def setUp(self):
self.mc = make_test_client(
cls=self.memcached_client,
server_type=self.memcached_server_type,
host=self.memcached_host,
port=self.memcached_port,
)
def test_get_with_default(self):
mc = make_test_client(binary=True)
key = 'get-api-test'
mc.delete(key)
eq_(mc.get(key), None)
default = object()
assert mc.get(key, default) is default
def test_refcounts(self):
SENTINEL = object()
DUMMY = b"dummy"
KEY = b"fwLiDZKV7IlVByM5bVDNkg"
VALUE = "PVILgNVNkCfMkQup5vkGSQ"
class MyClient(_pylibmc.client):
"""Always serialize and deserialize to the same constants."""
def serialize(self, value):
return DUMMY, 1
def deserialize(self, bytes_, flags):
return SENTINEL
refcountables = [1, long_(1), SENTINEL, DUMMY, KEY, VALUE]
c = make_test_client(MyClient)
initial_refcounts = get_refcounts(refcountables)
c.set(KEY, VALUE)
eq_(get_refcounts(refcountables), initial_refcounts)
assert c.get(KEY) is SENTINEL
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(c.get_multi([KEY]), {KEY: SENTINEL})
eq_(get_refcounts(refcountables), initial_refcounts)
c.set_multi({KEY: True})
eq_(get_refcounts(refcountables), initial_refcounts)
def test_get_with_default(self):
mc = make_test_client(binary=True)
key = 'get-api-test'
mc.delete(key)
eq_(mc.get(key), None)
default = object()
assert mc.get(key, default) is default
def test_zerokey(self):
bc = make_test_client(binary=True)
k = "\x00\x01"
test_str = "test"
self.assertTrue(bc.set(k, test_str))
rk = next(iter(bc.get_multi([k])))
self.assertEqual(k, rk)
def test_refcounts(self):
SENTINEL = object()
DUMMY = b"dummy"
KEY = b"fwLiDZKV7IlVByM5bVDNkg"
VALUE = "PVILgNVNkCfMkQup5vkGSQ"
class MyClient(_pylibmc.client):
"""Always serialize and deserialize to the same constants."""
def serialize(self, value):
return DUMMY, 1
def deserialize(self, bytes_, flags):
return SENTINEL
refcountables = [1, long_(1), SENTINEL, DUMMY, KEY, VALUE]
c = make_test_client(MyClient)
initial_refcounts = get_refcounts(refcountables)
c.set(KEY, VALUE)
eq_(get_refcounts(refcountables), initial_refcounts)
assert c.get(KEY) is SENTINEL
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(c.get_multi([KEY]), {KEY: SENTINEL})
eq_(get_refcounts(refcountables), initial_refcounts)
c.set_multi({KEY: True})
eq_(get_refcounts(refcountables), initial_refcounts)
def test_zerokey(self):
bc = make_test_client(binary=True)
k = "\x00\x01"
test_str = "test"
ok_(bc.set(k, test_str))
rk = next(iter(bc.get_multi([k])))
eq_(k, rk)
def _test_get(self, key, val):
bc = make_test_client(binary=True)
refcountables = [key, val]
initial_refcounts = get_refcounts(refcountables)
bc.set(key, val)
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(bc.get(key), val)
eq_(get_refcounts(refcountables), initial_refcounts)
def test_none_values(self):
mc = make_test_client(binary=True)
mc.set('none-test', None)
self.assertEqual(mc.get('none-test'), None)
self.assertEqual(mc.get('none-test', 'default'), None)
# formerly, this would raise a KeyError, which was incorrect
self.assertEqual(mc['none-test'], None)
assert 'none-test' in mc
def test_none_values(self):
mc = make_test_client(binary=True)
mc.set('none-test', None)
self.assertEqual(mc.get('none-test'), None)
self.assertEqual(mc.get('none-test', 'default'), None)
# formerly, this would raise a KeyError, which was incorrect
self.assertEqual(mc['none-test'], None)
assert 'none-test' in mc
def _test_get(self, key, val):
bc = make_test_client(binary=True)
refcountables = [key, val]
initial_refcounts = get_refcounts(refcountables)
bc.set(key, val)
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(bc.get(key), val)
eq_(get_refcounts(refcountables), initial_refcounts)
def test_override_deserialize(self):
class MyClient(pylibmc.Client):
ignored = []
def deserialize(self, bytes_, flags):
try:
return super(MyClient, self).deserialize(bytes_, flags)
except Exception as error:
self.ignored.append(error)
raise pylibmc.CacheMiss
global MyObject # Needed by the pickling system.
