- Introduced a stable order for selectable proxy groups to minimize DOM changes during JSON updates.
- Added a refresh icon to the update button for better user feedback during loading states.
- Enhanced error handling to prevent UI flickering when fetching proxy data.
- Updated layout in the Mihomo page to utilize a grid system for better responsiveness and organization.
- Replaced the lazy loading mechanism with a compact mode for better user experience and performance.
- Enhanced the layout of proxy groups to support a more flexible display, accommodating both compact and standard views.
- Updated button styles and descriptions for clarity, ensuring a more intuitive interaction with proxy nodes.
- Adjusted the overall structure of the Mihomo page to streamline the presentation of proxy data and improve accessibility.
- Removed the Tabs component and associated state variable to simplify the Mihomo page structure.
- Updated the card descriptions for clarity and improved user guidance on proxy settings.
- Enhanced the layout for displaying proxies by introducing a new section with clearer instructions and a more organized presentation of nodes.
- Introduced a new menu item for Mihomo in the app sidebar for easier navigation.
- Refactored the Mihomo page component by removing unused imports and state variables, streamlining the code for better performance and readability.
- Enhanced the overall structure of the Mihomo page to improve maintainability and user experience.
- Added `expose_upstream_errors` option to the configuration, allowing detailed error messages in JSON responses for 502 errors.
- Implemented `writeBadGatewayJSON` function to streamline JSON error responses, including upstream error details when enabled.
- Updated documentation to reflect changes in configuration and error handling behavior for improved diagnostics.
- Replaced Card components with KpiPanelCard and KpiStatCard for a more consistent and visually appealing layout.
- Updated chart and statistics sections to include descriptive footers and icons, enhancing user experience and clarity.
- Improved grid layout for better responsiveness and spacing in the overview section.
- Updated memory variable names and comments to reflect usage in KiB instead of KB for clarity.
- Introduced a function to convert memory values from bytes to KiB, ensuring consistent data representation across components.
- Adjusted chart data to display memory in KiB, enhancing accuracy in visualizations.
- Added support for WebSocket connections to the `/connections` endpoint, allowing for improved handling of WebSocket requests.
- Updated the `useMihomoWebSocketTunnel` function to accept `Sec-WebSocket-Key` for `/connections`, enhancing compatibility with various proxies.
- Introduced new test cases in `mihomo_test.go` to validate WebSocket tunnel behavior for connections, ensuring comprehensive coverage.
- Enhanced the `applyMihomoWSDialAuth` function to manage token handling for WebSocket connections, improving security and functionality.
- Updated Svelte components to implement native WebSocket loops for connections, providing real-time data updates and improved user experience.
- Added support for the Gorilla WebSocket library to improve WebSocket handling in Mihomo.
- Refactored the WebSocket upgrade detection logic to utilize `websocket.IsWebSocketUpgrade`, enhancing reliability.
- Updated the `NewMihomoForward` function to streamline request handling and improve path normalization.
- Introduced new test cases for WebSocket tunnel scenarios, ensuring comprehensive coverage for traffic and memory endpoints.
- Improved error handling and connection management for WebSocket upgrades, ensuring robust communication.
- Updated the WebSocket upgrade detection logic in `isWebSocketUpgrade` to improve header handling and added a fallback for the "Sec-WebSocket-Key" header.
- Refactored the WebSocket proxy logic to use a new `newMihomoWSTunnel` function, enhancing the connection handling process.
- Introduced comprehensive test cases in `TestIsWebSocketUpgrade` to validate various WebSocket upgrade scenarios, ensuring robust functionality.
- Improved error handling and request building for WebSocket upgrades, ensuring secure and efficient communication.
- Added a new function to handle WebSocket connections, including hijacking the client connection and establishing a connection to the upstream WebSocket server.
- Enhanced error handling for connection issues and improved request cloning for WebSocket upgrades.
- Introduced utility functions for dialing WebSocket upstream and writing raw HTTP errors, ensuring robust communication and error reporting.
- Refactored the existing proxy logic to accommodate the new WebSocket handling, improving overall functionality and reliability.
