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/* -*- 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 <DomainMapperTableHandler.hxx>
#include <DomainMapper_Impl.hxx>
#include <StyleSheetTable.hxx>
#include <com/sun/star/beans/XPropertyState.hpp>
#include <com/sun/star/container/XEnumerationAccess.hpp>
#include <com/sun/star/table/TableBorderDistances.hpp>
#include <com/sun/star/table/TableBorder.hpp>
#include <com/sun/star/table/BorderLine2.hpp>
#include <com/sun/star/table/BorderLineStyle.hpp>
#include <com/sun/star/table/XCellRange.hpp>
#include <com/sun/star/text/HoriOrientation.hpp>
#include <com/sun/star/text/RelOrientation.hpp>
#include <com/sun/star/text/SizeType.hpp>
#include <com/sun/star/text/VertOrientation.hpp>
#include <com/sun/star/text/XTextRangeCompare.hpp>
#include <com/sun/star/style/ParagraphAdjust.hpp>
#include <TablePositionHandler.hxx>
#include <ConversionHelper.hxx>
#include <util.hxx>
#include <osl/diagnose.h>
#include <comphelper/sequence.hxx>
#ifdef DEBUG_WRITERFILTER
#include <PropertyMapHelper.hxx>
#include <rtl/ustring.hxx>
#endif
namespace writerfilter {
namespace dmapper {
using namespace ::com::sun::star;
using namespace ::std;
#define DEF_BORDER_DIST 190 //0,19cm
DomainMapperTableHandler::DomainMapperTableHandler(
css::uno::Reference<css::text::XTextAppendAndConvert> const& xText,
DomainMapper_Impl& rDMapper_Impl)
: m_xText(xText),
m_rDMapper_Impl( rDMapper_Impl ),
m_bHadFootOrEndnote(false)
{
}
DomainMapperTableHandler::~DomainMapperTableHandler()
{
}
void DomainMapperTableHandler::startTable(unsigned int /*nDepth*/,
const TablePropertyMapPtr& pProps)
{
m_aTableProperties = pProps;
m_aTableRanges.clear();
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("tablehandler.table");
if (pProps.get() != nullptr)
pProps->dumpXml();
#endif
}
PropertyMapPtr lcl_SearchParentStyleSheetAndMergeProperties(const StyleSheetEntryPtr& rStyleSheet, const StyleSheetTablePtr& pStyleSheetTable)
{
PropertyMapPtr pRet;
if (!rStyleSheet)
return pRet;
if(!rStyleSheet->sBaseStyleIdentifier.isEmpty())
{
const StyleSheetEntryPtr pParentStyleSheet = pStyleSheetTable->FindStyleSheetByISTD(rStyleSheet->sBaseStyleIdentifier);
//a loop in the style hierarchy, bail out
if (pParentStyleSheet == rStyleSheet)
return pRet;
pRet = lcl_SearchParentStyleSheetAndMergeProperties( pParentStyleSheet, pStyleSheetTable );
}
else
{
pRet.reset( new PropertyMap );
}
if (pRet)
{
pRet->InsertProps(rStyleSheet->pProperties);
}
return pRet;
}
void lcl_mergeBorder( PropertyIds nId, const PropertyMapPtr& pOrig, const PropertyMapPtr& pDest )
{
boost::optional<PropertyMap::Property> pOrigVal = pOrig->getProperty(nId);
if ( pOrigVal )
{
pDest->Insert( nId, pOrigVal->second, false );
}
}
void lcl_computeCellBorders( const PropertyMapPtr& pTableBorders, const PropertyMapPtr& pCellProps,
sal_Int32 nCell, sal_Int32 nRow, bool bIsEndCol, bool bIsEndRow )
{
boost::optional<PropertyMap::Property> pVerticalVal = pCellProps->getProperty(META_PROP_VERTICAL_BORDER);
boost::optional<PropertyMap::Property> pHorizontalVal = pCellProps->getProperty(META_PROP_HORIZONTAL_BORDER);
// Handle the vertical and horizontal borders
uno::Any aVertProp;
if ( !pVerticalVal)
{
pVerticalVal = pTableBorders->getProperty(META_PROP_VERTICAL_BORDER);
if ( pVerticalVal )
aVertProp = pVerticalVal->second;
}
else
{
aVertProp = pVerticalVal->second;
pCellProps->Erase( pVerticalVal->first );
}
uno::Any aHorizProp;
if ( !pHorizontalVal )
{
pHorizontalVal = pTableBorders->getProperty(META_PROP_HORIZONTAL_BORDER);
if ( pHorizontalVal )
aHorizProp = pHorizontalVal->second;
}
else
{
aHorizProp = pHorizontalVal->second;
pCellProps->Erase( pHorizontalVal->first );
}
if ( nCell == 0 )
{
lcl_mergeBorder( PROP_LEFT_BORDER, pTableBorders, pCellProps );
if ( pVerticalVal )
pCellProps->Insert( PROP_RIGHT_BORDER, aVertProp, false );
}
if ( bIsEndCol )
{
lcl_mergeBorder( PROP_RIGHT_BORDER, pTableBorders, pCellProps );
if ( pVerticalVal )
pCellProps->Insert( PROP_LEFT_BORDER, aVertProp, false );
}
if ( nCell > 0 && !bIsEndCol )
{
if ( pVerticalVal )
{
pCellProps->Insert( PROP_RIGHT_BORDER, aVertProp, false );
pCellProps->Insert( PROP_LEFT_BORDER, aVertProp, false );
}
}
if ( nRow == 0 )
{
lcl_mergeBorder( PROP_TOP_BORDER, pTableBorders, pCellProps );
if ( pHorizontalVal )
pCellProps->Insert( PROP_BOTTOM_BORDER, aHorizProp, false );
}
if ( bIsEndRow )
{
lcl_mergeBorder( PROP_BOTTOM_BORDER, pTableBorders, pCellProps );
if ( pHorizontalVal )
pCellProps->Insert( PROP_TOP_BORDER, aHorizProp, false );
}
if ( nRow > 0 && !bIsEndRow )
{
if ( pHorizontalVal )
{
pCellProps->Insert( PROP_TOP_BORDER, aHorizProp, false );
pCellProps->Insert( PROP_BOTTOM_BORDER, aHorizProp, false );
}
}
}
#ifdef DEBUG_WRITERFILTER
void lcl_debug_BorderLine(table::BorderLine & rLine)
{
