Example #1
0
        static void Main(string[] args)
        {
            Mathematics maths       = new Mathematics();
            int         addMePlease = maths.Addition(1, 2);

            Console.WriteLine(addMePlease);
            int subtractPlease = maths.Subtraction(10, 5);

            Console.WriteLine(subtractPlease);

            double dividePlease = maths.Division(10, 3);

            Console.WriteLine(dividePlease);
        }
Example #2
0
        static void Main(string[] args)
        {
            Mathematics maths = new Mathematics(); // create new instance of Mathematics

            students.Dean myDeanNotYoursMine = new students.Dean();
            float         addMePlease        = maths.Addition(10, 20);
            float         subtractMePlz      = maths.Subtraction(100, 200);
            float         multiplyMePlz      = maths.Multiplication(23.3f, 5.43f);
            float         divideMePlz        = maths.Division(10, 3);
            Encapsulation example            = new Encapsulation();

            example.Information();

            Console.WriteLine(addMePlease);
            Console.WriteLine(subtractMePlz);
            Console.WriteLine(multiplyMePlz);
            Console.WriteLine(divideMePlz);
        }
Example #3
0
        static void Main(string[] args)
        {
            Mathematics   maths    = new Mathematics();
            Encapsulation example  = new Encapsulation();
            AgeCalculator checkAge = new AgeCalculator();

            example.information();
            example.favGame = "Call of duty";
            Console.WriteLine($"My favourite game is {example.favGame}");

            //Console.Write("Please enter your age for an ID check at our club: ");

            // string userInput = Console.ReadLine();
            //checkAge.Calculator(Convert.ToInt32(userInput));

            //double subtractPlease = maths.Subtraction(200, 32);

            //Console.WriteLine(subtractPlease);
        }
Example #4
0
        static void Main(string[] args)
        {
            AgeCalculator myAge = new AgeCalculator();

            Console.Write("Please enter your age: ");
            string userInput = Console.ReadLine();
            //OR myAge.Calculator(Convert.ToInt32(userInput)); To convertthe userInput(string) to function
            //intake(int).

            string hello = "Hello!";

            Console.WriteLine($"Your age check says you are {userInput}. {hello}");
            myAge.Calculator(Int32.Parse(userInput));
            Encapsulation example = new Encapsulation();

            example.name   = "char";
            example.salary = 200000;
            example.information();
            Personal info = new Personal();

            info.deetz();
            PhoneNumber digits = new PhoneNumber();

            digits.getNumber();


            Mathematics maths            = new Mathematics();
            double      addMePlease      = maths.Addition(10, 2.5);
            double      subtractMePlease = maths.Subtraction(10, 23.5);
            double      multiMePlease    = maths.Multiplication(10, 21);
            double      divideMePlease   = maths.Division(10, 29);

            Console.WriteLine(addMePlease);
            Console.WriteLine(subtractMePlease);
            Console.WriteLine(multiMePlease);
            Console.WriteLine(divideMePlease);
            Encapsulation person = new Encapsulation();
            string        person = "char";
            double        person = 200000;

            person.information();



            ////-------------------------------------

            //Below is an example of how you can substitute the doubles for 'decimal and float'.
            //We would replace 'double' with 'decimal and float' in the 'multiMePlease' and 'divideMePlease'
            //methods in the Mathematics Class.

            // double addMePlease = maths.Addition(10, 2.5);
            // double subtractMePlease = maths.Subtraction(10,23.5);
            // decimal multiMePlease = maths.Multiplication(10m,27m);
            // float divideMePlease = maths.Division(10f,29f);



            //encapsulation ---
            //private - limiting access to the same class
            //public - free for all - any object can access the data
            //protected - limits access to the same class OR descendants
            //internal - c# only for OOP - limits access to a namespace (asssembly)
        }