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DockingFrames is an open source Java Swing docking framework, licenced under LGPL 2.1.
This is the same distribution as the original distribution (http://www.docking-frames.org/), only reinstalled in maven
/*
* Bibliothek - DockingFrames
* Library built on Java/Swing, allows the user to "drag and drop"
* panels containing any Swing-Component the developer likes to add.
*
* Copyright (C) 2007 Benjamin Sigg
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2.1 of the License, or (at your option) any later version.
*
* This library 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
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
*
* Benjamin Sigg
* [email protected]
* CH - Switzerland
*/
package bibliothek.gui.dock.common.intern;
import java.awt.Component;
import java.awt.Dimension;
import java.util.HashMap;
import java.util.Map;
import javax.swing.SwingUtilities;
import bibliothek.gui.DockStation;
import bibliothek.gui.Dockable;
import bibliothek.gui.dock.common.CControl;
import bibliothek.gui.dock.common.CFocusHistory;
import bibliothek.gui.dock.common.CGrid;
import bibliothek.gui.dock.common.CLocation;
import bibliothek.gui.dock.common.CStation;
import bibliothek.gui.dock.common.ColorMap;
import bibliothek.gui.dock.common.EnableableItem;
import bibliothek.gui.dock.common.FontMap;
import bibliothek.gui.dock.common.action.CAction;
import bibliothek.gui.dock.common.event.CDockableLocationListener;
import bibliothek.gui.dock.common.event.CDockablePropertyListener;
import bibliothek.gui.dock.common.event.CDockableStateListener;
import bibliothek.gui.dock.common.event.CDoubleClickListener;
import bibliothek.gui.dock.common.event.CFocusListener;
import bibliothek.gui.dock.common.event.CKeyboardListener;
import bibliothek.gui.dock.common.event.CVetoClosingEvent;
import bibliothek.gui.dock.common.event.CVetoClosingListener;
import bibliothek.gui.dock.common.grouping.DockableGrouping;
import bibliothek.gui.dock.common.intern.action.CloseActionSource;
import bibliothek.gui.dock.common.intern.station.CommonDockStation;
import bibliothek.gui.dock.common.layout.RequestDimension;
import bibliothek.gui.dock.common.location.CExtendedModeLocation;
import bibliothek.gui.dock.common.mode.CLocationMode;
import bibliothek.gui.dock.common.mode.CLocationModeManager;
import bibliothek.gui.dock.common.mode.ExtendedMode;
import bibliothek.gui.dock.control.focus.DefaultFocusRequest;
import bibliothek.gui.dock.control.focus.FocusRequest;
import bibliothek.gui.dock.disable.DisablingStrategy;
import bibliothek.gui.dock.event.VetoableDockFrontendEvent;
import bibliothek.gui.dock.title.DockTitle;
import bibliothek.util.Filter;
import bibliothek.util.FrameworkOnly;
import bibliothek.util.Todo;
import bibliothek.util.Todo.Compatibility;
import bibliothek.util.Todo.Priority;
import bibliothek.util.Todo.Version;
/**
* An abstract implementation of {@link CDockable}. Contains methods to
* work with listeners and with {@link CAction}s.
