target stringlengths 20 113k | src_fm stringlengths 11 86.3k | src_fm_fc stringlengths 21 86.4k | src_fm_fc_co stringlengths 30 86.4k | src_fm_fc_ms stringlengths 42 86.8k | src_fm_fc_ms_ff stringlengths 43 86.8k |
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@Test public void testNewShapeControl() { final WiresShapeControl wiresShapeControl = tested.newShapeControl(wiresShape, wiresManager); assertNotNull(wiresShapeControl); assertTrue(wiresShapeControl instanceof StunnerWiresShapeControl); } | @Override public WiresShapeControl newShapeControl(final WiresShape shape, final WiresManager wiresManager) { return new StunnerWiresShapeControl(new WiresShapeControlImpl(shape)); } | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresShapeControl newShapeControl(final WiresShape shape, final WiresManager wiresManager) { return new StunnerWiresShapeControl(new WiresShapeControlImpl(shape)); } } | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresShapeControl newShapeControl(final WiresShape shape, final WiresManager wiresManager) { return new StunnerWiresShapeControl(new WiresShapeControlImpl(shape)); } @Inject StunnerWiresControlFactory(final Event<CanvasUnhighlightEvent> unhig... | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresShapeControl newShapeControl(final WiresShape shape, final WiresManager wiresManager) { return new StunnerWiresShapeControl(new WiresShapeControlImpl(shape)); } @Inject StunnerWiresControlFactory(final Event<CanvasUnhighlightEvent> unhig... | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresShapeControl newShapeControl(final WiresShape shape, final WiresManager wiresManager) { return new StunnerWiresShapeControl(new WiresShapeControlImpl(shape)); } @Inject StunnerWiresControlFactory(final Event<CanvasUnhighlightEvent> unhig... |
@Test public void testNewConnectorControl() { assertEquals(connectorControl, tested.newConnectorControl(wiresConnector, wiresManager)); verify(connectorControl).setPointHandleDecorator(any(StunnerPointHandleDecorator.class)); } | @Override public WiresConnectorControl newConnectorControl(final WiresConnector connector, final WiresManager wiresManager) { final WiresConnectorControlImpl wiresConnectorControl = (WiresConnectorControlImpl) delegate.newConnectorControl(connector, wiresManager); wiresConnectorControl.setPointHandleDecorator(new Stunn... | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresConnectorControl newConnectorControl(final WiresConnector connector, final WiresManager wiresManager) { final WiresConnectorControlImpl wiresConnectorControl = (WiresConnectorControlImpl) delegate.newConnectorControl(connector, wiresManag... | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresConnectorControl newConnectorControl(final WiresConnector connector, final WiresManager wiresManager) { final WiresConnectorControlImpl wiresConnectorControl = (WiresConnectorControlImpl) delegate.newConnectorControl(connector, wiresManag... | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresConnectorControl newConnectorControl(final WiresConnector connector, final WiresManager wiresManager) { final WiresConnectorControlImpl wiresConnectorControl = (WiresConnectorControlImpl) delegate.newConnectorControl(connector, wiresManag... | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresConnectorControl newConnectorControl(final WiresConnector connector, final WiresManager wiresManager) { final WiresConnectorControlImpl wiresConnectorControl = (WiresConnectorControlImpl) delegate.newConnectorControl(connector, wiresManag... |
@Test public void testNewConnectionControl() { assertEquals(connectionControl, tested.newConnectionControl(wiresConnector, true, wiresManager)); } | @Override public WiresConnectionControl newConnectionControl(final WiresConnector connector, final boolean headNotTail, final WiresManager wiresManager) { return delegate.newConnectionControl(connector, headNotTail, wiresManager); } | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresConnectionControl newConnectionControl(final WiresConnector connector, final boolean headNotTail, final WiresManager wiresManager) { return delegate.newConnectionControl(connector, headNotTail, wiresManager); } } | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresConnectionControl newConnectionControl(final WiresConnector connector, final boolean headNotTail, final WiresManager wiresManager) { return delegate.newConnectionControl(connector, headNotTail, wiresManager); } @Inject StunnerWiresContro... | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresConnectionControl newConnectionControl(final WiresConnector connector, final boolean headNotTail, final WiresManager wiresManager) { return delegate.newConnectionControl(connector, headNotTail, wiresManager); } @Inject StunnerWiresContro... | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresConnectionControl newConnectionControl(final WiresConnector connector, final boolean headNotTail, final WiresManager wiresManager) { return delegate.newConnectionControl(connector, headNotTail, wiresManager); } @Inject StunnerWiresContro... |
@Test public void testNewCompositeControl() { assertEquals(compositeControl, tested.newCompositeControl(compositeContext, wiresManager)); } | @Override public WiresCompositeControl newCompositeControl(final WiresCompositeControl.Context context, final WiresManager wiresManager) { return delegate.newCompositeControl(context, wiresManager); } | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresCompositeControl newCompositeControl(final WiresCompositeControl.Context context, final WiresManager wiresManager) { return delegate.newCompositeControl(context, wiresManager); } } | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresCompositeControl newCompositeControl(final WiresCompositeControl.Context context, final WiresManager wiresManager) { return delegate.newCompositeControl(context, wiresManager); } @Inject StunnerWiresControlFactory(final Event<CanvasUnhig... | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresCompositeControl newCompositeControl(final WiresCompositeControl.Context context, final WiresManager wiresManager) { return delegate.newCompositeControl(context, wiresManager); } @Inject StunnerWiresControlFactory(final Event<CanvasUnhig... | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresCompositeControl newCompositeControl(final WiresCompositeControl.Context context, final WiresManager wiresManager) { return delegate.newCompositeControl(context, wiresManager); } @Inject StunnerWiresControlFactory(final Event<CanvasUnhig... |
@Test public void testNewShapeHighlight() { final WiresShapeHighlight<PickerPart.ShapePart> instance = tested.newShapeHighlight(wiresManager); assertNotNull(instance); assertTrue(instance instanceof StunnerWiresShapeStateHighlight); } | @Override public WiresShapeHighlight<PickerPart.ShapePart> newShapeHighlight(final WiresManager wiresManager) { return new StunnerWiresShapeStateHighlight(wiresManager, unhighlightEvent); } | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresShapeHighlight<PickerPart.ShapePart> newShapeHighlight(final WiresManager wiresManager) { return new StunnerWiresShapeStateHighlight(wiresManager, unhighlightEvent); } } | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresShapeHighlight<PickerPart.ShapePart> newShapeHighlight(final WiresManager wiresManager) { return new StunnerWiresShapeStateHighlight(wiresManager, unhighlightEvent); } @Inject StunnerWiresControlFactory(final Event<CanvasUnhighlightEvent... | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresShapeHighlight<PickerPart.ShapePart> newShapeHighlight(final WiresManager wiresManager) { return new StunnerWiresShapeStateHighlight(wiresManager, unhighlightEvent); } @Inject StunnerWiresControlFactory(final Event<CanvasUnhighlightEvent... | StunnerWiresControlFactory implements WiresControlFactory { @Override public WiresShapeHighlight<PickerPart.ShapePart> newShapeHighlight(final WiresManager wiresManager) { return new StunnerWiresShapeStateHighlight(wiresManager, unhighlightEvent); } @Inject StunnerWiresControlFactory(final Event<CanvasUnhighlightEvent... |
@Test public void decorateValidNone() { tested.decorate(shape, IShapeDecorator.ShapeState.VALID); tested.decorate(shape, IShapeDecorator.ShapeState.NONE); verify(shape, times(2)).setFillColor(StunnerPointHandleDecorator.MAIN_COLOR); verify(shape, times(2)).setFillAlpha(0.8); verify(shape, times(2)).setStrokeAlpha(1); v... | @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case NONE: case VALID: shape.setFillColor(MAIN_COLOR) .setFillAlpha(0.8) .setStrokeAlpha(1) .setShadow(SHADOW_SELECTED) .setStrokeWidth(2) .setStrokeColor(STROKE_COLOR); break; case INVALID: shape.setFillColor(ColorName.WHITE) .setFillAlp... | StunnerPointHandleDecorator extends PointHandleDecorator { @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case NONE: case VALID: shape.setFillColor(MAIN_COLOR) .setFillAlpha(0.8) .setStrokeAlpha(1) .setShadow(SHADOW_SELECTED) .setStrokeWidth(2) .setStrokeColor(STROKE_COLOR); break; ca... | StunnerPointHandleDecorator extends PointHandleDecorator { @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case NONE: case VALID: shape.setFillColor(MAIN_COLOR) .setFillAlpha(0.8) .setStrokeAlpha(1) .setShadow(SHADOW_SELECTED) .setStrokeWidth(2) .setStrokeColor(STROKE_COLOR); break; ca... | StunnerPointHandleDecorator extends PointHandleDecorator { @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case NONE: case VALID: shape.setFillColor(MAIN_COLOR) .setFillAlpha(0.8) .setStrokeAlpha(1) .setShadow(SHADOW_SELECTED) .setStrokeWidth(2) .setStrokeColor(STROKE_COLOR); break; ca... | StunnerPointHandleDecorator extends PointHandleDecorator { @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case NONE: case VALID: shape.setFillColor(MAIN_COLOR) .setFillAlpha(0.8) .setStrokeAlpha(1) .setShadow(SHADOW_SELECTED) .setStrokeWidth(2) .setStrokeColor(STROKE_COLOR); break; ca... |
@Test public void decorateInvalid() { tested.decorate(shape, IShapeDecorator.ShapeState.INVALID); verify(shape).setFillColor(ColorName.WHITE); verify(shape).setShadow(SHADOW_SELECTED); verify(shape).setFillAlpha(1); verify(shape).setStrokeAlpha(1); verify(shape).setStrokeWidth(2); verify(shape).setStrokeColor(StunnerPo... | @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case NONE: case VALID: shape.setFillColor(MAIN_COLOR) .setFillAlpha(0.8) .setStrokeAlpha(1) .setShadow(SHADOW_SELECTED) .setStrokeWidth(2) .setStrokeColor(STROKE_COLOR); break; case INVALID: shape.setFillColor(ColorName.WHITE) .setFillAlp... | StunnerPointHandleDecorator extends PointHandleDecorator { @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case NONE: case VALID: shape.setFillColor(MAIN_COLOR) .setFillAlpha(0.8) .setStrokeAlpha(1) .setShadow(SHADOW_SELECTED) .setStrokeWidth(2) .setStrokeColor(STROKE_COLOR); break; ca... | StunnerPointHandleDecorator extends PointHandleDecorator { @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case NONE: case VALID: shape.setFillColor(MAIN_COLOR) .setFillAlpha(0.8) .setStrokeAlpha(1) .setShadow(SHADOW_SELECTED) .setStrokeWidth(2) .setStrokeColor(STROKE_COLOR); break; ca... | StunnerPointHandleDecorator extends PointHandleDecorator { @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case NONE: case VALID: shape.setFillColor(MAIN_COLOR) .setFillAlpha(0.8) .setStrokeAlpha(1) .setShadow(SHADOW_SELECTED) .setStrokeWidth(2) .setStrokeColor(STROKE_COLOR); break; ca... | StunnerPointHandleDecorator extends PointHandleDecorator { @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case NONE: case VALID: shape.setFillColor(MAIN_COLOR) .setFillAlpha(0.8) .setStrokeAlpha(1) .setShadow(SHADOW_SELECTED) .setStrokeWidth(2) .setStrokeColor(STROKE_COLOR); break; ca... |
@Test public void decorate() { tested.decorate(shape, IShapeDecorator.ShapeState.VALID); tested.decorate(shape, IShapeDecorator.ShapeState.INVALID); tested.decorate(shape, IShapeDecorator.ShapeState.NONE); verify(shape, times(3)).setFillColor("#0088CE"); verify(shape, times(3)).setFillAlpha(0.7); verify(shape, times(3)... | @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case VALID: case INVALID: case NONE: shape.setFillColor(StunnerPointHandleDecorator.MAIN_COLOR) .setFillAlpha(0.7) .setStrokeAlpha(1) .setStrokeWidth(0) .moveToTop(); } return shape; } | StunnerMagnetDecorator extends MagnetDecorator { @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case VALID: case INVALID: case NONE: shape.setFillColor(StunnerPointHandleDecorator.MAIN_COLOR) .setFillAlpha(0.7) .setStrokeAlpha(1) .setStrokeWidth(0) .moveToTop(); } return shape; } } | StunnerMagnetDecorator extends MagnetDecorator { @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case VALID: case INVALID: case NONE: shape.setFillColor(StunnerPointHandleDecorator.MAIN_COLOR) .setFillAlpha(0.7) .setStrokeAlpha(1) .setStrokeWidth(0) .moveToTop(); } return shape; } } | StunnerMagnetDecorator extends MagnetDecorator { @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case VALID: case INVALID: case NONE: shape.setFillColor(StunnerPointHandleDecorator.MAIN_COLOR) .setFillAlpha(0.7) .setStrokeAlpha(1) .setStrokeWidth(0) .moveToTop(); } return shape; } @Ov... | StunnerMagnetDecorator extends MagnetDecorator { @Override public Shape decorate(Shape shape, ShapeState state) { switch (state) { case VALID: case INVALID: case NONE: shape.setFillColor(StunnerPointHandleDecorator.MAIN_COLOR) .setFillAlpha(0.7) .setStrokeAlpha(1) .setStrokeWidth(0) .moveToTop(); } return shape; } @Ov... |
@Test public void testGetItems() { final Diagram stunnerDiagram1 = mock(Diagram.class); final Diagram stunnerDiagram2 = mock(Diagram.class); final DMNDiagramElement dmnDiagramElement1 = mock(DMNDiagramElement.class); final DMNDiagramElement dmnDiagramElement2 = mock(DMNDiagramElement.class); final DMNDiagramTuple dmnDi... | public List<DecisionNavigatorItem> getItems() { final List<DecisionNavigatorItem> items = new ArrayList<>(); dmnDiagramsSession.getDMNDiagrams().stream() .sorted((e1, e2) -> { final String dmnElementName1 = e1.getDMNDiagram().getName().getValue(); final String dmnElementName2 = e2.getDMNDiagram().getName().getValue(); ... | DecisionNavigatorItemsProvider { public List<DecisionNavigatorItem> getItems() { final List<DecisionNavigatorItem> items = new ArrayList<>(); dmnDiagramsSession.getDMNDiagrams().stream() .sorted((e1, e2) -> { final String dmnElementName1 = e1.getDMNDiagram().getName().getValue(); final String dmnElementName2 = e2.getDM... | DecisionNavigatorItemsProvider { public List<DecisionNavigatorItem> getItems() { final List<DecisionNavigatorItem> items = new ArrayList<>(); dmnDiagramsSession.getDMNDiagrams().stream() .sorted((e1, e2) -> { final String dmnElementName1 = e1.getDMNDiagram().getName().getValue(); final String dmnElementName2 = e2.getDM... | DecisionNavigatorItemsProvider { public List<DecisionNavigatorItem> getItems() { final List<DecisionNavigatorItem> items = new ArrayList<>(); dmnDiagramsSession.getDMNDiagrams().stream() .sorted((e1, e2) -> { final String dmnElementName1 = e1.getDMNDiagram().getName().getValue(); final String dmnElementName2 = e2.getDM... | DecisionNavigatorItemsProvider { public List<DecisionNavigatorItem> getItems() { final List<DecisionNavigatorItem> items = new ArrayList<>(); dmnDiagramsSession.getDMNDiagrams().stream() .sorted((e1, e2) -> { final String dmnElementName1 = e1.getDMNDiagram().getName().getValue(); final String dmnElementName2 = e2.getDM... |
