stdlib.h

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}
#endif

#if !defined(__STDC__)

#if defined(__cplusplus)
inline int  _RTLENTRY random(int __num)
                       { return __num ? (int)(_lrand()%(__num)) : 0; }
#else /* __cplusplus */
#define random(__num) (__num ? (int)(_lrand()%(__num)) : 0)
#endif  /* __cplusplus  */

#endif /* __STDC__ */

#if defined(__cplusplus)
extern "C" {
#endif
long _RTLENTRY _EXPFUNC time(long *);
#if defined(__cplusplus)
}
#endif

#if !defined(__STDC__)

#if defined(__cplusplus)

/* Need prototype of time() for C++ randomize() */
inline void _RTLENTRY randomize(void) { srand((unsigned) time(NULL)); }

#if defined(__MFC_COMPAT__)
#if !defined( __MINMAX_DEFINED)
#define __MINMAX_DEFINED
#define NOMINMAX    /* for WINDEF.H */
#undef min  // make sure these aren't macros
#undef max
/*
  MFC code sometimes contains usages of min() and max() of dis-similar types
  which prevents using a normal template implementation.  We cannot
  implement min and max as macros (like Microsoft does), since parts of the
  Rogue Wave Standard Library need to #undef them.

  So we start by providing the normal template implementation and then also
  provide a global, non-template version, of min and max that take and
  return unsigned longs. The theory is that the compiler will first look at
  the non-template version and promote both params to unsigned long before
  looking at the template version and failing because of the two different
  types involved.
*/
template <class _T> inline const _T _FAR &min( const _T _FAR &__t1, const _T _FAR &__t2 )
{
    if  (__t1 < __t2)
        return __t1;
    else
        return __t2;
}

template <class _T> inline const _T _FAR &max( const _T _FAR &__t1, const _T _FAR &__t2 )
{
    if  (__t1 > __t2)
        return __t1;
    else
        return __t2;
}

inline unsigned long min (unsigned long __a, unsigned long __b)
{
    return min<unsigned long> (__a, __b);
}

inline unsigned long max (unsigned long __a, unsigned long __b)
{
    return max<unsigned long> (__a, __b);
}
#define __max       max
#define __min       min
#endif /*__MINMAX_DEFINED */

inline char * _RTLENTRY  _ecvt(double __value, int __ndig, int * __dec,
                            int * __sign)
                            { return ecvt (__value, __ndig, __dec, __sign); }
inline char * _RTLENTRY  _fcvt(double __value, int __ndig, int * __dec,
                            int * __sign)
                            { return fcvt (__value, __ndig, __dec, __sign); }
inline char * _RTLENTRY  _gcvt(double __value, int __ndec,
                            char * __buf)
                            { return gcvt(__value, __ndec, __buf); }
inline char * _RTLENTRY _itoa(int __value, char * __string,
                            int __radix)
                            { return itoa(__value, __string, __radix); }
inline char * _RTLENTRY _ltoa(long __value, char * __string,
                            int __radix)
                            { return ltoa(__value, __string, __radix); }
inline char * _RTLENTRY _ultoa(unsigned long __value, char * __string,
                            int __radix)
                            { return ultoa(__value, __string, __radix); }
inline int    _RTLENTRY _putenv(const char * __name) {return putenv(__name);}
inline void   _RTLENTRY _swab(char * __from, char * __to, int __nbytes)
                            { swab (__from, __to, __nbytes); }
#else   /* __MFC_COMPAT__ */
#if !defined( __MINMAX_DEFINED) && defined(__cplusplus)
#define __MINMAX_DEFINED
#undef min  // make sure these aren't macros
#undef max
template <class _T> inline const _T _FAR &min( const _T _FAR &__t1, const _T _FAR &__t2 )
{
    if  (__t1 < __t2)
        return __t1;
    else
        return __t2;
}

template <class _T> inline const _T _FAR &max( const _T _FAR &__t1, const _T _FAR &__t2 )
{
    if  (__t1 > __t2)
        return __t1;
    else
        return __t2;
}
#endif
#endif /* __MFC_COMPAT__ */

#else /* __cplusplus */

#define randomize() srand((unsigned)time(NULL))
#ifndef max
#define max(__a,__b)    (((__a) > (__b)) ? (__a) : (__b))
#endif
#ifndef min
#define min(__a,__b)    (((__a) < (__b)) ? (__a) : (__b))
#endif
#endif /* __cplusplus */

#endif /* __STDC__ */

#if defined(__MSC) && !defined(__MFC_COMPAT__)
#define _itoa(__value, __string, __radix) itoa(__value, __string, __radix)
#endif