* @author Benjamin Sigg
*/
public abstract class AbstractCDockable implements CDockable {
/** the location of this dockable */
private CLocation location = null;
/** the graphical representation of this dockable */
private CommonDockable dockable;
/** the preferred parent of this dockable */
private CStation workingArea;
/** the control managing this dockable */
private CControlAccess control;
/** unique id of this {@link CDockable} */
private String uniqueId;
/** whether this element likes to have the same height all the time */
private boolean resizeLockedVertically = false;
/** whether this element likes to have the same width all the time */
private boolean resizeLockedHorizontally = false;
/** whether to remain visible when minimized and unfocused or not */
private boolean sticky = false;
/** whether {@link #sticky} can be switched by the user */
private boolean stickySwitchable = true;
/** the preferred size when minimized */
private Dimension minimizeSize = new Dimension( -1, -1 );
/** the preferred size of this {@link CDockable} */
private RequestDimension resizeRequest;
/** the colors associated with this dockable */
private ColorMap colors = new ColorMap( this );
/** the fonts associated with this dockable */
private FontMap fonts = new FontMap( this );
/** the actions that are shown by other modules */
private Map actions = new HashMap();
/** whether the {@link DockTitle} should not be created */
private boolean titleShown = true;
/** whether a single tab is shown */
private boolean singleTabShown = false;
/** the listeners that were added to this dockable */
protected CListenerCollection listenerCollection = new CListenerCollection();
/** handles the {@link CDockableLocationListener}s */
private CDockableLocationListenerManager locationListenerManager;
/** support class to fire {@link CVetoClosingEvent}s */
private ControlVetoClosingListener vetoClosingListenerConverter;
/** Source that contains the action that closes this dockable */
private CloseActionSource close = new CloseActionSource( this );
/** The default locations for the available {@link ExtendedMode}s. */
private Map defaultLocations = new HashMap( 4 );
/** The component which should be focused */
private Component focusComponent;
/** All the items that are enabled */
private int enabled = EnableableItem.ALL.getFlag();
/** Tells how this {@link CDockable} tries to automatically group itself with other dockables */
private DockableGrouping grouping;
/**
* Creates a new dockable
*/
protected AbstractCDockable(){
// nothing
}
@Override
public String toString(){
return getClass().getSimpleName() + "[unique id=" + uniqueId + "]";
}
/**
* Creates the {@link CommonDockable} that is associated with this dockable, called the first
* time the {@link CommonDockable} is required for an operation.
* @return the new dockable
*/
protected abstract CommonDockable createCommonDockable();
/**
* Initializes this CDockable.
* @param dockable the representation of this CDockable, not null
*/
protected void init( CommonDockable dockable ){
if( this.dockable != null )
throw new IllegalStateException( "dockable already set" );
if( dockable == null )
throw new NullPointerException( "dockable is null" );
this.dockable = dockable;
}
/**
* Gets the action source which might show a single action that closes
* this dockable.
* @return the close source
*/
protected CloseActionSource getClose(){
return close;
}
/**
* Gets access to the controller.
* @return access or null
*/
protected CControlAccess control(){
return control;
}
public void addCDockableStateListener( CDockableStateListener listener ){
listenerCollection.addCDockableStateListener( listener );
}
public void addCDockablePropertyListener( CDockablePropertyListener listener ) {
listenerCollection.addCDockablePropertyListener( listener );
}
public void addCDockableLocationListener( CDockableLocationListener listener ){
if( locationListenerManager == null ){
locationListenerManager = new CDockableLocationListenerManager( this );
}
boolean has = listenerCollection.hasCDockableLocationListeners();
listenerCollection.addCDockableLocationListener( listener );
if( !has ){
locationListenerManager.setListener( listenerCollection.getCDockableLocationListener() );
}
}
public void removeCDockableStateListener( CDockableStateListener listener ){
listenerCollection.removeCDockableStateListener( listener );
if( locationListenerManager != null && !listenerCollection.hasCDockableLocationListeners() ){
locationListenerManager.setListener( null );
}
}
public void removeCDockablePropertyListener( CDockablePropertyListener listener ) {
listenerCollection.removeCDockablePropertyListener( listener );
