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tdewebdev/lib/compatibility/tdemdi/qextmdi/tdemdichildfrm.cpp

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//----------------------------------------------------------------------------
// filename : tdemdichildfrm.cpp
//----------------------------------------------------------------------------
// 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
// : 01/2003 by Jens Zurheide to allow switching
// between views based on timestamps
// 2000-2003 maintained by the KDevelop project
//
// copyright : (C) 1999-2003 by Szymon Stefanek (stefanek@tin.it)
// and
// Falk Brettschneider
// email : falkbr@tdevelop.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.
//
//----------------------------------------------------------------------------
#include "tdemdichildfrm.h"
#include "tdemdichildfrm.moc"
#include "tdemdidefines.h"
#include "tdemdichildfrmcaption.h"
#include "tdemdichildarea.h"
#include "tdemdimainfrm.h"
#include <tqpainter.h>
#include <tqapplication.h>
#include <tqcursor.h>
#include <tqobjectlist.h>
#include <tqframe.h>
#include <tqpopupmenu.h>
#include <tqtoolbutton.h>
#include <tqnamespace.h>
#include <tqimage.h>
#include <klocale.h>
#include <kiconloader.h>
//////////////////////////////////////////////////////////////////////////////
// KMdiChildFrm
//////////////////////////////////////////////////////////////////////////////
#define KMDI_NORESIZE 0
#define KMDI_RESIZE_TOP 1
#define KMDI_RESIZE_LEFT 2
#define KMDI_RESIZE_RIGHT 4
#define KMDI_RESIZE_BOTTOM 8
#define KMDI_RESIZE_TOPLEFT (1|2)
#define KMDI_RESIZE_TOPRIGHT (1|4)
#define KMDI_RESIZE_BOTTOMLEFT (8|2)
#define KMDI_RESIZE_BOTTOMRIGHT (8|4)
#include "filenew.xpm"
#include "win_closebutton.xpm"
#include "win_minbutton.xpm"
#include "win_maxbutton.xpm"
#include "win_restorebutton.xpm"
#include "win_undockbutton.xpm"
#include "kde_closebutton.xpm"
#include "kde_minbutton.xpm"
#include "kde_maxbutton.xpm"
#include "kde_restorebutton.xpm"
#include "kde_undockbutton.xpm"
#include "kde2_closebutton.xpm"
#include "kde2_minbutton.xpm"
#include "kde2_maxbutton.xpm"
#include "kde2_restorebutton.xpm"
#include "kde2_undockbutton.xpm"
#include "kde2laptop_closebutton.xpm"
#include "kde2laptop_minbutton.xpm"
#include "kde2laptop_maxbutton.xpm"
#include "kde2laptop_restorebutton.xpm"
#include "kde2laptop_undockbutton.xpm"
KMdiWin32IconButton::KMdiWin32IconButton( TQWidget* parent, const char* name )
: TQLabel( parent, name )
{}
//============ mousePressEvent ============//
void KMdiWin32IconButton::mousePressEvent( TQMouseEvent* )
{
//emit pressed();
}
//============ KMdiChildFrm ============//
KMdiChildFrm::KMdiChildFrm( KMdiChildArea *parent )
: TQFrame( parent, "tdemdi_childfrm" )
, m_pClient( 0L )
, m_pManager( 0L )
, m_pCaption( 0L )
, m_pWinIcon( 0L )
, m_pUnixIcon( 0L )
, m_pMinimize( 0L )
, m_pMaximize( 0L )
, m_pClose( 0L )
, m_pUndock( 0L )
, m_state( Normal )
, m_restoredRect()
, m_iResizeCorner( KMDI_NORESIZE )
, m_iLastCursorCorner( KMDI_NORESIZE )
, m_bResizing( false )
, m_bDragging( false )
, m_pIconButtonPixmap( 0L )
, m_pMinButtonPixmap( 0L )
, m_pMaxButtonPixmap( 0L )
, m_pRestoreButtonPixmap( 0L )
, m_pCloseButtonPixmap( 0L )
, m_pUndockButtonPixmap( 0L )
, m_windowMenuID( 0 )
, m_pSystemMenu( 0L )
, m_oldClientMinSize()
, m_oldClientMaxSize()
, m_oldLayoutResizeMode( TQLayout::Minimum )
{
m_pCaption = new KMdiChildFrmCaption( this );
m_pManager = parent;
m_pWinIcon = new KMdiWin32IconButton( m_pCaption, "tdemdi_iconbutton_icon" );
m_pUnixIcon = new TQToolButton( m_pCaption, "tdemdi_toolbutton_icon" );
m_pMinimize = new TQToolButton( m_pCaption, "tdemdi_toolbutton_min" );
m_pMaximize = new TQToolButton( m_pCaption, "tdemdi_toolbutton_max" );
m_pClose = new TQToolButton( m_pCaption, "tdemdi_toolbutton_close" );
m_pUndock = new TQToolButton( m_pCaption, "tdemdi_toolbutton_undock" );
TQObject::connect( m_pMinimize, TQT_SIGNAL( clicked() ), this, TQT_SLOT( minimizePressed() ) );
TQObject::connect( m_pMaximize, TQT_SIGNAL( clicked() ), this, TQT_SLOT( maximizePressed() ) );
TQObject::connect( m_pClose, TQT_SIGNAL( clicked() ), this, TQT_SLOT( closePressed() ) );
TQObject::connect( m_pUndock, TQT_SIGNAL( clicked() ), this, TQT_SLOT( undockPressed() ) );
m_pIconButtonPixmap = new TQPixmap( SmallIcon( "filenew" ) );
if ( m_pIconButtonPixmap->isNull() )
* m_pIconButtonPixmap = TQPixmap( filenew );
redecorateButtons();
m_pWinIcon->setFocusPolicy( TQ_NoFocus );
m_pUnixIcon->setFocusPolicy( TQ_NoFocus );
m_pClose->setFocusPolicy( TQ_NoFocus );
m_pMinimize->setFocusPolicy( TQ_NoFocus );
m_pMaximize->setFocusPolicy( TQ_NoFocus );
m_pUndock->setFocusPolicy( TQ_NoFocus );
setFrameStyle( TQFrame::WinPanel | TQFrame::Raised );
setFocusPolicy( TQ_NoFocus );
setMouseTracking( true );
setMinimumSize( KMDI_CHILDFRM_MIN_WIDTH, m_pCaption->heightHint() );
m_pSystemMenu = new TQPopupMenu();
}
//============ ~KMdiChildFrm ============//