class MyObject(object):
def __getstate__(self):
return dict(a=1)
def __eq__(self, other):
return type(other) is type(self)
def __setstate__(self, d):
assert d['a'] == 1
c = make_test_client(MyClient, behaviors={'cas': True})
eq_(c.get('notathing'), None)
refcountables = ['foo', 'myobj', 'noneobj', 'myobj2', 'cachemiss']
initial_refcounts = get_refcounts(refcountables)
c['foo'] = 'foo'
c['myobj'] = MyObject()
c['noneobj'] = None
c['myobj2'] = MyObject()
# Show that everything is initially regular.
eq_(c.get('myobj'), MyObject())
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(c.get_multi(['foo', 'myobj', 'noneobj', 'cachemiss']),
dict(foo='foo', myobj=MyObject(), noneobj=None))
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(c.gets('myobj2')[0], MyObject())
eq_(get_refcounts(refcountables), initial_refcounts)
# Show that the subclass can transform unpickling issues into a cache miss.
del MyObject # Break unpickling
eq_(c.get('myobj'), None)
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(c.get_multi(['foo', 'myobj', 'noneobj', 'cachemiss']),
dict(foo='foo', noneobj=None))
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(c.gets('myobj2'), (None, None))
eq_(get_refcounts(refcountables), initial_refcounts)
# The ignored errors are "AttributeError: test.test_client has no MyObject"
eq_(len(MyClient.ignored), 3)
assert all(
isinstance(error, AttributeError) for error in MyClient.ignored)
def test_cas(self):
k = "testkey"
mc = make_test_client(binary=False, behaviors={"cas": True})
ok_(mc.set(k, 0))
while True:
rv, cas = mc.gets(k)
ok_(mc.cas(k, rv + 1, cas))
if rv == 10:
break
def test_cas(self):
k = "testkey"
mc = make_test_client(binary=False, behaviors={"cas": True})
ok_(mc.set(k, 0))
while True:
rv, cas = mc.gets(k)
ok_(mc.cas(k, rv + 1, cas))
if rv == 10:
break
def test_get_multi(self):
bc = make_test_client(binary=True)
keys = ["first", "second"]
value = "first_value"
refcountables = keys + [value]
initial_refcounts = get_refcounts(refcountables)
bc.set(keys[0], value)
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(bc.get_multi(keys), {keys[0]: value})
eq_(get_refcounts(refcountables), initial_refcounts)
def test_get_multi(self):
bc = make_test_client(binary=True)
keys = ["first", "second", "", b""]
value = "first_value"
refcountables = keys + [value]
initial_refcounts = get_refcounts(refcountables)
bc.set(keys[0], value)
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(bc.get_multi(keys), {keys[0]: value})
eq_(get_refcounts(refcountables), initial_refcounts)
def test_cas(self):
c = "cas"
k = "testkey"
mc = make_test_client(binary=False, behaviors={c: True})
self.assertTrue(mc.set(k, 0))
while True:
rv, cas = mc.gets(k)
self.assertTrue(mc.cas(k, rv + 1, cas))
if rv == 10:
break
def test_override_deserialize(self):
class MyClient(pylibmc.Client):
ignored = []
def deserialize(self, bytes_, flags):
try:
return super(MyClient, self).deserialize(bytes_, flags)
except Exception as error:
self.ignored.append(error)
raise pylibmc.CacheMiss
global MyObject # Needed by the pickling system.
