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|
import uuid
import pytest
from globus_sdk import exc
from globus_sdk._internal import guards
from globus_sdk._internal.serializable import Serializable
@pytest.mark.parametrize(
"value, typ, ok",
[
# passing
([], str, True),
([1, 2], int, True),
(["1", ""], str, True),
([], list, True),
([[], [1, 2], ["foo"]], list, True),
# failing
([1], str, False),
(["foo"], int, False),
((1, 2), int, False),
(list, list, False),
(list, str, False),
(["foo", 1], str, False),
([1, 2], list, False),
],
)
def test_list_of_guard(value, typ, ok):
assert guards.is_list_of(value, typ) == ok
@pytest.mark.parametrize(
"value, typ, ok",
[
# passing
(None, str, True),
("foo", str, True),
# failing
(b"foo", str, False),
("", int, False),
(type(None), str, False),
],
)
def test_opt_guard(value, typ, ok):
assert guards.is_optional(value, typ) == ok
@pytest.mark.parametrize(
"value, typ, ok",
[
# passing
([], str, True),
([], int, True),
([1, 2], int, True),
(["1", ""], str, True),
(None, str, True),
# failing
# NB: the guard checks `list[str] | None`, not `list[str | None]`
([None], str, False),
(b"foo", str, False),
("", str, False),
(type(None), str, False),
],
)
def test_opt_list_guard(value, typ, ok):
assert guards.is_optional_list_of(value, typ) == ok
@pytest.mark.parametrize("value", (uuid.UUID(int=0), str(uuid.UUID(int=1))))
def test_uuidlike_ok(value):
assert guards.validators.uuidlike("foo", value) == value
@pytest.mark.parametrize("value", (str(uuid.UUID(int=0))[:-1], ""))
def test_uuidlike_fails_value(value):
with pytest.raises(
exc.ValidationError, match="'foo' must be a valid UUID"
) as excinfo:
guards.validators.uuidlike("foo", value)
err = excinfo.value
assert f"value='{value}'" in str(err)
@pytest.mark.parametrize("value", (object(), None, ["bar"]))
def test_uuidlike_fails_type(value):
with pytest.raises(
exc.ValidationError, match="'foo' must be a UUID or str"
) as excinfo:
guards.validators.uuidlike("foo", value)
err = excinfo.value
assert f"value='{value}'" in str(err)
@pytest.mark.parametrize(
"validator, value",
(
pytest.param(guards.validators.str_, "bar", id="str"),
pytest.param(guards.validators.int_, 0, id="int-0"),
pytest.param(guards.validators.int_, 1, id="int-1"),
pytest.param(guards.validators.opt_str, "bar", id="opt_str-str"),
pytest.param(guards.validators.opt_str, None, id="opt_str-None"),
pytest.param(guards.validators.opt_bool, True, id="opt_bool-True"),
pytest.param(guards.validators.opt_bool, False, id="opt_bool-False"),
pytest.param(guards.validators.opt_bool, None, id="opt_bool-None"),
pytest.param(guards.validators.str_list, [], id="str_list-empty"),
pytest.param(guards.validators.str_list, ["foo"], id="str_list-onestr"),
pytest.param(guards.validators.opt_str_list, [], id="opt_str_list-empty"),
pytest.param(guards.validators.opt_str_list, ["foo"], id="opt_str_list-onestr"),
pytest.param(guards.validators.opt_str_list, None, id="opt_str_list-None"),
pytest.param(
guards.validators.opt_str_list_or_commasep,
[],
id="opt_str_list_or_commasep-emptylist",
),
pytest.param(
guards.validators.opt_str_list_or_commasep,
["foo"],
id="opt_str_list_or_commasep-list",
),
pytest.param(
guards.validators.opt_str_list_or_commasep,
None,
id="opt_str_list_or_commasep-None",
),
),
)
def test_simple_validator_passing(validator, value):
assert validator("foo", value) == value
@pytest.mark.parametrize(
"validator, value, match_message",
(
pytest.param(guards.validators.str_, 1, "'foo' must be a string", id="str-int"),
pytest.param(
guards.validators.str_, False, "'foo' must be a string", id="str-bool"
),
pytest.param(
guards.validators.str_, None, "'foo' must be a string", id="str-None"
),
pytest.param(
guards.validators.int_, "bar", "'foo' must be an int", id="int-str"
),
pytest.param(
guards.validators.opt_str,
0,
"'foo' must be a string or null",
id="opt_str-int",
),
pytest.param(
guards.validators.opt_bool,
0,
"'foo' must be a bool or null",
id="opt_bool-int",
),
pytest.param(
guards.validators.str_list,
"x",
"'foo' must be a list of strings",
id="str_list-str",
),
pytest.param(
guards.validators.opt_str_list,
"x",
"'foo' must be a list of strings or null",
id="opt_str_list-str",
),
pytest.param(
guards.validators.opt_str_list_or_commasep,
0,
"'foo' must be a list of strings or a comma-delimited string or null",
id="opt_str_list_or_commasep-int",
),
),
)
def test_simple_validator_failing(validator, value, match_message):
with pytest.raises(exc.ValidationError, match=match_message):
validator("foo", value)
def test_instance_or_dict_validator_failing():
class MyObj(Serializable):
def __init__(self, *, extra=None) -> None:
pass
with pytest.raises(
exc.ValidationError, match="'foo' must be a 'MyObj' object or a dictionary"
):
guards.validators.instance_or_dict("foo", object(), MyObj)
def test_instance_or_dict_validator_pass_on_simple_instance():
class MyObj(Serializable):
def __init__(self, *, extra=None) -> None:
pass
x = MyObj()
y = guards.validators.instance_or_dict("foo", x, MyObj)
assert x is y
def test_instance_or_dict_validator_pass_on_simple_dict():
class MyObj(Serializable):
def __init__(self, *, extra=None) -> None:
pass
x = guards.validators.instance_or_dict("foo", {}, MyObj)
assert isinstance(x, MyObj)
def test_strlist_or_commasep_splits_str():
x = guards.validators.opt_str_list_or_commasep("foo", "foo,bar,baz")
assert x == ["foo", "bar", "baz"]
|
