path: root/sc/source/filter/xml/XMLExportIterator.cxx

/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */
/*************************************************************************
 *
 * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
 *
 * Copyright 2000, 2010 Oracle and/or its affiliates.
 *
 * OpenOffice.org - a multi-platform office productivity suite
 *
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 *
 * OpenOffice.org is free software: you can redistribute it and/or modify
 * it under the terms of the GNU Lesser General Public License version 3
 * only, as published by the Free Software Foundation.
 *
 * OpenOffice.org is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU Lesser General Public License version 3 for more details
 * (a copy is included in the LICENSE file that accompanied this code).
 *
 * You should have received a copy of the GNU Lesser General Public License
 * version 3 along with OpenOffice.org.  If not, see
 * <http://www.openoffice.org/license.html>
 * for a copy of the LGPLv3 License.
 *
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// MARKER(update_precomp.py): autogen include statement, do not remove
#include "precompiled_sc.hxx"



// INCLUDE ---------------------------------------------------------------
#include "XMLExportIterator.hxx"
#include <com/sun/star/text/XSimpleText.hpp>
#include <com/sun/star/sheet/XCellAddressable.hpp>
#include <com/sun/star/sheet/CellFlags.hpp>
#include <com/sun/star/sheet/XSheetAnnotationsSupplier.hpp>
#include <com/sun/star/container/XEnumerationAccess.hpp>
#include <xmloff/xmlnmspe.hxx>
#include "dociter.hxx"
#include "convuno.hxx"
#include "xmlexprt.hxx"
#include "XMLExportSharedData.hxx"
#include "XMLStylesExportHelper.hxx"
#include "document.hxx"

#include <algorithm>

using ::rtl::OUString;
using namespace ::com::sun::star;

//==============================================================================

ScMyIteratorBase::ScMyIteratorBase()
{
}

ScMyIteratorBase::~ScMyIteratorBase()
{
}

void ScMyIteratorBase::UpdateAddress( table::CellAddress& rCellAddress )
{
    table::CellAddress aNewAddr( rCellAddress );
    if( GetFirstAddress( aNewAddr ) )
    {
        if( (aNewAddr.Sheet == rCellAddress.Sheet) &&
            ((aNewAddr.Row < rCellAddress.Row) ||
            ((aNewAddr.Row == rCellAddress.Row) && (aNewAddr.Column < rCellAddress.Column))) )
            rCellAddress = aNewAddr;
    }
}


//==============================================================================

bool ScMyShape::operator<(const ScMyShape& aShape) const
{
    if( aAddress.Tab() != aShape.aAddress.Tab() )
        return (aAddress.Tab() < aShape.aAddress.Tab());
    else if( aAddress.Row() != aShape.aAddress.Row() )
        return (aAddress.Row() < aShape.aAddress.Row());
    else
        return (aAddress.Col() < aShape.aAddress.Col());
}

ScMyShapesContainer::ScMyShapesContainer()
    : aShapeList()
{
}

ScMyShapesContainer::~ScMyShapesContainer()
{
}

void ScMyShapesContainer::AddNewShape( const ScMyShape& aShape )
{
    aShapeList.push_back(aShape);
}

bool ScMyShapesContainer::GetFirstAddress( table::CellAddress& rCellAddress )
{
    sal_Int32 nTable(rCellAddress.Sheet);
    if( !aShapeList.empty() )
    {
        ScUnoConversion::FillApiAddress( rCellAddress, aShapeList.begin()->aAddress );
        return (nTable == rCellAddress.Sheet);
    }
    return false;
}

void ScMyShapesContainer::SetCellData( ScMyCell& rMyCell )
{
    rMyCell.aShapeList.clear();
    ScAddress aAddress;
    ScUnoConversion::FillScAddress( aAddress, rMyCell.aCellAddress );

