org.aswing.Container

Sub classes

AbstractColorChooserPanel, GridCellHolder, Divider, JTableHeader, AbstractTabbedPane, AssetPane, CellPane, JFrameTitleBar, JLayeredPane, JList, JMenuBar, JPanel, JPopupMenu, JRootPane, JScrollPane, JSplitPane, JTable, JToolBar, JToolTip, JTree, JViewport

AbstractColorChooserPanel	Authors paling
GridCellHolder
Divider	@private
JTableHeader	This is the object which manages the header of the `JTable`.
AbstractTabbedPane	An abstract class for all Container pane class that have title, icon, tip for every sub pane.
AssetPane	Abstract class for A container with a decorative asset.
CellPane	Cell Pane is just a container, it do not layout children, do not invalidate parent.
JFrameTitleBar	The default Imp of FrameTitleBar
JLayeredPane
JList	A component that allows the user to select one or more objects from a list. A separate model, `ListModel`, represents the contents of the list. It's easy to display an array objects, using a `JList` constructor that builds a `ListModel` instance for you: // Create a JList that displays the strings in data[]
JMenuBar	An implementation of a menu bar. You add `JMenu` objects to the menu bar to construct a menu. When the user selects a `JMenu` object, its associated `JPopupMenu` is displayed, allowing the user to select one of the `JMenuItem` on it.
JPanel	The general container - a panel.
JPopupMenu	An implementation of a popup menu -- a small window that pops up and displays a series of choices.
JRootPane	The general AsWing window root container, it is the popup, window and frame's ancestor.
JScrollPane	JScrollPane is a container with two scrollbar controllin the viewport's beeing viewed area. If you want to change the unit or block increment of the scrollbars in a scrollpane, you shoud controll it with viewport instead of scrollbar directly, because the scrollbar's increment will be set to same to viewport's always. I mean use `JViewport.horizontalUnitIncrement` instead of `JScrollBar.unitIncrement`
JSplitPane	`JSplitPane` is used to divide two (and only two) `Component`s. The two `Component`s are graphically divided based on the look and feel implementation, and the two `Component`s can then be interactively resized by the user.
JTable	The `JTable` is used to display and edit regular two-dimensional tables of cells. The `JTable` has many facilities that make it possible to customize its rendering and editing but provides defaults for these features so that simple tables can be set up easily. For example, to set up a table with 10 rows and 10 columns of numbers: class MyTableModel extends AbstractTableModel{ public function getColumnCount():int { return 10; } public function getRowCount():int { return 10;} public getValueAt(row:int, col:int) { return row*col; } }; var dataModel:MyTableModel = new MyTableModel(); var table:JTable = new JTable(dataModel); var scrollpane:JScrollPane = new JScrollPane(table); Note that if you wish to use a `JTable` in a standalone view (outside of a `JScrollPane`) and want the header displayed, you can get it using {@link #getTableHeader} and display it separately. When designing applications that use the `JTable` it is worth paying close attention to the data structures that will represent the table's data. The `DefaultTableModel` is a model implementation that uses a `Vector` of `Vector`s of `Object`s to store the cell values. As well as copying the data from an application into the `DefaultTableModel`, it is also possible to wrap the data in the methods of the `TableModel` interface so that the data can be passed to the `JTable` directly, as in the example above. This often results in more efficient applications because the model is free to choose the internal representation that best suits the data. A good rule of thumb for deciding whether to use the `AbstractTableModel` or the `DefaultTableModel` is to use the `AbstractTableModel` as the base class for creating subclasses and the `DefaultTableModel` when subclassing is not required. The `JTable` uses integers exclusively to refer to both the rows and the columns of the model that it displays. The `JTable` simply takes a tabular range of cells and uses `getValueAt(int, int)` to retrieve the values from the model during painting. By default, columns may be rearranged in the `JTable` so that the view's columns appear in a different order to the columns in the model. This does not affect the implementation of the model at all: when the columns are reordered, the `JTable` maintains the new order of the columns internally and converts its column indices before querying the model. To listen table row selection change event, by `this.addSelectionListener()` To listen column selection see `org.aswing.table.TableColumnModel.addColumnModelListener` To listen other Table events see `org.aswing.table.TableModel.addTableModelListener`
JToolBar	`JToolBar` provides a component that is useful for displaying commonly used 'Action's or controls.
JToolTip	Used to display a "Tip" for a Component. Typically components provide api to automate the process of using `ToolTip`s. For example, any AsWing component can use the `Component` `toolTipText` method to specify the text for a standard tooltip. A component that wants to create a custom `ToolTip` display can create an owner `ToolTip` and apply it to a component by `JToolTip.setComponent` method.
JTree	A control that displays a set of hierarchical data as an outline.
JViewport	JViewport is an basic viewport to view normal components. Generally JViewport works with JScrollPane together, for example:

