def test_solve(self):
instructions = FileHelper.read_file(
Path("../../Input/2018/Day16_1.txt"))
chronal = Day16ChronalClassification()
high_matches, op_code_correlations = chronal.solve_1(instructions)
self.assertEqual(493, high_matches)
instructions = FileHelper.read_file(
Path("../../Input/2018/Day16_2.txt"))
result = chronal.solve_2(instructions, op_code_correlations)
self.assertEquals(1, result)
def test_solve_2(self):
init_state = \
"#.#.#..##.#....#.#.##..##.##..#..#...##....###..#......###.#..#.....#.###.#...#####.####...#####.#.#"
subterranean = Day12SubterraneanSustainability(50000000000)
spread_table = FileHelper.read_file(Path("../../Input/2018/Day12.txt"))
plant_containing_pots = subterranean.solve(initial_state=init_state,
spread_table=spread_table)
self.assertEqual(1250000000991, plant_containing_pots)
def test_preparation_1(self) -> None:
bingo_data = FileHelper.read_file(Path("../../Input/2021/Day04_1.txt"))
self.assertEqual(
4512,
GiantSquid(bingo_data).solve(bingo_data[0].split(",")))
def test_part_1(self):
puzzle_input = FileHelper.read_file(Path("../../Input/2018/Day1.txt"))
chronal_calibration = Day1ChronalCalibration()
self.assertEquals(454, chronal_calibration.solve1(puzzle_input))
def test_part_2(self):
ids = FileHelper.read_file(Path("../../Input/2018/Day2.txt"))
inventory_management_system = Day2InventoryManagementSystem()
common_id_letters = inventory_management_system.solve2(ids)
self.assertEqual("prtkqyluiusocwvaezjmhmfgx", common_id_letters)
def test_solve_2(self) -> None:
bingo_data = FileHelper.read_file(Path("../../Input/2021/Day04_2.txt"))
self.assertEqual(
16168,
GiantSquid(bingo_data, True).solve(bingo_data[0].split(",")))
def test_solve_b(self) -> None:
data = FileHelper.read_file(Path("../../Input/2021/Day03.txt"))
result = BinaryDiagnostic().determine_life_supply(data)
self.assertEqual(4996233, result)
def test_1(self):
corruption_checksum = Day2CorruptionChecksum()
puzzle_input = FileHelper.read_file(Path("../../Input/2017/Day2.txt"))
result = corruption_checksum.solve_a(puzzle_input)
self.assertEquals(42299, result)
def test_solve_b(self) -> None:
data = FileHelper.read_file(Path("../../Input/2021/Day02.txt"))
result = Dive(True).solve(data)
self.assertEqual(1840311528, result)
def test_part_2(self):
steps = FileHelper.read_file(Path("../../Input/2018/Day7.txt"))
step_order = Day7TheSumOfItsParts(5, 60).solve2(steps)
self.assertEqual(892, step_order)
def test_part_2(self):
guard_records = FileHelper.read_file(Path("../../Input/2018/Day4.txt"))
_, predictable_sleep = Day4ReposeRecord().solve(guard_records)
self.assertEqual(106850, predictable_sleep)
def test_part_2(self):
test = FileHelper.read_file(Path("../../Input/2018/Day5.txt"))
output_len = Day5AlchemicalReduction().solve2(test[0])
self.assertEqual(6942, output_len)
def test_part_1(self):
guard_records = FileHelper.read_file(Path("../../Input/2018/Day4.txt"))
max_sleep, _ = Day4ReposeRecord().solve(guard_records)
self.assertEqual(71748, max_sleep)
def test_solve_2(self) -> None:
data = FileHelper.read_file(Path("../../Input/2021/Day06.txt"))
result = Lanternfish().solve(data[0], 256)
self.assertEqual(1743335992042, result)
def test_solve_1(self) -> None:
data = FileHelper.read_file(Path("../../Input/2021/Day06.txt"))
result = Lanternfish().solve(data[0], 80)
self.assertEqual(389726, result)
def test_part_2(self):
coordinates = FileHelper.read_file(Path("../../Input/2018/Day6.txt"))
largest_area = Day6ChronalCoordinates(coordinates, 10000).solve2()
self.assertEqual(36216, largest_area)
def test_part_1(self):
coordinates = FileHelper.read_file(Path("../../Input/2018/Day6.txt"))
largest_area = Day6ChronalCoordinates(coordinates).solve1()
self.assertEqual(5532, largest_area)
def test_solve_a(self) -> None:
data = FileHelper.read_file(Path("../../Input/2021/Day02.txt"))
result = Dive(False).solve(data)
self.assertEqual(2073315, result)
def test_part_2(self):
license_input = FileHelper.read_file(Path("../../Input/2018/Day8.txt"))
step_order = Day8MemoryManeuver(True).solve(license_input[0])
self.assertEqual(40292, step_order)
def test_part_1(self):
steps = FileHelper.read_file(Path("../../Input/2018/Day7.txt"))
step_order = Day7TheSumOfItsParts().solve1(steps)
self.assertEqual("CHILFNMORYKGAQXUVBZPSJWDET", step_order)
def test_solve_2(self) -> None:
data = FileHelper.read_file(Path("../../Input/2021/Day07.txt"))
result = TheTreacheryOfWhales().solve(data[0], True)
self.assertEqual(96592275, result)
def test_solve_a(self) -> None:
data = FileHelper.read_file(Path("../../Input/2021/Day03.txt"))
result = BinaryDiagnostic().determine_power_consumption(data)
#
self.assertEqual(3912944, result)
def test_solve_2(self) -> None:
data = FileHelper.read_file(Path("../../Input/2021/Day05.txt"))
result = HydrothermalVenture(True).solve(data)
self.assertEqual(21101, result)
def test_part_2(self):
claims = FileHelper.read_file(Path("../../Input/2018/Day3.txt"))
claim_overlap = Day3NoMatterHowYouSliceIt(1000).solve2(claims)
self.assertEqual(116, claim_overlap)
def test_part_2(self):
marble_input = FileHelper.read_file(Path("../../Input/2018/Day9.txt"))
step_order = Day9MarbleMania(marble_input[0], 100).solve()
self.assertEqual(3085518618, step_order)
def test_solve_2(self):
acres = FileHelper.read_file(Path("../../Input/2018/Day18.txt"))
north_pole_acres = Day18SettlersOfTheNorthPole(1000000000)
resources = north_pole_acres.solve(acres)
self.assertEqual(233058, resources)
def test_part_1(self):
ids = FileHelper.read_file(Path("../../Input/2018/Day2.txt"))
inventory_management_system = Day2InventoryManagementSystem()
checksum = inventory_management_system.solve1(ids)
self.assertEqual(6723, checksum)