    ScMyShapeList::iterator aItr(aShapeList.begin());
    ScMyShapeList::iterator aEndItr(aShapeList.end());
    while( (aItr != aEndItr) && (aItr->aAddress == aAddress) )
    {
        rMyCell.aShapeList.push_back(*aItr);
        aItr = aShapeList.erase(aItr);
    }
    rMyCell.bHasShape = !rMyCell.aShapeList.empty();
}

void ScMyShapesContainer::SkipTable(SCTAB nSkip)
{
    ScMyShapeList::iterator aItr = aShapeList.begin();
    while( (aItr != aShapeList.end()) && (aItr->aAddress.Tab() == nSkip) )
        aItr = aShapeList.erase(aItr);
}

void ScMyShapesContainer::Sort()
{
    aShapeList.sort();
}

bool ScMyNoteShape::operator<(const ScMyNoteShape& aNote) const
{
    if( aPos.Tab() != aNote.aPos.Tab() )
        return (aPos.Tab() < aNote.aPos.Tab());
    else if( aPos.Row() != aNote.aPos.Row() )
        return (aPos.Row() < aNote.aPos.Row());
    else
        return (aPos.Col() < aNote.aPos.Col());
}

ScMyNoteShapesContainer::ScMyNoteShapesContainer()
    : aNoteShapeList()
{
}

ScMyNoteShapesContainer::~ScMyNoteShapesContainer()
{
}

void ScMyNoteShapesContainer::AddNewNote( const ScMyNoteShape& aNote )
{
    aNoteShapeList.push_back(aNote);
}

bool ScMyNoteShapesContainer::GetFirstAddress( table::CellAddress& rCellAddress )
{
    sal_Int16 nTable = rCellAddress.Sheet;
    if( !aNoteShapeList.empty() )
    {
        ScUnoConversion::FillApiAddress( rCellAddress, aNoteShapeList.begin()->aPos );
        return (nTable == rCellAddress.Sheet);
    }
    return false;
}

void ScMyNoteShapesContainer::SetCellData( ScMyCell& rMyCell )
{
    rMyCell.xNoteShape.clear();
    ScAddress aAddress;
    ScUnoConversion::FillScAddress( aAddress, rMyCell.aCellAddress );

    ScMyNoteShapeList::iterator aItr = aNoteShapeList.begin();
    while( (aItr != aNoteShapeList.end()) && (aItr->aPos == aAddress) )
    {
        rMyCell.xNoteShape = aItr->xShape;
        aItr = aNoteShapeList.erase(aItr);
    }
}

void ScMyNoteShapesContainer::SkipTable(SCTAB nSkip)
{
    ScMyNoteShapeList::iterator aItr = aNoteShapeList.begin();
    while( (aItr != aNoteShapeList.end()) && (aItr->aPos.Tab() == nSkip) )
        aItr = aNoteShapeList.erase(aItr);
}

void ScMyNoteShapesContainer::Sort()
{
    aNoteShapeList.sort();
}

//==============================================================================

bool ScMyMergedRange::operator<(const ScMyMergedRange& aRange) const
{
    if( aCellRange.Sheet != aRange.aCellRange.Sheet )
        return (aCellRange.Sheet < aRange.aCellRange.Sheet);
    else if( aCellRange.StartRow != aRange.aCellRange.StartRow )
        return (aCellRange.StartRow < aRange.aCellRange.StartRow);
    else
        return (aCellRange.StartColumn < aRange.aCellRange.StartColumn);
}


ScMyMergedRangesContainer::ScMyMergedRangesContainer()
    : aRangeList()
{
}

ScMyMergedRangesContainer::~ScMyMergedRangesContainer()
{
}

void ScMyMergedRangesContainer::AddRange(const table::CellRangeAddress aMergedRange)
{
    sal_Int32 nStartRow(aMergedRange.StartRow);
    sal_Int32 nEndRow(aMergedRange.EndRow);

    ScMyMergedRange aRange;
    aRange.bIsFirst = true;
    aRange.aCellRange = aMergedRange;
    aRange.aCellRange.EndRow = nStartRow;
    aRange.nRows = nEndRow - nStartRow + 1;
    aRangeList.push_back( aRange );

    aRange.bIsFirst = false;
    aRange.nRows = 0;
    for( sal_Int32 nRow = nStartRow + 1; nRow <= nEndRow; ++nRow )
    {
        aRange.aCellRange.StartRow = aRange.aCellRange.EndRow = nRow;
        aRangeList.push_back(aRange);
    }
}

bool ScMyMergedRangesContainer::GetFirstAddress( table::CellAddress& rCellAddress )
{
    sal_Int32 nTable(rCellAddress.Sheet);
    if( !aRangeList.empty() )
    {
        ScUnoConversion::FillApiStartAddress( rCellAddress, aRangeList.begin()->aCellRange );
        return (nTable == rCellAddress.Sheet);
    }
    return false;
}

