public UInt32 Send_QueryDisconnectBattle( )
{
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_QueryDisconnectBattle: start") );
// check send size
// 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)Battle_FuncID.ID_QUERYDISCONNECTBATTLE;
sendHead.dadr = (UInt64)((UInt64)0 << 32 | (UInt64)INTFID.BATTLE);
sendHead.sadr = conid;
sendHead.size = (UInt16)totalSize;
// serialize
sendHead.put(sendEs); // serialize head
//RPCPRINT( "Send_QueryDisconnectBattle: size %d done", totalSize );
// send done
RPCSendPUBase(sendEs, destID, srcID);
// finish
ClearSendID();
return(totalSize);
}
/*
* 受信メイン ここは自動作成
*/
public override UInt32 RPC_RecvBase(mln.EndianStream es, UInt32 type, UInt32 intf, UInt16 sz, UInt64 conid)
{
UInt32 ret = 0;
switch (intf)
{
case (UInt32)INTFID.BATTLE:
{
ret = Receive_Battle(conid, type, sz, es);
}
break;
case (UInt32)INTFID.BATTLEPULIST:
{
ret = Receive_BattlePuList(conid, type, sz, es);
}
break;
case (UInt32)INTFID.MATCHING:
{
ret = Receive_Matching(conid, type, sz, es);
}
break;
default:
{
mln.Utility.MLN_TRACE_LOG("Error:");
}
break;
}
return(ret);
}
// get from stream
static public UInt32 get(mln.EndianStream rEs, out AppointmentResult rOut)
{
UInt32 ret = 0;
rEs.get(out ret);
rOut = (AppointmentResult)ret;
return(4);
}
// get from stream
static public UInt32 get(mln.EndianStream rEs, out BattleStatus rOut)
{
UInt32 ret = 0;
rEs.get(out ret);
rOut = (BattleStatus)ret;
return(4);
}
public static UInt32 set(mln.EndianStream rEs, BattleRoomInfo _rIn)
{
UInt32 ofs = 0;
// STRUCT TYPE
ofs += BattlePuInfo.set(rEs, _rIn.pu_info);
// STRUCT TYPE
ofs += BattleStatusInfo.set(rEs, _rIn.status_info);
return(ofs);
}
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);
}
public static UInt32 get(mln.EndianStream rEs, BattleStatusInfo _rOut)
{
UInt32 ofs = 0;
// BASIC TYPE
rEs.get(out _rOut.entered_num);
ofs += 1;
// BASIC TYPE
rEs.get(out _rOut.max_enter_num);
ofs += 1;
// BASIC TYPE
rEs.get(out _rOut.status);
ofs += 1;
return(ofs);
}
public static UInt32 set(mln.EndianStream rEs, BattleStatusInfo _rIn)
{
UInt32 ofs = 0;
// BASIC TYPE
rEs.put(_rIn.entered_num);
ofs += 1;
// BASIC TYPE
rEs.put(_rIn.max_enter_num);
ofs += 1;
// BASIC TYPE
rEs.put(_rIn.status);
ofs += 1;
return(ofs);
}
public static UInt32 get(mln.EndianStream rEs, BattlePuInfo _rOut)
{
UInt32 ofs = 0;
// STRING TYPE
ofs += mln.cRPC_ID.GetStringFromStream(out _rOut.ip_addr, rEs, out _rOut.ip_addr_strlen);
// BASIC TYPE
rEs.get(out _rOut.port);
ofs += 2;
// BASIC TYPE
rEs.get(out _rOut.room_hub_pu_uid);
ofs += 8;
// BASIC TYPE
rEs.get(out _rOut.battle_pu_uid);
ofs += 8;
return(ofs);
}
public static UInt32 set(mln.EndianStream rEs, BattlePuInfo _rIn)
{
UInt32 ofs = 0;
// STRING TYPE
ofs += mln.cRPC_ID.SetStringToStream(_rIn.ip_addr, rEs, _rIn.ip_addr_strlen);
// BASIC TYPE
rEs.put(_rIn.port);
ofs += 2;
// BASIC TYPE
rEs.put(_rIn.room_hub_pu_uid);
ofs += 8;
// BASIC TYPE
rEs.put(_rIn.battle_pu_uid);
ofs += 8;
return(ofs);
}