KMdiChildFrm::~KMdiChildFrm()
{
delete m_pMinButtonPixmap;
delete m_pMaxButtonPixmap;
delete m_pRestoreButtonPixmap;
delete m_pCloseButtonPixmap;
delete m_pUndockButtonPixmap;
delete m_pSystemMenu;
delete m_pIconButtonPixmap;
}
//============ mousePressEvent =============//
void KMdiChildFrm::mousePressEvent( TQMouseEvent *e )
{
if ( m_bResizing )
{
if ( TQApplication::overrideCursor() )
TQApplication::restoreOverrideCursor();
m_bResizing = false;
releaseMouse();
}
m_pCaption->setActive( true );
m_pManager->setTopChild( this, false );
m_iResizeCorner = getResizeCorner( e->pos().x(), e->pos().y() );
if ( m_iResizeCorner != KMDI_NORESIZE )
{
m_bResizing = true;
//notify child view
KMdiChildFrmResizeBeginEvent ue( e );
if ( m_pClient != 0L )
TQApplication::sendEvent( m_pClient, &ue );
}
}
//============ mouseReleaseEvent ==============//
void KMdiChildFrm::mouseReleaseEvent( TQMouseEvent *e )
{
if ( m_bResizing )
{
if ( TQApplication::overrideCursor() )
TQApplication::restoreOverrideCursor();
m_bResizing = false;
//notify child view
KMdiChildFrmResizeEndEvent ue( e );
if ( m_pClient != 0L )
TQApplication::sendEvent( m_pClient, &ue );
}
}
//============= setResizeCursor ===============//
void KMdiChildFrm::setResizeCursor( int resizeCorner )
{
if ( resizeCorner == m_iLastCursorCorner )
return ; //Don't do it twice
m_iLastCursorCorner = resizeCorner;
switch ( resizeCorner )
{
case KMDI_NORESIZE:
if ( TQApplication::overrideCursor() )
TQApplication::restoreOverrideCursor();
break;
case KMDI_RESIZE_LEFT:
case KMDI_RESIZE_RIGHT:
TQApplication::setOverrideCursor( TQt::sizeHorCursor, true );
break;
case KMDI_RESIZE_TOP:
case KMDI_RESIZE_BOTTOM:
TQApplication::setOverrideCursor( TQt::sizeVerCursor, true );
break;
case KMDI_RESIZE_TOPLEFT:
case KMDI_RESIZE_BOTTOMRIGHT:
TQApplication::setOverrideCursor( TQt::sizeFDiagCursor, true );
break;
case KMDI_RESIZE_BOTTOMLEFT:
case KMDI_RESIZE_TOPRIGHT:
TQApplication::setOverrideCursor( TQt::sizeBDiagCursor, true );
break;
}
}
//============= unsetResizeCursor ===============//
void KMdiChildFrm::unsetResizeCursor()
{
if ( !m_bResizing && m_iResizeCorner != KMDI_NORESIZE )
{
m_iResizeCorner = KMDI_NORESIZE;
m_iLastCursorCorner = KMDI_NORESIZE;
if ( TQApplication::overrideCursor() )
TQApplication::restoreOverrideCursor();
}
}
//============= mouseMoveEvent ===============//
void KMdiChildFrm::mouseMoveEvent( TQMouseEvent *e )
{
if ( m_state != Normal )
return;
if ( !m_pClient )
return;
if ( m_pClient->minimumSize() == m_pClient->maximumSize() )
return;
if ( m_bResizing )
{
if ( !( e->state() & Qt::RightButton ) && !( e->state() & Qt::MidButton ) )
{
// same as: if no button or left button pressed
TQPoint p = parentWidget()->mapFromGlobal( e->globalPos() );
resizeWindow( m_iResizeCorner, p.x(), p.y() );
}
else
m_bResizing = false;
}
else
{
m_iResizeCorner = getResizeCorner( e->pos().x(), e->pos().y() );
setResizeCursor( m_iResizeCorner );
}
}
//============= moveEvent ===============//
void KMdiChildFrm::moveEvent( TQMoveEvent* me )
{
// give its child view the chance to notify a childframe move
KMdiChildFrmMoveEvent cfme( me );
if ( m_pClient != 0L )
TQApplication::sendEvent( m_pClient, &cfme );
}
//=============== leaveEvent ===============//
void KMdiChildFrm::leaveEvent( TQEvent * )
{
unsetResizeCursor();
}
void KMdiChildFrm::resizeWindow( int resizeCorner, int xPos, int yPos )
{
TQRect resizeRect( x(), y(), width(), height() );
// Calculate the minimum width & height
int minWidth = 0;
int minHeight = 0;
int maxWidth = TQWIDGETSIZE_MAX;
int maxHeight = TQWIDGETSIZE_MAX;
// it could be the client forces the childframe to enlarge its minimum size
if ( m_pClient )
{
minWidth = m_pClient->minimumSize().width() + KMDI_CHILDFRM_DOUBLE_BORDER;
minHeight = m_pClient->minimumSize().height() + KMDI_CHILDFRM_DOUBLE_BORDER +
m_pCaption->heightHint() + KMDI_CHILDFRM_SEPARATOR;
maxWidth = m_pClient->maximumSize().width() + KMDI_CHILDFRM_DOUBLE_BORDER;
maxHeight = m_pClient->maximumSize().height() + KMDI_CHILDFRM_DOUBLE_BORDER +
m_pCaption->heightHint() + KMDI_CHILDFRM_SEPARATOR;
}
if ( minWidth < minimumWidth() )
minWidth = minimumWidth();
if ( minHeight < minimumHeight() )
minHeight = minimumHeight();
if ( maxWidth > maximumWidth() )
maxWidth = maximumWidth();
if ( maxHeight > maximumHeight() )
maxHeight = maximumHeight();
TQPoint mousePos( xPos, yPos );
// manipulate width
switch ( resizeCorner )
{
//left sides
case KMDI_RESIZE_TOPLEFT:
case KMDI_RESIZE_LEFT:
case KMDI_RESIZE_BOTTOMLEFT:
resizeRect.setLeft( mousePos.x() );
if ( resizeRect.width() < minWidth )
resizeRect.setLeft( resizeRect.right() - minWidth + 1 );
if ( resizeRect.width() > maxWidth )
resizeRect.setLeft( resizeRect.right() - maxWidth + 1 );
break;
//right sides
case KMDI_RESIZE_TOPRIGHT:
case KMDI_RESIZE_RIGHT:
case KMDI_RESIZE_BOTTOMRIGHT:
resizeRect.setRight( mousePos.x() );
if ( resizeRect.width() < minWidth )
resizeRect.setRight( resizeRect.left() + minWidth - 1 );
