def test_oneof_required(self):
instance = {
'n3IwfId': 'string',
}
schema = {
"type": "object",
"properties": {
"n3IwfId": {
"type": "string"
},
"wagfId": {
"type": "string"
},
},
"oneOf": [
{
"required": ["n3IwfId"]
},
{
"required": ["wagfId"]
},
],
}
validator = OAS30Validator(schema, format_checker=oas30_format_checker)
result = validator.validate(instance)
assert result is None
def test_string_format_datetime_strict_rfc3339(self, value):
schema = {"type": 'string', "format": 'date-time'}
validator = OAS30Validator(schema, format_checker=oas30_format_checker)
result = validator.validate(value)
assert result is None
def test_string_uuid(self, value):
schema = {"type": 'string', "format": 'uuid'}
validator = OAS30Validator(schema, format_checker=oas30_format_checker)
result = validator.validate(value)
assert result is None
def test_null(self, schema_type):
schema = {"type": schema_type}
validator = OAS30Validator(schema)
value = None
with pytest.raises(ValidationError):
validator.validate(value)
def test_nullable(self, schema_type):
schema = {"type": schema_type, "nullable": True}
validator = OAS30Validator(schema)
value = None
result = validator.validate(value)
assert result is None
def iter_errors(self, schema, value):
validator = OAS30Validator(
schema,
resolver=self.dereferencer.resolver_manager.resolver,
format_checker=oas30_format_checker,
)
for err in validator.iter_errors(value):
yield err
def get_validator(self, schema):
kwargs = {
'resolver': self.resolver,
'format_checker': self.format_checker,
}
if self.context is not None:
kwargs[self.CONTEXT_VALIDATION[self.context]] = True
return OAS30Validator(schema.__dict__, **kwargs)
def get_validator(self, schema):
kwargs = {
"resolver": self.resolver,
"format_checker": self.format_checker,
}
if self.context is not None:
kwargs[self.CONTEXT_VALIDATION[self.context]] = True
with schema.open() as schema_dict:
return OAS30Validator(schema_dict, **kwargs)
def test_required_write_only(self):
schema = {
"type": "object",
"properties": {
"some_prop": {
"type": "string",
"writeOnly": True
}
},
"required": ["some_prop"]
}
validator = OAS30Validator(schema,
format_checker=oas30_format_checker,
write=True)
with pytest.raises(ValidationError,
match="'some_prop' is a required property"):
validator.validate({"another_prop": "hello"})
validator = OAS30Validator(schema,
format_checker=oas30_format_checker,
read=True)
assert validator.validate({"another_prop": "hello"}) is None
def validate_against_openapi_schema(content: Dict[str, Any], path: str,
method: str, status_code: str) -> bool:
"""Compare a "content" dict with the defined schema for a specific method
in an endpoint. Return true if validated and false if skipped.
"""
# This first set of checks are primarily training wheels that we
# hope to eliminate over time as we improve our API documentation.
# No 500 responses have been documented, so skip them
if status_code.startswith('5'):
return False
if path not in openapi_spec.openapi()['paths'].keys():
endpoint = find_openapi_endpoint(path)
# If it doesn't match it hasn't been documented yet.
if endpoint is None:
return False
else:
endpoint = path
# Excluded endpoint/methods
if (endpoint, method) in EXCLUDE_UNDOCUMENTED_ENDPOINTS:
return False
# Return true for endpoints with only response documentation remaining
if (endpoint, method) in EXCLUDE_DOCUMENTED_ENDPOINTS:
return True
# Check if the response matches its code
if status_code.startswith('2') and (content.get(
'result', 'success').lower() != 'success'):
raise SchemaError(
"Response is not 200 but is validating against 200 schema")
# Code is not declared but appears in various 400 responses. If
# common, it can be added to 400 response schema
if status_code.startswith('4'):
# This return statement should ideally be not here. But since
# we have not defined 400 responses for various paths this has
# been added as all 400 have the same schema. When all 400
# response have been defined this should be removed.
return True
# The actual work of validating that the response matches the
# schema is done via the third-party OAS30Validator.
schema = get_schema(endpoint, method, status_code)
if endpoint == '/events' and method == 'get':