public UInt32 Send_EnterMatchingRoom(UInt64 character_id, UInt32 matching_rule, UInt32 matching_value)
{
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_EnterMatchingRoom: start") );
// check send size
// BASIC TYPE
totalSize += (8);
//if( totalSize > left ) ERROR_RETURN(0);
// BASIC TYPE
totalSize += (4);
//if( totalSize > left ) ERROR_RETURN(0);
// BASIC TYPE
totalSize += (4);
//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)Matching_FuncID.ID_ENTERMATCHINGROOM;
sendHead.dadr = (UInt64)((UInt64)0 << 32 | (UInt64)INTFID.MATCHING);
sendHead.sadr = conid;
sendHead.size = (UInt16)totalSize;
// serialize
sendHead.put(sendEs); // serialize head
sendEs.put(character_id);
sendEs.put(matching_rule);
sendEs.put(matching_value);
//RPCPRINT( "Send_EnterMatchingRoom: size %d done", totalSize );
// send done
RPCSendPUBase(sendEs, destID, srcID);
// finish
ClearSendID();
return(totalSize);
}
public UInt32 Send_UpdateStatusAppointment(UInt64 battle_pu_list_pu_uid, UInt64 matching_room_id)
{
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_UpdateStatusAppointment: start") );
// check send size
// BASIC TYPE
totalSize += (8);
//if( totalSize > left ) ERROR_RETURN(0);
// BASIC TYPE
totalSize += (8);
//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)Battle_FuncID.ID_UPDATESTATUSAPPOINTMENT;
sendHead.dadr = (UInt64)((UInt64)0 << 32 | (UInt64)INTFID.BATTLE);
sendHead.sadr = conid;
sendHead.size = (UInt16)totalSize;
// serialize
sendHead.put(sendEs); // serialize head
sendEs.put(battle_pu_list_pu_uid);
sendEs.put(matching_room_id);
//RPCPRINT( "Send_UpdateStatusAppointment: size %d done", totalSize );
// send done
RPCSendPUBase(sendEs, destID, srcID);
// finish
ClearSendID();
return(totalSize);
}
public UInt32 Send_Chat(string str)
{
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_Chat: start") );
// check send size
UInt32 str_length = (UInt32)System.Text.Encoding.UTF8.GetBytes(str).Length;
totalSize += 4; // 4:input length
totalSize += str_length;
//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)Battle_FuncID.ID_CHAT;
sendHead.dadr = (UInt64)((UInt64)0 << 32 | (UInt64)INTFID.BATTLE);
sendHead.sadr = conid;
sendHead.size = (UInt16)totalSize;
// serialize
sendHead.put(sendEs); // serialize head
mln.cRPC_ID.SetStringToStream(str, sendEs, str_length);
//RPCPRINT( "Send_Chat: size %d done", totalSize );
// send done
RPCSendPUBase(sendEs, destID, srcID);
// finish
ClearSendID();
return(totalSize);
}
public UInt32 Send_DeleteRoomInfoResult(UInt64 pu_uid)
{
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_DeleteRoomInfoResult: start") );
// check send size
// BASIC TYPE
totalSize += (8);
//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_DELETEROOMINFORESULT;
sendHead.dadr = (UInt64)((UInt64)0 << 32 | (UInt64)INTFID.BATTLEPULIST);
sendHead.sadr = conid;
sendHead.size = (UInt16)totalSize;
// serialize
sendHead.put(sendEs); // serialize head
sendEs.put(pu_uid);
//RPCPRINT( "Send_DeleteRoomInfoResult: size %d done", totalSize );
// send done
