- Added support for Meshcore KISS modem firmware in configuration, allowing users to set `radio_type: kiss` and configure serial port and baud rate.
- Updated `config.yaml.example` to include KISS modem settings.
- Modified `manage.sh` to install with hardware extras for KISS support.
- Enhanced `setup-radio-config.sh` to prompt for radio type and KISS modem settings.
- Updated API endpoints to handle KISS modem configurations and hardware options.
- Improved error handling for missing configuration sections.
This update improves flexibility for users utilizing KISS modems alongside SX1262 hardware.
Features
Neighbour details modal with full info and map view
WebSocket support with heartbeat and automatic reconnection
Improved signal quality calculations (SNR-based RSSI)
Route-based pagination for faster initial loads
UI
Mobile sidebar tweaks (logout, version info, lazy-loaded charts)
Sorting added to the neighbour table
Packet view now shows multi-hop paths
CAD calibration charts respect light/dark themes
Statistics charts now show the full requested time range
Performance
Reduced polling when WebSocket is active
Lazy loading for heavier components
Noise floor data capped to keep charts responsive
Technical
Improved type safety across API responses
Contrast improvements for accessibility
Cleaner WebSocket and MQTT reconnection handling
Additional metrics added to heartbeat stats
Bug fixes
Corrected noise floor history query
Fixed authentication for CAD calibration streams
Nothing major required from users — just update and carry on.
As always, shout if something looks off.
- Implemented build-dev.sh for creating development .deb packages from untagged commits.
- Implemented build-prod.sh for creating production .deb packages from tagged commits, including checks for a clean git state.
- Added setup-build-env.sh to automate the installation of required build dependencies for Debian/Ubuntu.
- Created setup.py to manage package setup using setuptools with versioning from git tags.
- Implemented JWT authentication with auto-generated secret if not provided.
- Added API token management functionality.
- Created authentication endpoints for login, token refresh, verification, and password change.
- Introduced API documentation endpoints for Swagger UI and OpenAPI spec.
- Enhanced CORS support for API and documentation endpoints.
- Updated OpenAPI specification to include new authentication and system endpoints.
- Added security settings in config.yaml.example for managing authenticated clients.
- Introduced ACL class for handling access control and client authentication in acl.py.
- Created LoginHelper class for processing login requests and managing authentication in login.py.
- Added IdentityManager class for managing multiple identities in identity_manager.py.
- Updated main.py to initialize IdentityManager and LoginHelper, and register identities.
- Added packet_router to process ANON_REQ login packets through the LoginHelper.
- Updated dependency for pymc_core to use the feat/valid-packets-checks branch.
- Removed neighbor tracking logic from RepeaterHandler and moved it to AdvertHelper.
- Introduced PacketPipeline for centralized packet processing, ensuring all packets flow through repeater logic.
- Created handler helpers: TraceHelper, DiscoveryHelper, and AdvertHelper for better modularity.
- Implemented asynchronous processing of advertisement packets and discovery requests.
- Enhanced logging for better traceability and debugging.
- Cleaned up unused code and improved overall structure for maintainability.
- Refactored main.py to import HTTPStatsServer from the new path.
- Introduced storage.py to handle SQLite database for packets and adverts.
- Implemented methods for initializing SQLite, RRD, and MQTT.
- Added functionality to record packets and adverts, including storage and metrics updates.
- Created methods for retrieving packet statistics, recent packets, and filtered packets.
- Implemented RRD data fetching and packet type statistics.
- Added cleanup method for old data in the database.
This commit sets up the initial project structure for the PyMC Repeater Daemon.
It includes base configuration files, dependency definitions, and scaffolding
for the main daemon service responsible for handling PyMC repeating operations.
