static void PlayWithDuck(Duck duck)
{
DrawDuck(duck);
duck.Quack();
duck.Fly();
duck.Fly();
duck.Dance();
Console.WriteLine();
}
static void Main(string[] args)
{
//создаем разных уток и заставляем их рассказывать о себе
Duck duck = new Duck();
Console.WriteLine(duck.Name + ":\n");
duck.Fly();
duck.Quack();
duck.Swim();
WoodenDuck woodenduck = new WoodenDuck();
Console.WriteLine("\n" + woodenduck.Name + ":\n");
woodenduck.Fly();
woodenduck.Quack();
woodenduck.Swim();
IronDuck ironduck = new IronDuck();
Console.WriteLine("\n" + ironduck.Name + ":\n");
ironduck.Fly();
ironduck.Quack();
ironduck.Swim();
Console.ReadLine();
}
static void Main(string[] args)
{
Turkey turkey = new Turkey(new CanFlyInShortDist(), new CanKudah(), new Meat());
Duck duck = new Duck(new CanFly(), new CanQuick(), new Meat());
Console.WriteLine("Duck said:");
duck.Fly();
duck.Quick();
duck.Composition();
Console.WriteLine("Turkey said:");
turkey.Fly();
turkey.Kudah();
duck.Composition();
IBaseDuck duck1 = new CreateDuck(turkey);
Console.WriteLine("Duck(Turkey) said:");
duck1.Fly();
duck1.Quick();
duck1.Composition();
Console.ReadKey();
}
static void Main(string[] args)
{
/// **** S letter Example ****
FileHandler1 fHandler = new FileHandler1();
fHandler.Delete("Example.txt");
FileHandler2 fHandler2 = new FileHandler2();
fHandler.Delete("Example.txt");
/// **** O letter Example ****
Logger1 logger = new Logger1();
logger.Log("[ERROR] Print failed");
ErrorLogger2 logger2 = new ErrorLogger2();
logger2.Log("[ERROR] Print failed");
/// **** L letter Example ****
Duck duck1 = new Duck();
duck1.Fly();
Ostrich ostrich1 = new Ostrich();
ostrich1.Fly();
Duck2 duck2 = new Duck2();
duck2.Fly();
duck2.GetWeight();
Ostrich2 ostrich2 = new Ostrich2();
ostrich2.GetWeight();
/// **** I letter Example ****
// Just interfaces, maybe show later if I'm free and in mood :D
/// **** O letter Example ****
FileHandler3 fHandler3 = new FileHandler3();
fHandler3.Delete("Example.txt");
FileHandler4 fHandler4 = new FileHandler4();
fHandler4.GetLogger(new Logger2());
fHandler4.Delete("Example.txt");
FileHandler4 fHandler4_1 = new FileHandler4();
fHandler4.GetLogger(new ErrorLogger2());
fHandler4.Delete("Example.txt");
Console.ReadKey();
}
static void Main(string[] args)
{
Duck cityDuck = new Duck(new CarefulWalkStrategy(), new CarefulFlyStrategy());
Duck wildDuck = new Duck(new WildWalkStrategy(), new WildFlyStrategy());
Console.WriteLine("CityDuck:");
Console.WriteLine(cityDuck.Walk());
Console.WriteLine(cityDuck.Fly());
Console.WriteLine("WildDuck:");
Console.WriteLine(wildDuck.Fly());
Console.WriteLine(wildDuck.Walk());
}
public void Fly()
{
//Hmm, how to shorten the distance?
//Change Fly() to actually return a string which you can shorten?