if ( resizeRect.width() > maxWidth )
resizeRect.setRight( resizeRect.left() + maxWidth - 1 );
break;
default:
break;
}
// manipulate height
switch ( resizeCorner )
{
case KMDI_RESIZE_TOPLEFT:
case KMDI_RESIZE_TOP:
case KMDI_RESIZE_TOPRIGHT:
resizeRect.setTop( mousePos.y() );
if ( resizeRect.height() < minHeight )
resizeRect.setTop( resizeRect.bottom() - minHeight + 1 );
if ( resizeRect.height() > maxHeight )
resizeRect.setTop( resizeRect.bottom() - maxHeight + 1 );
break;
case KMDI_RESIZE_BOTTOMLEFT:
case KMDI_RESIZE_BOTTOM:
case KMDI_RESIZE_BOTTOMRIGHT:
resizeRect.setBottom( mousePos.y() );
if ( resizeRect.height() < minHeight )
resizeRect.setBottom( resizeRect.top() + minHeight - 1 );
if ( resizeRect.height() > maxHeight )
resizeRect.setBottom( resizeRect.top() + maxHeight - 1 );
break;
default:
// nothing to do
break;
}
// actually resize
setGeometry( resizeRect );
if ( m_state == Maximized )
{
m_state = Normal;
m_pMaximize->setPixmap( *m_pMaxButtonPixmap );
}
}
//================= getResizeCorner =============//
int KMdiChildFrm::getResizeCorner( int ax, int ay )
{
int ret = KMDI_NORESIZE;
if ( m_pClient->minimumWidth() != m_pClient->maximumWidth() )
{
if ( ( ax > 0 ) && ( ax < ( KMDI_CHILDFRM_BORDER + 2 ) ) )
ret |= KMDI_RESIZE_LEFT;
if ( ( ax < width() ) && ( ax > ( width() - ( KMDI_CHILDFRM_BORDER + 2 ) ) ) )
ret |= KMDI_RESIZE_RIGHT;
}
if ( m_pClient->minimumHeight() != m_pClient->maximumHeight() )
{
if ( ( ay > 0 ) && ( ay < ( KMDI_CHILDFRM_BORDER + 2 ) ) )
ret |= KMDI_RESIZE_TOP;
if ( ( ay < ( height() ) ) && ( ay > ( height() - ( KMDI_CHILDFRM_BORDER + 2 ) ) ) )
ret |= KMDI_RESIZE_BOTTOM;
}
return ret;
}
//============= maximizePressed ============//
void KMdiChildFrm::maximizePressed()
{
switch ( m_state )
{
case Maximized:
emit m_pManager->nowMaximized( false );
setState( Normal );
break;
case Normal:
case Minimized:
setState( Maximized );
emit m_pManager->nowMaximized( true );
break;
}
}
void KMdiChildFrm::restorePressed()
{
if ( m_state == Normal )
return ;
if ( m_state == Maximized )
emit m_pManager->nowMaximized( false );
setState( Normal );
}
//============= minimizePressed ============//
void KMdiChildFrm::minimizePressed()
{
switch ( m_state )
{
case Minimized:
setState( Normal );
break;
case Normal:
setState( Minimized );
break;
case Maximized:
emit m_pManager->nowMaximized( false );
setState( Normal );
setState( Minimized );
break;
}
}
//============= closePressed ============//
void KMdiChildFrm::closePressed()
{
if ( m_pClient )
m_pClient->close();
}
//============= undockPressed ============//
void KMdiChildFrm::undockPressed()
{
if ( m_pClient )
{
if ( m_state == Minimized )
setState( Normal );
m_pClient->detach();
}
}
//============ setState =================//
void KMdiChildFrm::setState( MdiWindowState state, bool /*bAnimate*/ )
{
if ( m_state == Normal ) //save the current rect
m_restoredRect = TQRect( x(), y(), width(), height() );
switch ( state )
{
case Normal:
switch ( m_state )
{
case Maximized:
m_pClient->m_stateChanged = true;
m_state = state;
// client min / max size / layout behavior don't change
// set frame max size indirectly by setting the clients max size to
// it's current value (calls setMaxSize() of frame)
m_pClient->setMaximumSize( m_pClient->maximumSize().width(), m_pClient->maximumSize().height() );
m_pMaximize->setPixmap( *m_pMaxButtonPixmap );
setGeometry( m_restoredRect );
break;
case Minimized:
m_pClient->m_stateChanged = true;
m_state = state;
// restore client min / max size / layout behavior
m_pClient->setMinimumSize( m_oldClientMinSize.width(), m_oldClientMinSize.height() );
m_pClient->setMaximumSize( m_oldClientMaxSize.width(), m_oldClientMaxSize.height() );
if ( m_pClient->layout() != 0L )
{
m_pClient->layout() ->setResizeMode( m_oldLayoutResizeMode );
}
m_pMinimize->setPixmap( *m_pMinButtonPixmap );
m_pMaximize->setPixmap( *m_pMaxButtonPixmap );
TQObject::disconnect( m_pMinimize, TQT_SIGNAL( clicked() ), this, TQT_SLOT( restorePressed() ) );
TQObject::connect( m_pMinimize, TQT_SIGNAL( clicked() ), this, TQT_SLOT( minimizePressed() ) );
setGeometry( m_restoredRect );
break;
case Normal:
break;
}
break;
case Maximized:
switch ( m_state )
{
case Minimized:
{
m_pClient->m_stateChanged = true;
m_state = state;
// restore client min / max size / layout behavior
m_pClient->setMinimumSize( m_oldClientMinSize.width(), m_oldClientMinSize.height() );
m_pClient->setMaximumSize( m_oldClientMaxSize.width(), m_oldClientMaxSize.height() );
if ( m_pClient->layout() != 0L )
{
m_pClient->layout() ->setResizeMode( m_oldLayoutResizeMode );
}
setMaximumSize( TQWIDGETSIZE_MAX, TQWIDGETSIZE_MAX );
// reset to maximize-captionbar
m_pMaximize->setPixmap( *m_pRestoreButtonPixmap );
m_pMinimize->setPixmap( *m_pMinButtonPixmap );
TQObject::disconnect( m_pMinimize, TQT_SIGNAL( clicked() ), this, TQT_SLOT( restorePressed() ) );
TQObject::connect( m_pMinimize, TQT_SIGNAL( clicked() ), this, TQT_SLOT( minimizePressed() ) );
