class TestRedisApiWithRedisOffline(unittest.TestCase): def setUp(self) -> None: self.logger = logging.getLogger('dummy') self.db = TestInternalConf.redis_test_database self.host = 'dummyhost' self.port = TestUserConf.redis_port self.namespace = 'testnamespace' self.redis = RedisApi(self.logger, self.db, self.host, self.port, namespace=self.namespace) self.key = 'key' self.val = 'val' self.time = timedelta.max def test_add_namespace_adds_namespace(self): key = 'some key' key_with_namespace = self.namespace + ':' + key self.assertEqual(key_with_namespace, self.redis._add_namespace(key)) def test_remove_namespace_remove_namespace(self): key = 'some key' key_with_namespace = self.namespace + ':' + key self.assertEqual(key, self.redis._remove_namespace(key_with_namespace)) def test_add_namespace_adds_nothing_if_already_added_namespace(self): key = 'some key' key_with_namespace = self.namespace + ':' + key self.assertEqual(key_with_namespace, self.redis._add_namespace(key_with_namespace)) def test_remove_namespace_removes_nothing_if_no_namespace(self): key = 'some key' self.assertEqual(key, self.redis._remove_namespace(key)) def test_set_unsafe_throws_connection_exception(self): try: self.redis.set_unsafe(self.key, self.val) self.fail('Expected RedisConnectionError exception to be thrown.') except RedisConnectionError: pass def test_set_multiple_unsafe_throws_connection_exception(self): try: self.redis.set_multiple_unsafe({self.key: self.val}) self.fail('Expected RedisConnectionError exception to be thrown.') except RedisConnectionError: pass def test_set_for_unsafe_throws_connection_exception(self): try: self.redis.set_for_unsafe(self.key, self.val, self.time) self.fail('Expected RedisConnectionError exception to be thrown.') except RedisConnectionError: pass def test_get_unsafe_throws_connection_exception(self): try: self.redis.get_unsafe(self.key) self.fail('Expected RedisConnectionError exception to be thrown.') except RedisConnectionError: pass def test_get_int_unsafe_throws_connection_exception(self): try: self.redis.get_int_unsafe(self.key) self.fail('Expected RedisConnectionError exception to be thrown.') except RedisConnectionError: pass def test_get_bool_unsafe_throws_connection_exception(self): try: self.redis.get_bool_unsafe(self.key) self.fail('Expected RedisConnectionError exception to be thrown.') except RedisConnectionError: pass def test_exists_unsafe_throws_connection_exception(self): try: self.redis.exists_unsafe(self.key) self.fail('Expected RedisConnectionError exception to be thrown.') except RedisConnectionError: pass def test_get_keys_unsafe_throws_connection_exception(self): try: self.redis.get_keys_unsafe() self.fail('Expected RedisConnectionError exception to be thrown.') except RedisConnectionError: pass def test_remove_unsafe_throws_connection_exception(self): try: self.redis.remove_unsafe(self.key) self.fail('Expected RedisConnectionError exception to be thrown.') except RedisConnectionError: pass def test_delete_all_unsafe_throws_connection_exception(self): try: self.redis.delete_all_unsafe() self.fail('Expected RedisConnectionError exception to be thrown.') except RedisConnectionError: pass def test_set_returns_none(self): self.assertIsNone(self.redis.set(self.key, self.val)) def test_set_multiple_returns_none(self): self.assertIsNone(self.redis.set_multiple({self.key: self.val})) def test_set_for_returns_none(self): self.assertIsNone(self.redis.set_for(self.key, self.val, self.time)) def test_get_returns_none_if_no_default_specified(self): self.assertIsNone(self.redis.get(self.key)) def test_get_returns_default_if_default_specified(self): default = 'default' self.assertEqual(self.redis.get(self.key, default=default), default) def test_get_int_returns_none_if_no_default_specified(self): self.assertIsNone(self.redis.get_int(self.key)) def test_get_int_returns_default_if_default_specified(self): default = 123456 self.assertEqual(self.redis.get_int(self.key, default=default), default) def