/* -*- 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 .
*/
for(SwTOXMark* pTOXMark : aMarks)
{ // Item PtrCompare needed here if (areSfxPoolItemPtrsEqual( pTOXMark, &rCurTOXMark )) continue;
pMark = pTOXMark->GetTextTOXMark(); if (!pMark) continue;
SwTextNode const*const pTOXSrc = pMark->GetpTextNd(); if (!pTOXSrc) continue;
Point aPt;
std::pair<Point, bool> const tmp(aPt, false); const SwContentFrame* pCFrame = pTOXSrc->getLayoutFrame(
getIDocumentLayoutAccess().GetCurrentLayout(), nullptr, &tmp); if (!pCFrame) continue;
if ( bInReadOnly || !pCFrame->IsProtected() )
{
CompareNodeContent aAbsNew( pTOXSrc->GetIndex(), pMark->GetStart() ); switch( eDir )
{ // The following (a bit more complicated) statements make it // possible to also travel across Entries on the same (!) // position. If someone has time, please feel free to optimize. case TOX_SAME_PRV: if (pTOXMark->GetText(nullptr) != rCurTOXMark.GetText(nullptr)) break;
[[fallthrough]]; case TOX_PRV: if ( (aAbsNew < aAbsIdx && aAbsNew > aPrevPos) ||
(aAbsIdx == aAbsNew &&
(reinterpret_cast<sal_uLong>(&rCurTOXMark) > reinterpret_cast<sal_uLong>(pTOXMark) &&
(!pNew || aPrevPos < aAbsIdx || reinterpret_cast<sal_uLong>(pNew) < reinterpret_cast<sal_uLong>(pTOXMark) ) )) ||
(aPrevPos == aAbsNew && aAbsIdx != aAbsNew && reinterpret_cast<sal_uLong>(pTOXMark) > reinterpret_cast<sal_uLong>(pNew)) )
{
pNew = pTOXMark;
aPrevPos = aAbsNew; if ( aAbsNew >= aMax )
{
aMax = aAbsNew;
pMax = pTOXMark;
}
} break;
// We couldn't find a successor // Use minimum or maximum if(!pNew)
{ switch(eDir)
{ case TOX_PRV: case TOX_SAME_PRV:
pNew = pMax; break; case TOX_NXT: case TOX_SAME_NXT:
pNew = pMin; break; default:
pNew = &rCurTOXMark;
}
} return *pNew;
}
if( bExpand )
{ // add value for 2nd parameter = true to // indicate, that a creation of a new table of content has to be performed. // Value of 1st parameter = default value.
pNewSection->Update( nullptr, pLayout, true );
} elseif( rTOX.GetTitle().getLength()==1 && IsInReading() ) // insert title of TOX
{ // then insert the headline section
SwNodeIndex aIdx( *pSectNd, +1 );
SwTOXBaseSection *const pNewSection( dynamic_cast<SwTOXBaseSection*>(& pNewSectionNode->GetSection())); if (pNewSection)
pNewSection->SetTOXName(sSectNm); // rTOX may have had no name...
