void cmdStartTransfer_Click(object sender, RoutedEventArgs e)
{
(measurementInterface as FET_IV).expTransfer_FET_Chart.Children.RemoveAll(typeof(LineGraph));
(measurementInterface as FET_IV).expTransfer_FET_Chart.Legend.Visibility = System.Windows.Visibility.Visible;
expStartInfo = (measurementInterface as FET_IV).DataContext;
var settings = expStartInfo as FET_IVModel;
if (driver != null)
{
driver.Dispose();
}
if (measureDevice != null)
{
measureDevice.Dispose();
}
driver = new VisaDevice(settings.KeithleyRscName);
measureDevice = new Keithley26xxB <Keithley2602B>(driver);
var DrainSourceSMU = measureDevice[settings.TransferVdsChannel];
var GateSMU = measureDevice[settings.TransferVgChannel];
experiment = new FET_Transfer_Experiment(DrainSourceSMU, GateSMU) as IExperiment;
experiment.ExpStarted += onExperimentStarted;
experiment.DataArrived += expTransfer_FET_dataArrived;
experiment.Progress += experimentProgress;
experiment.Status += experimentStatus;
experiment.Start(expStartInfo);
}
public CALCulate(ref IDeviceIO Driver)
{
_driver = Driver;
SubsystemIdentifier = ":CALC";
MATH = new MATH_Command(ref Driver);
}
public MATH_Command(ref IDeviceIO Driver)
: base(ref Driver)
{
_Command = string.Format("{0}{1}", SubsystemIdentifier, ":MATH");
EXPRession = new Expression(ref Driver);
}
public CALCulate(ref IDeviceIO Driver)
{
_driver = Driver;
SubsystemIdentifier = ":CALC";
MATH = new MATH_Command(ref Driver);
}
public MATH_Command(ref IDeviceIO Driver)
: base(ref Driver)
{
_Command = string.Format("{0}{1}", SubsystemIdentifier, ":MATH");
EXPRession = new Expression(ref Driver);
}
public Keithley26xxB_Display(ref IDeviceIO Driver, string ChannelID)
{
_driver = Driver;
_channelID = ChannelID;
smuX = new SmuX(ref Driver, ChannelID);
}
public Qsfp100G(IDeviceIO deviceIO) : base(deviceIO)
{
Device = deviceIO;
Host = new HostSide(this);
Network = new NetworkSide(this);
Fec = new FecClass(this);
}
public FORMat(ref IDeviceIO Driver)
{
_driver = Driver;
SubsystemIdentifier = ":FORM";
ELEM = new ELEMents(ref Driver);
}
public Keithley26xxB_Display(ref IDeviceIO Driver, string ChannelID)
{
_driver = Driver;
_channelID = ChannelID;
smuX = new SmuX(ref Driver, ChannelID);
}
public PasswordProtectedShareHolder(IDeviceIO deviceIO, SecureString secret, int saltLength, int id, uint numberOfShares)
{
this.deviceIO = deviceIO;
this.secret = secret;
ID = id;
NumberOfShares = numberOfShares;
}
public override void SetDeviceInterfacer(IDeviceIO deviceIO)
{
if (deviceIO is SpecifiedDevice)
{
this.DeviceIO = deviceIO as SpecifiedDevice;
}
}
private void onDeviceFound(string UID, uint VID, uint PID, IDeviceIO deviceIO)
{
foreach (var module in Modules)
{
module.OnDeviceFound(UID, VID, PID, deviceIO);
}
}
public Keithley26xxB(IDeviceIO Driver)
{
_driver = Driver;
var attr = (NumberOfChannelsAttribute)typeof(T).GetCustomAttributes(typeof(NumberOfChannelsAttribute), true).FirstOrDefault();
_numberOfChannels = attr.NumberOfChannels;
if (_numberOfChannels > 2)
{
throw new ArgumentException("The amount of channels can't more than two for supported models!");
}
ChannelCollection = new ISourceMeterUnit[_numberOfChannels];
for (int i = 0; i < _numberOfChannels; i++)
{
ChannelCollection[i] = new T();
if (i == 0)
{
ChannelCollection[i].Initialize(Driver, "a");
}
else if (i == 1)
{
ChannelCollection[i].Initialize(Driver, "b");
}
}
}
public DISPlay(ref IDeviceIO Driver)
{
_driver = Driver;
SubsystemIdentifier = ":DISP";
WINDow_01 = new DisplayWindow1(ref Driver);
WINDow_02 = new DisplayWindow2(ref Driver);
}
public DISPlay(ref IDeviceIO Driver)
{
_driver = Driver;
SubsystemIdentifier = ":DISP";
WINDow_01 = new DisplayWindow1(ref Driver);
WINDow_02 = new DisplayWindow2(ref Driver);
}
public override void OnDeviceFound(string UID, uint VID, uint PID, IDeviceIO deviceIO)
{
var module = ModuleManager.Modules.First(x => x.CanCreate(VID, PID));
if (module != null)
{
module.CreateFromAndReport(UID, VID, PID, deviceIO);
}
}
public Module(IDeviceIO deviceIo, IQsfp100G qsfp100G, ICyclops cyclops, IMaCom macCom, AsyncPolicyWrap policyWrap)
{
Device = deviceIo;
DutGpio = Device.Gpio;
Cyclops = cyclops;
// _policyWrap = policyWrap;
Qsfp100G = qsfp100G;
MaCom = macCom;
}
public virtual void Initialize(IDeviceIO Driver)
{
if (Driver != null)
{
driver = Driver;
}
if (!IsEnabled)
{
Enable();
}
}
public void Initialize(IDeviceIO Driver, string channelID)
{
_driver = Driver;
ChannelIdentifier = channelID;
_display = new Keithley26xxB_Display(ref Driver, ChannelIdentifier);
_SetBeeperEnabled(true);
_currentMeasureFunction = Keithley26xxBMeasureFunctions.MEASURE_DCAMPS;
_display.smuX.measure.func = Keithley26xxBMeasureFunctions.MEASURE_DCAMPS;
_LoadDeviceFunctions();
_stopWatch = new Stopwatch();
}
public abstract void SetDeviceInterfacer(IDeviceIO deviceIO);
public void Initialize(IDeviceIO Driver, string channelID)
{
throw new NotImplementedException();
}
public void Initialize(IDeviceIO driver)
{
_driver = driver;
}
public void Initialize(IDeviceIO Driver, string channelID = "Not supported for Keithley24xx series!")
