public LightSensor(AnaloguePort port, int deviceAddress, II2CDeviceFactory i2CDeviceFactory, bool normalizeValue = true) : base(port, deviceAddress, i2CDeviceFactory)
{
_normalizeValue = normalizeValue;
var(pin1, _) = Port.ToPinPair();
var bus = I2CDeviceFactory.GetOrCreateI2CDevice(deviceAddress);
_adc = new AnalogueDigitalConverter(bus, pin1);
AddToDisposables(_adc);
}
public async Task SetDateTime(DateTime dateTime)
{
if (family != "Windows.Desktop")
{
var slave = await I2CDeviceFactory.GetI2CDevice(_deviceType);
using (_rtc = new SainSmart_DS_1307_RTC(slave))
{
_rtc.SetDateTime(dateTime);
}
}
else
{
Debug.WriteLine("This is not a ARM device.");
}
}
public async Task <DateTime> GetDateTime()
{
DateTime returnDate = DateTime.MinValue;
if (family != "Windows.Desktop")
{
var slave = await I2CDeviceFactory.GetI2CDevice(_deviceType);
using (_rtc = new SainSmart_DS_1307_RTC(slave))
{
returnDate = _rtc.GetDateTimeNow();
}
}
else
{
Debug.WriteLine("This is not a ARM device.");
}
return(returnDate);
}
public async Task <float> ReadHumidity()
{
float returnValue = -1;
if (family != "Windows.Desktop")
{
var slave = await I2CDeviceFactory.GetI2CDevice(_deviceType);
if (slave != null)
{
using (_bme280 = new BME280_Sensor(slave))
{
returnValue = await _bme280.ReadHumidity();
}
}
}
else
{
Debug.WriteLine("This is not a ARM device.");
}
return(returnValue);
}
protected static void Init(I2CDeviceFactory singleton)
{
Singleton = singleton;
}
