public void DeserializeData(byte[] data, ref int offset)
{
IRPCSerializableData tempLuaVar = null;
DeserializeComplexData(data, ref offset, ref tempLuaVar, typeof(LuaVariable));
LuaVar = tempLuaVar as LuaVariable;
}
public void DeserializeData(byte[] data, ref int offset)
{
DeserializeInteger(data, ref offset, ref StackLevel);
IRPCSerializableData[] arrLocals = new IRPCSerializableData[0];
DeserializeComplexDataArray(data, ref offset, ref arrLocals, typeof(LuaVariable));
Locals = (LuaVariable[])arrLocals;
}
public void DeserializeData(byte[] data, ref int offset)
{
IRPCSerializableData temp = null;
DeserializeComplexData(data, ref offset, ref temp, typeof(DebugInfo));
this.DebugInfo = temp as DebugInfo;
}
public void DeserializeData(byte[] data, ref int offset)
{
RPCCommand.DeserializeInteger(data, ref offset, ref ThreadID);
IRPCSerializableData callStackTopCall = null;
RPCCommand.DeserializeComplexData(data, ref offset, ref callStackTopCall, typeof(LuaCall));
CallStackTopCall = callStackTopCall as LuaCall;
}
public void DeserializeData(byte[] data, ref int offset)
{
DeserializeString(data, ref offset, ref TableNameIn);
DeserializeString(data, ref offset, ref TableNameOut);
DeserializeBoolean(data, ref offset, ref IsLocal);
IRPCSerializableData[] arrSubValues = new IRPCSerializableData[0];
DeserializeComplexDataArray(data, ref offset, ref arrSubValues, typeof(LuaVariable));
SubValues = new LuaVariable[arrSubValues.Length];
Array.Copy(arrSubValues, SubValues, arrSubValues.Length);
}
public static void DeserializeComplexDataArray(byte[] data, ref int offset, ref IRPCSerializableData[] complexDataArray, Type complexDataType)
{
int complexDataArrayLength = 0;
DeserializeInteger(data, ref offset, ref complexDataArrayLength);
Array.Resize <IRPCSerializableData>(ref complexDataArray, complexDataArrayLength);
for (int x = 0; x < complexDataArrayLength; ++x)
{
IRPCSerializableData complexData = Activator.CreateInstance(complexDataType) as IRPCSerializableData;
DeserializeComplexData(data, ref offset, ref complexData, complexDataType);
complexDataArray[x] = complexData;
}
}
public void DeserializeData(byte[] data, ref int offset)
{
DeserializeString(data, ref offset, ref FileName);
DeserializeInteger(data, ref offset, ref Line);
DeserializeInteger(data, ref offset, ref ThreadID);
DeserializeBoolean(data, ref offset, ref IsInError);
IRPCSerializableData[] arrLocals = new IRPCSerializableData[0];
IRPCSerializableData[] arrLuaThreads = new IRPCSerializableData[0];
IRPCSerializableData[] arrCallStack = new IRPCSerializableData[0];
DeserializeComplexDataArray(data, ref offset, ref arrLocals, typeof(LuaVariable));
DeserializeComplexDataArray(data, ref offset, ref arrLuaThreads, typeof(LuaThread));
DeserializeComplexDataArray(data, ref offset, ref arrCallStack, typeof(LuaCall));
Locals = new LuaVariable[arrLocals.Length];
LuaThreads = new LuaThread[arrLuaThreads.Length];
CallStack = new LuaCall[arrCallStack.Length];
Array.Copy(arrLocals, Locals, arrLocals.Length);
Array.Copy(arrLuaThreads, LuaThreads, arrLuaThreads.Length);
Array.Copy(arrCallStack, CallStack, arrCallStack.Length);
}
public void DeserializeData(byte[] data, ref int offset)
{
IRPCSerializableData[] arrBreakpoints = new IRPCSerializableData[0];
DeserializeComplexDataArray(data, ref offset, ref arrBreakpoints, typeof(SimpleBreakpoint));
Breakpoints = (SimpleBreakpoint[])arrBreakpoints;
}
public static void SerializeComplexData(ref byte[] data, ref int offset, IRPCSerializableData complexData)
{
complexData.SerializeData(ref data, ref offset);
}
public static void DeserializeComplexData(byte[] data, ref int offset, ref IRPCSerializableData complexData, Type complexDataType)
{
complexData = Activator.CreateInstance(complexDataType) as IRPCSerializableData;
complexData.DeserializeData(data, ref offset);
}
public static int GetComplexDataSize(IRPCSerializableData complexData)
{
return(complexData.GetSerializedDataSize());
}
