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tdewebdev/lib/compatibility/tdemdi/qextmdi/tdemdimainfrm.h

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//----------------------------------------------------------------------------
// filename : tdemdimainfrm.h
//----------------------------------------------------------------------------
// Project : KDE MDI extension
//
// begin : 07/1999 by Szymon Stefanek as part of kvirc
// (an IRC application)
// changes : 09/1999 by Falk Brettschneider to create an
// - 06/2000 stand-alone TQt extension set of
// classes and a TQt-based library
// : 02/2000 by Massimo Morin (mmorin@schedsys.com)
// 2000-2003 maintained by the KDevelop project
// patches : */2000 by Lars Beikirch (Lars.Beikirch@gmx.net)
// : 01/2003 by Jens Zurheide (jens.zurheide@gmx.de)
//
// copyright : (C) 1999-2003 by Falk Brettschneider
// and
// Szymon Stefanek (stefanek@tin.it)
// email : falkbr@kdevelop.org (Falk Brettschneider)
//----------------------------------------------------------------------------
//
//----------------------------------------------------------------------------
//
// This program is free software; you can redistribute it and/or modify
// it under the terms of the GNU Library General Public License as
// published by the Free Software Foundation; either version 2 of the
// License, or (at your option) any later version.
//
//----------------------------------------------------------------------------
#ifndef _TDEMDIMAINFRM_H_
#define _TDEMDIMAINFRM_H_
#include <tdeparts/dockmainwindow.h>
#include <tdemenubar.h>
#include <tdepopupmenu.h>
#include <tqptrlist.h>
#include <tqrect.h>
#include <tqapplication.h>
#include <tqdom.h>
#include <tqguardedptr.h>
#include "tdemditaskbar.h"
#include "tdemdichildarea.h"
#include "tdemdichildview.h"
#include "tdemdiiterator.h"
#include "tdemdilistiterator.h"
#include "tdemdinulliterator.h"
#include "tdemditoolviewaccessor.h"
class TQTimer;
class TQPopupMenu;
class TQMenuBar;
class TQToolButton;
namespace KMDIPrivate
{
class KMDIGUIClient;
}
class KMdiDockContainer;
class KMdiMainFrmPrivate;
/**
* @short Internal class
*
* This special event is needed because the view has to inform the main frame that it`s being closed.
*/
class KMDI_EXPORT KMdiViewCloseEvent : public TQCustomEvent
{
public:
KMdiViewCloseEvent( KMdiChildView* pWnd ) : TQCustomEvent( TQEvent::User, pWnd ) {}
};
/**
* \short Base class for all your special main frames.
*
* It contains the child frame area (TQMainWindow's central widget) and a child view taskbar
* for switching the MDI views. Most methods are virtual functions for later overriding.
*
* Basically, this class provides functionality for docking/undocking view windows and
* manages the taskbar. Usually a developer will only need to know about this class and
* \ref KMdiChildView.
*
* \par General usage
*
* Your program mainwidget should inherit KMdiMainFrm. Then usually you'll just need
* addWindow() and removeWindowFromMdi() to control the views.
* \code
* class MyMainWindow : public KMdiMainFrm
* { .... };
* \endcode
*
* to define your main window class and
*
* \code
* MyMainWindow mainframe;
* tqApp->setMainWidget(&mainframe);
* mainframe->addWindow(view1); // put it under MDI control
* mainframe->addWindow(view2);
* \endcode
*
* when you wish to use your main window class. The above example also adds a few windows
* to the frame.
*
* KMdiMainFrm will provide the "Window" menu needed in common MDI applications. Just
* insert it in your main menu:
*
* \code
* if ( !isFakingSDIApplication() )
* {
* menuBar()->insertItem( i18n( "&Window" ), windowMenu() );
* }
* \endcode
*
* To synchronize the positions of the MDI control buttons inserted in your mainmenu:
* \code
* void B_MainModuleWidget::initMenuBar()
* {
* setMenuForSDIModeSysButtons( menuBar() );
* }
* ...
