com.vaadin.ui

Class Composite

java.lang.Object

com.vaadin.server.AbstractClientConnector

com.vaadin.ui.AbstractComponent

com.vaadin.ui.Composite

All Implemented Interfaces:

ContextClickEvent.ContextClickNotifier, MethodEventSource, ClientConnector, Sizeable, Connector, Component, HasComponents, Serializable, Iterable<Component>

Direct Known Subclasses:

Tree

public class Composite
extends AbstractComponent
implements HasComponents

Composite allows creating new UI components by composition of existing server-side components.

A composite is created by extending the Composite class and setting the composition root component using setCompositionRoot(Component).

The composition root itself can contain more components. The advantage of wrapping it in a composite is that the details of the composition root, such as its public API, are hidden from the users of the composite.

A composite itself does not contribute to the DOM in any way (contrary to CustomComponent which adds a <div> to the DOM.

Since:

8.1

Author:

Vaadin Ltd.

See Also:

Serialized Form

Nested Class Summary

Nested classes/interfaces inherited from interface com.vaadin.ui.HasComponents

HasComponents.ComponentAttachDetachNotifier, HasComponents.ComponentAttachEvent, HasComponents.ComponentAttachListener, HasComponents.ComponentDetachEvent, HasComponents.ComponentDetachListener

Nested classes/interfaces inherited from interface com.vaadin.ui.Component

Component.ErrorEvent, Component.Event, Component.Focusable, Component.Listener

Nested classes/interfaces inherited from interface com.vaadin.server.ClientConnector

ClientConnector.AttachEvent, ClientConnector.AttachListener, ClientConnector.ConnectorErrorEvent, ClientConnector.DetachEvent, ClientConnector.DetachListener

Nested classes/interfaces inherited from interface com.vaadin.server.Sizeable

Sizeable.Unit

Field Summary

Fields inherited from class com.vaadin.ui.AbstractComponent

DESIGN_ATTR_PLAIN_TEXT

Fields inherited from interface com.vaadin.server.Sizeable

SIZE_UNDEFINED, UNITS_CM, UNITS_EM, UNITS_EX, UNITS_INCH, UNITS_MM, UNITS_PERCENTAGE, UNITS_PICAS, UNITS_PIXELS, UNITS_POINTS

Constructor Summary

Constructors

Constructor and Description
Composite() Constructs a new empty composite.
Composite(AbstractComponent compositionRoot) Constructs a new composite containing the given component.

Method Summary

Modifier and Type	Method and Description
void	addStyleName(String style) Adds one or more style names to this component.
void	beforeClientResponse(boolean initial) Called before the shared state and RPC invocations are sent to the client.
String	getCaption() Gets the caption of the component.
ErrorMessage	getComponentError() Gets the component's error message.
protected Component	getCompositionRoot() Returns the composition root.
String	getDebugId()
String	getDescription() Gets the components description, used in tooltips and can be displayed directly in certain other components such as forms.
ErrorMessage	getErrorMessage() Gets the error message for this component.
float	getHeight() Gets the height of the object.
Sizeable.Unit	getHeightUnits() Gets the height property units.
Resource	getIcon() Gets the icon resource of the component.
String	getId() Gets currently set debug identifier.
String	getPrimaryStyleName() Gets the primary style name of the component.
protected CompositeState	getState() Returns the shared state bean with information to be sent from the server to the client.
protected CompositeState	getState(boolean markAsDirty) Returns the shared state for this connector.
String	getStyleName() Gets all user-defined CSS style names of a component.
float	getWidth() Gets the width of the object.
Sizeable.Unit	getWidthUnits() Gets the width property units.
boolean	isCaptionAsHtml() Checks whether captions are rendered as HTML
boolean	isEnabled() Tests whether the component is enabled or not.
Iterator<Component>	iterator() Gets an iterator to the collection of contained components.
void	removeStyleName(String style) Removes one or more style names from component.
void	setCaption(String caption) Sets the caption of the component.
void	setCaptionAsHtml(boolean captionAsHtml) Sets whether the caption is rendered as HTML.
void	setComponentError(ErrorMessage componentError) Sets the component's error message.
protected void	setCompositionRoot(Component compositionRoot) Sets the component contained in the composite.
void	setDebugId(String id)
void	setDescription(String description) Sets the component's description.
void	setDescription(String description, ContentMode mode) Sets the component's description using given content mode.
void	setEnabled(boolean enabled) Enables or disables the component.
void	setHeight(float height, Sizeable.Unit unit) Sets the height of the object.
void	setHeight(String height) Sets the height of the component using String presentation.
void	setHeightUndefined() Clears any defined height.
void	setIcon(Resource icon) Sets the component's icon.
void	setId(String id) Adds an unique id for component that is used in the client-side for testing purposes.
void	setPrimaryStyleName(String style) Changes the primary style name of the component.
void	setSizeFull() Sets the size to 100% x 100%.
void	setSizeUndefined() Clears any size settings.
void	setStyleName(String style) Sets one or more user-defined style names of the component, replacing any previous user-defined styles.
void	setStyleName(String style, boolean add) Adds or removes a style name.
void	setWidth(float width, Sizeable.Unit unit) Sets the width of the object.
void	setWidth(String width) Sets the width of the component using String presentation.
void	setWidthUndefined() Clears any defined width.

