utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal > Class Template Reference

const iterator for table More...

#include <iter.hh>

List of all members.

Public Types
typedef value_type const *	pointer
	Pointer type.
typedef value_type const &	reference
	Reference type.
typedef size_t	size_type
	Size type.
typedef Value	value_type
	Type of the pointed elements.
Public Member Functions
	const_iter ()
	default crontructor
	const_iter (iter< Key, Value, Extract, Hash, Equal > const &other)
	Convertion constructor.
bool	operator!= (const_iter const &other) const
	Difference test.
reference	operator* () const
	dereference operator
const_iter	operator+ (size_type delta) const
	Addition operation.
const_iter &	operator++ ()
	Pre-incremant operation.
const_iter	operator++ (int)
	Post-increment operation.
const_iter &	operator+= (size_type delta)
	Advance operation.
pointer	operator-> () const
	access operator
bool	operator== (const_iter const &other) const
	Equality test.
Private Types
typedef table< Key, Value, Extract, Hash, Equal >	container_type
typedef container_type::node_type	node_type
Private Member Functions
	const_iter (node_type const *, container_type const *)
Private Attributes
node_type const *	current
container_type const *	owner
Friends
class	table

---

Detailed Description

template<typename Key, typename Value, class Extract, class Hash, class Equal>
class utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >

const iterator for table

This class implements a const iterator for utilmm::hash_toolbox::table. A const iterator is an iterator with guarantees that it will never modify the container it points to.

Author:

Frédéric Py <fpy@laas.fr>

Definition at line 38 of file iter.hh.

---

Member Typedef Documentation

template<typename Key, typename Value, class Extract, class Hash, class Equal>

typedef table<Key, Value, Extract, Hash, Equal> utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::container_type [private]

Definition at line 146 of file iter.hh.

template<typename Key, typename Value, class Extract, class Hash, class Equal>

typedef container_type::node_type utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::node_type [private]

Definition at line 147 of file iter.hh.

template<typename Key, typename Value, class Extract, class Hash, class Equal>

typedef value_type const* utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::pointer

Pointer type.

This is the type of the pointer used to access to Value. For cont iterator it is a const pointer

Definition at line 50 of file iter.hh.

template<typename Key, typename Value, class Extract, class Hash, class Equal>

typedef value_type const& utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::reference

Reference type.

This is the type of the reference used to access to Value. For cont iterator it is a const reference

Definition at line 56 of file iter.hh.

template<typename Key, typename Value, class Extract, class Hash, class Equal>

typedef size_t utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::size_type

Size type.

This is the type used to advance the iterator or other things like that.

Definition at line 62 of file iter.hh.

template<typename Key, typename Value, class Extract, class Hash, class Equal>

typedef Value utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::value_type

Type of the pointed elements.

This the type of the elements in the container

Definition at line 44 of file iter.hh.

---

Constructor & Destructor Documentation

template<typename Key, typename Value, class Extract, class Hash, class Equal>

utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::const_iter

(

)

default crontructor

Create an iterator not attached to any table

template<typename Key, typename Value, class Extract, class Hash, class Equal>

utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::const_iter

(

iter< Key, Value, Extract, Hash, Equal > const &

other

)

Convertion constructor.

This constructor is used to make implicit conversion from non cont iterator to const iterator when needed.

Parameters:

other

the instance to copy

template<typename Key, typename Value, class Extract, class Hash, class Equal>

utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::const_iter	(	node_type const *	,
		container_type const *
	)		[private]

---

Member Function Documentation

template<typename Key, typename Value, class Extract, class Hash, class Equal>

bool utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::operator!=

(

const_iter< Key, Value, Extract, Hash, Equal > const &

other

)

const

Difference test.

Parameters:

other

The instance to compare

Return values:

true	if *this is not equal to other
false	else

template<typename Key, typename Value, class Extract, class Hash, class Equal>

reference utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::operator*

(

)

const

dereference operator

Returns:

a refence to pointed cell

template<typename Key, typename Value, class Extract, class Hash, class Equal>

const_iter utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::operator+

(

size_type

delta

)

const

Addition operation.

Parameters:

delta

distance to add

This function returns an iterator delta cells after current instance

Returns:

the itrerator at delta

template<typename Key, typename Value, class Extract, class Hash, class Equal>

const_iter& utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::operator++

(

)

Pre-incremant operation.

Advance iterator of one cell

Returns:

the iterator after operation.

template<typename Key, typename Value, class Extract, class Hash, class Equal>

const_iter utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::operator++

(

int

)

Post-increment operation.

Advance iterator of one cell

Returns:

value of the iterator just before the operation.

template<typename Key, typename Value, class Extract, class Hash, class Equal>

const_iter& utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::operator+=

(

size_type

delta

)

Advance operation.

Parameters:

delta

distance to advance

This function increments the iterator position of the given distance delta .

Returns:

*this after operation

template<typename Key, typename Value, class Extract, class Hash, class Equal>

pointer utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::operator->

(

)

const

access operator

This operator allow user to acces directly to attributes of pointed cell.

Returns:

a pointer to the cell

template<typename Key, typename Value, class Extract, class Hash, class Equal>

bool utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::operator==

(

const_iter< Key, Value, Extract, Hash, Equal > const &

other

)

const

Equality test.

Parameters:

other

The instance to compare

Return values:

true	if *this is equal to other
false	else

---

Friends And Related Function Documentation

template<typename Key, typename Value, class Extract, class Hash, class Equal>

friend class table [friend]

Definition at line 155 of file iter.hh.

---

Member Data Documentation

template<typename Key, typename Value, class Extract, class Hash, class Equal>

node_type const* utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::current [private]

Definition at line 150 of file iter.hh.

template<typename Key, typename Value, class Extract, class Hash, class Equal>

container_type const* utilmm::hash_toolbox::const_iter< Key, Value, Extract, Hash, Equal >::owner [private]

Definition at line 149 of file iter.hh.

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

• iter.hh