- Updated the `isWebSocketUpgrade` function to improve handling of WebSocket upgrade requests by considering the presence of the "Sec-WebSocket-Key" header as a strong indicator.
- Added a new test case in `TestIsWebSocketUpgrade` to validate the detection logic for requests with the "Sec-WebSocket-Key" header, ensuring comprehensive test coverage.
- Implemented enhanced logic in `isWebSocketUpgrade` to accurately determine WebSocket upgrade requests by checking both "Connection" and "Upgrade" headers.
- Added a new test function `TestIsWebSocketUpgrade` to validate the WebSocket upgrade detection logic, ensuring correct behavior for various header configurations.
- Implemented Hijack method to preserve WebSocket upgrade support through middleware.
- Added ReadFrom method to maintain fast-path behavior for io.Copy when the underlying writer supports it.
- Introduced Unwrap method to allow access to the original ResponseWriter, enhancing flexibility in response handling.
- Modified the Svelte component to include a comment explaining the use of native WebSocket connections for real-time traffic and memory metrics, emphasizing the importance of direct connections for immediate issue detection during upgrades.
- Updated the `mihomoWsUrl` function to handle cases where the gateway base URL may be undefined, ensuring robust WebSocket URL generation.
- Enhanced the Svelte component to read and process memory metrics more reliably by implementing a mechanism to capture multiple lines of data before concluding the read operation, improving data accuracy.
- Updated `GATEWAY_RUN.md` to clarify the use of native WebSocket connections for `/traffic` and `/memory`, detailing the authorization process and fallback HTTP GET requests.
- Modified the Svelte component to implement native WebSocket loops for real-time traffic and memory metrics, improving data retrieval and connection stability.
- Refactored the traffic and memory polling functions to integrate WebSocket handling, ensuring a more robust and responsive user experience.
- Added a new function `activeExact` to ensure only exact matches highlight the sidebar menu items, improving navigation clarity for root nodes.
- Updated the `Sidebar.MenuButton` to utilize the new exact matching function for the Dashboard link, enhancing user experience by preventing incorrect highlighting of nested pages.
- Replaced button-based navigation with a tab component for improved user experience and UI consistency.
- Updated state management for the active tab, enhancing the overall functionality of the Mihomo interface.
- Updated `GATEWAY_RUN.md` to clarify the use of HTTP GET requests for traffic and memory metrics, ensuring compatibility with upstream services.
- Added `testUrl` property to `MihomoProxyEntry` type for health check configuration.
- Refactored Svelte component to implement a delay query function, improving error handling and stability during data retrieval.
- Renamed functions for clarity and improved the polling mechanism for traffic and memory data, enhancing overall performance.
- Updated `GATEWAY_RUN.md` to clarify the use of streaming HTTP GET for traffic and memory metrics instead of WebSocket connections, addressing potential issues with WebSocket stability behind nginx.
- Modified the Svelte component to implement streaming GET requests for `/traffic` and `/memory`, improving data retrieval and reducing connection issues.
- Enhanced the `recordRates` function to handle totals from the streaming response, ensuring accurate metric tracking.
- Enhanced `GATEWAY_RUN.md` with detailed debugging steps for handling **400** errors in Mihomo routes, clarifying the configuration requirements and common pitfalls.
- Updated comments in `internal/proxy/mihomo.go` to reflect changes in error handling and proxy behavior, linking to the new debugging section in the documentation.
- Modified the Svelte component logic to ensure proper filtering of selectable groups, improving the user interface for managing Mihomo proxies.
- Introduced a new function `newAliasForward` to handle alias remapping for users, improving the flexibility of the proxy.
- Updated `NewMihomoForward` to differentiate between HTTP and WebSocket requests, ensuring proper handling of both types.
- Enhanced comments for clarity on the proxy behavior and request handling, improving maintainability.
- Updated the Mihomo proxy implementation to ensure the client Host header is removed from outgoing requests, preventing strict upstream servers from returning errors.
- Revised the test for Mihomo forwarding to verify that the Host header is correctly set and not forwarded to the upstream server, improving test reliability and coverage.
- Revised comments in `config.example.yaml` to enhance understanding of Mihomo integration, including environment variable usage and Docker Compose setup.
