public static void ResetSignal(bool val)
{
//if (m_state != IntState.Wait)
{
if (val && !m_dirtyResetSignal)
{
m_inputSignals |= IntSignals.Reset;
}
}
m_dirtyResetSignal = val;
}
public static void StartLayer_(bool val)
{
if (m_state == IntState.Wait)
{
// if (val && !m_dirtyRunSignal)
{
m_inputSignals |= IntSignals.Run;
}
}
m_dirtyRunSignal = val;
}
private static void processStopRequest()
{
NativeMethods.PCI_Stop_Execution();
NativeMethods.PCI_Write_Port(0xC, 0x000);
NativeMethods.PCI_Write_DA_List((UInt16)0);
fileLoader.m_mut.WaitOne(); //lock file loader thread
fileLoader.resetFile();
PrefetchList.resetList();
m_runningLIst = ListNumber.Undefine;
fileLoader.m_mut.ReleaseMutex();
m_inputSignals &= ~(IntSignals.Reset);
m_state = IntState.Wait; // after reset always to wait State.
}
public static void processSignals()
{
NativeMethods.readStatus(ref m_cardStatus);
if (m_isIntiialize)
{
PrefetchList.stepExecution();
}
IntSignals s = m_inputSignals;
switch (m_state)
{
case IntState.Wait:
WaitState();
if ((s & IntSignals.Run) != 0)
{
m_inputSignals &= ~IntSignals.Run;
m_state = IntState.WaitListReady;
}
if ((s & (IntSignals.Reset)) != 0)
{
processStopRequest();
}
break;
case IntState.WaitListReady:
fillList();
if ((s & (IntSignals.Reset)) != 0)
{
processStopRequest();
}
break;
case IntState.Work:
WorkState();
if ((s & (IntSignals.Reset)) != 0)
{
processStopRequest();
}
break;
}
}
