def test_optional_type():
class TestModel(middle.Model):
maybe_name = middle.field(type=t.Optional[str])
skel = translate(TestModel)
assert isinstance(skel, Skeleton)
assert len(skel.children) == 1
assert skel.type == TestModel
assert skel.name == "TestModel"
skel = skel.children[0]
assert isinstance(skel, Skeleton)
assert len(skel.children) == 1
assert skel.type == t.Union[str, middle.compat.NoneType]
assert not skel.has_default_value
assert skel.name == "maybe_name"
assert skel.description is None
assert skel.nullable
assert skel.validator_data.type_check == (str, middle.compat.NoneType)
assert skel.validator_data.rules is None
assert skel.type_specific is None
skel = skel.children[0]
assert isinstance(skel, Skeleton)
assert skel.children is None
assert skel.type == str
assert not skel.has_default_value
assert skel.validator_data is None
assert skel.name is None
assert skel.type_specific is None
assert skel.description is None
assert skel.nullable is False
def test_simple_model():
class TestModel(middle.Model):
name = middle.field(type=str, description="The name", min_length=5)
skel = translate(TestModel)
assert isinstance(skel, Skeleton)
assert len(skel.children) == 1
assert skel.type == TestModel
assert not skel.has_default_value
assert skel.name == "TestModel"
assert skel.description is None
assert not skel.nullable
assert skel.validator_data is None
skel = skel.children[0]
assert isinstance(skel, Skeleton)
assert skel.children is None
assert skel.type == str
assert not skel.has_default_value
assert skel.name == "name"
assert skel.description == "The name"
assert not skel.nullable
assert skel.validator_data.rules == {"min_length": 5}
assert skel.validator_data.type_check == str
def test_union_type_not_nullable():
class TestModel(middle.Model):
lots_of_values = middle.field(type=t.Union[str, int, float])
skel = translate(TestModel)
assert isinstance(skel, Skeleton)
assert len(skel.children) == 1
assert skel.type == TestModel
assert skel.name == "TestModel"
skel = skel.children[0]
assert isinstance(skel, Skeleton)
assert len(skel.children) == 3
assert skel.type == t.Union[str, int, float]
assert not skel.has_default_value
assert skel.name == "lots_of_values"
assert skel.description is None
assert not skel.nullable
assert skel.validator_data.type_check == (str, int, float)
assert skel.validator_data.rules is None
assert skel.type_specific == {"any_of": True}
skel_str = skel.children[0]
assert isinstance(skel_str, Skeleton)
assert skel_str.children is None
assert skel_str.type == str
assert not skel_str.has_default_value
assert skel_str.validator_data is None
assert skel_str.name is None
assert skel_str.type_specific is None
assert skel_str.description is None
assert skel_str.nullable is False
skel_int = skel.children[1]
assert isinstance(skel_int, Skeleton)
assert skel_int.children is None
assert skel_int.type == int
assert not skel_int.has_default_value
assert skel_int.validator_data is None
assert skel_int.name is None
assert skel_int.type_specific is None
assert skel_int.description is None
assert skel_int.nullable is False
skel_float = skel.children[2]
assert isinstance(skel_float, Skeleton)
assert skel_float.children is None
assert skel_float.type == float
assert not skel_float.has_default_value
assert skel_float.validator_data is None
assert skel_float.name is None
assert skel_float.type_specific is None
assert skel_float.description is None
assert skel_float.nullable is False
def test_simple_model_with_typing():
class TestModel(middle.Model):
__description__ = "Test model for unit tests"
name = middle.field(type=t.List[str],
description="List of names",
default=[])
skel = translate(TestModel)
assert isinstance(skel, Skeleton)
assert len(skel.children) == 1
assert skel.type == TestModel
assert not skel.has_default_value
assert skel.name == "TestModel"
assert skel.description == "Test model for unit tests"
assert not skel.nullable
assert skel.validator_data is None
skel = skel.children[0]
assert isinstance(skel, Skeleton)
assert len(skel.children) == 1
assert skel.type == t.List[str]
assert skel.has_default_value
assert skel.default_value == []
assert skel.name == "name"
assert skel.description == "List of names"
