public override object ReturningInvokeHappened(object[] parameterValues)
{
// This is only allowed if the returning method gets a IActorCompoment
// TODO Use a CIIH or something to run the getter method asynchronously in the root actor's thread
//CreatorInterfaceInvocationHandler creatorInvocationHandler = new CreatorInterfaceInvocationHandler(
// () => (IActorComponent)m_MethodBeingProxied.Invoke(m_Wrapped, parameterValues), m_Root, m_ProxyFactory);
object subInterfaceObject = base.ReturningInvokeHappened(parameterValues);
// Find the object's interface which implements IActor (it might have others, but this is the important one
Type interfaceType = null;
foreach (Type eachInterface in subInterfaceObject.GetType().GetInterfaces())
{
if (typeof(IActorComponent).IsAssignableFrom(eachInterface))
{
interfaceType = eachInterface;
break;
}
}
ActorInterfaceInvocationHandler invocationHandler = new ActorInterfaceInvocationHandler(subInterfaceObject, m_Root, m_ProxyFactory);
return(m_ProxyFactory.CreateInterfaceProxy(invocationHandler, interfaceType, true));
}
/// <summary>
/// Checks an object for being a callback, and proxies it to move to the right thread if it is
/// </summary>
/// <param name="original">The original object that might be a callback</param>
/// <returns>The object that should now be the parameter, either just original, or a proxy for it if it was a callback</returns>
private object ConvertParameter(object original)
{
// See if this parameter is, or is in, an actor
IActor rootForObject = RootForObject(original);
if (rootForObject != null)
{
Delegate originalAsDelegate = original as Delegate;
if (originalAsDelegate != null)
{
// Special case for delegates: make a new delegate that calls the existing one in the right thread
Type returnType = originalAsDelegate.Method.ReturnType;
if (returnType != typeof(void))
{
// The method has a return type, fail fast
throw new InvalidOperationException("The delegate " + originalAsDelegate.GetType() +
" has a non-void return type. Actors may only be given callbacks with void return types.");
}
MethodCaller delegateMethodCaller = m_ProxyFactory.CreateDelegateCaller(originalAsDelegate.GetType(), originalAsDelegate.Method);
ActorMethodInvocationHandler methodInvocationHandler = new ActorMethodInvocationHandler(rootForObject, originalAsDelegate, delegateMethodCaller, m_ProxyFactory, returnType, originalAsDelegate.Method);
return(m_ProxyFactory.CreateDelegateProxy(methodInvocationHandler, originalAsDelegate.Method, original.GetType()));
}
else
{
// Yep, this object needs to be wrapped to move back to its actor's logical thread when it's used
ActorInterfaceInvocationHandler callbackInterceptor = new ActorInterfaceInvocationHandler(original, rootForObject, m_ProxyFactory);
// Find the object's interface which implements IActor (it might have others, but this is the important one)
Type interfaceType = null;
foreach (Type eachInterface in original.GetType().GetInterfaces())
{
if (typeof(IActor).IsAssignableFrom(eachInterface) && !eachInterface.Equals(typeof(IActor)))
{
interfaceType = eachInterface;
break;
}
}
if (interfaceType == null)
{
throw new ApplicationException("NAct encountered an internal inconsistency and will eat your cake.");
}
return(m_ProxyFactory.CreateInterfaceProxy(callbackInterceptor, interfaceType, true));
}
}
return(original);
}
/// <summary>
/// Creates a proxy for an actor component object and places it in an existing actor
/// </summary>
internal CreatorInterfaceInvocationHandler(ObjectCreator <IActorComponent> creator, IActor rootObject, ProxyFactory proxyFactory)
{
// We need to lock on the root when using an existing actor
ThreadPool.QueueUserWorkItem(
delegate
{
Hooking.ActorCallWrapper(() =>
{
IActorComponent newObject = creator();
ActorInterfaceInvocationHandler temp = new ActorInterfaceInvocationHandler(newObject, rootObject, proxyFactory);
m_RealInvocationHandler = temp;
m_FinishedEvent.Set();
});
});
}
/// <summary>
/// Creates an interceptor for an object that doesn't exist yet.
///
/// This will trigger its asynchronous construction.
