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eclipse / sirius / org.eclipse.sirius / 079dde4a943e7a4848c2d6610661c49c0cc252f5 / . / plugins / org.eclipse.sirius.tests.swtbot / src / org / eclipse / sirius / tests / swtbot / PortsOnNodePositionStabilityTest.java
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/*******************************************************************************
* Copyright (c) 2010, 2014 THALES GLOBAL SERVICES.
* This program and the accompanying materials
* are made available under the terms of the Eclipse Public License 2.0
* which accompanies this distribution, and is available at
* https://www.eclipse.org/legal/epl-2.0/
*
* SPDX-License-Identifier: EPL-2.0
*
* Contributors:
* Obeo - initial API and implementation
*******************************************************************************/
package org.eclipse.sirius.tests.swtbot;
import static org.eclipse.sirius.tests.swtbot.support.api.matcher.geometry.PointAround.around;
import static org.hamcrest.MatcherAssert.assertThat;
import static org.hamcrest.Matchers.equalTo;
import org.eclipse.draw2d.PositionConstants;
import org.eclipse.draw2d.geometry.Dimension;
import org.eclipse.draw2d.geometry.Point;
import org.eclipse.draw2d.geometry.Rectangle;
import org.eclipse.gmf.runtime.diagram.ui.editparts.IBorderItemEditPart;
import org.eclipse.gmf.runtime.diagram.ui.figures.IBorderItemLocator;
import org.eclipse.sirius.diagram.DDiagram;
import org.eclipse.sirius.diagram.ui.edit.api.part.AbstractDiagramBorderNodeEditPart;
import org.eclipse.sirius.diagram.ui.edit.api.part.AbstractDiagramNameEditPart;
import org.eclipse.sirius.diagram.ui.internal.edit.parts.DNode2EditPart;
import org.eclipse.sirius.diagram.ui.internal.edit.parts.DNode3EditPart;
import org.eclipse.sirius.diagram.ui.internal.edit.parts.DNode4EditPart;
import org.eclipse.sirius.tests.swtbot.support.api.AbstractSiriusSwtBotGefTestCase;
import org.eclipse.sirius.tests.swtbot.support.api.business.UILocalSession;
import org.eclipse.sirius.tests.swtbot.support.api.business.UIResource;
import org.eclipse.sirius.tests.swtbot.support.api.condition.CheckSelectedCondition;
import org.eclipse.sirius.tests.swtbot.support.api.editor.SWTBotSiriusDiagramEditor;
import org.eclipse.sirius.tests.swtbot.support.api.editor.SWTBotSiriusHelper;
import org.eclipse.sirius.tests.swtbot.support.utils.SWTBotUtils;
import org.eclipse.swtbot.eclipse.finder.widgets.SWTBotView;
import org.eclipse.swtbot.eclipse.gef.finder.widgets.SWTBotGefEditPart;
/**
* Tests for global refresh review and viewpoint ticket #1283.
*
* @author smonnier
*/
public class PortsOnNodePositionStabilityTest extends AbstractSiriusSwtBotGefTestCase {
private static final int ACCEPTABLE_DISTANCE = 3;
private static final Point TRANSLATION_PLUS_10X = new Point(10, 0);
private static final Point TRANSLATION_MINUS_10X = new Point(-10, 0);
private static final Point TRANSLATION_MINUS_10Y = new Point(0, -10);
private static final Point TRANSLATION_PLUS_10Y = new Point(0, 10);
private static final String REPRESENTATION_INSTANCE_NAME = "new tc_viewpoint_1283";
private static final String REPRESENTATION_NAME = "tc_viewpoint_1283";
private static final String MODEL = "tc_viewpoint_1283.ecore";
private static final String SESSION_FILE = "tc_viewpoint_1283.aird";
private static final String VSM_FILE = "tc_viewpoint_1283.odesign";
private static final String DATA_UNIT_DIR = "data/unit/portPositionStability/tc_viewpoint_1283/";
private static final String FILE_DIR = "/";
private UIResource sessionAirdResource;
private UILocalSession localSession;
private SWTBotSiriusDiagramEditor editor;
/**
* {@inheritDoc}
*/
@Override
protected void onSetUpBeforeClosingWelcomePage() throws Exception {
copyFileToTestProject(Activator.PLUGIN_ID, DATA_UNIT_DIR, MODEL, SESSION_FILE, VSM_FILE);
}
/**
* Open the diagram and gather the initial bounds of all the bordered nodes.
