libcoyotl::array< Type > Class Template Reference

A STL-compatible array class. More...

#include <array.h>

List of all members.

Public Types

• typedef Type value_type

  Type of an array element.
  

• typedef Type * pointer

  type of a pointer to an element
  

• typedef const Type * const_pointer

  Type of a constant pointer to an element.
  

• typedef Type & reference

  Type of a reference to an element.
  

• typedef const Type & const_reference

  Type of a constant reference to an element.
  

• typedef ptrdiff_t difference_type

  Difference type between two element pointers.
  

• typedef size_t size_type

  Size type for indexing array elements.
  

• typedef Type * iterator

  Iterator type.
  

• typedef const Type * const_iterator

  Constant iterator type.
  

• typedef Type * reverse_iterator

  Reverse iterator type.
  

• typedef const Type * const_reverse_iterator

  Constant reverse iterator type.
  

Public Member Functions

• array (size_t a_length)

  Default constructor.
  

• array (size_t a_length, const Type &a_init_value)

  Initialization constructor.
  

• array (const array< Type > &a_source)

  Copy constructor.
  

• array (size_t a_length, const Type *a_carray)

  Create from C-style array.
  

• virtual ~array () throw ()

  Virtual destructor.
  

• array & operator= (const array< Type > &a_source) throw ()

  Assignment operator.
  

• array & operator= (const Type &a_value) throw ()

  Assign value to all elements.
  

• array & operator= (const Type *a_carray) throw ()

  Assign from C-style array.
  

• const Type * c_array () const throw ()

  Conversion to C-style array.
  

• Type & operator[] (size_t n) throw (LIBCOYOTL_ARRAY_EXCEPTIONS)

  Element access.
  

• Type operator[] (size_t n) const throw (LIBCOYOTL_ARRAY_EXCEPTIONS)

  Element access, constant array.
  

• void append (const array< Type > &a_array)

  Appending arrays.
  

• iterator begin () throw ()

  Obtain beginning-of-sequence iterator.
  

• const_iterator begin () const throw ()

  Obtain beginning-of-sequence iterator, constant array.
  

• iterator end () throw ()

  Obtain end-of-sequence iterator.
  

• const_iterator end () const throw ()

  Obtain end-of-sequence iterator, constant array.
  

• iterator rbegin () throw ()

  Obtain beginning-of-sequence reverse iterator.
  

• const_iterator rbegin () const throw ()

  Obtain beginning-of-sequence reverse iterator, constant array.
  

• iterator rend () throw ()

  Obtain end-of-sequence reverse iterator.
  

• const_iterator rend () const throw ()

  Obtain end-of-sequence reverse iterator, constant array.
  

• bool operator== (const array< Type > &a_comparand) const throw ()

  Equals operator.
  

• bool operator!= (const array< Type > &a_comparand) const throw ()

  Inequality operator.
  

• bool operator< (const array< Type > &a_comparand) const throw ()

  Less-than operator.
  

• bool operator<= (const array< Type > &a_comparand) const throw ()

  Less-than-or-equal-to operator.
  

• bool operator> (const array< Type > &a_comparand) const throw ()

  Greater-than operator.
  

• bool operator>= (const array< Type > &a_comparand) const throw ()

  Greater-than-or-equal-to operator.
  

• void swap (array< Type > &a_source) throw ()

  Exchanges the corresponding elements of two arrays.
  

• size_t size () const throw ()

  Number of elements.
  

• size_t max_size () const throw ()

  Maximum container size.
  

• bool empty () const throw ()

  Empty container check.
  

Protected Attributes

• Type * m_array

  Underlying allocated array.
  

• size_t m_size

  Length of the array.
  

---

Detailed Description

template<typename Type>
class libcoyotl::array< Type >

This class defines a simple array with elements stored in contiguous allocated memory. The Standard C++ valarray is focused on numerical applications and largely incompatible with the STL. The std::vector includes dyanmic array features that simply aren't necessary for many applications.

---

Constructor & Destructor Documentation

template<typename Type>

libcoyotl::array< Type >::array

(

size_t

a_length

)

[inline]

Constructs an array with a_length uninitialized elements. /param a_length number of elements in the array

References libcoyotl::array< Type >::m_array, and libcoyotl::array< Type >::m_size.

template<typename Type>

libcoyotl::array< Type >::array	(	size_t	a_length,
		const Type &	a_init_value
	)			[inline]

Constructs an array with specific number of elements initialized to given value. /param a_length number of elements in the array /param a_init_value initial value of all array elements

References libcoyotl::array< Type >::m_array, and libcoyotl::array< Type >::m_size.

template<typename Type>

libcoyotl::array< Type >::array

(

const array< Type > &

a_source

)

[inline]

Creates a new array identical to an existing one.

