public void ReturnExceptionIfPositionIsOccupied(int row, int column, int depth)
{
var board = new TicTacToeCPUBoard(3);
board.UpdateBoard('X', new Coordinates(row, column, depth));
Assert.Throws <BoardPositionIsOccupiedException>(() => board.UpdateBoard('X', new Coordinates(row, column, depth)));
}
public void ReturnFalseWhenThereIsNoWinningColumnWithSameDepth()
{
var board = new TicTacToeCPUBoard(3);
board.UpdateBoard('X', new Coordinates(0, 0, 0));
board.UpdateBoard('X', new Coordinates(1, 0, 0));
board.UpdateBoard('X', new Coordinates(0, 0, 1));
var rules = new TicTacToeRules();
var hasWinner = rules.HasWinner(board);
Assert.False(hasWinner);
}
public void ReturnWinnerWhenThereIsAWinningColumnWithSameDepth(int column, int depth)
{
var board = new TicTacToeCPUBoard(3);
board.UpdateBoard('X', new Coordinates(1, column, depth));
board.UpdateBoard('X', new Coordinates(0, column, depth));
board.UpdateBoard('X', new Coordinates(2, column, depth));
var rules = new TicTacToeRules();
var hasWinner = rules.HasWinner(board);
Assert.True(hasWinner);
}
public void ReturnWinnerWhenThereIsAWinningRowWithDifferentDepthWithFirstRowAtTheBackLayer()
{
var board = new TicTacToeCPUBoard(3);
board.UpdateBoard('X', new Coordinates(0, 0, 2));
board.UpdateBoard('X', new Coordinates(0, 1, 1));
board.UpdateBoard('X', new Coordinates(0, 2, 0));
var rules = new TicTacToeRules();
var hasWinner = rules.HasWinner(board);
Assert.True(hasWinner);
}
public void ReturnFalseWhenThereIsNoWinningVerticalSecondaryDiagonalLineWithDifferentDepth()
{
var board = new TicTacToeCPUBoard(3);
board.UpdateBoard('X', new Coordinates(0, 2, 0));
board.UpdateBoard('X', new Coordinates(1, 1, 1));
board.UpdateBoard('X', new Coordinates(2, 0, 1));
var rules = new TicTacToeRules();
var hasWinner = rules.HasWinner(board);
Assert.False(hasWinner);
}
public void ReturnTrueWhenThereIsAWinningVerticalSecondaryDiagonalLineFromTop()
{
var board = new TicTacToeCPUBoard(3);
board.UpdateBoard('X', new Coordinates(0, 2, 0));
board.UpdateBoard('X', new Coordinates(1, 1, 1));
board.UpdateBoard('X', new Coordinates(2, 0, 2));
var rules = new TicTacToeRules();
var hasWinner = rules.HasWinner(board);
Assert.True(hasWinner);
}
public void ReturnTrueWhenThereIsAWinningVerticalPrimaryDiagonalLineWithSameDepth()
{
var board = new TicTacToeCPUBoard(3);
board.UpdateBoard('X', new Coordinates(0, 0, 1));
board.UpdateBoard('X', new Coordinates(1, 1, 1));
board.UpdateBoard('X', new Coordinates(2, 2, 1));
var rules = new TicTacToeRules();
var hasWinner = rules.HasWinner(board);
Assert.True(hasWinner);
}
public void ReturnWinnerWhenThereIsAWinningDepth()
{
var board = new TicTacToeCPUBoard(3);
board.UpdateBoard('X', new Coordinates(1, 2, 0));
board.UpdateBoard('X', new Coordinates(1, 2, 1));
board.UpdateBoard('X', new Coordinates(1, 2, 2));
var rules = new TicTacToeRules();
var hasWinner = rules.HasWinner(board);
Assert.True(hasWinner);
}
public void ReturnWinnerWhenThereIsAWinningRowWithSameDepth(int row, int depth)
{
var board = new TicTacToeCPUBoard(3);
board.UpdateBoard('X', new Coordinates(row, 0, depth));
board.UpdateBoard('X', new Coordinates(row, 2, depth));
board.UpdateBoard('X', new Coordinates(row, 1, depth));
var rules = new TicTacToeRules();
var hasWinner = rules.HasWinner(board);
Assert.True(hasWinner);
}
public void UpdatesBoardIfPositionIsValidAndNotOccupied(int row, int column, int depth)
{
var board = new TicTacToeCPUBoard(3);
var coordinates = new Coordinates(row, column, depth);
var playerMove = new Cell('X', coordinates);
board.UpdateBoard('X', coordinates);
var boardUpdated = board.GetPlayedCells().Any(cell =>
cell.State == playerMove.State && cell.Coordinates.Row == playerMove.Coordinates.Row &&
cell.Coordinates.Column == playerMove.Coordinates.Column &&
cell.Coordinates.Depth == playerMove.Coordinates.Depth);
Assert.NotNull(board.GetPlayedCells());
Assert.True(boardUpdated);
}
public void ReturnExceptionIfCoordinatesIsOutOfBounds(int row, int column, int depth)
{
var board = new TicTacToeCPUBoard(3);
Assert.Throws <CoordinateIsOutOfBoundsException>(() => board.UpdateBoard('X', new Coordinates(row, column, depth)));
}
