def _simple_repr(self):
r = {'__module__': self.__module__,
'__qualname__': self.__class__.__qualname__,
'factor': simple_repr(self.factor_node),
'variable': simple_repr(self.variable_node)
}
return r
def test_simple_repr(self):
d = VariableDomain('d', 'foo', [1, 2, 3])
v = Variable('v1', d, 2)
r = simple_repr(v)
self.assertEqual(r['name'], 'v1')
self.assertEqual(r['initial_value'], 2)
self.assertEqual(r['domain'], simple_repr(d))
def test_simple_repr(self):
d = VariableDomain("d", "foo", [1, 2, 3])
v = Variable("v1", d, 2)
r = simple_repr(v)
self.assertEqual(r["name"], "v1")
self.assertEqual(r["initial_value"], 2)
self.assertEqual(r["domain"], simple_repr(d))
def _simple_repr(self):
r = {
"__module__": self.__module__,
"__qualname__": self.__class__.__qualname__,
"type": self.type,
"source": simple_repr(self.source),
"target": simple_repr(self.target),
}
return r
def _simple_repr(self):
r = {
'__module__': self.__module__,
'__qualname__': self.__class__.__qualname__,
'type': self.type,
'source': simple_repr(self.source),
'target': simple_repr(self.target)
}
return r
def _simple_repr(self):
# Full name = module + qualifiedname (for inner classes)
r = {
"__module__": self.__module__,
"__qualname__": "message_type",
"__type__": self.__class__.__qualname__,
}
for arg in fields:
try:
val = getattr(self, arg)
r[arg] = simple_repr(val)
except AttributeError:
if hasattr(self,
"_repr_mapping") and arg in self._repr_mapping:
try:
r[arg] = self.__getattribute__(self._repr_mapping[arg])
except AttributeError:
SimpleReprException(
f"Invalid repr_mapping in {self}, "
"no attribute for {self._repr_mapping[arg]}")
else:
raise SimpleReprException(
"Could not build repr for {self}, "
"no attribute for {arg}")
return r
def test_from_repr(self):
domain = VariableDomain('d', 'd', [1, 2, 3, 4])
v = ExternalVariable('v', domain, value=1)
r = simple_repr(v)
v1 = from_repr(r)
self.assertEqual(v, v1)
def _simple_repr(self):
# Full name = module + qualifiedname (for inner classes)
r = {'__module__': self.__module__,
'__qualname__': 'message_type',
'__type__': self.__class__.__qualname__}
for arg in fields:
try:
val = getattr(self, arg)
r[arg] = simple_repr(val)
except AttributeError:
if hasattr(self, '_repr_mapping') and arg in \
self._repr_mapping:
try:
r[arg] = self.__getattribute__(
self._repr_mapping[arg])
except AttributeError:
SimpleReprException('Invalid repr_mapping in {}, '
'no attribute for {}'.
format(self,
self._repr_mapping[arg]))
else:
raise SimpleReprException('Could not build repr for {}, '
'no attribute for {}'.
format(self, arg))
return r
def test_simple_repr_list_based_domain(self):
v = Variable('v1', [1, 2, 3])
r = simple_repr(v)
self.assertEqual(r['name'], 'v1')
self.assertEqual(r['initial_value'], None)
self.assertEqual(r['domain']['values'], [1, 2, 3])
def test_simple_repr(self):
msg = Message("test", "str_content")
r = simple_repr(msg)
self.assertEqual(r["msg_type"], "test")
self.assertEqual(r["content"], "str_content")
def test_from_repr(self):
msg = Message("test", "str_content")
r = simple_repr(msg)
msg2 = from_repr(r)
self.assertEqual(msg, msg2)
def test_simple_repr(self):
f = ExpressionFunction('a + b ')
self.assertEqual(f.expression, 'a + b ')
r = simple_repr(f)
self.assertEqual(r['expression'], 'a + b ')
def test_from_repr(self):
msg = Message('test', 'str_content')
r = simple_repr(msg)
msg2 = from_repr(r)
self.assertEqual(msg, msg2)
def test_simple_repr(self):
msg = Message('test', 'str_content')
r = simple_repr(msg)
