def deregister(self, usernames: List[str]):
with self.lock:
if tuple(usernames) not in self.user_blocks:
mylog.warning("Tried to remove nonexistent usernames entry {}".format(usernames))
return
self.user_blocks.remove(tuple(usernames))
mylog.info("Successfully removed {}".format(usernames))
def test_batching_x(n, batch):
if not RUN_SLOW_TESTS:
mylog.warning("[SKIP] Skipping slow test")
return
mylog.info("Testing batching.TweetBatcher:")
conn = mq.PrintQueue.new('test_batching')
batcher = mq.Batcher(conn)
expected = []
for i in range(n):
s = "Should be batch {batch}, message {i}/{n}" \
.format(batch=batch, i=i, n=n)
expected.append(s)
batcher.post(s)
time.sleep(mq.BATCH_TIMEOUT / 2.0)
if hasattr(conn, 'expect'):
conn.expect([])
time.sleep(mq.BATCH_TIMEOUT)
if hasattr(conn, 'expect'):
# Expect precisely one message with all "parts" bundled up.
conn.expect([expected])
expected = 'Check second run'
batcher.post(expected)
time.sleep(mq.BATCH_TIMEOUT / 2.0)
if hasattr(conn, 'expect'):
conn.expect([])
time.sleep(mq.BATCH_TIMEOUT)
if hasattr(conn, 'expect'):
batch = [expected]
all_batches = [batch]
conn.expect(all_batches)
def resolve_name(self, username: str):
try:
return str(self.api.get_user(username).id)
except Exception as e:
mylog.warning("Couldn't resolve username '{}': {}".format(
username, e))
return None
def deregister(self, usernames: List[str]):
with self.lock:
if tuple(usernames) not in self.user_blocks:
mylog.warning(
"Tried to remove nonexistent usernames entry {}".format(
usernames))
return
self.user_blocks.remove(tuple(usernames))
mylog.info("Successfully removed {}".format(usernames))
def _remove_citizen(self, tid, token):
with self.lock:
mylog.info("Want to remove citizen {}, token {}".format(tid, token))
if tid not in self.citizens:
mylog.warning("=> Already deleted (huh?)")
elif self.citizens[tid]['token'] != token:
mylog.info("=> Token mismatch, db has {}"
.format(self.citizens[tid]['token']))
else:
mylog.info("=> Yup")
self.twitter.deregister([tid])
del self.citizens[tid]
mylog.info("Remaining citizens: {}".format(self.citizens.keys()))
def _remove_citizen(self, tid, token):
with self.lock:
mylog.info("Want to remove citizen {}, token {}".format(
tid, token))
if tid not in self.citizens:
mylog.warning("=> Already deleted (huh?)")
elif self.citizens[tid]['token'] != token:
mylog.info("=> Token mismatch, db has {}".format(
self.citizens[tid]['token']))
else:
mylog.info("=> Yup")
self.twitter.deregister([tid])
del self.citizens[tid]
mylog.info("Remaining citizens: {}".format(
self.citizens.keys()))
def test_messages_phrasing():
mylog.info("Testing messages.phrase:")
expected = {
'twittername': 'heinzelmännchen',
'status': 'fail',
'reason': 'unknown-user',
'message': {
"de": 'Konnte "heinzelmännchen" nicht auf Twitter finden.',
"en": 'Could not find "heinzelmännchen" on twitter.'
}
}
actual = messages.phrase("heinzelmännchen", 'unknown-user')
assert actual == expected, (actual, expected)
mylog.warning(
"[MANU] Testing mq.RealQueue. Check http://localhost:15672/#/queues/%2F/test_mq"
)
def test_mq():
def run_with(maker):
conn = maker("test_mq")
if hasattr(conn, 'expect'):
conn.expect([])
for s in ["My lovely message", "Ümläöts Partyß! Or … what¿"]:
conn.post(s)
if hasattr(conn, 'expect'):
conn.expect([s])
mylog.info("Testing mq.PrintQueue:")
run_with(mq.PrintQueue.new)
mylog.warning(
"[MANU] Testing mq.RealQueue. Check http://localhost:15672/#/queues/%2F/test_mq"
)
run_with(mq.RealQueue.new)
def run_short_poll(self):
