public PlainBufferCell ReadCell()
{
if (!CheckLastTagWas(PlainBufferConsts.TAG_CELL))
{
throw new IOException("Expect TAG_CELL but it was " + PlainBufferConsts.PrintTag(GetLastTag()));
}
PlainBufferCell cell = new PlainBufferCell();
ReadTag();
if (GetLastTag() == PlainBufferConsts.TAG_CELL_NAME)
{
cell.SetCellName(ReadUTFString(ReadUInt32()));
ReadTag();
}
if (GetLastTag() == PlainBufferConsts.TAG_CELL_VALUE)
{
cell.SetCellValue(ReadCellValue());
}
if (GetLastTag() == PlainBufferConsts.TAG_CELL_TYPE)
{
cell.SetCellType(this.inputStream.ReadRawByte());
ReadTag();
}
if (GetLastTag() == PlainBufferConsts.TAG_CELL_TIMESTAMP)
{
long timestamp = (long)ReadInt64();
if (timestamp < 0)
{
throw new IOException("The timestamp is negative.");
}
cell.SetCellTimestamp(timestamp);
ReadTag(); // consume next tag as all read function should consume next tag
}
if (GetLastTag() == PlainBufferConsts.TAG_CELL_CHECKSUM)
{
byte checksum = this.inputStream.ReadRawByte();
ReadTag();
if (cell.GetChecksum() != checksum)
{
throw new IOException("Checksum is mismatch. Cell: " + cell + ". Checksum: " + checksum + ". PlainBuffer: " + this.inputStream);
}
}
else
{
throw new IOException("Expect TAG_CELL_CHECKSUM but it was " + PlainBufferConsts.PrintTag(GetLastTag()));
}
return(cell);
}
public static PlainBufferCell ToPlainBufferCell(Column column, bool ignoreValue, bool ignoreTs,
bool setType, byte type)
{
PlainBufferCell cell = new PlainBufferCell();
cell.SetCellName(column.Name);
if (!ignoreValue)
{
cell.SetCellValue(column.Value);
}
if (!ignoreTs)
{
if (column.Timestamp.HasValue)
{
cell.SetCellTimestamp(column.Timestamp.Value);
}
}
if (setType)
{
cell.SetCellType(type);
}
return(cell);
}