# This a temporary function for checking only documented events
# as all events haven't been documented yet.
# TODO: Remove this after all events have been documented.
fix_events(content)
validator = OAS30Validator(schema)
validator.validate(content)
return True
def test_required(self):
schema = {
"type": "object",
"properties": {
"some_prop": {
"type": "string"
}
},
"required": ["some_prop"]
}
validator = OAS30Validator(schema, format_checker=oas30_format_checker)
with pytest.raises(ValidationError,
match="'some_prop' is a required property"):
validator.validate({"another_prop": "bla"})
assert validator.validate({"some_prop": "hello"}) is None
def test_oneof_discriminator(self, schema_type):
# We define a few components schemas
components = {
"MountainHiking": {
"type": "object",
"properties": {
"discipline": {
"type": "string",
# we allow both the explicitely matched mountain_hiking discipline
# and the implicitely matched MoutainHiking discipline
"enum": ["mountain_hiking", "MountainHiking"]
},
"length": {
"type": "integer",
}
},
"required": ["discipline", "length"]
},
"AlpineClimbing": {
"type": "object",
"properties": {
"discipline": {
"type": "string",
"enum": ["alpine_climbing"]
},
"height": {
"type": "integer",
},
},
"required": ["discipline", "height"]
},
"Route": {
# defined later
}
}
components['Route'][schema_type] = [
{
"$ref": "#/components/schemas/MountainHiking"
},
{
"$ref": "#/components/schemas/AlpineClimbing"
},
]
# Add the compoments in a minimalis schema
schema = {
"$ref": "#/components/schemas/Route",
"components": {
"schemas": components
}
}
if schema_type != 'allOf':
# use jsonschema validator when no discriminator is defined
validator = OAS30Validator(schema,
format_checker=oas30_format_checker)
with pytest.raises(
ValidationError,
match="is not valid under any of the given schemas"):
validator.validate(
{"something": "matching_none_of_the_schemas"})
assert False
if schema_type == 'anyOf':
# use jsonschema validator when no discriminator is defined
validator = OAS30Validator(schema,
format_checker=oas30_format_checker)
with pytest.raises(
ValidationError,
match="is not valid under any of the given schemas"):
validator.validate(
{"something": "matching_none_of_the_schemas"})
assert False
discriminator = {
"propertyName": "discipline",
"mapping": {
"mountain_hiking": "#/components/schemas/MountainHiking",
"alpine_climbing": "#/components/schemas/AlpineClimbing",
}
}
schema['components']['schemas']['Route'][
'discriminator'] = discriminator
# Optional: check we return useful result when the schema is wrong
validator = OAS30Validator(schema, format_checker=oas30_format_checker)
with pytest.raises(ValidationError,
match="does not contain discriminating property"):
validator.validate({"something": "missing"})
assert False
# Check we get a non-generic, somehow usable, error message when a discriminated schema is failing
with pytest.raises(ValidationError,
match="'bad_string' is not of type integer"):
validator.validate({
"discipline": "mountain_hiking",
"length": "bad_string"
})
assert False
# Check explicit MountainHiking resolution
validator.validate({"discipline": "mountain_hiking", "length": 10})
# Check implicit MountainHiking resolution
validator.validate({"discipline": "MountainHiking", "length": 10})
# Check non resolvable implicit schema
with pytest.raises(
ValidationError,
match=
"reference '#/components/schemas/other' could not be resolved"
):
result = validator.validate({"discipline": "other"})
assert False
def validate_against_openapi_schema(
content: Dict[str, Any],
path: str,
method: str,
status_code: str,
display_brief_error: bool = False,
) -> bool:
"""Compare a "content" dict with the defined schema for a specific method
in an endpoint. Return true if validated and false if skipped.
"""
# This first set of checks are primarily training wheels that we
# hope to eliminate over time as we improve our API documentation.
# No 500 responses have been documented, so skip them
if status_code.startswith("5"):
return False
if path not in openapi_spec.openapi()["paths"].keys():
endpoint = find_openapi_endpoint(path)
# If it doesn't match it hasn't been documented yet.
if endpoint is None:
return False
else:
endpoint = path
# Excluded endpoint/methods
if (endpoint, method) in EXCLUDE_UNDOCUMENTED_ENDPOINTS:
return False
# Return true for endpoints with only response documentation remaining
if (endpoint, method) in EXCLUDE_DOCUMENTED_ENDPOINTS:
return True
# Check if the response matches its code
if status_code.startswith("2") and (content.get(
"result", "success").lower() != "success"):
raise SchemaError(
"Response is not 200 but is validating against 200 schema")
# Code is not declared but appears in various 400 responses. If
# common, it can be added to 400 response schema
if status_code.startswith("4"):
# This return statement should ideally be not here. But since
# we have not defined 400 responses for various paths this has
# been added as all 400 have the same schema. When all 400
# response have been defined this should be removed.
return True
# The actual work of validating that the response matches the
# schema is done via the third-party OAS30Validator.
schema = get_schema(endpoint, method, status_code)
if endpoint == "/events" and method == "get":
# This a temporary function for checking only documented events
# as all events haven't been documented yet.
# TODO: Remove this after all events have been documented.
fix_events(content)
validator = OAS30Validator(schema)
try:
validator.validate(content)
except JsonSchemaValidationError as error:
if not display_brief_error:
raise error
# display_brief_error is designed to avoid printing 1000 lines
# of output when the schema to validate is extremely large
# (E.g. the several dozen format variants for individual
# events returned by GET /events) and instead just display the
# specific variant we expect to match the response.
brief_error_display_schema = {"nullable": False, "oneOf": list()}
brief_error_display_schema_oneOf = []
brief_error_validator_value = []
for validator_value in error.validator_value:
if validator_value["example"]["type"] == error.instance["type"]:
brief_error_validator_value.append(validator_value)
for i_schema in error.schema["oneOf"]:
if i_schema["example"]["type"] == error.instance["type"]:
brief_error_display_schema_oneOf.append(i_schema)
brief_error_display_schema["oneOf"] = brief_error_display_schema_oneOf
# Field list from https://python-jsonschema.readthedocs.io/en/stable/errors/
raise JsonSchemaValidationError(
message=error.message,
validator=error.validator,
path=error.path,
instance=error.instance,
schema_path=error.schema_path,
schema=brief_error_display_schema,
validator_value=brief_error_validator_value,
cause=error.cause,
)
return True