public void Execute(AscanQueueElement ascanQueueElement)
{
if (drawEvent != null)
{
drawEvent(dacMode, tof, ampPercent, dacPoint);
}
}
public void Execute(AscanQueueElement ascanQueueElement)
{
if (ascanDrawEvent != null)
{
FormList.MDIChild.Invoke(ascanDrawEvent, ascanQueueElement);
}
}
public UIThread(UIThreadEnv tmpEnv)
{
init = tmpEnv.init;
clean = tmpEnv.clean;
status = tmpEnv.status;
ascanInList = tmpEnv.ascanInList;
this.sessionsAttrs = tmpEnv.sessionsAttrs;
ascanQueueElement = new AscanQueueElement();
thread = new Thread(UIFunc);
thread.IsBackground = true;
}
public AscanUIThread(AscanUIThreadEnv tmpEnv)
{
init = tmpEnv.init;
clean = tmpEnv.clean;
status = tmpEnv.status;
ascanInList = tmpEnv.ascanInList;
ascanQueueElement = new AscanQueueElement();
//timer = new System.Windows.Forms.Timer();
//timer.Interval = ConstParameter.AscanTimerInterval;
//timer.Tick += new EventHandler(AscanUIFunc);
thread = new Thread(AscanUIFunc);
thread.IsBackground = true;
}
public ParseThread(ParseThreadEnv tmpEnv)
{
timer.Elapsed += new System.Timers.ElapsedEventHandler(UpdateAscan);
timer.AutoReset = true;
init = tmpEnv.init;
clean = tmpEnv.clean;
status = tmpEnv.status;
inputQueue = tmpEnv.captureOutQueue;
ascanQueue = tmpEnv.ascanQueue;
mergeInQueue = tmpEnv.mergeInQueue;
mergeInQueueElement = new MergeInQueueElement();
ascanQueueElement = new AscanQueueElement();
boardStatusPacket = new BoardStatusSetPacket();
thread = new Thread(parseFunc);
thread.IsBackground = true;
updateCallBack = new updateDelegate(FormList.MDIChild.updateAscanbytimer);
}
/**Parse thread function.*/
private void parseFunc()
{
//DEFINATION
bool isDequeSuccess;
bool isParseSuccess;
//bool isError;
CaptureOutQueueElement outqueueElement;
//A queue atom represent the end of the ascan queue.
AscanQueueElement ascanEndElement;
//A queue atom represent the end of the mergein queue.
MergeInQueueElement mergeInEndElement;
//INIT
isDequeSuccess = false;
isParseSuccess = false;
//isError = false;
outqueueElement = new CaptureOutQueueElement();
ascanEndElement = new AscanQueueElement();
ascanEndElement.IsEnd = true;
mergeInEndElement = new MergeInQueueElement();
mergeInEndElement.IsEnd = true;
//PROCESSING
init.handclasp_meet();
while (!GlobalQuit.Quit)
{
try
{
isDequeSuccess = inputQueue.Dequeue(ref outqueueElement);
if (isDequeSuccess)
{
//if receive the end atom of queue, just break and stop the thread.
if (outqueueElement.IsEnd == true)
{
break;
}
// LogFile.write("开始分发");
isParseSuccess = parsePacket(outqueueElement.setPacket);
// LogFile.write("分发结束");
if (!isParseSuccess)
{
StackTrace st = new StackTrace(new StackFrame(true));
LogHelper.WriteLog("The format of packet is wrong or ParseThread timed out when Enqueue!", st);
#if USE_WARNING
MessageBox.Show("分发线程获取的数据格式错误或入队失败，请马上设置断点检查。位置：ParseThread.parseFunc");
#endif
status = ThreadCondition.error;
//isError = true;
}
}
else
{
StackTrace st = new StackTrace(new StackFrame(true));
LogHelper.WriteLog("ParseThread timed out when Dequeue!", st);
#if USE_WARNING
MessageBox.Show("分发线程出队超时，请马上设置断点检查。位置：ParseThread.parseFunc");
#endif
status = ThreadCondition.error;
// isError = true;
}
}
catch (Exception e)
{
StackTrace st = new StackTrace(new StackFrame(true));
LogHelper.WriteLog(e, st);
#if USE_WARNING
MessageBox.Show("检测到异常，请马上设置断点检查。位置：ParseThread.parseFunc");
#endif
status = ThreadCondition.error;
//isError = true;
}
}
init.handclasp_force();
//ascanQueue.EnqueueWithSemaphor(ascanEndElement);
//mergeInQueue.EnqueueWithSemaphor(mergeInEndElement);
clean.handclasp_meet();
status = ThreadCondition.exit;
}
