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// // detail/win_iocp_socket_service.hpp // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // // Copyright (c) 2003-2025 Christopher M. Kohlhoff (chris at kohlhoff dot com) // // 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_ASIO_DETAIL_WIN_IOCP_SOCKET_SERVICE_HPP #define BOOST_ASIO_DETAIL_WIN_IOCP_SOCKET_SERVICE_HPP #if defined(_MSC_VER) && (_MSC_VER >= 1200) # pragma once #endif // defined(_MSC_VER) && (_MSC_VER >= 1200) #include #if defined(BOOST_ASIO_HAS_IOCP) #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include namespace boost { namespace asio { namespace detail { template class win_iocp_socket_service : public execution_context_service_base>, public win_iocp_socket_service_base { public: // The protocol type. typedef Protocol protocol_type; // The endpoint type. typedef typename Protocol::endpoint endpoint_type; // The native type of a socket. class native_handle_type { public: native_handle_type(socket_type s) : socket_(s), have_remote_endpoint_(false) { } native_handle_type(socket_type s, const endpoint_type& ep) : socket_(s), have_remote_endpoint_(true), remote_endpoint_(ep) { } void operator=(socket_type s) { socket_ = s; have_remote_endpoint_ = false; remote_endpoint_ = endpoint_type(); } operator socket_type() const { return socket_; } bool have_remote_endpoint() const { return have_remote_endpoint_; } endpoint_type remote_endpoint() const { return remote_endpoint_; } private: socket_type socket_; bool have_remote_endpoint_; endpoint_type remote_endpoint_; }; // The implementation type of the socket. struct implementation_type : win_iocp_socket_service_base::base_implementation_type { // Default constructor. implementation_type() : protocol_(endpoint_type().protocol()), have_remote_endpoint_(false), remote_endpoint_() { } // The protocol associated with the socket. protocol_type protocol_; // Whether we have a cached remote endpoint. bool have_remote_endpoint_; // A cached remote endpoint. endpoint_type remote_endpoint_; }; // Constructor. win_iocp_socket_service(execution_context& context) : execution_context_service_base< win_iocp_socket_service>(context), win_iocp_socket_service_base(context) { } // Destroy all user-defined handler objects owned by the service. void shutdown() { this->base_shutdown(); } // Move-construct a new socket implementation. void move_construct(implementation_type& impl, implementation_type& other_impl) noexcept { this->base_move_construct(impl, other_impl); impl.protocol_ = other_impl.protocol_; other_impl.protocol_ = endpoint_type().protocol(); impl.have_remote_endpoint_ = other_impl.have_remote_endpoint_; other_impl.have_remote_endpoint_ = false; impl.remote_endpoint_ = other_impl.remote_endpoint_; other_impl.remote_endpoint_ = endpoint_type(); } // Move-assign from another socket implementation. void move_assign(implementation_type& impl, win_iocp_socket_service_base& other_service, implementation_type& other_impl) { this->base_move_assign(impl, other_service, other_impl); impl.protocol_ = other_impl.protocol_; other_impl.protocol_ = endpoint_type().protocol(); impl.have_remote_endpoint_ = other_impl.have_remote_endpoint_; other_impl.have_remote_endpoint_ = false; impl.remote_endpoint_ = other_impl.remote_endpoint_; other_impl.remote_endpoint_ = endpoint_type(); } // Move-construct a new socket implementation from another protocol type. template void converting_move_construct(implementation_type& impl, win_iocp_socket_service&, typename win_iocp_socket_service< Protocol1>::implementation_type& other_impl) { this->base_move_construct(impl, other_impl); impl.protocol_ = protocol_type(other_impl.protocol_); other_impl.protocol_ = typename Protocol1::endpoint().protocol(); impl.have_remote_endpoint_ = other_impl.have_remote_endpoint_; other_impl.have_remote_endpoint_ = false; impl.remote_endpoint_ = other_impl.remote_endpoint_; other_impl.remote_endpoint_ = typename Protocol1::endpoint(); } // Open a new socket implementation. boost::system::error_code open(implementation_type& impl, const protocol_type& protocol, boost::system::error_code& ec) { if (!do_open(impl, protocol.family(), protocol.type(), protocol.protocol(), ec)) { impl.protocol_ = protocol; impl.have_remote_endpoint_ = false; impl.remote_endpoint_ = endpoint_type(); } BOOST_ASIO_ERROR_LOCATION(ec); return ec; } // Assign a native socket to a socket implementation. boost::system::error_code assign(implementation_type& impl, const protocol_type& protocol, const native_handle_type& native_socket, boost::system::error_code& ec) { if (!do_assign(impl, protocol.type(), native_socket, ec)) { impl.protocol_ = protocol; impl.have_remote_endpoint_ = native_socket.have_remote_endpoint(); impl.remote_endpoint_ = native_socket.remote_endpoint(); } BOOST_ASIO_ERROR_LOCATION(ec); return ec; } // Get the native socket representation. native_handle_type native_handle(implementation_type& impl) { if (impl.have_remote_endpoint_) return native_handle_type(impl.socket_, impl.remote_endpoint_); return native_handle_type(impl.socket_); } // Bind the socket to the specified local endpoint. boost::system::error_code bind(implementation_type& impl, const endpoint_type& endpoint, boost::system::error_code& ec) { socket_ops::bind(impl.socket_, endpoint.data(), endpoint.size(), ec); BOOST_ASIO_ERROR_LOCATION(ec); return ec; } // Set a socket option. template boost::system::error_code set_option(implementation_type& impl, const Option& option, boost::system::error_code& ec) { socket_ops::setsockopt(impl.socket_, impl.state_, option.level(impl.protocol_), option.name(impl.protocol_), option.data(impl.protocol_), option.size(impl.protocol_), ec); BOOST_ASIO_ERROR_LOCATION(ec); return ec; } // Set a socket option. template boost::system::error_code get_option(const implementation_type& impl, Option& option, boost::system::error_code& ec) const { std::size_t size = option.size(impl.protocol_); socket_ops::getsockopt(impl.socket_, impl.state_, option.level(impl.protocol_), option.name(impl.protocol_), option.data(impl.protocol_), &size, ec); if (!ec) option.resize(impl.protocol_, size); BOOST_ASIO_ERROR_LOCATION(ec); return ec; } // Get the local endpoint. endpoint_type local_endpoint(const implementation_type& impl, boost::system::error_code& ec) const { endpoint_type endpoint; std::size_t addr_len = endpoint.capacity(); if (socket_ops::getsockname(impl.socket_, endpoint.data(), &addr_len, ec)) { BOOST_ASIO_ERROR_LOCATION(ec); return endpoint_type(); } endpoint.resize(addr_len); return endpoint; } // Get the remote endpoint. endpoint_type remote_endpoint(const implementation_type& impl, boost::system::error_code& ec) const { endpoint_type endpoint = impl.remote_endpoint_; std::size_t addr_len = endpoint.capacity(); if (socket_ops::getpeername(impl.socket_, endpoint.data(), &addr_len, impl.have_remote_endpoint_, ec)) { BOOST_ASIO_ERROR_LOCATION(ec); return endpoint_type(); } endpoint.resize(addr_len); return endpoint; } // Disable sends or receives on the socket. boost::system::error_code shutdown(base_implementation_type& impl, socket_base::shutdown_type what, boost::system::error_code& ec) { socket_ops::shutdown(impl.socket_, what, ec); return ec; } // Send a datagram to the specified endpoint. Returns the number of bytes // sent. template size_t send_to(implementation_type& impl, const ConstBufferSequence& buffers, const