Container can contain many component to be his child, all children are in its bounds, and it moved, all children moved. It be removed from stage all children will be removed from stage.

It for component like DisplayObjectContainer for DisplayObject.

There are two scope for Container children, One is Component children. The indices and numbers for insert(), getComponent(), removeAt(), getComponentCount() is in Component children scope.
Another is normal DisplayObject children, The indices and numbers for addChildAt(), getChildAt(), removeChildAt() and numChildren() is in normal DisplayObject children scope.

Authors

paling

Instance Fields

Show inherited public instance fields

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Inherited from Component

var alignmentX:Float

var alignmentY:Float

var background:ASColor

var backgroundDecorator:GroundDecorator

var border:Border

var bounds:IntRectangle

var clipBounds:IntRectangle

var constraints:Dynamic

var currentSize:IntDimension

var dragEnabled:Bool

var dropTrigger:Bool

var enabled:Bool

var focusable:Bool

var focusableSet:Bool

var font:ASFont

var foreground:ASColor

var foregroundDecorator:GroundDecorator

var location:IntPoint

var maximumSize:IntDimension

var mideground:ASColor

var minimumSize:IntDimension

var opaque:Bool

var opaqueSet:Bool

var preferredSize:IntDimension

var resizerMargin:Insets

var styleProxy:Component

var styleTune:StyleTune

var toolTipText:String

var transitFocusFactor:Float

var ui:ComponentUI

var uiElement:Bool

var visibility:Bool

function addDragAcceptableInitiator(com:Component):Void

function componentToGlobal(p:IntPoint):IntPoint

function getClientProperty(key:String, ?defaultValue:Dynamic):Dynamic

function getDefaultBasicUIClass():Class<Dynamic>

function getFocusManager():FocusManager

function getGlobalLocation(?rv:IntPoint):IntPoint

function getInsets():Insets

function getInternalFocusObject():InteractiveObject

function getKeyboardManager():KeyboardManager

function getMousePosition():IntPoint

function getPaintBounds():IntRectangle

function getParent():Container

function getRootPaneAncestor():JRootPane

function getUIClassID():String

function globalToComponent(p:IntPoint):IntPoint

function hitTestMouse():Bool

function invalidate():Void

function invalidatePreferSizeCaches():Void

function isCachePreferSizes():Bool

function isDragAcceptableInitiator(com:Component):Bool

function isFocusOwner():Bool

function isFontValidated():Bool

function isOnStage():Bool

function isShowing():Bool

function isValid():Bool

function isValidateRoot():Bool

function makeFocus():Void

function pack():Void

function paintFocusRect(?force:Bool):Void

function paintImmediately():Void

function parentReAppendChildren():Void

function putClientProperty(key:String, value:Dynamic):Void

function reAppendToParent(?constraints:Dynamic):Void

function removeDragAcceptableInitiator(com:Component):Void

function removeFromContainer():Void

function repaint():Void

function repaintAndRevalidate():Void

function requestFocus():Bool

function revalidate():Void

function setCachePreferSizes(b:Bool):Void

function setClipSize(size:IntDimension):Void

function setDragAcceptableInitiatorAppraiser(func:Dynamic ->Bool):Void

function setFontValidated(b:Bool):Void

function setGlobalLocation(gp:IntPoint):Void

function transferFocus():Bool

function transferFocusBackward():Bool

function updateUI():Void

function validate():Void

Inherited from AWSprite

function bringToBottom(child:DisplayObject):Void

function bringToTop(child:DisplayObject):Void

function containsChild(child:DisplayObject):Bool

function getHighestIndexUnderForeground():Int

function getLowestIndexAboveBackground():Int

function isClipMasked():Bool

function setChildIndex(child:DisplayObject, index:Int):Void

function setClipMaskRect(b:IntRectangle):Void

function setClipMasked(m:Bool):Void

function toString():String

Inherited from Sprite

var buttonMode:Bool

var dropTarget:DisplayObject

var graphics:Graphics

var hitArea:Sprite

var soundTransform:SoundTransform

var useHandCursor:Bool

function startDrag(?lockCenter:Bool, ?bounds:Rectangle):Void

function startTouchDrag(touchPointID:Int, ?lockCenter:Bool, ?bounds:Rectangle):Void

