public void WhenRollCardIsCurrentAndValidMoveAvailableInStackThenTrueIsR()
{
var currentCardStack = new CurrentCardStacks();
var column1 = new List <ICard>
{
new NumberedCard(1, Color.Blue),
new NumberedCard(4, Color.Green),
};
var column2 = new List <ICard>
{
new NumberedCard(2, Color.Blue),
new NumberedCard(3, Color.Yellow),
new RollCard()
};
var column3 = new List <ICard>
{
new NumberedCard(1, Color.Blue),
new NumberedCard(6, Color.Red),
new RollCard()
};
currentCardStack.Columns[0].AddRange(column1);
currentCardStack.Columns[1].AddRange(column2);
currentCardStack.Columns[2].AddRange(column3);
var currentCard = new RollCard();
var isValidMove = Game.IsValidMoveAvailableInCurrentCardStacks(currentCard, currentCardStack);
Assert.IsTrue(isValidMove);
}
public void WhenRollCardValidMoveIsAvailableTrueIsReturned()
{
var cardDeckToValidateAgainst = new List <ICard>
{
new NumberedCard(1, Color.Blue),
new NumberedCard(3, Color.Red)
};
var currentCard = new RollCard();
var isValidMove = Game.IsValidMoveAvailable(currentCard, cardDeckToValidateAgainst);
Assert.IsTrue(isValidMove);
}
public void WhenRollCardIsCurrentAndValidMoveAvailableInStackThenTrueIsReturned()
{
var currentCardStack = new CurrentCardStacks();
currentCardStack.Columns[0].Add(new NumberedCard(5, Color.Green));
currentCardStack.Columns[1].Add(new NumberedCard(1, Color.Green));
currentCardStack.Columns[2].Add(new NumberedCard(4, Color.Green));
var currentCard = new RollCard();
var isValidMove = Game.IsValidMoveAvailableInCurrentCardStacks(currentCard, currentCardStack);
Assert.IsTrue(isValidMove);
}
