private KLuaValueDef UnPackUp(MemoryStream stream, ArrayList retArray)
{
uint size = 0;
KLuaValueDef eRet = (KLuaValueDef)stream.ReadByte();
switch (eRet)
{
case KLuaValueDef.eLuaPackNumber:
size = UnPackupNumber(stream, retArray);
break;
case KLuaValueDef.eLuaPackBoolean:
size = UnPackupBoolean(stream, retArray);
break;
case KLuaValueDef.eLuaPackString:
size = UnPackupString(stream, retArray);
break;
case KLuaValueDef.eLuaPackNill:
size = UnPackNull(stream, retArray);
break;
case KLuaValueDef.eLuaPackTable:
size = UnPackTable(stream, retArray);
break;
}
size += sizeof(byte);
return(eRet);
}
private uint UnPackTable(MemoryStream stream, ArrayList retArray)
{
BinaryReader read = new BinaryReader(stream);
uint tabSize = read.ReadUInt32();
uint tabEnd = (uint)(stream.Position) + tabSize;
RemoteTable luaTab = new RemoteTable();
while (stream.Position < tabEnd)
{
ArrayList tabKV = new ArrayList();
KLuaValueDef keyType = UnPackUp(stream, tabKV);
KLuaValueDef valueType = UnPackUp(stream, tabKV);
if (keyType == KLuaValueDef.eLuaPackNumber)
{
int index = (int)tabKV[0];
switch (valueType)
{
case KLuaValueDef.eLuaPackNumber:
luaTab[index] = (RemoteInt)((int)tabKV[1]);
break;
case KLuaValueDef.eLuaPackBoolean:
luaTab[index] = (RemoteBool)((bool)tabKV[1]);
break;
case KLuaValueDef.eLuaPackString:
luaTab[index] = (RemoteString)(tabKV[1] as string);
break;
case KLuaValueDef.eLuaPackTable:
luaTab[index] = tabKV[1] as RemoteTable;
break;
default:
log.Error("UnKnow ValueType");
break;
}
}
else
{
string name = tabKV[0] as string;
switch (valueType)
{
case KLuaValueDef.eLuaPackNumber:
luaTab[name] = (RemoteInt)((int)tabKV[1]);
break;
case KLuaValueDef.eLuaPackBoolean:
luaTab[name] = (RemoteBool)((bool)tabKV[1]);
break;
case KLuaValueDef.eLuaPackString:
luaTab[name] = (RemoteString)(tabKV[1] as string);
break;
case KLuaValueDef.eLuaPackTable:
luaTab[name] = tabKV[1] as RemoteTable;
break;
default:
log.Error("UnKnow ValueType");
break;
}
}
}
retArray.Add(luaTab);
return(tabSize);
}