// Token: 0x060034B0 RID: 13488 RVA: 0x000EAA6C File Offset: 0x000E8C6C
private void PreCoalesceRow(DocumentNode dn, ref bool fVMerged)
{
DocumentNodeArray rowsCells = dn.GetRowsCells();
RowFormat rowFormat = dn.FormatState.RowFormat;
DocumentNode parentOfType = dn.GetParentOfType(DocumentNodeType.dnTable);
ColumnStateArray columnStateArray = (parentOfType != null) ? parentOfType.ColumnStateArray : null;
int num = (rowsCells.Count < rowFormat.CellCount) ? rowsCells.Count : rowFormat.CellCount;
int i = 0;
int j = 0;
while (j < num)
{
DocumentNode documentNode = rowsCells.EntryAt(j);
CellFormat cellFormat = rowFormat.NthCellFormat(j);
long cellX = cellFormat.CellX;
if (cellFormat.IsVMerge)
{
fVMerged = true;
}
if (cellFormat.IsHMergeFirst)
{
for (j++; j < num; j++)
{
cellFormat = rowFormat.NthCellFormat(j);
if (cellFormat.IsVMerge)
{
fVMerged = true;
}
if (cellFormat.IsHMerge)
{
rowsCells.EntryAt(j).ColSpan = 0;
}
}
}
else
{
j++;
}
if (columnStateArray != null)
{
int num2 = i;
while (i < columnStateArray.Count)
{
ColumnState columnState = columnStateArray.EntryAt(i);
i++;
if (columnState.CellX == cellX || columnState.CellX > cellX)
{
break;
}
}
if (i - num2 > documentNode.ColSpan)
{
documentNode.ColSpan = i - num2;
}
}
}
}
//------------------------------------------------------
//
// Constructors
//
//------------------------------------------------------
#region Constructors
/// <summary>
/// ConverterState Constructor
/// </summary>
internal ConverterState()
{
_rtfFormatStack = new RtfFormatStack();
_documentNodeArray = new DocumentNodeArray();
_documentNodeArray.IsMain = true;
_fontTable = new FontTable();
_colorTable = new ColorTable();
_listTable = new ListTable();
_listOverrideTable = new ListOverrideTable();
_defaultFont = -1;
_defaultLang = -1;
_defaultLangFE = -1;
_bMarkerWhiteSpace = false;
_bMarkerPresent = false;
_border = null;
}
private void ProcessTableRowSpan(DocumentNodeArray dnaTables)
{
for (int i = 0; i < dnaTables.Count; i++)
{
DocumentNode dnTable = dnaTables.EntryAt(i);
ColumnStateArray csa = dnTable.ColumnStateArray;
if (csa == null || csa.Count == 0)
{
continue;
}
int nDim = csa.Count;
DocumentNodeArray dnaRows = dnTable.GetTableRows();
DocumentNodeArray dnaSpanCells = new DocumentNodeArray();
for (int k = 0; k < nDim; k++)
{
dnaSpanCells.Add(null);
}
for (int j = 0; j < dnaRows.Count; j++)
{
DocumentNode dnRow = dnaRows.EntryAt(j);
RowFormat rf = dnRow.FormatState.RowFormat;
DocumentNodeArray dnaCells = dnRow.GetRowsCells();
int nCount = nDim;
if (rf.CellCount < nCount)
{
nCount = rf.CellCount;
}
if (dnaCells.Count < nCount)
{
nCount = dnaCells.Count;
}
// Nominally, the index into dnaSpanCells, dnaCells and RowFormat.NthCellFormat
// should all be the same. But in some cases we have spanning cells that don't
// actually have an explicit cell associated with it (the span is implicit in the
// cellx/width values). I can detect this case by finding a colspan > 1 that is
// not then followed by a HMerged format. In this case, I need to apply a correction
// to my iteration, since the ColumnStateArray will have an entry for that field.
int kCSA = 0; // this might advance faster
for (int k = 0; k < nCount && kCSA < dnaSpanCells.Count; k++)
{
DocumentNode dnCell = dnaCells.EntryAt(k);
CellFormat cf = rf.NthCellFormat(k);
if (cf.IsVMerge)
{
DocumentNode dnSpanningCell = dnaSpanCells.EntryAt(kCSA);
if (dnSpanningCell != null)
{
dnSpanningCell.RowSpan = dnSpanningCell.RowSpan + 1;
}
kCSA += dnCell.ColSpan;
dnCell.ColSpan = 0;
}
else
{
if (cf.IsVMergeFirst)
{
dnCell.RowSpan = 1;
dnaSpanCells[kCSA] = dnCell;
}
else
{
dnaSpanCells[kCSA] = null;
}
for (int l = kCSA + 1; l < kCSA + dnCell.ColSpan; l++)
{
dnaSpanCells[l] = null;
}
kCSA += dnCell.ColSpan;
}
}
}
}
}
internal void InsertNode(int nAt, DocumentNode dn)
{
Insert(nAt, dn);
// Match sure Index values remain up-to-date.