test_get_bool_returns_none_if_no_default_specified(self): self.assertIsNone(self.redis.get_bool(self.key)) def test_get_bool_returns_default_if_default_specified(self): default = True self.assertEqual(self.redis.get_bool(self.key, default=default), default) def test_exists_returns_false(self): self.assertFalse(self.redis.exists(self.key)) def test_exists_returns_empty_list(self): self.assertListEqual(self.redis.get_keys(), []) def test_remove_returns_none(self): self.assertIsNone(self.redis.remove(self.key)) def test_delete_all_returns_none(self): self.assertIsNone(self.redis.delete_all()) def test_ping_unsafe_throws_connection_exception(self): try: self.redis.ping_unsafe() self.fail('Expected RedisConnectionError exception to be thrown.') except RedisConnectionError: pass def test_second_safe_command_faster_to_throw_than_first_when_offline(self): start_1 = time.perf_counter() self.redis.set(self.key, self.val) elapsed_1 = time.perf_counter() - start_1 start_2 = time.perf_counter() self.redis.set(self.key, self.val) elapsed_2 = time.perf_counter() - start_2 # first executon is more than 10 times slower than second execution self.assertGreater(elapsed_1, elapsed_2 * 10)
class TestNodeWithRedis(unittest.TestCase): @classmethod def setUpClass(cls) -> None: # Same as in setUp(), to avoid running all tests if Redis is offline logger = logging.getLogger('dummy') db = TestInternalConf.redis_test_database host = TestUserConf.redis_host port = TestUserConf.redis_port password = TestUserConf.redis_password redis = RedisApi(logger, db, host, port, password) try: redis.ping_unsafe() except RedisConnectionError: raise Exception('Redis is not online.') def setUp(self) -> None: self.node_name = 'testnode' self.date = datetime.min + timedelta(days=123) self.logger = logging.getLogger('dummy') self.db = TestInternalConf.redis_test_database self.host = TestUserConf.redis_host self.port = TestUserConf.redis_port self.password = TestUserConf.redis_password self.redis = RedisApi(self.logger, self.db, self.host, self.port, self.password) self.redis.delete_all_unsafe() try: self.redis.ping_unsafe() except RedisConnectionError: self.fail('Redis is not online.') self.non_validator = Node(name=self.node_name, rpc_url=None, node_type=NodeType.NON_VALIDATOR_FULL_NODE, pubkey=None, network='', redis=self.redis) self.validator = Node(name=self.node_name, rpc_url=None, node_type=NodeType.VALIDATOR_FULL_NODE, pubkey=None, network='', redis=self.redis) def test_load_state_changes_nothing_if_nothing_saved(self): self.validator.load_state(self.logger) self.assertFalse(self.validator.is_down) self.assertFalse(self.validator.is_missing_blocks) self.assertEqual(self.validator.consecutive_blocks_missed_so_far, 0) self.assertIsNone(self.validator.voting_power) self.assertFalse(self.validator.catching_up) self.assertIsNone(self.validator.no_of_peers) def test_load_state_sets_values_to_saved_values(self): # Set Redis values manually self.redis.set_unsafe(self.node_name + '_went_down_at', str(self.date)) self.redis.set_unsafe(self.node_name + '_consecutive_blocks_missed', 123) self.redis.set_unsafe(self.node_name + '_voting_power', 456) self.redis.set_unsafe(self.node_name + '_catching_up', str(True)) self.redis.set_unsafe(self.node_name + '_no_of_peers', 789) # Load the Redis values self.validator.load_state(self.logger) # Assert self.assertEqual(self.validator._went_down_at, self.date) self.assertEqual(self.validator.consecutive_blocks_missed_so_far, 123) self.assertEqual(self.validator.voting_power, 456) self.assertTrue(self.validator.catching_up) self.assertEqual(self.validator.no_of_peers, 789) def test_load_state_sets_went_down_at_to_none_if_incorrect_type(self): # Set Redis values manually self.redis.set_unsafe(self.node_name + '_went_down_at', str(True)) # Load the Redis values self.validator.load_state(self.logger) # Assert self.assertIsNone(self.validator._went_down_at) def test_save_state_sets_values_to_current_values(self): # Set node values