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// // Copyright (c) 2019-2025 Ruben Perez Hidalgo (rubenperez038 at gmail 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_MYSQL_DETAIL_ENGINE_IMPL_HPP #define BOOST_MYSQL_DETAIL_ENGINE_IMPL_HPP #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include namespace boost { namespace mysql { namespace detail { inline asio::mutable_buffer to_buffer(span buff) noexcept { return asio::mutable_buffer(buff.data(), buff.size()); } inline bool has_terminal_cancellation(asio::cancellation_type_t cancel_type) { return static_cast(cancel_type & asio::cancellation_type_t::terminal); } template struct run_algo_op { int resume_point_{0}; EngineStream& stream_; any_resumable_ref resumable_; bool has_done_io_{false}; error_code stored_ec_; run_algo_op(EngineStream& stream, any_resumable_ref algo) noexcept : stream_(stream), resumable_(algo) {} template void operator()(Self& self, error_code io_ec = {}, std::size_t bytes_transferred = 0) { next_action act; switch (resume_point_) { case 0: while (true) { // If we were cancelled, but the last operation completed successfully, // set a cancelled error code so the algorithm exits. This might happen // if a cancellation signal is emitted after an intermediate operation succeeded // but before the handler was called. if (!io_ec && has_terminal_cancellation(self.cancelled())) io_ec = asio::error::operation_aborted; // Run the op act = resumable_.resume(io_ec, bytes_transferred); if (act.is_done()) { stored_ec_ = act.error(); if (!has_done_io_) { BOOST_MYSQL_YIELD( resume_point_, 1, asio::async_immediate(stream_.get_executor(), std::move(self)) ) } self.complete(stored_ec_); return; } else if (act.type() == next_action_type::read) { BOOST_MYSQL_YIELD( resume_point_, 2, stream_.async_read_some( to_buffer(act.read_args().buffer), act.read_args().use_ssl, std::move(self) ) ) has_done_io_ = true; } else if (act.type() == next_action_type::write) { BOOST_MYSQL_YIELD( resume_point_, 3, stream_.async_write_some( asio::buffer(act.write_args().buffer), act.write_args().use_ssl, std::move(self) ) ) has_done_io_ = true; } else if (act.type() == next_action_type::ssl_handshake) { BOOST_MYSQL_YIELD(resume_point_, 4, stream_.async_ssl_handshake(std::move(self))) has_done_io_ = true; } else if (act.type() == next_action_type::ssl_shutdown) { BOOST_MYSQL_YIELD(resume_point_, 5, stream_.async_ssl_shutdown(std::move(self))) has_done_io_ = true; } else if (act.type() == next_action_type::connect) { BOOST_MYSQL_YIELD( resume_point_, 6, stream_.async_connect(act.connect_endpoint(), std::move(self)) ) has_done_io_ = true; } else { BOOST_ASSERT(act.type() == next_action_type::close); stream_.close(io_ec); } } } } }; // EngineStream is an "extended" stream concept, with the following operations: // using executor_type = asio::any_io_executor; // executor_type get_executor(); // bool supports_ssl() const; // std::size_t read_some(asio::mutable_buffer, bool use_ssl, error_code&); // void async_read_some(asio::mutable_buffer, bool use_ssl, CompletinToken&&); // std::size_t write_some(asio::const_buffer, bool use_ssl, error_code&); // void async_write_some(asio::const_buffer, bool use_ssl, CompletinToken&&); // void ssl_handshake(error_code&); // void async_ssl_handshake(CompletionToken&&); // void ssl_shutdown(error_code&); // void async_ssl_shutdown(CompletionToken&&); // void connect(const void* server_address, error_code&); // void async_connect(const void* server_address, CompletionToken&&); // void close(error_code&); // Async operations are only required to support callback types // See stream_adaptor for an implementation template class engine_impl final : public engine { EngineStream stream_; public: template engine_impl(Args&&... args) : stream_(std::forward(args)...) { } EngineStream& stream() { return stream_; } const EngineStream& stream() const { return stream_; } using executor_type = asio::any_io_executor; executor_type get_executor() override final { return stream_.get_executor(); } bool supports_ssl() const override final { return stream_.supports_ssl(); } void run(any_resumable_ref resumable, error_code& ec) override final { ec.clear(); error_code io_ec; std::size_t bytes_transferred = 0; while (true) { // Run the op auto act = resumable.resume(io_ec, bytes_transferred); // Apply the next action bytes_transferred = 0; if (act.is_done()) { ec = act.error(); return; } else if (act.type() == next_action_type::read) { bytes_transferred = stream_.read_some( to_buffer(act.read_args().buffer), act.read_args().use_ssl, io_ec ); } else if (act.type() == next_action_type::write) { bytes_transferred = stream_.write_some( asio::buffer(act.write_args().buffer), act.write_args().use_ssl, io_ec ); } else if (act.type() == next_action_type::ssl_handshake) { stream_.ssl_handshake(io_ec); } else if (act.type() == next_action_type::ssl_shutdown) { stream_.ssl_shutdown(io_ec); } else if (act.type() == next_action_type::connect) { stream_.connect(act.connect_endpoint(), io_ec); } else { BOOST_ASSERT(act.type() == next_action_type::close); stream_.close(io_ec); } } } void async_run(any_resumable_ref resumable, asio::any_completion_handler h) override final { return asio::async_compose, void(error_code)>( run_algo_op(stream_, resumable), h, stream_ ); } }; } // namespace detail } // namespace mysql } // namespace boost #endif