def test_from_dict_cast():
field = BaseField(field_type=int, multi=False)
x = '10'
assert field.from_dict(x) == int(x)
field = BaseField(field_type=int, multi=True)
x = ['10', '11', '12']
assert field.from_dict(x) == [int(a) for a in x]
class Doc(BaseDocument):
_doctype = 'test'
_index = 'test'
_fields = {
'multiple': BaseField(field_type=int, multi=True),
'simple': BaseField(field_type=int)
}
def test_to_dict_return_same_value():
field = BaseField(field_type=int, multi=True, field_name="test")
x = [10, 11]
assert field.to_dict(x) is x
field = BaseField(field_type=int, multi=False, field_name="test")
x = 10
assert field.to_dict(x) is x
def test_raise_when_multi_fild_type_missmatch():
field = BaseField(field_type=int, multi=True, field_name="test")
with pytest.raises(FieldTypeMismatch) as ex:
field.validate([10, 'asdf'])
assert str(
ex.value
) == "`test` expected `<type 'int'>`, actual `<type 'str'>`" # noqa
class Doc(BaseDocument):
_doctype = 'test'
_index = 'test'
_strict = True
_fields = {
'multiple': BaseField(field_type=int, multi=True,
field_name='multiple'),
'simple': BaseField(field_type=int, field_name='simple')
}
def test_raise_when_required_fild_has_empty_value():
field = BaseField(required=True, field_name="test")
with pytest.raises(RequiredField) as ex:
field.validate(None)
assert str(ex.value) == "test"
field = BaseField(required=False, field_name="test")
field.validate(None)
def test_from_dict_cast():
field = BaseField(field_type=int, multi=False)
x = '10'
assert field.from_dict(x) == int(x)
field = BaseField(field_type=int, multi=True)
x = ['10', '11', '12']
assert field.from_dict(x) == [int(a) for a in x]
def test_to_dict_return_same_value():
field = BaseField(field_type=int, multi=True, field_name="test")
x = [10, 11]
assert field.to_dict(x) is x
field = BaseField(field_type=int, multi=False, field_name="test")
x = 10
assert field.to_dict(x) is x
def test_raise_when_required_fild_has_empty_value():
field = BaseField(required=True, field_name="test")
with pytest.raises(RequiredField) as ex:
field.validate(None)
assert str(ex.value) == "test"
field = BaseField(required=False, field_name="test")
field.validate(None)
def test_raise_when_nom_iterable_is_passed_to_multi():
field = BaseField(field_type=int, required=False, field_name="test")
field.validate(10)
with pytest.raises(FieldTypeMismatch) as ex:
field.validate([10])
assert str(
ex.value
) == "`test` expected `<type 'int'>`, actual `<type 'list'>`" # noqa
def test_base_field_set_attr():
field = BaseField(field_type=int, multi=False, asdf=10)
assert field.asdf == 10
def test_raise_when_multi_fild_is_not_iterable():
field = BaseField(field_type=int, multi=True, field_name="test")
field.validate([10])
with pytest.raises(InvalidMultiField) as ex:
field.validate(10)
assert str(ex.value) == "test"
def test_raise_when_nom_iterable_is_passed_to_multi():
field = BaseField(field_type=int, required=False, field_name="test")
field.validate(10)
with pytest.raises(FieldTypeMismatch) as ex:
field.validate([10])
assert str(ex.value) == "`test` expected `<type 'int'>`, actual `<type 'list'>`" # noqa
def test_raise_when_multi_fild_type_missmatch():
field = BaseField(field_type=int, multi=True, field_name="test")
with pytest.raises(FieldTypeMismatch) as ex:
field.validate([10, 'asdf'])
assert str(ex.value) == "`test` expected `<type 'int'>`, actual `<type 'str'>`" # noqa
def test_raise_when_multi_fild_is_not_iterable():
field = BaseField(field_type=int, multi=True, field_name="test")
field.validate([10])
with pytest.raises(InvalidMultiField) as ex:
field.validate(10)
assert str(ex.value) == "test"
class OneField(with_metaclass(ModelMetaclass, object)):
pass
field = BaseField(field_type=int, required=False, multi=False)
class OneField(object):
__metaclass__ = ModelMetaclass
field = BaseField(field_type=int, required=False, multi=False)
