def main():
numbers = load_ints("input/d01.txt")
print(count_increases(numbers))
print(count_trios(numbers))
def load_adapters(path):
adapters = load_ints(path)
adapters.append(0)
adapters.sort()
adapters.append(adapters[-1] + 3)
return adapters
def test_load_negativeInts(self):
ints = load_ints(GetTestFilePath("input/ints/negativeInts"))
self.assertListEqual(
ints, [
50962, 126857, -127476, 136169, -62054, 116866, 123235])
def test_detect_floats(self):
with self.assertRaises(ValueError) as context:
load_ints(GetTestFilePath("input/ints/hasFloat"))
def test_load_ints(self):
ints = load_ints(GetTestFilePath("input/ints/123"))
self.assertListEqual(ints, [1, 2, 3])
def test_load_biggerInts(self):
ints = load_ints(GetTestFilePath("input/ints/biggerInts"))
self.assertListEqual(
ints, [
50962, 126857, 127476, 136169, 62054, 116866, 123235])
def main():
values = load_ints("input/d09.txt")
invalid_number = part_one(values, 25)
print(invalid_number)
print(part_two(values, invalid_number))
def test_Example1(self):
path = GetTestFilePath("samples/d09/example1")
values = load_ints(path)
self.assertEqual(part_one(values, 5), 127)
def main():
numbers = load_ints("input/d01.txt")
print(find_product(numbers))
print(find_trio_product(numbers))
def test_Sample(self):
numbers = load_ints(get_test_file_path("samples/d01.txt"))
self.assertEqual(count_increases(numbers), 7)
def calc_rocket_fuel(mass):
total_fuel = 0
fuel = calc_fuel(mass)
while fuel != 0:
total_fuel += fuel
fuel = calc_fuel(fuel)
return total_fuel
def calc_total_fuel(masses):
fuel = 0
for mass in masses:
fuel += calc_fuel(mass)
return fuel
def total_rocket_fuel(masses):
fuel = 0
for mass in masses:
fuel += calc_rocket_fuel(mass)
return fuel
if __name__ == "__main__":
print(calc_total_fuel(load_ints("input/d01.txt")))
print(total_rocket_fuel(load_ints("input/d01.txt")))