RPCSendPUBase(sendEs, destID, srcID);
// finish
ClearSendID();
return(totalSize);
}
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;
}
// return 0 if error or next
public UInt32 Receive_BattlePuList(UInt64 conid, UInt32 type, UInt16 totalSize, mln.EndianStream rStream)
{
UInt32 ofs = 0;
switch (type)
{
case (Int32)BattlePuList_FuncID.ID_QUERYCONNECTBATTLEPULIST: // 0
{
// ARGUMENTS
// ARG 0 : UInt64 any_key
UInt64 any_key;
// BASIC TYPE
rStream.get(out any_key);
ofs += (8);
// RECEIVE CALL
Recv_QueryConnectBattlePuList(conid,
any_key
);
break;
}
case (Int32)BattlePuList_FuncID.ID_QUERYCONNECTBATTLEPULISTRESULT: // 1
{
// ARGUMENTS
// ARG 0 : Byte num
Byte num;
// BASIC TYPE
rStream.get(out num);
ofs += (1);
// RECEIVE CALL
Recv_QueryConnectBattlePuListResult(conid,
num
);
break;
}
case (Int32)BattlePuList_FuncID.ID_QUERYHEALTHCHECKBATTLEPULIST: // 2
{
// ARGUMENTS
// RECEIVE CALL
Recv_QueryHealthCheckBattlePuList(conid
);
break;
}
case (Int32)BattlePuList_FuncID.ID_QUERYHEALTHCHECKBATTLEPULISTRESULT: // 3
{
// ARGUMENTS
// RECEIVE CALL
Recv_QueryHealthCheckBattlePuListResult(conid
);
break;
}
case (Int32)BattlePuList_FuncID.ID_GETROOMLISTRESULT: // 5
{
// ARGUMENTS
// ARG 0 : BattleRoomInfo room_info
UInt32 room_info_len; // bin32 len
rStream.get(out room_info_len);
ofs += 4;
BattleRoomInfo[] room_info = new BattleRoomInfo[room_info_len];
for (UInt32 __ind = 0; __ind < room_info_len; __ind++)
{
room_info[__ind] = new BattleRoomInfo();
}
// STRUCT TYPE
for (UInt32 __ind = 0; __ind < room_info_len; __ind++)
{
ofs += BattleRoomInfo.get(rStream, room_info[__ind]);
}
// RECEIVE CALL
Recv_GetRoomListResult(conid,
room_info, room_info_len
);
break;
}
case (Int32)BattlePuList_FuncID.ID_UPDATEROOMINFO: // 6
{
// ARGUMENTS
// RECEIVE CALL
Recv_UpdateRoomInfo(conid
);
break;
}
case (Int32)BattlePuList_FuncID.ID_DELETEROOMINFO: // 8
{
// ARGUMENTS
// RECEIVE CALL
Recv_DeleteRoomInfo(conid
);
break;
}
case (Int32)BattlePuList_FuncID.ID_APPOINTMENTBATTLERESULT: // 11
{
// ARGUMENTS
// ARG 0 : UInt64 matching_room_id
UInt64 matching_room_id;
// BASIC TYPE
rStream.get(out matching_room_id);
ofs += (8);
// ARG 1 : BattlePuInfo battle_pu_info
BattlePuInfo battle_pu_info = new BattlePuInfo();
// STRUCT TYPE
ofs += BattlePuInfo.get(rStream, battle_pu_info);
// ARG 2 : UInt64 appointment_battle_pu_time
UInt64 appointment_battle_pu_time;
// BASIC TYPE
rStream.get(out appointment_battle_pu_time);
ofs += (8);
// ARG 3 : Int32 result
Int32 result;
// BASIC TYPE
rStream.get(out result);
ofs += (4);
// RECEIVE CALL
Recv_AppointmentBattleResult(conid,
matching_room_id,
battle_pu_info,
appointment_battle_pu_time,
result
);
break;
}
case (Int32)BattlePuList_FuncID.ID_QUERYDISCONNECTBATTLEPULIST: // 12
{
// ARGUMENTS
// RECEIVE CALL
Recv_QueryDisconnectBattlePuList(conid
);
break;
}
}
return(ofs);
}
public UInt32 Send_GetRoomList( UInt32 max )
{
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_GetRoomList: start") );
// check send size
// BASIC TYPE
