//private uint memAllocSize = 0;
//private IntPtr nativeMem;
//==============================================================================
/// <summary>
/// Send a message up to the owning system so it can be routed throughout
/// the simulation. Overridden to allow the message data to be converted
/// to a native pointer. This enables calling from embedded Microsoft Frameworks or Mono.
/// The message itself then needs to be converted from a TNativeMsgHeader to a TMsgHeader,
/// which includes taking a copy of the data referenced by the data pointer
/// </summary>
/// <param name="inVal">Message that will be sent to the engine.
/// The value passed in, although described as a "ulong", is actually
/// a pointer to a native TMsgHeader
/// </param>
//==============================================================================
public void handleMessage(ulong inVal)
{
// We need to copy the "native" message point into a managed object.
TNativeMsgHeader src = (TNativeMsgHeader)Marshal.PtrToStructure((IntPtr)inVal, typeof(TNativeMsgHeader));
TMsgHeader msgPtr = TMessageInterpreter.NativeMsgToManagedMsg(ref src);
handleMessage(msgPtr); //calls the base class function
}
public CMPComponentInterface(delegateMsgCallback callback, uint componentid, uint parentid, string _dllName)
{
propID = 1;
componentID = componentid;
parentID = parentid;
dllName = _dllName;
//initMessageFactory();
errorHasOccurred = false;
//simScript = null;
//init1 = null;
tick = new TimeType();
tick.startday = tick.startsec = 0; tickID = 0;
haveWrittenToStdOutToday = false;
_callengine = callback;
interpreter = new TMessageInterpreter(componentID);
interpreter.initMsgIDCounter(componentID * 100000); //ensure msgID's are interesting
List <TMsgHeader> messages = new List <TMsgHeader>();
}
