| public Deserialize ( byte ropBytes, int startIndex ) : int | ||
| ropBytes | byte | ROPs bytes in response. |
| startIndex | int | The start index of this ROP. |
| return | int | |
/// <summary>
/// Parses a response with multiple ROPs. In this scenario, the response is designed as only containing two ROPs: RopSetColumn and RopQueryRows.
/// </summary>
/// <param name="rgbOutput">The raw data that contains the ROP response payload</param>
/// <returns>The ROP response list which contains RopSetColumnResponse and RopQueryRawResponse</returns>
private List<IDeserializable> ParseMultipleRopsResponse(byte[] rgbOutput)
{
int parseByteLength = 0;
List<IDeserializable> multipleRopsResponse = new List<IDeserializable>();
RPC_HEADER_EXT rpcHeader = new RPC_HEADER_EXT
{
Version = BitConverter.ToUInt16(rgbOutput, parseByteLength)
};
// Parse RPC_HEADER_EXT structure
parseByteLength += sizeof(short);
rpcHeader.Flags = BitConverter.ToUInt16(rgbOutput, parseByteLength);
parseByteLength += sizeof(short);
rpcHeader.Size = BitConverter.ToUInt16(rgbOutput, parseByteLength);
parseByteLength += sizeof(short);
rpcHeader.SizeActual = BitConverter.ToUInt16(rgbOutput, parseByteLength);
parseByteLength += sizeof(short);
// Passed 2 bytes which is size of ROP response.
parseByteLength += sizeof(short);
// Parse RopSetColumns response
RopSetColumnsResponse setColumnsResponse = new RopSetColumnsResponse();
parseByteLength += setColumnsResponse.Deserialize(rgbOutput, parseByteLength);
// Parse RopQueryRows response
RopQueryRowsResponse queryRowsResponse = new RopQueryRowsResponse();
parseByteLength += queryRowsResponse.Deserialize(rgbOutput, parseByteLength);
multipleRopsResponse.Add(setColumnsResponse);
multipleRopsResponse.Add(queryRowsResponse);
return multipleRopsResponse;
}