totalSize += ( 4 );
//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_GETROOMLIST;
sendHead.dadr = (UInt64)( (UInt64)0<<32 | (UInt64)INTFID.BATTLEPULIST );
sendHead.sadr = conid;
sendHead.size = (UInt16)totalSize;
// serialize
sendHead.put(sendEs); // serialize head
sendEs.put(max);
//RPCPRINT( "Send_GetRoomList: size %d done", totalSize );
// send done
RPCSendPUBase( sendEs, destID, srcID );
// finish
ClearSendID();
return totalSize;
}
public UInt32 Send_QueryHealthCheckBattlePuListResult( )
{
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_QueryHealthCheckBattlePuListResult: start") );
// check send size
// 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_QUERYHEALTHCHECKBATTLEPULISTRESULT;
sendHead.dadr = (UInt64)( (UInt64)0<<32 | (UInt64)INTFID.BATTLEPULIST );
sendHead.sadr = conid;
sendHead.size = (UInt16)totalSize;
// serialize
sendHead.put(sendEs); // serialize head
//RPCPRINT( "Send_QueryHealthCheckBattlePuListResult: size %d done", totalSize );
// send done
RPCSendPUBase( sendEs, destID, srcID );
// finish
ClearSendID();
return totalSize;
}
public UInt32 Send_Chat( string str )
{
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_Chat: start") );
// check send size
UInt32 str_length = (UInt32)System.Text.Encoding.UTF8.GetBytes(str).Length;
totalSize += 4; // 4:input length
totalSize += str_length;
//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)Battle_FuncID.ID_CHAT;
sendHead.dadr = (UInt64)( (UInt64)0<<32 | (UInt64)INTFID.BATTLE );
sendHead.sadr = conid;
sendHead.size = (UInt16)totalSize;
// serialize
sendHead.put(sendEs); // serialize head
mln.cRPC_ID.SetStringToStream( str, sendEs, str_length );
//RPCPRINT( "Send_Chat: size %d done", totalSize );
// send done
RPCSendPUBase( sendEs, destID, srcID );
// finish
ClearSendID();
return totalSize;
}
public UInt32 Send_UpdateStatusAppointment( UInt64 battle_pu_list_pu_uid, UInt64 matching_room_id )
{
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_UpdateStatusAppointment: start") );
// check send size
// BASIC TYPE
totalSize += ( 8 );
//if( totalSize > left ) ERROR_RETURN(0);
// BASIC TYPE
totalSize += ( 8 );
//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)Battle_FuncID.ID_UPDATESTATUSAPPOINTMENT;
sendHead.dadr = (UInt64)( (UInt64)0<<32 | (UInt64)INTFID.BATTLE );
sendHead.sadr = conid;
sendHead.size = (UInt16)totalSize;
// serialize
sendHead.put(sendEs); // serialize head
sendEs.put(battle_pu_list_pu_uid);
sendEs.put(matching_room_id);
//RPCPRINT( "Send_UpdateStatusAppointment: size %d done", totalSize );
// send done
RPCSendPUBase( sendEs, destID, srcID );
// finish
ClearSendID();
return totalSize;
}
// set in stream
static public UInt32 set(mln.EndianStream rEs, BattleStatus rIn)
{
rEs.put((UInt32)rIn);
return(4);
}
// return 0 if error or next
public UInt32 Receive_Matching(UInt64 conid, UInt32 type, UInt16 totalSize, mln.EndianStream rStream)
{
UInt32 ofs = 0;
switch (type)
{
case (Int32)Matching_FuncID.ID_QUERYCONNECTMATCHING: // 0