*/
@Override
protected void onSetUpAfterOpeningDesignerPerspective() throws Exception {
sessionAirdResource = new UIResource(designerProject, FILE_DIR, SESSION_FILE);
localSession = designerPerspective.openSessionFromFile(sessionAirdResource);
editor = (SWTBotSiriusDiagramEditor) openRepresentation(localSession.getOpenedSession(), REPRESENTATION_NAME, REPRESENTATION_INSTANCE_NAME, DDiagram.class);
editor.setSnapToGrid(false);
editor.maximize();
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNodeEditPart_North() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DNEP_0");
editor.reveal("DNEP_0");
Rectangle bounds = editor.clickCentered("DNEP_0");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getTop(), bounds.getTop().getTranslated(TRANSLATION_MINUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class), around(locationD.getTranslated(TRANSLATION_MINUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNodeEditPart_North() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DNEP_0");
editor.reveal("DNEP_0");
Rectangle bounds = editor.clickCentered("DNEP_0");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getTop(), bounds.getTop().getTranslated(TRANSLATION_PLUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class), around(locationD.getTranslated(TRANSLATION_PLUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNodeEditPart_East() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DNEP_0");
editor.reveal("DNEP_0");
Rectangle bounds = editor.clickCentered("DNEP_0");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getRight(), bounds.getRight().getTranslated(TRANSLATION_PLUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class), around(locationA.getTranslated(TRANSLATION_PLUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class), equalTo(dimensionD));
bot.sleep(500);
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNodeEditPart_East() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DNEP_0");
editor.reveal("DNEP_0");
Rectangle bounds = editor.clickCentered("DNEP_0");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getRight(), bounds.getRight().getTranslated(TRANSLATION_MINUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class), around(locationA.getTranslated(TRANSLATION_MINUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class), equalTo(dimensionD));
bot.sleep(500);
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNodeEditPart_South() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DNEP_0");
editor.reveal("DNEP_0");
Rectangle bounds = editor.clickCentered("DNEP_0");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getBottom(), bounds.getBottom().getTranslated(TRANSLATION_PLUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class), around(locationB.getTranslated(TRANSLATION_PLUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class), equalTo(dimensionD));
bot.sleep(500);
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNodeEditPart_South() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DNEP_0");
editor.reveal("DNEP_0");
Rectangle bounds = editor.clickCentered("DNEP_0");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getBottom(), bounds.getBottom().getTranslated(TRANSLATION_MINUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class), around(locationB.getTranslated(TRANSLATION_MINUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class), equalTo(dimensionD));
bot.sleep(500);
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNodeEditPart_West() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DNEP_0");
editor.reveal("DNEP_0");
Rectangle bounds = editor.clickCentered("DNEP_0");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getLeft(), bounds.getLeft().getTranslated(TRANSLATION_MINUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class), around(locationC.getTranslated(TRANSLATION_MINUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class), equalTo(dimensionD));
bot.sleep(500);
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNodeEditPart_West() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DNEP_0");
editor.reveal("DNEP_0");
Rectangle bounds = editor.clickCentered("DNEP_0");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getLeft(), bounds.getLeft().getTranslated(TRANSLATION_PLUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DNEP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_c", DNode2EditPart.class), around(locationC.getTranslated(TRANSLATION_PLUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DNEP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DNEP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DNEP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DNEP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DNEP_d", DNode2EditPart.class), equalTo(dimensionD));
bot.sleep(500);
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNode2EditPart_North() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN2EP_on_DNEP_a");
editor.reveal("DN2EP_on_DNEP_a");
Rectangle bounds = editor.clickCentered("DN2EP_on_DNEP_a");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getTop(), bounds.getTop().getTranslated(TRANSLATION_MINUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class), around(locationA.getTranslated(TRANSLATION_MINUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class), around(locationC.getTranslated(TRANSLATION_MINUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class), around(locationD.getTranslated(TRANSLATION_MINUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNode2EditPart_North() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN2EP_on_DNEP_a");
editor.reveal("DN2EP_on_DNEP_a");