@Test(expected = DMNIncludeModelCouldNotBeCreatedException.class) public void testCreateUnknownIncludeRaisesAnError() throws Exception { when(importTypesHelper.isDMN(includedModelPath)).thenReturn(false); when(importTypesHelper.isPMML(includedModelPath)).thenReturn(false); factory.create(dmnModelPath, includedModelPath... | public IncludedModel create(final Path dmnModelPath, final Path includedModelPath) throws DMNIncludeModelCouldNotBeCreatedException { try { if (importTypesHelper.isDMN(includedModelPath)) { return makeDMNIncludedModel(dmnModelPath, includedModelPath); } else if (importTypesHelper.isPMML(includedModelPath)) { return mak... | IncludedModelFactory { public IncludedModel create(final Path dmnModelPath, final Path includedModelPath) throws DMNIncludeModelCouldNotBeCreatedException { try { if (importTypesHelper.isDMN(includedModelPath)) { return makeDMNIncludedModel(dmnModelPath, includedModelPath); } else if (importTypesHelper.isPMML(includedM... | IncludedModelFactory { public IncludedModel create(final Path dmnModelPath, final Path includedModelPath) throws DMNIncludeModelCouldNotBeCreatedException { try { if (importTypesHelper.isDMN(includedModelPath)) { return makeDMNIncludedModel(dmnModelPath, includedModelPath); } else if (importTypesHelper.isPMML(includedM... | IncludedModelFactory { public IncludedModel create(final Path dmnModelPath, final Path includedModelPath) throws DMNIncludeModelCouldNotBeCreatedException { try { if (importTypesHelper.isDMN(includedModelPath)) { return makeDMNIncludedModel(dmnModelPath, includedModelPath); } else if (importTypesHelper.isPMML(includedM... | IncludedModelFactory { public IncludedModel create(final Path dmnModelPath, final Path includedModelPath) throws DMNIncludeModelCouldNotBeCreatedException { try { if (importTypesHelper.isDMN(includedModelPath)) { return makeDMNIncludedModel(dmnModelPath, includedModelPath); } else if (importTypesHelper.isPMML(includedM... |
@Test public void testMoveViewsTopTop() { tested.onMoveStart(10d, 10d); verify(delegate, times(1)).onMoveStart(eq(10d), eq(10d)); verify(shapeView, times(1)).moveToTop(); } | @Override public void onMoveStart(final double x, final double y) { super.onMoveStart(x, y); getShapeView().moveToTop(); } | StunnerWiresShapeControl extends DelegateWiresShapeControl { @Override public void onMoveStart(final double x, final double y) { super.onMoveStart(x, y); getShapeView().moveToTop(); } } | StunnerWiresShapeControl extends DelegateWiresShapeControl { @Override public void onMoveStart(final double x, final double y) { super.onMoveStart(x, y); getShapeView().moveToTop(); } StunnerWiresShapeControl(final WiresShapeControlImpl delegate); } | StunnerWiresShapeControl extends DelegateWiresShapeControl { @Override public void onMoveStart(final double x, final double y) { super.onMoveStart(x, y); getShapeView().moveToTop(); } StunnerWiresShapeControl(final WiresShapeControlImpl delegate); @Override void onMoveStart(final double x,
f... | StunnerWiresShapeControl extends DelegateWiresShapeControl { @Override public void onMoveStart(final double x, final double y) { super.onMoveStart(x, y); getShapeView().moveToTop(); } StunnerWiresShapeControl(final WiresShapeControlImpl delegate); @Override void onMoveStart(final double x,
f... |
@Test public void testHighlightBodyForNonHasShapeStateView() { tested.highlight(view, PickerPart.ShapePart.BODY); verify(delegate, times(1)).highlight(eq(view), eq(PickerPart.ShapePart.BODY)); verify(stateExecutor, never()).accept(any(ShapeState.class)); } | @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } } | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } StunnerWiresShapeStateHighlight(final WiresManager wiresManager,
... | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } StunnerWiresShapeStateHighlight(final WiresManager wiresManager,
... | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } StunnerWiresShapeStateHighlight(final WiresManager wiresManager,
... |
@Test public void testHighlightBodyForHasShapeStateView() { tested.highlight(viewWithState, PickerPart.ShapePart.BODY); verify(stateExecutor, times(1)).accept(eq(ShapeState.HIGHLIGHT)); verify(delegate, never()).highlight(eq(viewWithState), any(PickerPart.ShapePart.class)); } | @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } } | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } StunnerWiresShapeStateHighlight(final WiresManager wiresManager,
... | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } StunnerWiresShapeStateHighlight(final WiresManager wiresManager,
... | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } StunnerWiresShapeStateHighlight(final WiresManager wiresManager,
... |
@Test public void testHighlightBorderForNonStateView() { tested.highlight(view, PickerPart.ShapePart.BORDER); verify(delegate, times(1)).highlight(eq(view), eq(PickerPart.ShapePart.BORDER)); verify(stateExecutor, never()).accept(any(ShapeState.class)); } | @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } } | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } StunnerWiresShapeStateHighlight(final WiresManager wiresManager,
... | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } StunnerWiresShapeStateHighlight(final WiresManager wiresManager,
... | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } StunnerWiresShapeStateHighlight(final WiresManager wiresManager,
... |
@Test public void testHighlightBorderForStateView() { tested.highlight(viewWithState, PickerPart.ShapePart.BORDER); verify(delegate, times(1)).highlight(eq(viewWithState), eq(PickerPart.ShapePart.BORDER)); verify(stateExecutor, never()).accept(any(ShapeState.class)); } | @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } } | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } StunnerWiresShapeStateHighlight(final WiresManager wiresManager,
... | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } StunnerWiresShapeStateHighlight(final WiresManager wiresManager,
... | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void highlight(final WiresShape shape, final PickerPart.ShapePart part) { highlight(shape, part, ShapeState.HIGHLIGHT); } StunnerWiresShapeStateHighlight(final WiresManager wiresManager,
... |
@Test public void testRestore() { tested.setCurrent(viewWithState); tested.restore(); verify(stateExecutor, times(1)).accept(eq(ShapeState.NONE)); verify(delegate, never()).highlight(eq(viewWithState), any(PickerPart.ShapePart.class)); } | @Override public void restore() { if (null != current && (Objects.isNull(currentPartState) || Objects.equals(PickerPart.ShapePart.BODY, currentPartState))) { current.applyState(ShapeState.NONE); setCurrent(null); } else { delegate.restore(); } currentPartState = null; } | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void restore() { if (null != current && (Objects.isNull(currentPartState) || Objects.equals(PickerPart.ShapePart.BODY, currentPartState))) { current.applyState(ShapeState.NONE); setCurrent(null); } else { delegate.re... | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void restore() { if (null != current && (Objects.isNull(currentPartState) || Objects.equals(PickerPart.ShapePart.BODY, currentPartState))) { current.applyState(ShapeState.NONE); setCurrent(null); } else { delegate.re... | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void restore() { if (null != current && (Objects.isNull(currentPartState) || Objects.equals(PickerPart.ShapePart.BODY, currentPartState))) { current.applyState(ShapeState.NONE); setCurrent(null); } else { delegate.re... | StunnerWiresShapeStateHighlight implements WiresShapeHighlight<PickerPart.ShapePart> { @Override public void restore() { if (null != current && (Objects.isNull(currentPartState) || Objects.equals(PickerPart.ShapePart.BODY, currentPartState))) { current.applyState(ShapeState.NONE); setCurrent(null); } else { delegate.re... |
@Test public void testAdd() { tested.add(shape); verify(layer, times(1)).add(eq(shape)); tested.add(emptyLayer); verify(scene, times(1)).add(eq(emptyLayer)); } | public LienzoLayer add(final IPrimitive<?> shape) { if (layer.getChildNodes().contains(shape)) { LOGGER.log(Level.WARNING, "Cannot add a primitive shape into the layer twice!"); } else { layer.add(shape); } return this; } | LienzoLayer { public LienzoLayer add(final IPrimitive<?> shape) { if (layer.getChildNodes().contains(shape)) { LOGGER.log(Level.WARNING, "Cannot add a primitive shape into the layer twice!"); } else { layer.add(shape); } return this; } } | LienzoLayer { public LienzoLayer add(final IPrimitive<?> shape) { if (layer.getChildNodes().contains(shape)) { LOGGER.log(Level.WARNING, "Cannot add a primitive shape into the layer twice!"); } else { layer.add(shape); } return this; } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { public LienzoLayer add(final IPrimitive<?> shape) { if (layer.getChildNodes().contains(shape)) { LOGGER.log(Level.WARNING, "Cannot add a primitive shape into the layer twice!"); } else { layer.add(shape); } return this; } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final ... | LienzoLayer { public LienzoLayer add(final IPrimitive<?> shape) { if (layer.getChildNodes().contains(shape)) { LOGGER.log(Level.WARNING, "Cannot add a primitive shape into the layer twice!"); } else { layer.add(shape); } return this; } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final ... |
@Test public void testAddTwice() { when(layer.getChildNodes()).thenReturn(new NFastArrayList<>(shape)); tested.add(shape); verify(layer, never()).add(eq(shape)); } | public LienzoLayer add(final IPrimitive<?> shape) { if (layer.getChildNodes().contains(shape)) { LOGGER.log(Level.WARNING, "Cannot add a primitive shape into the layer twice!"); } else { layer.add(shape); } return this; } | LienzoLayer { public LienzoLayer add(final IPrimitive<?> shape) { if (layer.getChildNodes().contains(shape)) { LOGGER.log(Level.WARNING, "Cannot add a primitive shape into the layer twice!"); } else { layer.add(shape); } return this; } } | LienzoLayer { public LienzoLayer add(final IPrimitive<?> shape) { if (layer.getChildNodes().contains(shape)) { LOGGER.log(Level.WARNING, "Cannot add a primitive shape into the layer twice!"); } else { layer.add(shape); } return this; } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { public LienzoLayer add(final IPrimitive<?> shape) { if (layer.getChildNodes().contains(shape)) { LOGGER.log(Level.WARNING, "Cannot add a primitive shape into the layer twice!"); } else { layer.add(shape); } return this; } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final ... | LienzoLayer { public LienzoLayer add(final IPrimitive<?> shape) { if (layer.getChildNodes().contains(shape)) { LOGGER.log(Level.WARNING, "Cannot add a primitive shape into the layer twice!"); } else { layer.add(shape); } return this; } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final ... |
@Test public void testDelete() { tested.delete(shape); verify(layer, times(1)).remove(eq(shape)); } | public LienzoLayer delete(final IPrimitive<?> shape) { layer.remove(shape); return this; } | LienzoLayer { public LienzoLayer delete(final IPrimitive<?> shape) { layer.remove(shape); return this; } } | LienzoLayer { public LienzoLayer delete(final IPrimitive<?> shape) { layer.remove(shape); return this; } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { public LienzoLayer delete(final IPrimitive<?> shape) { layer.remove(shape); return this; } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void on... | LienzoLayer { public LienzoLayer delete(final IPrimitive<?> shape) { layer.remove(shape); return this; } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void on... |
@Test public void testRemove() { tested.remove(emptyLayer); verify(scene, times(1)).remove(eq(emptyLayer)); } | public void remove(final Layer layer) { if (isReady()) { this.layer.getScene().remove(layer); } } | LienzoLayer { public void remove(final Layer layer) { if (isReady()) { this.layer.getScene().remove(layer); } } } | LienzoLayer { public void remove(final Layer layer) { if (isReady()) { this.layer.getScene().remove(layer); } } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { public void remove(final Layer layer) { if (isReady()) { this.layer.getScene().remove(layer); } } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); ... | LienzoLayer { public void remove(final Layer layer) { if (isReady()) { this.layer.getScene().remove(layer); } } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); ... |
@Test public void testOnOpen() { tested.onOpen(); verify(tested).showPreview(any()); } | @OnOpen @SuppressWarnings("unused") public void onOpen() { final ClientSession current = clientSessionManager.getCurrentSession(); if (Objects.nonNull(current)) { showPreview(current); } } | PreviewDiagramScreen { @OnOpen @SuppressWarnings("unused") public void onOpen() { final ClientSession current = clientSessionManager.getCurrentSession(); if (Objects.nonNull(current)) { showPreview(current); } } } | PreviewDiagramScreen { @OnOpen @SuppressWarnings("unused") public void onOpen() { final ClientSession current = clientSessionManager.getCurrentSession(); if (Objects.nonNull(current)) { showPreview(current); } } protected PreviewDiagramScreen(); @Inject PreviewDiagramScreen(final SessionManager clientSessionManager,
... | PreviewDiagramScreen { @OnOpen @SuppressWarnings("unused") public void onOpen() { final ClientSession current = clientSessionManager.getCurrentSession(); if (Objects.nonNull(current)) { showPreview(current); } } protected PreviewDiagramScreen(); @Inject PreviewDiagramScreen(final SessionManager clientSessionManager,
... | PreviewDiagramScreen { @OnOpen @SuppressWarnings("unused") public void onOpen() { final ClientSession current = clientSessionManager.getCurrentSession(); if (Objects.nonNull(current)) { showPreview(current); } } protected PreviewDiagramScreen(); @Inject PreviewDiagramScreen(final SessionManager clientSessionManager,
... |
@Test public void testClear() { tested.clear(); verify(layer, times(1)).clear(); } | public void clear() { layer.clear(); } | LienzoLayer { public void clear() { layer.clear(); } } | LienzoLayer { public void clear() { layer.clear(); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { public void clear() { layer.clear(); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void onAfterDraw(final Command callback); Layer getTopLayer... | LienzoLayer { public void clear() { layer.clear(); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void onAfterDraw(final Command callback); Layer getTopLayer... |
@Test public void testIsReady() { LienzoCustomLayer layer1 = mock(LienzoCustomLayer.class); LienzoLayer tested1 = new LienzoLayer(layer1); when(layer1.getScene()).thenReturn(scene); LienzoCustomLayer layer2 = mock(LienzoCustomLayer.class); LienzoLayer tested2 = new LienzoLayer(layer2); when(layer2.getScene()).thenRetur... | public boolean isReady() { return null != layer.getScene(); } | LienzoLayer { public boolean isReady() { return null != layer.getScene(); } } | LienzoLayer { public boolean isReady() { return null != layer.getScene(); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { public boolean isReady() { return null != layer.getScene(); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void onAfterDraw(final Command callb... | LienzoLayer { public boolean isReady() { return null != layer.getScene(); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void onAfterDraw(final Command callb... |