void ScMyMergedRangesContainer::SetCellData( ScMyCell& rMyCell )
{
    rMyCell.bIsMergedBase = rMyCell.bIsCovered = false;
    ScMyMergedRangeList::iterator aItr(aRangeList.begin());
    if( aItr != aRangeList.end() )
    {
        table::CellAddress aFirstAddress;
        ScUnoConversion::FillApiStartAddress( aFirstAddress, aItr->aCellRange );
        if( aFirstAddress == rMyCell.aCellAddress )
        {
            rMyCell.aMergeRange = aItr->aCellRange;
            if (aItr->bIsFirst)
                rMyCell.aMergeRange.EndRow = rMyCell.aMergeRange.StartRow + aItr->nRows - 1;
            rMyCell.bIsMergedBase = aItr->bIsFirst;
            rMyCell.bIsCovered = !aItr->bIsFirst;
            if( aItr->aCellRange.StartColumn < aItr->aCellRange.EndColumn )
            {
                ++(aItr->aCellRange.StartColumn);
                aItr->bIsFirst = false;
            }
            else
                aRangeList.erase(aItr);
        }
    }
}

void ScMyMergedRangesContainer::SkipTable(SCTAB nSkip)
{
    ScMyMergedRangeList::iterator aItr = aRangeList.begin();
    while( (aItr != aRangeList.end()) && (aItr->aCellRange.Sheet == nSkip) )
        aItr = aRangeList.erase(aItr);
}

void ScMyMergedRangesContainer::Sort()
{
    aRangeList.sort();
}

//==============================================================================

bool ScMyAreaLink::Compare( const ScMyAreaLink& rAreaLink ) const
{
    return  (GetRowCount() == rAreaLink.GetRowCount()) &&
            (sFilter == rAreaLink.sFilter) &&
            (sFilterOptions == rAreaLink.sFilterOptions) &&
            (sURL == rAreaLink.sURL) &&
            (sSourceStr == rAreaLink.sSourceStr);
}

bool ScMyAreaLink::operator<(const ScMyAreaLink& rAreaLink ) const
{
    if( aDestRange.Sheet != rAreaLink.aDestRange.Sheet )
        return (aDestRange.Sheet < rAreaLink.aDestRange.Sheet);
    else if( aDestRange.StartRow != rAreaLink.aDestRange.StartRow )
        return (aDestRange.StartRow < rAreaLink.aDestRange.StartRow);
    else
        return (aDestRange.StartColumn < rAreaLink.aDestRange.StartColumn);
}

ScMyAreaLinksContainer::ScMyAreaLinksContainer() :
    aAreaLinkList()
{
}

ScMyAreaLinksContainer::~ScMyAreaLinksContainer()
{
}

bool ScMyAreaLinksContainer::GetFirstAddress( table::CellAddress& rCellAddress )
{
    sal_Int32 nTable(rCellAddress.Sheet);
    if( !aAreaLinkList.empty() )
    {
        ScUnoConversion::FillApiStartAddress( rCellAddress, aAreaLinkList.begin()->aDestRange );
        return (nTable == rCellAddress.Sheet);
    }
    return false;
}

void ScMyAreaLinksContainer::SetCellData( ScMyCell& rMyCell )
{
    rMyCell.bHasAreaLink = false;
    ScMyAreaLinkList::iterator aItr(aAreaLinkList.begin());
    if( aItr != aAreaLinkList.end() )
    {
        table::CellAddress aAddress;
        ScUnoConversion::FillApiStartAddress( aAddress, aItr->aDestRange );
        if( aAddress == rMyCell.aCellAddress )
        {
            rMyCell.bHasAreaLink = true;
            rMyCell.aAreaLink = *aItr;
            aItr = aAreaLinkList.erase( aItr );
            bool bFound = true;
            while (aItr != aAreaLinkList.end() && bFound)
            {
                ScUnoConversion::FillApiStartAddress( aAddress, aItr->aDestRange );
                if (aAddress == rMyCell.aCellAddress)
                {
                    OSL_FAIL("more than one linked range on one cell");
                    aItr = aAreaLinkList.erase( aItr );
                }
                else
                    bFound = false;
            }
        }
    }
}

