Quelle Window.java Sprache: JAVA

/*
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* DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
*
* This code is free software; you can redistribute it and/or modify it
* under the terms of the GNU General Public License version 2 only, as
* published by the Free Software Foundation. Oracle designates this
* particular file as subject to the "Classpath" exception as provided
* by Oracle in the LICENSE file that accompanied this code.
*
* This code is distributed in the hope that it will be useful, but WITHOUT
* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
* FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
* version 2 for more details (a copy is included in the LICENSE file that
* accompanied this code).
*
* You should have received a copy of the GNU General Public License version
* 2 along with this work; if not, write to the Free Software Foundation,
* Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
*
* Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
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package java.awt;

import java.awt.event.ComponentEvent;
import java.awt.event.FocusEvent;
import java.awt.event.KeyEvent;
import java.awt.event.MouseWheelEvent;
import java.awt.event.WindowEvent;
import java.awt.event.WindowFocusListener;
import java.awt.event.WindowListener;
import java.awt.event.WindowStateListener;
import java.awt.geom.Path2D;
import java.awt.geom.Point2D;
import java.awt.im.InputContext;
import java.awt.image.BufferStrategy;
import java.awt.peer.ComponentPeer;
import java.awt.peer.WindowPeer;
import java.beans.PropertyChangeListener;
import java.io.IOException;
import java.io.ObjectInputStream;
import java.io.ObjectOutputStream;
import java.io.OptionalDataException;
import java.io.Serial;
import java.io.Serializable;
import java.lang.ref.WeakReference;
import java.lang.reflect.InvocationTargetException;
import java.security.AccessController;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.EventListener;
import java.util.Locale;
import java.util.ResourceBundle;
import java.util.Set;
import java.util.Vector;
import java.util.concurrent.atomic.AtomicBoolean;

import javax.accessibility.Accessible;
import javax.accessibility.AccessibleContext;
import javax.accessibility.AccessibleRole;
import javax.accessibility.AccessibleState;
import javax.accessibility.AccessibleStateSet;

import sun.awt.AWTAccessor;
import sun.awt.AWTPermissions;
import sun.awt.AppContext;
import sun.awt.DebugSettings;
import sun.awt.SunToolkit;
import sun.awt.util.IdentityArrayList;
import sun.java2d.pipe.Region;
import sun.security.action.GetPropertyAction;
import sun.util.logging.PlatformLogger;

/**
* A {@code Window} object is a top-level window with no borders and no
* menubar.
* The default layout for a window is {@code BorderLayout}.
* 
* A window must have either a frame, dialog, or another window defined as its
* owner when it's constructed.
* 
* In a multi-screen environment, you can create a {@code Window}
* on a different screen device by constructing the {@code Window}
* with {@link #Window(Window, GraphicsConfiguration)}. The
* {@code GraphicsConfiguration} object is one of the
* {@code GraphicsConfiguration} objects of the target screen device.
* 
* In a virtual device multi-screen environment in which the desktop
* area could span multiple physical screen devices, the bounds of all
* configurations are relative to the virtual device coordinate system.
* The origin of the virtual-coordinate system is at the upper left-hand
* corner of the primary physical screen. Depending on the location of
* the primary screen in the virtual device, negative coordinates are
* possible, as shown in the following figure.
* 
* <img src="doc-files/MultiScreen.gif"
* alt="Diagram shows virtual device containing 4 physical screens. Primary
* physical screen shows coords (0,0), other screen shows (-80,-100)."
* style="margin: 7px 10px;">
* 
* In such an environment, when calling {@code setLocation},
* you must pass a virtual coordinate to this method. Similarly,
* calling {@code getLocationOnScreen} on a {@code Window} returns
* virtual device coordinates. Call the {@code getBounds} method
* of a {@code GraphicsConfiguration} to find its origin in the virtual
* coordinate system.
* 
* The following code sets the location of a {@code Window}
* at (10, 10) relative to the origin of the physical screen
* of the corresponding {@code GraphicsConfiguration}. If the
* bounds of the {@code GraphicsConfiguration} is not taken
* into account, the {@code Window} location would be set
* at (10, 10) relative to the virtual-coordinate system and would appear
* on the primary physical screen, which might be different from the
* physical screen of the specified {@code GraphicsConfiguration}.
*
* <pre>
* Window w = new Window(Window owner, GraphicsConfiguration gc);
* Rectangle bounds = gc.getBounds();
* w.setLocation(10 + bounds.x, 10 + bounds.y);
* </pre>
*
* 
* Note: the location and size of top-level windows (including
* {@code Window}s, {@code Frame}s, and {@code Dialog}s)
* are under the control of the desktop's window management system.
* Calls to {@code setLocation}, {@code setSize}, and
* {@code setBounds} are requests (not directives) which are
* forwarded to the window management system. Every effort will be
* made to honor such requests. However, in some cases the window
* management system may ignore such requests, or modify the requested
* geometry in order to place and size the {@code Window} in a way
* that more closely matches the desktop settings.
* 
* Visual effects such as halos, shadows, motion effects and animations may be
* applied to the window by the desktop window management system. These are
* outside the knowledge and control of the AWT and so for the purposes of this
* specification are not considered part of the top-level window.
* 
* Due to the asynchronous nature of native event handling, the results
* returned by {@code getBounds}, {@code getLocation},
* {@code getLocationOnScreen}, and {@code getSize} might not
* reflect the actual geometry of the Window on screen until the last
* request has been processed. During the processing of subsequent
* requests these values might change accordingly while the window
* management system fulfills the requests.
* 
* An application may set the size and location of an invisible
* {@code Window} arbitrarily, but the window management system may
* subsequently change its size and/or location when the
* {@code Window} is made visible. One or more {@code ComponentEvent}s
* will be generated to indicate the new geometry.
* 
* Windows are capable of generating the following WindowEvents:
* WindowOpened, WindowClosed, WindowGainedFocus, WindowLostFocus.
*
* @author Sami Shaio
* @author Arthur van Hoff
* @see WindowEvent
* @see #addWindowListener
* @see java.awt.BorderLayout
* @since 1.0
*/
public class Window extends Container implements Accessible {

 /**
 * Enumeration of available window types.
 *
 * A window type defines the generic visual appearance and behavior of a
 * top-level window. For example, the type may affect the kind of
 * decorations of a decorated {@code Frame} or {@code Dialog} instance.
 * 
 * Some platforms may not fully support a certain window type. Depending on
 * the level of support, some properties of the window type may be
 * disobeyed.
 *
 * @see #getType
 * @see #setType
 * @since 1.7
 */
 public static enum Type {
 /**
 * Represents a normal window.
 *
 * This is the default type for objects of the {@code Window} class or
 * its descendants. Use this type for regular top-level windows.
 */
 NORMAL,

 /**
 * Represents a utility window.
 *
 * A utility window is usually a small window such as a toolbar or a
 * palette. The native system may render the window with smaller
 * title-bar if the window is either a {@code Frame} or a {@code
 * Dialog} object, and if it has its decorations enabled.
 */
 UTILITY,