int nFrameWidth = KMDI_CHILDFRM_DOUBLE_BORDER;
int nFrameHeight = KMDI_CHILDFRM_DOUBLE_BORDER + KMDI_CHILDFRM_SEPARATOR +
m_pCaption->heightHint();
setGeometry( -m_pClient->x(), -m_pClient->y(),
m_pManager->width() + nFrameWidth,
m_pManager->height() + nFrameHeight );
raise();
}
break;
case Normal:
{
m_pClient->m_stateChanged = true;
m_state = state;
// client min / max size / layout behavior don't change
setMaximumSize( TQWIDGETSIZE_MAX, TQWIDGETSIZE_MAX );
m_pMaximize->setPixmap( *m_pRestoreButtonPixmap );
int nFrameWidth = KMDI_CHILDFRM_DOUBLE_BORDER;
int nFrameHeight = KMDI_CHILDFRM_DOUBLE_BORDER + KMDI_CHILDFRM_SEPARATOR +
m_pCaption->heightHint();
TQRect maximizedFrmRect( -m_pClient->x(), -m_pClient->y(),
m_pManager->width() + nFrameWidth,
m_pManager->height() + nFrameHeight );
if ( geometry() != maximizedFrmRect )
{
setGeometry( maximizedFrmRect );
}
raise();
}
break;
case Maximized:
break;
}
break;
case Minimized:
switch ( m_state )
{
case Maximized:
m_pClient->m_stateChanged = true;
m_state = state;
// save client min / max size / layout behavior
m_oldClientMinSize = m_pClient->minimumSize();
m_oldClientMaxSize = m_pClient->maximumSize();
if ( m_pClient->layout() != 0L )
{
m_oldLayoutResizeMode = m_pClient->layout() ->resizeMode();
}
m_pClient->setMinimumSize( 0, 0 );
m_pClient->setMaximumSize( 0, 0 );
if ( m_pClient->layout() != 0L )
{
m_pClient->layout() ->setResizeMode( TQLayout::FreeResize );
}
switchToMinimizeLayout();
m_pManager->childMinimized( this, true );
break;
case Normal:
m_pClient->m_stateChanged = true;
m_state = state;
// save client min / max size / layout behavior
m_oldClientMinSize = m_pClient->minimumSize();
m_oldClientMaxSize = m_pClient->maximumSize();
if ( m_pClient->layout() != 0L )
{
m_oldLayoutResizeMode = m_pClient->layout() ->resizeMode();
}
m_restoredRect = geometry();
m_pClient->setMinimumSize( 0, 0 );
m_pClient->setMaximumSize( 0, 0 );
if ( m_pClient->layout() != 0L )
{
m_pClient->layout() ->setResizeMode( TQLayout::FreeResize );
}
switchToMinimizeLayout();
m_pManager->childMinimized( this, false );
break;
case Minimized:
break;
}
break;
}
KMdiChildFrm* pTopFrame = m_pManager->topChild();
KMdiChildView* pTopChild = 0L;
if ( pTopFrame != 0L )
{
pTopChild = pTopFrame->m_pClient;
}
if ( ( pTopChild != 0L ) && pTopChild->isMaximized() )
{
m_pManager->setMinimumSize( pTopChild->minimumWidth(), pTopChild->minimumHeight() );
/// @todo: setting the maximum size doesn't work properly - fix this later
/// m_pManager->setMaximumSize(pTopChild->maximumWidth(), pTopChild->maximumHeight());
}
else
{
m_pManager->setMinimumSize( 0, 0 );
m_pManager->setMaximumSize( TQWIDGETSIZE_MAX, TQWIDGETSIZE_MAX );
}
}
//============== restoreGeometry ================//
TQRect KMdiChildFrm::restoreGeometry() const
{
return m_restoredRect;
}
//============== setRestoreGeometry ================//
void KMdiChildFrm::setRestoreGeometry( const TQRect& newRestGeo )
{
m_restoredRect = newRestGeo;
}
//============ setCaption ===============//
void KMdiChildFrm::setCaption( const TQString& text )
{
m_pCaption->setCaption( text );
}
//============ enableClose ==============//
void KMdiChildFrm::enableClose( bool bEnable )
{
m_pClose->setEnabled( bEnable );
m_pClose->repaint( false );
}
//============ setIcon ==================//
void KMdiChildFrm::setIcon( const TQPixmap& pxm )
{
TQPixmap p = pxm;
if ( p.width() != 18 || p.height() != 18 )
{
TQImage img = p.convertToImage();
p = img.smoothScale( 18, 18, TQ_ScaleMin );
}
const bool do_resize = m_pIconButtonPixmap->size() != p.size();
*m_pIconButtonPixmap = p;
m_pWinIcon->setPixmap( p );
m_pUnixIcon->setPixmap( p );
if ( do_resize )
doResize( true );
}
//============ icon =================//
TQPixmap* KMdiChildFrm::icon() const
{
return m_pIconButtonPixmap;
}
//============ setClient ============//
void KMdiChildFrm::setClient( KMdiChildView *w, bool bAutomaticResize )
{
m_pClient = w;
if ( w->icon() )
setIcon( *( w->icon() ) );
//resize to match the client
int clientYPos = m_pCaption->heightHint() + KMDI_CHILDFRM_SEPARATOR + KMDI_CHILDFRM_BORDER;
if ( bAutomaticResize || w->size().isEmpty() || ( w->size() == TQSize( 1, 1 ) ) )
{
if ( m_pManager->topChild() )
{
resize( m_pManager->topChild() ->size() );
}
else
{
resize( m_pManager->m_defaultChildFrmSize.width() + KMDI_CHILDFRM_DOUBLE_BORDER,
m_pManager->m_defaultChildFrmSize.height() + KMDI_CHILDFRM_BORDER + clientYPos );
}
}
else
{
resize( w->width() + KMDI_CHILDFRM_DOUBLE_BORDER, w->height() + KMDI_CHILDFRM_BORDER + clientYPos );
}
// memorize the focuses in a dictionary because they will get lost during reparenting
TQDict<TQ_FocusPolicy>* pFocPolDict = new TQDict<TQ_FocusPolicy>;
pFocPolDict->setAutoDelete( true );
TQObjectList *list = m_pClient->queryList( TQWIDGET_OBJECT_NAME_STRING );
TQObjectListIt it( *list ); // iterate over the buttons
TQObject * obj;
int i = 1;
while ( ( obj = it.current() ) != 0 )
{ // for each found object...
