class OnReadyMixinTests(unittest.TestCase):
"""
Test class for the OnReady subscriber storage mixin
"""
def setUp(self):
cache_size = 3
self.loop = asyncio.new_event_loop()
self._tmpfile = tempfile.TemporaryDirectory()
sqlite = SqliteStore(self._tmpfile.name + '/', loop=self.loop)
self._store = CachedStore(sqlite, cache_size, self.loop)
def tearDown(self):
self._tmpfile.cleanup()
def _add_subscriber(self, sid):
sub = SubscriberData(sid=SIDUtils.to_pb(sid))
self._store.add_subscriber(sub)
return (sid, sub)
def test_subscriber_addition(self):
"""
Test if subscriber addition triggers ready
"""
self.assertEqual(self._store._on_ready.event.is_set(), False)
self.assertEqual(
self._store._persistent_store._on_ready.event.is_set(), False)
self._add_subscriber('IMSI11111')
async def defer():
await self._store.on_ready()
self.loop.run_until_complete(defer())
self.assertEqual(self._store._on_ready.event.is_set(), True)
self.assertEqual(
self._store._persistent_store._on_ready.event.is_set(), True)
def test_resync(self):
"""
Test if resync triggers ready
"""
self.assertEqual(self._store._on_ready.event.is_set(), False)
self.assertEqual(
self._store._persistent_store._on_ready.event.is_set(), False)
self._store.resync([])
async def defer():
await self._store.on_ready()
self.loop.run_until_complete(defer())
self.assertEqual(self._store._on_ready.event.is_set(), True)
self.assertEqual(
self._store._persistent_store._on_ready.event.is_set(), True)
class StoreTests(unittest.TestCase):
"""
Test class for the CachedStore subscriber storage
"""
def setUp(self):
cache_size = 3
self._tmpfile = tempfile.TemporaryDirectory()
sqlite = SqliteStore(self._tmpfile.name +'/')
self._store = CachedStore(sqlite, cache_size)
def tearDown(self):
self._tmpfile.cleanup()
def _add_subscriber(self, sid):
sub = SubscriberData(sid=SIDUtils.to_pb(sid))
self._store.add_subscriber(sub)
return (sid, sub)
def test_subscriber_addition(self):
"""
Test if subscriber addition works as expected
"""
self.assertEqual(self._store.list_subscribers(), [])
(sid1, _) = self._add_subscriber('IMSI11111')
self.assertEqual(self._store.list_subscribers(), [sid1])
(sid2, sub2) = self._add_subscriber('IMSI22222')
self.assertEqual(self._store.list_subscribers(), [sid1, sid2])
# Check if adding an existing user throws an exception
with self.assertRaises(DuplicateSubscriberError):
self._store.add_subscriber(sub2)
self.assertEqual(self._store.list_subscribers(), [sid1, sid2])
self.assertEqual(self._store._cache_list(), [sid1, sid2])
self._store.delete_all_subscribers()
self.assertEqual(self._store.list_subscribers(), [])
self.assertEqual(self._store._cache_list(), [])
def test_subscriber_deletion(self):
"""
Test if subscriber deletion works as expected
"""
(sid1, _) = self._add_subscriber('IMSI11111')
(sid2, _) = self._add_subscriber('IMSI22222')
self.assertEqual(self._store.list_subscribers(), [sid1, sid2])
self.assertEqual(self._store._cache_list(), [sid1, sid2])
self._store.delete_subscriber(sid2)
self.assertEqual(self._store.list_subscribers(), [sid1])
self.assertEqual(self._store._cache_list(), [sid1])
# Deleting a non-existent user would be ignored
self._store.delete_subscriber(sid2)
self.assertEqual(self._store.list_subscribers(), [sid1])
self.assertEqual(self._store._cache_list(), [sid1])
self._store.delete_subscriber(sid1)
self.assertEqual(self._store.list_subscribers(), [])
self.assertEqual(self._store._cache_list(), [])
def test_subscriber_retrieval(self):