- Updated `docker-compose.yml` comments to clarify the relationship between the gateway and Mihomo service.
- Enhanced `GATEWAY_RUN.md` to provide clearer instructions on configuring Mihomo parameters and their usage in the gateway.
- Expanded comments in `config.example.yaml` to provide detailed guidance on setting up the Mihomo external-controller integration.
- Included typical Docker Compose configuration examples and environment variable usage for better clarity on Mihomo setup.
- Clarified the relationship between the gateway and Mihomo service for improved user understanding.
- Added optional Mihomo configuration fields in `config.compose.yaml` and `config.example.yaml` for enhanced integration with the Mihomo external-controller.
- Updated the `Gateway` to handle Mihomo API requests, including proxying and error handling for Mihomo-specific endpoints.
- Enhanced the documentation in `GATEWAY_RUN.md` to guide users on configuring Mihomo integration.
- Introduced new utility functions in the web client for interacting with Mihomo API endpoints, improving the overall user experience.
- Updated the sidebar in the Svelte components to include a link to the Mihomo section, enhancing navigation.
- Replaced Card components with KpiStatCard and KpiPanelCard across various routes to enhance the visual presentation of key performance indicators and data summaries.
- Updated the structure of the dashboard and incident pages to streamline the display of critical information, improving user experience and readability.
- Enhanced loading states and skeleton displays for better feedback during data fetching processes.
- Updated the `IpServerPresence` component to improve the display of active and recent servers for IPs, enhancing code clarity.
- Added tooltips to the "Servers" column in various tables, providing users with additional context about the displayed server lists.
- Refactored server-related data handling to ensure consistency and better user experience across multiple routes.
- Added `IpServerPresence` component to streamline the display of active and recent servers for IPs, improving code readability and maintainability.
- Introduced tooltips for the "Servers" column in tables to provide additional context on active and recent server lists, enhancing user experience.
- Updated text descriptions for clarity and consistency across the IP and user pages, ensuring better understanding of the displayed data.
- Added `mode-watcher` and `svelte-sonner` as dependencies to enhance application functionality.
- Refactored state management in various Svelte components to use `$app/state` instead of `$app/stores`, improving consistency across the application.
- Updated UI components to utilize new features from the added dependencies, enhancing user experience and responsiveness.
- Improved loading states and error handling in data-fetching components, ensuring better feedback during asynchronous operations.
- Simplified the internal state management for alias selection, ensuring the selected value is consistent with available aliases.
- Updated the effect handling to directly modify the `value` prop based on alias availability, improving responsiveness.
- Streamlined the binding in the Select component to enhance the alias selection process.
- Added a new function `applyAliasIfChanged` to handle alias updates based on user selection, improving responsiveness and consistency in alias filtering.
- Updated the effect handling to ensure the alias filter reflects changes in the URL parameters across various pages, enhancing user experience.
- Removed the "Apply" button for alias changes, streamlining the interaction process by applying changes automatically.
- Added a new function to apply alias changes dynamically based on user selection, improving the responsiveness of the alias filter.
- Updated the alias selection logic to ensure consistency with URL parameters, enhancing user experience when navigating between different aliases.
- Refactored the alias filter component to include a class for better z-index management, ensuring proper display layering in the UI.
- Introduced internal state management for alias selection, improving responsiveness to changes in the selected value.
- Enhanced the effect handling to ensure the internal value remains consistent with available aliases, preventing invalid selections.
- Updated the binding in the Select component to use the internal state, streamlining the alias selection process.
- Updated the `load` and `connectStream` functions to accept an optional `aliasOverride` parameter, allowing for more flexible alias filtering.
- Enhanced the logic for determining the active alias based on URL parameters, ensuring accurate data retrieval and stream connections.
- Improved consistency in alias management across both incident and live pages, streamlining user experience.
- Introduced an `AliasFilterSelect` component to streamline alias selection in various routes, enhancing user experience.
- Refactored alias handling logic to use a single filter mechanism, improving consistency and reducing code duplication.
- Updated API calls to utilize the new alias filtering logic, ensuring accurate data retrieval based on user-selected aliases.
