def day02_02():
"""Run part 2 of Day 1's code"""
path = "./input/02/input.txt"
common_letters = find_similar_boxids(file_to_str_array(path))
print(f"Similar Characters: {common_letters}")
def test_run_6(self):
mygame = Conway3D(file_to_str_array('tests/day17_testdata.txt'))
result=mygame.run(6)
assert result == 112
def day06_01():
"""Run part 1 of Day 06's code"""
path = "./input/06/input.txt"
result = count_uniq_questions(file_to_str_array(path))
print(f'0601: The Sum of questions answer is: {result}')
def day08_01():
"""Run part 1 of Day 08's code"""
path = "./input/08/input.txt"
mybootcode = BootCode(file_to_str_array(path))
result = mybootcode.run()
print(f'0801: Accumulator value on looping: {result}')
def day10_02():
"""Run part 2 of Day 10's code"""
path = "./input/10/input.txt"
result = number_combinations(file_to_str_array(path))
print(f'1002: The number of different ways we can power our laptop is: {result}')
def test_init_print(self):
expected = 25
testnavcomp = NavComp(file_to_str_array('tests/day12_testdata.txt'))
result = testnavcomp.dist_from_origin()
assert expected == result
def day19_01():
"""Run part 1 of Day 19's code"""
path = "./input/19/input.txt"
mycomp = RegExpComputer(file_to_str_array(path))
result = mycomp.match()
print(f'1901: Number of messages that match: {result}')
def test_match(self):
testdata = 'tests/day19_testdata2.txt'
mycomp = RegExpComputerRecursive(file_to_str_array(testdata))
result = mycomp.match()
assert result == 12
def day03_01():
"""Run part 1 of Day 3's code"""
path = "./input/03/input.txt"
myrun=ToboganRun(file_to_str_array(path))
print(f'0301: Number of Trees Intercepted: {myrun.tree_count()}')
def day16_01():
"""Run part 1 of Day 16's code"""
path = "./input/16/input.txt"
mytickets = Tickets(file_to_str_array(path))
result = mytickets.ticket_scanning_error_rate()
print(f'1601: Ticket scanning error rate is: {result}')
def day12_02():
"""Run part 2 of Day 12's code"""
path = "./input/12/input.txt"
testnavcomp = NavCompPart2(file_to_str_array(path))
result = testnavcomp.dist_from_origin()
print(f'1202: Ship distance from origin using waypoints: {result}')
def day12_01():
"""Run part 1 of Day 12's code"""
path = "./input/12/input.txt"
testnavcomp = NavComp(file_to_str_array(path))
result = testnavcomp.dist_from_origin()
print(f'1201: Ship distance from origin: {result}')
def test_run_1_4D(self):
my4dgame = Conway4D(file_to_str_array('tests/day17_testdata.txt'))
result = my4dgame.run(1)
print(str(my4dgame))
assert result == 29
def test_read_data_recursive(self):
testdata = 'tests/day19_testdata2.txt'
mycomp = RegExpComputerRecursive(file_to_str_array(testdata))
assert (8, 11) == mycomp.rules[0]
assert 'bbabbbbaabaabba' in mycomp.messages
def day18_01():
"""Run part 1 of Day 18's code"""
path = "./input/18/input.txt"
result=sum([FunnyMath(inputeqn).run() for inputeqn in file_to_str_array(path)])
print(f'1801: Sum of all problems in homework: {result}')
def test_read_data(self):
testdata = 'tests/day19_testdata.txt'
mycomp = RegExpComputer(file_to_str_array(testdata))
assert (4, 1, 5) == mycomp.rules[0]
assert 'aaaabbb' in mycomp.messages
def day18_02():
"""Run part 2 of Day 18's code"""
path = "./input/18/input.txt"
result=sum([FunnyMath2(inputeqn).run() for inputeqn in file_to_str_array(path)])
print(f'1802: Sum of all problems in homework with addition precedence: {result}')
def day10_01():
"""Run part 1 of Day 10's code"""
path = "./input/10/input.txt"
result = jolt_diff_dist(file_to_str_array(path))
print(f'1001: The product of 1 and 3 adapter differences is: {result}')
def processinputfile(self):
self.input = file_to_str_array(self.inputfile)
def __init__(self, inputfile):
self.inputdata = file_to_str_array(inputfile)
self.read_rows()
self.read_cols(self.rows)
def test_01(self):
expected=6
testinput=file_to_str_array("tests/day06_testinput.txt")
result=count_all_answered_questions(testinput)
assert result== expected
def test_turnright_part2(self):
expected = 286
testnavcomp = NavCompPart2(
file_to_str_array('tests/day12_testdata.txt'))
result = testnavcomp.dist_from_origin()
assert result == expected
def test_(self):
expected=11
testinput=file_to_str_array("tests/day06_testinput.txt")
print(testinput)
result=count_uniq_questions(testinput)
assert result == expected
def day06_02():
"""Run part 2 of Day 06's code"""
path = "./input/06/input.txt"
result = count_all_answered_questions(file_to_str_array(path))
print(f'0602: Sum of questions answered by all in the group: {result}')
def test_bags_in_our_bag2(self):
testinput = file_to_str_array("tests/day07_testdata2.txt")
mydict = build_dict(testinput)
our_bag = {'shiny gold': 1}
result = bags_in_our_bag(our_bag, mydict)
assert result == 126
def day02_01():
"""Run part 1 of Day 2's code"""
path = "./input/02/input.txt"
final_checksum = checksum_multiple_labels(file_to_str_array(path))
print(f"final checksum: {final_checksum}")
def test_build_dict(self):
testinput = file_to_str_array("tests/day07_testdata.txt")
mydict = build_dict(testinput)
assert mydict['dotted black'] == {}
assert mydict['light red']['bright white'] == 1
def __init__(self,inputdata):
''' Initialise the computer and read in the instructions'''
self.mask=''
self.mem=defaultdict(int)
self.inputdata=file_to_str_array(inputdata)
self.intsize=36
def test_count_neighbours(self):
mygame = Conway3D(file_to_str_array('tests/day17_testdata.txt'))
result=mygame.count_occupied((1,1,0))
assert result == 5
