Registrar< Handle, T > Class Template Reference

#include <baciRegistrar.h>

Collaboration diagram for Registrar< Handle, T >:

List of all members.

Classes
struct	Element
Public Member Functions
	Registrar (Handle hOffset=0, int nCapacity=128)
	~Registrar ()
T &	operator[] (Handle h)
const T &	operator[] (Handle h) const
bool	setCapacity (int nCapacity)
int	getCapacity ()
int	getSize ()
Handle	allocate (Handle h=0)
Handle	deallocate (Handle h)
bool	isAllocated (Handle h)
Handle	first ()
Handle	last ()
Handle	next (Handle h)
Handle	previous (Handle h)
int	checkIntegrity ()
	Registrar (Handle hOffset=0, int nCapacity=128)
	~Registrar ()
T &	operator[] (Handle h)
const T &	operator[] (Handle h) const
bool	SetCapacity (int nCapacity)
int	GetCapacity ()
int	GetSize ()
Handle	Allocate (Handle h=0)
Handle	Preallocate (Handle h=0)
Handle	AckAllocate (Handle h)
Handle	Deallocate (Handle h)
Handle	Depreallocate (Handle h)
bool	IsAllocated (Handle h)
Handle	First ()
Handle	Last ()
Handle	Next (Handle h)
Handle	Previous (Handle h)
int	CheckIntegrity ()
Private Member Functions
void	operator= (const Registrar &)
	Registrar (const Registrar &)
Private Attributes
int	nCapacity_m
int	nSize_m
Element *	pData_mp
Handle	hfirst_m
Handle	hlast_m
Handle	hOffset_m
int	m_nCapacity
int	m_nSize
Element *	m_pData
Handle	m_hFirst
Handle	m_hLast
Handle	m_hOffset

template<class Handle, class T>
class Registrar< Handle, T >

---

Constructor & Destructor Documentation

template<class Handle, class T>

Registrar< Handle, T >::Registrar	(	Handle	hOffset = 0,
		int	nCapacity = 128
	)

template<class Handle, class T>

Registrar< Handle, T >::~Registrar

(

)

template<class Handle, class T>

Registrar< Handle, T >::Registrar

(

const Registrar< Handle, T > &

)

[private]

ALMA C++ coding standards state copy constructors should be disabled.

template<class Handle, class T>

Registrar< Handle, T >::Registrar	(	Handle	hOffset = 0,
		int	nCapacity = 128
	)

template<class Handle, class T>

Registrar< Handle, T >::~Registrar

(

)

---

Member Function Documentation

template<class Handle, class T>

Handle Registrar< Handle, T >::AckAllocate

(

Handle

h

)

template<class Handle, class T>

Handle Registrar< Handle, T >::allocate

(

Handle

h = 0

)

template<class Handle, class T>

Handle Registrar< Handle, T >::Allocate

(

Handle

h = 0

)

template<class Handle, class T>

int Registrar< Handle, T >::checkIntegrity

(

)

template<class Handle, class T>

int Registrar< Handle, T >::CheckIntegrity

(

)

template<class Handle, class T>

Handle Registrar< Handle, T >::Deallocate

(

Handle

h

)

template<class Handle, class T>

Handle Registrar< Handle, T >::deallocate

(

Handle

h

)

template<class Handle, class T>

Handle Registrar< Handle, T >::Depreallocate

(

Handle

h

)

template<class Handle, class T>

Handle Registrar< Handle, T >::first

(

)

[inline]

template<class Handle, class T>

Handle Registrar< Handle, T >::First

(

)

[inline]

template<class Handle, class T>

int Registrar< Handle, T >::GetCapacity

(

)

[inline]

template<class Handle, class T>

int Registrar< Handle, T >::getCapacity

(

)

[inline]

template<class Handle, class T>

int Registrar< Handle, T >::getSize

(

)

[inline]

template<class Handle, class T>

int Registrar< Handle, T >::GetSize

(

)

[inline]

template<class Handle, class T>

bool Registrar< Handle, T >::isAllocated

(

Handle

h

)

template<class Handle, class T>

bool Registrar< Handle, T >::IsAllocated

(

Handle

h

)

template<class Handle, class T>

Handle Registrar< Handle, T >::last

(

)