 /**
 * Represents a popup window.
 *
 * A popup window is a temporary window such as a drop-down menu or a
 * tooltip. On some platforms, windows of that type may be forcibly
 * made undecorated even if they are instances of the {@code Frame} or
 * {@code Dialog} class, and have decorations enabled.
 */
 POPUP
 }

 /**
 * This represents the warning message that is
 * to be displayed in a non secure window. ie :
 * a window that has a security manager installed that denies
 * {@code AWTPermission("showWindowWithoutWarningBanner")}.
 * This message can be displayed anywhere in the window.
 *
 * @serial
 * @see #getWarningString
 */
 String warningString;

 /**
 * {@code icons} is the graphical way we can
 * represent the frames and dialogs.
 * {@code Window} can't display icon but it's
 * being inherited by owned {@code Dialog}s.
 *
 * @serial
 * @see #getIconImages
 * @see #setIconImages
 */
 transient java.util.List<Image> icons;

 /**
 * Holds the reference to the component which last had focus in this window
 * before it lost focus.
 */
 private transient Component temporaryLostComponent;

 static boolean systemSyncLWRequests = false;

 /**
 * Focus transfers should be synchronous for lightweight component requests.
 */
 boolean syncLWRequests = false;
 transient boolean beforeFirstShow = true;
 private transient boolean disposing = false;
 transient WindowDisposerRecord disposerRecord = null;

 static final int OPENED = 0x01;

 /**
 * An Integer value representing the Window State.
 *
 * @serial
 * @since 1.2
 * @see #show
 */
 int state;

 /**
 * A boolean value representing Window always-on-top state
 * @since 1.5
 * @serial
 * @see #setAlwaysOnTop
 * @see #isAlwaysOnTop
 */
 private boolean alwaysOnTop;

 /**
 * Contains all the windows that have a peer object associated,
 * i. e. between addNotify() and removeNotify() calls. The list
 * of all Window instances can be obtained from AppContext object.
 *
 * @since 1.6
 */
 private static final IdentityArrayList<Window> allWindows = new IdentityArrayList<Window>();

 /**
 * A vector containing all the windows this
 * window currently owns.
 * @since 1.2
 * @see #getOwnedWindows
 */
 transient Vector<WeakReference<Window>> ownedWindowList =
 new Vector<WeakReference<Window>>();

 /*
 * We insert a weak reference into the Vector of all Windows in AppContext
 * instead of 'this' so that garbage collection can still take place
 * correctly.
 */
 private transient WeakReference<Window> weakThis;

 transient boolean showWithParent;

 /**
 * Contains the modal dialog that blocks this window, or null
 * if the window is unblocked.
 *
 * @since 1.6
 */
 transient Dialog modalBlocker;

 /**
 * @serial
 *
 * @see java.awt.Dialog.ModalExclusionType
 * @see #getModalExclusionType
 * @see #setModalExclusionType
 *
 * @since 1.6
 */
 Dialog.ModalExclusionType modalExclusionType;

 transient WindowListener windowListener;
 transient WindowStateListener windowStateListener;
 transient WindowFocusListener windowFocusListener;

 transient InputContext inputContext;
 private transient Object inputContextLock = new Object();

 /**
 * Unused. Maintained for serialization backward-compatibility.
 *
 * @serial
 * @since 1.2
 */
 private FocusManager focusMgr;

 /**
 * Indicates whether this Window can become the focused Window.
 *
 * @serial
 * @see #getFocusableWindowState
 * @see #setFocusableWindowState
 * @since 1.4
 */
 private boolean focusableWindowState = true;

 /**
 * Indicates whether this window should receive focus on
 * subsequently being shown (with a call to {@code setVisible(true)}), or
 * being moved to the front (with a call to {@code toFront()}).
 *
 * @serial
 * @see #setAutoRequestFocus
 * @see #isAutoRequestFocus
 * @since 1.7
 */
 private volatile boolean autoRequestFocus = true;

 /*
 * Indicates that this window is being shown. This flag is set to true at
 * the beginning of show() and to false at the end of show().
 *
 * @see #show()
 * @see Dialog#shouldBlock
 */
 transient boolean isInShow = false;

 /**
 * The opacity level of the window
 *
 * @serial
 * @see #setOpacity(float)
 * @see #getOpacity()
 * @since 1.7
 */
 private volatile float opacity = 1.0f;

 /**
 * The shape assigned to this window. This field is set to {@code null} if
 * no shape is set (rectangular window).
 *
 * @serial
 * @see #getShape()
 * @see #setShape(Shape)
 * @since 1.7
 */
 @SuppressWarnings("serial") // Not statically typed as Serializable
 private Shape shape = null;

 private static final String base = "win";
 private static int nameCounter = 0;

 /**
 * Use serialVersionUID from JDK 1.1 for interoperability.
 */
 @Serial
 private static final long serialVersionUID = 4497834738069338734L;

 private static final PlatformLogger log = PlatformLogger.getLogger("java.awt.Window");

 private static final boolean locationByPlatformProp;

 transient boolean isTrayIconWindow = false;

 /**
 * These fields are initialized in the native peer code
 * or via AWTAccessor's WindowAccessor.
 */
 private transient volatile int securityWarningWidth;
 private transient volatile int securityWarningHeight;

 static {
 /* ensure that the necessary native libraries are loaded */
 Toolkit.loadLibraries();
 if (!GraphicsEnvironment.isHeadless()) {
 initIDs();
 }

 @SuppressWarnings("removal")
 String s = java.security.AccessController.doPrivileged(
 new GetPropertyAction("java.awt.syncLWRequests"));
 systemSyncLWRequests = "true".equals(s);
 @SuppressWarnings("removal")
 String s2 = java.security.AccessController.doPrivileged(
 new GetPropertyAction("java.awt.Window.locationByPlatform"));
 locationByPlatformProp = "true".equals(s2);
 }

 /**
 * Initialize JNI field and method IDs for fields that may be
 accessed from C.
 */
 private static native void initIDs();

 /**
 * Constructs a new, initially invisible window in default size with the
 * specified {@code GraphicsConfiguration}.
 * 
 * If there is a security manager, then it is invoked to check
 * {@code AWTPermission("showWindowWithoutWarningBanner")}
 * to determine whether or not the window must be displayed with
 * a warning banner.
 *
 * @param gc the {@code GraphicsConfiguration} of the target screen
 * device. If {@code gc} is {@code null}, the system default
 * {@code GraphicsConfiguration} is assumed
 * @throws IllegalArgumentException if {@code gc}
 * is not from a screen device
 * @throws HeadlessException when
 * {@code GraphicsEnvironment.isHeadless()} returns {@code true}
 *
 * @see java.awt.GraphicsEnvironment#isHeadless
 */
 Window(GraphicsConfiguration gc) {
 init(gc);
 }

 transient Object anchor = new Object();
 static class WindowDisposerRecord implements sun.java2d.DisposerRecord {
 WeakReference<Window> owner;
 final WeakReference<Window> weakThis;
 final WeakReference<AppContext> context;