@Test public void testOnAfterDraw() { tested.onAfterDraw(mock(Command.class)); verify(layer, times(1)).setOnLayerAfterDraw(any(OnLayerAfterDraw.class)); } | public void onAfterDraw(final Command callback) { layer.setOnLayerAfterDraw(layer1 -> callback.execute()); } | LienzoLayer { public void onAfterDraw(final Command callback) { layer.setOnLayerAfterDraw(layer1 -> callback.execute()); } } | LienzoLayer { public void onAfterDraw(final Command callback) { layer.setOnLayerAfterDraw(layer1 -> callback.execute()); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { public void onAfterDraw(final Command callback) { layer.setOnLayerAfterDraw(layer1 -> callback.execute()); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); voi... | LienzoLayer { public void onAfterDraw(final Command callback) { layer.setOnLayerAfterDraw(layer1 -> callback.execute()); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); voi... |
@Test public void testGetTopLayer() { assertEquals(topLayer, tested.getTopLayer()); } | public Layer getTopLayer() { return isReady() ? layer.getScene().getTopLayer() : null; } | LienzoLayer { public Layer getTopLayer() { return isReady() ? layer.getScene().getTopLayer() : null; } } | LienzoLayer { public Layer getTopLayer() { return isReady() ? layer.getScene().getTopLayer() : null; } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { public Layer getTopLayer() { return isReady() ? layer.getScene().getTopLayer() : null; } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void onAf... | LienzoLayer { public Layer getTopLayer() { return isReady() ? layer.getScene().getTopLayer() : null; } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void onAf... |
@Test public void testDestroy() { tested.destroy(); verify(layer, times(1)).removeAll(); verify(layer, times(1)).removeFromParent(); } | public void destroy() { layer.removeAll(); layer.removeFromParent(); } | LienzoLayer { public void destroy() { layer.removeAll(); layer.removeFromParent(); } } | LienzoLayer { public void destroy() { layer.removeAll(); layer.removeFromParent(); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { public void destroy() { layer.removeAll(); layer.removeFromParent(); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void onAfterDraw(final Comm... | LienzoLayer { public void destroy() { layer.removeAll(); layer.removeFromParent(); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void onAfterDraw(final Comm... |
@Test public void testGetTranslate() { transform.translate(11, 33); Point2D translate = tested.getTranslate(); assertEquals(11d, translate.getX(), 0d); assertEquals(33d, translate.getY(), 0d); } | protected Point2D getTranslate() { return new Point2D( layer.getAbsoluteTransform().getTranslateX(), layer.getAbsoluteTransform().getTranslateY() ); } | LienzoLayer { protected Point2D getTranslate() { return new Point2D( layer.getAbsoluteTransform().getTranslateX(), layer.getAbsoluteTransform().getTranslateY() ); } } | LienzoLayer { protected Point2D getTranslate() { return new Point2D( layer.getAbsoluteTransform().getTranslateX(), layer.getAbsoluteTransform().getTranslateY() ); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { protected Point2D getTranslate() { return new Point2D( layer.getAbsoluteTransform().getTranslateX(), layer.getAbsoluteTransform().getTranslateY() ); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLa... | LienzoLayer { protected Point2D getTranslate() { return new Point2D( layer.getAbsoluteTransform().getTranslateX(), layer.getAbsoluteTransform().getTranslateY() ); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLa... |
@Test public void testGetScale() { transform.scale(0.11, 0.666); Point2D translate = tested.getScale(); assertEquals(0.11d, translate.getX(), 0d); assertEquals(0.666d, translate.getY(), 0d); } | protected Point2D getScale() { return new Point2D( layer.getAbsoluteTransform().getScaleX(), layer.getAbsoluteTransform().getScaleY() ); } | LienzoLayer { protected Point2D getScale() { return new Point2D( layer.getAbsoluteTransform().getScaleX(), layer.getAbsoluteTransform().getScaleY() ); } } | LienzoLayer { protected Point2D getScale() { return new Point2D( layer.getAbsoluteTransform().getScaleX(), layer.getAbsoluteTransform().getScaleY() ); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { protected Point2D getScale() { return new Point2D( layer.getAbsoluteTransform().getScaleX(), layer.getAbsoluteTransform().getScaleY() ); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(f... | LienzoLayer { protected Point2D getScale() { return new Point2D( layer.getAbsoluteTransform().getScaleX(), layer.getAbsoluteTransform().getScaleY() ); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(f... |
@Test public void testTranslate() { tested.translate(11, 33); assertEquals(11d, transform.getTranslateX(), 0d); assertEquals(33d, transform.getTranslateY(), 0d); } | public void translate(final double tx, final double ty) { setTransform(t -> translate(t, tx, ty)); } | LienzoLayer { public void translate(final double tx, final double ty) { setTransform(t -> translate(t, tx, ty)); } } | LienzoLayer { public void translate(final double tx, final double ty) { setTransform(t -> translate(t, tx, ty)); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { public void translate(final double tx, final double ty) { setTransform(t -> translate(t, tx, ty)); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(... | LienzoLayer { public void translate(final double tx, final double ty) { setTransform(t -> translate(t, tx, ty)); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(... |
@Test public void testScaleUnit() { tested.scale(0.22d); assertEquals(0.22d, transform.getScaleX(), 0d); assertEquals(0.22d, transform.getScaleY(), 0d); } | public void scale(final double sx, final double sy) { setTransform(t -> scale(t, sx, sy)); } | LienzoLayer { public void scale(final double sx, final double sy) { setTransform(t -> scale(t, sx, sy)); } } | LienzoLayer { public void scale(final double sx, final double sy) { setTransform(t -> scale(t, sx, sy)); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { public void scale(final double sx, final double sy) { setTransform(t -> scale(t, sx, sy)); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void ... | LienzoLayer { public void scale(final double sx, final double sy) { setTransform(t -> scale(t, sx, sy)); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void ... |
@Test public void testScaleUnits() { tested.scale(0.22d, 0.33d); assertEquals(0.22d, transform.getScaleX(), 0d); assertEquals(0.33d, transform.getScaleY(), 0d); } | public void scale(final double sx, final double sy) { setTransform(t -> scale(t, sx, sy)); } | LienzoLayer { public void scale(final double sx, final double sy) { setTransform(t -> scale(t, sx, sy)); } } | LienzoLayer { public void scale(final double sx, final double sy) { setTransform(t -> scale(t, sx, sy)); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); } | LienzoLayer { public void scale(final double sx, final double sy) { setTransform(t -> scale(t, sx, sy)); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void ... | LienzoLayer { public void scale(final double sx, final double sy) { setTransform(t -> scale(t, sx, sy)); } LienzoLayer(); LienzoLayer(final LienzoCustomLayer layer); void setSkipDraw(final boolean skipDraw); LienzoLayer add(final IPrimitive<?> shape); LienzoLayer delete(final IPrimitive<?> shape); void clear(); void ... |
@Test public void testOnClose() { tested.onClose(); verify(tested).closePreview(); } | @OnClose @SuppressWarnings("unused") public void onClose() { closePreview(); } | PreviewDiagramScreen { @OnClose @SuppressWarnings("unused") public void onClose() { closePreview(); } } | PreviewDiagramScreen { @OnClose @SuppressWarnings("unused") public void onClose() { closePreview(); } protected PreviewDiagramScreen(); @Inject PreviewDiagramScreen(final SessionManager clientSessionManager,
final @Any @DMNEditor ManagedInstance<SessionDiagramPreview<AbstractSession>> ... | PreviewDiagramScreen { @OnClose @SuppressWarnings("unused") public void onClose() { closePreview(); } protected PreviewDiagramScreen(); @Inject PreviewDiagramScreen(final SessionManager clientSessionManager,
final @Any @DMNEditor ManagedInstance<SessionDiagramPreview<AbstractSession>> ... | PreviewDiagramScreen { @OnClose @SuppressWarnings("unused") public void onClose() { closePreview(); } protected PreviewDiagramScreen(); @Inject PreviewDiagramScreen(final SessionManager clientSessionManager,
final @Any @DMNEditor ManagedInstance<SessionDiagramPreview<AbstractSession>> ... |
@Test public void testInit() { tested.init(canvasHandler); assertEquals(canvasHandler, tested.getCanvasHandler()); verify(highlight, times(1)).setCanvasHandler(eq(canvasHandler)); verify(wiresManager, times(1)).setConnectionAcceptor(any(IConnectionAcceptor.class)); verify(wiresManager, never()).setDockingAcceptor(any(I... | @SuppressWarnings("unchecked") private static boolean eq(final Object n1, final Object n2) { if (n1 == null && n2 == null) { return true; } return null != n1 && n1.equals(n2); } | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @SuppressWarnings("unchecked") private static boolean eq(final Object n1, final Object n2) { if (n1 == null && n2 == null) { return true; } return null != n1 && n1.equals(n2); } } | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @SuppressWarnings("unchecked") private static boolean eq(final Object n1, final Object n2) { if (n1 == null && n2 == null) { return true; } return null != n1 && n1.equals(n2); } @Inject Connectio... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @SuppressWarnings("unchecked") private static boolean eq(final Object n1, final Object n2) { if (n1 == null && n2 == null) { return true; } return null != n1 && n1.equals(n2); } @Inject Connectio... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @SuppressWarnings("unchecked") private static boolean eq(final Object n1, final Object n2) { if (n1 == null && n2 == null) { return true; } return null != n1 && n1.equals(n2); } @Inject Connectio... |
@Test public void testAllowSource() { tested.init(canvasHandler); final boolean allow = tested.allowSource(node, edge, connection); assertTrue(allow); verify(commandManager, times(1)).allow(eq(canvasHandler), eq(setConnectionSourceNodeCommand)); verify(commandManager, never()).execute(any(AbstractCanvasHandler.class), ... | @Override @SuppressWarnings("unchecked") public boolean allowSource(final Node source, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { if (isSourceConnectionChanged(connector, connection)) { final CommandResult<CanvasViolation> violations = getCommandManager().allow(getCanvasHandler(), canv... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean allowSource(final Node source, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { if (isSourceConnectionChanged(co... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean allowSource(final Node source, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { if (isSourceConnectionChanged(co... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean allowSource(final Node source, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { if (isSourceConnectionChanged(co... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean allowSource(final Node source, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { if (isSourceConnectionChanged(co... |
@Test public void testAllowTarget() { tested.init(canvasHandler); final boolean allow = tested.allowTarget(node, edge, connection); assertTrue(allow); verify(commandManager, times(1)).allow(eq(canvasHandler), eq(setConnectionTargetNodeCommand)); verify(commandManager, never()).execute(any(AbstractCanvasHandler.class), ... | @Override @SuppressWarnings("unchecked") public boolean allowTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { if (isTargetConnectionChanged(connector, connection)) { final CommandResult<CanvasViolation> violations = getCommandManager().allow(getCanvasHandler(), canv... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean allowTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { if (isTargetConnectionChanged(co... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean allowTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { if (isTargetConnectionChanged(co... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean allowTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { if (isTargetConnectionChanged(co... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean allowTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { if (isTargetConnectionChanged(co... |
@Test public void testAcceptSource() { tested.init(canvasHandler); final boolean allow = tested.acceptSource(node, edge, connection); assertTrue(allow); verify(commandManager, times(1)).execute(eq(canvasHandler), eq(setConnectionSourceNodeCommand)); verify(commandManager, never()).allow(any(AbstractCanvasHandler.class)... | @Override @SuppressWarnings("unchecked") public boolean acceptSource(final Node source, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isSourceChanged(source, connector)) { final CommandResult<CanvasViolation> violations = getCommandManager().execute(getCanvasHandl... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean acceptSource(final Node source, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isSour... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean acceptSource(final Node source, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isSour... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean acceptSource(final Node source, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isSour... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean acceptSource(final Node source, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isSour... |
@Test public void testAcceptTarget() { tested.init(canvasHandler); final boolean allow = tested.acceptTarget(node, edge, connection); assertTrue(allow); verify(commandManager, times(1)).execute(eq(canvasHandler), eq(setConnectionTargetNodeCommand)); verify(commandManager, never()).allow(any(AbstractCanvasHandler.class)... | @Override @SuppressWarnings("unchecked") public boolean acceptTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isTargetChanged(target, connector)) { final CommandResult<CanvasViolation> violations = getCommandManager().execute(getCanvasHandl... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean acceptTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isTarg... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean acceptTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isTarg... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean acceptTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isTarg... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean acceptTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isTarg... |
