- Introduced `total_rx_airtime_ms` in `AirtimeManager` to track received packet airtime.
- Added `record_rx` method to log received airtime in `AirtimeManager`.
- Updated `RepeaterHandler` to count received packets and log RX airtime using the new method.
- Enhanced statistics reporting in `get_stats` to include total received airtime.
- Updated `ProtocolRequestHelper` to include total RX airtime in the RepeaterStats structure for better monitoring.
- Removed redundant original_path assignment in `RepeaterHandler` to streamline packet processing.
- Introduced `_is_direct_final_hop` helper method in `PacketRouter` to determine if a packet is the final destination for direct routes with an empty path.
- Updated comments in `PacketRouter` to clarify the handling of packets during routing, especially for direct forwarding scenarios.
- Adjusted logic to ensure packets are correctly processed or delivered based on their routing status, enhancing overall packet management.
- Introduced helper methods `_path_hash_display` and `_packet_record_src_dst` in `RepeaterHandler` to streamline path hash and source/destination hash extraction.
- Updated `record_packet` method to utilize a new `_build_packet_record` method for improved readability and maintainability.
- Enhanced `PacketRouter` comments for clarity on handling remote destinations and packet processing, ensuring better understanding of the routing logic.
- Introduced `record_packet_only` method in `RepeaterHandler` to log packets for UI/storage without forwarding or duplicate checks, specifically for injection-only types like ANON_REQ and ACK.
- Updated `PacketRouter` to call `_record_for_ui` method, ensuring that relevant metadata is recorded for packets processed by various handlers.
- Enhanced handling of packet metadata, including RSSI and SNR values, to improve the visibility of packet information in the web UI.
- Introduced `path_hash_mode` setting in `config.yaml.example` to specify the hash size for flood packets.
- Updated `ConfigManager` to re-apply the path hash mode when the mesh section changes, with validation for acceptable values (0, 1, 2).
- Enhanced `RepeaterDaemon` to set the default path hash mode during initialization, ensuring consistent handling of flood packets.
- Removed redundant call to mark_seen() for duplicate packets.
- Added validation to ensure hop count does not exceed the maximum limit before appending to the packet path.
- Updated logic to check for path size constraints when appending hash bytes, improving packet processing efficiency.
- Replaced list-based path storage with hash-based methods for original and forwarded paths, improving efficiency and consistency.
- Updated display logic to format path hashes correctly, ensuring compatibility with new hash size management.
- Adjusted local transmission handling to align with the new hash representation, enhancing clarity in packet processing.
- Updated the RepeaterHandler constructor to accept local_hash_bytes, improving path handling.
- Implemented checks to ensure packet paths do not exceed MAX_PATH_SIZE when appending hash bytes.
- Refactored direct_forward method to utilize local_hash_bytes for next hop validation and path manipulation.
- Adjusted path length encoding to accommodate changes in path management logic.
- Create a new table for storing CRC errors in SQLite.
- Implement methods to store and retrieve CRC error counts and history.
- Update StorageCollector to record CRC errors and expose relevant methods.
- Enhance RepeaterHandler to track and record CRC error deltas from the radio hardware.
- Add API endpoints to fetch CRC error count and history.
- Updated the noise floor retrieval method to run in an executor, preventing blocking of the event loop during the KISS modem's command execution.
- This change enhances responsiveness by allowing the process to handle other tasks while waiting for the noise floor measurement.
- Improved local transmission handling by deferring local TX when duty cycle limits are exceeded, instead of dropping packets.
- Added LBT metadata extraction and logging for better monitoring of transmission attempts and delays.
- Refactored `schedule_retransmit` to support retrying local transmissions on failure, enhancing reliability.
- Introduced a lock in PacketRouter to serialize local TX operations, preventing race conditions during packet processing.
Refactor packet processing: use processed_packet for forwarding and drop reason checks
Fix: Update zero-hop determination logic in AdvertHelper
Fix: Clone packet in process_packet to prevent modification of the original
Fix: Import copy module for deep copying of packets in process_packet
Adds the following fields to the stats API response for MeshCore CLI parity:
- config.repeater.max_flood_hops: Max flood hops setting (for 'get flood.max')
- config.repeater.advert_interval_minutes: Local advert interval (for 'get advert.interval')
- config.delays.rx_delay_base: RX delay base setting (for 'get rxdelay')
These fields are already present in config.yaml but were not exposed via the
stats API, making them inaccessible to web dashboards and CLI tools that
communicate over HTTP.
This enables pyMC Console's Terminal to display these values without
requiring direct config file access.
Co-Authored-By: Warp <agent@warp.dev>
- 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.
- Introduced a favicon.ico file for the application.
- Created index.html with basic structure, including meta tags, links to Google Fonts, and references to JavaScript and CSS assets for the dashboard.
- Added `SQLiteHandler` for managing packet and advert storage in SQLite database.
- Implemented `RRDToolHandler` for creating and updating RRD databases for metrics.
- Developed `MQTTHandler` for publishing data to MQTT broker.
- Created `StorageCollector` to integrate SQLite, RRDTool, and MQTT functionalities.
- Added methods for recording packets, adverts, and noise floor data.
- Implemented data retrieval methods for packet statistics, recent packets, and noise floor history.
- Established database schema with appropriate tables and indices for efficient data access.
- Included error handling and logging for database operations and MQTT communications.