function stopDrag():Void

function stopTouchDrag(touchPointID:Int):Void

Inherited from DisplayObjectContainer

var mouseChildren:Bool

var numChildren:Int

var tabChildren:Bool

var textSnapshot:TextSnapshot

function addChild(child:DisplayObject):DisplayObject

function addChildAt(child:DisplayObject, index:Int):DisplayObject

function areInaccessibleObjectsUnderPoint(point:Point):Bool

function contains(child:DisplayObject):Bool

function getChildAt(index:Int):DisplayObject

function getChildByName(name:String):DisplayObject

function getChildIndex(child:DisplayObject):Int

function getObjectsUnderPoint(point:Point):Array<DisplayObject>

function removeChild(child:DisplayObject):DisplayObject

function removeChildAt(index:Int):DisplayObject

function setChildIndex(child:DisplayObject, index:Int):Void

function swapChildren(child1:DisplayObject, child2:DisplayObject):Void

function swapChildrenAt(index1:Int, index2:Int):Void

Inherited from InteractiveObject

var accessibilityImplementation:AccessibilityImplementation

var contextMenu:ContextMenu

var doubleClickEnabled:Bool

var focusRect:Dynamic

var mouseEnabled:Bool

var tabEnabled:Bool

var tabIndex:Int

Inherited from DisplayObject

var accessibilityProperties:AccessibilityProperties

var alpha:Float

var blendMode:BlendMode

var blendShader:Shader

var cacheAsBitmap:Bool

var filters:Array<BitmapFilter>

var height:Float

var loaderInfo:LoaderInfo

var mask:DisplayObject

var mouseX:Float

var mouseY:Float

var name:String

var opaqueBackground:Null<UInt>

var parent:DisplayObjectContainer

var root:DisplayObject

var rotation:Float

var rotationX:Float

var rotationY:Float

var rotationZ:Float

var scale9Grid:Rectangle

var scaleX:Float

var scaleY:Float

var scaleZ:Float

var scrollRect:Rectangle

var stage:Stage

var transform:Transform

var visible:Bool

var width:Float

var x:Float

var y:Float

var z:Float

function getBounds(targetCoordinateSpace:DisplayObject):Rectangle

function getRect(targetCoordinateSpace:DisplayObject):Rectangle

function globalToLocal(point:Point):Point

function globalToLocal3D(point:Point):Vector3D

function hitTestObject(obj:DisplayObject):Bool

function hitTestPoint(x:Float, y:Float, ?shapeFlag:Bool):Bool

function local3DToGlobal(point3d:Vector3D):Point

function localToGlobal(point:Point):Point

Inherited from EventDispatcher

function addEventListener(type:String, listener:Dynamic ->Void?useCapture:Bool, ?priority:Int, ?useWeakReference:Bool):Void

function dispatchEvent(event:Event):Bool

function hasEventListener(type:String):Bool

function removeEventListener(type:String, listener:Dynamic ->Void?useCapture:Bool):Void

function toString():String

function willTrigger(type:String):Bool

`var layout:LayoutManager`

`function new(): Void`

`function append(com:Component, ?constraints:Dynamic = null): Void`

On Component just can add to one Container. So if the com has a parent, it will remove from its parent first, then add to this container. This method is as same as insert(-1, com, constraints).

com	the component to be added
constraints	an object expressing layout contraints for this component

`function appendAll(coms:Array<Dynamic>): Void`

Adds one or more component to the container with null constraints

`function doLayout(): Void`

layout this container

`function getComponent(index:Int): Component`

Gets the nth(index) component in this container. @throw RangeError if index out of container children bounds

n	the index of the component to get.
returns	the n^th component in this container. returned null if the index if out of bounds.

