OpenJDK 27 · java.awt.peer.ComponentPeer · APIdia, the JavaDoc alternative

Modifier and Type	Field and Description
public static final int	DEFAULT_OPERATION The default operation, which is to set size and location.
public static final int	NO_EMBEDDED_CHECK A flag that is used to suppress checks for embedded frames.
public static final int	RESET_OPERATION Resets the setBounds() operation to DEFAULT_OPERATION.
public static final int	SET_BOUNDS Operation for `setBounds(int, int, int, int, int)`, indicating a change in the component size and location.
public static final int	SET_CLIENT_SIZE Operation for `setBounds(int, int, int, int, int)`, indicating a change in the component client size.
public static final int	SET_LOCATION Operation for `setBounds(int, int, int, int, int)`, indicating a change in the component location only.
public static final int	SET_SIZE Operation for `setBounds(int, int, int, int, int)`, indicating a change in the component size only.

Method Summary

Modifier and Type	Method and Description
public void	applyShape(Region the shape to apply shape) Applies the shape to the native component window.
public boolean	Returns: `true` when the peer can determine if a component has been obscured, `false` false otherwise canDetermineObscurity() Returns `true` when the peer can determine if a component has been obscured, `false` false otherwise.
public void	coalescePaintEvent(PaintEvent the paint event to consider to coalesce e) Called to coalesce paint events.
public void	createBuffers(int the number of buffers to create numBuffers, BufferCapabilities the buffer capabilities caps) Create `numBuffers` flipping buffers with the specified buffer capabilities.
public Image	Returns: the created image createImage(int the width of the image width, int the height of the image height) Creates an empty image with the specified width and height.
public VolatileImage	Returns: the created volatile image createVolatileImage(int the width of the image width, int the height of the image height) Creates an empty volatile image with the specified width and height.
public void	destroyBuffers() Destroys all created buffers.
public void	dispose() Disposes all resources held by the component peer.
public void	flip(int the area to be flipped, upper left X coordinate x1, int the area to be flipped, upper left Y coordinate y1, int the area to be flipped, lower right X coordinate x2, int the area to be flipped, lower right Y coordinate y2, BufferCapabilities.FlipContents the flip action to perform flipAction) Move the back buffer to the front buffer.
public Image	Returns: the back buffer as image getBackBuffer() Returns the back buffer as image.
public ColorModel	Returns: the color model used by the component getColorModel() Returns the color model used by the component.
public FontMetrics	Returns: a font metrics object to determine the metrics properties of the specified font getFontMetrics(Font the font to determine the metrics for font) Returns a font metrics object to determine the metrics properties of the specified font.
public Graphics	Returns: a graphics object to paint on the component getGraphics() Returns a graphics object to paint on the component.
public GraphicsConfiguration	Returns: the graphics configuration that corresponds to this component getGraphicsConfiguration() Returns the graphics configuration that corresponds to this component.
public Point	Returns: the location of the component on the screen getLocationOnScreen() Determines the location of the component on the screen.
public Dimension	Returns: the minimum size of the component getMinimumSize() Determines the minimum size of the component.
public Dimension	Returns: the preferred size of the component getPreferredSize() Determines the preferred size of the component.
public void	handleEvent(AWTEvent the AWT event to handle e) Called to let the component peer handle events.
public boolean	Returns: `true` if the component handles wheel scrolling, `false` otherwise handlesWheelScrolling() Determines if the component handles wheel scrolling itself.
public boolean	Returns: `true` when the component takes part in the focus traversal, `false` otherwise isFocusable() Returns `true` when the component takes part in the focus traversal, `false` otherwise.
public boolean	Returns: `true` when the component has been obscured, `false` otherwise isObscured() Determines if a component has been obscured, i.e. by an overlapping window or similar.
public boolean	Returns: true if appropriate reparent is supported, false otherwise isReparentSupported() Returns whether this peer supports reparenting to another parent without destroying the peer.
public void	layout() Used by lightweight implementations to tell a ComponentPeer to layout its sub-elements.
public void	paint(Graphics the graphics context to paint to g) Paints the component to the specified graphics context.
public void	print(Graphics the graphics context to print to g) Prints the component to the specified graphics context.
public void	reparent(ContainerPeer peer of the new parent container newContainer) Reparents this peer to the new parent referenced by `newContainer` peer.
public boolean	Returns: `true` if the focus change is guaranteed to be granted, `false` otherwise requestFocus(Component the actual lightweight child that requests the focus lightweightChild, boolean `true` if the focus change is temporary, `false` otherwise temporary, boolean `true` if changing the focus of the containing window is allowed or not focusedWindowChangeAllowed, long the time of the focus change request time, FocusEvent.Cause the cause of the focus change request cause) Requests focus on this component.
public void	setBackground(Color the background color to set c) Sets the background color of this component.
public void	setBounds(int the X location of the component x, int the Y location of the component y, int the width of the component width, int the height of the component height, int the operation flag op) Sets the location or size or both of the component.
public void	setEnabled(boolean `true` to enable the component, `false` to disable it e) Enables or disables a component.
public void	setFont(Font the font of this component f) Sets the font of this component.
public void	setForeground(Color the foreground color to set c) Sets the foreground color of this component.
public void	setVisible(boolean `true` to make a component visible, `false` to make it invisible v) Makes a component visible or invisible.
public void	setZOrder(ComponentPeer the peer to lower this component with respect to above) Lowers this component at the bottom of the above HW peer.
public void	updateCursorImmediately() Updates the cursor of the component.
public boolean	Returns: `true` if the peer needs to be recreated for the changes to take effect, otherwise `false` updateGraphicsData(GraphicsConfiguration the reference graphics configuration gc) Updates internal data structures related to the component's GC.

