//Auto-generated by kalyptus. DO NOT EDIT.
package org.trinitydesktop.koala;

import org.trinitydesktop.qt.TQt;
import org.trinitydesktop.qt.QtSupport;
import org.trinitydesktop.qt.TQObject;
import org.trinitydesktop.qt.TQCursor;
import org.trinitydesktop.qt.TQEvent;
import org.trinitydesktop.qt.TQWidget;
import org.trinitydesktop.qt.TQt;

/**

 A wrapper around TQCursor that allows for "themed" cursors.
 Currently, the only themed cursor is a hand shaped cursor.
 A typical usage would be
 <pre>
 setCursor(KCursor.handCursor());
 </pre>
		@author Kurt Granroth <granroth@kde.org>

		@short A TQCursor wrapper allowing "themed" cursors and auto-hiding cursors.

*/
public class KCursor extends TQt  {
	protected KCursor(Class dummy){super((Class) null);}
	/**
		 Constructor.
			 Does not do anything so far.
				@short    Constructor.
	*/
	public KCursor() {
		super((Class) null);
		newKCursor();
	}
	private native void newKCursor();
	/**
		 Returns the proper hand cursor according to
		 the current GUI style (static function).
		     		@short    Returns the proper hand cursor according to  the current GUI style (static function).
	*/
	public static native TQCursor handCursor();
	/**
		 Returns the proper arrow+hourglass cursor according to
		 the current GUI style (static function).
		     		@short    Returns the proper arrow+hourglass cursor according to  the current GUI style (static function).
	*/
	public static native TQCursor workingCursor();
	/**
		 Returns the proper arrow cursor according to
		 the current GUI style (static function).
		     		@short    Returns the proper arrow cursor according to  the current GUI style (static function).
	*/
	public static native TQCursor arrowCursor();
	/**
		 Returns the proper up arrow cursor according to
		 the current GUI style (static function).
		     		@short    Returns the proper up arrow cursor according to  the current GUI style (static function).
	*/
	public static native TQCursor upArrowCursor();
	/**
		 Returns the proper cross-hair cursor according to
		 the current GUI style (static function).
		     		@short    Returns the proper cross-hair cursor according to  the current GUI style (static function).
	*/
	public static native TQCursor crossCursor();
	/**
		 Returns the proper hourglass cursor according to
		 the current GUI style (static function).
		     		@short    Returns the proper hourglass cursor according to  the current GUI style (static function).
	*/
	public static native TQCursor waitCursor();
	/**
		 Returns the proper text cursor according to
		 the current GUI style (static function).
		     		@short    Returns the proper text cursor according to  the current GUI style (static function).
	*/
	public static native TQCursor ibeamCursor();
	/**
		 Returns the proper vertical resize cursor
		 according to the current GUI style (static function).
		     		@short    Returns the proper vertical resize cursor  according to the current GUI style (static function).
	*/
	public static native TQCursor sizeVerCursor();
	/**
		 Returns the proper horizontal resize cursor
		 according to the current GUI style (static function).
		     		@short    Returns the proper horizontal resize cursor  according to the current GUI style (static function).
	*/
	public static native TQCursor sizeHorCursor();
	/**
		 Returns the proper diagonal resize (/) cursor
		 according to the current GUI style (static function).
		     		@short    Returns the proper diagonal resize (/) cursor  according to the current GUI style (static function).
	*/
	public static native TQCursor sizeBDiagCursor();
	/**
		 Returns the proper diagonal resize (\) cursor
		 according to the current GUI style (static function).
		     		@short    Returns the proper diagonal resize (\) cursor  according to the current GUI style (static function).
	*/
	public static native TQCursor sizeFDiagCursor();
	/**
		 Returns the proper all-directions resize cursor
		 according to the current GUI style (static function).
		     		@short    Returns the proper all-directions resize cursor  according to the current GUI style (static function).
	*/
	public static native TQCursor sizeAllCursor();
	/**
		 Returns a blank or invisible cursor (static function).
		     		@short    Returns a blank or invisible cursor (static function).
	*/
	public static native TQCursor blankCursor();
	/**
		 Returns a WhatsThis cursor (static function).
		     		@short    Returns a WhatsThis cursor (static function).
	*/
	public static native TQCursor whatsThisCursor();
	/**
		 Sets auto-hiding the cursor for widget <code>w.</code> Enabling it will result in
		 the cursor being hidden when

