static void Main(string[] args)
{
Fruit fruit = new Orange();
Console.WriteLine(fruit.GetColor());
fruit = new Apple();
Console.WriteLine(fruit.GetColor());
}
internal void Call()
{
Console.WriteLine("\nLiskov. object (fruit) is replace by its subtypes (apple and orange)");
Fruit fruit = new Orange();
Console.WriteLine(fruit.GetColor());
fruit = new Apple();
Console.WriteLine(fruit.GetColor());
}
static void Main(string[] args)
{
Console.WriteLine("Hello World!");
Fruits apple = new Orange();
apple.GetColor();
apple = new Apple();
apple.GetColor();
}
static void Main(string[] args)
{
Apple apple = new Apple();
Orange orange = new Orange();
apple.GetColor("green");
orange.GetColor("red");
AppleAdapter appleAdapter = new AppleAdapter(orange);
OrangeAdapter orangeAdapter = new OrangeAdapter(apple);
appleAdapter.GetColor("blue");
orangeAdapter.GetColor("yellow");
}
public void GetToKnow()
{
Apple apple = new Apple();
apple.GetColor();
apple = new Orange();
apple.GetColor();
// After
Fruit appleAfter = new OrangeAfter();
appleAfter.GetColor();
appleAfter = new AppleAfter();
appleAfter.GetColor();
}
static void Main(string[] args)
{
//The Dependency Inversion Principle (DIP) states that high-level modules/classes should not depend on low-level modules/classes.
//Both should depend upon abstractions. Secondly, abstractions should not depend upon details. Details should depend upon abstractions.
//dependency inversion principle
var employee = new EmployeeBusinessLogic();
Console.WriteLine(JsonSerializer.Serialize(employee.GetEmployeeDetails(1)));
//dependency inversion principle
//liskov substitution principle : This principle states that, if S is a subtype of T, then objects of type T should be replaced with the objects of type S.
// yerine koyma
Apple apple = new Orange();
Console.WriteLine(apple.GetColor());
//after
Fruit fruit = new Avocado();
Console.WriteLine(fruit.GetColor());
fruit = new Banana();
Console.WriteLine(fruit.GetColor());
//liskov substitution principle
//open close principle
var invoice = new Invoice();
Console.WriteLine(invoice.GetInvoiceDiscount(1000, InvoiceType.FinalInvoice));
Console.WriteLine(invoice.GetInvoiceDiscount(1000, InvoiceType.ProposedInvoice));
//after
InvoiceOCP fInvoice = new FinalInvoice();
InvoiceOCP pInvoice = new ProposedInvoice();
InvoiceOCP rInvoice = new RecurringInvoice();
Console.WriteLine(fInvoice.GetInvoiceDiscount(100));
Console.WriteLine(pInvoice.GetInvoiceDiscount(100));
Console.WriteLine(rInvoice.GetInvoiceDiscount(100));
//open close principle
Console.Read();
/*
*
* Single Responsibility : Sınıflarımızın iyi tanımlanmış tek bir sorumluluğu olmalı.
* Open/Closed : Sınıflarımız değişikliğe kapalı ancak yeni davranışların eklenmesine açık olmalı.
* Liskov Substitution(yerine koyma) : Kodumuzda herhangi bir değişiklik yapmaya gerek kalmadan türetilmiş sınıfları (sub class) türedikleri ata sınıfın (base class) yerine kullanabilmeliyiz.
* Interface Segregation : Genel kullanım amaçlı tek bir kontrat yerine daha özelleşmiş birden çok kontrat oluşturmayı tercih etmeliyiz.
* Dependency Inversion : Katmanlı mimarilerde üst seviye modüller alt seviyedeki modüllere doğruda bağımlı olmamalıdır.
*
*/
// https://dotnettutorials.net/lesson/dependency-inversion-principle/
}
void Main()
{
Apple apple = new Orange();
Console.WriteLine(apple.GetColor());
}
static void Main(string[] args)
{
Apple apple = new Orange();
Console.WriteLine(apple.GetColor());
}