 WindowDisposerRecord(AppContext context, Window victim) {
 weakThis = victim.weakThis;
 this.context = new WeakReference<AppContext>(context);
 }

 public void updateOwner() {
 Window victim = weakThis.get();
 owner = (victim == null)
 ? null
 : new WeakReference<Window>(victim.getOwner());
 }

 public void dispose() {
 if (owner != null) {
 Window parent = owner.get();
 if (parent != null) {
 parent.removeOwnedWindow(weakThis);
 }
 }
 AppContext ac = context.get();
 if (null != ac) {
 Window.removeFromWindowList(ac, weakThis);
 }
 }
 }

 private GraphicsConfiguration initGC(GraphicsConfiguration gc) {
 GraphicsEnvironment.checkHeadless();

 if (gc == null) {
 gc = GraphicsEnvironment.getLocalGraphicsEnvironment().
 getDefaultScreenDevice().getDefaultConfiguration();
 }
 setGraphicsConfiguration(gc);

 return gc;
 }

 private void init(GraphicsConfiguration gc) {
 GraphicsEnvironment.checkHeadless();

 syncLWRequests = systemSyncLWRequests;

 weakThis = new WeakReference<Window>(this);
 addToWindowList();

 setWarningString();
 this.cursor = Cursor.getPredefinedCursor(Cursor.DEFAULT_CURSOR);
 this.visible = false;

 gc = initGC(gc);

 if (gc.getDevice().getType() !=
 GraphicsDevice.TYPE_RASTER_SCREEN) {
 throw new IllegalArgumentException("not a screen device");
 }
 setLayout(new BorderLayout());

 /* offset the initial location with the original of the screen */
 /* and any insets */
 Rectangle screenBounds = gc.getBounds();
 Insets screenInsets = getToolkit().getScreenInsets(gc);
 int x = getX() + screenBounds.x + screenInsets.left;
 int y = getY() + screenBounds.y + screenInsets.top;
 if (x != this.x || y != this.y) {
 setLocation(x, y);
 /* reset after setLocation */
 setLocationByPlatform(locationByPlatformProp);
 }

 modalExclusionType = Dialog.ModalExclusionType.NO_EXCLUDE;
 disposerRecord = new WindowDisposerRecord(appContext, this);
 sun.java2d.Disposer.addRecord(anchor, disposerRecord);

 SunToolkit.checkAndSetPolicy(this);
 }

 /**
 * Constructs a new, initially invisible window in the default size.
 * 
 * If there is a security manager set, it is invoked to check
 * {@code AWTPermission("showWindowWithoutWarningBanner")}.
 * If that check fails with a {@code SecurityException} then a warning
 * banner is created.
 *
 * @throws HeadlessException when
 * {@code GraphicsEnvironment.isHeadless()} returns {@code true}
 *
 * @see java.awt.GraphicsEnvironment#isHeadless
 */
 Window() throws HeadlessException {
 GraphicsEnvironment.checkHeadless();
 init((GraphicsConfiguration)null);
 }

 /**
 * Constructs a new, initially invisible window with the specified
 * {@code Frame} as its owner. The window will not be focusable
 * unless its owner is showing on the screen.
 * 
 * If there is a security manager set, it is invoked to check
 * {@code AWTPermission("showWindowWithoutWarningBanner")}.
 * If that check fails with a {@code SecurityException} then a warning
 * banner is created.
 *
 * @param owner the {@code Frame} to act as owner or {@code null}
 * if this window has no owner
 * @throws IllegalArgumentException if the {@code owner}'s
 * {@code GraphicsConfiguration} is not from a screen device
 * @throws HeadlessException when
 * {@code GraphicsEnvironment.isHeadless} returns {@code true}
 *
 * @see java.awt.GraphicsEnvironment#isHeadless
 * @see #isShowing
 */
 public Window(Frame owner) {
 this(owner == null ? (GraphicsConfiguration)null :
 owner.getGraphicsConfiguration());
 ownedInit(owner);
 }

 /**
 * Constructs a new, initially invisible window with the specified
 * {@code Window} as its owner. This window will not be focusable
 * unless its nearest owning {@code Frame} or {@code Dialog}
 * is showing on the screen.
 * 
 * If there is a security manager set, it is invoked to check
 * {@code AWTPermission("showWindowWithoutWarningBanner")}.
 * If that check fails with a {@code SecurityException} then a
 * warning banner is created.
 *
 * @param owner the {@code Window} to act as owner or
 * {@code null} if this window has no owner
 * @throws IllegalArgumentException if the {@code owner}'s
 * {@code GraphicsConfiguration} is not from a screen device
 * @throws HeadlessException when
 * {@code GraphicsEnvironment.isHeadless()} returns
 * {@code true}
 *
 * @see java.awt.GraphicsEnvironment#isHeadless
 * @see #isShowing
 *
 * @since 1.2
 */
 public Window(Window owner) {
 this(owner == null ? (GraphicsConfiguration)null :
 owner.getGraphicsConfiguration());
 ownedInit(owner);
 }

 /**
 * Constructs a new, initially invisible window with the specified owner
 * {@code Window} and a {@code GraphicsConfiguration}
 * of a screen device. The Window will not be focusable unless
 * its nearest owning {@code Frame} or {@code Dialog}
 * is showing on the screen.
 * 
 * If there is a security manager set, it is invoked to check
 * {@code AWTPermission("showWindowWithoutWarningBanner")}. If that
 * check fails with a {@code SecurityException} then a warning banner
 * is created.
 *
 * @param owner the window to act as owner or {@code null}
 * if this window has no owner
 * @param gc the {@code GraphicsConfiguration} of the target
 * screen device; if {@code gc} is {@code null},
 * the system default {@code GraphicsConfiguration} is assumed
 * @throws IllegalArgumentException if {@code gc}
 * is not from a screen device
 * @throws HeadlessException when
 * {@code GraphicsEnvironment.isHeadless()} returns
 * {@code true}
 *
 * @see java.awt.GraphicsEnvironment#isHeadless
 * @see GraphicsConfiguration#getBounds
 * @see #isShowing
 * @since 1.3
 */
 public Window(Window owner, GraphicsConfiguration gc) {
 this(gc);
 ownedInit(owner);
 }

 private void ownedInit(Window owner) {
 this.parent = owner;
 if (owner != null) {
 owner.addOwnedWindow(weakThis);
 if (owner.isAlwaysOnTop()) {
 try {
 setAlwaysOnTop(true);
 } catch (SecurityException ignore) {
 }
 }
 }

 // WindowDisposerRecord requires a proper value of parent field.
 disposerRecord.updateOwner();
 }

 /**
 * Construct a name for this component. Called by getName() when the
 * name is null.
 */
 String constructComponentName() {
 synchronized (Window.class) {
 return base + nameCounter++;
 }
 }

 /**
 * Returns the sequence of images to be displayed as the icon for this window.
 * 
 * This method returns a copy of the internally stored list, so all operations
 * on the returned object will not affect the window's behavior.
 *
 * @return the copy of icon images' list for this window, or
 * empty list if this window doesn't have icon images.
 * @see #setIconImages
 * @see #setIconImage(Image)
 * @since 1.6
 */
 public java.util.List<Image> getIconImages() {
 java.util.List<Image> icons = this.icons;
 if (icons == null || icons.size() == 0) {
 return new ArrayList<Image>();
 }
 return new ArrayList<Image>(icons);
 }