TagLogger::getInstance().startElement("BorderLine");
TagLogger::getInstance().attribute("Color", rLine.Color);
TagLogger::getInstance().attribute("InnerLineWidth", rLine.InnerLineWidth);
TagLogger::getInstance().attribute("OuterLineWidth", rLine.OuterLineWidth);
TagLogger::getInstance().attribute("LineDistance", rLine.LineDistance);
TagLogger::getInstance().endElement();
}
void lcl_debug_TableBorder(table::TableBorder & rBorder)
{
TagLogger::getInstance().startElement("TableBorder");
lcl_debug_BorderLine(rBorder.TopLine);
TagLogger::getInstance().attribute("IsTopLineValid", sal_uInt32(rBorder.IsTopLineValid));
lcl_debug_BorderLine(rBorder.BottomLine);
TagLogger::getInstance().attribute("IsBottomLineValid", sal_uInt32(rBorder.IsBottomLineValid));
lcl_debug_BorderLine(rBorder.LeftLine);
TagLogger::getInstance().attribute("IsLeftLineValid", sal_uInt32(rBorder.IsLeftLineValid));
lcl_debug_BorderLine(rBorder.RightLine);
TagLogger::getInstance().attribute("IsRightLineValid", sal_uInt32(rBorder.IsRightLineValid));
lcl_debug_BorderLine(rBorder.VerticalLine);
TagLogger::getInstance().attribute("IsVerticalLineValid", sal_uInt32(rBorder.IsVerticalLineValid));
lcl_debug_BorderLine(rBorder.HorizontalLine);
TagLogger::getInstance().attribute("IsHorizontalLineValid", sal_uInt32(rBorder.IsHorizontalLineValid));
TagLogger::getInstance().attribute("Distance", rBorder.Distance);
TagLogger::getInstance().attribute("IsDistanceValid", sal_uInt32(rBorder.IsDistanceValid));
TagLogger::getInstance().endElement();
}
#endif
struct TableInfo
{
sal_Int32 nLeftBorderDistance;
sal_Int32 nRightBorderDistance;
sal_Int32 nTopBorderDistance;
sal_Int32 nBottomBorderDistance;
sal_Int32 nTblLook;
sal_Int32 nNestLevel;
PropertyMapPtr pTableDefaults;
PropertyMapPtr pTableBorders;
TableStyleSheetEntry* pTableStyle;
css::beans::PropertyValues aTableProperties;
TableInfo()
: nLeftBorderDistance(DEF_BORDER_DIST)
, nRightBorderDistance(DEF_BORDER_DIST)
, nTopBorderDistance(0)
, nBottomBorderDistance(0)
, nTblLook(0x4a0)
, nNestLevel(0)
, pTableDefaults(new PropertyMap)
, pTableBorders(new PropertyMap)
, pTableStyle(nullptr)
{
}
};
namespace
{
bool lcl_extractTableBorderProperty(const PropertyMapPtr& pTableProperties, const PropertyIds nId, TableInfo& rInfo, table::BorderLine2& rLine)
{
if (!pTableProperties)
return false;
const boost::optional<PropertyMap::Property> aTblBorder = pTableProperties->getProperty(nId);
if( aTblBorder )
{
OSL_VERIFY(aTblBorder->second >>= rLine);
rInfo.pTableBorders->Insert( nId, uno::makeAny( rLine ) );
rInfo.pTableDefaults->Erase( nId );
return true;
}
return false;
}
void lcl_extractHoriOrient(std::vector<beans::PropertyValue>& rFrameProperties, sal_Int32& nHoriOrient)
{
// Shifts the frame left by the given value.
for (beans::PropertyValue & rFrameProperty : rFrameProperties)
{
if (rFrameProperty.Name == "HoriOrient")
{
sal_Int32 nValue = rFrameProperty.Value.get<sal_Int32>();
if (nValue != text::HoriOrientation::NONE)
nHoriOrient = nValue;
return;
}
}
}
}
void lcl_DecrementHoriOrientPosition(std::vector<beans::PropertyValue>& rFrameProperties, sal_Int32 nAmount)
{
// Shifts the frame left by the given value.
for (beans::PropertyValue & rPropertyValue : rFrameProperties)
{
if (rPropertyValue.Name == "HoriOrientPosition")
{
sal_Int32 nValue = rPropertyValue.Value.get<sal_Int32>();
nValue -= nAmount;
rPropertyValue.Value <<= nValue;
return;
}
}
}
TableStyleSheetEntry * DomainMapperTableHandler::endTableGetTableStyle(TableInfo & rInfo, std::vector<beans::PropertyValue>& rFrameProperties)
{
// will receive the table style if any
TableStyleSheetEntry* pTableStyle = nullptr;
if( m_aTableProperties.get() )
{
//create properties from the table attributes
//...pPropMap->Insert( PROP_LEFT_MARGIN, uno::makeAny( m_nLeftMargin - m_nGapHalf ));
//pPropMap->Insert( PROP_HORI_ORIENT, uno::makeAny( text::HoriOrientation::RIGHT ));
sal_Int32 nGapHalf = 0;
sal_Int32 nLeftMargin = 0;
comphelper::SequenceAsHashMap aGrabBag;
if (nullptr != m_rDMapper_Impl.getTableManager().getCurrentTableRealPosition())
{
TablePositionHandler *pTablePositions = m_rDMapper_Impl.getTableManager().getCurrentTableRealPosition();
uno::Sequence< beans::PropertyValue > aGrabBagTS( 10 );
aGrabBagTS[0].Name = "bottomFromText";
aGrabBagTS[0].Value = uno::makeAny(pTablePositions->getBottomFromText() );
aGrabBagTS[1].Name = "horzAnchor";
aGrabBagTS[1].Value = uno::makeAny( pTablePositions->getHorzAnchor() );
aGrabBagTS[2].Name = "leftFromText";
aGrabBagTS[2].Value = uno::makeAny( pTablePositions->getLeftFromText() );
aGrabBagTS[3].Name = "rightFromText";
aGrabBagTS[3].Value = uno::makeAny( pTablePositions->getRightFromText() );
aGrabBagTS[4].Name = "tblpX";
aGrabBagTS[4].Value = uno::makeAny( pTablePositions->getX() );
aGrabBagTS[5].Name = "tblpXSpec";