{
// ARGUMENTS
// ARG 0 : UInt64 any_key
UInt64 any_key;
// BASIC TYPE
rStream.get(out any_key);
ofs += (8);
// RECEIVE CALL
Recv_QueryConnectMatching(conid,
any_key
);
break;
}
case (Int32)Matching_FuncID.ID_QUERYCONNECTMATCHINGRESULT: // 1
{
// ARGUMENTS
// ARG 0 : Byte num
Byte num;
// BASIC TYPE
rStream.get(out num);
ofs += (1);
// RECEIVE CALL
Recv_QueryConnectMatchingResult(conid,
num
);
break;
}
case (Int32)Matching_FuncID.ID_QUERYHEALTHCHECKMATCHING: // 2
{
// ARGUMENTS
// RECEIVE CALL
Recv_QueryHealthCheckMatching(conid
);
break;
}
case (Int32)Matching_FuncID.ID_QUERYHEALTHCHECKMATCHINGRESULT: // 3
{
// ARGUMENTS
// RECEIVE CALL
Recv_QueryHealthCheckMatchingResult(conid
);
break;
}
case (Int32)Matching_FuncID.ID_ENTERMATCHINGROOMRESULT: // 5
{
// ARGUMENTS
// ARG 0 : UInt64 matching_room_id
UInt64 matching_room_id;
// BASIC TYPE
rStream.get(out matching_room_id);
ofs += (8);
// ARG 1 : Int32 result
Int32 result;
// BASIC TYPE
rStream.get(out result);
ofs += (4);
// RECEIVE CALL
Recv_EnterMatchingRoomResult(conid,
matching_room_id,
result
);
break;
}
case (Int32)Matching_FuncID.ID_GETMATCHINGSTATUSRESULT: // 7
{
// ARGUMENTS
// ARG 0 : UInt64 matching_room_id
UInt64 matching_room_id;
// BASIC TYPE
rStream.get(out matching_room_id);
ofs += (8);
// ARG 1 : Byte status
Byte status;
// BASIC TYPE
rStream.get(out status);
ofs += (1);
// ARG 2 : BattlePuInfo battle_pu_info
BattlePuInfo battle_pu_info = new BattlePuInfo();
// STRUCT TYPE
ofs += BattlePuInfo.get(rStream, battle_pu_info);
// RECEIVE CALL
Recv_GetMatchingStatusResult(conid,
matching_room_id,
status,
battle_pu_info
);
break;
}
case (Int32)Matching_FuncID.ID_EXITMATCHINGROOMRESULT: // 9
{
// ARGUMENTS
// ARG 0 : Int32 result
Int32 result;
// BASIC TYPE
rStream.get(out result);
ofs += (4);
// RECEIVE CALL
Recv_ExitMatchingRoomResult(conid,
result
);
break;
}
case (Int32)Matching_FuncID.ID_QUERYDISCONNECTMATCHING: // 10
{
// ARGUMENTS
// RECEIVE CALL
Recv_QueryDisconnectMatching(conid
);
break;
}
}
return(ofs);
}
public UInt32 Send_QueryConnectMatchingResult( Byte num )
{
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_QueryConnectMatchingResult: start") );
// check send size
// BASIC TYPE
totalSize += ( 1 );
//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)Matching_FuncID.ID_QUERYCONNECTMATCHINGRESULT;
sendHead.dadr = (UInt64)( (UInt64)0<<32 | (UInt64)INTFID.MATCHING );
sendHead.sadr = conid;
sendHead.size = (UInt16)totalSize;
// serialize
sendHead.put(sendEs); // serialize head
sendEs.put(num);
//RPCPRINT( "Send_QueryConnectMatchingResult: size %d done", totalSize );
// send done
RPCSendPUBase( sendEs, destID, srcID );
// finish
ClearSendID();
return totalSize;
}
// return 0 if error or next
public UInt32 Receive_Battle(UInt64 conid, UInt32 type, UInt16 totalSize, mln.EndianStream rStream)
{
UInt32 ofs = 0;
switch (type)
{
case (Int32)Battle_FuncID.ID_QUERYCONNECTBATTLE: // 0
{
// ARGUMENTS
// ARG 0 : UInt64 any_key
UInt64 any_key;
// BASIC TYPE