* void B_MainModuleWidget::resizeEvent ( TQResizeEvent *e )
* {
* KMdiMainFrm::resizeEvent( e );
* setSysButtonsAtMenuPosition();
* }
* \endcode
*
* \par Dynamic mode switching
*
* Dynamic switching of the MDI mode can be done via the following functions:
* - switchToChildframeMode()
* - switchToToplevelMode()
* - switchToTabPageMode()
* - switchToIDEAlMode()
*
* The MDI mode can be gotten using mdiMode(). If you need to fake the look of an SDI application
* use fakeSDIApplication() to fake it and isFakingSDIApplication() to query whether or not an SDI
* interface is being faked.
*
* You can dynamically change the shape of the attached MDI views using setFrameDecorOfAttachedViews().
*
* Additionally, here's a hint how to restore the mainframe's settings from config file:
* \code
*
* // restore MDI mode (toplevel, childframe, tabpage)
* int mdiMode = config->readIntEntry( "mainmodule session", "MDI mode", KMdi::ChildframeMode);
* switch (mdiMode) {
* case KMdi::ToplevelMode:
* {
* int childFrmModeHt = config->readIntEntry( "mainmodule session", "Childframe mode height", desktop()->height() - 50);
* mainframe->resize( m_pMdiMainFrm->width(), childFrmModeHt);
* mainframe->switchToToplevelMode();
* }
* break;
* case KMdi::ChildframeMode:
* break;
* case KMdi::TabPageMode:
* {
* int childFrmModeHt = m_pCfgFileManager->readIntEntry( "mainmodule session", "Childframe mode height", desktop()->height() - 50);
* mainframe->resize( m_pMdiMainFrm->width(), childFrmModeHt);
* mainframe->switchToTabPageMode();
* }
* break;
* default:
* break;
* }
*
* // restore a possible maximized Childframe mode
* bool maxChildFrmMode = config->readBoolEntry( "mainmodule session", "maximized childframes", true);
* mainframe->setEnableMaximizedChildFrmMode(maxChildFrmMode);
* \endcode
* The maximized-Childframe mode means that currently all views are maximized in Childframe mode's application desktop.
*
* \par Managing views
*
* This class provides placing algorithms in Childframe mode. The following is a list of the window placement functions
* - tilePragma() - Tile the windows and allow them to overlap
* - tileAnodine() - Tile the windows but don't allow them to overlap
* - tileVertically() - Tile the windows vertically
* - cascadeWindows() - cascade windows
* - cascadeMaximized() - cascade windows and maximize their viewing area
* - expandVertical() - expand all the windows to use the most amount of vertical space
* - expandHorizontal() - expand all the windows to use the most amount of horizontal space
*
* activateView(KMdiChildView*) and activateView(int index) set the appropriate MDI child view as the active
* one. It will be raised, will get an active MDI frame and will get the focus. Call activeView() to find out what the
* current MDI view is.
*
* Use detachWindow() and attachWindow() for docking the MDI views to desktop and back.
*
* Connect accels of your program with activatePrevWin(), activateNextWin() and activateView(int index).
*
* Note: KMdiChildViews can be added in 2 meanings: Either as a normal child view (usually containing
* user document views) or as a tool-view (usually containing status, info or control widgets).
* The tool-views can be added as floating dockwidgets or as stay-on-top desktop windows in tool style.
*
* Also, pay attention to the fact that when you click on the close button of MDI views that their
* close event should be redirected to closeWindow(). Otherwise the mainframe class will
* not get noticed about the deleted view and a dangling pointer will remain in the MDI control. The
* closeWindow() or the removeWindowFromMdi() method is for that issue. The difference is closeWindow()
* deletes the view object. So if your application wants to control that by itself, call removeWindowFromMdi()
* and call delete by yourself. See also KMdiChildView::closeEvent() for that issue.
