public static TaskManager GetInstance()
{
if (myInstance == null)
{
myInstance = new TaskManager();
}
NIDaqTaskManager.GetInstance();
return(myInstance);
}
public void addAllTaskEndEventHandler(Action func)
{
NIDaqTaskManager.GetInstance().allTaskEndEvent += () => func();
}
public void addTaskStartEventHandler(Action func)
{
NIDaqTaskManager.GetInstance().taskStartEvent += () => func();
}
public void stop()
{
NIDaqTaskManager.GetInstance().stop();
}
public void verify()
{
NIDaqTaskManager.GetInstance().verify();
}
public void popTaskDigitalOutput(string[] channelName, uint[,] digis)
{
NIDaqTaskManager.GetInstance().popTaskDigitalOutput(channelName, digis);
}
public void popTaskAnalogInput(string[] channelName, double[] minVoltage, double[] maxVoltage)
{
NIDaqTaskManager.GetInstance().popTaskAnalogInput(channelName, minVoltage, maxVoltage);
}
public void initTask(string deviceName, double sampleRate, int sampleLength)
{
NIDaqTaskManager.GetInstance().initTask(deviceName, sampleRate, sampleLength);
}
public void clearTask()
{
NIDaqTaskManager.GetInstance().clearTask();
}
public string[] getDigitalOutputList()
{
return(NIDaqTaskManager.GetInstance().getDigitalOutputList());
}
public string[] getAnalogInputList()
{
return(NIDaqTaskManager.GetInstance().getAnalogInputList());
}
public List <String> getInputWaveNameList(int deviceIndex)
{
return(NIDaqTaskManager.GetInstance().getInputWaveNameList(deviceIndex));
}
public int getInputWaveDeviceCount()
{
return(NIDaqTaskManager.GetInstance().getInputWaveDeviceCount());
}
public double[,] getInputWaveArray(int deviceIndex)
{
return(NIDaqTaskManager.GetInstance().getInputWaveArray(deviceIndex));
}
public void setRepeatFlag(bool flag)
{
NIDaqTaskManager.GetInstance().setRepeatFlag(flag);
}
