public ColonyDwellings(ColonyNetwork network)
{
SetNetwork(network);
_RecordData = new CSDwellingsData();
//_MyData = (CSDwellingsData)_RecordData;
_Npcs = new int[4];
for (int i = 0; i < _Npcs.Length; i++)
{
_Npcs[i] = 0;
}
}
void RPC_S2C_InitDataDwellings(uLink.BitStream stream, uLink.NetworkMessageInfo info)
{
CSDwellingsData reocrdData = (CSDwellingsData)_ColonyObj._RecordData;
reocrdData.m_CurDeleteTime = stream.Read <float>();
reocrdData.m_CurRepairTime = stream.Read <float> ();
reocrdData.m_DeleteTime = stream.Read <float> ();
reocrdData.m_Durability = stream.Read <float> ();
reocrdData.m_RepairTime = stream.Read <float> ();
reocrdData.m_RepairValue = stream.Read <float> ();
}
public bool AssignData(int id, int type, ref CSDefaultData refData, ColonyBase _colony)
{
if (_colony != null && _colony._RecordData != null)
{
refData = _colony._RecordData;
return(false);
}
else
{
switch (type)
{
case CSConst.dtAssembly:
refData = new CSAssemblyData();
break;
case CSConst.dtStorage:
refData = new CSStorageData();
break;
case CSConst.dtEngineer:
refData = new CSEngineerData();
break;
case CSConst.dtEnhance:
refData = new CSEnhanceData();
break;
case CSConst.dtRepair:
refData = new CSRepairData();
break;
case CSConst.dtRecyle:
refData = new CSRecycleData();
break;
case CSConst.dtppCoal:
refData = new CSPPCoalData();
break;
case CSConst.dtppSolar:
refData = new CSPPSolarData();
break;
case CSConst.dtDwelling:
refData = new CSDwellingsData();
break;
case CSConst.dtFarm:
refData = new CSFarmData();
break;
case CSConst.dtFactory:
refData = new CSFactoryData();
break;
case CSConst.dtProcessing:
refData = new CSProcessingData();
break;
case CSConst.dtTrade:
refData = new CSTradeData();
break;
case CSConst.dtTrain:
refData = new CSTrainData();
break;
case CSConst.dtCheck:
refData = new CSCheckData();
break;
case CSConst.dtTreat:
refData = new CSTreatData();
break;
case CSConst.dtTent:
refData = new CSTentData();
break;
case CSConst.dtppFusion:
refData = new CSPPFusionData();
break;
default:
refData = new CSDefaultData();
break;
}
refData.ID = id;
return(true);
}
}
// <CETC> export type Data
public byte[] Export()
{
MemoryStream ms = new MemoryStream();
BinaryWriter w = new BinaryWriter(ms);
w.Write(VERSION);
w.Write(m_ObjectDatas.Count);
foreach (KeyValuePair <int, CSObjectData> kvp in m_ObjectDatas)
{
//w.Write((byte)kvp.Key);
w.Write(kvp.Value.dType);
switch (kvp.Value.dType)
{
case CSConst.dtAssembly:
{
CSAssemblyData cssa = kvp.Value as CSAssemblyData;
_writeCSObjectData(w, cssa);
w.Write(cssa.m_Level);
w.Write(cssa.m_UpgradeTime);
w.Write(cssa.m_CurUpgradeTime);
} break;
case CSConst.dtppCoal:
{
CSPPCoalData csppc = kvp.Value as CSPPCoalData;
_writeCSObjectData(w, csppc);
w.Write(csppc.m_ChargingItems.Count);
foreach (KeyValuePair <int, int> kvp2 in csppc.m_ChargingItems)
{
w.Write(kvp2.Key);
w.Write(kvp2.Value);
}
w.Write(csppc.m_CurWorkedTime);
w.Write(csppc.m_WorkedTime);
} break;