rStream.get(out any_key);
ofs += (8);
// RECEIVE CALL
Recv_QueryConnectBattle(conid,
any_key
);
break;
}
case (Int32)Battle_FuncID.ID_QUERYCONNECTBATTLERESULT: // 1
{
// ARGUMENTS
// ARG 0 : Byte num
Byte num;
// BASIC TYPE
rStream.get(out num);
ofs += (1);
// RECEIVE CALL
Recv_QueryConnectBattleResult(conid,
num
);
break;
}
case (Int32)Battle_FuncID.ID_QUERYHEALTHCHECKBATTLE: // 2
{
// ARGUMENTS
// RECEIVE CALL
Recv_QueryHealthCheckBattle(conid
);
break;
}
case (Int32)Battle_FuncID.ID_QUERYHEALTHCHECKBATTLERESULT: // 3
{
// ARGUMENTS
// RECEIVE CALL
Recv_QueryHealthCheckBattleResult(conid
);
break;
}
case (Int32)Battle_FuncID.ID_ENTERROOMRESULT: // 5
{
// ARGUMENTS
// ARG 0 : Int32 result
Int32 result;
// BASIC TYPE
rStream.get(out result);
ofs += (4);
// RECEIVE CALL
Recv_EnterRoomResult(conid,
result
);
break;
}
case (Int32)Battle_FuncID.ID_EXITROOMRESULT: // 7
{
// ARGUMENTS
// ARG 0 : Int32 result
Int32 result;
// BASIC TYPE
rStream.get(out result);
ofs += (4);
// RECEIVE CALL
Recv_ExitRoomResult(conid,
result
);
break;
}
case (Int32)Battle_FuncID.ID_STARTBATTLE: // 9
{
// ARGUMENTS
// RECEIVE CALL
Recv_StartBattle(conid
);
break;
}
case (Int32)Battle_FuncID.ID_ENDBATTLE: // 10
{
// ARGUMENTS
// RECEIVE CALL
Recv_EndBattle(conid
);
break;
}
case (Int32)Battle_FuncID.ID_GETSTATUSRESULT: // 12
{
// ARGUMENTS
// ARG 0 : BattleStatusInfo status_info
BattleStatusInfo status_info = new BattleStatusInfo();
// STRUCT TYPE
ofs += BattleStatusInfo.get(rStream, status_info);
// RECEIVE CALL
Recv_GetStatusResult(conid,
status_info
);
break;
}
case (Int32)Battle_FuncID.ID_CHATRESULT: // 14
{
// ARGUMENTS
// ARG 0 : const char* str
// string buffer
//char str[RPC_STRLEN_SIZE+8];
string str;
// STRING TYPE
UInt32 str_length = 0U;
UInt32 str_str_ofs = mln.cRPC_ID.GetStringFromStream(out str, rStream, out str_length);
ofs += str_str_ofs;
// RECEIVE CALL
Recv_ChatResult(conid,
str
);
break;
}
case (Int32)Battle_FuncID.ID_UPDATESTATUSAPPOINTMENTRESULT: // 16
{
// ARGUMENTS
// ARG 0 : Int32 result
Int32 result;
// BASIC TYPE
rStream.get(out result);
ofs += (4);
// ARG 1 : UInt64 battle_pu_list_pu_uid
UInt64 battle_pu_list_pu_uid;
// BASIC TYPE
rStream.get(out battle_pu_list_pu_uid);
ofs += (8);
// ARG 2 : Int32 pid
Int32 pid;
// BASIC TYPE
rStream.get(out pid);
ofs += (4);
// ARG 3 : BattleStatusInfo status_info
BattleStatusInfo status_info = new BattleStatusInfo();
// STRUCT TYPE
ofs += BattleStatusInfo.get(rStream, status_info);
// ARG 4 : UInt64 matching_room_id
UInt64 matching_room_id;
// BASIC TYPE
rStream.get(out matching_room_id);
ofs += (8);
// RECEIVE CALL
Recv_UpdateStatusAppointmentResult(conid,
result,
battle_pu_list_pu_uid,
pid,
status_info,
matching_room_id
);
break;
}
case (Int32)Battle_FuncID.ID_QUERYDISCONNECTBATTLE: // 17
{
// ARGUMENTS
// RECEIVE CALL
Recv_QueryDisconnectBattle(conid
);
break;
}
}
return(ofs);
}
// set in stream
static public UInt32 set(mln.EndianStream rEs, AppointmentResult rIn)
{
rEs.put((UInt32)rIn);
return(4);
}