//Add here a new WriteLine("Puff... Puff... Need to rest from flying!*wink**wink*");
//The authors add a random number to check how often will it fly. [handwaived as an average out of 5 times]
if (rnd.Next(5) == 0)
{
_duck.Fly();
}
}
static void Main(string[] args)
{
Duck duck = new Duck();
duck.Eat();
duck.Fly();
duck.LayAnEgg();
duck.Swim();
duck.Walk();
Console.WriteLine("**Duck is checked\n");
Swan swan = new Swan();
swan.Eat();
swan.Fly();
swan.LayAnEgg();
swan.Swim();
swan.Walk();
Console.WriteLine("**Swan is checked\n");
Console.WriteLine("**Duck as a IBird");
IBird bird = new Duck(20, 10);
bird.Eat();
bird.Fly();
bird.LayAnEgg();
bird.Walk();
Console.WriteLine("\n**Swan as a IBird");
bird = new Swan(20, 10);
bird.Eat();
bird.Fly();
bird.LayAnEgg();
bird.Walk();
Console.WriteLine("\n**Duck as a IWaterFowl");
IWaterFowl waterFowl = new Duck(20, 1);
waterFowl.Eat();
waterFowl.Fly();
waterFowl.LayAnEgg();
waterFowl.Walk();
waterFowl.Swim();
Console.WriteLine("\n**Swan as a IWaterFowl");
waterFowl = new Swan(10, 1);
waterFowl.Eat();
waterFowl.Fly();
waterFowl.LayAnEgg();
waterFowl.Walk();
waterFowl.Swim();
}
private static void SimulateDuck(Duck duck)
{
if (duck == null)
{
return;
}
Console.WriteLine(duck.GetType().Name);
duck.Dance();
duck.Display();
duck.Fly();
duck.Quack();
duck.Swim();
Console.WriteLine();
}
static void Main(string[] args)
{
//Ducks with different behaviours can be created at runtime
//and make use of different ways to walk and fly !
Duck wildDuck = new Duck("Wild Duck", new WalkBehaviourD(), new FlyBehaviourA());
Console.WriteLine(wildDuck.Name() + " walks like " + wildDuck.Walk());
Duck mountainDuck = new Duck("Mountain Duck", new WalkBehaviourD(), new FlyBehaviourB());
Console.WriteLine(mountainDuck.Name() + " flies like " + mountainDuck.Fly());
Duck cloudDuck = new Duck("Cloud Duck", new WalkBehaviourF(), new FlyBehaviourB());
Console.WriteLine(cloudDuck.Name() + " walks like " + cloudDuck.Walk() + " flies like " + cloudDuck.Fly());
}
static void Main(string[] args)
{
Duck exp1 = new Duck();
Console.WriteLine("Я живая утка:\n");
exp1.Fly();
exp1.Swim();
exp1.Quack();
WoodenDuck exp2 = new WoodenDuck();
Console.WriteLine("\nЯ деревянная утка:\n");
exp2.Fly();
exp2.Swim();
exp2.Quack();
RubberDuck exp3 = new RubberDuck();
Console.WriteLine("\nЯ резиновая утка:\n");
exp3.Fly();
exp3.Swim();
exp3.Quack();
Console.ReadLine();
}
public void fly()
{
Duck.Fly();
}
public void Fly()
{
duck.Fly();
}
public void FlyRedhead()
{
redheadDuck.Fly();
}
public void Fly()
{
duck.FlyBehavoir = new FlyWithWings();
Assert.AreEqual(DuckMessages.Fly, duck.Fly());
}
private static void TestDuck(Duck duck)
{
duck.Quack();
duck.Fly();
}
public void CantFly()
{
duck.FlyBehavoir = new FlyNoWay();
Assert.AreEqual(DuckMessages.CantFly, duck.Fly());
}
public void CantFly()
{
Assert.AreEqual(DuckMessages.CantFly, duck.Fly());
}
public string Fly()
{
return(duck.Fly());
}
void testDuck(Duck duck)
{
duck.Quack();
duck.Fly();
}
static void DuckTester(Duck duck)
{
duck.Quack();
duck.Fly();
}
private static void TestDuck(Duck duck)
{
duck.Display();
duck.Quack();
duck.Fly();
}
static void TestDuck(Duck d)
{
d.Quack();
d.Fly();
}
public void FlyMallard()
{
mallardDuck.Fly();
}
