public void StartUpdating(int standbyDuration = 1000)
{
// thread safety
lock (_lock) {
if (IsSampling)
{
return;
}
// state muh-cheen
IsSampling = true;
//SamplingTokenSource = new CancellationTokenSource();
//CancellationToken ct = SamplingTokenSource.Token;
if (UpdateData == null)
{
UpdateData = new TempUpdateData();
}
UpdateData.standbyDuration = standbyDuration;
Thread task1 = new Thread(new ThreadStart(UpdateTemp));
task1.Start();
}
}
public void StartUpdating(
Oversample temperatureSampleCount = Oversample.OversampleX8,
Oversample pressureSampleCount = Oversample.OversampleX8,
Oversample humiditySampleCount = Oversample.OversampleX1,
int standbyDuration = 1000)
{
// TODO: for standby durations of 1,000ms and less, the sensor
// will actually handle the reading loop. you put it into `Normal`
// mode and set it to one of the known `StandbyDuration`s.
//
// So perhaps this should be an option. From a method signature
// standpoint, i think that we would add an overload that took
// a known `StandbyDuration` instead of an int.
//
// With that said, however, as far as I can tell, the sensor won't
// send an interrupt when a new reading is taken, so i'm not sure
// how we would synchronize with it, since the time that each read
// takes is determined by the samples, filter, etc. -b
//
// TODO: for longer standby durations, we should put the sensor into
// Modes.Sleep to save power. Need to figure out what the stanby
// duration threshold is for that. i'm guessing 5 seconds might be a
// good value.
// thread safety
lock (_lock) {
if (IsSampling)
{
return;
}
// state muh-cheen
IsSampling = true;
//SamplingTokenSource = new CancellationTokenSource();
//CancellationToken ct = SamplingTokenSource.Token;
if (UpdateData == null)
{
UpdateData = new TempUpdateData();
}
UpdateData.humiditySampleCount = humiditySampleCount;
UpdateData.temperatureSampleCount = temperatureSampleCount;
UpdateData.pressureSampleCount = pressureSampleCount;
UpdateData.standbyDuration = standbyDuration;
Thread task1 = new Thread(new ThreadStart(UpdateTemp));
task1.Start();
}
}
