private void verifyPlaceASymbolToEmptySpaceThenSystemMustAcceptTheRequest(string[,] slots, string symbol, int row, int column, string expectedCurrentTurn)
{
var boardGame = new BoardGame {
Slots = slots
};
var canPlace = boardGame.Place(symbol, row, column);
Assert.True(canPlace);
Assert.Equal(expectedCurrentTurn, boardGame.CurrentTurn);
Assert.Null(boardGame.GetWinner());
Assert.False(boardGame.IsDraw);
}
public void TestGetWinner(int row1, int column1, int row2, int column2, int row3, int column3, BoardGamePlayerType?boardPlayerType)
{
var boardGame = new BoardGame();
var isX = (boardPlayerType == BoardGamePlayerType.X);
boardGame.TakeSlot(isX: isX, row: row1, column: column1);
boardGame.TakeSlot(isX: isX, row: row2, column: column2);
boardGame.TakeSlot(isX: isX, row: row3, column: column3);
var winner = boardGame.GetWinner();
var expected = Convert.ToString(boardPlayerType);
Assert.Equal(winner, expected);
}
public void PlaceXInEmptySlotWhenBoardHave_2X_2O_WithConnectedTogather()
{
var slots = new string[, ]
{
{ "X", "O", null },
{ "X", "O", null },
{ null, null, null },
};
var boardGame = new BoardGame {
Slots = slots
};
var canPlace = boardGame.Place("X", 2, 0);
Assert.True(canPlace);
Assert.Equal("X", boardGame.GetWinner());
Assert.Equal(0, boardGame.OScore);
Assert.Equal(1, boardGame.XScore);
Assert.False(boardGame.IsDraw);
}