manually self.validator._went_down_at = self.date self.validator._consecutive_blocks_missed = 123 self.validator._voting_power = 456 self.validator._catching_up = True self.validator._no_of_peers = 789 # Save the values to Redis self.validator.save_state(self.logger) # Assert self.assertEqual( dateutil.parser.parse( self.redis.get_unsafe(self.node_name + '_went_down_at')), self.date) self.assertEqual( self.redis.get_int_unsafe(self.node_name + '_consecutive_blocks_missed'), 123) self.assertEqual( self.redis.get_int_unsafe(self.node_name + '_voting_power'), 456) self.assertTrue( self.redis.get_bool_unsafe(self.node_name + '_catching_up')) self.assertEqual( self.redis.get_int_unsafe(self.node_name + '_no_of_peers'), 789)
class TestRedisApiWithRedisOnline(unittest.TestCase): @classmethod def setUpClass(cls) -> None: # Same as in setUp(), to avoid running all tests if Redis is offline logger = logging.getLogger('dummy') db = TestInternalConf.redis_test_database host = TestUserConf.redis_host port = TestUserConf.redis_port password = TestUserConf.redis_password redis = RedisApi(logger, db, host, port, password=password) # Ping Redis try: redis.ping_unsafe() except RedisConnectionError: raise Exception('Redis is not online.') def setUp(self) -> None: self.logger = logging.getLogger('dummy') self.db = TestInternalConf.redis_test_database self.host = TestUserConf.redis_host self.port = TestUserConf.redis_port self.namespace = 'testnamespace' self.password = TestUserConf.redis_password self.redis = RedisApi(self.logger, self.db, self.host, self.port, password=self.password, namespace=self.namespace) # Ping Redis try: self.redis.ping_unsafe() except RedisConnectionError: self.fail('Redis is not online.') # Clear test database self.redis.delete_all_unsafe() self.key1 = 'key1' self.key2 = 'key2' self.key3 = 'key3' self.key4 = 'key4' self.val1 = 'val1' self.val1_bytes = bytes('val1', encoding='utf8') self.val2 = 'val2' self.val2_bytes = bytes('val2', encoding='utf8') self.val3_int = 123 self.val4 = str(True) self.val4_bool = True self.time = timedelta(seconds=3) self.time_with_error_margin = timedelta(seconds=4) self.default_str = 'DEFAULT' self.default_int = 789 self.default_bool = False def tearDown(self) -> None: self.redis.delete_all_unsafe() def test_set_unsafe_throws_exception_if_incorrect_password(self): redis_bad_pass = RedisApi(self.logger, self.db, self.host, self.port, password='******', namespace=self.namespace) self.redis.set_unsafe(self.key1, self.val1) # works try: redis_bad_pass.set_unsafe(self.key1, self.val1) self.fail('Expected ResponseError to be thrown') except ResponseError: pass def test_set_unsafe_sets_the_specified_key_to_the_specified_value(self): self.redis.set_unsafe(self.key1, self.val1) self.assertEqual(self.redis.get_unsafe(self.key1), self.val1_bytes) def test_set_unsafe_throws_exception_if_invalid_type(self): try: self.redis.set_unsafe(self.key1, True) self.fail('Expected DataError exception to be thrown.') except DataError: pass def test_set_multiple_unsafe_sets_multiple_key_value_pairs(self): self.redis.set_multiple_unsafe({ self.key1: self.val1, self.key2: self.val2 }) self.assertEqual(self.redis.get_unsafe(self.key1), self.val1_bytes) self.assertEqual(self.redis.get_unsafe(self.key2), self.val2_bytes) def test_set_for_unsafe_temporarily_sets_specified_key_value_pair(self): self.redis.set_for_unsafe(self.key1, self.val1, self.time) self.assertEqual(self.redis.get_unsafe(self.key1), self.val1_bytes) sleep(self.time_with_error_margin.seconds) self.assertNotEqual(self.redis.get_unsafe(self.key1), self.val1_bytes) def test_get_unsafe_returns_default_for_unset_key(self): self.assertEqual( self.redis.get_unsafe(self.key1, default=self.default_str), self.default_str) def test_get_unsafe_returns_set_value(self): self.redis.set_unsafe(self.key1, self.val1) self.assertEqual( self.redis.get_unsafe(self.key1, default=self.default_str), self.val1_bytes) def