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Description:

terkin 0.14.0

Data logging for humans, written in MicroPython.

Documentation: https://terkin.org/
Source Code: https://github.com/hiveeyes/terkin-datalogger
PyPI: https://pypi.org/project/terkin/
Status:

At a glance
Terkin is a flexible data logger application for MicroPython and
CPython environments. It provides a lot of sensor-, networking-
and telemetry-connectivity options.
Terkin has been conceived for the Bee Observer (BOB)
and Hiveeyes projects and was funded by the BMBF.

https://bee-observer.hiveeyes.org/bmbf-verbundprojekt
https://community.hiveeyes.org/c/bee-observer

Features
Batteries included.

Overview

Modular firmware framework
Flexible configuration settings subsystem
Compatible with MicroPython and CPython
Concise, readable and modularized code which is easy to follow
Decoupled code domains and data models for sensors vs. telemetry
Based on approved modules from the MicroPython standard library
Convenient development sandbox and test suite for quick iteration cycles

Architecture

Datalogger and Device
are singleton objects representing the data logger application and the logging device.
Components of the sensor subsystem wrap hardware drivers to generalize sensor reading.
The telemetry subsystem uses different transport adapters to
implement various connectivity scenarios.

Hardware support

Architectures

x86_64, ARM, ESP32, STM32

Platforms

Genuine MicroPython: PYBOARD-D, TTGO T-Call, TTGO T-Beam
Pycom MicroPython: WiPy, GPy, LoPy4, FiPy
CPython: Linux x86_64, Linux ARM (BeagleBone, Odroid, Raspberry Pi), macOS, WSL

Peripherals

Sensors: 1-Wire, I2C, ADC, System, WiFi
Drivers: DS18B20, BME280, BMP280, SI7021, ADS1x15, HX711, MAX17043, DS3231, AT24C32, INA219
Adapters: GPSD, EPSolar ViewStar PWM charge controller, Victron Energy VE.Direct MPPT charge controller, Raspberry Pi USV+
Connectivity: WiFi, SIM800 for GPRS, SX127x for LoRa (LoPy4, FiPy and Dragino LoRa/GPS HAT), Sequans Monarch for LTE Cat M1 or LTE Cat NB1
Telemetry: WiFi/MQTT, WiFi/HTTP, SIM800/HTTP, LoRaWAN/TTN OTAA+ABP

Screenshots

Sensorkit and board

Bee Observer Sensorkit, assembled.

Bee Observer Board, assembled.

Console output
To get a better idea about how running this firmware will feel like when
watching its log output, we collected some excerpts at
Running the Terkin Datalogger.

Getting started

Introduction
See Getting started with the Terkin Datalogger.
The documentation covers the main features of the MicroPython datalogger firmware
and walks you through the setup process of the development sandbox environment
in detail.
If you feel you have questions about anything you might
encounter during the setup and installation process or
if you even have suggestions to improve things, feel free
to get back to us by creating an issue on the GitHub repository.

Download
On the release page , bundles of the most recent software versions
are available through .tar.gz and .zip archives.
These are suitable for uploading through Pymakr or similar
development environments / file synchronization tools.

Configuration
Copy the settings.example.py blueprint into settings.py
and adjust each configuration setting appropriately. The
documentation of all parameters is in the file itself
and should be reasonably self-explanatory.
For using Terkin with TTN/LoRaWAN find some more details
here.

Sandbox setup
If you would like to contribute to the development or want to setup
a development environment for running the head version of this
software, please follow up at Setup Terkin Datalogger sandbox
to read about how to install the MicroPython firmware development environment
and other software components it relies on and how to configure it properly.
The programming environment is command line based and has been tested
successfully on Linux, macOS and the Windows Subsystem for Linux (WSL)
shipped with Windows 10.

Acknowledgements
This software is an effort of many people. Thanks to all the
contributors who helped to co-create and conceive
it in one way or another. You know who you are.

License
This project is licensed under the terms of the AGPL license.

Have fun!