# Need to hold the lock *all* the time, as the self.api object might be modified
# by the other objects.
# WARNING: This opens up a convoluted but definite attack vector:
# If you can manage to delay a REST call for a very long time, then the backend grinds to a halt.
# Then again, with this level of network control you can always do that.
# This is why I actually ignore this attack vector.
with self.lock:
if len(self.short_poll) > 2:
retained = self.short_poll[-2:] # The two last entries
dropped = self.short_poll[:-2] # Other entries
mylog.warning('Lots of citizens! Dropping {}, retaining {} ...'.format(dropped, retained))
for e in dropped:
self.consumer_updates.updateShortpoll(e['name'], 'del-toomany')
self.short_poll = retained
assert len(self.short_poll) <= 2, self.short_poll
for e in self.short_poll:
self.poll_user(e)
def addCitizen(self, twittername, birdid, tid=None):
if tid is None:
tid = self.twitter.resolve_name(twittername)
if tid is None:
mylog.warning("citizen user ignored, invalid name: " + twittername)
self.consumer_updates.updateShortpoll(twittername, "unknown-user")
return
if self.polBack.getPolitician(tid) is not None:
self.consumer_updates.updateShortpoll(twittername, "is-politician")
return
if birdid not in self.birdBack.bJson:
mylog.warning("citizen user ignored, invalid bird: " + birdid)
self.consumer_updates.updateShortpoll(twittername, "unknown-bird")
return
with self.lock:
if tid in self.citizens:
entry = self.citizens[tid]
mylog.info(
"Updating existing citizen's bird from {}".format(entry))
else:
mylog.info("Creating new citizen's bird")
entry = dict()
entry["userId"] = tid
entry["party"] = 'neutral'
self.citizens[tid] = entry
# Even if a tweet comes in instantly, getCitizen syncs on
# self.lock, so it's fine. That's also why getCitizen() will
# never see an incomplete citizen.
self.twitter.register_shortlived(tid, twittername)
entry["birdId"] = birdid
token = poll_counter()
entry["token"] = token
mylog.debug("Resulting citizen entry: {}".format(entry))
timer = threading.Timer(REMOVE_CITIZEN_TIME,
self._remove_citizen_wrap, [tid, token])
# Don't prevent shutting down
timer.daemon = True
timer.start()
self.consumer_updates.updateShortpoll(twittername, "succ-resolved")
return
def addCitizen(self, twittername, birdid, tid=None):
if tid is None:
tid = self.twitter.resolve_name(twittername)
if tid is None:
mylog.warning("citizen user ignored, invalid name: " + twittername)
self.consumer_updates.updateShortpoll(twittername, "unknown-user")
return
if self.polBack.getPolitician(tid) is not None:
self.consumer_updates.updateShortpoll(twittername, "is-politician")
return
if birdid not in self.birdBack.bJson:
mylog.warning("citizen user ignored, invalid bird: " + birdid)
self.consumer_updates.updateShortpoll(twittername, "unknown-bird")
return
with self.lock:
if tid in self.citizens:
entry = self.citizens[tid]
mylog.info("Updating existing citizen's bird from {}".format(entry))
else:
mylog.info("Creating new citizen's bird")
entry = dict()
entry["userId"] = tid
entry["party"] = 'neutral'
self.citizens[tid] = entry
# Even if a tweet comes in instantly, getCitizen syncs on
# self.lock, so it's fine. That's also why getCitizen() will
# never see an incomplete citizen.
self.twitter.register_shortlived(tid, twittername)
entry["birdId"] = birdid
token = poll_counter()
entry["token"] = token
mylog.debug("Resulting citizen entry: {}".format(entry))
timer = threading.Timer(REMOVE_CITIZEN_TIME,
self._remove_citizen_wrap, [tid, token])
# Don't prevent shutting down
timer.daemon = True
timer.start()
self.consumer_updates.updateShortpoll(twittername, "succ-resolved")
return
def post(self, message, isRetry=False):
mylog.info('Publishing on queue {name}: {data!r}'
.format(name=self.name, data=message))
with self.lock:
if self.connection.is_closed:
mylog.warning("Whoops, connection is closed; reopen.")
self.connection = connection()
self.channel = self.connection.channel()
try:
self.channel.basic_publish(exchange='', routing_key=self.name,
body=json.dumps(message))
self.maybe_log_message(message)
except Exception as e:
mylog.error("Connection failed anyway? Make sure RabbitMQ is running! (is_closed = {})"
.format(self.connection.is_closed))
mylog.error(e.__repr__())
mylog.error(e.args)
mylog.info("Message dropped.")
