def main():
code = load_int_list("input/d05.txt")
inp = [1]
output = []
compute(copy.copy(code), inp=inp, output=output)
print("Air con:")
for out in output:
print(out)
inp = [5]
output = []
compute(copy.copy(code), inp=inp, output=output)
print("Radiators:")
for out in output:
print(out)
def test_detect_floats(self):
with self.assertRaises(ValueError) as context:
load_int_list(GetTestFilePath("input/intLIst/hasFloat"))
def test_load_negativeInts(self):
ints = load_int_list(GetTestFilePath("input/intLIst/negativeInts"))
self.assertListEqual(
ints, [
50962, 126857, -127476, 136169, -62054, 116866, 123235])
def test_load_ints(self):
ints = load_int_list(GetTestFilePath("input/intLIst/123"))
self.assertListEqual(ints, [1, 2, 3])
def main():
ages = load_int_list("input/d06.txt")
print(part_one(ages, 80))
print(part_one(ages, 256))
def main():
positions = load_int_list("input/d07.txt")
print(part_one(positions))
print(part_two(positions))
def main():
program = load_int_list("input/d02.txt")
fixup_1202(program)
compute(program)
print(program[0])
print(find_and_encode(19690720))
def __init__(self):
self.base_program = encode(load_int_list(make_path("input/d02.txt")))
def main():
code = load_int_list("input/d07.txt")
print("Max thrust: {0}".format(find_max_thrust(code)))
print("Max Feedback thrust: {0}".format(
find_max_feedback_thrust(code)))