@Test
public void testTaskWithIncommingAndOutgoingMessageFlowWithMultiplePartners() {
setUpForTaskTypeTests();
Pool poolD = new Pool();
poolD.setText("PoolD");
model.addNode(poolD);
Task taskInD = new Task();
taskInD.setText("TaskInD");
model.addNode(taskInD);
poolD.addProcessNode(taskInD);
makeSendTask(taskInD);
StartEvent startInD = createTimerStartEvent();
EndEvent endInD = createEndEvent();
poolD.addProcessNode(startInD);
poolD.addProcessNode(endInD);
addSequenceFlow(startInD, taskInD);
addSequenceFlow(taskInD, endInD);
MessageFlow in = addMessageFlow(taskInD, getTask1InA());
MessageFlow out = addMessageFlow(getTask1InA(), getTask2InB());
assertOneWarning(
texts.getLongText("taskWithInAndOutMessageFlowWithMultiplePartners"),
getTask1InA(),
listOf(in, out),
true);
}
@Test
public void TestRemoveNodeFromCluster() {
BPMNModel m = new BPMNModel();
Task task1 = new Task(100, 100, "Task1");
m.addNode(task1);
Pool pool = new Pool(50, 50, "Pool");
m.addNode(pool);
pool.addProcessNode(task1);
m.removeNode(task1);
assertFalse(pool.getProcessNodes().contains(task1));
}
private void setUpForTaskTypeTests() {
makeSendTask(getTask1InB(true, false));
makeReceiveTask(getTask2InB(false, true));
addSequenceFlow(getTask1InB(), getTask2InB());
// add some MessageFlow, so that these both tasks do not do any harm,
// if the are not needed
// add some MessageFlow, so that these both tasks do not do any harm,
// if the are not needed
// add some MessageFlow, so that these both tasks do not do any harm,
// if the are not needed
Pool poolC = new Pool();
poolC.setText("poolC");
model.addNode(poolC);
Task receiver = new Task();
Task sender = new Task();
receiver.setText("receiver");
sender.setText("sender");
makeSendTask(sender);
makeReceiveTask(receiver);
model.addNode(sender);
model.addNode(receiver);
poolC.addProcessNode(sender);
poolC.addProcessNode(receiver);
addMessageFlow(getTask1InB(), receiver);
addMessageFlow(sender, getTask2InB());
StartEvent startInC = createTimerStartEvent();
EndEvent endInC = createEndEvent();
poolC.addProcessNode(startInC);
poolC.addProcessNode(endInC);
addSequenceFlow(startInC, receiver);
addSequenceFlow(receiver, sender);
addSequenceFlow(sender, endInC);
}