void ScMyAreaLinksContainer::SkipTable(SCTAB nSkip)
{
    ScMyAreaLinkList::iterator aItr = aAreaLinkList.begin();
    while( (aItr != aAreaLinkList.end()) && (aItr->aDestRange.Sheet == nSkip) )
        aItr = aAreaLinkList.erase(aItr);
}

void ScMyAreaLinksContainer::Sort()
{
    aAreaLinkList.sort();
}

//==============================================================================

ScMyCellRangeAddress::ScMyCellRangeAddress(const table::CellRangeAddress& rRange)
    : table::CellRangeAddress(rRange)
{
}

bool ScMyCellRangeAddress::operator<(const ScMyCellRangeAddress& rRange ) const
{
    if( Sheet != rRange.Sheet )
        return (Sheet < rRange.Sheet);
    else if( StartRow != rRange.StartRow )
        return (StartRow < rRange.StartRow);
    else
        return (StartColumn < rRange.StartColumn);
}

ScMyEmptyDatabaseRangesContainer::ScMyEmptyDatabaseRangesContainer()
    : aDatabaseList()
{
}

ScMyEmptyDatabaseRangesContainer::~ScMyEmptyDatabaseRangesContainer()
{
}

void ScMyEmptyDatabaseRangesContainer::AddNewEmptyDatabaseRange(const table::CellRangeAddress& aCellRange)
{
    sal_Int32 nStartRow(aCellRange.StartRow);
    sal_Int32 nEndRow(aCellRange.EndRow);
    ScMyCellRangeAddress aRange( aCellRange );
    for( sal_Int32 nRow = nStartRow; nRow <= nEndRow; ++nRow )
    {
        aRange.StartRow = aRange.EndRow = nRow;
        aDatabaseList.push_back( aRange );
    }
}

bool ScMyEmptyDatabaseRangesContainer::GetFirstAddress( table::CellAddress& rCellAddress )
{
    sal_Int32 nTable(rCellAddress.Sheet);
    if( !aDatabaseList.empty() )
    {
        ScUnoConversion::FillApiStartAddress( rCellAddress, *(aDatabaseList.begin()) );
        return (nTable == rCellAddress.Sheet);
    }
    return false;
}

void ScMyEmptyDatabaseRangesContainer::SetCellData( ScMyCell& rMyCell )
{
    rMyCell.bHasEmptyDatabase = false;
    ScMyEmptyDatabaseRangeList::iterator aItr(aDatabaseList.begin());
    if( aItr != aDatabaseList.end() )
    {
        table::CellAddress aFirstAddress;
        ScUnoConversion::FillApiStartAddress( aFirstAddress, *aItr );
        if( aFirstAddress == rMyCell.aCellAddress )
        {
            rMyCell.bHasEmptyDatabase = true;
            if( aItr->StartColumn < aItr->EndColumn )
                ++(aItr->StartColumn);
            else
                aDatabaseList.erase(aItr);
        }
    }
}

void ScMyEmptyDatabaseRangesContainer::SkipTable(SCTAB nSkip)
{
    ScMyEmptyDatabaseRangeList::iterator aItr = aDatabaseList.begin();
    while( (aItr != aDatabaseList.end()) && (aItr->Sheet == nSkip) )
        aItr = aDatabaseList.erase(aItr);
}

void ScMyEmptyDatabaseRangesContainer::Sort()
{
    aDatabaseList.sort();
}

//==============================================================================

bool ScMyDetectiveObj::operator<( const ScMyDetectiveObj& rDetObj) const
{
    if( aPosition.Sheet != rDetObj.aPosition.Sheet )
        return (aPosition.Sheet < rDetObj.aPosition.Sheet);
    else if( aPosition.Row != rDetObj.aPosition.Row )
        return (aPosition.Row < rDetObj.aPosition.Row);
    else
        return (aPosition.Column < rDetObj.aPosition.Column);
}

ScMyDetectiveObjContainer::ScMyDetectiveObjContainer() :
    aDetectiveObjList()
{
}

