def test_unicode_key(self):
decorate, canary = self._keygen_decorator("mynamespace",
to_str=compat.text_type)
@decorate
def one(a, b):
pass
gen = canary[0]
eq_(gen(compat.u('méil'), compat.u('drôle')),
compat.ue("tests.cache.test_decorator:"
"one|mynamespace|m\xe9il dr\xf4le"))
def get_mutex(self, key):
if self.distributed_lock:
_key = u(self.lock_prefix).format(key)
_mutex = self.client.lock(_key, self.lock_timeout, self.lock_sleep)
if self.lock_class:
return self.lock_class(_mutex)
return _mutex
else:
return None
def test_unicode_key_multi(self):
decorate, canary = self._multi_keygen_decorator(
"mynamespace", to_str=compat.text_type)
@decorate
def one(a, b):
pass
gen = canary[0]
eq_(
gen(compat.u("méil"), compat.u("drôle")),
[
compat.ue(
"tests.cache.test_decorator:one|mynamespace|m\xe9il"),
compat.ue(
"tests.cache.test_decorator:one|mynamespace|dr\xf4le"),
],
)
def get_mutex(self, key):
if isinstance(key, tuple):
# key can be a tuple
key = ",".join(key)
if self.distributed_lock:
# redis.py command: `lock(name, timeout=None, sleep=0.1)`
_key = u(self.lock_prefix).format(key)
_mutex = self.client.lock(_key, self.lock_timeout, self.lock_sleep)
if self.lock_class:
return self.lock_class(_mutex)
return _mutex
else:
return None