/* -*- 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 #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include using namespace ::com::sun::star; // Global data of the DrawingEngine SdrGlobalData::SdrGlobalData() : pSysLocale(nullptr) , pLocaleData(nullptr) { if (!utl::ConfigManager::IsFuzzing()) { svx::ExtrusionBar::RegisterInterface(); svx::FontworkBar::RegisterInterface(); } } const SvtSysLocale* SdrGlobalData::GetSysLocale() { if ( !pSysLocale ) pSysLocale = new SvtSysLocale; return pSysLocale; } const LocaleDataWrapper* SdrGlobalData::GetLocaleData() { if ( !pLocaleData ) pLocaleData = GetSysLocale()->GetLocaleDataPtr(); return pLocaleData; } namespace { struct TheSdrGlobalData: public rtl::Static {}; } SdrGlobalData & GetSdrGlobalData() { return TheSdrGlobalData::get(); } OLEObjCache::OLEObjCache() { if (!utl::ConfigManager::IsFuzzing()) nSize = officecfg::Office::Common::Cache::DrawingEngine::OLE_Objects::get(); else nSize = 100; pTimer.reset( new AutoTimer( "svx OLEObjCache pTimer UnloadCheck" ) ); pTimer->SetInvokeHandler( LINK(this, OLEObjCache, UnloadCheckHdl) ); pTimer->SetTimeout(20000); pTimer->SetStatic(); } OLEObjCache::~OLEObjCache() { pTimer->Stop(); } IMPL_LINK_NOARG(OLEObjCache, UnloadCheckHdl, Timer*, void) { if (nSize >= maObjs.size()) return; // more objects than configured cache size try to remove objects // of course not the freshly inserted one at nIndex=0 size_t nCount2 = maObjs.size(); size_t nIndex = nCount2-1; while( nIndex && nCount2 > nSize ) { SdrOle2Obj* pUnloadObj = maObjs[nIndex--]; if (!pUnloadObj) continue; try { // it is important to get object without reinitialization to avoid reentrance uno::Reference< embed::XEmbeddedObject > xUnloadObj = pUnloadObj->GetObjRef_NoInit(); bool bUnload = SdrOle2Obj::CanUnloadRunningObj( xUnloadObj, pUnloadObj->GetAspect() ); // check whether the object can be unloaded before looking for the parent objects if ( xUnloadObj.is() && bUnload ) { uno::Reference< frame::XModel > xUnloadModel( xUnloadObj->getComponent(), uno::UNO_QUERY ); if ( xUnloadModel.is() ) { for (SdrOle2Obj* pCacheObj : maObjs) { if ( pCacheObj && pCacheObj != pUnloadObj ) { uno::Reference< frame::XModel > xParentModel = pCacheObj->GetParentXModel(); if ( xUnloadModel == xParentModel ) bUnload = false; // the object has running embedded objects } } } } if ( bUnload && UnloadObj(pUnloadObj) ) // object was successfully unloaded nCount2--; } catch( uno::Exception& ) {} } } void OLEObjCache::InsertObj(SdrOle2Obj* pObj) { if (!maObjs.empty()) { SdrOle2Obj* pExistingObj = maObjs.front(); if ( pObj == pExistingObj ) // the object is already on the top, nothing has to be changed return; } // get the old position of the object to know whether it is already in container std::vector::iterator it = std::find(maObjs.begin(), maObjs.end(), pObj); bool bFound = it != maObjs.end(); if (bFound) maObjs.erase(it); // insert object into first position maObjs.insert(maObjs.begin(), pObj); // if a new object was inserted, recalculate the cache if (!bFound) pTimer->Invoke(); if (!bFound || !pTimer->IsActive()) pTimer->Start(); } void OLEObjCache::RemoveObj(SdrOle2Obj* pObj) { std::vector::iterator it = std::find(maObjs.begin(), maObjs.end(), pObj); if (it != maObjs.end()) maObjs.erase(it); if (maObjs.empty()) pTimer->Stop(); } size_t OLEObjCache::size() const { return maObjs.size(); } SdrOle2Obj* OLEObjCache::operator[](size_t nPos) { return maObjs[nPos]; } const SdrOle2Obj* OLEObjCache::operator[](size_t nPos) const { return maObjs[nPos]; } bool OLEObjCache::UnloadObj(SdrOle2Obj* pObj) { bool bUnloaded = false; if (pObj) { //#i80528# The old mechanism is completely useless, only taking into account if // in all views the GrafDraft feature is used. This will nearly never have been the // case since no one ever used this option. // A much better (and working) criteria would be the VOC contact count. // The question is what will happen when i make it work now suddenly? I // will try it for 2.4. const sdr::contact::ViewContact& rViewContact = pObj->GetViewContact(); const bool bVisible(rViewContact.HasViewObjectContacts()); if(!bVisible) { bUnloaded = pObj->Unload(); } } return bUnloaded; } bool GetDraftFillColor(const SfxItemSet& rSet, Color& rCol) { drawing::FillStyle eFill=rSet.Get(XATTR_FILLSTYLE).GetValue(); bool bRetval = false; switch(eFill) { case drawing::FillStyle_SOLID: { rCol = rSet.Get(XATTR_FILLCOLOR).GetColorValue(); bRetval = true; break; } case drawing::FillStyle_HATCH: { Color aCol1(rSet.Get(XATTR_FILLHATCH).GetHatchValue().GetColor()); Color aCol2(COL_WHITE); // when hatched background is activated, use object fill color as hatch color bool bFillHatchBackground = rSet.Get(XATTR_FILLBACKGROUND).GetValue(); if(bFillHatchBackground) { aCol2 = rSet.Get(XATTR_FILLCOLOR).GetColorValue(); } const basegfx::BColor aAverageColor(basegfx::average(aCol1.getBColor(), aCol2.getBColor())); rCol = Color(aAverageColor); bRetval = true; break; } case drawing::FillStyle_GRADIENT: { const XGradient& rGrad=rSet.Get(XATTR_FILLGRADIENT).GetGradientValue(); Color aCol1(rGrad.GetStartColor()); Color aCol2(rGrad.GetEndColor()); const basegfx::BColor aAverageColor(basegfx::average(aCol1.getBColor(), aCol2.getBColor())); rCol = Color(aAverageColor); bRetval = true; break; } case drawing::FillStyle_BITMAP: { Bitmap aBitmap(rSet.Get(XATTR_FILLBITMAP).GetGraphicObject().GetGraphic().GetBitmapEx().GetBitmap()); const Size aSize(aBitmap.GetSizePixel()); const sal_uInt32 nWidth = aSize.Width(); const sal_uInt32 nHeight = aSize.Height(); if (nWidth <= 0 || nHeight <= 0) return bRetval; Bitmap::ScopedReadAccess pAccess(aBitmap); if (pAccess) { sal_uInt32 nRt(0); sal_uInt32 nGn(0); sal_uInt32 nBl(0); const sal_uInt32 nMaxSteps(8); const sal_uInt32 nXStep((nWidth > nMaxSteps) ? nWidth / nMaxSteps : 1); const sal_uInt32 nYStep((nHeight > nMaxSteps) ? nHeight / nMaxSteps : 1); sal_uInt32 nCount(0); for(sal_uInt32 nY(0); nY < nHeight; nY += nYStep) { for(sal_uInt32 nX(0); nX < nWidth; nX += nXStep) { const BitmapColor& rCol2 = pAccess->GetColor(nY, nX); nRt += rCol2.GetRed(); nGn += rCol2.GetGreen(); nBl += rCol2.GetBlue(); nCount++; } } nRt /= nCount; nGn /= nCount; nBl /= nCount; rCol = Color(sal_uInt8(nRt), sal_uInt8(nGn), sal_uInt8(nBl)); bRetval = true; } break; } default: break; } return bRetval; } std::unique_ptr SdrMakeOutliner(OutlinerMode nOutlinerMode, SdrModel& rModel) { SfxItemPool* pPool = &rModel.GetItemPool(); std::unique_ptr pOutl(new SdrOutliner( pPool, nOutlinerMode )); pOutl->SetEditTextObjectPool( pPool ); pOutl->SetStyleSheetPool( static_cast(rModel.GetStyleSheetPool())); pOutl->SetDefTab(rModel.GetDefaultTabulator()); Outliner::SetForbiddenCharsTable(rModel.GetForbiddenCharsTable()); pOutl->SetAsianCompressionMode(rModel.GetCharCompressType()); pOutl->SetKernAsianPunctuation(rModel.IsKernAsianPunctuation()); pOutl->SetAddExtLeading(rModel.IsAddExtLeading()); return pOutl; } std::vector>& ImpGetUserMakeObjHdl() { SdrGlobalData& rGlobalData=GetSdrGlobalData(); return rGlobalData.aUserMakeObjHdl; } bool SearchOutlinerItems(const SfxItemSet& rSet, bool bInklDefaults, bool* pbOnlyEE) { bool bHas=false; bool bOnly=true; bool bLookOnly=pbOnlyEE!=nullptr; SfxWhichIter aIter(rSet); sal_uInt16 nWhich=aIter.FirstWhich(); while (((bLookOnly && bOnly) || !bHas) && nWhich!=0) { // For bInklDefaults, the entire Which range is decisive, // in other cases only the set items are. // Disabled and DontCare are regarded as holes in the Which range. SfxItemState eState=rSet.GetItemState(nWhich); if ((eState==SfxItemState::DEFAULT && bInklDefaults) || eState==SfxItemState::SET) { if (nWhichEE_ITEMS_END) bOnly=false; else bHas=true; } nWhich=aIter.NextWhich(); } if (!bHas) bOnly=false; if (pbOnlyEE!=nullptr) *pbOnlyEE=bOnly; return bHas; } std::unique_ptr RemoveWhichRange(const sal_uInt16* pOldWhichTable, sal_uInt16 nRangeBeg, sal_uInt16 nRangeEnd) { // Six possible cases (per range): // [Beg..End] Range, to delete // [b..e] [b..e] [b..e] Cases 1,3,2: doesn't matter, delete, doesn't matter + Ranges // [b........e] [b........e] Cases 4,5 : shrink range | in // [b......................e] Case 6 : splitting + pOldWhichTable sal_uInt16 nCount=0; while (pOldWhichTable[nCount]!=0) nCount++; nCount++; // nCount should now be an odd number (0 for end of array) DBG_ASSERT((nCount&1)==1,"RemoveWhichRange: WhichTable doesn't have an odd number of entries."); sal_uInt16 nAlloc=nCount; // check necessary size of new array sal_uInt16 nNum=nCount-1; while (nNum!=0) { nNum-=2; sal_uInt16 nBeg=pOldWhichTable[nNum]; sal_uInt16 nEnd=pOldWhichTable[nNum+1]; if (nEndnRangeEnd) /* nCase=2 */ ; else if (nBeg>=nRangeBeg && nEnd<=nRangeEnd) /* nCase=3 */ nAlloc-=2; else if (nEnd<=nRangeEnd) /* nCase=4 */; else if (nBeg>=nRangeBeg) /* nCase=5*/ ; else /* nCase=6 */ nAlloc+=2; } std::unique_ptr pNewWhichTable(new sal_uInt16[nAlloc]); memcpy(pNewWhichTable.get(), pOldWhichTable, nAlloc*sizeof(sal_uInt16)); pNewWhichTable[nAlloc-1]=0; // in case 3, there's no 0 at the end. // now remove the unwanted ranges nNum=nAlloc-1; while (nNum!=0) { nNum-=2; sal_uInt16 nBeg=pNewWhichTable[nNum]; sal_uInt16 nEnd=pNewWhichTable[nNum+1]; unsigned nCase=0; if (nEndnRangeEnd) nCase=2; else if (nBeg>=nRangeBeg && nEnd<=nRangeEnd) nCase=3; else if (nEnd<=nRangeEnd) nCase=4; else if (nBeg>=nRangeBeg) nCase=5; else nCase=6; switch (nCase) { case 3: { unsigned nTailBytes=(nCount-(nNum+2))*sizeof(sal_uInt16); memcpy(&pNewWhichTable[nNum],&pNewWhichTable[nNum+2],nTailBytes); nCount-=2; // remember: array is now smaller } break; case 4: pNewWhichTable[nNum+1]=nRangeBeg-1; break; case 5: pNewWhichTable[nNum]=nRangeEnd+1; break; case 6: { unsigned nTailBytes=(nCount-(nNum+2))*sizeof(sal_uInt16); memcpy(&pNewWhichTable[nNum+4],&pNewWhichTable[nNum+2],nTailBytes); nCount+=2; // remember:array is now larger