private void Ads1115ChannelChanged(object sender, ChannelReadingDone e)
{
var convertedDistance = _sharpSensorConverter.Convert(e.RawValue);
var message = $"Channel {e.Channel + 1} Message Received - Raw Value {e.RawValue} - Converted Distance {convertedDistance:F2} mm";
_logInfoAction(message);
switch (e.Channel)
{
case 0:
UpdateUIAsync(() => channelOneMessages.Text = message).Wait();
break;
case 1:
UpdateUIAsync(() => channelTwoMessages.Text = message).Wait();
break;
case 2:
UpdateUIAsync(() => channelThreeMessages.Text = message).Wait();
break;
case 3:
UpdateUIAsync(() => channelFourMessages.Text = message).Wait();
break;
}
}
private void Ads1115ChannelChanged(object sender, ChannelReadingDone e)
{
lock (_lock)
{
var convertedDistance = _sharpSensorConverter.Convert(e.RawValue);
var message = $"Device {e.SlaveAddress} Channel {e.Channel + 1} Message Received - Raw Value {e.RawValue} - Converted Distance {convertedDistance:F2} mm";
_logInfoAction(message);
MessageObject.Error = null;
IRSensorReading reading;
if (MessageObject.IRSensorReadings.ContainsKey(e.SlaveAddress))
{
reading = MessageObject.IRSensorReadings[e.SlaveAddress];
reading.SlaveAddress = e.SlaveAddress;
reading.IRSensorDistance = convertedDistance;
reading.IRSensorRaw = e.RawValue;
}
else
{
reading = new IRSensorReading
{
IRSensorDistance = convertedDistance,
IRSensorRaw = e.RawValue,
SlaveAddress = e.SlaveAddress
};
MessageObject.IRSensorReadings.Add(e.SlaveAddress, reading);
}
PostMessageToAPI();
}
}