@Test public void testAcceptTargetNotNewConnection() { when(edge.getTargetNode()).thenReturn(node); tested.init(canvasHandler); final boolean allow = tested.acceptTarget(node, edge, connection); assertTrue(allow); verify(commandManager, never()).allow(any(AbstractCanvasHandler.class), any(SetConnectionTargetNodeCommand... | @Override @SuppressWarnings("unchecked") public boolean acceptTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isTargetChanged(target, connector)) { final CommandResult<CanvasViolation> violations = getCommandManager().execute(getCanvasHandl... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean acceptTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isTarg... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean acceptTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isTarg... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean acceptTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isTarg... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { @Override @SuppressWarnings("unchecked") public boolean acceptTarget(final Node target, final Edge<ViewConnector<?>, Node> connector, final Connection connection) { ensureUnHighLight(); if (isTarg... |
@Test public void testCreateConnections() { Element element = mock(Element.class); View<?> content = mock(View.class); Bounds bounds = Bounds.create(0d, 0d, 10d, 20d); when(element.getContent()).thenReturn(content); when(content.getBounds()).thenReturn(bounds); MagnetConnection c1 = ConnectionAcceptorControlImpl.create... | public static Connection createConnection(final WiresConnection wiresConnection, final WiresMagnet wiresMagnet) { if (null == wiresMagnet && null == wiresConnection) { return null; } if (null == wiresMagnet) { return Point2DConnection.at(Point2D.create(wiresConnection.getPoint().getX(), wiresConnection.getPoint().getY(... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { public static Connection createConnection(final WiresConnection wiresConnection, final WiresMagnet wiresMagnet) { if (null == wiresMagnet && null == wiresConnection) { return null; } if (null == w... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { public static Connection createConnection(final WiresConnection wiresConnection, final WiresMagnet wiresMagnet) { if (null == wiresMagnet && null == wiresConnection) { return null; } if (null == w... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { public static Connection createConnection(final WiresConnection wiresConnection, final WiresMagnet wiresMagnet) { if (null == wiresMagnet && null == wiresConnection) { return null; } if (null == w... | ConnectionAcceptorControlImpl extends AbstractAcceptorControl implements ConnectionAcceptorControl<AbstractCanvasHandler> { public static Connection createConnection(final WiresConnection wiresConnection, final WiresMagnet wiresMagnet) { if (null == wiresMagnet && null == wiresConnection) { return null; } if (null == w... |
@Test @SuppressWarnings("unchecked") public void testAddControlPoint() { final int index = 1; final ControlPoint controlPoint = ControlPoint.build(2, 2); CanvasCommand<AbstractCanvasHandler> addControlPointCommand = mock(CanvasCommand.class); doReturn(addControlPointCommand).when(canvasCommandFactory).addControlPoint(e... | @Override public void addControlPoint(final Edge candidate, final ControlPoint controlPoint, final int index) { selectionEvent.fire(new CanvasSelectionEvent(canvasHandler, candidate.getUUID())); execute(canvasCommandFactory.addControlPoint(candidate, controlPoint, index)); } | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void addControlPoint(final Edge candidate, final ControlPoint controlPoint, final int index) { selectionEvent.fire(new CanvasSelectionEvent(canvasHandl... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void addControlPoint(final Edge candidate, final ControlPoint controlPoint, final int index) { selectionEvent.fire(new CanvasSelectionEvent(canvasHandl... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void addControlPoint(final Edge candidate, final ControlPoint controlPoint, final int index) { selectionEvent.fire(new CanvasSelectionEvent(canvasHandl... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void addControlPoint(final Edge candidate, final ControlPoint controlPoint, final int index) { selectionEvent.fire(new CanvasSelectionEvent(canvasHandl... |
@Test @SuppressWarnings("unchecked") public void testDeleteControlPoint() { CanvasCommand<AbstractCanvasHandler> deleteControlPointCommand = mock(CanvasCommand.class); doReturn(deleteControlPointCommand).when(canvasCommandFactory).deleteControlPoint(eq(edge), eq(0)); tested.init(canvasHandler); tested.deleteControlPoin... | @Override public void deleteControlPoint(final Edge candidate, final int index) { execute(canvasCommandFactory.deleteControlPoint(candidate, index)); } | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void deleteControlPoint(final Edge candidate, final int index) { execute(canvasCommandFactory.deleteControlPoint(candidate, index)); } } | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void deleteControlPoint(final Edge candidate, final int index) { execute(canvasCommandFactory.deleteControlPoint(candidate, index)); } @Inject Control... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void deleteControlPoint(final Edge candidate, final int index) { execute(canvasCommandFactory.deleteControlPoint(candidate, index)); } @Inject Control... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void deleteControlPoint(final Edge candidate, final int index) { execute(canvasCommandFactory.deleteControlPoint(candidate, index)); } @Inject Control... |
@Test public void testStunnerControlPointsAcceptorAdd() { final HandlerRegistration mouseUpHandlerRegistration = mock(HandlerRegistration.class); final NodeMouseUpHandler[] mouseUpHandlerCaptured = new NodeMouseUpHandler[1]; doAnswer(invocationOnMock -> { mouseUpHandlerCaptured[0] = (NodeMouseUpHandler) invocationOnMoc... | @Override public void addControlPoint(final Edge candidate, final ControlPoint controlPoint, final int index) { selectionEvent.fire(new CanvasSelectionEvent(canvasHandler, candidate.getUUID())); execute(canvasCommandFactory.addControlPoint(candidate, controlPoint, index)); } | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void addControlPoint(final Edge candidate, final ControlPoint controlPoint, final int index) { selectionEvent.fire(new CanvasSelectionEvent(canvasHandl... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void addControlPoint(final Edge candidate, final ControlPoint controlPoint, final int index) { selectionEvent.fire(new CanvasSelectionEvent(canvasHandl... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void addControlPoint(final Edge candidate, final ControlPoint controlPoint, final int index) { selectionEvent.fire(new CanvasSelectionEvent(canvasHandl... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void addControlPoint(final Edge candidate, final ControlPoint controlPoint, final int index) { selectionEvent.fire(new CanvasSelectionEvent(canvasHandl... |
@Test public void testView() { assertEquals(view, tested.getWidget()); } | @WorkbenchPartView @SuppressWarnings("unused") public IsWidget getWidget() { return view; } | PreviewDiagramScreen { @WorkbenchPartView @SuppressWarnings("unused") public IsWidget getWidget() { return view; } } | PreviewDiagramScreen { @WorkbenchPartView @SuppressWarnings("unused") public IsWidget getWidget() { return view; } protected PreviewDiagramScreen(); @Inject PreviewDiagramScreen(final SessionManager clientSessionManager,
final @Any @DMNEditor ManagedInstance<SessionDiagramPreview<Abstr... | PreviewDiagramScreen { @WorkbenchPartView @SuppressWarnings("unused") public IsWidget getWidget() { return view; } protected PreviewDiagramScreen(); @Inject PreviewDiagramScreen(final SessionManager clientSessionManager,
final @Any @DMNEditor ManagedInstance<SessionDiagramPreview<Abstr... | PreviewDiagramScreen { @WorkbenchPartView @SuppressWarnings("unused") public IsWidget getWidget() { return view; } protected PreviewDiagramScreen(); @Inject PreviewDiagramScreen(final SessionManager clientSessionManager,
final @Any @DMNEditor ManagedInstance<SessionDiagramPreview<Abstr... |
@Test public void testStunnerControlPointsAcceptorDelete() { ControlPointControl control = mock(ControlPointControl.class); ControlPointControlImpl.StunnerControlPointsAcceptor acceptor = createStunnerControlPointsAcceptor(control); final boolean deleteResult = acceptor.delete(connector, 1); assertTrue(deleteResult); v... | @Override public void deleteControlPoint(final Edge candidate, final int index) { execute(canvasCommandFactory.deleteControlPoint(candidate, index)); } | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void deleteControlPoint(final Edge candidate, final int index) { execute(canvasCommandFactory.deleteControlPoint(candidate, index)); } } | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void deleteControlPoint(final Edge candidate, final int index) { execute(canvasCommandFactory.deleteControlPoint(candidate, index)); } @Inject Control... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void deleteControlPoint(final Edge candidate, final int index) { execute(canvasCommandFactory.deleteControlPoint(candidate, index)); } @Inject Control... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void deleteControlPoint(final Edge candidate, final int index) { execute(canvasCommandFactory.deleteControlPoint(candidate, index)); } @Inject Control... |
@Test public void testStunnerControlPointsAcceptorMove() { ControlPointControl control = mock(ControlPointControl.class); ControlPointControlImpl.StunnerControlPointsAcceptor acceptor = createStunnerControlPointsAcceptor(control); Point2DArray locationArray = new Point2DArray(new com.ait.lienzo.client.core.types.Point2... | @Override public void updateControlPoints(final Edge candidate, final ControlPoint[] controlPoints) { execute(canvasCommandFactory.updateControlPointPosition(candidate, controlPoints)); } | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void updateControlPoints(final Edge candidate, final ControlPoint[] controlPoints) { execute(canvasCommandFactory.updateControlPointPosition(candidate,... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void updateControlPoints(final Edge candidate, final ControlPoint[] controlPoints) { execute(canvasCommandFactory.updateControlPointPosition(candidate,... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void updateControlPoints(final Edge candidate, final ControlPoint[] controlPoints) { execute(canvasCommandFactory.updateControlPointPosition(candidate,... | ControlPointControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ControlPointControl<AbstractCanvasHandler> { @Override public void updateControlPoints(final Edge candidate, final ControlPoint[] controlPoints) { execute(canvasCommandFactory.updateControlPointPosition(candidate,... |
@Test public void testRegisterAndSetBounds() { tested.init(canvasHandler); assertFalse(tested.isRegistered(element)); tested.register(element); assertTrue(tested.isRegistered(element)); verify(shapeView, times(1)).setDragEnabled(eq(true)); verify(shapeEventHandler, times(1)).supports(eq(ViewEventType.MOUSE_ENTER)); ver... | @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != element.asNode() && checkNotRegistered(element)) { final AbstractCanvas<?> canvas = canvasHandler.getAbstractCanvas(); final Shape<?> shape = canvas.getShape(element.getUUID()); final ShapeView shapeView = shape.getShapeV... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != elemen... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != elemen... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != elemen... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != elemen... |
@Test @SuppressWarnings("unchecked") public void testMove() throws Exception { final WiresShapeView wiresShape = mock(WiresShapeView.class); final WiresShapeView childWiresShape = mock(WiresShapeView.class); final MagnetManager.Magnets magnets = mock(MagnetManager.Magnets.class); final WiresMagnet magnet = mock(WiresMa... | @Override @SuppressWarnings("unchecked") public CommandResult<CanvasViolation> move(final Element[] elements, final Point2D[] locations) { if (elements.length != locations.length) { throw new IllegalArgumentException("The length for the elements to move " + "does not match the locations provided."); } final CompositeCo... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public CommandResult<CanvasViolation> move(final Element[] eleme... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public CommandResult<CanvasViolation> move(final Element[] eleme... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public CommandResult<CanvasViolation> move(final Element[] eleme... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public CommandResult<CanvasViolation> move(final Element[] eleme... |
@Test @SuppressWarnings("unchecked") public void testLocationAcceptor() { tested.init(canvasHandler); tested.register(element); ArgumentCaptor<ILocationAcceptor> locationAcceptorArgumentCaptor = ArgumentCaptor.forClass(ILocationAcceptor.class); verify(wiresManager, times(1)).setLocationAcceptor(locationAcceptorArgument... | @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != element.asNode() && checkNotRegistered(element)) { final AbstractCanvas<?> canvas = canvasHandler.getAbstractCanvas(); final Shape<?> shape = canvas.getShape(element.getUUID()); final ShapeView shapeView = shape.getShapeV... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != elemen... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != elemen... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != elemen... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != elemen... |
@Test public void testEnsureDragConstraints() throws Exception { tested.init(canvasHandler); Bounds bounds = Bounds.create(0d, 0d, 600d, 600d); when(canvasPanel.getLocationConstraints()).thenReturn(bounds); tested.register(element); verify(shapeView, times(1)).setDragBounds(eq(bounds)); } | @SuppressWarnings("unchecked") private static void ensureDragConstraints(final AbstractCanvas<?> canvas, final ShapeView shapeView) { final Bounds bounds = canvas.getView().getPanel().getLocationConstraints(); ShapeUtils.enforceLocationConstraints(shapeView, bounds); } | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @SuppressWarnings("unchecked") private static void ensureDragConstraints(final AbstractCanvas<?> canvas, ... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @SuppressWarnings("unchecked") private static void ensureDragConstraints(final AbstractCanvas<?> canvas, ... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @SuppressWarnings("unchecked") private static void ensureDragConstraints(final AbstractCanvas<?> canvas, ... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @SuppressWarnings("unchecked") private static void ensureDragConstraints(final AbstractCanvas<?> canvas, ... |
@Test @SuppressWarnings("unchecked") public void testDeregister() { tested.init(canvasHandler); tested.register(element); tested.deregister(element); verify(shapeEventHandler, atLeastOnce()).removeHandler(any(ViewHandler.class)); assertFalse(tested.isRegistered(element)); } | @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != element.asNode() && checkNotRegistered(element)) { final AbstractCanvas<?> canvas = canvasHandler.getAbstractCanvas(); final Shape<?> shape = canvas.getShape(element.getUUID()); final ShapeView shapeView = shape.getShapeV... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != elemen... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != elemen... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != elemen... | LocationControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements LocationControl<AbstractCanvasHandler, Element>,
