public PCRControllerVM()
{
Schedule = new PCRSchedule();
Serializer = new ScheduleSerializer();
Serializer.OnNewScheduleLoaded += Serializer_OnNewScheduleLoaded;
_savePcrSchedule = new RelayCommand(param => Serializer.SaveSchedule(Schedule));
_savePcrScheduleAs = new RelayCommand(param => Serializer.SaveScheduleAs(Schedule));
_loadPcrSchedule = new RelayCommand(param => Serializer.LoadSchedule());
_startStopExperiment = new RelayCommand(param => Device.StartStopExperiment(Experiment.ExperimentRunning));
_connectToComPort = new RelayCommand(param => Device.ConnectToDevice());
Device = new PCRDevice();
Device.OnDeviceConnected += Device_OnDeviceConnected;
Device.OnDeviceDisconnected += Device_OnDeviceDisconnected;
Device.OnExperimentStarted += Device_OnExperimentStarted;
Device.OnExperimentTerminated += Device_OnExperimentTerminated;
Experiment = new ExperimentStatus();
ComPortDevices = SerialPort.GetPortNames().ToList <String>();
ComPortSelected = false;
ConnectButtonText = "Connect";
ConnectionStatus = Device.ConnectionMessage;
}
private void Serializer_OnNewScheduleLoaded(object sender, EventArgs e)
{
if (sender is ScheduleSerializer)
{
Serializer = (ScheduleSerializer)sender;
PCRSchedule schedule = Serializer.LoadedSchedule;
InitializationTemp = schedule.Initialization.Temperature;
InitializationDuration = schedule.Initialization.Duration;
DenaturationTemp = schedule.Denaturation.Temperature;
DenaturationDuration = schedule.Denaturation.Duration;
AnnealingTemp = schedule.Annealing.Temperature;
AnnealingDuration = schedule.Annealing.Duration;
ElongationTemp = schedule.Elongation.Temperature;
ElongationDuration = schedule.Elongation.Duration;
FinalHoldTemp = schedule.FinalHold.Temperature;
FinalHoldDuration = schedule.FinalHold.Duration;
PcrIterations = schedule.NumberOfIterations;
}
else
{
throw new Exception();
}
}
