case Moo::M_ROOM_STATE: 
              {
		RoomList roomlist;
		guint numRooms = Moo::IO::unpack_uint (read_data, offset); 
		for (guint n = 0; n < numRooms; ++n) {
			std::string room  = Moo::IO::unpack_string (read_data, offset);
			unsigned int numUsers = Moo::IO::unpack_uint (read_data, offset);
			roomlist[room] = numUsers;
		}
		RoomsLists roomslists;
		TickersList tickers;
		guint numJoined = Moo::IO::unpack_uint (read_data, offset); 
		for (guint n = 0; n < numJoined; ++n) {
			RoomData joinedrooms;
			std::string room  = Moo::IO::unpack_string (read_data, offset);
			unsigned int numUsers = Moo::IO::unpack_uint (read_data, offset);
			std::vector<UserData> _d;
			for (guint n = 0; n < numUsers; ++n) {
				UserData _data;

				std::string user  = Moo::IO::unpack_string (read_data, offset);
				_data.status = Moo::IO::unpack_uint (read_data, offset);
				_data.avgspeed = Moo::IO::unpack_uint (read_data, offset);
				_data.downloadnum = Moo::IO::unpack_uint (read_data, offset);
				_data.files = Moo::IO::unpack_uint (read_data, offset);
				_data.dirs = Moo::IO::unpack_uint (read_data, offset);
				_data.slotsfull = Moo::IO::unpack_bool (read_data, offset);

				joinedrooms[user] = _data;
			}
			unsigned int numTickers = Moo::IO::unpack_uint (read_data, offset);
			for (guint n = 0; n < numTickers; ++n) {
				std::string user  = Moo::IO::unpack_string (read_data, offset);
				std::string ticker = Moo::IO::unpack_string (read_data, offset);
			}
			roomslists[room] = joinedrooms;
		}

 		  driver->s_room_state_.emit (roomlist, roomslists, tickers);
		  break;
              }