class MyObject(object):
def __getstate__(self):
return dict(a=1)
def __eq__(self, other):
return type(other) is type(self)
def __setstate__(self, d):
assert d["a"] == 1
c = make_test_client(MyClient, behaviors={"cas": True})
eq_(c.get("notathing"), None)
refcountables = ["foo", "myobj", "noneobj", "myobj2", "cachemiss"]
initial_refcounts = get_refcounts(refcountables)
c["foo"] = "foo"
c["myobj"] = MyObject()
c["noneobj"] = None
c["myobj2"] = MyObject()
# Show that everything is initially regular.
eq_(c.get("myobj"), MyObject())
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(c.get_multi(["foo", "myobj", "noneobj", "cachemiss"]), dict(foo="foo", myobj=MyObject(), noneobj=None))
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(c.gets("myobj2")[0], MyObject())
eq_(get_refcounts(refcountables), initial_refcounts)
# Show that the subclass can transform unpickling issues into a cache miss.
del MyObject # Break unpickling
eq_(c.get("myobj"), None)
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(c.get_multi(["foo", "myobj", "noneobj", "cachemiss"]), dict(foo="foo", noneobj=None))
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(c.gets("myobj2"), (None, None))
eq_(get_refcounts(refcountables), initial_refcounts)
# The ignored errors are "AttributeError: test.test_client has no MyObject"
eq_(len(MyClient.ignored), 3)
assert all(isinstance(error, AttributeError) for error in MyClient.ignored)
def test_get_invalid_key(self):
bc = make_test_client(binary=True)
key = object()
initial_refcount = get_refcounts([key])
raised = False
try:
bc.get(key)
except TypeError:
raised = True
assert raised
eq_(get_refcounts([key]), initial_refcount)
def test_get_invalid_key(self):
bc = make_test_client(binary=True)
key = object()
initial_refcount = sys.getrefcount(key)
raised = False
try:
bc.get(key)
except TypeError:
raised = True
assert raised
eq_(sys.getrefcount(key), initial_refcount)
def test_get_multi_bytes_and_unicode(self):
bc = make_test_client(binary=True)
keys = ["third", b"fourth"]
value = "another_value"
kv = dict((k, value) for k in keys)
refcountables = [keys] + [value]
initial_refcounts = get_refcounts(refcountables)
bc.set_multi(kv)
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(bc.get_multi(keys)[keys[0]], value)
eq_(get_refcounts(refcountables), initial_refcounts)
def test_get_multi_bytes_and_unicode(self):
bc = make_test_client(binary=True)
keys = ["third", b"fourth"]
value = "another_value"
kv = dict((k, value) for k in keys)
refcountables = [keys] + [value]
initial_refcounts = get_refcounts(refcountables)
bc.set_multi(kv)
eq_(get_refcounts(refcountables), initial_refcounts)
eq_(bc.get_multi(keys)[keys[0]], value)
eq_(get_refcounts(refcountables), initial_refcounts)
def test_integers(self):
c = make_test_client(binary=True)
if sys.version_info[0] == 3:
eq_(c.serialize(1), (b'1', 4))
eq_(c.serialize(2**64), (b'18446744073709551616', 4))
else:
eq_(c.serialize(1), (b'1', 2))
eq_(c.serialize(2**64), (b'18446744073709551616', 4))
eq_(c.deserialize(b'1', 2), 1)
eq_(c.deserialize(b'18446744073709551616', 4), 2**64)
eq_(c.deserialize(b'1', 4), long_(1))
def test_integers(self):
c = make_test_client(binary=True)
if sys.version_info[0] == 3:
eq_(c.serialize(1), (b'1', 4))
eq_(c.serialize(2**64), (b'18446744073709551616', 4))
else:
eq_(c.serialize(1), (b'1', 2))
eq_(c.serialize(2**64), (b'18446744073709551616', 4))
eq_(c.deserialize(b'1', 2), 1)
eq_(c.deserialize(b'18446744073709551616', 4), 2**64)
eq_(c.deserialize(b'1', 4), long_(1))
def test_incr(self):
bc = make_test_client(binary=True)
keys = [b"increment_key", "increment_key_again"]
refcountables = keys
initial_refcounts = get_refcounts(refcountables)
bc.set(keys[0], 1)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.incr(keys[0])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.set(keys[1], 5)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.incr(keys[1])
eq_(get_refcounts(refcountables), initial_refcounts)
def test_zerokey(self):
bc = make_test_client(binary=True)
k = "\x00\x01"
test_str = "test"
ok_(bc.set(k, test_str))
if PY3:
rk = list(bc.get_multi([k]).keys())[0]
