freeling::basic_nonconst_tree_iterator< T > Class Template Reference

nonconst iterator. More...

#include <tree.h>

Inheritance diagram for freeling::basic_nonconst_tree_iterator< T >:

Collaboration diagram for freeling::basic_nonconst_tree_iterator< T >:

List of all members.

Public Member Functions
	basic_nonconst_tree_iterator ()
	~basic_nonconst_tree_iterator ()
T &	operator* () const
	basic const iterator operations
T *	operator-> () const
T *	get_info () const
	emulate operator -> for java/python/perl APIS
tree_preorder_iterator< T >	get_parent ()
	get iterator to parent node
tree_sibling_iterator< T >	nth_child (unsigned int)
tree< T > &	nth_child_ref (unsigned int)
tree_preorder_iterator< T >	begin ()
	iterators begin/end
tree_preorder_iterator< T >	end ()
tree_sibling_iterator< T >	sibling_begin ()
tree_sibling_iterator< T >	sibling_end ()
tree_sibling_iterator< T >	sibling_rbegin ()
tree_sibling_iterator< T >	sibling_rend ()
void	add_child (const tree< T > &t, bool last=true)
	copy given tree and add it as a child
void	hang_child (tree< T > &t, tree_sibling_iterator< T > where=tree_sibling_iterator< T >(NULL))
	add given tree and as a child reordering structure. NO COPIES MADE.
void	hang_child (basic_nonconst_tree_iterator &p, tree_sibling_iterator< T > where=tree_sibling_iterator< T >(NULL))
Friends
class	tree_preorder_iterator< T >
class	tree_sibling_iterator< T >
class	const_tree_preorder_iterator< T >
class	const_tree_sibling_iterator< T >

---

Detailed Description

template<class T>
class freeling::basic_nonconst_tree_iterator< T >

nonconst iterator.

A const iterator X (preorder or sibling) plus non-const * and ->, plus access to nonconst operations of the underlying tree

---

Constructor & Destructor Documentation

template<class T >

freeling::basic_nonconst_tree_iterator< T >::basic_nonconst_tree_iterator

(

)

---------------------------------------------------------------------------------- basic_nonconst_tree_iterator ---------------------------------------------------------

template<class T >

freeling::basic_nonconst_tree_iterator< T >::~basic_nonconst_tree_iterator

(

)

---

Member Function Documentation

template<class T >

void freeling::basic_nonconst_tree_iterator< T >::add_child	(	const tree< T > &	t,
		bool	last = true
	)

copy given tree and add it as a child

template<class T >

tree_preorder_iterator< T > freeling::basic_nonconst_tree_iterator< T >::begin

(

)

iterators begin/end

template<class T >

tree_preorder_iterator< T > freeling::basic_nonconst_tree_iterator< T >::end

(

)

template<class T >

T * freeling::basic_nonconst_tree_iterator< T >::get_info

(

)

const

emulate operator -> for java/python/perl APIS

Reimplemented from freeling::basic_tree_iterator< T, tree< T > >.

template<class T >

tree_preorder_iterator< T > freeling::basic_nonconst_tree_iterator< T >::get_parent

(

)

get iterator to parent node

template<class T >

void freeling::basic_nonconst_tree_iterator< T >::hang_child	(	tree< T > &	t,
		tree_sibling_iterator< T >	where = tree_sibling_iterator<T>(NULL)
	)

add given tree and as a child reordering structure. NO COPIES MADE.

template<class T >

void freeling::basic_nonconst_tree_iterator< T >::hang_child	(	basic_nonconst_tree_iterator< T > &	p,
		tree_sibling_iterator< T >	where = tree_sibling_iterator<T>(NULL)
	)

References freeling::basic_tree_iterator< T, tree< T > >::tr.

template<class T >

tree_sibling_iterator< T > freeling::basic_nonconst_tree_iterator< T >::nth_child

(

unsigned int

n

)

---------------------------------------------------------------------------------- non-const tree operations accessed via the iterator ------------------------------------------

template<class T >

tree< T > & freeling::basic_nonconst_tree_iterator< T >::nth_child_ref

(

unsigned int

n

)

template<class T >

T & freeling::basic_nonconst_tree_iterator< T >::operator*

(

)

const

basic const iterator operations

Reimplemented from freeling::basic_tree_iterator< T, tree< T > >.

template<class T >

T * freeling::basic_nonconst_tree_iterator< T >::operator->

(

)

const

Reimplemented from freeling::basic_tree_iterator< T, tree< T > >.

template<class T >

tree_sibling_iterator< T > freeling::basic_nonconst_tree_iterator< T >::sibling_begin

(

)

template<class T >

tree_sibling_iterator< T > freeling::basic_nonconst_tree_iterator< T >::sibling_end

(

)

template<class T >

tree_sibling_iterator< T > freeling::basic_nonconst_tree_iterator< T >::sibling_rbegin

(

)

template<class T >

tree_sibling_iterator< T > freeling::basic_nonconst_tree_iterator< T >::sibling_rend

(

)

---

Friends And Related Function Documentation

template<class T>

friend class const_tree_preorder_iterator< T > [friend]

template<class T>

friend class const_tree_sibling_iterator< T > [friend]

template<class T>

friend class tree_preorder_iterator< T > [friend]

template<class T>

friend class tree_sibling_iterator< T > [friend]

---

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

• tree.h