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

import org.trinitydesktop.qt.Qt;
import org.trinitydesktop.qt.TQMetaObject;
import org.trinitydesktop.qt.QtSupport;
import org.trinitydesktop.qt.TQObject;
import org.trinitydesktop.qt.TQEvent;
import org.trinitydesktop.qt.TQWidget;
import org.trinitydesktop.qt.TQObject;

/**

 The part manager is an object which knows about a collection of parts
 (even nested ones) and handles activation/deactivation.
 Applications that want to embed parts without merging GUIs
 only use a KParts.PartManager. Those who want to merge GUIs use a
 KParts.MainWindow for example, in addition to a part manager.
 Parts know about the part manager to add nested parts to it.
 See also KParts.Part.manager() and KParts.Part.setManager().
  See {@link PartManagerSignals} for signals emitted by PartManager
		@short    The part manager is an object which knows about a collection of parts  (even nested ones) and handles activation/deactivation.

*/
public class PartManager extends TQObject  {
	protected PartManager(Class dummy){super((Class) null);}
	public native TQMetaObject metaObject();
	public native String className();
	/**
		 Constructs a part manager.
			@param parent The toplevel widget (window / dialog) the
		               partmanager should monitor for activation/selection
		               events
			@param name The object's name, if any.
		   		@short    Constructs a part manager.
	*/
	public PartManager(TQWidget parent, String name) {
		super((Class) null);
		newPartManager(parent,name);
	}
	private native void newPartManager(TQWidget parent, String name);
	public PartManager(TQWidget parent) {
		super((Class) null);
		newPartManager(parent);
	}
	private native void newPartManager(TQWidget parent);
	/**
		 Constructs a part manager.
			@param topLevel The toplevel widget (window / dialog ) the
		                 partmanager should monitor for activation/selection
		                 events
			@param parent The parent TQObject.
			@param name The object's name, if any.
		   		@short    Constructs a part manager.
	*/
	public PartManager(TQWidget topLevel, TQObject parent, String name) {
		super((Class) null);
		newPartManager(topLevel,parent,name);
	}
	private native void newPartManager(TQWidget topLevel, TQObject parent, String name);
	public PartManager(TQWidget topLevel, TQObject parent) {
		super((Class) null);
		newPartManager(topLevel,parent);
	}
	private native void newPartManager(TQWidget topLevel, TQObject parent);
	/**
		 Sets the selection policy of the partmanager.
		   		@short    Sets the selection policy of the partmanager.
	*/
	// void setSelectionPolicy(KParts::PartManager::SelectionPolicy arg1); >>>> NOT CONVERTED
	/**
		 Returns the current selection policy.
		   		@short    Returns the current selection policy.
	*/
	// KParts::PartManager::SelectionPolicy selectionPolicy(); >>>> NOT CONVERTED
	/**
		 Specifies whether the partmanager should handle/allow nested parts
		 or not.
			  This is a property the shell has to set/specify. Per
		 default we assume that the shell cannot handle nested
		 parts. However in case of a KOffice shell for example we allow
		 nested parts.  A Part is nested (a child part) if its parent
		 object inherits KParts.Part.  If a child part is activated and
		 nested parts are not allowed/handled, then the top parent part in
		 the tree is activated.
		   		@short    Specifies whether the partmanager should handle/allow nested parts  or not.
	*/
	public native void setAllowNestedParts(boolean allow);
	/**
				@short
		@see #setAllowNestedParts
	*/
	public native boolean allowNestedParts();
	/**
		 Specifies whether the partmanager should ignore mouse click events for
		 scrollbars or not. If the partmanager ignores them, then clicking on the
		 scrollbars of a non-active/non-selected part will not change the selection
		 or activation state.
			 The default value is false (read: scrollbars are NOT ignored).
		   		@short    Specifies whether the partmanager should ignore mouse click events for  scrollbars or not.
	*/
	public native void setIgnoreScrollBars(boolean ignore);
	/**
				@short
		@see #setIgnoreScrollBars
	*/
	public native boolean ignoreScrollBars();
	/**
		 Specifies which mouse buttons the partmanager should react upon.
		 By default it reacts on all mouse buttons (LMB/MMB/RMB).
			@param buttonMask a combination of Qt.ButtonState values e.g. Qt.LeftButton | Qt.MidButton
		   		@short    Specifies which mouse buttons the partmanager should react upon.
	*/
	public native void setActivationButtonMask(short buttonMask);
	/**
				@short
		@see #setActivationButtonMask
	*/
