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// // Copyright (c) 2023-2025 Ivica Siladic, Bruno Iljazovic, Korina Simicevic // // Distributed under the Boost Software License, Version 1.0. // (See accompanying file LICENSE or copy at http://www.boost.org/LICENSE_1_0.txt) // #ifndef BOOST_MQTT5_MESSAGE_ENCODERS_HPP #define BOOST_MQTT5_MESSAGE_ENCODERS_HPP #include #include #include #include #include #include #include namespace boost::mqtt5::encoders { template std::string encode(const encoder& e) { std::string s; s.reserve(e.byte_size()); s << e; return s; } inline std::string encode_connect( std::string_view client_id, std::optional user_name, std::optional password, uint16_t keep_alive, bool clean_start, const connect_props& props, const std::optional& w ) { auto packet_type_ = basic::flag<4>(0b0001) | basic::flag<4>(0); auto conn_flags_ = basic::flag<1>(user_name) | basic::flag<1>(password) | basic::flag<1>(w, &will::retain) | basic::flag<2>(w, &will::qos) | basic::flag<1>(w) | basic::flag<1>(clean_start) | basic::flag<1>(0); auto var_header_ = basic::utf8_("MQTT") & basic::byte_(uint8_t(5)) & conn_flags_ & basic::int16_(keep_alive) & prop::props_(props); auto payload_ = basic::utf8_(client_id) & prop::props_(w) & basic::utf8_(w, &will::topic) & basic::binary_(w, &will::message) & basic::utf8_(user_name) & basic::utf8_(password); auto message_body_ = var_header_ & payload_; auto fixed_header_ = packet_type_ & basic::varlen_(message_body_.byte_size()); auto connect_message_ = fixed_header_ & message_body_; return encode(connect_message_); } inline std::string encode_connack( bool session_present, uint8_t reason_code, const connack_props& props ) { auto packet_type_ = basic::flag<4>(0b0010) | basic::flag<4>(0); auto var_header_ = basic::flag<1>(session_present) & basic::byte_(reason_code) & prop::props_(props); auto fixed_header_ = packet_type_ & basic::varlen_(var_header_.byte_size()); auto connack_message_ = fixed_header_ & var_header_; return encode(connack_message_); } inline std::string encode_publish( uint16_t packet_id, std::string_view topic_name, std::string_view payload, qos_e qos, retain_e retain, dup_e dup, const publish_props& props ) { std::optional used_packet_id; if (qos != qos_e::at_most_once) used_packet_id.emplace(packet_id); auto packet_type_ = basic::flag<4>(0b0011) | basic::flag<1>(dup) | basic::flag<2>(qos) | basic::flag<1>(retain); auto var_header_ = basic::utf8_(topic_name) & basic::int16_(used_packet_id) & prop::props_(props); auto message_body_ = var_header_ & basic::verbatim_(payload); auto fixed_header_ = packet_type_ & basic::varlen_(message_body_.byte_size()); auto publish_message_ = fixed_header_ & message_body_; return encode(publish_message_); } inline std::string encode_puback( uint16_t packet_id, uint8_t reason_code, const puback_props& props ) { auto packet_type_ = basic::flag<4>(0b0100) | basic::flag<4>(0); auto var_header_ = basic::int16_(packet_id) & basic::byte_(reason_code) & prop::props_may_omit_(props); auto fixed_header_ = packet_type_ & basic::varlen_(var_header_.byte_size()); auto puback_message_ = fixed_header_ & var_header_; return encode(puback_message_); } inline std::string encode_pubrec( uint16_t packet_id, uint8_t reason_code, const pubrec_props& props ) { auto packet_type_ = basic::flag<4>(0b0101) | basic::flag<4>(0b0000); auto var_header_ = basic::int16_(packet_id) & basic::byte_(reason_code) & prop::props_may_omit_(props); auto fixed_header_ = packet_type_ & basic::varlen_(var_header_.byte_size()); auto pubrec_message_ = fixed_header_ & var_header_; return encode(pubrec_message_); } inline std::string encode_pubrel( uint16_t packet_id, uint8_t reason_code, const pubrel_props& props ) { auto packet_type_ = basic::flag<4>(0b0110) | basic::flag<4>(0b0010); auto var_header_ = basic::int16_(packet_id) & basic::byte_(reason_code) & prop::props_may_omit_(props); auto fixed_header_ = packet_type_ & basic::varlen_(var_header_.byte_size()); auto pubrel_message_ = fixed_header_ & var_header_; return encode(pubrel_message_); } inline std::string encode_pubcomp( uint16_t packet_id, uint8_t reason_code, const