aGrabBagTS[5].Value = uno::makeAny( pTablePositions->getXSpec() );
aGrabBagTS[6].Name = "tblpY";
aGrabBagTS[6].Value = uno::makeAny( pTablePositions->getY() );
aGrabBagTS[7].Name = "tblpYSpec";
aGrabBagTS[7].Value = uno::makeAny( pTablePositions->getYSpec() );
aGrabBagTS[8].Name = "topFromText";
aGrabBagTS[8].Value = uno::makeAny( pTablePositions->getTopFromText() );
aGrabBagTS[9].Name = "vertAnchor";
aGrabBagTS[9].Value = uno::makeAny( pTablePositions->getVertAnchor() );
aGrabBag["TablePosition"] = uno::makeAny( aGrabBagTS );
}
boost::optional<PropertyMap::Property> aTableStyleVal = m_aTableProperties->getProperty(META_PROP_TABLE_STYLE_NAME);
if(aTableStyleVal)
{
// Apply table style properties recursively
OUString sTableStyleName;
aTableStyleVal->second >>= sTableStyleName;
StyleSheetTablePtr pStyleSheetTable = m_rDMapper_Impl.GetStyleSheetTable();
const StyleSheetEntryPtr pStyleSheet = pStyleSheetTable->FindStyleSheetByISTD( sTableStyleName );
pTableStyle = dynamic_cast<TableStyleSheetEntry*>( pStyleSheet.get( ) );
m_aTableProperties->Erase( aTableStyleVal->first );
aGrabBag["TableStyleName"] = uno::makeAny( sTableStyleName );
if( pStyleSheet )
{
// First get the style properties, then the table ones
PropertyMapPtr pTableProps( m_aTableProperties );
TablePropertyMapPtr pEmptyProps( new TablePropertyMap );
m_aTableProperties = pEmptyProps;
PropertyMapPtr pMergedProperties = lcl_SearchParentStyleSheetAndMergeProperties(pStyleSheet, pStyleSheetTable);
table::BorderLine2 aBorderLine;
TableInfo rStyleInfo;
if (lcl_extractTableBorderProperty(pMergedProperties, PROP_TOP_BORDER, rStyleInfo, aBorderLine))
{
aGrabBag["TableStyleTopBorder"] = uno::makeAny( aBorderLine );
}
if (lcl_extractTableBorderProperty(pMergedProperties, PROP_BOTTOM_BORDER, rStyleInfo, aBorderLine))
{
aGrabBag["TableStyleBottomBorder"] = uno::makeAny( aBorderLine );
}
if (lcl_extractTableBorderProperty(pMergedProperties, PROP_LEFT_BORDER, rStyleInfo, aBorderLine))
{
aGrabBag["TableStyleLeftBorder"] = uno::makeAny( aBorderLine );
}
if (lcl_extractTableBorderProperty(pMergedProperties, PROP_RIGHT_BORDER, rStyleInfo, aBorderLine))
{
aGrabBag["TableStyleRightBorder"] = uno::makeAny( aBorderLine );
}
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("mergedProps");
if (pMergedProperties)
pMergedProperties->dumpXml();
TagLogger::getInstance().endElement();
#endif
m_aTableProperties->InsertProps(pMergedProperties);
m_aTableProperties->InsertProps(pTableProps);
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("TableProperties");
m_aTableProperties->dumpXml();
TagLogger::getInstance().endElement();
#endif
}
}
// This is the one preserving just all the table look attributes.
boost::optional<PropertyMap::Property> oTableLook = m_aTableProperties->getProperty(META_PROP_TABLE_LOOK);
if (oTableLook)
{
aGrabBag["TableStyleLook"] = oTableLook->second;
m_aTableProperties->Erase(oTableLook->first);
}
// This is just the "val" attribute's numeric value.
const boost::optional<PropertyMap::Property> aTblLook = m_aTableProperties->getProperty(PROP_TBL_LOOK);
if(aTblLook)
{
aTblLook->second >>= rInfo.nTblLook;
m_aTableProperties->Erase( aTblLook->first );
}
// Set the table default attributes for the cells
rInfo.pTableDefaults->InsertProps(m_aTableProperties);
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("TableDefaults");
rInfo.pTableDefaults->dumpXml();
TagLogger::getInstance().endElement();
#endif
if (!aGrabBag.empty())
{
m_aTableProperties->Insert( PROP_TABLE_INTEROP_GRAB_BAG, uno::makeAny( aGrabBag.getAsConstPropertyValueList() ) );
}
m_aTableProperties->getValue( TablePropertyMap::GAP_HALF, nGapHalf );
m_aTableProperties->getValue( TablePropertyMap::LEFT_MARGIN, nLeftMargin );
m_aTableProperties->getValue( TablePropertyMap::CELL_MAR_LEFT,
rInfo.nLeftBorderDistance );
m_aTableProperties->getValue( TablePropertyMap::CELL_MAR_RIGHT,
rInfo.nRightBorderDistance );
m_aTableProperties->getValue( TablePropertyMap::CELL_MAR_TOP,
rInfo.nTopBorderDistance );
m_aTableProperties->getValue( TablePropertyMap::CELL_MAR_BOTTOM,
rInfo.nBottomBorderDistance );
table::TableBorderDistances aDistances;
aDistances.IsTopDistanceValid =
aDistances.IsBottomDistanceValid =
aDistances.IsLeftDistanceValid =
aDistances.IsRightDistanceValid = true;
aDistances.TopDistance = static_cast<sal_Int16>( rInfo.nTopBorderDistance );
aDistances.BottomDistance = static_cast<sal_Int16>( rInfo.nBottomBorderDistance );
aDistances.LeftDistance = static_cast<sal_Int16>( rInfo.nLeftBorderDistance );
aDistances.RightDistance = static_cast<sal_Int16>( rInfo.nRightBorderDistance );
m_aTableProperties->Insert( PROP_TABLE_BORDER_DISTANCES, uno::makeAny( aDistances ) );
if (!rFrameProperties.empty())
lcl_DecrementHoriOrientPosition(rFrameProperties, rInfo.nLeftBorderDistance);
// Set table above/bottom spacing to 0.