*
* Here's an example how you can suggest things for the adding of views to the MDI control via flags:
* \code
* m_mapOfMdiWidgets.insert( pWnd, mh );
* unsigned int mdiFlags = KMdi::StandardAdd;
*
* if ( !show )
* mdiFlags |= KMdi::Hide;
*
* if ( !attach )
* mdiFlags |= KMdi::Detach;
*
* if ( minimize )
* mdiFlags |= KMdi::Minimize;
*
* if ( bToolWindow)
* mdiFlags |= KMdi::ToolWindow;
*
* if ( m_pMdiMainFrm->isFakingSDIApplication() )
* {
* if ( attach ) //fake an SDI app
* mdiFlags |= KMdi::Maximize;
* }
* else
* {
* m_pMdiMainFrm->addWindow( pWnd, TQPoint(20, 20), KMdi::AddWindowFlags(mdiFlags));
* return;
* }
* m_pMdiMainFrm->addWindow( pWnd, KMdi::AddWindowFlags(mdiFlags));
* \endcode
*/
class KMDI_EXPORT KMdiMainFrm : public KParts::DockMainWindow
{
friend class KMdiChildView;
friend class KMdiTaskBar;
Q_OBJECT
friend class KMdiToolViewAccessor;
// attributes
protected:
KMdi::MdiMode m_mdiMode;
KMdiChildArea *m_pMdi;
KMdiTaskBar *m_pTaskBar;
TQPtrList<KMdiChildView> *m_pDocumentViews;
TQMap<TQWidget*, KMdiToolViewAccessor*> *m_pToolViews;
KMdiChildView *m_pCurrentWindow;
TQPopupMenu *m_pWindowPopup;
TQPopupMenu *m_pTaskBarPopup;
TQPopupMenu *m_pWindowMenu;
TQPopupMenu *m_pDockMenu;
TQPopupMenu *m_pMdiModeMenu;
TQPopupMenu *m_pPlacingMenu;
KMenuBar *m_pMainMenuBar;
TQPixmap *m_pUndockButtonPixmap;
TQPixmap *m_pMinButtonPixmap;
TQPixmap *m_pRestoreButtonPixmap;
TQPixmap *m_pCloseButtonPixmap;
TQToolButton *m_pUndock;
TQToolButton *m_pMinimize;
TQToolButton *m_pRestore;
TQToolButton *m_pClose;
TQPoint m_undockPositioningOffset;
bool m_bMaximizedChildFrmMode;
int m_oldMainFrmHeight;
int m_oldMainFrmMinHeight;
int m_oldMainFrmMaxHeight;
static KMdi::FrameDecor m_frameDecoration;
bool m_bSDIApplication;
KDockWidget* m_pDockbaseAreaOfDocumentViews;
TQDomDocument* m_pTempDockSession;
bool m_bClearingOfWindowMenuBlocked;
TQTimer* m_pDragEndTimer;
bool m_bSwitching;
KDockWidget* m_leftContainer;
KDockWidget* m_rightContainer;
KDockWidget* m_topContainer;
KDockWidget* m_bottomContainer;
private:
KMdiMainFrmPrivate* d;
KMDIPrivate::KMDIGUIClient* m_mdiGUIClient;
bool m_managedDockPositionMode;
// methods
public:
KMdiMainFrm( TQWidget* parentWidget, const char* name = "", KMdi::MdiMode mdiMode = KMdi::ChildframeMode, WFlags flags = WType_TopLevel | WDestructiveClose );
virtual ~KMdiMainFrm();
/**
* Control whether or not the standard MDI menu is displayed
* when a context menu is displayed
*/
void setStandardMDIMenuEnabled( bool showModeMenu = true );
void setManagedDockPositionModeEnabled( bool enabled );
/**
* Returns whether the application's MDI views are in maximized state or not.
*/
bool isInMaximizedChildFrmMode() { return m_bMaximizedChildFrmMode; }
/**
* Returns the MDI mode. This can be one of the enumerations KMdi::MdiMode.
*/
KMdi::MdiMode mdiMode() { return m_mdiMode; }
/**
* Returns the focused attached MDI view.
*/
KMdiChildView* activeWindow();
/**
* Returns a popup menu filled according to the MDI view state. You can override this
* method to insert additional entries there. The popup menu is usually popuped when the user
* clicks with the right mouse button on a taskbar entry. The default entries are:
* Undock/Dock, Restore/Maximize/Minimize, Close and an empty sub-popup ( windowPopup() )
* menu called Operations.
*/
virtual TQPopupMenu * taskBarPopup( KMdiChildView *pWnd, bool bIncludeWindowPopup = false );
/**
* Returns a popup menu with only a title "Window". You can fill it with own operations entries
* on the MDI view. This popup menu is inserted as last menu item in taskBarPopup() .
