/**************************************************************************** ** ** Implementation of TQMainWindow class ** ** Created : 980312 ** ** Copyright (C) 1992-2008 Trolltech ASA. All rights reserved. ** ** This file is part of the widgets module of the TQt GUI Toolkit. ** ** This file may be used under the terms of the GNU General ** Public License versions 2.0 or 3.0 as published by the Free ** Software Foundation and appearing in the files LICENSE.GPL2 ** and LICENSE.GPL3 included in the packaging of this file. ** Alternatively you may (at your option) use any later version ** of the GNU General Public License if such license has been ** publicly approved by Trolltech ASA (or its successors, if any) ** and the KDE Free TQt Foundation. ** ** Please review the following information to ensure GNU General ** Public Licensing requirements will be met: ** http://trolltech.com/products/qt/licenses/licensing/opensource/. ** If you are unsure which license is appropriate for your use, please ** review the following information: ** http://trolltech.com/products/qt/licenses/licensing/licensingoverview ** or contact the sales department at sales@trolltech.com. ** ** This file may be used under the terms of the Q Public License as ** defined by Trolltech ASA and appearing in the file LICENSE.TQPL ** included in the packaging of this file. Licensees holding valid TQt ** Commercial licenses may use this file in accordance with the TQt ** Commercial License Agreement provided with the Software. ** ** This file is provided "AS IS" with NO WARRANTY OF ANY KIND, ** INCLUDING THE WARRANTIES OF DESIGN, MERCHANTABILITY AND FITNESS FOR ** A PARTICULAR PURPOSE. Trolltech reserves all rights not granted ** herein. ** **********************************************************************/ #include "tqmainwindow.h" #ifndef TQT_NO_MAINWINDOW #include "tqtimer.h" #include "ntqlayout.h" #include "tqobjectlist.h" #include "tqintdict.h" #include "ntqapplication.h" #include "tqptrlist.h" #include "tqmap.h" #include "ntqcursor.h" #include "tqpainter.h" #include "tqmenubar.h" #include "tqpopupmenu.h" #include "tqtoolbar.h" #include "tqstatusbar.h" #include "ntqscrollview.h" #include "tqtooltip.h" #include "tqdatetime.h" #include "ntqwhatsthis.h" #include "tqbitmap.h" #include "ntqdockarea.h" #include "tqstringlist.h" #include "tqstyle.h" #ifdef TQ_WS_MACX # include "qt_mac.h" #endif class TQHideDock; class TQMainWindowLayout; class TQMainWindowPrivate { public: TQMainWindowPrivate() : mb(0), sb(0), ttg(0), mc(0), tll(0), mwl(0), ubp( FALSE ), utl( FALSE ), justify( FALSE ), movable( TRUE ), opaque( FALSE ), dockMenu( TRUE ) { docks.insert( TQt::DockTop, TRUE ); docks.insert( TQt::DockBottom, TRUE ); docks.insert( TQt::DockLeft, TRUE ); docks.insert( TQt::DockRight, TRUE ); docks.insert( TQt::DockMinimized, FALSE ); docks.insert( TQt::DockTornOff, TRUE ); } ~TQMainWindowPrivate() { } #ifndef TQT_NO_MENUBAR TQMenuBar * mb; #else TQWidget * mb; #endif TQStatusBar * sb; TQToolTipGroup * ttg; TQWidget * mc; TQBoxLayout * tll; TQMainWindowLayout * mwl; uint ubp :1; uint utl :1; uint justify :1; uint movable :1; uint opaque :1; uint dockMenu :1; TQDockArea *topDock, *bottomDock, *leftDock, *rightDock; TQPtrList dockWindows; TQMap docks; TQStringList disabledDocks; TQHideDock *hideDock; TQGuardedPtr rmbMenu, tbMenu, dwMenu; TQMap appropriate; TQMap dockWindowModes; }; /* TQMainWindowLayout, respects widthForHeight layouts (like the left and right docks are) */ class TQMainWindowLayout : public TQLayout { TQ_OBJECT public: TQMainWindowLayout( TQMainWindow *mw, TQLayout* parent = 0 ); ~TQMainWindowLayout() {} void addItem( TQLayoutItem * ); void setLeftDock( TQDockArea *l ); void setRightDock( TQDockArea *r ); void setCentralWidget( TQWidget *w ); bool hasHeightForWidth() const { return FALSE; } TQSize sizeHint() const; TQSize minimumSize() const; TQLayoutIterator iterator(); TQSizePolicy::ExpandData expanding() const { return TQSizePolicy::BothDirections; } void invalidate() {} protected: void setGeometry( const TQRect &r ) { TQLayout::setGeometry( r ); layoutItems( r ); } private: int layoutItems( const TQRect&, bool testonly = FALSE ); int extraPixels() const; TQDockArea *left, *right; TQWidget *central; TQMainWindow *mainWindow; }; TQSize TQMainWindowLayout::sizeHint() const { int w = 0; int h = 0; if ( left ) { w += left->sizeHint().width(); h = TQMAX( h, left->sizeHint().height() ); } if ( right ) { w += right->sizeHint().width(); h = TQMAX( h, right->sizeHint().height() ); } if ( central ) { w += central->sizeHint().width(); int diff = extraPixels(); h = TQMAX( h, central->sizeHint().height() + diff ); } return TQSize( w, h ); } TQSize TQMainWindowLayout::minimumSize() const { int w = 0; int h = 0; if ( left ) { TQSize ms = left->minimumSizeHint().expandedTo( left->minimumSize() ); w += ms.width(); h = TQMAX( h, ms.height() ); } if ( right ) { TQSize ms = right->minimumSizeHint().expandedTo( right->minimumSize() ); w += ms.width(); h = TQMAX( h, ms.height() ); } if ( central ) { TQSize min = central->minimumSize().isNull() ? central->minimumSizeHint() : central->minimumSize(); w += min.width(); int diff = extraPixels(); h = TQMAX( h, min.height() + diff ); } return TQSize( w, h ); } TQMainWindowLayout::TQMainWindowLayout( TQMainWindow *mw, TQLayout* parent ) : TQLayout( parent ), left( 0 ), right( 0 ), central( 0 ) { mainWindow = mw; } void TQMainWindowLayout::setLeftDock( TQDockArea *l ) { left = l; } void TQMainWindowLayout::setRightDock( TQDockArea *r ) { right = r; } void TQMainWindowLayout::setCentralWidget( TQWidget *w ) { central = w; } int TQMainWindowLayout::layoutItems( const TQRect &r, bool testonly ) { if ( !left && !central && !right ) return 0; int wl = 0, wr = 0; if ( left ) wl = ( (TQDockAreaLayout*)left->TQWidget::layout() )->widthForHeight( r.height() ); if ( right ) wr = ( (TQDockAreaLayout*)right->TQWidget::layout() )->widthForHeight( r.height() ); int w = r.width() - wr - wl; if ( w < 0 ) w = 0; int diff = extraPixels(); if ( !testonly ) { TQRect g( geometry() ); if ( left ) left->setGeometry( TQRect( g.x(), g.y() + diff, wl, r.height() - diff ) ); if ( right ) right->setGeometry( TQRect( g.x() + g.width() - wr, g.y() + diff, wr, r.height() - diff ) ); if ( central ) central->setGeometry( g.x() + wl, g.y() + diff, w, r.height() - diff ); } w = wl + wr; if ( central ) w += central->minimumSize().width(); return w; } int TQMainWindowLayout::extraPixels() const { if ( mainWindow->d->topDock->isEmpty() && !(mainWindow->d->leftDock->isEmpty() && mainWindow->d->rightDock->isEmpty()) ) { return 2; } else { return 0; } } void TQMainWindowLayout::addItem( TQLayoutItem * /* item */ ) { } TQLayoutIterator TQMainWindowLayout::iterator() { return 0; } /* TQHideToolTip and TQHideDock - minimized dock */ #ifndef TQT_NO_TOOLTIP class TQHideToolTip : public TQToolTip { public: TQHideToolTip( TQWidget *parent ) : TQToolTip( parent ) {} ~TQHideToolTip() {} virtual void maybeTip( const TQPoint &pos ); }; #endif class TQHideDock : public TQWidget { TQ_OBJECT public: TQHideDock( TQMainWindow *parent ) : TQWidget( parent, "qt_hide_dock" ) { hide(); setFixedHeight( style().pixelMetric( TQStyle::PM_DockWindowHandleExtent, this ) + 3 ); pressedHandle = -1; pressed = FALSE; setMouseTracking( TRUE ); win = parent; #ifndef TQT_NO_TOOLTIP tip = new TQHideToolTip( this ); #endif } ~TQHideDock() { #ifndef TQT_NO_TOOLTIP delete tip; #endif } protected: void paintEvent( TQPaintEvent *e ) { if ( !children() || children()->isEmpty() ) return; TQPainter p( this ); p.setClipRegion( e->rect() ); p.fillRect( e->rect(), colorGroup().brush( TQColorGroup::Background ) ); int x = 0; int i = -1; TQObjectListIt it( *children() ); TQObject *o; while ( ( o = it.current() ) ) { ++it; ++i; TQDockWindow *dw = ::tqt_cast(o); if ( !dw || !dw->isVisible() ) continue; TQStyle::SFlags flags = TQStyle::Style_Default; if ( i == pressedHandle ) flags |= TQStyle::Style_On; style().drawPrimitive( TQStyle::PE_DockWindowHandle, &p, TQRect( x, 0, 30, 10 ), colorGroup(), flags ); x += 30; } } void mousePressEvent( TQMouseEvent *e ) { pressed = TRUE; if ( !children() || children()->isEmpty() ) return; mouseMoveEvent( e ); pressedHandle = -1; if ( e->button() == RightButton && win->isDockMenuEnabled() ) { // ### TODO: HideDock menu } else { mouseMoveEvent( e ); } } void mouseMoveEvent( TQMouseEvent *e ) { if ( !children() || children()->isEmpty() ) return; if ( !pressed ) return; int x = 0; int i = -1; if ( e->y() >= 0 && e->y() <= height() ) { TQObjectListIt it( *children() ); TQObject *o; while ( ( o = it.current() ) ) { ++it; ++i; TQDockWindow *dw = ::tqt_cast(o); if ( !dw || !dw->isVisible() ) continue; if ( e->x() >= x && e->x() <= x + 30 ) { int old = pressedHandle; pressedHandle = i; if ( pressedHandle != old ) repaint( TRUE ); return; } x += 30; } } int old = pressedHandle; pressedHandle = -1; if ( old != -1 ) repaint( TRUE ); } void mouseReleaseEvent( TQMouseEvent *e ) { pressed = FALSE; if ( pressedHandle == -1 ) return; if ( !children() || children()->isEmpty() ) return; if ( e->button() == LeftButton ) { if ( e->y() >= 0 && e->y() <= height() ) { TQObject *o = ( (TQObjectList*)children() )->at( pressedHandle ); TQDockWindow *dw = ::tqt_cast(o); if ( dw ) { dw->show(); dw->dock(); } } } pressedHandle = -1; repaint( FALSE ); } bool eventFilter( TQObject *o, TQEvent *e ) { if ( o == this || !o->isWidgetType() ) return TQWidget::eventFilter( o, e ); if ( e->type() == TQEvent::Hide || e->type() == TQEvent::Show || e->type() == TQEvent::ShowToParent ) updateState(); return TQWidget::eventFilter( o, e ); } void updateState() { bool visible = TRUE; if ( !children() || children()->isEmpty() ) { visible = FALSE; } else { TQObjectListIt it( *children() ); TQObject *o; while ( ( o = it.current() ) ) { ++it; TQDockWindow *dw = ::tqt_cast(o); if ( !dw ) continue; if ( dw->isHidden() ) { visible = FALSE; continue; } if ( !dw->isVisible() ) continue; visible = TRUE; break; } } if ( visible ) show(); else hide(); win->triggerLayout( FALSE ); update(); } void childEvent( TQChildEvent *e ) { TQWidget::childEvent( e ); if ( e->type() == TQEvent::ChildInserted ) e->child()->installEventFilter( this ); else e->child()->removeEventFilter( this ); updateState(); } private: TQMainWindow *win; int pressedHandle; bool pressed; #ifndef TQT_NO_TOOLTIP TQHideToolTip *tip; friend class TQHideToolTip; #endif }; #ifndef TQT_NO_TOOLTIP void TQHideToolTip::maybeTip( const TQPoint &pos ) { if ( !parentWidget() ) return; TQHideDock *dock = (TQHideDock*)parentWidget(); if ( !dock->children() || dock->children()->isEmpty() ) return; TQObjectListIt it( *dock->children() ); TQObject *o; int x = 0; while ( ( o = it.current() ) ) { ++it; TQDockWindow *dw = ::tqt_cast(o); if ( !dw || !dw->isVisible() ) continue; if ( pos.x() >= x && pos.x() <= x + 30 ) { TQDockWindow *dw = (TQDockWindow*)o; if ( !dw->caption().isEmpty() ) tip( TQRect( x, 0, 30, dock->height() ), dw->caption() ); return; } x += 30; } } #endif /*! \class TQMainWindow tqmainwindow.h \brief The TQMainWindow class provides a main application window, with a menu bar, dock windows (e.g. for toolbars), and a status bar. \ingroup application \mainclass Main windows are most often used to provide menus, toolbars and a status bar around a large central widget, such as a text edit, drawing canvas or TQWorkspace (for MDI applications). TQMainWindow is usually subclassed since this makes it easier to encapsulate the central widget, menus and toolbars as well as the window's state. Subclassing makes it possible to create the slots that are called when the user clicks menu items or toolbar buttons. You can also create main windows using \link designer-manual.book TQt Designer\endlink. We'll briefly review adding menu items and toolbar buttons then describe the facilities of TQMainWindow itself. \code TQMainWindow *mw = new TQMainWindow; TQTextEdit *edit = new TQTextEdit( mw, "editor" ); edit->setFocus(); mw->setCaption( "Main Window" ); mw->setCentralWidget( edit ); mw->show(); \endcode TQMainWindows may be created in their own right as shown above. The central widget is set with setCentralWidget(). Popup menus can be added to the default menu bar, widgets can be added to the status bar, toolbars and dock windows can be added to any of the dock areas. \quotefile application/main.cpp \skipto ApplicationWindow \printuntil show In the extract above ApplicationWindow is a subclass of TQMainWindow that we must write for ourselves; this is the usual approach to using TQMainWindow. (The source for the extracts in this description are taken from \l application/main.cpp, \l application/application.cpp, \l action/main.cpp, and \l action/application.cpp ) When subclassing we add the menu items and toolbars in the subclass's constructor. If we've created a TQMainWindow instance directly we can add menu items and toolbars just as easily by passing the TQMainWindow instance as the parent instead of the \e this pointer. \quotefile application/application.cpp \skipto help = new \printuntil about Here we've added a new menu with one menu item. The menu has been inserted into the menu bar that TQMainWindow provides by default and which is accessible through the menuBar() function. The slot will be called when the menu item is clicked. \quotefile application/application.cpp \skipto fileTools \printuntil setLabel \skipto TQToolButton \printuntil open file This extract shows the creation of a toolbar with one toolbar button. TQMainWindow supplies four dock areas for toolbars. When a toolbar is created as a child of a TQMainWindow (or derived class) instance it will be placed in a dock area (the \c Top dock area by default). The slot will be called when the toolbar button is clicked. Any dock window can be added to a dock area either using addDockWindow(), or by creating a dock window with the TQMainWindow as the parent. \quotefile application/application.cpp \skipto editor \printuntil statusBar Having created the menus and toolbar we create an instance of the large central widget, give it the focus and set it as the main window's central widget. In the example we've also set the status bar, accessed via the statusBar() function, to an initial message which will be displayed for two seconds. Note that you can add additional widgets to the status bar, for example labels, to show further status information. See the TQStatusBar documentation for details, particularly the addWidget() function. Often we want to synchronize a toolbar button with a menu item. For example, if the user clicks a 'bold' toolbar button we want the 'bold' menu item to be checked. This synchronization can be achieved automatically by creating actions and adding the actions to the toolbar and menu. \quotefile action/application.cpp \skipto TQAction * fileOpen \printline \skipto fileOpenAction \printuntil choose Here we create an action with an icon which will be used in any menu and toolbar that the action is added to. We've also given the action a menu name, '\&Open', and a keyboard shortcut. The connection that we have made will be used when the user clicks either the menu item \e or the toolbar button. \quotefile action/application.cpp \skipto TQPopupMenu * file \printuntil menuBar \skipto fileOpen \printline The extract above shows the creation of a popup menu. We add the menu to the TQMainWindow's menu bar and add our action. \quotefile action/application.cpp \skipto TQToolBar * fileTool \printuntil OpenAction Here we create a new toolbar as a child of the TQMainWindow and add our action to the toolbar. We'll now explore the functionality offered by TQMainWindow. The main window will take care of the dock areas, and the geometry of the central widget, but all other aspects of the central widget are left to you. TQMainWindow automatically detects the creation of a menu bar or status bar if you specify the TQMainWindow as parent, or you can use the provided menuBar() and statusBar() functions. The functions menuBar() and statusBar() create a suitable widget if one doesn't exist, and update the window's layout to make space. TQMainWindow provides a TQToolTipGroup connected to the status bar. The function toolTipGroup() provides access to the default TQToolTipGroup. It isn't possible to set a different tool tip group. New dock windows and toolbars can be added to a TQMainWindow using addDockWindow(). Dock windows can be moved using moveDockWindow() and removed with removeDockWindow(). TQMainWindow allows default dock window (toolbar) docking in all its dock areas (\c Top, \c Left, \c Right, \c Bottom). You can use setDockEnabled() to enable and disable docking areas for dock