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// (C) Copyright David Abrahams 2002. // (C) Copyright Jeremy Siek 2002. // (C) Copyright Thomas Witt 2002. // Distributed under the Boost Software License, Version 1.0. (See // accompanying file LICENSE_1_0.txt or copy at // http://www.boost.org/LICENSE_1_0.txt) #ifndef BOOST_ITERATOR_ADAPTOR_23022003THW_HPP #define BOOST_ITERATOR_ADAPTOR_23022003THW_HPP #include #include #include #include #include #include // for backward compatibility; remove once downstream users are updated #include #include namespace boost { namespace iterators { // Used as a default template argument internally, merely to // indicate "use the default", this can also be passed by users // explicitly in order to specify that the default should be used. using boost::use_default; namespace detail { // A metafunction which computes an iterator_adaptor's base class, // a specialization of iterator_facade. template< typename Derived, typename Base, typename Value, typename Traversal, typename Reference, typename Difference > using iterator_adaptor_base_t = iterator_facade< Derived, #ifdef BOOST_ITERATOR_REF_CONSTNESS_KILLS_WRITABILITY detail::eval_if_default_t< Value, detail::eval_if_default< Reference, iterator_value< Base >, std::remove_reference< Reference > > >, #else detail::eval_if_default_t< Value, iterator_value< Base > >, #endif detail::eval_if_default_t< Traversal, iterator_traversal< Base > >, detail::eval_if_default_t< Reference, detail::eval_if_default< Value, iterator_reference< Base >, std::add_lvalue_reference< Value > > >, detail::eval_if_default_t< Difference, iterator_difference< Base > > >; } // namespace detail // // Iterator Adaptor // // The parameter ordering changed slightly with respect to former // versions of iterator_adaptor The idea is that when the user needs // to fiddle with the reference type it is highly likely that the // iterator category has to be adjusted as well. Any of the // following four template arguments may be omitted or explicitly // replaced by use_default. // // Value - if supplied, the value_type of the resulting iterator, unless // const. If const, a conforming compiler strips constness for the // value_type. If not supplied, iterator_traits::value_type is used // // Category - the traversal category of the resulting iterator. If not // supplied, iterator_traversal::type is used. // // Reference - the reference type of the resulting iterator, and in // particular, the result type of operator*(). If not supplied but // Value is supplied, Value& is used. Otherwise // iterator_traits::reference is used. // // Difference - the difference_type of the resulting iterator. If not // supplied, iterator_traits::difference_type is used. // template< typename Derived, typename Base, typename Value = use_default, typename Traversal = use_default, typename Reference = use_default, typename Difference = use_default > class iterator_adaptor : public detail::iterator_adaptor_base_t< Derived, Base, Value, Traversal, Reference, Difference > { friend class iterator_core_access; protected: using super_t = detail::iterator_adaptor_base_t< Derived, Base, Value, Traversal, Reference, Difference >; public: using base_type = Base; iterator_adaptor() = default; explicit iterator_adaptor(Base const& iter) : m_iterator(iter) { } base_type const& base() const { return m_iterator; } protected: // for convenience in derived classes using iterator_adaptor_ = iterator_adaptor< Derived, Base, Value, Traversal, Reference, Difference >; // // lvalue access to the Base object for Derived // Base& base_reference() { return m_iterator; } Base const& base_reference() const { return m_iterator; } private: // // Core iterator interface for iterator_facade. This is private // to prevent temptation for Derived classes to use it, which // will often result in an error. Derived classes should use // base_reference(), above, to get direct access to m_iterator. // typename super_t::reference dereference() const { return *m_iterator; } template< typename OtherDerived, typename OtherIterator, typename V, typename C, typename R, typename D > bool equal(iterator_adaptor< OtherDerived, OtherIterator, V, C, R, D > const& x) const { // Maybe readd with same_distance // BOOST_STATIC_ASSERT( // (detail::same_category_and_difference::value) // ); return m_iterator == x.base(); } using my_traversal = typename iterator_category_to_traversal< typename super_t::iterator_category >::type; void advance(typename super_t::difference_type n) { static_assert(detail::is_traversal_at_least< my_traversal, random_access_traversal_tag >::value, "Iterator must support random access traversal."); m_iterator += n; } void increment() { ++m_iterator; } void decrement() { static_assert(detail::is_traversal_at_least< my_traversal, bidirectional_traversal_tag >::value, "Iterator must support bidirectional traversal."); --m_iterator; } template< typename OtherDerived, typename OtherIterator, typename V, typename C, typename R, typename D > typename super_t::difference_type distance_to(iterator_adaptor< OtherDerived, OtherIterator, V, C, R, D > const& y) const { static_assert(detail::is_traversal_at_least< my_traversal, random_access_traversal_tag >::value, "Super iterator must support random access traversal."); // Maybe readd with same_distance // BOOST_STATIC_ASSERT( // (detail::same_category_and_difference::value) // ); return y.base() - m_iterator; } private: // data members Base m_iterator; }; } // namespace iterators using iterators::iterator_adaptor; } // namespace boost #include #endif // BOOST_ITERATOR_ADAPTOR_23022003THW_HPP