if (_fMain)
{
dn.Index = nAt;
dn.DNA = this;
for (nAt++; nAt < Count; nAt++)
{
EntryAt(nAt).Index = nAt;
}
// Track open nodes
if (dn.IsTrackedAsOpen)
{
if (_dnaOpen == null)
{
_dnaOpen = new DocumentNodeArray();
}
_dnaOpen.InsertOpenNode(dn);
}
}
}
internal void PreCoalesceChildren(ConverterState converterState, int nStart, bool bChild)
{
// We process tables twice to handle first colspan, then rowspan
DocumentNodeArray dnaTables = new DocumentNodeArray();
bool fVMerged = false;
// Try to move paragraph margin to containing list items
DocumentNode dnCoalesce = EntryAt(nStart);
int nChild = dnCoalesce.ChildCount;
Debug.Assert(nStart + nChild < Count);
if (nStart + nChild >= Count)
{
nChild = Count - nStart - 1;
}
int nEnd = nStart + nChild;
// If bChild specified, we don't process parent
if (bChild)
{
nStart++;
}
// This is vaguely N^2 in the sense that for each list item, I process all containing paragraphs,
// including ones contained in other list items. But it's only a problem for very deep, very long
// lists, so we can live with it.
for (int nAt = nStart; nAt <= nEnd; nAt++)
{
DocumentNode dn = EntryAt(nAt);
// Inline direction merging
if (dn.IsInline && dn.RequiresXamlDir && dn.ClosedParent != null)
{
int nnAt = nAt + 1;
for (; nnAt <= nEnd; nnAt++)
{
DocumentNode dnn = EntryAt(nnAt);
if (!dnn.IsInline
|| dnn.Type == DocumentNodeType.dnHyperlink
|| dnn.FormatState.DirChar != dn.FormatState.DirChar
|| dnn.ClosedParent != dn.ClosedParent)
{
break;
}
}
int nChildHere = nnAt - nAt;
if (nChildHere > 1)
{
DocumentNode dnNewDir = new DocumentNode(DocumentNodeType.dnInline);
dnNewDir.FormatState = new FormatState(dn.Parent.FormatState);
dnNewDir.FormatState.DirChar = dn.FormatState.DirChar;
InsertChildAt(dn.ClosedParent, dnNewDir, nAt, nChildHere);
// Adjust the loop end to account for the newly inserted element
nEnd += 1;
}
}
else if (dn.Type == DocumentNodeType.dnListItem)
{
PreCoalesceListItem(dn);
}
else if (dn.Type == DocumentNodeType.dnList)
{
PreCoalesceList(dn);
}
else if (dn.Type == DocumentNodeType.dnTable)
{
dnaTables.Add(dn);
nEnd += PreCoalesceTable(dn);
}
// Compute colspan
else if (dn.Type == DocumentNodeType.dnRow)
{
PreCoalesceRow(dn, ref fVMerged);
}
}
// Process tables to examine rowspan
if (fVMerged)
{
ProcessTableRowSpan(dnaTables);
}
}
internal DocumentNodeArray GetRowsCells()
{
DocumentNodeArray dna = DNA;
DocumentNodeArray retArray = new DocumentNodeArray();
if (Type == DocumentNodeType.dnRow)
{
int nStart = this.Index + 1;
int nLast = this.Index + this.ChildCount;
for (; nStart <= nLast; nStart++)
{
DocumentNode dnCell = dna.EntryAt(nStart);
if (dnCell.Type == DocumentNodeType.dnCell && this == dnCell.GetParentOfType(DocumentNodeType.dnRow))
{
retArray.Push(dnCell);
}
}
}
return retArray;
}
private void AppendXamlPrefixCellProperties(StringBuilder xamlStringBuilder, DocumentNodeArray dna, ConverterState converterState)
{
Color cToUse = Color.FromArgb(0xff, 0, 0, 0);
// Row stores cell properties.
