//public static T Cast<T>(object o) //{ // return (T)o; //} static void Main(string[] args) { SemanticProcessor sp = new SemanticProcessor(); // AnotherType gets notified when instances of OneType are added to the pool. sp.Register <SurfaceMembrane, AReceptor>(); // auto register sp.Register <SurfaceMembrane, BReceptor>(); sp.Register <SurfaceMembrane, CReceptor>(); // Explicit register //sp.TypeNotify<AReceptor, OneType>(); //sp.TypeNotify<AReceptor, SecondType>(); OneType t1 = new OneType(); SecondType t2 = new SecondType(); SecondDerivedType t3 = new SecondDerivedType(); // object foo = Cast<SecondType>(t3); sp.ProcessInstance(sp.Surface, t1); sp.ProcessInstance(sp.Surface, t2); sp.ProcessInstance(sp.Surface, t3); Thread.Sleep(1000); // Wait for threaded processes to complete. Console.WriteLine("\r\nChained processing..."); sp.RemoveTypeNotify <SurfaceMembrane, AReceptor, IOneType>(); sp.RemoveTypeNotify <SurfaceMembrane, AReceptor, SecondType>(); sp.RemoveTypeNotify <SurfaceMembrane, BReceptor, OneType>(); sp.RemoveTypeNotify <SurfaceMembrane, CReceptor, SecondDerivedType>(); // Chaining... // auto register: sp.Register <SurfaceMembrane, Chain1>(); sp.Register <SurfaceMembrane, Chain2>(); // Explicit register: //sp.TypeNotify<Chain1, OneType>(); //sp.TypeNotify<Chain2, SecondType>(); sp.ProcessInstance(sp.Surface, new OneType()); Thread.Sleep(1000); // Wait for threaded processes to complete. }
public void RemoveType() { callSuccess = false; SemanticProcessor sp = new SemanticProcessor(); sp.Register <TestMembrane, TestReceptor>(); sp.RemoveTypeNotify <TestMembrane, TestReceptor, TestSemanticType>(); sp.ProcessInstance <TestMembrane, TestSemanticType>(true); Assert.That(!callSuccess, "Expected TestReceptor.Process to NOT be called."); }