private void checkBoundsAfterParticipantP1DeletionOfTestCreateMessageDeletion2() {
Bounds newDiagramElementP2Bounds = getBounds(diagramElementP2, participantP2);
Bounds newDiagramElementP3Bounds = getBounds(diagramElementP3, participantP3);
Bounds newDiagramElementP4Bounds = getBounds(diagramElementP4, participantP4);
Range newCreateP4Range =
new SequenceMessageViewQuery(getGmfEdge(createP4Edge)).getVerticalRange();
Range newCreateP3Range =
new SequenceMessageViewQuery(getGmfEdge(createP3Edge)).getVerticalRange();
assertEquals(
diagramElementP1Bounds.getX()
+ diagramElementP1Bounds.getWidth()
+ LayoutConstants.LIFELINES_MIN_X_GAP,
newDiagramElementP2Bounds.getX());
assertEquals(origin.y, newDiagramElementP2Bounds.getY());
assertEquals(
diagramElementP2Bounds.getX()
+ diagramElementP2Bounds.getWidth()
+ LayoutConstants.LIFELINES_MIN_X_GAP,
newDiagramElementP3Bounds.getX());
int yP3 = newCreateP3Range.getLowerBound() - newDiagramElementP3Bounds.getHeight() / 2;
assertEquals(yP3, newDiagramElementP3Bounds.getY());
assertEquals(
diagramElementP3Bounds.getX()
+ diagramElementP3Bounds.getWidth()
+ LayoutConstants.LIFELINES_MIN_X_GAP,
newDiagramElementP4Bounds.getX());
int yP4 = newCreateP4Range.getLowerBound() - newDiagramElementP4Bounds.getHeight() / 2;
assertEquals(yP4, newDiagramElementP4Bounds.getY());
}
private void checkInitialBounds() {
assertEquals(origin.x, diagramElementP1Bounds.getX());
assertEquals(origin.y, diagramElementP1Bounds.getY());
assertEquals(
diagramElementP1Bounds.getX()
+ diagramElementP1Bounds.getWidth()
+ LayoutConstants.LIFELINES_MIN_X_GAP,
diagramElementP2Bounds.getX());
int yP2 = createP2EdgeRange.getLowerBound() - diagramElementP2Bounds.getHeight() / 2;
assertEquals(yP2, diagramElementP2Bounds.getY());
assertEquals(
diagramElementP2Bounds.getX()
+ diagramElementP2Bounds.getWidth()
+ LayoutConstants.LIFELINES_MIN_X_GAP,
diagramElementP3Bounds.getX());
int yP3 = createP3EdgeRange.getLowerBound() - diagramElementP3Bounds.getHeight() / 2;
assertEquals(yP3, diagramElementP3Bounds.getY());
assertEquals(
diagramElementP3Bounds.getX()
+ diagramElementP3Bounds.getWidth()
+ LayoutConstants.LIFELINES_MIN_X_GAP,
diagramElementP4Bounds.getX());
int yP4 = createP4EdgeRange.getLowerBound() - diagramElementP4Bounds.getHeight() / 2;
assertEquals(yP4, diagramElementP4Bounds.getY());
// TODO : checks messages bounds.
}
/**
* Abstract validator providing common services for user interactions.
*
* @author mporhel
*/
public abstract class AbstractSequenceInteractionValidator {
/** Keep the value of the validation. */
protected boolean valid = true;
/** {@link RequestQuery} for the current Request. */
protected final RequestQuery request;
/** The expansionZine. */
protected Range expansionZone = Range.emptyRange();
/** {@link ISequenceEvent} in errors. */
protected final Set<ISequenceEvent> eventInError = new HashSet<ISequenceEvent>();
/** invalid positions. */
protected final Set<Integer> invalidPositions = new HashSet<Integer>();
/** invalid ranges. */
protected final Set<Range> invalidRanges = new HashSet<Range>();
/** {@link ISequenceEvent}s moved. */
protected final Collection<ISequenceEvent> movedElements = new ArrayList<ISequenceEvent>();
/** {@link ISequenceEvent}s moved. */
protected final Collection<Range> createdElements = new ArrayList<Range>();
/** startReflexiveMessageToResize. */
protected final Collection<Message> startReflexiveMessageToResize = new HashSet<Message>();
/** endReflexiveMessageToResize. */
protected final Collection<Message> endReflexiveMessageToResize = new HashSet<Message>();
private boolean initialized;
/**
* Constructor.
*
* @param request a request query
*/
public AbstractSequenceInteractionValidator(RequestQuery request) {
this.request = request;
}
/**
* Get the {@link SequenceDiagram}.
*
* @return the {@link SequenceDiagram}
*/
public abstract SequenceDiagram getDiagram();
/**
* Get the {@link Function} which give the {@link Range} of a {@link ISequenceEvent}.
*
* @return the {@link Range} of a {@link ISequenceEvent}
*/
public abstract Function<ISequenceEvent, Range> getRangeFunction();
/** Do the validation of the request. */
protected abstract void doValidation();
/**
* Return the validation status. Validate the request result in the first call only.
*
* @return the validation status.
*/
public final boolean isValid() {
validate();
return valid;
}
/**
* Performs all the computations required to validate the resizing, and stores any important
* information which will be useful to actually execute the move if it is valid, like for example
* avoid contact with siblings or handle reconnection.
*/
public final void validate() {
if (!initialized) {
doValidation();
initialized = true;
}
}
public Collection<ISequenceEvent> getMovedElements() {
return movedElements;
}
public Collection<Range> getCreatedElements() {
return createdElements;
}
public Collection<Message> getResizedStartMessages() {
return startReflexiveMessageToResize;
}
public Collection<Message> getResizedEndMessages() {
return endReflexiveMessageToResize;
}
public Range getExpansionZone() {
return expansionZone;
}
public Collection<ISequenceEvent> getEventsInError() {
return eventInError;
}
public Collection<Integer> getInvalidPostions() {
return invalidPositions;
}
public Collection<Range> getInvalidRanges() {
return invalidRanges;
}
}