private void writeContents()
{
OnProgressMaxChanged(new ProgressMaxArgs(RowCount));
if (lua.SpecialCase)
{
switch (lua.Case)
{
case SpecialCase.DOUBLE_LOOP:
int pVal = 0;
for (int rowIdx = 0; rowIdx < RowCount; rowIdx++)
{
Row row = rows[rowIdx];
int cVal = (int)row.GetValueByFlag(FlagType.LOOP_COUNTER);
if (pVal != cVal)
{
string counterName = row.GetNameByFlag(FlagType.LOOP_COUNTER);
Row[] treeRows = FindAll(counterName, cVal);
sHelper.WriteInt32(treeRows.Length);
for (int tR = 0; tR < treeRows.Length; tR++)
{
if (lua.UseRowProcessor)
{
lua.CallRowProcessor("write", rows[tR], rowIdx);
}
writeRow(treeRows[tR], SenderType.WRITE_ROW);
}
pVal = cVal;
}
}
break;
}
}
else
{
for (int r = 0; r < RowCount; r++)
{
Row i = rows[r];
Row o = new Row(row_Template);
if (lua.UseRowProcessor)
{
i.Clone(ref o);
lua.CallRowProcessor(FileMode.Write, o, r);
}
else
{
o = i;
}
writeRow(o, SenderType.WRITE_ROW);
if ((r * 100 / RowCount) != ((r - 1) * 100 / RowCount))
{
OnProgressValueChanged(new ProgressValueArgs(r));
}
}
}
OnMessageOccured(new MessageArgs(string.Format("Writing {0}", RdbPath)));
sHelper.WriteToFile(RdbPath);
OnProgressMaxChanged(new ProgressMaxArgs(100));
OnProgressValueChanged(new ProgressValueArgs(0));
}