test_get_unsafe_returns_none_for_none_string(self): self.redis.set_unsafe(self.key1, 'None') self.assertIsNone( self.redis.get_unsafe(self.key1, default=self.default_str)) def test_get_int_unsafe_returns_set_integer(self): self.redis.set_unsafe(self.key3, self.val3_int) self.assertEqual( self.redis.get_int_unsafe(self.key3, default=self.default_int), self.val3_int) def test_get_int_unsafe_returns_default_for_unset_key(self): self.assertEqual( self.redis.get_int_unsafe(self.key3, default=self.default_int), self.default_int) def test_get_int_unsafe_returns_default_for_non_integer_value(self): self.redis.set_unsafe(self.key2, self.val2) self.assertEqual( self.redis.get_int_unsafe(self.key2, default=self.default_int), self.default_int) def test_get_bool_unsafe_returns_set_boolean(self): self.redis.set_unsafe(self.key4, self.val4) self.assertEqual( self.redis.get_bool_unsafe(self.key4, default=self.default_bool), self.val4_bool) def test_get_bool_unsafe_returns_default_for_unset_key(self): self.assertEqual( self.redis.get_bool_unsafe(self.key4, default=self.default_bool), self.default_bool) def test_get_bool_unsafe_returns_false_for_non_boolean_value(self): self.redis.set_unsafe(self.key1, self.val1) self.assertFalse( self.redis.get_bool_unsafe(self.key1, default=self.default_bool)) def test_exists_unsafe_returns_true_if_exists(self): self.redis.set_unsafe(self.key1, self.val1) self.assertTrue(self.redis.exists_unsafe(self.key1)) def test_exists_unsafe_returns_false_if_not_exists(self): self.assertFalse(self.redis.exists_unsafe(self.key1)) def test_get_keys_unsafe_returns_empty_list_if_no_keys(self): keys_list = self.redis.get_keys_unsafe() self.assertListEqual(keys_list, []) def test_get_keys_unsafe_returns_list_with_all_keys(self): self.redis.set_unsafe(self.key1, self.val1) self.redis.set_unsafe(self.key2, self.val2) self.redis.set_unsafe(self.key3, self.val3_int) keys_list = self.redis.get_keys_unsafe() self.assertSetEqual(set(keys_list), {self.key1, self.key2, self.key3}) # Set is used just in case the keys list is unordered def test_get_keys_unsafe_gets_key_that_matches_specific_pattern(self): self.redis.set_unsafe(self.key1, self.val1) self.redis.set_unsafe(self.key2, self.val2) self.redis.set_unsafe(self.key3, self.val3_int) keys_list = self.redis.get_keys_unsafe(self.key1) self.assertListEqual(keys_list, [self.key1]) keys_list = self.redis.get_keys_unsafe(self.key2) self.assertListEqual(keys_list, [self.key2]) keys_list = self.redis.get_keys_unsafe(self.key3) self.assertListEqual(keys_list, [self.key3]) def test_get_keys_unsafe_gets_only_keys_that_match_prefix_pattern(self): prefixed_key1 = 'aaa' + self.key1 prefixed_key2 = 'bbb' + self.key2 prefixed_key3 = 'aa' + self.key3 self.redis.set_unsafe(prefixed_key1, self.val1) self.redis.set_unsafe(prefixed_key2, self.val2) self.redis.set_unsafe(prefixed_key3, self.val3_int) keys_list = self.redis.get_keys_unsafe('aa*') self.assertSetEqual(set(keys_list), {prefixed_key1, prefixed_key3}) def test_remove_unsafe_does_nothing_if_key_does_not_exists(self): self.redis.remove_unsafe(self.key1) def test_remove_unsafe_removes_key_if_key_exists(self): self.redis.set_unsafe(self.key1, self.val1) self.assertTrue(self.redis.exists_unsafe(self.key1)) self.redis.remove_unsafe(self.key1) self.assertFalse(self.redis.exists_unsafe(self.key1)) def test_delete_all_unsafe_does_nothing_if_no_keys_exist(self): self.redis.delete_all_unsafe() def test_delete_all_unsafe_removes_keys_if_they_exist(self): self.redis.set_unsafe(self.key1, self.val1) self.redis.set_unsafe(self.key2, self.val2) self.assertTrue(self.redis.exists_unsafe(self.key1)) self.assertTrue(self.redis.exists_unsafe(self.key2)) self.redis.delete_all_unsafe() self.assertFalse(self.redis.exists_unsafe(self.key1)) self.assertFalse(self.redis.exists_unsafe(self.key2)) def test_set_sets_the_specified_key_to_the_specified_value(self): self.redis.set(self.key1, self.val1) self.assertEqual(self.redis.get(self.key1), self.val1_bytes) def