def part_two(filename: str):
lines = data.load_lines(filename)
for i in range(len(lines)):
copy = lines.copy()
if copy[i].startswith("jmp"):
copy[i] = copy[i].replace("jmp", "nop")
elif copy[i].startswith("nop"):
copy[i] = copy[i].replace("nop", "jmp")
index, accumulator = 0, 0
seen = []
while True:
if index == len(lines):
print(accumulator)
return accumulator
elif index in seen:
break
else:
seen.append(index)
index, accumulator = process_instruction(
copy[index], index, accumulator)
def test_aoc_03_part_two():
# GIVEN input data
input_data = data.load_lines("data/day03.txt")
# WHEN calling part_one()
result = aoc_03.part_two(input_data)
# THEN result is correct
assert result == 3584591857
def test_aoc_01_part_one():
# GIVEN input data
input_data = data.load_lines("data/day01.txt")
# WHEN calling part_one()
result = aoc_01.part_one(input_data)
# THEN result is correct
assert result == 989824
def test_aoc_05_part_two():
# GIVEN input data
input_data = data.load_lines("data/day05.txt")
# WHEN calling part_two()
result = aoc_05.part_two(input_data)
# THEN result is correct
assert result == 617
taken_seats = list(map(lambda x: get_seat(x), input_data))
taken_seats.sort()
possible_seats = list(map(lambda x: f"{x:02o}", range(128 * 8)))
possible_seats = list(
map(lambda x: (int(x[:-1]), int(x[-1])), possible_seats))
while possible_seats[0] < taken_seats[0]:
possible_seats.pop(0)
while possible_seats[-1] > taken_seats[-1]:
possible_seats.pop(-1)
result = None
possible_results = list(
filter(lambda x: x not in taken_seats, possible_seats))
assert len(possible_results) == 1
row, col = possible_results[0]
result = row * 8 + col
print(result)
return result
if __name__ == "__main__":
input_data = data.load_lines("data/day05.txt")
print("==== Part 1 ====")
part_one(input_data)
print("==== Part 2 ====")
part_two(input_data)
def load(lines): return data.load_lines(lines, Glyphs)
def prep_data(filename: str):
lines = data.load_lines(filename)
lines = list(map(lambda x: int(x), lines))
return lines
def create_rule_dict(filename: str):
lines = data.load_lines(filename)
rules = {}
for line in lines:
rules.update(process_rule(line))
return rules
def part_one(filename: str):
lines = data.load_lines(filename)
index, accumulator = process_lines(lines)
print(accumulator)
return accumulator
