/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */ /* * This file is part of the LibreOffice project. * * This Source Code Form is subject to the terms of the Mozilla Public * License, v. 2.0. If a copy of the MPL was not distributed with this * file, You can obtain one at http://mozilla.org/MPL/2.0/. * * This file incorporates work covered by the following license notice: * * Licensed to the Apache Software Foundation (ASF) under one or more * contributor license agreements. See the NOTICE file distributed * with this work for additional information regarding copyright * ownership. The ASF licenses this file to you under the Apache * License, Version 2.0 (the "License"); you may not use this file * except in compliance with the License. You may obtain a copy of * the License at http://www.apache.org/licenses/LICENSE-2.0 . */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #define DOCKWIN_FLOATSTYLES (WB_SIZEABLE | WB_MOVEABLE | WB_CLOSEABLE | WB_STANDALONE | WB_PINABLE | WB_ROLLABLE ) class ImplDockFloatWin2 : public FloatingWindow { private: ImplDockingWindowWrapper* mpDockWin; sal_uLong mnLastTicks; Idle maDockIdle; Idle maEndDockIdle; Point maDockPos; Rectangle maDockRect; bool mbInMove; ImplSVEvent * mnLastUserEvent; DECL_LINK(DockingHdl, void *); DECL_LINK(DockTimerHdl, void *); DECL_LINK(EndDockTimerHdl, void *); public: ImplDockFloatWin2( vcl::Window* pParent, WinBits nWinBits, ImplDockingWindowWrapper* pDockingWin ); virtual ~ImplDockFloatWin2(); virtual void Move() SAL_OVERRIDE; virtual void Resize() SAL_OVERRIDE; virtual void TitleButtonClick( sal_uInt16 nButton ) SAL_OVERRIDE; virtual void Pin() SAL_OVERRIDE; virtual void Roll() SAL_OVERRIDE; virtual void PopupModeEnd() SAL_OVERRIDE; virtual void Resizing( Size& rSize ) SAL_OVERRIDE; virtual bool Close() SAL_OVERRIDE; }; ImplDockFloatWin2::ImplDockFloatWin2( vcl::Window* pParent, WinBits nWinBits, ImplDockingWindowWrapper* pDockingWin ) : FloatingWindow( pParent, nWinBits ), mpDockWin( pDockingWin ), mnLastTicks( tools::Time::GetSystemTicks() ), mbInMove( false ), mnLastUserEvent( 0 ) { // copy state of DockingWindow if ( pDockingWin ) { SetSettings( pDockingWin->GetWindow()->GetSettings() ); Enable( pDockingWin->GetWindow()->IsEnabled(), false ); EnableInput( pDockingWin->GetWindow()->IsInputEnabled(), false ); AlwaysEnableInput( pDockingWin->GetWindow()->IsAlwaysEnableInput(), false ); EnableAlwaysOnTop( pDockingWin->GetWindow()->IsAlwaysOnTopEnabled() ); SetActivateMode( pDockingWin->GetWindow()->GetActivateMode() ); } SetBackground( GetSettings().GetStyleSettings().GetFaceColor() ); maDockIdle.SetIdleHdl( LINK( this, ImplDockFloatWin2, DockTimerHdl ) ); maDockIdle.SetPriority( VCL_IDLE_PRIORITY_MEDIUM ); maEndDockIdle.SetIdleHdl( LINK( this, ImplDockFloatWin2, EndDockTimerHdl ) ); maEndDockIdle.SetPriority( VCL_IDLE_PRIORITY_MEDIUM ); } ImplDockFloatWin2::~ImplDockFloatWin2() { if( mnLastUserEvent ) Application::RemoveUserEvent( mnLastUserEvent ); } IMPL_LINK_NOARG(ImplDockFloatWin2, DockTimerHdl) { DBG_ASSERT( mpDockWin->IsFloatingMode(), "docktimer called but not floating" ); maDockIdle.Stop(); PointerState aState = GetPointerState(); if( aState.mnState & KEY_MOD1 ) { // i43499 CTRL disables docking now mpDockWin->GetWindow()->GetParent()->ImplGetFrameWindow()->HideTracking(); if( aState.mnState & ( MOUSE_LEFT | MOUSE_MIDDLE | MOUSE_RIGHT ) ) maDockIdle.Start(); } else if( ! ( aState.mnState & ( MOUSE_LEFT | MOUSE_MIDDLE | MOUSE_RIGHT ) ) ) { mpDockWin->GetWindow()->GetParent()->ImplGetFrameWindow()->HideTracking(); mpDockWin->EndDocking( maDockRect, false ); } else { mpDockWin->GetWindow()->GetParent()->ImplGetFrameWindow()->ShowTracking( maDockRect, SHOWTRACK_BIG | SHOWTRACK_WINDOW ); maDockIdle.Start(); } return 0; } IMPL_LINK_NOARG(ImplDockFloatWin2, EndDockTimerHdl) { DBG_ASSERT( mpDockWin->IsFloatingMode(), "enddocktimer called but not floating" ); maEndDockIdle.Stop(); PointerState aState = GetPointerState(); if( ! ( aState.mnState & ( MOUSE_LEFT | MOUSE_MIDDLE | MOUSE_RIGHT ) ) ) { mpDockWin->GetWindow()->GetParent()->ImplGetFrameWindow()->HideTracking(); mpDockWin->EndDocking( maDockRect, true ); } else { maEndDockIdle.Start(); } return 0; } IMPL_LINK_NOARG(ImplDockFloatWin2, DockingHdl) { // called during move of a floating window mnLastUserEvent = 0; vcl::Window *pDockingArea = mpDockWin->GetWindow()->GetParent(); PointerState aState = pDockingArea->GetPointerState(); bool bRealMove = true; if( GetStyle() & WB_OWNERDRAWDECORATION ) { // for windows with ownerdraw decoration // we allow docking only when the window was moved // by dragging its caption // and ignore move request due to resizing vcl::Window *pBorder = GetWindow( WINDOW_BORDER ); if( pBorder != this ) { Point aPt; Rectangle aBorderRect( aPt, pBorder->GetSizePixel() ); sal_Int32 nLeft, nTop, nRight, nBottom; GetBorder( nLeft, nTop, nRight, nBottom ); // limit borderrect to the caption part only and without the resizing borders aBorderRect.Bottom() = aBorderRect.Top() + nTop; aBorderRect.Left() += nLeft; aBorderRect.Right() -= nRight; PointerState aBorderState = pBorder->GetPointerState(); if( aBorderRect.IsInside( aBorderState.maPos ) ) bRealMove = true; else bRealMove = false; } } if( mpDockWin->IsDockable() && mpDockWin->GetWindow()->IsVisible() && (tools::Time::GetSystemTicks() - mnLastTicks > 500) && ( aState.mnState & ( MOUSE_LEFT | MOUSE_MIDDLE | MOUSE_RIGHT ) ) && !