File indexing completed on 2024-05-12 05:34:36

 #ifndef oxygentoolbarstateengine_h
 #define oxygentoolbarstateengine_h
 /*
 * this file is part of the oxygen gtk engine
 * SPDX-FileCopyrightText: 2010 Hugo Pereira Da Costa <hugo.pereira@free.fr>
 *
 * SPDX-License-Identifier: LGPL-2.0-or-later
 */
 
 #include "oxygenanimationengine.h"
 #include "oxygengenericengine.h"
 #include "oxygendatamap.h"
 #include "oxygentoolbarstatedata.h"
 
 #include <gtk/gtk.h>
 
 namespace Oxygen
 {
     //! forward declaration
     class Animations;
 
     //! stores data associated to editable comboboxes
     /*!
     ensures that the text entry and the button of editable comboboxes
     gets hovered and focus flags at the same time
     */
     class ToolBarStateEngine: public GenericEngine<ToolBarStateData>, public AnimationEngine
     {
 
         public:
 
         //! constructor
         ToolBarStateEngine( Animations* parent ):
             GenericEngine<ToolBarStateData>( parent ),
             _followMouse( false ),
             _followMouseAnimationsDuration( 50 )
             {}
 
         //! destructor
         virtual ~ToolBarStateEngine( void )
         {}
 
         //! register widget [overloaded]
         virtual bool registerWidget( GtkWidget* widget )
         {
             const bool registered( GenericEngine<ToolBarStateData>::registerWidget( widget ) );
             if( registered )
             {
                 ToolBarStateData& data( this->data().value( widget ) );
                 data.setDuration( duration() );
                 data.setEnabled( enabled() );
                 data.setFollowMouse( _followMouse );
                 data.setFollowMouseAnimationsDuration( _followMouseAnimationsDuration );
             }
             return registered;
         }
 
         //!@name modifiers
         //@{
 
         //! register child
         virtual void registerChild( GtkWidget* widget, GtkWidget* child, bool value = true )
         {
             if( !enabled() ) return;
             data().value( widget ).registerChild( child, value );
         }
 
         //! enable animations
         bool setEnabled( bool value )
         {
             if( !BaseEngine::setEnabled( value ) ) return false;
 
             for( DataMap<ToolBarStateData>::Map::iterator iter = data().map().begin(); iter != data().map().end(); iter++ )
             {
                 iter->second.setEnabled( value );
                 if( enabled() && !widgetIsBlackListed( iter->first ) ) iter->second.connect( iter->first );
                 else iter->second.disconnect( iter->first );
             }
             return true;
         }
 
         //! transition duration
         virtual bool setDuration( int value )
         {
             if( !AnimationEngine::setDuration( value ) ) return false;
             for( DataMap<ToolBarStateData>::Map::iterator iter = data().map().begin(); iter != data().map().end(); iter++ )
             { iter->second.setDuration( value ); }
             return false;
         }
 
         //! enable follow-mouse animation
         bool setFollowMouse( bool value )
         {
             if( _followMouse == value ) return false;
             _followMouse = value;
 
             for( DataMap<ToolBarStateData>::Map::iterator iter = data().map().begin(); iter != data().map().end(); iter++ )
             { iter->second.setFollowMouse( value && !widgetIsBlackListed( iter->first ) ); }
             return true;
         }
 
         //! follow-mouse animations duration
         bool setFollowMouseAnimationsDuration( int value )
         {
             if( _followMouseAnimationsDuration == value ) return false;
             _followMouseAnimationsDuration = value;
 
             for( DataMap<ToolBarStateData>::Map::iterator iter = data().map().begin(); iter != data().map().end(); iter++ )
             { iter->second.setFollowMouseAnimationsDuration( value ); }
             return true;
         }
 
         //@}
 
         //!@name accessors
         //@{
 
         //! returns parent that matches a given child, and is in list
         GtkWidget* findParent( GtkWidget* widget )
         {
             for( GtkWidget *parent = gtk_widget_get_parent( widget ); parent; parent = gtk_widget_get_parent( parent ) )
             { if( data().contains( parent ) ) return parent; }
 
             return 0L;
         }
 
         //! true if animated
         bool isAnimated( GtkWidget* widget )
         { return data().value( widget ).isAnimated(); }
 
         //! true if given animation type is animated
         bool isAnimated( GtkWidget* widget, const WidgetType& type )
         { return data().value( widget ).isAnimated( type ); }
 
         //! widget matching type
         GtkWidget* widget( GtkWidget* widget, const WidgetType& type )
         { return data().value( widget ).widget( type ); }
 
         //! animated rect for given widget and type
         const GdkRectangle& rectangle( GtkWidget* widget, const WidgetType& type )
         { return data().value( widget ).rectangle( type ); }
 
         //! animation data for given widget and type
         AnimationData animationData( GtkWidget* widget, const WidgetType& type )
         { return data().value( widget ).animationData( type ); }
 
         //! returns true if animated rectangle is valid
         bool animatedRectangleIsValid( GtkWidget* widget )
         { return data().value( widget ).animatedRectangleIsValid(); }
 
         //! animated rectangle
         const GdkRectangle& animatedRectangle( GtkWidget* widget )
         { return data().value( widget ).animatedRectangle(); }
 
         //! true when fade out animation is locked (delayed)
         bool isLocked( GtkWidget* widget )
         { return data().value( widget ).isLocked(); }
 
         //@}
 
         private:
 
         //! follow-mouse enabled
         bool _followMouse;
 
         //! follow-mouse animation duration
         int _followMouseAnimationsDuration;
 
     };
 
 }
 
 #endif