public void ShouldBeAbleToSeparateCellsIntoNiners()
{
// Given a repository with all the cells in it
var repository = new CellRepository();
// When we ask for the rows, columns and niners
var nineCellsCollection = repository.FetchCellsByRowColumnOrNiner();
// One of them should be the 5th column (index 4)
var foundNiner0 = false;
foreach (var nineCells in nineCellsCollection)
{
var expected = new NineCells(new[]
{
repository.FetchCell(0, 0),
repository.FetchCell(0, 1),
repository.FetchCell(0, 2),
repository.FetchCell(0, 3),
repository.FetchCell(0, 4),
repository.FetchCell(0, 5),
repository.FetchCell(0, 6),
repository.FetchCell(0, 7),
repository.FetchCell(0, 8)
});
if (nineCells.Intersect(expected).Count() == 9)
{
foundNiner0 = true;
}
}
Assert.IsTrue(foundNiner0);
}
public void ShouldBeAbleToSeparateCellsIntoRows()
{
// Given a repository with all the cells in it
var repository = new CellRepository();
// When we ask for the rows, columns and niners
var nineCellsCollection = repository.FetchCellsByRowColumnOrNiner();
// One of them should be the 2nd row (index 1)
var foundRow2 = false;
foreach (var nineCells in nineCellsCollection)
{
var expected = new NineCells(new[]
{
repository.FetchCell(0, 3),
repository.FetchCell(0, 4),
repository.FetchCell(0, 5),
repository.FetchCell(1, 3),
repository.FetchCell(1, 4),
repository.FetchCell(1, 5),
repository.FetchCell(2, 3),
repository.FetchCell(2, 4),
repository.FetchCell(2, 5)
});
var intersectionWithRow2 = nineCells.Intersect(expected).Count();
if (intersectionWithRow2 == 9)
{
foundRow2 = true;
}
}
Assert.IsTrue(foundRow2);
}
protected override void OnStartup(StartupEventArgs e)
{
var eventAggregator = new EventAggregator();
var cellRepository = new CellRepository();
var cellViewModelFactory = new CellViewModelFactory(eventAggregator, cellRepository);
var ninerViewModelFactory = new NinerViewModelFactory(cellViewModelFactory);
var puzzleViewModel = new PuzzleViewModel(ninerViewModelFactory, eventAggregator);
var rules = new IMightBeAbleToHelp[]
{
new ActualsCollide(),
new OnlyOneSpace(),
new OnlyOnePotential(),
new PotentialsMatchAnActual(),
};
new Solver(eventAggregator, cellRepository, rules);
var window = new MainWindow(puzzleViewModel);
window.Show();
}