Proud::CFixedLengthArray< size, TYPE, ARG_TYPE > Class Template Reference

Public Member Functions
void	CheckValidIndex (int nIndex) const
int	GetSize () const
int	GetCount () const
bool	IsEmpty () const
const TYPE &	GetAt (int nIndex) const
TYPE &	GetAt (int nIndex)
void	SetAt (int nIndex, ARG_TYPE newElement)
const TYPE &	ElementAt (int nIndex) const
TYPE &	ElementAt (int nIndex)
const TYPE *	GetData () const
TYPE *	GetData ()
const TYPE &	operator[] (int nIndex) const
TYPE &	operator[] (int nIndex)

Detailed Description

template<int size, typename TYPE, typename ARG_TYPE = const TYPE&>
class Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >

Array class with fixed size

• To 'bounds check' a simple, fixed size array of T data[] format, it is possible to replace with this class to draw stability.

General usage

• Has similar usage of CAtlArray since this is copied and made from it, but it does not have insertion/removal/cleanup functions since it is static. (of course...)

Note

• If replacing the existing static array with CFixedLengthArray then there can be cases that either _countof() or sizeof() is used. << must modify them correctly. This is because of the fact that _countof() will always return 1.

Member Function Documentation

template<int size, typename TYPE , typename ARG_TYPE = const TYPE&>

const TYPE& Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >::ElementAt ( int  nIndex ) const

inline

Array item accessor

template<int size, typename TYPE , typename ARG_TYPE = const TYPE&>

TYPE& Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >::ElementAt ( int  nIndex )

inline

Array item accessor

template<int size, typename TYPE , typename ARG_TYPE = const TYPE&>

const TYPE& Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >::GetAt ( int  nIndex ) const

inline

Array item accessor

template<int size, typename TYPE , typename ARG_TYPE = const TYPE&>

TYPE& Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >::GetAt ( int  nIndex )

inline

Array item accessor

template<int size, typename TYPE , typename ARG_TYPE = const TYPE&>

int Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >::GetCount ( ) const

inline

Gets length of array

template<int size, typename TYPE , typename ARG_TYPE = const TYPE&>

const TYPE* Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >::GetData ( ) const

inline

Gets pointer of array buffer object

template<int size, typename TYPE , typename ARG_TYPE = const TYPE&>

TYPE* Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >::GetData ( )

inline

Gets pointer of array buffer object

template<int size, typename TYPE , typename ARG_TYPE = const TYPE&>

int Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >::GetSize ( ) const

inline

Gets length of array

template<int size, typename TYPE , typename ARG_TYPE = const TYPE&>

bool Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >::IsEmpty ( ) const

inline

Is array empty?

template<int size, typename TYPE , typename ARG_TYPE = const TYPE&>

const TYPE& Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >::operator[] ( int  nIndex ) const

inline

Array item accessor

template<int size, typename TYPE , typename ARG_TYPE = const TYPE&>

TYPE& Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >::operator[] ( int  nIndex )

inline

Array item accessor

template<int size, typename TYPE , typename ARG_TYPE = const TYPE&>

void Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >::SetAt ( int  nIndex, ARG_TYPE  newElement  )

inline

Array item accessor