}
public void removeCDockableLocationListener( CDockableLocationListener listener ){
listenerCollection.removeCDockableLocationListener( listener );
}
public void addFocusListener( CFocusListener listener ){
listenerCollection.addFocusListener( listener );
}
public void removeFocusListener( CFocusListener listener ){
listenerCollection.removeFocusListener( listener );
}
public void addKeyboardListener( CKeyboardListener listener ){
listenerCollection.addKeyboardListener( listener );
}
public void removeKeyboardListener( CKeyboardListener listener ){
listenerCollection.removeKeyboardListener( listener );
}
public void addDoubleClickListener( CDoubleClickListener listener ){
listenerCollection.addDoubleClickListener( listener );
}
public void removeDoubleClickListener( CDoubleClickListener listener ){
listenerCollection.removeDoubleClickListener( listener );
}
public void addVetoClosingListener( CVetoClosingListener listener ){
boolean empty = !listenerCollection.hasVetoClosingListeners();
listenerCollection.addVetoClosingListener( listener );
if( empty && control != null ){
control.getOwner().intern().addVetoableListener( getVetoClosingListenerConverter() );
}
}
public void removeVetoClosingListener( CVetoClosingListener listener ){
listenerCollection.removeVetoClosingListener( listener );
if( !listenerCollection.hasVetoClosingListeners() ){
if( control != null && vetoClosingListenerConverter != null ){
control.getOwner().intern().removeVetoableListener( vetoClosingListenerConverter );
vetoClosingListenerConverter = null;
}
}
}
private ControlVetoClosingListener getVetoClosingListenerConverter(){
if( vetoClosingListenerConverter == null ){
vetoClosingListenerConverter = new ControlVetoClosingListener( control.getOwner(), listenerCollection.getVetoClosingListener() ){
@Override
protected CDockable[] getCDockables( VetoableDockFrontendEvent event ){
for( Dockable dockable : event ){
if( dockable == intern() ){
return new CDockable[]{ AbstractCDockable.this };
}
}
return null;
}
};
}
return vetoClosingListenerConverter;
}
/**
* Gets the list of state listeners.
* @return the stateListeners
* @deprecated subclasses should use {@link CListenerCollection#getCDockableStateListener()}
* of {@link #listenerCollection} if they want to fire an event
*/
@Deprecated
protected CDockableStateListener[] stateListeners(){
return listenerCollection.getCDockableStateListeners();
}
/**
* Gets the list of property listeners.
* @return the stateListeners
* @deprecated subclasses should use {@link CListenerCollection#getCDockablePropertyListener()}
* of {@link #listenerCollection} if they want to fire an event
*/
@Deprecated
protected CDockablePropertyListener[] propertyListeners(){
return listenerCollection.getCDockablePropertyListeners();
}
public void setVisible( boolean visible ){
if( control == null )
throw new IllegalStateException( "This CDockable does not know its CControl. Call CControl.addDockable(...) to connect this CDockable befor calling setVisible(...)." );
if( visible ){
control.show( this );
}
else{
control.hide( this );
}
}
public boolean isVisible(){
if( control == null )
return false;
else
return control.isVisible( this );
}
public boolean hasParent(){
if( control == null ){
return false;
}
else{
return control.hasParent( this );
}
}
@Deprecated
@Todo( compatibility=Compatibility.BREAK_MAJOR, priority=Priority.ENHANCEMENT, target=Version.VERSION_1_1_3, description="remove this method" )
public boolean isDockableVisible(){
return intern().isDockableShowing();
}
public boolean isShowing(){
return isDockableVisible();
}
/**
* Tries to focus this dockable. In order to gain focus this dockable must at least be visible, additional
* restrictions exist, like gaining focus takes some time during which no other dockable must ask for the
* focus. This method is best used to highlight existing dockables, but not while building
* a new layout (look at methods like {@link CGrid#select(double, double, double, double, CDockable) CGrid.select}
* to select a dockable in a stack while building a layout).
* There is no guarantee of success, this methods fails silently if the focus cannot be gained.
*/
public void toFront(){
if( isVisible() ){
FocusRequest request = new DefaultFocusRequest( intern(), null, false, true, false, true );
control.getOwner().intern().getController().setFocusedDockable( request );
}
}
/**
* Tries to focus this dockable, and then ensures that the {@link Component} focus actually gets the focus.
* The behavior of this method is not defined for the case where focus is not a child of this.
* There is no guarantee of success, this methods fails silently if the focus cannot be gained.