(aState.mnState & KEY_MOD1) && // i43499 CTRL disables docking now bRealMove ) { maDockPos = Point( pDockingArea->OutputToScreenPixel( pDockingArea->AbsoluteScreenToOutputPixel( OutputToAbsoluteScreenPixel( Point() ) ) ) ); maDockRect = Rectangle( maDockPos, mpDockWin->GetSizePixel() ); // mouse pos in screen pixels Point aMousePos = pDockingArea->OutputToScreenPixel( aState.maPos ); if( ! mpDockWin->IsDocking() ) mpDockWin->StartDocking( aMousePos, maDockRect ); bool bFloatMode = mpDockWin->Docking( aMousePos, maDockRect ); if( ! bFloatMode ) { // indicates that the window could be docked at maDockRect maDockRect.SetPos( mpDockWin->GetWindow()->GetParent()->ImplGetFrameWindow()->ScreenToOutputPixel( maDockRect.TopLeft() ) ); mpDockWin->GetWindow()->GetParent()->ImplGetFrameWindow()->ShowTracking( maDockRect, SHOWTRACK_BIG | SHOWTRACK_WINDOW ); maEndDockIdle.Stop(); DockTimerHdl( this ); } else { mpDockWin->GetWindow()->GetParent()->ImplGetFrameWindow()->HideTracking(); maDockIdle.Stop(); EndDockTimerHdl( this ); } } mbInMove = false; return 0; } void ImplDockFloatWin2::Move() { if( mbInMove ) return; mbInMove = true; FloatingWindow::Move(); mpDockWin->GetWindow()->Move(); /* * note: the window should only dock if KEY_MOD1 is pressed * and the user releases all mouse buttons. The real problem here * is that we don't get mouse events (at least not on X) * if the mouse is on the decoration. So we have to start an * awkward timer based process that polls the modifier/buttons * to see whether they are in the right condition shortly after the * last Move message. */ if( ! mnLastUserEvent ) mnLastUserEvent = Application::PostUserEvent( LINK( this, ImplDockFloatWin2, DockingHdl ) ); } void ImplDockFloatWin2::Resize() { // forwarding of resize only required if we have no borderwindow ( GetWindow() then returns 'this' ) if( GetWindow( WINDOW_BORDER ) == this ) { FloatingWindow::Resize(); Size aSize( GetSizePixel() ); mpDockWin->GetWindow()->ImplPosSizeWindow( 0, 0, aSize.Width(), aSize.Height(), WINDOW_POSSIZE_POSSIZE ); // TODO: is this needed ??? } } void ImplDockFloatWin2::TitleButtonClick( sal_uInt16 nButton ) { FloatingWindow::TitleButtonClick( nButton ); mpDockWin->TitleButtonClick( nButton ); } void ImplDockFloatWin2::Pin() { FloatingWindow::Pin(); mpDockWin->Pin(); } void ImplDockFloatWin2::Roll() { FloatingWindow::Roll(); mpDockWin->Roll(); } void ImplDockFloatWin2::PopupModeEnd() { FloatingWindow::PopupModeEnd(); mpDockWin->PopupModeEnd(); } void ImplDockFloatWin2::Resizing( Size& rSize ) { FloatingWindow::Resizing( rSize ); mpDockWin->Resizing( rSize ); } bool ImplDockFloatWin2::Close() { return mpDockWin->Close(); } DockingManager::DockingManager() { } DockingManager::~DockingManager() { ::std::vector< ImplDockingWindowWrapper* >::iterator p; p = mDockingWindows.begin(); for(; p != mDockingWindows.end(); ++p ) { delete (*p); } mDockingWindows.clear(); } ImplDockingWindowWrapper* DockingManager::GetDockingWindowWrapper( const vcl::Window *pWindow ) { ::std::vector< ImplDockingWindowWrapper* >::iterator p; p = mDockingWindows.begin(); while( p != mDockingWindows.end() ) { if( (*p)->mpDockingWindow == pWindow ) return (*p); else ++p; } return NULL; } bool DockingManager::IsDockable( const vcl::Window *pWindow ) { ImplDockingWindowWrapper* pWrapper = GetDockingWindowWrapper( pWindow ); /* if( pWindow->HasDockingHandler() ) return true; */ return (pWrapper != NULL); } bool DockingManager::IsFloating( const vcl::Window *pWindow ) { ImplDockingWindowWrapper* pWrapper = GetDockingWindowWrapper( pWindow ); if( pWrapper ) return pWrapper->IsFloatingMode(); else return false; } bool DockingManager::IsLocked( const vcl::Window *pWindow ) { ImplDockingWindowWrapper* pWrapper = GetDockingWindowWrapper( pWindow ); if( pWrapper && pWrapper->IsLocked() ) return true; else return false; } void DockingManager::Lock( const vcl::Window *pWindow ) { ImplDockingWindowWrapper* pWrapper = GetDockingWindowWrapper( pWindow ); if( pWrapper ) pWrapper->Lock(); } void