"""
Test if subscriber retrieval works as expected
"""
(sid1, sub1) = self._add_subscriber('IMSI11111')
self.assertEqual(self._store.list_subscribers(), [sid1])
self.assertEqual(self._store._cache_list(), [sid1])
self.assertEqual(self._store.get_subscriber_data(sid1), sub1)
with self.assertRaises(SubscriberNotFoundError):
self._store.get_subscriber_data('IMSI30000')
self.assertEqual(self._store._cache_list(), [sid1])
self._store.delete_all_subscribers()
self.assertEqual(self._store.list_subscribers(), [])
self.assertEqual(self._store._cache_list(), [])
def test_subscriber_edit(self):
"""
Test if subscriber edit works as expected
"""
(sid1, sub1) = self._add_subscriber('IMSI11111')
self.assertEqual(self._store.get_subscriber_data(sid1), sub1)
self.assertEqual(self._store._cache_list(), [sid1])
# Update from cache
with self._store.edit_subscriber(sid1) as subs:
subs.lte.auth_key = b'5678'
self.assertEqual(self._store.get_subscriber_data(sid1).lte.auth_key,
b'5678')
self.assertEqual(self._store._cache_list(), [sid1])
# Update from persistent store after eviction
(sid2, _) = self._add_subscriber('IMSI22222')
(sid3, _) = self._add_subscriber('IMSI33333')
(sid4, _) = self._add_subscriber('IMSI44444')
self.assertEqual(self._store._cache_list(), [sid2, sid3, sid4])
with self._store.edit_subscriber(sid1) as subs:
subs.lte.auth_key = b'2468'
self.assertEqual(self._store.get_subscriber_data(sid1).lte.auth_key,
b'2468')
self.assertEqual(self._store._cache_list(), [sid3, sid4, sid1])
with self.assertRaises(SubscriberNotFoundError):
with self._store.edit_subscriber('IMSI3000') as subs:
pass
def test_resync(self):
"""
Test if resync works as expected
"""
(sid1, sub1) = self._add_subscriber('IMSI11111')
(sid2, _) = self._add_subscriber('IMSI11112')
with self._store.edit_subscriber(sid1) as subs:
subs.state.lte_auth_next_seq = 1000
# Resync
sub1.lte.auth_key = b'5678'
sub1.state.lte_auth_next_seq = 2000
self._store.resync([sub1])
subs = self._store.get_subscriber_data(sid1)
self.assertEqual(subs.lte.auth_key, b'5678') # config updated
self.assertEqual(subs.state.lte_auth_next_seq, 1000) # state left intact
with self.assertRaises(SubscriberNotFoundError):
self._store.get_subscriber_data(sid2) # sub2 was removed during resync
def test_lru_cache_invl(self):
"""
Test if LRU eviction works as expected
"""
(sid1, _) = self._add_subscriber('IMSI11111')
(sid2, _) = self._add_subscriber('IMSI22222')
(sid3, _) = self._add_subscriber('IMSI33333')
(sid4, _) = self._add_subscriber('IMSI44444')
(sid5, _) = self._add_subscriber('IMSI55555')
(sid6, _) = self._add_subscriber('IMSI66666')
self._store.get_subscriber_data(sid1)
self.assertEqual(self._store._cache_list(), [sid5, sid6, sid1])
self._store.get_subscriber_data(sid2)
self.assertEqual(self._store._cache_list(), [sid6, sid1, sid2])
self._store.get_subscriber_data(sid3)
self.assertEqual(self._store._cache_list(), [sid1, sid2, sid3])
self._store.get_subscriber_data(sid2)
self.assertEqual(self._store._cache_list(), [sid1, sid3, sid2])
self._store.get_subscriber_data(sid4)
self.assertEqual(self._store._cache_list(), [sid3, sid2, sid4])
self._store.get_subscriber_data(sid5)
self.assertEqual(self._store._cache_list(), [sid2, sid4, sid5])
self._store.get_subscriber_data(sid6)
self.assertEqual(self._store._cache_list(), [sid4, sid5, sid6])
self._store.delete_all_subscribers()
self.assertEqual(self._store.list_subscribers(), [])
self.assertEqual(self._store._cache_list(), [])