*/
virtual TQPopupMenu * windowPopup( KMdiChildView *pWnd, bool bIncludeTaskbarPopup = true );
/**
* Called in the constructor (forces a resize of all MDI views)
*/
virtual void applyOptions();
/**
* Returns the KMdiChildView belonging to the given caption string.
*/
KMdiChildView * findWindow( const TQString& caption );
enum ExistsAs {DocumentView, ToolView, AnyView};
/**
* Returns whether this MDI child view is under MDI control (using addWindow() ) or not.
*/
bool windowExists( KMdiChildView *pWnd, ExistsAs as );
/**
* Catches certain TQt events and processes it here.
* Currently, here this catches only the KMdiViewCloseEvent (a KMdi user event) which is sent
* from itself in childWindowCloseRequest() right after a KMdiChildView::closeEvent() .
* The reason for this event to itself is simple: It just wants to break the function call stack.
* It continues the processing with calling closeWindow() .
* You see, a close() is translated to a closeWindow() .
* It is necessary that the main frame has to start an MDI view close action because it must
* remove the MDI view from MDI control, additionally.
*
* This method calls TQMainWindow::event , additionally.
*/
virtual bool event( TQEvent* e );
/**
* If there's a main menubar given, it will create the 4 maximize mode buttons there (undock, minimize, restore, close).
*/
virtual void setSysButtonsAtMenuPosition();
/**
* Returns the height of the taskbar.
*/
virtual int taskBarHeight() { return m_pTaskBar ? m_pTaskBar->height() : 0; }
/**
* Sets an offset value that is used on detachWindow() . The undocked window
* is visually moved on the desktop by this offset.
*/
virtual void setUndockPositioningOffset( TQPoint offset ) { m_undockPositioningOffset = offset; }
/**
* If you don't want to know about the inner structure of the KMdi system, you can use
* this iterator to handle with the MDI view list in a more abstract way.
* The iterator hides what special data structure is used in KMdi.
*/
// FIXME And what exactly are we supposed to fix? -mattr
KMdiIterator<KMdiChildView*>* createIterator()
{
if ( m_pDocumentViews == 0L )
{
return new KMdiNullIterator<KMdiChildView*>();
}
else
{
return new KMdiListIterator<KMdiChildView>( *m_pDocumentViews );
}
}
/**
* Deletes an KMdiIterator created in the KMdi library (needed for the windows dll problem).
*/
void deleteIterator( KMdiIterator<KMdiChildView*>* pIt )
{
delete pIt;
}
/**
* Returns a popup menu that contains the MDI controlled view list.
* Additionally, this menu provides some placing actions for these views.
* Usually, you insert this popup menu in your main menubar as "Window" menu.
*/
TQPopupMenu* windowMenu() const { return m_pWindowMenu; };
/**
* Sets a background color for the MDI view area widget.
*/
virtual void setBackgroundColor( const TQColor &c ) { m_pMdi->setBackgroundColor( c ); }
/**
* Sets a background pixmap for the MDI view area widget.
*/
virtual void setBackgroundPixmap( const TQPixmap &pm ) { m_pMdi->setBackgroundPixmap( pm ); }
/**
* Sets a size that is used as the default size for a newly to the MDI system added KMdiChildView .
* By default this size is 600x400. So all non-resized added MDI views appear in that size.
*/
void setDefaultChildFrmSize( const TQSize& sz ) { m_pMdi->m_defaultChildFrmSize = sz; }
/**
* Returns the default size for a newly added KMdiChildView. See setDefaultChildFrmSize() .
*/
TQSize defaultChildFrmSize() { return m_pMdi->m_defaultChildFrmSize; }
/**
* Do nothing when in Toplevel mode
*/
virtual void setMinimumSize( int minw, int minh );
/**
* Returns the Childframe mode height of this. Makes only sense when in Toplevel mode.
*/
int childFrameModeHeight() { return m_oldMainFrmHeight; };
/**
* Tells the MDI system a TQMenu where it can insert buttons for
* the system menu, undock, minimize, restore actions.
* If no such menu is given, KMdi simply overlays the buttons
* at the upper right-hand side of the main widget.
