Examples of org.flexdock.docking.defaults.DefaultDockingPort$MaximizationInstallInfo

org.flexdock.docking.defaults.DefaultDockingPort
This is a {@code Container} that implements the {@code DockingPort}interface. It provides a default implementation of {@code DockingPort} toallow ease of development within docking-enabled applications.
The {@code DefaultDockingPort} handles docking in one of three ways. If theport is empty, then all incoming {@code Dockables} are docked to the CENTERregion. If the port is not empty, then all incoming {@code Dockables} dockedto the CENTER region are embedded within a {@code JTabbedPane}. All incoming {@code Dockables} docked to an outer region (NORTH, SOUTH, EAST, and WEST) ofa non-empty port are placed into a split layout using a {@code JSplitPane}.
For centrally docked {@code Components}, the immediate child of the {@code DefaultDockingPort} may or may not be a {@code JTabbedPane}. If {@code isSingleTabAllowed()} returns {@code true} for the current{@code DefaultDockingPort}, then the immediate child returned by {@code getDockedComponent()} will return a {@code JTabbedPane} instance evenif there is only one {@code Dockable} embedded within the port. If there is asingle {@code Dockable} in the port, but {@code isSingleTabAllowed()} returns{@code false}, then {@code getDockedComponent()} will return the{@code Component} that backs the currently docked {@code Dockable}, returned by the {@code Dockable's} {@code getComponent()} method.{@code isSingleTabAllowed()} is a scoped property that may apply to thisport, all ports across the JVM, or all ports within a user defined scope. {@code getDockedComponent()} will return a {@code JTabbedPane} at all timesif there is more than one centrally docked {@code Dockable} within the port,and all docked {@code Components} will reside within the tabbed pane.
Components that are docked in the NORTH, SOUTH, EAST, or WEST regions are placed in a {@code JSplitPane} splitting the layout of the{@code DockingPort} between child components. Each region of the{@code JSplitPane} contains a new {@code DefaultDockingPort}, which, in turn, contains the docked components. In this situation, {@code getDockedComponent()} will return a {@code JSplitPane} reference.
A key concept that drives the {@code DefaultDockingPort}, then, is the notion that this {@code DockingPort} implementation may only ever have onesingle child component, which may or may not be a wrapper for other child components. Because {@code JSplitPane} contains child{@code DefaultDockingPorts}, each of those {@code DefaultDockingPorts} isavailable for further sub-docking operations.
Since a {@code DefaultDockingPort} may only contain one child component,there is a container hierarchy to manage tabbed interfaces, split layouts, and sub-docking. As components are removed from this hierarchy, the hierarchy itself must be reevaluated. Removing a component from a child {@code DefaultDockingPort} within a {@code JSplitPane} renders the child{@code DefaultDockingPort} unnecessary, which, in turn, renders the notion ofsplitting the layout with a {@code JSplitPane} unnecessary (since there areno longer two components to split the layout between). Likewise, removing a child component from a {@code JTabbedPane} such that there is only one childleft within the {@code JTabbedPane} removes the need for a tabbed interfaceto begin with.
When the {@code DockingManager} removes a component from a{@code DockingPort} via {@code DockingManager.undock(Dockable dockable)} ituses a call to {@code undock()} on the current {@code DockingPort}. {@code undock()} automatically handles the reevaluation of the containerhierarchy to keep wrapper-container usage at a minimum. Since {@code DockingManager} makes this callback automatic, developers normallywill not need to call this method explicitly. However, when removing a component from a {@code DefaultDockingPort} using application code,developers should keep in mind to use {@code undock()} instead of{@code remove()}. Border management after docking and undocking operations are accomplished using a {@code BorderManager}. {@code setBorderManager()} may be used to setthe border manager instance and customize border management. @author Christopher Butler

        initLayout();
    }


    private DockingPort getRootDockingPort() {
        if(rootDockingPort==null) {
            DefaultDockingPort port = new DefaultDockingPort();
            port.setBorderManager(new StandardBorderManager(new ShadowBorder()));
            rootDockingPort = port;
        }
        return rootDockingPort;
    }

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        super("Adapter Demo");
        setContentPane(createContentPane());
    }


    private Container createContentPane() {
        port = new DefaultDockingPort();
        MediaPanel pane1 = new MediaPanel("video.1", "Video 1", "fish.mov");
        MediaPanel pane2 = new MediaPanel("video.2", "Video 2", "lung02a.mov");
        MediaPanel pane3 = new MediaPanel("video.3", "Video 3", "fish.mov");
        MediaPanel pane4 = new MediaPanel("video.4", "Video 4", "lung02a.mov");
        MediaPanel pane5 = new MediaPanel("video.5", "Video 5", "fish.mov");

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        return p;
    }


    private DefaultDockingPort buildDockingPort(String desc) {
        // create the DockingPort
        DefaultDockingPort port = createDockingPort();


        // create the Dockable panel
        DockablePanel panel = new DockablePanel(desc);


        // dock the panel and return the DockingPort
        port.dock(panel.getDockable(), CENTER_REGION);
        return port;
    }

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        port.dock(panel.getDockable(), CENTER_REGION);
        return port;
    }


    private DefaultDockingPort createDockingPort() {
        DefaultDockingPort port = new DefaultDockingPort();
        port.setPreferredSize(new Dimension(100, 100));
        port.setBorderManager(new DemoBorderManager());
        return port;
    }

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        // and having to know to call it at this level.  If the default docking port
        // is interested in whether a drag is currently in progress, it should
        // register some type of listener and handle its personal business internally
        // with its own code.
        if(srcPort instanceof DefaultDockingPort) {
            DefaultDockingPort port = (DefaultDockingPort)srcPort;
            port.setDragInProgress(operation!=null);
        }
    }

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    public static DockingPort[] getChildPorts(DockingPort port) {
        if(!(port instanceof DefaultDockingPort))
            return new DockingPort[0];


        DefaultDockingPort parent = (DefaultDockingPort)port;
        Component docked = parent.getDockedComponent();
        if(!(docked instanceof JSplitPane))
            return new DockingPort[0];


        JSplitPane split = (JSplitPane)docked;
        DockingPort left = null;

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    next = tab;
      } else if (direction <= 0 && index > 0) {
    tab.setSelectedIndex(index - 1);
    next = tab;
      } else {
    DefaultDockingPort port = (DefaultDockingPort) SwingUtilities.getAncestorOfClass(DefaultDockingPort.class, tab);
    next = getNext(port, direction);
      }
  } else {
      DockingSplitPane pane = (DockingSplitPane) SwingUtilities.getAncestorOfClass(DockingSplitPane.class, comp);
      if (pane == null) {
    return getFirstComponent(comp, direction);
      }
      
      Component left = pane.getLeftComponent();
      Component right = pane.getRightComponent();
      
      if (SwingUtilities.isDescendingFrom(comp, left)) {
    if (direction > 0) {
        next = getFirstComponent(right, direction);
    } else {
        DefaultDockingPort port = (DefaultDockingPort) SwingUtilities.getAncestorOfClass(DefaultDockingPort.class, pane);
        next = getNext(port, direction);
    }
      } else {
    if (direction > 0) {
        DefaultDockingPort port = (DefaultDockingPort) SwingUtilities.getAncestorOfClass(DefaultDockingPort.class, pane);
        next = getNext(port, direction);
    } else {
        next = getFirstComponent(left, direction);
    }
      }

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