if not isRetry:
self.post(message, True)
def find_pair(bird: Union[None, str], mood: str, retweet: bool, length: int):
if bird is None:
return None
candidates = [(bird, mood, retweet),
(bird, 'neutral', retweet),
(bird, 'fragend', retweet),
(bird, 'aufgebracht', retweet),
('amsel', 'neutral', False)]
verbose = False
for (b, m, r) in candidates:
candidSource = path_raw(b, m, r)
if os.path.isfile(candidSource):
if verbose:
mylog.info("Found at {}".format(candidSource))
return candidSource, path_processed(b, m, r, length)
else:
mylog.warning("Source file {} missing, falling back ...".format(candidSource))
verbose = True
mylog.error("All sources and fallbacks missing. Giving up.")
return None
def run_short_poll(self):
# Need to hold the lock *all* the time, as the self.api object might be modified
# by the other objects.
# WARNING: This opens up a convoluted but definite attack vector:
# If you can manage to delay a REST call for a very long time, then the backend grinds to a halt.
# Then again, with this level of network control you can always do that.
# This is why I actually ignore this attack vector.
with self.lock:
if len(self.short_poll) > 2:
retained = self.short_poll[-2:] # The two last entries
dropped = self.short_poll[:-2] # Other entries
mylog.warning(
'Lots of citizens! Dropping {}, retaining {} ...'.format(
dropped, retained))
for e in dropped:
self.consumer_updates.updateShortpoll(
e['name'], 'del-toomany')
self.short_poll = retained
assert len(self.short_poll) <= 2, self.short_poll
for e in self.short_poll:
self.poll_user(e)
def deregister(self, usernames: List[str]):
with self.lock:
if tuple(usernames) in self.streams:
s = self.streams[tuple(usernames)]
del self.streams[tuple(usernames)]
s.disconnect()
else:
# Technically, we don't have any timing guarantees about
# when run_short_poll can prune the list down to size 2.
# Practically, if we hit this limit, something has gone very wrong.
assert len(self.short_poll) < 100, self.short_poll
# Split list based on predicate "Should it be removed?"
users_pruned = []
users_passed = []
for e in self.short_poll:
l = users_pruned if e['user'] in usernames else users_passed
l.append(e)
if len(users_pruned) != len(usernames):
mylog.warning("Tried to remove nonexistent usernames entries.")
mylog.warning(" Actually pruned: {}", users_pruned)
mylog.warning(" Wanted to prune: {}", usernames)
if len(users_pruned) > 0:
mylog.info("Some short-polls removed: {}".format(users_pruned))
self.short_poll = users_passed
for e in users_pruned:
self.consumer_updates.updateShortpoll(e['name'], 'del-timeout')
return
def deregister(self, usernames: List[str]):
with self.lock:
if tuple(usernames) in self.streams:
s = self.streams[tuple(usernames)]
del self.streams[tuple(usernames)]
s.disconnect()
else:
# Technically, we don't have any timing guarantees about
# when run_short_poll can prune the list down to size 2.
# Practically, if we hit this limit, something has gone very wrong.
assert len(self.short_poll) < 100, self.short_poll
# Split list based on predicate "Should it be removed?"
users_pruned = []
users_passed = []
for e in self.short_poll:
l = users_pruned if e['user'] in usernames else users_passed
l.append(e)
if len(users_pruned) != len(usernames):
mylog.warning(
"Tried to remove nonexistent usernames entries.")
mylog.warning(" Actually pruned: {}", users_pruned)
mylog.warning(" Wanted to prune: {}", usernames)
if len(users_pruned) > 0:
mylog.info(
"Some short-polls removed: {}".format(users_pruned))
self.short_poll = users_passed
for e in users_pruned:
self.consumer_updates.updateShortpoll(
e['name'], 'del-timeout')
return
def post(self, message, isRetry=False):
mylog.info('Publishing on queue {name}: {data!r}'.format(
name=self.name, data=message))
with self.lock:
if self.connection.is_closed:
mylog.warning("Whoops, connection is closed; reopen.")
self.connection = connection()
self.channel = self.connection.channel()
try:
self.channel.basic_publish(exchange='',
routing_key=self.name,
body=json.dumps(message))
self.maybe_log_message(message)
except Exception as e:
mylog.error(
"Connection failed anyway? Make sure RabbitMQ is running! (is_closed = {})"
.format(self.connection.is_closed))
mylog.error(e.__repr__())
mylog.error(e.args)
mylog.info("Message dropped.")
