Contains other behaviours and forwards events to them. More...

#include <GUICompositeBehaviour.h>

Inheritance diagram for CGUICompositeBehaviour:

[legend]

Public Member Functions
	CGUICompositeBehaviour ()

virtual	~CGUICompositeBehaviour ()

void	AddBehaviour (CGUIBehaviourDecorator *pBehaviour, eC_Bool bAtFront=false)

virtual CGUIBehaviourDecorator *	Clone () const

virtual eC_Bool	Decrease ()

virtual eC_Bool	DoButtonDown (const eC_Value &vAbsX, const eC_Value &vAbsY)

virtual eC_Bool	DoButtonUp (const eC_Value &vAbsX, const eC_Value &vAbsY)

virtual eC_Bool	DoChar (const eC_UInt &uiKey, const GUIKeyIdentifier_t &eKeyIdentifier, const eC_UInt &uiModifiers)

virtual eC_Bool	DoClick (const eC_Value &vAbsX=eC_FromInt(-1), const eC_Value &vAbsY=eC_FromInt(-1))

virtual eC_Bool	DoDoubleClick (const eC_Value &vAbsX=eC_FromInt(-1), const eC_Value &vAbsY=eC_FromInt(-1))

virtual eC_Bool	DoDrag (const eC_Value &vDeltaX, const eC_Value &vDeltaY, const eC_Value &vAbsX, const eC_Value &vAbsY)

virtual eC_Bool	DoDragEnd (const eC_Value &vAbsX, const eC_Value &vAbsY)

virtual eC_Bool	DoKeyDown (const GUIKeyIdentifier_t &eKeyIdentifier, const eC_UInt &uiModifiers)

virtual eC_Bool	DoKeyUp (const GUIKeyIdentifier_t &eKeyIdentifier, const eC_UInt &uiModifiers)

virtual eC_Bool	DoLongClick (const eC_Value &vAbsX=eC_FromInt(-1), const eC_Value &vAbsY=eC_FromInt(-1))

virtual eC_Bool	DoMouseEnter (const eC_Value &vAbsX, const eC_Value &vAbsY)

virtual eC_Bool	DoMouseLeave (const eC_Value &vAbsX, const eC_Value &vAbsY)

virtual eC_Bool	DoMouseMove (const eC_Value &vAbsX, const eC_Value &vAbsY)

virtual eC_Bool	DoScroll (const eC_Value &vAbsX, const eC_Value &vAbsY, const eC_Value &vDelta, const eC_Bool &bModifierActive)

virtual eC_Bool	DoUserEvent (CGUIEvent *const pEvent)

virtual eC_Bool	FocusNext (CGUIObject *const pRefObj=NULL, const eC_Bool &bSubTreeOfRefObjDone=false)

virtual eC_Bool	FocusPrevious (CGUIObject *const pRefObj=NULL, const eC_Bool &bSubTreeOfRefObjDone=false)

virtual void	GetFocus ()

virtual eC_Bool	Increase ()

virtual eC_Bool	IsCompositeBehaviour () const

virtual void	LoseFocus ()

CGUICompositeBehaviour &	operator= (const CGUICompositeBehaviour &rSource)

virtual void	ReadFromStream ()

void	RemoveAllBehaviours ()
	Removes all behaviours from this CGUICompositeBehaviour, causing them to be deleted.

void	RemoveBehaviour (CGUIBehaviourDecorator *pBehaviour)

virtual void	WriteToStream (const eC_Bool bWriteClassID=false)

Public Member Functions inherited from CGUIBehaviourDecorator
virtual	~CGUIBehaviourDecorator ()

virtual CGUIBehaviourDecorator *	Clone () const

virtual eC_Bool	IsCompositeBehaviour () const

Public Member Functions inherited from CGUIBehaviour
virtual eC_Bool	DoScale (const eC_Value &vDelta)

virtual eC_Bool	DoUserEvent (CGUIEvent *const pEvent)

virtual void	OnCreate ()

virtual void	OnDataPool (const DataPoolResource_t &eID)

virtual void	OnDelete ()

virtual void	OnHide ()

virtual void	OnShow ()

Public Member Functions inherited from CGUIStreamableObject
const eC_String &	GetXMLTag () const

virtual void	ReadFromStream ()

void	SetXMLTag (const eC_String &kXMLTag)

virtual void	WriteToStream (const eC_Bool bWriteClassID=false)

Static Public Attributes
static const eC_Char	XMLTAG_NUMBER_OF_BEHAVIOURS []
	XML tag to be used when writing the number of following behaviours into a stream.

