public static void MockShape()
{
List <Shape> shapes = new();
Shape rectagle = new Rectagle(Color.Red, 200, 300),
circle = new Circle(Color.Green, 3);
shapes.Add(rectagle);
shapes.Add(circle);
shapes.ForEach(shape => Console.WriteLine(shape + " area: " + shape.Area()));
}
public bool Run()
{
try
{
////Circle Work
this.Printer.Writeline("////////////Work with rectangles////////////");
Cirlce circle1 = new Cirlce(new Point(1, 1), new Point(2, 1));
this.Printer.Writeline($"cirlse ==> {circle1}");
Cirlce circle2 = new Cirlce(new Point(-1, 1), new Point(-1, 2));
this.Printer.Writeline($"Intersection of Two Circles {circle1} AND {circle2}");
foreach (Point point in circle1.Intersection(circle2))
{
this.Printer.Writeline(point.ToString());
}
circle1.Move(1, 3);
this.Printer.Writeline($"cirlse after move(1,3) ==> {circle1}");
circle1.ChangeSize(new Point(-1, 1), new Point(-1, 5));
this.Printer.Writeline($"cirlse after changeSize(-1, 1),(-1, 5) ==> {circle1}");
this.Printer.Writeline($"Biggest between {circle1},{circle2} ===> {circle1.Biggest(circle2)}");
this.Printer.Writeline($"Least between {circle1},{circle2} ===> {circle1.Least(circle2)}");
////Circle Work
////Rectangle Work
this.Printer.Writeline("////////////Work with rectangles////////////");
Rectagle rectangle1 = new Rectagle(new Point(1, 1), new Point(2, -3));
this.Printer.Writeline($"rectangre ==> {rectangle1}");
Rectagle rectangle2 = new Rectagle(new Point(-1, 1), new Point(5, -3));
this.Printer.Writeline($"Intersection of Two Rectangles {rectangle1} AND {rectangle2} ==> {rectangle1.Intersection(rectangle2)}");
rectangle1.Move(1, 3);
this.Printer.Writeline($"rectangle after move(1,3) ==> {rectangle1}");
rectangle1.ChangeSize(new Point(-1, 1), new Point(2, -2));
this.Printer.Writeline($"rectangle1 after changeSize(-1, 1),(-1, 5) ==> {rectangle1}");
this.Printer.Writeline($"Biggest between {rectangle1},{rectangle2} ===> {rectangle1.Biggest(rectangle2)}");
this.Printer.Writeline($"Least between {rectangle1},{rectangle2} ===> {rectangle1.Least(rectangle2)}");
////Rectangle Work
this.Printer.Writeline("////////////Work with Derictories////////////");
ShowerDirectory showerDirectory = new ShowerDirectory();
Stopwatch myTimer = new Stopwatch();
myTimer.Start();
showerDirectory.SymmetricalDifference();
showerDirectory.Intersection();
showerDirectory.ExpectDirectory();
WriterToConsole writerToConsole = new WriterToConsole(showerDirectory);
WriterToExcel writerToExcel = new WriterToExcel(showerDirectory);
//writerToConsole.SymmetricalDifference();
//writerToConsole.Intersection();
//writerToConsole.ExpectDirectory();
//writerToExcel.SymmetricalDifference();
//writerToExcel.Intersection();
//writerToExcel.ExpectDirectory();
myTimer.Stop();
this.Printer.Writeline($"time taken: {+myTimer.Elapsed}");
ListsComparer a = new ListsComparer();
a.CompareAndPrintUniqueValues();
//ExcelTest ecxel = new ExcelTest();
//ecxel.Write();
return(true);
}
catch (Exception e)
{
this.Printer.Writeline(e.Message);
Console.ReadKey();
return(false);
}
}
static void Main(string[] args)
{
//SOLID Prensipleri=> Solid, beş önemli OOP prensiplerinin kısaltmasıdır.
/*
* Temiz, modüler ve genişletilebilir kod yazımında önemli kuralları tanımlar.
* Aynı zamnda Agile yaızlım geliştirme için gereklidir.
*
*
* SRP=> Single Responsibility Pricinple.
* //Bir class sadece bir iş yapıyor olmalı.
*/
//Employee employee = new Employee();
//employee.ID = 1;
//employee.FirstName = "Fatih";
//employee.LastName = "Günalp";
//employee.HireDate = new DateTime(2020, 02, 02);
//BadEmployeeProcessor badEmployee = new BadEmployeeProcessor();
//badEmployee.InsertEmployee(employee);
//Console.ReadKey();
//GoodEmployeeProcessor good = new GoodEmployeeProcessor();
//Console.WriteLine(good.InsertEmployee(employee) ? "Başarılır" : "Başarısız");
//Console.ReadKey();
//OCP=> Open/Closed Principle
/*
* Sınıflar ve metotlar genişletmeye açık değişikliğe kapalı olmalıdır.
*/
// BadCoffee badCoffee = new BadCoffee();
//decimal americano= badCoffee.GetTotalPrice(2, CoffeeType.Americano);
// Console.WriteLine(americano.ToString());
// Console.ReadKey();
//GoodCoffee kahve1 = new Espresso();
//GoodCoffee kahve2 = new Americano();
//decimal price = 0;
//price = kahve1.GetTotalPrice(5);
//Console.WriteLine(price.ToString());
//Console.ReadKey();
//LSP=> Liskov's substution principle
/*
* Bir sınıftan türetilen sınıflar, base sınıfın yerine de kullanılabilmelidir.
*/
//BadReactangle reactangle = new BadReactangle();
//reactangle.Width = 2;
//reactangle.Height = 3;
//if (BadAreaCalculator.CalculateArea(reactangle) != 6)
//{
// Console.WriteLine("Dörtgen alan hesaplamasında hatalı işlem");
//}
//BadSquare square = new BadSquare();
//square.Height = 3;
//if (BadAreaCalculator.CalculateArea(square) != 9)
//{
// Console.WriteLine("Kare Alanı hesaplamasında hatalı işlem");
//}
Rectagle rectagle = new Rectagle();
rectagle.Width = 2;
rectagle.Height = 3;
rectagle.Bildirim = "Dörtgen Oluşturuldu";
if (rectagle.RectangleArea() != 6)
{
Console.WriteLine("Dörtgen Alanı hesaplamasında hata var.");
}
Square square = new Square();
square.Width = 4;
square.Bildirim = "Kare Oluşturuldu";
if (square.SquareArea() != 16)
{
Console.WriteLine("Kare Alanı hesaplamasında hata var.");
}
}
