A hashmap iterator. More...

Public Types
enum class	SentinelTagInit { BEGINNING , END }
	Sentinel tags to initialize the iterator at the beginning and end. More...

using	Reference = typename IteratorTraits< HashMapIterator >::Reference
	Reference type which respects iterator constness.

Public Member Functions
	HashMapIterator (typename HashMapHelperTraits< K, T, HashFunc, IsConst >::HashMapPtr hashMap, unsigned int bucketIndex)

	HashMapIterator (typename HashMapHelperTraits< K, T, HashFunc, IsConst >::HashMapPtr hashMap, SentinelTagInit tag)

	HashMapIterator (const HashMapIterator< K, T, HashFunc, false > &it)
	Copy constructor to implicitly convert a non constant iterator to a constant one.

Reference	operator* () const
	Deferencing operator.

HashMapIterator &	operator++ ()
	Iterates to the next element (prefix)

HashMapIterator	operator++ (int)
	Iterates to the next element (postfix)

HashMapIterator &	operator-- ()
	Iterates to the previous element (prefix)

HashMapIterator	operator-- (int)
	Iterates to the previous element (postfix)

HashMapHelperTraits< K, T, HashFunc, IsConst >::NodeReference	node () const
	Returns the hashmap node currently pointed by the iterator.

const T &	value () const
	Returns the value associated to the currently pointed node.

const K &	key () const
	Returns the key associated to the currently pointed node.

hash_t	hash () const
	Returns the hash associated to the currently pointed node.

Friends
class	HashMapIterator< K, T, HashFunc, true >
	For non constant to constant iterator implicit conversion.

bool	operator== (const HashMapIterator &lhs, const HashMapIterator &rhs)
	Equality operator.

bool	operator!= (const HashMapIterator &lhs, const HashMapIterator &rhs)
	Inequality operator.

Detailed Description

template<class K, class T, class HashFunc, bool IsConst>
class nctl::HashMapIterator< K, T, HashFunc, IsConst >

A hashmap iterator.

Member Enumeration Documentation

template<class K , class T , class HashFunc , bool IsConst>

strong

Sentinel tags to initialize the iterator at the beginning and end.

Enumerator
BEGINNING	Iterator at the beginning, next element is the first one.
END	Iterator at the end, previous element is the last one.

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