Static Public Attributes inherited from CGUIBehaviour
static const eC_Char	XMLTAG_BEHAVIOURCLASSID []
	XML tag to be used when writing a behaviour class ID into a stream.

static const eC_Char	XMLTAG_BEHAVIOURCOUNT []
	XML tag for count.

Static Public Attributes inherited from CGUIStreamableObject
static const eC_Char	XMLTAG_CLASSVERSION []

Protected Types
typedef eC_TListDoubleLinked< CGUIBehaviourDecorator * >	BehaviourList
	A Behaviour list is a double-linked list of behaviour decorator pointers.

Protected Member Functions
void	CopyBehaviours (const CGUICompositeBehaviour &rSource)

Protected Member Functions inherited from CGUIBehaviourDecorator
	CGUIBehaviourDecorator (CGUIObject *const pkObject=NULL)

	CGUIBehaviourDecorator (const CGUIBehaviourDecorator &kSource)

virtual void	AssociatedObjectChanges (CGUIObject *const pkNewAssociatedObject)

CGUIObject *	GetAssociatedObject () const

Protected Member Functions inherited from CGUIStreamableObject
eC_UInt	ReadStreamingHeader (const eC_UInt &uiClassVersion, const eC_UInt &uiClassMinVersion=0) const

void	WriteStreamingFooter (const eC_Bool &bWriteClassID) const

void	WriteStreamingHeader (const eC_Bool &bWriteClassID, const eC_Char *const pkClassIDTag, const eC_Int &iClassID, const eC_UInt &uiClassVersion) const

Protected Member Functions inherited from CGUIDeleteNotification
void	InitDeletedFlag (eC_Bool &bDeleted)

void	ResetDeletedFlag ()
	Resets the internal flag pointer to NULL.

	CGUIDeleteNotification ()
	CGUIDeleteNotification constructor.

virtual	~CGUIDeleteNotification ()

Protected Attributes
BehaviourList	m_Behaviours
	List of the attached behaviours.

Additional Inherited Members
Static Public Member Functions inherited from CGUIStreamableObject
static UUID_t	GenerateUUID ()

Detailed Description

Contains other behaviours and forwards events to them.

If you have implemented reusable functionalities in various behaviours and want to attach them all to the same object, you may add instances of these behaviours to a CGUICompositeBehaviour and attach this one to the object.

All event handling method calls are forwarded to the child behaviours in the order in which they have been added, until one of them returns true or the end of the list is reached. So for instance a click on an object will result in calls of the DoClick() methods of all attached behaviours.

This mechanism works for all methods declared in the CGUIBehaviour class.

Example:

// Create a composite behaviour instance.
CGUICompositeBehaviour* pCompositeBhvr = new CGUICompositeBehaviour();
 
// Add two other behaviours to the composite.
pCompositeBhvr->AddBehaviour(new MyCustomBehaviour());
pCompositeBhvr->AddBehaviour(new MyOtherBehaviour());
 
// Create an object and attach the composite behaviour to it.
CGUIObject* pkObject = new CGUIObject(...);
pkObject->SetBehaviour(pCompositeBhvr);

Constructor & Destructor Documentation

◆ CGUICompositeBehaviour()

CGUICompositeBehaviour::CGUICompositeBehaviour ( )

CGUICompositeBehaviour constructor.

◆ ~CGUICompositeBehaviour()

virtual CGUICompositeBehaviour::~CGUICompositeBehaviour ( )

virtual

CGUICompositeBehaviour destructor. Deletes all attached behaviours.

Member Function Documentation

◆ AddBehaviour()

void CGUICompositeBehaviour::AddBehaviour	(	CGUIBehaviourDecorator *	pBehaviour,
		eC_Bool	bAtFront = `false`
	)

Adds a new behaviour to this CGUICompositeBehaviour. The added behaviour will be deleted on destruction of this parent behaviour. If the behaviour is already in the child list, this method does nothing.

Parameters

[in]	pBehaviour	Pointer the new behaviour.
[in]	bAtFront	adds the behaviour at the front of the child list (true) or at the end (false).