m_aTableProperties->Insert( PROP_TOP_MARGIN, uno::makeAny( sal_Int32( 0 ) ) );
m_aTableProperties->Insert( PROP_BOTTOM_MARGIN, uno::makeAny( sal_Int32( 0 ) ) );
//table border settings
table::TableBorder aTableBorder;
table::BorderLine2 aBorderLine, aLeftBorder;
if (lcl_extractTableBorderProperty(m_aTableProperties, PROP_TOP_BORDER, rInfo, aBorderLine))
{
aTableBorder.TopLine = aBorderLine;
aTableBorder.IsTopLineValid = true;
}
if (lcl_extractTableBorderProperty(m_aTableProperties, PROP_BOTTOM_BORDER, rInfo, aBorderLine))
{
aTableBorder.BottomLine = aBorderLine;
aTableBorder.IsBottomLineValid = true;
}
if (lcl_extractTableBorderProperty(m_aTableProperties, PROP_LEFT_BORDER, rInfo, aLeftBorder))
{
aTableBorder.LeftLine = aLeftBorder;
aTableBorder.IsLeftLineValid = true;
// Only top level table position depends on border width
if (rInfo.nNestLevel == 1)
{
if (rFrameProperties.empty())
rInfo.nLeftBorderDistance += aLeftBorder.LineWidth * 0.5;
else
lcl_DecrementHoriOrientPosition(rFrameProperties, aLeftBorder.LineWidth * 0.5);
}
}
if (lcl_extractTableBorderProperty(m_aTableProperties, PROP_RIGHT_BORDER, rInfo, aBorderLine))
{
aTableBorder.RightLine = aBorderLine;
aTableBorder.IsRightLineValid = true;
}
if (lcl_extractTableBorderProperty(m_aTableProperties, META_PROP_HORIZONTAL_BORDER, rInfo, aBorderLine))
{
aTableBorder.HorizontalLine = aBorderLine;
aTableBorder.IsHorizontalLineValid = true;
}
if (lcl_extractTableBorderProperty(m_aTableProperties, META_PROP_VERTICAL_BORDER, rInfo, aBorderLine))
{
aTableBorder.VerticalLine = aBorderLine;
aTableBorder.IsVerticalLineValid = true;
}
aTableBorder.Distance = 0;
aTableBorder.IsDistanceValid = false;
m_aTableProperties->Insert( PROP_TABLE_BORDER, uno::makeAny( aTableBorder ) );
#ifdef DEBUG_WRITERFILTER
lcl_debug_TableBorder(aTableBorder);
#endif
// Table position in Office is computed in 2 different ways :
// - top level tables: the goal is to have in-cell text starting at table indent pos (tblInd),
// so table's position depends on table's cells margin
// - nested tables: the goal is to have left-most border starting at table_indent pos
if (rInfo.nNestLevel > 1)
{
m_aTableProperties->Insert( PROP_LEFT_MARGIN, uno::makeAny( nLeftMargin - nGapHalf ));
}
else
{
m_aTableProperties->Insert( PROP_LEFT_MARGIN, uno::makeAny( nLeftMargin - nGapHalf - rInfo.nLeftBorderDistance ));
}
sal_Int32 nTableWidth = 0;
sal_Int32 nTableWidthType = text::SizeType::FIX;
m_aTableProperties->getValue( TablePropertyMap::TABLE_WIDTH, nTableWidth );
m_aTableProperties->getValue( TablePropertyMap::TABLE_WIDTH_TYPE, nTableWidthType );
if( nTableWidthType == text::SizeType::FIX )
{
if( nTableWidth > 0 )
m_aTableProperties->Insert( PROP_WIDTH, uno::makeAny( nTableWidth ));
else
{
// tdf#109524: If there is no width for the table, make it simply 100% by default.
// TODO: use cell contents to evaluate width (according to ECMA-376-1:2016 17.18.87)
nTableWidth = 100;
nTableWidthType = text::SizeType::VARIABLE;
}
}
if (nTableWidthType != text::SizeType::FIX)
{
m_aTableProperties->Insert( PROP_RELATIVE_WIDTH, uno::makeAny( sal_Int16( nTableWidth ) ) );
m_aTableProperties->Insert( PROP_IS_WIDTH_RELATIVE, uno::makeAny( true ) );
}
sal_Int32 nHoriOrient = text::HoriOrientation::LEFT_AND_WIDTH;
// Fetch Horizontal Orientation in rFrameProperties if not set in m_aTableProperties
if ( !m_aTableProperties->getValue( TablePropertyMap::HORI_ORIENT, nHoriOrient ) )
lcl_extractHoriOrient( rFrameProperties, nHoriOrient );
m_aTableProperties->Insert( PROP_HORI_ORIENT, uno::makeAny( sal_Int16(nHoriOrient) ) );
//fill default value - if not available
m_aTableProperties->Insert( PROP_HEADER_ROW_COUNT, uno::makeAny( (sal_Int32)0), false);
// if table is only a single row, and row is set as don't split, set the same value for the whole table.