 /**
 * Sets the sequence of images to be displayed as the icon
 * for this window. Subsequent calls to {@code getIconImages} will
 * always return a copy of the {@code icons} list.
 * 
 * Depending on the platform capabilities one or several images
 * of different dimensions will be used as the window's icon.
 * 
 * The {@code icons} list can contain {@code MultiResolutionImage} images also.
 * Suitable image depending on screen resolution is extracted from
 * base {@code MultiResolutionImage} image and added to the icons list
 * while base resolution image is removed from list.
 * The {@code icons} list is scanned for the images of most
 * appropriate dimensions from the beginning. If the list contains
 * several images of the same size, the first will be used.
 * 
 * Ownerless windows with no icon specified use platform-default icon.
 * The icon of an owned window may be inherited from the owner
 * unless explicitly overridden.
 * Setting the icon to {@code null} or empty list restores
 * the default behavior.
 * 
 * Note : Native windowing systems may use different images of differing
 * dimensions to represent a window, depending on the context (e.g.
 * window decoration, window list, taskbar, etc.). They could also use
 * just a single image for all contexts or no image at all.
 *
 * @param icons the list of icon images to be displayed.
 * @see #getIconImages()
 * @see #setIconImage(Image)
 * @since 1.6
 */
 public synchronized void setIconImages(java.util.List<? extends Image> icons) {
 this.icons = (icons == null) ? new ArrayList<Image>() :
 new ArrayList<Image>(icons);
 WindowPeer peer = (WindowPeer)this.peer;
 if (peer != null) {
 peer.updateIconImages();
 }
 // Always send a property change event
 firePropertyChange("iconImage", null, null);
 }

 /**
 * Sets the image to be displayed as the icon for this window.
 * 
 * This method can be used instead of {@link #setIconImages setIconImages()}
 * to specify a single image as a window's icon.
 * 
 * The following statement:
 * <pre>
 * setIconImage(image);
 * </pre>
 * is equivalent to:
 * <pre>
 * ArrayList<Image> imageList = new ArrayList<Image>();
 * imageList.add(image);
 * setIconImages(imageList);
 * </pre>
 * 
 * Note : Native windowing systems may use different images of differing
 * dimensions to represent a window, depending on the context (e.g.
 * window decoration, window list, taskbar, etc.). They could also use
 * just a single image for all contexts or no image at all.
 *
 * @param image the icon image to be displayed.
 * @see #setIconImages
 * @see #getIconImages()
 * @since 1.6
 */
 public void setIconImage(Image image) {
 ArrayList<Image> imageList = new ArrayList<Image>();
 if (image != null) {
 imageList.add(image);
 }
 setIconImages(imageList);
 }

 /**
 * Makes this Window displayable by creating the connection to its
 * native screen resource.
 * This method is called internally by the toolkit and should
 * not be called directly by programs.
 * @see Component#isDisplayable
 * @see Container#removeNotify
 * @since 1.0
 */
 public void addNotify() {
 synchronized (getTreeLock()) {
 Container parent = this.parent;
 if (parent != null && parent.peer == null) {
 parent.addNotify();
 }
 if (peer == null) {
 peer = getComponentFactory().createWindow(this);
 }
 synchronized (allWindows) {
 allWindows.add(this);
 }
 super.addNotify();
 }
 }

 /**
 * {@inheritDoc}
 */
 public void removeNotify() {
 synchronized (getTreeLock()) {
 synchronized (allWindows) {
 allWindows.remove(this);
 }
 super.removeNotify();
 }
 }

 /**
 * Causes this Window to be sized to fit the preferred size
 * and layouts of its subcomponents. The resulting width and
 * height of the window are automatically enlarged if either
 * of dimensions is less than the minimum size as specified
 * by the previous call to the {@code setMinimumSize} method.
 * 
 * If the window and/or its owner are not displayable yet,
 * both of them are made displayable before calculating
 * the preferred size. The Window is validated after its
 * size is being calculated.
 *
 * @see Component#isDisplayable
 * @see #setMinimumSize
 */
 @SuppressWarnings("deprecation")
 public void pack() {
 Container parent = this.parent;
 if (parent != null && parent.peer == null) {
 parent.addNotify();
 }
 if (peer == null) {
 addNotify();
 }
 Dimension newSize = getPreferredSize();
 if (peer != null) {
 setClientSize(newSize.width, newSize.height);
 }

 if(beforeFirstShow) {
 isPacked = true;
 }

 validateUnconditionally();
 }

 /**
 * Sets the minimum size of this window to a constant
 * value. Subsequent calls to {@code getMinimumSize}
 * will always return this value. If current window's
 * size is less than {@code minimumSize} the size of the
 * window is automatically enlarged to honor the minimum size.
 * 
 * If the {@code setSize} or {@code setBounds} methods
 * are called afterwards with a width or height less than
 * that was specified by the {@code setMinimumSize} method
 * the window is automatically enlarged to meet
 * the {@code minimumSize} value. The {@code minimumSize}
 * value also affects the behaviour of the {@code pack} method.
 * 
 * The default behavior is restored by setting the minimum size
 * parameter to the {@code null} value.
 * 
 * Resizing operation may be restricted if the user tries
 * to resize window below the {@code minimumSize} value.
 * This behaviour is platform-dependent.
 *
 * @param minimumSize the new minimum size of this window
 * @see Component#setMinimumSize
 * @see #getMinimumSize
 * @see #isMinimumSizeSet
 * @see #setSize(Dimension)
 * @see #pack
 * @since 1.6
 */
 public void setMinimumSize(Dimension minimumSize) {
 synchronized (getTreeLock()) {
 super.setMinimumSize(minimumSize);
 Dimension size = getSize();
 if (isMinimumSizeSet()) {
 if (size.width < minimumSize.width || size.height < minimumSize.height) {
 int nw = Math.max(width, minimumSize.width);
 int nh = Math.max(height, minimumSize.height);
 setSize(nw, nh);
 }
 }
 if (peer != null) {
 ((WindowPeer)peer).updateMinimumSize();
 }
 }
 }

 /**
 * {@inheritDoc}
 * 
 * The {@code d.width} and {@code d.height} values
 * are automatically enlarged if either is less than
 * the minimum size as specified by previous call to
 * {@code setMinimumSize}.
 * 
 * The method changes the geometry-related data. Therefore,
 * the native windowing system may ignore such requests, or it may modify
 * the requested data, so that the {@code Window} object is placed and sized
 * in a way that corresponds closely to the desktop settings.
 *
 * @see #getSize
 * @see #setBounds
 * @see #setMinimumSize
 * @since 1.6
 */
 public void setSize(Dimension d) {
 super.setSize(d);
 }