◆ Clone()

virtual CGUIBehaviourDecorator * CGUICompositeBehaviour::Clone ( ) const

virtual

Creates a copy of this behaviour and all attached behaviours.

Returns: the copy

Reimplemented from CGUIBehaviourDecorator.

◆ CopyBehaviours()

void CGUICompositeBehaviour::CopyBehaviours ( const CGUICompositeBehaviour & rSource )

protected

Helper method that copies the internal list of behaviours.

Parameters

[in] rSource reference to the composite behaviour whose behaviour list should be copied.

◆ Decrease()

virtual eC_Bool CGUICompositeBehaviour::Decrease ( )

virtual

Called when the object receives a standard GK_PAGEDOWN event. For a simple object there is nothing to do but to indicate that the event has not been handled. For a standardized event handling mechanism, this method must exist.

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ DoButtonDown()

virtual eC_Bool CGUICompositeBehaviour::DoButtonDown	(	const eC_Value &	vAbsX,
		const eC_Value &	vAbsY
	)

virtual

Called when the mouse button or finger is pressed down over an object.

Note: DoButtonDown() should work on the absolute positions of this object, that were set at the time of the passed redraw, as the user expects to click on what he sees and not to click on the object in a newer and probably intermediate state that he currently does not see in this state. Thus, to calculate the relative position (where the object was pressed relative to the origin of this object) from the vAbsY argument you must do it like this: vMyRelYPos = vAbsY - GetAbsYPos().

Parameters

vAbsX	X-position in screen coordinates where the click occurred
vAbsY	Y-position in screen coordinates where the click occurred

Returns: True The event has been handled.
False The event has not been handled. In this base implementation always returns False.

Reimplemented from CGUIBehaviour.

◆ DoButtonUp()

virtual eC_Bool CGUICompositeBehaviour::DoButtonUp	(	const eC_Value &	vAbsX,
		const eC_Value &	vAbsY
	)

virtual

Called when the mouse button or finger is released. The object under the mouse at the time of releasing will receive this event.

Note: DoButtonUp() should work on the absolute positions of this object, that were set at the time of the passed redraw, as the user expects to click on what he sees and not to click on an object in a newer and probably intermediate state that he currently does not see in this state. Thus, to calculate the relative position (where the button was released relative to the origin of this object) from the vAbsY argument you must do it like this: vMyRelYPos = vAbsY - GetAbsYPos().

Parameters

vAbsX	X-position in screen coordinates where the mouse was released.
vAbsY	Y-position in screen coordinates where the mouse was released.

Returns: True The event has been handled.
False The event has not been handled. In this base implementation always returns False.

Reimplemented from CGUIBehaviour.

◆ DoChar()

virtual eC_Bool CGUICompositeBehaviour::DoChar	(	const eC_UInt &	uiKey,
		const GUIKeyIdentifier_t &	eKeyIdentifier,
		const eC_UInt &	uiModifiers
	)

virtual

Called in reaction to a ET_CHAR event, which means in general that a character key was pressed. In this slot you will get the character with the Guiliani key identifier and modifiers. In most cases the Guiliani key identifier will be GK_NONE. But there are some special cases (e.g. Smartphones) for which it makes sense to send a Guiliani-Key identifier (GK_INTERMIT) even if a character key was pressed.

Parameters

uiKey	Character of the pressed key.
eKeyIdentifier	The Guiliani key identifier.
uiModifiers	The key modifiers bitfield.

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ DoClick()

virtual eC_Bool CGUICompositeBehaviour::DoClick	(	const eC_Value &	vAbsX = `eC_FromInt(-1)`,
		const eC_Value &	vAbsY = `eC_FromInt(-1)`
	)

virtual

Called when the object receives a click event. A click can e.g., be the result of a mouse click, a finger press/release sequence on touchscreens, or be triggered by a GK_ACTION keyboard event.

Note: DoClick() should work on the absolute positions of this object, that were set at the time of the passed redraw, as the user expects to click on what he sees and not to click on an object in a newer and probably intermediate state that he currently does not see. Thus, to calculate the relative position (where the mouse button was pressed and released at the same position for in a certain time span, relative to the origin of this object) from the vAbsY argument you must do it like this: vMyRelYPos = vAbsY - GetAbsYPos().