DEFAULT_OPERATION	back to summary
public static final int DEFAULT_OPERATION The default operation, which is to set size and location. Todo This is only used internally and should probably be moved outside the peer interface. See Also `Component#setBoundsOp`

NO_EMBEDDED_CHECK	back to summary
public static final int NO_EMBEDDED_CHECK A flag that is used to suppress checks for embedded frames. Todo This is only used internally and should probably be moved outside the peer interface.

RESET_OPERATION	back to summary
public static final int RESET_OPERATION Resets the setBounds() operation to DEFAULT_OPERATION. This is not passed into `setBounds(int, int, int, int, int)`. Todo This is only used internally and should probably be moved outside the peer interface. See Also `Component#setBoundsOp`

SET_BOUNDS	back to summary
public static final int SET_BOUNDS Operation for `setBounds(int, int, int, int, int)`, indicating a change in the component size and location. See Also `setBounds(int, int, int, int, int)`

SET_CLIENT_SIZE	back to summary
public static final int SET_CLIENT_SIZE Operation for `setBounds(int, int, int, int, int)`, indicating a change in the component client size. This is used for setting the 'inside' size of windows, without the border insets. See Also `setBounds(int, int, int, int, int)`

SET_LOCATION	back to summary
public static final int SET_LOCATION Operation for `setBounds(int, int, int, int, int)`, indicating a change in the component location only. See Also `setBounds(int, int, int, int, int)`

SET_SIZE	back to summary
public static final int SET_SIZE Operation for `setBounds(int, int, int, int, int)`, indicating a change in the component size only. See Also `setBounds(int, int, int, int, int)`

Method Detail

applyShape back to summary

applyShape	back to summary
public void applyShape(Region shape) Applies the shape to the native component window. Parameters shape:Region the shape to apply Since 1.7 See Also `Component#applyCompoundShape`

public void applyShape(Region shape)

Applies the shape to the native component window.

Parameters

shape:Region: the shape to apply

Since

1.7

See Also

Component#applyCompoundShape

canDetermineObscurity back to summary

canDetermineObscurity	back to summary
public boolean canDetermineObscurity() Returns `true` when the peer can determine if a component has been obscured, `false` false otherwise. Returns:boolean `true` when the peer can determine if a component has been obscured, `false` false otherwise See Also `isObscured()`, `javax.swing.JViewport#needsRepaintAfterBlit`

public boolean canDetermineObscurity()

Returns true when the peer can determine if a component has been obscured, false false otherwise.

Returns:boolean: true when the peer can determine if a component has been obscured, false false otherwise
See Also: isObscured(), javax.swing.JViewport#needsRepaintAfterBlit

coalescePaintEvent back to summary

coalescePaintEvent	back to summary
public void coalescePaintEvent(PaintEvent e) Called to coalesce paint events. Parameters e:PaintEvent the paint event to consider to coalesce See Also `EventQueue#coalescePaintEvent`

public void coalescePaintEvent(PaintEvent e)

Called to coalesce paint events.