 /**
 * {@inheritDoc}
 * 
 * The {@code width} and {@code height} values
 * are automatically enlarged if either is less than
 * the minimum size as specified by previous call to
 * {@code setMinimumSize}.
 * 
 * The method changes the geometry-related data. Therefore,
 * the native windowing system may ignore such requests, or it may modify
 * the requested data, so that the {@code Window} object is placed and sized
 * in a way that corresponds closely to the desktop settings.
 *
 * @see #getSize
 * @see #setBounds
 * @see #setMinimumSize
 * @since 1.6
 */
 public void setSize(int width, int height) {
 super.setSize(width, height);
 }

 /**
 * {@inheritDoc}
 * 
 * The method changes the geometry-related data. Therefore,
 * the native windowing system may ignore such requests, or it may modify
 * the requested data, so that the {@code Window} object is placed and sized
 * in a way that corresponds closely to the desktop settings.
 */
 @Override
 public void setLocation(int x, int y) {
 super.setLocation(x, y);
 }

 /**
 * {@inheritDoc}
 * 
 * The method changes the geometry-related data. Therefore,
 * the native windowing system may ignore such requests, or it may modify
 * the requested data, so that the {@code Window} object is placed and sized
 * in a way that corresponds closely to the desktop settings.
 */
 @Override
 public void setLocation(Point p) {
 super.setLocation(p);
 }

 /**
 * @deprecated As of JDK version 1.1,
 * replaced by {@code setBounds(int, int, int, int)}.
 */
 @Deprecated
 public void reshape(int x, int y, int width, int height) {
 if (isMinimumSizeSet()) {
 Dimension minSize = getMinimumSize();
 if (width < minSize.width) {
 width = minSize.width;
 }
 if (height < minSize.height) {
 height = minSize.height;
 }
 }
 super.reshape(x, y, width, height);
 }

 void setClientSize(int w, int h) {
 synchronized (getTreeLock()) {
 setBoundsOp(ComponentPeer.SET_CLIENT_SIZE);
 setBounds(x, y, w, h);
 }
 }

 private static final AtomicBoolean
 beforeFirstWindowShown = new AtomicBoolean(true);

 final void closeSplashScreen() {
 if (isTrayIconWindow) {
 return;
 }
 if (beforeFirstWindowShown.getAndSet(false)) {
 // We don't use SplashScreen.getSplashScreen() to avoid instantiating
 // the object if it hasn't been requested by user code explicitly
 SunToolkit.closeSplashScreen();
 SplashScreen.markClosed();
 }
 }

 /**
 * Shows or hides this {@code Window} depending on the value of parameter
 * {@code b}.
 * 
 * If the method shows the window then the window is also made
 * focused under the following conditions:
 * <ul>
 * <li> The {@code Window} meets the requirements outlined in the
 * {@link #isFocusableWindow} method.
 * <li> The {@code Window}'s {@code autoRequestFocus} property is of the {@code true} value.
 * <li> Native windowing system allows the {@code Window} to get focused.
 * </ul>
 * There is an exception for the second condition (the value of the
 * {@code autoRequestFocus} property). The property is not taken into account if the
 * window is a modal dialog, which blocks the currently focused window.
 * 
 * Developers must never assume that the window is the focused or active window
 * until it receives a WINDOW_GAINED_FOCUS or WINDOW_ACTIVATED event.
 * @param b if {@code true}, makes the {@code Window} visible,
 * otherwise hides the {@code Window}.
 * If the {@code Window} and/or its owner
 * are not yet displayable, both are made displayable. The
 * {@code Window} will be validated prior to being made visible.
 * If the {@code Window} is already visible, this will bring the
 * {@code Window} to the front.
 * If {@code false}, hides this {@code Window}, its subcomponents, and all
 * of its owned children.
 * The {@code Window} and its subcomponents can be made visible again
 * with a call to {@code #setVisible(true)}.
 * @see java.awt.Component#isDisplayable
 * @see java.awt.Component#setVisible
 * @see java.awt.Window#toFront
 * @see java.awt.Window#dispose
 * @see java.awt.Window#setAutoRequestFocus
 * @see java.awt.Window#isFocusableWindow
 */
 public void setVisible(boolean b) {
 super.setVisible(b);
 }

 /**
 * Makes the Window visible. If the Window and/or its owner
 * are not yet displayable, both are made displayable. The
 * Window will be validated prior to being made visible.
 * If the Window is already visible, this will bring the Window
 * to the front.
 * @see Component#isDisplayable
 * @see #toFront
 * @deprecated As of JDK version 1.5, replaced by
 * {@link #setVisible(boolean)}.
 */
 @Deprecated
 public void show() {
 if (peer == null) {
 addNotify();
 }
 validateUnconditionally();

 isInShow = true;
 if (visible) {
 toFront();
 } else {
 beforeFirstShow = false;
 closeSplashScreen();
 Dialog.checkShouldBeBlocked(this);
 super.show();
 locationByPlatform = false;
 for (int i = 0; i < ownedWindowList.size(); i++) {
 Window child = ownedWindowList.elementAt(i).get();
 if ((child != null) && child.showWithParent) {
 child.show();
 child.showWithParent = false;
 } // endif
 } // endfor
 if (!isModalBlocked()) {
 updateChildrenBlocking();
 } else {
 // fix for 6532736: after this window is shown, its blocker
 // should be raised to front
 modalBlocker.toFront_NoClientCode();
 }
 if (this instanceof Frame || this instanceof Dialog) {
 updateChildFocusableWindowState(this);
 }
 }
 isInShow = false;

 // If first time shown, generate WindowOpened event
 if ((state & OPENED) == 0) {
 postWindowEvent(WindowEvent.WINDOW_OPENED);
 state |= OPENED;
 }
 }

 static void updateChildFocusableWindowState(Window w) {
 if (w.peer != null && w.isShowing()) {
 ((WindowPeer)w.peer).updateFocusableWindowState();
 }
 for (int i = 0; i < w.ownedWindowList.size(); i++) {
 Window child = w.ownedWindowList.elementAt(i).get();
 if (child != null) {
 updateChildFocusableWindowState(child);
 }
 }
 }

 synchronized void postWindowEvent(int id) {
 if (windowListener != null
 || (eventMask & AWTEvent.WINDOW_EVENT_MASK) != 0
 || Toolkit.enabledOnToolkit(AWTEvent.WINDOW_EVENT_MASK)) {
 WindowEvent e = new WindowEvent(this, id);
 Toolkit.getEventQueue().postEvent(e);
 }
 }