DockingManager::Unlock( const vcl::Window *pWindow ) { ImplDockingWindowWrapper* pWrapper = GetDockingWindowWrapper( pWindow ); if( pWrapper ) pWrapper->Unlock(); } void DockingManager::SetFloatingMode( const vcl::Window *pWindow, bool bFloating ) { ImplDockingWindowWrapper* pWrapper = GetDockingWindowWrapper( pWindow ); if( pWrapper ) pWrapper->SetFloatingMode( bFloating ); } void DockingManager::StartPopupMode( ToolBox *pParentToolBox, const vcl::Window *pWindow, sal_uLong nFlags ) { ImplDockingWindowWrapper* pWrapper = GetDockingWindowWrapper( pWindow ); if( pWrapper ) pWrapper->StartPopupMode( pParentToolBox, nFlags ); } void DockingManager::StartPopupMode( ToolBox *pParentToolBox, const vcl::Window *pWindow ) { StartPopupMode( pParentToolBox, pWindow, FLOATWIN_POPUPMODE_ALLOWTEAROFF | FLOATWIN_POPUPMODE_NOFOCUSCLOSE | FLOATWIN_POPUPMODE_ALLMOUSEBUTTONCLOSE | FLOATWIN_POPUPMODE_NOMOUSEUPCLOSE ); } bool DockingManager::IsInPopupMode( const vcl::Window *pWindow ) { ImplDockingWindowWrapper* pWrapper = GetDockingWindowWrapper( pWindow ); if( pWrapper && pWrapper->IsInPopupMode() ) return true; else return false; } void DockingManager::EndPopupMode( const vcl::Window *pWin ) { ImplDockingWindowWrapper *pWrapper = GetDockingWindowWrapper( pWin ); if( pWrapper && pWrapper->GetFloatingWindow() && pWrapper->GetFloatingWindow()->IsInPopupMode() ) pWrapper->GetFloatingWindow()->EndPopupMode(); } void DockingManager::AddWindow( const vcl::Window *pWindow ) { ImplDockingWindowWrapper* pWrapper = GetDockingWindowWrapper( pWindow ); if( pWrapper ) return; else pWrapper = new ImplDockingWindowWrapper( pWindow ); mDockingWindows.push_back( pWrapper ); } void DockingManager::RemoveWindow( const vcl::Window *pWindow ) { ::std::vector< ImplDockingWindowWrapper* >::iterator p; p = mDockingWindows.begin(); while( p != mDockingWindows.end() ) { if( (*p)->mpDockingWindow == pWindow ) { delete (*p); mDockingWindows.erase( p ); break; } else ++p; } } void DockingManager::SetPosSizePixel( vcl::Window *pWindow, long nX, long nY, long nWidth, long nHeight, sal_uInt16 nFlags ) { ImplDockingWindowWrapper* pWrapper = GetDockingWindowWrapper( pWindow ); if( pWrapper ) pWrapper->setPosSizePixel( nX, nY, nWidth, nHeight, nFlags ); } Rectangle DockingManager::GetPosSizePixel( const vcl::Window *pWindow ) { Rectangle aRect; ImplDockingWindowWrapper* pWrapper = GetDockingWindowWrapper( pWindow ); if( pWrapper ) aRect = Rectangle( pWrapper->GetPosPixel(), pWrapper->GetSizePixel() ); return aRect; } // special floating window for popup mode // main purpose: provides tear-off area for undocking // if TEAROFF_DASHED defined a single dashed line is used // otherwise multiple smaller lines will be painted //#define TEAROFF_DASHED // size of the drag area #ifdef TEAROFF_DASHED #define POPUP_DRAGBORDER 2 #define POPUP_DRAGGRIP 5 #else #define POPUP_DRAGBORDER 3 #define POPUP_DRAGGRIP 5 #endif #define POPUP_DRAGHEIGHT (POPUP_DRAGGRIP+POPUP_DRAGBORDER+POPUP_DRAGBORDER) #define POPUP_DRAGWIDTH 20 class ImplPopupFloatWin : public FloatingWindow { private: ImplDockingWindowWrapper* mpDockingWin; bool mbHighlight; bool mbMoving; bool mbTrackingEnabled; Point maDelta; Point maTearOffPosition; bool mbGripAtBottom; bool mbHasGrip; void ImplSetBorder(); public: ImplPopupFloatWin( vcl::Window* pParent, ImplDockingWindowWrapper* pDockingWin, bool bHasGrip ); virtual ~ImplPopupFloatWin(); virtual ::com::sun::star::uno::Reference< ::com::sun::star::accessibility::XAccessible > CreateAccessible() SAL_OVERRIDE; virtual void Paint( const Rectangle& rRect ) SAL_OVERRIDE; virtual void MouseMove( const MouseEvent& rMEvt ) SAL_OVERRIDE; virtual void MouseButtonDown( const MouseEvent& rMEvt ) SAL_OVERRIDE; virtual void MouseButtonUp( const MouseEvent& rMEvt ) SAL_OVERRIDE; virtual void Tracking( const TrackingEvent& rTEvt ) SAL_OVERRIDE; virtual void Resize() SAL_OVERRIDE; virtual vcl::Window* GetPreferredKeyInputWindow() SAL_OVERRIDE; Rectangle GetDragRect() const; Point GetToolboxPosition() const; Point GetTearOffPosition() const; void DrawGrip(); void DrawBorder(); bool hasGrip() const { return mbHasGrip; } }; ImplPopupFloatWin::ImplPopupFloatWin( vcl::Window* pParent, ImplDockingWindowWrapper* pDockingWin, bool bHasGrip ) : FloatingWindow( pParent, WB_NOBORDER | WB_SYSTEMWINDOW | WB_NOSHADOW) { mpWindowImpl->mbToolbarFloatingWindow = true; // indicate window type, required for accessibility // which should not see this window as a toplevel window mpDockingWin = pDockingWin; mbHighlight = false; mbMoving = false; mbTrackingEnabled = false; mbGripAtBottom = true; mbHasGrip = bHasGrip; ImplSetBorder(); } ImplPopupFloatWin::~ImplPopupFloatWin() { mpDockingWin = NULL; } ::com::sun::star::uno::Reference< ::com::sun::star::accessibility::XAccessible > ImplPopupFloatWin::CreateAccessible() { // switch off direct accessibilty support for this window // this is to avoid appearance of this window as standalone window in the accessibility hierarchy // as this window is only used as a helper for subtoolbars that are not teared-off, the parent toolbar // has to provide accessibility support (as implemented in the toolkit) // so the contained toolbar should appear as child of the correponsing toolbar item of the parent toolbar return ::com::sun::star::uno::Reference< ::com::sun::star::accessibility::XAccessible >(); } vcl::Window* ImplPopupFloatWin::GetPreferredKeyInputWindow() { if( mpWindowImpl->mpClientWindow ) return mpWindowImpl->mpClientWindow; else return FloatingWindow::GetPreferredKeyInputWindow(); } void ImplPopupFloatWin::ImplSetBorder() { // although we have no border in the sense of a borderwindow // we're using a special border for the grip // by setting those members the method SetOutputSizePixel() can // be used to set the proper window size mpWindowImpl->mnTopBorder = 1; if( hasGrip() ) mpWindowImpl->mnTopBorder += POPUP_DRAGHEIGHT+2; mpWindowImpl->mnBottomBorder = 1; mpWindowImpl->mnLeftBorder = 1; mpWindowImpl->mnRightBorder = 1; } void ImplPopupFloatWin::Resize() { // the borderview overwrites the border during resize so restore it ImplSetBorder(); } Rectangle ImplPopupFloatWin::GetDragRect() const { Rectangle aRect; if( hasGrip() ) { aRect = Rectangle( 1,1, GetOutputSizePixel().Width()-1, 2+POPUP_DRAGHEIGHT ); if( mbGripAtBottom ) { int height = GetOutputSizePixel().Height(); aRect.Top() = height - 3 - POPUP_DRAGHEIGHT; aRect.Bottom() = aRect.Top() + 1 + POPUP_DRAGHEIGHT; } } return aRect; } Point ImplPopupFloatWin::GetToolboxPosition() const { // return inner position where a toolbox could be placed Point aPt( 1, 1 + ((mbGripAtBottom || !hasGrip()) ? 0 : GetDragRect().getHeight()) ); // grip + border return aPt; } Point ImplPopupFloatWin::GetTearOffPosition() const { Point aPt( maTearOffPosition ); //aPt += GetToolboxPosition(); // remove 'decoration' return aPt; } void ImplPopupFloatWin::DrawBorder() { SetFillColor(); Point aPt; Rectangle aRect( aPt, GetOutputSizePixel() ); vcl::Region oldClipRgn( GetClipRegion( ) ); vcl::Region aClipRgn( aRect ); Rectangle aItemClipRect( ImplGetItemEdgeClipRect() ); if( !aItemClipRect.IsEmpty() ) { aItemClipRect.SetPos( AbsoluteScreenToOutputPixel( aItemClipRect.TopLeft() ) ); // draw the excluded border part with the background color of a toolbox SetClipRegion( vcl::Region( aItemClipRect ) ); SetLineColor( GetSettings().GetStyleSettings().GetFaceColor() ); DrawRect( aRect ); aClipRgn.Exclude( aItemClipRect ); SetClipRegion( aClipRgn ); } SetLineColor( GetSettings().GetStyleSettings().GetShadowColor() ); DrawRect( aRect ); SetClipRegion( oldClipRgn ); } void ImplPopupFloatWin::DrawGrip() { bool bLinecolor = IsLineColor(); Color aLinecolor = GetLineColor(); bool bFillcolor = IsFillColor(); Color aFillcolor = GetFillColor(); // draw background Rectangle aRect( GetDragRect() ); aRect.Top() += POPUP_DRAGBORDER; aRect.Bottom() -= POPUP_DRAGBORDER; aRect.Left()+=3; aRect.Right()-=3; if( mbHighlight ) { Erase( aRect ); DrawSelectionBackground( aRect, 2, false, true, false ); } else { SetFillColor( GetSettings().GetStyleSettings().GetFaceColor() ); SetLineColor(); DrawRect( aRect ); } if( !ToolBox::AlwaysLocked() ) // no grip if toolboxes are locked { #ifdef TEAROFF_DASHED // draw single dashed line LineInfo aLineInfo( LINE_DASH ); aLineInfo.SetDistance( 4 ); aLineInfo.SetDashLen( 12 ); aLineInfo.SetDashCount( 1 ); aRect.Left()+=2; aRect.Right()-=2; aRect.Top()+=2; aRect.Bottom() = aRect.Top(); SetLineColor( GetSettings().GetStyleSettings().GetDarkShadowColor() ); DrawLine( aRect.TopLeft(), aRect.TopRight(), aLineInfo ); if( !mbHighlight ) { ++aRect.Top(); ++aRect.Bottom(); SetLineColor( GetSettings().GetStyleSettings().GetLightColor() ); DrawLine( aRect.TopLeft(), aRect.TopRight(), aLineInfo ); } #else // draw several grip lines SetFillColor( GetSettings().GetStyleSettings().GetShadowColor() ); aRect.Top()++; aRect.Bottom() = aRect.Top(); int width = POPUP_DRAGWIDTH; while( width >= aRect.getWidth() ) width -= 4; if( width <= 0 ) width = aRect.getWidth(); //aRect.nLeft = aRect.nLeft + (aRect.getWidth() - width) / 2; aRect.Left() = (aRect.Left() + aRect.Right() - width) / 2; aRect.Right() = aRect.Left() + width; int i=0; while( i< POPUP_DRAGGRIP ) { DrawRect( aRect ); aRect.Top()+=2; aRect.Bottom()+=2; i+=2; } #endif } if( bLinecolor ) SetLineColor( aLinecolor ); else SetLineColor(); if( bFillcolor ) SetFillColor( aFillcolor ); else SetFillColor(); } void ImplPopupFloatWin::Paint( const