/// <summary>
/// Initializes a new instance of the class. Initializes the: communication interface; main window interface; cyclic queues; max/min values and
/// read/write locks.
/// </summary>
/// <param name="communicationInterface">Reference to the communication interface used to communicate with the target hardware.</param>
/// <param name="cyclicQueueRecordSize">The required size of the cyclic buffer used to record watch data.</param>
/// <param name="cyclicQueueLogSize">The required size of the cyclic buffer used to log watch data.</param>
/// <param name="formWatchView">Reference to the form that called this form.</param>
public ThreadPollWatch(ICommunicationWatch communicationInterface, int cyclicQueueRecordSize, int cyclicQueueLogSize, FormViewWatch formWatchView)
{
m_CommunicationInterface = communicationInterface;
Debug.Assert(m_CommunicationInterface != null);
m_FormViewWatch = formWatchView;
Debug.Assert(m_FormViewWatch != null, "ThreadPollWatch.Ctor() - [m_FormViewWatch != null]");
m_CyclicQueueRecord = new CyclicQueue <WatchFrame_t>(cyclicQueueRecordSize);
m_CyclicQueueLog = new CyclicQueue <WatchFrame_t>(cyclicQueueLogSize);
m_MutexPause = new Mutex();
m_MutexPauseFeedback = new Mutex();
m_MutexCommunicationFault = new Mutex();
m_MutexRecord = new Mutex();
m_MutexAutoScaleWatchValues = new Mutex();
#region - [AutoScale] -
m_AutoScaleWatchValues = new AutoScale_t[Parameter.WatchSize];
#endregion - [AutoScale] -
m_PacketCount = 0;
m_PollScheduler = new PollScheduler();
m_ReadTimeoutCountdown = ReadTimeoutCountdown;
}
/// <summary>
/// Initializes a new instance of the class. Initializes the communication interface and read/write locks.
/// </summary>
public ThreadCommTarget(MdiPTU mainForm)
{
m_MainForm = mainForm;
m_MutexPause = new Mutex();
m_MutexPauseFeedback = new Mutex();
m_MutexCommunicationFault = new Mutex();
m_ResponseCount = 0;
m_PollScheduler = new PollScheduler();
m_ReadTimeoutCountdown = ReadTimeoutCountdown;
}
/// <summary>
/// Initializes a new instance of the class. Initializes the communication interface and read/write locks.
/// </summary>
/// <param name="communicationInterface">Reference to the communication interface used to communicate with the target hardware.</param>
/// <param name="formViewEventLog">Reference to the form that called this form.</param>
public ThreadPollEvent(ICommunicationEvent communicationInterface, FormViewEventLog formViewEventLog)
{
CommunicationInterface = communicationInterface;
Debug.Assert(m_CommunicationInterface != null, "ThreadPollEvent.Ctor() - [m_CommunicationInterface != null]");
m_FormViewEventLog = formViewEventLog;
Debug.Assert(m_FormViewEventLog != null, "ThreadPollEvent.Ctor() - [m_FormViewEventLog != null]");
m_MutexPause = new Mutex();
m_MutexPauseFeedback = new Mutex();
m_MutexCommunicationFault = new Mutex();
m_PacketCount = 0;
m_PollScheduler = new PollScheduler();
m_ReadTimeoutCountdown = ReadTimeoutCountdown;
}
/// <summary>
/// Initializes a new instance of the class. Initializes the communication interface and read/write locks.
/// </summary>
/// <param name="communicationInterface">Reference to the communication interface used to communicate with the target hardware.</param>
/// <param name="formViewTestResults">Reference to the form that called this form.</param>
public ThreadCommWatchdog(ICommunicationSelfTest communicationInterface, FormViewTestResults formViewTestResults)
{
CommunicationInterface = communicationInterface;
Debug.Assert(communicationInterface != null, "ThreadCommWatchdog.Ctor() - [communicationSelfTest = null]");
m_FormViewTestResults = formViewTestResults;
Debug.Assert(m_FormViewTestResults != null, "ThreadCommWatchdog.Ctor() - [m_FormViewTestResults != null]");
m_MutexPause = new Mutex();
m_MutexPauseFeedback = new Mutex();
m_MutexCommunicationFault = new Mutex();
m_ResponseCount = 0;
m_PollScheduler = new PollScheduler();
m_ReadTimeoutCountdown = ReadTimeoutCountdown;
m_InSelfTestWatchdogResponse = true;
}
