public void NoCompletedLines()
{
var board = BoardSamples.Board2;
var solver = new CrossOutCompletedLine();
var actualChanges = solver.Solve(board);
Assert.Empty(actualChanges);
}
public void OneHorizontalLineFixed()
{
var board = BoardSamples.Board2
.ApplyChange(new BoardChange(1, 1, CellState.Filled));
var solver = new CrossOutCompletedLine();
var actualChanges = solver.Solve(board);
var expected = new List <BoardChange>
{
new BoardChange(0, 1, CellState.Blocked),
new BoardChange(2, 1, CellState.Blocked)
};
Assert.Equal(expected, actualChanges);
}
public void BoardWithEmptyLine()
{
var board = BoardSamples.Board1;
var solver = new CrossOutCompletedLine();
var actualChanges = solver.Solve(board);
var expected = new List <BoardChange>
{
new BoardChange(0, 4, CellState.Blocked),
new BoardChange(1, 4, CellState.Blocked),
new BoardChange(2, 4, CellState.Blocked),
new BoardChange(3, 4, CellState.Blocked),
new BoardChange(4, 4, CellState.Blocked)
};
Assert.Equal(expected, actualChanges);
}
public void TwoCrossingLine_NoDuplicates()
{
var board = BoardSamples.Board2
.ApplyChanges(
new BoardChange(0, 2, CellState.Filled),
new BoardChange(1, 1, CellState.Filled));
var solver = new CrossOutCompletedLine();
var actualChanges = solver.Solve(board);
var expected = new List <BoardChange>
{
new BoardChange(0, 0, CellState.Blocked),
new BoardChange(0, 1, CellState.Blocked),
new BoardChange(2, 1, CellState.Blocked)
};
Assert.Equal(expected, actualChanges);
}
