KeepPlayingIfYouHaveToOrTheNextPlayerCouldNotPlay_HasToPlayAndNextPlayerCouldPlay_DecisionUndecided()
{
// has to play 60 or 3
var cards = new ReadOnlyCollection <int>(new List <int> {
60, 3
});
var rows = TestHelper.GetPreparedRows(1, 2, 70, 75);
var comm = new List <(int, PlayerCommunication)>();
var info = new PlayerInformation(1, 2, rows, comm);
var result = PlayerMoveRules.KeepPlayingIfYouHaveToOrTheNextPlayerCouldNotPlay(cards, info);
Assert.That(result.Decision, Is.EqualTo(PlayerMoveDecision.Undecided));
}
KeepPlayingIfYouHaveToOrTheNextPlayerCouldNotPlay_DoesNotHaveToPlayButNextPlayerCouldNotPlay_DecisionUndecided()
{
// could play 60 or 3, but does not have to, but should
var cards = new ReadOnlyCollection <int>(new List <int> {
60, 3
});
var rows = TestHelper.GetPreparedRows(1, 2, 70, 75);
var comm = new List <(int, PlayerCommunication)>
{
(1,
new PlayerCommunication(RowOfCardsIdentifier.FirstRowUp,
PlayerCommunicationType.CanNotPlay))
};
var info = new PlayerInformation(3, 2, rows, comm);
var result = PlayerMoveRules.KeepPlayingIfYouHaveToOrTheNextPlayerCouldNotPlay(cards, info);
Assert.That(result.Decision, Is.EqualTo(PlayerMoveDecision.Undecided));
}
