def test_one_of_json_codec(self):
for value in [
123, UUID("06b959d0-65e0-11e7-866d-6be08781d5cb"), False
]:
schema = s.one_of([s.int(), s.uuid(), s.bool()])
self.assertEqual(schema.json_decode(schema.json_encode(value)),
value)
def test_dict_json_encode_optional_success():
_equal(
s.dict({
"ejc": s.float(),
"ejd": s.bool()
}, {"ejc"}).json_encode,
{"ejc": 123.45},
)
def test_dict_json_decode_success(self):
self._equal(
s.dict({
"dja": s.float(),
"djb": s.bool()
}, {"dja", "djb"}).json_decode, {
"dja": 802.11,
"djb": True
})
class DC:
id: s.uuid()
str: s.str(nullable=True)
dict: s.dict({"a": s.int()}, nullable=True)
list: s.list(s.int(), nullable=True)
_set: s.set(s.str(), nullable=True)
int: s.int(nullable=True)
float: s.float(nullable=True)
bool: s.bool(nullable=True)
bytes: s.bytes(format="byte", nullable=True)
date: s.date(nullable=True)
datetime: s.datetime(nullable=True)
def test(
self,
a: s.list(s.str()),
b: s.set(s.str()),
c: s.int(),
d: s.float(),
e: s.bool(),
f: s.bytes(),
g: s.datetime(),
h: s.uuid(),
):
pass
def test_bool_str_decode_false(self):
self.assertEqual(s.bool().str_decode("false"), False)
def test_bool_str_decode_true(self):
self.assertEqual(s.bool().str_decode("true"), True)
def test_dict_json_encode_optional_success(self):
self._equal(
s.dict({
"ejc": s.float(),
"ejd": s.bool(required=False)
}).json_encode, {"ejc": 123.45})
"scheme": self.scheme,
"realm": self.realm,
"user_id": user_id,
"role": "god",
}
_scheme = _TestBasicSecurityScheme("WallyWorld")
http1 = _TestBasicSecurityRequirement(_scheme)
_r1_schema = s.dict(
{
"id": s.str(),
"foo": s.int(),
"bar": s.bool(),
"dt": s.datetime()
}, "id foo bar")
class _BasicResource1(Resource):
schema = _r1_schema
@operation(security=[])
def create(self, id: _r1_schema.props["id"],
_body: _r1_schema) -> s.dict({"id": _r1_schema.props["id"]}):
return {"id": id}
@operation(security=[])
def update(self, id: _r1_schema.props["id"], _body: _r1_schema):
def test_bool_allow_none():
assert s.bool(nullable=True).json_encode(None) == None
def test_dict_json_encode_optional_absent(self):
self._equal(s.dict({"eje": s.bool()}).json_encode, {})
def test_bool_allow_none(self):
self.assertEqual(s.bool(nullable=True).json_encode(None), None)
def test_bool_validate_type_false(self):
s.bool().validate(False)
def test_bool_validate_type_true(self):
s.bool().validate(True)
def test_set_validate_type_error(self):
self._error(s.set(items=s.bool()).validate, "this_is_not_a_set")
class User:
"""A user associated with a channel."""
nick: vs.nick()
voice: s.bool() = True
op: s.bool() = False
class Phone:
"""A phone number associated with a channel."""
number: vs.e164()
nick: vs.nick()
mute: s.bool() = False
class Index:
"""Represents a database index."""
name: s.str()
columns: s.list(s.str())
unique: s.bool() = False
def test_bool_str_decode_error(self):
self._error(s.bool().str_decode, "123")
def test_bool_validate_type_error(self):
self._error(s.bool().validate, "foo")
def test_bool_disallow_none(self):
self._error(s.bool().json_encode, None)
def test_bool_json_encode_error(self):
self._error(s.bool().json_encode, "bar")
def test_dict_json_encode_default_success(self):
self.assertEqual(
s.dict({
"eje": s.bool(default=False)
}).json_encode({}), {"eje": False})
def test_bool_str_decode_error():
_error(s.bool().str_decode, "123")
def test_any_of_json_codec(self):
for value in [123.45, False]:
schema = s.any_of([s.float(), s.bool()])
self.assertEqual(schema.json_decode(schema.json_encode(value)),
value)
def test_bool_json_decode_false(self):
self._equal(s.bool().json_decode, False)
def test_bool_disallow_none():
_error(s.bool().json_encode, None)
def test_bool_json_decode_error(self):
self._error(s.bool().json_decode, "baz")
def test_bool_json_decode_true(self):
self._equal(s.bool().json_decode, True)
def test_any_of_json_codec():
for value in [123.45, False]:
schema = s.any_of([s.float(), s.bool()])
assert schema.json_decode(schema.json_encode(value)) == value
