FactoryHolder< T, O, Key > Class Template Reference

#include "FactoryHolder.h"

Inheritance diagram for FactoryHolder< T, O, Key >:

Public Types
typedef ObjectRegistry< FactoryHolder< T, O, Key >, Key >	FactoryHolderRegistry

Public Member Functions
	FactoryHolder (Key const &k)
virtual	~FactoryHolder ()
void	RegisterSelf ()
virtual T *	Create (O *object=nullptr) const =0
	Abstract Factory create method. More...

Private Attributes
Key const	_key

Detailed Description

template<class T, class O, class Key = std::string>
class FactoryHolder< T, O, Key >

FactoryHolder holds a factory object of a specific type

Member Typedef Documentation

FactoryHolderRegistry

template<class T , class O , class Key = std::string>

typedef ObjectRegistry<FactoryHolder<T, O, Key>, Key> FactoryHolder< T, O, Key >::FactoryHolderRegistry

Constructor & Destructor Documentation

FactoryHolder()

template<class T , class O , class Key = std::string>

FactoryHolder< T, O, Key >::FactoryHolder ( Key const &  k )

inlineexplicit

: _key(k) { }

~FactoryHolder()

template<class T , class O , class Key = std::string>

virtual FactoryHolder< T, O, Key >::~FactoryHolder ( )

inlinevirtual

{ }

Member Function Documentation

Create()

template<class T , class O , class Key = std::string>

virtual T * FactoryHolder< T, O, Key >::Create ( O *  object = nullptr ) const

pure virtual

Abstract Factory create method.

RegisterSelf()

template<class T , class O , class Key = std::string>

void FactoryHolder< T, O, Key >::RegisterSelf ( )

inline

{ FactoryHolderRegistry::instance()->InsertItem(this, _key); }

References FactoryHolder< T, O, Key >::_key, and ObjectRegistry< T, Key >::instance().

Member Data Documentation

_key

template<class T , class O , class Key = std::string>

Key const FactoryHolder< T, O, Key >::_key

private

Referenced by FactoryHolder< T, O, Key >::RegisterSelf().