endpoint_type& destination, socket_base::message_flags flags, boost::system::error_code& ec) { buffer_sequence_adapter bufs(buffers); size_t n = socket_ops::sync_sendto(impl.socket_, impl.state_, bufs.buffers(), bufs.count(), flags, destination.data(), destination.size(), ec); BOOST_ASIO_ERROR_LOCATION(ec); return n; } // Wait until data can be sent without blocking. size_t send_to(implementation_type& impl, const null_buffers&, const endpoint_type&, socket_base::message_flags, boost::system::error_code& ec) { // Wait for socket to become ready. socket_ops::poll_write(impl.socket_, impl.state_, -1, ec); BOOST_ASIO_ERROR_LOCATION(ec); return 0; } // Start an asynchronous send. The data being sent must be valid for the // lifetime of the asynchronous operation. template void async_send_to(implementation_type& impl, const ConstBufferSequence& buffers, const endpoint_type& destination, socket_base::message_flags flags, Handler& handler, const IoExecutor& io_ex) { associated_cancellation_slot_t slot = boost::asio::get_associated_cancellation_slot(handler); // Allocate and construct an operation to wrap the handler. typedef win_iocp_socket_send_op< ConstBufferSequence, Handler, IoExecutor> op; typename op::ptr p = { boost::asio::detail::addressof(handler), op::ptr::allocate(handler), 0 }; operation* o = p.p = new (p.v) op( impl.cancel_token_, buffers, handler, io_ex); BOOST_ASIO_HANDLER_CREATION((context_, *p.p, "socket", &impl, impl.socket_, "async_send_to")); buffer_sequence_adapter bufs(buffers); // Optionally register for per-operation cancellation. if (slot.is_connected()) o = &slot.template emplace(impl.socket_, o); start_send_to_op(impl, bufs.buffers(), bufs.count(), destination.data(), static_cast(destination.size()), flags, o); p.v = p.p = 0; } // Start an asynchronous wait until data can be sent without blocking. template void async_send_to(implementation_type& impl, const null_buffers&, const endpoint_type&, socket_base::message_flags, Handler& handler, const IoExecutor& io_ex) { // Allocate and construct an operation to wrap the handler. typedef win_iocp_null_buffers_op op; typename op::ptr p = { boost::asio::detail::addressof(handler), op::ptr::allocate(handler), 0 }; reactor_op* o = p.p = new (p.v) op(impl.cancel_token_, handler, io_ex); BOOST_ASIO_HANDLER_CREATION((context_, *p.p, "socket", &impl, impl.socket_, "async_send_to(null_buffers)")); start_reactor_op(impl, select_reactor::write_op, o); p.v = p.p = 0; } // Receive a datagram with the endpoint of the sender. Returns the number of // bytes received. template size_t receive_from(implementation_type& impl, const MutableBufferSequence& buffers, endpoint_type& sender_endpoint, socket_base::message_flags flags, boost::system::error_code& ec) { buffer_sequence_adapter bufs(buffers); std::size_t addr_len = sender_endpoint.capacity(); std::size_t n = socket_ops::sync_recvfrom(impl.socket_, impl.state_, bufs.buffers(), bufs.count(), flags, sender_endpoint.data(), &addr_len, ec); if (!ec) sender_endpoint.resize(addr_len); BOOST_ASIO_ERROR_LOCATION(ec); return n; } // Wait until data can be received without blocking. size_t receive_from(implementation_type& impl, const null_buffers&, endpoint_type& sender_endpoint, socket_base::message_flags, boost::system::error_code& ec) { // Wait for socket to become ready. socket_ops::poll_read(impl.socket_, impl.state_, -1, ec); // Reset endpoint since it can be given no sensible value at this time. sender_endpoint = endpoint_type(); BOOST_ASIO_ERROR_LOCATION(ec); return 0; } // Start an asynchronous receive. The buffer for the data being received and // the sender_endpoint object must both be valid for the lifetime of the // asynchronous