DocumentNode dnRow = GetParentOfType(DocumentNodeType.dnRow);
Debug.Assert(dnRow != null); // Need row
Debug.Assert(dnRow != null && !dnRow.IsPending); // Row props attached when row is closed
Debug.Assert(dnRow != null && dnRow.FormatState.RowFormat != null);
if (dnRow != null && dnRow.FormatState.HasRowFormat)
{
int nCol = GetCellColumn();
CellFormat cf = dnRow.FormatState.RowFormat.NthCellFormat(nCol);
if (Converters.ColorToUse(converterState, cf.CB, cf.CF, cf.Shading, ref cToUse))
{
xamlStringBuilder.Append(" Background=\"");
xamlStringBuilder.Append(cToUse.ToString(CultureInfo.InvariantCulture));
xamlStringBuilder.Append("\"");
}
if (cf.HasBorder)
{
xamlStringBuilder.Append(cf.GetBorderAttributeString(converterState));
}
xamlStringBuilder.Append(cf.GetPaddingAttributeString());
}
else
xamlStringBuilder.Append(" BorderBrush=\"#FF000000\" BorderThickness=\"1,1,1,1\"");
if (ColSpan > 1)
{
xamlStringBuilder.Append(" ColumnSpan=\"");
xamlStringBuilder.Append(ColSpan.ToString(CultureInfo.InvariantCulture));
xamlStringBuilder.Append("\"");
}
if (RowSpan > 1)
{
xamlStringBuilder.Append(" RowSpan=\"");
xamlStringBuilder.Append(RowSpan.ToString(CultureInfo.InvariantCulture));
xamlStringBuilder.Append("\"");
}
}
private void EnsureListAndListItem(FormatState formatState, DocumentNodeArray dna, MarkerList mlHave, MarkerList mlWant, int nMatch)
{
int nInsertAt;
bool added = false;
int nLists = mlHave.Count;
int nLevel = mlWant.Count;
// Close any open lists that don't match the ones we want.
bool bInField = dna.FindUnmatched(DocumentNodeType.dnFieldBegin) >= 0;
if (nLists > nMatch)
{
DocumentNode documentNodePara = dna.Pop();
while (nLists > nMatch)
{
int nOpen = dna.FindPending(DocumentNodeType.dnList);
if (nOpen >= 0)
{
dna.CloseAt(nOpen);
// Only coalesce if this is a top-level list. Otherwise I want to get
// the full structure to use for margin fixups so I delay coalescing.
// No, don't coalesce since a later list may need to get merged with this one.
// if (!bInField && dna.FindPending(DocumentNodeType.dnList) < 0)
// dna.CoalesceChildren(_converterState, nOpen);
}
nLists--;
mlHave.RemoveRange(mlHave.Count - 1, 1);
}
dna.Push(documentNodePara);
}
if (nLists < nLevel)
{
// Multiple immediately nested lists are handled poorly in Avalon and are usually an indication
// of bad input from Word (or some other word processor). Clip the number of lists we'll create here.
if (nLevel != nLists + 1)
{
// I'm going to truncate, but make the list I create here of the specific type at this level.
if (nLevel <= mlWant.Count)
{
mlWant[nLists] = mlWant[mlWant.Count - 1];
}
nLevel = nLists + 1;
}
// Ensure sufficient lists are open - this may be our first indication
// Insert the list nodes right before the current paragraph
nInsertAt = dna.Count - 1;
while (nLists < nLevel)
{
added = true;
DocumentNode dnList = new DocumentNode(DocumentNodeType.dnList);
DocumentNode dnLI = new DocumentNode(DocumentNodeType.dnListItem);
dna.InsertNode(nInsertAt, dnLI);
dna.InsertNode(nInsertAt, dnList);
// Set the list properties
MarkerListEntry mle = mlWant.EntryAt(nLists);
dnList.FormatState.Marker = mle.Marker;
dnList.FormatState.StartIndex = mle.StartIndexToUse;
dnList.FormatState.StartIndexDefault = mle.StartIndexDefault;
dnList.VirtualListLevel = mle.VirtualListLevel;
dnList.FormatState.ILS = mle.ILS;
nLists++;
}
}
// Ensure listitem is open
nInsertAt = dna.Count - 1;
int nList = dna.FindPending(DocumentNodeType.dnList);
if (nList >= 0)
{
int nLI = dna.FindPending(DocumentNodeType.dnListItem, nList);
if (nLI >= 0 && !added && !formatState.IsContinue)
{
DocumentNode documentNodePara = dna.Pop();
dna.CloseAt(nLI);
// Don't coalesce - I may need to do margin fixup.