Rectangle bounds = editor.clickCentered("DN2EP_on_DNEP_a");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getTop(), bounds.getTop().getTranslated(TRANSLATION_PLUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class), around(locationA.getTranslated(TRANSLATION_PLUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class), around(locationC.getTranslated(TRANSLATION_PLUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class), around(locationD.getTranslated(TRANSLATION_PLUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNode2EditPart_East() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN2EP_on_DNEP_a");
editor.reveal("DN2EP_on_DNEP_a");
Rectangle bounds = editor.clickCentered("DN2EP_on_DNEP_a");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getRight(), bounds.getRight().getTranslated(TRANSLATION_PLUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class), around(locationA.getTranslated(TRANSLATION_PLUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNode2EditPart_East() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN2EP_on_DNEP_a");
editor.reveal("DN2EP_on_DNEP_a");
Rectangle bounds = editor.clickCentered("DN2EP_on_DNEP_a");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getRight(), bounds.getRight().getTranslated(TRANSLATION_MINUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class), around(locationA.getTranslated(TRANSLATION_MINUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNode2EditPart_South() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN2EP_on_DNEP_a");
editor.reveal("DN2EP_on_DNEP_a");
Rectangle bounds = editor.clickCentered("DN2EP_on_DNEP_a");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getBottom(), bounds.getBottom().getTranslated(TRANSLATION_PLUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class), around(locationB.getTranslated(TRANSLATION_PLUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNode2EditPart_South() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN2EP_on_DNEP_a");
editor.reveal("DN2EP_on_DNEP_a");
Rectangle bounds = editor.clickCentered("DN2EP_on_DNEP_a");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getBottom(), bounds.getBottom().getTranslated(TRANSLATION_MINUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class), around(locationB.getTranslated(TRANSLATION_MINUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNode2EditPart_West() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN2EP_on_DNEP_a");
editor.reveal("DN2EP_on_DNEP_a");
Rectangle bounds = editor.clickCentered("DN2EP_on_DNEP_a");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getLeft(), bounds.getLeft().getTranslated(TRANSLATION_MINUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class), around(locationA.getTranslated(TRANSLATION_PLUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNode2EditPart_West() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN2EP_on_DNEP_a");
editor.reveal("DN2EP_on_DNEP_a");
Rectangle bounds = editor.clickCentered("DN2EP_on_DNEP_a");
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getLeft(), bounds.getLeft().getTranslated(TRANSLATION_PLUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN2EP_a", DNode2EditPart.class), around(locationA.getTranslated(TRANSLATION_MINUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN2EP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN2EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN2EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN2EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN2EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNode3EditPart_North() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN3EP_a");
editor.reveal("DN3EP_a");
Point locationDN3EP_a = editor.getLocation("DN3EP_a", DNode3EditPart.class);
Dimension dimensionDN3EP_a = editor.getDimension("DN3EP_a", DNode3EditPart.class);
editor.click(locationDN3EP_a);
Rectangle bounds = new Rectangle(locationDN3EP_a, dimensionDN3EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getTop(), bounds.getTop().getTranslated(TRANSLATION_MINUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class), around(locationD.getTranslated(TRANSLATION_MINUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNode3EditPart_North() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN3EP_a");
editor.reveal("DN3EP_a");
Point locationDN3EP_a = editor.getLocation("DN3EP_a", DNode3EditPart.class);
Dimension dimensionDN3EP_a = editor.getDimension("DN3EP_a", DNode3EditPart.class);
editor.click(locationDN3EP_a);
Rectangle bounds = new Rectangle(locationDN3EP_a, dimensionDN3EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getTop(), bounds.getTop().getTranslated(TRANSLATION_PLUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class), around(locationD.getTranslated(TRANSLATION_PLUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNode3EditPart_East() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN3EP_a");
editor.reveal("DN3EP_a");
Point locationDN3EP_a = editor.getLocation("DN3EP_a", DNode3EditPart.class);
Dimension dimensionDN3EP_a = editor.getDimension("DN3EP_a", DNode3EditPart.class);
editor.click(locationDN3EP_a);
Rectangle bounds = new Rectangle(locationDN3EP_a, dimensionDN3EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getRight(), bounds.getRight().getTranslated(TRANSLATION_PLUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class), around(locationA.getTranslated(TRANSLATION_PLUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNode3EditPart_East() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN3EP_a");
editor.reveal("DN3EP_a");
Point locationDN3EP_a = editor.getLocation("DN3EP_a", DNode3EditPart.class);
Dimension dimensionDN3EP_a = editor.getDimension("DN3EP_a", DNode3EditPart.class);
editor.click(locationDN3EP_a);
