- Introduced a new `workspace` field across various robot-related structures, including `CreateRobotRequest`, `UpdateRobotRequest`, and `RobotResponse`, allowing for better organization and management of robots within specific workspaces.
- Updated database queries and response mappings to accommodate the new workspace field, ensuring seamless integration with existing functionalities.
- Enhanced agent execution context to include workspace information, improving the contextual awareness of agents during operations.
- Added tests to validate the creation and updating of robots with workspace data, ensuring robust functionality and backward compatibility.
- Replaced Badger with Xun as the primary data store across various components, including OAuth, agent memory, and knowledge base stores, enhancing performance and flexibility.
- Updated the configuration files to reflect the new Xun store paths and removed obsolete Badger store files.
- Refactored test cases to utilize the new Xun store, ensuring compatibility and improved test reliability.
- Enhanced test setup functions to initialize the Xun store correctly, streamlining the testing process and ensuring a consistent environment.
- Added the `UpdateRobotMember` method to handle updates for robot members, including validation for member existence, type checks, and email uniqueness.
- Introduced a new `UpdateRobotMemberRequest` structure to facilitate updates via the API, allowing for modifications to various fields such as `robot_email`, `status`, and `autonomous_mode`.
- Enhanced the `GinMemberUpdateRobot` handler to process update requests, ensuring proper authentication and error handling for various scenarios.
- Expanded test coverage with new test cases for the robot member update functionality, validating successful updates, error conditions, and edge cases.
- Refactored existing member management logic to integrate the new update capabilities, improving overall system robustness and user experience.
- Introduced the `robot_email`, `authorized_senders`, and `email_filter_rules` fields to the robot member model, enhancing the configuration options for robot members.
- Updated the member creation and existence check logic to ensure the uniqueness of `robot_email` globally, improving data integrity.
- Refactored API endpoints and request/response structures to accommodate the new fields, ensuring consistency across the member management system.
- Enhanced test cases to validate the new robot member features, including scenarios for email uniqueness and configuration updates, improving overall test coverage and reliability.
- Added the is_owner field to the member model to indicate if a member is the team owner, improving clarity and performance for queries related to team ownership.
- Updated the team creation process to automatically set the is_owner field for the creator of the team, ensuring accurate member status upon creation.
- Refactored related tests to verify the correct assignment of the is_owner field, enhancing test coverage and reliability in team membership scenarios.
- Removed redundant permission and restriction fields from the member model to streamline the data structure and improve maintainability.
- Added new fields to the robot member creation process, including permissions, restrictions, notes, and metadata, to improve the flexibility and detail of robot member configurations.
- Updated the AddMember function to include tracking of the user who invited the member and the team ID, enhancing member management and accountability.
- These changes improve the overall functionality and usability of the member management system.
- Added functions to check the existence of invitation codes, members, OAuth accounts, roles, teams, and user types before performing updates, enhancing error handling and user feedback.
- Updated relevant update functions to utilize these existence checks, ensuring accurate error messages when no changes are made or when entities do not exist.
- Refactored tests to validate the new existence check logic, improving overall test coverage and reliability.
- Introduced member_id as a unique identifier for members, improving data integrity and consistency across member operations.
- Updated member-related functions to utilize member_id instead of internal IDs, enhancing API usability and clarity.
- Implemented email existence checks for team members, allowing for better validation during member creation and updates.
- Refactored existing tests to accommodate changes in member identification and email validation, ensuring comprehensive coverage and reliability.
- Added new API endpoint for checking if an email exists within a team, improving user experience during member management.
- Introduced a new endpoint for creating robot members, enhancing the member model to include fields specific to robots such as email, system prompt, and autonomous mode.
- Refactored existing member creation logic to accommodate robot-specific requirements and ensure email uniqueness within teams.
- Updated request and response structures to support the new robot member functionality, improving API consistency.
- Added comprehensive test cases to validate the new robot member creation process, including scenarios for required fields, duplicate emails, and invalid inputs.
- Enhanced the member model by adding 'avatar' and updating 'display_name' and 'bio' fields for improved identity representation.
- Refactored robot member creation and validation to utilize the new fields, ensuring consistency across user and robot profiles.
- Updated test cases to reflect changes in member data structure, improving coverage and accuracy in robot member operations.
