- Added support for volume backup jobs in the scheduling and removal processes.
- Enhanced job management to include volume backups in the job queue.
- Updated schema to accommodate volume backup data structure.
- Implemented initialization of volume backup jobs based on server status, improving backup management.
- Added initVolumeBackupsCronJobs function to initialize scheduled volume backups on server startup.
- Updated volumeBackupsRouter to handle scheduling and removal of volume backup jobs based on user input.
- Improved create and update volume backup logic to include scheduling functionality for both cloud and local environments.
- Introduced utility functions for scheduling and removing volume backup jobs, enhancing overall backup management.
- Added backupVolume and restoreVolume functions to handle the backup and restoration of volume data.
- Introduced a new index file to streamline exports for volume backup utilities.
- Updated volume backup logic to include scheduling and improved user feedback during operations.
- Refactored existing volume backup utilities for better organization and clarity.
- Updated HandleVolumeBackups to conditionally enable mount retrieval based on volumeBackupType, improving accuracy in fetching mounts.
- Enhanced backupVolume function to provide user feedback upon starting the compose container, ensuring better clarity during operations.
- Refactored HandleVolumeBackups to use consistent naming for mount items.
- Added an AlertBlock to RestoreVolumeBackups to inform users about potential volume name conflicts.
- Updated mount retrieval logic in the mount router to enhance accuracy and efficiency in fetching volume mounts.
- Updated the removeLastTenDeployments function to check if logPath is not the current directory before executing the removal command.
- Enhanced the unlink operation to ensure it only attempts to delete valid log paths.
- Simplified error handling in the volume restoration logic by removing detailed error messages and stack traces.
- Updated user feedback to provide clearer instructions when a volume is in use, enhancing the user experience during restoration attempts.
- Ensured that the restoration process aborts gracefully with informative messages when prerequisites are not met.
- Refactored the RestoreVolumeBackups component to ensure the type prop is required and added serverId handling for better integration.
- Corrected variable naming for destinationId in the form handling to prevent potential issues.
- Enhanced the ShowVolumeBackups component to pass serverId to the RestoreVolumeBackups component, ensuring consistent data flow.
- Improved user interface elements for backup file selection, ensuring better usability and clarity.
- Introduced a new RestoreVolumeBackups component to facilitate the restoration of volume backups from selected files and destinations.
- Integrated the RestoreVolumeBackups component into the ShowVolumeBackups component, enhancing user experience by providing direct access to restoration functionality.
- Updated the restore-backup schema to include validation for destination and backup file selection, ensuring robust user input handling.
- Implemented the runVolumeBackup function to facilitate manual execution of volume backups, enhancing user control over backup processes.
- Updated various components to utilize the new VOLUME_BACKUPS_PATH for improved organization and clarity in backup file management.
- Enhanced error handling in the runManually mutation to ensure robust execution and logging of backup operations.
- Updated the backupVolume function to use the actual number of replicas when scaling services back up after a backup, improving accuracy in service management.
- Enhanced command generation for application service types to ensure proper restoration of service states.
- Added a new restoreVolume function to facilitate the restoration of Docker volumes from backups.
- Integrated service type handling for both application and compose, ensuring proper scaling and management of services during restoration.
- Enhanced command generation for restoring volumes, improving clarity and maintainability of the logic.
- Eliminated duplicate ID assignment in the backupVolume function to streamline Docker command generation.
- Improved clarity and maintainability of the command logic by reducing unnecessary lines of code.
- Consolidated Docker command construction for volume backups into a base command to reduce redundancy.
- Enhanced service type handling for application and compose, ensuring proper scaling and stopping of services during backup.
- Improved readability and maintainability of the backup command logic by using template literals and consistent formatting.
- Added a new query to load mounts by service name, enhancing the volume backup form's functionality.
- Updated the form to allow users to select a service and corresponding volume from a dropdown, improving user experience.
- Retained the option for manual input of volume names, ensuring flexibility in volume selection.
- Refactored the component to streamline the handling of service and volume selections.
- Introduced a new query to fetch named mounts by application ID, enhancing the volume backup form.
- Updated the form to allow users to select a volume from a dropdown, improving user experience.
- Retained the option for manual input of volume names, ensuring flexibility in volume selection.
- Introduced a new appName column in the volume_backup table to improve application identification.
- Updated the volume backup schema to ensure appName is a required field.
- Enhanced the deployment service to support volume backup creation, integrating appName into the deployment process.
- Added validation for volume backup creation to ensure proper handling of appName and related data.
- Added validation to ensure service name is required when service type is "compose" in the volume backup form schema.
- Refactored the ShowVolumeBackups component to use a more consistent prop name for volume backup type, enhancing clarity and maintainability.
- Updated related components to align with the new prop structure, ensuring seamless integration across the application.
- Added support for volume backups in the deployment management interface by introducing a new volumeBackupId field in the deployment schema.
- Updated the volume backup schema to include relationships with deployments, allowing for better management and tracking of volume backups.
- Enhanced API routes to include application data when querying volume backups, improving the data returned for related entities.
- Updated UI components to reflect the new volume backup features and ensure seamless integration with existing functionalities.
- Changed the default value of the enabled property in the volume backup handling component from true to false to ensure backups are disabled by default unless explicitly enabled.
- Modified the volume backup schema to enforce non-null constraints on volumeName and added serviceName.
- Removed unnecessary fields (type, hostPath) from the schema and updated related API and form handling.
- Enhanced form validation to ensure required fields are properly checked.
- Updated the UI components to reflect changes in the volume backup management interface.
- Added components for handling and displaying volume backups in the dashboard.
- Created API routes for managing volume backups, including create, update, delete, and list operations.
- Introduced database schema for volume backups, including necessary fields and relationships.
- Updated the application to integrate volume backup features into the service management interface.
- Implemented a new mutation to kill a running deployment process by its PID.
- Updated the deployment schema to include a PID field.
- Enhanced the deployment service to handle process termination and status updates.
- Modified the deployment scripts to echo PID and schedule ID for better tracking.
- Added error handling for the kill process operation.
