List of usage examples for java.awt Point translate
public void translate(int dx, int dy)
From source file:org.rdv.ui.DataPanelContainer.java
public void dragOver(DragSourceDragEvent e) { Point dragPoint = e.getLocation(); Point containerLocation = getLocationOnScreen(); dragPoint.translate(-containerLocation.x, -containerLocation.y); Component overComponent = getComponentAt(dragPoint); Component dragComponent = e.getDragSourceContext().getComponent(); if (overComponent != null && overComponent != dragComponent) { moveBefore(dragComponent, overComponent); }/*from w w w. j ava 2 s . c o m*/ }
From source file:org.safs.selenium.webdriver.lib.WDLibrary.java
/** * Click the WebElement at a certain coordination with a special key pressed.<br> * Firstly it will try to get webelement's location and use Robot to click. At the same<br> * time, it will listen to a 'javascript mouse down' event to find out if the click really<br> * happened; If not, it will try to use Selenium's API to do the work.<br> * If the click point is outside of the boundary of the WebElement, which means we are going<br> * to click on the sibling component. At this situation, our click-listener will never receive<br> * the click event, we will turn off the click-listener.<br> * * @param clickable WebElement, the WebElement to click on * @param offset Point, the coordination relative to this WebElement to click at.<br> * if the offset is null, then click at the center. * @param specialKey Keys, the special key to press during the click * @param mouseButtonNumber int, the mouse-button-number representing right, middle, or left button. * it can be {@link #MOUSE_BUTTON_LEFT} or {@link #MOUSE_BUTTON_RIGHT}.<br> * {@link #MOUSE_BUTTON_MIDDLE} NOT supported yet. * @param optional String[], the optional parameters * <ul>/*from w w w. ja v a 2 s . com*/ * <li> optional[0] autoscroll boolean, if the component will be scrolled into view automatically before clicking. * if not provided, the default value is true. * </ul> * @throws SeleniumPlusException */ public static void click(WebElement clickable, Point offset, Keys specialKey, int mouseButtonNumber, String... optional) throws SeleniumPlusException { String debugmsg = StringUtils.debugmsg(WDLibrary.class, "click"); checkBeforeOperation(clickable, true); WebDriver wd = WDLibrary.getWebDriver(); RemoteDriver rd = (wd instanceof RemoteDriver) ? (RemoteDriver) wd : null; boolean autoscroll = parseAutoScroll(optional); if (autoscroll) { try { new Actions(wd).moveToElement(clickable).perform(); } catch (Throwable t) { IndependantLog .error(debugmsg + "Ignoring Selenium Robot Click 'moveToElement' action failure caused by " + t.getClass().getName()); } } MouseEvent event = null; DocumentClickCapture listener = new DocumentClickCapture(true, clickable); checkOffset(clickable, offset, listener); try { //2. Perform the click action by Robot Point location = getScreenLocation(clickable); if (offset != null) location.translate(offset.x, offset.y); else { Dimension d = clickable.getSize(); location.translate(d.width / 2, d.height / 2); } listener.addListeners(false); RBT.click(rd, location, specialKey, mouseButtonNumber, 1); listener.startListening(); //3. Wait for the 'click' event, check if the 'mousedown' event really happened. // CANAGL -- FIREFOX PROBLEM: A link that takes you to a new page (like the Google SignIn link) will // trigger the default action and apparently will NOT allow us to detect the Click occurred. // So this WILL generate a waitForClick InterruptedException (Timeout) event = listener.waitForClick(timeoutWaitRobotClick); if (event == null) { IndependantLog.resumeLogging(); IndependantLog .warn(debugmsg + " Robot may fail to perform click. Click screen location is " + location); throw new SeleniumPlusException("The Robot click action didn't happen."); } else { IndependantLog.resumeLogging(); IndependantLog.debug(debugmsg + "Robot click successful."); } } catch (Throwable thr) { IndependantLog.resumeLogging(); IndependantLog.warn(debugmsg + "Met Exception " + StringUtils.debugmsg(thr)); // let the failed listeners exit. try { Thread.sleep(DocumentClickCapture.LISTENER_LOOP_DELAY + DocumentClickCapture.delayWaitReady); } catch (Exception x) { IndependantLog.debug(debugmsg + StringUtils.debugmsg(x)); } try { //2. Perform the click action by Selenium IndependantLog.debug(debugmsg + " Try selenium API to click."); //Create a combined actions according to the parameters Actions actions = new Actions(getWebDriver()); if (autoscroll) { if (offset != null) actions.moveToElement(clickable, offset.x, offset.y); else actions.moveToElement(clickable); } if (specialKey != null) actions.keyDown(specialKey); if (isRightMouseButton(mouseButtonNumber)) actions.contextClick(); else if (isLeftMouseButton(mouseButtonNumber)) actions.click(); else if (isMiddleMouseButton(mouseButtonNumber)) { throw new SeleniumPlusException("Click 'mouse middle button' has not been supported yet."); } else { throw new SeleniumPlusException( "Mouse button number '" + mouseButtonNumber + "' cannot be recognized."); } if (specialKey != null) actions.keyUp(specialKey); IndependantLog.debug( debugmsg + "click with key '" + specialKey + "', mousebutton='" + mouseButtonNumber + "'"); //Perform the actions listener.addListeners(false); try { //if the Robot click worked, but was not detected. If we clicked a link, original page has //disappeared, so the link doesn't exist neither, the WebElement is stale. WebDriver will //not throw StaleElementReferenceException until the 'implicit timeout' is reached. //But we don't want to waste that time, so just set 'implicit timeout' to 0 and don't wait. WDTimeOut.setImplicitlyWait(0, TimeUnit.SECONDS); actions.build().perform(); listener.startListening(); // Dharmesh: Not report waitForClick failure due to listener event not capture // if click coordination out of component size or background. // It is hard to find sibling component. try { event = listener.waitForClick(timeoutWaitClick); } catch (Throwable the) { IndependantLog.debug(debugmsg + " waitForClick failed but not reported"); } ; /*if(event != null) IndependantLog.debug(debugmsg+"click has been performed."); else{ throw new SeleniumPlusException("Selenium Action.click failed to return the MouseEvent."); }*/ } catch (StaleElementReferenceException x) { listener.stopListening(); // chrome is NOT stopping! // the click probably was successful because the elements have changed! IndependantLog.debug(debugmsg + "StaleElementException (not found) suggests the click has been performed successfully."); } finally { IndependantLog.debug( debugmsg + "selenium API click finally stopping listener and resetting timeouts."); listener.stopListening(); // chrome is NOT stopping! WDTimeOut.resetImplicitlyWait(Processor.getSecsWaitForComponent(), TimeUnit.SECONDS); } } catch (Throwable th) { listener.stopListening(); // chrome is NOT stopping! if (enableClickListenerFailures) { IndependantLog.error(debugmsg, th); throw new SeleniumPlusException("click action failed: " + StringUtils.debugmsg(th)); } else { IndependantLog.debug(debugmsg + "ignoring selenium API click failure caused by " + th.getClass().getName() + ", " + th.getMessage()); } } } finally { IndependantLog.debug(debugmsg + "FINALLY stopping any ongoing listener, if any."); listener.stopListening(); // chrome is NOT stopping! } }
From source file:org.safs.selenium.webdriver.lib.WDLibrary.java
/** * Double-Click the WebElement at a certain coordination with a special key pressed.<br> * Firstly it will try to get webelement's location and use Robot to double click. At the same<br> * time, it will listen to a 'javascript mouse down' event to find out if the double click really<br> * happened; If not, it will try to use Selenium's API to do the work.<br> * If the click point is outside of the boundary of the WebElement, which means we are going<br> * to click on the sibling component. At this situation, our click-listener will never receive<br> * the click event, we will turn off the click-listener.<br> * * @param clickable WebElement, the WebElement to click on * @param offset Point, the coordination relative to this WebElement to click at.<br> * if the offset is null, then click at the center. * @param specialKey Keys, the special key to press during the click * @param mouseButtonNumber int, the mouse-button-number representing right, middle, or left button. * it can be {@link #MOUSE_BUTTON_LEFT}<br> * {@link #MOUSE_BUTTON_MIDDLE} and {@link #MOUSE_BUTTON_RIGHT} NOT supported yet. * @param optional String[], the optional parameters * <ul>// ww w . j a v a2s . c om * <li> optional[0] autoscroll boolean, if the component will be scrolled into view automatically before clicking. * if not provided, the default value is true. * </ul> * @throws SeleniumPlusException */ public static void doubleClick(WebElement clickable, Point offset, Keys specialKey, int mouseButtonNumber, String... optional) throws SeleniumPlusException { String debugmsg = StringUtils.debugmsg(WDLibrary.class, "doubleClick"); checkBeforeOperation(clickable, true); MouseEvent event = null; DocumentClickCapture listener = new DocumentClickCapture(true, clickable); checkOffset(clickable, offset, listener); boolean autoscroll = parseAutoScroll(optional); try { //2. Perform the click action by Robot Point location = getScreenLocation(clickable); if (offset != null) location.translate(offset.x, offset.y); else location.translate(clickable.getSize().width / 2, clickable.getSize().height / 2); listener.addListeners(false); RBT.click(location, specialKey, mouseButtonNumber, 2); listener.startListening(); //3. Wait for the 'click' event, check if the 'mousedown' event really happened. event = listener.waitForClick(timeoutWaitClick); if (event == null) { IndependantLog.warn( debugmsg + " Robot may fail to perform doubleclick. Click screen location is " + location); throw new SeleniumPlusException("The doubleclick action didn't happen."); } else { IndependantLog.debug(debugmsg + "doubleclick has been peformed."); } } catch (Throwable thr) { IndependantLog.warn(debugmsg + "Met Exception " + StringUtils.debugmsg(thr)); try { //2. Perform the click action by Selenium IndependantLog.debug(debugmsg + " Try selenium API to doubleclick."); //Create a combined actions according to the parameters Actions actions = new Actions(WDLibrary.getWebDriver()); if (autoscroll) { if (offset != null) actions.moveToElement(clickable, offset.x, offset.y); else actions.moveToElement(clickable); } if (specialKey != null) actions.keyDown(specialKey); if (isLeftMouseButton(mouseButtonNumber)) actions.doubleClick(); else if (isMiddleMouseButton(mouseButtonNumber) || isRightMouseButton(mouseButtonNumber)) { throw new SeleniumPlusException( "Double click 'mouse middle/right button' has not been supported yet."); } else throw new SeleniumPlusException( "Mouse button number '" + mouseButtonNumber + "' cannot be recognized."); if (specialKey != null) actions.keyUp(specialKey); IndependantLog.debug(debugmsg + "doubleclick with key '" + specialKey + "', mousebutton='" + mouseButtonNumber + "'"); //Perform the actions listener.addListeners(false); try { //unfortunately, if the Robot click worked, but was not detected, we have to wait the full //WebDriver implied timeout period for the perform() failure to occur. actions.build().perform(); listener.startListening(); event = listener.waitForClick(timeoutWaitClick); if (event != null) IndependantLog.debug(debugmsg + "doubleclick has been peformed."); else { throw new SeleniumPlusException( "Selenium Action.doubleclick failed to detect the MouseEvent."); } } catch (StaleElementReferenceException x) { // the click probably was successful because the elements have changed! IndependantLog.debug(debugmsg + "StaleElementException (not found) suggests the click has been performed successfully."); } } catch (Throwable th) { IndependantLog.error(debugmsg, th); throw new SeleniumPlusException("doubleclick action failed: " + StringUtils.debugmsg(th)); } } finally { listener.stopListening(); } }
From source file:org.safs.selenium.webdriver.lib.WDLibrary.java
/** * Adjust the relative coordinate to screen absolute coordinate according to the webelement. * @param we WebElement, the component relative to which to adjust coordinate * @param point Point, the relative point, it will bring back the adjusted screen coordinate * @throws Exception// w w w . j a va 2 s . com */ private static void translatePoint(WebElement we, Point point) throws Exception { String debugmsg = StringUtils.debugmsg(false); Rectangle rec = WDLibrary.getRectangleOnScreen(we); IndependantLog.debug(debugmsg + " webelement screen location is [" + rec.getX() + "," + rec.getY() + "]"); //Translate the point according to webelement's left-up corner point.translate(rec.x, rec.y); //check and keep in screen boundaries if (point.x < 0) point.x = 0; if (point.y < 0) point.y = 0; if (point.x > ImageUtils.getScreenWidth() - 1) point.x = ImageUtils.getScreenWidth() - 1; if (point.y > ImageUtils.getScreenHeight() - 1) point.y = ImageUtils.getScreenHeight() - 1; }
From source file:org.safs.selenium.webdriver.lib.WDLibrary.java
