def test_simple_type(self):
name = Name(['Hans', 'August'], 'Bronner')
format = self.format
serializer = Serializer_(format)
deserializer = Deserializer_(format)
buf = create_buffer(deserializer.mode)
serializer.dump(name, buf)
buf.seek(0)
name2 = deserializer.load(buf)
self.assertEqual(name, name2)
def test_nested_types(self):
name = Name(['Hans', 'August'], 'Bronner')
addr = Address('Klubweg 35', 29338, 'Posemuckel')
id = uuid1()
hans = Person(id, name, addr, Mass('78.2 kg'))
format = self.format
serializer = Serializer_(format)
deserializer = Deserializer_(format)
buf = create_buffer(deserializer.mode)
serializer.dump(hans, buf)
buf.seek(0)
hans2 = deserializer.load(buf)
self.assertEqual(hans, hans2)
def test_std_types(self):
id = uuid1()
dt = datetime(2014, 1, 2, 22, 17, 47, tzinfo=cest)
obj = {
'id': id,
'dt': dt,
'bigint': 2**73,
'dec': Decimal('-12.34567890'),
'tuple': ('astring', 4.56, 22908 * 10**14, dt),
'embedded_doc': {
'i32': -5,
'i64': 2**45 + 3,
't': True,
'f': False,
'bin': '\x00\x03',
'None': None,
'list': [1, 2, dt]
}
}
format = self.format
serializer = Serializer_(format)
deserializer = Deserializer_(format)
buf = create_buffer(deserializer.mode)
serializer.dump(obj, buf)
buf.seek(0)
robj = deserializer.load(buf)
self.assertEqual(len(obj), len(robj))
self.assertEqual(obj['id'], robj['id'])
self.assertEqual(obj['dt'], robj['dt'])
self.assertEqual(obj['bigint'], robj['bigint'])
self.assertEqual(obj['dec'], robj['dec'])
for o, r in zip_longest(obj['tuple'], robj['tuple']):
# when using 'json', float is reconstructed as Decimal
if isinstance(o, float) and isinstance(r, Decimal):
o = Decimal(str(o))
self.assertEqual(o, r)
emb, remb = obj['embedded_doc'], robj['embedded_doc']
for key in emb:
self.assertEqual(emb[key], remb[key])
def test_nested_types(self):
name = Name(['Hans', 'August'], 'Bronner')
addr = Address('Klubweg 35', 29338, 'Posemuckel')
id = uuid1()
hans = Person(id, name, addr, Mass('78.2 kg'))
format = self.format
serializer = Serializer_(format)
buf = create_buffer(serializer.mode)
serializer.dump(hans, buf)
buf.seek(0)
decoder = get_utility(Decoder, format)
py_repr = decoder.decode(buf)
self.assertTrue('__class__' in py_repr)
fullClsName = py_repr['__class__']
self.assertEqual(fullClsName, __name__ + '.Person')
self.assertTrue('__state__' in py_repr)
state = py_repr.get('__state__')
# tuples get reconstructed as lists, so we can't compare directly
self.assertEqual((state[0], state[1], tuple(state[2])),
hans.__getstate__()[:3])
self.assertEqual(state[3], {
u'__class__': u'quantity.r',
u'__clsargs__': [u'78.2 kg']
})