pNewWhichTable[nNum+2]=nRangeEnd+1; pNewWhichTable[nNum+3]=pNewWhichTable[nNum+1]; pNewWhichTable[nNum+1]=nRangeBeg-1; } break; } // switch } return pNewWhichTable; } SvdProgressInfo::SvdProgressInfo( const Link&_rLink ) { maLink = _rLink; m_nSumCurAction = 0; m_nObjCount = 0; m_nCurObj = 0; m_nActionCount = 0; m_nCurAction = 0; m_nInsertCount = 0; m_nCurInsert = 0; } void SvdProgressInfo::Init( size_t nObjCount ) { m_nObjCount = nObjCount; } bool SvdProgressInfo::ReportActions( size_t nActionCount ) { m_nSumCurAction += nActionCount; m_nCurAction += nActionCount; if(m_nCurAction > m_nActionCount) m_nCurAction = m_nActionCount; return maLink.Call(nullptr); } void SvdProgressInfo::ReportInserts( size_t nInsertCount ) { m_nSumCurAction += nInsertCount; m_nCurInsert += nInsertCount; maLink.Call(nullptr); } void SvdProgressInfo::ReportRescales( size_t nRescaleCount ) { m_nSumCurAction += nRescaleCount; maLink.Call(nullptr); } void SvdProgressInfo::SetActionCount( size_t nActionCount ) { m_nActionCount = nActionCount; } void SvdProgressInfo::SetInsertCount( size_t nInsertCount ) { m_nInsertCount = nInsertCount; } void SvdProgressInfo::SetNextObject() { m_nActionCount = 0; m_nCurAction = 0; m_nInsertCount = 0; m_nCurInsert = 0; m_nCurObj++; ReportActions(0); } // #i101872# isolate GetTextEditBackgroundColor to tooling; it will anyways only be used as long // as text edit is not running on overlay namespace { bool impGetSdrObjListFillColor( const SdrObjList& rList, const Point& rPnt, const SdrPageView& rTextEditPV, const SdrLayerIDSet& rVisLayers, Color& rCol) { bool bRet(false); bool bMaster(rList.getSdrPageFromSdrObjList() && rList.getSdrPageFromSdrObjList()->IsMasterPage()); for(size_t no(rList.GetObjCount()); !bRet && no > 0; ) { no--; SdrObject* pObj = rList.GetObj(no); SdrObjList* pOL = pObj->GetSubList(); if(pOL) { // group object bRet = impGetSdrObjListFillColor(*pOL, rPnt, rTextEditPV, rVisLayers, rCol); } else { SdrTextObj* pText = dynamic_cast< SdrTextObj * >(pObj); // Exclude zero master page object (i.e. background shape) from color query if(pText && pObj->IsClosedObj() && (!bMaster || (!pObj->IsNotVisibleAsMaster() && 0 != no)) && pObj->GetCurrentBoundRect().IsInside(rPnt) && !pText->IsHideContour() && SdrObjectPrimitiveHit(*pObj, rPnt, 0, rTextEditPV, &rVisLayers, false)) { bRet = GetDraftFillColor(pObj->GetMergedItemSet(), rCol); } } } return bRet; } bool impGetSdrPageFillColor( const SdrPage& rPage, const Point& rPnt, const SdrPageView& rTextEditPV, const SdrLayerIDSet& rVisLayers, Color& rCol, bool bSkipBackgroundShape) { bool bRet(impGetSdrObjListFillColor(rPage, rPnt, rTextEditPV, rVisLayers, rCol)); if(!bRet && !rPage.IsMasterPage()) { if(rPage.TRG_HasMasterPage()) { SdrLayerIDSet aSet(rVisLayers); aSet &= rPage.TRG_GetMasterPageVisibleLayers(); SdrPage& rMasterPage = rPage.TRG_GetMasterPage(); // Don't fall back to background shape on // master pages. This is later handled by // GetBackgroundColor, and is necessary to cater for // the silly ordering: 1. shapes, 2. master page // shapes, 3. page background, 4. master page // background. bRet = impGetSdrPageFillColor(rMasterPage, rPnt, rTextEditPV, aSet, rCol, true); } } // Only now determine background color from background shapes if(!bRet && !bSkipBackgroundShape) { rCol = rPage.GetPageBackgroundColor(); return