def test_numpy_wrapper():
x = Array(np.random.randn(4).astype(object))
x[0] = get_tdict()
x[1] = 0
assert x[1] == 0
x.begin()
x[0].arr = x
x[1] = 10
assert 'arr' in x[0]
assert len(x[0].arr) == len(x)
assert x[1] == 10
assert repr(x) == repr(json_unpack(json_pack(x)))
x.abort()
assert x[1] == 0
assert 'arr' not in x[0]
assert repr(json_unpack(json_pack(x))) == repr(x)
def test_complex_array():
x = np.arange(3).astype(object)
x[0] = get_tdict()
p = json_pack(x)
c = json_unpack(p)
assert repr(x) == repr(c)
def test_json_pack_transactionable():
data = get_tdict()
s = json_pack(data)
assert repr(json_unpack(s)) == repr(data)
data.begin()
data[1234] = 'element'
assert 1234 in data
assert 'element' == data[1234]
data.abc = 123
assert 'abc' in data
assert data.abc == 123
assert data['abc'] == 123
data.abort()
assert repr(json_unpack(s)) == repr(data)
def save(self): # returns string
data = json_pack(self)
# data = str(Packable.pack(self))
# print('key: {}'.format(self.RNG.random())) # testing
return data
def test_numpy_arrays():
x = np.random.randn(10)
p = json_pack(x)
c = json_unpack(p)
assert (c - x).sum() == 0
def save(self):
return {user: json_pack(agent) for user, agent in self.agents.items()}