String WIFI::get(Topic &topic) {
if (topic.itemIs(3, "macAddress")) {
return macAddress();
} else if (topic.itemIs(3, "scanResult")){
return scanResult();
} else {
return TOPIC_NO;
}
}
String WIFI::set(Topic &topic) {
if (topic.itemIs(3, "scan")) {
return scanWifi();
} else {
return TOPIC_NO;
}
}
String customDevice::set(Topic &topic) {
/*
~/set
└─device (level 2)
└─deviceCFG (level 3)
└─index (level 4) individual setting
└─value (level 4) individual setting
└─scanBus (level 4) scan 1W-Bus for new devices
*/
logging.debug("device set topic " + topic.topic_asString() + " to " +
topic.arg_asString());
String ret = TOPIC_NO;
if (topic.itemIs(3, "deviceCFG")) {
//modify dashboard-------------------
if (topic.itemIs(4, "addItem")) {
modifyDashboard();
return TOPIC_OK;
}
}
return ret;
}
String customDevice::get(Topic &topic) {
/*
~/get
└─device (level 2)
└─sensor1 (level 3)
*/
logging.debug("device get topic " + topic.topic_asString());
if (topic.getItemCount() != 4) // ~/get/device/sensor1
return TOPIC_NO;
if (topic.itemIs(3, "sensor1")) {
return String(measure());
} else {
return TOPIC_NO;
}
}
String customDevice::set(Topic &topic) {
/*
~/set
└─device (level 2)
└─yourItem (level 3)
*/
logging.debug("device set topic " + topic.topic_asString() + " to " +
topic.arg_asString());
if (topic.getItemCount() != 4) // ~/set/device/yourItem
return TOPIC_NO;
if (topic.itemIs(3, "yourItem")) {
return TOPIC_OK;
} else {
return TOPIC_NO;
}
}
String Controller::call(Topic &topic) {
// MQTT state information via API-call
if (topic.modifyTopic(0) == "event/mqtt/connected") {
if (topic.argIs(0, "1")) {
on_mqtt_connected();
} else {
on_mqtt_disconnected();
}
}
// D("Controller: begin call");
// set
if (topic.itemIs(1, "set")) {
if (topic.itemIs(2, "ffs")) {
return ffs.set(topic);
} else if (topic.itemIs(2, "clock")) {
return clock.set(topic);
} else if (topic.itemIs(2, "esp")) {
return espTools.set(topic);
} else if (topic.itemIs(2, "wifi")) {
return wifi.set(topic);
} else if (topic.itemIs(2, "device")) {
if (topic.itemIs(3, "fillDashboard")) {
return device.fillDashboard();
} else {
return device.set(topic);
}
} else if (topic.itemIs(2, "controller")) {
if (topic.itemIs(3, "reconnectDelay")) {
D("set reconnectDelay");
Di("arg=", topic.getArgAsLong(0));
reconnectDelay = topic.getArgAsLong(0);
if (reconnectDelay < 1)
reconnectDelay = 1;
if (reconnectDelay > RECONNECT_DELAY_MAX)
reconnectDelay = RECONNECT_DELAY_MAX;
reconnectDelayed = 0;
return TOPIC_OK;
} else {
return TOPIC_NO;
}
} else {
return TOPIC_NO;
}
// get
} else if (topic.itemIs(1, "get")) {
if (topic.itemIs(2, "ffs")) {
return ffs.get(topic);
} else if (topic.itemIs(2, "clock")) {
return clock.get(topic);
} else if (topic.itemIs(2, "esp")) {
return espTools.get(topic);
} else if (topic.itemIs(2, "wifi")) {
return wifi.get(topic);
} else if (topic.itemIs(2, "device")) {
if(topic.itemIs(3, "flags")) {
return fwConfig();
} else if(topic.itemIs(3, "version")) {
return device.getVersion();
} else if (topic.itemIs(3, "type")) {
return device.getType();
} else if (topic.itemIs(3, "dashboard")) {
return device.getDashboard();
} else {
return device.get(topic);
}
} else {
return TOPIC_NO;
}
} else {
return TOPIC_NO;
}
// D("Controller: end call");
}