/* argv & argc definitions */

#ifdef __cplusplus
extern "C"{
#endif
#if !defined(__ARGV_DEFINED)
#define __ARGV_DEFINED
    extern int           _RTLENTRY _EXPDATA _argc;
    extern char **       _RTLENTRY _EXPDATA _argv;
#   define __argc        _argc  /* MSC Version */
#   define __argv        _argv  /* MSC Version */
#endif /* __ARGV_DEFINED */
#ifdef __cplusplus
} /* __cplusplus */
#endif


#if !defined(RC_INVOKED)

/* restore default packing */
#pragma pack(pop)

#if defined(__STDC__)
#pragma warn .nak
#endif

#endif  /* !RC_INVOKED */

#ifdef __cplusplus
} // std
#endif /* __cplusplus */

#endif  /* __STDLIB_H */

#if defined(__cplusplus) && !defined(__USING_CNAME__) && !defined(__STDLIB_H_USING_LIST)
#define __STDLIB_H_USING_LIST
     using std::_argc;
     using std::_argv;
#ifdef _MT
     using std::__doserrno;
     using std::__errno;
#else
     using std::_doserrno;
     using std::errno;
#endif
     using std::__mb_cur_max;

     using std::_ecvt;
     using std::_atold;
     using std::_cmdline_escapes;
     using std::_environ;
     using std::_exit;
     using std::_fileinfo;
     using std::_fmode;
     using std::_fullpath;
     using std::_fcvt;
     using std::_gcvt;

#if defined(__MFC_COMPAT__)
     using std::_itoa;
     using std::_ultoa;
     using std::_putenv;
     using std::_swab;
#endif

     using std::_ultow;
     using std::_itow;
     using std::_lrand;
     using std::_ltoa;
     using std::_ltow;

#if !defined(__STDC__) && defined (_INTEGRAL_MAX_BITS) && (_INTEGRAL_MAX_BITS >= 64)
     using std::_atoi64;
     using std::_i64toa;
     using std::_i64tow;
     using std::_ui64toa;
     using std::_ui64tow;
     using std::_wtoi64;
#endif

     using std::_makepath;
     using std::_osmajor;
     using std::_osminor;
     using std::_osmode;
     using std::_osversion;
     using std::_searchenv;
     using std::_searchstr;
     using std::_splitpath;
     using std::_strtold;
     using std::_sys_errlist;
     using std::_sys_nerr;
     using std::_wcstold;
     using std::_wenviron;
     using std::_wfullpath;
     using std::_wgetenv;
     using std::_wmakepath;
     using std::_wperror;
     using std::_wputenv;
     using std::_wsearchenv;
     using std::_wsearchstr;
     using std::_wsplitpath;
     using std::_wsystem;
     using std::_wtof;
     using std::_wtoi;
     using std::_wtol;
     using std::_wtold;
     using std::abort;
     using std::atexit;
     using std::atexit_t;
     using std::atof;
     using std::atoi;
     using std::atol;
     using std::calloc;
     using std::div;
     using std::div_t;
     using std::exit;
     using std::free;
     using std::getenv;
     using std::itoa;
     using std::labs;
     using std::ldiv;
     using std::ldiv_t;
     using std::malloc;

#if !defined(__STDC__)
     using std::ecvt;
     using std::fcvt;
     using std::gcvt;
     using std::ltoa;
     using std::random;
     using std::randomize;
#endif

#if !defined(__STDC__) // The standard says that min() and max() should only
     using std::min;   // come in from algorith.h, but we'll allow it here
     using std::max;   // unless -A is specified
     using std::_seterrormode;
#endif
     using std::mblen;
     using std::mbstowcs;
     using std::mbtowc;
     using std::perror;
     using std::putenv;
     using std::rand;
     using std::realloc;
     using std::srand;
     using std::strtod;
     using std::strtol;
     using std::strtoul;
     using std::swab;
     using std::system;
     using std::time;
     using std::ultoa;
     using std::wcstod;
     using std::wcstol;
     using std::wcstombs;
     using std::wcstoul;
     using std::wctomb;

/*
   Handle intrinsics specially.  If intrinsics are on, the compiler creates
   a macro of the normal function mapping to the __ intrinsic version, ie:
     #define strcpy __strcpy__
   Thus, we can test the normal name as a macro to see if it's defined, and
   only preform a using statement if it's not an intrinsic
*/

#    ifndef abs
       using std::abs;
#    endif // ifndef abs
#    ifndef _crotl
       using std::_crotl;
#    endif // ifndef _crotl
#    ifndef _lrotl
       using std::_lrotl;
#    endif // ifndef _lrotl
#    ifndef _lrotr
       using std::_lrotr;
#    endif // ifndef _lrotr
#    ifndef _crotr
       using std::_crotr;
#    endif // ifndef _crotr
#    ifndef _rotl
       using std::_rotl;
#    endif // ifndef _rotl
#    ifndef _rotr
       using std::_rotr;
#    endif // ifndef _rotr

#endif /* __USING_CNAME__ */