 /**
 * Hide this Window, its subcomponents, and all of its owned children.
 * The Window and its subcomponents can be made visible again
 * with a call to {@code show}.
 * @see #show
 * @see #dispose
 * @deprecated As of JDK version 1.5, replaced by
 * {@link #setVisible(boolean)}.
 */
 @Deprecated
 public void hide() {
 synchronized(ownedWindowList) {
 for (int i = 0; i < ownedWindowList.size(); i++) {
 Window child = ownedWindowList.elementAt(i).get();
 if ((child != null) && child.visible) {
 child.hide();
 child.showWithParent = true;
 }
 }
 }
 if (isModalBlocked()) {
 modalBlocker.unblockWindow(this);
 }
 super.hide();
 locationByPlatform = false;
 }

 final void clearMostRecentFocusOwnerOnHide() {
 /* do nothing */
 }

 /**
 * Releases all of the native screen resources used by this
 * {@code Window}, its subcomponents, and all of its owned
 * children. That is, the resources for these {@code Component}s
 * will be destroyed, any memory they consume will be returned to the
 * OS, and they will be marked as undisplayable.
 * 
 * The {@code Window} and its subcomponents can be made displayable
 * again by rebuilding the native resources with a subsequent call to
 * {@code pack} or {@code show}. The states of the recreated
 * {@code Window} and its subcomponents will be identical to the
 * states of these objects at the point where the {@code Window}
 * was disposed (not accounting for additional modifications between
 * those actions).
 * 
 * Note: When the last displayable window
 * within the Java virtual machine (VM) is disposed of, the VM may
 * terminate. See <a href="doc-files/AWTThreadIssues.html#Autoshutdown">
 * AWT Threading Issues</a> for more information.
 * @see Component#isDisplayable
 * @see #pack
 * @see #show
 */
 public void dispose() {
 doDispose();
 }

 /*
 * Fix for 4872170.
 * If dispose() is called on parent then its children have to be disposed as well
 * as reported in javadoc. So we need to implement this functionality even if a
 * child overrides dispose() in a wrong way without calling super.dispose().
 */
 void disposeImpl() {
 dispose();
 if (peer != null) {
 doDispose();
 }
 }

 void doDispose() {
 class DisposeAction implements Runnable {
 public void run() {
 disposing = true;
 try {
 // Check if this window is the fullscreen window for the
 // device. Exit the fullscreen mode prior to disposing
 // of the window if that's the case.
 GraphicsDevice gd = getGraphicsConfiguration().getDevice();
 if (gd.getFullScreenWindow() == Window.this) {
 gd.setFullScreenWindow(null);
 }

 Object[] ownedWindowArray;
 synchronized(ownedWindowList) {
 ownedWindowArray = new Object[ownedWindowList.size()];
 ownedWindowList.copyInto(ownedWindowArray);
 }
 for (int i = 0; i < ownedWindowArray.length; i++) {
 Window child = (Window) (((WeakReference)
 (ownedWindowArray[i])).get());
 if (child != null) {
 child.disposeImpl();
 }
 }
 hide();
 beforeFirstShow = true;
 removeNotify();
 synchronized (inputContextLock) {
 if (inputContext != null) {
 inputContext.dispose();
 inputContext = null;
 }
 }
 clearCurrentFocusCycleRootOnHide();
 } finally {
 disposing = false;
 }
 }
 }
 boolean fireWindowClosedEvent = isDisplayable();
 DisposeAction action = new DisposeAction();
 if (EventQueue.isDispatchThread()) {
 action.run();
 }
 else {
 try {
 EventQueue.invokeAndWait(this, action);
 }
 catch (InterruptedException e) {
 System.err.println("Disposal was interrupted:");
 e.printStackTrace();
 }
 catch (InvocationTargetException e) {
 System.err.println("Exception during disposal:");
 e.printStackTrace();
 }
 }
 // Execute outside the Runnable because postWindowEvent is
 // synchronized on (this). We don't need to synchronize the call
 // on the EventQueue anyways.
 if (fireWindowClosedEvent) {
 postWindowEvent(WindowEvent.WINDOW_CLOSED);
 }
 }

 /*
 * Should only be called while holding the tree lock.
 * It's overridden here because parent == owner in Window,
 * and we shouldn't adjust counter on owner
 */
 void adjustListeningChildrenOnParent(long mask, int num) {
 }

 // Should only be called while holding tree lock
 void adjustDescendantsOnParent(int num) {
 // do nothing since parent == owner and we shouldn't
 // adjust counter on owner
 }

 /**
 * If this Window is visible, brings this Window to the front and may make
 * it the focused Window.
 * 
 * Places this Window at the top of the stacking order and shows it in
 * front of any other Windows in this VM. No action will take place if this
 * Window is not visible. Some platforms do not allow Windows which own
 * other Windows to appear on top of those owned Windows. Some platforms
 * may not permit this VM to place its Windows above windows of native
 * applications, or Windows of other VMs. This permission may depend on
 * whether a Window in this VM is already focused. Every attempt will be
 * made to move this Window as high as possible in the stacking order;
 * however, developers should not assume that this method will move this
 * Window above all other windows in every situation.
 * 
 * Developers must never assume that this Window is the focused or active
 * Window until this Window receives a WINDOW_GAINED_FOCUS or WINDOW_ACTIVATED
 * event. On platforms where the top-most window is the focused window, this
 * method will probably focus this Window (if it is not already focused)
 * under the following conditions:
 * <ul>
 * <li> The window meets the requirements outlined in the
 * {@link #isFocusableWindow} method.
 * <li> The window's property {@code autoRequestFocus} is of the
 * {@code true} value.
 * <li> Native windowing system allows the window to get focused.
 * </ul>
 * On platforms where the stacking order does not typically affect the focused
 * window, this method will probably leave the focused and active
 * Windows unchanged.
 * 
 * If this method causes this Window to be focused, and this Window is a
 * Frame or a Dialog, it will also become activated. If this Window is
 * focused, but it is not a Frame or a Dialog, then the first Frame or
 * Dialog that is an owner of this Window will be activated.
 * 
 * If this window is blocked by modal dialog, then the blocking dialog
 * is brought to the front and remains above the blocked window.
 *
 * @see #toBack
 * @see #setAutoRequestFocus
 * @see #isFocusableWindow
 */
 public void toFront() {
 toFront_NoClientCode();
 }

 // This functionality is implemented in a final package-private method
 // to insure that it cannot be overridden by client subclasses.
 final void toFront_NoClientCode() {
 if (visible) {
 WindowPeer peer = (WindowPeer)this.peer;
 if (peer != null) {
 peer.toFront();
 }
 if (isModalBlocked()) {
 modalBlocker.toFront_NoClientCode();
 }
 }
 }

 /**
 * If this Window is visible, sends this Window to the back and may cause
 * it to lose focus or activation if it is the focused or active Window.
 * 
 * Places this Window at the bottom of the stacking order and shows it
 * behind any other Windows in this VM. No action will take place is this
 * Window is not visible. Some platforms do not allow Windows which are
 * owned by other Windows to appear below their owners. Every attempt will
 * be made to move this Window as low as possible in the stacking order;
 * however, developers should not assume that this method will move this
 * Window below all other windows in every situation.
 * 
 * Because of variations in native windowing systems, no guarantees about
 * changes to the focused and active Windows can be made. Developers must
 * never assume that this Window is no longer the focused or active Window
 * until this Window receives a WINDOW_LOST_FOCUS or WINDOW_DEACTIVATED
 * event. On platforms where the top-most window is the focused window,
 * this method will probably cause this Window to lose focus. In
 * that case, the next highest, focusable Window in this VM will receive
 * focus. On platforms where the stacking order does not typically affect
 * the focused window, this method will probably leave the focused
 * and active Windows unchanged.
 *
 * @see #toFront
 */
 public void toBack() {
 toBack_NoClientCode();
 }

