//thread function
private void captureFunc2()
{
//DEFINATION
//last one element
CaptureOutQueueElement cFlush; //last element
//queue capcity
int numCapBufs;
//caputure element
CaptureOutQueueElement ce;
//driver element
DrvQueueElement de;
//
uint boardStatus;
//daq return
int errCode;
//CHECK INPUTS
//none.
//INIT
cFlush = new CaptureOutQueueElement(false);
cFlush.isEnd = true;
//MAIN PROCESSING
try
{
//check board is normal?
errCode = DAQ.get(boardId, AttrbuteType.DAQ_ATTR_BOARD_STATUS_MACHINE, ref boardStatus, (uint)DAQ_TYPE.DAQ_UINT_TYPE);
if (errCode != (int)DAQErr.Success)
{
throw new Exception("daq err return");
}
if (boardStatus != (uint)DAQ_BOARD_STATUS_MACHINE.DAQ_BOARD_STATUS_MACHINE_IDLE)
{
throw new Exception("daq not correct board status");
}
//wait init Rendezvous
init.handclasp_meet();
//thread function
while ((quit = Gbl.GetQuit()) != true)
{
//new ce read from tsq interface, if timeout, throw error
//check output queue is full? if not full,
//
} //end while(...
} //end try
catch (Exception e)
{
MessageShow.show("Error of " + index.ToString() + "# capture thread!", index.ToString() + "#capture thread！" + e.ToString());
}//end catch
}
/**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;
}
/**Capture thread funcion.*/
private void captureFunc()
{
CaptureOutQueueElement outQueueElement;
//A queue atom represent the end of the input.
CaptureOutQueueElement queueFlush;
int readResult;
bool isEnqueue;
outQueueElement = new CaptureOutQueueElement();
queueFlush = new CaptureOutQueueElement();
queueFlush.IsEnd = true;
readResult = 0;
//isError = false;
isEnqueue = false;
init.handclasp_meet();
while (!GlobalQuit.Quit)
{
try
{
readResult = GetPDAQ.daqRead(boardId, ref outQueueElement.setPacket);
//outQueueElement.setPacket.id = 512;
if (0 == readResult)
{
//LogFile.write("收到采集信号");
//the receiver count++
pkgCounter++;
//enqueue
isEnqueue = outputQueue.Enqueue(outQueueElement);
//LogFile.write("采集入队成功");
if (!isEnqueue)
{
StackTrace st = new StackTrace(new StackFrame(true));
LogHelper.WriteLog(boardId + "# CaptureThread timed out when Enqueue!", st);
#if USE_WARNING
MessageBox.Show("采集线程入队超时，请马上设置断点检查。位置：CaptureThread.captureFunc");
#endif
status = ThreadCondition.error;
//isError = true;
}
}
//A symbol for the last one
else if (1 == readResult)
{
outputQueue.Enqueue(queueFlush);
break;
}
else
{
StackTrace st = new StackTrace(new StackFrame(true));
LogHelper.WriteLog("Can't read from DAQ. ErrorCoed = " + readResult, st);
#if USE_WARNING
MessageBox.Show("采集线程读取DAQ数据错误，请马上设置断点检查。位置：CaptureThread.captureFunc, " + boardId.ToString() + "#采集线程错误！");
#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：CaptureThread.captureFunc, " + boardId.ToString() + "#采集线程异常！");
#endif
status = ThreadCondition.error;
//isError = true;
}
}
init.handclasp_force();
//outputQueue.Enqueue(queueFlush);
clean.handclasp_meet();
status = ThreadCondition.exit;
}