Parameters

vAbsX	X-position in screen coordinates where the click occurred
vAbsY	Y-position in screen coordinates where the click occurred

Returns: True The event has been handled.
False The event has not been handled. In this base implementation it always returns False.

Reimplemented from CGUIBehaviour.

◆ DoDoubleClick()

virtual eC_Bool CGUICompositeBehaviour::DoDoubleClick	(	const eC_Value &	vAbsX = `eC_FromInt(-1)`,
		const eC_Value &	vAbsY = `eC_FromInt(-1)`
	)

virtual

Called when an object is clicked twice within a given time span.

See also: CGUIEventHandler::SetDoubleClickTime()

Note: DoDoubleClick() should work on the absolute positions of this object, that were set at the time of the passed redraw, as the user expects to click on what he sees and not to click on the object in a newer and probably intermediate state that he currently does not see in this state. Thus, to calculate the relative position (where the two clicks were done relative to the origin of this object) from the vAbsY argument you must do it like this: vMyRelYPos = vAbsY - GetAbsYPos().

Parameters

vAbsX	X-position in screen coordinates where the click occurred
vAbsY	Y-position in screen coordinates where the click occurred

Returns: True The event has been handled.
False The event has not been handled. In this base implementation it always returns False.

Reimplemented from CGUIBehaviour.

◆ DoDrag()

virtual eC_Bool CGUICompositeBehaviour::DoDrag	(	const eC_Value &	vDeltaX,
		const eC_Value &	vDeltaY,
		const eC_Value &	vAbsX,
		const eC_Value &	vAbsY
	)

virtual

Called when the object receives a Drag event. Drags are typically created if the mouse is being used while a mouse-button is being pressed, or if the user moves his finger over a touchscreen.

Parameters

vDeltaX	relative movement in x-direction since the last call of DoDrag/ButtonDown
vDeltaY	relative movement in y-direction since the last call of DoDrag/ButtonDown
vAbsX	current X-position in screen coordinates of the mouse
vAbsY	current Y-position in screen coordinates of the mouse

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ DoDragEnd()

virtual eC_Bool CGUICompositeBehaviour::DoDragEnd	(	const eC_Value &	vAbsX,
		const eC_Value &	vAbsY
	)

virtual

Called on the dragged object (=the object on which the initial ButtonDown-event occurred) when the mouse button is released after a drag event.

Parameters

vAbsX	current X-position in screen coordinates of the mouse
vAbsY	current Y-position in screen coordinates of the mouse

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ DoKeyDown()

virtual eC_Bool CGUICompositeBehaviour::DoKeyDown	(	const GUIKeyIdentifier_t &	eKeyIdentifier,
		const eC_UInt &	uiModifiers
	)

virtual

Called in reaction to a ET_KEYDOWN event, which means in general that a non-character key was pressed. For that reason you will only get the Guiliani-Key identifier (possibly with modifiers) in this slot and not the character of the pressed key.

Parameters

eKeyIdentifier	The Guiliani key identifier.
uiModifiers	The key modifiers bitfield.

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ DoKeyUp()

virtual eC_Bool CGUICompositeBehaviour::DoKeyUp	(	const GUIKeyIdentifier_t &	eKeyIdentifier,
		const eC_UInt &	uiModifiers
	)

virtual

Called in reaction to a ET_KEYUP event, which means in general that a non-character key was released. For that reason you will only get the Guiliani key identifier (possibly with modifiers) in this slot and not the character of the released key.

Parameters

eKeyIdentifier	The Guiliani key identifier.
uiModifiers	The key modifiers bitfield.

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ DoLongClick()

virtual eC_Bool CGUICompositeBehaviour::DoLongClick	(	const eC_Value &	vAbsX = `eC_FromInt(-1)`,
		const eC_Value &	vAbsY = `eC_FromInt(-1)`
	)

virtual

Called when an object is pressed for a longer period of time.

See also: CGUIEventHandler::SetLongClickTime()

Note: DoLongClick() should work on the absolute positions of this object, that were set at the time of the passed redraw, as the user expects to click on what he sees and not to click on an object in a newer and probably intermediate state that he currently does not see. Thus, to calculate the relative position (where the mouse button was pressed and held down at the same position for a certain amount of time, relative to the origin of this object) from the vAbsY argument you must do it like this: vMyRelYPos = vAbsY - GetAbsYPos().