assert not skel.nullable
assert skel.validator_data.rules is None
assert skel.validator_data.type_check == list
skel = skel.children[0]
assert isinstance(skel, Skeleton)
assert skel.children is None
assert skel.type == str
assert not skel.has_default_value
assert skel.validator_data is None
assert skel.name is None
assert skel.type_specific is None
assert skel.description is None
assert skel.nullable is False
def test_enum_choices():
@enum.unique
class TestIntEnum(enum.IntEnum):
TEST_1 = 1
TEST_2 = 2
TEST_3 = 3
class TestModel(middle.Model):
some_enum = middle.field(type=TestIntEnum)
skel = translate(TestModel)
assert isinstance(skel, Skeleton)
assert len(skel.children) == 1
assert skel.type == TestModel
assert skel.name == "TestModel"
skel = skel.children[0]
assert isinstance(skel, Skeleton)
assert len(skel.children) == 1
assert skel.type == TestIntEnum
assert skel.name == "some_enum"
assert skel.description is None
assert not skel.nullable
assert skel.validator_data.rules is None
assert skel.validator_data.type_check == TestIntEnum
assert skel.type_specific is not None
assert skel.type_specific == {"choices": [1, 2, 3]}
skel = skel.children[0]
assert isinstance(skel, Skeleton)
assert skel.children is None
assert skel.type == int
assert not skel.has_default_value
assert skel.validator_data is None
assert skel.name is None
assert skel.type_specific is None
assert skel.description is None
assert skel.nullable is False
def test_dict_type():
class TestModel(middle.Model):
options = middle.field(
type=t.Dict[str, str],
description="Options for TestModel",
min_properties=1,
)
skel = translate(TestModel)
assert isinstance(skel, Skeleton)
assert len(skel.children) == 1
assert skel.type == TestModel
assert skel.name == "TestModel"
skel = skel.children[0]
assert isinstance(skel, Skeleton)
assert len(skel.children) == 1
assert skel.type == t.Dict[str, str]
assert not skel.has_default_value
assert skel.name == "options"
assert skel.description == "Options for TestModel"
assert not skel.nullable
assert skel.validator_data.type_check == dict
assert skel.validator_data.rules == {"min_properties": 1}
assert skel.type_specific is None
skel = skel.children[0]
assert isinstance(skel, Skeleton)
assert skel.children is None
assert skel.type == str
assert not skel.has_default_value
assert skel.validator_data is None
assert skel.name is None
assert skel.type_specific is None
assert skel.description is None
assert skel.nullable is False
def test_complex_model():
skel = translate(Game)
assert isinstance(skel, Skeleton)
assert len(skel.children) == 10
assert skel.type == Game
assert not skel.has_default_value
assert skel.name == "Game"
assert skel.description == "An electronic game model"
assert not skel.nullable
assert skel.validator_data is None
for c in skel.children:
# ------------------------------------------------------------------- #
# name field
# ------------------------------------------------------------------- #
if c.name == "name":
assert isinstance(c, Skeleton)
assert c.children is None
assert c.type == str
assert not c.has_default_value
assert c.description == "The name of the game"
assert not c.nullable
assert c.validator_data is not None
assert c.validator_data.rules is None
assert c.validator_data.type_check == str
# ------------------------------------------------------------------- #
# platform field
# ------------------------------------------------------------------- #
if c.name == "platform":
assert isinstance(c, Skeleton)
assert len(c.children) == 1
assert c.type == PlatformEnum
assert not c.has_default_value
assert c.description == "Which platform it runs on"
assert not c.nullable
assert c.validator_data is not None
assert c.validator_data.rules is None
assert c.validator_data.type_check == PlatformEnum
assert c.type_specific is not None
assert c.type_specific == {
"choices": ["XBOX1", "PLAYSTATION4", "PC"]
}
# choices type
assert isinstance(c.children[0], Skeleton)
assert c.children[0].children is None
assert c.children[0].type == str
assert not c.children[0].has_default_value
assert c.children[0].validator_data is None
assert c.children[0].name is None
assert c.children[0].type_specific is None