operation. template void async_receive_from(implementation_type& impl, const MutableBufferSequence& buffers, endpoint_type& sender_endp, socket_base::message_flags flags, Handler& handler, const IoExecutor& io_ex) { associated_cancellation_slot_t slot = boost::asio::get_associated_cancellation_slot(handler); // Allocate and construct an operation to wrap the handler. typedef win_iocp_socket_recvfrom_op op; typename op::ptr p = { boost::asio::detail::addressof(handler), op::ptr::allocate(handler), 0 }; operation* o = p.p = new (p.v) op(sender_endp, impl.cancel_token_, buffers, handler, io_ex); BOOST_ASIO_HANDLER_CREATION((context_, *p.p, "socket", &impl, impl.socket_, "async_receive_from")); buffer_sequence_adapter bufs(buffers); // Optionally register for per-operation cancellation. if (slot.is_connected()) o = &slot.template emplace(impl.socket_, o); start_receive_from_op(impl, bufs.buffers(), bufs.count(), sender_endp.data(), flags, &p.p->endpoint_size(), o); p.v = p.p = 0; } // Wait until data can be received without blocking. template void async_receive_from(implementation_type& impl, const null_buffers&, endpoint_type& sender_endpoint, socket_base::message_flags flags, Handler& handler, const IoExecutor& io_ex) { associated_cancellation_slot_t slot = boost::asio::get_associated_cancellation_slot(handler); // Allocate and construct an operation to wrap the handler. typedef win_iocp_null_buffers_op op; typename op::ptr p = { boost::asio::detail::addressof(handler), op::ptr::allocate(handler), 0 }; p.p = new (p.v) op(impl.cancel_token_, handler, io_ex); BOOST_ASIO_HANDLER_CREATION((context_, *p.p, "socket", &impl, impl.socket_, "async_receive_from(null_buffers)")); // Reset endpoint since it can be given no sensible value at this time. sender_endpoint = endpoint_type(); // Optionally register for per-operation cancellation. operation* iocp_op = p.p; if (slot.is_connected()) { p.p->cancellation_key_ = iocp_op = &slot.template emplace( impl.socket_, iocp_op); } int op_type = start_null_buffers_receive_op(impl, flags, p.p, iocp_op); p.v = p.p = 0; // Update cancellation method if the reactor was used. if (slot.is_connected() && op_type != -1) { static_cast(iocp_op)->use_reactor( &get_reactor(), &impl.reactor_data_, op_type); } } // Accept a new connection. template boost::system::error_code accept(implementation_type& impl, Socket& peer, endpoint_type* peer_endpoint, boost::system::error_code& ec) { // We cannot accept a socket that is already open. if (peer.is_open()) { ec = boost::asio::error::already_open; BOOST_ASIO_ERROR_LOCATION(ec); return ec; } std::size_t addr_len = peer_endpoint ? peer_endpoint->capacity() : 0; socket_holder new_socket(socket_ops::sync_accept(impl.socket_, impl.state_, peer_endpoint ? peer_endpoint->data() : 0, peer_endpoint ? &addr_len : 0, ec)); // On success, assign new connection to peer socket object. if (new_socket.get() != invalid_socket) { if (peer_endpoint) peer_endpoint->resize(addr_len); peer.assign(impl.protocol_, new_socket.get(), ec); if (!ec) new_socket.release(); } BOOST_ASIO_ERROR_LOCATION(ec); return ec; } // Start an asynchronous accept. The peer and peer_endpoint objects // must be valid until the accept's handler is invoked. template void async_accept(implementation_type& impl, Socket& peer, endpoint_type* peer_endpoint, Handler& handler, const IoExecutor& io_ex) { associated_cancellation_slot_t slot = boost::asio::get_associated_cancellation_slot(handler); // Allocate and construct an operation to wrap the handler. typedef win_iocp_socket_accept_op op; typename op::ptr p = { boost::asio::detail::addressof(handler), op::ptr::allocate(handler), 0 }; bool enable_connection_aborted = (impl.state_ & socket_ops::enable_connection_aborted) != 0; operation* o = p.p = new (p.v) op(*this, impl.socket_, peer, impl.protocol_, peer_endpoint, enable_connection_aborted, handler, io_ex); BOOST_ASIO_HANDLER_CREATION((context_, *p.p, "socket", &impl, impl.socket_, "async_accept")); // Optionally register for per-operation cancellation. if (slot.is_connected()) { accept_op_cancellation* c = &slot.template emplace(impl.socket_, o); p.p->enable_cancellation(c->get_cancel_requested(), c); o = c; } start_accept_op(impl, peer.is_open(), p.p->new_socket(), impl.protocol_.family(), impl.protocol_.type(), impl.protocol_.protocol(), p.p->output_buffer(), p.p->address_length(), o); p.v = p.p = 0; } // Start an asynchronous accept. The peer and peer_endpoint objects // must be valid until the accept's handler is invoked. template void async_move_accept(implementation_type& impl, const PeerIoExecutor& peer_io_ex, endpoint_type* peer_endpoint, Handler& handler, const IoExecutor& io_ex) { associated_cancellation_slot_t slot = boost::asio::get_associated_cancellation_slot(handler); // Allocate and construct an operation to wrap the handler. typedef win_iocp_socket_move_accept_op< protocol_type, PeerIoExecutor, Handler, IoExecutor> op; typename op::ptr p = { boost::asio::detail::addressof(handler), op::ptr::allocate(handler), 0 }; bool enable_connection_aborted = (impl.state_ & socket_ops::enable_connection_aborted) != 0; operation* o = p.p = new (p.v) op(*this, impl.socket_, impl.protocol_, peer_io_ex, peer_endpoint, enable_connection_aborted, handler, io_ex); BOOST_ASIO_HANDLER_CREATION((context_, *p.p, "socket", &impl, impl.socket_, "async_accept")); // Optionally register for per-operation cancellation. if (slot.is_connected()) { accept_op_cancellation* c = &slot.template emplace(impl.socket_, o); p.p->enable_cancellation(c->get_cancel_requested(), c); o = c; } start_accept_op(impl, false, p.p->new_socket(), impl.protocol_.family(), impl.protocol_.type(), impl.protocol_.protocol(), p.p->output_buffer(), p.p->address_length(), o); p.v = p.p = 0; } // Connect the socket to the specified endpoint. boost::system::error_code connect(implementation_type& impl, const endpoint_type& peer_endpoint, boost::system::error_code& ec) { socket_ops::sync_connect(impl.socket_, peer_endpoint.data(), peer_endpoint.size(), ec); BOOST_ASIO_ERROR_LOCATION(ec); return ec; } // Start an asynchronous connect. template void async_connect(implementation_type& impl, const endpoint_type& peer_endpoint, Handler& handler, const IoExecutor& io_ex) { associated_cancellation_slot_t slot = boost::asio::get_associated_cancellation_slot(handler); // Allocate and construct an operation to wrap the handler. typedef win_iocp_socket_connect_op op; typename op::ptr p = { boost::asio::detail::addressof(handler), op::ptr::allocate(handler), 0 }; p.p = new (p.v) op(impl.socket_, handler, io_ex); BOOST_ASIO_HANDLER_CREATION((context_, *p.p, "socket", &impl, impl.socket_, "async_connect")); // Optionally register for per-operation cancellation. operation* iocp_op = p.p; if (slot.is_connected()) { p.p->cancellation_key_ = iocp_op = &slot.template emplace( impl.socket_, iocp_op); } int op_type = start_connect_op(impl, impl.protocol_.family(), impl.protocol_.type(), peer_endpoint.data(), static_cast(peer_endpoint.size()), p.p, iocp_op); p.v = p.p = 0; // Update cancellation method if the reactor was used. if (slot.is_connected() && op_type != -1) { static_cast(iocp_op)->use_reactor( &get_reactor(), &impl.reactor_data_, op_type); } } }; } // namespace detail } // namespace asio } // namespace boost #include #endif // defined(BOOST_ASIO_HAS_IOCP) #endif // BOOST_ASIO_DETAIL_WIN_IOCP_SOCKET_SERVICE_HPP