Membrane Backend: A centralized authentication service for Single Sign-On (SSO) enabling seamless token-based email verification across multiple client applications.
There seem to be concerns regarding the JWT utility tests, specifically in the following test cases:
test_decode_jwt_without_app_id
test_decode_jwt_with_nonexistent_app_id
test_decode_jwt_with_invalid_token
Details:
The test_decode_jwt_without_app_id is supposed to validate the behavior when a JWT doesn't have an app_id. We need to ensure the function gracefully handles this case and provides a meaningful error message.
In the test_decode_jwt_with_nonexistent_app_id test, it is expected that if a JWT contains an app_id that doesn't have a corresponding public key in our directory, an error should be raised. The current behavior doesn't seem to align with this expectation.
The test_decode_jwt_with_invalid_token test is designed to check our function's response to a completely malformed JWT. This needs to be rigorously tested to prevent potential vulnerabilities.
There seem to be concerns regarding the JWT utility tests, specifically in the following test cases:
Details:
The test_decode_jwt_without_app_id is supposed to validate the behavior when a JWT doesn't have an app_id. We need to ensure the function gracefully handles this case and provides a meaningful error message.
In the test_decode_jwt_with_nonexistent_app_id test, it is expected that if a JWT contains an app_id that doesn't have a corresponding public key in our directory, an error should be raised. The current behavior doesn't seem to align with this expectation.
The test_decode_jwt_with_invalid_token test is designed to check our function's response to a completely malformed JWT. This needs to be rigorously tested to prevent potential vulnerabilities.