internal void WriteTo(BinaryWriter tableWriter, BinaryWriter mainWriter, int lastCp)
{
tableWriter.Write(0);
int count = m_cpOffsets.Count;
for (int i = 0; i < count; i++)
{
tableWriter.Write(m_cpOffsets[i]);
}
tableWriter.Write(lastCp);
SprmBuffer sprmBuffer = m_grpprl;
if (UseTitlePage)
{
SprmBuffer obj = (SprmBuffer)m_grpprl.Clone();
obj.AddSprm(12298, 1, null);
sprmBuffer = obj;
}
for (int j = 0; j < count + 1; j++)
{
tableWriter.Write(new byte[2]);
tableWriter.Write((int)mainWriter.BaseStream.Position);
tableWriter.Write(new byte[6]);
if (j == 1)
{
sprmBuffer = m_grpprl;
AddSprm(12297, 0, null);
}
mainWriter.Write((short)sprmBuffer.Offset);
mainWriter.Write(sprmBuffer.Buf);
}
}
public object Clone()
{
SprmBuffer sprmBuffer = new SprmBuffer(m_grpprl.Length, m_initialOffset);
sprmBuffer.m_offset = m_offset;
Array.Copy(m_grpprl, sprmBuffer.m_grpprl, m_offset);
return(sprmBuffer);
}
internal TableData(int tableLevel, bool layoutTable)
{
m_tapx = new SprmBuffer(2048, 2);
m_tapx.AddSprm(9238, 1, null);
m_tapx.AddSprm((ushort)((tableLevel > 1) ? 9292 : 9239), 1, null);
m_tapx.AddSprm(26185, tableLevel, null);
m_tableBorders = new BorderCode[4];
m_tableBorders[0] = new BorderCode();
m_tableBorders[1] = new BorderCode();
m_tableBorders[2] = new BorderCode();
m_tableBorders[3] = new BorderCode();
m_cellBorders = new BorderCode[4];
m_cellBorders[0] = new BorderCode();
m_cellBorders[1] = new BorderCode();
m_cellBorders[2] = new BorderCode();
m_cellBorders[3] = new BorderCode();
m_layoutTable = layoutTable;
}
internal void CommitParagraph(int cpEnd, TableData currentRow, Stream dataStream)
{
byte[] array = m_grpprl.Buf;
int num = m_grpprl.Offset;
if (currentRow != null)
{
array = currentRow.Tapx;
num = array.Length;
if (num >= 488)
{
int param = (int)dataStream.Length;
BinaryWriter binaryWriter = new BinaryWriter(dataStream);
binaryWriter.Write((ushort)(array.Length - 2));
binaryWriter.Write(array, 2, array.Length - 2);
binaryWriter.Flush();
SprmBuffer sprmBuffer = new SprmBuffer(8, 2);
sprmBuffer.AddSprm(26182, param, null);
array = sprmBuffer.Buf;
num = sprmBuffer.Offset;
}
}
if (!AddPropToPapFkp(m_papFkp, cpEnd, m_papFcOffset, new byte[13], m_papOffsetOffset, array, num, m_papGrpprlOffset))
{
m_papTable.Write(m_papFkp, 0, m_papFkp.Length);
m_papOffsets.Add(m_parStart * 2 + m_fcStart);
Array.Clear(m_papFkp, 0, m_papFkp.Length);
LittleEndian.PutInt(m_papFkp, m_parStart * 2 + m_fcStart);
m_papFcOffset = 4;
m_papOffsetOffset = m_papFcOffset;
m_papGrpprlOffset = 510;
AddPropToPapFkp(m_papFkp, cpEnd, m_papFcOffset, new byte[13], m_papOffsetOffset, array, num, m_papGrpprlOffset);
}
m_papFkp[511]++;
m_papFcOffset += 4;
m_papOffsetOffset += 17;
int num2 = num + 1;
m_papGrpprlOffset = m_papGrpprlOffset - num2 - num2 % 2;
m_parStart = cpEnd;
m_grpprl.ClearStyle();
m_grpprl.Reset();
}
internal void Push(int bufSize)
{
m_formatStack.Push(m_grpprl);
m_grpprl = new SprmBuffer(bufSize, 0);
}