Puma::Array< Item * > Class Template Reference

#include <Array.h>

Inheritance diagram for Puma::Array< Item * >:

Description

template<class Item>
class Puma::Array< Item * >

Variable length array implementation specialized for pointer types.

Grows with an increasing increment.

Template Parameters

Item	The array item type. Needs to be a pointer type.

Public Member Functions
	Array (long is=default_init_size, long incr=default_increment)
	Constructor. More...
	Array (const Array< Item * > &array)
	Copy-constructor. More...
	~Array ()
	Destructor. More...
Array< Item * > &	operator= (const Array< Item * > &array)
	Assignment operator. More...
void	append (const Item *item)
	Append an item to the array. More...
void	insert (long idx, const Item *item)
	Insert an item at the given array index. More...
void	prepend (const Item *item)
	Prepend an item. More...
void	remove (long idx)
	Remove the array item at the given array index. More...
void	reset ()
	Reset the array. More...
Item *&	get (long idx)
	Get a reference to the array item at the given array index. More...
Item *&	operator[] (long idx)
	Get a reference to the array item at the given array index. More...
Item *	fetch (long idx) const
	Get the array item at the given array index. More...
Item *&	lookup (long idx) const
	Get a reference to the array item at the given array index. More...
long	length () const
	Get the number of items in the array. More...

Constructor & Destructor Documentation

Array() [1/2]

template<class Item >

Puma::Array< Item * >::Array ( long  is = default_init_size, long  incr = default_increment  )

inline

Constructor.

Parameters

is	The default size of the array.
incr	The default increment value.

Array() [2/2]

template<class Item >

Puma::Array< Item * >::Array ( const Array< Item * > &  array )

inline

Copy-constructor.

Parameters

array

The array to copy.

~Array()

template<class Item >

Puma::Array< Item * >::~Array ( )

inline

Destructor.

Destroys the array.

Member Function Documentation

append()

template<class Item >

void Puma::Array< Item * >::append ( const Item *  item )

inline

Append an item to the array.

Parameters

item	The item to append.

fetch()

template<class Item >

Item * Puma::Array< Item * >::fetch ( long  idx ) const

inline

Get the array item at the given array index.

Warning

Does not validate the index!

Parameters

idx	The array index.

Returns

The n-th array item.

get()

template<class Item >

Item *& Puma::Array< Item * >::get ( long  idx )

inline

Get a reference to the array item at the given array index.

If the index exceeds the array bounds, then the array is reallocated accordingly.

Parameters

idx	The array index.

Returns

A reference to the n-th array item.

insert()

template<class Item >

void Puma::Array< Item * >::insert ( long  idx, const Item *  item  )

inline

Insert an item at the given array index.

Parameters

idx	The array index.
item	The item to insert.

length()

template<class Item >

long Puma::Array< Item * >::length ( ) const

inline

Get the number of items in the array.

Returns

Length of the array.

lookup()

template<class Item >

Item *& Puma::Array< Item * >::lookup ( long  idx ) const

inline

Get a reference to the array item at the given array index.

Warning

Does not validate the index!

Parameters

idx	The array index.

Returns

A reference to the n-th item.

operator=()

template<class Item >

Array< Item * > & Puma::Array< Item * >::operator= ( const Array< Item * > &  array )

inline

Assignment operator.

Parameters

array

The array to copy.

Returns

A reference to this array.

operator[]()

template<class Item >

Item *& Puma::Array< Item * >::operator[] ( long  idx )

inline

Get a reference to the array item at the given array index.

If the index exceeds the array bounds, then the array is reallocated accordingly.

Parameters

idx	The array index.

Returns

A reference to the n-th array item.

prepend()

template<class Item >

void Puma::Array< Item * >::prepend ( const Item *  item )

inline

Prepend an item.

Parameters

item	The item to prepend.

remove()

template<class Item >

void Puma::Array< Item * >::remove ( long  idx )

inline

Remove the array item at the given array index.

Parameters

idx	The array index.

reset()

template<class Item >

void Puma::Array< Item * >::reset ( )

inline

Reset the array.

Destroys the current array.