CanvasControl.SessionAware<EditorSession> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (null != elemen... |
@Test public void testAllow() { tested.init(canvasHandler); final boolean allow = tested.allow(source, docked); assertTrue(allow); verify(commandManager, times(1)).allow(eq(canvasHandler), eq(updateDockNodeCommand)); assertEquals(source, updateDockNodeCommand.getParent()); assertEquals(docked, updateDockNodeCommand.get... | @Override public boolean allow(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().allow(getCanvasHandler(), command)); } | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean allow(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().allow(getCanvasHandler(), command)); } } | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean allow(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().allow(getCanvasHandler(), command)); } @Inject DockingAcceptorControl... | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean allow(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().allow(getCanvasHandler(), command)); } @Inject DockingAcceptorControl... | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean allow(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().allow(getCanvasHandler(), command)); } @Inject DockingAcceptorControl... |
@Test public void testAllowNoParent() { tested.init(canvasHandler); final boolean allow = tested.allow(null, docked); assertFalse(allow); verify(commandManager, times(0)).allow(any(AbstractCanvasHandler.class), any(UpdateDockNodeCommand.class)); } | @Override public boolean allow(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().allow(getCanvasHandler(), command)); } | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean allow(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().allow(getCanvasHandler(), command)); } } | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean allow(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().allow(getCanvasHandler(), command)); } @Inject DockingAcceptorControl... | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean allow(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().allow(getCanvasHandler(), command)); } @Inject DockingAcceptorControl... | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean allow(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().allow(getCanvasHandler(), command)); } @Inject DockingAcceptorControl... |
@Test public void testAccept() { tested.init(canvasHandler); final boolean accept = tested.accept(source, docked); assertTrue(accept); verify(commandManager, times(1)).execute(eq(canvasHandler), eq(updateDockNodeCommand)); assertEquals(source, updateDockNodeCommand.getParent()); assertEquals(docked, updateDockNodeComma... | @Override public boolean accept(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().execute(getCanvasHandler(), command)); } | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean accept(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().execute(getCanvasHandler(), command)); } } | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean accept(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().execute(getCanvasHandler(), command)); } @Inject DockingAcceptorCont... | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean accept(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().execute(getCanvasHandler(), command)); } @Inject DockingAcceptorCont... | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean accept(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().execute(getCanvasHandler(), command)); } @Inject DockingAcceptorCont... |
@Test @SuppressWarnings("unchecked") public void testShowPreview() { tested.showPreview(session); verify(sessionPreview).open(eq(session), anyInt(), anyInt(), sessionViewerCallbackArgumentCaptor.capture()); final SessionViewer.SessionViewerCallback sessionViewerCallback = sessionViewerCallbackArgumentCaptor.getValue();... | void showPreview(final ClientSession session) { if (Objects.isNull(session)) { return; } if (session instanceof AbstractSession) { if (Objects.nonNull(previewWidget)) { closePreview(); } previewWidget = sessionPreviews.get(); previewWidget.open((AbstractSession) session, PREVIEW_WIDTH, PREVIEW_HEIGHT, new SessionViewer... | PreviewDiagramScreen { void showPreview(final ClientSession session) { if (Objects.isNull(session)) { return; } if (session instanceof AbstractSession) { if (Objects.nonNull(previewWidget)) { closePreview(); } previewWidget = sessionPreviews.get(); previewWidget.open((AbstractSession) session, PREVIEW_WIDTH, PREVIEW_HE... | PreviewDiagramScreen { void showPreview(final ClientSession session) { if (Objects.isNull(session)) { return; } if (session instanceof AbstractSession) { if (Objects.nonNull(previewWidget)) { closePreview(); } previewWidget = sessionPreviews.get(); previewWidget.open((AbstractSession) session, PREVIEW_WIDTH, PREVIEW_HE... | PreviewDiagramScreen { void showPreview(final ClientSession session) { if (Objects.isNull(session)) { return; } if (session instanceof AbstractSession) { if (Objects.nonNull(previewWidget)) { closePreview(); } previewWidget = sessionPreviews.get(); previewWidget.open((AbstractSession) session, PREVIEW_WIDTH, PREVIEW_HE... | PreviewDiagramScreen { void showPreview(final ClientSession session) { if (Objects.isNull(session)) { return; } if (session instanceof AbstractSession) { if (Objects.nonNull(previewWidget)) { closePreview(); } previewWidget = sessionPreviews.get(); previewWidget.open((AbstractSession) session, PREVIEW_WIDTH, PREVIEW_HE... |
@Test public void testAceeptNoParent() { tested.init(canvasHandler); final boolean accept = tested.accept(null, docked); assertFalse(accept); verify(commandManager, times(0)).execute(any(AbstractCanvasHandler.class), any(UpdateDockNodeCommand.class)); } | @Override public boolean accept(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().execute(getCanvasHandler(), command)); } | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean accept(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().execute(getCanvasHandler(), command)); } } | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean accept(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().execute(getCanvasHandler(), command)); } @Inject DockingAcceptorCont... | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean accept(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().execute(getCanvasHandler(), command)); } @Inject DockingAcceptorCont... | DockingAcceptorControlImpl extends AbstractAcceptorControl implements DockingAcceptorControl<AbstractCanvasHandler> { @Override public boolean accept(final Node parent, final Node child) { return evaluate(parent, child, command -> getCommandManager().execute(getCanvasHandler(), command)); } @Inject DockingAcceptorCont... |
@Test public void testSetMinScale() { tested.setMinScale(0.4d); verify(mediators, times(1)).setMinScale(eq(0.4d)); } | @Override public MediatorsControl<C> setMinScale(final double minScale) { mediators.setMinScale(minScale); return this; } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> setMinScale(final double minScale) { mediators.setMinScale(minScale); return this; } } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> setMinScale(final double minScale) { mediators.setMinScale(minScale); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> setMinScale(final double minScale) { mediators.setMinScale(minScale); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); @Override MediatorsControl<C> setMinSc... | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> setMinScale(final double minScale) { mediators.setMinScale(minScale); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); @Override MediatorsControl<C> setMinSc... |
@Test public void testSetMaxScale() { tested.setMaxScale(0.4d); verify(mediators, times(1)).setMaxScale(eq(0.4d)); } | @Override public MediatorsControl<C> setMaxScale(final double maxScale) { mediators.setMaxScale(maxScale); return this; } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> setMaxScale(final double maxScale) { mediators.setMaxScale(maxScale); return this; } } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> setMaxScale(final double maxScale) { mediators.setMaxScale(maxScale); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> setMaxScale(final double maxScale) { mediators.setMaxScale(maxScale); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); @Override MediatorsControl<C> setMinSc... | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> setMaxScale(final double maxScale) { mediators.setMaxScale(maxScale); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); @Override MediatorsControl<C> setMinSc... |
@Test public void testSetZoomFactor() { tested.setZoomFactor(0.4d); verify(mediators, times(1)).setZoomFactor(eq(0.4d)); } | @Override public MediatorsControl<C> setZoomFactor(final double factor) { mediators.setZoomFactor(factor); return this; } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> setZoomFactor(final double factor) { mediators.setZoomFactor(factor); return this; } } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> setZoomFactor(final double factor) { mediators.setZoomFactor(factor); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> setZoomFactor(final double factor) { mediators.setZoomFactor(factor); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); @Override MediatorsControl<C> setMinSc... | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> setZoomFactor(final double factor) { mediators.setZoomFactor(factor); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); @Override MediatorsControl<C> setMinSc... |
@Test public void testScale() { tested.scale(0.2d, 0.4d); verify(layer, times(1)).scale(0.2d, 0.4d); tested.scale(0.5d); verify(layer, times(1)).scale(0.5d); } | @Override public MediatorsControl<C> scale(final double factor) { getLayer().scale(factor); return this; } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> scale(final double factor) { getLayer().scale(factor); return this; } } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> scale(final double factor) { getLayer().scale(factor); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> scale(final double factor) { getLayer().scale(factor); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); @Override MediatorsControl<C> setMinScale(final doubl... | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> scale(final double factor) { getLayer().scale(factor); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); @Override MediatorsControl<C> setMinScale(final doubl... |
@Test public void testTranslate() { tested.translate(0.2d, 0.4d); verify(layer, times(1)).translate(0.2d, 0.4d); } | @Override public MediatorsControl<C> translate(final double tx, final double ty) { getLayer().translate(tx, ty); return this; } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> translate(final double tx, final double ty) { getLayer().translate(tx, ty); return this; } } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> translate(final double tx, final double ty) { getLayer().translate(tx, ty); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> translate(final double tx, final double ty) { getLayer().translate(tx, ty); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); @Override MediatorsControl<C> se... | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { @Override public MediatorsControl<C> translate(final double tx, final double ty) { getLayer().translate(tx, ty); return this; } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediators); @Override MediatorsControl<C> se... |
@Test public void testOnCanvasFocusedEvent() { CanvasFocusedEvent event = new CanvasFocusedEvent(canvas); tested.onCanvasFocusedEvent(event); verify(mediators, times(1)).enable(); verify(mediators, never()).disable(); } | void onCanvasFocusedEvent(final @Observes CanvasFocusedEvent focusedEvent) { if (null != canvas && canvas.equals(focusedEvent.getCanvas())) { mediators.enable(); } } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { void onCanvasFocusedEvent(final @Observes CanvasFocusedEvent focusedEvent) { if (null != canvas && canvas.equals(focusedEvent.getCanvas())) { mediators.enable(); } } } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { void onCanvasFocusedEvent(final @Observes CanvasFocusedEvent focusedEvent) { if (null != canvas && canvas.equals(focusedEvent.getCanvas())) { mediators.enable(); } } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediat... | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { void onCanvasFocusedEvent(final @Observes CanvasFocusedEvent focusedEvent) { if (null != canvas && canvas.equals(focusedEvent.getCanvas())) { mediators.enable(); } } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediat... | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { void onCanvasFocusedEvent(final @Observes CanvasFocusedEvent focusedEvent) { if (null != canvas && canvas.equals(focusedEvent.getCanvas())) { mediators.enable(); } } @Inject LienzoMediatorsControl(final LienzoPanelMediators mediat... |
@Test public void testOnCanvasLostFocusEvent() { CanvasLostFocusEvent event = new CanvasLostFocusEvent(canvas); tested.onCanvasLostFocusEvent(event); verify(mediators, times(1)).disable(); verify(mediators, never()).enable(); } | void onCanvasLostFocusEvent(final @Observes CanvasLostFocusEvent lostFocusEvent) { if (null != canvas && canvas.equals(lostFocusEvent.getCanvas())) { mediators.disable(); } } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { void onCanvasLostFocusEvent(final @Observes CanvasLostFocusEvent lostFocusEvent) { if (null != canvas && canvas.equals(lostFocusEvent.getCanvas())) { mediators.disable(); } } } | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { void onCanvasLostFocusEvent(final @Observes CanvasLostFocusEvent lostFocusEvent) { if (null != canvas && canvas.equals(lostFocusEvent.getCanvas())) { mediators.disable(); } } @Inject LienzoMediatorsControl(final LienzoPanelMediato... | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { void onCanvasLostFocusEvent(final @Observes CanvasLostFocusEvent lostFocusEvent) { if (null != canvas && canvas.equals(lostFocusEvent.getCanvas())) { mediators.disable(); } } @Inject LienzoMediatorsControl(final LienzoPanelMediato... | LienzoMediatorsControl extends AbstractCanvasControl<C> implements MediatorsControl<C> { void onCanvasLostFocusEvent(final @Observes CanvasLostFocusEvent lostFocusEvent) { if (null != canvas && canvas.equals(lostFocusEvent.getCanvas())) { mediators.disable(); } } @Inject LienzoMediatorsControl(final LienzoPanelMediato... |
@Test public void testGroupSelectionWithMultipleItems() { final SelectionManager.SelectedItems selectedItems = mock(SelectionManager.SelectedItems.class); final LienzoMultipleSelectionControl.CursoredSelectionShapeProvider ssp = mock(LienzoMultipleSelectionControl.CursoredSelectionShapeProvider.class); tested = new Lie... | void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvider.moveShapeToTop(); } } | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvid... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvid... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvid... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvid... |