Methods inherited from class com.vaadin.ui.AbstractComponent

addContextClickListener, addListener, addShortcutListener, attach, detach, findAncestor, fireComponentErrorEvent, fireComponentEvent, focus, getActionManager, getCustomAttributes, getData, getLocale, getParent, isConnectorEnabled, isOrHasAncestor, isReadOnly, isRequiredIndicatorVisible, isResponsive, isVisible, readDesign, removeContextClickListener, removeListener, removeShortcutListener, setData, setHeightFull, setLocale, setParent, setReadOnly, setRequiredIndicatorVisible, setResponsive, setVisible, setWidthFull, writeDesign

Methods inherited from class com.vaadin.server.AbstractClientConnector

addAttachListener, addDetachListener, addExtension, addListener, addListener, addListener, addListener, addListener, addListener, addMethodInvocationToQueue, createState, encodeState, equals, fireEvent, getAllChildrenIterable, getConnectorId, getErrorHandler, getExtensions, getListeners, getResource, getRpcManager, getRpcProxy, getSession, getStateType, getUI, handleConnectorRequest, hashCode, hasListeners, isAttached, isThis, markAsDirty, markAsDirtyRecursive, registerRpc, registerRpc, removeAttachListener, removeDetachListener, removeExtension, removeListener, removeListener, removeListener, removeListener, removeListener, requestRepaint, requestRepaintAll, retrievePendingRpcCalls, setErrorHandler, setResource, updateDiffstate

Methods inherited from class java.lang.Object

clone, finalize, getClass, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface com.vaadin.ui.Component

addListener, addStyleNames, attach, getLocale, getParent, getUI, isVisible, readDesign, removeListener, removeStyleNames, setParent, setVisible, writeDesign

Methods inherited from interface com.vaadin.server.ClientConnector

addAttachListener, addDetachListener, detach, encodeState, getErrorHandler, getExtensions, getRpcManager, getStateType, handleConnectorRequest, isAttached, isConnectorEnabled, markAsDirty, markAsDirtyRecursive, removeAttachListener, removeDetachListener, removeExtension, requestRepaint, requestRepaintAll, retrievePendingRpcCalls, setErrorHandler

Methods inherited from interface com.vaadin.shared.Connector

getConnectorId

Methods inherited from interface com.vaadin.server.Sizeable

setHeightFull, setWidthFull

Methods inherited from interface java.lang.Iterable

forEach, spliterator

Constructor Detail

Composite

public Composite()

Constructs a new empty composite.

Use setCompositionRoot(Component) to define the contents of the composite.

Composite

public Composite(AbstractComponent compositionRoot)

Constructs a new composite containing the given component.

Parameters:

compositionRoot - the root of the composition component tree. It must not be null.

Method Detail

getCompositionRoot

protected Component getCompositionRoot()

Returns the composition root.

Returns:

the Component Composition root.

setCompositionRoot

protected void setCompositionRoot(Component compositionRoot)

Sets the component contained in the composite.

You must set the composition root to a non-null value before the component can be used. It cannot be changed.

Parameters:

compositionRoot - the root of the composition component tree.

iterator

public Iterator<Component> iterator()

Description copied from interface: HasComponents

Gets an iterator to the collection of contained components. Using this iterator it is possible to step through all components contained in this container.