if not isRetry:
self.post(message, True)
def poli_modify():
check_writeback()
set_skip_writeback(False)
check_writeback()
mylog.warning("Fiddling with politicianBackend.")
pb = PoliticianBackend()
# Do your thing here, e.g.:
# pB.setBird('395912134', 'fitis', 'c')
# # This is a no-op on the original pols.json
# Or to purge everything French:
# for poli in pb.poliList:
# cv = poli['cv']
# if 'fr' in cv:
# mylog.info('Purged the French out of ' + poli['name'])
# del cv['fr']
# Note:
# - setBird automatically calls dumpToFile.
# In all other cases, you'll need to call __dumpToFile by hand, like this:
pb._dumpToFile()
mylog.warning("Now check by hand.")
def on_exception(self, exception):
# Fun fact: even if no thread is runnable,
# the existence of a Timer keeps Python alive.
threading.Timer(RESPAWN_PERIOD, self.restarter.restart_now).start()
# tweepy has lots of bugs. Backend and tweepy exception will
# result in this code being called, so use it as a trampoline.
# Log it 'only' as a warning, since if we get here, this isn't too bad anyway.
mylog.warning("{} on_exception! Trying to print it:".format(self.desc))
mylog.warning("(You'll see the same error immediately again, but don't"
" worry, I'm a Phoenix, I'll get revived in a few seconds.)")
mylog.warning(exception)
def on_exception(self, exception):
# Fun fact: even if no thread is runnable,
# the existence of a Timer keeps Python alive.
threading.Timer(RESPAWN_PERIOD, self.restarter.restart_now).start()
# tweepy has lots of bugs. Backend and tweepy exception will
# result in this code being called, so use it as a trampoline.
# Log it 'only' as a warning, since if we get here, this isn't too bad anyway.
mylog.warning("{} on_exception! Trying to print it:".format(
self.desc))
mylog.warning(
"(You'll see the same error immediately again, but don't"
" worry, I'm a Phoenix, I'll get revived in a few seconds.)")
mylog.warning(exception)
def _dumpToFile(self):
if _SKIP_WRITEBACK:
mylog.warning("=" * 77)
mylog.warning("politicianBackend: skipping write-back <THIS SHOULD NOT HAPPEN IN PRODUCTION>")
mylog.warning("=" * 77)
return
with open(BACKEND_POLI_DB, 'w') as outfile:
json.dump(self.polByPid, outfile, sort_keys=True, indent=2)
with open(FRONTEND_POLI_DB, "w") as out:
out.write("@politicians = ")
json.dump(self.polByPid, out, sort_keys=True, indent="\t")
for line in fileinput.input([FRONTEND_POLI_DB], inplace=True):
print('\t' + line.rstrip('\n')) # WHITELISTED PRINT
def handle_poli(self, tweet, msg, poli):
# Careful: 'poli' is a copy, so any changes due to setBird aren't reflected!
msg['partycolor'] = party_to_color(poli['party'])
msg['party'] = poli['party']
pBird = poli['self_bird']
# In case it changed, use the one provided by twitter
handle = msg['twitterName']
has_command = contains_command(tweet['hashtags'])
# Check for any updates
if 'house' in tweet['username'].lower(
) and tweet['content'].startswith('@'):
mylog.warning(
"Ignoring my own tweet for commands, as it starts with '@'")
elif has_command:
pid = poli['pid']
pBird_name = self.birdBack.getName(pBird)
bird_id = find_bird(tweet['content'], self.birdBack)
reply = None
if bird_id is not None:
# Ack
bird_name = self.birdBack.getName(bird_id)
mylog.info('politician "{}" ({}) gets new bird {}'.format(
tweet['userscreen'], pid, bird_id))
msg['refresh'] = dict()
msg['refresh']['politicianId'] = pid
msg['refresh']['birdId'] = bird_id
self.pb.setBird(pid, bird_id, actor='p')
reply = responseBuilder.build_some_ack(handle, pBird_name,
bird_name)
# Again, 'poli' is a copy, so it wasn't updated by the call to 'setBird'.
pBird = bird_id
elif has_command != COMMAND_HASHTAGS_ACKONLY:
# NACK
mylog.warning('I saw that command, but no valid bird!')