pubcomp_props& props ) { auto packet_type_ = basic::flag<4>(0b0111) | basic::flag<4>(0b0000); auto var_header_ = basic::int16_(packet_id) & basic::byte_(reason_code) & prop::props_may_omit_(props); auto fixed_header_ = packet_type_ & basic::varlen_(var_header_.byte_size()); auto pubcomp_message_ = fixed_header_ & var_header_; return encode(pubcomp_message_); } inline std::string encode_subscribe( uint16_t packet_id, const std::vector& topics, const subscribe_props& props ) { auto packet_type_ = basic::flag<4>(0b1000) | basic::flag<4>(0b0010); size_t payload_size = 0; for (const auto& [topic_filter, _]: topics) payload_size += basic::utf8_(topic_filter).byte_size() + 1; auto var_header_ = basic::int16_(packet_id) & prop::props_(props); auto message_ = packet_type_ & basic::varlen_(var_header_.byte_size() + payload_size) & var_header_; auto s = encode(message_); s.reserve(s.size() + payload_size); for (const auto& [topic_filter, sub_opts]: topics) { auto opts_ = basic::flag<2>(sub_opts.retain_handling) | basic::flag<1>(sub_opts.retain_as_published) | basic::flag<1>(sub_opts.no_local) | basic::flag<2>(sub_opts.max_qos); auto filter_ = basic::utf8_(topic_filter) & opts_; s << filter_; } return s; } inline std::string encode_suback( uint16_t packet_id, const std::vector& reason_codes, const suback_props& props ) { auto packet_type_ = basic::flag<4>(0b1001) | basic::flag<4>(0b0000); auto var_header_ = basic::int16_(packet_id) & prop::props_(props); auto message_ = packet_type_ & basic::varlen_(var_header_.byte_size() + reason_codes.size()) & var_header_; auto s = encode(message_); s.reserve(s.size() + reason_codes.size()); for (auto reason_code: reason_codes) s << basic::byte_(reason_code); return s; } inline std::string encode_unsubscribe( uint16_t packet_id, const std::vector& topics, const unsubscribe_props& props ) { auto packet_type_ = basic::flag<4>(0b1010) | basic::flag<4>(0b0010); size_t payload_size = 0; for (const auto& topic: topics) payload_size += basic::utf8_(topic).byte_size(); auto var_header_ = basic::int16_(packet_id) & prop::props_(props); auto message_ = packet_type_ & basic::varlen_(var_header_.byte_size() + payload_size) & var_header_; auto s = encode(message_); s.reserve(s.size() + payload_size); for (const auto& topic: topics) s << basic::utf8_(topic); return s; } inline std::string encode_unsuback( uint16_t packet_id, const std::vector& reason_codes, const unsuback_props& props ) { auto packet_type_ = basic::flag<4>(0b1011) | basic::flag<4>(0b0000); auto var_header_ = basic::int16_(packet_id) & prop::props_(props); auto message_ = packet_type_ & basic::varlen_(var_header_.byte_size() + reason_codes.size()) & var_header_; auto s = encode(message_); s.reserve(s.size() + reason_codes.size()); for (auto reason_code: reason_codes) s << basic::byte_(reason_code); return s; } inline std::string encode_pingreq() { auto packet_type_ = basic::flag<4>(0b1100) | basic::flag<4>(0); auto remaining_len_ = basic::byte_(uint8_t(0)); auto ping_req_ = packet_type_ & remaining_len_; return encode(ping_req_); } inline std::string encode_pingresp() { auto packet_type_ = basic::flag<4>(0b1101) | basic::flag<4>(0); auto remaining_len_ = basic::byte_(uint8_t(0)); auto ping_resp_ = packet_type_ & remaining_len_; return encode(ping_resp_); } inline std::string encode_disconnect( uint8_t reason_code, const disconnect_props& props ) { auto packet_type_ = basic::flag<4>(0b1110) | basic::flag<4>(0b0000); auto var_header_ = basic::byte_(reason_code) & prop::props_(props); auto fixed_header_ = packet_type_ & basic::varlen_(var_header_.byte_size()); auto disconnect_message_ = fixed_header_ & var_header_; return encode(disconnect_message_); } inline std::string encode_auth( uint8_t reason_code, const auth_props& props ) { auto packet_type_ = basic::flag<4>(0b1111) | basic::flag<4>(0b0000); auto var_header_ = basic::byte_(reason_code) & prop::props_(props); auto fixed_header_ = packet_type_ & basic::varlen_(var_header_.byte_size()); auto auth_message_ = fixed_header_ & var_header_; return encode(auth_message_); } } // end namespace boost::mqtt5::encoders #endif // !BOOST_MQTT5_MESSAGE_ENCODERS_HPP