peri4
38d09e272c
1. subscribe now similar to HTTP server, with lambda 2. subscribe topic syntax support all HTTP features as path arguments and wildcards 3. event received() changed to receivedUnhandled() for unhandled messages (should never be called in proper work) 4. internal logic got more complicated, several endpoints may be serviced by single MQTT topic, so nested Map used
111 lines
4.1 KiB
C++
111 lines
4.1 KiB
C++
#include "libs/http_client/curl_thread_pool_p.h"
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#include "picodeparser.h"
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#include "pidigest.h"
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#include "pihttpclient.h"
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#include "piliterals.h"
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#include "pimqttclient.h"
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#include "pip.h"
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#include "piunits.h"
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#include "pivaluetree_conversions.h"
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using namespace PICoutManipulators;
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using namespace PIHTTP;
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PIKbdListener kbd;
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MessageMutable createMessage(Code c, const char * path, const MessageConst & msg) {
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piCout << "path" << path << "args" << msg.pathArguments();
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return MessageMutable().setCode(c);
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};
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int main(int argc, char * argv[]) {
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// piCout << "start ...";
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// PIHTTPServer server;
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// server.registerUnhandled([](const MessageConst & msg) { return createMessage(Code::BadRequest, "unhadled", msg); });
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// server.registerPath("api/v1/status", Method::Get, [](const MessageConst & msg) {
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// return createMessage(Code::Accepted, "api/v1/status", msg);
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// });
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// server.registerPath("api/v1/plugins", Method::Get, [](const MessageConst & msg) {
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// return createMessage(Code::Accepted, "api/v1/plugins", msg);
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// });
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// server.registerPath("api/v1/task-status", Method::Get, [](const MessageConst & msg) {
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// return createMessage(Code::Accepted, "api/v1/task-status", msg);
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// });
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// server.registerPath("api/v1/task/{taskID}/status", Method::Get, [](const MessageConst & msg) {
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// return createMessage(Code::Accepted, "api/v1/task/{taskID}/status", msg);
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// });
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// server.registerPath("api/v1/bort/list", Method::Get, [](const MessageConst & msg) {
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// return createMessage(Code::Accepted, "api/v1/bort/list", msg);
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// });
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// server.registerPath("api/v1/all", Method::Get, [](const MessageConst & msg) {
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// return createMessage(Code::Accepted, "api/v1/all", msg);
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// });
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// server.registerPath("api/v1/all/bort{A}/f", Method::Get, [](const MessageConst & msg) {
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// return createMessage(Code::Accepted, "api/v1/all/*/f", msg);
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// });
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// server.registerPath("api/v1/all2/**", Method::Get, [](const MessageConst & msg) {
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// return createMessage(Code::Accepted, "api/v1/all2/**", msg);
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// });
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// server.listenAll(12345);
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// kbd.enableExitCapture('Q');
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// WAIT_FOR_EXIT
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// piCout << "exiting ...";
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// server.stop();
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// return 0;
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// PISystemMonitor mon;
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// mon.startOnSelf();
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// PISystemMonitor::totalRAM();
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// 2_s .sleep();
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// return 0;
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PIMQTT::Client cl;
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cl.setConnectTimeout(2_s);
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CONNECTL(&cl, connected, [&cl] {
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piCout << "connected";
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// cl.subscribe("api/v1/plugins");
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// cl.subscribe("api/v1/task-status");
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// cl.subscribe("api/v1/*/{taskID}/status");
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// cl.subscribe("api/v1/bort/list");
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// cl.subscribe("api/v1/all");
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cl.subscribe("api/v1/all/bort{A}/f", [](const PIMQTT::MessageConst & msg) {
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piCout << "1" << msg.topicList() << msg.pathArguments() << msg.body().size();
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});
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cl.subscribe("api/v1/all/task{T}/f", [](const PIMQTT::MessageConst & msg) {
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piCout << "2" << msg.topicList() << msg.pathArguments() << msg.body().size();
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});
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cl.subscribe("api/v1/all/*/f", [](const PIMQTT::MessageConst & msg) {
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piCout << "3" << msg.topicList() << msg.pathArguments() << msg.body().size();
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});
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cl.subscribe("api/v1/all2/**", [](const PIMQTT::MessageConst & msg) {
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piCout << "4" << msg.topicList() << msg.pathArguments() << msg.body().size();
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});
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// cl.subscribe("/zigbee2mqtt");
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// cl.subscribe("/zigbee2mqtt/+/status/");
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// cl.subscribe("/zigbee2mqtt/*/status/");
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// cl.subscribe("test/#");
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// cl.subscribe("#");
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// cl.unsubscribe("/zigbee2mqtt");
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// cl.unsubscribe("api/v1/all/bort{A}/f");
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// cl.unsubscribe("api/v1/all/*/f");
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// cl.publish("/zigbee2mqtt/abc", "hello from PIP"_a.toAscii());
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});
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CONNECTL(&cl, disconnected, [&cl](PIMQTT::Error code) {
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piCout << "disconnected code" << (int)code;
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cl.connect("localhost", "PIP");
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});
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CONNECTL(&cl, receivedUnhandled, [](const PIMQTT::MessageConst & message) {
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piCout << "receivedUnhandled" << message.topic() << message.pathArguments() << message.payload().size();
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});
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cl.connect("localhost", "PIP");
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kbd.enableExitCapture('Q');
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WAIT_FOR_EXIT
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piCout << "exiting ...";
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}
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