- Introduced a new option for selecting the user's native language in the course selection dropdown.
- Implemented logic to load the user's native language based on the UI language and map it to the corresponding language ID.
- Updated internationalization files to include strings for the user's native language in both German and English, enhancing the user experience.
- Updated VocabService to convert string parameters for course retrieval into booleans, ensuring accurate filtering based on user input.
- Added detailed debug logging to track the state of query conditions and the final WHERE clause, aiding in troubleshooting and performance analysis.
- Improved comments for clarity on the logic and implications of the changes made.
- Updated VocabService to combine AND conditions with direct where properties when both are present, improving query accuracy.
- Added comments for better understanding of the new logic and its implications on course retrieval.
- Added debug logging in VocabService to track course retrieval details, aiding in troubleshooting and performance monitoring.
- Updated VocabCourseListView to include additional state properties for managing share codes and search functionality, improving user experience and interaction capabilities.
- Simplified the logic for filtering courses by native language in VocabService, allowing for better handling of undefined and null values.
- Enhanced the VocabCourseListView to clarify the behavior of nativeLanguageId based on user selection, ensuring accurate course retrieval based on language preferences.
- Improved comments in both files for better understanding of the filtering logic and its implications on course visibility.
- Updated the script to create public language courses for various target and native languages without requiring an ownerHashedId.
- Implemented a function to find or create a system user for course ownership, ensuring automatic user assignment.
- Improved documentation to clarify the script's usage and the types of courses created.
- Introduced a new field for native language in the VocabCourse model to allow learners to specify their native language.
- Updated the VocabService to handle native language during course creation and retrieval, including filtering options.
- Enhanced the database schema to include foreign key constraints for native language.
- Updated frontend components to support native language selection and display in course listings.
- Added internationalization strings for native language features in both German and English.
- Implemented a new endpoint in VocabController to retrieve courses using a share code.
- Updated VocabService to include logic for validating share codes and checking course access permissions.
- Enhanced course listing functionality with search and language filtering options in the frontend.
- Added a dialog for users to input share codes and search for courses, improving user experience.
- Updated internationalization files to include new strings for share code functionality and search features.
- Renamed 'vocabtrainer' to 'sprachenlernen' in the navigation structure for better clarity.
- Introduced a nested structure under 'sprachenlernen' for 'vocabtrainer' and 'sprachkurse', improving organization of language-related resources.
- Updated internationalization files for both German and English to reflect the new naming and structure, ensuring consistency across the application.
- Added new course management functionalities in VocabController, including creating, updating, and deleting courses and lessons.
- Implemented enrollment and progress tracking for courses, along with grammar exercise creation and management.
- Updated database schema to include tables for courses, lessons, enrollments, and grammar exercises.
- Enhanced frontend with new routes and views for course listing and details, including internationalization support for course-related texts.
- Improved user experience by adding navigation to courses from the main vocab trainer view.
- Updated the title and description in index.html to include new features like Vokabeltrainer and additional minigames.
- Added keywords meta tag to enhance search engine optimization.
- Modified sitemap.xml to reflect changes in URLs and update change frequencies for better indexing, including new entries for Vokabeltrainer and minigames.
- Added a job hierarchy mapping to determine positions based on their rank.
- Introduced asynchronous region depth calculations to determine the hierarchy of regions.
- Updated the mapping of office data to include job hierarchy levels and region depths.
- Enhanced the PoliticsView to highlight the user's own positions with a distinct style.
- Implemented a method to load the user's character ID for position comparison.
- Improved character name extraction by prioritizing names resolved from the backend over those from notification values.
- Simplified fallback mechanisms for character names, ensuring a more robust handling of character IDs.
- Streamlined the logic for handling character names in various effect types, enhancing clarity and maintainability of the code.
- Introduced sets for collecting first name and last name IDs to improve character name enrichment.
- Implemented batch loading of first names and last names, optimizing database queries.
- Added a helper function to resolve names from character first and last name IDs, enhancing notification data with resolved character names.
- Improved logic for attaching resolved names to notifications, prioritizing name resolution from IDs over fallback methods.
- Updated the script to securely back up .env files before deleting the old backend, ensuring no loss of environment configurations.
- Enhanced the restoration process of .env files with clearer logging for success and warnings when no files are found.