The iterator is typically unmodifiable, and calls to Iterator.remove() throw an exception.

Specified by:

iterator in interface HasComponents

Specified by:

iterator in interface Iterable<Component>

Returns:

the component iterator.

getState

protected CompositeState getState()

Description copied from class: AbstractComponent

Returns the shared state bean with information to be sent from the server to the client. Subclasses should override this method and set any relevant fields of the state returned by super.getState().

Overrides:

getState in class AbstractComponent

Returns:

updated component shared state

getState

protected CompositeState getState(boolean markAsDirty)

Description copied from class: AbstractClientConnector

Returns the shared state for this connector.

Overrides:

getState in class AbstractComponent

Parameters:

markAsDirty - true if the connector should automatically be marked dirty, false otherwise

Returns:

The shared state for this connector. Never null.

See Also:

AbstractClientConnector.getState()

beforeClientResponse

public void beforeClientResponse(boolean initial)

Description copied from interface: ClientConnector

Called before the shared state and RPC invocations are sent to the client. Gives the connector an opportunity to set computed/dynamic state values or to invoke last minute RPC methods depending on other component features.

Specified by:

beforeClientResponse in interface ClientConnector

Overrides:

beforeClientResponse in class AbstractComponent

Parameters:

initial - true if the client-side connector will be created and initialized after this method has been invoked. false if there is already an initialized client-side connector.

getStyleName

public String getStyleName()

Description copied from interface: Component

Gets all user-defined CSS style names of a component. If the component has multiple style names defined, the return string is a space-separated list of style names. Built-in style names defined in Vaadin or GWT are not returned.

The style names are returned only in the basic form in which they were added; each user-defined style name shows as two CSS style class names in the rendered HTML: one as it was given and one prefixed with the component-specific style name. Only the former is returned.

Specified by:

getStyleName in interface Component

Overrides:

getStyleName in class AbstractComponent

Returns:

the style name or a space-separated list of user-defined style names of the component

See Also:

Component.setStyleName(String), Component.addStyleName(String), Component.removeStyleName(String)

setStyleName

public void setStyleName(String style)

Description copied from interface: Component

Sets one or more user-defined style names of the component, replacing any previous user-defined styles. Multiple styles can be specified as a space-separated list of style names. The style names must be valid CSS class names and should not conflict with any built-in style names in Vaadin or GWT.

 Label label = new Label("This text has a lot of style");
 label.setStyleName("myonestyle myotherstyle");
 

Each style name will occur in two versions: one as specified and one that is prefixed with the style name of the component. For example, if you have a Button component and give it "mystyle" style, the component will have both "mystyle" and "v-button-mystyle" styles. You could then style the component either with:

 .myonestyle {background: blue;}
 

or

 .v-button-myonestyle {background: blue;}
 

It is normally a good practice to use addStyleName() rather than this setter, as different software abstraction layers can then add their own styles without accidentally removing those defined in other layers.

Specified by:

setStyleName in interface Component

Overrides:

setStyleName in class AbstractComponent

Parameters:

style - the new style or styles of the component as a space-separated list

See Also:

Component.getStyleName(), Component.addStyleName(String), Component.removeStyleName(String)

setStyleName

public void setStyleName(String style,
                         boolean add)

Description copied from interface: Component

Adds or removes a style name. Multiple styles can be specified as a space-separated list of style names. If the add parameter is true, the style name is added to the component. If the add parameter is false, the style name is removed from the component.

Functionally this is equivalent to using Component.addStyleName(String) or Component.removeStyleName(String)

Specified by:

setStyleName in interface Component

Parameters:

style - the style name to be added or removed

add - true to add the given style, false to remove it

See Also:

Component.addStyleName(String), Component.removeStyleName(String)

addStyleName

public void addStyleName(String style)

Description copied from interface: Component

Adds one or more style names to this component. Multiple styles can be specified as a space-separated list of style names. The style name will be rendered as a HTML class name, which can be used in a CSS definition.

