commore::BaseArray Class Reference

#include <BaseArray.h>

Inheritance diagram for commore::BaseArray:

Classes
class	const_iterator
class	iterator

Public Member Functions
void	splice (BaseArray &array)
size_t	size () const
size_t	reserved () const

Static Public Member Functions
static bool	next_ (iterator &i, size_t item_size)
static bool	next_ (const_iterator &i, size_t item_size)

Protected Member Functions
	BaseArray ()
Byte *	add_ (size_t nb, size_t item_size, Byte *data, FunctionConstructor c, FunctionDestructor d)
void	clear_ (size_t item_size, FunctionDestructor d, bool all)
void	resize_ (int new_size, size_t item_size, FunctionConstructor c, FunctionDestructor d)
Byte *	at_ (size_t i, size_t item_size)
const Byte *	at_ (size_t i, size_t item_size) const
size_t	reserve_ (size_t nb, size_t item_size, FunctionConstructor c, FunctionDestructor d)
Byte *	data ()
const Byte *	data () const
void	begin_ (iterator &)
void	begin_ (const_iterator &) const

Protected Attributes
Byte *	data_
size_t	size_
size_t	reserved_

Detailed Description

Base class for Array implementation.

Remarks

Commore Arrays are designed for scalar type. other type are available but not used in commore internal. Do not use the Array template in place of stl vector.

Constructor & Destructor Documentation

BaseArray::BaseArray ( )

protected

Member Function Documentation

Byte * BaseArray::add_ ( size_t  nb, size_t  item_size, Byte *  data, FunctionConstructor  c, FunctionDestructor  d  )

protected

Add value to the array

Parameters

nb	number of item
item_size	size of item in byte
data	pointer item values
c	constructor function
d	destructor function

Returns

pointer on first added value

Byte * BaseArray::at_ ( size_t  i, size_t  item_size  )

protected

Return reference on i value of array.

Parameters

i
item_size	size of item

Returns

0 if i is out of bound

const Byte * BaseArray::at_ ( size_t  i, size_t  item_size  ) const

protected

void BaseArray::begin_ ( BaseArray::iterator &  r )

protected

Set iterator to begin of array

void BaseArray::begin_ ( BaseArray::const_iterator &  r ) const

protected

void BaseArray::clear_ ( size_t  item_size, FunctionDestructor  d, bool  all  )

protected

Delete content of Array

Parameters

item_size	size of item
d	destructor function
all	true = delete reserved data

Byte* commore::BaseArray::data ( )

inlineprotected

Raw data access

const Byte* commore::BaseArray::data ( ) const

inlineprotected

bool BaseArray::next_ ( iterator &  i, size_t  item_size  )

static

bool BaseArray::next_ ( const_iterator &  i, size_t  item_size  )

static

size_t BaseArray::reserve_ ( size_t  nb, size_t  item_size, FunctionConstructor  c, FunctionDestructor  d  )

protected

Reserve memory in the array

Parameters

nb
item_size	size of item
c	constructor function
d	destructor function

Remarks

the effective reserded size will be a multiple of ARRAY_INITIAL_SIZE

size_t BaseArray::reserved

(

)

const

Return number of object memory reserved in array

void BaseArray::resize_ ( int  new_size, size_t  item_size, FunctionConstructor  c, FunctionDestructor  d  )

protected

Resize array

Parameters

new_size	new size
item_size	size of item
c	constructor function
d	destructor function

Remarks

capacity is not modified. size will be updated.

when new size is less than current size: for non-scalar types, destructor are called on each removed object

size_t BaseArray::size

(

)

const

Return number of object in the array

Examples:

/examples/coding/Array.cpp.

void BaseArray::splice

(

BaseArray &

array

)

Transfert array content to curent array

Member Data Documentation

Byte* commore::BaseArray::data_

protected

size_t commore::BaseArray::reserved_

protected

size_t commore::BaseArray::size_

protected

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

• commore/BaseArray.h
• commore/src/BaseArray.cpp