def test_compose_abstract_fixme():
with pytest.raises(TypeError):
# really it'd be nice if serialize simply wasn't inherited. would
# have to rejigger the hierarchy, not sure its worth it.
schema = Compound.using(field_schema=[String.named(u'y')])
el = schema()
schema.serialize(el, u'abc')
def test_compose_abstract_fixme():
# really it'd be nice if serialize simply wasn't inherited. would
# have to rejigger the hierarchy, not sure its worth it.
schema = Compound.using(field_schema=[String.named(u'y')])
el = schema()
schema.serialize(el, u'abc')
def test_compose_abstract():
schema = Compound.using(field_schema=[String.named(u'y')])
el = schema()
el.value
def test_explode_abstract():
schema = Compound.using(field_schema=[String.named(u'y')])
el = schema()
el.set(u'x')
def test_repr_always_safe():
# use the abstract class to emulate a subclass with broken compose.
broken_impl = Compound.using(field_schema=[String.named(u'y')])
e = broken_impl()
assert repr(e)
def __new__(cls, *args, **kw):
canary.append('new')
return Compound.__new__(cls, *args, **kw)
def test_compose_abstract():
with pytest.raises(NotImplementedError):
schema = Compound.using(field_schema=[String.named(u'y')])
el = schema()
el.value
def test_repr_always_safe():
# use the abstract class to emulate a subclass with broken compose.
broken_impl = Compound.using(field_schema=[String.named(u'y')])
e = broken_impl()
assert repr(e)
def __new__(cls, *args, **kw):
canary.append('new')
return Compound.__new__(cls, *args, **kw)
def test_compose_abstract():
schema = Compound.using(field_schema=[String.named(u'y')])
el = schema()
el.value
def test_explode_abstract():
schema = Compound.using(field_schema=[String.named(u'y')])
el = schema()
el.set(u'x')