public AreaViewWindow(int width, int height, Action <string> showMessageCallback) : base(Config.Instance.Get <int>("MapWidth"), Config.Instance.Get <int>("MapHeight"))
{
this.showMessageCallback = showMessageCallback;
this.TextSurface.RenderArea = new Rectangle(0, 0, width, height);
var player = new Player();
var playerEntity = this.CreateGameObject("Player", player);
this.CreateGameObject("StairsDown", '>', Color.White);
SadConsole.Engine.ActiveConsole = this;
// Keyboard setup
SadConsole.Engine.Keyboard.RepeatDelay = 0.07f;
SadConsole.Engine.Keyboard.InitialRepeatDelay = 0.1f;
this.GenerateAndDisplayMap();
var currentFieldOfView = new RogueSharp.FieldOfView(this.currentMap.GetIMap());
var fovTiles = currentFieldOfView.ComputeFov(playerEntity.Position.X, playerEntity.Position.Y, Config.Instance.Get <int>("PlayerLightRadius"), true);
this.MarkCurrentFovAsVisible(fovTiles);
var creatures = this.objects.Where(s => s.Data is Monster || s.Data is Player).Select(e => e.Data as IHasAgility);
this.turnCalculator = new TurnCalculator(creatures);
}
public void TestExtraTurnForBlackBug()
{
var sut = new TurnCalculator();
var board = new MatrixBoard();
{
board.IsTurnOfBlackPlayer = true;
board.TryConsumeNamedCellByWhitePlayer("E4");
board.TryConsumeNamedCellByWhitePlayer("E5");
board.TryConsumeNamedCellByBlackPlayer("C5");
board.TryConsumeNamedCellByBlackPlayer("D5");
board.TryConsumeNamedCellByBlackPlayer("D4");
board.TryConsumeNamedCellByBlackPlayer("E6");
}
var result = sut.GetValidTurnsForBoard(board);
Assert.IsNotNull(result);
Assert.AreEqual(5, result.Count());
string strTurnPositions = BoardCoordinatesConverter.PrintTurnPositions(result);
string expectedTurnPositions = "E3; F3; F4; F5; F6";
Assert.AreEqual(expectedTurnPositions, strTurnPositions);
}
public void Run_Turn_Calculation()
{
/// Initialise
var log = new EmptyLog();
var locator = new InMemoryLocator();
locator.AddResolver(typeof(IRepository <Stockpile>), () => new InMemoryRepository <Stockpile>());
var bus = new InMemoryBus(locator, log);
Bus.SetBus(bus);
Bus.RegisterHandler <AddStockpileCommandHandler>();
/// Start testing
var calculator = new TurnCalculator();
var map = new Map(8, 8);
var game = new Game(map.GetAggregateKey());
var stockpileRepository = new InMemoryRepository <Stockpile>();
Bus.Send(new AddStockpileCommand(game, Resource.Collection.Iron));
Bus.Send(new AddStockpileCommand(game, Resource.Collection.Stone));
Bus.Send(new AddStockpileCommand(game, Resource.Collection.Wood));
calculator.Calculate(game);
}
public void TestTurnsResultIsNullForEmptyBoard()
{
var board = new MatrixBoard();
var sut = new TurnCalculator();
var turns = sut.GetValidTurnsForBoard(board);
Assert.IsNull(turns);
}
public void SetUp()
{
this._initialBoard = new MatrixBoard();
{
this._initialBoard.TryConsumeNamedCellByBlackPlayer("D4");
this._initialBoard.TryConsumeNamedCellByBlackPlayer("E5");
this._initialBoard.TryConsumeNamedCellByWhitePlayer("E4");
this._initialBoard.TryConsumeNamedCellByWhitePlayer("D5");
this._initialBoard.IsTurnOfBlackPlayer = true;
}
this._sut = new TurnCalculator();
}
public void TestNoFlipsIfBoardEndReached()
{
var sut = new TurnCalculator();
var board = new MatrixBoard();
{
board.IsTurnOfBlackPlayer = false;
board.TryConsumeNamedCellByBlackPlayer("A1");
board.TryConsumeNamedCellByBlackPlayer("H1");
board.TryConsumeNamedCellByBlackPlayer("A8");
board.TryConsumeNamedCellByBlackPlayer("H8");
board.TryConsumeNamedCellByBlackPlayer("A4");
board.TryConsumeNamedCellByBlackPlayer("H4");
board.TryConsumeNamedCellByBlackPlayer("D1");
board.TryConsumeNamedCellByBlackPlayer("D8");
// Diagonal
board.TryConsumeNamedCellByBlackPlayer("B2");
board.TryConsumeNamedCellByBlackPlayer("C3");
board.TryConsumeNamedCellByBlackPlayer("E5");
board.TryConsumeNamedCellByBlackPlayer("F6");
board.TryConsumeNamedCellByBlackPlayer("G7");
// Horizontal
board.TryConsumeNamedCellByBlackPlayer("B4");
board.TryConsumeNamedCellByBlackPlayer("C4");
board.TryConsumeNamedCellByBlackPlayer("E4");
board.TryConsumeNamedCellByBlackPlayer("F4");