++it;
TQWidget* widg = ( TQWidget* ) obj;
if ( widg->name( 0 ) == 0 )
{
TQString tmpStr;
tmpStr.setNum( i );
tmpStr = "unnamed" + tmpStr;
widg->setName( tmpStr.latin1() );
i++;
}
TQ_FocusPolicy* pFocPol = new TQ_FocusPolicy;
*pFocPol = widg->focusPolicy();
pFocPolDict->insert( widg->name(), pFocPol );
}
delete list; // delete the list, not the objects
//Reparent if needed
if ( TQT_BASE_OBJECT(w->parent()) != TQT_BASE_OBJECT(this) )
{
//reparent to this widget , no flags , point , show it
TQPoint pnt2( KMDI_CHILDFRM_BORDER, clientYPos );
TQSize mincs = w->minimumSize();
TQSize maxcs = w->maximumSize();
w->setMinimumSize( 0, 0 );
w->setMaximumSize( TQWIDGETSIZE_MAX, TQWIDGETSIZE_MAX );
// min/max sizes, flags, DND get lost. :-(
w->reparent( this, 0, pnt2, w->isVisible() );
w->setMinimumSize( mincs.width(), mincs.height() );
w->setMaximumSize( maxcs.width(), maxcs.height() );
}
else
w->move( KMDI_CHILDFRM_BORDER, clientYPos );
linkChildren( pFocPolDict );
TQObject::connect( m_pClient, TQT_SIGNAL( mdiParentNowMaximized( bool ) ), m_pManager, TQT_SIGNAL( nowMaximized( bool ) ) );
if ( m_pClient->minimumWidth() > m_pManager->m_defaultChildFrmSize.width() )
setMinimumWidth( m_pClient->minimumSize().width() + KMDI_CHILDFRM_DOUBLE_BORDER );
if ( m_pClient->minimumHeight() > m_pManager->m_defaultChildFrmSize.height() )
{
setMinimumHeight( m_pClient->minimumSize().height() + KMDI_CHILDFRM_DOUBLE_BORDER +
m_pCaption->heightHint() + KMDI_CHILDFRM_SEPARATOR );
}
}
//============ unsetClient ============//
void KMdiChildFrm::unsetClient( TQPoint positionOffset )
{
if ( !m_pClient )
return ;
TQObject::disconnect( m_pClient, TQT_SIGNAL( mdiParentNowMaximized( bool ) ), m_pManager, TQT_SIGNAL( nowMaximized( bool ) ) );
//reparent to desktop widget , no flags , point , show it
TQDict<TQ_FocusPolicy>* pFocPolDict;
pFocPolDict = unlinkChildren();
// get name of focused child widget
TQWidget* focusedChildWidget = m_pClient->focusedChildWidget();
const char* nameOfFocusedWidget = "";
if ( focusedChildWidget != 0 )
nameOfFocusedWidget = focusedChildWidget->name();
TQSize mins = m_pClient->minimumSize();
TQSize maxs = m_pClient->maximumSize();
m_pClient->reparent( 0, 0, mapToGlobal( pos() ) - pos() + positionOffset, isVisible() );
m_pClient->setMinimumSize( mins.width(), mins.height() );
m_pClient->setMaximumSize( maxs.width(), maxs.height() );
// remember the focus policies using the dictionary and reset them
TQObjectList *list = m_pClient->queryList( TQWIDGET_OBJECT_NAME_STRING );
TQObjectListIt it( *list ); // iterate over all child widgets of child frame
TQObject * obj;
TQWidget* firstFocusableChildWidget = 0;
TQWidget* lastFocusableChildWidget = 0;
while ( ( obj = it.current() ) != 0 )
{ // for each found object...
TQWidget * widg = ( TQWidget* ) obj;
++it;
TQ_FocusPolicy* pFocPol = pFocPolDict->find( widg->name() ); // remember the focus policy from before the reparent
if ( pFocPol )
widg->setFocusPolicy( *pFocPol );
// reset focus to old position (doesn't work :-( for its own unexplicable reasons)
if ( widg->name() == nameOfFocusedWidget )
widg->setFocus();
// get first and last focusable widget
if ( ( widg->focusPolicy() == TQ_StrongFocus ) || ( widg->focusPolicy() == TQ_TabFocus ) )
{
if ( firstFocusableChildWidget == 0 )
firstFocusableChildWidget = widg; // first widget
lastFocusableChildWidget = widg; // last widget
}
else
{
if ( widg->focusPolicy() == TQ_WheelFocus )
{
if ( firstFocusableChildWidget == 0 )
firstFocusableChildWidget = widg; // first widget
lastFocusableChildWidget = widg; // last widget
//tqDebug("*** %s (%s)",widg->name(),widg->className());
}
}
}
delete list; // delete the list, not the objects
delete pFocPolDict;
// reset first and last focusable widget
m_pClient->setFirstFocusableChildWidget( firstFocusableChildWidget );
m_pClient->setLastFocusableChildWidget( lastFocusableChildWidget );
// reset the focus policy of the view
m_pClient->setFocusPolicy( TQ_ClickFocus );
// lose information about the view (because it's undocked now)
m_pClient = 0;
}
//============== linkChildren =============//
void KMdiChildFrm::linkChildren( TQDict<TQ_FocusPolicy>* pFocPolDict )
{
// reset the focus policies for all widgets in the view (take them from the dictionary)
TQObjectList* list = m_pClient->queryList( TQWIDGET_OBJECT_NAME_STRING );
TQObjectListIt it( *list ); // iterate over all child widgets of child frame
TQObject* obj;
while ( ( obj = it.current() ) != 0 )
{ // for each found object...
TQWidget* widg = ( TQWidget* ) obj;
++it;
TQ_FocusPolicy* pFocPol = pFocPolDict->find( widg->name() ); // remember the focus policy from before the reparent
if ( pFocPol != 0 )
widg->setFocusPolicy( *pFocPol );
if ( !( widg->inherits( TQPOPUPMENU_OBJECT_NAME_STRING ) ) )
widg->installEventFilter( this );
}
delete list; // delete the list, not the objects
delete pFocPolDict;
// reset the focus policies for the rest
m_pWinIcon->setFocusPolicy( TQ_NoFocus );
m_pUnixIcon->setFocusPolicy( TQ_NoFocus );
m_pClient->setFocusPolicy( TQ_ClickFocus );
m_pCaption->setFocusPolicy( TQ_NoFocus );
m_pUndock->setFocusPolicy( TQ_NoFocus );
m_pMinimize->setFocusPolicy( TQ_NoFocus );
m_pMaximize->setFocusPolicy( TQ_NoFocus );
m_pClose->setFocusPolicy( TQ_NoFocus );
// install the event filter (catch mouse clicks) for the rest
m_pWinIcon->installEventFilter( this );
m_pUnixIcon->installEventFilter( this );
m_pCaption->installEventFilter( this );
m_pUndock->installEventFilter( this );
m_pMinimize->installEventFilter( this );
m_pMaximize->installEventFilter( this );
m_pClose->installEventFilter( this );
m_pClient->installEventFilter( this );
// m_pClient->installEventFilterForAllChildren();
}
//============== unlinkChildren =============//
TQDict<TQ_FocusPolicy>* KMdiChildFrm::unlinkChildren()
{
// memorize the focuses in a dictionary because they will get lost during reparenting
TQDict<TQ_FocusPolicy>* pFocPolDict = new TQDict<TQ_FocusPolicy>;
pFocPolDict->setAutoDelete( true );
TQObjectList *list = m_pClient->queryList( TQWIDGET_OBJECT_NAME_STRING );
TQObjectListIt it( *list ); // iterate over all child widgets of child frame
TQObject * obj;
int i = 1;
while ( ( obj = it.current() ) != 0 )
{ // for each found object...