case CSConst.dtStorage:
{
CSStorageData cssd = kvp.Value as CSStorageData;
_writeCSObjectData(w, cssd);
w.Write(cssd.m_Items.Count);
foreach (KeyValuePair <int, int> kvp2 in cssd.m_Items)
{
w.Write(kvp2.Key);
w.Write(kvp2.Value);
}
} break;
case CSConst.dtEngineer:
{
CSEngineerData csed = kvp.Value as CSEngineerData;
_writeCSObjectData(w, csed);
w.Write(csed.m_EnhanceItemID);
w.Write(csed.m_CurEnhanceTime);
w.Write(csed.m_EnhanceTime);
w.Write(csed.m_PatchItemID);
w.Write(csed.m_CurPatchTime);
w.Write(csed.m_PatchTime);
w.Write(csed.m_RecycleItemID);
w.Write(csed.m_CurRecycleTime);
w.Write(csed.m_RecycleTime);
} break;
case CSConst.dtEnhance:
{
CSEnhanceData csed = kvp.Value as CSEnhanceData;
_writeCSObjectData(w, csed);
w.Write(csed.m_ObjID);
w.Write(csed.m_CurTime);
w.Write(csed.m_Time);
} break;
case CSConst.dtRepair:
{
CSRepairData csrd = kvp.Value as CSRepairData;
_writeCSObjectData(w, csrd);
w.Write(csrd.m_ObjID);
w.Write(csrd.m_CurTime);
w.Write(csrd.m_Time);
} break;
case CSConst.dtRecyle:
{
CSRecycleData csrd = kvp.Value as CSRecycleData;
_writeCSObjectData(w, csrd);
w.Write(csrd.m_ObjID);
w.Write(csrd.m_CurTime);
w.Write(csrd.m_Time);
} break;
case CSConst.dtDwelling:
{
CSDwellingsData csdw = kvp.Value as CSDwellingsData;
_writeCSObjectData(w, csdw);
} break;
default:
break;
}
}
w.Write(m_PersonnelDatas.Count);
foreach (KeyValuePair <int, CSPersonnelData> kvp in m_PersonnelDatas)
{
w.Write(kvp.Value.ID);
w.Write(kvp.Value.dType);
w.Write(kvp.Value.m_State);
w.Write(kvp.Value.m_DwellingsID);
w.Write(kvp.Value.m_WorkRoomID);
}
w.Close();
byte [] retval = ms.ToArray();
return(retval);
}
// <CETC> Assign Record Data
public bool AssignData(int id, int type, ref CSDefaultData refData)
{
// Personnel
if (type == CSConst.dtPersonnel)
{
if (m_PersonnelDatas.ContainsKey(id))
{
Debug.Log("The Personnel Data ID [" + id.ToString() + "] is exist.");
refData = m_PersonnelDatas[id];
return(false);
}
else
{
refData = new CSPersonnelData();
refData.ID = id;
m_PersonnelDatas.Add(id, refData as CSPersonnelData);
return(true);
}
}
// Object
else
{
if (m_ObjectDatas.ContainsKey(id))
{
Debug.Log("The Object data ID [" + id.ToString() + "] is exist.");
refData = m_ObjectDatas[id];
return(false);
}
else
{
switch (type)
{
case CSConst.dtAssembly:
refData = new CSAssemblyData();
break;
case CSConst.dtStorage:
refData = new CSStorageData();
break;
case CSConst.dtEngineer:
refData = new CSEngineerData();
break;
case CSConst.dtEnhance:
refData = new CSEnhanceData();
break;
case CSConst.dtRepair:
refData = new CSRepairData();
break;
case CSConst.dtRecyle:
refData = new CSRecycleData();
break;
case CSConst.dtppCoal:
refData = new CSPPCoalData();
break;
case CSConst.dtDwelling:
refData = new CSDwellingsData();
break;
case CSConst.dtFactory:
refData = new CSFactoryData();
break;
case CSConst.dtProcessing:
refData = new CSProcessingData();
break;
default:
//refData = new CSDefaultData();
refData = new CSObjectData();