# Keys are converted to UTF-8 strings before being
# used, so the key that we get back will be a byte
# string. Encode the test key to match this.
k = k.encode('utf-8')
else:
rk = bc.get_multi([k]).keys()[0]
eq_(k, rk)
def test_incr(self):
bc = make_test_client(binary=True)
keys = [b"increment_key", "increment_key_again"]
refcountables = keys
initial_refcounts = get_refcounts(refcountables)
bc.set(keys[0], 1)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.incr(keys[0])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.set(keys[1], 5)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.incr(keys[1])
eq_(get_refcounts(refcountables), initial_refcounts)
def test_zerokey(self):
bc = make_test_client(binary=True)
k = "\x00\x01"
test_str = "test"
ok_(bc.set(k, test_str))
if PY3:
rk = list(bc.get_multi([k]).keys())[0]
# Keys are converted to UTF-8 strings before being
# used, so the key that we get back will be a byte
# string. Encode the test key to match this.
k = k.encode('utf-8')
else:
rk = bc.get_multi([k]).keys()[0]
eq_(k, rk)
def test_integers(self):
c = make_test_client(binary=True)
if sys.version_info[0] == 3:
self.assertEqual(c.serialize(1), (b'1', f_long))
self.assertEqual(c.serialize(2**64),
(b'18446744073709551616', f_long))
else:
self.assertEqual(c.serialize(1), (b'1', f_int))
self.assertEqual(c.serialize(2**64),
(b'18446744073709551616', f_long))
self.assertEqual(c.deserialize(b'1', f_int), 1)
self.assertEqual(c.deserialize(b'18446744073709551616', f_long), 2**64)
self.assertEqual(c.deserialize(b'1', f_long), long_(1))
def test_cas(self):
k = "testkey"
val = 1138478589238
mc = make_test_client(binary=False, behaviors={'cas': True})
refcountables = [k, val]
initial_refcounts = get_refcounts(refcountables)
ok_(mc.set(k, 0))
eq_(get_refcounts(refcountables), initial_refcounts)
while True:
rv, cas = mc.gets(k)
eq_(get_refcounts(refcountables), initial_refcounts)
ok_(mc.cas(k, rv + 1, cas))
eq_(get_refcounts(refcountables), initial_refcounts)
if rv == 10:
break
def test_cas(self):
k = "testkey"
val = 1138478589238
mc = make_test_client(binary=False, behaviors={'cas': True})
refcountables = [k, val]
initial_refcounts = get_refcounts(refcountables)
ok_(mc.set(k, 0))
eq_(get_refcounts(refcountables), initial_refcounts)
while True:
rv, cas = mc.gets(k)
eq_(get_refcounts(refcountables), initial_refcounts)
ok_(mc.cas(k, rv + 1, cas))
eq_(get_refcounts(refcountables), initial_refcounts)
if rv == 10:
break
def test_invalid_flags_returned(self):
# test that nothing bad (memory leaks, segfaults) happens
# when subclasses implement `deserialize` incorrectly
DUMMY = b"dummy"
BAD_FLAGS = object()
KEY = 'foo'
VALUE = object()
refcountables = [KEY, DUMMY, VALUE, BAD_FLAGS]
class MyClient(pylibmc.Client):
def serialize(self, value):
return DUMMY, BAD_FLAGS
c = make_test_client(MyClient)
initial_refcounts = get_refcounts(refcountables)
self._assert_set_raises(c, KEY, VALUE)
eq_(get_refcounts(refcountables), initial_refcounts)
def test_invalid_flags_returned(self):
# test that nothing bad (memory leaks, segfaults) happens
# when subclasses implement `deserialize` incorrectly
DUMMY = b"dummy"
BAD_FLAGS = object()
KEY = 'foo'
VALUE = object()
refcountables = [KEY, DUMMY, VALUE, BAD_FLAGS]
class MyClient(pylibmc.Client):
def serialize(self, value):
return DUMMY, BAD_FLAGS
c = make_test_client(MyClient)
initial_refcounts = get_refcounts(refcountables)
self._assert_set_raises(c, KEY, VALUE)
eq_(get_refcounts(refcountables), initial_refcounts)
def test_nonintegers(self):
# tuples (python_value, (expected_bytestring, expected_flags))
SERIALIZATION_TEST_VALUES = [
# booleans
(True, (b"1", 16)),
(False, (b"0", 16)),
# bytestrings
(b"asdf", (b"asdf", 0)),
(b"\xb5\xb1\xbf\xed\xa9\xc2{8", (b"\xb5\xb1\xbf\xed\xa9\xc2{8", 0)),
