def test_field_resolve():
f = StringField(required=True, resolve=lambda *args: 'RESOLVED').as_field()
f.contribute_to_class(MyOt, 'field_name')
field_type = schema.T(f)
assert 'RESOLVED' == field_type.resolver(MyOt, None, None)
def test_nonnullfield_type():
f = NonNullField(StringField())
f.contribute_to_class(MyOt, 'field_name')
assert isinstance(schema.T(f), GraphQLNonNull)
def test_stringfield_type_required():
f = StringField(required=True).as_field()
f.contribute_to_class(MyOt, 'field_name')
assert isinstance(schema.T(f), GraphQLField)
assert isinstance(schema.T(f).type, GraphQLNonNull)
def test_stringfield_type():
f = StringField()
f.contribute_to_class(MyOt, 'field_name')
assert schema.T(f) == GraphQLString
def test_field_resolve_objecttype_cos():
f = StringField().as_field()
f.contribute_to_class(MyOt, 'customdoc')
field = schema.T(f)
assert field.description == 'Resolver documentation'
def test_field_repr_contributed():
f = StringField().as_field()
f.contribute_to_class(MyOt, 'field_name')
assert repr(f) == "<graphene.core.types.field.Field: field_name>"
def test_field_repr():
f = StringField().as_field()
assert repr(f) == "<graphene.core.types.field.Field>"
def test_field_str():
f = StringField().as_field()
f.contribute_to_class(MyOt, 'field_name')
assert str(f) == "MyOt.field_name"