self.assertEqual(r['msg_type'], 'test')
self.assertEqual(r['content'], 'str_content')
def test_simple_repr(self):
domain = VariableDomain('d', 'd', [1, 2, 3, 4])
v = ExternalVariable('v', domain, value=1)
r = simple_repr(v)
self.assertEqual(r['name'], 'v')
self.assertEqual(r['value'], 1)
def test_simple_repr(self):
domain = VariableDomain("d", "d", [1, 2, 3, 4])
v = ExternalVariable("v", domain, value=1)
r = simple_repr(v)
self.assertEqual(r["name"], "v")
self.assertEqual(r["value"], 1)
def test_message_factory_serialization():
MyMessage = message_type('my_msg', ['foo', 'bar'])
msg = MyMessage(42, 21)
r = simple_repr(msg)
print(r)
obtained = from_repr(r)
assert msg == obtained
def test_message_factory_serialization():
MyMessage = message_type("my_msg", ["foo", "bar"])
msg = MyMessage(42, 21)
r = simple_repr(msg)
print(r)
obtained = from_repr(r)
assert msg == obtained
def test_path_serialization():
p = ("a2", "a3", "__hosting__")
r = simple_repr(p)
print(r)
assert "__qualname__" in r
assert r[0] == "a2"
def test_pathtable_serialize():
p1 = ("a2", "a3")
p2 = ("a2", "a4")
table = [(2, p1), (3, p2)]
r = simple_repr(table)
assert r
print(r)
def test_from_repr():
a = AlgorithmDef("maxsum", {"stability": 0.01}, "min")
r = simple_repr(a)
a2 = from_repr(r)
assert a == a2
assert a2.param_value("stability") == 0.01
def test_simple_repr():
a = AlgorithmDef("maxsum", {"stability": 0.01}, "min")
r = simple_repr(a)
assert r["algo"] == "maxsum"
assert r["mode"] == "min"
assert r["params"]["stability"] == 0.01
def test_simple_repr(self):
a = AlgoDef('maxsum', 'min', stability_coef=0.01)
r = simple_repr(a)
self.assertEqual(r['algo'], 'maxsum')
self.assertEqual(r['mode'], 'min')
self.assertEqual(r['params']['stability_coef'], 0.01)
def test_from_repr(self):
a = AlgoDef('maxsum', 'min', stability_coef=0.01)
r = simple_repr(a)
a2 = from_repr(r)
self.assertEqual(a, a2)
self.assertEqual(a2.param_value('stability_coef'), 0.01)
def test_simple_repr_list_based_domain(self):
v = Variable("v1", [1, 2, 3])
r = simple_repr(v)
self.assertEqual(r["name"], "v1")
self.assertEqual(r["initial_value"], None)
# domain values are serialized as tuple
self.assertIn(1, r["domain"]["values"])
def test_simple_repr_with_expression_function(self):
domain = VariableDomain("d", "d", [1, 2, 3, 4])
cost_func = ExpressionFunction("v / 2")
v = VariableNoisyCostFunc("v", domain, cost_func=cost_func)
r = simple_repr(v)
self.assertEqual(r["name"], "v")
self.assertEqual(r["cost_func"]["expression"], "v / 2")
def test_simple_repr(self):
d = Domain("d", "foo", [1, 2, 3])
r = simple_repr(d)
print(r)
self.assertEqual(r["__qualname__"], "Domain")
self.assertEqual(r["__module__"], "pydcop.dcop.objects")
self.assertEqual(r["name"], "d")
self.assertEqual(r["domain_type"], "foo")
def test_simple_repr_with_expression_function(self):
domain = VariableDomain('d', 'd', [1, 2, 3, 4])
cost_func = ExpressionFunction('v / 2')
v = VariableNoisyCostFunc('v', domain, cost_func=cost_func)
r = simple_repr(v)
self.assertEquals(r['name'], 'v')
self.assertEquals(r['cost_func']['expression'], 'v / 2')
def test_mapping_for_corresponding_attribute(self):
class MappingAttr(SimpleRepr):
def __init__(self, a1):
self._repr_mapping = {'a1': 'foo'}
self.foo = a1
o = MappingAttr('bar')
r = simple_repr(o)
self.assertEqual(r['a1'], 'bar')
def test_pathtable_unserialize():
p1 = ("a2", "a3")
p2 = ("a2", "a4")
table = [(2, p1), (3, p2)]
r = simple_repr(table)
assert r
obtained = from_repr(r)
assert obtained == table