// dna.CoalesceChildren(_converterState, nLI);
dna.Push(documentNodePara);
nLI = -1;
nInsertAt = dna.Count - 1;
}
if (nLI == -1)
{
DocumentNode dnLI = new DocumentNode(DocumentNodeType.dnListItem);
dna.InsertNode(nInsertAt, dnLI);
}
}
}
// Helper for IXamlContentHandler.StartElement.
private XamlToRtfError HandleAttributes(ConverterState converterState, IXamlAttributes attributes,
DocumentNode documentNode, XamlTag xamlTag, DocumentNodeArray dna)
{
int nLen = 0;
XamlToRtfError xamlToRtfError = attributes.GetLength(ref nLen);
if (xamlToRtfError == XamlToRtfError.None)
{
string uri = string.Empty;
string newLocalName = string.Empty;
string newQName = string.Empty;
string valueString = string.Empty;
FormatState formatState = documentNode.FormatState;
XamlAttribute attribute = XamlAttribute.XAUnknown;
long valueData = 0;
for (int i = 0; xamlToRtfError == XamlToRtfError.None && i < nLen; i++)
{
xamlToRtfError = attributes.GetName(i, ref uri, ref newLocalName, ref newQName);
if (xamlToRtfError == XamlToRtfError.None)
{
xamlToRtfError = attributes.GetValue(i, ref valueString);
if (xamlToRtfError == XamlToRtfError.None &&
XamlParserHelper.ConvertToAttribute(converterState, newLocalName, ref attribute))
{
switch (attribute)
{
case XamlAttribute.XAUnknown:
break;
case XamlAttribute.XAFontWeight:
if (string.Compare(valueString, "Normal", StringComparison.OrdinalIgnoreCase) == 0)
{
formatState.Bold = false;
}
else if (string.Compare(valueString, "Bold", StringComparison.OrdinalIgnoreCase) == 0)
{
formatState.Bold = true;
}
break;
case XamlAttribute.XAFontSize:
double fs = 0f;
if (XamlParserHelper.ConvertToFontSize(converterState, valueString, ref fs))
{
formatState.FontSize = (long)Math.Round(fs);
}
break;
case XamlAttribute.XAFontStyle:
if (string.Compare(valueString, "Italic", StringComparison.OrdinalIgnoreCase) == 0)
{
formatState.Italic = true;
}
break;
case XamlAttribute.XAFontFamily:
if (XamlParserHelper.ConvertToFont(converterState, valueString, ref valueData))
{
formatState.Font = valueData;
}
break;
case XamlAttribute.XAFontStretch:
if (XamlParserHelper.ConvertToFontStretch(converterState, valueString, ref valueData))
{
formatState.Expand = valueData;
}
break;
case XamlAttribute.XABackground:
if (XamlParserHelper.ConvertToColor(converterState, valueString, ref valueData))
{
if (documentNode.IsInline)
{
formatState.CB = valueData;
}
else
{
formatState.CBPara = valueData;
}
}
break;
case XamlAttribute.XAForeground:
if (XamlParserHelper.ConvertToColor(converterState, valueString, ref valueData))
{
formatState.CF = valueData;
}
break;
case XamlAttribute.XAFlowDirection:
DirState dirState = DirState.DirDefault;
if (XamlParserHelper.ConvertToDir(converterState, valueString, ref dirState))
{
if (documentNode.IsInline)
{
formatState.DirChar = dirState;
}
else if (documentNode.Type == DocumentNodeType.dnTable)
{
formatState.RowFormat.Dir = dirState;
}
else
{
formatState.DirPara = dirState;
// Set the default inline flow direction as the paragraph's flow direction
formatState.DirChar = dirState;
}
if (documentNode.Type == DocumentNodeType.dnList)
{
// Reset the left/right margin for List as the default value(720)
// on RTL flow direction. Actually LI is set as 720 as the default
// CreateDocumentNode().