Parameters:

a_source

- The a_source object

References libcoyotl::array< Type >::m_array, and libcoyotl::array< Type >::m_size.

template<typename Type>

libcoyotl::array< Type >::array	(	size_t	a_length,
		const Type *	a_carray
	)			[inline]

Constructs a new array by copying the elements of the specified C-style array. /param a_length number of elements in the array /param a_carray pointer to an array of with a_length elements

References libcoyotl::array< Type >::m_array, and libcoyotl::array< Type >::m_size.

template<typename Type>

libcoyotl::array< Type >::~array

(

)

throw () [inline, virtual]

A virtual destructor. By default, it does nothing; this is a placeholder that identifies this class as a potential base, ensuring that objects of a derived class will have their destructors called if they are destroyed through a base-class pointer.

References libcoyotl::array< Type >::m_array, and libcoyotl::array< Type >::m_size.

---

Member Function Documentation

template<typename Type>

array< Type > & libcoyotl::array< Type >::operator=

(

const array< Type > &

a_source

)

throw () [inline]

Assigns an existing object the state of another.

Parameters:

a_source

- The source object

template<typename Type>

array< Type > & libcoyotl::array< Type >::operator=

(

const Type &

a_value

)

throw () [inline]

Assigns a given value to all elements in an array.

Parameters:

a_value

- Value to be assigned

Returns:

A reference to the target array

template<typename Type>

array< Type > & libcoyotl::array< Type >::operator=

(

const Type *

a_carray

)

throw () [inline]

Assign elements from a c-style array, assuming that c_array contains at least the number of elements in the target array.

Parameters:

a_carray

- A pointer to a C-style array

template<typename Type>

const Type * libcoyotl::array< Type >::c_array

(

)

const throw () [inline]

Returns a pointer to the internal C-style array encapsulated by this array. The returned pointer is constant, so no elements can be change via this function.

Returns:

A const pointer to the underlying C-style array

References libcoyotl::array< Type >::m_array.

template<typename Type>

Type & libcoyotl::array< Type >::operator[]

(

size_t

n

)

throw (LIBCOYOTL_ARRAY_EXCEPTIONS) [inline]

Returns a reference to a specific element in an array.

Parameters:

n

- Index of an element

Returns:

A reference to the element at index n

References libcoyotl::array< Type >::m_array.

template<typename Type>

Type libcoyotl::array< Type >::operator[]

(

size_t

n

)

const throw (LIBCOYOTL_ARRAY_EXCEPTIONS) [inline]

Returns a specific element in an array.

Parameters:

n

- Index of an element

Returns:

A copy of the element at index n

References libcoyotl::array< Type >::m_array.

template<typename Type>

void libcoyotl::array< Type >::append

(

const array< Type > &

a_array

)

[inline]

Appends the a_other array to the target, extending the length of the target by the length of a_other.

Parameters:

a_array

- Array to be appended to the target

References libcoyotl::array< Type >::m_array, and libcoyotl::array< Type >::m_size.

template<typename Type>

array< Type >::iterator libcoyotl::array< Type >::begin

(

)

throw () [inline]

Returns an iterator to the first elements of the array.

Returns:

An iterator pointing to the first element in the array

References libcoyotl::array< Type >::m_array.

Referenced by libcoyotl::array< Type >::operator<(), libcoyotl::array< Type >::operator==(), and libcoyotl::array< Type >::rend().

template<typename Type>

array< Type >::const_iterator libcoyotl::array< Type >::begin

(

)

const throw () [inline]

Returns a const iterator to the first element of the array.

Returns:

A const iterator pointing to the first element in the array

References libcoyotl::array< Type >::m_array.

template<typename Type>

array< Type >::iterator libcoyotl::array< Type >::end

(

)

throw () [inline]

Returns an iterator to the first element beyond the end of the array.

Returns:

An iterator pointing to the first element beyond the end of the array

References libcoyotl::array< Type >::m_array, and libcoyotl::array< Type >::m_size.

Referenced by libcoyotl::array< Type >::operator<(), libcoyotl::array< Type >::operator==(), and libcoyotl::array< Type >::rbegin().

template<typename Type>

array< Type >::const_iterator libcoyotl::array< Type >::end

(

)

const throw () [inline]

Returns a const iterator to the first element beyond the end of the array.