windows. When adding or moving dock windows you can specify their 'edge' (dock area). The currently available edges are: \c Top, \c Left, \c Right, \c Bottom, \c Minimized (effectively a 'hidden' dock area) and \c TornOff (floating). See \l TQt::Dock for an explanation of these areas. Note that the *ToolBar functions are included for backward compatibility; all new code should use the *DockWindow functions. TQToolbar is a subclass of TQDockWindow so all functions that work with dock windows work on toolbars in the same way. \target dwm If the user clicks the close button, then the dock window is hidden. A dock window can be hidden or unhidden by the user by right clicking a dock area and clicking the name of the relevant dock window on the pop up dock window menu. This menu lists the names of every dock window; visible dock windows have a tick beside their names. The dock window menu is created automatically as required by createDockWindowMenu(). Since it may not always be appropriate for a dock window to appear on this menu the setAppropriate() function is used to inform the main window whether or not the dock window menu should include a particular dock window. Double clicking a dock window handle (usually on the left-hand side of the dock window) undocks (floats) the dock window. Double clicking a floating dock window's titlebar will dock the floating dock window. (See also \l{TQMainWindow::DockWindows}.) Some functions change the appearance of a TQMainWindow globally: \list \i TQDockWindow::setHorizontalStretchable() and TQDockWindow::setVerticalStretchable() are used to make specific dock windows or toolbars stretchable. \i setUsesBigPixmaps() is used to set whether tool buttons should draw small or large pixmaps (see TQIconSet for more information). \i setUsesTextLabel() is used to set whether tool buttons should display a textual label in addition to pixmaps (see TQToolButton for more information). \endlist The user can drag dock windows into any enabled docking area. Dock windows can also be dragged \e within a docking area, for example to rearrange the order of some toolbars. Dock windows can also be dragged outside any docking area (undocked or 'floated'). Being able to drag dock windows can be enabled (the default) and disabled using setDockWindowsMovable(). The \c Minimized edge is a hidden dock area. If this dock area is enabled the user can hide (minimize) a dock window or show (restore) a minimized dock window by clicking the dock window handle. If the user hovers the mouse cursor over one of the handles, the caption of the dock window is displayed in a tool tip (see TQDockWindow::caption() or TQToolBar::label()), so if you enable the \c Minimized dock area, it is best to specify a meaningful caption or label for each dock window. To minimize a dock window programmatically use moveDockWindow() with an edge of \c Minimized. Dock windows are moved transparently by default, i.e. during the drag an outline rectangle is drawn on the screen representing the position of the dock window as it moves. If you want the dock window to be shown normally whilst it is moved use setOpaqueMoving(). The location of a dock window, i.e. its dock area and position within the dock area, can be determined by calling getLocation(). Movable dock windows can be lined up to minimize wasted space with lineUpDockWindows(). Pointers to the dock areas are available from topDock(), leftDock(), rightDock() and bottomDock(). A customize menu item is added to the pop up dock window menu if isCustomizable() returns TRUE; it returns FALSE by default. Reimplement isCustomizable() and customize() if you want to offer this extra menu item, for example, to allow the user to change settings relating to the main window and its toolbars and dock windows. The main window's menu bar is fixed (at the top) by default. If you want a movable menu bar, create a TQMenuBar as a stretchable widget inside its own movable dock window and restrict this dock window to only live within the \c Top or \c Bottom dock: \code TQToolBar *tb = new TQToolBar( this ); addDockWindow( tb, tr( "Menubar" ), Top, FALSE ); TQMenuBar *mb = new TQMenuBar( tb ); mb->setFrameStyle( TQFrame::NoFrame ); tb->setStretchableWidget( mb ); setDockEnabled( tb, Left, FALSE ); setDockEnabled( tb, Right, FALSE ); \endcode An application with multiple dock windows can choose to save the current dock window layout in order to restore it later, e.g. in the next session. You can do this by using the streaming operators for TQMainWindow. To save the layout and positions of all the dock windows do this: \code TQFile file( filename ); if ( file.open( IO_WriteOnly ) ) { TQTextStream stream( &file ); stream << *mainWindow; file.close(); } \endcode To restore the dock window positions and sizes (normally when the application is next started), do following: \code TQFile file( filename ); if ( file.open( IO_ReadOnly ) ) { TQTextStream stream( &file ); stream >> *mainWindow; file.close(); } \endcode The TQSettings class can be used in conjunction with the streaming operators to store the application's settings. TQMainWindow's management of dock windows and toolbars is done transparently behind-the-scenes by TQDockArea. For multi-document interfaces (MDI), use a TQWorkspace as the central widget. Adding dock windows, e.g. toolbars, to TQMainWindow's dock areas is straightforward. If the supplied dock areas are not sufficient for your application we suggest that you create a TQWidget subclass and add your own dock areas (see \l TQDockArea) to the subclass since TQMainWindow provides functionality specific to the standard dock areas it provides. \sa TQToolBar TQDockWindow TQStatusBar TQAction TQMenuBar TQPopupMenu TQToolTipGroup TQDialog */ /*! \enum TQt::ToolBarDock \internal */ /*! \enum TQt::Dock Each dock window can be in one of the following positions: \value DockTop above the central widget, below the menu bar. \value DockBottom below the central widget, above the status bar. \value DockLeft to the left of the central widget. \value DockRight to the right of the central widget. \value DockMinimized the dock window is not shown (this is effectively a 'hidden' dock area); the handles of all minimized dock windows are drawn in one row below the menu bar. \value DockTornOff the dock window floats as its own top level window which always stays on top of the main window. \value DockUnmanaged not managed by a TQMainWindow. */ /*! \enum TQMainWindow::DockWindows Right-clicking a dock area will pop-up the dock window menu (createDockWindowMenu() is called automatically). When called in code you can specify what items should appear on the menu with this enum. \value OnlyToolBars The menu will list all the toolbars, but not any other dock windows. \value NoToolBars The menu will list dock windows but not toolbars. \value AllDockWindows The menu will list all toolbars and other dock windows. (This is the default.) */ /*! \obsolete \fn void TQMainWindow::addToolBar( TQDockWindow *, Dock = Top, bool newLine = FALSE ); */ /*! \obsolete \overload void TQMainWindow::addToolBar( TQDockWindow *, const TQString &label, Dock = Top, bool newLine = FALSE ); */ /*! \obsolete \fn void TQMainWindow::moveToolBar( TQDockWindow *, Dock = Top ); */ /*! \obsolete \overload void TQMainWindow::moveToolBar( TQDockWindow *, Dock, bool nl, int index, int extraOffset = -1 ); */ /*! \obsolete \fn void TQMainWindow::removeToolBar( TQDockWindow * ); */ /*! \obsolete \fn void TQMainWindow::lineUpToolBars( bool keepNewLines = FALSE ); */ /*! \obsolete \fn void TQMainWindow::toolBarPositionChanged( TQToolBar * ); */ /*! \obsolete \fn bool TQMainWindow::toolBarsMovable() const */ /*! \obsolete \fn void TQMainWindow::setToolBarsMovable( bool ) */ /*! Constructs an empty main window. The \a parent, \a name and widget flags \a f, are passed on to the TQWidget constructor. By default, the widget flags are set to \c WType_TopLevel rather than 0 as they are with TQWidget. If you don't want your TQMainWindow to be a top level widget then you will need to set \a f to 0. */ TQMainWindow::TQMainWindow( TQWidget * parent, const char * name, WFlags f ) : TQWidget( parent, name, f ) { d = new TQMainWindowPrivate; #ifdef TQ_WS_MACX d->opaque = TRUE; #else d->opaque = FALSE; #endif installEventFilter( this ); d->topDock = new