if (formatState.DirPara == DirState.DirRTL)
{
formatState.LI = 0;
formatState.RI = 720;
}
}
}
break;
case XamlAttribute.XATextDecorations:
{
ULState ulState = ULState.ULNormal;
StrikeState strikeState = StrikeState.StrikeNormal;
if (XamlParserHelper.ConvertToDecoration(converterState, valueString,
ref ulState,
ref strikeState))
{
if (ulState != ULState.ULNone)
{
formatState.UL = ulState;
}
if (strikeState != StrikeState.StrikeNone)
{
formatState.Strike = strikeState;
}
}
}
break;
case XamlAttribute.XALocation:
{
ULState ulState = ULState.ULNormal;
StrikeState strikeState = StrikeState.StrikeNormal;
if (XamlParserHelper.ConvertToDecoration(converterState, valueString,
ref ulState,
ref strikeState))
{
if (ulState != ULState.ULNone)
{
formatState.UL = ulState;
}
if (strikeState != StrikeState.StrikeNone)
{
formatState.Strike = strikeState;
}
}
}
break;
case XamlAttribute.XARowSpan:
{
int nRowSpan = 0;
if (Converters.StringToInt(valueString, ref nRowSpan))
{
if (documentNode.Type == DocumentNodeType.dnCell)
{
documentNode.RowSpan = nRowSpan;
}
}
}
break;
case XamlAttribute.XAColumnSpan:
{
int nColSpan = 0;
if (Converters.StringToInt(valueString, ref nColSpan))
{
if (documentNode.Type == DocumentNodeType.dnCell)
{
documentNode.ColSpan = nColSpan;
}
}
}
break;
case XamlAttribute.XACellSpacing:
{
double d = 0f;
if (Converters.StringToDouble(valueString, ref d))
{
if (documentNode.Type == DocumentNodeType.dnTable)
{
formatState.RowFormat.Trgaph = Converters.PxToTwipRounded(d);
}
}
}
break;
case XamlAttribute.XANavigateUri:
if (xamlTag == XamlTag.XTHyperlink && valueString.Length > 0)
{
StringBuilder sb = new StringBuilder();
XamlParserHelper.AppendRTFText(sb, valueString, 0);
documentNode.NavigateUri = sb.ToString();
}
break;
case XamlAttribute.XAWidth:
if (xamlTag == XamlTag.XTTableColumn)
{
double d = 0f;
if (Converters.StringToDouble(valueString, ref d))
{
int nTableAt = dna.FindPending(DocumentNodeType.dnTable);
if (nTableAt >= 0)
{
DocumentNode dnTable = dna.EntryAt(nTableAt);
RowFormat rf = dnTable.FormatState.RowFormat;
CellFormat cf = rf.NextCellFormat();
cf.Width.Type = WidthType.WidthTwips;
cf.Width.Value = Converters.PxToTwipRounded(d);
}
}
}
else if (xamlTag == XamlTag.XTImage)
{
double d = 0f;
Converters.StringToDouble(valueString, ref d);
documentNode.FormatState.ImageWidth = d;
}
break;
case XamlAttribute.XAHeight:
if (xamlTag == XamlTag.XTImage)
{
double d = 0f;
Converters.StringToDouble(valueString, ref d);
documentNode.FormatState.ImageHeight = d;
}
break;
case XamlAttribute.XASource:
if (xamlTag == XamlTag.XTImage)
{
documentNode.FormatState.ImageSource = valueString;
}
break;
case XamlAttribute.XAUriSource:
if (xamlTag == XamlTag.XTBitmapImage)
{
documentNode.FormatState.ImageSource = valueString;
}
break;
case XamlAttribute.XAStretch:
if (xamlTag == XamlTag.XTImage)
{
documentNode.FormatState.ImageStretch = valueString;
}
break;
case XamlAttribute.XAStretchDirection:
if (xamlTag == XamlTag.XTImage)
{
documentNode.FormatState.ImageStretchDirection = valueString;
}
break;
case XamlAttribute.XATypographyVariants:
RtfSuperSubscript ss = RtfSuperSubscript.None;
if (XamlParserHelper.ConvertToSuperSub(converterState, valueString, ref ss))
{
if (ss == RtfSuperSubscript.Super)
{
formatState.Super = true;
}
else if (ss == RtfSuperSubscript.Sub)
{
formatState.Sub = true;
}
else if (ss == RtfSuperSubscript.Normal)
{
formatState.Sub = false;
formatState.Super = false;
}
}
break;
case XamlAttribute.XAMarkerStyle:
MarkerStyle ms = MarkerStyle.MarkerBullet;
if (XamlParserHelper.ConvertToMarkerStyle(converterState, valueString, ref ms))
{
formatState.Marker = ms;
}
break;
case XamlAttribute.XAStartIndex:
int nStart = 0;
if (XamlParserHelper.ConvertToStartIndex(converterState, valueString, ref nStart))
{
formatState.StartIndex = nStart;
}
break;
case XamlAttribute.XAMargin:
{
XamlThickness thickness = new XamlThickness(0f, 0f, 0f, 0f);
if (XamlParserHelper.ConvertToThickness(converterState, valueString, ref thickness))
{
formatState.LI = Converters.PxToTwipRounded(thickness.Left);
formatState.RI = Converters.PxToTwipRounded(thickness.Right);
formatState.SB = Converters.PxToTwipRounded(thickness.Top);
formatState.SA = Converters.PxToTwipRounded(thickness.Bottom);
}
}
break;
case XamlAttribute.XAPadding:
{
XamlThickness t = new XamlThickness(0f, 0f, 0f, 0f);
if (XamlParserHelper.ConvertToThickness(converterState, valueString, ref t))
{
if (xamlTag == XamlTag.XTParagraph)
{
// RTF only supports a single border padding value.