++it;
TQWidget* w = ( TQWidget* ) obj;
// get current widget object name
if ( w->name( 0 ) == 0 )
{
TQString tmpStr;
tmpStr.setNum( i );
tmpStr = "unnamed" + tmpStr;
w->setName( tmpStr.latin1() );
i++;
}
TQ_FocusPolicy* pFocPol = new TQ_FocusPolicy;
*pFocPol = w->focusPolicy();
// memorize focus policy
pFocPolDict->insert( w->name(), pFocPol );
// remove event filter
( ( TQWidget* ) obj ) ->removeEventFilter( this );
}
delete list; // delete the list, not the objects
// remove the event filter (catch mouse clicks) for the rest
m_pWinIcon->removeEventFilter( this );
m_pUnixIcon->removeEventFilter( this );
m_pCaption->removeEventFilter( this );
m_pUndock->removeEventFilter( this );
m_pMinimize->removeEventFilter( this );
m_pMaximize->removeEventFilter( this );
m_pClose->removeEventFilter( this );
m_pClient->removeEventFilter( this );
//SCHEDULED_FOR_REMOVE m_pClient->removeEventFilterForAllChildren();
return pFocPolDict;
}
//============== resizeEvent ===============//
void KMdiChildFrm::resizeEvent( TQResizeEvent * )
{
doResize(); // an extra method because it can also called directly
}
void KMdiChildFrm::doResize()
{
doResize( false );
}
void KMdiChildFrm::doResize( bool captionOnly )
{
//Resize the caption
int captionHeight = m_pCaption->heightHint();
int captionWidth = width() - KMDI_CHILDFRM_DOUBLE_BORDER;
int buttonHeight = m_pClose->pixmap() ->height();
int buttonWidth = m_pClose->pixmap() ->width();
int heightOffset = captionHeight / 2 - buttonHeight / 2;
int rightOffset1 = 1;
int rightOffset2 = 1;
int frmIconHeight = m_pWinIcon->pixmap() ->height();
int frmIconWidth = m_pWinIcon->pixmap() ->width();
int frmIconOffset = 1;
TQWidget* pIconWidget = m_pWinIcon;
m_pCaption->setGeometry( KMDI_CHILDFRM_BORDER, KMDI_CHILDFRM_BORDER, captionWidth, captionHeight );
//The buttons are caption children
if ( KMdiMainFrm::frameDecorOfAttachedViews() == KMdi::Win95Look )
{
rightOffset2 += 2;
m_pUnixIcon->hide();
}
else if ( KMdiMainFrm::frameDecorOfAttachedViews() == KMdi::KDE1Look )
{
buttonWidth += 4;
buttonHeight += 4;
heightOffset -= 2;
rightOffset1 = 0;
rightOffset2 = 0;
m_pWinIcon->hide();
frmIconHeight = buttonHeight;
frmIconWidth = buttonWidth;
frmIconOffset = 0;
pIconWidget = m_pUnixIcon;
}
else if ( KMdiMainFrm::frameDecorOfAttachedViews() == KMdi::KDELook )
{
buttonWidth += 3;
buttonHeight += 3;
heightOffset -= 1;
m_pUnixIcon->hide();
}
if ( KMdiMainFrm::frameDecorOfAttachedViews() != KMdi::KDELaptopLook )
{
pIconWidget->setGeometry( frmIconOffset, captionHeight / 2 - frmIconHeight / 2, frmIconWidth, frmIconHeight );
m_pClose->setGeometry( ( captionWidth - buttonWidth ) - rightOffset1, heightOffset, buttonWidth, buttonHeight );
m_pMaximize->setGeometry( ( captionWidth - ( buttonWidth * 2 ) ) - rightOffset2, heightOffset, buttonWidth, buttonHeight );
m_pMinimize->setGeometry( ( captionWidth - ( buttonWidth * 3 ) ) - rightOffset2, heightOffset, buttonWidth, buttonHeight );
m_pUndock->setGeometry( ( captionWidth - ( buttonWidth * 4 ) ) - rightOffset2, heightOffset, buttonWidth, buttonHeight );
}
else
{ // KDELaptopLook
m_pWinIcon->hide();
m_pUnixIcon->hide();
buttonHeight += 5;
heightOffset -= 2;
m_pClose->setGeometry ( 0, heightOffset, 27, buttonHeight );
m_pMaximize->setGeometry( captionWidth - 27, heightOffset, 27, buttonHeight );
m_pMinimize->setGeometry( captionWidth - 27 * 2, heightOffset, 27, buttonHeight );
m_pUndock->setGeometry ( captionWidth - 27 * 3, heightOffset, 27, buttonHeight );
}
//Resize the client
if ( !captionOnly && m_pClient )
{
TQSize newClientSize( captionWidth,
height() - ( KMDI_CHILDFRM_DOUBLE_BORDER + captionHeight + KMDI_CHILDFRM_SEPARATOR ) );
if ( newClientSize != m_pClient->size() )
{
m_pClient->setGeometry( KMDI_CHILDFRM_BORDER,
m_pCaption->heightHint() + KMDI_CHILDFRM_SEPARATOR + KMDI_CHILDFRM_BORDER,
newClientSize.width(), newClientSize.height() );
}
}
}
static bool hasParent( TQObject* par, TQObject* o )
{
while ( o && o != par )
o = o->parent();
return o == par;
}
//============= eventFilter ===============//
bool KMdiChildFrm::eventFilter( TQObject *obj, TQEvent *e )
{
switch ( e->type() )
{
case TQEvent::Enter:
{
// check if the receiver is really a child of this frame
bool bIsChild = false;
TQObject* pObj = obj;
while ( ( pObj != 0L ) && !bIsChild )
{
bIsChild = ( TQT_BASE_OBJECT(pObj) == TQT_BASE_OBJECT(this) );
pObj = pObj->parent();
}
// unset the resize cursor if the cursor moved from the frame into a inner widget
if ( bIsChild )
unsetResizeCursor();
}
break;
case TQEvent::MouseButtonPress:
{
if ( !hasParent( TQT_TQOBJECT(m_pClient), TQT_TQOBJECT(obj) ) )
{
bool bIsSecondClick = false;
if ( m_timeMeasure.elapsed() <= TQApplication::doubleClickInterval() )
bIsSecondClick = true; // of a possible double click