 Label label = new Label("This text has style");
 label.addStyleName("mystyle");
 

Each style name will occur in two versions: one as specified and one that is prefixed with the style name of the component. For example, if you have a Button component and give it "mystyle" style, the component will have both "mystyle" and "v-button-mystyle" styles. You could then style the component either with:

 .mystyle {font-style: italic;}
 

or

 .v-button-mystyle {font-style: italic;}
 

Specified by:

addStyleName in interface Component

Overrides:

addStyleName in class AbstractComponent

Parameters:

style - the new style to be added to the component

See Also:

Component.getStyleName(), Component.setStyleName(String), Component.removeStyleName(String)

removeStyleName

public void removeStyleName(String style)

Description copied from interface: Component

Removes one or more style names from component. Multiple styles can be specified as a space-separated list of style names.

The parameter must be a valid CSS style name. Only user-defined style names added with addStyleName() or setStyleName() can be removed; built-in style names defined in Vaadin or GWT can not be removed.

Specified by:

removeStyleName in interface Component

Overrides:

removeStyleName in class AbstractComponent

Parameters:

style - the style name or style names to be removed

See Also:

Component.getStyleName(), Component.setStyleName(String), Component.addStyleName(String)

getPrimaryStyleName

public String getPrimaryStyleName()

Description copied from interface: Component

Gets the primary style name of the component. See Component.setPrimaryStyleName(String) for a better description of the primary stylename.

Specified by:

getPrimaryStyleName in interface Component

Overrides:

getPrimaryStyleName in class AbstractComponent

setPrimaryStyleName

public void setPrimaryStyleName(String style)

Description copied from interface: Component

Changes the primary style name of the component.

The primary style name identifies the component when applying the CSS theme to the Component. By changing the style name all CSS rules targeted for that style name will no longer apply, and might result in the component not working as intended.

To preserve the original style of the component when changing to a new primary style you should make your new primary style inherit the old primary style using the SASS @include directive. See more in the SASS tutorials.

Specified by:

setPrimaryStyleName in interface Component

Overrides:

setPrimaryStyleName in class AbstractComponent

Parameters:

style - The new primary style name

setEnabled

public void setEnabled(boolean enabled)

Description copied from interface: Component

Enables or disables the component. The user can not interact with disabled components, which are shown with a style that indicates the status, usually shaded in light gray color. Components are enabled by default.

 Button enabled = new Button("Enabled");
 enabled.setEnabled(true); // The default
 layout.addComponent(enabled);

 Button disabled = new Button("Disabled");
 disabled.setEnabled(false);
 layout.addComponent(disabled);
 

Specified by:

setEnabled in interface Component

Overrides:

setEnabled in class AbstractComponent

Parameters:

enabled - a boolean value specifying if the component should be enabled or not

isEnabled

public boolean isEnabled()

Description copied from interface: Component

Tests whether the component is enabled or not. A user can not interact with disabled components. Disabled components are rendered in a style that indicates the status, usually in gray color. Children of a disabled component are also disabled. Components are enabled by default.

As a security feature, all updates for disabled components are blocked on the server-side.

Note that this method only returns the status of the component and does not take parents into account. Even though this method returns true the component can be disabled to the user if a parent is disabled.

Specified by:

isEnabled in interface Component

Overrides:

isEnabled in class AbstractComponent

Returns:

true if the component and its parent are enabled, false otherwise.

See Also:

VariableOwner.isEnabled()

getWidth

public float getWidth()

Description copied from interface: Sizeable

Gets the width of the object. Negative number implies unspecified size (terminal is free to set the size).

Specified by:

getWidth in interface Sizeable

Overrides:

getWidth in class AbstractComponent

Returns:

width of the object in units specified by widthUnits property.

getHeight

public float getHeight()

Description copied from interface: Sizeable

Gets the height of the object. Negative number implies unspecified size (terminal is free to set the size).

Specified by:

getHeight in interface Sizeable

Overrides:

getHeight in class AbstractComponent

Returns:

height of the object in units specified by heightUnits property.

getWidthUnits

public Sizeable.Unit getWidthUnits()

Description copied from interface: Sizeable

Gets the width property units.

Specified by:

getWidthUnits in interface Sizeable

Overrides:

getWidthUnits in class AbstractComponent

Returns:

units used in width property.

getHeightUnits

public Sizeable.Unit getHeightUnits()

Description copied from interface: Sizeable

Gets the height property units.

Specified by:

getHeightUnits in interface Sizeable

Overrides:

getHeightUnits in class AbstractComponent

Returns:

units used in height property.

setHeight

public void setHeight(String height)

Description copied from interface: Sizeable

Sets the height of the component using String presentation. String presentation is similar to what is used in Cascading Style Sheets. Size can be length or percentage of available size. The empty string ("") or null will unset the height and set the units to pixels. See CSS specification for more details.