formatState.ParaBorder.Spacing = Converters.PxToTwipRounded(t.Left);
}
else
{
RowFormat rf = formatState.RowFormat;
CellFormat cf = rf.RowCellFormat;
cf.PaddingLeft = Converters.PxToTwipRounded(t.Left);
cf.PaddingRight = Converters.PxToTwipRounded(t.Right);
cf.PaddingTop = Converters.PxToTwipRounded(t.Top);
cf.PaddingBottom = Converters.PxToTwipRounded(t.Bottom);
}
}
}
break;
case XamlAttribute.XABorderThickness:
{
XamlThickness t = new XamlThickness(0f, 0f, 0f, 0f);
if (XamlParserHelper.ConvertToThickness(converterState, valueString, ref t))
{
if (xamlTag == XamlTag.XTParagraph)
{
ParaBorder pf = formatState.ParaBorder;
pf.BorderLeft.Type = BorderType.BorderSingle;
pf.BorderLeft.Width = Converters.PxToTwipRounded(t.Left);
pf.BorderRight.Type = BorderType.BorderSingle;
pf.BorderRight.Width = Converters.PxToTwipRounded(t.Right);
pf.BorderTop.Type = BorderType.BorderSingle;
pf.BorderTop.Width = Converters.PxToTwipRounded(t.Top);
pf.BorderBottom.Type = BorderType.BorderSingle;
pf.BorderBottom.Width = Converters.PxToTwipRounded(t.Bottom);
}
else
{
RowFormat rf = formatState.RowFormat;
CellFormat cf = rf.RowCellFormat;
cf.BorderLeft.Type = BorderType.BorderSingle;
cf.BorderLeft.Width = Converters.PxToTwipRounded(t.Left);
cf.BorderRight.Type = BorderType.BorderSingle;
cf.BorderRight.Width = Converters.PxToTwipRounded(t.Right);
cf.BorderTop.Type = BorderType.BorderSingle;
cf.BorderTop.Width = Converters.PxToTwipRounded(t.Top);
cf.BorderBottom.Type = BorderType.BorderSingle;
cf.BorderBottom.Width = Converters.PxToTwipRounded(t.Bottom);
}
}
}
break;
case XamlAttribute.XABorderBrush:
if (XamlParserHelper.ConvertToColor(converterState, valueString, ref valueData))
{
if (xamlTag == XamlTag.XTParagraph)
{
formatState.ParaBorder.CF = valueData;
}
else
{
RowFormat rf = formatState.RowFormat;
CellFormat cf = rf.RowCellFormat;
cf.BorderLeft.CF = valueData;
cf.BorderRight.CF = valueData;
cf.BorderTop.CF = valueData;
cf.BorderBottom.CF = valueData;
}
}
break;
case XamlAttribute.XATextIndent:
double ti = 0;
if (XamlParserHelper.ConvertToTextIndent(converterState, valueString, ref ti))
{
formatState.FI = Converters.PxToTwipRounded(ti);
}
break;
case XamlAttribute.XALineHeight:
double sl = 0;
if (XamlParserHelper.ConvertToLineHeight(converterState, valueString, ref sl))
{
formatState.SL = Converters.PxToTwipRounded(sl);
formatState.SLMult = false;
}
break;
case XamlAttribute.XALang:
{
try
{
CultureInfo ci = new CultureInfo(valueString);
if (ci.LCID > 0)
{
// Extract LANGID from LCID
formatState.Lang = (long)(ushort)ci.LCID;
}
}
catch (System.ArgumentException)
{
// Just omit if this is not a legal language value
}
}
break;
case XamlAttribute.XATextAlignment:
HAlign halign = HAlign.AlignDefault;
if (XamlParserHelper.ConvertToHAlign(converterState, valueString, ref halign))
{
formatState.HAlign = halign;
}
break;
}
}
}
}
}
return xamlToRtfError;
}