 // This functionality is implemented in a final package-private method
 // to insure that it cannot be overridden by client subclasses.
 final void toBack_NoClientCode() {
 if(isAlwaysOnTop()) {
 try {
 setAlwaysOnTop(false);
 }catch(SecurityException e) {
 }
 }
 if (visible) {
 WindowPeer peer = (WindowPeer)this.peer;
 if (peer != null) {
 peer.toBack();
 }
 }
 }

 /**
 * Returns the toolkit of this frame.
 * @return the toolkit of this window.
 * @see Toolkit
 * @see Toolkit#getDefaultToolkit
 * @see Component#getToolkit
 */
 public Toolkit getToolkit() {
 return Toolkit.getDefaultToolkit();
 }

 /**
 * Gets the warning string that is displayed with this window.
 * If this window is insecure, the warning string is displayed
 * somewhere in the visible area of the window. A window is
 * insecure if there is a security manager and the security
 * manager denies
 * {@code AWTPermission("showWindowWithoutWarningBanner")}.
 * 
 * If the window is secure, then {@code getWarningString}
 * returns {@code null}. If the window is insecure, this
 * method checks for the system property
 * {@code awt.appletWarning}
 * and returns the string value of that property.
 * @return the warning string for this window.
 */
 public final String getWarningString() {
 return warningString;
 }

 @SuppressWarnings("removal")
 private void setWarningString() {
 warningString = null;
 SecurityManager sm = System.getSecurityManager();
 if (sm != null) {
 try {
 sm.checkPermission(AWTPermissions.TOPLEVEL_WINDOW_PERMISSION);
 } catch (SecurityException se) {
 // make sure the privileged action is only
 // for getting the property! We don't want the
 // above checkPermission call to always succeed!
 warningString = AccessController.doPrivileged(
 new GetPropertyAction("awt.appletWarning",
 "Java Applet Window"));
 }
 }
 }

 /**
 * Gets the {@code Locale} object that is associated
 * with this window, if the locale has been set.
 * If no locale has been set, then the default locale
 * is returned.
 * @return the locale that is set for this window.
 * @see java.util.Locale
 * @since 1.1
 */
 public Locale getLocale() {
 if (this.locale == null) {
 return Locale.getDefault();
 }
 return this.locale;
 }

 /**
 * Gets the input context for this window. A window always has an input context,
 * which is shared by subcomponents unless they create and set their own.
 * @see Component#getInputContext
 * @since 1.2
 */
 public InputContext getInputContext() {
 synchronized (inputContextLock) {
 if (inputContext == null) {
 inputContext = InputContext.getInstance();
 }
 }
 return inputContext;
 }

 /**
 * Set the cursor image to a specified cursor.
 * 
 * The method may have no visual effect if the Java platform
 * implementation and/or the native system do not support
 * changing the mouse cursor shape.
 * @param cursor One of the constants defined
 * by the {@code Cursor} class. If this parameter is null
 * then the cursor for this window will be set to the type
 * Cursor.DEFAULT_CURSOR.
 * @see Component#getCursor
 * @see Cursor
 * @since 1.1
 */
 public void setCursor(Cursor cursor) {
 if (cursor == null) {
 cursor = Cursor.getPredefinedCursor(Cursor.DEFAULT_CURSOR);
 }
 super.setCursor(cursor);
 }

 /**
 * Returns the owner of this window.
 *
 * @return the owner of this window
 * @since 1.2
 */
 public Window getOwner() {
 return getOwner_NoClientCode();
 }
 final Window getOwner_NoClientCode() {
 return (Window)parent;
 }

 /**
 * Return an array containing all the windows this
 * window currently owns.
 *
 * @return the array of all the owned windows
 * @since 1.2
 */
 public Window[] getOwnedWindows() {
 return getOwnedWindows_NoClientCode();
 }
 final Window[] getOwnedWindows_NoClientCode() {
 Window[] realCopy;

 synchronized(ownedWindowList) {
 // Recall that ownedWindowList is actually a Vector of
 // WeakReferences and calling get() on one of these references
 // may return null. Make two arrays-- one the size of the
 // Vector (fullCopy with size fullSize), and one the size of
 // all non-null get()s (realCopy with size realSize).
 int fullSize = ownedWindowList.size();
 int realSize = 0;
 Window[] fullCopy = new Window[fullSize];

 for (int i = 0; i < fullSize; i++) {
 fullCopy[realSize] = ownedWindowList.elementAt(i).get();

 if (fullCopy[realSize] != null) {
 realSize++;
 }
 }

 if (fullSize != realSize) {
 realCopy = Arrays.copyOf(fullCopy, realSize);
 } else {
 realCopy = fullCopy;
 }
 }

 return realCopy;
 }

 boolean isModalBlocked() {
 return modalBlocker != null;
 }

 void setModalBlocked(Dialog blocker, boolean blocked, boolean peerCall) {
 this.modalBlocker = blocked ? blocker : null;
 if (peerCall) {
 WindowPeer peer = (WindowPeer)this.peer;
 if (peer != null) {
 peer.setModalBlocked(blocker, blocked);
 }
 }
 }

 Dialog getModalBlocker() {
 return modalBlocker;
 }

 /*
 * Returns a list of all displayable Windows, i. e. all the
 * Windows which peer is not null.
 *
 * @see #addNotify
 * @see #removeNotify
 */
 static IdentityArrayList<Window> getAllWindows() {
 synchronized (allWindows) {
 IdentityArrayList<Window> v = new IdentityArrayList<Window>();
 v.addAll(allWindows);
 return v;
 }
 }

 static IdentityArrayList<Window> getAllUnblockedWindows() {
 synchronized (allWindows) {
 IdentityArrayList<Window> unblocked = new IdentityArrayList<Window>();
 for (int i = 0; i < allWindows.size(); i++) {
 Window w = allWindows.get(i);
 if (!w.isModalBlocked()) {
 unblocked.add(w);
 }
 }
 return unblocked;
 }
 }

 private static Window[] getWindows(AppContext appContext) {
 synchronized (Window.class) {
 Window[] realCopy;
 @SuppressWarnings("unchecked")
 Vector<WeakReference<Window>> windowList =
 (Vector<WeakReference<Window>>)appContext.get(Window.class);
 if (windowList != null) {
 int fullSize = windowList.size();
 int realSize = 0;
 Window[] fullCopy = new Window[fullSize];
 for (int i = 0; i < fullSize; i++) {
 Window w = windowList.get(i).get();
 if (w != null) {
 fullCopy[realSize++] = w;
 }
 }
 if (fullSize != realSize) {
 realCopy = Arrays.copyOf(fullCopy, realSize);
 } else {
 realCopy = fullCopy;
 }
 } else {
 realCopy = new Window[0];
 }
 return realCopy;
 }
 }