- Enhanced the loading of available aliases dynamically from aggregated summary data, keeping the interface up-to-date.
- Added functionality to manage and display available aliases for incidents and live updates, enhancing user interaction.
- Refactored alias handling to use checkboxes for selection, improving usability and clarity in the UI.
- Integrated fetching of aggregated summary data to populate available aliases dynamically, ensuring up-to-date information.
- Updated the logic for applying selected aliases in API requests, streamlining data retrieval based on user preferences.
- Added a new endpoint `/api/agg/incidents` to provide a normalized snapshot of incidents for fleet triage, including severity and recommended actions.
- Implemented live event streaming via `/api/live/events` for real-time updates on fleet status and incidents, enhancing observability.
- Updated the Web UI to include dedicated sections for incidents and live updates, improving user navigation and access to critical information.
- Enhanced API documentation to reflect new endpoints and their functionalities, ensuring clarity for developers and users.
- Introduced functions to classify IP addresses into categories (VPN, Hoster, ISP) based on the organization name, enhancing data organization.
- Implemented priority and labeling for categories to improve user interface clarity.
- Updated the data structure to include category information for each IP, allowing for better visualization and differentiation on the map.
- Enhanced tooltip display to show categorized information, improving user feedback and understanding of IP data.
- Implemented dynamic tile layer selection based on the current theme (light/dark), improving visual consistency with the overall design.
- Updated attribution handling for the tile layer to reflect the theme, ensuring proper credit is given based on the selected tiles.
- Added custom styles for Leaflet controls to align with the shadcn/tailwind theme, enhancing the user interface and experience.
- Introduced a new state for map status to provide user feedback on map loading and rendering issues.
- Implemented retry logic for rendering the map, improving robustness when Leaflet or map layers are not initialized.
- Added visual indicators for map status, enhancing user experience by clearly communicating the state of the map and its data.
- Introduced a point counter for the map to show the number of IP locations displayed, improving user feedback.
- Updated the map rendering logic to handle cases where the map or layers are not yet initialized, preventing potential errors.
- Improved coordinate handling by ensuring latitude and longitude values are properly validated and converted to numbers.
- Enhanced the map's initial view settings to provide a better user experience when displaying points.
- Updated the logic in the geo enrichment process to fill in geographic coordinates even when they are 0.0, enhancing map visualization.
- Modified the GeoIP lookup function to always return latitude and longitude, improving the accuracy of location data for the UI.
- Improved comments for clarity regarding the importance of geographic data in the mapping context.
- Introduced latitude and longitude fields in the IP data structure to support geographic information.
- Updated the API documentation to reflect the inclusion of geographic coordinates in the unique IPs endpoint.
- Enhanced the UI to display a map of connections using Leaflet, providing a visual representation of IP locations based on the new geographic data.
- Improved the handling of GeoIP data to ensure accurate mapping and user experience when GeoIP is enabled.
- Improved the rendering of active and recent servers associated with each IP, providing clearer visual feedback.
- Introduced badges for active and recent servers, including a distinction for primary servers, enhancing user understanding of server status.
- Refactored the UI logic to conditionally display server information, improving overall clarity and usability in the IP details table.
- Updated the copy function to handle clipboard operations more robustly, including a fallback method for unsupported environments.
- Improved user interaction by ensuring that copy actions are properly managed and errors are gracefully handled.
- Refactored the copy event handling in the UI to prevent event propagation, enhancing the overall user experience.
- Updated the table layout in the user traffic and IP detail pages to enhance readability and organization.
- Improved the display of active connections and server information, ensuring a consistent user experience across different views.
- Added responsive styling for table headers and cells, optimizing the interface for various screen sizes.
- Updated the data structure to store multiple servers associated with each user, enhancing the representation of active connections.
- Improved the logic for generating active IP-server rows, utilizing a map for better performance and organization.
- Modified the UI to display a list of servers for each user, improving clarity and usability in the user traffic table.
- Introduced a new derived state to calculate and display active IP-server pairs for each user, enhancing the visibility of user connections.
- Replaced the previous badge display with a structured table format, improving data organization and readability.
- Updated the UI to conditionally render active connections, providing clearer feedback when no active connections are present.
Denozordec