if( m_aRowProperties.size() == 1 && m_aRowProperties[0].get() )
{
boost::optional<PropertyMap::Property> oSplitAllowed = m_aRowProperties[0]->getProperty(PROP_IS_SPLIT_ALLOWED);
if( oSplitAllowed )
{
bool bRowCanSplit = true;
oSplitAllowed->second >>= bRowCanSplit;
if( !bRowCanSplit )
m_aTableProperties->Insert( PROP_SPLIT, uno::makeAny(bRowCanSplit) );
}
}
rInfo.aTableProperties = m_aTableProperties->GetPropertyValues();
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("debug.tableprops");
m_aTableProperties->dumpXml();
TagLogger::getInstance().endElement();
#endif
}
return pTableStyle;
}
#define CNF_FIRST_ROW 0x800
#define CNF_LAST_ROW 0x400
#define CNF_FIRST_COLUMN 0x200
#define CNF_LAST_COLUMN 0x100
#define CNF_ODD_VBAND 0x080
#define CNF_EVEN_VBAND 0x040
#define CNF_ODD_HBAND 0x020
#define CNF_EVEN_HBAND 0x010
#define CNF_FIRST_ROW_LAST_COLUMN 0x008
#define CNF_FIRST_ROW_FIRST_COLUMN 0x004
#define CNF_LAST_ROW_LAST_COLUMN 0x002
#define CNF_LAST_ROW_FIRST_COLUMN 0x001
CellPropertyValuesSeq_t DomainMapperTableHandler::endTableGetCellProperties(TableInfo & rInfo, std::vector<HorizontallyMergedCell>& rMerges)
{
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("getCellProperties");
#endif
CellPropertyValuesSeq_t aCellProperties( m_aCellProperties.size() );
if ( m_aCellProperties.empty() )
{
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().endElement();
#endif
return aCellProperties;
}
// std::vector< std::vector<PropertyMapPtr> > m_aCellProperties
PropertyMapVector2::const_iterator aRowOfCellsIterator = m_aCellProperties.begin();
PropertyMapVector2::const_iterator aRowOfCellsIteratorEnd = m_aCellProperties.end();
PropertyMapVector2::const_iterator aLastRowIterator = m_aCellProperties.end() - 1;
sal_Int32 nRow = 0;
css::uno::Sequence<css::beans::PropertyValues>* pCellProperties = aCellProperties.getArray();
PropertyMapVector1::const_iterator aRowIter = m_aRowProperties.begin();
while( aRowOfCellsIterator != aRowOfCellsIteratorEnd )
{
//aRowOfCellsIterator points to a vector of PropertyMapPtr
PropertyMapVector1::const_iterator aCellIterator = aRowOfCellsIterator->begin();
PropertyMapVector1::const_iterator aCellIteratorEnd = aRowOfCellsIterator->end();
sal_Int32 nRowStyleMask = 0;
if (aRowOfCellsIterator==m_aCellProperties.begin())
{
if(rInfo.nTblLook&0x20)
nRowStyleMask |= CNF_FIRST_ROW; // first row style used
}
else if (aRowOfCellsIterator==aLastRowIterator)
{
if(rInfo.nTblLook&0x40)
nRowStyleMask |= CNF_LAST_ROW; // last row style used
}
else if (*aRowIter && (*aRowIter)->isSet(PROP_TBL_HEADER))
nRowStyleMask |= CNF_FIRST_ROW; // table header implies first row
if(!nRowStyleMask) // if no row style used yet
{
// banding used only if not first and or last row style used
if(!(rInfo.nTblLook&0x200))
{ // hbanding used
int n = nRow + 1;
if(rInfo.nTblLook&0x20)
n++;
if(n & 1)
nRowStyleMask = CNF_ODD_HBAND;
else
nRowStyleMask = CNF_EVEN_HBAND;
}
}
sal_Int32 nCell = 0;
pCellProperties[nRow].realloc( aRowOfCellsIterator->size() );
beans::PropertyValues* pSingleCellProperties = pCellProperties[nRow].getArray();
while( aCellIterator != aCellIteratorEnd )
{
PropertyMapPtr pAllCellProps( new PropertyMap );
PropertyMapVector1::const_iterator aLastCellIterator = aRowOfCellsIterator->end() - 1;
bool bIsEndCol = aCellIterator == aLastCellIterator;
bool bIsEndRow = aRowOfCellsIterator == aLastRowIterator;
//aCellIterator points to a PropertyMapPtr;
if( *aCellIterator )
{
pAllCellProps->InsertProps(rInfo.pTableDefaults);
sal_Int32 nCellStyleMask = 0;
if (aCellIterator==aRowOfCellsIterator->begin())
{
if(rInfo.nTblLook&0x80)
nCellStyleMask = CNF_FIRST_COLUMN; // first col style used
}
else if (bIsEndCol)
{
if(rInfo.nTblLook&0x100)
nCellStyleMask = CNF_LAST_COLUMN; // last col style used
}
if(!nCellStyleMask) // if no cell style is used yet
{
if(!(rInfo.nTblLook&0x400))
{ // vbanding used
int n = nCell + 1;
if(rInfo.nTblLook&0x80)
n++;
if(n & 1)
nCellStyleMask = CNF_ODD_VBAND;
else
nCellStyleMask = CNF_EVEN_VBAND;
}
}
sal_Int32 nCnfStyleMask = nCellStyleMask + nRowStyleMask;
if(nCnfStyleMask == CNF_FIRST_COLUMN + CNF_FIRST_ROW)
nCnfStyleMask |= CNF_FIRST_ROW_FIRST_COLUMN;
else if(nCnfStyleMask == CNF_FIRST_COLUMN + CNF_LAST_ROW)
nCnfStyleMask |= CNF_LAST_ROW_FIRST_COLUMN;
else if(nCnfStyleMask == CNF_LAST_COLUMN + CNF_FIRST_ROW)
nCnfStyleMask |= CNF_FIRST_ROW_LAST_COLUMN;
else if(nCnfStyleMask == CNF_LAST_COLUMN + CNF_LAST_ROW)
nCnfStyleMask |= CNF_LAST_ROW_LAST_COLUMN;
if ( rInfo.pTableStyle )
{
PropertyMapPtr pStyleProps = rInfo.pTableStyle->GetProperties( nCnfStyleMask );
// Check if we need to clean up some empty border definitions to match what Word does.
static const PropertyIds pBorders[] =
{
PROP_TOP_BORDER, PROP_LEFT_BORDER, PROP_BOTTOM_BORDER, PROP_RIGHT_BORDER
};
for (const PropertyIds& rBorder : pBorders)
{
boost::optional<PropertyMap::Property> oStyleCellBorder = pStyleProps->getProperty(rBorder);
boost::optional<PropertyMap::Property> oDirectCellBorder = (*aCellIterator)->getProperty(rBorder);
if (oStyleCellBorder && oDirectCellBorder)
{
// We have a cell border from the table style and as direct formatting as well.
table::BorderLine2 aStyleCellBorder = oStyleCellBorder->second.get<table::BorderLine2>();
table::BorderLine2 aDirectCellBorder = oDirectCellBorder->second.get<table::BorderLine2>();
if (aStyleCellBorder.LineStyle != table::BorderLineStyle::NONE && aDirectCellBorder.LineStyle == table::BorderLineStyle::NONE)
{
// The style one would be visible, but then cleared away as direct formatting.