}
/// Get current table of contents
SwTOXBase* SwDoc::GetCurTOX( const SwPosition& rPos )
{
SwNode& rNd = rPos.GetNode();
SwSectionNode* pSectNd = rNd.FindSectionNode(); while( pSectNd )
{
SectionType eT = pSectNd->GetSection().GetType(); if( SectionType::ToxContent == eT )
{
assert( dynamic_cast< const SwTOXBaseSection *>( &pSectNd->GetSection()) && "no TOXBaseSection!" );
SwTOXBaseSection& rTOXSect = static_cast<SwTOXBaseSection&>(
pSectNd->GetSection()); return &rTOXSect;
}
pSectNd = pSectNd->StartOfSectionNode()->FindSectionNode();
} return nullptr;
}
const SwTOXBase* SwDoc::GetDefaultTOXBase( TOXTypes eTyp, bool bCreate )
{
std::unique_ptr<SwTOXBase>* prBase = nullptr; switch(eTyp)
{ case TOX_CONTENT: prBase = &mpDefTOXBases->pContBase; break; case TOX_INDEX: prBase = &mpDefTOXBases->pIdxBase; break; case TOX_USER: prBase = &mpDefTOXBases->pUserBase; break; case TOX_TABLES: prBase = &mpDefTOXBases->pTableBase; break; case TOX_OBJECTS: prBase = &mpDefTOXBases->pObjBase; break; case TOX_ILLUSTRATIONS: prBase = &mpDefTOXBases->pIllBase; break; case TOX_AUTHORITIES: prBase = &mpDefTOXBases->pAuthBase; break; case TOX_BIBLIOGRAPHY: prBase = &mpDefTOXBases->pBiblioBase; break; case TOX_CITATION: /** TODO */break;
} if (!prBase) return nullptr; if(!(*prBase) && bCreate)
{
SwForm aForm(eTyp); const SwTOXType* pType = GetTOXType(eTyp, 0);
prBase->reset(new SwTOXBase(pType, aForm, SwTOXElement::NONE, pType->GetTypeName()));
} return prBase->get();
}
void SwDoc::SetDefaultTOXBase(const SwTOXBase& rBase)
{
std::unique_ptr<SwTOXBase>* prBase = nullptr; switch(rBase.GetType())
{ case TOX_CONTENT: prBase = &mpDefTOXBases->pContBase; break; case TOX_INDEX: prBase = &mpDefTOXBases->pIdxBase; break; case TOX_USER: prBase = &mpDefTOXBases->pUserBase; break; case TOX_TABLES: prBase = &mpDefTOXBases->pTableBase; break; case TOX_OBJECTS: prBase = &mpDefTOXBases->pObjBase; break; case TOX_ILLUSTRATIONS: prBase = &mpDefTOXBases->pIllBase; break; case TOX_AUTHORITIES: prBase = &mpDefTOXBases->pAuthBase; break; case TOX_BIBLIOGRAPHY: prBase = &mpDefTOXBases->pBiblioBase; break; case TOX_CITATION: /** TODO */break;
} if (!prBase) return;
prBase->reset(new SwTOXBase(rBase));
}
/// Delete table of contents bool SwDoc::DeleteTOX( const SwTOXBase& rTOXBase, bool bDelNodes )
{ // We only delete the TOX, not the Nodes bool bRet = false;
assert( dynamic_cast<const SwTOXBaseSection*>( &rTOXBase) && "no TOXBaseSection!" );
const SwTOXBaseSection& rTOXSect = static_cast<const SwTOXBaseSection&>(rTOXBase);
SwSectionFormat const * pFormat = rTOXSect.GetFormat(); /* Save the start node of the TOX' section. */
SwSectionNode const * pMyNode = pFormat ? pFormat->GetSectionNode() : nullptr; if (pMyNode)
{
GetIDocumentUndoRedo().StartUndo( SwUndoId::CLEARTOXRANGE, nullptr );
/* Save start node of section's surrounding. */
SwNode const * pStartNd = pMyNode->StartOfSectionNode();
/* Look for the point where to move the cursors in the area to delete to. This is done by first searching forward from the end of the TOX' section. If no content node is found behind the TOX one is searched before it. If this is not successful, too, insert new text node behind the end of the TOX' section. The cursors from the TOX' section will be
moved to the content node found or the new text node. */
/* Set PaM to end of TOX' section and search following content node. aSearchPam will contain the point where to move the cursors
to. */
SwPaM aSearchPam(*pMyNode->EndOfSectionNode());
SwPosition aEndPos(*pStartNd->EndOfSectionNode()); if (! aSearchPam.Move() /* no content node found */