private void PatchVerticallyMergedCells(DocumentNode dnThis)
{
DocumentNodeArray dna = _converterState.DocumentNodeArray;
DocumentNodeArray dnaRows = dnThis.GetTableRows();
DocumentNodeArray dnaSpanCells = new DocumentNodeArray();
ArrayList spanCounts = new ArrayList();
int nCol = 0;
int nColExtra = 0;
for (int i = 0; i < dnaRows.Count; i++)
{
DocumentNode dnRow = dnaRows.EntryAt(i);
DocumentNodeArray dnaCells = dnRow.GetRowsCells();
int nColHere = 0;
for (int j = 0; j < dnaCells.Count; j++)
{
DocumentNode dnCell = dnaCells.EntryAt(j);
// Insert vmerged cell placeholder if necessary
nColExtra = nColHere;
while (nColExtra < spanCounts.Count && ((int)spanCounts[nColExtra]) > 0)
{
DocumentNode dnSpanningCell = dnaSpanCells.EntryAt(nColExtra);
DocumentNode dnNew = new DocumentNode(DocumentNodeType.dnCell);
dna.InsertChildAt(dnRow, dnNew, dnCell.Index, 0);
dnNew.FormatState = new FormatState(dnSpanningCell.FormatState);
if (dnSpanningCell.FormatState.HasRowFormat)
{
dnNew.FormatState.RowFormat = new RowFormat(dnSpanningCell.FormatState.RowFormat);
}
dnNew.FormatState.RowFormat.RowCellFormat.IsVMergeFirst = false;
dnNew.FormatState.RowFormat.RowCellFormat.IsVMerge = true;
dnNew.ColSpan = dnSpanningCell.ColSpan;
nColExtra += dnNew.ColSpan;
}
// Take care of any cells hanging down from above.
while (nColHere < spanCounts.Count && ((int)spanCounts[nColHere]) > 0)
{
// Update span count for this row
spanCounts[nColHere] = ((int)spanCounts[nColHere]) - 1;
if ((int)spanCounts[nColHere] == 0)
{
dnaSpanCells[nColHere] = null;
}
nColHere++;
}
// Now update colHere and spanCounts
for (int k = 0; k < dnCell.ColSpan; k++)
{
if (nColHere < spanCounts.Count)
{
spanCounts[nColHere] = dnCell.RowSpan - 1;
dnaSpanCells[nColHere] = (dnCell.RowSpan > 1) ? dnCell : null;
}
else
{
spanCounts.Add(dnCell.RowSpan - 1);
dnaSpanCells.Add((dnCell.RowSpan > 1) ? dnCell : null);
}
nColHere++;
}
// Mark this cell as first in vmerged list if necessary
if (dnCell.RowSpan > 1)
{
CellFormat cf = dnCell.FormatState.RowFormat.RowCellFormat;
cf.IsVMergeFirst = true;
}
}
// Insert vmerged cell placeholder if necessary
nColExtra = nColHere;
while (nColExtra < spanCounts.Count)
{
if (((int)spanCounts[nColExtra]) > 0)
{
// Insert vmerged cell here.
DocumentNode dnSpanningCell = dnaSpanCells.EntryAt(nColExtra);
DocumentNode dnNew = new DocumentNode(DocumentNodeType.dnCell);
dna.InsertChildAt(dnRow, dnNew, dnRow.Index + dnRow.ChildCount + 1, 0);
dnNew.FormatState = new FormatState(dnSpanningCell.FormatState);
if (dnSpanningCell.FormatState.HasRowFormat)
{
dnNew.FormatState.RowFormat = new RowFormat(dnSpanningCell.FormatState.RowFormat);
}
dnNew.FormatState.RowFormat.RowCellFormat.IsVMergeFirst = false;
dnNew.FormatState.RowFormat.RowCellFormat.IsVMerge = true;
dnNew.ColSpan = dnSpanningCell.ColSpan;
nColExtra += dnNew.ColSpan;
}
else
{
nColExtra++;
}
}
// Take care of remaining cells hanging down.