@Test public void testSingleSelectionFromGroupSelection() { final SelectionManager.SelectedItems selectedItems = mock(SelectionManager.SelectedItems.class); final LienzoMultipleSelectionControl.CursoredSelectionShapeProvider ssp = mock(LienzoMultipleSelectionControl.CursoredSelectionShapeProvider.class); tested = new L... | void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvider.moveShapeToTop(); } } | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvid... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvid... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvid... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvid... |
@Test public void wbFromDMN_DMNImport() { when(jsitImportMock.getImportType()).thenReturn(DMN_IMPORT_TYPE); when(jsitDefinitionsMock.getDrgElement()).thenReturn(new ArrayList<>(Arrays.asList(mock(JSITDRGElement.class), mock(JSITDRGElement.class)))); when(jsitDefinitionsMock.getItemDefinition()).thenReturn(new ArrayList... | public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName, String> otherAttr... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... |
@Test public void testOnSelectEvent() { final SelectionManager.SelectedItems selectedItems = mock(SelectionManager.SelectedItems.class); when(selectionManager.getSelectedItems()).thenReturn(selectedItems); tested.init(canvasHandler); tested.register(element); tested.onSelect(Collections.singletonList(ELEMENT_UUID)); ve... | @Override protected void onSelect(final Collection<String> uuids) { super.onSelect(uuids); final Collection<ShapeView> shapeViews = uuids.stream() .map(uuid -> getCanvasHandler().getCanvas().getShape(uuid)) .filter(Objects::nonNull) .map(org.kie.workbench.common.stunner.core.client.shape.Shape::getShapeView) .collect(C... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { @Override protected void onSelect(final Collection<String> uuids) { super.onSelect(uuids); final Collection<ShapeView> shapeViews = uuids.stream() .map(uuid -> getCanvasHandler().getCanvas().getShape(uuid)) .filter(Objects::nonNull) .map(org.kie.workb... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { @Override protected void onSelect(final Collection<String> uuids) { super.onSelect(uuids); final Collection<ShapeView> shapeViews = uuids.stream() .map(uuid -> getCanvasHandler().getCanvas().getShape(uuid)) .filter(Objects::nonNull) .map(org.kie.workb... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { @Override protected void onSelect(final Collection<String> uuids) { super.onSelect(uuids); final Collection<ShapeView> shapeViews = uuids.stream() .map(uuid -> getCanvasHandler().getCanvas().getShape(uuid)) .filter(Objects::nonNull) .map(org.kie.workb... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { @Override protected void onSelect(final Collection<String> uuids) { super.onSelect(uuids); final Collection<ShapeView> shapeViews = uuids.stream() .map(uuid -> getCanvasHandler().getCanvas().getShape(uuid)) .filter(Objects::nonNull) .map(org.kie.workb... |
@Test public void testOnShapeLocationsChanged() { when(shapeLocationsChangedEvent.getCanvasHandler()).thenReturn(mock(CanvasHandler.class)); tested.onShapeLocationsChanged(shapeLocationsChangedEvent); verify(selectedItems, never()).rebuildBoundingBox(); verify(selectionManager, never()).drawSelectionShape(eq(MIN_WIDTH)... | protected void onShapeLocationsChanged(@Observes ShapeLocationsChangedEvent event) { if (isSameCanvas(event.getCanvasHandler()) && areSelected(event.getUuids())) { rebuildSelectionArea(); } } | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { protected void onShapeLocationsChanged(@Observes ShapeLocationsChangedEvent event) { if (isSameCanvas(event.getCanvasHandler()) && areSelected(event.getUuids())) { rebuildSelectionArea(); } } } | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { protected void onShapeLocationsChanged(@Observes ShapeLocationsChangedEvent event) { if (isSameCanvas(event.getCanvasHandler()) && areSelected(event.getUuids())) { rebuildSelectionArea(); } } @Inject LienzoMultipleSelectionControl(final Event<CanvasS... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { protected void onShapeLocationsChanged(@Observes ShapeLocationsChangedEvent event) { if (isSameCanvas(event.getCanvasHandler()) && areSelected(event.getUuids())) { rebuildSelectionArea(); } } @Inject LienzoMultipleSelectionControl(final Event<CanvasS... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { protected void onShapeLocationsChanged(@Observes ShapeLocationsChangedEvent event) { if (isSameCanvas(event.getCanvasHandler()) && areSelected(event.getUuids())) { rebuildSelectionArea(); } } @Inject LienzoMultipleSelectionControl(final Event<CanvasS... |
@Test public void testOnClearSelectionEvent() { tested.init(canvasHandler); tested.onClearSelection(); verify(selectionControl, never()).clearSelection(); verify(selectionManager, times(1)).clearSelection(); } | @Override protected void onClearSelection() { super.onClearSelection(); if (Objects.nonNull(getSelectionControl().getCanvasHandler())) { getSelectionManager().clearSelection(); } } | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { @Override protected void onClearSelection() { super.onClearSelection(); if (Objects.nonNull(getSelectionControl().getCanvasHandler())) { getSelectionManager().clearSelection(); } } } | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { @Override protected void onClearSelection() { super.onClearSelection(); if (Objects.nonNull(getSelectionControl().getCanvasHandler())) { getSelectionManager().clearSelection(); } } @Inject LienzoMultipleSelectionControl(final Event<CanvasSelectionEve... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { @Override protected void onClearSelection() { super.onClearSelection(); if (Objects.nonNull(getSelectionControl().getCanvasHandler())) { getSelectionManager().clearSelection(); } } @Inject LienzoMultipleSelectionControl(final Event<CanvasSelectionEve... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { @Override protected void onClearSelection() { super.onClearSelection(); if (Objects.nonNull(getSelectionControl().getCanvasHandler())) { getSelectionManager().clearSelection(); } } @Inject LienzoMultipleSelectionControl(final Event<CanvasSelectionEve... |
@Test public void testMoveSelectionShapeToTop() { final LienzoMultipleSelectionControl.CursoredSelectionShapeProvider ssp = mock(LienzoMultipleSelectionControl.CursoredSelectionShapeProvider.class); tested = new LienzoMultipleSelectionControl<>(selectionControl, canvasSelectionEvent, clearSelectionEvent, ssp); tested.i... | void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvider.moveShapeToTop(); } } | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvid... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvid... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvid... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { void onCanvasSelection(final @Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (Objects.equals(getCanvasHandler(), event.getCanvasHandler())) { if (event.getIdentifiers().size() == 1) { onClearSelection(); } selectionShapeProvid... |
@Test public void testDestroy() { tested.destroy(); verify(tested).onDestroy(); verify(selectionManager).destroy(); verify(selectionShapeProvider).destroy(); } | @Override protected void onDestroy() { getSelectionManager().destroy(); selectionShapeProvider.destroy(); super.onDestroy(); } | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { @Override protected void onDestroy() { getSelectionManager().destroy(); selectionShapeProvider.destroy(); super.onDestroy(); } } | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { @Override protected void onDestroy() { getSelectionManager().destroy(); selectionShapeProvider.destroy(); super.onDestroy(); } @Inject LienzoMultipleSelectionControl(final Event<CanvasSelectionEvent> canvasSelectionEvent,
... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { @Override protected void onDestroy() { getSelectionManager().destroy(); selectionShapeProvider.destroy(); super.onDestroy(); } @Inject LienzoMultipleSelectionControl(final Event<CanvasSelectionEvent> canvasSelectionEvent,
... | LienzoMultipleSelectionControl extends AbstractSelectionControl<H> { @Override protected void onDestroy() { getSelectionManager().destroy(); selectionShapeProvider.destroy(); super.onDestroy(); } @Inject LienzoMultipleSelectionControl(final Event<CanvasSelectionEvent> canvasSelectionEvent,
... |
@Test public void testAllow() { tested.init(canvasHandler); final boolean allow = tested.allow(parent, new Node[]{candidate}); assertTrue(allow); verify(commandManager, times(1)).allow(eq(canvasHandler), eq(updateChildrenCommand)); assertEquals(parent, updateChildrenCommand.getParent()); assertEquals(candidate, updateC... | @Override public boolean allow(final Element parent, final Node[] children) { return evaluate(parent, children, command -> getCommandManager().allow(getCanvasHandler(), command), true); } | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { @Override public boolean allow(final Element parent, final Node[] children) { return evaluate(parent, children, command -> getCommandManager().allow(getCanvasHandler(), command), true); } } | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { @Override public boolean allow(final Element parent, final Node[] children) { return evaluate(parent, children, command -> getCommandManager().allow(getCanvasHandler(), command), true); } @Injec... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { @Override public boolean allow(final Element parent, final Node[] children) { return evaluate(parent, children, command -> getCommandManager().allow(getCanvasHandler(), command), true); } @Injec... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { @Override public boolean allow(final Element parent, final Node[] children) { return evaluate(parent, children, command -> getCommandManager().allow(getCanvasHandler(), command), true); } @Injec... |
@Test public void testAccept() { tested.init(canvasHandler); final boolean accept = tested.accept(parent, new Node[]{candidate}); assertTrue(accept); verify(commandManager, times(1)).execute(eq(canvasHandler), eq(updateChildrenCommand)); assertEquals(parent, updateChildrenCommand.getParent()); assertEquals(candidate, u... | @Override public boolean accept(final Element parent, final Node[] children) { return evaluate(parent, children, command -> getCommandManager().execute(getCanvasHandler(), command), false); } | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { @Override public boolean accept(final Element parent, final Node[] children) { return evaluate(parent, children, command -> getCommandManager().execute(getCanvasHandler(), command), false); } } | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { @Override public boolean accept(final Element parent, final Node[] children) { return evaluate(parent, children, command -> getCommandManager().execute(getCanvasHandler(), command), false); } @I... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { @Override public boolean accept(final Element parent, final Node[] children) { return evaluate(parent, children, command -> getCommandManager().execute(getCanvasHandler(), command), false); } @I... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { @Override public boolean accept(final Element parent, final Node[] children) { return evaluate(parent, children, command -> getCommandManager().execute(getCanvasHandler(), command), false); } @I... |
@Test public void testIsSameParent() { Node parent = new NodeImpl<>("parentUUID"); Node child1 = new NodeImpl<>("child1"); setAsChild(parent, child1); Node child2 = new NodeImpl<>("child2"); setAsChild(parent, child2); Node[] children = {child1, child2}; boolean isSameParent = ContainmentAcceptorControlImpl.areInSamePa... | static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent)); } | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... |
@Test public void testIsNotSameParent1() { Node parent = new NodeImpl<>("parentUUID"); Node child1 = new NodeImpl<>("child1"); Node child2 = new NodeImpl<>("child2"); setAsChild(parent, child2); Node[] children = {child1, child2}; boolean isSameParent = ContainmentAcceptorControlImpl.areInSameParent(parent, children); ... | static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent)); } | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... |
@Test public void testIsNotSameParent2() { Node parent = new NodeImpl<>("parentUUID"); Node child1 = new NodeImpl<>("child1"); setAsChild(parent, child1); Node child2 = new NodeImpl<>("child2"); Node[] children = {child1, child2}; boolean isSameParent = ContainmentAcceptorControlImpl.areInSameParent(parent, children); ... | static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent)); } | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... |
@Test public void wbFromDMN_DMNImportNoDefinition() { when(jsitImportMock.getImportType()).thenReturn(DMN_IMPORT_TYPE); when(jsitDefinitionsMock.getDrgElement()).thenReturn(new ArrayList<>(Arrays.asList(mock(JSITDRGElement.class), mock(JSITDRGElement.class)))); when(jsitDefinitionsMock.getItemDefinition()).thenReturn(n... | public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName, String> otherAttr... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... |
@Test public void testIsNotSameParentAll() { Node parent = new NodeImpl<>("parentUUID"); Node child1 = new NodeImpl<>("child1"); Node child2 = new NodeImpl<>("child2"); Node[] children = {child1, child2}; boolean isSameParent = ContainmentAcceptorControlImpl.areInSameParent(parent, children); assertFalse(isSameParent);... | static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent)); } | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... |
@Test public void testIsNotSameParentNull() { Node parent = new NodeImpl<>("parentUUID"); Node child1 = new NodeImpl<>("child1"); setAsChild(parent, child1); Node child2 = new NodeImpl<>("child2"); setAsChild(parent, child2); Node[] children = {child1, child2}; boolean isSameParent = ContainmentAcceptorControlImpl.areI... | static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent)); } | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... | ContainmentAcceptorControlImpl extends AbstractAcceptorControl implements ContainmentAcceptorControl<AbstractCanvasHandler> { static boolean areInSameParent(final Element parent, final Node[] children) { return Stream.of(children) .map(GraphUtils::getParent) .noneMatch(childParent -> !Objects.equals(parent, childParent... |
@Test public void testRegister() { tested.init(canvasHandler); assertFalse(tested.isRegistered(element)); tested.register(element); verify(shapeView, times(1)).supports(eq(ViewEventType.RESIZE)); verify(shapeView, times(1)).addHandler(eq(ViewEventType.RESIZE), any(ResizeHandler.class)); assertTrue(tested.isRegistered(e... | @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (checkNotRegistered(element)) { final Canvas<?> canvas = canvasHandler.getCanvas(); final Shape<?> shape = canvas.getShape(element.getUUID()); if (supportsResize(shape)) { registerResizeHandlers(element, shape); } } } | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (checkNotRegistered(element)) { final Canvas<?> canvas = canvasHandler.getCanvas(... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (checkNotRegistered(element)) { final Canvas<?> canvas = canvasHandler.getCanvas(... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (checkNotRegistered(element)) { final Canvas<?> canvas = canvasHandler.getCanvas(... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (checkNotRegistered(element)) { final Canvas<?> canvas = canvasHandler.getCanvas(... |
