convert.h File Reference

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Namespaces
	Conv
	Template based type conversion.

Macros
#define	mConvDeclFromStrToSimpleType(type)
#define	mConvDefFromStrToSimpleType(type, function)
	macro useful for implementation of string -> your type More...

Functions
template<class T , class F >
void	Conv::set (T &_to, const F &fr)
	template based type conversion More...
template<class T , class F >
T	Conv::to (const F &fr)
template<class T , class F >
void	Conv::udfset (T &_to, const F &fr, const T &und=Values::Undef< T >::val())
	template based type converstion, with check for undef More...
template<class T , class F >
T	Conv::udfto (const F &fr, const T &und=Values::Undef< T >::val())
template<>
void	Conv::set (const char *&_to, const int &i)
template<>
void	Conv::set (const char *&_to, const unsigned int &i)
template<>
void	Conv::set (const char *&_to, const int64_t &i)
template<>
void	Conv::set (const char *&_to, const uint64_t &i)
template<>
void	Conv::set (const char *&_to, const bool &b)
template<>
void	Conv::set (const char *&_to, const float &f)
template<>
void	Conv::set (const char *&_to, const double &d)
template<>
void	Conv::set (const char *&_to, const short &i)
template<>
void	Conv::set (const char *&_to, const unsigned short &i)
template<>
void	Conv::set (int &_to, const float &f)
template<>
void	Conv::set (int64_t &_to, const float &f)
template<>
void	Conv::set (short &_to, const float &f)
template<>
void	Conv::set (unsigned short &_to, const float &f)
template<>
void	Conv::set (unsigned int &_to, const float &f)
template<>
void	Conv::set (uint64_t &_to, const float &f)
template<>
void	Conv::set (int &_to, const double &f)
template<>
void	Conv::set (int64_t &_to, const double &f)
template<>
void	Conv::set (short &_to, const double &f)
template<>
void	Conv::set (unsigned short &_to, const double &f)
template<>
void	Conv::set (unsigned int &_to, const double &f)
template<>
void	Conv::set (uint64_t &_to, const double &f)
template<>
void	Conv::set (bool &_to, const char *const &s)
template<>
void	Conv::set (bool &_to, const FixedString &s)
template<>
void	Conv::set (bool &_to, const int &i)
template<>
void	Conv::set (bool &_to, const float &f)
template<>
void	Conv::set (bool &_to, const double &d)
template<>
void	Conv::set (short &, const char *const &)
template<>
void	Conv::set (short &, const FixedString &)
template<>
void	Conv::set (unsigned short &, const char *const &)
template<>
void	Conv::set (unsigned short &, const FixedString &)
template<>
void	Conv::set (int &, const char *const &)
template<>
void	Conv::set (int &, const FixedString &)
template<>
void	Conv::set (unsigned int &, const char *const &)
template<>
void	Conv::set (unsigned int &, const FixedString &)
template<>
void	Conv::set (int64_t &, const char *const &)
template<>
void	Conv::set (int64_t &, const FixedString &)
template<>
void	Conv::set (uint64_t &, const char *const &)
template<>
void	Conv::set (uint64_t &, const FixedString &)
template<>
void	Conv::set (double &, const char *const &)
template<>
void	Conv::set (double &, const FixedString &)
template<>
void	Conv::set (float &, const char *const &)
template<>
void	Conv::set (float &, const FixedString &)

Macro Definition Documentation

#define mConvDeclFromStrToSimpleType

(

type

)

Value:

template <> mGlobal(Basic) void set(type&,const char* const&); \
template <> mGlobal(Basic) void set(type&,const FixedString&)

#define mConvDefFromStrToSimpleType	(		type,
			function
	)

Value:

namespace Conv \
{ \
    template <> void set( type& _to, const char* const& s ) \
    { \
	if ( !s || !*s ) { return; } \
    \
        char* endptr = 0; \
        type tmpval = (type) function; \
	if ( s != endptr ) \
            _to = (type) tmpval; \
        else if ( Values::Undef<type>::hasUdf() ) \
            Values::setUdf( _to ); \
    } \
    template <> void set( type& _to, const FixedString& s ) \
    { \
	if ( !s ) { return; } \
    \
        char* endptr = 0; \
        type tmpval = (type) function; \
	if ( s.str() != endptr ) \
            _to = (type) tmpval; \
        else if ( Values::Undef<type>::hasUdf() ) \
            Values::setUdf( _to ); \
    } \
}

macro useful for implementation of string -> your type