[inline]

template<class Handle, class T>

Handle Registrar< Handle, T >::Last

(

)

[inline]

template<class Handle, class T>

Handle Registrar< Handle, T >::next

(

Handle

h

)

[inline]

template<class Handle, class T>

Handle Registrar< Handle, T >::Next

(

Handle

h

)

[inline]

template<class Handle, class T>

void Registrar< Handle, T >::operator=

(

const Registrar< Handle, T > &

)

[private]

ALMA C++ coding standards state assignment operators should be disabled.

template<class Handle, class T>

const T& Registrar< Handle, T >::operator[]

(

Handle

h

)

const [inline]

template<class Handle, class T>

const T& Registrar< Handle, T >::operator[]

(

Handle

h

)

const [inline]

template<class Handle, class T>

T& Registrar< Handle, T >::operator[]

(

Handle

h

)

[inline]

template<class Handle, class T>

T& Registrar< Handle, T >::operator[]

(

Handle

h

)

[inline]

template<class Handle, class T>

Handle Registrar< Handle, T >::Preallocate

(

Handle

h = 0

)

template<class Handle, class T>

Handle Registrar< Handle, T >::Previous

(

Handle

h

)

[inline]

template<class Handle, class T>

Handle Registrar< Handle, T >::previous

(

Handle

h

)

[inline]

template<class Handle, class T>

bool Registrar< Handle, T >::setCapacity

(

int

nCapacity

)

template<class Handle, class T>

bool Registrar< Handle, T >::SetCapacity

(

int

nCapacity

)

---

Member Data Documentation

template<class Handle, class T>

Handle Registrar< Handle, T >::hfirst_m [private]

Referenced by Registrar< int, BACICallback * >::first().

template<class Handle, class T>

Handle Registrar< Handle, T >::hlast_m [private]

Referenced by Registrar< int, BACICallback * >::last().

template<class Handle, class T>

Handle Registrar< Handle, T >::hOffset_m [private]

Referenced by Registrar< int, BACICallback * >::first(), Registrar< int, BACICallback * >::last(), Registrar< int, BACICallback * >::next(), Registrar< int, BACICallback * >::operator[](), and Registrar< int, BACICallback * >::previous().

template<class Handle, class T>

Handle Registrar< Handle, T >::m_hFirst [private]

Referenced by Registrar< int, BACICallback * >::First().

template<class Handle, class T>

Handle Registrar< Handle, T >::m_hLast [private]

Referenced by Registrar< int, BACICallback * >::Last().

template<class Handle, class T>

Handle Registrar< Handle, T >::m_hOffset [private]

Referenced by Registrar< int, BACICallback * >::First(), Registrar< int, BACICallback * >::Last(), Registrar< int, BACICallback * >::Next(), Registrar< int, BACICallback * >::operator[](), and Registrar< int, BACICallback * >::Previous().

template<class Handle, class T>

int Registrar< Handle, T >::m_nCapacity [private]

Referenced by Registrar< int, BACICallback * >::GetCapacity().

template<class Handle, class T>

int Registrar< Handle, T >::m_nSize [private]

Referenced by Registrar< int, BACICallback * >::GetSize().

template<class Handle, class T>

Element* Registrar< Handle, T >::m_pData [private]

Referenced by Registrar< int, BACICallback * >::Next(), Registrar< int, BACICallback * >::operator[](), and Registrar< int, BACICallback * >::Previous().

template<class Handle, class T>

int Registrar< Handle, T >::nCapacity_m [private]

Referenced by Registrar< int, BACICallback * >::getCapacity().

template<class Handle, class T>

int Registrar< Handle, T >::nSize_m [private]

Referenced by Registrar< int, BACICallback * >::getSize().

template<class Handle, class T>

Element* Registrar< Handle, T >::pData_mp [private]

Referenced by Registrar< int, BACICallback * >::next(), Registrar< int, BACICallback * >::operator[](), and Registrar< int, BACICallback * >::previous().

---

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

• baciRegistrar.h
• maciRegistrar.h