* @param focus a child of this dockable, not null
* @see #toFront()
*/
public void toFront( Component focus ){
if( isVisible() ){
FocusRequest request = new DefaultFocusRequest( intern(), focus, true, true, true, true );
control.getOwner().intern().getController().setFocusedDockable( request );
}
}
public void setLocation( CLocation location ){
this.location = location;
if( location != null ){
if( control != null && control.hasParent( this ) ){
control.getLocationManager().setLocation( intern(), location );
this.location = null;
}
}
}
public void setLocationsAside( CDockable dockable ){
if( dockable == null ){
throw new IllegalArgumentException( "dockable must not be null" );
}
if( dockable == this ){
throw new IllegalArgumentException( "dockable must not be the same object as this" );
}
if( dockable.getControl() == null ){
throw new IllegalArgumentException( "dockable is not registered at a CControl" );
}
if( dockable.getControl() != getControl() ){
throw new IllegalStateException( "dockable is registered at another CControl" );
}
if( dockable.getWorkingArea() != getWorkingArea() ){
throw new IllegalArgumentException( "dockable has another working-area as this" );
}
CLocationModeManager locationManager = getControl().getLocationManager();
locationManager.setLocationAside( intern(), dockable.intern() );
CLocationMode mode = locationManager.getCurrentMode( dockable.intern() );
if( mode != null ){
setLocation( new CExtendedModeLocation( mode.getExtendedMode() ) );
}
}
public boolean setLocationsAside( Filter filter ){
if( getControl() == null ){
throw new IllegalStateException( "this dockable must be registered at a CControl" );
}
CFocusHistory history = getControl().getFocusHistory();
CDockable dockable = history.getFirst( filter );
if( dockable == null ){
return false;
}
setLocationsAside( dockable );
return true;
}
public boolean setLocationsAsideFocused(){
boolean result = setLocationsAside( new Filter(){
public boolean includes( CDockable item ){
return item != AbstractCDockable.this && item.getWorkingArea() == workingArea && item.isVisible();
}
});
if( !result ){
result = setLocationsAside( new Filter(){
public boolean includes( CDockable item ){
return item != AbstractCDockable.this && item.getWorkingArea() == workingArea;
}
});
}
return result;
}
public CLocation getBaseLocation(){
if( control != null && isVisible() ){
return control.getLocationManager().getLocation( intern() );
}
return location;
}
public CLocation getAutoBaseLocation( boolean noBackwardsTransformation ){
if( control == null || control.hasParent( this ) ){
return null;
}
return control.getAutoBaseLocation( this, noBackwardsTransformation );
}
public void setExtendedMode( ExtendedMode extendedMode ){
if( extendedMode == null )
throw new NullPointerException( "extendedMode must not be null" );
if( extendedMode == ExtendedMode.EXTERNALIZED ){
if( !isExternalizable() )
return;
}
if( extendedMode == ExtendedMode.MINIMIZED ){
if( !isMinimizable() )
return;
}
if( extendedMode == ExtendedMode.MAXIMIZED ){
if( !isMaximizable() )
return;
}
if( extendedMode == ExtendedMode.NORMALIZED ){
if( !isNormalizeable() ){
return;
}
}
CControlAccess control = control();
if( control != null )
control.getLocationManager().setMode( intern(), extendedMode );
}
public ExtendedMode getExtendedMode(){
CControlAccess control = control();
if( control == null )
return null;
return control.getLocationManager().getMode( intern() );
}
/**
* Sets an algorithm that defines how this dockable attempts to automatically group itself with
* other dockables.
* @param grouping the grouping behavior, can be null in which case this dockable
* does not attempt to group itself. The default value of this property is null.
*/
public void setGrouping( DockableGrouping grouping ) {
this.grouping = grouping;
}
public DockableGrouping getGrouping() {
return grouping;
}
public void setWorkingArea( CStation area ) {
this.workingArea = area;
}
public CStation getWorkingArea() {
return workingArea;
}
/**
* Tells whether width and height are locked.
* @return true if width and height are locked
*/
public boolean isResizeLocked() {
return resizeLockedVertically && resizeLockedHorizontally;
}
public boolean isResizeLockedVertically() {
return resizeLockedVertically;
}
public boolean isResizeLockedHorizontally() {
return resizeLockedHorizontally;
}
/**
* Tells this {@link CDockable} which size it should have. The size will
* be stored until it is read by {@link #getAndClearResizeRequest()}.
* If process is true, then this method will call
* {@link CControl#handleResizeRequests()} in order to try to apply the requested size.