true; } return bRet; } Color impCalcBackgroundColor( const tools::Rectangle& rArea, const SdrPageView& rTextEditPV, const SdrPage& rPage) { svtools::ColorConfig aColorConfig; Color aBackground(aColorConfig.GetColorValue(svtools::DOCCOLOR).nColor); const StyleSettings& rStyleSettings = Application::GetSettings().GetStyleSettings(); if(!rStyleSettings.GetHighContrastMode()) { // search in page const sal_uInt16 SPOTCOUNT(5); Point aSpotPos[SPOTCOUNT]; Color aSpotColor[SPOTCOUNT]; sal_uInt32 nHeight( rArea.GetSize().Height() ); sal_uInt32 nWidth( rArea.GetSize().Width() ); sal_uInt32 nWidth14 = nWidth / 4; sal_uInt32 nHeight14 = nHeight / 4; sal_uInt32 nWidth34 = ( 3 * nWidth ) / 4; sal_uInt32 nHeight34 = ( 3 * nHeight ) / 4; sal_uInt16 i; for ( i = 0; i < SPOTCOUNT; i++ ) { // five spots are used switch ( i ) { case 0 : { // Center-Spot aSpotPos[i] = rArea.Center(); } break; case 1 : { // TopLeft-Spot aSpotPos[i] = rArea.TopLeft(); aSpotPos[i].AdjustX(nWidth14 ); aSpotPos[i].AdjustY(nHeight14 ); } break; case 2 : { // TopRight-Spot aSpotPos[i] = rArea.TopLeft(); aSpotPos[i].AdjustX(nWidth34 ); aSpotPos[i].AdjustY(nHeight14 ); } break; case 3 : { // BottomLeft-Spot aSpotPos[i] = rArea.TopLeft(); aSpotPos[i].AdjustX(nWidth14 ); aSpotPos[i].AdjustY(nHeight34 ); } break; case 4 : { // BottomRight-Spot aSpotPos[i] = rArea.TopLeft(); aSpotPos[i].AdjustX(nWidth34 ); aSpotPos[i].AdjustY(nHeight34 ); } break; } aSpotColor[i] = COL_WHITE; impGetSdrPageFillColor(rPage, aSpotPos[i], rTextEditPV, rTextEditPV.GetVisibleLayers(), aSpotColor[i], false); } sal_uInt16 aMatch[SPOTCOUNT]; for ( i = 0; i < SPOTCOUNT; i++ ) { // were same spot colors found? aMatch[i] = 0; for ( sal_uInt16 j = 0; j < SPOTCOUNT; j++ ) { if( j != i ) { if( aSpotColor[i] == aSpotColor[j] ) { aMatch[i]++; } } } } // highest weight to center spot aBackground = aSpotColor[0]; for ( sal_uInt16 nMatchCount = SPOTCOUNT - 1; nMatchCount > 1; nMatchCount-- ) { // which spot color was found most? for ( i = 0; i < SPOTCOUNT; i++ ) { if( aMatch[i] == nMatchCount ) { aBackground = aSpotColor[i]; nMatchCount = 1; // break outer for-loop break; } } } } return aBackground; } } // end of anonymous namespace Color GetTextEditBackgroundColor(const SdrObjEditView& rView) { svtools::ColorConfig aColorConfig; Color aBackground(aColorConfig.GetColorValue(svtools::DOCCOLOR).nColor); const StyleSettings& rStyleSettings = Application::GetSettings().GetStyleSettings(); if(!rStyleSettings.GetHighContrastMode()) { bool bFound(false); SdrTextObj* pText = rView.GetTextEditObject(); if(pText && pText->IsClosedObj()) { sdr::table::SdrTableObj* pTable = dynamic_cast< sdr::table::SdrTableObj * >( pText ); if( pTable ) bFound = GetDraftFillColor(pTable->GetActiveCellItemSet(), aBackground ); if( !bFound ) bFound=GetDraftFillColor(pText->GetMergedItemSet(), aBackground); } if(!bFound && pText) { SdrPageView* pTextEditPV = rView.GetTextEditPageView(); if(pTextEditPV) { Point aPvOfs(pText->GetTextEditOffset()); const SdrPage* pPg = pTextEditPV->GetPage(); if(pPg) { tools::Rectangle aSnapRect( pText->GetSnapRect() ); aSnapRect.Move(aPvOfs.X(), aPvOfs.Y()); return impCalcBackgroundColor(aSnapRect, *pTextEditPV, *pPg); } } } } return aBackground; } /* vim:set shiftwidth=4 softtabstop=4 expandtab: */