|| *aSearchPam.GetPoint() >= aEndPos /* content node found
outside surrounding */
)
{ /* Set PaM to beginning of TOX' section and search previous
content node */
SwPaM aTmpPam(*pMyNode);
aSearchPam = aTmpPam;
SwPosition aStartPos(*pStartNd);
if ( ! aSearchPam.Move(fnMoveBackward) /* no content node found */
|| *aSearchPam.GetPoint() <= aStartPos /* content node found outside
surrounding */
)
{ /* There is no content node in the surrounding of
TOX'. Append text node behind TOX' section. */
for( auto pSectionFormat : *mpSectionFormatTable )
{ const SwSectionNode *pSectNd = pSectionFormat->GetSectionNode(); if ( !pSectNd ) continue;
const SwSection& rSect = pSectNd->GetSection(); if (rSect.GetType()==SectionType::ToxContent)
{ const UIName& rNm = rSect.GetSectionName(); if ( rNm.toString().startsWith(aName) )
{ // Calculate number and set the Flag
sal_Int32 nNum = o3tl::toInt32(rNm.toString().subView(nNmLen)) - 1; if (nNum >= 0 && o3tl::make_unsigned(nNum) < mpSectionFormatTable->size())
pSetFlags[ nNum / 8 ] |= (0x01 << ( nNum & 0x07 ));
} if ( bUseChkStr && sChkStr==rNm )
bUseChkStr = false;
}
}
if (bUseChkStr) return sChkStr;
// All Numbers have been flagged accordingly, so get the right Number
SwSectionFormats::size_type nNum = mpSectionFormatTable->size(); for( SwSectionFormats::size_type n = 0; n < nFlagSize; ++n )
{
sal_uInt8 nTmp = pSetFlags[ n ]; if( nTmp != 0xff )
{ // so get the Number
nNum = n * 8; while( nTmp & 1 )
{
++nNum;
nTmp >>= 1;
} break;
}
} return aName + OUString::number( ++nNum );
}
// tdf#153636 - search for outline node only if the index is for the current chapter if (bIsFromChapter) // tdf#151462 - search for outline node containing the current node return pNd->FindOutlineNodeOfLevel(pNd->GetSectionLevel() - 1, pLayout);
}
} return pNd->FindOutlineNodeOfLevel(nLvl, pLayout);
}
// Check if the one asking doesn't precede the page of the specified chapter note
bIsHeadingContained
= pNdFrame && pChptrPgFrame
&& pChptrPgFrame->getFrameArea().Top() <= pNdFrame->getFrameArea().Top(); // Check if the one asking doesn't succeed the specified chapter note if (bIsHeadingContained)
{ const SwNode* aChptrNd = pChptrNd; if (!rONds.Seek_Entry(aChptrNd, &nPos) && nPos)
nPos--; // Search for the next outline node with a larger level than the specified chapter node while (nPos < rONds.size() - 1
&& pChptrNd->GetAttrOutlineLevel()
< rONds[nPos + 1]->GetTextNode()->GetAttrOutlineLevel())
nPos++; // If there exists such an outline node, check if the one asking doesn't succeed // the specified chapter node if (nPos < rONds.size() - 1) {
nPos++; constauto aONdsTxtNd = rONds[nPos]->GetTextNode();
pChptrFrame = aONdsTxtNd->getLayoutFrame(
aONdsTxtNd->GetDoc().getIDocumentLayoutAccess().GetCurrentLayout(), nullptr,
&tmp);
pChptrPgFrame = pChptrFrame ? pChptrFrame->FindPageFrame() : nullptr;
bIsHeadingContained
= pNdFrame && pChptrPgFrame
&& pChptrPgFrame->getFrameArea().Top() >= pNdFrame->getFrameArea().Top();
}
}
} else
{ // Search for the next outline node which lies not within the current chapter node while (nPos > 0
&& pChptrNd->GetAttrOutlineLevel()
< rONds[nPos]->GetTextNode()->GetAttrOutlineLevel())
nPos--;
bIsHeadingContained = pChptrNd == rONds[nPos]->GetTextNode();
}
} else
{ // If there are no outline nodes, consider the heading contained, // otherwise the _XDocumentIndex._update() test fails
bIsHeadingContained = true;
} return bIsHeadingContained;
}
// get current Language
SwTOXInternational aIntl( GetLanguage(),
TOX_INDEX == GetTOXType()->GetType() ?
