def test_known_string_three():
known_string = "BBFFBBFRLL"
row = parse_boarding_pass_string(known_string)
column = parse_column_details(known_string)
seat_no = determine_seat_number(row, column)
assert row == 102
assert column == 4
assert seat_no == 820
def test_known_string_two():
known_string = "FFFBBBFRRR"
row = parse_boarding_pass_string(known_string)
column = parse_column_details(known_string)
seat_no = determine_seat_number(row, column)
assert row == 14
assert column == 7
assert seat_no == 119
def challenge_one(data):
max_seat = -1
for line in data:
row = parse_boarding_pass_string(line)
column = parse_column_details(line)
seat = determine_seat_number(row, column)
if seat > max_seat:
max_seat = seat
print(f'max seat: {max_seat}')
return 864
def challenge_two(data):
seat_ids = []
max, min = -1, 999
for line in data:
row = parse_boarding_pass_string(line)
column = parse_column_details(line)
seat = determine_seat_number(row, column)
if seat > max:
max = seat
if seat < min:
min = seat
seat_ids.append(seat)
print(seat_ids)
print(f'Min: {min} - max {max}')
print(sorted(seat_ids))
all_seats = set(range(min, max + 1))
my_seat = list(all_seats - set(seat_ids))
print(my_seat)