Returns:

A const iterator pointing to the first element beyond the end of the array

References libcoyotl::array< Type >::m_array, and libcoyotl::array< Type >::m_size.

template<typename Type>

array< Type >::reverse_iterator libcoyotl::array< Type >::rbegin

(

)

throw () [inline]

Returns a reverse iterator to the first element beyond the end of the array.

Returns:

An iterator pointing to the first element beyond the end of the array

References libcoyotl::array< Type >::end().

template<typename Type>

array< Type >::const_reverse_iterator libcoyotl::array< Type >::rbegin

(

)

const throw () [inline]

Returns a reverse iterator to the first element beyond the end of the array.

Returns:

An iterator pointing to the first element beyond the end of the array

References libcoyotl::array< Type >::end().

template<typename Type>

array< Type >::reverse_iterator libcoyotl::array< Type >::rend

(

)

throw () [inline]

Returns a reverse iterator to the first element of the array.

Returns:

A const reverse iterator pointing to the first element in the array

References libcoyotl::array< Type >::begin().

template<typename Type>

array< Type >::const_reverse_iterator libcoyotl::array< Type >::rend

(

)

const throw () [inline]

Returns a const reverse iterator to the first element of the array.

Returns:

A const reverse iterator pointing to the first element in the array

References libcoyotl::array< Type >::begin().

template<typename Type>

bool libcoyotl::array< Type >::operator==

(

const array< Type > &

a_comparand

)

const throw () [inline]

Compares corresponding elements of the target array to the argument array, checking for equality.

Parameters:

a_comparand

- Comparand array

Returns:

true all corresponding elements are equal, false otherwise.

References libcoyotl::array< Type >::begin(), and libcoyotl::array< Type >::end().

template<typename Type>

bool libcoyotl::array< Type >::operator!=

(

const array< Type > &

a_comparand

)

const throw () [inline]

Compares corresponding elements of the target array to the argument array, checking for inequality.

Parameters:

a_comparand

- Comparand array

Returns:

true if any elements of the target are not equal to corresponding elements in the comparand; false otherwise.

template<typename Type>

bool libcoyotl::array< Type >::operator<

(

const array< Type > &

a_comparand

)

const throw () [inline]

Compares corresponding elements of the target array and the comparand array, checking that all target elements are less than comparand elements.

Parameters:

a_comparand

- Comparand array

Returns:

true if all elements of the target are less than corresponding elements in the comparand; false otherwise.

References libcoyotl::array< Type >::begin(), and libcoyotl::array< Type >::end().

template<typename Type>

bool libcoyotl::array< Type >::operator<=

(

const array< Type > &

a_comparand

)

const throw () [inline]

Compares corresponding elements of the target array and the comparand array, checking that all target elements are less than or equal to comparand elements.

Parameters:

a_comparand

- Comparand array

Returns:

true if all elements of the target are less than or equal to corresponding elements in the comparand; false otherwise.

template<typename Type>

bool libcoyotl::array< Type >::operator>

(

const array< Type > &

a_comparand

)

const throw () [inline]

Compares corresponding elements of the target array and the comparand array, checking that all target elements are greater than comparand elements.

Parameters:

a_comparand

- Comparand array

Returns:

true if all elements of the target are greater than corresponding elements in the comparand; false otherwise.

template<typename Type>

bool libcoyotl::array< Type >::operator>=

(

const array< Type > &

a_comparand

)

const throw () [inline]

Compares corresponding elements of the target array and the comparand array, checking that all target elements are greater than or equal to comparand elements.

Parameters:

a_comparand

- Comparand array

Returns:

true if all elements of the target are greater than or equal to corresponding elements in the comparand; false otherwise.

template<typename Type>

void libcoyotl::array< Type >::swap

(

array< Type > &

a_source

)

throw () [inline]

Exchanges the corresponding elements of two arrays; used by various Standard C++ algorithms.

Parameters:

a_source

- Another array

References libcoyotl::array< Type >::m_array, and libcoyotl::array< Type >::m_size.

template<typename Type>

size_t libcoyotl::array< Type >::size

(

)

const throw () [inline]

Returns the number of elements in an array. Required by Standard C++ algorithms and container definitions.

Returns:

Number of elements in target array

References libcoyotl::array< Type >::m_size.

template<typename Type>

size_t libcoyotl::array< Type >::max_size

(

)

const throw () [inline]

Returns the maximum size of the container, which is the same as the size(). Required by Standard C++ algorithms and container definitions.

Returns:

Number of elements in the target array

References libcoyotl::array< Type >::m_size.

template<typename Type>

bool libcoyotl::array< Type >::empty

(

)

const throw () [inline]

Always false, as an array is never "empty". Required by Standard C++ algorithms and container definitions.

Returns:

Always false

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

• array.h