			<li>
			a key-event happens
			</li>

			<li>
			there are no key-events for a configured time-frame (see
			 setHideCursorDelay())
			</li>
				 The cursor will be shown again when the focus is lost or a mouse-event
		 happens.
			 Side effect: when enabling auto-hide, mouseTracking is enabled for the
		 specified widget, because it's needed to get mouse-move-events. So
		 don't disable mouseTracking for a widget while using auto-hide for it.
			 When disabling auto-hide, mouseTracking will be disabled, so if you need
		 mouseTracking after disabling auto-hide, you have to reenable
		 mouseTracking.
			 If you want to use auto-hiding for widgets that don't take focus, e.g.
		 a TQCanvasView, then you have to pass all key-events that should trigger
		 auto-hiding to autoHideEventFilter().
		     		@short    Sets auto-hiding the cursor for widget <code>w.</code>
	*/
	public static native void setAutoHideCursor(TQWidget w, boolean enable);
	/**
		 Overloaded method for the case where you have an event-filter installed
		 on the widget you want to enable auto-cursor-hiding.
			 In this case set <code>customEventFilter</code> to true and call
		 autoHideEventFilter() from the beginning of your eventFilter().
				@short    Overloaded method for the case where you have an event-filter installed  on the widget you want to enable auto-cursor-hiding.
		@see #autoHideEventFilter
	*/
	public static native void setAutoHideCursor(TQWidget w, boolean enable, boolean customEventFilter);
	/**
		 Sets the delay time in milliseconds for auto-hiding. When no keyboard
		 events arrive for that time-frame, the cursor will be hidden.
			 Default is 5000, i.e. 5 seconds.
		     		@short    Sets the delay time in milliseconds for auto-hiding.
	*/
	public static native void setHideCursorDelay(int ms);
	/**
			 Default is 5000, i.e. 5 seconds.
		     		@return the current auto-hide delay time.

		@short
	*/
	public static native int hideCursorDelay();
	/**
		 KCursor has to install an eventFilter over the widget you want to
		 auto-hide. If you have an own eventFilter() on that widget and stop
		 some events by returning true, you might break auto-hiding, because
		 KCursor doesn't get those events.
			 In this case, you need to call setAutoHideCursor( widget, true, true );
		 to tell KCursor not to install an eventFilter. Then you call this method
		 from the beginning of your eventFilter, for example:
		 <pre>
		 edit = new KEdit( this, "some edit widget" );
		 edit.installEventFilter( this );
		 KCursor.setAutoHideCursor( edit, true, true );
			 [...]
			 boolean YourClass.eventFilter( TQObject o, TQEvent e )
		 {
		     if ( o == edit ) // only that widget where you enabled auto-hide!
		         KCursor.autoHideEventFilter( o, e );
			     // now you can do your own event-processing
		     [...]
		 }
		 </pre>
			 Note that you must not call KCursor.autoHideEventFilter() when you
		 didn't enable or after disabling auto-hiding.
		     		@short    KCursor has to install an eventFilter over the widget you want to  auto-hide.
	*/
	public static native void autoHideEventFilter(TQObject arg1, TQEvent arg2);
	/** Deletes the wrapped C++ instance */
	protected native void finalize() throws InternalError;
	/** Delete the wrapped C++ instance ahead of finalize() */
	public native void dispose();
	/** Has the wrapped C++ instance been deleted? */
	public native boolean isDisposed();
}
