static void Main(string[] args)
{
Creator[] creators = new Creator[2];
creators[0] = new ConcreteCreatorA();
creators[1] = new ConcreteCreatorB();
foreach (Creator creator in creators)
{
Product product = creator.FactoryMethod();
Console.WriteLine("Created {0}", product.GetType().Name);
}
Console.ReadKey();
}
static void Main(string[] args)
{
Creator[] creators = new Creator[2];
creators[0] = new ConcreteCreatorA();
creators[1] = new ConcreteCreatorB();
foreach (var creator in creators)
{
var product = creator.FactoryMethod();
Console.WriteLine($"{creator.GetType().Name} created {product.GetType().Name}");
}
// Output:
// ConcreteCreatorA created ConcreteProductA
// ConcreteCreatorB created ConcreteProductB
}
static void Main()
{
// An array of creators
Creator[] creators = new Creator[2];
creators[0] = new ConcreteCreatorA();
creators[1] = new ConcreteCreatorB();
// Iterate over creators and create products
foreach (Creator creator in creators)
{
Product product = creator.FactoryMethod();
Console.WriteLine("Created {0}",
product.GetType().Name);
}
// Wait for user
Console.ReadKey();
}
public static void Run()
{
Console.WriteLine("This structural code demonstrates the Factory method offering great flexibility in creating different objects. The Abstract class may provide a default object, but each subclass can instantiate an extended version of the object.");
Creator[] creators = new Creator[2];
creators[0] = new ConcreteCreatorA();
creators[1] = new ConcreteCreatorB();
foreach (Creator creator in creators)
{
Product product = creator.FactoryMethod();
Console.WriteLine("Created {0}", product.GetType().Name);
}
/*
* Created ConcreteProductA
* Created ConcreteProductB
*/
}