Rectangle& ) { Point aPt; Rectangle aRect( aPt, GetOutputSizePixel() ); DrawWallpaper( aRect, Wallpaper( GetSettings().GetStyleSettings().GetFaceGradientColor() ) ); DrawBorder(); if( hasGrip() ) DrawGrip(); } void ImplPopupFloatWin::MouseMove( const MouseEvent& rMEvt ) { Point aMousePos = rMEvt.GetPosPixel(); if( !ToolBox::AlwaysLocked() ) // no tear off if locking is enabled { if( mbTrackingEnabled && rMEvt.IsLeft() && GetDragRect().IsInside( aMousePos ) ) { // start window move mbMoving = true; StartTracking( STARTTRACK_NOKEYCANCEL ); return; } if( !mbHighlight && GetDragRect().IsInside( aMousePos ) ) { mbHighlight = true; DrawGrip(); } if( mbHighlight && ( rMEvt.IsLeaveWindow() || !GetDragRect().IsInside( aMousePos ) ) ) { mbHighlight = false; DrawGrip(); } } } void ImplPopupFloatWin::MouseButtonUp( const MouseEvent& rMEvt ) { mbTrackingEnabled = false; FloatingWindow::MouseButtonUp( rMEvt ); } void ImplPopupFloatWin::MouseButtonDown( const MouseEvent& rMEvt ) { Point aMousePos = rMEvt.GetPosPixel(); if( GetDragRect().IsInside( aMousePos ) ) { // get mouse pos at a static window to have a fixed reference point PointerState aState = GetParent()->GetPointerState(); if (HasMirroredGraphics() && IsRTLEnabled()) ImplMirrorFramePos(aState.maPos); maTearOffPosition = GetWindow( WINDOW_BORDER )->GetPosPixel(); maDelta = aState.maPos - maTearOffPosition; mbTrackingEnabled = true; } else { mbTrackingEnabled = false; } } void ImplPopupFloatWin::Tracking( const TrackingEvent& rTEvt ) { if( mbMoving ) { if ( rTEvt.IsTrackingEnded() ) { mbMoving = false; EndPopupMode( FLOATWIN_POPUPMODEEND_TEAROFF ); } else if ( !rTEvt.GetMouseEvent().IsSynthetic() ) { // move the window according to mouse pos PointerState aState = GetParent()->GetPointerState(); const OutputDevice *pOutDev = GetOutDev(); if (pOutDev->HasMirroredGraphics() && IsRTLEnabled()) ImplMirrorFramePos(aState.maPos); maTearOffPosition = aState.maPos - maDelta; GetWindow( WINDOW_BORDER )->SetPosPixel( maTearOffPosition ); } } } ImplDockingWindowWrapper::ImplDockingWindowWrapper( const vcl::Window *pWindow ) : mpDockingWindow(const_cast(pWindow)) , mpFloatWin(NULL) , mpOldBorderWin(NULL) , mpParent(pWindow->GetParent()) , maMaxOutSize( SHRT_MAX, SHRT_MAX ) , mnTrackX(0) , mnTrackY(0) , mnTrackWidth(0) , mnTrackHeight(0) , mnDockLeft(0) , mnDockTop(0) , mnDockRight(0) , mnDockBottom(0) , mnFloatBits(WB_BORDER | WB_CLOSEABLE | WB_SIZEABLE | (pWindow->GetStyle() & DOCKWIN_FLOATSTYLES)) , mbDockCanceled(false) , mbFloatPrevented(false) , mbDockable(true) , mbDocking(false) , mbDragFull(false) , mbLastFloatMode(false) , mbStartFloat(false) , mbTrackDock(false) , mbPinned(false) , mbRollUp(false) , mbDockBtn(false) , mbHideBtn(false) // must be enabled in Window::Notify to prevent permanent docking during mouse move , mbStartDockingEnabled(false) , mbLocked(false) { DockingWindow *pDockWin = dynamic_cast< DockingWindow* > ( mpDockingWindow ); if( pDockWin ) mnFloatBits = pDockWin->GetFloatStyle(); } ImplDockingWindowWrapper::~ImplDockingWindowWrapper() { if ( IsFloatingMode() ) { GetWindow()->Show( false, SHOW_NOFOCUSCHANGE ); SetFloatingMode( false ); } } bool ImplDockingWindowWrapper::ImplStartDocking( const Point& rPos ) { if ( !mbDockable ) return false; if( !mbStartDockingEnabled ) return false; maMouseOff = rPos; maMouseStart = maMouseOff; mbDocking = true; mbLastFloatMode = IsFloatingMode(); mbStartFloat = mbLastFloatMode; // calculate FloatingBorder FloatingWindow* pWin; if ( mpFloatWin ) pWin = mpFloatWin; else pWin = new ImplDockFloatWin2( mpParent, mnFloatBits, NULL ); pWin->GetBorder( mnDockLeft, mnDockTop, mnDockRight, mnDockBottom ); if ( !mpFloatWin ) delete pWin; Point aPos = GetWindow()->ImplOutputToFrame( Point() ); Size aSize = GetWindow()->GetOutputSizePixel(); mnTrackX = aPos.X(); mnTrackY = aPos.Y(); mnTrackWidth = aSize.Width(); mnTrackHeight = aSize.Height(); if ( mbLastFloatMode ) { maMouseOff.X() += mnDockLeft; maMouseOff.Y() += mnDockTop; mnTrackX -= mnDockLeft; mnTrackY -= mnDockTop; mnTrackWidth += mnDockLeft+mnDockRight; mnTrackHeight += mnDockTop+mnDockBottom; } vcl::Window *pDockingArea = GetWindow()->GetParent(); vcl::Window::PointerState aState = pDockingArea->GetPointerState(); // mouse pos in screen pixels Point aMousePos = pDockingArea->OutputToScreenPixel( aState.maPos ); Point aDockPos = Point( pDockingArea->AbsoluteScreenToOutputPixel( GetWindow()->OutputToAbsoluteScreenPixel( GetWindow()->GetPosPixel() ) ) ); Rectangle aDockRect( aDockPos, GetWindow()->GetSizePixel() ); StartDocking( aMousePos, aDockRect ); GetWindow()->ImplUpdateAll(); GetWindow()->ImplGetFrameWindow()->ImplUpdateAll(); GetWindow()->StartTracking( STARTTRACK_KEYMOD ); return true; } void