FFaGenericFactory< T, Key, ArgType > Class Template Reference

#include <FFaGenericFactory.H>

Inheritance diagram for FFaGenericFactory< T, Key, ArgType >:

Collaboration diagram for FFaGenericFactory< T, Key, ArgType >:

Public Member Functions
	FFaGenericFactory ()
virtual	~FFaGenericFactory ()
bool	registerCreator (const Key &key, const CreatorCB &creator)
T *	create (const Key &key, ArgType id)
void	getKeys (std::vector< Key > &keys) const
void	clear ()

Private Types
typedef FFaDynCB2< ArgType, T *& >	CreatorCB
typedef std::map< Key, CreatorCB >	CreatorType

Private Attributes
CreatorType	myCreatorMap

Additional Inherited Members
Static Public Member Functions inherited from FFaSingelton< FFaGenericFactory< T, std::string, int > >
static FFaGenericFactory< T, std::string, int > *	instance ()
	Returns the actual instance of this class. More...
static void	removeInstance ()
	Deletes the dynamically allocated instance. More...
static bool	allocated ()
	Returns true, if the instance has been allocated. More...
Protected Member Functions inherited from FFaSingelton< FFaGenericFactory< T, std::string, int > >
	FFaSingelton ()
	The constructor is protected to allow objects of sub-classes only. More...
	FFaSingelton (const FFaSingelton &)=delete
	Disable default copy constructor. More...
FFaSingelton &	operator= (const FFaSingelton &)=delete
	Disable default assignment operator. More...

Member Typedef Documentation

CreatorCB

template<class T , class Key = std::string, class ArgType = int>

typedef FFaDynCB2<ArgType,T*&> FFaGenericFactory< T, Key, ArgType >::CreatorCB

private

CreatorType

template<class T , class Key = std::string, class ArgType = int>

typedef std::map<Key,CreatorCB> FFaGenericFactory< T, Key, ArgType >::CreatorType

private

Constructor & Destructor Documentation

FFaGenericFactory()

template<class T , class Key = std::string, class ArgType = int>

FFaGenericFactory< T, Key, ArgType >::FFaGenericFactory ( )

inline

~FFaGenericFactory()

template<class T , class Key = std::string, class ArgType = int>

virtual FFaGenericFactory< T, Key, ArgType >::~FFaGenericFactory ( )

inlinevirtual

Member Function Documentation

clear()

template<class T , class Key = std::string, class ArgType = int>

void FFaGenericFactory< T, Key, ArgType >::clear ( )

inline

create()

template<class T , class Key = std::string, class ArgType = int>

T* FFaGenericFactory< T, Key, ArgType >::create ( const Key &  key, ArgType  id  )

inline

getKeys()

template<class T , class Key = std::string, class ArgType = int>

void FFaGenericFactory< T, Key, ArgType >::getKeys ( std::vector< Key > &  keys ) const

inline

registerCreator()

template<class T , class Key = std::string, class ArgType = int>

bool FFaGenericFactory< T, Key, ArgType >::registerCreator ( const Key &  key, const CreatorCB &  creator  )

inline

Member Data Documentation

myCreatorMap

template<class T , class Key = std::string, class ArgType = int>

CreatorType FFaGenericFactory< T, Key, ArgType >::myCreatorMap

private

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

• fedem-foundation/src/FFaLib/FFaPatterns/FFaGenericFactory.H