@Override
public boolean equals(Object obj) {
if (this == obj) return true;
if (obj == null) return false;
if (getClass() != obj.getClass()) return false;
AdapterKey<?> other = (AdapterKey<?>) obj;
return key.equals(other.getKey()) && role.equals(other.role);
}
@Override
protected void attachToAnchorageVisual(IVisualPart<Node, ? extends Node> anchorage, String role) {
@SuppressWarnings("serial")
Provider<? extends IFXAnchor> anchorProvider =
anchorage.getAdapter(AdapterKey.get(new TypeToken<Provider<? extends IFXAnchor>>() {}));
IFXAnchor anchor = anchorProvider == null ? null : anchorProvider.get();
if (role.equals("START")) {
getVisual().setStartAnchor(anchor);
} else if (role.equals("END")) {
getVisual().setEndAnchor(anchor);
} else {
throw new IllegalStateException("Cannot attach to anchor with role <" + role + ">.");
}
}
@Override
public void setContent(Object content) {
super.setContent(content);
if (content == null) {
return;
}
if (!(content instanceof Edge)) {
throw new IllegalArgumentException("Content of wrong type!");
}
final FXConnection visual = getVisual();
setAdapter(
AdapterKey.get(
Provider.class, FXDefaultFeedbackPartFactory.SELECTION_FEEDBACK_GEOMETRY_PROVIDER),
new Provider<IGeometry>() {
@Override
public IGeometry get() {
return FXUtils.localToParent(
visual,
FXUtils.localToParent(
visual.getCurveNode(),
((FXGeometryNode<?>) visual.getCurveNode()).getGeometry()));
}
});
setAdapter(
AdapterKey.get(
Provider.class, FXDefaultFeedbackPartFactory.HOVER_FEEDBACK_GEOMETRY_PROVIDER),
new Provider<IGeometry>() {
@Override
public IGeometry get() {
return FXUtils.localToParent(
visual,
FXUtils.localToParent(
visual.getCurveNode(),
((FXGeometryNode<?>) visual.getCurveNode()).getGeometry()));
}
});
}
@Override
public IUndoableOperation commit() {
final IUndoableOperation updateVisualOperation = super.commit();
if (updateVisualOperation == null) {
return null;
}
// commit changes to model
final FXGeometricShapePart host = getHost();
final FXGeometricShape hostContent = host.getContent();
// determine transformation
@SuppressWarnings("serial")
Provider<Affine> affineProvider =
host.getAdapter(
AdapterKey.<Provider<? extends Affine>>get(
new TypeToken<Provider<? extends Affine>>() {},
FXTransformPolicy.TRANSFORMATION_PROVIDER_ROLE));
AffineTransform tx = JavaFX2Geometry.toAffineTransform(affineProvider.get());
final AffineTransform oldTransform = hostContent.getTransform();
final AffineTransform newTransform =
new AffineTransform(
tx.getM00(),
tx.getM10(),
tx.getM01(),
tx.getM11(),
tx.getTranslateX(),
tx.getTranslateY());
// create operation to write the changes to the model
final IUndoableOperation updateModelOperation =
new AbstractOperation("Update Model") {
@Override
public IStatus execute(IProgressMonitor monitor, IAdaptable info)
throws ExecutionException {
hostContent.setTransform(newTransform);
return Status.OK_STATUS;
}
@Override
public IStatus redo(IProgressMonitor monitor, IAdaptable info) throws ExecutionException {
return execute(monitor, info);
}
@Override
public IStatus undo(IProgressMonitor monitor, IAdaptable info) throws ExecutionException {
hostContent.setTransform(oldTransform);
return Status.OK_STATUS;
}
};
// compose operations
IUndoableOperation compositeOperation =
new ForwardUndoCompositeOperation(updateVisualOperation.getLabel()) {
{
add(updateVisualOperation);
add(updateModelOperation);
}
};
return compositeOperation;
}
@SuppressWarnings("serial")
protected List<IHandlePart<Node, ? extends Node>> createSingleSelectionHandleParts(
final IVisualPart<Node, ? extends Node> target, Map<Object, Object> contextMap) {
List<IHandlePart<Node, ? extends Node>> handleParts =
new ArrayList<IHandlePart<Node, ? extends Node>>();
// handle geometry is in target visual local coordinate space.