* However, there are no guarantees that the requested size can be matched, or that
* the request gets handled at all.
If this CDockable is not registered at a
* {@link CControl}, then the request will remain unprocessed until this CDockable
* is registered, and someone calls {@link CControl#handleResizeRequests()} on the new owner.
* @param size the new preferred size, can be null to cancel an
* earlier request
* @param process whether to process all pending requests of all {@link CDockable}
* registered at the {@link CControl} which is the owner of this.
* Clients can set this parameter to false and call
* {@link CControl#handleResizeRequests()} manually to process all pending
* requests.
* @see #setResizeRequest(RequestDimension, boolean)
*/
public void setResizeRequest( Dimension size, boolean process ){
resizeRequest = size == null ? null : new RequestDimension( size );
if( process && control != null ){
control.getOwner().handleResizeRequests();
}
}
/**
* Tells this {@link CDockable} which size it should have. The size will
* be stored until it is read by {@link #getAndClearResizeRequest()}.
* If process is true, then this method will call
* {@link CControl#handleResizeRequests()} in order to try to apply the requested size.
* However, there are no guarantees that the requested size can be matched, or that the
* request gets handled at all.
If this CDockable is not registered at
* a {@link CControl}, then the request will remain unprocessed until this CDockable
* is registered, and someone calls {@link CControl#handleResizeRequests()} on the new owner.
* @param size the new preferred size, can be null to cancel an
* earlier request
* @param process whether to process all pending requests of all {@link CDockable}
* registered at the {@link CControl} which is the owner of this.
* Clients can set this parameter to false and call
* {@link CControl#handleResizeRequests()} manually to process all pending
* requests.
*/
public void setResizeRequest( RequestDimension size, boolean process ){
resizeRequest = size == null ? null : new RequestDimension( size );
if( process && control != null ){
control.getOwner().handleResizeRequests();
}
}
public RequestDimension getAndClearResizeRequest() {
RequestDimension result = resizeRequest;
resizeRequest = null;
return result;
}
/**
* Sets whether this dockable likes to remain with the same size all the time.
* @param resizeLocked true if the size of this dockable should
* be kept as long as possible
* @see #setResizeLockedHorizontally(boolean)
* @see #setResizeLockedVertically(boolean)
*/
public void setResizeLocked( boolean resizeLocked ) {
if( isResizeLocked() != resizeLocked ){
this.resizeLockedHorizontally = resizeLocked;
this.resizeLockedVertically = resizeLocked;
listenerCollection.getCDockablePropertyListener().resizeLockedChanged( this );
}
}
/**
* Sets whether this dockable likes to remain with the same width all
* the time.
* @param resizeLockedHorizontally true if the width of
* this dockable should be kept as long as possible
*/
public void setResizeLockedHorizontally( boolean resizeLockedHorizontally ) {
if( this.resizeLockedHorizontally != resizeLockedHorizontally ){
this.resizeLockedHorizontally = resizeLockedHorizontally;
listenerCollection.getCDockablePropertyListener().resizeLockedChanged( this );
}
}
/**
* Sets whether this dockable likes to remain with the same height
* all the time.
* @param resizeLockedVertically true if the height
* of this dockable should be kept as long as possible
*/
public void setResizeLockedVertically( boolean resizeLockedVertically ) {
if( this.resizeLockedVertically != resizeLockedVertically ){
this.resizeLockedVertically = resizeLockedVertically;
listenerCollection.getCDockablePropertyListener().resizeLockedChanged( this );
}
}
/**
* Enables or disables a part of this dockable. Some effects are visible immediately, others
* will need some time to show up. Usually disabling a part means that said part is shown in
* some gray colors and won't react to any user input (e.g. to the mouse).
* Developers which need more accuracy in disabling items, should have a look at the
* {@link DisablingStrategy}.