Rectangle bounds = new Rectangle(locationDN3EP_a, dimensionDN3EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getRight(), bounds.getRight().getTranslated(TRANSLATION_MINUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class), around(locationA.getTranslated(TRANSLATION_MINUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNode3EditPart_South() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN3EP_a");
editor.reveal("DN3EP_a");
Point locationDN3EP_a = editor.getLocation("DN3EP_a", DNode3EditPart.class);
Dimension dimensionDN3EP_a = editor.getDimension("DN3EP_a", DNode3EditPart.class);
editor.click(locationDN3EP_a);
Rectangle bounds = new Rectangle(locationDN3EP_a, dimensionDN3EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getBottom(), bounds.getBottom().getTranslated(TRANSLATION_PLUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class), around(locationB.getTranslated(TRANSLATION_PLUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNode3EditPart_South() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN3EP_a");
editor.reveal("DN3EP_a");
Point locationDN3EP_a = editor.getLocation("DN3EP_a", DNode3EditPart.class);
Dimension dimensionDN3EP_a = editor.getDimension("DN3EP_a", DNode3EditPart.class);
editor.click(locationDN3EP_a);
Rectangle bounds = new Rectangle(locationDN3EP_a, dimensionDN3EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getBottom(), bounds.getBottom().getTranslated(TRANSLATION_PLUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class), around(locationB.getTranslated(TRANSLATION_PLUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNode3EditPart_West() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN3EP_a");
editor.reveal("DN3EP_a");
Point locationDN3EP_a = editor.getLocation("DN3EP_a", DNode3EditPart.class);
Dimension dimensionDN3EP_a = editor.getDimension("DN3EP_a", DNode3EditPart.class);
editor.click(locationDN3EP_a);
Rectangle bounds = new Rectangle(locationDN3EP_a, dimensionDN3EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getLeft(), bounds.getLeft().getTranslated(TRANSLATION_MINUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class), around(locationC.getTranslated(TRANSLATION_MINUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNode3EditPart_West() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN3EP_a");
editor.reveal("DN3EP_a");
Point locationDN3EP_a = editor.getLocation("DN3EP_a", DNode3EditPart.class);
Dimension dimensionDN3EP_a = editor.getDimension("DN3EP_a", DNode3EditPart.class);
editor.click(locationDN3EP_a);
Rectangle bounds = new Rectangle(locationDN3EP_a, dimensionDN3EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Point locationB = editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Point locationC = editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Point locationD = editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class);
Dimension dimensionA = editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class);
Dimension dimensionB = editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class);
Dimension dimensionC = editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class);
Dimension dimensionD = editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class);
// Resize the node
editor.drag(bounds.getLeft(), bounds.getLeft().getTranslated(TRANSLATION_PLUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN2EP_on_DN3EP_a", DNode2EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_b", DNode2EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_c", DNode2EditPart.class), around(locationC.getTranslated(TRANSLATION_PLUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN2EP_on_DN3EP_d", DNode2EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN2EP_on_DN3EP_a", DNode2EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN2EP_on_DN3EP_b", DNode2EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN2EP_on_DN3EP_c", DNode2EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN2EP_on_DN3EP_d", DNode2EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNode4EditPart_North() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN4EP_a");
editor.reveal("DN4EP_a");
Point locationDN4EP_a = editor.getLocation("DN4EP_a", DNode4EditPart.class);
Dimension dimensionDN4EP_a = editor.getDimension("DN4EP_a", DNode4EditPart.class);
editor.click(locationDN4EP_a);
Rectangle bounds = new Rectangle(locationDN4EP_a, dimensionDN4EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Point locationB = editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Point locationC = editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Point locationD = editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class);
Dimension dimensionA = editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Dimension dimensionB = editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Dimension dimensionC = editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Dimension dimensionD = editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class);
// Resize the node
editor.drag(bounds.getTop(), bounds.getTop().getTranslated(TRANSLATION_MINUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class), around(locationB.getTranslated(TRANSLATION_PLUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNode4EditPart_North() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN4EP_a");
editor.reveal("DN4EP_a");
Point locationDN4EP_a = editor.getLocation("DN4EP_a", DNode4EditPart.class);
Dimension dimensionDN4EP_a = editor.getDimension("DN4EP_a", DNode4EditPart.class);
editor.click(locationDN4EP_a);
Rectangle bounds = new Rectangle(locationDN4EP_a, dimensionDN4EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Point locationB = editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Point locationC = editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Point locationD = editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class);
