public void SetThreadGroup(AbstractThreadGroup threadgrp)
{
this.threadGroup = threadgrp;
}
private void StartThreadGroup(AbstractThreadGroup group, int groupCount, SearchByType<AbstractThreadGroup> searcher, LinkedList<Object> testLevelElements, ListenerNotifier notifier)
{
int numThreads = group.GetNumThreads();
NetMeterContextManager.AddTotalThreads(numThreads);
Boolean onErrorStopTest = group.GetOnErrorStopTest();
Boolean onErrorStopTestNow = group.GetOnErrorStopTestNow();
Boolean onErrorStopThread = group.GetOnErrorStopThread();
Boolean onErrorStartNextLoop = group.GetOnErrorStartNextLoop();
String groupName = group.GetName();
log.Info("Starting " + numThreads + " threads for group " + groupName + ".");
if (onErrorStopTest) {
log.Info("Test will stop on error");
} else if (onErrorStopTestNow) {
log.Info("Test will stop abruptly on error");
} else if (onErrorStopThread) {
log.Info("Thread will stop on error");
} else if (onErrorStartNextLoop) {
log.Info("Thread will start next loop on error");
} else {
log.Info("Thread will continue on error");
}
OrderedHashTree threadGroupTree = (OrderedHashTree) searcher.GetSubTree(group);
threadGroupTree.Put(group, testLevelElements);
groups.Add(group);
group.Start(groupCount, notifier, threadGroupTree, this);
}
public void SetThreadGroup(AbstractThreadGroup group)
{
this.threadGroup = group;
}
/**
* Adds a feature to the AbstractThreadGroup attribute of the TestPlan object.
*
* @param group
* the feature to be added to the AbstractThreadGroup attribute
*/
public void AddThreadGroup(AbstractThreadGroup group)
{
threadGroups.AddLast(group);
}
public void SetThreadGroup(AbstractThreadGroup group)
{
this.threadGroup = group;
}
public void SetThreadGroup(AbstractThreadGroup threadgrp)
{
this.threadGroup = threadgrp;
}
