def test_delete_happens_one_vm_matches(app, trigger_event, mock_http, caplog):
"""Deletes the A record matching the IP address of the VM."""
mock_http.append(({'status': '200'}, readfile('instance.json')))
mock_http.append(({'status': '200'}, readfile('rrsets.json')))
mock_http.append(({'status': '200'}, readfile('dns-change.json')))
mock_http.append(({'status': '200'}, readfile('rrsets-empty.json')))
num_deleted = app.handle_event(trigger_event)
assert 1 == num_deleted
assert 'my-vpc-host/managedZones/my-nonprod-private-zone/changes' \
in mock_http.saved_requests[4]['uri']
def mock_http():
"""Mocks an http instance suitable for use with discovery based API's."""
http = HttpMockSequenceRecorder([
# Get IP address path
({
'status': '200'
}, readfile('compute-v1.json')),
({
'status': '200'
}, readfile('dns-v1.json')),
])
return http
def __init__(self, fpath, lang, regex, any_ext=False):
"""
:param fpath:
:param lang:
:param regex:
:param any_ext:
"""
# Check lang input
if lang not in LANGUAGE_EXTENSIONS:
raise ValueError('Unrecognized input language "{:s}"'.format(lang))
# Check file extension
if not any_ext:
ext = getext(fpath)
if ext not in LANGUAGE_EXTENSIONS[lang]:
raise FileExistsError('File extension is not supported')
# Check file content
self.content = readfile(fpath)
if self.content.strip() == '':
raise FileExistsError('File is empty')
# Define self properties
self.lang = lang.lower()
self.regex = regex
# Parse file
self.nodes = OrderedDict()
self.founds = find_matches(self.content, self.regex['main'])
if self.founds:
self.parse()
def main():
data = readfile('inputs/day16_input.txt')
split_data = data.split('\n\n')
rules = split_data[0].split('\n')
my_ticket = split_data[1].split('\n')[1].split(',')
nearby_tickets = split_data[2].split('\n')[1:]
rules = _prepare_rules(rules)
my_ticket = [int(x) for x in my_ticket]
nearby_tickets = [[int(x) for x in line.split(',')] for line in nearby_tickets]
''' Test data:
nearby_tickets = [
[7,37,47],
[40,4,50],
[55,2,20],
[38,6,12]
]
rules = {
'class': [[1,3], [5,7]],
'row': [[6,11], [33,44]],
'seat': [[13,40], [45,50]]
}
'''
invalid_values = []
valid_tickets = []
for ticket in nearby_tickets:
valid_ticket = False
for value in ticket:
not_valid_for_any = False
for rule in rules.values():
if value in rule[0] or value in rule[1]:
not_valid_for_any = False
break
else:
not_valid_for_any = True
if not_valid_for_any:
invalid_values.append(value)
valid_ticket = False
break
else:
valid_ticket = True
if valid_ticket:
valid_tickets.append(ticket)
print(sum(invalid_values))
part2(valid_tickets)
def main():
"""Day 6 solution"""
data = readfile('inputs/day6_input.txt')
part1_solution = part1(data)
part2_solution = part2(data)
print(f'Part 1 solution: {part1_solution}')
print(f'Part 2 solution: {part2_solution}')
def test_managed_zone_not_found(app, trigger_event, mock_http, caplog):
"""Handles a 404 not found and suggests checking configuration"""
mock_http.append(({'status': '200'}, readfile('instance.json')))
# These are the API calls to get the managed zones.
mock_http.append(({'status': '404'}, ''))
mock_http.append(({'status': '404'}, ''))
num_deleted = app.handle_event(trigger_event)
expected = ('Check managed zones specified in DNS_VM_GC_DNS_ZONES '
'exist in DNS_VM_GC_DNS_PROJECT')
assert 0 == num_deleted
assert expected in caplog.text
def main():
"""Day 4 solution"""
data = readfile('inputs/day4_input.txt')
passports = parse_passports(data)
part1_solution = part1(passports)
part2_solution = part2(passports)
print(f'Part 1 solution is {part1_solution}')
print(f'Part 2 solution is {part2_solution}')
def main():
''' Test deck:
p1_deck = [9,2,6,3,1]
p2_deck = [5,8,4,7,10]
'''
data = readfile('inputs/day22_input.txt')
p1, p2 = data.split('\n\n')
p1_deck = [int(x) for x in p1.split('\n')[1:]]
p2_deck = [int(x) for x in p2.split('\n')[1:]]
round_num = 1
while len(p1_deck) > 0 and len(p2_deck) > 0:
print(f'-- Round {round_num} --')
print(f'Player 1 deck: {(", ").join([str(x) for x in p1_deck])}')
print(f'Player 2 deck: {(", ").join([str(x) for x in p2_deck])}')
turn_p1 = p1_deck.pop(0)
turn_p2 = p2_deck.pop(0)
print(f'Player 1 plays: {str(turn_p1)}')
print(f'Player 2 plays: {str(turn_p2)}')
if turn_p1 > turn_p2:
p1_deck.extend([turn_p1, turn_p2])
print(f'Player 1 wins the round!')
else:
p2_deck.extend([turn_p2, turn_p1])
print(f'Player 2 wins the round!')
round_num += 1
print()
print('== Post-game results ==')
print(f'Player 1 deck: {(", ").join([str(x) for x in p1_deck])}')
print(f'Player 2 deck: {(", ").join([str(x) for x in p2_deck])}')
winning_deck = p1_deck if len(p1_deck) > 0 else p2_deck
winner_score = 0
for i, item in enumerate(winning_deck[::-1]):
winner_score += item * (i + 1)
print()
print(f'The winners score is: {str(winner_score)}')
def main():
data = readfile('inputs/day20_test_input.txt')
tiles = data.split('\n\n')
tiles = [x.split('\n') for x in tiles]
#tiles = {i[0].replace('Tile ','').replace(':', ''): [[c for c in x] for x in i[1:]] for i in tiles}
_rotate()
return
tiles = {i[0].replace('Tile ','').replace(':', ''): i[1:] for i in tiles}
all_edges = {}
for tile in tiles:
t = tiles[tile]
edges_with_reversed = []
edges = [
t[0],
t[-1],
('').join([x[0] for x in t]),
('').join([x[-1] for x in t])
]
for edge in edges:
edges_with_reversed.append(edge)
edges_with_reversed.append(('').join(list(reversed(edge))))
for edge in edges_with_reversed:
if not all_edges.get(edge):
all_edges[edge] = [tile]
else:
all_edges[edge].append(tile)
x = [(k,v) for k,v in all_edges.items() if '1171' in v]
print(x)
def mock_instance_resource_no_network():
"""Mocks a compute.instances.get Resource with no network interface."""
return json.loads(readfile('instance-no-network.json'))
def mock_instance_resource():
"""Mocks a compute.instances.get Resource."""
return json.loads(readfile('instance.json'))
def trigger_event_done():
"""Input data from a Pub/Sub GCE_OPERATION_DONE trigger event"""
data = base64.b64encode(readfile('trigger-event-done.json').encode())
return {'data': data.decode()}
def trigger_event():
"""Input data from a Pub/Sub GCE_API_CALL trigger event"""
data = base64.b64encode(readfile('trigger-event.json').encode())
return {'data': data.decode()}