def main():
pairs = load_patterns(PARENT_CHILD_REGEX, "input/d06.txt")
counter = OrbitCounter()
for pair in pairs:
counter.add(pair[0], pair[1])
print("Orbits: {0}".format(counter.get_orbits()))
print("Transfers: {0}".format(counter.get_hops("YOU", "SAN")))
def load_signal_sets(path: str) -> List[SignalSet]:
split_regex = re.compile('^([a-g ]+)\\| ([a-z ]+)$')
signals = [
SignalSet(signals=signals.split(), display=display.split())
for signals, display in load_patterns(split_regex, path)
]
return signals
def test_load_valid(self):
groups = load_patterns(SPLIT_REGEX, GetTestFilePath(
"input/patterns/validPatterns.txt"))
expected = [
("1", "3", "a", "abcde"),
("1", "3", "b", "cdefg"),
("2", "9", "c", "ccccccccc")
]
self.assertListEqual(groups, expected)
def main():
passes = load_patterns(SPLIT_REGEX, "input/d02.txt")
count = 0
count2 = 0
for pass_to_test in passes:
if is_pass_valid(pass_to_test):
count += 1
if is_pass_valid_part_2(pass_to_test):
count2 += 1
print("Valid: {0}".format(count))
print("Valid (2): {0}".format(count2))
def test_load_invalidLine(self):
with self.assertRaises(UnexpectedLineFormat) as context:
load_patterns(SPLIT_REGEX,
GetTestFilePath("input/patterns/invalidLine"))
def loader():
load_patterns(
SPLIT_REGEX,
GetTestFilePath("input/patterns/validPatterns.txt"),
num_results=4)