mylog.warning('pid={pid!r} content={ct}'.format(
ct=tweet['content'], pid=pid))
reply = responseBuilder.build_some_nack(handle, pBird_name)
if reply is not None:
self.tw.twitter.maybe_reply(tweet['tweet_id'], reply)
# In case of 'refresh', poli already contains the update:
return [poli['citizen_bird'], pBird]
def handle_poli(self, tweet, msg, poli):
# Careful: 'poli' is a copy, so any changes due to setBird aren't reflected!
msg['partycolor'] = party_to_color(poli['party'])
msg['party'] = poli['party']
pBird = poli['self_bird']
# In case it changed, use the one provided by twitter
handle = msg['twitterName']
has_command = contains_command(tweet['hashtags'])
# Check for any updates
if 'house' in tweet['username'].lower() and tweet['content'].startswith('@'):
mylog.warning("Ignoring my own tweet for commands, as it starts with '@'")
elif has_command:
pid = poli['pid']
pBird_name = self.birdBack.getName(pBird)
bird_id = find_bird(tweet['content'], self.birdBack)
reply = None
if bird_id is not None:
# Ack
bird_name = self.birdBack.getName(bird_id)
mylog.info('politician "{}" ({}) gets new bird {}'
.format(tweet['userscreen'], pid, bird_id))
msg['refresh'] = dict()
msg['refresh']['politicianId'] = pid
msg['refresh']['birdId'] = bird_id
self.pb.setBird(pid, bird_id, actor='p')
reply = responseBuilder.build_some_ack(handle, pBird_name, bird_name)
# Again, 'poli' is a copy, so it wasn't updated by the call to 'setBird'.
pBird = bird_id
elif has_command != COMMAND_HASHTAGS_ACKONLY:
# NACK
mylog.warning('I saw that command, but no valid bird!')
mylog.warning('pid={pid!r} content={ct}'
.format(ct=tweet['content'], pid=pid))
reply = responseBuilder.build_some_nack(handle, pBird_name)
if reply is not None:
self.tw.twitter.maybe_reply(tweet['tweet_id'], reply)
# In case of 'refresh', poli already contains the update:
return [poli['citizen_bird'], pBird]
def test_sound_gen():
# Don't even attempt to prevent writing to disk. Overwriting is perfectly
# fine, as we don't overwrite anything important, and everything is in git.
mylog.warning(
"Please check by hand whether this generates the file on the")
mylog.warning("first call and uses the cached version on the second:")
actual = soundGenerator.generate_sound('Cheerio, buddy', False, 'amsel',
'amsel')
# Set as 'warning' so that the user always sees both (or neither).
mylog.warning("(end of manual part)")
path_amsel = os.path.join(soundGenerator.SOUND_ROOT, 'processed',
'amsel-neutral-10000_v2.mp3')
desc_amsel = {'natural': path_amsel, 'bid': 'amsel', 'duration': 10000}
expected = {'citizen': desc_amsel, 'poli': desc_amsel}
assert actual == expected, (actual, expected)
content = "How can mirrors be real if our eyes aren't real?"
actual = soundGenerator.generate_sound(content, True, 'zilpzalp', None)
path_zz = os.path.join(soundGenerator.SOUND_ROOT, 'processed',
'zilpzalp-fragend-r-12000_v2.mp3')
desc_zz = {'natural': path_zz, 'bid': 'zilpzalp', 'duration': 12000}
expected = {'citizen': desc_zz}
assert actual == expected, (actual, expected)
soundGenerator.processed_tweets = 0
def resolve_name(self, username: str):
try:
return str(self.api.get_user(username).id)
except Exception as e:
mylog.warning("Couldn't resolve username '{}': {}".format(username, e))
return None
# except Exception,msg:
# print msg
# return False
startpath = self.startpath
# print startpath
pid = self.check_process(startpath)
if pid:
try:
psutil.Process(pid).kill()
mylog.info('关闭服务成功,进程号为%s'%pid)
return True
except Exception,msg:
mylog.error('关闭服务失败，%s'%msg)
return False
else:
mylog.warning('关闭服务失败，服务未启动')
return True
def zip_dir(self,copypath,testpath):
'''打包备份'''
# copypath = self.copypath
# testpath = self.testpath
nowtime = time.strftime("%Y%m%d%H%M%S", time.localtime())
if os.path.isdir(copypath):
zipFile1 = zipfile.ZipFile(os.path.join(copypath,os.path.basename(testpath)+nowtime+'.zip'),'w')
else:
mylog.error('备份失败，备份目录不合法')
return False
def set_skip_writeback(to: bool):
global _SKIP_WRITEBACK
_SKIP_WRITEBACK = to
mylog.warning("politicianBackend: UPDATE SKIP_WRITEBACK = {}".format(_SKIP_WRITEBACK))
def poli_modify():
check_writeback()
set_skip_writeback(False)
check_writeback()
mylog.warning("Fiddling with politicianBackend.")