Parameters

e:PaintEvent: the paint event to consider to coalesce

See Also

EventQueue#coalescePaintEvent

createBuffers back to summary

createBuffers	back to summary
public void createBuffers(int numBuffers, BufferCapabilities caps) throws AWTException Create `numBuffers` flipping buffers with the specified buffer capabilities. Parameters numBuffers:int the number of buffers to create caps:BufferCapabilities the buffer capabilities Exceptions AWTException: if flip buffering is not supported

public void createBuffers(int numBuffers, BufferCapabilities caps) throws AWTException

Create numBuffers flipping buffers with the specified buffer capabilities.

Parameters

numBuffers:int: the number of buffers to create
caps:BufferCapabilities: the buffer capabilities

Exceptions

AWTException:: if flip buffering is not supported

createImage back to summary

createImage	back to summary
public Image createImage(int width, int height) Creates an empty image with the specified width and height. This is generally used as a non-accelerated backbuffer for drawing onto the component (e.g. by Swing). Parameters width:int the width of the image height:int the height of the image Returns:Image the created image See Also `Component#createImage(int, int)`

public Image createImage(int width, int height)

Creates an empty image with the specified width and height. This is generally used as a non-accelerated backbuffer for drawing onto the component (e.g. by Swing).

Parameters

width:int: the width of the image
height:int: the height of the image

Returns:Image

the created image

See Also

Component#createImage(int, int)

createVolatileImage back to summary

createVolatileImage	back to summary
public VolatileImage createVolatileImage(int width, int height) Creates an empty volatile image with the specified width and height. This is generally used as an accelerated backbuffer for drawing onto the component (e.g. by Swing). Parameters width:int the width of the image height:int the height of the image Returns:VolatileImage the created volatile image See Also `Component#createVolatileImage(int, int)`

public VolatileImage createVolatileImage(int width, int height)

Creates an empty volatile image with the specified width and height. This is generally used as an accelerated backbuffer for drawing onto the component (e.g. by Swing).

Parameters

width:int: the width of the image
height:int: the height of the image

Returns:VolatileImage

the created volatile image

destroyBuffers	back to summary
public void destroyBuffers() Destroys all created buffers.

dispose back to summary

dispose	back to summary
public void dispose() Disposes all resources held by the component peer. This is called when the component has been disconnected from the component hierarchy and is about to be garbage collected. See Also `Component#removeNotify()`

public void dispose()

Disposes all resources held by the component peer. This is called when the component has been disconnected from the component hierarchy and is about to be garbage collected.

See Also: Component#removeNotify()

flip	back to summary
public void flip(int x1, int y1, int x2, int y2, BufferCapabilities.FlipContents flipAction) Move the back buffer to the front buffer. Parameters x1:int the area to be flipped, upper left X coordinate y1:int the area to be flipped, upper left Y coordinate x2:int the area to be flipped, lower right X coordinate y2:int the area to be flipped, lower right Y coordinate flipAction:BufferCapabilities.FlipContents the flip action to perform

flip

back to summary

public void flip(int x1, int y1, int x2, int y2, BufferCapabilities.FlipContents flipAction)

Move the back buffer to the front buffer.

Parameters

x1:int: the area to be flipped, upper left X coordinate
y1:int: the area to be flipped, upper left Y coordinate
x2:int: the area to be flipped, lower right X coordinate
y2:int: the area to be flipped, lower right Y coordinate
flipAction:BufferCapabilities.FlipContents: the flip action to perform

getBackBuffer	back to summary
public Image getBackBuffer() Returns the back buffer as image. Returns:Image the back buffer as image

getBackBuffer

back to summary

public Image getBackBuffer()

Returns the back buffer as image.

Returns:Image: the back buffer as image

getColorModel back to summary

getColorModel	back to summary
public ColorModel getColorModel() Returns the color model used by the component. Returns:ColorModel the color model used by the component See Also `Component#getColorModel()`

public ColorModel getColorModel()

Returns the color model used by the component.

Returns:ColorModel: the color model used by the component
See Also: Component#getColorModel()

getFontMetrics back to summary

getFontMetrics	back to summary
public FontMetrics getFontMetrics(Font font) Returns a font metrics object to determine the metrics properties of the specified font. Parameters font:Font the font to determine the metrics for Returns:FontMetrics a font metrics object to determine the metrics properties of the specified font See Also `Component#getFontMetrics(Font)`

public FontMetrics getFontMetrics(Font font)

Returns a font metrics object to determine the metrics properties of the specified font.