test_set_returns_none_if_invalid_type(self): self.assertIsNone(self.redis.set(self.key1, True)) def test_set_multiple_sets_multiple_key_value_pairs(self): self.redis.set_multiple({self.key1: self.val1, self.key2: self.val2}) self.assertEqual(self.redis.get(self.key1), self.val1_bytes) self.assertEqual(self.redis.get(self.key2), self.val2_bytes) def test_set_for_temporarily_sets_specified_key_value_pair(self): self.redis.set_for(self.key1, self.val1, self.time) self.assertEqual(self.redis.get(self.key1), self.val1_bytes) sleep(self.time_with_error_margin.seconds) self.assertNotEqual(self.redis.get(self.key1), self.val1_bytes) def test_get_returns_default_for_unset_key(self): self.assertEqual(self.redis.get(self.key1, default=self.default_str), self.default_str) def test_get_returns_set_value(self): self.redis.set(self.key1, self.val1) self.assertEqual(self.redis.get(self.key1, default=self.default_str), self.val1_bytes) def test_get_returns_none_for_none_string(self): self.redis.set(self.key1, 'None') self.assertIsNone(self.redis.get(self.key1, default=self.default_str)) def test_get_int_returns_set_integer(self): self.redis.set(self.key3, self.val3_int) self.assertEqual( self.redis.get_int(self.key3, default=self.default_int), self.val3_int) def test_get_int_returns_default_for_unset_key(self): self.assertEqual( self.redis.get_int(self.key3, default=self.default_int), self.default_int) def test_get_int_returns_default_for_non_integer_value(self): self.redis.set(self.key2, self.val2) self.assertEqual( self.redis.get_int(self.key2, default=self.default_int), self.default_int) def test_get_bool_returns_set_boolean(self): self.redis.set(self.key4, self.val4) self.assertEqual( self.redis.get_bool(self.key4, default=self.default_bool), self.val4_bool) def test_get_bool_returns_default_for_unset_key(self): self.assertEqual( self.redis.get_bool(self.key4, default=self.default_bool), self.default_bool) def test_get_bool_returns_false_for_non_boolean_value(self): self.redis.set(self.key1, self.val1) self.assertFalse( self.redis.get_bool(self.key1, default=self.default_bool)) def test_exists_returns_true_if_exists(self): self.redis.set(self.key1, self.val1) self.assertTrue(self.redis.exists(self.key1)) def test_exists_returns_false_if_not_exists(self): self.assertFalse(self.redis.exists(self.key1)) def test_get_keys_returns_empty_list_if_no_keys(self): keys_list = self.redis.get_keys() self.assertListEqual(keys_list, []) def test_get_keys_returns_list_with_all_keys(self): self.redis.set_unsafe(self.key1, self.val1) self.redis.set_unsafe(self.key2, self.val2) self.redis.set_unsafe(self.key3, self.val3_int) keys_list = self.redis.get_keys() self.assertSetEqual(set(keys_list), {self.key1, self.key2, self.key3}) # Set is used just in case the keys list is unordered def test_get_keys_gets_key_that_matches_specific_pattern(self): self.redis.set_unsafe(self.key1, self.val1) self.redis.set_unsafe(self.key2, self.val2) self.redis.set_unsafe(self.key3, self.val3_int) keys_list = self.redis.get_keys(self.key1) self.assertListEqual(keys_list, [self.key1]) keys_list = self.redis.get_keys(self.key2) self.assertListEqual(keys_list, [self.key2]) keys_list = self.redis.get_keys(self.key3) self.assertListEqual(keys_list, [self.key3]) def test_get_keys_gets_only_keys_that_match_prefix_pattern(self): prefixed_key1 = 'aaa' + self.key1 prefixed_key2 = 'bbb' + self.key2 prefixed_key3 = 'aa' + self.key3 self.redis.set_unsafe(prefixed_key1, self.val1) self.redis.set_unsafe(prefixed_key2, self.val2) self.redis.set_unsafe(prefixed_key3, self.val3_int) keys_list = self.redis.get_keys('aa*') self.assertSetEqual(set(keys_list), {prefixed_key1, prefixed_key3}) def test_remove_does_nothing_if_key_does_not_exists(self): self.redis.remove(self.key1) def test_remove_removes_key_if_key_exists(self): self.redis.set(self.key1, self.val1) self.assertTrue(self.redis.exists(self.key1)) self.redis.remove(self.key1) self.assertFalse(self.redis.exists(self.key1)) def test_delete_all_does_nothing_if_no_keys_exist(self): self.redis.delete_all() def test_delete_all_removes_keys_if_they_exist(self): self.redis.set(self.key1, self.val1) self.redis.set(self.key2, self.val2) self.assertTrue(self.redis.exists(self.key1)) self.assertTrue(self.redis.exists(self.key2)) self.redis.delete_all() self.assertFalse(self.redis.exists(self.key1)) self.assertFalse(self.redis.exists(self.key2)) def test_ping_unsafe_returns_true(self): self.assertTrue(self.redis.ping_unsafe())
