public void ShouldCalculateARectangleArea() { var rectangles = new List <Rectangle> { new Rectangle(10, 3) }; var area = calculator.Area(rectangles); Assert.AreEqual(30.0, area, 0.01); }
public static void Main(string[] args) { AreaCalculator areaCalculator = new AreaCalculator(); var rectangle = new Rectangle(); rectangle.Width = 200; rectangle.Height = 100; var circle = new Circle(); circle.Radius = 10; Object[] shapes = new Object[] { rectangle, circle }; areaCalculator.Area(shapes); }
public static void Main(string[] args) { Rectangle rectangle = new Rectangle(); rectangle.Width = 20; rectangle.Height = 20; AreaCalculator areacalculator = new AreaCalculator(); Console.WriteLine(areacalculator.Area(rectangle)); }
public static void Main(string[] args) { AreaCalculator areaCalculator = new AreaCalculator(); var rectangle1 = new Rectangle(); rectangle1.Width = 200; rectangle1.Height = 100; var rectangle2 = new Rectangle(); rectangle2.Width = 300; rectangle2.Height = 100; Rectangle[] rectangles = new Rectangle[] { rectangle1, rectangle2 }; areaCalculator.Area(rectangles); }
//static void Main(string[] args) //{ // Person person = new Teacher(); // person.ShowInfo(); // Student student = new Student(); // student.ShowInfo(); // Console.Read(); //} #endregion #region Virtual Methods //static void Main(string[] args) //{ // User user = new User(); // user.ShowRole(); // user = new GoldUser(); // user.ShowRole(); // SilverUser silverUser = new SilverUser(); // silverUser.ShowRole(); // user = new BronzeUser(); // user.ShowRole(); // Console.Read(); //} #endregion #region OCP static void Main(string[] args) { Rectangle rectangle = new Rectangle(2, 4); Circle circle = new Circle(3); AreaCalculator areaCalculator = new AreaCalculator(); var shapes = new List <Shape> { rectangle, circle }; double area = areaCalculator.Area(shapes); Console.WriteLine(area); Console.Read(); }
public void Can_calculate_area_of_collection_of_shapes() { // Arrange var shapes = new Shape[] { new Rectangle { Height = 10, Width = 4 }, new Circle { Radius = 10 } }; // Act var areas = _areaCalc.Area(shapes); // Assert Assert.AreEqual(354.15, Math.Truncate(areas * 100) / 100); }
private static void OCPExercise() { List <IShape> shapes = new List <IShape>() { new Rectangle() { Height = 10, Width = 20 }, new Circle() { Radius = 50 } }; AreaCalculator areaCalculator = new AreaCalculator(); WriteLine(areaCalculator.Area(shapes)); }
public static void Main(string[] args) { AreaCalculator ac = new AreaCalculator(); var rec = new Rectangle { Width = 8, Height = 4 }; var cir = new Circle() { Radius = 8 }; object[] shapes = new object[2]; shapes[0] = rec; shapes[1] = cir; ac.Area(shapes); Console.WriteLine("End bad example"); //Open/Closed Principle Console.WriteLine("\n" + "Begin Open Closed example"); OAreaCalculator oCalc = new OAreaCalculator(); var oRec = new ORectangle { Width = 8, Height = 4 }; var oCir = new OCircle() { Radius = 8 }; OShape[] Oshapes = new OShape[2]; Oshapes[0] = oRec; Oshapes[1] = oCir; oCalc.OArea(Oshapes); }
public void TestAreaCalculator() { AreaCalculator Calc = AreaCalculator.GetInstance(); Assert.AreEqual(6, Calc.Area(3, 4, 5)); }
public void GetSquareArea() { var area = areaCalculator.Area(shapes2); Assert.AreEqual(area, 300); }