public UInt32 Send_UpdateRoomInfoResult(BattleRoomInfo[] room_info, UInt32 room_info_len)
{
UInt64 destID = mln.ProcessUnitManager.INVALID_PUUID; // PUUID
UInt64 srcID = mln.ProcessUnitManager.INVALID_PUUID; // PUUID
UInt64 conid = 0;
GetSendID(ref destID, ref srcID, ref conid);
if (destID == mln.ProcessUnitManager.INVALID_PUUID)
{
mln.Utility.MLN_TRACE_LOG("Fail : GetSendID");
return(0);
}
// if( srcID == ProcessUnitManager::INVALID_PUUID ) return 0;
UInt32 totalSize = 0;
//RPCPRINT( fprintf(stderr, "Send_UpdateRoomInfoResult: start") );
// check send size
totalSize += 4; // array num
if (room_info_len > (UInt32)BattlePuListMaxValues.SEND_UPDATEROOMINFORESULT_ROOM_INFO_LEN_MAX)
{
return(0); // room_info is over size
}
//if( room_info.Length < room_info_len ) return 0; // room_info is over size
// STRUCT TYPE
for (UInt32 __ind = 0; __ind < room_info_len; __ind++)
{
totalSize += BattleRoomInfo.length(room_info[__ind]);
}
//if( totalSize > left ) ERROR_RETURN(0);
// Check size OK
mln.EndianStream sendEs = new mln.EndianStream(mln.EndianStream.STREAM_ENDIAN.STREAM_ENDIAN_LITTLE); // little endian
mln.PACKET_HEADER sendHead;
sendHead.type = (UInt32)BattlePuList_FuncID.ID_UPDATEROOMINFORESULT;
sendHead.dadr = (UInt64)((UInt64)0 << 32 | (UInt64)INTFID.BATTLEPULIST);
sendHead.sadr = conid;
sendHead.size = (UInt16)totalSize;
// serialize
sendHead.put(sendEs); // serialize head
sendEs.put(room_info_len);
// STRUCT TYPE
for (UInt32 __ind = 0; __ind < room_info_len; __ind++)
{
BattleRoomInfo.set(sendEs, room_info[__ind]);
}
//RPCPRINT( "Send_UpdateRoomInfoResult: size %d done", totalSize );
// send done
RPCSendPUBase(sendEs, destID, srcID);
// finish
ClearSendID();
return(totalSize);
}
