public void PlayLowestGapMove_MovePossible_PlayMove()
{
// play 50 on 5
var cards = new ReadOnlyCollection <int>(new List <int>
{
2,
3,
98,
99,
50
});
var rows = TestHelper.GetPreparedRows(4, 5, 97, 96);
var comm = new List <(int, PlayerCommunication)>();
var info = new PlayerInformation(1, 2, rows, comm);
var expectedMove = new PlayerMove(PlayerMoveDecision.WantToPlay,
new CardPlacement(RowOfCardsIdentifier.SecondRowUp, 50));
var move = PlayerMoveRules.PlayLowestGapMove(cards, info);
Assert.That(move, Is.EqualTo(expectedMove));
}
public void PlayLowestGapMove_OnlyOneMovePossible_PlaysPossibleMove()
{
// 13 should not go anywhere
var cards = new ReadOnlyCollection <int>(new List <int>
{
1,
2,
98,
99,
49
});
var rows = TestHelper.GetPreparedRows(3, 4, 96, 97);
var comm = new List <(int, PlayerCommunication)>
{
(1,
new PlayerCommunication(RowOfCardsIdentifier.FirstRowUp,
PlayerCommunicationType.DoNotPlayHere)),
(1,
new PlayerCommunication(RowOfCardsIdentifier.SecondRowUp,
PlayerCommunicationType.DoNotPlayHere)),
(1,
new PlayerCommunication(RowOfCardsIdentifier.FirstRowDown,
PlayerCommunicationType.DoNotPlayHere)),
(1,
new PlayerCommunication(RowOfCardsIdentifier.SecondRowDown,
PlayerCommunicationType.DoNotPlayHere))
};
var info = new PlayerInformation(0, 2, rows, comm);
var expectedMove = new PlayerMove(PlayerMoveDecision.WantToPlay,
new CardPlacement(RowOfCardsIdentifier.SecondRowUp, 49));
var move = PlayerMoveRules.PlayLowestGapMove(cards, info);
Assert.That(move, Is.EqualTo(expectedMove));
}