Parameters

font:Font: the font to determine the metrics for

Returns:FontMetrics

a font metrics object to determine the metrics properties of the specified font

See Also

Component#getFontMetrics(Font)

getGraphics back to summary

getGraphics	back to summary
public Graphics getGraphics() Returns a graphics object to paint on the component. Returns:Graphics a graphics object to paint on the component See Also `Component#getGraphics()`

public Graphics getGraphics()

Returns a graphics object to paint on the component.

Returns:Graphics: a graphics object to paint on the component
See Also: Component#getGraphics()

getGraphicsConfiguration back to summary

getGraphicsConfiguration	back to summary
public GraphicsConfiguration getGraphicsConfiguration() Returns the graphics configuration that corresponds to this component. Returns:GraphicsConfiguration the graphics configuration that corresponds to this component See Also `Component#getGraphicsConfiguration()`

public GraphicsConfiguration getGraphicsConfiguration()

Returns the graphics configuration that corresponds to this component.

Returns:GraphicsConfiguration: the graphics configuration that corresponds to this component
See Also: Component#getGraphicsConfiguration()

getLocationOnScreen back to summary

getLocationOnScreen	back to summary
public Point getLocationOnScreen() Determines the location of the component on the screen. Returns:Point the location of the component on the screen See Also `Component#getLocationOnScreen()`

public Point getLocationOnScreen()

Determines the location of the component on the screen.

Returns:Point: the location of the component on the screen
See Also: Component#getLocationOnScreen()

getMinimumSize back to summary

getMinimumSize	back to summary
public Dimension getMinimumSize() Determines the minimum size of the component. Returns:Dimension the minimum size of the component See Also `Component#getMinimumSize()`

public Dimension getMinimumSize()

Determines the minimum size of the component.

Returns:Dimension: the minimum size of the component
See Also: Component#getMinimumSize()

getPreferredSize back to summary

getPreferredSize	back to summary
public Dimension getPreferredSize() Determines the preferred size of the component. Returns:Dimension the preferred size of the component See Also `Component#getPreferredSize()`

public Dimension getPreferredSize()

Determines the preferred size of the component.

Returns:Dimension: the preferred size of the component
See Also: Component#getPreferredSize()

handleEvent back to summary

handleEvent	back to summary
public void handleEvent(AWTEvent e) Called to let the component peer handle events. Parameters e:AWTEvent the AWT event to handle See Also `Component#dispatchEvent(AWTEvent)`

public void handleEvent(AWTEvent e)

Called to let the component peer handle events.

Parameters

e:AWTEvent: the AWT event to handle

See Also

Component#dispatchEvent(AWTEvent)

handlesWheelScrolling back to summary

handlesWheelScrolling	back to summary
public boolean handlesWheelScrolling() Determines if the component handles wheel scrolling itself. Otherwise it is delegated to the component's parent. Returns:boolean `true` if the component handles wheel scrolling, `false` otherwise See Also `Component#dispatchEventImpl(AWTEvent)`

public boolean handlesWheelScrolling()

Determines if the component handles wheel scrolling itself. Otherwise it is delegated to the component's parent.

Returns:boolean: true if the component handles wheel scrolling, false otherwise
See Also: Component#dispatchEventImpl(AWTEvent)

isFocusable back to summary

isFocusable	back to summary
public boolean isFocusable() Returns `true` when the component takes part in the focus traversal, `false` otherwise. Returns:boolean `true` when the component takes part in the focus traversal, `false` otherwise

public boolean isFocusable()

Returns true when the component takes part in the focus traversal, false otherwise.

Returns:boolean: true when the component takes part in the focus traversal, false otherwise

isObscured back to summary

isObscured	back to summary
public boolean isObscured() Determines if a component has been obscured, i.e. by an overlapping window or similar. This is used by JViewport for optimizing performance. This doesn't have to be implemented, when `canDetermineObscurity()` returns `false`. Returns:boolean `true` when the component has been obscured, `false` otherwise See Also `canDetermineObscurity()`, `javax.swing.JViewport#needsRepaintAfterBlit`

public boolean isObscured()

Determines if a component has been obscured, i.e. by an overlapping window or similar. This is used by JViewport for optimizing performance. This doesn't have to be implemented, when canDetermineObscurity() returns false.