if ( !( ( ( TQT_BASE_OBJECT(obj) == m_pWinIcon ) || ( TQT_BASE_OBJECT(obj) == m_pUnixIcon ) ) && bIsSecondClick ) )
{
// in case we didn't click on the icon button
TQFocusEvent* pFE = new TQFocusEvent( TQFocusEvent::FocusIn );
TQApplication::sendEvent( tqApp->mainWidget(), pFE );
if ( m_pClient )
{
m_pClient->updateTimeStamp();
m_pClient->activate();
}
if ( ( TQT_BASE_OBJECT(obj->parent()) != TQT_BASE_OBJECT(m_pCaption) ) && ( TQT_BASE_OBJECT(obj) != TQT_BASE_OBJECT(m_pCaption) ) )
{
TQWidget* w = ( TQWidget* ) obj;
if ( ( w->focusPolicy() == TQ_ClickFocus ) || ( w->focusPolicy() == TQ_StrongFocus ) )
{
w->setFocus();
}
}
}
if ( ( TQT_BASE_OBJECT(obj) == TQT_BASE_OBJECT(m_pWinIcon) ) || ( TQT_TQOBJECT(obj) == TQT_BASE_OBJECT(m_pUnixIcon) ) )
{
// in case we clicked on the icon button
if ( m_timeMeasure.elapsed() > TQApplication::doubleClickInterval() )
{
showSystemMenu();
m_timeMeasure.start();
}
else
closePressed(); // double click on icon button closes the view
return true;
}
}
}
break;
case TQEvent::Resize:
{
if ( ( ( TQWidget* ) TQT_TQOBJECT(obj) == m_pClient ) && ( m_state == Normal ) )
{
TQResizeEvent* re = ( TQResizeEvent* ) e;
int captionHeight = m_pCaption->heightHint();
TQSize newChildFrmSize( re->size().width() + KMDI_CHILDFRM_DOUBLE_BORDER,
re->size().height() + captionHeight + KMDI_CHILDFRM_SEPARATOR + KMDI_CHILDFRM_DOUBLE_BORDER );
if ( newChildFrmSize != size() )
resize( newChildFrmSize );
}
}
break;
case TQEvent::ChildRemoved:
{
// if we lost a child we uninstall ourself as event filter for the lost
// child and its children
TQObject* pLostChild = TQT_TQOBJECT(( ( TQChildEvent* ) e )->child());
if ( ( pLostChild != 0L ) /*&& (pLostChild->inherits(TQWIDGET_OBJECT_NAME_STRING))*/ )
{
TQObjectList* list = pLostChild->queryList();
list->insert( 0, pLostChild ); // add the lost child to the list too, just to save code
TQObjectListIt it( *list ); // iterate over all lost child widgets
TQObject* obj;
while ( ( obj = it.current() ) != 0 )
{ // for each found object...
TQWidget* widg = ( TQWidget* ) obj;
++it;
widg->removeEventFilter( this );
}
delete list; // delete the list, not the objects
}
}
break;
case TQEvent::ChildInserted:
{
// if we got a new child we install ourself as event filter for the new
// child and its children (as we did when we got our client).
// XXX see linkChildren() and focus policy stuff
TQObject* pNewChild = TQT_TQOBJECT(( ( TQChildEvent* ) e ) ->child());
if ( ( pNewChild != 0L ) && ::tqqt_cast<TQWidget*>( pNewChild ) )
{
TQWidget * pNewWidget = TQT_TQWIDGET( pNewChild );
TQObjectList *list = pNewWidget->queryList( TQWIDGET_OBJECT_NAME_STRING );
list->insert( 0, pNewChild ); // add the new child to the list too, just to save code
TQObjectListIt it( *list ); // iterate over all new child widgets
TQObject * obj;
while ( ( obj = it.current() ) != 0 )
{ // for each found object...
TQWidget * widg = ( TQWidget* ) obj;
++it;
if ( !::tqqt_cast<TQPopupMenu*>( widg ) )
{
widg->installEventFilter( this );
}
}
delete list; // delete the list, not the objects
}
}
break;
default:
break;
}
return false; // standard event processing (see TQt documentation)
}
//============= raiseAndActivate ===============//
void KMdiChildFrm::raiseAndActivate()
{
m_pCaption->setActive( true );
m_pManager->setTopChild( this, false ); //Do not focus by now...
}
//============= setMinimumSize ===============//
void KMdiChildFrm::setMinimumSize ( int minw, int minh )
{
TQWidget::setMinimumSize( minw, minh );
if ( m_state == Maximized )
{
m_pManager->setMinimumSize( minw, minh );
}
}
//============= systemMenu ===============//
TQPopupMenu* KMdiChildFrm::systemMenu() const
{
if ( m_pSystemMenu == 0 )
return 0;
m_pSystemMenu->clear();
if ( KMdiMainFrm::frameDecorOfAttachedViews() != KMdi::Win95Look )
{
m_pSystemMenu->insertItem( i18n( "&Restore" ), this, TQT_SLOT( restorePressed() ) );
m_pSystemMenu->insertItem( i18n( "&Move" ), m_pCaption, TQT_SLOT( slot_moveViaSystemMenu() ) );
m_pSystemMenu->insertItem( i18n( "R&esize" ), this, TQT_SLOT( slot_resizeViaSystemMenu() ) );
m_pSystemMenu->insertItem( i18n( "M&inimize" ), this, TQT_SLOT( minimizePressed() ) );
m_pSystemMenu->insertItem( i18n( "M&aximize" ), this, TQT_SLOT( maximizePressed() ) );
if ( state() == Normal )
m_pSystemMenu->setItemEnabled( m_pSystemMenu->idAt( 0 ), false );
else if ( state() == Maximized )
{
m_pSystemMenu->setItemEnabled( m_pSystemMenu->idAt( 1 ), false );
m_pSystemMenu->setItemEnabled( m_pSystemMenu->idAt( 2 ), false );
m_pSystemMenu->setItemEnabled( m_pSystemMenu->idAt( 4 ), false );
}
else if ( state() == Minimized )
{
m_pSystemMenu->setItemEnabled( m_pSystemMenu->idAt( 2 ), false );
m_pSystemMenu->setItemEnabled( m_pSystemMenu->idAt( 3 ), false );
}
}
else
{
if ( state() != Normal )