- Simplified the logic for copying the new backend while excluding .env files, improving clarity and maintainability of the script.
- Simplified the logic for processing notification effects by consolidating the JSON parsing into a single conditional check, enhancing code readability and maintainability.
- Ensured consistent handling of effects regardless of their initial format, improving robustness in notification enrichment.
- Convert notification rows to plain objects before enriching with character names, ensuring compatibility with subsequent processing.
- Update return structure to include plain notification objects, enhancing data consistency in the response.
- Modified mood assignment in FalukantService to conditionally wrap mood data in an object based on moodId presence, improving data structure consistency.
- Refactored Socket.io initialization in the store to dynamically set the secure option based on the URL scheme, enhancing connection security in production environments.
- Introduced a new 'sleep' boolean field in the Production model to indicate if production is suspended.
- Updated FalukantService to include 'sleep' in the production attributes.
- Enhanced MessagesDialog and ProductionSection components to display the production status and handle branch names.
- Added corresponding translations for 'status', 'sleep', and 'active' in both German and English locale files.
- Updated the proposal mapping logic to filter out proposals with null proposed characters, enhancing data integrity.
- Ensured that noble title is safely accessed with a fallback to null, improving robustness in character data handling.
- Introduce a local copy of the message to ensure its validity during processing.
- Validate user data retrieved from the WebSocket interface to ensure consistency before queuing messages.
- Streamline logging by removing redundant checks and focusing on critical error handling, improving overall clarity and stability.
- Attempt to send messages directly during the RECEIVE callback to avoid mutex issues, enhancing performance.
- Implement size checks for messages to prevent overflow, with logging for oversized messages.
- Introduce additional error handling and logging for socket write operations, ensuring robust message delivery and queue management.
- Maintain thread safety by validating user data and mutex locking before queuing messages when direct sending fails.
- Introduce detailed logging for the message sending process, including checks for user data validity and message queue status.
- Implement additional null checks for user data before and after locking the mutex to ensure thread safety.
- Ensure proper message copying to maintain validity during queuing, improving overall stability and error visibility.
- Introduce detailed logging for message creation and sending processes, including message size and success confirmation.
- Implement comprehensive null checks for instance, WebSocket interface, and user data before invoking sendMessageToConnection, improving stability.
- Add exception handling to capture and log errors during message sending, enhancing visibility into potential issues.
- Replace manual message queuing and error handling with the sendMessageToConnection method, which consolidates necessary checks and improves code clarity.
- Remove redundant null checks and logging related to message queue access, streamlining the callback logic.
- Enhance overall stability by leveraging existing functionality for message delivery during WebSocket events.
- Implement detailed logging for message queuing attempts, including message size and copy operations.
- Add comprehensive null checks for user data and message queue validity before pushing messages to the queue.
- Introduce exception handling to manage potential errors during message queuing, improving stability and error visibility.
- Introduce a local copy of user data before locking the mutex to ensure validity during message queuing.
- Enhance null checks and logging to provide clearer insights when user data or message queue access fails.
- Implement exception handling for message queue access to improve stability and error visibility.
- Add additional null checks for user data before and after locking the mutex to prevent potential crashes.
- Enhance logging to provide clearer insights when user data is invalid during message queuing.
- Ensure proper message copying to a local variable before accessing the message queue, improving thread safety and stability.
- Add detailed logging to track the flow and validity of user data during the getConnections event.
- Implement exception handling to manage potential access issues with user data, improving stability and error visibility.
- Ensure clear output for both successful and failed user data access attempts, aiding in debugging and monitoring.
- Add checks for user data to prevent null pointer exceptions during message handling.
- Enhance logging to provide clearer insights when user data is invalid or when exceptions occur.
- Ensure proper mutex locking when accessing the message queue to maintain thread safety.
- Add detailed logging for error responses during WebSocket callbacks, improving visibility into the error handling process.
- Ensure that error responses are queued correctly without immediate sending, enhancing stability during callback execution.
- Utilize lws_cancel_service to notify the service of pending messages, ensuring proper message delivery after error handling.
- Implement message queuing for error responses during WebSocket callbacks to prevent immediate sending, enhancing stability.
- Utilize lws_cancel_service to trigger the writable callback safely, ensuring messages are sent correctly after the callback execution.
