static void Main(string[] args)
{
Apple apple = new Apple();
apple.SetSkinColor("Red");
apple.SetSeedCount("8");
Console.WriteLine("My apple is {0} and has {1} seed(s)\r\n", apple.GetSkinColor(), apple.GetSeedCount());
apple.SetSkinColor("green");
apple.SetSeedCount("4");
Console.WriteLine("Now my apple is {0} and has {1} seed(s)\r\n", apple.GetSkinColor(), apple.GetSeedCount());
apple.SetSkinColor("blue");
apple.SetSeedCount("0");
Console.WriteLine("Now my apple is {0} and has {1} seed(s)\r\n", apple.GetSkinColor(), apple.GetSeedCount());
apple.SetSkinColor("yellow");
apple.SetSeedCount("15");
Console.WriteLine(apple.ToString());
// Unfortunatly there is nothing stopping users of the class from doing something like that shown below.
// This would be bad because it bypasses any behavior that you have defined in the get/set functions defined
// as extension methods.
// One thing in your favor here is it is inconvenient for user of the class to find the valid property names as
// they'd have to go look at the apple class. It's much easier (from a lazy programmer standpoint) to use the
// extension methods as they show up in intellisense :) However, relying on lazy programming does not a contract make.
// There would have to be an agreed upon contract at the user of the class level that states,
// "I will never use the indexer and always use the extension methods!"
apple["Color"] = "don't panic";
apple["SeedCount"] = "on second thought...";
Console.WriteLine(apple.ToString());
}
public PlayField(List<Coord> tailCoords)
{
SetSnakeField();
Apple = new Apple(_renderer, this);
Apple.SetAppleOnField(tailCoords);
}
public PlayField(List <Coord> tailCoords)
{
SetSnakeField();
Apple = new Apple(_renderer, this);
Apple.SetAppleOnField(tailCoords);
}