public void DiscardDeckIsEmptied_ReturnsListOfCards()
{
// Arrange
const int NumberOfCards = 5;
Card card = new Card(
new Hashtable()
{
{ "display", "A" },
{ "value", 11 },
{ "alternativeValue", 1 },
},
new Hashtable()
{
{ "suit", "Hearts" },
{ "color", "Red" },
}
);
DiscardDeck discardDeck = new DiscardDeck();
List <Card> emptiedCards;
// Act
for (int i = 0; i < NumberOfCards; i++)
{
discardDeck.addCard(card);
}
emptiedCards = discardDeck.clearDiscardPile();
// Assert
Assert.AreEqual(0, discardDeck.getCount());
Assert.AreEqual(NumberOfCards, emptiedCards.Count);
}
private void moveCardFromDrawDeckToDiscardDeck()
{
int drawDeckTopCardIndex = drawDeck.topCardIndex();
BasicCard drawDeckTopCard = drawDeck.CardDeck[drawDeckTopCardIndex];
drawDeck.removeCard(drawDeckTopCardIndex, discardDeck);
discardDeck.addCard(drawDeckTopCard);
}
public bool playCard(int cardIndex)
{
bool isPlayComplete = false;
BasicCard cardToBePlayed = hand.CardDeck[cardIndex];
if (discardDeck.isCardPlayable(cardToBePlayed))
{
hand.removeCard(cardIndex);
discardDeck.addCard(cardToBePlayed);
cardToBePlayed.playCard();
isPlayComplete = true;
}
else
{
Console.WriteLine(cardToBePlayed.lookAtCard() + " is not playable.");
}
return(isPlayComplete);
}
public void AddsToDiscardDeck_ReturnsVoid()
{
// Arrange
Card card = new Card(
new Hashtable()
{
{ "display", "A" },
{ "value", 11 },
{ "alternativeValue", 1 },
},
new Hashtable()
{
{ "suit", "Hearts" },
{ "color", "Red" },
}
);
DiscardDeck discardDeck = new DiscardDeck();
// Act
discardDeck.addCard(card);
// Assert
Assert.AreEqual(1, discardDeck.getCount());
}