- Introduced support for OpenAPI mode, allowing dynamic routing and OAuth guards for API endpoints.
- Updated API root path handling to accommodate OpenAPI configurations, ensuring consistent URL structures.
- Added well-known routes for Yao metadata and OAuth discovery, improving API discoverability.
- Refactored middleware and guards to streamline OpenAPI integration, enhancing overall service functionality.
- Removed deprecated agent TypeScript file, simplifying the codebase and improving maintainability.
- Introduced a new function to get first-level subdirectories in the scopes directory, enhancing the flexibility of scope definition loading.
- Updated the loadScopeDefinitions method to utilize this new function, replacing hardcoded subdirectory names with a dynamic approach.
- Improved the description of the invite verification scope in the user scope initialization for clarity.
- Reformatted the initialization of the EndpointInfo struct in the ScopeManager to enhance code clarity and maintainability.
- Ensured consistent alignment of struct fields for better visual organization.
- Implemented deep copy mechanisms for extra constraints and endpoint information to prevent shared state issues.
- Updated the `addEndpointRule` and `matchEndpoint` methods to utilize deep copies, ensuring data integrity during scope management.
- Added utility functions for deep copying maps and values, enhancing the robustness of the ACL system.
- Implemented path normalization in the ACL enforcement logic to ensure consistent matching by removing trailing slashes from request paths.
- Introduced a new utility function, normalizePath, to handle path normalization across various components.
- Updated endpoint matching and public endpoint checks to utilize the normalized paths, improving access decision accuracy.
- Enhanced team and member creation logic to include a new field, __yao_team_id, for better data management.
- Updated ACL configuration to include a PathPrefix field, allowing for dynamic path stripping from request URLs.
- Enhanced ACL enforcement logic to log the configured path prefix and adjust request paths accordingly during access checks.
- Improved logging throughout the enforcement process to provide clearer insights into access decisions and scope matching.
- Registered built-in scopes for temporary access tokens, enhancing flexibility in access control for specific endpoints.
- Updated scope management to support constraints for matched scopes, improving granularity in access control configurations.
- Added detailed logging for ACL enforcement failures in the OAuth guard, providing clearer insights into permission issues.
- Updated error messages in the ACL enforcement logic to include contextual information such as client and user IDs, enhancing debugging capabilities.
- Introduced new constraints (CreatorOnly, EditorOnly) in the data access model, allowing for more granular control over data visibility based on user roles.
- Enhanced scope definitions to support additional constraints, improving flexibility in access control configurations.
- Updated documentation to reflect changes in data constraints and their usage in API handlers.
- Refactored the ACL enforcement process to include a comprehensive chain of permission checks for clients, users, teams, and members.
- Introduced data access constraints (OwnerOnly, TeamOnly) to enhance access control based on endpoint requirements.
- Updated the Error struct to include the stage of permission checks where failures occur, improving error reporting.
- Enhanced scope management with wildcard matching capabilities and added checks for restricted scopes.
- Implemented tests to validate the enforcement logic and ensure correct handling of data access constraints.
- Updated the OAuth guard to set authorized information in the context using the new authorized package.
- Refactored the GetAuthorizedInfo function to utilize the authorized.GetInfo method, improving clarity and maintainability.
- Enhanced the ACL implementation by adding scope resolution logic in the Enforce method, ensuring proper access control based on user roles and scopes.
- Improved error handling and logging during ACL operations, providing better insights into access decisions.
