public static void Main()
{
/*https://stackoverflow.com/a/30424503/1650277
* What problems can the State design pattern solve?
*
* An object should change its behavior when its internal state changes.
* State-specific behavior should be defined independently.
* That is, new states should be added and the behavior of
* existing states should be changed independently.
*
* Implementing state-specific behavior directly within a class is inflexible because
* it commits the class to a particular behavior and makes it impossible to add a new state
* or change the behavior of an existing state later independently from (without changing) the class.
*
* Strategy pattern vs State pattern
* States store a reference to the context object that contains them. Strategies do not.
* States are allowed to replace themselves (IE: to change the state of the context object to something else), while Strategies are not.
* Strategies are passed to the context object as parameters, while States are created by the context object itself.
* Strategies only handle a single, specific task, while States provide the underlying implementation for everything (or most everything) the context object does.
*/
LegacyTest();
Console.WriteLine();
var gumballmachine = new GumballMachine(5);
gumballmachine.InsertQuarter();
gumballmachine.TurnCrank();
gumballmachine.InsertQuarter();
gumballmachine.TurnCrank();
}
static void Main(string[] args)
{
GumballMachine gumballMachine = new GumballMachine(5);
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
Console.ReadKey();
}
static void Main()
{
GumballMachine gumballMachine = new GumballMachine();
gumballMachine.InsertQuarter();
gumballMachine.EjectQuarter();
gumballMachine.TurnCrank();
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
gumballMachine.Dispense();
Console.ReadLine();
}
static void Main()
{
GumballMachine gumballMachine = new GumballMachine(2);
Console.WriteLine(gumballMachine);
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
Console.WriteLine(gumballMachine);
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
Console.WriteLine(gumballMachine);
}
static void Main(string[] args)
{
GumballMachine gumballMachine = new GumballMachine(5);
gumballMachine.InsertQuarter();
gumballMachine.TumCrank();
gumballMachine.InsertQuarter();
gumballMachine.TumCrank();
gumballMachine.InsertQuarter();
gumballMachine.TumCrank();
gumballMachine.InsertQuarter();
gumballMachine.TumCrank();
gumballMachine.InsertQuarter();
gumballMachine.TumCrank();
}
static void Main(string[] args)
{
Console.WriteLine("Hello World!");
var gumballMachine = new GumballMachine(10);
gumballMachine.InsertQuarter();
gumballMachine.EjectQuarter();
gumballMachine.TurnCrank();
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
System.Console.WriteLine(gumballMachine.ToString());
gumballMachine.Refill(10);
System.Console.WriteLine(gumballMachine.ToString());
}
static void Main(string[] args)
{
GumballMachine gumballMachine = new GumballMachine(2);
Console.WriteLine(gumballMachine);
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
Console.WriteLine(gumballMachine);
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
gumballMachine.Refill(5);
gumballMachine.InsertQuarter();
gumballMachine.TurnCrank();
Console.WriteLine(gumballMachine);
Console.ReadLine();
}