TQDockArea( Horizontal, TQDockArea::Normal, this, "qt_top_dock" ); d->topDock->installEventFilter( this ); d->bottomDock = new TQDockArea( Horizontal, TQDockArea::Reverse, this, "qt_bottom_dock" ); d->bottomDock->installEventFilter( this ); d->leftDock = new TQDockArea( Vertical, TQDockArea::Normal, this, "qt_left_dock" ); d->leftDock->installEventFilter( this ); d->rightDock = new TQDockArea( Vertical, TQDockArea::Reverse, this, "qt_right_dock" ); d->rightDock->installEventFilter( this ); d->hideDock = new TQHideDock( this ); } /*! Destroys the object and frees any allocated resources. */ TQMainWindow::~TQMainWindow() { delete layout(); delete d; } #ifndef TQT_NO_MENUBAR /*! Sets this main window to use the menu bar \a newMenuBar. The existing menu bar (if any) is deleted along with its contents. \sa menuBar() */ void TQMainWindow::setMenuBar( TQMenuBar * newMenuBar ) { if ( !newMenuBar ) return; if ( d->mb ) delete d->mb; d->mb = newMenuBar; d->mb->installEventFilter( this ); triggerLayout(); } /*! Returns the menu bar for this window. If there isn't one, then menuBar() creates an empty menu bar. \sa statusBar() */ TQMenuBar * TQMainWindow::menuBar() const { if ( d->mb ) return d->mb; TQObjectList * l = ((TQObject*)this)->queryList( "TQMenuBar", 0, FALSE, FALSE ); TQMenuBar * b; if ( l && l->count() ) { b = (TQMenuBar *)l->first(); } else { b = new TQMenuBar( (TQMainWindow *)this, "automatic menu bar" ); b->show(); } delete l; d->mb = b; d->mb->installEventFilter( this ); ((TQMainWindow *)this)->triggerLayout(); return b; } #endif // TQT_NO_MENUBAR /*! Sets this main window to use the status bar \a newStatusBar. The existing status bar (if any) is deleted along with its contents. Note that \a newStatusBar \e must be a child of this main window, and that it is not automatically displayed. If you call this function after show(), you will probably also need to call newStatusBar->show(). \sa setMenuBar() statusBar() */ void TQMainWindow::setStatusBar( TQStatusBar * newStatusBar ) { if ( !newStatusBar || newStatusBar == d->sb ) return; if ( d->sb ) delete d->sb; d->sb = newStatusBar; #ifndef TQT_NO_TOOLTIP // ### this code can cause unnecessary creation of a tool tip group connect( toolTipGroup(), TQ_SIGNAL(showTip(const TQString&)), d->sb, TQ_SLOT(message(const TQString&)) ); connect( toolTipGroup(), TQ_SIGNAL(removeTip()), d->sb, TQ_SLOT(clear()) ); #endif d->sb->installEventFilter( this ); triggerLayout(); } /*! Returns this main window's status bar. If there isn't one, statusBar() creates an empty status bar, and if necessary a tool tip group too. \sa menuBar() toolTipGroup() */ TQStatusBar * TQMainWindow::statusBar() const { if ( d->sb ) return d->sb; TQObjectList * l = ((TQObject*)this)->queryList( "TQStatusBar", 0, FALSE, FALSE ); TQStatusBar * s; if ( l && l->count() ) { s = (TQStatusBar *)l->first(); } else { s = new TQStatusBar( (TQMainWindow *)this, "automatic status bar" ); s->show(); } delete l; ((TQMainWindow *)this)->setStatusBar( s ); ((TQMainWindow *)this)->triggerLayout( TRUE ); return s; } #ifndef TQT_NO_TOOLTIP /*! Sets this main window to use the tool tip group \a newToolTipGroup. The existing tool tip group (if any) is deleted along with its contents. All the tool tips connected to it lose the ability to display the group texts. \sa menuBar() toolTipGroup() */ void TQMainWindow::setToolTipGroup( TQToolTipGroup * newToolTipGroup ) { if ( !newToolTipGroup || newToolTipGroup == d->ttg ) return; if ( d->ttg ) delete d->ttg; d->ttg = newToolTipGroup; connect( toolTipGroup(), TQ_SIGNAL(showTip(const TQString&)), statusBar(), TQ_SLOT(message(const TQString&)) ); connect( toolTipGroup(), TQ_SIGNAL(removeTip()), statusBar(), TQ_SLOT(clear()) ); } /*! Returns this main window's tool tip group. If there isn't one, toolTipGroup() creates an empty tool tip group. \sa menuBar() statusBar() */ TQToolTipGroup * TQMainWindow::toolTipGroup() const { if ( d->ttg ) return d->ttg; TQToolTipGroup * t = new TQToolTipGroup( (TQMainWindow*)this, "automatic tool tip group" ); ((TQMainWindowPrivate*)d)->ttg = t; return t; } #endif /*! If \a enable is TRUE then users can dock windows in the \a dock area. If \a enable is FALSE users cannot dock windows in the \a dock dock area. Users can dock (drag) dock windows into any enabled dock area. */ void TQMainWindow::setDockEnabled( Dock dock, bool enable ) { d->docks.replace( dock, enable ); } /*! Returns TRUE if the \a dock dock area is enabled, i.e. it can accept user dragged dock windows; otherwise returns FALSE. \sa setDockEnabled() */ bool TQMainWindow::isDockEnabled( Dock dock ) const { return d->docks[ dock ]; } /*! \overload Returns TRUE if dock area \a area is enabled, i.e. it can accept user dragged dock windows; otherwise returns FALSE. \sa setDockEnabled() */ bool TQMainWindow::isDockEnabled( TQDockArea *area ) const { if ( area == d->leftDock ) return d->docks[ DockLeft ]; if ( area == d->rightDock ) return d->docks[ DockRight ]; if ( area == d->topDock ) return d->docks[ DockTop ]; if ( area == d->bottomDock ) return d->docks[ DockBottom ]; return FALSE; } /*! \overload If \a enable is TRUE then users can dock the \a dw dock window in the \a dock area. If \a enable is FALSE users cannot dock the \a dw dock window in the \a dock area. In general users can dock (drag) dock windows into any enabled dock area. Using this function particular dock areas can be enabled (or disabled) as docking points for particular dock windows. */ void TQMainWindow::setDockEnabled( TQDockWindow *dw, Dock dock, bool enable ) { if ( d->dockWindows.find( dw ) == -1 ) { d->dockWindows.append( dw ); connect( dw, TQ_SIGNAL( placeChanged(TQDockWindow::Place) ), this, TQ_SLOT( slotPlaceChanged() ) ); } TQString s; s.sprintf( "%p_%d", (void*)dw, (int)dock ); if ( enable ) d->disabledDocks.remove( s ); else if ( d->disabledDocks.find( s ) == d->disabledDocks.end() ) d->disabledDocks << s; switch ( dock ) { case DockTop: topDock()->setAcceptDockWindow( dw, enable ); break; case DockLeft: leftDock()->setAcceptDockWindow( dw, enable ); break; case DockRight: rightDock()->setAcceptDockWindow( dw, enable ); break; case DockBottom: bottomDock()->setAcceptDockWindow( dw, enable ); break; default: break; } } /*! \overload Returns TRUE if dock area \a area is enabled for the dock window \a dw; otherwise returns FALSE. \sa setDockEnabled() */ bool TQMainWindow::isDockEnabled( TQDockWindow *dw, TQDockArea *area ) const { if ( !isDockEnabled( area ) ) return FALSE; Dock dock; if ( area == d->leftDock ) dock = DockLeft; else if ( area == d->rightDock ) dock = DockRight; else if ( area == d->topDock ) dock = DockTop; else if ( area == d->bottomDock ) dock = DockBottom; else return FALSE; return isDockEnabled( dw, dock ); } /*! \overload Returns TRUE if dock area \a dock is enabled for the dock window \a tb; otherwise returns FALSE. \sa setDockEnabled() */ bool TQMainWindow::isDockEnabled( TQDockWindow *tb, Dock dock ) const { if ( !isDockEnabled( dock ) ) return FALSE; TQString s; s.sprintf( "%p_%d", (void*)tb, (int)dock ); return d->disabledDocks.find( s ) == d->disabledDocks.end(); } /*! Adds \a dockWindow to the \a edge dock area. If \a newLine is FALSE (the default) then the \a dockWindow is added at the end of the \a edge. For vertical edges the end is at the bottom, for horizontal edges (including \c Minimized) the end is at the right. If \a newLine is TRUE a new line of dock windows is started with \a dockWindow as the first (left-most and top-most) dock window. If \a dockWindow is managed by another main window, it is first removed from that window. */ void TQMainWindow::addDockWindow( TQDockWindow *dockWindow, Dock edge, bool newLine ) { #ifdef TQ_WS_MAC if(isTopLevel() && edge == DockTop) ChangeWindowAttributes((WindowPtr)handle(), kWindowToolbarButtonAttribute, 0); #endif moveDockWindow( dockWindow, edge ); dockWindow->setNewLine( newLine ); if ( d->dockWindows.find( dockWindow ) == -1 ) { d->dockWindows.append( dockWindow ); connect( dockWindow, TQ_SIGNAL( placeChanged(TQDockWindow::Place) ), this, TQ_SLOT( slotPlaceChanged() ) ); dockWindow->installEventFilter( this ); } dockWindow->setOpaqueMoving( d->opaque ); } /*! \overload Adds \a dockWindow to the dock area with label \a label. If \a newLine is FALSE (the default) the \a dockWindow is added at the end of the \a edge. For