public void CardCost_of_3P_is_not_enough_for_CardCost_of_5()
{
CardCost cost5 = 5;
CardCost cost3P = CardCost.Parse("3P");
Assert.False(cost3P.IsEnoughFor(cost5));
}
public void CardCost_of_5_is_enough_for_CardCost_of_3()
{
CardCost cost5 = 5;
CardCost cost3 = 3;
Assert.That(cost5.IsEnoughFor(cost3));
}
public void CardCost_of_2P_is_enough_for_CardCost_of_2P()
{
CardCost cost1 = CardCost.Parse("2P");
CardCost cost2 = CardCost.Parse("2P");
Assert.That(cost1.IsEnoughFor(cost2));
}
public void CardCost_of_5_is_enough_for_CardCost_of_5()
{
CardCost cost1 = 5;
CardCost cost2 = 5;
Assert.That(cost1.IsEnoughFor(cost2));
}
public static ISelectionSpecification SelectPileCostingUpToX(CardCost costUpTo)
{
return new SelectionSpecification
{
MatchFunction = cards => cards.Count() == 1 && costUpTo.IsEnoughFor(cards.Single()),
ActivityType = ActivityType.SelectPile,
Cost = costUpTo
};
}
public static ISelectionSpecification SelectPileCostingUpToX(CardCost costUpTo)
{
return(new SelectionSpecification
{
MatchFunction = cards => cards.Count() == 1 && costUpTo.IsEnoughFor(cards.Single()),
ActivityType = ActivityType.SelectPile,
Cost = costUpTo
});
}