Dimension dimensionA = editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Dimension dimensionB = editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Dimension dimensionC = editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Dimension dimensionD = editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class);
// Resize the node
editor.drag(bounds.getTop(), bounds.getTop().getTranslated(TRANSLATION_PLUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class), around(locationB.getTranslated(TRANSLATION_MINUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNode4EditPart_East() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN4EP_a");
editor.reveal("DN4EP_a");
Point locationDN4EP_a = editor.getLocation("DN4EP_a", DNode4EditPart.class);
Dimension dimensionDN4EP_a = editor.getDimension("DN4EP_a", DNode4EditPart.class);
editor.click(locationDN4EP_a);
Rectangle bounds = new Rectangle(locationDN4EP_a, dimensionDN4EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Point locationB = editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Point locationC = editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Point locationD = editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class);
Dimension dimensionA = editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Dimension dimensionB = editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Dimension dimensionC = editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Dimension dimensionD = editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class);
// Resize the node
editor.drag(bounds.getRight(), bounds.getRight().getTranslated(TRANSLATION_PLUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class), around(locationA.getTranslated(TRANSLATION_PLUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNode4EditPart_East() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN4EP_a");
editor.reveal("DN4EP_a");
Point locationDN4EP_a = editor.getLocation("DN4EP_a", DNode4EditPart.class);
Dimension dimensionDN4EP_a = editor.getDimension("DN4EP_a", DNode4EditPart.class);
editor.click(locationDN4EP_a);
Rectangle bounds = new Rectangle(locationDN4EP_a, dimensionDN4EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Point locationB = editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Point locationC = editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Point locationD = editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class);
Dimension dimensionA = editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Dimension dimensionB = editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Dimension dimensionC = editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Dimension dimensionD = editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class);
// Resize the node
editor.drag(bounds.getRight(), bounds.getRight().getTranslated(TRANSLATION_MINUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class), around(locationA.getTranslated(TRANSLATION_MINUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class), around(locationB, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNode4EditPart_South() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN4EP_a");
editor.reveal("DN4EP_a");
Point locationDN4EP_a = editor.getLocation("DN4EP_a", DNode4EditPart.class);
Dimension dimensionDN4EP_a = editor.getDimension("DN4EP_a", DNode4EditPart.class);
editor.click(locationDN4EP_a);
Rectangle bounds = new Rectangle(locationDN4EP_a, dimensionDN4EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Point locationB = editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Point locationC = editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Point locationD = editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class);
Dimension dimensionA = editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Dimension dimensionB = editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Dimension dimensionC = editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Dimension dimensionD = editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class);
// Resize the node
editor.drag(bounds.getBottom(), bounds.getBottom().getTranslated(TRANSLATION_PLUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class), around(locationB.getTranslated(TRANSLATION_PLUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNode4EditPart_South() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN4EP_a");
editor.reveal("DN4EP_a");
Point locationDN4EP_a = editor.getLocation("DN4EP_a", DNode4EditPart.class);
Dimension dimensionDN4EP_a = editor.getDimension("DN4EP_a", DNode4EditPart.class);
editor.click(locationDN4EP_a);
Rectangle bounds = new Rectangle(locationDN4EP_a, dimensionDN4EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Point locationB = editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Point locationC = editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Point locationD = editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class);
Dimension dimensionA = editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Dimension dimensionB = editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Dimension dimensionC = editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Dimension dimensionD = editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class);
// Resize the node
editor.drag(bounds.getBottom(), bounds.getBottom().getTranslated(TRANSLATION_MINUS_10Y));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class), around(locationB.getTranslated(TRANSLATION_MINUS_10Y), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class), around(locationC, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class), around(locationD, ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_expand_DNode4EditPart_West() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN4EP_a");