Returns:boolean: true when the component has been obscured, false otherwise
See Also: canDetermineObscurity(), javax.swing.JViewport#needsRepaintAfterBlit

isReparentSupported	back to summary
public boolean isReparentSupported() Returns whether this peer supports reparenting to another parent without destroying the peer. Returns:boolean true if appropriate reparent is supported, false otherwise Since 1.5

isReparentSupported

back to summary

public boolean isReparentSupported()

Returns whether this peer supports reparenting to another parent without destroying the peer.

Returns:boolean: true if appropriate reparent is supported, false otherwise
Since: 1.5

layout back to summary

layout	back to summary
public void layout() Used by lightweight implementations to tell a ComponentPeer to layout its sub-elements. For instance, a lightweight Checkbox needs to layout the box, as well as the text label. See Also `Component#validate()`

public void layout()

Used by lightweight implementations to tell a ComponentPeer to layout its sub-elements. For instance, a lightweight Checkbox needs to layout the box, as well as the text label.

See Also: Component#validate()

paint back to summary

paint	back to summary
public void paint(Graphics g) Paints the component to the specified graphics context. This is called by `Component#paintAll(Graphics)` to paint the component. Parameters g:Graphics the graphics context to paint to See Also `Component#paintAll(Graphics)`

public void paint(Graphics g)

Paints the component to the specified graphics context. This is called by Component#paintAll(Graphics) to paint the component.

Parameters

g:Graphics: the graphics context to paint to

See Also

Component#paintAll(Graphics)

print back to summary

print	back to summary
public void print(Graphics g) Prints the component to the specified graphics context. This is called by `Component#printAll(Graphics)` to print the component. Parameters g:Graphics the graphics context to print to See Also `Component#printAll(Graphics)`

public void print(Graphics g)

Prints the component to the specified graphics context. This is called by Component#printAll(Graphics) to print the component.

Parameters

g:Graphics: the graphics context to print to

See Also

Component#printAll(Graphics)

reparent back to summary

reparent	back to summary
public void reparent(ContainerPeer newContainer) Reparents this peer to the new parent referenced by `newContainer` peer. Implementation depends on toolkit and container. Parameters newContainer:ContainerPeer peer of the new parent container Since 1.5

public void reparent(ContainerPeer newContainer)

Reparents this peer to the new parent referenced by newContainer peer. Implementation depends on toolkit and container.

Parameters

newContainer:ContainerPeer: peer of the new parent container

Since

1.5

requestFocus back to summary

requestFocus	back to summary
public boolean requestFocus(Component lightweightChild, boolean temporary, boolean focusedWindowChangeAllowed, long time, FocusEvent.Cause cause) Requests focus on this component. Parameters lightweightChild:Component the actual lightweight child that requests the focus temporary:boolean `true` if the focus change is temporary, `false` otherwise focusedWindowChangeAllowed:boolean `true` if changing the focus of the containing window is allowed or not time:long the time of the focus change request cause:FocusEvent.Cause the cause of the focus change request Returns:boolean `true` if the focus change is guaranteed to be granted, `false` otherwise

public boolean requestFocus(Component lightweightChild, boolean temporary, boolean focusedWindowChangeAllowed, long time, FocusEvent.Cause cause)

Requests focus on this component.

Parameters

lightweightChild:Component: the actual lightweight child that requests the focus
temporary:boolean: true if the focus change is temporary, false otherwise
focusedWindowChangeAllowed:boolean: true if changing the focus of the containing window is allowed or not
time:long: the time of the focus change request
cause:FocusEvent.Cause: the cause of the focus change request

Returns:boolean

true if the focus change is guaranteed to be granted, false otherwise

setBackground back to summary

setBackground	back to summary
public void setBackground(Color c) Sets the background color of this component. Parameters c:Color the background color to set See Also `Component#setBackground(Color)`

public void setBackground(Color c)

Sets the background color of this component.