@Test @SuppressWarnings("unchecked") public void testDeregister() { tested.init(canvasHandler); tested.register(element); tested.deregister(element); verify(shapeView, times(1)).removeHandler(any(ViewHandler.class)); assertFalse(tested.isRegistered(element)); } | @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (checkNotRegistered(element)) { final Canvas<?> canvas = canvasHandler.getCanvas(); final Shape<?> shape = canvas.getShape(element.getUUID()); if (supportsResize(shape)) { registerResizeHandlers(element, shape); } } } | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (checkNotRegistered(element)) { final Canvas<?> canvas = canvasHandler.getCanvas(... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (checkNotRegistered(element)) { final Canvas<?> canvas = canvasHandler.getCanvas(... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (checkNotRegistered(element)) { final Canvas<?> canvas = canvasHandler.getCanvas(... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @Override @SuppressWarnings("unchecked") public void register(final Element element) { if (checkNotRegistered(element)) { final Canvas<?> canvas = canvasHandler.getCanvas(... |
@Test @SuppressWarnings("unchecked") public void testResize() { tested.init(canvasHandler); assertFalse(tested.isRegistered(element)); tested.register(element); verify(shapeView, times(1)).supports(eq(ViewEventType.RESIZE)); ArgumentCaptor<ResizeHandler> resizeHandlerArgumentCaptor = ArgumentCaptor.forClass(ResizeHandl... | @Override @SuppressWarnings("unchecked") public CommandResult<CanvasViolation> resize(final Element element, final double width, final double height) { return doResize(element, width, height); } | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @Override @SuppressWarnings("unchecked") public CommandResult<CanvasViolation> resize(final Element element, final double width, final double height) { return doResize(ele... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @Override @SuppressWarnings("unchecked") public CommandResult<CanvasViolation> resize(final Element element, final double width, final double height) { return doResize(ele... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @Override @SuppressWarnings("unchecked") public CommandResult<CanvasViolation> resize(final Element element, final double width, final double height) { return doResize(ele... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @Override @SuppressWarnings("unchecked") public CommandResult<CanvasViolation> resize(final Element element, final double width, final double height) { return doResize(ele... |
@Test public void testOnCanvasSelectionEvent() { tested.onCanvasSelectionEvent(elementsSelectedEvent); verify(elementsSelectedEvent, times(2)).getIdentifiers(); } | @SuppressWarnings("unchecked") protected void onCanvasSelectionEvent(@Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (event.getIdentifiers().size() == 1) { final String uuid = event.getIdentifiers().iterator().next(); if (isSameCanvas(event) && isRegistered(uuid)) { hideALLCPs(); final HasContr... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @SuppressWarnings("unchecked") protected void onCanvasSelectionEvent(@Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (event.getIdentifiers().size(... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @SuppressWarnings("unchecked") protected void onCanvasSelectionEvent(@Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (event.getIdentifiers().size(... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @SuppressWarnings("unchecked") protected void onCanvasSelectionEvent(@Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (event.getIdentifiers().size(... | ResizeControlImpl extends AbstractCanvasHandlerRegistrationControl<AbstractCanvasHandler> implements ResizeControl<AbstractCanvasHandler, Element> { @SuppressWarnings("unchecked") protected void onCanvasSelectionEvent(@Observes CanvasSelectionEvent event) { checkNotNull("event", event); if (event.getIdentifiers().size(... |
@Test public void testRegisterAndClick() { tested.init(canvasHandler); tested.register(element); verify(selectionControl, times(1)).register(eq(element)); ArgumentCaptor<MouseClickHandler> clickHandlerCaptor = ArgumentCaptor.forClass(MouseClickHandler.class); verify(shapeViewHandlers, times(1)).supports(eq(ViewEventTyp... | Map<String, ViewHandler<?>> getHandlers() { return handlers; } | LienzoSelectionControl extends AbstractSelectionControl<H> { Map<String, ViewHandler<?>> getHandlers() { return handlers; } } | LienzoSelectionControl extends AbstractSelectionControl<H> { Map<String, ViewHandler<?>> getHandlers() { return handlers; } @Inject LienzoSelectionControl(final Event<CanvasSelectionEvent> canvasSelectionEvent,
final Event<CanvasClearSelectionEvent> clearSelectionEvent); LienzoSelec... | LienzoSelectionControl extends AbstractSelectionControl<H> { Map<String, ViewHandler<?>> getHandlers() { return handlers; } @Inject LienzoSelectionControl(final Event<CanvasSelectionEvent> canvasSelectionEvent,
final Event<CanvasClearSelectionEvent> clearSelectionEvent); LienzoSelec... | LienzoSelectionControl extends AbstractSelectionControl<H> { Map<String, ViewHandler<?>> getHandlers() { return handlers; } @Inject LienzoSelectionControl(final Event<CanvasSelectionEvent> canvasSelectionEvent,
final Event<CanvasClearSelectionEvent> clearSelectionEvent); LienzoSelec... |
@Test public void testSelectionIsSingle() { when(selectionControl.getSelectedItems()).thenReturn(Collections.singletonList(ELEMENT_UUID)); tested.init(canvasHandler); tested.register(element); tested.singleSelect(element); verify(selectionControl, times(1)).clearSelection(); verify(selectionControl, times(1)).select(eq... | void singleSelect(final Element element) { if (!getSelectedItems().isEmpty()) { clearSelection(); } select(element.getUUID()); } | LienzoSelectionControl extends AbstractSelectionControl<H> { void singleSelect(final Element element) { if (!getSelectedItems().isEmpty()) { clearSelection(); } select(element.getUUID()); } } | LienzoSelectionControl extends AbstractSelectionControl<H> { void singleSelect(final Element element) { if (!getSelectedItems().isEmpty()) { clearSelection(); } select(element.getUUID()); } @Inject LienzoSelectionControl(final Event<CanvasSelectionEvent> canvasSelectionEvent,
final Ev... | LienzoSelectionControl extends AbstractSelectionControl<H> { void singleSelect(final Element element) { if (!getSelectedItems().isEmpty()) { clearSelection(); } select(element.getUUID()); } @Inject LienzoSelectionControl(final Event<CanvasSelectionEvent> canvasSelectionEvent,
final Ev... | LienzoSelectionControl extends AbstractSelectionControl<H> { void singleSelect(final Element element) { if (!getSelectedItems().isEmpty()) { clearSelection(); } select(element.getUUID()); } @Inject LienzoSelectionControl(final Event<CanvasSelectionEvent> canvasSelectionEvent,
final Ev... |
@Test public void testClearSelection() { tested.init(canvasHandler); tested.register(element); tested.singleSelect(element); tested.clearSelection(); verify(selectionControl, times(1)).clearSelection(); } | void singleSelect(final Element element) { if (!getSelectedItems().isEmpty()) { clearSelection(); } select(element.getUUID()); } | LienzoSelectionControl extends AbstractSelectionControl<H> { void singleSelect(final Element element) { if (!getSelectedItems().isEmpty()) { clearSelection(); } select(element.getUUID()); } } | LienzoSelectionControl extends AbstractSelectionControl<H> { void singleSelect(final Element element) { if (!getSelectedItems().isEmpty()) { clearSelection(); } select(element.getUUID()); } @Inject LienzoSelectionControl(final Event<CanvasSelectionEvent> canvasSelectionEvent,
final Ev... | LienzoSelectionControl extends AbstractSelectionControl<H> { void singleSelect(final Element element) { if (!getSelectedItems().isEmpty()) { clearSelection(); } select(element.getUUID()); } @Inject LienzoSelectionControl(final Event<CanvasSelectionEvent> canvasSelectionEvent,
final Ev... | LienzoSelectionControl extends AbstractSelectionControl<H> { void singleSelect(final Element element) { if (!getSelectedItems().isEmpty()) { clearSelection(); } select(element.getUUID()); } @Inject LienzoSelectionControl(final Event<CanvasSelectionEvent> canvasSelectionEvent,
final Ev... |
@Test @SuppressWarnings("unchecked") public void testDeregister() { tested.init(canvasHandler); tested.register(element); tested.deregister(element); verify(selectionControl, times(1)).deregister(eq(element)); verify(shapeViewHandlers, times(1)).removeHandler(any(ViewHandler.class)); assertTrue(tested.getHandlers().isE... | protected void deregister(final String uuid) { final Shape shape = getSelectionControl().getCanvas().getShape(uuid); final ViewHandler<?> handler = handlers.get(uuid); doDeregisterHandler(shape, handler); } | LienzoSelectionControl extends AbstractSelectionControl<H> { protected void deregister(final String uuid) { final Shape shape = getSelectionControl().getCanvas().getShape(uuid); final ViewHandler<?> handler = handlers.get(uuid); doDeregisterHandler(shape, handler); } } | LienzoSelectionControl extends AbstractSelectionControl<H> { protected void deregister(final String uuid) { final Shape shape = getSelectionControl().getCanvas().getShape(uuid); final ViewHandler<?> handler = handlers.get(uuid); doDeregisterHandler(shape, handler); } @Inject LienzoSelectionControl(final Event<CanvasSe... | LienzoSelectionControl extends AbstractSelectionControl<H> { protected void deregister(final String uuid) { final Shape shape = getSelectionControl().getCanvas().getShape(uuid); final ViewHandler<?> handler = handlers.get(uuid); doDeregisterHandler(shape, handler); } @Inject LienzoSelectionControl(final Event<CanvasSe... | LienzoSelectionControl extends AbstractSelectionControl<H> { protected void deregister(final String uuid) { final Shape shape = getSelectionControl().getCanvas().getShape(uuid); final ViewHandler<?> handler = handlers.get(uuid); doDeregisterHandler(shape, handler); } @Inject LienzoSelectionControl(final Event<CanvasSe... |
@Test public void wbFromDMN_PMMLImportNoModels() { when(jsitImportMock.getImportType()).thenReturn(PMML_IMPORT_TYPE); Import resultImport = ImportConverter.wbFromDMN(jsitImportMock, null, pmmlDocumentMetadata); assertTrue(resultImport instanceof ImportPMML); assertEquals(LOCATION_URI, resultImport.getLocationURI().getV... | public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName, String> otherAttr... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... |
@Test public void testInitialize() { CanvasPanel panel = mock(CanvasPanel.class); CanvasSettings settings = mock(CanvasSettings.class); when(settings.isHiDPIEnabled()).thenReturn(true); assertEquals(tested, tested.initialize(panel, settings)); assertTrue(LienzoCore.get().isHidpiEnabled()); assertNotNull(tested.getEvent... | public AbstractCanvas<V> initialize(final CanvasPanel panel, final CanvasSettings settings) { eventHandlerManager = new ViewEventHandlerManager(getView().getLayer().getLienzoLayer(), SUPPORTED_EVENT_TYPES); return initialize(panel, settings, eventHandlerManager); } | LienzoCanvas extends AbstractCanvas<V> { public AbstractCanvas<V> initialize(final CanvasPanel panel, final CanvasSettings settings) { eventHandlerManager = new ViewEventHandlerManager(getView().getLayer().getLienzoLayer(), SUPPORTED_EVENT_TYPES); return initialize(panel, settings, eventHandlerManager); } } | LienzoCanvas extends AbstractCanvas<V> { public AbstractCanvas<V> initialize(final CanvasPanel panel, final CanvasSettings settings) { eventHandlerManager = new ViewEventHandlerManager(getView().getLayer().getLienzoLayer(), SUPPORTED_EVENT_TYPES); return initialize(panel, settings, eventHandlerManager); } protected Li... | LienzoCanvas extends AbstractCanvas<V> { public AbstractCanvas<V> initialize(final CanvasPanel panel, final CanvasSettings settings) { eventHandlerManager = new ViewEventHandlerManager(getView().getLayer().getLienzoLayer(), SUPPORTED_EVENT_TYPES); return initialize(panel, settings, eventHandlerManager); } protected Li... | LienzoCanvas extends AbstractCanvas<V> { public AbstractCanvas<V> initialize(final CanvasPanel panel, final CanvasSettings settings) { eventHandlerManager = new ViewEventHandlerManager(getView().getLayer().getLienzoLayer(), SUPPORTED_EVENT_TYPES); return initialize(panel, settings, eventHandlerManager); } protected Li... |
@Test @SuppressWarnings("unchecked") public void testGetShapeAt() { double x = 10; double y = 33; com.ait.lienzo.client.core.shape.Shape lienzoShape = mock(com.ait.lienzo.client.core.shape.Shape.class); WiresUtils.UserData userData = new WiresUtils.UserData("uuid1", "group1"); when(lienzoShape.getUserData()).thenReturn... | @Override public Optional<Shape> getShapeAt(final double x, final double y) { final LienzoLayer lienzoLayer = getView().getLayer(); final String uuid = LienzoLayerUtils.getUUID_At(lienzoLayer, x, y); return Optional.ofNullable(getShape(uuid)); } | LienzoCanvas extends AbstractCanvas<V> { @Override public Optional<Shape> getShapeAt(final double x, final double y) { final LienzoLayer lienzoLayer = getView().getLayer(); final String uuid = LienzoLayerUtils.getUUID_At(lienzoLayer, x, y); return Optional.ofNullable(getShape(uuid)); } } | LienzoCanvas extends AbstractCanvas<V> { @Override public Optional<Shape> getShapeAt(final double x, final double y) { final LienzoLayer lienzoLayer = getView().getLayer(); final String uuid = LienzoLayerUtils.getUUID_At(lienzoLayer, x, y); return Optional.ofNullable(getShape(uuid)); } protected LienzoCanvas(final Eve... | LienzoCanvas extends AbstractCanvas<V> { @Override public Optional<Shape> getShapeAt(final double x, final double y) { final LienzoLayer lienzoLayer = getView().getLayer(); final String uuid = LienzoLayerUtils.getUUID_At(lienzoLayer, x, y); return Optional.ofNullable(getShape(uuid)); } protected LienzoCanvas(final Eve... | LienzoCanvas extends AbstractCanvas<V> { @Override public Optional<Shape> getShapeAt(final double x, final double y) { final LienzoLayer lienzoLayer = getView().getLayer(); final String uuid = LienzoLayerUtils.getUUID_At(lienzoLayer, x, y); return Optional.ofNullable(getShape(uuid)); } protected LienzoCanvas(final Eve... |
@Test public void testOnAfterDraw() { Command callback = mock(Command.class); tested.onAfterDraw(callback); verify(lienzoLayer, times(1)).onAfterDraw(eq(callback)); } | @Override public void onAfterDraw(final Command callback) { getView().getLayer().onAfterDraw(callback); } | LienzoCanvas extends AbstractCanvas<V> { @Override public void onAfterDraw(final Command callback) { getView().getLayer().onAfterDraw(callback); } } | LienzoCanvas extends AbstractCanvas<V> { @Override public void onAfterDraw(final Command callback) { getView().getLayer().onAfterDraw(callback); } protected LienzoCanvas(final Event<CanvasClearEvent> canvasClearEvent,
final Event<CanvasShapeAddedEvent> canvasShapeAddedEvent,
... | LienzoCanvas extends AbstractCanvas<V> { @Override public void onAfterDraw(final Command callback) { getView().getLayer().onAfterDraw(callback); } protected LienzoCanvas(final Event<CanvasClearEvent> canvasClearEvent,
final Event<CanvasShapeAddedEvent> canvasShapeAddedEvent,