break;
}
refData.ID = id;
m_ObjectDatas.Add(id, refData as CSObjectData);
return(true);
}
}
}
// <CETC> Import type Data
public void Import(byte[] buffer)
{
if (buffer == null)
{
return;
}
if (buffer.Length < 8)
{
return;
}
MemoryStream ms = new MemoryStream(buffer);
BinaryReader r = new BinaryReader(ms);
int version = r.ReadInt32();
if (VERSION != version)
{
Debug.LogWarning("The version of ColonyrecordMgr is newer than the record.");
}
switch (version)
{
#region Version_0x0101
case 0x0101:
{
int rcnt = r.ReadInt32();
for (int i = 0; i < rcnt; i++)
{
CSObjectData csdd = null;
int type = r.ReadInt32();
switch (type)
{
case CSConst.dtAssembly:
{
csdd = new CSAssemblyData();
CSAssemblyData cssa = csdd as CSAssemblyData;
_readCSObjectData(r, cssa, version);
cssa.m_Level = r.ReadInt32();
cssa.m_UpgradeTime = r.ReadSingle();
cssa.m_CurUpgradeTime = r.ReadSingle();
} break;
case CSConst.dtppCoal:
{
csdd = new CSPPCoalData();
CSPPCoalData csppc = csdd as CSPPCoalData;
_readCSObjectData(r, csppc, version);
csppc.m_CurWorkedTime = r.ReadSingle();
csppc.m_WorkedTime = r.ReadSingle();
} break;
case CSConst.dtStorage:
{
csdd = new CSStorageData();
CSStorageData cssd = csdd as CSStorageData;
_readCSObjectData(r, cssd, version);
int itemCnt = r.ReadInt32();
for (int j = 0; j < itemCnt; j++)
{
cssd.m_Items.Add(r.ReadInt32(), r.ReadInt32());
}
} break;
case CSConst.dtEngineer:
{
csdd = new CSEngineerData();
CSEngineerData csed = csdd as CSEngineerData;
_readCSObjectData(r, csed, version);
csed.m_EnhanceItemID = r.ReadInt32();
csed.m_CurEnhanceTime = r.ReadSingle();
csed.m_EnhanceTime = r.ReadSingle();
csed.m_PatchItemID = r.ReadInt32();
csed.m_CurPatchTime = r.ReadSingle();
csed.m_PatchTime = r.ReadSingle();
csed.m_RecycleItemID = r.ReadInt32();
csed.m_CurRecycleTime = r.ReadSingle();
csed.m_RecycleTime = r.ReadSingle();
} break;
case CSConst.dtEnhance:
{
csdd = new CSEnhanceData();
CSEnhanceData cseh = csdd as CSEnhanceData;
_readCSObjectData(r, cseh, version);
cseh.m_ObjID = r.ReadInt32();
cseh.m_CurTime = r.ReadSingle();
cseh.m_Time = r.ReadSingle();
} break;
case CSConst.dtRepair:
{
csdd = new CSRepairData();
CSRepairData csrd = csdd as CSRepairData;
_readCSObjectData(r, csrd, version);
csrd.m_ObjID = r.ReadInt32();
csrd.m_CurTime = r.ReadSingle();
csrd.m_Time = r.ReadSingle();
} break;
case CSConst.dtRecyle:
{
csdd = new CSRecycleData();
CSRecycleData csrd = csdd as CSRecycleData;
_readCSObjectData(r, csrd, version);
csrd.m_ObjID = r.ReadInt32();
csrd.m_CurTime = r.ReadSingle();
csrd.m_Time = r.ReadSingle();
} break;
case CSConst.dtDwelling:
{
csdd = new CSDwellingsData();
CSDwellingsData csdw = csdd as CSDwellingsData;
_readCSObjectData(r, csdw, version);
} break;
default:
csdd = new CSObjectData();
break;
}
m_ObjectDatas.Add(csdd.ID, csdd);
}
rcnt = r.ReadInt32();
for (int i = 0; i < rcnt; i++)
{
CSPersonnelData cspd = new CSPersonnelData();
cspd.ID = r.ReadInt32();
