public override void method1() { MyDerived md = new MyDerived(); //This is actually the base.base class implementation MyDerived.method1(); }
public No24_NotCreateGenericMethodSpecializeInBaseClassOrInterface() { //目的: //①利用者が混乱する挙動を避ける //概要: //-------------------------------------------------------------------------------------- //ジェネリクスメソッドを先に公開し、それに特定の親クラスやインタフェースに特化した処理をさせたいという目的で //もとのジェネリクスメソッドをオーバーロードする形でメソッドを実装してはならない //コンパイラはジェネリクスメソッドを優先して採用するため、意識して親クラスやインタフェースにパースしないと //オーバーロードメソッドを使用することができない。これは利用者に対して混乱を招く //どうしてもやりたいなら、親クラス・インタフェース・継承するクラス・実装するクラス全てに対してオーバーロードメソッドを用意する //そうすれば厳密に型一致するのでオーバーロードメソッドを利用できる //実際の振る舞い var d = new MyDerived(); var a = new AnotherType(); //②が実行される GenericsAndOverLoad.WriteMessage(d); GenericsAndOverLoad.WriteMessage(a); //③が実行される GenericsAndOverLoad.WriteMessage((IMessageWriter)d); GenericsAndOverLoad.WriteMessage((IMessageWriter)a); //①が実行される GenericsAndOverLoad.WriteMessage((MyBase)d); //厳密な型一致が優先され、ジェネリクスメソッドが優先される }
public static int Main() { I I1 = new MyDerived(); System.Console.WriteLine("I1.Print<object>: " + I1.Print <object>()); return(100); }
public static int Main() { I I1 = new MyDerived(); System.Console.WriteLine("I1.Print<object>: " + I1.Print<object>()); return 100; }
public void SuperCall5() { MyDerived a = NSObject.AllocAndInitInstance("MyDerived").To <MyDerived>(); int result = a.SuperCall(new Class("MyBase"), "accumulate:", 1).To <int>(); Assert.AreEqual(2, result); }
public static void Main() { MyDerived mD = new MyDerived(); MyBase mB = (MyBase)mD; System.Console.WriteLine(mB.Meth1()); System.Console.WriteLine(mB.Meth2()); System.Console.WriteLine(mB.Meth3()); }
public static void Main() { var derived = new MyDerived(); Console.WriteLine("Value = {0}", derived.GetValue()); MyBase myBase = derived; Console.WriteLine("Value = {0}", myBase.GetValue()); }
static void Main(string[] args) { ////MyBaseC mB = new MyBaseC(); - Cannot Create an instance of the base Class. MyDerived myDerived = new MyDerived(); myDerived.MyMethod(); Console.WriteLine("x = {0}, y = {1}", myDerived.GetX, myDerived.GetY); Console.ReadLine(); }
public static void Main() { MyDerived myDerived = new MyDerived(); Console.WriteLine(); myDerived.Foo(); Console.WriteLine(); ((ITest)myDerived).Foo(); }
public static void Main() { MyDerived item = new MyDerived(); Boolean isIt = typeof(MyGeneric <>).BaseType.IsAssignableFrom(item.GetType()); Console.WriteLine(isIt); // Output: "True" foreach (Type type in item.GetType().BaseType.GetGenericArguments()) { Console.WriteLine(type.Name); } }
public void TestMethod1() { MyClass ms = new MyClass(2); ms._asd = 10; Console.WriteLine(ms._asd); MyDerived md = new MyDerived(2f); Console.WriteLine(md._asd); }
public void DeallocTest2() { NSObject pool = new NSObject(NSObject.AllocAndInitInstance("NSAutoreleasePool")); MyDerived instance = (MyDerived) new Class("MyDerived").Call("alloc").Call("init"); Assert.AreEqual(1L, instance.retainCount()); instance.release(); Assert.IsTrue(instance.Dead); pool.release(); }
public static void Main() { MyDerived nMD = new MyDerived(); Mybase nMB = (Mybase)nMD; System.Console.WriteLine(nMB.Meth1()); System.Console.WriteLine(nMB.Meth2()); System.Console.WriteLine(nMB.Meth3()); System.Console.WriteLine(nMD.Meth1()); System.Console.WriteLine(nMD.Meth2()); System.Console.WriteLine(nMD.Meth3()); }
public static void OverideDemo() { MyDerived mD = new MyDerived(); MyBase mB = (MyBase)mD; //overide重写后转回 还是重写后的继承方法。 System.Console.WriteLine(mB.Meth1()); // 使用 new 关键字显式隐藏 System.Console.WriteLine(mB.Meth2()); // 该方法隐藏了继承的成员 MyBase.Meth3(): System.Console.WriteLine(mB.Meth3()); }
public void SuperCall2() { try { MyDerived b = NSObject.AllocAndInitInstance("MyDerived").To <MyDerived>(); int result = b.accumulate(0); Assert.AreEqual(5, result); } catch (Exception e) { Console.WriteLine("SuperCall2 failed:"); Console.WriteLine("{0}", e); } }
