static void Main()
{
//Testing Tasks 1,2,3
Console.WriteLine("---- Testing Tasks 1,2,3 ----");
var point = new Point3D(1, 1, 1);
Console.WriteLine($"My point = {point}");
Console.WriteLine($"Zero point = {Point3D.Opoint}");
var distance = DistanceCalculater.CalculateDistance(point, Point3D.Opoint);
Console.WriteLine($"Distance between {point} and {Point3D.Opoint} = {distance}");
//Testing Task 4
Console.WriteLine("---- Testing Task 4 ----");
var path = PathStorage.LoadPath(@"..\..\Points.txt");
Console.Write(path);
PathStorage.SavePath(path, @"..\..\EditedPoints.txt");
//Testing task 5,6,7
GenericListTest.TestGenericList();
//Testing Task 8,9,10
MatrixTest.TestMatrix();
Type type = typeof(StartUp);
object[] allAttributes = type.GetCustomAttributes(false);
Console.WriteLine(allAttributes[0].ToString().PadLeft(Console.BufferWidth));
}
/// <summary>
/// LD TEST006 - generics
/// if for example I have two list, one of "int" and the second of "Book", and I want
/// just ADD AN ITEM IN BOTH THE LISTS, I DON'T NEED OF TWO SEPARATED CLASSES
/// </summary>
private static void Test006()
{
//here we define the type of list, IT'S THE SAME LIKE WE USUALLY DO HERE: "var bla = new List<int>();"
var numbers = new GenericListTest <int>();
numbers.Add(23);// automatically it's suggested to pass an "int" parameter
//LD we can use the same approach for a list of books, just by CHANGING the TEMPLATE PARAMETER
var books = new GenericListTest <Book>();
books.Add(new Book());
}