while (nColHere < spanCounts.Count)
{
if (((int)spanCounts[nColHere]) > 0)
{
spanCounts[nColHere] = ((int)spanCounts[nColHere]) - 1;
if ((int)spanCounts[nColHere] == 0)
{
dnaSpanCells[nColHere] = null;
}
}
nColHere++;
}
// Track max
if (nColHere > nCol)
{
nCol = nColHere;
}
}
}
// Token: 0x060034B1 RID: 13489 RVA: 0x000EABA4 File Offset: 0x000E8DA4
private void ProcessTableRowSpan(DocumentNodeArray dnaTables)
{
for (int i = 0; i < dnaTables.Count; i++)
{
DocumentNode documentNode = dnaTables.EntryAt(i);
ColumnStateArray columnStateArray = documentNode.ColumnStateArray;
if (columnStateArray != null && columnStateArray.Count != 0)
{
int count = columnStateArray.Count;
DocumentNodeArray tableRows = documentNode.GetTableRows();
DocumentNodeArray documentNodeArray = new DocumentNodeArray();
for (int j = 0; j < count; j++)
{
documentNodeArray.Add(null);
}
for (int k = 0; k < tableRows.Count; k++)
{
DocumentNode documentNode2 = tableRows.EntryAt(k);
RowFormat rowFormat = documentNode2.FormatState.RowFormat;
DocumentNodeArray rowsCells = documentNode2.GetRowsCells();
int num = count;
if (rowFormat.CellCount < num)
{
num = rowFormat.CellCount;
}
if (rowsCells.Count < num)
{
num = rowsCells.Count;
}
int num2 = 0;
int num3 = 0;
while (num3 < num && num2 < documentNodeArray.Count)
{
DocumentNode documentNode3 = rowsCells.EntryAt(num3);
CellFormat cellFormat = rowFormat.NthCellFormat(num3);
if (cellFormat.IsVMerge)
{
DocumentNode documentNode4 = documentNodeArray.EntryAt(num2);
if (documentNode4 != null)
{
documentNode4.RowSpan++;
}
num2 += documentNode3.ColSpan;
documentNode3.ColSpan = 0;
}
else
{
if (cellFormat.IsVMergeFirst)
{
documentNode3.RowSpan = 1;
documentNodeArray[num2] = documentNode3;
}
else
{
documentNodeArray[num2] = null;
}
for (int l = num2 + 1; l < num2 + documentNode3.ColSpan; l++)
{
documentNodeArray[l] = null;
}
num2 += documentNode3.ColSpan;
}
num3++;
}
}
}
}
}
// Token: 0x06003490 RID: 13456 RVA: 0x000E997C File Offset: 0x000E7B7C
internal void PreCoalesceChildren(ConverterState converterState, int nStart, bool bChild)
{
DocumentNodeArray documentNodeArray = new DocumentNodeArray();
bool flag = false;
DocumentNode documentNode = this.EntryAt(nStart);
int num = documentNode.ChildCount;
if (nStart + num >= this.Count)
{
num = this.Count - nStart - 1;
}
int num2 = nStart + num;
if (bChild)
{
nStart++;
}
for (int i = nStart; i <= num2; i++)
{
DocumentNode documentNode2 = this.EntryAt(i);
if (documentNode2.IsInline && documentNode2.RequiresXamlDir && documentNode2.ClosedParent != null)
{
int j;
for (j = i + 1; j <= num2; j++)
{
DocumentNode documentNode3 = this.EntryAt(j);
if (!documentNode3.IsInline || documentNode3.Type == DocumentNodeType.dnHyperlink || documentNode3.FormatState.DirChar != documentNode2.FormatState.DirChar || documentNode3.ClosedParent != documentNode2.ClosedParent)
{
break;
}
}
int num3 = j - i;
if (num3 > 1)
{
DocumentNode documentNode4 = new DocumentNode(DocumentNodeType.dnInline);
documentNode4.FormatState = new FormatState(documentNode2.Parent.FormatState);
documentNode4.FormatState.DirChar = documentNode2.FormatState.DirChar;
this.InsertChildAt(documentNode2.ClosedParent, documentNode4, i, num3);
num2++;
}
}
else if (documentNode2.Type == DocumentNodeType.dnListItem)
{
this.PreCoalesceListItem(documentNode2);
}
else if (documentNode2.Type == DocumentNodeType.dnList)
{
this.PreCoalesceList(documentNode2);
}
else if (documentNode2.Type == DocumentNodeType.dnTable)
{
documentNodeArray.Add(documentNode2);
num2 += this.PreCoalesceTable(documentNode2);
}
else if (documentNode2.Type == DocumentNodeType.dnRow)
{
this.PreCoalesceRow(documentNode2, ref flag);
}
}
if (flag)
{
this.ProcessTableRowSpan(documentNodeArray);
}
}