ScMyDetectiveObjContainer::~ScMyDetectiveObjContainer()
{
}

void ScMyDetectiveObjContainer::AddObject( ScDetectiveObjType eObjType, const SCTAB nSheet,
                                            const ScAddress& rPosition, const ScRange& rSourceRange,
                                            bool bHasError )
{
    if( (eObjType == SC_DETOBJ_ARROW) ||
        (eObjType == SC_DETOBJ_FROMOTHERTAB) ||
        (eObjType == SC_DETOBJ_TOOTHERTAB) ||
        (eObjType == SC_DETOBJ_CIRCLE) )
    {
        ScMyDetectiveObj aDetObj;
        aDetObj.eObjType = eObjType;
        if( eObjType == SC_DETOBJ_TOOTHERTAB )
            ScUnoConversion::FillApiAddress( aDetObj.aPosition, rSourceRange.aStart );
        else
            ScUnoConversion::FillApiAddress( aDetObj.aPosition, rPosition );
        ScUnoConversion::FillApiRange( aDetObj.aSourceRange, rSourceRange );

        // #111064#; take the sheet where the object is found and not the sheet given in the ranges, because they are not always true
        if (eObjType != SC_DETOBJ_FROMOTHERTAB)
        {
            // if the ObjType == SC_DETOBJ_FROMOTHERTAB then the SourceRange is not used and so it has not to be tested and changed
            OSL_ENSURE(aDetObj.aPosition.Sheet == aDetObj.aSourceRange.Sheet, "It seems to be possible to have different sheets");
            aDetObj.aSourceRange.Sheet = nSheet;
        }
        aDetObj.aPosition.Sheet = nSheet;

        aDetObj.bHasError = bHasError;
        aDetectiveObjList.push_back( aDetObj );
    }
}

bool ScMyDetectiveObjContainer::GetFirstAddress( table::CellAddress& rCellAddress )
{
    sal_Int32 nTable(rCellAddress.Sheet);
    if( !aDetectiveObjList.empty() )
    {
        rCellAddress = aDetectiveObjList.begin()->aPosition;
        return (nTable == rCellAddress.Sheet);
    }
    return false;
}

void ScMyDetectiveObjContainer::SetCellData( ScMyCell& rMyCell )
{
    rMyCell.aDetectiveObjVec.clear();
    ScMyDetectiveObjList::iterator aItr(aDetectiveObjList.begin());
    ScMyDetectiveObjList::iterator aEndItr(aDetectiveObjList.end());
    while( (aItr != aEndItr) && (aItr->aPosition == rMyCell.aCellAddress) )
    {
        rMyCell.aDetectiveObjVec.push_back( *aItr );
        aItr = aDetectiveObjList.erase( aItr );
    }
    rMyCell.bHasDetectiveObj = (rMyCell.aDetectiveObjVec.size() != 0);
}

void ScMyDetectiveObjContainer::SkipTable(SCTAB nSkip)
{
    ScMyDetectiveObjList::iterator aItr = aDetectiveObjList.begin();
    while( (aItr != aDetectiveObjList.end()) && (aItr->aPosition.Sheet == nSkip) )
        aItr = aDetectiveObjList.erase(aItr);
}

void ScMyDetectiveObjContainer::Sort()
{
    aDetectiveObjList.sort();
}

//==============================================================================

bool ScMyDetectiveOp::operator<( const ScMyDetectiveOp& rDetOp) const
{
    if( aPosition.Sheet != rDetOp.aPosition.Sheet )
        return (aPosition.Sheet < rDetOp.aPosition.Sheet);
    else if( aPosition.Row != rDetOp.aPosition.Row )
        return (aPosition.Row < rDetOp.aPosition.Row);
    else
        return (aPosition.Column < rDetOp.aPosition.Column);
}

ScMyDetectiveOpContainer::ScMyDetectiveOpContainer() :
    aDetectiveOpList()
{
}