vertical edges the end is at the bottom, for horizontal edges (including \c Minimized) the end is at the right. If \a newLine is TRUE a new line of dock windows is started with \a dockWindow as the first (left-most and top-most) dock window. If \a dockWindow is managed by another main window, it is first removed from that window. */ void TQMainWindow::addDockWindow( TQDockWindow * dockWindow, const TQString &label, Dock edge, bool newLine ) { addDockWindow( dockWindow, edge, newLine ); #ifndef TQT_NO_TOOLBAR TQToolBar *tb = ::tqt_cast(dockWindow); if ( tb ) tb->setLabel( label ); #endif } /*! Moves \a dockWindow to the end of the \a edge. For vertical edges the end is at the bottom, for horizontal edges (including \c Minimized) the end is at the right. If \a dockWindow is managed by another main window, it is first removed from that window. */ void TQMainWindow::moveDockWindow( TQDockWindow * dockWindow, Dock edge ) { Orientation oo = dockWindow->orientation(); switch ( edge ) { case DockTop: if ( dockWindow->area() != d->topDock ) dockWindow->removeFromDock( FALSE ); d->topDock->moveDockWindow( dockWindow ); emit dockWindowPositionChanged( dockWindow ); break; case DockBottom: if ( dockWindow->area() != d->bottomDock ) dockWindow->removeFromDock( FALSE ); d->bottomDock->moveDockWindow( dockWindow ); emit dockWindowPositionChanged( dockWindow ); break; case DockRight: if ( dockWindow->area() != d->rightDock ) dockWindow->removeFromDock( FALSE ); d->rightDock->moveDockWindow( dockWindow ); emit dockWindowPositionChanged( dockWindow ); break; case DockLeft: if ( dockWindow->area() != d->leftDock ) dockWindow->removeFromDock( FALSE ); d->leftDock->moveDockWindow( dockWindow ); emit dockWindowPositionChanged( dockWindow ); break; case DockTornOff: dockWindow->undock(); break; case DockMinimized: dockWindow->undock( d->hideDock ); break; case DockUnmanaged: break; } if ( oo != dockWindow->orientation() ) dockWindow->setOrientation( dockWindow->orientation() ); } /*! \overload Moves \a dockWindow to position \a index within the \a edge dock area. Any dock windows with positions \a index or higher have their position number incremented and any of these on the same line are moved right (down for vertical dock areas) to make room. If \a nl is TRUE, a new dock window line is created below the line in which the moved dock window appears and the moved dock window, with any others with higher positions on the same line, is moved to this new line. The \a extraOffset is the space to put between the left side of the dock area (top side for vertical dock areas) and the dock window. (This is mostly used for restoring dock windows to the positions the user has dragged them to.) If \a dockWindow is managed by another main window, it is first removed from that window. */ void TQMainWindow::moveDockWindow( TQDockWindow * dockWindow, Dock edge, bool nl, int index, int extraOffset ) { Orientation oo = dockWindow->orientation(); dockWindow->setNewLine( nl ); dockWindow->setOffset( extraOffset ); switch ( edge ) { case DockTop: if ( dockWindow->area() != d->topDock ) dockWindow->removeFromDock( FALSE ); d->topDock->moveDockWindow( dockWindow, index ); break; case DockBottom: if ( dockWindow->area() != d->bottomDock ) dockWindow->removeFromDock( FALSE ); d->bottomDock->moveDockWindow( dockWindow, index ); break; case DockRight: if ( dockWindow->area() != d->rightDock ) dockWindow->removeFromDock( FALSE ); d->rightDock->moveDockWindow( dockWindow, index ); break; case DockLeft: if ( dockWindow->area() != d->leftDock ) dockWindow->removeFromDock( FALSE ); d->leftDock->moveDockWindow( dockWindow, index ); break; case DockTornOff: dockWindow->undock(); break; case DockMinimized: dockWindow->undock( d->hideDock ); break; case DockUnmanaged: break; } if ( oo != dockWindow->orientation() ) dockWindow->setOrientation( dockWindow->orientation() ); } /*! Removes \a dockWindow from the main window's docking area, provided \a dockWindow is non-null and managed by this main window. */ void TQMainWindow::removeDockWindow( TQDockWindow * dockWindow ) { #ifdef TQ_WS_MAC if(isTopLevel() && dockWindow->area() == topDock() && !dockWindows( DockTop ).count()) ChangeWindowAttributes((WindowPtr)handle(), 0, kWindowToolbarButtonAttribute); #endif dockWindow->hide(); d->dockWindows.removeRef( dockWindow ); disconnect( dockWindow, TQ_SIGNAL( placeChanged(TQDockWindow::Place) ), this, TQ_SLOT( slotPlaceChanged() ) ); dockWindow->removeEventFilter( this ); } /*! Sets up the geometry management of the window. It is called automatically when needed, so you shouldn't need to call it. */ void TQMainWindow::setUpLayout() { #ifndef TQT_NO_MENUBAR if ( !d->mb ) { // slightly evil hack here. reconsider this TQObjectList * l = ((TQObject*)this)->queryList( "TQMenuBar", 0, FALSE, FALSE ); if ( l && l->count() ) d->mb = menuBar(); delete l; } #endif if ( !d->sb ) { // as above. TQObjectList * l = ((TQObject*)this)->queryList( "TQStatusBar", 0, FALSE, FALSE ); if ( l && l->count() ) d->sb = statusBar(); delete l; } if (!d->tll) { d->tll = new TQBoxLayout( this, TQBoxLayout::Down ); d->tll->setResizeMode( minimumSize().isNull() ? TQLayout::Minimum : TQLayout::FreeResize ); } else { d->tll->setMenuBar( 0 ); TQLayoutIterator it = d->tll->iterator(); TQLayoutItem *item; while ( (item = it.takeCurrent()) ) delete item; } #ifndef TQT_NO_MENUBAR if ( d->mb && d->mb->isVisibleTo( this ) ) { d->tll->setMenuBar( d->mb ); if (style().styleHint(TQStyle::SH_MainWindow_SpaceBelowMenuBar, this)) d->tll->addSpacing( d->movable ? 1 : 2 ); } #endif d->tll->addWidget( d->hideDock ); if(d->topDock->parentWidget() == this) d->tll->addWidget( d->topDock ); TQMainWindowLayout *mwl = new TQMainWindowLayout( this, d->tll ); d->tll->setStretchFactor( mwl, 1 ); if(d->leftDock->parentWidget() == this) mwl->setLeftDock( d->leftDock ); if ( centralWidget() ) mwl->setCentralWidget( centralWidget() ); if(d->rightDock->parentWidget() == this) mwl->setRightDock( d->rightDock ); d->mwl = mwl; if(d->bottomDock->parentWidget() == this) d->tll->addWidget( d->bottomDock ); if ( d->sb && d->sb->parentWidget() == this) { d->tll->addWidget( d->sb, 0 ); // make the sb stay on top of tool bars if there isn't enough space d->sb->raise(); } } /*! \reimp */ void TQMainWindow::show() { if ( !d->tll ) setUpLayout(); // show all floating dock windows not explicitly hidden if (!isVisible()) { TQPtrListIterator it(d->dockWindows); while ( it.current() ) { TQDockWindow *dw = it.current(); ++it; if ( dw->isTopLevel() && !dw->isVisible() && !dw->testWState(WState_ForceHide) ) dw->show(); } } // show us last so we get focus TQWidget::show(); } /*! \reimp */ void TQMainWindow::hide() { if ( isVisible() ) { TQPtrListIterator it(d->dockWindows); while ( it.current() ) { TQDockWindow *dw = it.current(); ++it; if ( dw->isTopLevel() && dw->isVisible() ) { dw->hide(); // implicit hide, so clear forcehide ((TQMainWindow*)dw)->clearWState(WState_ForceHide); } } } TQWidget::hide(); } /*! \reimp */ TQSize TQMainWindow::sizeHint() const { TQMainWindow* that = (TQMainWindow*) this; // Workaround: because d->tll get's deleted in // totalSizeHint->polish->sendPostedEvents->childEvent->triggerLayout TQApplication::sendPostedEvents( that, TQEvent::ChildInserted ); if ( !that->d->tll ) that->setUpLayout(); return that->d->tll->totalSizeHint(); } /*! \reimp */ TQSize TQMainWindow::minimumSizeHint() const { if ( !d->tll ) { TQMainWindow* that = (TQMainWindow*) this; that->setUpLayout(); } return d->tll->totalMinimumSize(); } /*! Sets the central widget for this main window to \a w. The central widget is surrounded by the left, top, right and bottom dock areas. The menu bar is above the top dock area. \sa centralWidget() */ void TQMainWindow::setCentralWidget( TQWidget * w ) { if ( d->mc ) d->mc->removeEventFilter( this ); d->mc = w; if ( d->mc ) d->mc->installEventFilter( this ); triggerLayout(); } /*! Returns a pointer to the main window's central widget. The central widget is surrounded by the left, top, right and bottom dock areas. The menu bar is above the top dock area. \sa setCentralWidget() */ TQWidget * TQMainWindow::centralWidget() const { return d->mc; } /*! \reimp */ void TQMainWindow::paintEvent( TQPaintEvent * ) { if (d->mb && style().styleHint(TQStyle::SH_MainWindow_SpaceBelowMenuBar, this)) { TQPainter p( this ); int y = d->mb->height() + 1; style().drawPrimitive(TQStyle::PE_Separator, &p, TQRect(0, y, width(), 1), colorGroup(), TQStyle::Style_Sunken); } } bool TQMainWindow::dockMainWindow( TQObject *dock ) { while ( dock ) { if ( dock->parent() && dock->parent() == this ) return TRUE; if ( ::tqt_cast(dock->parent()) ) return FALSE; dock = dock->parent(); } return FALSE; } /*! \reimp */ bool TQMainWindow::eventFilter( TQObject* o, TQEvent *e ) { if ( e->type() == TQEvent::Show && o == this ) { if ( !d->tll ) setUpLayout(); d->tll->activate(); } else if ( e->type() == TQEvent::ContextMenu && d->dockMenu && ( ( ::tqt_cast(o) && dockMainWindow( o ) ) || o == d->hideDock || o == d->mb ) ) { if ( showDockMenu( ( (TQMouseEvent*)e )->globalPos() ) ) { ( (TQContextMenuEvent*)e )->accept(); return TRUE; } } return TQWidget::eventFilter( o, e ); } /*! Monitors events, recieved in \a e, to ensure the layout is updated. */ void TQMainWindow::childEvent( TQChildEvent* e) { if ( e->type() == TQEvent::ChildRemoved ) { if ( e->child() == 0 || !e->child()->isWidgetType() || ((TQWidget*)e->child())->testWFlags( WType_TopLevel ) ) { // nothing } else if ( e->child() == d->sb ) { d->sb = 0; triggerLayout(); } else if ( e->child() == d->mb ) { d->mb = 0; triggerLayout(); } else if ( e->child() == d->mc ) { d->mc = 0; d->mwl->setCentralWidget( 0 ); triggerLayout(); } else if ( ::tqt_cast(e->child()) ) { removeDockWindow( (TQDockWindow *)(e->child()) ); d->appropriate.remove( (TQDockWindow*)e->child() ); triggerLayout(); } } else if ( e->type() == TQEvent::ChildInserted && !d->sb ) { d->sb = ::tqt_cast(e->child()); if ( d->sb ) { if ( d->tll ) { if ( !d->tll->findWidget( d->sb ) ) d->tll->addWidget( d->sb ); } else { triggerLayout(); } } } } /*! \reimp */ bool TQMainWindow::event( TQEvent * e ) { if ( e->type() == TQEvent::ChildRemoved && ( (TQChildEvent*)e )->child() == d->mc ) { d->mc->removeEventFilter( this ); d->mc = 0; d->mwl->setCentralWidget( 0 ); } return TQWidget::event( e ); } /*! \property TQMainWindow::usesBigPixmaps \brief whether big pixmaps are enabled If FALSE (the default), the tool buttons will use small pixmaps; otherwise big pixmaps will be used. Tool buttons and other widgets that wish to respond to this setting are responsible for reading the correct state on startup, and for connecting to the main window's widget's pixmapSizeChanged() signal. */ bool TQMainWindow::usesBigPixmaps() const { return d->ubp; } void TQMainWindow::setUsesBigPixmaps( bool enable ) { if ( enable == (bool)d->ubp ) return; d->ubp = enable; emit pixmapSizeChanged( enable ); TQObjectList *l = queryList( "TQLayout" ); if ( !l || !l->first() ) { delete l; return; } for ( TQLayout *lay = (TQLayout*)l->first(); lay; lay = (TQLayout*)l->next() ) lay->activate(); delete l; } /*! \property TQMainWindow::usesTextLabel \brief whether text labels for toolbar buttons are enabled If disabled (the default), the tool buttons will not use text labels. If enabled, text labels will be used. Tool buttons and other widgets that wish to respond to this setting are responsible for reading the correct state on startup, and for connecting to the main window's widget's usesTextLabelChanged() signal. \sa TQToolButton::setUsesTextLabel() */ bool TQMainWindow::usesTextLabel() const { return d->utl; } void TQMainWindow::setUsesTextLabel( bool enable ) { if ( enable == (bool)d->utl ) return; d->utl = enable; emit usesTextLabelChanged( enable ); TQObjectList *l = queryList( "TQLayout" ); if ( !l || !l->first() ) { delete l; return; } for ( TQLayout *lay = (TQLayout*)l->first(); lay; lay = (TQLayout*)l->next() ) lay->activate(); delete l; } /*! \fn void TQMainWindow::pixmapSizeChanged( bool ) This signal is emitted whenever the setUsesBigPixmaps() is called with a value different to the current setting. All widgets that should respond to such changes, e.g. toolbar buttons, must connect to this signal. */ /*! \fn void TQMainWindow::usesTextLabelChanged( bool ) This signal is emitted whenever the setUsesTextLabel() is called with a value different to the current setting. All widgets that should respond to such changes, e.g. toolbar buttons, must connect to this signal. */ /*! \fn void TQMainWindow::dockWindowPositionChanged( TQDockWindow *dockWindow ) This signal is emitted when the \a dockWindow has changed its position. A change in position occurs when a dock window is moved within its dock area or moved to another dock area (including the \c Minimized and \c TearOff dock areas). \sa getLocation() */ void TQMainWindow::setRightJustification( bool enable ) { if ( enable == (bool)d->justify ) return; d->justify = enable; triggerLayout( TRUE ); } /*! \obsolete \property TQMainWindow::rightJustification \brief whether the main window right-justifies its dock windows If disabled (the default), stretchable dock windows are expanded, and non-stretchable dock windows are given the minimum space they need. Since most dock windows are not stretchable, this usually results in an unjustified right edge (or unjustified bottom edge for a vertical dock area). If enabled, the main window will right-justify its dock windows. \sa TQDockWindow::setVerticalStretchable(), TQDockWindow::setHorizontalStretchable() */ bool TQMainWindow::rightJustification() const { return d->justify; } /*! \internal */ void TQMainWindow::triggerLayout( bool deleteLayout ) { if ( deleteLayout || !d->tll ) setUpLayout(); TQApplication::postEvent( this, new TQEvent( TQEvent::LayoutHint ) ); } /*! Enters 'What's This?' mode and returns immediately. This is the same as TQWhatsThis::enterWhatsThisMode(), but implemented as a main window object's slot. This way it can easily be used for popup menus, for example: \code TQPopupMenu * help = new TQPopupMenu( this ); help->insertItem( "What's &This", this , TQ_SLOT(whatsThis()), SHIFT+Key_F1); \endcode \sa TQWhatsThis::enterWhatsThisMode() */ void TQMainWindow::whatsThis() { #ifndef TQT_NO_WHATSTHIS TQWhatsThis::enterWhatsThisMode(); #endif } /*! \reimp */ void TQMainWindow::styleChange( TQStyle& old ) { TQWidget::styleChange( old ); } /*! Finds the location of the dock window \a dw. If the \a dw dock window is found in the main window the function returns TRUE and populates the \a dock variable with the dw's dock area and the \a index with the dw's position within the dock area. It also sets \a nl to TRUE if the \a dw begins a new line (otherwise FALSE), and \a extraOffset with the dock window's offset. If the \a dw dock window is not found then the function returns FALSE and the state of \a dock, \a index, \a nl and \a extraOffset is undefined. If you want to save and restore dock window positions then use operator>>() and operator<<(). \sa operator>>() operator<<() */ bool TQMainWindow::getLocation( TQDockWindow *dw, Dock &dock, int &index, bool &nl, int &extraOffset ) const { dock = DockTornOff; if ( d->topDock->hasDockWindow( dw, &index ) ) dock = DockTop; else if ( d->bottomDock->hasDockWindow( dw, &index ) ) dock = DockBottom; else if ( d->leftDock->hasDockWindow( dw, &index ) ) dock = DockLeft; else if ( d->rightDock->hasDockWindow( dw, &index ) ) dock = DockRight; else if ( dw->parentWidget() == d->hideDock ) { index = 0; dock = DockMinimized; } else { index = 0; } nl = dw->newLine(); extraOffset = dw->offset(); return TRUE; } #ifndef TQT_NO_TOOLBAR /*! Returns a list of all the toolbars which are in the \a dock dock area, regardless of their state. For example, the \c TornOff dock area may contain closed toolbars but these are returned along with the visible toolbars. \sa dockWindows() */ TQPtrList TQMainWindow::toolBars( Dock dock ) const { TQPtrList lst = dockWindows( dock ); TQPtrList tbl; for ( TQDockWindow *w = lst.first(); w; w = lst.next() ) { TQToolBar *tb = ::tqt_cast(w); if ( tb ) tbl.append( tb ); } return tbl; } #endif /*! Returns a list of all the dock windows which are in the \a dock dock area, regardless of their state. For example, the \c DockTornOff dock area may contain closed dock windows but these are returned along with the visible dock windows. */ TQPtrList TQMainWindow::dockWindows( Dock dock ) const { TQPtrList lst; switch ( dock ) { case DockTop: return d->topDock->dockWindowList(); case DockBottom: return d->bottomDock->dockWindowList(); case DockLeft: return d->leftDock->dockWindowList(); case DockRight: return