def test_fetch_listings_existing_users(self, process_listings):
"""Should add to existing sets of users."""
r.sadd('listings.1.users', '9', '10', 'three')
fetch_listings()
assert r.smembers('listings.1.users') == set(['9', '10', 'three', '1'])
def save_to_redis(key_values):
redis_key = key_values["key"]
redis_value = key_values["value"]
type = key_values["type"]
if type == "user_like":
# story_key, user_id - user stored in the stories list
check = r.sismember(redis_key, redis_value)
print check
if check == 0:
r.sadd(redis_key, redis_value)
#FIGURE OUT HOW TO RETURN COUNT OR DONT HAVE THIS TAKE AND ARRAY
count = r.scard(redis_key)
return True, count
else:
r.srem(redis_key, redis_value)
count = r.scard(redis_key)
return True, count
elif type == "story_like":
# user_key, story_id - story_id stored in user list
# This needs to be story!!!
check = r.sismember(redis_key, redis_value)
if check == 0:
r.sadd(redis_key, redis_value)
count = r.scard(redis_key)
return True, count
else:
r.srem(redis_key, redis_value)
count = r.scard(redis_key)
return True, count
else:
return False, 0
def test_fetch_listings_duplicate_user_no_fetch(self, process_listings):
"""Should not fetch the listing if only one unique user ID is found."""
r.sadd('listings.1.users', '1')
fetch_listings()
assert r.smembers('listings.1.users') == set(['1'])
assert '1' not in process_listings.call_args[0]
def test_fetch_listings_single_new_user(self, process_listings):
"""Should fetch existing items with a single new user."""
r.sadd('listings.1.users', '9')
fetch_listings()
assert r.smembers('listings.1.users') == set(['1', '9'])
assert '1' in process_listings.call_args[0]
def test_scrub_scrubs(self):
"""Should randomly cull user lists of one user."""
for i in range(50):
r.sadd('listings.%s.users' % i, '1', '2')
for i in range(50, 6000):
r.sadd('listings.%s.users' % i, '1')
scrub_scrubs()
# All of the 2 or more lists should be there
for i in range(50):
assert r.scard('listings.%s.users' % i) == 2
# Should leave at least 5000, taking about half of the remainder
remaining_keys = r.keys('listings.*.users')
assert len(remaining_keys) <= 5550
assert len(remaining_keys) >= 5000
def store_fake_data(listing_id, score=9000):
"""Stores fake listing data for listing_id."""
r.set('listings.%s.data' % listing_id, '{"hello": "there"}')
r.sadd('listings.%s.users' % listing_id, '999')
r.zadd('treasures', listing_id, score)
def setup_method(self, method):
self.listing_ids = [listing['listing_id'] for listing in listings()]
for listing_id in self.listing_ids:
r.sadd('listings.%s.users' % listing_id, 1, 2, 3)