Specified by:

setHeight in interface Sizeable

Overrides:

setHeight in class AbstractComponent

Parameters:

height - in CSS style string representation

setWidth

public void setWidth(float width,
                     Sizeable.Unit unit)

Description copied from interface: Sizeable

Sets the width of the object. Negative number implies unspecified size (terminal is free to set the size).

Specified by:

setWidth in interface Sizeable

Overrides:

setWidth in class AbstractComponent

Parameters:

width - the width of the object.

unit - the unit used for the width.

setHeight

public void setHeight(float height,
                      Sizeable.Unit unit)

Description copied from interface: Sizeable

Sets the height of the object. Negative number implies unspecified size (terminal is free to set the size).

Specified by:

setHeight in interface Sizeable

Overrides:

setHeight in class AbstractComponent

Parameters:

height - the height of the object.

unit - the unit used for the width.

setWidth

public void setWidth(String width)

Description copied from interface: Sizeable

Sets the width of the component using String presentation. String presentation is similar to what is used in Cascading Style Sheets. Size can be length or percentage of available size. The empty string ("") or null will unset the width and set the units to pixels. See CSS specification for more details.

Specified by:

setWidth in interface Sizeable

Overrides:

setWidth in class AbstractComponent

Parameters:

width - in CSS style string representation, null or empty string to reset

setSizeFull

public void setSizeFull()

Description copied from interface: Sizeable

Sets the size to 100% x 100%.

Specified by:

setSizeFull in interface Sizeable

Overrides:

setSizeFull in class AbstractComponent

setSizeUndefined

public void setSizeUndefined()

Description copied from interface: Sizeable

Clears any size settings.

Specified by:

setSizeUndefined in interface Sizeable

Overrides:

setSizeUndefined in class AbstractComponent

setWidthUndefined

public void setWidthUndefined()

Description copied from interface: Sizeable

Clears any defined width.

Specified by:

setWidthUndefined in interface Sizeable

Overrides:

setWidthUndefined in class AbstractComponent

setHeightUndefined

public void setHeightUndefined()

Description copied from interface: Sizeable

Clears any defined height.

Specified by:

setHeightUndefined in interface Sizeable

Overrides:

setHeightUndefined in class AbstractComponent

setId

public void setId(String id)

Description copied from interface: Component

Adds an unique id for component that is used in the client-side for testing purposes. Keeping identifiers unique is the responsibility of the programmer.

Specified by:

setId in interface Component

Overrides:

setId in class AbstractComponent

Parameters:

id - An alphanumeric id

getId

public String getId()

Description copied from interface: Component

Gets currently set debug identifier.

Specified by:

getId in interface Component

Overrides:

getId in class AbstractComponent

Returns:

current id, null if not set

setDebugId

public void setDebugId(String id)

Overrides:

setDebugId in class AbstractComponent

getDebugId

public String getDebugId()

Overrides:

getDebugId in class AbstractComponent

getCaption

public String getCaption()

Description copied from interface: Component

Gets the caption of the component.

See Component.setCaption(String) for a detailed description of the caption.

Specified by:

getCaption in interface Component

Overrides:

getCaption in class AbstractComponent

Returns:

the caption of the component or null if the caption is not set.

See Also:

Component.setCaption(String)

setCaption

public void setCaption(String caption)

Description copied from interface: Component

Sets the caption of the component.

A caption is an explanatory textual label accompanying a user interface component, usually shown above, left of, or inside the component. Icon (see setIcon() is closely related to caption and is usually displayed horizontally before or after it, depending on the component and the containing layout.

The caption can usually also be given as the first parameter to a constructor, though some components do not support it.

 RichTextArea area = new RichTextArea();
 area.setCaption("You can edit stuff here");
 area.setValue("<h1>Helpful Heading</h1>"
         + "<p>All this is for you to edit.</p>");
 

The contents of a caption are automatically quoted, so no raw HTML can be rendered in a caption. The validity of the used character encoding, usually UTF-8, is not checked.