	public native short activationButtonMask();
	/**
			   		@short
	*/
	public native boolean eventFilter(TQObject arg1, TQEvent ev);
	/**
		 Adds a part to the manager.
			 Sets it to the active part automatically if <code>setActive</code> is true (default ).
		 Behavior fix in KDE3.4: the part's widget is shown only if <code>setActive</code> is true,
		 it used to be shown in all cases before.
		   		@short    Adds a part to the manager.
	*/
	public native void addPart(Part part, boolean setActive);
	public native void addPart(Part part);
	/**
		 Removes a part from the manager (this does not delete the object) .
			 Sets the active part to 0 if <code>part</code> is the activePart() .
		   		@short    Removes a part from the manager (this does not delete the object) .
	*/
	public native void removePart(Part part);
	/**
		 Replaces <code>oldPart</code> with <code>newPart</code>, and sets <code>newPart</code> as active if
		 <code>setActive</code> is true.
		 This is an optimised version of removePart + addPart
		   		@short    Replaces <code>oldPart</code> with <code>newPart</code>, and sets <code>newPart</code> as active if  <code>setActive</code> is true.
	*/
	public native void replacePart(Part oldPart, Part newPart, boolean setActive);
	public native void replacePart(Part oldPart, Part newPart);
	/**
		 Sets the active part.
			 The active part receives activation events.
			 <code>widget</code> can be used to specify which widget was responsible for the activation.
		 This is important if you have multiple views for a document/part, like in KOffice.
		   		@short    Sets the active part.
	*/
	public native void setActivePart(Part part, TQWidget widget);
	public native void setActivePart(Part part);
	/**
		 Returns the active part.
				@short    Returns the active part.
	*/
	public native Part activePart();
	/**
		 Returns the active widget of the current active part (see activePart()).
		   		@short    Returns the active widget of the current active part (see activePart()).
	*/
	public native TQWidget activeWidget();
	/**
		 Sets the selected part.
			 The selected part receives selection events.
			 <code>widget</code> can be used to specify which widget was responsible for the selection.
		 This is important if you have multiple views for a document/part, like in KOffice.
		   		@short    Sets the selected part.
	*/
	public native void setSelectedPart(Part part, TQWidget widget);
	public native void setSelectedPart(Part part);
	/**
		 Returns the current selected part.
		   		@short    Returns the current selected part.
	*/
	public native Part selectedPart();
	/**
		 Returns the selected widget of the current selected part (see selectedPart()).
		   		@short    Returns the selected widget of the current selected part (see selectedPart()).
	*/
	public native TQWidget selectedWidget();
	/**
		 Returns the list of parts being managed by the partmanager.
		   		@short    Returns the list of parts being managed by the partmanager.
	*/
	// const TQPtrList<KParts::Part>* parts(); >>>> NOT CONVERTED
	/**
		 Adds the <code>topLevel</code> widget to the list of managed toplevel widgets.
		 Usually a PartManager only listens for events (for activation/selection)
		 for one toplevel widget (and its children), the one specified in the
		 constructor. Sometimes however (like for example when using the KDE dockwidget
		 library), it is necessary to extend this.
		   		@short    Adds the <code>topLevel</code> widget to the list of managed toplevel widgets.
	*/
	public native void addManagedTopLevelWidget(TQWidget topLevel);
	/**
		 Removes the <code>topLevel</code> widget from the list of managed toplevel widgets.
				@short    Removes the <code>topLevel</code> widget from the list of managed toplevel widgets.
		@see #addManagedTopLevelWidget
	*/
	public native void removeManagedTopLevelWidget(TQWidget topLevel);
	/**
				@return the reason for the last activePartChanged signal emitted.

		@short
		@see Reason
	*/
	public native int reason();
	/**
		 Changes the active instance when the active part changes.
		 The active instance is used by KBugReport and TDEAboutDialog.
		 Override if you really need to - usually you don't need to.
		   		@short    Changes the active instance when the active part changes.
	*/
	protected native void setActiveInstance(TDEInstanceInterface instance);
	/**
		 Removes a part when it is destroyed.
				@short    Removes a part when it is destroyed.
	*/
	protected native void slotObjectDestroyed();
	/**
			   		@short
	*/
	protected native void slotWidgetDestroyed();
	/**
			   		@short
	*/
	protected native void slotManagedTopLevelWidgetDestroyed();
}