Parameters

vAbsX	X-position in screen coordinates where the click occurred
vAbsY	Y-position in screen coordinates where the click occurred

Returns: True The event has been handled.
False The event has not been handled. In this base implementation it always returns False.

Reimplemented from CGUIBehaviour.

◆ DoMouseEnter()

virtual eC_Bool CGUICompositeBehaviour::DoMouseEnter	(	const eC_Value &	vAbsX,
		const eC_Value &	vAbsY
	)

virtual

Called when the mouse enters the area which is covered by an object. If several objects cover the same region, the topmost one receives the event. Objects will not receive DoMouseEnter events if they are not highlightable.

See also: CGUIObject::IsHighlightable()

Parameters

vAbsX	X-position in screen coordinates where the mouse entered the object
vAbsY	Y-position in screen coordinates where the mouse entered the object

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ DoMouseLeave()

virtual eC_Bool CGUICompositeBehaviour::DoMouseLeave	(	const eC_Value &	vAbsX,
		const eC_Value &	vAbsY
	)

virtual

Called when the mouse leaves the area which is covered by an object. Objects will not receive DoMouseLeave events if they are not highlightable.

See also: CGUIObject::IsHighlightable()

Parameters

vAbsX	X-position of the mouse in screen coordinates after it left the object
vAbsY	Y-position of the mouse in screen coordinates after it left the object

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ DoMouseMove()

virtual eC_Bool CGUICompositeBehaviour::DoMouseMove	(	const eC_Value &	vAbsX,
		const eC_Value &	vAbsY
	)

virtual

Called when the mouse is moved within the area covered by an object. If several objects cover the same region, the topmost one receives the event. Objects will not receive DoMouseEnter events if they are not highlightable.

See also: CGUIObject::IsHighlightable()

Parameters

vAbsX	X-position of the mouse in screen coordinates
vAbsY	Y-position of the mouse in screen coordinates

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ DoScroll()

virtual eC_Bool CGUICompositeBehaviour::DoScroll	(	const eC_Value &	vAbsX,
		const eC_Value &	vAbsY,
		const eC_Value &	vDelta,
		const eC_Bool &	bModifierActive
	)

virtual

Called when the mouse wheel was scrolled

Parameters

vAbsX	X-position of the mouse in screen coordinates
vAbsY	Y-position of the mouse in screen coordinates
vDelta	number of pixels for scroll
bModifierActive	if true the scroll modifier is active (e.g. left/right instead of up/down)

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ DoUserEvent()

virtual eC_Bool CGUICompositeBehaviour::DoUserEvent ( CGUIEvent *const pEvent )

virtual

Slot for handling of arbitrary user events. Override this slot to catch any incoming event before it is dealt with by standard handlers.

Be aware that DoUserEvent() will be called on the currently focused object for all incoming events! This means for instance that your focused object (and its parents) will also receive events of type ET_LBUTTONDOWN when the user is clicking somewhere else on the screen.

Note: If DoUserEvent returns true, this will prevent any further handling of this event. i.e. If your implementation returns true for ET_MOUSEMOVE events received by this object, this will prevent any calls to the framework's standard DoMouseMove(), DoMouseEnter(), DoMouseLeave() slots.

Parameters

pEvent The event to be processed.

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ FocusNext()

virtual eC_Bool CGUICompositeBehaviour::FocusNext	(	CGUIObject *const	pRefObj = `NULL`,
		const eC_Bool &	bSubTreeOfRefObjDone = `false`
	)

virtual

Called when the object is requested to focus the "next" object. Called when the object receives a standard GK_DOWN event or by request from Source-Code. For a simple object there is nothing to do but to indicate that the event has not been handled. For a standardized event handling mechanism, this method must exist.

Parameters

pRefObj	usually is a child of this object which indicates the current position in the child list.
bSubTreeOfRefObjDone	indicates if the subtree that is under pRefObj has already been asked to take focus, or if not.

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ FocusPrevious()

virtual eC_Bool CGUICompositeBehaviour::FocusPrevious	(	CGUIObject *const	pRefObj = `NULL`,
		const eC_Bool &	bSubTreeOfRefObjDone = `false`
	)

virtual

Called when the object is requested to focus the "previous" object. Typically, this happens in reaction to a standard GK_UP event or by request from Source-Code. For a simple object there is nothing to do but to indicate that the event has not been handled. For a standardized event handling mechanism, this method must exist.