GetOptions() : SwTOIOptions::NONE,
GetSortAlgorithm() );
m_aSortArr.clear();
// find the first layout node for this TOX, if it only find the content // in his own chapter const SwSectionNode* pChapterSectNd = IsFromChapter() ? pSectNd->FindSectionNode() : nullptr; const SwTextNode* pOwnChapterNode = pChapterSectNd
? ::lcl_FindChapterNode( *pSectNd, pLayout, pChapterSectNd->GetSectionLevel() + 1 )
: nullptr;
if (rDoc.GetIDocumentUndoRedo().DoesUndo())
{ // note: this will first append a SwUndoDelSection from the ctor...
pUndo = new SwUndoUpdateIndex(*this); // tdf#123313 insert Undo *after* all CrossRefBookmark Undos have // been inserted by the Update*() functions
rDoc.GetIDocumentUndoRedo().AppendUndo(std::unique_ptr<SwUndoUpdateIndex>(pUndo));
} else
{
--aEndIdx;
SwPosition aPos( aEndIdx, pFirstEmptyNd, 0 );
SwDoc::CorrAbs( aSttIdx, aEndIdx, aPos, true );
// delete flys in whole range including start node which requires // giving the node before start node as Mark parameter, hence -1. // (flys must be deleted because the anchor nodes are removed)
DelFlyInRange( SwNodeIndex(aSttIdx, -1).GetNode(), aEndIdx.GetNode() );
// Generate: Evaluate Form and insert the place holder for the // page number. If it is a TOX_INDEX and the SwForm IsCommaSeparated() // then a range of entries must be generated into one paragraph
size_t nRange = 1; if(TOX_INDEX == SwTOXBase::GetType() &&
GetTOXForm().IsCommaSeparated() &&
m_aSortArr[nCnt]->GetType() == TOX_SORT_INDEX)
{ const SwTOXMark& rMark = m_aSortArr[nCnt]->pTextMark->GetTOXMark(); const OUString& sPrimKey = rMark.GetPrimaryKey(); const OUString& sSecKey = rMark.GetSecondaryKey(); const SwTOXMark* pNextMark = nullptr; while(m_aSortArr.size() > (nCnt + nRange) &&
m_aSortArr[nCnt + nRange]->GetType() == TOX_SORT_INDEX )
{
pNextMark = &(m_aSortArr[nCnt + nRange]->pTextMark->GetTOXMark()); if( !pNextMark ||
pNextMark->GetPrimaryKey() != sPrimKey ||
pNextMark->GetSecondaryKey() != sSecKey) break;
nRange++;
}
} // pass node index of table-of-content section and default page description // to method <GenerateText(..)>.
::SetProgressState( 0, rDoc.GetDocShell() );
// delete the first dummy node and remove all Cursor into the previous node
aInsPos = *pFirstEmptyNd;
{
SwPaM aCorPam( *pFirstEmptyNd ); if( !aCorPam.Move( fnMoveForward ) )
aCorPam.Move( fnMoveBackward );
SwNodeIndex aEndIdx( aInsPos, 1 );
SwDoc::CorrAbs( aInsPos, aEndIdx, *aCorPam.GetPoint(), true );
// Task 70995 - save and restore PageDesc and Break Attributes if( pFirstEmptyNd->HasSwAttrSet() )
{ if( !GetTitle().isEmpty() )
aEndIdx = *pSectNd; else
aEndIdx = *pFirstEmptyNd;
SwContentNode* pCNd = SwNodes::GoNext(&aEndIdx); if( pCNd ) // Robust against defect documents, e.g. i60336
pCNd->SetAttr( *pFirstEmptyNd->GetpSwAttrSet() );
}
}
// now create the new Frames
SwNodeOffset nIdx = pSectNd->GetIndex(); // don't delete if index is empty if(nIdx + SwNodeOffset(2) < pSectNd->EndOfSectionIndex())
rDoc.GetNodes().Delete( aInsPos );
aN2L.RestoreUpperFrames( rDoc.GetNodes(), nIdx, nIdx + 1 );