... | LienzoCanvas extends AbstractCanvas<V> { @Override public void onAfterDraw(final Command callback) { getView().getLayer().onAfterDraw(callback); } protected LienzoCanvas(final Event<CanvasClearEvent> canvasClearEvent,
final Event<CanvasShapeAddedEvent> canvasShapeAddedEvent,
... |
@Test public void testFocus() { LienzoPanel panel = mock(LienzoPanel.class); when(view.getLienzoPanel()).thenReturn(panel); tested.focus(); verify(panel, times(1)).focus(); } | @Override public void focus() { getView().getLienzoPanel().focus(); } | LienzoCanvas extends AbstractCanvas<V> { @Override public void focus() { getView().getLienzoPanel().focus(); } } | LienzoCanvas extends AbstractCanvas<V> { @Override public void focus() { getView().getLienzoPanel().focus(); } protected LienzoCanvas(final Event<CanvasClearEvent> canvasClearEvent,
final Event<CanvasShapeAddedEvent> canvasShapeAddedEvent,
final Event<CanvasShapeRe... | LienzoCanvas extends AbstractCanvas<V> { @Override public void focus() { getView().getLienzoPanel().focus(); } protected LienzoCanvas(final Event<CanvasClearEvent> canvasClearEvent,
final Event<CanvasShapeAddedEvent> canvasShapeAddedEvent,
final Event<CanvasShapeRe... | LienzoCanvas extends AbstractCanvas<V> { @Override public void focus() { getView().getLienzoPanel().focus(); } protected LienzoCanvas(final Event<CanvasClearEvent> canvasClearEvent,
final Event<CanvasShapeAddedEvent> canvasShapeAddedEvent,
final Event<CanvasShapeRe... |
@Test public void testDestroy() { CanvasPanel panel = mock(CanvasPanel.class); CanvasSettings settings = mock(CanvasSettings.class); ViewEventHandlerManager eventHandler = mock(ViewEventHandlerManager.class); tested.initialize(panel, settings, eventHandler); tested.destroy(); verify(eventHandler, times(1)).destroy(); v... | @Override public void destroy() { if (null != eventHandlerManager) { eventHandlerManager.destroy(); eventHandlerManager = null; } super.destroy(); } | LienzoCanvas extends AbstractCanvas<V> { @Override public void destroy() { if (null != eventHandlerManager) { eventHandlerManager.destroy(); eventHandlerManager = null; } super.destroy(); } } | LienzoCanvas extends AbstractCanvas<V> { @Override public void destroy() { if (null != eventHandlerManager) { eventHandlerManager.destroy(); eventHandlerManager = null; } super.destroy(); } protected LienzoCanvas(final Event<CanvasClearEvent> canvasClearEvent,
final Event<CanvasShapeAddedEve... | LienzoCanvas extends AbstractCanvas<V> { @Override public void destroy() { if (null != eventHandlerManager) { eventHandlerManager.destroy(); eventHandlerManager = null; } super.destroy(); } protected LienzoCanvas(final Event<CanvasClearEvent> canvasClearEvent,
final Event<CanvasShapeAddedEve... | LienzoCanvas extends AbstractCanvas<V> { @Override public void destroy() { if (null != eventHandlerManager) { eventHandlerManager.destroy(); eventHandlerManager = null; } super.destroy(); } protected LienzoCanvas(final Event<CanvasClearEvent> canvasClearEvent,
final Event<CanvasShapeAddedEve... |
@Test @SuppressWarnings("unchecked") public void testCreateResizeCommand() { Element element = mock(Element.class); BoundingBox boundingBox = new BoundingBox(0, 0, 1, 2); final CanvasCommand<AbstractCanvasHandler> command = tested.resize(element, boundingBox); assertNotNull(command); assertTrue(command instanceof Lienz... | @Override public CanvasCommand<AbstractCanvasHandler> resize(final Element<? extends View<?>> element, final BoundingBox boundingBox) { return new LienzoResizeNodeCommand(element, boundingBox); } | LienzoCanvasCommandFactory extends DefaultCanvasCommandFactory { @Override public CanvasCommand<AbstractCanvasHandler> resize(final Element<? extends View<?>> element, final BoundingBox boundingBox) { return new LienzoResizeNodeCommand(element, boundingBox); } } | LienzoCanvasCommandFactory extends DefaultCanvasCommandFactory { @Override public CanvasCommand<AbstractCanvasHandler> resize(final Element<? extends View<?>> element, final BoundingBox boundingBox) { return new LienzoResizeNodeCommand(element, boundingBox); } protected LienzoCanvasCommandFactory(); @Inject LienzoCan... | LienzoCanvasCommandFactory extends DefaultCanvasCommandFactory { @Override public CanvasCommand<AbstractCanvasHandler> resize(final Element<? extends View<?>> element, final BoundingBox boundingBox) { return new LienzoResizeNodeCommand(element, boundingBox); } protected LienzoCanvasCommandFactory(); @Inject LienzoCan... | LienzoCanvasCommandFactory extends DefaultCanvasCommandFactory { @Override public CanvasCommand<AbstractCanvasHandler> resize(final Element<? extends View<?>> element, final BoundingBox boundingBox) { return new LienzoResizeNodeCommand(element, boundingBox); } protected LienzoCanvasCommandFactory(); @Inject LienzoCan... |
@Test public void testUseWiresManager() { WiresManager wiresManager = mock(WiresManager.class); tested.use(wiresManager); verify(wiresLayer, times(1)).use(eq(wiresManager)); } | public void use(final WiresManager wiresManager) { layer.use(wiresManager); } | WiresCanvasView extends LienzoCanvasView<WiresLayer> { public void use(final WiresManager wiresManager) { layer.use(wiresManager); } } | WiresCanvasView extends LienzoCanvasView<WiresLayer> { public void use(final WiresManager wiresManager) { layer.use(wiresManager); } @Inject WiresCanvasView(final WiresLayer layer); } | WiresCanvasView extends LienzoCanvasView<WiresLayer> { public void use(final WiresManager wiresManager) { layer.use(wiresManager); } @Inject WiresCanvasView(final WiresLayer layer); void use(final WiresManager wiresManager); @Override LienzoCanvasView<WiresLayer> add(final ShapeView<?> shape); LienzoCanvasView addRoot... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { public void use(final WiresManager wiresManager) { layer.use(wiresManager); } @Inject WiresCanvasView(final WiresLayer layer); void use(final WiresManager wiresManager); @Override LienzoCanvasView<WiresLayer> add(final ShapeView<?> shape); LienzoCanvasView addRoot... |
@Test public void testAdd() { WiresShapeView shapeView = new WiresShapeView(new MultiPath().rect(0, 0, 50, 50)); tested.add(shapeView); verify(wiresLayer, times(1)).add(eq(shapeView)); } | @Override public LienzoCanvasView<WiresLayer> add(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.add((WiresShape) shape); } else if (WiresUtils.isWiresConnector(shape)) { layer.add((WiresConnector) shape); } else { return super.add(shape); } return this; } | WiresCanvasView extends LienzoCanvasView<WiresLayer> { @Override public LienzoCanvasView<WiresLayer> add(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.add((WiresShape) shape); } else if (WiresUtils.isWiresConnector(shape)) { layer.add((WiresConnector) shape); } else { return super.add(shape); ... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { @Override public LienzoCanvasView<WiresLayer> add(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.add((WiresShape) shape); } else if (WiresUtils.isWiresConnector(shape)) { layer.add((WiresConnector) shape); } else { return super.add(shape); ... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { @Override public LienzoCanvasView<WiresLayer> add(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.add((WiresShape) shape); } else if (WiresUtils.isWiresConnector(shape)) { layer.add((WiresConnector) shape); } else { return super.add(shape); ... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { @Override public LienzoCanvasView<WiresLayer> add(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.add((WiresShape) shape); } else if (WiresUtils.isWiresConnector(shape)) { layer.add((WiresConnector) shape); } else { return super.add(shape); ... |
@Test public void testDelete() { WiresShapeView shapeView = new WiresShapeView(new MultiPath().rect(0, 0, 50, 50)); tested.delete(shapeView); verify(wiresLayer, times(1)).delete(eq(shapeView)); } | @Override public LienzoCanvasView<WiresLayer> delete(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.delete((WiresShape) shape); } else if (WiresUtils.isWiresConnector(shape)) { layer.delete((WiresConnector) shape); } else { return super.delete(shape); } return this; } | WiresCanvasView extends LienzoCanvasView<WiresLayer> { @Override public LienzoCanvasView<WiresLayer> delete(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.delete((WiresShape) shape); } else if (WiresUtils.isWiresConnector(shape)) { layer.delete((WiresConnector) shape); } else { return super.del... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { @Override public LienzoCanvasView<WiresLayer> delete(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.delete((WiresShape) shape); } else if (WiresUtils.isWiresConnector(shape)) { layer.delete((WiresConnector) shape); } else { return super.del... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { @Override public LienzoCanvasView<WiresLayer> delete(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.delete((WiresShape) shape); } else if (WiresUtils.isWiresConnector(shape)) { layer.delete((WiresConnector) shape); } else { return super.del... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { @Override public LienzoCanvasView<WiresLayer> delete(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.delete((WiresShape) shape); } else if (WiresUtils.isWiresConnector(shape)) { layer.delete((WiresConnector) shape); } else { return super.del... |
@Test public void testAddRoot() { WiresShapeView shapeView = new WiresShapeView(new MultiPath().rect(0, 0, 50, 50)); tested.addRoot(shapeView); verify(wiresLayer, times(1)).add(eq(shapeView.getGroup())); } | public LienzoCanvasView addRoot(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.add(((WiresShape) shape).getGroup()); } else if (WiresUtils.isWiresConnector(shape)) { layer.add(((WiresConnector) shape).getGroup()); } else { return super.add(shape); } return this; } | WiresCanvasView extends LienzoCanvasView<WiresLayer> { public LienzoCanvasView addRoot(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.add(((WiresShape) shape).getGroup()); } else if (WiresUtils.isWiresConnector(shape)) { layer.add(((WiresConnector) shape).getGroup()); } else { return super.add(... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { public LienzoCanvasView addRoot(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.add(((WiresShape) shape).getGroup()); } else if (WiresUtils.isWiresConnector(shape)) { layer.add(((WiresConnector) shape).getGroup()); } else { return super.add(... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { public LienzoCanvasView addRoot(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.add(((WiresShape) shape).getGroup()); } else if (WiresUtils.isWiresConnector(shape)) { layer.add(((WiresConnector) shape).getGroup()); } else { return super.add(... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { public LienzoCanvasView addRoot(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.add(((WiresShape) shape).getGroup()); } else if (WiresUtils.isWiresConnector(shape)) { layer.add(((WiresConnector) shape).getGroup()); } else { return super.add(... |
@Test public void wbFromDMN_PMMLImportWithModels() { when(jsitImportMock.getImportType()).thenReturn(PMML_IMPORT_TYPE); pmmlDocumentMetadata.getModels().add(new PMMLModelMetadata("modelName", null)); Import resultImport = ImportConverter.wbFromDMN(jsitImportMock, null, pmmlDocumentMetadata); assertTrue(resultImport ins... | public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName, String> otherAttr... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... | ImportConverter { public static Import wbFromDMN(final JSITImport dmn, final JSITDefinitions definitions, final PMMLDocumentMetadata pmmlDocument) { final Import result = createWBImport(dmn, definitions, pmmlDocument); final Map<QName, String> additionalAttributes = new HashMap<>(); final Map<javax.xml.namespace.QName,... |
@Test public void testDeleteRoot() { WiresShapeView shapeView = new WiresShapeView(new MultiPath().rect(0, 0, 50, 50)); tested.deleteRoot(shapeView); verify(wiresLayer, times(1)).delete(eq(shapeView.getGroup())); } | public LienzoCanvasView deleteRoot(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.delete(((WiresShape) shape).getGroup()); } else if (WiresUtils.isWiresConnector(shape)) { layer.delete(((WiresConnector) shape).getGroup()); } else { return super.delete(shape); } return this; } | WiresCanvasView extends LienzoCanvasView<WiresLayer> { public LienzoCanvasView deleteRoot(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.delete(((WiresShape) shape).getGroup()); } else if (WiresUtils.isWiresConnector(shape)) { layer.delete(((WiresConnector) shape).getGroup()); } else { return s... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { public LienzoCanvasView deleteRoot(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.delete(((WiresShape) shape).getGroup()); } else if (WiresUtils.isWiresConnector(shape)) { layer.delete(((WiresConnector) shape).getGroup()); } else { return s... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { public LienzoCanvasView deleteRoot(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.delete(((WiresShape) shape).getGroup()); } else if (WiresUtils.isWiresConnector(shape)) { layer.delete(((WiresConnector) shape).getGroup()); } else { return s... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { public LienzoCanvasView deleteRoot(final ShapeView<?> shape) { if (WiresUtils.isWiresShape(shape)) { layer.delete(((WiresShape) shape).getGroup()); } else if (WiresUtils.isWiresConnector(shape)) { layer.delete(((WiresConnector) shape).getGroup()); } else { return s... |
@Test public void testAddChild() { WiresShapeView parent = new WiresShapeView(new MultiPath().rect(0, 0, 50, 50)); WiresShapeView child = new WiresShapeView(new MultiPath().rect(0, 0, 50, 50)); tested.addChild(parent, child); verify(wiresLayer, times(1)).addChild(eq(parent), eq(child)); } | @Override public LienzoCanvasView addChild(final ShapeView<?> parent, final ShapeView<?> child) { final WiresContainer parentShape = (WiresContainer) parent; final WiresShape childShape = (WiresShape) child; layer.addChild(parentShape, childShape); childShape.shapeMoved(); return this; } | WiresCanvasView extends LienzoCanvasView<WiresLayer> { @Override public LienzoCanvasView addChild(final ShapeView<?> parent, final ShapeView<?> child) { final WiresContainer parentShape = (WiresContainer) parent; final WiresShape childShape = (WiresShape) child; layer.addChild(parentShape, childShape); childShape.shape... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { @Override public LienzoCanvasView addChild(final ShapeView<?> parent, final ShapeView<?> child) { final WiresContainer parentShape = (WiresContainer) parent; final WiresShape childShape = (WiresShape) child; layer.addChild(parentShape, childShape); childShape.shape... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { @Override public LienzoCanvasView addChild(final ShapeView<?> parent, final ShapeView<?> child) { final WiresContainer parentShape = (WiresContainer) parent; final WiresShape childShape = (WiresShape) child; layer.addChild(parentShape, childShape); childShape.shape... | WiresCanvasView extends LienzoCanvasView<WiresLayer> { @Override public LienzoCanvasView addChild(final ShapeView<?> parent, final ShapeView<?> child) { final WiresContainer parentShape = (WiresContainer) parent; final WiresShape childShape = (WiresShape) child; layer.addChild(parentShape, childShape); childShape.shape... |
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