Parameters

pRefObj	usually is a child of this object which indicates the current position in the child list.
bSubTreeOfRefObjDone	indicates if the subtree that is under pRefObj has already been asked to take focus, or if not.

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ GetFocus()

virtual void CGUICompositeBehaviour::GetFocus ( )

virtual

Called when the object, or one of its children, received the focus. If this control is a composite object then the following applies: Whether this control or a child control got the focus can be determined by checking if this control is the currently focused object in the event handler.

See also: LoseFocus, CGUIEventHandler::GetFocussedObject()

Reimplemented from CGUIBehaviour.

◆ Increase()

virtual eC_Bool CGUICompositeBehaviour::Increase ( )

virtual

Called when the object receives a standard GK_PAGEUP event. For a simple object there is nothing to do but to indicate that the event has not been handled. For a standardized event handling mechanism, this method must exist.

Returns: True If the event has been handled.
false Else.

Reimplemented from CGUIBehaviour.

◆ IsCompositeBehaviour()

virtual eC_Bool CGUICompositeBehaviour::IsCompositeBehaviour ( ) const

inlinevirtual

Decide whether the returned CGUIBehaviourDecorator is CGUICompositeBehaviour. Please do not reimplement this method in any derived class. It is only used in the CGUIBehaviourDecorator and CGUICompositeBehaviour to distinguish those two basic types.

Returns: True.

Reimplemented from CGUIBehaviourDecorator.

◆ LoseFocus()

virtual void CGUICompositeBehaviour::LoseFocus ( )

virtual

Called when an object has lost the focus. In this method the focused object is already set to the object that newly received the focus.

See also: GetFocus

Reimplemented from CGUIBehaviour.

◆ operator=()

CGUICompositeBehaviour & CGUICompositeBehaviour::operator= ( const CGUICompositeBehaviour & rSource )

Assignment operator

Parameters

rSource source-object

Returns: copy

◆ ReadFromStream()

virtual void CGUICompositeBehaviour::ReadFromStream ( )

virtual

Reads attributes from the streaming file. Only for use with GUIFactoryManager.

See also: CGUIObject::ReadFromStream()

Reimplemented from CGUIStreamableObject.

◆ RemoveBehaviour()

void CGUICompositeBehaviour::RemoveBehaviour ( CGUIBehaviourDecorator * pBehaviour )

Removes a behaviour from this CGUICompositeBehaviour, causing the behaviour to be deleted.

Note: The behaviour will automatically delete itself if it is no longer attached to any CGUIObject or CGUICompositeBehaviour.

Parameters

[in] pBehaviour The behaviour to be removed.

◆ WriteToStream()

virtual void CGUICompositeBehaviour::WriteToStream ( const eC_Bool bWriteClassID = false )

virtual

Writes attributes to the streaming file. A CGUIStreamWriter has to be initialized.

Parameters

bWriteClassID This flag is used to switch writing of the class ID, leading and trailing tags. When implementing a new streamable object, check this flag. If it is true, first write the class ID, then continue with this object's attributes, and finally call the base class implementation with this flag set to false (this is the default).

Reimplemented from CGUIStreamableObject.

The documentation for this class was generated from the following file:

GUICompositeBehaviour.h

Public Member Functions

Static Public Attributes

Protected Types

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ CGUICompositeBehaviour()

◆ ~CGUICompositeBehaviour()

Member Function Documentation

◆ AddBehaviour()

◆ Clone()

◆ CopyBehaviours()

◆ Decrease()

◆ DoButtonDown()

◆ DoButtonUp()

◆ DoChar()

◆ DoClick()

◆ DoDoubleClick()

◆ DoDrag()

◆ DoDragEnd()

◆ DoKeyDown()

◆ DoKeyUp()

◆ DoLongClick()

◆ DoMouseEnter()

◆ DoMouseLeave()

◆ DoMouseMove()

◆ DoScroll()

◆ DoUserEvent()

◆ FocusNext()

◆ FocusPrevious()

◆ GetFocus()

◆ Increase()

◆ IsCompositeBehaviour()

◆ LoseFocus()

◆ operator=()

◆ ReadFromStream()

◆ RemoveBehaviour()

◆ WriteToStream()