*/
virtual void setMenuForSDIModeSysButtons( KMenuBar* menuBar = 0 );
/**
* @return the decoration of the window frame of docked (attached) MDI views
*/
static int frameDecorOfAttachedViews() { return m_frameDecoration; }
/**
* An SDI application user interface is faked:
* @li an opened view is always maximized
* @li buttons for maximized childframe mode aren't inserted in the main menubar
* @li taskbar and windowmenu are not created/updated
*/
void fakeSDIApplication();
/**
* @returns if we are faking an SDI application (fakeSDIApplication())
*/
bool isFakingSDIApplication() const { return m_bSDIApplication; }
virtual bool eventFilter( TQObject *obj, TQEvent *e );
void findRootDockWidgets( TQPtrList<KDockWidget>* pRootDockWidgetList, TQValueList<TQRect>* pPositionList );
/** We're switching something.*/
void setSwitching( const bool switching ) { m_bSwitching = switching; }
bool switching( void ) const { return m_bSwitching; }
public slots:
/**
* addWindow demands a KMdiChildView. This method wraps every TQWidget in such an object and
* this way you can put every widget under MDI control.
*/
KMdiChildView* createWrapper( TQWidget *view, const TQString& name, const TQString& shortName );
/**
* Adds a KMdiChildView to the MDI system. The main frame takes control of it.
* \param flags the flags for the view such as:
* \li whether the view should be attached or detached.
* \li whether the view should be shown or hidden
* \li whether the view should be maximized, minimized or restored (normalized)
* \li whether the view should be added as tool view (stay-on-top and toplevel) or added as document-type view.
*/
virtual void addWindow( KMdiChildView* pView, int flags = KMdi::StandardAdd );
//KDE4: merge the two methods
/**
* Adds a KMdiChildView to the MDI system. The main frame takes control of it.
* \param index the index of the tab we should insert the new tab after. If index == -1 then
* the tab will just be appended to the end. Using this parameter in childview mode has no effect.
* \param flags
* You can specify here whether:
* \li the view should be attached or detached.
* \li shown or hidden
* \li maximized, minimized or restored (normalized)
* \li added as tool view (stay-on-top and toplevel) or added as document-type view.
* \since 3.3
*/
void addWindow( KMdiChildView* pView, int flags, int index );
/**
* Adds a KMdiChildView to the MDI system. The main frame takes control of it.
* \param pos move the child view to the specified position
* \param flags the flags for the view such as:
* \li whether the view should be attached or detached.
* \li whether the view should be shown or hidden
* \li whether the view should be maximized, minimized or restored (normalized)
* \li whether the view should be added as tool view (stay-on-top and toplevel) or
* added as document-type view.
*/
virtual void addWindow( KMdiChildView* pView, TQPoint pos, int flags = KMdi::StandardAdd );
/**
* Adds a KMdiChildView to the MDI system. The main frame takes control of it.
* \param rectNormal Sets the geometry for this child view
* \param flags the flags for the view such as:
* \li whether the view should be attached or detached.
* \li whether the view should be shown or hidden
* \li whether the view should be maximized, minimized or restored (normalized)
* \li whether the view should be added as tool view (stay-on-top and toplevel) or
* added as document-type view.
*/
virtual void addWindow( KMdiChildView* pView, TQRect rectNormal, int flags = KMdi::StandardAdd );
/**
* Usually called from addWindow() when adding a tool view window. It reparents the given widget
* as toplevel and stay-on-top on the application's main widget.
*/
virtual KMdiToolViewAccessor *addToolWindow( TQWidget* pWnd, KDockWidget::DockPosition pos = KDockWidget::DockNone,
TQWidget* pTargetWnd = 0L, int percent = 50, const TQString& tabToolTip = 0,
const TQString& tabCaption = 0 );
virtual void deleteToolWindow( TQWidget* pWnd );
virtual void deleteToolWindow( KMdiToolViewAccessor *accessor );
/**
* Using this method you have to use the setWidget method of the access object, and it is very recommendet, that you use
* the widgetContainer() method for the parent of your newly created widget
*/
KMdiToolViewAccessor *createToolWindow();
/**
* Removes a KMdiChildView from the MDI system and from the main frame`s control.
* The caller is responsible for deleting the view. If the view is not deleted it will
* be reparented to 0
*/
virtual void removeWindowFromMdi( KMdiChildView *pWnd );
/**
* Removes a KMdiChildView from the MDI system and from the main frame`s control.
* Note: The view will be deleted!