static void PolymorphismConcepts() { MyHelper.PrintHeaderMessage("Base Reference Base Object"); MyBase obj1 = new MyBase(); obj1.f1(); obj1.f2(); obj1.f3(); obj1.f4(); obj1.f5(); MyHelper.PrintNoteConcept("In this case, all base function will be called."); MyHelper.PrintHeaderMessage("Derived Reference Derived Object"); MyDerived obj2 = new MyDerived(); obj2.f1(); obj2.f2(); obj2.f3(); obj2.f4(); obj2.f5(); MyHelper.PrintNoteConcept("In this case, all derived function will be called."); MyHelper.PrintHeaderMessage("Base Reference Derived Object"); MyBase obj3 = new MyDerived(); obj3.f1(); obj3.f2(); obj3.f3(); obj3.f4(); obj3.f5(); MyHelper.PrintNoteConcept("In this case, Only derived override will be called else all base will be called"); Console.Out.WriteLine("Derived Reference Base Object With Type Cast"); //MyDerived obj4 = (MyDerived)new MyBase(); obj4.f1(); obj4.f2(); obj4.f3(); obj4.f4(); obj4.f5(); MyHelper.PrintNoteConcept("Run Time Error: Unable to cast Base type to Derived type"); MyHelper.PrintNoteConcept(); MyHelper.PrintEndMessage(); }
public static bool testMethod() { MethodsTestClass59 test = new MethodsTestClass59(); MyDerived md = new MyDerived(); if (test.TestMeth(md) == 2) { return true; } else { return false; } }
public static void Main() { Employee E = new Employee(); E.GetInfo(); MyDerived md = new MyDerived(); MyDerived md1 = new MyDerived(1); Console.ReadLine(); }
public static void Main() { var o = new MyDerived(); o.HelloWorld(); }
public NSObject TakeDerived(MyDerived s) { return (NSObject) s.Call("description"); }
public NSObject TakeDerived(MyDerived s) { return((NSObject)s.Call("description")); }
protected virtual FooBase Overloaded(MyDerived myBase) { return(null); }
public void SetAsList2(bool flag, MyDerived[] a, IList<MyClass> b, out IList<MyClass> result) { result = flag ? a : b; }
public static void Main(string[] args) { MyDerived obj = new MyDerived(); obj.Method <int, int> (1); }
static void Main(string[] args) { //IcertisDemo.VersionFilters versionFilters = new IcertisDemo.VersionFilters(); //versionFilters.Message = "Hello December!!!"; //versionFilters.PrintMessage(versionFilters.Message); MyDerived myDerived = new MyDerived(); //CrediCardAccounts ccAcc = new CrediCardAccounts(); //string car = "Maruti"; //Car maruti = null; //Vehicle.Print(maruti); //ActionTypeDemo.GetPerson(); //OOPsDemo.GetFamilyMember(); //using (var oops = new OOPsDemo()) { // oops.WriteTrasaction(); // Console.WriteLine("Using Statement"); //} //VersionFilters versionFilters = new VersionFilters(); //versionFilters.GetOldestVersion(); //string city = "Pune"; //static string country = "India"; //const string state = "MH"; //Console.WriteLine(string.Format("You are in {0} {1} {2}", city, state, country)); //SimplifyHealthCareTest simplifyTest = new SimplifyHealthCareTest(); //int[] marks = new int[] { 4, 9, 4, 3, 2, 10 }; //simplifyTest.GetSelctionChances(20, new int[] { 20, 19, 18, 17, 16, 15, 14, 13, 12, 11, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1 }); //CitiBank citiBank = new CitiBank(); //IA aRef = new CitiBank(); //IB bRef = new CitiBank(); //aRef.Show("IA interface calling."); //bRef.Show("IB interface calling."); //citiBank.Show("citi bank interview"); //NiceParent child = new NiceChild(); //child.Print(); // AccessModifier_Derived accessModifier_Derived = new AccessModifier_Derived(); //accessModifier_Derived.Print2(); //AccessModifier_Derived2 accessModifier_Derived2 = new AccessModifier_Derived2(); //accessModifier_Derived2.Print(); // Maths2 t = new Maths2(10); Console.WriteLine("Enter the number..."); int n = Convert.ToInt32(Console.ReadLine().Trim()); AmazonTest.fizzBuzz(n); Console.WriteLine("Do you want to run again, press Y..."); string choice = Console.ReadLine().Trim(); IsRunAgain(choice); Console.ReadLine(); }
public void Run() { MyDerived d = new MyDerived(); ((MyInterface)d).Test(); }