d->rightDock->dockWindowList(); case DockTornOff: { for ( TQDockWindow *w = d->dockWindows.first(); w; w = d->dockWindows.next() ) { if ( !w->area() && w->place() == TQDockWindow::OutsideDock ) lst.append( w ); } } return lst; case DockMinimized: { if ( d->hideDock->children() ) { TQObjectListIt it( *d->hideDock->children() ); TQObject *o; while ( ( o = it.current() ) ) { ++it; TQDockWindow *dw = ::tqt_cast(o); if ( !dw ) continue; lst.append( dw ); } } } return lst; default: break; } return lst; } /*! \overload Returns the list of dock windows which belong to this main window, regardless of which dock area they are in or what their state is, (e.g. irrespective of whether they are visible or not). */ TQPtrList TQMainWindow::dockWindows() const { return d->dockWindows; } void TQMainWindow::setDockWindowsMovable( bool enable ) { d->movable = enable; TQObjectList *l = queryList( "TQDockWindow" ); if ( l ) { for ( TQObject *o = l->first(); o; o = l->next() ) ( (TQDockWindow*)o )->setMovingEnabled( enable ); } delete l; } /*! \property TQMainWindow::dockWindowsMovable \brief whether the dock windows are movable If TRUE (the default), the user will be able to move movable dock windows from one TQMainWindow dock area to another, including the \c TearOff area (i.e. where the dock window floats freely as a window in its own right), and the \c Minimized area (where only the dock window's handle is shown below the menu bar). Moveable dock windows can also be moved within TQMainWindow dock areas, i.e. to rearrange them within a dock area. If FALSE the user will not be able to move any dock windows. By default dock windows are moved transparently (i.e. only an outline rectangle is shown during the drag), but this setting can be changed with setOpaqueMoving(). \sa setDockEnabled(), setOpaqueMoving() */ bool TQMainWindow::dockWindowsMovable() const { return d->movable; } void TQMainWindow::setOpaqueMoving( bool b ) { d->opaque = b; TQObjectList *l = queryList( "TQDockWindow" ); if ( l ) { for ( TQObject *o = l->first(); o; o = l->next() ) ( (TQDockWindow*)o )->setOpaqueMoving( b ); } delete l; } /*! \property TQMainWindow::opaqueMoving \brief whether dock windows are moved opaquely If TRUE the dock windows of the main window are shown opaquely (i.e. it shows the toolbar as it looks when docked) whilst it is being moved. If FALSE (the default) they are shown transparently, (i.e. as an outline rectangle). \warning Opaque moving of toolbars and dockwindows is known to have several problems. We recommend avoiding the use of this feature for the time being. We intend fixing the problems in a future release. */ bool TQMainWindow::opaqueMoving() const { return d->opaque; } /*! This function will line up dock windows within the visible dock areas (\c Top, \c Left, \c Right and \c Bottom) as compactly as possible. If \a keepNewLines is TRUE, all dock windows stay on their original lines. If \a keepNewLines is FALSE then newlines may be removed to achieve the most compact layout possible. The method only works if dockWindowsMovable() returns TRUE. */ void TQMainWindow::lineUpDockWindows( bool keepNewLines ) { if ( !dockWindowsMovable() ) return; d->topDock->lineUp( keepNewLines ); d->leftDock->lineUp( keepNewLines ); d->rightDock->lineUp( keepNewLines ); d->bottomDock->lineUp( keepNewLines ); } /*! Returns TRUE, if the dock window menu is enabled; otherwise returns FALSE. The menu lists the (appropriate()) dock windows (which may be shown or hidden), and has a "Line Up Dock Windows" menu item. It will also have a "Customize" menu item if isCustomizable() returns TRUE. \sa setDockEnabled(), lineUpDockWindows() appropriate() setAppropriate() */ bool TQMainWindow::isDockMenuEnabled() const { return d->dockMenu; } /*! If \a b is TRUE, then right clicking on a dock window or dock area will pop up the dock window menu. If \a b is FALSE, right clicking a dock window or dock area will not pop up the menu. The menu lists the (appropriate()) dock windows (which may be shown or hidden), and has a "Line Up Dock Windows" item. It will also have a "Customize" menu item if isCustomizable() returns TRUE. \sa lineUpDockWindows(), isDockMenuEnabled() */ void TQMainWindow::setDockMenuEnabled( bool b ) { d->dockMenu = b; } /*! Creates the dock window menu which contains all toolbars (if \a dockWindows is \c OnlyToolBars ), all dock windows (if \a dockWindows is \c NoToolBars) or all toolbars and dock windows (if \a dockWindows is \c AllDockWindows - the default). This function is called internally when necessary, e.g. when the user right clicks a dock area (providing isDockMenuEnabled() returns TRUE). \omit ### TQt 4.0 You can reimplement this function if you wish to customize the behaviour. \endomit The menu items representing the toolbars and dock windows are checkable. The visible dock windows are checked and the hidden dock windows are unchecked. The user can click a menu item to change its state (show or hide the dock window). The list and the state are always kept up-to-date. Toolbars and dock windows which are not appropriate in the current context (see setAppropriate()) are not listed in the menu. The menu also has a menu item for lining up the dock windows. If isCustomizable() returns TRUE, a Customize menu item is added to the menu, which if clicked will call customize(). The isCustomizable() function we provide returns FALSE and customize() does nothing, so they must be reimplemented in a subclass to be useful. */ TQPopupMenu *TQMainWindow::createDockWindowMenu( DockWindows dockWindows ) const { TQObjectList *l = queryList( "TQDockWindow" ); if ( !l || l->isEmpty() ) return 0; delete l; TQPopupMenu *menu = new TQPopupMenu( (TQMainWindow*)this, "qt_customize_menu" ); menu->setCheckable( TRUE ); d->dockWindowModes.replace( menu, dockWindows ); connect( menu, TQ_SIGNAL( aboutToShow() ), this, TQ_SLOT( menuAboutToShow() ) ); return menu; } /*! This slot is called from the aboutToShow() signal of the default dock menu of the mainwindow. The default implementation initializes the menu with all dock windows and toolbars in this slot. \omit ### TQt 4.0 If you want to do small adjustments to the menu, you can do it in this slot; or you can reimplement createDockWindowMenu(). \endomit */ void TQMainWindow::menuAboutToShow() { TQPopupMenu *menu = (TQPopupMenu*)sender(); TQMap::Iterator it = d->dockWindowModes.find( menu ); if ( it == d->dockWindowModes.end() ) return; menu->clear(); DockWindows dockWindows = *it; TQObjectList *l = queryList( "TQDockWindow" ); bool empty = TRUE; if ( l && !l->isEmpty() ) { TQObject *o = 0; if ( dockWindows == AllDockWindows || dockWindows == NoToolBars ) { for ( o = l->first(); o; o = l->next() ) { TQDockWindow *dw = (TQDockWindow*)o; if ( !appropriate( dw ) || ::tqt_cast(dw) || !dockMainWindow( dw ) ) continue; TQString label = dw->caption(); if ( !label.isEmpty() ) { int id = menu->insertItem( label, dw, TQ_SLOT( toggleVisible() ) ); menu->setItemChecked( id, dw->isVisible() ); empty = FALSE; } } if ( !empty ) menu->insertSeparator(); } empty = TRUE; #ifndef TQT_NO_TOOLBAR if ( dockWindows == AllDockWindows || dockWindows == OnlyToolBars ) { for ( o = l->first(); o; o = l->next() ) { TQToolBar *tb = ::tqt_cast(o); if ( !tb || !appropriate(tb) || !dockMainWindow(tb) ) continue; TQString label = tb->label(); if ( !label.isEmpty() ) { int id = menu->insertItem( label, tb, TQ_SLOT( toggleVisible() ) ); menu->setItemChecked( id, tb->isVisible() ); empty = FALSE; } } } #endif } delete l; if ( !empty ) menu->insertSeparator(); if ( dockWindowsMovable() ) menu->insertItem( tr( "Line up" ), this, TQ_SLOT( doLineUp() ) ); if ( isCustomizable() ) menu->insertItem( tr( "Customize..." ), this, TQ_SLOT( customize() ) ); } /*! Shows the dock menu at the position \a globalPos. The menu lists the dock windows so that they can be shown (or hidden), lined up, and possibly customized. Returns TRUE if the menu is shown; otherwise returns FALSE. If you want a custom menu, reimplement this function. You can create the menu from scratch or call createDockWindowMenu() and modify the result. \omit ### TQt 4.0 The default implementation uses the dock window menu which gets created by createDockWindowMenu(). You can reimplement createDockWindowMenu() if you want to use your own specialized popup menu. \endomit */ bool