board.TryConsumeNamedCellByBlackPlayer("G4");
// Vertical
board.TryConsumeNamedCellByBlackPlayer("D2");
board.TryConsumeNamedCellByBlackPlayer("D3");
board.TryConsumeNamedCellByBlackPlayer("D5");
board.TryConsumeNamedCellByBlackPlayer("D6");
board.TryConsumeNamedCellByBlackPlayer("D7");
}
var result = sut.GetValidTurnsForBoard(board);
Assert.IsNull(result);
}
public void TestReverseDiagonalFlips()
{
var sut = new TurnCalculator();
var board = new MatrixBoard();
{
board.IsTurnOfBlackPlayer = false;
board.TryConsumeNamedCellByWhitePlayer("A8");
board.TryConsumeNamedCellByWhitePlayer("H1");
board.TryConsumeNamedCellByBlackPlayer("B7");
board.TryConsumeNamedCellByBlackPlayer("C6");
board.TryConsumeNamedCellByBlackPlayer("D5");
board.TryConsumeNamedCellByBlackPlayer("E4");
board.TryConsumeNamedCellByBlackPlayer("G2");
}
var result = sut.GetValidTurnsForBoard(board);
Assert.IsNotNull(result);
Assert.AreEqual(1, result.Count());
IReversiTurn turn = result.First();
string strPosition = BoardCoordinatesConverter.CoordinatesToCellName(turn.Position);
Assert.AreEqual("F3", strPosition);
Assert.AreEqual(5, turn.PositionsOfFlippedItems.Count());
var sortedFlips =
turn.PositionsOfFlippedItems.OrderBy(c =>
{
return(BoardCoordinatesConverter.CoordinatesToCellName(c));
});
string strSortedFlips = BoardCoordinatesConverter.PrintCoordinates(sortedFlips);
string expectedFlips = "B7; C6; D5; E4; G2";
Assert.AreEqual(expectedFlips, strSortedFlips);
}
public void TurnCalculatorReturnsTurnsFairly()
{
var player = new Creature(7, "Player");
var monster = new Creature(5, "Monster");
// Manually worked this out
var expected = new Creature[] { player, monster, player, monster, player, player, monster };
var actual = new List <Creature>();
var turnCalculator = new TurnCalculator(new Creature[] { player, monster });
while (actual.Count < expected.Length)
{
actual.Add(turnCalculator.NextTurn() as Creature);
}
for (int i = 0; i < expected.Length; i++)
{
var e = expected[i];
var a = actual[i];
Assert.That(a, Is.EqualTo(e), $"On turn {i + 1}, expected {e.Name} but got {a.Name}");
}
}
public void TearDown()
{
this._initialBoard = null;
this._sut = null;
}
public void TestMultipleDirections()
{
var sut = new TurnCalculator();
var board = new MatrixBoard();
{
board.IsTurnOfBlackPlayer = false;
board.TryConsumeNamedCellByWhitePlayer("A1");
board.TryConsumeNamedCellByWhitePlayer("H1");
board.TryConsumeNamedCellByWhitePlayer("A8");
board.TryConsumeNamedCellByWhitePlayer("H8");
board.TryConsumeNamedCellByWhitePlayer("A4");
board.TryConsumeNamedCellByWhitePlayer("H4");
board.TryConsumeNamedCellByWhitePlayer("D1");
board.TryConsumeNamedCellByWhitePlayer("D8");
// Diagonal
board.TryConsumeNamedCellByBlackPlayer("B2");
board.TryConsumeNamedCellByBlackPlayer("C3");
board.TryConsumeNamedCellByBlackPlayer("E5");
board.TryConsumeNamedCellByBlackPlayer("F6");
board.TryConsumeNamedCellByBlackPlayer("G7");
// Horizontal
board.TryConsumeNamedCellByBlackPlayer("B4");
board.TryConsumeNamedCellByBlackPlayer("C4");
board.TryConsumeNamedCellByBlackPlayer("E4");
board.TryConsumeNamedCellByBlackPlayer("F4");
board.TryConsumeNamedCellByBlackPlayer("G4");
// Vertical
board.TryConsumeNamedCellByBlackPlayer("D2");
board.TryConsumeNamedCellByBlackPlayer("D3");
board.TryConsumeNamedCellByBlackPlayer("D5");
board.TryConsumeNamedCellByBlackPlayer("D6");
board.TryConsumeNamedCellByBlackPlayer("D7");
}
var result = sut.GetValidTurnsForBoard(board);
Assert.IsNotNull(result);
Assert.AreEqual(1, result.Count());
IReversiTurn turn = result.First();
string strPosition = BoardCoordinatesConverter.CoordinatesToCellName(turn.Position);
Assert.AreEqual("D4", strPosition);
Assert.AreEqual(15, turn.PositionsOfFlippedItems.Count());
var sortedFlips =
turn.PositionsOfFlippedItems.OrderBy(c =>
{
return(BoardCoordinatesConverter.CoordinatesToCellName(c));
});
string strSortedFlips = BoardCoordinatesConverter.PrintCoordinates(sortedFlips);
string expectedFlips = "B2; B4; C3; C4; D2; D3; D5; D6; D7; E4; E5; F4; F6; G4; G7";
Assert.AreEqual(expectedFlips, strSortedFlips);
}