- Adjusted database indices and constraints to accommodate new fields and ensure efficient querying.
- Added display_name, bio, and email fields to the member model for improved team-specific identity.
- Updated team invitation creation and acceptance logic to handle new profile fields, ensuring proper data management and user experience.
- Implemented logic to copy user profile fields when creating or updating members, enhancing data consistency.
- Refactored the team invitation creation function to utilize the new authorized package for improved user authentication checks.
- Enhanced the invitation acceptance logic to include the user ID of the person who updated the invitation, improving tracking and accountability.
- Adjusted the invitation data preparation to incorporate user-specific scopes, ensuring proper permissions are applied during invitation processing.
- 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.
- 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.
- Added role_id field to the team model for specifying team owner roles.
- Enhanced team creation logic to set default role_id based on team configuration if not provided.
- Updated tests to reflect changes in team type and role handling, ensuring accurate assertions.
- Improved documentation for team configuration to clarify default role settings for team creators.
- Introduced the invitation model in bindata.go, including the new invitation.mod.yao file.
- Updated system models to include the invitation model for better integration.
- Added invitation code related error handling in default.go, enhancing user experience during invitation processes.
- Implemented invitation code management methods in the user provider interface, allowing for creation, usage, and deletion of invitation codes.
- Enhanced entry configuration to support invitation code verification, improving the user registration flow.
- Added a new endpoint for verifying invitation codes in user routing, streamlining the invitation redemption process.
- Modified the AcceptInvitation method to accept an optional user ID parameter, allowing for updates to the user ID when accepting invitations without an existing user ID.
- Adjusted related tests to include the new user ID parameter, ensuring comprehensive coverage of invitation acceptance scenarios.
- Updated the team invitation acceptance logic to utilize the new parameter, enhancing the invitation flow and user management capabilities.
- Updated the AcceptInvitation method to require both invitation ID and token, improving the invitation acceptance process.
- Modified related tests to accommodate the new invitation ID parameter, ensuring comprehensive coverage of acceptance scenarios.
- Enhanced the invitation acceptance endpoint to validate invitation ID, providing clearer error handling for invalid or expired invitations.
- Refactored tests to include detailed scenarios for accepting invitations, including success and failure cases, ensuring robust testing of the invitation flow.
- Enhanced the SignIDToken method to include the original Yao user ID in the token claims, improving user identification.
- Updated the MakeOIDCUserInfo function to extract and set the Yao user ID from the user map, ensuring consistency in user information.
- Modified the OIDCUserInfo structure to include a field for Yao user ID, facilitating better integration with Yao-specific features.
- Adjusted the team invitation response to include the inviter's user ID, enhancing the invitation context.
- Added 'locale' field to user type structure for language localization.
- Updated API methods to include locale in pricing and published types retrieval.
- Enhanced tests to validate locale handling in user type operations, ensuring robust support for multiple languages.
- Updated user type structure to include new fields for pricing: price_daily, price_monthly, price_yearly, and credits_monthly.
- Added status field to manage publishing states (draft, published, archived) for user types.
- Enhanced the user type API to support pricing operations, including retrieval and updates for pricing information.
- Refactored tests to cover new pricing functionalities and ensure robust handling of user type statuses.
- Modified the UpdateUserLastLogin method to validate that loginCtx is not nil, returning an error if it is.
- Updated the corresponding test to reflect this change, ensuring that an error is asserted when loginCtx is nil, improving error handling and robustness of user login tracking.
- Updated the UpdateUserLastLogin method to accept a LoginContext, allowing for tracking of last login IP, user agent, device, and platform.
- Modified the LoginThirdParty and LoginByUserID functions to utilize the new LoginContext, improving the accuracy of login tracking.
- Enhanced the user model to include fields for last login details, ensuring comprehensive user activity logging.
- Refactored tests to validate the new login context handling, ensuring robust coverage of the updated functionality.
- Updated methods related to refresh token generation and storage to accept optional extra claims, allowing for additional metadata such as team_id and tenant_id.
- Refactored tests to utilize the new method signatures, ensuring comprehensive coverage of the updated functionality.
- Introduced a new endpoint for team selection that issues tokens with team-specific claims, improving user experience in multi-team scenarios.
- Updated storeAccessToken and related methods to accept an optional extraClaims parameter for additional flexibility.
