def test_derivation_dict_3(self):
# But test it notices there is a dict already over intermediate type.
DerivedType3 = (AbstractValueObject.derive_type(
'DerivedType1',
dict=True).derive_type('DerivedType2').derive_type('DerivedType3',
dict=True))
DerivedType3().this_attribute_isnt_declared_but_there_is_a_dict = None
def test_derivation_dict_2(self):
# Test that derivation mechanism gracefully ignores second `dict'.
DerivedType2 = (AbstractValueObject.derive_type('DerivedType1',
dict=True).derive_type(
'DerivedType2',
dict=True))
DerivedType2().this_attribute_isnt_declared_but_there_is_a_dict = None
def test_derivation_dict_1 (self):
DerivedType1 = AbstractValueObject.derive_type ('DerivedType1', dict = True)
DerivedType1 ().this_attribute_isnt_declared_but_there_is_a_dict = None
def test_derivation_slots (self):
DerivedType = AbstractValueObject.derive_type ('DerivedType')
self.assertRaises (AttributeError, self.non_existing_attribute_setter (DerivedType ()))
def test_derivation_dict_1(self):
DerivedType1 = AbstractValueObject.derive_type('DerivedType1',
dict=True)
DerivedType1().this_attribute_isnt_declared_but_there_is_a_dict = None
def test_derivation_slots(self):
DerivedType = AbstractValueObject.derive_type('DerivedType')
self.assertRaises(AttributeError,
self.non_existing_attribute_setter(DerivedType()))