assert c.children[0].description is None
assert c.children[0].nullable is False
# ------------------------------------------------------------------- #
# score field
# ------------------------------------------------------------------- #
if c.name == "score":
assert isinstance(c, Skeleton)
assert c.children is None
assert c.type == float
assert not c.has_default_value
assert c.description == "The average score of the game"
assert not c.nullable
assert c.validator_data is not None
assert c.validator_data.type_check == float
assert c.validator_data.rules == {
"minimum": 0,
"maximum": 10,
"multiple_of": 0.1,
}
# ------------------------------------------------------------------- #
# resolution_tested field
# ------------------------------------------------------------------- #
if c.name == "resolution_tested":
assert isinstance(c, Skeleton)
assert c.children is None
assert c.type == str
assert not c.has_default_value
assert c.description == "The resolution which the game was tested"
assert not c.nullable
assert c.validator_data is not None
assert c.validator_data.rules == {"pattern": "^\d+x\d+$"}
assert c.validator_data.type_check == str
# ------------------------------------------------------------------- #
# genre field
# ------------------------------------------------------------------- #
if c.name == "genre":
assert isinstance(c, Skeleton)
assert len(c.children) == 1
assert c.type == t.List[str]
assert not c.has_default_value
assert c.description == "One or more genres this game is part of"
assert not c.nullable
assert c.validator_data is not None
assert c.validator_data.type_check == list
assert c.validator_data.rules == {
"min_items": 1,
"unique_items": True,
}
# inner list type
assert isinstance(c.children[0], Skeleton)
assert c.children[0].children is None
assert c.children[0].type == str
assert not c.children[0].has_default_value
assert c.children[0].validator_data is None
assert c.children[0].name is None
assert c.children[0].type_specific is None
assert c.children[0].description is None
assert c.children[0].nullable is False
# ------------------------------------------------------------------- #
# rating field
# ------------------------------------------------------------------- #
if c.name == "rating":
assert isinstance(c, Skeleton)
assert len(c.children) == 1
assert c.type == t.Dict[str, float]
assert not c.has_default_value
assert c.description == "Ratings given on specialized websites"
assert not c.nullable
assert c.validator_data is not None
assert c.validator_data.type_check == dict
assert c.validator_data.rules == {"min_properties": 3}
# inner dict type
assert isinstance(c.children[0], Skeleton)
assert c.children[0].children is None
assert c.children[0].type == float
assert not c.children[0].has_default_value
assert c.children[0].validator_data is None
assert c.children[0].name is None
assert c.children[0].type_specific is None
assert c.children[0].description is None
assert c.children[0].nullable is False
# ------------------------------------------------------------------- #
# players field
# ------------------------------------------------------------------- #
if c.name == "players":
assert isinstance(c, Skeleton)
assert len(c.children) == 1
assert c.type == t.Set[Player]
assert not c.has_default_value
assert (
c.description == "Some of the notorious players of this game")
assert not c.nullable
assert c.validator_data is not None
assert c.validator_data.rules is None
assert c.validator_data.type_check == set
# inner set type
ci = c.children[0]
assert isinstance(ci, Skeleton)
assert len(ci.children) == 2
assert ci.type == Player
assert not ci.has_default_value
assert ci.validator_data is None
assert ci.name == "Player"
assert ci.type_specific is None
assert ci.description is None
assert ci.nullable is False
# inner model (complex type)
for cj in ci.children:
if cj.name == "nickname":
assert isinstance(c, Skeleton)
assert cj.children is None
assert cj.type == str
assert not cj.has_default_value
assert (cj.description ==
"The nickname of the player over the internet")
assert not cj.nullable
assert cj.validator_data is not None
assert cj.validator_data.type_check == str
