public void Part2Test()
{
// Given
var layout = SeatLayout.Parse(Input.Get(11));
// When
var step1 = layout.StepPart2();
var step2 = step1.StepPart2();
var step3 = step2.StepPart2();
var step4 = step3.StepPart2();
var step5 = step4.StepPart2();
var step6 = step5.StepPart2();
var stable = layout.StabalizePart2();
var count = stable.Count(SeatLayoutTile.OccupiedSeat);
// Then
Assert.Equal(step1, SeatLayout.Parse(Input.Get(11, "Part2Step1")));
Assert.Equal(step2, SeatLayout.Parse(Input.Get(11, "Part2Step2")));
Assert.Equal(step3, SeatLayout.Parse(Input.Get(11, "Part2Step3")));
Assert.Equal(step4, SeatLayout.Parse(Input.Get(11, "Part2Step4")));
Assert.Equal(step5, SeatLayout.Parse(Input.Get(11, "Part2Step5")));
Assert.Equal(step6, SeatLayout.Parse(Input.Get(11, "Part2Step6")));
Assert.Equal(step6, step6.StepPart2());
Assert.Equal(step6, stable);
Assert.Equal(26, count);
}
public void LayoutEqualityReflexive()
{
// Given
var layout1 = SeatLayout.Parse(Input.Get(11));
var layout2 = SeatLayout.Parse(Input.Get(11));
// Then
Assert.True(layout1 == layout2);
}
public void Part2CountTest(int i, int x, int y, int count)
{
// Given
var layout = SeatLayout.Parse(Input.Get(11, $"Part2Count{i}"));
// When
var actual = layout.CountAdjacentPart2(x, y);
// Then
Assert.Equal(count, actual);
}