async def test_delete_many_memcached_metric(self, metrics_registry):
driver = MemcachedDriver()
driver._client = AsyncMock()
await driver.delete_all(["foo", "bar"])
assert (
metrics_registry.get_sample_value(
"guillotina_cache_memcached_ops_total", {"type": "delete_many", "error": "none"}
)
== 1.0
)
assert (
metrics_registry.get_sample_value(
"guillotina_cache_memcached_ops_processing_time_seconds_sum", {"type": "delete_many"}
)
> 0
)
assert (
metrics_registry.get_sample_value(
"guillotina_cache_memcached_ops_total", {"type": "delete", "error": "none"}
)
== 2.0
)
assert (
metrics_registry.get_sample_value(
"guillotina_cache_memcached_ops_processing_time_seconds_sum", {"type": "delete"}
)
> 0
)
assert metrics_registry.get_sample_value("guillotina_cache_memcached_delete_all_num_keys_sum") > 0
async def test_delete_all_empty_keys():
with mock.patch(
"guillotina.contrib.memcached.driver.watch") as watch_mocked:
with mock.patch(
"guillotina.contrib.memcached.driver.MEMCACHED_OPS_DELETE_ALL_NUM_KEYS"
) as all_keys:
driver = MemcachedDriver()
driver._client = mock.Mock()
await driver.delete_all([])
all_keys.observe.assert_not_called()
watch_mocked.assert_not_called()
async def test_delete_all():
with mock.patch(
"guillotina.contrib.memcached.driver.watch") as watch_mocked:
with mock.patch(
"guillotina.contrib.memcached.driver.MEMCACHED_OPS_DELETE_ALL_NUM_KEYS"
) as all_keys:
driver = MemcachedDriver()
driver._client = mock.Mock()
await driver.delete_all(["foo", "bar"])
watch_mocked.assert_called()
all_keys.observe.assert_called_with(2)
driver._client.delete.assert_has_calls([
mock.call(safe_key("foo"), noreply=True),
mock.call(safe_key("bar"), noreply=True)
])
async def test_create_client_sets_configured_params(mocked_create_client,
param, values):
for value in values:
settings = {"hosts": MOCK_HOSTS}
driver = MemcachedDriver()
await driver._create_client({**settings, **{param: value}})
assert mocked_create_client.call_args[1][param] == value
async def test_get_memcached_metric(self, metrics_registry):
driver = MemcachedDriver()
driver._client = AsyncMock()
await driver.get("foo")
assert (
metrics_registry.get_sample_value(
"guillotina_cache_memcached_ops_total", {"type": "get", "error": "none"}
)
== 1.0
)
assert (
metrics_registry.get_sample_value(
"guillotina_cache_memcached_ops_processing_time_seconds_sum", {"type": "get"}
)
> 0
)
async def test_connect_metric(self, metrics_registry, event_loop):
driver = MemcachedDriver()
driver._client = AsyncMock()
await driver.initialize(event_loop)
assert (
metrics_registry.get_sample_value(
"guillotina_cache_memcached_ops_total", {"type": "connect", "error": "none"}
)
== 1.0
)
assert (
metrics_registry.get_sample_value(
"guillotina_cache_memcached_ops_processing_time_seconds_sum", {"type": "connect"}
)
> 0
)
async def test_create_client_returns_emcache_client(memcached_container,
guillotina_main):
driver = MemcachedDriver()
assert driver.client is None
host, port = memcached_container
settings = {"hosts": [f"{host}:{port}"]}
client = await driver._create_client(settings)
assert isinstance(client, emcache.Client)
async def test_create_client_ignores_invalid_params(mocked_create_client):
settings = {"hosts": MOCK_HOSTS}
driver = MemcachedDriver()
await driver._create_client({"foo": "bar", **settings})
assert mocked_create_client.call_args[1] == {}
async def test_client_is_initialized_with_configured_hosts(
mocked_create_client):
settings = {"hosts": MOCK_HOSTS}
driver = MemcachedDriver()
await driver._create_client(settings)
assert len(mocked_create_client.call_args[0][0]) == 1
def includeme(root, settings):
global _driver
_driver = MemcachedDriver()