public LightStack <string> Init()
{
LightStack <string> stack = new LightStack <string>();
stack.Push("Pasha");
stack.Push("Valera");
stack.Push("Tolik");
return(stack);
}
public void ReverseTest()
{
//Arrange
var stack = Init();
LightStack <string> expectedStack = new LightStack <string>();
expectedStack.Push("Tolik");
expectedStack.Push("Valera");
expectedStack.Push("Pasha");
//Act
stack.Reverse();
//Assert
Assert.AreEqual(expectedStack, stack);
}
private void NewGame()
{
//Deck shuffling, MainList and TempList Reset
positionInMainDeck = -1;
MainCardDeck.DeckShuffle();
MainList = MainCardDeck.Deck;
selectedCard = MainList.First;
TempList = new LightList <Card>();
//Output Stacks Reset
FirstOutPutStack = new LightStack <Card>();
SecondOutPutStack = new LightStack <Card>();
ThirdOutPutStack = new LightStack <Card>();
FourthOutPutStack = new LightStack <Card>();
FirstOutPutStack.Push(new Card(CardSuit.Clovers, CardValue.Ace));
ThirdOutPutStack.Push(new Card(CardSuit.Diamonds, CardValue.Five));
TempStackPanel = new LightStack <UIElement>();
TempCardStack = new LightStack <Card>();
}
private void RefreshTempStackPanel()
{
if (TempCardStack.Count == 0)
{
if (TempList != null && TempList.Count > 0 && MainList.Count != 0)
{
var stack = new LightStack <Card>();
int i = 0;
int upBorder = TempList.Count > countOfCardsInMainStack ? countOfCardsInMainStack : TempList.Count;
while (i < upBorder)
{
stack.Push(TempList.Last);
TempList.Remove(TempList.Last);
i++;
}
stack.Reverse();
TempCardStack = stack;
}
}
}
public Expression ContextExpr; // => Expression.Default(typeof(UIElement));
public void Initialize(ParameterExpression parent)
{
hierarchyStack.Push(parent);
PushBlock();
}
public void PushBlock()
{
statementStacks.Push(LightList <Expression> .Get());
}