ScMyDetectiveOpContainer::~ScMyDetectiveOpContainer()
{
}

void ScMyDetectiveOpContainer::AddOperation( ScDetOpType eOpType, const ScAddress& rPosition, sal_uInt32 nIndex )
{
    ScMyDetectiveOp aDetOp;
    aDetOp.eOpType = eOpType;
    ScUnoConversion::FillApiAddress( aDetOp.aPosition, rPosition );
    aDetOp.nIndex = nIndex;
    aDetectiveOpList.push_back( aDetOp );
}

bool ScMyDetectiveOpContainer::GetFirstAddress( table::CellAddress& rCellAddress )
{
    sal_Int32 nTable(rCellAddress.Sheet);
    if( !aDetectiveOpList.empty() )
    {
        rCellAddress = aDetectiveOpList.begin()->aPosition;
        return (nTable == rCellAddress.Sheet);
    }
    return false;
}

void ScMyDetectiveOpContainer::SetCellData( ScMyCell& rMyCell )
{
    rMyCell.aDetectiveOpVec.clear();
    ScMyDetectiveOpList::iterator aItr(aDetectiveOpList.begin());
    ScMyDetectiveOpList::iterator aEndItr(aDetectiveOpList.end());
    while( (aItr != aEndItr) && (aItr->aPosition == rMyCell.aCellAddress) )
    {
        rMyCell.aDetectiveOpVec.push_back( *aItr );
        aItr = aDetectiveOpList.erase( aItr );
    }
    rMyCell.bHasDetectiveOp = (rMyCell.aDetectiveOpVec.size() != 0);
}

void ScMyDetectiveOpContainer::SkipTable(SCTAB nSkip)
{
    ScMyDetectiveOpList::iterator aItr = aDetectiveOpList.begin();
    while( (aItr != aDetectiveOpList.end()) && (aItr->aPosition.Sheet == nSkip) )
        aItr = aDetectiveOpList.erase(aItr);
}

void ScMyDetectiveOpContainer::Sort()
{
    aDetectiveOpList.sort();
}

//==============================================================================

ScMyCell::ScMyCell() :
    aShapeList(),
    aDetectiveObjVec(),
    fValue(0.0),
    nValidationIndex(-1),
    pBaseCell(NULL),
    bIsAutoStyle( false ),
    bHasShape( false ),
    bIsMergedBase( false ),
    bIsCovered( false ),
    bHasAreaLink( false ),
    bHasEmptyDatabase( false ),
    bHasDetectiveObj( false ),
    bHasDetectiveOp( false ),
    bIsEditCell( false ),
    bKnowWhetherIsEditCell( false ),
    bHasStringValue( false ),
    bHasDoubleValue( false ),
    bHasXText( false ),
    bIsMatrixBase( false ),
    bIsMatrixCovered( false ),
    bHasAnnotation( false )
{
}

ScMyCell::~ScMyCell()
{
}

//==============================================================================

bool ScMyExportAnnotation::operator<(const ScMyExportAnnotation& rAnno) const
{
    if( aCellAddress.Row != rAnno.aCellAddress.Row )
        return (aCellAddress.Row < rAnno.aCellAddress.Row);
    else
        return (aCellAddress.Column < rAnno.aCellAddress.Column);
}


ScMyNotEmptyCellsIterator::ScMyNotEmptyCellsIterator(ScXMLExport& rTempXMLExport)
    : pShapes(NULL),
    pNoteShapes(NULL),
    pEmptyDatabaseRanges(NULL),
    pMergedRanges(NULL),
    pAreaLinks(NULL),
    pDetectiveObj(NULL),
    pDetectiveOp(NULL),
    rExport(rTempXMLExport),
    pCellItr(NULL),
    nCurrentTable(SCTAB_MAX)
{
}

ScMyNotEmptyCellsIterator::~ScMyNotEmptyCellsIterator()
{
    Clear();
}

void ScMyNotEmptyCellsIterator::Clear()
{
    if (pCellItr)
        delete pCellItr;
    if (!aAnnotations.empty())
    {
        OSL_FAIL("not all Annotations saved");
        aAnnotations.clear();
    }
    pCellItr = NULL;
    pShapes = NULL;
    pNoteShapes = NULL;
    pMergedRanges = NULL;
    pAreaLinks = NULL;
    pEmptyDatabaseRanges = NULL;
    pDetectiveObj = NULL;
    pDetectiveOp = NULL;
    nCurrentTable = SCTAB_MAX;
}

void ScMyNotEmptyCellsIterator::UpdateAddress( table::CellAddress& rAddress )
{
    if( pCellItr->ReturnNext( nCellCol, nCellRow ) )
    {
        rAddress.Column = nCellCol;
        rAddress.Row = nCellRow;
    }
}