# objects
(datetime.date(2015, 12, 28), (pickle.dumps(datetime.date(2015, 12, 28)), 1)),
]
c = make_test_client(binary=True)
for value, serialized_value in SERIALIZATION_TEST_VALUES:
eq_(c.serialize(value), serialized_value)
eq_(c.deserialize(*serialized_value), value)
def test_get_with_default(self):
bc = make_test_client(binary=True)
key = b'refcountest4'
val = 'some_value'
default = object()
refcountables = [key, val, default]
initial_refcounts = get_refcounts(refcountables)
bc.set(key, val)
eq_(get_refcounts(refcountables), initial_refcounts)
assert bc.get(key) == val
eq_(get_refcounts(refcountables), initial_refcounts)
assert bc.get(key, default) == val
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete(key)
assert bc.get(key) is None
eq_(get_refcounts(refcountables), initial_refcounts)
assert bc.get(key, default) is default
eq_(get_refcounts(refcountables), initial_refcounts)
def test_get_with_default(self):
bc = make_test_client(binary=True)
key = b'refcountest4'
val = 'some_value'
default = object()
refcountables = [key, val, default]
initial_refcounts = get_refcounts(refcountables)
bc.set(key, val)
eq_(get_refcounts(refcountables), initial_refcounts)
assert bc.get(key) == val
eq_(get_refcounts(refcountables), initial_refcounts)
assert bc.get(key, default) == val
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete(key)
assert bc.get(key) is None
eq_(get_refcounts(refcountables), initial_refcounts)
assert bc.get(key, default) is default
eq_(get_refcounts(refcountables), initial_refcounts)
def get_status_memcached(mems_addr=None):
'''
Get the status of caches.
:param mems_addr: list of memcached address IP:PORT.
'''
memcacheds = {}
for mem in mems_addr:
addr, port = mem.split(':')
try:
alive = bool(make_test_client(host=addr, port=port))
memcacheds[mem] = alive
except NotAliveError:
memcacheds[mem] = False
return memcacheds
def test_set_and_delete_multi(self):
bc = make_test_client(binary=True)
keys = ["delone", b"deltwo", "delthree", "delfour"]
values = [b"valone", "valtwo", object(), 2]
refcountables = keys + values
initial_refcounts = get_refcounts(refcountables)
bc.set_multi(dict(zip(keys, values)))
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi([keys[0]])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi([keys[1]])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.set_multi(dict(zip(keys, values)))
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi(keys)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi(keys)
eq_(get_refcounts(refcountables), initial_refcounts)
def test_delete(self):
bc = make_test_client(binary=True)
keys = ["delone", b"deltwo"]
values = [b"valone", "valtwo"]
refcountables = keys + values
initial_refcounts = get_refcounts(refcountables)
bc.set(keys[0], values[0])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.set(keys[1], values[1])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete(keys[0])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete(keys[1])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete(keys[0])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete(keys[1])
eq_(get_refcounts(refcountables), initial_refcounts)
def test_delete(self):
bc = make_test_client(binary=True)
keys = ["delone", b"deltwo"]
values = [b"valone", "valtwo"]
refcountables = keys + values
initial_refcounts = get_refcounts(refcountables)
bc.set(keys[0], values[0])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.set(keys[1], values[1])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete(keys[0])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete(keys[1])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete(keys[0])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete(keys[1])
eq_(get_refcounts(refcountables), initial_refcounts)
def get_status_memcached(mems_addr=None):
'''
Get the status of caches.
