def _():
MyClass1 = type(native_string('Element'), (object, ), {}) # pylint: disable=invalid-name
MyClass2 = type(native_string('Element'), (object, ), {}) # pylint: disable=invalid-name
class MyRecord(Record):
elems = dict_of(int, MyClass1)
with assert_raises(FieldTypeError):
MyRecord(elems={9: MyClass2()})
def _():
MyClass1 = type(native_string('Element'), (object, ), {}) # pylint: disable=invalid-name
MyClass2 = type(native_string('Element'), (object, ), {}) # pylint: disable=invalid-name
class Record1(Record):
elems = seq_of(MyClass1)
class Record2(Record):
elems = seq_of(MyClass2)
r1 = Record1(elems=[MyClass1()])
r2 = Record2(elems=[MyClass2()])
assert_eq(r1.elems.__class__.__name__, 'ElementSeq')
assert_eq(r2.elems.__class__.__name__, 'ElementSeq')
assert r1.elems.__class__ is not r2.elems.__class__
def _():
MyClass1 = type(native_string('Element'), (object, ), {}) # pylint: disable=invalid-name
MyClass2 = type(native_string('Element'), (object, ), {}) # pylint: disable=invalid-name
class Record1(Record):
elems = dict_of(int, MyClass1)
class Record2(Record):
elems = dict_of(int, MyClass2)
r1 = Record1(elems={9: MyClass1()})
r2 = Record2(elems={9: MyClass2()})
assert_eq(r1.elems.__class__.__name__, 'IntToElementDict')
assert_eq(r2.elems.__class__.__name__, 'IntToElementDict')
assert r1.elems.__class__ is not r2.elems.__class__
def _():
MyType = ABCMeta( # pylint: disable=invalid-name
native_string('MyType'),
(object, ),
{},
)
MyType.register(int)
class MyRecord(Record):
value = MyType
assert_eq(
MyRecord(value=42).value,
42,
)