// The HV op control
public void HVCoreOp()
{
if (Instruments.Active.ConnectedLMCount() <= 0 && !Instruments.Active.HasSR()) // LM only and non connected earlier
{
return; //nothing to do
}
NCCAction x = NC.App.Opstate.Action;
NC.App.Opstate.Action = NCCAction.HVCalibration;
bool ok = HVCalibInception(); // the current thread pends in this method until the active instrument completes HV processing
CurState.StopTimer(1); // started in StartHVCalib
if (ok)
{
OutputResults(NCCAction.HVCalibration);
}
FireEvent(EventType.ActionStop, this);
NC.App.Opstate.Action = x;
}
public bool AssayInception()
{
completed = new CountdownEvent(Instruments.Active.Count);
ApplyInstrumentSettings();
var task = StartAssay(); // note: data collection occurs in async socket event callbacks through the LM DAQ server, don't need another thread
if (task)
{
ManualResetEventSlim[] me = GetTheAssayWaitTokens(); // each active Instr has it's own analysis handler wait handle
foreach (ManualResetEventSlim mres in me)
{
if (mres != null)
{
mres.Wait(); // wait for signal from DAQ + Analyzer on each active instrument.
}
}
}
completed.Wait(); // wait for all the instr assays to complete (might be more than 1 in NPOD model)
CurState.StopTimer(1); // started in StartAssay > ResetForMeasurement
Thread.Sleep(500); // todo: separately config the various waits, grep for Thread.Sleep to find them
return(task);
}
