public void TestMilesToFeet() { DistanceConverter converter = new DistanceConverter(); double miles = 1; double feet = converter.MilesToFeet(miles); Assert.AreEqual(feet, 5280); }
public static void Main() { Console.ForegroundColor = ConsoleColor.Yellow; Console.WriteLine("BNU CO453 Applications Programming 2020-2021!"); Console.WriteLine(); Console.Beep(); Console.WriteLine("1. Distance converter"); Console.WriteLine("2. BMI Calculator"); Console.WriteLine("3. Student Grades"); Console.WriteLine("4. Student Grades"); Console.WriteLine("5. Student Grades"); Console.WriteLine(0); Console.WriteLine("Select an applocation "); string choice = Console.ReadLine(); if (choice == "1") { DistanceConverter converter = new DistanceConverter(); converter.MilesToFeet(); converter.MetresToMiles(); converter.KilometresToMiles(); converter.MilesToFeet2(); converter.MetresToMiles2(); converter.KilometresToMiles2(); converter.MetresTofeet(); converter.FeetToMetres(); } else if (choice == "2") { } else if (choice == "3") { StudentMarks students = new StudentMarks(); students.Run(); } else if (choice == "4") { Socialnet social = new Socialnet(); social.Run(); } else if (choice == "5") { StudentMarks students = new StudentMarks(); students.Run(); } // BMI calculator = new BMI(); // BMI(); // Console.ReadLine(); }
/// <summary> /// Archive tasks /// </summary> public void archive() { //unit 5 task car Car car = new Car(); Car jazz = new Car(); jazz.Model = "Jazz"; Car bmw = new Car("BMW", "Series 1"); Car ford = new Car("Ford", "Series 5"); //TestBook.Test(); //Task 4.1 TestDistanceConverter.TestMilesToFeet(); Console.WriteLine(""); TestDistanceConverter.TestFeetToMiles(); DistanceConverter.MilesToFeet(100); Console.ReadKey(); //Ana task Console.WriteLine("Hello Ana!"); //classes are used to create objects. ana is an object which is an instance of the Ana class. //i can have ana1 and ana2 that are intances of Ana class //Create three new objects from the class: //Ana ana = new Ana(); //Ana ana1 = new Ana(); //Ana ana2 = new Ana(); //ana1.WriteTitle("My Wonder Application"); //ana2.WriteTitle("My Wizard Application"); //look at the two comments below //if it is a static, it can be accessed by using the class instead of object (ana, ana1, ana2) //so now I can use the class directly // //Ana.WriteTitle("My Wonder Application"); // //Console.ReadKey(); // Go to http://aka.ms/dotnet-get-started-console to continue learning how to build a console app! }