static void Main(string[] args)
{
SensorManager sensorManager = new SensorManager();
sensorManager.AddSensor(SensorFactory.CreateSensor(EDataType.Temp, EUnit.Kelvin));
while (true)
{
sensorManager.UpdateSensors();
Thread.Sleep(5000);
}
}
public WorkerABN03(string deviceId, ILogger <WorkerABN03> logger, IOptions <WorkersConfiguration> workersConfiguration, IOptions <MqttConfiguration> mqttConfiguration, IMqttClientForMultipleSubscribers mqttClient)
: base(deviceId, logger, workersConfiguration, mqttConfiguration, mqttClient)
{
var sensorFactory = new SensorFactory();
var device = new Device
{
Name = "ABN03",
Model = "ABSensor N03",
Manufacturer = "April Brother",
ViaDevice = WorkersConfiguration.ServiceName,
Identifiers = new() { DeviceId },
Connections = new() { new() { "mac", DeviceId } }
};
ComponentList.AddRange(new List <Sensor>
{
sensorFactory.CreateSensor(DeviceClassDescription.Temperature, device: device),
sensorFactory.CreateSensor(DeviceClassDescription.Humidity, device: device),
sensorFactory.CreateSensor(DeviceClassDescription.IlluminanceLux, device: device),
sensorFactory.CreateSensor(DeviceClassDescription.Battery, device: device)
});
}
private void SendData(object value)
{
while (!_disposing.WaitOne(TimeSpan.FromSeconds(1)))
{
ArduinoCollect collectedData = new ArduinoCollect();
if (_processingQueue.TryDequeue(out collectedData))
{
ISensor sensor = SensorFactory.CreateSensor((SensorType)collectedData.SensorType);
sensor.ECUValue = (float)(double)collectedData.Value;
_dataAccess.Send(new CollectedData(sensor));
Console.WriteLine($"Enviando para o Elastic: {sensor.Type.ToString()} - {collectedData.Value}");
}
}
}