def from_deprecated_dict(deprecated_dict: Dict):
if "event_id" in deprecated_dict and isinstance(
deprecated_dict["event_id"], str):
new_event_id = deprecated_dict["event_id"].rjust(
EventId.length(), "0")
deprecated_dict["event_id"] = EventId(new_event_id)
if "event_occurred_on" in deprecated_dict and isinstance(
deprecated_dict["event_occurred_on"], str):
deprecated_dict["event_occurred_on"] = datetime.strptime(
deprecated_dict["event_occurred_on"], TIME_FORMAT)
if ("event_version" in deprecated_dict
and isinstance(deprecated_dict["event_version"], str)
and len(deprecated_dict["event_version"]) > 1):
deprecated_dict["event_version"] = "0"
info_id = None
if "info_id" in deprecated_dict and isinstance(
deprecated_dict["info_id"], dict):
from petisco.domain.aggregate_roots.info_id import InfoId
info_id = InfoId.from_dict(deprecated_dict.pop("info_id"))
event = Event(deprecated_dict)
event.add_info_id(info_id)
return event
def test_should_create_info_id_from_headers_none():
info_id = InfoId.from_headers(None)
assert info_id.client_id is None
assert info_id.user_id is None
assert info_id.correlation_id is not None # autogenerated
def test_should_create_info_id_from_headers_empty():
headers = {}
info_id = InfoId.from_headers(headers)
assert info_id.client_id is None
assert info_id.user_id is None
assert info_id.correlation_id is not None # autogenerated
def test_should_create_info_id_from_headers_with_only_correlation_id(
given_any_correlation_id):
headers = {"X-Correlation-Id": given_any_correlation_id.value}
info_id = InfoId.from_headers(headers)
assert info_id.client_id is None
assert info_id.user_id is None
assert info_id.correlation_id == given_any_correlation_id
def test_should_create_info_id_from_headers(given_any_client_id,
given_any_user_id,
given_any_correlation_id):
headers = {
"X-Onboarding-Clientid": given_any_client_id.value,
"X-Onboarding-Userid": given_any_user_id.value,
"X-Correlation-Id": given_any_correlation_id.value,
}
info_id = InfoId.from_headers(headers)
assert headers["X-Onboarding-Clientid"] == info_id.client_id.value
assert headers["X-Onboarding-Userid"] == info_id.user_id.value
assert headers["X-Correlation-Id"] == info_id.correlation_id.value
def execute(self, headers: dict) -> Result[InfoId, Error]:
auth_token = headers.get("Authorization")
if not auth_token:
return Failure(
InvalidTokenError(
message=
f"This entry point expects a valid {self.accepted_tokens.token_type} Token"
))
token = self.token_decoder.execute(auth_token).unwrap_or_return()
self.ensure_required_token(token).unwrap_or_return()
info_id = InfoId.from_token(token).update_from_headers(headers)
return Success(info_id)
def random():
return InfoId(
ClientId("petisco-client"), UserId.generate(), CorrelationId.generate()
)
def execute(self, headers: dict) -> Result[InfoId, Error]:
return Success(InfoId.from_headers(headers))
def given_info_id_only_correlation_id(given_any_correlation_id) -> InfoId:
return InfoId(correlation_id=given_any_correlation_id)
def given_any_info_id(given_any_client_id, given_any_user_id,
given_any_correlation_id) -> InfoId:
return InfoId(given_any_client_id, given_any_user_id,
given_any_correlation_id)