*/
virtual void closeWindow( KMdiChildView *pWnd, bool layoutTaskBar = true );
/**
* Switches the KMdiTaskBar on and off.
*/
virtual void slot_toggleTaskBar();
/**
* Makes a main frame controlled undocked KMdiChildView docked.
* Doesn't work on KMdiChildView which aren't added to the MDI system.
* Use addWindow() for that.
*/
virtual void attachWindow( KMdiChildView *pWnd, bool bShow = true, bool bAutomaticResize = false );
/**
* Makes a docked KMdiChildView undocked.
* The view window still remains under the main frame's MDI control.
*/
virtual void detachWindow( KMdiChildView *pWnd, bool bShow = true );
/**
* Someone wants that the MDI view to be closed. This method sends a KMdiViewCloseEvent to itself
* to break the function call stack. See also event() .
*/
virtual void childWindowCloseRequest( KMdiChildView *pWnd );
/**
* Close all views
*/
virtual void closeAllViews();
/**
* Iconfiy all views
*/
virtual void iconifyAllViews();
/**
* Closes the view of the active (topchild) window
*/
virtual void closeActiveView();
/**
* Undocks all view windows (unix-like)
*/
virtual void switchToToplevelMode();
virtual void finishToplevelMode();
/**
* Docks all view windows (Windows-like)
*/
virtual void switchToChildframeMode();
virtual void finishChildframeMode();
/**
* Docks all view windows (Windows-like)
*/
virtual void switchToTabPageMode();
virtual void finishTabPageMode();
/**
* Docks all view windows. Toolviews use dockcontainers
*/
virtual void switchToIDEAlMode();
virtual void finishIDEAlMode( bool full = true );
/**
* Sets the appearance of the IDEAl mode. See KMultiTabBar styles for the first 3 bits.
* @deprecated use setToolviewStyle(int flags) instead
*/
void setIDEAlModeStyle( int flags ) KDE_DEPRECATED;
//KDE4: Get rid of the above.
/**
* Sets the appearance of the toolview tabs.
* @param flags See KMdi::ToolviewStyle.
* @since 3.3
*/
void setToolviewStyle( int flags );
/**
* @return if the view taskbar should be shown if there are MDI views
*/
bool isViewTaskBarOn();
/**
* Shows the view taskbar. This should be connected with your "View" menu.
*/
virtual void showViewTaskBar();
/**
* Hides the view taskbar. This should be connected with your "View" menu.
*/
virtual void hideViewTaskBar();
/**
* Update of the window menu contents.
*/
virtual void fillWindowMenu();
/**
* Cascades the windows without resizing them.
*/
virtual void cascadeWindows() { m_pMdi->cascadeWindows(); }
/**
* Cascades the windows resizing them to the maximum available size.
*/
virtual void cascadeMaximized() { m_pMdi->cascadeMaximized(); }
/**
* Maximizes only in vertical direction.
*/
virtual void expandVertical() { m_pMdi->expandVertical(); }
/**
* Maximizes only in horizontal direction.
*/
virtual void expandHorizontal() { m_pMdi->expandHorizontal(); }
/**
* Tile Pragma
*/
virtual void tilePragma() { m_pMdi->tilePragma(); }
/**
* Tile Anodine
*/
virtual void tileAnodine() { m_pMdi->tileAnodine(); }
/**
* TileQt::Vertically
*/
virtual void tileVertically() { m_pMdi->tileVertically(); }
/**
* Sets the decoration of the window frame of docked (attached) MDI views
* @deprecated Will be removed in KDE 4
*/
virtual void setFrameDecorOfAttachedViews( int frameDecor );
/**
* If in Childframe mode, we can switch between maximized or restored shown MDI views
*/
virtual void setEnableMaximizedChildFrmMode( bool bEnable );
/**
* Activates the next open view
*/
virtual void activateNextWin();
/**
* Activates the previous open view
*/
virtual void activatePrevWin();
/**
* Activates the view first viewed concerning to the access time.
*/
virtual void activateFirstWin();
/**
* Activates the view last viewed concerning to the access time.
