// Publish our message
void publishMessage()
{
if (mqtt->getConnectionState() != eTCS_Connected)
startMqttClient(); // Auto reconnect
mqtt->publish(mqtt_client + "/Status", "Online"); // or publishWithQoS
}
void publishBMP()
{
if (mqtt.getConnectionState() != eTCS_Connected)
startMqttClient(); // Auto reconnect
Serial.print("*********************************************");
Serial.println("Start reading BMP180 sensor");
if (!barometer.EnsureConnected()) {
Serial.println("Could not connect to BMP180");
} else {
// Retrive the current pressure in Pascals
long currentPressure = barometer.GetPressure();
// convert pressure to mmHg
float BMPPress = currentPressure / 133.322;
// Print out the Pressure
Serial.print("Pressure: ");
Serial.print(BMPPress);
Serial.println(" mmHg");
mqtt.publish(BMP_P, String(BMPPress));
// Retrive the current temperature in degrees celcius
float BMPTemp = barometer.GetTemperature();
// Print out the Temperature
Serial.print("Temperature: ");
Serial.print(BMPTemp);
Serial.println(" *C");
mqtt.publish(BMP_T, String(BMPTemp));
Serial.println("BMP180 sensor read and transmitted to server");
Serial.println("*********************************************");
}
}
// MQTT : Publish our message
void publishMessage()
{
if (mqtt.getConnectionState() != eTCS_Connected) {
startMqttClient(); // Auto reconnect
return;
}
// Read DHT22
TempAndHumidity th;
if(!dht.readTempAndHumidity(th)) {
return;
}
// Make JSON data
String message = "{\"temp\":";
message += th.temp;
message += ", \"humi\":";
message += th.humid;
message += "}";
// publish message
Serial.println("Let's publish message now!");
mqtt.publish("home/thirdroom/temp_humi", message, true); // retained message
displayTemp(message);
}
// Publish our message
void publishMessage()
{
if (mqtt.getConnectionState() != eTCS_Connected)
startMqttClient(); // Auto reconnect
Serial.println("Let's publish message now!");
mqtt.publish("main/frameworks/sming", "Hello friends, from Internet of things :)"); // or publishWithQoS
}
// Will be called when WiFi station was connected to AP
void connectOk()
{
Serial.println("I'm CONNECTED");
// Run MQTT client
startMqttClient();
// Start publishing loop
procTimer.initializeMs(20 * 1000, publishMessage).start(); // every 20 seconds
}
// Publish our message
void publishMessage()
{
if (mqtt->getConnectionState() != eTCS_Connected)
startMqttClient(); // Auto reconnect
Serial.println("Let's publish message now!");
mqtt->publish("main/frameworks/sming", "Hello friends, from Internet of things :)");
mqtt->publishWithQoS("important/frameworks/sming", "Request Return Delivery", 1, false, onMessageDelivered); // or publishWithQoS
}
// Will be called when WiFi station was connected to AP
void connectOk()
{
Serial.println("I'm CONNECTED");
// ntpDemo = new ntpClientDemo();
// Run MQTT client
startMqttClient();
WifiAccessPoint.enable(false);
// Start publishing loop
procTimer.initializeMs(20 * 1000, publishMessage).start(); // every 20 seconds
}
// Will be called when WiFi station was connected to AP
void connectOk()
{
Serial.println("I'm CONNECTED");
displayText("I'm CONNECTED to AP");
// Run MQTT client
startMqttClient();
// Start publishing loop
procTimer.initializeMs(60*1000, publishMessage).start();
}
/**
* WiFi station connected to AP
*/
void connectOk() {
// Waiting for smart-config state LINK_OVER
if (smartConfigActive)
return;
debugf("I'm CONNECTED");
Serial.println(WifiStation.getIP().toString());
blinkStop();
// run MQTT client
startMqttClient();
mqttPublish("CONNECTED");
blinkGreenStart(500, -1);
}