:param mems_addr: list of memcached address IP:PORT.
'''
memcacheds = {}
for mem in mems_addr:
addr, port = mem.split(':')
try:
alive = bool(make_test_client(host=addr, port=port))
memcacheds[mem] = alive
except NotAliveError:
memcacheds[mem] = False
return memcacheds
def test_override_serialize(self):
class MyClient(pylibmc.Client):
def serialize(self, value):
return json.dumps(value).encode('utf-8'), 0
def deserialize(self, bytes_, flags):
return json.loads(bytes_.decode('utf-8'))
c = make_test_client(MyClient)
c['foo'] = (1, 2, 3, 4)
# json turns tuples into lists:
eq_(c['foo'], [1, 2, 3, 4])
raised = False
try:
c['bar'] = object()
except TypeError:
raised = True
assert raised
def test_set_and_delete_multi(self):
bc = make_test_client(binary=True)
keys = ["delone", b"deltwo", "delthree", "delfour"]
values = [b"valone", "valtwo", object(), 2]
refcountables = keys + values
initial_refcounts = get_refcounts(refcountables)
bc.set_multi(dict(zip(keys, values)))
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi([keys[0]])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi([keys[1]])
eq_(get_refcounts(refcountables), initial_refcounts)
bc.set_multi(dict(zip(keys, values)))
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi(keys)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi(keys)
eq_(get_refcounts(refcountables), initial_refcounts)
def test_override_serialize(self):
class MyClient(pylibmc.Client):
def serialize(self, value):
return json.dumps(value).encode('utf-8'), 0
def deserialize(self, bytes_, flags):
return json.loads(bytes_.decode('utf-8'))
c = make_test_client(MyClient)
c['foo'] = (1, 2, 3, 4)
# json turns tuples into lists:
eq_(c['foo'], [1, 2, 3, 4])
raised = False
try:
c['bar'] = object()
except TypeError:
raised = True
assert raised
def test_nonintegers(self):
# tuples (python_value, (expected_bytestring, expected_flags))
SERIALIZATION_TEST_VALUES = [
# booleans
(True, (b'1', 16)),
(False, (b'0', 16)),
# bytestrings
(b'asdf', (b'asdf', 0)),
(b'\xb5\xb1\xbf\xed\xa9\xc2{8', (b'\xb5\xb1\xbf\xed\xa9\xc2{8',
0)),
# objects
(datetime.date(2015, 12,
28), (pickle.dumps(datetime.date(2015, 12,
28)), 1)),
]
c = make_test_client(binary=True)
for value, serialized_value in SERIALIZATION_TEST_VALUES:
eq_(c.serialize(value), serialized_value)
eq_(c.deserialize(*serialized_value), value)
def test_nonintegers(self):
# tuples (python_value, (expected_bytestring, expected_flags))
SERIALIZATION_TEST_VALUES = [
# booleans are just ints
(True, (b'1', f_int)),
(False, (b'0', f_int)),
# bytestrings
(b'asdf', (b'asdf', f_none)),
(b'\xb5\xb1\xbf\xed\xa9\xc2{8', (b'\xb5\xb1\xbf\xed\xa9\xc2{8', f_none)),
(b'', (b'', f_none)),
# unicode objects
(u'åäö', (u'åäö'.encode('utf-8'), f_text)),
(u'', (b'', f_text)),
# objects
(datetime.date(2015, 12, 28), (pickle.dumps(datetime.date(2015, 12, 28),
protocol=-1), f_pickle)),
]
c = make_test_client(binary=True)
for value, serialized_value in SERIALIZATION_TEST_VALUES:
eq_(c.serialize(value), serialized_value)
eq_(c.deserialize(*serialized_value), value)
def test_invalid_flags_returned_2(self):
DUMMY = "ab"
KEY = "key"
VALUE = 123456
refcountables = [DUMMY, KEY, VALUE]
class MyClient(pylibmc.Client):
def serialize(self, value):
return DUMMY
c = make_test_client(MyClient)
initial_refcounts = get_refcounts(refcountables)
self._assert_set_raises(c, KEY, VALUE)
eq_(get_refcounts(refcountables), initial_refcounts)
try:
c.set_multi({KEY: DUMMY})
except ValueError:
raised = True
assert raised
eq_(get_refcounts(refcountables), initial_refcounts)
def test_prefixes(self):
