#include #include #include #include #include namespace asio = boost::asio; void publish_qos0_websocket_tcp() { using namespace async_mqtt5; asio::io_context ioc; using stream_type = boost::beast::websocket::stream< asio::ip::tcp::socket >; using client_type = mqtt_client; client_type c(ioc, ""); c.credentials("test-qos0-websocket-tcp", "", "") .brokers("fcluster-5/mqtt", 8083) .will({ "test/mqtt-test", "i died", qos_e::at_least_once }) .run(); c.async_publish( "test/mqtt-test", "hello world with qos0!", retain_e::no, publish_props{}, [&c](error_code ec) { fmt::print("[Test-publish-qos0-websocket-tcp] error_code: {}\n", ec.message()); c.cancel(); } ); ioc.run(); return; } void publish_qos1_websocket_tcp() { using namespace async_mqtt5; asio::io_context ioc; using stream_type = boost::beast::websocket::stream< asio::ip::tcp::socket >; using client_type = mqtt_client; client_type c(ioc, ""); c.credentials("test-qos1-websocket-tcp", "", "") .brokers("fcluster-5/mqtt", 8083) .will({ "test/mqtt-test", "i died", qos_e::at_least_once }) .run(); c.async_publish( "test/mqtt-test", "hello world with qos1!", async_mqtt5::retain_e::no, publish_props{}, [&c](error_code ec, reason_code rc, puback_props) { fmt::print( "[Test-publish-qos1-websocket-tcp] " "error_code: {}, reason_code: {}\n", ec.message(), rc.message() ); c.cancel(); } ); ioc.run(); return; } void publish_qos2_websocket_tcp() { using namespace async_mqtt5; asio::io_context ioc; using stream_type = boost::beast::websocket::stream< asio::ip::tcp::socket >; using client_type = mqtt_client; client_type c(ioc, ""); c.credentials("test-qos2-websocket-tcp", "", "") .brokers("fcluster-5/mqtt", 8083) .will({ "test/mqtt-test", "i died", qos_e::at_least_once }) .run(); c.async_publish( "test/mqtt-test", "hello world with qos2!", retain_e::no, publish_props{}, [&c](error_code ec, reason_code rc, pubcomp_props) { fmt::print( "[Test-publish-qos2-websocket-tcp] " "error_code: {}, reason_code: {}\n", ec.message(), rc.message() ); c.cancel(); } ); ioc.run(); return; } void subscribe_and_receive_websocket_tcp(int num_receive) { using namespace async_mqtt5; asio::io_context ioc; using stream_type = boost::beast::websocket::stream< asio::ip::tcp::socket >; using client_type = mqtt_client; client_type c(ioc, ""); c.credentials("test-subscriber-websocket-tcp", "", "") .brokers("fcluster-5/mqtt", 8083) .will({ "test/mqtt-test", "i died", qos_e::at_least_once }) .run(); std::vector topics; topics.push_back(subscribe_topic{ "test/mqtt-test", { qos_e::exactly_once, subscribe_options::no_local_e::no, subscribe_options::retain_as_published_e::retain, subscribe_options::retain_handling_e::send } }); c.async_subscribe( topics, subscribe_props{}, [](error_code ec, std::vector codes, suback_props) { if (ec == asio::error::operation_aborted) return; fmt::print( "[Test-subscribe-and-receive-websocket-tcp] " " error_code: {}, reason_code: {}\n", ec.message(), codes[0].message() ); } ); for (auto i = 0; i < num_receive; i++) { c.async_receive( [&c, i, num_receive] ( error_code ec, std::string topic, std::string payload, publish_props ) { if (ec == asio::error::operation_aborted) return; fmt::print( "[Test-subscribe-and-receive-websocket-tcp] message {}/{}:" "ec: {}, topic: {}, payload: {}\n", i + 1, num_receive, ec.message(), topic, payload ); if (i == num_receive - 1) c.cancel(); } ); } ioc.run(); return; } void run_websocket_tcp_examples() { publish_qos0_websocket_tcp(); publish_qos1_websocket_tcp(); publish_qos2_websocket_tcp(); subscribe_and_receive_websocket_tcp(1); }