Code Decipher: Programming Tutorials and Coding Challenges

 I've linked my YouTube video below, where I explain interface in C# with a practical example and a fun coding challenge at the end. Below the video, you'll find the actual code featured in the tutorial. Try solving the coding challenge yourself before checking out the solution provided at the end of this blog - it’s a fantastic way to test your understanding and sharpen your skills! Happy coding! 😊 Actual code featured in the tutorial using System; using System.Collections.Generic; namespace Interface_App { internal class Program { static void Main(string[] args) { List flyingThings = new List { new People(), new Airplane() }; foreach (var thing in flyingThings) { thing.Fly(); thing.Glide(); Console.WriteLine(); } List speakingThings = new List { new Peopl...

I've linked my YouTube video below, where I explain method overloading in C# with a practical example and a fun coding challenge at the end. Below the video, you'll find the actual code featured in the tutorial. Try solving the coding challenge yourself before checking out the solution provided at the end of this blog - it’s a fantastic way to test your understanding and sharpen your skills! Happy coding! 😊 Actual code featured in the tutorial using System; namespace MethodOverLoading { internal class Program { static void Main(string[] args) { Log log = new Log(); log.DisplayLog("Welcome to this program."); log.DisplayLog("You have successfully created the file on ", DateTime.Now); log.DisplayLog("Requires user authentication", 401); } } public class Log { public void DisplayLog(string message) { Console.WriteLine(message...

I've linked my YouTube video below, where I explain method overriding in C# with a practical example and a fun coding challenge at the end. Below the video, you'll find the actual code featured in the tutorial. I have used virtual method in the example so i have used abstract class and method for the coding challenge solution. You can solve using both ways. Try solving the coding challenge yourself before checking out the solution provided at the end of this blog - it’s a fantastic way to test your understanding and sharpen your skills! Happy coding! 😊 Actual code featured in the youtube tutorial above using System; namespace Method_Overriding { internal class Program { static void Main(string[] args) { Engineer engineer = new Engineer(); engineer.Work(); FrontEndEngineer frontEnd = new FrontEndEngineer(); frontEnd.Work(); BackEndEngineer backEnd = new BackEndEngineer(); b...

Introduction In C# class is a blueprint for creating objects. It contains data (properties) and behaviour (methods). We can build multiple objects with distinct properties and methods using classes without having to repeat the code. Class Syntax: Creating a generic C# Class public class Car //car is the class name and Pascal case { public string Model { get; set; } //properties public string Color { get; set; } public void Start() //method { Console.WriteLine("Car started."); } public void Stop() //method { Console.WriteLine("Car stopped."); } } A generic class in C# is created using a class keyword followed by class name. Class name, property name, method name must always be Pascal case i.e. Starting letter must be capital case. Class can have different properties and methods. We cannot use the class directly without creating an object. In order to use class we must create an object which is an inst...

C# DateTime is a value type (struct) that represents a specific date and time. It's found in System namespace. This feature comes in handy whenever we need to work with date and time. We can create or instantiate a DateTime object as follows: DateTime date = new DateTime(2019, 03, 29, 15, 0, 0); In the above example year, month, day, hour, minutes and seconds have been provided as an argument. If we print date using Console.WriteLine() then  it will show following output.  Console.WriteLine(date) //-->/29/2019 3:00:00 PM We can also use the same principle to create a DateTime object representing the current date and time DateTime now = DateTime.Now; We can compare the two dates if (date > now) { Console.WriteLine(true); } else Console.WriteLine(false); Above example prints false as the date is smaller than the now. We can also format DateTime object as per our requirements. An example static method is shown below public static string Description(Dat...