- Introduced a new MQTTPrefs struct to store MQTT settings separately from NodePrefs, enhancing compatibility and reducing conflicts.
- Implemented functions to load, save, and synchronize MQTT preferences, ensuring backward compatibility with existing configurations.
- Updated file handling to read and write MQTT settings from a dedicated /mqtt_prefs file, maintaining file format compatibility.
- Added default values for MQTT preferences to ensure proper initialization when files are missing or corrupted.
- Added loading and saving of MQTT email preferences in CommonCLI.
- Updated command handling in CommonCLI to retrieve and set the MQTT email.
- Modified JWTHelper to include an optional email parameter in JWT token creation.
- Adjusted MQTTBridge to utilize the email from preferences when creating JWT tokens.
- Added functionality to load, save, and handle the MQTT owner public key in CommonCLI.
- Implemented validation for the owner public key format and updated command handling to set the key.
- Modified JWTHelper to include optional owner and client fields in JWT token creation.
- Increased buffer sizes for JWT tokens in MQTTBridge to accommodate new fields.
- Added support for automatic stats collection in MQTTBridge, allowing for detailed status messages including battery voltage, uptime, error flags, and air time metrics.
- Updated MQTTMessageBuilder to accommodate additional stats in the status message, increasing buffer size for JSON documents.
- Modified CommonCLI to display MQTT status interval in minutes and adjusted command handling for setting the interval.
- Introduced new methods in MQTTBridge for setting stats sources
- Introduced throttling for log messages related to disconnected brokers and analyzer clients to reduce log spam.
- Added new member variables to track the last log timestamps for broker connection issues and analyzer client states.
- Updated the packet processing logic to reset log timers when brokers are connected, ensuring accurate logging behavior.
- Improved connection validation before publishing to prevent race conditions and maintain accurate broker states.
- Added `getQueueSize` method to `MyMesh` and `CommonCLI` for better queue management.
- Introduced memory logging functionality in `MQTTBridge` to monitor heap usage and detect potential memory leaks.
- Adjusted maximum queue size in `MQTTBridge` from 50 to 10 for improved resource management.
- Enhanced command handling in `CommonCLI` to report memory status upon request.
- Implemented size-adaptive JSON document allocation in MQTTMessageBuilder to reduce memory fragmentation.
- Increased buffer sizes for raw hex conversions to accommodate larger packets.
- Updated MQTTBridge to store raw radio data with each packet, improving data integrity during transmission.
- Enhanced packet queue management by clearing structures to prevent stale data and ensuring safe memory handling.
- Added debug logging for packet processing to aid in troubleshooting.
- Added `getQueueSize` method to `MyMesh` and `CommonCLI` for better queue management.
- Introduced memory logging functionality in `MQTTBridge` to monitor heap usage and detect potential memory leaks.
- Adjusted maximum queue size in `MQTTBridge` from 50 to 10 for improved resource management.
- Enhanced command handling in `CommonCLI` to report memory status upon request.
- Switch from PubSub to PsychicMqttClient for async operations and websockets support
- Add support for US and EU Let's Mesh Analyzer servers with JWT authentication.
- Introduce CLI commands to enable/disable analyzer servers.
- Update NodePrefs to store analyzer server settings.
- Modify MQTTBridge to publish status and packet data to analyzer servers via WebSocket MQTT.
- Enhance documentation to reflect new features and configuration options.
- Introduce timezone settings in NodePrefs for persistent storage
- Update CLI commands to get/set timezone and offset
- Modify MQTT message builder to utilize timezone for accurate timestamps
- Implement timezone handling in MQTTBridge for local time conversion
- Include timezone library dependency in platformio.ini
added pyMC_core to meshcore projects
mentioned Cisien's meshcoretomqtt fork from Andrew-a-g
updated Coding Rate explanation and recommendation
updated radio presets and added how to update presets listed in the app
The RAK4631/RAK4630 module are able to use the DC/DC converter. Enable
it to reduce power consumption.
Signed-off-by: Frieder Schrempf <frieder@fris.de>
The function in the derived class is virtual per definition. Mark it
to make this clearer to the reader.
Signed-off-by: Frieder Schrempf <frieder@fris.de>
The startOTAUpdate() is the same for all NRF52 boards. Use a common
implementation for all boards that currently have a specific
implementation.
The following boards currently have an empty startOTAUpdate() for
whatever reasons and therefore are not inheriting NRF52BoardOTA to
keep the same state: Nano G2 Ultra, Seeed SenseCAP T1000-E,
Wio WM1110.
Signed-off-by: Frieder Schrempf <frieder@fris.de>
Some NRF52 boards are able to use the internal power-efficient DC/DC
regulator. Add a new class that can be inherited by board classes to
enable this feature and reduce the power consumption.
Signed-off-by: Frieder Schrempf <frieder@fris.de>
Use a common begin() method that can be called from derived classes
to contain the shared initialization code.
Signed-off-by: Frieder Schrempf <frieder@fris.de>
agessaman