- Modified MakeAccessToken and generateAccessTokenWithScope functions to incorporate extra claims, enhancing token customization.
- Adjusted tests to utilize the new extraClaims parameter, ensuring comprehensive coverage of the updated functionality.
- Updated GetTeamsByMember method to include role information and owner status for each team member.
- Refactored GinTeamList to utilize the new getUserTeams function, simplifying team retrieval logic and removing pagination.
- Introduced getUserTeams and getUserTeamsCount functions to encapsulate team membership logic, improving code organization and clarity.
- Removed deprecated team retrieval logic from user/team.go, streamlining the codebase.
- Introduced GetTeamsByMember and CountTeamsByMember methods in the DefaultUser struct to retrieve teams associated with a specific member and count the total number of teams, respectively.
- Updated the UserProvider interface to include these new methods.
- Enhanced the login response structure to include a status indicating whether team selection is required based on the user's team membership.
- Added error handling for team retrieval in the authentication process.
- Introduced invitation_id handling for member management, allowing for unique identification of pending invitations.
- Added methods to create, update, and remove members by invitation_id, improving the invitation workflow.
- Updated member data structures and API responses to include invitation-related fields, enhancing clarity and usability.
- Implemented tests for invitation ID operations, ensuring robust validation and error handling.
- Refactored team access checks to streamline member management processes.
- Introduced IsTeamOwner and IsTeamMember methods to verify user ownership and membership status within a team.
- Added CheckTeamAccess method to assess a user's access level, returning ownership and membership status.
- Enhanced user types with new MemberResponse and MemberDetailResponse structures for improved member management.
- Updated routing for team member management to utilize new handler functions for clarity and consistency.
- Implemented RemoveAllTeamMembers method in DefaultUser to delete all members from a team during team deletion.
- Added TestTeamDeleteMemberCleanup to verify that all members are removed when a team is deleted.
- Refactored team creation and deletion logic to ensure proper member management and error handling during these operations.
- Updated TestMemberInvitationExpiry to use a consistent expired time for invitations.
- Simplified invitation expiration check in AcceptInvitation by utilizing a new checkTimeExpired function.
- Enhanced member ID parsing in AcceptInvitation to handle potential errors more gracefully.
- Refactored total extraction logic in CountOAuthAccounts, CountRoles, CountTeams, CountTypes, and CountUsers to use a new utility function for improved clarity and consistency.
- Introduced parseTimeFromDB and parseIntFromDB functions to streamline data parsing from database fields.
- Introduced new constants for team and member error handling, enhancing error reporting.
- Added default field lists for teams and members, improving data structure organization.
- Expanded the UserProvider interface with methods for team and member management, including creation, updates, and retrieval.
- Enhanced the NewDefaultUser function to support team and member configurations, ensuring flexibility in user management.
- Reorganized models by replacing the assistant and chat models with a new agent structure, including assistant, chat, and history models.
- Updated user model relationships to reflect changes in role and type references, ensuring consistency with the new model structure.
- Removed obsolete organization and user role models, streamlining the overall architecture.
- Adjusted system model mappings to incorporate new member and role models, enhancing clarity in user management.
- Added support for numeric ID generation in the OAuth service, replacing the previous NanoID approach for better compatibility.
- Refactored client ID and secret generation methods to be public and renamed them for consistency.
- Enhanced dynamic client registration to allow optional client ID usage.
- Updated client configuration loading to include validation and registration of clients if not found.
- Improved error handling and logging for client configuration processes.
- Adjusted tests to reflect changes in ID generation and client configuration handling.
- Added `last_login_ip` field to the user model to track the IP address of the last login.
- Updated `UpdateUserLastLogin` method to accept an IP address parameter for logging.
- Introduced `GetUserWithScopes` method to retrieve user information along with associated scopes and permissions.
- Modified `LoginThirdParty` and `LoginByUserID` functions to include IP address handling during login processes.
- Improved user provider interface to reflect the new methods and parameters, enhancing overall user management capabilities.
- Updated GetUserProvider to return an error alongside the user provider for better error handling.
- Modified CreateUser, CreateRole, and CreateType methods to return user and role IDs as strings instead of interfaces, enhancing type safety.
- Adjusted test data setup in oauth_test.go to reflect changes in user ID handling and ensure compatibility with the updated user provider interface.
