/// <summary>
/// Parse TS_UD_SC_NET
/// (parser index is updated according to parsed length)
/// </summary>
/// <param name="data">data to be parsed</param>
/// <param name="currentIndex">current parser index</param>
/// <returns>TS_UD_SC_NET</returns>
private TS_UD_SC_NET ParseTsUdScNet(byte[] data, ref int currentIndex)
{
TS_UD_SC_NET netData = new TS_UD_SC_NET();
// reserve current index
int reservedIndex = currentIndex;
// TS_UD_SC_NET: Header
netData.header.type = (TS_UD_HEADER_type_Values)ParseUInt16(data, ref currentIndex, false);
netData.header.length = ParseUInt16(data, ref currentIndex, false);
// TS_UD_SC_NET: MCSChannelID
netData.MCSChannelId = ParseUInt16(data, ref currentIndex, false);
// TS_UD_SC_NET: channelCount
netData.channelCount = ParseUInt16(data, ref currentIndex, false);
// TS_UD_SC_NET: channelIdArray
netData.channelIdArray = new ushort[netData.channelCount];
for (int i = 0; i < netData.channelIdArray.Length; i++)
{
netData.channelIdArray[i] = ParseUInt16(data, ref currentIndex, false);
}
// TS_UD_SC_NET: Pad
// (the even/odd checking option described in TD is granted to adapter,
// thus adpter can verify their consistency)
int remainDataLength = netData.header.length - (currentIndex - reservedIndex);
netData.Pad = GetBytes(data, ref currentIndex, remainDataLength);
return netData;
}
public ConnectGCCRsp()
{
serverCoreData = new TS_UD_SC_CORE();
serverNetworkData = new TS_UD_SC_NET();
serverSecurityData = new TS_UD_SC_SEC1();
}