/** * Click a component with an offset. This API will not verify that the click does happen.<br> * If you want to make sure of that, please call {@link #click(WebElement, Point)} instead.<br> * <br>// w ww.java2 s . com * Sometimes we want to click without verification, for example, to show an Alert.<br> * With presence of Alert, any call to Selenium API will throw out UnhandledAlertException<br> * and close the Alert automatically. Our API {@link #click(WebElement, Point)} will call<br> * Selenium API for verification, so it is unable to open the Alert successfully.<br> * * @param component WebElement, the component to click * @param offset Point, the offset (relative to component) to click at * @param optional String[], the optional parameters * <ul> * <li> optional[0] autoscroll boolean, if the component will be scrolled into view automatically before clicking. * if not provided, the default value is true. * </ul> * @return boolean true if succeed. * @see #click(WebElement, Point) */ public static boolean clickUnverified(WebElement component, Point offset, String... optional) { String debugmsg = StringUtils.debugmsg(false); try { IndependantLog.debug(debugmsg + " click with parameter componet:" + component + ", offset:" + offset); //Create a combined actions according to the parameters Actions actions = new Actions(getWebDriver()); boolean autoscroll = parseAutoScroll(optional); if (autoscroll) { if (offset != null) actions.moveToElement(component, offset.x, offset.y); else actions.moveToElement(component); } IndependantLog.debug(debugmsg + " Try Selenium API to click."); actions.click().perform(); return true; } catch (Exception e) { IndependantLog.warn( debugmsg + " Failed with Selenium API, met " + StringUtils.debugmsg(e) + ". Try Robot click."); try { Point p = WDLibrary.getScreenLocation(component); if (offset != null) p.translate(offset.x, offset.y); else p.translate(component.getSize().width / 2, component.getSize().height / 2); RBT.click(p, null, WDLibrary.MOUSE_BUTTON_LEFT, 1); return true; } catch (Exception e1) { IndependantLog.error(debugmsg + " Failed with Robot click!"); } return false; } }
From source file:org.vpac.grisu.client.view.swing.mainPanel.Grisu.java
/** * This method initializes jMenuItem/* www . ja v a2 s . c o m*/ * * @return javax.swing.JMenuItem */ private JMenuItem getAboutMenuItem() { if (aboutMenuItem == null) { aboutMenuItem = new JMenuItem(); aboutMenuItem.setText("About"); aboutMenuItem.addActionListener(new ActionListener() { public void actionPerformed(ActionEvent e) { JDialog aboutDialog = getAboutDialog(); aboutDialog.pack(); Point loc = getJFrame().getLocation(); loc.translate(20, 20); aboutDialog.setLocation(loc); aboutDialog.setVisible(true); } }); } return aboutMenuItem; }
From source file:org.vpac.grisu.client.view.swing.mainPanel.Grisu.java
/** * This method initializes jMenuItem/*from www . ja v a2 s . c o m*/ * * @return javax.swing.JMenuItem */ private JMenuItem getMountsMenuItem() { if (mountsMenuItem == null) { mountsMenuItem = new JMenuItem(); mountsMenuItem.setText("Fileshares"); mountsMenuItem.addActionListener(new ActionListener() { public void actionPerformed(ActionEvent e) { // JDialog mountsDialog = getMountsDialog(); getMountPointsManagementDialog().pack(); Point loc = getJFrame().getLocation(); loc.translate(20, 20); getMountPointsManagementDialog().setLocation(loc); getMountPointsManagementDialog().setVisible(true); } }); } return mountsMenuItem; }
From source file:rita.widget.SourceCode.java
public void componentResized(ComponentEvent e) { /* no importa que nos digan, el angulo inferior derecho del componente no se mueve! */ Point location = new Point(Workspace.getInstance().getWidth(), Workspace.getInstance().getHeight()); location.translate(-this.getWidth() - OFFSET_FROM_RIGHT, -this.getHeight() - OFFSET_FROM_BOTTOM); this.setLocation(location); }
From source file:storybook.toolkit.swing.SwingUtil.java
public static void expandRectangle(Rectangle rect) { Point p = rect.getLocation(); p.translate(-5, -5); rect.setLocation(p);/*w w w . jav a 2 s .co m*/ rect.grow(10, 10); }
From source file:VASSAL.build.module.map.LOS_Thread.java
public void draw(java.awt.Graphics g, Map m) { if (initializing || !visible) { return;/*from ww w .j a v a2 s . c o m*/ } g.setColor(threadColor); Point mapAnchor = map.componentCoordinates(anchor); Point mapArrow = map.componentCoordinates(arrow); g.drawLine(mapAnchor.x, mapAnchor.y, mapArrow.x, mapArrow.y); Board b; if (drawRange) { if (rangeScale > 0) { int dist = (int) (rangeRounding + anchor.getLocation().distance(arrow.getLocation()) / rangeScale); drawRange(g, dist); } else { b = map.findBoard(anchor); MapGrid grid = null; if (b != null) { grid = b.getGrid(); } if (grid != null && grid instanceof ZonedGrid) { Point bp = new Point(anchor); bp.translate(-b.bounds().x, -b.bounds().y); Zone z = ((ZonedGrid) b.getGrid()).findZone(bp); if (z != null) { grid = z.getGrid(); } } if (grid != null) { drawRange(g, grid.range(anchor, arrow)); } } } lastAnchor = mapAnchor; lastArrow = mapArrow; }