o3tl::sorted_vector<SwRootFrame*> aAllLayouts = rDoc.GetAllLayouts(); for ( constauto& rpLayout : aAllLayouts )
{
SwFrame::CheckPageDescs( static_cast<SwPageFrame*>(rpLayout->Lower()) );
} // delay setting tab stops until the layout frames exist, in case the ToX // is in columns or other non-body environment; best way is to check uppers // (what if columns have different widths? no idea what to do about that...) for (auto & it : tabStops)
{
std::vector<SvxTabStop> tabs; for (size_t i = 0; i < it.second.Count(); ++i)
{
tabs.emplace_back(it.second.At(i));
}
it.second.Remove(0, it.second.Count()); for (SvxTabStop & rTab : tabs)
{ if (rTab.GetAdjustment() == SvxTabAdjust::Right)
{
assert(rTab.GetTabPos() == 0);
rTab.GetTabPos() = pTabStopTokenHandler->CalcEndStop(*it.first, pLayout);
}
it.second.Insert(rTab);
}
it.first->SetAttr(it.second);
}
// Do we already have a Delimiter? if( !sDeli.isEmpty() && sLastDeli != sDeli )
{ // We skip all that are less than a small Blank (these are special characters) if( ' ' <= sDeli[0] )
{
std::unique_ptr<SwTOXCustom> pCst(
MakeSwTOXSortTabBase<SwTOXCustom>(nullptr,
TextAndReading(sDeli, OUString()),
FORM_ALPHA_DELIMITER,
rIntl, m_aSortArr[i]->GetLocale() ));
m_aSortArr.insert( m_aSortArr.begin() + i, std::move(pCst));
i++;
}
sLastDeli = sDeli;
}
// Skip until we get to the same or a lower Level do {
i++;
} while (i < m_aSortArr.size() && m_aSortArr[i]->GetLevel() > nLevel);
}
}
/// Evaluate Template
SwTextFormatColl* SwTOXBaseSection::GetTextFormatColl( sal_uInt16 nLevel )
{
SwDoc& rDoc = GetFormat()->GetDoc(); const UIName& rName = GetTOXForm().GetTemplate( nLevel );
SwTextFormatColl* pColl = !rName.isEmpty() ? rDoc.FindTextFormatCollByName(rName) :nullptr; if( !pColl )
{
sal_uInt16 nPoolFormat = 0; const TOXTypes eMyType = SwTOXBase::GetType(); switch( eMyType )
{ case TOX_INDEX: nPoolFormat = RES_POOLCOLL_TOX_IDXH; break; case TOX_USER: if( nLevel < 6 )
nPoolFormat = RES_POOLCOLL_TOX_USERH; else
nPoolFormat = RES_POOLCOLL_TOX_USER6 - 6; break; case TOX_ILLUSTRATIONS: nPoolFormat = RES_POOLCOLL_TOX_ILLUSH; break; case TOX_OBJECTS: nPoolFormat = RES_POOLCOLL_TOX_OBJECTH; break; case TOX_TABLES: nPoolFormat = RES_POOLCOLL_TOX_TABLESH; break; case TOX_AUTHORITIES: case TOX_BIBLIOGRAPHY:
nPoolFormat = RES_POOLCOLL_TOX_AUTHORITIESH; break; case TOX_CITATION: /** TODO */break; case TOX_CONTENT: // There's a jump in the ContentArea! if( nLevel < 6 )
nPoolFormat = RES_POOLCOLL_TOX_CNTNTH; else
nPoolFormat = RES_POOLCOLL_TOX_CNTNT6 - 6; break;
}
// Insert as sorted
std::vector<sal_uInt16>::size_type i; for( i = 0; i < aNums.size() && aNums[i] < nPage; ++i )
;
if( i >= aNums.size() || aNums[ i ] != nPage )
{
aNums.insert(aNums.begin() + i, nPage);
aDescs.insert(aDescs.begin() + i, pCurrentPage->GetPageDesc() );
} // is it a main entry? if(TOX_SORT_INDEX == pSortBase->GetType() &&
rTOXSource.bMainEntry)
{
aMainNums.push_back(nPage);
}
}
} // Insert the PageNumber into the TOC TextNode const SwTOXSortTabBase* pBase = m_aSortArr[ nCnt ].get(); if(pBase->pTOXNd)
{ const SwTextNode* pTextNd = pBase->pTOXNd->GetTextNode();