m_pSystemMenu->insertItem( i18n( "&Restore" ), this, TQT_SLOT( restorePressed() ) );
if ( state() != Maximized )
m_pSystemMenu->insertItem( i18n( "&Maximize" ), this, TQT_SLOT( maximizePressed() ) );
if ( state() != Minimized )
m_pSystemMenu->insertItem( i18n( "&Minimize" ), this, TQT_SLOT( minimizePressed() ) );
if ( state() != Maximized )
m_pSystemMenu->insertItem( i18n( "M&ove" ), m_pCaption, TQT_SLOT( slot_moveViaSystemMenu() ) );
if ( state() == Normal )
m_pSystemMenu->insertItem( i18n( "&Resize" ), this, TQT_SLOT( slot_resizeViaSystemMenu() ) );
}
m_pSystemMenu->insertItem( i18n( "&Undock" ), this, TQT_SLOT( undockPressed() ) );
m_pSystemMenu->insertSeparator();
m_pSystemMenu->insertItem( i18n( "&Close" ), this, TQT_SLOT( closePressed() ) );
return m_pSystemMenu;
}
/** Shows a system menu for child frame windows. */
void KMdiChildFrm::showSystemMenu()
{
if ( KMdiMainFrm::frameDecorOfAttachedViews() != KMdi::Win95Look )
m_pUnixIcon->setDown( false );
TQPoint popupmenuPosition;
TQRect iconGeom;
if ( KMdiMainFrm::frameDecorOfAttachedViews() == KMdi::Win95Look )
iconGeom = m_pWinIcon->geometry();
else
iconGeom = m_pUnixIcon->geometry();
popupmenuPosition = TQPoint( iconGeom.x(), iconGeom.y() + captionHeight() + KMDI_CHILDFRM_BORDER );
systemMenu() ->popup( mapToGlobal( popupmenuPosition ) );
}
void KMdiChildFrm::switchToMinimizeLayout()
{
setMinimumWidth( KMDI_CHILDFRM_MIN_WIDTH );
setFixedHeight( m_pCaption->height() + KMDI_CHILDFRM_DOUBLE_BORDER );
m_pMaximize->setPixmap( *m_pMaxButtonPixmap );
// temporary use of minimize button for restore function
m_pMinimize->setPixmap( *m_pRestoreButtonPixmap );
TQObject::disconnect( m_pMinimize, TQT_SIGNAL( clicked() ), this, TQT_SLOT( minimizePressed() ) );
TQObject::connect( m_pMinimize, TQT_SIGNAL( clicked() ), this, TQT_SLOT( restorePressed() ) );
// resizing
resize( 300, minimumHeight() );
// positioning
m_pManager->layoutMinimizedChildren();
}
void KMdiChildFrm::slot_resizeViaSystemMenu()
{
grabMouse();
m_bResizing = true;
m_iResizeCorner = KMDI_RESIZE_BOTTOMLEFT;
setResizeCursor( m_iResizeCorner );
}
void KMdiChildFrm::redecorateButtons()
{
delete m_pMinButtonPixmap;
delete m_pMaxButtonPixmap;
delete m_pRestoreButtonPixmap;
delete m_pCloseButtonPixmap;
delete m_pUndockButtonPixmap;
if ( KMdiMainFrm::frameDecorOfAttachedViews() == KMdi::Win95Look )
{
m_pMinButtonPixmap = new TQPixmap( win_minbutton );
m_pMaxButtonPixmap = new TQPixmap( win_maxbutton );
m_pRestoreButtonPixmap = new TQPixmap( win_restorebutton );
m_pCloseButtonPixmap = new TQPixmap( win_closebutton );
m_pUndockButtonPixmap = new TQPixmap( win_undockbutton );
}
else if ( KMdiMainFrm::frameDecorOfAttachedViews() == KMdi::KDE1Look )
{
m_pMinButtonPixmap = new TQPixmap( kde_minbutton );
m_pMaxButtonPixmap = new TQPixmap( kde_maxbutton );
m_pRestoreButtonPixmap = new TQPixmap( kde_restorebutton );
m_pCloseButtonPixmap = new TQPixmap( kde_closebutton );
m_pUndockButtonPixmap = new TQPixmap( kde_undockbutton );
}
else if ( KMdiMainFrm::frameDecorOfAttachedViews() == KMdi::KDELook )
{
m_pMinButtonPixmap = new TQPixmap( kde2_minbutton );
m_pMaxButtonPixmap = new TQPixmap( kde2_maxbutton );
m_pRestoreButtonPixmap = new TQPixmap( kde2_restorebutton );
m_pCloseButtonPixmap = new TQPixmap( kde2_closebutton );
m_pUndockButtonPixmap = new TQPixmap( kde2_undockbutton );
}
else
{ // kde2laptop look
m_pMinButtonPixmap = new TQPixmap( kde2laptop_minbutton );
m_pMaxButtonPixmap = new TQPixmap( kde2laptop_maxbutton );
m_pRestoreButtonPixmap = new TQPixmap( kde2laptop_restorebutton );
m_pCloseButtonPixmap = new TQPixmap( kde2laptop_closebutton );
m_pUndockButtonPixmap = new TQPixmap( kde2laptop_undockbutton );
}
m_pUnixIcon->setAutoRaise( true );
if ( KMdiMainFrm::frameDecorOfAttachedViews() == KMdi::KDE1Look )
{
m_pMinimize->setAutoRaise( true );
m_pMaximize->setAutoRaise( true );
m_pClose->setAutoRaise( true );
m_pUndock->setAutoRaise( true );
}
else
{
m_pMinimize->setAutoRaise( false );
m_pMaximize->setAutoRaise( false );
m_pClose->setAutoRaise( false );
m_pUndock->setAutoRaise( false );
}
if ( m_pClient && m_pClient->icon() )
{
m_pWinIcon->setPixmap( *( m_pClient )->icon() );
m_pUnixIcon->setPixmap( *( m_pClient )->icon() );
}
else
{
m_pWinIcon->setPixmap( *m_pIconButtonPixmap );
m_pUnixIcon->setPixmap( *m_pIconButtonPixmap );
}
m_pClose->setPixmap( *m_pCloseButtonPixmap );
m_pMinimize->setPixmap( *m_pMinButtonPixmap );
m_pMaximize->setPixmap( *m_pMaxButtonPixmap );
m_pUndock->setPixmap( *m_pUndockButtonPixmap );
}
TQRect KMdiChildFrm::mdiAreaContentsRect() const
{
TQFrame * p = ( TQFrame* ) parentWidget();
if ( p )
{
return p->contentsRect();
}
else
{
TQRect empty;
return empty;
}
}
// kate: indent-mode csands; tab-width 4; space-indent off; replace-tabs off;
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