ImplDockingWindowWrapper::Tracking( const TrackingEvent& rTEvt ) { // used during docking of a currently docked window if ( mbDocking ) { if ( rTEvt.IsTrackingEnded() ) { mbDocking = false; GetWindow()->HideTracking(); if ( rTEvt.IsTrackingCanceled() ) { mbDockCanceled = true; EndDocking( Rectangle( Point( mnTrackX, mnTrackY ), Size( mnTrackWidth, mnTrackHeight ) ), mbLastFloatMode ); mbDockCanceled = false; } else EndDocking( Rectangle( Point( mnTrackX, mnTrackY ), Size( mnTrackWidth, mnTrackHeight ) ), mbLastFloatMode ); } // Docking only upon non-synthetic MouseEvents else if ( !rTEvt.GetMouseEvent().IsSynthetic() || rTEvt.GetMouseEvent().IsModifierChanged() ) { Point aMousePos = rTEvt.GetMouseEvent().GetPosPixel(); Point aFrameMousePos = GetWindow()->ImplOutputToFrame( aMousePos ); Size aFrameSize = GetWindow()->ImplGetFrameWindow()->GetOutputSizePixel(); if ( aFrameMousePos.X() < 0 ) aFrameMousePos.X() = 0; if ( aFrameMousePos.Y() < 0 ) aFrameMousePos.Y() = 0; if ( aFrameMousePos.X() > aFrameSize.Width()-1 ) aFrameMousePos.X() = aFrameSize.Width()-1; if ( aFrameMousePos.Y() > aFrameSize.Height()-1 ) aFrameMousePos.Y() = aFrameSize.Height()-1; aMousePos = GetWindow()->ImplFrameToOutput( aFrameMousePos ); aMousePos.X() -= maMouseOff.X(); aMousePos.Y() -= maMouseOff.Y(); Point aPos = GetWindow()->ImplOutputToFrame( aMousePos ); Rectangle aTrackRect( aPos, Size( mnTrackWidth, mnTrackHeight ) ); Rectangle aCompRect = aTrackRect; aPos.X() += maMouseOff.X(); aPos.Y() += maMouseOff.Y(); bool bFloatMode = Docking( aPos, aTrackRect ); mbFloatPrevented = false; if ( mbLastFloatMode != bFloatMode ) { if ( bFloatMode ) { aTrackRect.Left() -= mnDockLeft; aTrackRect.Top() -= mnDockTop; aTrackRect.Right() += mnDockRight; aTrackRect.Bottom() += mnDockBottom; } else { if ( aCompRect == aTrackRect ) { aTrackRect.Left() += mnDockLeft; aTrackRect.Top() += mnDockTop; aTrackRect.Right() -= mnDockRight; aTrackRect.Bottom() -= mnDockBottom; } } mbLastFloatMode = bFloatMode; } sal_uInt16 nTrackStyle; if ( bFloatMode ) nTrackStyle = SHOWTRACK_OBJECT; else nTrackStyle = SHOWTRACK_BIG; Rectangle aShowTrackRect = aTrackRect; aShowTrackRect.SetPos( GetWindow()->ImplFrameToOutput( aShowTrackRect.TopLeft() ) ); GetWindow()->ShowTracking( aShowTrackRect, nTrackStyle ); // calculate mouse offset again, as the rectangle was changed maMouseOff.X() = aPos.X() - aTrackRect.Left(); maMouseOff.Y() = aPos.Y() - aTrackRect.Top(); mnTrackX = aTrackRect.Left(); mnTrackY = aTrackRect.Top(); mnTrackWidth = aTrackRect.GetWidth(); mnTrackHeight = aTrackRect.GetHeight(); } } } void ImplDockingWindowWrapper::StartDocking( const Point& rPoint, Rectangle& rRect ) { DockingData data( rPoint, rRect, IsFloatingMode() ); GetWindow()->CallEventListeners( VCLEVENT_WINDOW_STARTDOCKING, &data ); mbDocking = true; } bool ImplDockingWindowWrapper::Docking( const Point& rPoint, Rectangle& rRect ) { DockingData data( rPoint, rRect, IsFloatingMode() ); GetWindow()->CallEventListeners( VCLEVENT_WINDOW_DOCKING, &data ); rRect = data.maTrackRect; return data.mbFloating; } void ImplDockingWindowWrapper::EndDocking( const Rectangle& rRect, bool bFloatMode ) { Rectangle aRect( rRect ); if ( !IsDockingCanceled() ) { bool bShow = false; if ( bFloatMode != IsFloatingMode() ) { GetWindow()->Show( false, SHOW_NOFOCUSCHANGE ); SetFloatingMode( bFloatMode ); bShow = true; if ( bFloatMode ) { // #i44800# always use outputsize - as in all other places mpFloatWin->SetOutputSizePixel( aRect.GetSize() ); mpFloatWin->SetPosPixel( aRect.TopLeft() ); } } if ( !bFloatMode ) { Point aPos = aRect.TopLeft(); aPos = GetWindow()->GetParent()->ScreenToOutputPixel( aPos ); GetWindow()->SetPosSizePixel( aPos, aRect.GetSize() ); } if ( bShow ) GetWindow()->Show( true, SHOW_NOFOCUSCHANGE | SHOW_NOACTIVATE ); } EndDockingData data( aRect, IsFloatingMode(), IsDockingCanceled() ); GetWindow()->CallEventListeners( VCLEVENT_WINDOW_ENDDOCKING, &data ); mbDocking = false; // must be enabled in Window::Notify to prevent permanent docking during mouse move mbStartDockingEnabled = false; } bool ImplDockingWindowWrapper::PrepareToggleFloatingMode() { bool bFloating = true; GetWindow()->CallEventListeners( VCLEVENT_WINDOW_PREPARETOGGLEFLOATING, &bFloating ); return bFloating; } bool ImplDockingWindowWrapper::Close() { // TODO: send event return true; } void ImplDockingWindowWrapper::ToggleFloatingMode() { // notify dockingwindow/toolbox // note: this must be done *before* notifying the // listeners to have the toolbox in the proper state if( GetWindow()->IsDockingWindow() ) static_cast(GetWindow())->ToggleFloatingMode(); // now notify listeners GetWindow()->CallEventListeners( VCLEVENT_WINDOW_TOGGLEFLOATING ); // must be enabled in