The purpose of this package is to enable you to test-drive (TDD) your MicroPython code in an IDE running on your computer. It seems a lot of people are test-driving python, but not many are test-driving MicroPython. That's understandable, since many MicroPython projects are simple, and emulating real hardware in a test environment is difficult.
The typical approach to emulating hardware is to replicate the hardware programming interface (the API). As of this writing, this library emulates a very small slice of the ESP32 API. I don't know if the library will mature. Hopefully I'll either flesh it out, someone else will take over, or a replacement will emerge.
If you are unfamiliar with the benefits of TDD or test-driving python, I encourage you to take some time to Google and learn. I prefer the pytest library over the unittest library that comes with python3, but you are free to test as you choose.
Take a look at the examples folder in the GitHub repository. Like I said, as of this writing, the library emulates a very small slice of the API, so if you don't see an example for something you want to do, the feature is not available. Feel free to contact me or fork the repo and send me a pull request for the feature.
Here is the github repo for this project: https://github.com/tflander/esp32-machine-emulator
Here is the project on PyPi: https://pypi.org/project/esp32-machine-emulator
Note that the examples are only in the GitHub repo, and are not part of the PyPi distribution.
- Emulating sending a GPIO digital out signal, and verifying the signal value.
- Extending the time library to support sleep_ns() and sleep_ms()
- Emulating the read pulse value of an input pin, such as that received by the echo pin of an HCSR04 Ultrasonic Distance Sensor.
- Full emulation of HCSR04 Ultrasonic Distance Sensor in examples