void ScMyNotEmptyCellsIterator::SetCellData( ScMyCell& rMyCell, table::CellAddress& rAddress )
{
    rMyCell.aCellAddress = rAddress;
    rMyCell.bHasStringValue = false;
    rMyCell.bHasDoubleValue = false;
    rMyCell.bHasXText = false;
    rMyCell.bKnowWhetherIsEditCell = false;
    rMyCell.bIsEditCell = false;
    if( (nCellCol == rAddress.Column) && (nCellRow == rAddress.Row) )
        pCellItr->GetNext( nCellCol, nCellRow );
}

void ScMyNotEmptyCellsIterator::SetMatrixCellData( ScMyCell& rMyCell )
{
    rMyCell.bIsMatrixCovered = false;
    rMyCell.bIsMatrixBase = false;

    bool bIsMatrixBase(false);

    ScAddress aScAddress;
    ScUnoConversion::FillScAddress( aScAddress, rMyCell.aCellAddress );
    CellType eCalcType = rExport.GetDocument()->GetCellType( aScAddress );
    switch (eCalcType)
    {
        case CELLTYPE_VALUE:
            rMyCell.nType = table::CellContentType_VALUE;
            break;
        case CELLTYPE_STRING:
        case CELLTYPE_EDIT:
            rMyCell.nType = table::CellContentType_TEXT;
            break;
        case CELLTYPE_FORMULA:
            rMyCell.nType = table::CellContentType_FORMULA;
            break;
        default:
            rMyCell.nType = table::CellContentType_EMPTY;
    }

    if (rMyCell.nType == table::CellContentType_FORMULA)
        if( rExport.IsMatrix( aScAddress, rMyCell.aMatrixRange, bIsMatrixBase ) )
        {
            rMyCell.bIsMatrixBase = bIsMatrixBase;
            rMyCell.bIsMatrixCovered = !bIsMatrixBase;
        }
}

void ScMyNotEmptyCellsIterator::HasAnnotation(ScMyCell& aCell)
{
    aCell.bHasAnnotation = false;
    if (!aAnnotations.empty())
    {
        ScMyExportAnnotationList::iterator aItr(aAnnotations.begin());
        if ((aCell.aCellAddress.Column == aItr->aCellAddress.Column) &&
            (aCell.aCellAddress.Row == aItr->aCellAddress.Row))
        {
            aCell.xAnnotation.set(aItr->xAnnotation);
            uno::Reference<text::XSimpleText> xSimpleText(aCell.xAnnotation, uno::UNO_QUERY);
            if (aCell.xAnnotation.is() && xSimpleText.is())
            {
                aCell.sAnnotationText = xSimpleText->getString();
                if (aCell.sAnnotationText.getLength())
                    aCell.bHasAnnotation = true;
            }
            aAnnotations.erase(aItr);
        }
    }

    // test - bypass the API
    // if (xCellRange.is())
    //  aCell.xCell.set(xCellRange->getCellByPosition(aCell.aCellAddress.Column, aCell.aCellAddress.Row));
}

void ScMyNotEmptyCellsIterator::SetCurrentTable(const SCTAB nTable,
    uno::Reference<sheet::XSpreadsheet>& rxTable)
{
    OSL_ENSURE(aAnnotations.empty(), "not all Annotations saved");
    aLastAddress.Row = 0;
    aLastAddress.Column = 0;
    aLastAddress.Sheet = nTable;
    if (nCurrentTable != nTable)
    {
        nCurrentTable = nTable;
        if (pCellItr)
            delete pCellItr;
        pCellItr = new ScHorizontalCellIterator(rExport.GetDocument(), nCurrentTable, 0, 0,
            static_cast<SCCOL>(rExport.GetSharedData()->GetLastColumn(nCurrentTable)), static_cast<SCROW>(rExport.GetSharedData()->GetLastRow(nCurrentTable)));
        xTable.set(rxTable);
        xCellRange.set(xTable, uno::UNO_QUERY);
        uno::Reference<sheet::XSheetAnnotationsSupplier> xSheetAnnotationsSupplier (xTable, uno::UNO_QUERY);
        if (xSheetAnnotationsSupplier.is())
        {
            uno::Reference<container::XEnumerationAccess> xAnnotationAccess ( xSheetAnnotationsSupplier->getAnnotations(), uno::UNO_QUERY);
            if (xAnnotationAccess.is())
            {
                uno::Reference<container::XEnumeration> xAnnotations(xAnnotationAccess->createEnumeration());
                if (xAnnotations.is())
                {
                    while (xAnnotations->hasMoreElements())
                    {
                        ScMyExportAnnotation aAnnotation;
                        aAnnotation.xAnnotation.set(xAnnotations->nextElement(), uno::UNO_QUERY);
                        if (aAnnotation.xAnnotation.is())
                        {
                            aAnnotation.aCellAddress = aAnnotation.xAnnotation->getPosition();
                            aAnnotations.push_back(aAnnotation);
                        }
                    }
                    if (!aAnnotations.empty())
                        aAnnotations.sort();
                }
            }
        }
    }
}

