- мастер инициализации сервера: CA и серверный сертификаты, peer/profile/proposal, пул, mode-config, policy-template, managed NAT masquerade
- клиенты по сертификату (RSA) и PSK: статический IP или из пула, онлайн-статус по active-peers
- скачивание .p12 и strongSwan .sswan с инструкцией, перекачка с новой passphrase
- история изменений (config_revisions, секция ipsec) и restore только managed-объектов
- привязка IPsec-клиентов к пользователям приложения по Common Name
- страница /ipsec с KPI и вкладками Клиенты/Сервер/CLI, сайдбар, command palette
- Introduced `canonicalIp` function to standardize IP address formats across the application, improving consistency in flow processing.
- Updated traffic flow analytics to utilize new endpoint resolution logic, enhancing accuracy in traffic classification.
- Enhanced tests for traffic flow analytics and IP handling, ensuring comprehensive coverage for new functionalities.
- Improved traffic flow destination resolution with additional test cases for various internet services, including Google and Fastly.
Co-authored-by: Cursor <[email protected]>
- Introduced a new `greStatusMeta` function to streamline status retrieval and default handling.
- Updated GRE tunnel command generation to improve IPsec configuration handling, including optional fields for encryption and authentication algorithms.
- Enhanced the GRE tunnels data grid to display IPsec settings more clearly, including handling cases where certain parameters may be undefined.
- Refactored status display logic in the GRE page to utilize the new status meta function for consistency.
Co-authored-by: Cursor <[email protected]>
- Added configuration history management for Firewall, GRE, and WireGuard pages, enabling users to view and restore previous configurations.
- Introduced new components for displaying configuration history and integrated them into the respective pages.
- Enhanced API routes to support fetching and restoring configuration revisions, ensuring data consistency across the application.
- Updated state management to handle loading and restoring states effectively, improving user experience during data operations.
- Enhanced tests to cover new functionalities and ensure reliability.
Co-authored-by: Cursor <[email protected]>
- Introduced configuration history management in Filters and Recursive Routes pages, allowing users to view and restore previous configurations.
- Updated state management to handle live data loading and error states more effectively, improving user experience during data fetching.
- Added new components for displaying configuration history and integrated them into existing pages.
- Enhanced API interactions to support fetching and applying configuration revisions, ensuring data consistency across the application.
- Updated tests to cover new functionalities and ensure reliability.
Co-authored-by: Cursor <[email protected]>
Сопоставить клиентов с ifIndex как на карте трафика, чтобы KPI пользователей не обнулялся. На экране — разрез остальных измерений и сводная матрица.
Co-authored-by: Cursor <[email protected]>
Сохранять снимки в S3-compatible бакет, скачивать и удалять их вместе с локальными файлами.
Привести /backups к DNA /servers: Frame, KPI, фильтры и реальное восстановление.
Co-authored-by: Cursor <[email protected]>
Имена ifIndex пишутся по обоим ключам REST, дедуп 5-tuple по max байт, RIPEstat только из prefix-кэша, карта откуда-куда в Frame.
Co-authored-by: Cursor <[email protected]>
Резолвить ifIndex в имена RouterOS, дать вкладке Потоки ту же оболочку сервер/клиент/iface, что у обычного трафика, и обновлять срезы live без перезагрузки.
Co-authored-by: Cursor <[email protected]>
Чтобы видеть «кто с кем», а не только объём порта: IPFIX внутри WG на хосте Docker MM, REST-счётчики не трогаем.
Co-authored-by: Cursor <[email protected]>
Added support for managing peer information in interface bindings, including new fields for peerPublicKey and peerName in the BoundIfaceTraffic interface. Updated the database schema to include these fields in user_interface_bindings and traffic_samples tables. Enhanced the UI components to display peer details alongside interface names, improving user experience and clarity in the traffic management system. Updated relevant functions and services to handle peer-specific logic, ensuring robust integration across the application.