/**Initial the capture threads and dispens threads according to the thread environment.*/
private void initPrimaryThreads()
{
for (int i = 0; i < sessionNum; i++)
{
CaptureThreadEnv tmpCaptureThreadEnv = new CaptureThreadEnv();
setCaptureThreadEnv(tmpCaptureThreadEnv, i);
CaptureThread captureThread = new CaptureThread(tmpCaptureThreadEnv);
captureThreadList.Add(captureThread);
ParseThreadEnv tmpParseThreadEnv = new ParseThreadEnv();
setParseThreadEnv(tmpParseThreadEnv, i);
ParseThread parseThread = new ParseThread(tmpParseThreadEnv);
parseThreadList.Add(parseThread);
}
MergeThreadEnv tmpMergeThreadEvn = new MergeThreadEnv();
setMergeThreadEnv(tmpMergeThreadEvn);
mergeThread = new MergeThread(tmpMergeThreadEvn);
AscanUIThreadEnv tmpAscanUIThreadEnv = new AscanUIThreadEnv();
setAscanUIThreadEnv(tmpAscanUIThreadEnv);
AscanUIThread = new AscanUIThread(tmpAscanUIThreadEnv);
MeasureUIThreadEnv tmpMeasureUIThreadEnv = new MeasureUIThreadEnv();
setMeasureUIThreadEnv(tmpMeasureUIThreadEnv);
measureUIThread = new MeasureUIThread(tmpMeasureUIThreadEnv);
}
/**
* Set the enviroment of the merge thread.
* @param thrdEnv the merge environment to be set
* @return thrdEnv a merge thread environment whose paraments are set
*/
private void setMergeThreadEnv(MergeThreadEnv threadEnv)
{
threadEnv.init = threadHandClaspInit;
threadEnv.clean = threadHandClaspCleanup;
threadEnv.status = ThreadCondition.created;
threadEnv.mergeInList = queueManager.mergeInList;
threadEnv.measureQueue = queueManager.measurementQueue;
}
public MergeThread(MergeThreadEnv tmpEnv)
{
init = tmpEnv.init;
clean = tmpEnv.clean;
status = tmpEnv.status;
mergeInList = tmpEnv.mergeInList;
measureQueue = tmpEnv.measureQueue;
measureQueueElement = new MeasureQueueElement();
thread = new Thread(mergeFunc);
thread.IsBackground = true;
}