def load(self, name):
'''
obj = load(name)
Loads the object identified by `name`.
'''
s = self.bucket.blob(self.storage_key(name)).download_as_string()
return decode(s)
def load(self, name):
'''
obj = load(name)
Loads the object identified by `name`.
'''
s = self.redis.get(_resultname(name))
if s:
s = b64decode(s)
return decode(s)
def load(self, name):
'''
obj = load(name)
Loads the object identified by `name`.
'''
s = self.redis.get(_resultname(name))
if s:
s = b64decode(s)
return decode(s)
def test_encode():
assert decode(encode(None)) is None
assert decode(encode([])) == []
assert decode(encode(list(range(33)))) == list(range(33))
def test_numpy_derived():
a = Derived([1, 2, 3])
assert type(decode(encode(a))) == type(a)
def test_numpy():
assert np.all(decode(encode(np.arange(33))) == np.arange(33))
def test_encode():
assert decode(encode(None)) is None
assert decode(encode([])) == []
assert decode(encode(range(33))) == range(33)
def test_numpy():
assert np.all(decode(encode(np.arange(33))) == np.arange(33))
def test_numpy_derived():
a = Derived([1,2,3])
assert type(decode(encode(a))) == type(a)
def test_numpy():
assert np.all(decode(encode(np.arange(33))) == np.arange(33))
x = decode(encode({'res': np.arange(1024 * 1024)}))
assert np.all(x['res'] == np.arange(1024 * 1024))
def test_encode():
assert decode(encode(None)) is None
assert decode(encode([])) == []
assert decode(encode(range(33))) == range(33)
assert np.all(decode(encode(np.arange(33))) == np.arange(33))
