public static ISensor GetSensor(SensorWeatherType sensorWeatherType, string name, int sensorId, bool rgbDisplay)
{
if (webWeather == null)
{
webWeather = new WebWeather();
refresher = new Refresher();
refresher.AddSensor(webWeather);
refresher.Start(600000);
}
switch (sensorWeatherType)
{
case SensorWeatherType.Temperature:
return(new WeatherTemperature(webWeather, name, sensorId, rgbDisplay));
case SensorWeatherType.Humidity:
return(new WeatherHumidity(webWeather, name, sensorId, rgbDisplay));
case SensorWeatherType.Pressure:
return(new WeatherPressure(webWeather, name, sensorId, rgbDisplay));
case SensorWeatherType.WindSpeed:
return(new WeatherWindSpeed(webWeather, name, sensorId, rgbDisplay));
case SensorWeatherType.WindDirection:
return(new WeatherWindDirection(webWeather, name, sensorId, rgbDisplay));
default:
throw new Exception("The type <" + webWeather + "> is not manage by the WeatherSensorBuilder");
}
}
public static ISensor CreateSensor(SensorType sensorType, GrovePort port, string name, int sensorId, bool rgbDisplay)
{
#if DEBUG
var fakeSensor = new GrovePiFakeSensor(sensorType, name, sensorId);
refresher.AddSensor(fakeSensor);
return(fakeSensor);
#endif
var grovePi = GrovePiDevice.GetGrovePi();
switch (sensorType)
{
case SensorType.AnalogSensor:
ThrowExceptionIfPortIsUsed(port);
var analogSensor = new GrovePiAnalogSensor(new AnalogSensor(grovePi, port), name, sensorId, port, rgbDisplay);
refresher.AddSensor(analogSensor);
_sensors.Add(analogSensor);
return(analogSensor);
case SensorType.DhtTemperatureSensor:
return(GetDhtSensor(grovePi, port, SensorType.DhtTemperatureSensor, name, sensorId, rgbDisplay));
case SensorType.DhtHumiditySensor:
return(GetDhtSensor(grovePi, port, SensorType.DhtHumiditySensor, name, sensorId, rgbDisplay));
case SensorType.PotentiometerSensor:
ThrowExceptionIfPortIsUsed(port);
var potentiometreSensor = new GrovePiAnalogPotentiometer(new PotentiometerSensor(grovePi, port), name, sensorId, port, rgbDisplay);
refresher.AddSensor(potentiometreSensor);
_sensors.Add(potentiometreSensor);
return(potentiometreSensor);
case SensorType.UltrasonicSensor:
ThrowExceptionIfPortIsUsed(port);
var ultrasonicSensor = new GrovePiAnalogUltrasonic(new UltrasonicSensor(grovePi, port), name, sensorId, port, rgbDisplay);
refresher.AddSensor(ultrasonicSensor);
_sensors.Add(ultrasonicSensor);
return(ultrasonicSensor);
case SensorType.GrooveTemperartureSensor:
ThrowExceptionIfPortIsUsed(port);
var temperatureSensor = new GrovePiAnalogTemperature(new GroveTemperatureSensor(grovePi, port), name, sensorId, port, rgbDisplay);
refresher.AddSensor(temperatureSensor);
_sensors.Add(temperatureSensor);
return(temperatureSensor);
case SensorType.LightSensor:
case SensorType.SoundSensor:
default:
throw new Exception("GrovePiSensor: unsupported sensor type: " + sensorType);
}
}