def part2():
box_ids = list(read_file(2))
for box_id in box_ids:
for box_id2 in box_ids:
result = id_match(box_id, box_id2)
if result:
return result
def part1():
sum2 = 0
sum3 = 0
lines = read_file(2)
for result in count(lines):
if result[0]:
sum2 += 1
if result[1]:
sum3 += 1
return sum2 * sum3
from days import read_file
value: int = 0
for line in read_file(1):
value += int(line)
print(value)
def repeat(input: list) -> int:
value = 0
seen: set = set()
while True:
for num in input:
value += int(num)
if value in seen:
return value
seen.add(value)
mylist = list(read_file(1))
print(repeat(mylist))
def day4() -> (int, int):
events = sorted(list(Event(datetime.strptime(line[1:17], "%Y-%m-%d %H:%M"), get_guard(line), event_type(line)) for line in read_file(4)), key=operator.attrgetter("time"))
guard = -1
guardsleep = defaultdict(lambda: GuardSleep(0, 0, []))
for event in events:
if event.guard >= 0:
guard = event.guard
if event.event == EventType.FALLS_ASLEEP:
guardsleep[guard].last_sleep = event.time.minute
if event.event == EventType.WAKES_UP:
guardsleep[guard].sleep_total += event.time.minute - guardsleep[guard].last_sleep
guardsleep[guard].add_sleeps(event.time.minute)
most_sleepy_guard_number = max(guardsleep, key=(lambda key: guardsleep[key].sleep_total))
most_sleepy_guard = guardsleep[most_sleepy_guard_number]
part1_result = most_sleepy_guard_number * mode(sorted(most_sleepy_guard.sleeps))
# Part 2
MostSleepy = namedtuple('MostCommon', ['id', 'minute', 'amount'])
most_sleepy = MostSleepy(0, 0, 0)
for k in guardsleep:
current_guard = guardsleep[k]
try:
most_common_minute = mode(sorted(current_guard.sleeps))
amount = len(list((m for m in current_guard.sleeps if m == most_common_minute)))
if amount > most_sleepy.amount:
most_sleepy = MostSleepy(k, most_common_minute, amount)
except statistics.StatisticsError:
print("No unique most common minute for " + str(k))
return part1_result, most_sleepy.id * most_sleepy.minute
from days import read_file
from collections import defaultdict
def make_rect(line: str):
split1 = line.strip().split(" @ ")
split2 = split1[1].split(": ")
positions = split2[0].split(",")
size = split2[1].split("x")
id = split1[0].split("#")[1]
return tuple(
map(lambda x: int(x),
(id, positions[0], positions[1], size[0], size[1])))
boxes = list(make_rect(line) for line in read_file(3))
def filled_box(box):
for x in range(box[3]):
for y in range(box[4]):
yield str(box[1] + x) + "_" + str(box[2] + y)
world = defaultdict(lambda: 0)
for box in boxes:
print(box)
for pos in filled_box(box):
world[pos] += 1
print(len(list(v for v in world.values() if v > 1)))