The caption of a component is, by default, managed and displayed by the layout component or component container in which the component is placed. For example, the VerticalLayout component shows the captions left-aligned above the contained components, while the FormLayout component shows the captions on the left side of the vertically laid components, with the captions and their associated components left-aligned in their own columns. The CustomComponent does not manage the caption of its composition root, so if the root component has a caption, it will not be rendered. Some components, such as Button and Panel, manage the caption themselves and display it inside the component.

Specified by:

setCaption in interface Component

Overrides:

setCaption in class AbstractComponent

Parameters:

caption - the new caption for the component. If the caption is null, no caption is shown and it does not normally take any space

setCaptionAsHtml

public void setCaptionAsHtml(boolean captionAsHtml)

Description copied from class: AbstractComponent

Sets whether the caption is rendered as HTML.

If set to true, the captions are rendered in the browser as HTML and the developer is responsible for ensuring no harmful HTML is used. If set to false, the caption is rendered in the browser as plain text.

The default is false, i.e. to render that caption as plain text.

Overrides:

setCaptionAsHtml in class AbstractComponent

Parameters:

captionAsHtml - true if the captions are rendered as HTML, false if rendered as plain text

isCaptionAsHtml

public boolean isCaptionAsHtml()

Description copied from class: AbstractComponent

Checks whether captions are rendered as HTML

The default is false, i.e. to render that caption as plain text.

Overrides:

isCaptionAsHtml in class AbstractComponent

Returns:

true if the captions are rendered as HTML, false if rendered as plain text

getIcon

public Resource getIcon()

Description copied from interface: Component

Gets the icon resource of the component.

See Component.setIcon(Resource) for a detailed description of the icon.

Specified by:

getIcon in interface Component

Overrides:

getIcon in class AbstractComponent

Returns:

the icon resource of the component or null if the component has no icon

See Also:

Component.setIcon(Resource)

setIcon

public void setIcon(Resource icon)

Description copied from class: AbstractComponent

Sets the component's icon.

Specified by:

setIcon in interface Component

Overrides:

setIcon in class AbstractComponent

Parameters:

icon - the icon to be shown with the component's caption.

See Also:

Component.getIcon(), Component.setCaption(String)

getDescription

public String getDescription()

Description copied from interface: Component

Gets the components description, used in tooltips and can be displayed directly in certain other components such as forms. The description can be used to briefly describe the state of the component to the user. The description string may contain certain XML tags:

Tag	Description	Example
<b>	bold	bold text
<i>	italic	italic text
<u>	underlined	underlined text
<br>	linebreak	N/A
<ul> <li>item1 <li>item1 </ul>	item list	item1 item2

These tags may be nested.

Specified by:

getDescription in interface Component

Overrides:

getDescription in class AbstractComponent

Returns:

component's description String

setDescription

public void setDescription(String description)

Description copied from class: AbstractComponent

Sets the component's description. See AbstractComponent.getDescription() for more information on what the description is.

Overrides:

setDescription in class AbstractComponent

Parameters:

description - the new description string for the component.

See Also:

AbstractComponent.setDescription(String, ContentMode)

setDescription

public void setDescription(String description,
                           ContentMode mode)

Description copied from class: AbstractComponent

Sets the component's description using given content mode. See AbstractComponent.getDescription() for more information on what the description is.

If the content mode is ContentMode.HTML the description is displayed as HTML in tooltips or directly in certain components so care should be taken to avoid creating the possibility for HTML injection and possibly XSS vulnerabilities.

Overrides:

setDescription in class AbstractComponent

Parameters:

description - the new description string for the component.

mode - the content mode for the description

getErrorMessage

public ErrorMessage getErrorMessage()

Description copied from class: AbstractComponent

Gets the error message for this component.

Overrides:

getErrorMessage in class AbstractComponent

Returns:

ErrorMessage containing the description of the error state of the component or null, if the component contains no errors. Extending classes should override this method if they support other error message types such as validation errors or buffering errors. The returned error message contains information about all the errors.

getComponentError

public ErrorMessage getComponentError()

Description copied from class: AbstractComponent

Gets the component's error message.

Overrides:

getComponentError in class AbstractComponent

Returns:

the component's error message.

setComponentError

public void setComponentError(ErrorMessage componentError)

Description copied from class: AbstractComponent

Sets the component's error message. The message may contain certain XML tags, for more information see

Overrides:

setComponentError in class AbstractComponent

Parameters:

componentError - the new ErrorMessage of the component.