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/* Copyright 2024 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/flyweight for library home page. */ #ifndef BOOST_FLYWEIGHT_CONCURRENT_FACTORY_HPP #define BOOST_FLYWEIGHT_CONCURRENT_FACTORY_HPP #if defined(_MSC_VER) #pragma once #endif #include /* keep it first to prevent nasty warns in MSVC */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include /* flyweight factory based on boost::concurent_node_set */ namespace boost{ namespace flyweights{ namespace concurrent_factory_detail{ template struct refcounted_entry:Entry { explicit refcounted_entry(Entry&& x):Entry{std::move(x)}{} refcounted_entry(refcounted_entry&& x): Entry{std::move(static_cast(x))}{} long count()const{return ref;} void add_ref()const{++ref;} void release()const{--ref;} private: mutable std::atomic_long ref{0}; }; template class refcounted_handle { public: refcounted_handle(const refcounted_handle& x):p{x.p}{p->add_ref();} ~refcounted_handle(){p->release();} refcounted_handle& operator=(refcounted_handle x) { boost::core::invoke_swap(p,x.p); return *this; } const RefcountedEntry& get()const{return *p;} private: template friend class concurrent_factory_class_impl; refcounted_handle(const RefcountedEntry* p_):p{p_} { /* Doesn't add ref, refcount already incremented by * concurrent_factory_class_impl before calling this ctor. */ BOOST_ASSERT(p!=nullptr); BOOST_ASSERT(p->count()>0); } const RefcountedEntry* p; }; template< typename Entry,typename Key, typename Hash,typename Pred,typename Allocator > class concurrent_factory_class_impl:public factory_marker { using entry_type=refcounted_entry; using unrebound_allocator_type=typename std::conditional< mpl::is_na::value, std::allocator, Allocator >::type; using container_type=boost::concurrent_node_set< entry_type, typename std::conditional< mpl::is_na::value, boost::hash, Hash >::type, typename std::conditional< mpl::is_na::value, std::equal_to, Pred >::type, boost::allocator_rebind_t >; public: using handle_type=refcounted_handle; concurrent_factory_class_impl():gc{[this]{ /* Garbage collector. Traverses the container every gc_time and lockedly * erases entries without any external reference. */ constexpr auto gc_time=std::chrono::seconds(1); for(;;){ { std::unique_lock lk{m}; if(cv.wait_for(lk,gc_time,[&]{return stop;}))return; } cont.erase_if([&](const entry_type& x){return !x.count();}); } }} {} ~concurrent_factory_class_impl() { /* shut the garbage collector down */ { std::unique_lock lk{m}; stop=true; } cv.notify_one(); gc.join(); } /* Instead of insert, concurrent_factory provides the undocumented extension * insert_and_visit, accessible through ADL (see global insert_and_visit * below). This ensures that visitation happens in a locked environment * even if no external locking is specified. */ template handle_type insert_and_visit(Entry&& x,F f) { const entry_type* p=nullptr; auto g=[&p,&f](const entry_type& x){ f(static_cast(x)); x.add_ref(); p=std::addressof(x); }; cont.insert_and_visit(entry_type{std::move(x)},g,g); return {p}; } void erase(handle_type) { /* unused entries taken care of by garbage collector */ } static const Entry& entry(handle_type h){return h.get();} private: container_type cont; std::mutex m; std::condition_variable cv; bool stop=false; std::thread gc; }; struct concurrent_factory_class_empty_base:factory_marker{}; template< typename Entry,typename Key, typename Hash,typename Pred,typename Allocator > struct check_concurrent_factory_class_params{}; } /* namespace concurrent_factory_detail */ template< typename Entry,typename Key, typename Hash,typename Pred,typename Allocator > class concurrent_factory_class: /* boost::mpl::apply may instantiate concurrent_factory_class<...> even when * the type is a lambda expression, so we need to guard against the * implementation defining nonsensical typedefs based on placeholder params. */ public std::conditional< boost::flyweights::detail::is_placeholder_expression< concurrent_factory_detail::check_concurrent_factory_class_params< Entry,Key,Hash,Pred,Allocator > >::value, concurrent_factory_detail::concurrent_factory_class_empty_base, concurrent_factory_detail::concurrent_factory_class_impl< Entry,Key,Hash,Pred,Allocator > >::type {}; template< typename Entry,typename Key, typename Hash,typename Pred,typename Allocator, typename F > typename concurrent_factory_class::handle_type insert_and_visit( concurrent_factory_class& fac,Entry&& x,F f) { return fac.insert_and_visit(std::move(x),f); } /* concurrent_factory_class specifier */ template< typename Hash,typename Pred,typename Allocator BOOST_FLYWEIGHT_NOT_A_PLACEHOLDER_EXPRESSION_DEF > struct concurrent_factory:factory_marker { template struct apply: mpl::apply2< concurrent_factory_class< boost::mpl::_1,boost::mpl::_2,Hash,Pred,Allocator >, Entry,Key > {}; }; } /* namespace flyweights */ } /* namespace boost */ #endif