Parameters

c:Color: the background color to set

See Also

Component#setBackground(Color)

setBounds back to summary

setBounds	back to summary
public void setBounds(int x, int y, int width, int height, int op) Sets the location or size or both of the component. The location is specified relative to the component's parent. The `op` parameter specifies which properties change. If it is `SET_LOCATION`, then only the location changes (and the size parameters can be ignored). If `op` is `SET_SIZE`, then only the size changes (and the location can be ignored). If `op` is `SET_BOUNDS`, then both change. There is a special value `SET_CLIENT_SIZE`, which is used only for window-like components to set the size of the client (i.e. the 'inner' size, without the insets of the window borders). Parameters x:int the X location of the component y:int the Y location of the component width:int the width of the component height:int the height of the component op:int the operation flag See Also `SET_BOUNDS`, `SET_LOCATION`, `SET_SIZE`, `SET_CLIENT_SIZE`

public void setBounds(int x, int y, int width, int height, int op)

Sets the location or size or both of the component. The location is specified relative to the component's parent. The op parameter specifies which properties change. If it is SET_LOCATION, then only the location changes (and the size parameters can be ignored). If op is SET_SIZE, then only the size changes (and the location can be ignored). If op is SET_BOUNDS, then both change. There is a special value SET_CLIENT_SIZE, which is used only for window-like components to set the size of the client (i.e. the 'inner' size, without the insets of the window borders).

Parameters

x:int: the X location of the component
y:int: the Y location of the component
width:int: the width of the component
height:int: the height of the component
op:int: the operation flag

setEnabled back to summary

setEnabled	back to summary
public void setEnabled(boolean e) Enables or disables a component. Disabled components are usually grayed out and cannot be activated. Parameters e:boolean `true` to enable the component, `false` to disable it See Also `Component#setEnabled(boolean)`

public void setEnabled(boolean e)

Enables or disables a component. Disabled components are usually grayed out and cannot be activated.

Parameters

e:boolean: true to enable the component, false to disable it

See Also

Component#setEnabled(boolean)

setFont back to summary

setFont	back to summary
public void setFont(Font f) Sets the font of this component. Parameters f:Font the font of this component See Also `Component#setFont(Font)`

public void setFont(Font f)

Sets the font of this component.

Parameters

f:Font: the font of this component

See Also

Component#setFont(Font)

setForeground back to summary

setForeground	back to summary
public void setForeground(Color c) Sets the foreground color of this component. Parameters c:Color the foreground color to set See Also `Component#setForeground(Color)`

public void setForeground(Color c)

Sets the foreground color of this component.

Parameters

c:Color: the foreground color to set

See Also

Component#setForeground(Color)

setVisible back to summary

setVisible	back to summary
public void setVisible(boolean v) Makes a component visible or invisible. Parameters v:boolean `true` to make a component visible, `false` to make it invisible See Also `Component#setVisible(boolean)`

public void setVisible(boolean v)

Makes a component visible or invisible.

Parameters

v:boolean: true to make a component visible, false to make it invisible

See Also

Component#setVisible(boolean)

setZOrder	back to summary
public void setZOrder(ComponentPeer above) Lowers this component at the bottom of the above HW peer. If the above parameter is null then the method places this component at the top of the Z-order. Parameters above:ComponentPeer the peer to lower this component with respect to

setZOrder

back to summary

public void setZOrder(ComponentPeer above)

Lowers this component at the bottom of the above HW peer. If the above parameter is null then the method places this component at the top of the Z-order.

Parameters

above:ComponentPeer: the peer to lower this component with respect to

updateCursorImmediately back to summary

updateCursorImmediately	back to summary
public void updateCursorImmediately() Updates the cursor of the component. See Also `Component#updateCursorImmediately`

public void updateCursorImmediately()

Updates the cursor of the component.

See Also: Component#updateCursorImmediately

updateGraphicsData back to summary

updateGraphicsData	back to summary
public boolean updateGraphicsData(GraphicsConfiguration gc) Updates internal data structures related to the component's GC. Parameters gc:GraphicsConfiguration the reference graphics configuration Returns:boolean `true` if the peer needs to be recreated for the changes to take effect, otherwise `false` Since 1.7

public boolean updateGraphicsData(GraphicsConfiguration gc)

Updates internal data structures related to the component's GC.

Parameters

gc:GraphicsConfiguration: the reference graphics configuration

Returns:boolean

true if the peer needs to be recreated for the changes to take effect, otherwise false

Since

1.7

public Interface ComponentPeer

Field Summary

Method Summary

Field Detail

Method Detail