// Delete both, so that table formatting can become visible.
pStyleProps->Erase(rBorder);
(*aCellIterator)->Erase(rBorder);
}
else
{
boost::optional<PropertyMap::Property> oTableBorder = rInfo.pTableBorders->getProperty(rBorder);
if (oTableBorder)
{
table::BorderLine2 aTableBorder = oTableBorder->second.get<table::BorderLine2>();
// Both style and direct formatting says that the cell has no border.
bool bNoCellBorder = aStyleCellBorder.LineStyle == table::BorderLineStyle::NONE && aDirectCellBorder.LineStyle == table::BorderLineStyle::NONE;
if (aTableBorder.LineStyle != table::BorderLineStyle::NONE && bNoCellBorder)
{
// But at a table-level, there is a border, then again delete both cell properties.
pStyleProps->Erase(rBorder);
(*aCellIterator)->Erase(rBorder);
}
}
}
}
}
pAllCellProps->InsertProps( pStyleProps );
}
// Remove properties from style/row that aren't allowed in cells
pAllCellProps->Erase( PROP_HEADER_ROW_COUNT );
pAllCellProps->Erase( PROP_TBL_HEADER );
// Then add the cell properties
pAllCellProps->InsertProps(*aCellIterator);
std::swap(*(*aCellIterator), *pAllCellProps );
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("cell");
TagLogger::getInstance().attribute("cell", nCell);
TagLogger::getInstance().attribute("row", nRow);
#endif
lcl_computeCellBorders( rInfo.pTableBorders, *aCellIterator, nCell, nRow, bIsEndCol, bIsEndRow );
//now set the default left+right border distance TODO: there's an sprm containing the default distance!
aCellIterator->get()->Insert( PROP_LEFT_BORDER_DISTANCE,
uno::makeAny(rInfo.nLeftBorderDistance ), false);
aCellIterator->get()->Insert( PROP_RIGHT_BORDER_DISTANCE,
uno::makeAny((sal_Int32) rInfo.nRightBorderDistance ), false);
aCellIterator->get()->Insert( PROP_TOP_BORDER_DISTANCE,
uno::makeAny((sal_Int32) rInfo.nTopBorderDistance ), false);
aCellIterator->get()->Insert( PROP_BOTTOM_BORDER_DISTANCE,
uno::makeAny((sal_Int32) rInfo.nBottomBorderDistance ), false);
// Horizontal merge is not an UNO property, extract that info here to rMerges, and then remove it from the map.
const boost::optional<PropertyMap::Property> aHorizontalMergeVal = (*aCellIterator)->getProperty(PROP_HORIZONTAL_MERGE);
if (aHorizontalMergeVal)
{
if (aHorizontalMergeVal->second.get<bool>())
{
// first cell in a merge
HorizontallyMergedCell aMerge(nRow, nCell);
rMerges.push_back(aMerge);
}
else if (!rMerges.empty())
{
// resuming an earlier merge
HorizontallyMergedCell& rMerge = rMerges.back();
rMerge.m_nLastRow = nRow;
rMerge.m_nLastCol = nCell;
}
(*aCellIterator)->Erase(PROP_HORIZONTAL_MERGE);
}
// Cell direction is not an UNO Property, either.
const boost::optional<PropertyMap::Property> aCellDirectionVal = (*aCellIterator)->getProperty(PROP_CELL_DIRECTION);
if (aCellDirectionVal)
{
if (aCellDirectionVal->second.get<sal_Int32>() == static_cast<sal_Int32>(NS_ooxml::LN_Value_ST_TextDirection_btLr))
{
// btLr, so map ParagraphAdjust_CENTER to VertOrientation::CENTER.
uno::Reference<beans::XPropertySet> xPropertySet(m_aTableRanges[nRow][nCell][0], uno::UNO_QUERY);
if (xPropertySet->getPropertyValue("ParaAdjust").get<sal_Int16>() == style::ParagraphAdjust_CENTER)
(*aCellIterator)->Insert(PROP_VERT_ORIENT, uno::makeAny(text::VertOrientation::CENTER));
}
(*aCellIterator)->Erase(PROP_CELL_DIRECTION);
}
pSingleCellProperties[nCell] = (*aCellIterator)->GetPropertyValues();
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().endElement();
#endif
}
++nCell;
++aCellIterator;
}
#ifdef DEBUG_WRITERFILTER
//-->debug cell properties
{
OUString sNames;
const uno::Sequence< beans::PropertyValues > aDebugCurrentRow = aCellProperties[nRow];
sal_Int32 nDebugCells = aDebugCurrentRow.getLength();
(void) nDebugCells;
for( sal_Int32 nDebugCell = 0; nDebugCell < nDebugCells; ++nDebugCell)
{
const uno::Sequence< beans::PropertyValue >& aDebugCellProperties = aDebugCurrentRow[nDebugCell];
sal_Int32 nDebugCellProperties = aDebugCellProperties.getLength();
for( sal_Int32 nDebugProperty = 0; nDebugProperty < nDebugCellProperties; ++nDebugProperty)
{
sNames += aDebugCellProperties[nDebugProperty].Name + "-";
}
sNames += "\n";
}
(void)sNames;
}
//--<
#endif
++nRow;
++aRowOfCellsIterator;
++aRowIter;
}
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().endElement();
#endif
return aCellProperties;
}
/// Do all cells in this row have a CellHideMark property?
bool lcl_hideMarks(PropertyMapVector1& rCellProperties)
{
for (PropertyMapPtr & p : rCellProperties)
{
// if anything is vertically merged, the row must not be set to fixed
// as Writer's layout doesn't handle that well
if (!p->isSet(PROP_CELL_HIDE_MARK) || p->isSet(PROP_VERTICAL_MERGE))
return false;
}
return true;
}
/// Are all cells in this row empty?
bool lcl_emptyRow(std::vector<RowSequence_t>& rTableRanges, sal_Int32 nRow)
{
if (nRow >= static_cast<sal_Int32>(rTableRanges.size()))
{
SAL_WARN("writerfilter", "m_aCellProperties not in sync with rTableRanges?");
return false;
}
RowSequence_t rRowSeq = rTableRanges[nRow];
if (rRowSeq.getLength() == 0)
{
SAL_WARN("writerfilter", "m_aCellProperties not in sync with rTableRanges?");
return false;
}
if (!rRowSeq[0][0].is())
{
// This can happen when we can't import the table, e.g. we're inside a
// comment.