* @param item what part of this {@link CDockable} should be enabled or disabled
* @param enabled whether the part should be enabled
*/
public void setEnabled( EnableableItem item, boolean enabled ){
int flag = this.enabled;
if( enabled ){
this.enabled = EnableableItem.add( this.enabled, item );
}
else{
this.enabled = EnableableItem.remove( this.enabled, item );
}
if( flag != this.enabled ){
listenerCollection.getCDockablePropertyListener().enabledChanged( this );
}
}
public boolean isEnabled( EnableableItem item ){
return EnableableItem.isEnabled( enabled, item );
}
public void setSticky( boolean sticky ){
if( this.sticky != sticky ){
this.sticky = sticky;
listenerCollection.getCDockablePropertyListener().stickyChanged( this );
}
}
public boolean isSticky(){
return sticky;
}
public void setStickySwitchable( boolean switchable ){
if( this.stickySwitchable != switchable ){
this.stickySwitchable = switchable;
listenerCollection.getCDockablePropertyListener().stickySwitchableChanged( this );
}
}
public boolean isStickySwitchable(){
return stickySwitchable;
}
public void setMinimizedSize( Dimension size ) {
minimizeSize = new Dimension( size.width, size.height );
listenerCollection.getCDockablePropertyListener().minimizeSizeChanged( this );
}
/**
* Always true, clients should not override this method unless they know exactly what they are doing.
*/
public boolean isNormalizeable(){
return true;
}
public Dimension getMinimizedSize() {
return new Dimension( minimizeSize.width, minimizeSize.height );
}
/**
* Tells this {@link CDockable} whether to show or to hide its titles.
* @param shown true if titles should be shown, false
* if they should be hidden.
*/
public void setTitleShown( boolean shown ){
if( this.titleShown != shown ){
this.titleShown = shown;
listenerCollection.getCDockablePropertyListener().titleShownChanged( this );
}
}
public boolean isTitleShown() {
return titleShown;
}
/**
* Tells this {@link CDockable} whether to show a single tab or not.
* @param singleTabShown true if a single tab should be shown,
* false otherwise
* @see #isSingleTabShown()
*/
public void setSingleTabShown( boolean singleTabShown ){
if( this.singleTabShown != singleTabShown ){
this.singleTabShown = singleTabShown;
listenerCollection.getCDockablePropertyListener().singleTabShownChanged( this );
}
}
public boolean isSingleTabShown(){
return singleTabShown;
}
/**
* Gets the intern representation of this dockable.
* @return the intern representation.
*/
public CommonDockable intern(){
if( dockable == null ){
init( createCommonDockable() );
}
return dockable;
}
/**
* Sets the default location for mode mode for this dockable. Note
* that this location does not override any existing setting. This method can
* be called either before or after making this dockable visible. It is
* the client's responsibility to ensure that location is valid
* together with mode.
* @param mode the mode for which to store the default location
* @param location the default location or null
*/
public void setDefaultLocation( ExtendedMode mode, CLocation location ){
if( mode == null ){
throw new IllegalArgumentException( "mode must not be null" );
}
if( location == null ){
defaultLocations.remove( mode );
}
else{
ExtendedMode locationMode = location.findMode();
if( locationMode == null ){
throw new IllegalArgumentException( "location does not carry enough information to find its mode" );
}
if( !mode.getModeIdentifier().equals( locationMode.getModeIdentifier() )){
throw new IllegalArgumentException( "mode of location and \'mode\' do not have the same identifier" );
}
defaultLocations.put( mode, location );
if( control != null ){
CLocationModeManager state = control.getLocationManager();
if( state.getLocation( intern(), mode ) == null )
state.setLocation( intern(), mode, location );
}
}
}
/**
* Gets an earlier set value of {@link #setDefaultLocation(ExtendedMode, CLocation)}.
* @param mode the mode for which to search the default location
* @return the location or null
*/
public CLocation getDefaultLocation( ExtendedMode mode ){
return defaultLocations.get( mode );
}
/**
* Gets the unique identifier that has been assigned to this {@link CDockable} by the {@link CControl}. Every
* dockable has a unique identifier, but it may not be the same identifier as set by this client.