final Provider<IGeometry> selectionHandlesGeometryInTargetLocalProvider =
target.<Provider<IGeometry>>getAdapter(
AdapterKey.get(
new TypeToken<Provider<? extends IGeometry>>() {},
SELECTION_HANDLES_GEOMETRY_PROVIDER));
// generate handles from selection handles geometry
IGeometry selectionHandlesGeometry =
(selectionHandlesGeometryInTargetLocalProvider != null)
? selectionHandlesGeometryInTargetLocalProvider.get()
: null;
if (selectionHandlesGeometry == null) {
return handleParts; // empty
}
// we will need a provider that returns the geometry in scene
// coordinates
final Provider<IGeometry> selectionHandlesGeometryInSceneProvider =
new Provider<IGeometry>() {
@Override
public IGeometry get() {
return FXUtils.localToScene(
target.getVisual(), selectionHandlesGeometryInTargetLocalProvider.get());
}
};
Provider<BezierCurve[]> selectionHandlesSegmentsInSceneProvider =
createSegmentsProvider(selectionHandlesGeometryInSceneProvider);
if (selectionHandlesGeometry instanceof ICurve) {
// assure the geometry provider that is handed over returns the
// geometry in scene coordinates
handleParts.addAll(
createCurveSelectionHandleParts(
target, selectionHandlesSegmentsInSceneProvider, contextMap));
} else if (selectionHandlesGeometry instanceof IShape) {
if (selectionHandlesGeometry instanceof Rectangle) {
// create corner handles
handleParts.addAll(
createTightBoundsSelectionHandleParts(
Collections.singletonList(target),
selectionHandlesSegmentsInSceneProvider,
contextMap));
} else {
// create segment handles (based on outline)
BezierCurve[] segments = selectionHandlesSegmentsInSceneProvider.get();
for (int i = 0; i < segments.length; i++) {
IHandlePart<Node, ? extends Node> hp =
createSelectionSegmentHandlePart(
target, selectionHandlesSegmentsInSceneProvider, segments.length, i, contextMap);
if (hp != null) {
handleParts.add(hp);
}
}
}
} else {
throw new IllegalStateException(
"Unable to generate handles for this handle geometry. Expected ICurve or IShape, but got: "
+ selectionHandlesGeometry);
}
return handleParts;
}
@SuppressWarnings("serial")
protected List<IHandlePart<Node, ? extends Node>> createHoverHandleParts(
final IVisualPart<Node, ? extends Node> target,
final HoverBehavior<Node> contextBehavior,
final Map<Object, Object> contextMap) {
List<IHandlePart<Node, ? extends Node>> handleParts =
new ArrayList<IHandlePart<Node, ? extends Node>>();
// handle geometry is in target visual local coordinate space.
final Provider<? extends IGeometry> hoverHandlesGeometryInTargetLocalProvider =
target.getAdapter(
AdapterKey.get(
new TypeToken<Provider<? extends IGeometry>>() {},
HOVER_HANDLES_GEOMETRY_PROVIDER));
// generate handles from selection handles geometry
IGeometry hoverHandlesGeometry =
(hoverHandlesGeometryInTargetLocalProvider != null)
? hoverHandlesGeometryInTargetLocalProvider.get()
: null;
if (hoverHandlesGeometry == null) {
return handleParts; // empty
}
// we will need a provider that returns the geometry in scene
// coordinates
final Provider<? extends IGeometry> hoverHandlesGeometryInSceneProvider =
new Provider<IGeometry>() {
@Override
public IGeometry get() {
return FXUtils.localToScene(
target.getVisual(), hoverHandlesGeometryInTargetLocalProvider.get());
}
};
// the handle parts are located based on the segments of the handle
// geometry
Provider<BezierCurve[]> hoverHandlesSegmentsInSceneProvider =
new Provider<BezierCurve[]>() {
@Override
public BezierCurve[] get() {
IGeometry handleGeometry = hoverHandlesGeometryInSceneProvider.get();
if (handleGeometry instanceof IShape) {
List<BezierCurve> segments = new ArrayList<BezierCurve>();
for (ICurve os : ((IShape) handleGeometry).getOutlineSegments()) {
segments.addAll(Arrays.asList(os.toBezier()));
}
return segments.toArray(new BezierCurve[] {});
} else if (handleGeometry instanceof ICurve) {
return ((ICurve) handleGeometry).toBezier();
} else {
throw new IllegalStateException(
"Unable to determine handle position: Expected IShape or ICurve but got: "
+ handleGeometry);
}
}
};
// create segment handles (based on outline)
BezierCurve[] segments = hoverHandlesSegmentsInSceneProvider.get();
for (int i = 0; i < segments.length; i++) {
IHandlePart<Node, ? extends Node> hp =
createHoverSegmentHandlePart(
target, hoverHandlesSegmentsInSceneProvider, segments.length, i, contextMap);
if (hp != null) {
handleParts.add(hp);
}
}
return handleParts;
}
/**
* Adds (default) {@link AdapterMap} bindings for {@link AbstractViewer} and all sub-classes. May
* be overwritten by sub-classes to change the default bindings.
*
* @param adapterMapBinder The {@link MapBinder} to be used for the binding registration. In this
* case, will be obtained from {@link AdapterMaps#getAdapterMapBinder(Binder, Class)} using
* {@link AbstractViewer} as a key.
* @see AdapterMaps#getAdapterMapBinder(Binder, Class)
*/
protected void bindAbstractViewerAdapters(MapBinder<AdapterKey<?>, Object> adapterMapBinder) {
// bind (default) viewer models as adapters
adapterMapBinder.addBinding(AdapterKey.get(ContentModel.class)).to(ContentModel.class);
adapterMapBinder.addBinding(AdapterKey.get(ViewportModel.class)).to(ViewportModel.class);
adapterMapBinder.addBinding(AdapterKey.get(GridModel.class)).to(GridModel.class);
}