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// Boost.Signals2 library // Copyright Frank Mori Hess 2007-2008. // Use, modification and // distribution is subject to 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) // For more information, see http://www.boost.org #ifndef BOOST_SIGNALS2_SLOT_GROUPS_HPP #define BOOST_SIGNALS2_SLOT_GROUPS_HPP #include #include #include #include #include namespace boost { namespace signals2 { namespace detail { enum slot_meta_group {front_ungrouped_slots, grouped_slots, back_ungrouped_slots}; template struct group_key { typedef std::pair > type; }; template class group_key_less { public: group_key_less() {} group_key_less(const GroupCompare &group_compare): _group_compare(group_compare) {} bool operator ()(const typename group_key::type &key1, const typename group_key::type &key2) const { if(key1.first != key2.first) return key1.first < key2.first; if(key1.first != grouped_slots) return false; return _group_compare(key1.second.get(), key2.second.get()); } private: GroupCompare _group_compare; }; template class grouped_list { public: typedef group_key_less group_key_compare_type; private: typedef std::list list_type; typedef std::map < typename group_key::type, typename list_type::iterator, group_key_compare_type > map_type; typedef typename map_type::iterator map_iterator; typedef typename map_type::const_iterator const_map_iterator; public: typedef typename list_type::iterator iterator; typedef typename list_type::const_iterator const_iterator; typedef typename group_key::type group_key_type; grouped_list(const group_key_compare_type &group_key_compare): _group_key_compare(group_key_compare) {} grouped_list(const grouped_list &other): _list(other._list), _group_map(other._group_map), _group_key_compare(other._group_key_compare) { // fix up _group_map typename map_type::const_iterator other_map_it; typename list_type::iterator this_list_it = _list.begin(); typename map_type::iterator this_map_it = _group_map.begin(); for(other_map_it = other._group_map.begin(); other_map_it != other._group_map.end(); ++other_map_it, ++this_map_it) { BOOST_ASSERT(this_map_it != _group_map.end()); this_map_it->second = this_list_it; typename list_type::const_iterator other_list_it = other.get_list_iterator(other_map_it); typename map_type::const_iterator other_next_map_it = other_map_it; ++other_next_map_it; typename list_type::const_iterator other_next_list_it = other.get_list_iterator(other_next_map_it); while(other_list_it != other_next_list_it) { ++other_list_it; ++this_list_it; } } } iterator begin() { return _list.begin(); } iterator end() { return _list.end(); } iterator lower_bound(const group_key_type &key) { map_iterator map_it = _group_map.lower_bound(key); return get_list_iterator(map_it); } iterator upper_bound(const group_key_type &key) { map_iterator map_it = _group_map.upper_bound(key); return get_list_iterator(map_it); } void push_front(const group_key_type &key, const ValueType &value) { map_iterator map_it; if(key.first == front_ungrouped_slots) {// optimization map_it = _group_map.begin(); }else { map_it = _group_map.lower_bound(key); } m_insert(map_it, key, value); } void push_back(const group_key_type &key, const ValueType &value) { map_iterator map_it; if(key.first == back_ungrouped_slots) {// optimization map_it = _group_map.end(); }else { map_it = _group_map.upper_bound(key); } m_insert(map_it, key, value); } void erase(const group_key_type &key) { map_iterator map_it = _group_map.lower_bound(key); iterator begin_list_it = get_list_iterator(map_it); iterator end_list_it = upper_bound(key); if(begin_list_it != end_list_it) { _list.erase(begin_list_it, end_list_it); _group_map.erase(map_it); } } iterator erase(const group_key_type &key, const iterator &it) { BOOST_ASSERT(it != _list.end()); map_iterator map_it = _group_map.lower_bound(key); BOOST_ASSERT(map_it != _group_map.end()); BOOST_ASSERT(weakly_equivalent(map_it->first, key)); if(map_it->second == it) { iterator next = it; ++next; // if next is in same group if(next != upper_bound(key)) { _group_map[key] = next; }else { _group_map.erase(map_it); } } return _list.erase(it); } void clear() { _list.clear(); _group_map.clear(); } private: /* Suppress default assignment operator, since it has the wrong semantics. */ grouped_list& operator=(const grouped_list &other); bool weakly_equivalent(const group_key_type &arg1, const group_key_type &arg2) { if(_group_key_compare(arg1, arg2)) return false; if(_group_key_compare(arg2, arg1)) return false; return true; } void m_insert(const map_iterator &map_it, const group_key_type &key, const ValueType &value) { iterator list_it = get_list_iterator(map_it); iterator new_it = _list.insert(list_it, value); if(map_it != _group_map.end() && weakly_equivalent(key, map_it->first)) { _group_map.erase(map_it); } map_iterator lower_bound_it = _group_map.lower_bound(key); if(lower_bound_it == _group_map.end() || weakly_equivalent(lower_bound_it->first, key) == false) { /* doing the following instead of just _group_map[key] = new_it; to avoid bogus error when enabling checked iterators with g++ */ _group_map.insert(typename map_type::value_type(key, new_it)); } } iterator get_list_iterator(const const_map_iterator &map_it) { iterator list_it; if(map_it == _group_map.end()) { list_it = _list.end(); }else { list_it = map_it->second; } return list_it; } const_iterator get_list_iterator(const const_map_iterator &map_it) const { const_iterator list_it; if(map_it == _group_map.end()) { list_it = _list.end(); }else { list_it = map_it->second; } return list_it; } list_type _list; // holds iterators to first list item in each group map_type _group_map; group_key_compare_type _group_key_compare; }; } // end namespace detail enum connect_position { at_back, at_front }; } // end namespace signals2 } // end namespace boost #endif // BOOST_SIGNALS2_SLOT_GROUPS_HPP