/**
* Overridden to tells if the specified {@link ISequenceEvent} is owned by the current {@link
* Lifeline}.
*
* <p>{@inheritDoc}
*/
public boolean apply(ISequenceEvent input) {
boolean result = false;
Option<Lifeline> inputLifeline = input.getLifeline();
if (inputLifeline.some()) {
result = inputLifeline.get().equals(owner);
} else if (input instanceof Message) {
Message message = (Message) input;
ISequenceNode sourceElt = message.getSourceElement();
ISequenceNode targetElt = message.getSourceElement();
Option<Lifeline> sourceLifeline = sourceElt.getLifeline();
Option<Lifeline> targetLifeline = targetElt.getLifeline();
result =
sourceLifeline.some() && sourceLifeline.get().equals(owner)
|| targetLifeline.some() && targetLifeline.get().equals(owner);
} else if (input instanceof Operand) {
result = true;
} else if (input instanceof AbstractFrame) {
AbstractFrame frame = (AbstractFrame) input;
Collection<Lifeline> coverage = frame.computeCoveredLifelines();
result = coverage.contains(owner);
}
return result;
}
/** Test that create message move down shift correctly all sub event ends. */
public void testCreateMessageMoveDownToShiftAllSubEventEnds() {
validateOrdering(20);
Point startOfCreateMessage =
new Point(instanceRoleEditPartDBounds.getCenter().x, firstInteractionUseBounds.y - 10);
Point finishOfCreateMessage = instanceRoleEditPartEBounds.getCenter();
createMessage(
InteractionsConstants.CREATE_TOOL_ID,
startOfCreateMessage.x,
startOfCreateMessage.y,
finishOfCreateMessage.x,
finishOfCreateMessage.y);
validateOrdering(22);
SWTBotGefConnectionEditPart createMessageBot =
instanceRoleEditPartEBot.parent().targetConnections().get(0);
Rectangle createMessageBounds = editor.getBounds(createMessageBot);
int dy = 8;
int NB_MOVE_DOWN = 5;
createMessageBot.select();
// Avoid to drag from the label.
editor.clickContextMenu("Hide label");
SequenceDiagram sequenceDiagram = getSequenceDiagram();
SequenceDDiagram sequenceDDiagram = sequenceDiagram.getSequenceDDiagram();
List<EventEnd> initalSemanticOrdering =
Lists.newArrayList(sequenceDDiagram.getSemanticOrdering().getEventEnds());
Map<ISequenceEvent, Range> initalState = Maps.newHashMap();
Set<ISequenceEvent> initalEvents = sequenceDiagram.getAllOrderedDelimitedSequenceEvents();
for (ISequenceEvent ise : initalEvents) {
initalState.put(ise, ise.getVerticalRange());
}
for (int i = 1; i <= NB_MOVE_DOWN; i++) {
createMessageBounds = editor.getBounds(createMessageBot);
CheckSequenceMessageEditPartMoved checkSequenceMessageEditPartMoved =
new CheckSequenceMessageEditPartMoved(createMessageBot);
editor.drag(
createMessageBounds.getCenter(), createMessageBounds.getCenter().translate(0, dy));
bot.waitUntil(checkSequenceMessageEditPartMoved);
assertEquals(
"The expected drag n�" + (i) + " did not occurs",
createMessageBounds.getCenter().getTranslated(0, dy).y,
editor.getBounds(createMessageBot).getCenter().y,
2);
// Check graphical and semantic ordering are sync.
validateOrdering(22);
// Check no reorder occurs / initial ordering
assertTrue(
"No reorder should occur in this test.",
Iterables.elementsEqual(
initalSemanticOrdering, sequenceDDiagram.getGraphicalOrdering().getEventEnds()));
Set<ISequenceEvent> events = sequenceDiagram.getAllOrderedDelimitedSequenceEvents();
assertEquals("We should have the same number of events.", initalEvents.size(), events.size());
for (ISequenceEvent ise : events) {
assertEquals(
"We should have the same number of events.",
initalState.get(ise).shifted(i * dy),
ise.getVerticalRange());
}
}
}