OSL_ENSURE( pTextNd, "no TextNode, wrong TOC" );
UpdatePageNum_( const_cast<SwTextNode*>(pTextNd), aNums, aDescs, &aMainNums,
aIntl );
}
}
} // Delete the mapping array after setting the right PageNumber
m_aSortArr.clear();
}
/// Replace the PageNumber place holders. Search for the page no. in the array /// of main entry page numbers. staticbool lcl_HasMainEntry( const std::vector<sal_uInt16>* pMainEntryNums, sal_uInt16 nToFind )
{ if (!pMainEntryNums) returnfalse;
for( auto nMainEntry : *pMainEntryNums ) if (nToFind == nMainEntry) returntrue; returnfalse;
}
void SwTOXBaseSection::UpdatePageNum_( SwTextNode* pNd, const std::vector<sal_uInt16>& rNums, const std::vector<SwPageDesc*>& rDescs, const std::vector<sal_uInt16>* pMainEntryNums, const SwTOXInternational& rIntl )
{ // collect starts end ends of main entry character style
std::optional< std::vector<sal_uInt16> > xCharStyleIdx; if (pMainEntryNums)
xCharStyleIdx.emplace();
std::vector<sal_uInt16>::size_type i; for( i = 1; i < rNums.size(); ++i)
{
SvxNumberType aType( rDescs[i]->GetNumType() ); if( TOX_INDEX == SwTOXBase::GetType() )
{ // Summarize for the following // Add up all following // break up if main entry starts or ends and // insert a char style index bool bMainEntryChanges = lcl_HasMainEntry(pMainEntryNums, nOld)
!= lcl_HasMainEntry(pMainEntryNums, rNums[i]);
if(nOld == rNums[i]-1 && !bMainEntryChanges &&
(GetOptions() & (SwTOIOptions::FF|SwTOIOptions::Dash)))
nCount++; else
{ // Flush for the following old values if(GetOptions() & SwTOIOptions::FF)
{ if ( nCount >= 1 )
aNumStr += rIntl.GetFollowingText( nCount > 1 );
} elseif (nCount) //#58127# If nCount == 0, then the only PageNumber is already in aNumStr!
{ if (nCount == 1 )
aNumStr += SwTOXMark::S_PAGE_DELI; else
aNumStr += "-";
aNumStr += aType.GetNumStr( nBeg + nCount );
}
// Create new String
nBeg = rNums[i];
aNumStr += SwTOXMark::S_PAGE_DELI; //the change of the character style must apply after sPageDeli is appended if (xCharStyleIdx && bMainEntryChanges)
{
xCharStyleIdx->push_back(aNumStr.getLength());
}
aNumStr += aType.GetNumStr( nBeg );
nCount = 0;
}
nOld = rNums[i];
} else
{ // Insert all Numbers
aNumStr += aType.GetNumStr( rNums[i] ); if (i+1 != rNums.size())
aNumStr += SwTOXMark::S_PAGE_DELI;
}
} // Flush when ending and the following old values if( TOX_INDEX == SwTOXBase::GetType() )
{ if(GetOptions() & SwTOIOptions::FF)
{ if( nCount >= 1 )
aNumStr += rIntl.GetFollowingText( nCount > 1 );
} else
{ if(nCount >= 2)
aNumStr += "-"; elseif(nCount == 1)
aNumStr += SwTOXMark::S_PAGE_DELI; //#58127# If nCount == 0, then the only PageNumber is already in aNumStr! if(nCount)
aNumStr += rDescs[i-1]->GetNumType().GetNumStr( nBeg+nCount );
}
}
pNd->InsertText( aNumStr, aPos, SwInsertFlags::EMPTYEXPAND | SwInsertFlags::FORCEHINTEXPAND ); if(pPageNoCharFormat)
{
SwFormatCharFormat aCharFormat( pPageNoCharFormat );
pNd->InsertItem(aCharFormat, nStartPos, nStartPos + aNumStr.getLength(), SetAttrMode::DONTEXPAND);
}
