xxmem_fn

C语言库函数的原型,有用的拿去

// xxmem_fn internal header
// NOTE: no include guard

#define _NAME _CLASS_NAME(_Mem_fn)

	// TEMPLATE CLASS _Mem_fnX
template<class _Rx,
	class _Pmf, _CLASS_ARG0>
	class _NAME
		: public _Call_wrapper<_Callable_pmf<_Pmf, _Arg0> >
 #if _NARGS == 1
			, public _STD unary_function<_Arg0*, _Rx>

 #elif _NARGS == 2
			, public _STD binary_function<_Arg0*, _Arg1, _Rx>
 #endif /* _NARGS */

	{	// wrap pointer to member function
public:
	typedef _Rx result_type;

	_NAME(_Pmf _Fx)
		: _Call_wrapper<_Callable_pmf<_Pmf, _Arg0> >(_Fx)
		{	// construct
		}
	};

	// TEMPLATE FUNCTION mem_fn, pointer to member function
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__thiscall _Arg0::*)(_ARG1_ARG2), _ARG0_ARG1>
		mem_fn(_Rx(__thiscall _Arg0::*_Pm)(_ARG1_ARG2))
	{	// bind to pointer to member function
	return (_NAME<_Rx, _Rx(__thiscall _Arg0::*)(_ARG1_ARG2),
		_ARG0_ARG1>(_Pm));
	}

 #ifdef _M_IX86
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__cdecl _Arg0::*)(_ARG1_ARG2), _ARG0_ARG1>
		mem_fn(_Rx(__cdecl _Arg0::*_Pm)(_ARG1_ARG2))
	{	// bind to pointer to member function
	return (_NAME<_Rx, _Rx(__cdecl _Arg0::*)(_ARG1_ARG2),
		_ARG0_ARG1>(_Pm));
	}

template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__stdcall _Arg0::*)(_ARG1_ARG2), _ARG0_ARG1>
		mem_fn(_Rx(__stdcall _Arg0::*_Pm)(_ARG1_ARG2))
	{	// bind to pointer to member function
	return (_NAME<_Rx, _Rx(__stdcall _Arg0::*)(_ARG1_ARG2),
		_ARG0_ARG1>(_Pm));
	}

  #ifndef _M_CEE
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__fastcall _Arg0::*)(_ARG1_ARG2), _ARG0_ARG1>
		mem_fn(_Rx(__fastcall _Arg0::*_Pm)(_ARG1_ARG2))
	{	// bind to pointer to member function
	return (_NAME<_Rx, _Rx(__fastcall _Arg0::*)(_ARG1_ARG2),
		_ARG0_ARG1>(_Pm));
	}
  #endif /* _M_CEE */

 #endif /* _M_IX86 */

 #ifdef _M_CEE
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__clrcall _Arg0::*)(_ARG1_ARG2), _ARG0_ARG1>
		mem_fn(_Rx(__clrcall _Arg0::*_Pm)(_ARG1_ARG2))
	{	// bind to pointer to member function
	return (_NAME<_Rx, _Rx(__clrcall _Arg0::*)(_ARG1_ARG2),
		_ARG0_ARG1>(_Pm));
	}
 #endif /* _M_CEE */

	// TEMPLATE FUNCTION mem_fn, pointer to const member function
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__thiscall _Arg0::*)(_ARG1_ARG2) const,
		const _ARG0_ARG1>
		mem_fn(_Rx(__thiscall _Arg0::*_Pm)(_ARG1_ARG2) const)
	{	// bind to pointer to const member function
	return (_NAME<_Rx, _Rx(__thiscall _Arg0::*)(_ARG1_ARG2) const,
		const _ARG0_ARG1>(_Pm));
	}

 #ifdef _M_IX86
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__cdecl _Arg0::*)(_ARG1_ARG2) const,
		const _ARG0_ARG1>
		mem_fn(_Rx(__cdecl _Arg0::*_Pm)(_ARG1_ARG2) const)
	{	// bind to pointer to const member function
	return (_NAME<_Rx, _Rx(__cdecl _Arg0::*)(_ARG1_ARG2) const,
		const _ARG0_ARG1>(_Pm));
	}

template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__stdcall _Arg0::*)(_ARG1_ARG2) const,
		const _ARG0_ARG1>
		mem_fn(_Rx(__stdcall _Arg0::*_Pm)(_ARG1_ARG2) const)
	{	// bind to pointer to const member function
	return (_NAME<_Rx, _Rx(__stdcall _Arg0::*)(_ARG1_ARG2) const,
		const _ARG0_ARG1>(_Pm));
	}

  #ifndef _M_CEE
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__fastcall _Arg0::*)(_ARG1_ARG2) const,
		const _ARG0_ARG1>
		mem_fn(_Rx(__fastcall _Arg0::*_Pm)(_ARG1_ARG2) const)
	{	// bind to pointer to const member function
	return (_NAME<_Rx, _Rx(__fastcall _Arg0::*)(_ARG1_ARG2) const,
		const _ARG0_ARG1>(_Pm));
	}
  #endif /* _M_CEE */

 #endif /* _M_IX86 */

 #ifdef _M_CEE
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__clrcall _Arg0::*)(_ARG1_ARG2) const,
		const _ARG0_ARG1>
		mem_fn(_Rx(__clrcall _Arg0::*_Pm)(_ARG1_ARG2) const)
	{	// bind to pointer to const member function
	return (_NAME<_Rx, _Rx(__clrcall _Arg0::*)(_ARG1_ARG2) const,
		const _ARG0_ARG1>(_Pm));
	}
 #endif /* _M_CEE */