class TestBlockchainWithRedis(unittest.TestCase): @classmethod def setUpClass(cls) -> None: # Same as in setUp(), to avoid running all tests if Redis is offline logger = logging.getLogger('dummy') db = TestInternalConf.redis_test_database host = TestUserConf.redis_host port = TestUserConf.redis_port password = TestUserConf.redis_password redis = RedisApi(logger, db, host, port, password) try: redis.ping_unsafe() except RedisConnectionError: raise Exception('Redis is not online.') def setUp(self) -> None: self.blockchain_name = 'testblockchain' self.redis_prefix = self.blockchain_name self.logger = logging.getLogger('dummy') self.counter_channel = CounterChannel(self.logger) self.channel_set = ChannelSet([self.counter_channel]) self.db = TestInternalConf.redis_test_database self.host = TestUserConf.redis_host self.port = TestUserConf.redis_port self.password = TestUserConf.redis_password self.redis = RedisApi(self.logger, self.db, self.host, self.port, self.password) self.redis.delete_all_unsafe() try: self.redis.ping_unsafe() except RedisConnectionError: self.fail('Redis is not online.') self.blockchain = Blockchain(self.blockchain_name, self.redis) self.dummy_referendum_count = 10 self.dummy_council_prop_count = 10 self.dummy_public_prop_count = 10 self.dummy_validator_set_size = 120 def test_load_state_changes_nothing_if_nothing_saved(self): self.blockchain.load_state(self.logger) self.assertIsNone(self.blockchain.validator_set_size) self.assertIsNone(self.blockchain.public_prop_count) self.assertIsNone(self.blockchain.council_prop_count) self.assertIsNone(self.blockchain.validator_set_size) def test_load_state_sets_values_to_saved_values(self): # Set Redis values manually self.redis.set_unsafe(self.redis_prefix + '_referendum_count', self.dummy_referendum_count) self.redis.set_unsafe(self.redis_prefix + '_public_prop_count', self.dummy_public_prop_count) self.redis.set_unsafe(self.redis_prefix + '_council_prop_count', self.dummy_council_prop_count) self.redis.set_unsafe(self.redis_prefix + '_validator_set_size', self.dummy_validator_set_size) # Load the Redis values self.blockchain.load_state(self.logger) # Assert self.assertEqual(self.blockchain.referendum_count, self.dummy_referendum_count) self.assertEqual(self.blockchain.public_prop_count, self.dummy_public_prop_count) self.assertEqual(self.blockchain.council_prop_count, self.dummy_council_prop_count) self.assertEqual(self.blockchain.validator_set_size, self.dummy_validator_set_size) def test_save_state_sets_values_to_current_values(self): # Set blockchain values manually self.blockchain.set_referendum_count(self.dummy_referendum_count, self.channel_set, self.logger) self.blockchain.set_council_prop_count(self.dummy_council_prop_count, self.channel_set, self.logger) self.blockchain.set_public_prop_count(self.dummy_public_prop_count, self.channel_set, self.logger) self.blockchain.set_validator_set_size(self.dummy_validator_set_size, self.channel_set, self.logger) # Save the values to Redis self.blockchain.save_state(self.logger) # Assert self.assertEqual( self.redis.get_int_unsafe(self.redis_prefix + '_referendum_count'), self.dummy_referendum_count) self.assertEqual( self.redis.get_int_unsafe(self.redis_prefix + '_public_prop_count'), self.dummy_public_prop_count) self.assertEqual( self.redis.get_int_unsafe(self.redis_prefix + '_council_prop_count'), self.dummy_council_prop_count) self.assertEqual( self.redis.get_int_unsafe(self.redis_prefix + '_validator_set_size'), self.dummy_validator_set_size)