void ScMyNotEmptyCellsIterator::SkipTable(SCTAB nSkip)
{
    // Skip entries for a sheet that is copied instead of saving normally.
    // Cells (including aAnnotations) are handled separately in SetCurrentTable.

    if( pShapes )
        pShapes->SkipTable(nSkip);
    if( pNoteShapes )
        pNoteShapes->SkipTable(nSkip);
    if( pEmptyDatabaseRanges )
        pEmptyDatabaseRanges->SkipTable(nSkip);
    if( pMergedRanges )
        pMergedRanges->SkipTable(nSkip);
    if( pAreaLinks )
        pAreaLinks->SkipTable(nSkip);
    if( pDetectiveObj )
        pDetectiveObj->SkipTable(nSkip);
    if( pDetectiveOp )
        pDetectiveOp->SkipTable(nSkip);
}

bool ScMyNotEmptyCellsIterator::GetNext(ScMyCell& aCell, ScFormatRangeStyles* pCellStyles)
{
    table::CellAddress  aAddress( nCurrentTable, MAXCOL + 1, MAXROW + 1 );

    UpdateAddress( aAddress );
    if( pShapes )
        pShapes->UpdateAddress( aAddress );
    if( pNoteShapes )
        pNoteShapes->UpdateAddress( aAddress );
    if( pEmptyDatabaseRanges )
        pEmptyDatabaseRanges->UpdateAddress( aAddress );
    if( pMergedRanges )
        pMergedRanges->UpdateAddress( aAddress );
    if( pAreaLinks )
        pAreaLinks->UpdateAddress( aAddress );
    if( pDetectiveObj )
        pDetectiveObj->UpdateAddress( aAddress );
    if( pDetectiveOp )
        pDetectiveOp->UpdateAddress( aAddress );

    bool bFoundCell((aAddress.Column <= MAXCOL) && (aAddress.Row <= MAXROW));
    if( bFoundCell )
    {
        SetCellData( aCell, aAddress );
        if( pShapes )
            pShapes->SetCellData( aCell );
        if( pNoteShapes )
            pNoteShapes->SetCellData( aCell );
        if( pEmptyDatabaseRanges )
            pEmptyDatabaseRanges->SetCellData( aCell );
        if( pMergedRanges )
            pMergedRanges->SetCellData( aCell );
        if( pAreaLinks )
            pAreaLinks->SetCellData( aCell );
        if( pDetectiveObj )
            pDetectiveObj->SetCellData( aCell );
        if( pDetectiveOp )
            pDetectiveOp->SetCellData( aCell );

        HasAnnotation( aCell );
        SetMatrixCellData( aCell );
        bool bIsAutoStyle;
        // Ranges before the previous cell are not needed by ExportFormatRanges anymore and can be removed
        sal_Int32 nRemoveBeforeRow = aLastAddress.Row;
        aCell.nStyleIndex = pCellStyles->GetStyleNameIndex(aCell.aCellAddress.Sheet,
            aCell.aCellAddress.Column, aCell.aCellAddress.Row,
            bIsAutoStyle, aCell.nValidationIndex, aCell.nNumberFormat, nRemoveBeforeRow);
        aLastAddress = aCell.aCellAddress;
        aCell.bIsAutoStyle = bIsAutoStyle;

        //#102799#; if the cell is in a DatabaseRange which should saved empty, the cell should have the type empty
        if (aCell.bHasEmptyDatabase)
            aCell.nType = table::CellContentType_EMPTY;
    }
    return bFoundCell;
}

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