rr::RRVector< C > Class Template Reference

#include <RRVector.h>

Public Member Functions
	RRVector ()
	RRVector (const RRVector &a)
RRVector &	operator= (const RRVector &a)
void	resize (unsigned newSize, C initial=C())
void	push_back (C a)
void	pop_back ()
void	erase (C *e)
size_t	size () const
C &	operator[] (unsigned i)
const C &	operator[] (unsigned i) const
void	clear ()
C *	begin ()
const C *	begin () const
C *	end ()
const C *	end () const
void	insert (C *_where, const C *_first, const C *_last)
bool	operator== (const RRVector< C > &a) const
bool	operator!= (const RRVector< C > &a) const
	~RRVector ()

Protected Attributes
C *	c
unsigned	numAllocated
unsigned	numUsed

Detailed Description

template<class C>
class rr::RRVector< C >

Portable but limited, minimalistic std::vector replacement.

It works like std::vector in simple cases in Lightsprint SDK interface where C is pointer, RRObject* or RRLight*, and vector size is small (no risk of allocation failure). It is not suitable for anything more complex.

Purpose of RRVector used to be to replace STL in public Lightsprint headers, to make Lightsprint binaries work with any STL implementation. It is also bit smaller than std::vector.

Constructor & Destructor Documentation

RRVector() [1/2]

template<class C >

rr::RRVector< C >::RRVector ( )

inline

Creates empty vector (like std::vector).

RRVector() [2/2]

template<class C >

rr::RRVector< C >::RRVector ( const RRVector< C > &  a )

inline

Creates vector by copying. Uses memcpy to copy elements (unlike std::vector).

!! failure not handled

~RRVector()

template<class C >

rr::RRVector< C >::~RRVector ( )

inline

Frees elements. Doesn't call element destructors (unlike std::vector).

Member Function Documentation

operator=()

template<class C >

RRVector & rr::RRVector< C >::operator= ( const RRVector< C > &  a )

inline

Assigns vector. Uses memcpy to copy elements (unlike std::vector).

!! failure not handled

resize()

template<class C >

void rr::RRVector< C >::resize ( unsigned  newSize, C  initial = C()  )

inline

Resizes vector, adding or removing elements at the end. Does not destruct removed elements (unlike std::vector).

push_back()

template<class C >

void rr::RRVector< C >::push_back ( C  a )

inline

Appends element at the end of vector. Elements may be relocated to different address in memory. Does shallow copy at relocation (unlike std::vector).

!! failure not handled

pop_back()

template<class C >

void rr::RRVector< C >::pop_back ( )

inline

Removes last element from vector. Destructor is not called (unlike std::vector).

erase()

template<class C >

void rr::RRVector< C >::erase ( C *  e )

inline

Removes i-th element from vector. Destructor is not called (unlike std::vector).

size()

template<class C >

size_t rr::RRVector< C >::size ( ) const

inline

Returns number of elements in vector (like std::vector).

operator[]() [1/2]

template<class C >

C & rr::RRVector< C >::operator[] ( unsigned  i )

inline

Returns reference to i-th element (like std::vector).

operator[]() [2/2]

template<class C >

const C & rr::RRVector< C >::operator[] ( unsigned  i ) const

inline

Returns const reference to i-th element (like std::vector).

clear()

template<class C >

void rr::RRVector< C >::clear ( )

inline

Clear all elements from vector, setting size to 0. Doesn't call element destructors (unlike std::vector).

begin() [1/2]

template<class C >

C * rr::RRVector< C >::begin ( )

inline

Returns iterator pointing to first element (like std::vector).

begin() [2/2]

template<class C >

const C * rr::RRVector< C >::begin ( ) const

inline

end() [1/2]

template<class C >

C * rr::RRVector< C >::end ( )

inline

Returns iterator pointing beyond last element (like std::vector).

end() [2/2]

template<class C >

const C * rr::RRVector< C >::end ( ) const

inline

insert()

template<class C >

void rr::RRVector< C >::insert ( C *  _where, const C *  _first, const C *  _last  )

inline

Inserts range of elements. Destination must be end of current vector (unlike std::vector).

operator==()

template<class C >

bool rr::RRVector< C >::operator== ( const RRVector< C > &  a ) const

inline

operator!=()

template<class C >

bool rr::RRVector< C >::operator!= ( const RRVector< C > &  a ) const

inline

Member Data Documentation

c

template<class C >

C* rr::RRVector< C >::c

protected

numAllocated

template<class C >

unsigned rr::RRVector< C >::numAllocated

protected

numUsed

template<class C >

unsigned rr::RRVector< C >::numUsed

protected