public void Returns_id_of_single_claim(Claim claim)
{
var part2solver = new Part2Solver(claim);
var id = part2solver.GetIdOfOnlyNonOverlappingClaim();
id.Should().Be(claim.Id);
}
public void Solves_day_3_part_2()
{
var input = File.ReadAllLines("Day03/input.txt");
var claims = input
.Select(i => Claim.Parse(i))
.ToArray();
var solver = new Part2Solver(claims);
var id = solver.GetIdOfOnlyNonOverlappingClaim();
id.Should().Be(164);
}
public void Returns_id_of_non_overlapping_claim(IFixture fixture)
{
var xs = fixture.CreateMany <int>(8).OrderBy(i => i).ToArray();
var ys = fixture.CreateMany <int>(8).OrderBy(i => i).ToArray();
var a = (topLeft : (x : xs[1], y : ys[0]), bottomRight : (x : xs[4], y : ys[6]));
var b = (topLeft : (x : xs[2], y : ys[1]), bottomRight : (x : xs[6], y : ys[3]));
var c = (topLeft : (x : xs[0], y : ys[2]), bottomRight : (x : xs[3], y : ys[5]));
var d = (topleft : (x : xs[5], y : ys[4]), bottomRight : (x : xs[7], y : ys[7]));
var claimA = new Claim(fixture.Create <int>(), a.topLeft, a.bottomRight);
var claimB = new Claim(fixture.Create <int>(), b.topLeft, b.bottomRight);
var claimC = new Claim(fixture.Create <int>(), c.topLeft, c.bottomRight);
var claimD = new Claim(fixture.Create <int>(), d.topleft, d.bottomRight);
var part2solver = new Part2Solver(claimA, claimB, claimC, claimD);
var id = part2solver.GetIdOfOnlyNonOverlappingClaim();
id.Should().Be(claimD.Id);
}