editor.reveal("DN4EP_a");
Point locationDN4EP_a = editor.getLocation("DN4EP_a", DNode4EditPart.class);
Dimension dimensionDN4EP_a = editor.getDimension("DN4EP_a", DNode4EditPart.class);
editor.click(locationDN4EP_a);
Rectangle bounds = new Rectangle(locationDN4EP_a, dimensionDN4EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Point locationB = editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Point locationC = editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Point locationD = editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class);
Dimension dimensionA = editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Dimension dimensionB = editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Dimension dimensionC = editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Dimension dimensionD = editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class);
// Resize the node
editor.drag(bounds.getLeft(), bounds.getLeft().getTranslated(TRANSLATION_MINUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class), around(locationB.getTranslated(TRANSLATION_MINUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class), around(locationC.getTranslated(TRANSLATION_MINUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class), around(locationD.getTranslated(TRANSLATION_MINUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class), equalTo(dimensionD));
}
/**
* @throws Exception
* if an error occurs
*/
public void test_shrink_DNode4EditPart_West() throws Exception {
// Select the node
CheckSelectedCondition cS = new CheckSelectedCondition(editor, "DN4EP_a");
editor.reveal("DN4EP_a");
Point locationDN4EP_a = editor.getLocation("DN4EP_a", DNode4EditPart.class);
Dimension dimensionDN4EP_a = editor.getDimension("DN4EP_a", DNode4EditPart.class);
editor.click(locationDN4EP_a);
Rectangle bounds = new Rectangle(locationDN4EP_a, dimensionDN4EP_a);
bot.waitUntil(cS);
// Save position of border nodes
Point locationA = editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Point locationB = editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Point locationC = editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Point locationD = editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class);
Dimension dimensionA = editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class);
Dimension dimensionB = editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class);
Dimension dimensionC = editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class);
Dimension dimensionD = editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class);
// Resize the node
editor.drag(bounds.getLeft(), bounds.getLeft().getTranslated(TRANSLATION_PLUS_10X));
// Validate bordered node position and dimension
assertThat(editor.getLocation("DN4EP_on_DN4EP_a", DNode4EditPart.class), around(locationA, ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_b", DNode4EditPart.class), around(locationB.getTranslated(TRANSLATION_PLUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_c", DNode4EditPart.class), around(locationC.getTranslated(TRANSLATION_PLUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getLocation("DN4EP_on_DN4EP_d", DNode4EditPart.class), around(locationD.getTranslated(TRANSLATION_PLUS_10X), ACCEPTABLE_DISTANCE));
assertThat(editor.getDimension("DN4EP_on_DN4EP_a", DNode4EditPart.class), equalTo(dimensionA));
assertThat(editor.getDimension("DN4EP_on_DN4EP_b", DNode4EditPart.class), equalTo(dimensionB));
assertThat(editor.getDimension("DN4EP_on_DN4EP_c", DNode4EditPart.class), equalTo(dimensionC));
assertThat(editor.getDimension("DN4EP_on_DN4EP_d", DNode4EditPart.class), equalTo(dimensionD));
}
/**
* Test that when a label size become high the label is relocated in another
* side.
*/
public void test_DNode4EditPart_LabelSizeIncrease() {
SWTBotGefEditPart borderEditPart = editor.getEditPart("DN2EP_on_DN2EP_a", AbstractDiagramBorderNodeEditPart.class);
borderEditPart.select();
SWTBotGefEditPart labelBorderEditPart = editor.getEditPart("DN2EP_on_DN2EP_a", AbstractDiagramNameEditPart.class);
IBorderItemLocator borderItemLocator = ((IBorderItemEditPart) labelBorderEditPart.part()).getBorderItemLocator();
int currentSideOfParent = borderItemLocator.getCurrentSideOfParent();
assertEquals("At the beginning the label as being small should be east positionned", PositionConstants.EAST, currentSideOfParent);
editor.restore();
SWTBotView propertiesBot = bot.viewByTitle("Properties");
propertiesBot.setFocus();
SWTBotSiriusHelper.selectPropertyTabItem("Appearance");
propertiesBot.bot().ccomboBox(1).setSelection("72");
SWTBotUtils.waitAllUiEvents();
// Checks that the label is on the south side now
int newSideOfParent = borderItemLocator.getCurrentSideOfParent();
assertEquals("Now with a big label size the label should be south positionned", PositionConstants.SOUTH, newSideOfParent);
localSession.save();
editor.close();
editor = (SWTBotSiriusDiagramEditor) openRepresentation(localSession.getOpenedSession(), REPRESENTATION_NAME, REPRESENTATION_INSTANCE_NAME, DDiagram.class);
// Checks that after reopening the label is on the south side now
labelBorderEditPart = editor.getEditPart("DN2EP_on_DN2EP_a", AbstractDiagramNameEditPart.class);
borderItemLocator = ((IBorderItemEditPart) labelBorderEditPart.part()).getBorderItemLocator();
newSideOfParent = borderItemLocator.getCurrentSideOfParent();
assertEquals("Even after diagram reopening the label should be south positionned", PositionConstants.SOUTH, newSideOfParent);
}
/*
* (non-Javadoc)
* @see org.eclipse.sirius.tests.swtbot.support.api.
* AbstractSiriusSwtBotGefTestCase#tearDown()
*/
@Override
protected void tearDown() throws Exception {
editor.restore();
super.tearDown();
}
}