assert cj.validator_data.rules is None
if cj.name == "youtube_channel":
assert isinstance(c, Skeleton)
assert cj.children is None
assert cj.type == str
assert cj.has_default_value
assert cj.default_value is None
assert (
cj.description == "The YouTube channel of the player")
assert not cj.nullable
assert cj.validator_data is not None
assert cj.validator_data.type_check == (
str,
middle.compat.NoneType,
)
assert cj.validator_data.rules is None
# ------------------------------------------------------------------- #
# language field
# ------------------------------------------------------------------- #
if c.name == "language":
assert isinstance(c, Skeleton)
assert len(c.children) == 1
assert c.type == LanguageEnum
assert not c.has_default_value
assert c.description == "The main language of the game"
assert not c.nullable
assert c.validator_data is not None
assert c.validator_data.type_check == LanguageEnum
assert c.validator_data.rules is None
assert c.type_specific is not None
assert c.type_specific == {"choices": [1, 2, 3, 4, 5]}
# choices type
assert isinstance(c.children[0], Skeleton)
assert c.children[0].children is None
assert c.children[0].type == int
assert not c.children[0].has_default_value
assert c.children[0].validator_data is None
assert c.children[0].name is None
assert c.children[0].type_specific is None
assert c.children[0].description is None
assert c.children[0].nullable is False
# ------------------------------------------------------------------- #
# awesome city field
# ------------------------------------------------------------------- #
if c.name == "awesome_city":
assert isinstance(c, Skeleton)
assert len(c.children) == 2
assert c.type == City
assert not c.has_default_value
assert c.description == "One awesome city built"
assert not c.nullable
assert c.validator_data is None
# inner model (complex type)
for ci in c.children:
if ci.name == "name":
assert isinstance(c, Skeleton)
assert ci.children is None
assert ci.type == str
assert not ci.has_default_value
assert ci.description == "The city name"
assert not ci.nullable
assert ci.validator_data is not None
assert ci.validator_data.type_check == str
assert ci.validator_data.rules is None
if ci.name == "region":
assert isinstance(ci, Skeleton)
assert len(ci.children) == 1
assert ci.type == CityRegionEnum
assert ci.has_default_value
assert ci.default_value == CityRegionEnum.TEMPERATE
assert ci.description == "The region this city is located"
assert not ci.nullable
assert ci.validator_data is not None
assert ci.validator_data.type_check == CityRegionEnum
assert ci.validator_data.rules is None
assert ci.type_specific is not None
assert ci.type_specific == {
"choices": ["TROPICAL", "TEMPERATE", "BOREAL"]
}
# choices type
assert isinstance(ci.children[0], Skeleton)
assert ci.children[0].children is None
assert ci.children[0].type == str
assert not ci.children[0].has_default_value
assert ci.children[0].validator_data is None
assert ci.children[0].name is None
assert ci.children[0].type_specific is None
assert ci.children[0].description is None
assert ci.children[0].nullable is False
# ------------------------------------------------------------------- #
# remarkable_resources field
# ------------------------------------------------------------------- #
if c.name == "remarkable_resources":
assert isinstance(c, Skeleton)
assert len(c.children) == 2
assert c.type == t.Union[Player, City]
assert not c.has_default_value
assert (c.description ==
"Some remarkable resources of this game over the internet")
assert not c.nullable
assert c.validator_data is not None
assert c.validator_data.type_check == (Player, City)
assert c.validator_data.rules is None
# inner models (union of complex type)
for ci in c.children:
assert ci.type in (Player, City)
assert isinstance(c, Skeleton)
assert len(ci.children) > 0
assert ci.name is not None
def test_invalid_type_for_schema():
class TestModel(middle.Model):
name = middle.field(type=t.Tuple[str, int])
with pytest.raises(InvalidType):
translate(TestModel)
def test_invalid_dict_type():
class TestModel(middle.Model):
options = middle.field(type=t.Dict[float, str])
with pytest.raises(TypeError):
translate(TestModel)