 /**
 * Returns an array of all {@code Window}s, both owned and ownerless,
 * created by this application.
 * If called from an applet, the array includes only the {@code Window}s
 * accessible by that applet.
 * 
 * Warning: this method may return system created windows, such
 * as a print dialog. Applications should not assume the existence of
 * these dialogs, nor should an application assume anything about these
 * dialogs such as component positions, {@code LayoutManager}s
 * or serialization.
 *
 * @return the array of all the {@code Window}s created by the application
 * @see Frame#getFrames
 * @see Window#getOwnerlessWindows
 *
 * @since 1.6
 */
 public static Window[] getWindows() {
 return getWindows(AppContext.getAppContext());
 }

 /**
 * Returns an array of all {@code Window}s created by this application
 * that have no owner. They include {@code Frame}s and ownerless
 * {@code Dialog}s and {@code Window}s.
 * If called from an applet, the array includes only the {@code Window}s
 * accessible by that applet.
 * 
 * Warning: this method may return system created windows, such
 * as a print dialog. Applications should not assume the existence of
 * these dialogs, nor should an application assume anything about these
 * dialogs such as component positions, {@code LayoutManager}s
 * or serialization.
 *
 * @return the array of all the ownerless {@code Window}s
 * created by this application
 * @see Frame#getFrames
 * @see Window#getWindows()
 *
 * @since 1.6
 */
 public static Window[] getOwnerlessWindows() {
 Window[] allWindows = Window.getWindows();

 int ownerlessCount = 0;
 for (Window w : allWindows) {
 if (w.getOwner() == null) {
 ownerlessCount++;
 }
 }

 Window[] ownerless = new Window[ownerlessCount];
 int c = 0;
 for (Window w : allWindows) {
 if (w.getOwner() == null) {
 ownerless[c++] = w;
 }
 }

 return ownerless;
 }

 Window getDocumentRoot() {
 synchronized (getTreeLock()) {
 Window w = this;
 while (w.getOwner() != null) {
 w = w.getOwner();
 }
 return w;
 }
 }

 /**
 * Specifies the modal exclusion type for this window. If a window is modal
 * excluded, it is not blocked by some modal dialogs. See {@link
 * java.awt.Dialog.ModalExclusionType Dialog.ModalExclusionType} for
 * possible modal exclusion types.
 * 
 * If the given type is not supported, {@code NO_EXCLUDE} is used.
 * 
 * Note: changing the modal exclusion type for a visible window may have no
 * effect until it is hidden and then shown again.
 *
 * @param exclusionType the modal exclusion type for this window; a {@code null}
 * value is equivalent to {@link Dialog.ModalExclusionType#NO_EXCLUDE
 * NO_EXCLUDE}
 * @throws SecurityException if the calling thread does not have permission
 * to set the modal exclusion property to the window with the given
 * {@code exclusionType}
 * @see java.awt.Dialog.ModalExclusionType
 * @see java.awt.Window#getModalExclusionType
 * @see java.awt.Toolkit#isModalExclusionTypeSupported
 *
 * @since 1.6
 */
 public void setModalExclusionType(Dialog.ModalExclusionType exclusionType) {
 if (exclusionType == null) {
 exclusionType = Dialog.ModalExclusionType.NO_EXCLUDE;
 }
 if (!Toolkit.getDefaultToolkit().isModalExclusionTypeSupported(exclusionType)) {
 exclusionType = Dialog.ModalExclusionType.NO_EXCLUDE;
 }
 if (modalExclusionType == exclusionType) {
 return;
 }
 if (exclusionType == Dialog.ModalExclusionType.TOOLKIT_EXCLUDE) {
 @SuppressWarnings("removal")
 SecurityManager sm = System.getSecurityManager();
 if (sm != null) {
 sm.checkPermission(AWTPermissions.TOOLKIT_MODALITY_PERMISSION);
 }
 }
 modalExclusionType = exclusionType;

 // if we want on-fly changes, we need to uncomment the lines below
 // and override the method in Dialog to use modalShow() instead
 // of updateChildrenBlocking()
/*
 if (isModalBlocked()) {
 modalBlocker.unblockWindow(this);
 }
 Dialog.checkShouldBeBlocked(this);
 updateChildrenBlocking();
*/
 }

 /**
 * Returns the modal exclusion type of this window.
 *
 * @return the modal exclusion type of this window
 *
 * @see java.awt.Dialog.ModalExclusionType
 * @see java.awt.Window#setModalExclusionType
 *
 * @since 1.6
 */
 public Dialog.ModalExclusionType getModalExclusionType() {
 return modalExclusionType;
 }

 boolean isModalExcluded(Dialog.ModalExclusionType exclusionType) {
 if ((modalExclusionType != null) &&
 modalExclusionType.compareTo(exclusionType) >= 0)
 {
 return true;
 }
 Window owner = getOwner_NoClientCode();
 return (owner != null) && owner.isModalExcluded(exclusionType);
 }

 void updateChildrenBlocking() {
 ArrayList<Window> childHierarchy = new ArrayList<>();
 Window[] ownedWindows = getOwnedWindows();
 for (int i = 0; i < ownedWindows.length; i++) {
 childHierarchy.add(ownedWindows[i]);
 }
 int k = 0;
 while (k < childHierarchy.size()) {
 Window w = childHierarchy.get(k);
 if (w.isVisible()) {
 if (w.isModalBlocked()) {
 Dialog blocker = w.getModalBlocker();
 blocker.unblockWindow(w);
 }
 Dialog.checkShouldBeBlocked(w);
 Window[] wOwned = w.getOwnedWindows();
 for (int j = 0; j < wOwned.length; j++) {
 childHierarchy.add(wOwned[j]);
 }
 }
 k++;
 }
 }

 /**
 * Adds the specified window listener to receive window events from
 * this window.
 * If l is null, no exception is thrown and no action is performed.
 * Refer to <a href="doc-files/AWTThreadIssues.html#ListenersThreads"
 * >AWT Threading Issues</a> for details on AWT's threading model.
 *
 * @param l the window listener
 * @see #removeWindowListener
 * @see #getWindowListeners
 */
 public synchronized void addWindowListener(WindowListener l) {
 if (l == null) {
 return;
 }
 newEventsOnly = true;
 windowListener = AWTEventMulticaster.add(windowListener, l);
 }

 /**
 * Adds the specified window state listener to receive window
 * events from this window. If {@code l} is {@code null},
 * no exception is thrown and no action is performed.
 * Refer to <a href="doc-files/AWTThreadIssues.html#ListenersThreads"
 * >AWT Threading Issues</a> for details on AWT's threading model.
 *
 * @param l the window state listener
 * @see #removeWindowStateListener
 * @see #getWindowStateListeners
 * @since 1.4
 */
 public synchronized void addWindowStateListener(WindowStateListener l) {
 if (l == null) {
 return;
 }
 windowStateListener = AWTEventMulticaster.add(windowStateListener, l);
 newEventsOnly = true;
 }

 /**
--> --------------------

--> maximum size reached

--> --------------------

Messung V0.5

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Beweissystem der NASA

Beweissystem Isabelle

NIST Cobol Testsuite

Cephes Mathematical Library

Wiener Entwicklungsmethode

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