abstract_const_iterator typedef | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | |
abstract_iterator typedef | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | |
clone(void *memory) const | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
const_iterator() | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
const_iterator(abstract_iterator *aWrappedIterator) | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
const_iterator(const self_type &aOther) | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
const_iterator(const i_iterator< T, Category, Difference, T *, T & > &aOther) | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
const_iterator(const iterator< T, Category, Difference, T *, T & > &aOther) | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
difference_type typedef | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | |
is_singular() const | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
iSingular | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | mutableprotected |
iStorage | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | mutableprotected |
iterator_category typedef | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | |
operator abstract_iterator &() | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
operator!=(const self_type &aOther) const | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
operator*() const | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
operator++() | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
operator++(int) | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
operator--() | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
operator--(int) | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
operator->() const | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
operator=(const self_type &aOther) | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
operator=(const iterator< T, Category, Difference, T *, T & > &aOther) | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
operator==(const self_type &aOther) const | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
pointer typedef | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | |
reference typedef | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | |
storage() const | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
value_type typedef | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | |
wrapped_iterator() const | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |
~const_iterator() | neolib::const_iterator< T, Category, Difference, Pointer, Reference > | inline |