Tuple Class Reference

#include <elm/rtti/Tuple.h>

Inheritance diagram for Tuple:

Public Member Functions
virtual	~Tuple ()
virtual const Vector< const rtti::Type * > &	types () const =0
virtual void	split (void *ptr, Vector< Variant > &values) const =0
virtual void *	make (const Vector< Variant > &values, int i=0) const =0
int	count () const

Detailed Description

This interface provides access to member of a tuple class. A tuple class is a class of object which identity is not important. They are used as scalar values as int, float, etc. A good example of tuple class would be a class representing complex numbers.

Constructor & Destructor Documentation

~Tuple()

~Tuple ( )

virtual

Member Function Documentation

count()

int count ( ) const

inline

Count the number of components in the tuple.

Returns

Number of components.

References Tuple::types().

make()

void * make ( const Vector< Variant > &  values, int  i = 0  ) const

pure virtual

Build a tuple objects from its components. The component order in values arrays must be the same as type as types returned by Tuple::types().

Parameters

values	Values composing the tuple object.
i	Index to start reading components from.

Returns

Built tuple object.

Implemented in Tuple1< T, A >.

split()

void split ( void *  ptr, Vector< Variant > &  values  ) const

pure virtual

Decompose a tuple object in its component. The component order in values arrays must be the same as type as types returned by Tuple::types().

Parameters

ptr	Object to decompose.
values	Result variant vector made of components of the object.

Implemented in Tuple1< T, A >.

types()

const Vector< const rtti::Type * > types ( ) const

pure virtual

Get the types of the values composing the object.

Returns

Vector of types of object components.

Implemented in AbstractTuple< T >.

Referenced by Tuple::count().

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The documentation for this class was generated from the following files:

• include/elm/rtti/Tuple.h
• src/rtti.cpp