/// </summary>
public CreatorInterfaceInvocationHandler(ObjectCreator <IActor> creator, ProxyFactory proxyFactory)
{
ThreadPool.QueueUserWorkItem(
delegate
{
Hooking.ActorCallWrapper(
() =>
{
IActor newObject = creator();
ActorInterfaceInvocationHandler temp = new ActorInterfaceInvocationHandler(newObject, newObject, proxyFactory);
m_RealInvocationHandler = temp;
m_FinishedEvent.Set();
});
});
}
/// <summary>
/// Creates a proxy for an actor component object and places it in an existing actor
/// </summary>
internal CreatorInterfaceInvocationHandler(ObjectCreator<IActorComponent> creator, IActor rootObject, ProxyFactory proxyFactory)
{
// We need to lock on the root when using an existing actor
ThreadPool.QueueUserWorkItem(
delegate
{
Hooking.ActorCallWrapper(() =>
{
IActorComponent newObject = creator();
ActorInterfaceInvocationHandler temp = new ActorInterfaceInvocationHandler(newObject, rootObject, proxyFactory);
m_RealInvocationHandler = temp;
m_FinishedEvent.Set();
});
});
}
/// <summary>
/// Creates an interceptor for an object that doesn't exist yet.
///
/// This will trigger its asynchronous construction.
/// </summary>
public CreatorInterfaceInvocationHandler(ObjectCreator<IActor> creator, ProxyFactory proxyFactory)
{
ThreadPool.QueueUserWorkItem(
delegate
{
Hooking.ActorCallWrapper(
() =>
{
IActor newObject = creator();
ActorInterfaceInvocationHandler temp = new ActorInterfaceInvocationHandler(newObject, newObject, proxyFactory);
m_RealInvocationHandler = temp;
m_FinishedEvent.Set();
});
});
}
/// <summary>
/// Checks an object for being a callback, and proxies it to move to the right thread if it is
/// </summary>
/// <param name="original">The original object that might be a callback</param>
/// <returns>The object that should now be the parameter, either just original, or a proxy for it if it was a callback</returns>
private object ConvertParameter(object original)
{
// See if this parameter is, or is in, an actor
IActor rootForObject = RootForObject(original);
if (rootForObject != null)
{
Delegate originalAsDelegate = original as Delegate;
if (originalAsDelegate != null)
{
// Special case for delegates: make a new delegate that calls the existing one in the right thread
Type returnType = originalAsDelegate.Method.ReturnType;
if (returnType != typeof(void))
{
// The method has a return type, fail fast
throw new InvalidOperationException("The delegate " + originalAsDelegate.GetType() +
" has a non-void return type. Actors may only be given callbacks with void return types.");
}
MethodCaller delegateMethodCaller = m_ProxyFactory.CreateDelegateCaller(originalAsDelegate.GetType(), originalAsDelegate.Method);
ActorMethodInvocationHandler methodInvocationHandler = new ActorMethodInvocationHandler(rootForObject, originalAsDelegate, delegateMethodCaller, m_ProxyFactory, returnType, originalAsDelegate.Method);
return m_ProxyFactory.CreateDelegateProxy(methodInvocationHandler, originalAsDelegate.Method, original.GetType());
}
else
{
// Yep, this object needs to be wrapped to move back to its actor's logical thread when it's used
ActorInterfaceInvocationHandler callbackInterceptor = new ActorInterfaceInvocationHandler(original, rootForObject, m_ProxyFactory);
// Find the object's interface which implements IActor (it might have others, but this is the important one)
Type interfaceType = null;
foreach (Type eachInterface in original.GetType().GetInterfaces())
{
if (typeof(IActor).IsAssignableFrom(eachInterface) && !eachInterface.Equals(typeof(IActor)))
{
interfaceType = eachInterface;
break;
}
}
if (interfaceType == null)
{
throw new ApplicationException("NAct encountered an internal inconsistency and will eat your cake.");
}
return m_ProxyFactory.CreateInterfaceProxy(callbackInterceptor, interfaceType, true);
}
}
return original;
}
public override object ReturningInvokeHappened(object[] parameterValues)
{
// This is only allowed if the returning method gets a IActorCompoment
// TODO Use a CIIH or something to run the getter method asynchronously in the root actor's thread
//CreatorInterfaceInvocationHandler creatorInvocationHandler = new CreatorInterfaceInvocationHandler(
// () => (IActorComponent)m_MethodBeingProxied.Invoke(m_Wrapped, parameterValues), m_Root, m_ProxyFactory);
object subInterfaceObject = base.ReturningInvokeHappened(parameterValues);
// Find the object's interface which implements IActor (it might have others, but this is the important one
Type interfaceType = null;
foreach (Type eachInterface in subInterfaceObject.GetType().GetInterfaces())
{
if (typeof(IActorComponent).IsAssignableFrom(eachInterface))
{
interfaceType = eachInterface;
break;
}
}
ActorInterfaceInvocationHandler invocationHandler = new ActorInterfaceInvocationHandler(subInterfaceObject, m_Root, m_ProxyFactory);
return m_ProxyFactory.CreateInterfaceProxy(invocationHandler, interfaceType, true);
}