`function getComponentCount(): Int`

Gets the number of components in this container.

returns

the number of components in this container.

`function getComponents(): Array<Dynamic>`

`function getFocusTraversalPolicy(): FocusTraversalPolicy`

Returns the focus traversal policy of this container, it will return its parent's focus traversal policy if its self is null. If no focus traversal policy is found, it will return a default focus traversal policy. (FocusManager.getCurrentManager().getDefaultFocusTraversalPolicy()).

returns

the focus traversal policy

`function getIndex(com:Component): Int`

Returns the index of the child component in this container.

returns

the index of the specified child component.

`function getLayout(): LayoutManager`

`function insert(i:Int, com:Component, ?constraints:Dynamic = null): Void`

Add component to spesified index. So if the com has a parent, it will remove from its parent first, then add to this container.

i	index the position at which to insert the component, or less than 0 value to append the component to the end
com	the component to be added
constraints	an object expressing layout contraints for this component

`function insertAll(index:Int, coms:Array<Dynamic>): Void`

Insets one or more component to the container with null constraints at specified starting index.

`function invalidate(): Void`

Invalidates the container. The container and all parents above it are marked as needing to be laid out. This method can be called often, so it needs to execute quickly.

`function isAncestorOf(c:Component): Bool`

Checks if the component is contained in the component hierarchy of this container.

c	the component
returns	`true` if it is an ancestor; `false` otherwise.

`function reAppendChildren(): Void`

Removes all children and then append them with their constraints.

`function remove(com:Component): Component`

Remove the specified child component.

returns

the component just removed, null if the component is not in this container.

`function removeAll(): Void`

Remove all child components.

`function removeAt(i:Int): Component`

Remove the specified index child component.

i	the index of component.
returns	the component just removed. or null there is not component at this position.

`function removeChild(child:DisplayObject): DisplayObject`

Removes a normal display object child.

If child is a Component child instance, a ArgumentError error will be thrown. Becasue you should call remove to remove a component child.

@inheritDoc

child

the child to be removed.

`function removeChildAt(index:Int): DisplayObject`

Removes a normal display object child with index.

If child is a Component child instance, a ArgumentError error will be thrown. Becasue you should call removeAt to remove a component child.

@inheritDoc

index

the index of the child to be removed.

`function setFocusTraversalPolicy(ftp:FocusTraversalPolicy): Void`

Sets the focus traversal policy to this container, or sets null to make this container use its parent's focus traversal policy. (By default, it is null)

ftp	the focus traversal policy, or null.

`function setLayout(layout:LayoutManager): Void`

`function validate(): Void`

Validates this container and all of its subcomponents.

The validate method is used to cause a container to lay out its subcomponents again. It should be invoked when this container's subcomponents are modified (added to or removed from the container, or layout-related information changed) after the container has been displayed.

`class org.aswing.Container extends Component`

Authors

Authors

Instance Fields

`var layout:LayoutManager`

`function new(): Void`

`function append(com:Component, ?constraints:Dynamic = null): Void`

See Also

`function appendAll(coms:Array<Dynamic>): Void`

See Also

`function doLayout(): Void`

`function getComponent(index:Int): Component`

See Also

`function getComponentCount(): Int`

See Also

`function getComponents(): Array<Dynamic>`

`function getFocusTraversalPolicy(): FocusTraversalPolicy`

`function getIndex(com:Component): Int`

See Also

`function getLayout(): LayoutManager`

`function insert(i:Int, com:Component, ?constraints:Dynamic = null): Void`

See Also

`function insertAll(index:Int, coms:Array<Dynamic>): Void`

See Also

`function invalidate(): Void`

See Also

`function isAncestorOf(c:Component): Bool`

`function reAppendChildren(): Void`

See Also

`function remove(com:Component): Component`

`function removeAll(): Void`

`function removeAt(i:Int): Component`

`function removeChild(child:DisplayObject): DisplayObject`

See Also

`function removeChildAt(index:Int): DisplayObject`

See Also

`function setFocusTraversalPolicy(ftp:FocusTraversalPolicy): Void`

`function setLayout(layout:LayoutManager): Void`

`function validate(): Void`

See Also