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/* Copyright 2003-2022 Joaquin M Lopez Munoz. * 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) * * See http://www.boost.org/libs/multi_index for library home page. */ #ifndef BOOST_MULTI_INDEX_DETAIL_RND_INDEX_LOADER_HPP #define BOOST_MULTI_INDEX_DETAIL_RND_INDEX_LOADER_HPP #if defined(_MSC_VER) #pragma once #endif #include /* keep it first to prevent nasty warns in MSVC */ #include #include #include #include #include namespace boost{ namespace multi_index{ namespace detail{ /* This class implements a serialization rearranger for random access * indices. In order to achieve O(n) performance, the following strategy * is followed: the nodes of the index are handled as if in a bidirectional * list, where the next pointers are stored in the original * random_access_index_ptr_array and the prev pointers are stored in * an auxiliary array. Rearranging of nodes in such a bidirectional list * is constant time. Once all the arrangements are performed (on destruction * time) the list is traversed in reverse order and * pointers are swapped and set accordingly so that they recover its * original semantics ( *(node->up())==node ) while retaining the * new order. */ template class random_access_index_loader_base:private noncopyable { protected: typedef random_access_index_node_impl< typename rebind_alloc_for< Allocator, char >::type > node_impl_type; typedef typename node_impl_type::pointer node_impl_pointer; typedef random_access_index_ptr_array ptr_array; random_access_index_loader_base(const Allocator& al_,ptr_array& ptrs_): al(al_), ptrs(ptrs_), header(*ptrs.end()), prev_spc(al,0), preprocessed(false) {} ~random_access_index_loader_base() { if(preprocessed) { node_impl_pointer n=header; next(n)=n; for(size_type i=ptrs.size();i--;){ n=prev(n); size_type d=position(n); if(d!=i){ node_impl_pointer m=prev(next_at(i)); std::swap(m->up(),n->up()); next_at(d)=next_at(i); std::swap(prev_at(d),prev_at(i)); } next(n)=n; } } } void rearrange(node_impl_pointer position_,node_impl_pointer x) { preprocess(); /* only incur this penalty if rearrange() is ever called */ if(position_==node_impl_pointer(0))position_=header; next(prev(x))=next(x); prev(next(x))=prev(x); prev(x)=position_; next(x)=next(position_); next(prev(x))=prev(next(x))=x; } private: typedef allocator_traits alloc_traits; typedef typename alloc_traits::size_type size_type; void preprocess() { if(!preprocessed){ /* get space for the auxiliary prev array */ auto_space tmp(al,ptrs.size()+1); prev_spc.swap(tmp); /* prev_spc elements point to the prev nodes */ std::rotate_copy( &*ptrs.begin(),&*ptrs.end(),&*ptrs.end()+1,&*prev_spc.data()); /* ptrs elements point to the next nodes */ std::rotate(&*ptrs.begin(),&*ptrs.begin()+1,&*ptrs.end()+1); preprocessed=true; } } size_type position(node_impl_pointer x)const { return (size_type)(x->up()-ptrs.begin()); } node_impl_pointer& next_at(size_type n)const { return *ptrs.at(n); } node_impl_pointer& prev_at(size_type n)const { return *(prev_spc.data()+n); } node_impl_pointer& next(node_impl_pointer x)const { return *(x->up()); } node_impl_pointer& prev(node_impl_pointer x)const { return prev_at(position(x)); } Allocator al; ptr_array& ptrs; node_impl_pointer header; auto_space prev_spc; bool preprocessed; }; template class random_access_index_loader: private random_access_index_loader_base { typedef random_access_index_loader_base super; typedef typename super::node_impl_pointer node_impl_pointer; typedef typename super::ptr_array ptr_array; public: random_access_index_loader(const Allocator& al_,ptr_array& ptrs_): super(al_,ptrs_) {} void rearrange(Node* position_,Node *x) { super::rearrange( position_?position_->impl():node_impl_pointer(0),x->impl()); } }; } /* namespace multi_index::detail */ } /* namespace multi_index */ } /* namespace boost */ #endif