SAL_WARN("writerfilter.dmapper", "rRowSeq[0][0] is an empty reference");
return false;
}
uno::Reference<text::XTextRangeCompare> xTextRangeCompare(rRowSeq[0][0]->getText(), uno::UNO_QUERY);
try
{
for (sal_Int32 nCell = 0; nCell < rRowSeq.getLength(); ++nCell)
// See SwXText::Impl::ConvertCell(), we need to compare the start of
// the start and the end of the end. However for our text ranges, only
// the starts are set, so compareRegionStarts() does what we need.
if (xTextRangeCompare->compareRegionStarts(rRowSeq[nCell][0], rRowSeq[nCell][1]) != 0)
return false;
}
catch (const lang::IllegalArgumentException& e)
{
SAL_WARN("writerfilter", "compareRegionStarts() failed: " << e.Message);
return false;
}
return true;
}
css::uno::Sequence<css::beans::PropertyValues> DomainMapperTableHandler::endTableGetRowProperties()
{
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("getRowProperties");
#endif
css::uno::Sequence<css::beans::PropertyValues> aRowProperties( m_aRowProperties.size() );
PropertyMapVector1::const_iterator aRowIter = m_aRowProperties.begin();
PropertyMapVector1::const_iterator aRowIterEnd = m_aRowProperties.end();
sal_Int32 nRow = 0;
while( aRowIter != aRowIterEnd )
{
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("rowProps.row");
#endif
if( aRowIter->get() )
{
//set default to 'break across pages"
(*aRowIter)->Insert( PROP_IS_SPLIT_ALLOWED, uno::makeAny(true ), false );
// tblHeader is only our property, remove before the property map hits UNO
(*aRowIter)->Erase(PROP_TBL_HEADER);
if (lcl_hideMarks(m_aCellProperties[nRow]) && lcl_emptyRow(m_aTableRanges, nRow))
{
// We have CellHideMark on all cells, and also all cells are empty:
// Force the row height to be exactly as specified, and not just as the minimum suggestion.
(*aRowIter)->Insert(PROP_SIZE_TYPE, uno::makeAny(text::SizeType::FIX));
}
aRowProperties[nRow] = (*aRowIter)->GetPropertyValues();
#ifdef DEBUG_WRITERFILTER
(*aRowIter)->dumpXml();
lcl_DumpPropertyValues(aRowProperties[nRow]);
#endif
}
++nRow;
++aRowIter;
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().endElement();
#endif
}
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().endElement();
#endif
return aRowProperties;
}
// Apply paragraph property to each paragraph within a cell.
static void lcl_ApplyCellParaProps(uno::Reference<table::XCell> const& xCell,
const uno::Any& rBottomMargin)
{
uno::Reference<container::XEnumerationAccess> xEnumerationAccess(xCell, uno::UNO_QUERY);
uno::Reference<container::XEnumeration> xEnumeration = xEnumerationAccess->createEnumeration();
while (xEnumeration->hasMoreElements())
{
uno::Reference<beans::XPropertySet> xParagraph(xEnumeration->nextElement(), uno::UNO_QUERY);
uno::Reference<beans::XPropertyState> xPropertyState(xParagraph, uno::UNO_QUERY);
// Don't apply in case direct formatting is already present.
// TODO: probably paragraph style has priority over table style here.
if (xPropertyState.is() && xPropertyState->getPropertyState("ParaBottomMargin") == beans::PropertyState_DEFAULT_VALUE)
xParagraph->setPropertyValue("ParaBottomMargin", rBottomMargin);
}
}
void DomainMapperTableHandler::endTable(unsigned int nestedTableLevel, bool bTableStartsAtCellStart)
{
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("tablehandler.endTable");
#endif
// If we want to make this table a floating one.
std::vector<beans::PropertyValue> aFrameProperties = comphelper::sequenceToContainer<std::vector<beans::PropertyValue> >
(m_rDMapper_Impl.getTableManager().getCurrentTablePosition());
TableInfo aTableInfo;
aTableInfo.nNestLevel = nestedTableLevel;
aTableInfo.pTableStyle = endTableGetTableStyle(aTableInfo, aFrameProperties);
// expands to uno::Sequence< Sequence< beans::PropertyValues > >
std::vector<HorizontallyMergedCell> aMerges;
CellPropertyValuesSeq_t aCellProperties = endTableGetCellProperties(aTableInfo, aMerges);
css::uno::Sequence<css::beans::PropertyValues> aRowProperties = endTableGetRowProperties();
#ifdef DEBUG_WRITERFILTER
lcl_DumpPropertyValueSeq(aRowProperties);
#endif
if (!m_aTableRanges.empty())
{
uno::Reference<text::XTextRange> xStart;
uno::Reference<text::XTextRange> xEnd;
bool bFloating = !aFrameProperties.empty();
// Additional checks: if we can do this.
if (bFloating && m_aTableRanges[0].getLength() > 0 && m_aTableRanges[0][0].getLength() > 0)
{
xStart = m_aTableRanges[0][0][0];
uno::Sequence< uno::Sequence< uno::Reference<text::XTextRange> > >& rLastRow = m_aTableRanges[m_aTableRanges.size() - 1];
uno::Sequence< uno::Reference<text::XTextRange> >& rLastCell = rLastRow[rLastRow.getLength() - 1];
xEnd = rLastCell[1];
}
uno::Reference<text::XTextTable> xTable;
try
{
if (m_xText.is())
{
xTable = m_xText->convertToTable(comphelper::containerToSequence(m_aTableRanges), aCellProperties, aRowProperties, aTableInfo.aTableProperties);
if (xTable.is())
{
if (!aMerges.empty())
{
// Perform horizontal merges in reverse order, so the fact that merging changes the position of cells won't cause a problem for us.
for (std::vector<HorizontallyMergedCell>::reverse_iterator it = aMerges.rbegin(); it != aMerges.rend(); ++it)
{
uno::Reference<table::XCellRange> xCellRange(xTable, uno::UNO_QUERY_THROW);
uno::Reference<beans::XPropertySet> xCell(xCellRange->getCellByPosition(it->m_nFirstCol, it->m_nFirstRow), uno::UNO_QUERY_THROW);
OUString aFirst = xCell->getPropertyValue("CellName").get<OUString>();
xCell.set(xCellRange->getCellByPosition(it->m_nLastCol, it->m_nLastRow), uno::UNO_QUERY_THROW);
OUString aLast = xCell->getPropertyValue("CellName").get<OUString>();
uno::Reference<text::XTextTableCursor> xCursor = xTable->createCursorByCellName(aFirst);
xCursor->gotoCellByName(aLast, true);
xCursor->mergeRange();
}
}
}
// OOXML table style may container paragraph properties, apply these now.
for (int i = 0; i < aTableInfo.aTableProperties.getLength(); ++i)
{
if (aTableInfo.aTableProperties[i].Name == "ParaBottomMargin")
{
uno::Reference<table::XCellRange> xCellRange(xTable, uno::UNO_QUERY);
uno::Any aBottomMargin = aTableInfo.aTableProperties[i].Value;
sal_Int32 nRows = aCellProperties.getLength();
for (sal_Int32 nRow = 0; nRow < nRows; ++nRow)
{
const uno::Sequence< beans::PropertyValues > aCurrentRow = aCellProperties[nRow];
sal_Int32 nCells = aCurrentRow.getLength();
for (sal_Int32 nCell = 0; nCell < nCells; ++nCell)
lcl_ApplyCellParaProps(xCellRange->getCellByPosition(nCell, nRow), aBottomMargin);
}
break;
}
}
}
}
catch ( const lang::IllegalArgumentException &e )
{
SAL_INFO("writerfilter.dmapper",
"Conversion to table error: " << e.Message);
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().chars(std::string("failed to import table!"));
#endif
}
catch ( const uno::Exception &e )
{
SAL_INFO("writerfilter.dmapper",
"Exception during table creation: " << e.Message);
}
// If we have a table with a start and an end position, we should make it a floating one.