bc = make_test_client(binary=True)
keys = ["prefixone", b"prefixtwo"]
prefix = "testprefix-"
values = [b"valone", "valtwo"]
refcountables = keys + values + [prefix]
initial_refcounts = get_refcounts(refcountables)
bc.set_multi(dict(zip(keys, values)), key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.get_multi(keys, key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi([keys[0]], key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi([keys[1]], key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.set_multi(dict(zip(keys, values)), key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi(keys, key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi(keys, key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
def test_prefixes(self):
bc = make_test_client(binary=True)
keys = ["prefixone", b"prefixtwo"]
prefix = "testprefix-"
values = [b"valone", "valtwo"]
refcountables = keys + values + [prefix]
initial_refcounts = get_refcounts(refcountables)
bc.set_multi(dict(zip(keys, values)), key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.get_multi(keys, key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi([keys[0]], key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi([keys[1]], key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.set_multi(dict(zip(keys, values)), key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi(keys, key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
bc.delete_multi(keys, key_prefix=prefix)
eq_(get_refcounts(refcountables), initial_refcounts)
def test_invalid_flags_returned_2(self):
DUMMY = "ab"
KEY = "key"
VALUE = 123456
refcountables = [DUMMY, KEY, VALUE]
class MyClient(pylibmc.Client):
def serialize(self, value):
return DUMMY
c = make_test_client(MyClient)
initial_refcounts = get_refcounts(refcountables)
self._assert_set_raises(c, KEY, VALUE)
eq_(get_refcounts(refcountables), initial_refcounts)
try:
c.set_multi({KEY: DUMMY})
except ValueError:
raised = True
assert raised
eq_(get_refcounts(refcountables), initial_refcounts)
def test_nonintegers(self):
# tuples (python_value, (expected_bytestring, expected_flags))
SERIALIZATION_TEST_VALUES = [
# booleans are just ints
(True, (b'1', f_int)),
(False, (b'0', f_int)),
# bytestrings
(b'asdf', (b'asdf', f_none)),
(b'\xb5\xb1\xbf\xed\xa9\xc2{8', (b'\xb5\xb1\xbf\xed\xa9\xc2{8',
f_none)),
(b'', (b'', f_none)),
# unicode objects
(u'åäö', (u'åäö'.encode('utf-8'), f_text)),
(u'', (b'', f_text)),
# objects
(datetime.date(2015, 12,
28), (pickle.dumps(datetime.date(2015, 12, 28),
protocol=-1), f_pickle)),
]
c = make_test_client(binary=True)
for value, serialized_value in SERIALIZATION_TEST_VALUES:
self.assertEqual(c.serialize(value), serialized_value)
self.assertEqual(c.deserialize(*serialized_value), value)
def test_utf8_encoding(self):
k = "a key with a replacement character \ufffd and something non-BMP \U0001f4a3"
k_enc = k.encode('utf-8')
mc = make_test_client(binary=True)
ok_(mc.set(k, 0))
ok_(mc.get(k_enc) == 0)
def test_zerokey(self):
bc = make_test_client(binary=True)
k = "\x00\x01"
ok_(bc.set(k, "test"))
rk = bc.get_multi([k]).keys()[0]
eq_(k, rk)
def main(args=sys.argv[1:]):
from pylibmc import build_info
from pylibmc.test import make_test_client
logger.info('benching %s', build_info())
bench(make_test_client())
def setUp(self):
self.mc = make_test_client(cls=self.memcached_client,
server_type=self.memcached_server_type,
host=self.memcached_host,
port=self.memcached_port)
def test_zerokey(self):
bc = make_test_client(binary=True)
k = "\x00\x01"
ok_(bc.set(k, "test"))
rk = bc.get_multi([k]).keys()[0]
eq_(k, rk)