float x); double (CDECL *tgamma)(double x); float (CDECL *tgammaf)(float x); double (CDECL *trunc)(double x); float (CDECL *truncf)(float x); double (CDECL *y0)(double num); double (CDECL *y1)(double num); double (CDECL *yn)(int order, double num); }; #endif /* __UNIXLIB_H */