private void logToMQTT(string message)
{
if (platform != null)
{
CLEvent e = new CLEvent((int)CLEventType.LogMessage, message);
try
{
platform.PostEvent(e);
}
catch
{
}
}
}
private string topicFromEvent(CLEvent clEvent)
{
String topic = "";
switch (clEvent.EventType)
{
case (int)CLEventType.TemperatureReading:
case (int)CLEventType.AmbientLightReading:
topic = NDConfiguration.DefaultConfiguration.MQTT.SensorDataTopic + "/" + clEvent.SourceIdentifier;
break;
case (int)CLEventType.LogMessage:
topic = NDConfiguration.DefaultConfiguration.MQTT.LogTopic;
break;
default:
break;
}
return topic;
}
public virtual int PostEvent(CLEvent e)
{
if (!IsConnected || mqttClient == null) { return -1; }
string topic = TopicFromEvent(e);
string message = e.serialize();
int returnCode = mqttClient.Publish(topic, Encoding.UTF8.GetBytes(message));
return returnCode;
}
public int PostEvent(CLEvent e)
{
if (listenerThread == null) { return 1; }
string topic = TopicFromEventType(e.EventType);
string message = e.serialize();
try
{
NetduinoMQTT.PublishMQTT(socket, topic, message);
}
catch
{
Disconnect();
Connect(host, userName, password, port);
}
// do not log publish here with mqtt logger, it causes a call cycle
return 0;
}
void OnRemoteXBeeUpdate(RemoteXBee xbee, Widget[] updateData)
{
if (upstreamMQTT != null)
{
foreach (Widget widget in updateData)
{
if (widget.Type == WidgetType.TemperatureSensor)
{
CLEvent e = new CLEvent((int)CLEventType.TemperatureReading, widget.Value, xbee.SerialNumber);
upstreamMQTT.PostEvent(e);
}
if (widget.Type == WidgetType.AmbientLightSensor)
{
CLEvent e = new CLEvent((int)CLEventType.AmbientLightReading, widget.Value, xbee.SerialNumber);
upstreamMQTT.PostEvent(e);
}
if (widget.Type == WidgetType.Switch)
{
CLEvent e = new CLEvent((int)CLEventType.SwitchStateChange, widget.Value/*widget.Value > 0 ? "on" : "off"*/, xbee.SerialNumber);
upstreamMQTT.PostEvent(e);
}
}
}
}