// The main entries should get their character style if (!xCharStyleIdx || xCharStyleIdx->empty() || GetMainEntryCharStyle().isEmpty()) return;
// eventually the last index must me appended if (xCharStyleIdx->size()&0x01)
xCharStyleIdx->push_back(aNumStr.getLength());
// find the page numbers in aNumStr and set the character style
sal_Int32 nOffset = pNd->GetText().getLength() - aNumStr.getLength();
SwFormatCharFormat aCharFormat(pCharFormat); for (size_t j = 0; j < xCharStyleIdx->size(); j += 2)
{
sal_Int32 nStartIdx = (*xCharStyleIdx)[j] + nOffset;
sal_Int32 nEndIdx = (*xCharStyleIdx)[j + 1] + nOffset;
pNd->InsertItem(aCharFormat, nStartIdx, nEndIdx, SetAttrMode::DONTEXPAND);
}
}
void SwTOXBaseSection::InsertSorted(std::unique_ptr<SwTOXSortTabBase> pNew)
{
Range aRange(0, m_aSortArr.size()); if( TOX_INDEX == SwTOXBase::GetType() && pNew->pTextMark )
{ const SwTOXMark& rMark = pNew->pTextMark->GetTOXMark(); // Evaluate Key // Calculate the range where to insert if( !(GetOptions() & SwTOIOptions::KeyAsEntry) &&
!rMark.GetPrimaryKey().isEmpty() )
{
aRange = GetKeyRange( rMark.GetPrimaryKey(),
rMark.GetPrimaryKeyReading(),
*pNew, FORM_PRIMARY_KEY, aRange );
if( !rMark.GetSecondaryKey().isEmpty() )
aRange = GetKeyRange( rMark.GetSecondaryKey(),
rMark.GetSecondaryKeyReading(),
*pNew, FORM_SECONDARY_KEY, aRange );
}
} // Search for identical entries and remove the trailing one if(TOX_AUTHORITIES == SwTOXBase::GetType())
{ for(short i = static_cast<short>(aRange.Min()); i < static_cast<short>(aRange.Max()); ++i)
{
SwTOXSortTabBase* pOld = m_aSortArr[i].get(); if (pOld->equivalent(*pNew))
{ if (pOld->sort_lt(*pNew))
{ return;
} else
{ // remove the old content
m_aSortArr.erase( m_aSortArr.begin() + i );
aRange.Max()--; break;
}
}
}
}
// find position and insert
tools::Long i;
for( i = aRange.Min(); i < aRange.Max(); ++i)
{ // Only check for same level
SwTOXSortTabBase* pOld = m_aSortArr[i].get(); if (pOld->equivalent(*pNew))
{ if(TOX_AUTHORITIES != SwTOXBase::GetType())
{ // Own entry for double entries or keywords if( pOld->GetType() == TOX_SORT_CUSTOM &&
SwTOXSortTabBase::GetOptions() & SwTOIOptions::KeyAsEntry) continue;
if(!(SwTOXSortTabBase::GetOptions() & SwTOIOptions::SameEntry))
{ // Own entry
m_aSortArr.insert(m_aSortArr.begin() + i, std::move(pNew)); return;
} // If the own entry is already present, add it to the references list
pOld->aTOXSources.push_back(pNew->aTOXSources[0]);
return;
} #if OSL_DEBUG_LEVEL > 0 else
OSL_FAIL("Bibliography entries cannot be found here"); #endif
} if (pNew->sort_lt(*pOld)) break;
} // Skip SubLevel while( TOX_INDEX == SwTOXBase::GetType() && i < aRange.Max() &&
m_aSortArr[i]->GetLevel() > pNew->GetLevel() )
i++;
// Insert at position i
m_aSortArr.insert(m_aSortArr.begin()+i, std::move(pNew));
}
/// Find Key Range and insert if possible
Range SwTOXBaseSection::GetKeyRange(const OUString& rStr, const OUString& rStrReading, const SwTOXSortTabBase& rNew,
sal_uInt16 nLevel, const Range& rRange )
{ const SwTOXInternational& rIntl = *rNew.pTOXIntl;
TextAndReading aToCompare(rStr, rStrReading);
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