pb = PoliticianBackend()
# Do your thing here, e.g.:
# pB.setBird('395912134', 'fitis', 'c')
# # This is a no-op on the original pols.json
# Or to purge everything French:
# for poli in pb.poliList:
# cv = poli['cv']
# if 'fr' in cv:
# mylog.info('Purged the French out of ' + poli['name'])
# del cv['fr']
# Note:
# - setBird automatically calls dumpToFile.
# In all other cases, you'll need to call __dumpToFile by hand, like this:
pb._dumpToFile()
mylog.warning("Now check by hand.")
if __name__ == '__main__':
mylog.warning("Are you sure you want to rewrite pols.json?")
mylog.error("Uncomment me, I'm not gonna let ya!")
# Uncomment to run:
# poli_modify()
def test_twitter_citizenship():
# This test won't change anything about the politicians,
# but still, better play it safe.
politicianBackend.check_writeback()
politicianBackend.set_skip_writeback(True)
politicianBackend.check_writeback()
birdBack = birdBackend.BirdBackend()
polBack = politicianBackend.PoliticianBackend()
follow = ["4718199753", "774336282101178368"]
queue = mq.PrintQueue("twitter_conn_test")
fakeTwitter = twitter.FakeTwitterInterface()
twi = twitterConnection.TwitterConnection(queue, follow, polBack, birdBack,
fakeTwitter,
twitter.UpdatesPrinter())
queue.expect([])
twi.addCitizen("Heinz1", "Katzastrophe", tid="12345678")
queue.expect([])
assert not twi.isPoli("12345678")
assert twi.getCitizen("12345678") is None
assert twi.citizens == dict()
# Must be able to handle "decapitalization"
twi.addCitizen("Heinz2", 'ara', tid="12345679")
queue.expect([])
assert not twi.isPoli("12345679")
assert twi.getCitizen("12345679") is not None
assert twi.getCitizen("12345679")['birdId'] == 'ara'
assert twi.citizens.keys() == {'12345679'}
# Be able to deal with erroneous removals
# noinspection PyProtectedMember
twi._remove_citizen('123456', 666) # token of the beast
assert twi.citizens.keys() == {'12345679'}
queue.expect([])
if RUN_SLOW_TESTS:
mylog.info("This wakeup should be completely silent.")
long_wait(twitterConnection.REMOVE_CITIZEN_TIME / 2)
twi.addCitizen("Heinz3", 'zilpzalp', tid="12345679")
queue.expect([])
assert not twi.isPoli("12345679")
assert twi.getCitizen("12345679") is not None
assert twi.getCitizen("12345679")['birdId'] == 'zilpzalp'
assert twi.citizens.keys() == {'12345679'}
if not RUN_SLOW_TESTS:
mylog.warning("The slow part of test_twitter_citizenship().")
mylog.warning(
"You might see several stray 'citizen removed' messages.")
return
mylog.info("This wakeup should be a no-op.")
long_wait(twitterConnection.REMOVE_CITIZEN_TIME / 2 + 10)
queue.expect([])
assert not twi.isPoli("12345679")
assert twi.getCitizen("12345679") is not None
assert twi.getCitizen("12345679")['birdId'] == 'zilpzalp'
assert twi.citizens.keys() == {'12345679'}
mylog.info("This wakeup should remove it, as citizen deletion")
mylog.info("has been deferred when the bird was updated.")
long_wait(twitterConnection.REMOVE_CITIZEN_TIME / 2 + 10)
queue.expect([])
assert not twi.isPoli("12345679")
assert twi.getCitizen("12345679") is None
assert twi.citizens.keys() == set()
def on_warning(self, notice):
mylog.warning("{} on_warning: {}".format(self.desc, notice))
def on_warning(self, notice):
mylog.warning("{} on_warning: {}".format(self.desc, notice))
