void RPC_S2C_FCT_SyncItem(uLink.BitStream stream, uLink.NetworkMessageInfo info)
{
int index = stream.Read <int>();
CompoudItem data_ci = stream.Read <CompoudItem>();
CSFactoryData recordData = (CSFactoryData)_ColonyObj._RecordData;
if (recordData.m_CompoudItems.Count > index)
{
recordData.m_CompoudItems [index] = data_ci;
}
}
void RPC_S2C_InitDataFactory(uLink.BitStream stream, uLink.NetworkMessageInfo info)
{
CSFactoryData recordData = (CSFactoryData)_ColonyObj._RecordData;
recordData.m_CurDeleteTime = stream.Read <float>();
recordData.m_CurRepairTime = stream.Read <float> ();
recordData.m_DeleteTime = stream.Read <float> ();
recordData.m_Durability = stream.Read <float> ();
recordData.m_RepairTime = stream.Read <float> ();
recordData.m_RepairValue = stream.Read <float> ();
CompoudItem [] data = stream.Read <CompoudItem[]>();
if (data == null)
{
return;
}
for (int i = 0; i < data.Length; i++)
{
recordData.m_CompoudItems.Add(data[i]);
}
}
//CSFactoryData _MyData;
public ColonyFactory(ColonyNetwork network)
{
SetNetwork(network);
_RecordData = new CSFactoryData();
//_MyData = (CSFactoryData)_RecordData;
}
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> 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);
}
}
}
