return False
def count_matching(messages):
count = 0
for message in messages:
if is_valid(message):
count += 1
return count
def solved19(input_data):
DECODED.clear()
rules = extract_rules(input_data)
decode_rules(rules)
messages = extract_messages(input_data)
return count_matching(messages)
if __name__ == '__main__':
test_data = utils.loadStringData("./data/d19_example.txt")
real_data = utils.loadStringData("./data/d19_real.txt")
test = solved19(test_data)
real = solved19(real_data)
print(utils.OUTPUT_STRING.format("example", test))
print(utils.OUTPUT_STRING.format("exercise", real))
def calculate_result(order, my_ticket):
result = 1
for key in order.keys():
if key.startswith('departure'):
result *= my_ticket[order[key]]
return result
def solved16(input_data):
rules = extract_rules(input_data)
tickets = extract_nearby_tickets(input_data)
valid_tickets = get_valid_tickets(rules, tickets)
my_ticket = extract_my_ticket(input_data)
valid_tickets.append(my_ticket)
field_order = determine_field_order(rules, valid_tickets)
print(field_order)
return calculate_result(field_order, my_ticket)
if __name__ == '__main__':
#test_data = utils.loadStringData("./data/d16_example2.txt")
real_data = utils.loadStringData("./data/d16_real.txt")
#test = solved16(test_data)
real = solved16(real_data)
#print(utils.OUTPUT_STRING.format("example", test))
print(utils.OUTPUT_STRING.format("exercise", real))
if not validate_element(element):
return False
return True
def solved04(input_data):
count = 0
passports = transform_input_data(input_data)
for passport in passports:
if is_passport_valid(passport):
count += 1
return count
if __name__ == '__main__':
valid_test_data = utils.loadStringData("./data/d04_example_p2_valid.txt")
invalid_test_data = utils.loadStringData(
"./data/d04_example_p2_invalid.txt")
real_data = utils.loadStringData("./data/d04_real.txt")
valid = solved04(valid_test_data)
invalid = solved04(invalid_test_data)
real = solved04(real_data)
print(utils.OUTPUT_STRING.format("example invalid", invalid))
print(utils.OUTPUT_STRING.format("example valid", valid))
print(utils.OUTPUT_STRING.format("exercise", real))
return all_bags
def do_children_have_children(all_bags, children):
for child in children:
if len(all_bags.get(child)) > 0:
return True
return False
def solved07(input_data):
MAIN_BAG = 'shiny gold'
all_bags = extract_bags_tree(input_data)
count = get_children_count(all_bags, MAIN_BAG)
return count - 1
if __name__ == '__main__':
test_data = utils.loadStringData("./data/d07_example.txt")
test_data2 = utils.loadStringData("./data/d07_example_2.txt")
real_data = utils.loadStringData("./data/d07_real.txt")
test = solved07(test_data)
test2 = solved07(test_data2)
real = solved07(real_data)
print(utils.OUTPUT_STRING.format("example 1", test))
print(utils.OUTPUT_STRING.format("example 2", test2))
print(utils.OUTPUT_STRING.format("exercise", real))