	// TEMPLATE FUNCTION mem_fn, pointer to volatile member function
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__thiscall _Arg0::*)(_ARG1_ARG2) volatile,
		volatile _ARG0_ARG1>
		mem_fn(_Rx(__thiscall _Arg0::*_Pm)(_ARG1_ARG2) volatile)
	{	// bind to pointer to volatile member function
	return (_NAME<_Rx, _Rx(__thiscall _Arg0::*)(_ARG1_ARG2) volatile,
		volatile _ARG0_ARG1>(_Pm));
	}

 #ifdef _M_IX86
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__cdecl _Arg0::*)(_ARG1_ARG2) volatile,
		volatile _ARG0_ARG1>
		mem_fn(_Rx(__cdecl _Arg0::*_Pm)(_ARG1_ARG2) volatile)
	{	// bind to pointer to volatile member function
	return (_NAME<_Rx, _Rx(__cdecl _Arg0::*)(_ARG1_ARG2) volatile,
		volatile _ARG0_ARG1>(_Pm));
	}

template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__stdcall _Arg0::*)(_ARG1_ARG2) volatile,
		volatile _ARG0_ARG1>
		mem_fn(_Rx(__stdcall _Arg0::*_Pm)(_ARG1_ARG2) volatile)
	{	// bind to pointer to volatile member function
	return (_NAME<_Rx, _Rx(__stdcall _Arg0::*)(_ARG1_ARG2) volatile,
		volatile _ARG0_ARG1>(_Pm));
	}

  #ifndef _M_CEE
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__fastcall _Arg0::*)(_ARG1_ARG2) volatile,
		volatile _ARG0_ARG1>
		mem_fn(_Rx(__fastcall _Arg0::*_Pm)(_ARG1_ARG2) volatile)
	{	// bind to pointer to volatile member function
	return (_NAME<_Rx, _Rx(__fastcall _Arg0::*)(_ARG1_ARG2) volatile,
		volatile _ARG0_ARG1>(_Pm));
	}
  #endif /* _M_CEE */

 #endif /* _M_IX86 */

 #ifdef _M_CEE
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__clrcall _Arg0::*)(_ARG1_ARG2) volatile,
		volatile _ARG0_ARG1>
		mem_fn(_Rx(__clrcall _Arg0::*_Pm)(_ARG1_ARG2) volatile)
	{	// bind to pointer to volatile member function
	return (_NAME<_Rx, _Rx(__clrcall _Arg0::*)(_ARG1_ARG2) volatile,
		volatile _ARG0_ARG1>(_Pm));
	}
 #endif /* _M_CEE */

	// TEMPLATE FUNCTION mem_fn, pointer to const volatile member function
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__thiscall _Arg0::*)(_ARG1_ARG2) const volatile,
		const volatile _ARG0_ARG1>
		mem_fn(_Rx(__thiscall _Arg0::*_Pm)(_ARG1_ARG2) const volatile)
	{	// bind to pointer to const volatile member function
	return (_NAME<_Rx, _Rx(__thiscall _Arg0::*)(_ARG1_ARG2) const volatile,
		const volatile _ARG0_ARG1>(_Pm));
	}

 #ifdef _M_IX86
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__cdecl _Arg0::*)(_ARG1_ARG2) const volatile,
		const volatile _ARG0_ARG1>
		mem_fn(_Rx(__cdecl _Arg0::*_Pm)(_ARG1_ARG2) const volatile)
	{	// bind to pointer to const volatile member function
	return (_NAME<_Rx, _Rx(__cdecl _Arg0::*)(_ARG1_ARG2) const volatile,
		const volatile _ARG0_ARG1>(_Pm));
	}

template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__stdcall _Arg0::*)(_ARG1_ARG2) const volatile,
		const volatile _ARG0_ARG1>
		mem_fn(_Rx(__stdcall _Arg0::*_Pm)(_ARG1_ARG2) const volatile)
	{	// bind to pointer to const volatile member function
	return (_NAME<_Rx, _Rx(__stdcall _Arg0::*)(_ARG1_ARG2) const volatile,
		const volatile _ARG0_ARG1>(_Pm));
	}

  #ifndef _M_CEE
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__fastcall _Arg0::*)(_ARG1_ARG2) const volatile,
		const volatile _ARG0_ARG1>
		mem_fn(_Rx(__fastcall _Arg0::*_Pm)(_ARG1_ARG2) const volatile)
	{	// bind to pointer to const volatile member function
	return (_NAME<_Rx, _Rx(__fastcall _Arg0::*)(_ARG1_ARG2) const volatile,
		const volatile _ARG0_ARG1>(_Pm));
	}
  #endif /* _M_CEE */

 #endif /* _M_IX86 */

 #ifdef _M_CEE
template<class _Rx,
	_CLASS_ARG0>
	_NAME<_Rx, _Rx(__clrcall _Arg0::*)(_ARG1_ARG2) const volatile,
		const volatile _ARG0_ARG1>
		mem_fn(_Rx(__clrcall _Arg0::*_Pm)(_ARG1_ARG2) const volatile)
	{	// bind to pointer to const volatile member function
	return (_NAME<_Rx, _Rx(__clrcall _Arg0::*)(_ARG1_ARG2) const volatile,
		const volatile _ARG0_ARG1>(_Pm));
	}
 #endif /* _M_CEE */

#undef _NAME

/*
 * Copyright (c) 1992-2009 by P.J. Plauger.  ALL RIGHTS RESERVED.
 * Consult your license regarding permissions and restrictions.
V5.20:0009 */