- Improve error handling and logging for message sending operations, providing clearer insights into potential issues.
- Update sendMessageToConnection to accept user data, enhancing message delivery accuracy.
- Improve error handling in WebSocket callbacks by adding user data checks to prevent null pointer exceptions.
- Enhance logging for error responses to provide clearer insights into message handling issues.
- Add null checks for user data in various WebSocket callback functions to prevent crashes and improve stability.
- Enhance error logging to provide clearer insights into issues related to user data and connection management.
- Refactor the handling of active connections to ensure robust error handling during data processing and message sending.
- Update the return type of getActiveConnections() in both websocket_server.cpp and websocket_server.h to nlohmann::json for consistency and clarity.
- Ensure proper usage of the nlohmann::json library in the WebSocket server implementation.
- Introduce connection time tracking for WebSocket users to monitor connection duration.
- Implement user ID management to allow dynamic updates and removal of connections based on user ID changes.
- Add functionality to retrieve active connections, including unauthenticated ones, for administrative purposes.
- Improve error handling during connection closure and ensure proper cleanup of connection entries.
- Update CMakeLists.txt to install the template configuration file as an example, ensuring it is available for reference.
- Modify install-config.cmake to prioritize the installed template file, with fallbacks to source directory templates if the installed one is missing, enhancing the robustness of the configuration setup.
- Introduce handling for LWS_CALLBACK_RECEIVE_PONG to manage Pong frames received from clients.
- Update the WebSocketUserData structure to increase MAX_PING_TIMEOUTS from 3 to 5, allowing more attempts before disconnection.
- Extend PONG_TIMEOUT_SECONDS from 10 to 60 to accommodate longer response times from browsers.
- Modify ping handling to send a WebSocket Ping frame instead of a text message for better protocol compliance.
- Implement a CMake script for intelligent merging of configuration files, ensuring only missing keys are added without overwriting existing ones.
- Install a template configuration file as an example, preventing overwriting of the original during installation.
- Add support for setting SO_REUSEADDR in the WebSocket server to allow port reuse, improving server flexibility.
- Implement callbacks for socket adoption to ensure SO_REUSEADDR is set when applicable.
- Refine server options to streamline connection management and enhance overall performance.
- Introduce a brief wait time to ensure the port is released before starting the server.
- Update server options to allow port reuse, enhancing server flexibility.
- Enhance error handling during context creation to provide more informative error messages regarding port usage and permissions.
- Update server options to support multiple simultaneous connections and improve security practices.
- Allow multiple connections per IP with configurable keep-alive settings.
- Improve error handling during WebSocket service operations, ensuring critical errors lead to server shutdown.
- Refine connection closure logic to handle user IDs more robustly and log connection states accurately.
- Enable WebSocket upgrade requests while rejecting other HTTP requests for better protocol management.
- Update WebSocketUserData to use a message queue for handling outgoing messages, improving concurrency and message delivery.
- Modify pingClients method to handle multiple connections per user and implement timeout logic for ping responses.
- Enhance addConnection and removeConnection methods to manage multiple connections for each user, including detailed logging of connection states.
- Update handleBrokerMessage to send messages to all active connections for a user, ensuring proper queue management and callback invocation.
- Add queries and logic to delete associated data when a character dies, including directors, relationships, child relations, knowledge, debtors prism, political offices, and election candidates.
- Enhance error handling to log issues during the deletion process.
- Ändere die Pfade für SSL-Zertifikate in der Konfigurationsdatei.
- Verbessere die Fehlerbehandlung beim Entfernen alter vorbereiteter Anweisungen in HouseWorker.
- Füge Debug-Ausgaben zur Nachverfolgung von Verbindungen und Nachrichten im WebSocket-Server hinzu.
- Implementiere Timeout-Logik für das Stoppen von Worker- und Watchdog-Threads.
- Optimiere die Signalverarbeitung und Shutdown-Logik in main.cpp für bessere Responsivität.
- User-ID wird bei setUserId Event gespeichert
- Verbindungen werden in connections Map verwaltet
- Nachrichten werden über pendingMessage gesendet
- Statische Instanz-Referenz für Callback-Zugriff
- Explizite JSON-Konvertierung für Kompatibilität