{
_driver = Driver;
_driver.SendCommandRequest("*RST");
_stopWatch = new Stopwatch();
}
public void Initialize(IDeviceIO Driver, string channelID = "Not supported for Keithley24xx series!")
{
_driver = Driver;
_driver.SendCommandRequest("*RST");
_stopWatch = new Stopwatch();
}
public Faulhaber_SA2036U012V(ref IDeviceIO Driver)
{
_driver = Driver;
}
public SmuX(ref IDeviceIO Driver, string ChannelID)
{
limit = new Limit(ref Driver, ChannelID);
measure = new Measure(ref Driver, ChannelID);
}
public Limit(ref IDeviceIO Driver, string ChannelID)
{
_driver = Driver;
_channelID = ChannelID;
}
public SmuX(ref IDeviceIO Driver, string ChannelID)
{
limit = new Limit(ref Driver, ChannelID);
measure = new Measure(ref Driver, ChannelID);
}
public void Initialize(IDeviceIO Driver, string channelID)
{
_driver = Driver;
ChannelIdentifier = channelID;
_display = new Keithley26xxB_Display(ref Driver, ChannelIdentifier);
_SetBeeperEnabled(true);
_currentMeasureFunction = Keithley26xxBMeasureFunctions.MEASURE_DCAMPS;
_display.smuX.measure.func = Keithley26xxBMeasureFunctions.MEASURE_DCAMPS;
_LoadDeviceFunctions();
_stopWatch = new Stopwatch();
}
public Cyclops(IDeviceIO deviceIO) => Device = deviceIO;
public void Initialize(IDeviceIO Driver)
{
_driver = Driver;
_driver.SendCommandRequest("*RST");
_stopWatch = new Stopwatch();
}
public Expression(ref IDeviceIO Driver)
: base(ref Driver)
{
_ExpressionCommand = string.Format("{0}{1}", _Command, ":EXPR");
}
public Qsfp(IDeviceIO deviceIo) => Device = deviceIo;
public Limit(ref IDeviceIO Driver, string ChannelID)
{
_driver = Driver;
_channelID = ChannelID;
}
public Measure(ref IDeviceIO Driver, string ChannelID)
{
_driver = Driver;
_channelID = ChannelID;
}
public Measure(ref IDeviceIO Driver, string ChannelID)
{
_driver = Driver;
_channelID = ChannelID;
}
public abstract void OnDeviceFound(string UID, uint VID, uint PID, IDeviceIO deviceIO);
public WindowText(ref IDeviceIO Driver, IDisplayWindow window)
{
_driver = Driver;
_textIdentifier = string.Format("{0}{1}", window.WindowIdentifier, ":TEXT");
}
public void Initialize(IDeviceIO Driver)
{
_driver = Driver;
_driver.SendCommandRequest("*RST");
_stopWatch = new Stopwatch();
}
public void Initialize(IDeviceIO driver)
{
_driver = driver;
}
public void Initialize(IDeviceIO Driver)
{
Initialize(Driver, "a");
}
public void InitializeInterfacer(string uid, IDeviceIO deviceIO)
{
base.InitializeInterfacer(uid);
OpCodes.SetDeviceInterfacer(deviceIO);
Offline = false;
}
public DisplayWindow2(ref IDeviceIO Driver)
: base(ref Driver)
{
TEXT = new WindowText(ref Driver, this);
}
public MaCom(IDeviceIO deviceIO)
{
Device = deviceIO;
}
public Faulhaber_SA2036U012V(ref IDeviceIO Driver)
{
_driver = Driver;
}
public Game(IDeviceIO deviceIO)
{
this.deviceIO = deviceIO;
}