// Unless the table had a foot or endnote, as Writer doesn't support those in TextFrames.
if (xTable.is() && xStart.is() && xEnd.is() && !m_bHadFootOrEndnote)
{
uno::Reference<beans::XPropertySet> xTableProperties(xTable, uno::UNO_QUERY);
bool bIsRelative = false;
xTableProperties->getPropertyValue("IsWidthRelative") >>= bIsRelative;
if (!bIsRelative)
{
beans::PropertyValue aValue;
aValue.Name = "Width";
aValue.Value = xTableProperties->getPropertyValue("Width");
aFrameProperties.push_back(aValue);
}
else
{
beans::PropertyValue aValue;
aValue.Name = "FrameWidthPercent";
aValue.Value = xTableProperties->getPropertyValue("RelativeWidth");
aFrameProperties.push_back(aValue);
// Applying the relative width to the frame, needs to have the table width to be 100% of the frame width
xTableProperties->setPropertyValue("RelativeWidth", uno::makeAny(sal_Int16(100)));
}
// A non-zero left margin would move the table out of the frame, move the frame itself instead.
xTableProperties->setPropertyValue("LeftMargin", uno::makeAny(sal_Int32(0)));
// In case the document ends with a table, we're called after
// SectionPropertyMap::CloseSectionGroup(), so we'll have no idea
// about the text area width, nor can fix this by delaying the text
// frame conversion: just do it here.
// Also, when the anchor is within a table, then do it here as well,
// as xStart/xEnd would not point to the start/end at conversion
// time anyway.
// Next exception: it's pointless to delay the conversion if the
// table is not in the body text.
sal_Int32 nTableWidth = 0;
m_aTableProperties->getValue(TablePropertyMap::TABLE_WIDTH, nTableWidth);
sal_Int32 nTableWidthType = text::SizeType::FIX;
m_aTableProperties->getValue(TablePropertyMap::TABLE_WIDTH_TYPE, nTableWidthType);
if (m_rDMapper_Impl.GetSectionContext() && nestedTableLevel <= 1 && !m_rDMapper_Impl.IsInHeaderFooter())
m_rDMapper_Impl.m_aPendingFloatingTables.push_back(
FloatingTableInfo(xStart, xEnd, comphelper::containerToSequence(aFrameProperties), nTableWidth, nTableWidthType));
else
{
// m_xText points to the body text, get the current xText from m_rDMapper_Impl, in case e.g. we would be in a header.
uno::Reference<text::XTextAppendAndConvert> xTextAppendAndConvert(m_rDMapper_Impl.GetTopTextAppend(), uno::UNO_QUERY);
// Only execute the conversion if the table is not anchored at
// the start of an outer table cell, that's not yet
// implemented.
if (xTextAppendAndConvert.is() && !bTableStartsAtCellStart)
xTextAppendAndConvert->convertToTextFrame(xStart, xEnd, comphelper::containerToSequence(aFrameProperties));
}
}
// We're right after a table conversion.
m_rDMapper_Impl.m_bConvertedTable = true;
}
m_aTableProperties.reset();
m_aCellProperties.clear();
m_aRowProperties.clear();
m_bHadFootOrEndnote = false;
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().endElement();
TagLogger::getInstance().endElement();
#endif
}
void DomainMapperTableHandler::startRow(const TablePropertyMapPtr& pProps)
{
m_aRowProperties.push_back( pProps );
m_aCellProperties.push_back( PropertyMapVector1() );
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("table.row");
if (pProps != nullptr)
pProps->dumpXml();
#endif
m_aRowRanges.clear();
}
void DomainMapperTableHandler::endRow()
{
m_aTableRanges.push_back(comphelper::containerToSequence(m_aRowRanges));
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().endElement();
#endif
}
void DomainMapperTableHandler::startCell(const css::uno::Reference< css::text::XTextRange > & start,
const TablePropertyMapPtr& pProps )
{
sal_uInt32 nRow = m_aRowProperties.size();
if ( pProps.get( ) )
m_aCellProperties[nRow - 1].push_back( pProps );
else
{
// Adding an empty cell properties map to be able to get
// the table defaults properties
TablePropertyMapPtr pEmptyProps( new TablePropertyMap( ) );
m_aCellProperties[nRow - 1].push_back( pEmptyProps );
}
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("table.cell");
TagLogger::getInstance().startElement("table.cell.start");
TagLogger::getInstance().chars(XTextRangeToString(start));
TagLogger::getInstance().endElement();
if (pProps.get())
pProps->printProperties();
#endif
//add a new 'row' of properties
m_aCellRange.clear();
uno::Reference<text::XTextRange> xStart;
if (start.get())
xStart = start->getStart();
m_aCellRange.push_back(xStart);
}
void DomainMapperTableHandler::endCell(const css::uno::Reference< css::text::XTextRange > & end)
{
#ifdef DEBUG_WRITERFILTER
TagLogger::getInstance().startElement("table.cell.end");
TagLogger::getInstance().chars(XTextRangeToString(end));
TagLogger::getInstance().endElement();
TagLogger::getInstance().endElement();
#endif
uno::Reference<text::XTextRange> xEnd;
if (end.get())
xEnd = end->getEnd();
m_aCellRange.push_back(xEnd);
m_aRowRanges.push_back(comphelper::containerToSequence(m_aCellRange));
}
void DomainMapperTableHandler::setHadFootOrEndnote(bool bHadFootOrEndnote)
{
m_bHadFootOrEndnote = bHadFootOrEndnote;
}
}}
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