public override void TimerCallback(object state)
{
Debug.Print("Temperature Callback");
TempData tempData = new TempData();
// get current temperature
tempData.SetValue(CalculateTemperature());
Debug.Print("Temperature = " + tempData.GetValue().ToString());
//Timer Callbacks receive a Delegate in the state object
InputDataAvailable ida = (InputDataAvailable)state;
// call out to the delegate with expected value
ida(tempData);
}
public override void TimerCallback(object state)
{
Debug.Print("pH Callback");
AlkalinityData phData = new AlkalinityData();
// get current pH Value
phData.SetValue(CalculatePH());
Debug.Print("pH = " + phData.GetValue().ToString("F"));
//Timer Callbacks receive a Delegate in the state object
InputDataAvailable ida = (InputDataAvailable)state;
// call out to the delegate with expected value
// TODO: Currently there is a glitch with SerialPort and
// sometimes data doesn't come back from the Stamp.
// Discard bad readings, and report any meaningful ones
if (phData.GetValue() > 0.0F)
{
ida(phData);
}
}
public override void TimerCallback(object state)
{
Debug.Print("ElectricalConductivity Callback");
ElectricalConductivityData ECData = new ElectricalConductivityData();
// get current ElectricalConductivity Value
ECData.SetValue(GetPPM());
Debug.Print("ElectricalConductivity = " + ECData.GetValue().ToString("F"));
//Timer Callbacks receive a Delegate in the state object
InputDataAvailable ida = (InputDataAvailable)state;
// call out to the delegate with expected value
// TODO: Currently there is a glitch with SerialPort and
// sometimes data doesn't come back from the Stamp.
// Discard bad readings, and report any meaningful ones
if (ECData.GetValue() > 0.0F)
{
ida(ECData);
}
}
