public void When_ListIsEmpty_Then_ShouldReturnNull(int num)
{
List <int> a = new List <int>();
PairFinder pf = new PairFinder(a);
Assert.IsNull(pf.FindPairForNum(num));
}
public void Return_An_Empty_Pair_When_Given_An_Empty_List()
{
var persons = new List <Person>();
var finder = new PairFinder(persons);
var result = finder.FindPair(Filter.ClosestAge);
Assert.Null(result.OldestPerson);
Assert.Null(result.YoungestPerson);
}
public void When_NegativeMatchFound_Then_ShouldReturnNull()
{
List <int> a = new List <int> {
-5, -2
};
PairFinder pf = new PairFinder(a);
Assert.IsNotNull(pf.FindPairForNum(-7));
}
public void When_PositiveMatchFound_Then_ShouldReturnNull()
{
List <int> a = new List <int> {
1, 2
};
PairFinder pf = new PairFinder(a);
Assert.IsNotNull(pf.FindPairForNum(3));
}
public int SelectBetFor3Cards(Card[] cards)
{
var triple = new TripleFinder().GetTriple(cards);
if (triple > 0)
{
return((int)(2 * triple * _state.current_buy_in));
}
var pairFinder = new PairFinder();
return(pairFinder.GetPairPower(cards) > 0.5 ? (int)(pairFinder.GetPairPower(cards) * 2 * _state.current_buy_in) : 0);
}
public void Returns_The_Closest_Age_Pair_For_Four_People_List()
{
var persons = new List <Person>()
{
_greg, _mike, _sarah, _sue
};
var finder = new PairFinder(persons);
var result = finder.FindPair(Filter.ClosestAge);
Assert.Same(_sue, result.OldestPerson);
Assert.Same(_greg, result.YoungestPerson);
}