Window::Notify to prevent permanent docking during mouse move mbStartDockingEnabled = false; } void ImplDockingWindowWrapper::TitleButtonClick( sal_uInt16 nType ) { if( nType == TITLE_BUTTON_MENU ) { ToolBox *pToolBox = dynamic_cast< ToolBox* >( GetWindow() ); if( pToolBox ) { pToolBox->ExecuteCustomMenu(); } } if( nType == TITLE_BUTTON_DOCKING ) { SetFloatingMode( !IsFloatingMode() ); } } void ImplDockingWindowWrapper::Pin() { // TODO: send event } void ImplDockingWindowWrapper::Roll() { // TODO: send event } void ImplDockingWindowWrapper::PopupModeEnd() { // TODO: send event } void ImplDockingWindowWrapper::Resizing( Size& rSize ) { // TODO: add virtual Resizing() to class Window, so we can get rid of class DockingWindow DockingWindow *pDockingWindow = dynamic_cast< DockingWindow* >( GetWindow() ); if( pDockingWindow ) pDockingWindow->Resizing( rSize ); } void ImplDockingWindowWrapper::ShowTitleButton( sal_uInt16 nButton, bool bVisible ) { if ( mpFloatWin ) mpFloatWin->ShowTitleButton( nButton, bVisible ); else { if ( nButton == TITLE_BUTTON_DOCKING ) mbDockBtn = bVisible; else // if ( nButton == TITLE_BUTTON_HIDE ) mbHideBtn = bVisible; } } void ImplDockingWindowWrapper::StartPopupMode( ToolBox *pParentToolBox, sal_uLong nFlags ) { // do nothing if window is floating if( IsFloatingMode() ) return; GetWindow()->Show( false, SHOW_NOFOCUSCHANGE ); // prepare reparenting vcl::Window* pRealParent = GetWindow()->GetWindow( WINDOW_PARENT ); mpOldBorderWin = GetWindow()->GetWindow( WINDOW_BORDER ); if( mpOldBorderWin == GetWindow() ) mpOldBorderWin = NULL; // no border window found // the new parent for popup mode ImplPopupFloatWin* pWin = new ImplPopupFloatWin( mpParent, this, (nFlags & FLOATWIN_POPUPMODE_ALLOWTEAROFF) != 0 ); pWin->SetPopupModeEndHdl( LINK( this, ImplDockingWindowWrapper, PopupModeEnd ) ); pWin->SetText( GetWindow()->GetText() ); pWin->SetOutputSizePixel( GetWindow()->GetSizePixel() ); GetWindow()->mpWindowImpl->mpBorderWindow = NULL; GetWindow()->mpWindowImpl->mnLeftBorder = 0; GetWindow()->mpWindowImpl->mnTopBorder = 0; GetWindow()->mpWindowImpl->mnRightBorder = 0; GetWindow()->mpWindowImpl->mnBottomBorder = 0; // position toolbox below dragrect GetWindow()->SetPosPixel( pWin->GetToolboxPosition() ); // reparent borderwindow and window if ( mpOldBorderWin ) mpOldBorderWin->SetParent( pWin ); GetWindow()->SetParent( pWin ); // correct border window pointers GetWindow()->mpWindowImpl->mpBorderWindow = pWin; pWin->mpWindowImpl->mpClientWindow = GetWindow(); GetWindow()->mpWindowImpl->mpRealParent = pRealParent; // set mpFloatWin not until all window positioning is done !!! // (SetPosPixel etc. check for valid mpFloatWin pointer) mpFloatWin = pWin; // if the subtoolbar was opened via keyboard make sure that key events // will go into subtoolbar if( pParentToolBox->IsKeyEvent() ) nFlags |= FLOATWIN_POPUPMODE_GRABFOCUS; mpFloatWin->StartPopupMode( pParentToolBox, nFlags ); GetWindow()->Show(); if( pParentToolBox->IsKeyEvent() ) { // send HOME key to subtoolbar in order to select first item KeyEvent aEvent( 0, vcl::KeyCode( KEY_HOME ) ); mpFloatWin->GetPreferredKeyInputWindow()->KeyInput( aEvent ); } } IMPL_LINK_NOARG(ImplDockingWindowWrapper, PopupModeEnd) { GetWindow()->Show( false, SHOW_NOFOCUSCHANGE ); // set parameter for handler before destroying floating window ImplPopupFloatWin *pPopupFloatWin = static_cast(mpFloatWin); EndPopupModeData aData( pPopupFloatWin->GetTearOffPosition(), mpFloatWin->IsPopupModeTearOff() ); // before deleting change parent back, so we can delete the floating window alone vcl::Window* pRealParent = GetWindow()->GetWindow( WINDOW_PARENT ); GetWindow()->mpWindowImpl->mpBorderWindow = NULL; if ( mpOldBorderWin ) { GetWindow()->SetParent( mpOldBorderWin ); static_cast(mpOldBorderWin)->GetBorder( GetWindow()->mpWindowImpl->mnLeftBorder, GetWindow()->mpWindowImpl->mnTopBorder, GetWindow()->mpWindowImpl->mnRightBorder, GetWindow()->mpWindowImpl->mnBottomBorder ); mpOldBorderWin->Resize(); } GetWindow()->mpWindowImpl->mpBorderWindow = mpOldBorderWin; GetWindow()->SetParent( pRealParent ); GetWindow()->mpWindowImpl->mpRealParent = pRealParent; delete mpFloatWin; mpFloatWin = NULL; // call handler - which will destroy the window and thus the wrapper as well ! GetWindow()->CallEventListeners( VCLEVENT_WINDOW_ENDPOPUPMODE, &aData ); return 0; } bool ImplDockingWindowWrapper::IsInPopupMode() const { if( GetFloatingWindow() ) return GetFloatingWindow()->IsInPopupMode(); else return false; } void ImplDockingWindowWrapper::SetFloatingMode( bool bFloatMode ) { // do nothing if window is docked and locked if( !IsFloatingMode() && IsLocked() ) return; if ( IsFloatingMode() != bFloatMode ) { if ( PrepareToggleFloatingMode() ) { bool bVisible = GetWindow()->IsVisible(); if ( bFloatMode ) { GetWindow()->Show( false, SHOW_NOFOCUSCHANGE ); maDockPos = GetWindow()->GetPosPixel(); vcl::Window* pRealParent = GetWindow()->GetWindow( WINDOW_PARENT ); mpOldBorderWin = GetWindow()->GetWindow( WINDOW_BORDER ); if( mpOldBorderWin == mpDockingWindow ) mpOldBorderWin = NULL; // no border window found ImplDockFloatWin2* pWin = new ImplDockFloatWin2( mpParent, mnFloatBits & ( WB_MOVEABLE | WB_SIZEABLE | WB_CLOSEABLE ) ? mnFloatBits | WB_SYSTEMWINDOW | WB_OWNERDRAWDECORATION : mnFloatBits, this ); GetWindow()->mpWindowImpl->mpBorderWindow = NULL; GetWindow()->mpWindowImpl->mnLeftBorder = 0; GetWindow()->mpWindowImpl->mnTopBorder = 0; GetWindow()->mpWindowImpl->mnRightBorder = 0; GetWindow()->mpWindowImpl->mnBottomBorder = 0; // if the parent gets destroyed, we also have to reset the parent of the BorderWindow if ( mpOldBorderWin ) mpOldBorderWin->SetParent( pWin ); GetWindow()->SetParent( pWin ); pWin->SetPosPixel( Point() ); GetWindow()->mpWindowImpl->mpBorderWindow = pWin; pWin->mpWindowImpl->mpClientWindow = mpDockingWindow; GetWindow()->mpWindowImpl->mpRealParent = pRealParent; pWin->SetText( GetWindow()->GetText() ); pWin->SetOutputSizePixel( GetWindow()->GetSizePixel() ); pWin->SetPosPixel( maFloatPos ); // pass on DockingData to FloatingWindow pWin->ShowTitleButton( TITLE_BUTTON_DOCKING, mbDockBtn ); pWin->ShowTitleButton( TITLE_BUTTON_HIDE, mbHideBtn ); pWin->SetPin( mbPinned ); if ( mbRollUp ) pWin->RollUp(); else pWin->RollDown(); pWin->SetRollUpOutputSizePixel( maRollUpOutSize ); pWin->SetMinOutputSizePixel( maMinOutSize ); pWin->SetMaxOutputSizePixel( maMaxOutSize ); mpFloatWin = pWin; if ( bVisible ) GetWindow()->Show( true, SHOW_NOFOCUSCHANGE | SHOW_NOACTIVATE ); ToggleFloatingMode(); } else { GetWindow()->Show( false, SHOW_NOFOCUSCHANGE ); // store FloatingData in FloatingWindow maFloatPos = mpFloatWin->GetPosPixel(); mbDockBtn = mpFloatWin->IsTitleButtonVisible( TITLE_BUTTON_DOCKING ); mbHideBtn = mpFloatWin->IsTitleButtonVisible( TITLE_BUTTON_HIDE ); mbPinned = mpFloatWin->IsPinned(); mbRollUp = mpFloatWin->IsRollUp(); maRollUpOutSize = mpFloatWin->GetRollUpOutputSizePixel(); maMinOutSize = mpFloatWin->GetMinOutputSizePixel(); maMaxOutSize = mpFloatWin->GetMaxOutputSizePixel(); vcl::Window* pRealParent = GetWindow()->GetWindow( WINDOW_PARENT ); //mpWindowImpl->mpRealParent; GetWindow()->mpWindowImpl->mpBorderWindow = NULL; if ( mpOldBorderWin ) { GetWindow()->SetParent( mpOldBorderWin ); static_cast(mpOldBorderWin)->GetBorder( GetWindow()->mpWindowImpl->mnLeftBorder, GetWindow()->mpWindowImpl->mnTopBorder, GetWindow()->mpWindowImpl->mnRightBorder, GetWindow()->mpWindowImpl->mnBottomBorder ); mpOldBorderWin->Resize(); } GetWindow()->mpWindowImpl->mpBorderWindow = mpOldBorderWin; GetWindow()->SetParent( pRealParent ); GetWindow()->mpWindowImpl->mpRealParent = pRealParent; delete static_cast(mpFloatWin); mpFloatWin = NULL; GetWindow()->SetPosPixel( maDockPos ); if ( bVisible ) GetWindow()->Show(); ToggleFloatingMode(); } } } } void ImplDockingWindowWrapper::SetFloatStyle( WinBits nStyle ) { mnFloatBits = nStyle; } void ImplDockingWindowWrapper::setPosSizePixel( long nX, long nY, long nWidth, long nHeight, sal_uInt16 nFlags ) { if ( mpFloatWin ) mpFloatWin->setPosSizePixel( nX, nY, nWidth, nHeight, nFlags ); else GetWindow()->setPosSizePixel( nX, nY, nWidth, nHeight, nFlags ); } Point ImplDockingWindowWrapper::GetPosPixel() const { if ( mpFloatWin ) return mpFloatWin->GetPosPixel(); else return mpDockingWindow->GetPosPixel(); } Size ImplDockingWindowWrapper::GetSizePixel() const { if ( mpFloatWin ) return mpFloatWin->GetSizePixel(); else return mpDockingWindow->GetSizePixel(); } // old inlines from DockingWindow void ImplDockingWindowWrapper::SetMinOutputSizePixel( const Size& rSize ) { if ( mpFloatWin ) mpFloatWin->SetMinOutputSizePixel( rSize ); maMinOutSize = rSize; } void ImplDockingWindowWrapper::SetMaxOutputSizePixel( const Size& rSize ) { if ( mpFloatWin ) mpFloatWin->SetMaxOutputSizePixel( rSize ); maMaxOutSize = rSize; } bool ImplDockingWindowWrapper::IsFloatingMode() const { return (mpFloatWin != NULL); } void ImplDockingWindowWrapper::SetDragArea( const Rectangle& rRect ) { maDragArea = rRect; } void ImplDockingWindowWrapper::Lock() { mbLocked = true; // only toolbars support locking ToolBox *pToolBox = dynamic_cast< ToolBox * >( GetWindow() ); if( pToolBox ) pToolBox->Lock( mbLocked ); } void ImplDockingWindowWrapper::Unlock() { mbLocked = false; // only toolbars support locking ToolBox *pToolBox = dynamic_cast< ToolBox * >( GetWindow() ); if( pToolBox ) pToolBox->Lock( mbLocked ); } /* vim:set shiftwidth=4 softtabstop=4 expandtab: */