public void TestAdd_SomeQueue_SizeIncreasedOne()
{
var p = new PiecesQueue();
Assert.That(!p.Any());
p.Add(_piece);
Assert.That(p.Count() == 1, "Size was " + p.Count());
}
public void TestValidSet_ValidIndexer_ItemReplaced()
{
var q = new PiecesQueue {
_piece
};
q[0] = new Piece(PieceType.Flower, Color.Red, Color.White);
Assert.That(q[0].OuterColor == Color.Red);
}
public void ContainsShovel_HasShovel_ReturnTrue()
{
var p = new PiecesQueue {
_piece,
new Piece(PieceType.Shovel, Color.None, Color.None)
};
Assert.That(p.ContainsShovel());
}
void Awake()
{
if (Instance == null) //singleton for leveldata
{
Instance = this;
}
for (int i = 0; i < _pieces.Count; i++)
{
PiecesQueue.Enqueue(_pieces[i]);
}
}
public void TestSplitByShovel_OneShovelAtFront_OneList()
{
var p = new PiecesQueue {
new Piece(PieceType.Shovel, Color.None, Color.None),
new Piece(PieceType.Flower, Color.Blue, Color.Pink), //0
new Piece(PieceType.Flower, Color.Blue, Color.Red), //1
new Piece(PieceType.Flower, Color.Yellow, Color.Red) //2
};
var splitQueue = p.SplitByShovel();
Assert.That(splitQueue.Count == 1);
TestHelper(splitQueue[0][0], PieceType.Flower, Color.Blue, Color.Pink);
TestHelper(splitQueue[0][1], PieceType.Flower, Color.Blue, Color.Red);
TestHelper(splitQueue[0][2], PieceType.Flower, Color.Yellow, Color.Red);
}
public MoveList Solve(Board board, PiecesQueue queue)
{
if (queue == null)
{
throw new ArgumentNullException("queue");
}
if (board == null)
{
throw new ArgumentNullException("board");
}
PiecesQueue = queue;
Board = board;
return(Solve());
}
private static PiecesQueue TranslateToPiecesQueue(IEnumerable <Flowerz.Model.Piece> queue)
{
var q = new PiecesQueue();
foreach (var flower in queue)
{
q.Add(new Flowerz.SolverModel.Piece(flower));
}
Console.WriteLine("Queue info: ");
foreach (var piece in q)
{
Console.Write(piece + ", ");
}
Console.WriteLine();
return(q);
}
public void TestSplitByShovel_OneShovel_TwoLists()
{
var p = new PiecesQueue {
new Piece(PieceType.Flower, Color.Blue, Color.Pink), //0
new Piece(PieceType.Flower, Color.Blue, Color.Red), //1
new Piece(PieceType.Flower, Color.Yellow, Color.Red), //2
new Piece(PieceType.Shovel, Color.None, Color.None), //3
new Piece(PieceType.Flower, Color.Pink, Color.Cyan), //4
new Piece(PieceType.Flower, Color.Cyan, Color.White), //5
};
var splitQueue = p.SplitByShovel();
Assert.That(splitQueue.Count == 2);
Assert.That(splitQueue[0].Count == 3);
Assert.That(splitQueue[1].Count == 2);
TestHelper(splitQueue[0][0], PieceType.Flower, Color.Blue, Color.Pink);
TestHelper(splitQueue[0][1], PieceType.Flower, Color.Blue, Color.Red);
TestHelper(splitQueue[0][2], PieceType.Flower, Color.Yellow, Color.Red);
TestHelper(splitQueue[1][0], PieceType.Flower, Color.Pink, Color.Cyan);
TestHelper(splitQueue[1][1], PieceType.Flower, Color.Cyan, Color.White);
}
public void TestInvalidIndexer_Set_IndexerTooLow()
{
var p = new PiecesQueue();
p[-1] = new Piece(PieceType.Flower, Color.Red, Color.White);
}
public void TestInvalidIndexer_GetIndexerTooLow_Exception()
{
var p = new PiecesQueue();
var x = p[-1];
}
public void TestInvalidIndexer_GetIndexerTooHigh_Exception()
{
var p = new PiecesQueue();
var x = p[10];
}