- Removed unnecessary nil checks and improved assertions in tests for clarity and reliability.
- Implemented methods to check the existence of OAuth accounts, roles, types, and users by their respective identifiers, enhancing the user provider's functionality.
- Added error handling for these methods to ensure robust feedback in case of failures.
- Updated the user provider interface to include the new existence check methods, improving overall usability and maintainability.
- Added Multi-Factor Authentication (MFA) capabilities to the user provider, including methods for generating MFA secrets, enabling/disabling MFA, and verifying MFA codes.
- Introduced MFA configuration options, allowing customization of issuer, algorithm, digits, and recovery codes.
- Enhanced error handling for MFA operations, providing clear feedback for failures.
- Updated user model to include MFA-related fields and improved database interactions for MFA management.
- Refactored existing user provider methods to integrate MFA functionality seamlessly.
- Added methods for creating, retrieving, updating, and deleting user types, improving user type management capabilities.
- Introduced type field lists in DefaultUser and DefaultUserOptions for better type configuration.
- Implemented error handling for user type operations, ensuring robust feedback for failures.
- Enhanced user deletion process to clean up associated data before removing user accounts.
- Updated tests to cover new user type functionalities and ensure proper cleanup of test data.
- Deleted the DefaultUser implementation and its related test file, streamlining the codebase by removing unused functionality.
- This cleanup enhances maintainability and focuses on the current user management architecture.
- Added role field lists to DefaultUser and DefaultUserOptions for better role configuration.
- Implemented methods for creating, retrieving, updating, and deleting user roles, improving role management capabilities.
- Enhanced error handling for role operations, ensuring robust feedback for failures.
- Introduced ClearUserRole method to remove role assignments from users, streamlining user-role management.
- Updated tests to ensure proper cleanup of role data and maintain a clean testing environment.
- Added methods for creating, retrieving, updating, and deleting OAuth accounts, improving user authentication capabilities.
- Introduced default OAuth account fields and options for better configuration management.
- Enhanced error handling for OAuth account operations, ensuring robust feedback for failures.
- Updated tests to ensure unique identifiers and improved cleanup processes for test data, maintaining a clean testing environment.
- Replaced the jaevor/go-nanoid library with the updated matoous/go-nanoid/v2 for generating unique IDs.
- Implemented user retrieval methods in the user provider, including GetUsers, PaginateUsers, and CountUsers, enhancing user management capabilities.
- Improved error handling and ensured default select fields are set for user queries, streamlining the user data access process.
- Added the go-nanoid library for generating unique IDs, enhancing user ID management.
- Refactored user provider methods to improve clarity and consistency, including updates to user retrieval and authentication processes.
- Adjusted user model fields to align with new ID generation strategy, ensuring compliance with best practices.
- Cleaned up code by removing obsolete test files and improving overall structure for better maintainability.
- Refactored the user model to align with OIDC standards, including renaming fields for clarity and compliance.
- Updated field descriptions and added new fields for enhanced user profile management.
- Removed the obsolete test file for user-related functionality to streamline the codebase and eliminate redundancy.
- Removed outdated token management tests from the user provider, including tests for storing, revoking, and retrieving tokens.
- Updated the user provider interface to reflect the removal of token management methods, ensuring cleaner code and improved maintainability.
- Streamlined the test suite by focusing on relevant user management functionalities, enhancing overall test clarity and effectiveness.
- Added default values for grant types, response types, application type, and token endpoint auth method during dynamic client registration.
- Implemented nil checks for client information in the CreateClient and UpdateClient methods to ensure robust error handling and validation.
- Introduced a new user model `yao/models/user.mod.yao` to support user management functionalities.
- Updated the OAuth service to utilize the new `DefaultUser` provider, enhancing user authentication and management capabilities.
- Refactored user retrieval methods to align with the new user model structure, ensuring compatibility and improved functionality.
- Added token management methods to the user provider interface, streamlining token handling processes.
- Enhanced test utilities to include the new user model for comprehensive testing coverage.
- Deleted the OAuth interface and related types that were previously defined in the `interfaces.go` and `types.go` files, streamlining the codebase.
- Updated the `oauth.go` file to integrate user and client providers directly, enhancing the service's functionality and reducing complexity.
- Refactored the user information retrieval method to utilize the new user provider structure, ensuring compatibility with the updated architecture.