*/
virtual void activateLastWin();
/**
* Activates the view with the tab page index (TabPage mode only)
*/
virtual void activateView( int index );
private:
void setupToolViewsForIDEALMode();
void setupTabbedDocumentViewSpace();
class KMdiDocumentViewTabWidget * m_documentTabWidget;
protected:
virtual void resizeEvent( TQResizeEvent * );
/**
* Creates a new MDI taskbar (showing the MDI views as taskbar entries) and shows it.
*/
virtual void createTaskBar();
/**
* Creates the MDI view area and connects some signals and slots with the KMdiMainFrm widget.
*/
virtual void createMdiManager();
/**
* prevents fillWindowMenu() from m_pWindowMenu->clear(). You have to care for it by yourself.
* This is useful if you want to add some actions in your overridden fillWindowMenu() method.
*/
void blockClearingOfWindowMenu( bool bBlocked ) { m_bClearingOfWindowMenuBlocked = bBlocked; }
void findToolViewsDockedToMain( TQPtrList<KDockWidget>* list, KDockWidget::DockPosition dprtmw );
void dockToolViewsIntoContainers( TQPtrList<KDockWidget>& widgetsToReparent, KDockWidget *container );
TQStringList prepareIdealToTabs( KDockWidget* container );
void idealToolViewsToStandardTabs( TQStringList widgetNames, KDockWidget::DockPosition pos, int sizee );
/** Get tabwidget visibility */
KMdi::TabWidgetVisibility tabWidgetVisibility();
/** Set tabwidget visibility */
void setTabWidgetVisibility( KMdi::TabWidgetVisibility );
/** Returns the tabwidget used in IDEAl and Tabbed modes. Returns 0 in other modes. */
class KTabWidget * tabWidget() const;
protected slots: // Protected slots
/**
* Sets the focus to this MDI view, raises it, activates its taskbar button and updates
* the system buttons in the main menubar when in maximized (Maximize mode).
*/
virtual void activateView( KMdiChildView *pWnd );
/**
* Activates the MDI view (see activateView() ) and popups the taskBar popup menu (see taskBarPopup() ).
*/
virtual void taskbarButtonRightClicked( KMdiChildView *pWnd );
/**
* Turns the system buttons for maximize mode (SDI mode) off, and disconnects them
*/
void switchOffMaximizeModeForMenu( KMdiChildFrm* oldChild );
/**
* Reconnects the system buttons form maximize mode (SDI mode) with the new child frame
*/
void updateSysButtonConnections( KMdiChildFrm* oldChild, KMdiChildFrm* newChild );
/**
* Usually called when the user clicks an MDI view item in the "Window" menu.
*/
void windowMenuItemActivated( int id );
/**
* Usually called when the user clicks an MDI view item in the sub-popup menu "Docking" of the "Window" menu.
*/
void dockMenuItemActivated( int id );
/**
* Popups the "Window" menu. See also windowPopup() .
*/
void popupWindowMenu( TQPoint p );
/**
* The timer for main widget moving has elapsed -> send drag end to all concerned views.
*/
void dragEndTimeOut();
/**
* internally used to handle click on view close button (TabPage mode, only)
*/
void closeViewButtonPressed();
signals:
/**
* Signals the last attached KMdiChildView has been closed
*/
void lastChildFrmClosed();
/**
* Signals the last KMdiChildView (that is under MDI control) has been closed
*/
void lastChildViewClosed();
/**
* Signals that the Toplevel mode has been left
*/
void leftTopLevelMode();
/**
* Signals that a child view has been detached (undocked to desktop)
*/
void childViewIsDetachedNow( TQWidget* );
/** Signals we need to collapse the overlapped containers */
void collapseOverlapContainers();
/** Signals the MDI mode has been changed */
void mdiModeHasBeenChangedTo( KMdi::MdiMode );
void viewActivated( KMdiChildView* );
void viewDeactivated( KMdiChildView* );
public slots:
void prevToolViewInDock();
void nextToolViewInDock();
private slots:
void setActiveToolDock( KMdiDockContainer* );
void removeFromActiveDockList( KMdiDockContainer* );
void slotDocCurrentChanged( TQWidget* );
void verifyToplevelHeight();
#define protected public
signals:
#undef protected
void toggleTop();
void toggleLeft();
void toggleRight();
void toggleBottom();
};
#endif //_TDEMDIMAINFRM_H_
// kate: space-indent off; tab-width 4; replace-tabs off; indent-mode csands;