cspd.dType = r.ReadInt32();
cspd.m_State = r.ReadInt32();
cspd.m_DwellingsID = r.ReadInt32();
cspd.m_WorkRoomID = r.ReadInt32();
m_PersonnelDatas.Add(cspd.ID, cspd);
}
} break;
#endregion
case 0x0102:
case 0x0103:
{
int rcnt = r.ReadInt32();
for (int i = 0; i < rcnt; i++)
{
CSObjectData csdd = null;
int type = r.ReadInt32();
switch (type)
{
case CSConst.dtAssembly:
{
csdd = new CSAssemblyData();
CSAssemblyData cssa = csdd as CSAssemblyData;
_readCSObjectData(r, cssa, version);
cssa.m_Level = r.ReadInt32();
cssa.m_UpgradeTime = r.ReadSingle();
cssa.m_CurUpgradeTime = r.ReadSingle();
} break;
case CSConst.dtppCoal:
{
csdd = new CSPPCoalData();
CSPPCoalData csppc = csdd as CSPPCoalData;
_readCSObjectData(r, csppc, version);
int cnt = r.ReadInt32();
for (int j = 0; j < cnt; j++)
{
csppc.m_ChargingItems.Add(r.ReadInt32(), r.ReadInt32());
}
csppc.m_CurWorkedTime = r.ReadSingle();
csppc.m_WorkedTime = r.ReadSingle();
} break;
case CSConst.dtStorage:
{
csdd = new CSStorageData();
CSStorageData cssd = csdd as CSStorageData;
_readCSObjectData(r, cssd, version);
int itemCnt = r.ReadInt32();
for (int j = 0; j < itemCnt; j++)
{
cssd.m_Items.Add(r.ReadInt32(), r.ReadInt32());
}
} break;
case CSConst.dtEngineer:
{
csdd = new CSEngineerData();
CSEngineerData csed = csdd as CSEngineerData;
_readCSObjectData(r, csed, version);
csed.m_EnhanceItemID = r.ReadInt32();
csed.m_CurEnhanceTime = r.ReadSingle();
csed.m_EnhanceTime = r.ReadSingle();
csed.m_PatchItemID = r.ReadInt32();
csed.m_CurPatchTime = r.ReadSingle();
csed.m_PatchTime = r.ReadSingle();
csed.m_RecycleItemID = r.ReadInt32();
csed.m_CurRecycleTime = r.ReadSingle();
csed.m_RecycleTime = r.ReadSingle();
} break;
case CSConst.dtEnhance:
{
csdd = new CSEnhanceData();
CSEnhanceData cseh = csdd as CSEnhanceData;
_readCSObjectData(r, cseh, version);
cseh.m_ObjID = r.ReadInt32();
cseh.m_CurTime = r.ReadSingle();
cseh.m_Time = r.ReadSingle();
} break;
case CSConst.dtRepair:
{
csdd = new CSRepairData();
CSRepairData csrd = csdd as CSRepairData;
_readCSObjectData(r, csrd, version);
csrd.m_ObjID = r.ReadInt32();
csrd.m_CurTime = r.ReadSingle();
csrd.m_Time = r.ReadSingle();
} break;
case CSConst.dtRecyle:
{
csdd = new CSRecycleData();
CSRecycleData csrd = csdd as CSRecycleData;
_readCSObjectData(r, csrd, version);
csrd.m_ObjID = r.ReadInt32();
csrd.m_CurTime = r.ReadSingle();
csrd.m_Time = r.ReadSingle();
} break;
case CSConst.dtDwelling:
{
csdd = new CSDwellingsData();
CSDwellingsData csdw = csdd as CSDwellingsData;
_readCSObjectData(r, csdw, version);
} break;
default:
csdd = new CSObjectData();
break;
}
m_ObjectDatas.Add(csdd.ID, csdd);
}
rcnt = r.ReadInt32();
for (int i = 0; i < rcnt; i++)
{
CSPersonnelData cspd = new CSPersonnelData();
cspd.ID = r.ReadInt32();
cspd.dType = r.ReadInt32();
cspd.m_State = r.ReadInt32();
cspd.m_DwellingsID = r.ReadInt32();
cspd.m_WorkRoomID = r.ReadInt32();
m_PersonnelDatas.Add(cspd.ID, cspd);
}
} break;
default:
break;
}
}