TQMainWindow::showDockMenu( const TQPoint &globalPos ) { if ( !d->dockMenu ) return FALSE; if ( !d->rmbMenu ) d->rmbMenu = createDockWindowMenu(); if ( !d->rmbMenu ) return FALSE; d->rmbMenu->exec( globalPos ); return TRUE; } void TQMainWindow::slotPlaceChanged() { TQObject* obj = (TQObject*)sender(); TQDockWindow *dw = ::tqt_cast(obj); if ( dw ) emit dockWindowPositionChanged( dw ); #ifndef TQT_NO_TOOLBAR TQToolBar *tb = ::tqt_cast(obj); if ( tb ) emit toolBarPositionChanged( tb ); #endif } /*! \internal For internal use of TQDockWindow only. */ TQDockArea *TQMainWindow::dockingArea( const TQPoint &p ) { int mh = d->mb ? d->mb->height() : 0; int sh = d->sb ? d->sb->height() : 0; if ( p.x() >= -5 && p.x() <= 100 && p.y() > mh && p.y() - height() - sh ) return d->leftDock; if ( p.x() >= width() - 100 && p.x() <= width() + 5 && p.y() > mh && p.y() - height() - sh ) return d->rightDock; if ( p.y() >= -5 && p.y() < mh + 100 && p.x() >= 0 && p.x() <= width() ) return d->topDock; if ( p.y() >= height() - sh - 100 && p.y() <= height() + 5 && p.x() >= 0 && p.x() <= width() ) return d->bottomDock; return 0; } /*! Returns TRUE if \a dw is a dock window known to the main window; otherwise returns FALSE. */ bool TQMainWindow::hasDockWindow( TQDockWindow *dw ) { return d->dockWindows.findRef( dw ) != -1; } /*! Returns the \c Left dock area \sa rightDock() topDock() bottomDock() */ TQDockArea *TQMainWindow::leftDock() const { return d->leftDock; } /*! Returns the \c Right dock area \sa leftDock() topDock() bottomDock() */ TQDockArea *TQMainWindow::rightDock() const { return d->rightDock; } /*! Returns the \c Top dock area \sa bottomDock() leftDock() rightDock() */ TQDockArea *TQMainWindow::topDock() const { return d->topDock; } /*! Returns a pointer the \c Bottom dock area \sa topDock() leftDock() rightDock() */ TQDockArea *TQMainWindow::bottomDock() const { return d->bottomDock; } /*! This function is called when the user clicks the Customize menu item on the dock window menu. The customize menu item will only appear if isCustomizable() returns TRUE (it returns FALSE by default). The function is intended, for example, to provide the user with a means of telling the application that they wish to customize the main window, dock windows or dock areas. The default implementation does nothing and the Customize menu item is not shown on the right-click menu by default. If you want the item to appear then reimplement isCustomizable() to return TRUE, and reimplement this function to do whatever you want. \sa isCustomizable() */ void TQMainWindow::customize() { } /*! Returns TRUE if the dock area dock window menu includes the Customize menu item (which calls customize() when clicked). Returns FALSE by default, i.e. the popup menu will not contain a Customize menu item. You will need to reimplement this function and set it to return TRUE if you wish the user to be able to see the dock window menu. \sa customize() */ bool TQMainWindow::isCustomizable() const { return FALSE; } /*! Returns TRUE if it is appropriate to include a menu item for the \a dw dock window in the dock window menu; otherwise returns FALSE. The user is able to change the state (show or hide) a dock window that has a menu item by clicking the item. Call setAppropriate() to indicate whether or not a particular dock window should appear on the popup menu. \sa setAppropriate() */ bool TQMainWindow::appropriate( TQDockWindow *dw ) const { TQMap::ConstIterator it = d->appropriate.find( dw ); if ( it == d->appropriate.end() ) return TRUE; return *it; } /*! Use this function to control whether or not the \a dw dock window's caption should appear as a menu item on the dock window menu that lists the dock windows. If \a a is TRUE then the \a dw will appear as a menu item on the dock window menu. The user is able to change the state (show or hide) a dock window that has a menu item by clicking the item; depending on the state of your application, this may or may not be appropriate. If \a a is FALSE the \a dw will not appear on the popup menu. \sa showDockMenu() isCustomizable() customize() */ void TQMainWindow::setAppropriate( TQDockWindow *dw, bool a ) { d->appropriate.replace( dw, a ); } #ifndef TQT_NO_TEXTSTREAM static void saveDockArea( TQTextStream &ts, TQDockArea *a ) { TQPtrList l = a->dockWindowList(); for ( TQDockWindow *dw = l.first(); dw; dw = l.next() ) { ts << TQString( dw->caption() ); ts << ","; } ts << endl; ts << *a; } /*! \relates TQMainWindow Writes the layout (sizes and positions) of the dock windows in the dock areas of the TQMainWindow \a mainWindow, including \c Minimized and \c TornOff dock windows, to the text stream \a ts. This can be used, for example, in conjunction with TQSettings to save the user's layout when the \mainWindow receives a closeEvent. \sa operator>>() closeEvent() */ TQTextStream &operator<<( TQTextStream &ts, const TQMainWindow &mainWindow ) { TQPtrList l = mainWindow.dockWindows( TQt::DockMinimized ); TQDockWindow *dw = 0; for ( dw = l.first(); dw; dw = l.next() ) { ts << dw->caption(); ts << ","; } ts << endl; l = mainWindow.dockWindows( TQt::DockTornOff ); for ( dw = l.first(); dw; dw = l.next() ) { ts << dw->caption(); ts << ","; } ts << endl; for ( dw = l.first(); dw; dw = l.next() ) { ts << "[" << dw->caption() << "," << (int)dw->geometry().x() << "," << (int)dw->geometry().y() << "," << (int)dw->geometry().width() << "," << (int)dw->geometry().height() << "," << (int)dw->isVisible() << "]"; } ts << endl; saveDockArea( ts, mainWindow.topDock() ); saveDockArea( ts, mainWindow.bottomDock() ); saveDockArea( ts, mainWindow.rightDock() ); saveDockArea( ts, mainWindow.leftDock() ); return ts; } static void loadDockArea( const TQStringList &names, TQDockArea *a, TQt::Dock d, TQPtrList &l, TQMainWindow *mw, TQTextStream &ts ) { for ( TQStringList::ConstIterator it = names.begin(); it != names.end(); ++it ) { for ( TQDockWindow *dw = l.first(); dw; dw = l.next() ) { if ( dw->caption() == *it ) { mw->addDockWindow( dw, d ); break; } } } if ( a ) { ts >> *a; } else if ( d == TQt::DockTornOff ) { TQString s = ts.readLine(); enum State { Pre, Name, X, Y, Width, Height, Visible, Post }; int state = Pre; TQString name, x, y, w, h, visible; TQChar c; for ( int i = 0; i < (int)s.length(); ++i ) { c = s[ i ]; if ( state == Pre && c == '[' ) { state++; continue; } if ( c == ',' && ( state == Name || state == X || state == Y || state == Width || state == Height ) ) { state++; continue; } if ( state == Visible && c == ']' ) { for ( TQDockWindow *dw = l.first(); dw; dw = l.next() ) { if ( TQString( dw->caption() ) == name ) { if ( !::tqt_cast(dw) ) dw->setGeometry( x.toInt(), y.toInt(), w.toInt(), h.toInt() ); else dw->setGeometry( x.toInt(), y.toInt(), dw->width(), dw->height() ); if ( !(bool)visible.toInt() ) dw->hide(); else dw->show(); break; } } name = x = y = w = h = visible = ""; state = Pre; continue; } if ( state == Name ) name += c; else if ( state == X ) x += c; else if ( state == Y ) y += c; else if ( state == Width ) w += c; else if ( state == Height ) h += c; else if ( state == Visible ) visible += c; } } } /*! \relates TQMainWindow Reads the layout (sizes and positions) of the dock windows in the dock areas of the TQMainWindow \a mainWindow from the text stream, \a ts, including \c Minimized and \c TornOff dock windows. Restores the dock windows and dock areas to these sizes and positions. The layout information must be in the format produced by operator<<(). This can be used, for example, in conjunction with TQSettings to restore the user's layout. \sa operator<<() */ TQTextStream &operator>>( TQTextStream &ts, TQMainWindow &mainWindow ) { TQPtrList l = mainWindow.dockWindows(); TQString s = ts.readLine(); TQStringList names = TQStringList::split( ',', s ); loadDockArea( names, 0, TQt::DockMinimized, l, &mainWindow, ts ); s = ts.readLine(); names = TQStringList::split( ',', s ); loadDockArea( names, 0, TQt::DockTornOff, l, &mainWindow, ts ); int i = 0; TQDockArea *areas[] = { mainWindow.topDock(), mainWindow.bottomDock(), mainWindow.rightDock(), mainWindow.leftDock() }; for ( int d = (int)TQt::DockTop; d != (int)TQt::DockMinimized; ++d, ++i ) { s = ts.readLine(); names = TQStringList::split( ',', s ); loadDockArea( names, areas[ i ], (TQt::Dock)d, l, &mainWindow, ts ); } return ts; } #endif #include "tqmainwindow.moc" #endif