* @return the unique identifier, it is set once this dockable is added to a {@link CControl}
*/
@FrameworkOnly
protected String getDockableUniqueId(){
return uniqueId;
}
public CControlAccess getControlAccess(){
return control;
}
public void setControlAccess( CControlAccess control ){
if( this.control == control )
return;
if( this.control != null ){
if( this.control.shouldStore( this ) == null ){
this.control.getLocationManager().remove( intern() );
}
else{
this.control.getLocationManager().reduceToEmpty( intern() );
}
this.control.link( this, null );
if( vetoClosingListenerConverter != null ){
this.control.getOwner().intern().removeVetoableListener( vetoClosingListenerConverter );
vetoClosingListenerConverter = null;
}
}
this.control = control;
if( control != null ){
if( uniqueId != null ){
control.getLocationManager().add( uniqueId, intern() );
}
if( listenerCollection.hasVetoClosingListeners() ){
control.getOwner().intern().addVetoableListener( getVetoClosingListenerConverter() );
}
control.link( this, new CDockableAccess(){
private ExtendedMode currentMode;
public void informVisibility( boolean visible ) {
listenerCollection.getCDockableStateListener().visibilityChanged( AbstractCDockable.this );
}
public void informMode( ExtendedMode mode ) {
if( currentMode != mode ){
currentMode = mode;
CDockableStateListener forward = listenerCollection.getCDockableStateListener();
forward.extendedModeChanged( AbstractCDockable.this, mode );
}
}
public CFocusListener getFocusListener() {
return listenerCollection.getFocusListener();
}
public CKeyboardListener getKeyboardListener() {
return listenerCollection.getKeyboardListener();
}
public CDoubleClickListener getDoubleClickListener() {
return listenerCollection.getDoubleClickListener();
}
public void setUniqueId( String id ) {
if( (id != null && !id.equals( uniqueId )) || (id == null && uniqueId != null) ){
if( AbstractCDockable.this.control != null && uniqueId != null ){
CLocationModeManager manager = AbstractCDockable.this.control.getLocationManager();
manager.remove( intern() );
}
uniqueId = id;
if( AbstractCDockable.this.control != null && id != null ){
CLocationModeManager manager = AbstractCDockable.this.control.getLocationManager();
manager.put( uniqueId, intern() );
for( Map.Entry location : defaultLocations.entrySet() ){
if( manager.getLocation( intern(), location.getKey() ) == null )
manager.setLocation( intern(), location.getKey(), location.getValue() );
}
}
}
}
public String getUniqueId() {
return uniqueId;
}
public CLocation internalLocation( boolean reset ){
if( reset ){
CLocation loc = location;
location = null;
return loc;
}
else{
return location;
}
}
});
}
close.setControl( control );
}
/**
* Exchanges an action of this {@link CDockable}. The actions that are associated
* with this CDockable through this method are not necessarily shown on the
* title. They are used by other modules to create effects that are known
* only to them.
* @param key the key of the action, one of the ACTION_KEY_xzy-constants
* defined in {@link CDockable}
* @param action the new action, can be null which might force
* back a default action (that depends on the module that uses key)
*/
public void putAction( String key, CAction action ){
CAction old = actions.put( key, action );
if( old != action ){
listenerCollection.getCDockablePropertyListener().actionChanged( this, key, old, action );
}
}
public CAction getAction( String key ) {
return actions.get( key );
}
public ColorMap getColors() {
return colors;
}
public FontMap getFonts() {
return fonts;
}
public Component getFocusComponent(){
return focusComponent;
}
/**
* Sets the {@link Component} which should receive the focus when this CDockable is focused. Please note
* that the focus will be transferred to this component every time the dockable lost the focus and gained the focus again. The
* default behavior of re-focusing the last focus owner should be sufficient for most applications.
* @param component the component to focus, can be null, should be a child of this CDockable
*/
public void setFocusComponent( Component component ){
this.focusComponent = component;
}
public CStation getParentStation(){
DockStation parent = intern().getDockParent();
while( parent != null ){
if( parent instanceof CommonDockStation ){
return ((CommonDockStation)parent).getStation();
}
Dockable item = parent.asDockable();
if( item == null ){
return null;
}
parent = item.getDockParent();
}
return null;
}
public CControl getControl(){
if( control == null ){
return null;
}
return control.getOwner();
}
}