def test_set_with_time_uses_now(self):
"""Verify we can add data with the current time."""
store = dictstore.DictionaryStore()
new_data = limit_data.LimitData(used=9999, remaining=1)
set_data = store.set_with_time(key="mykey", data=new_data)
assert isinstance(set_data.time, datetime.datetime)
assert store.get("mykey") != {}
def test_get_with_time_defaults_to_now(self):
"""Verify we can retrieve data with a default time."""
data = limit_data.LimitData(used=9999, remaining=1)
store = dictstore.DictionaryStore(store={"mykey": data})
dt, retrieved_data = store.get_with_time("mykey")
assert dt.replace(second=0, microsecond=0) == datetime.datetime.now(
datetime.timezone.utc).replace(second=0, microsecond=0)
assert retrieved_data == data.copy_with(time=dt)
def test_periodic_end_to_end():
"""Verify our periodic limiter works behind our throttle."""
rate = quota.Quota.per_minute(5)
store = dstore.DictionaryStore()
limiter = periodic.PeriodicLimiter(store=store)
periodic_throttle = throttle.Throttle(rate=rate, limiter=limiter)
assert periodic_throttle.check("periodic-end-to-end", 5).limited is False
assert (periodic_throttle.check("periodic-end-to-end-2", 5).limited is
False)
assert periodic_throttle.check("periodic-end-to-end", 5).limited is True
assert periodic_throttle.check("periodic-end-to-end-2", 5).limited is True
def test_get_with_time_uses_existing_time(self):
"""Verify we can retrieve data from our datastore with its time."""
data = limit_data.LimitData(
used=9999,
remaining=1,
time=datetime.datetime(
year=2018,
month=12,
day=4,
hour=9,
minute=0,
second=0,
tzinfo=datetime.timezone.utc,
),
)
store = dictstore.DictionaryStore(store={"mykey": data})
dt, retrieved_data = store.get_with_time("mykey")
assert dt == data.time
assert retrieved_data == data
def test_set_with_time_uses_provided_value(self):
"""Verify we can add data with a specific time."""
store = dictstore.DictionaryStore()
new_data = limit_data.LimitData(
used=9999,
remaining=1,
time=datetime.datetime(
year=2018,
month=12,
day=4,
hour=9,
minute=0,
second=0,
tzinfo=datetime.timezone.utc,
),
)
set_data = store.set_with_time(key="mykey", data=new_data)
assert set_data == new_data
assert store.get("mykey") == new_data
def test_begins_life_empty(self):
"""Verify that by default no data exists."""
store = dictstore.DictionaryStore()
assert store.store == {}
def test_get(self):
"""Verify we can retrieve data from our datastore."""
data = limit_data.LimitData(used=9999, remaining=1)
store = dictstore.DictionaryStore(store={"mykey": data})
assert store.get("mykey") == data
def test_set(self):
"""Verify we can add data."""
store = dictstore.DictionaryStore()
new_data = limit_data.LimitData(used=9999, remaining=1)
assert store.set(key="mykey", data=new_data) == new_data
def test_may_begin_life_with_data(self):
"""Verify that we can give it initial data."""
data = {"a_key": limit_data.LimitData(used=9999, remaining=1)}
store = dictstore.DictionaryStore(store=data)
assert store.store == data
__version__ = "2019.1.0.dev0"
logger = structlog.get_logger()
app = flask.Flask(__name__)
logging.basicConfig(format="%(message)s",
stream=sys.stdout,
level=logging.INFO)
structlog.configure(
processors=[
structlog.processors.KeyValueRenderer(
key_order=["event", "request_id"])
],
context_class=structlog.threadlocal.wrap_dict(dict),
logger_factory=structlog.stdlib.LoggerFactory(),
)
REDIS_URL = os.environ.get("REDIS_URL")
if REDIS_URL:
store = redis_store.RedisStore(url=REDIS_URL)
else:
store = dict_store.DictionaryStore()
anonymous_quota = quota.Quota.per_hour(50)
authenticated_quota = quota.Quota.per_hour(5000, maximum_burst=500)
limiter = gcra.GenericCellRatelimiter(store=store)
anonymous_throttle = throttle.Throttle(rate=anonymous_quota, limiter=limiter)
authenticated_throttle = throttle.Throttle(rate=authenticated_quota,
limiter=limiter)
