pyublox 2.0.1.post1

Interface with ublox chipsets using Python.

Python package to communicate with ublox receivers

Python package to communicate with ublox chipsets

To install the package:

pip3 install pyublox

Basic usage

This section includes some basic sections on how to use the package

# Help
pyublox -h

# Autodetect ublox receiver connected via a serial port, including some
# basic receiver configuration (rates, tracked signals, ...)
pyublox detect

## Testing the package

This package uses the pytest suite, to execute the tests, issue the following command

pytest -v -r s /path/to/source

The -r s option is used to show the reason of skipped tests or modules

Development within a Docker container

The best way to develop the package is by using a controlled environement. To do this, run a Python 3.7 container like so

docker run -v `pwd`:/pyublox -ti rokubun/gcc:debian-python3.7 bash

If deveoping within the Raspberry Pi

docker run -v `pwd`:/pyublox --device=/dev/ttyACM0  -ti python:3.7  bash

# Develop using jupyter (mounting a folder to store the Notebooks)
cd amic/pyublox/
docker run -v `pwd`:/pyublox -v "${PWD}/notebooks":/notebooks -p 8888:8888 --device=/dev/ttyACM0  -ti andresvidal/jupyter-armv7l

Once within the container type the following commands:

# The package requires git to work properly
pip install -e /pyublox

More information on the image available in jupyter-armv7l repository

We can also use docker compose

# Build the image
cd amic/pyublox/
docker-compose build

# Or directly run the container for development, this is equivalent to the
# docker run call shown above, but we do not need to launch pip install
docker-compose up

Submission to PyPi

In order to deploy to PyPi

# Update setuptools
python3 -m pip install --user --upgrade setuptools wheel

# Create the distribution wheel
python3 setup.py sdist bdist_wheel

# Upload the distribution wheels to the PyPi repo
python3 -m twine upload dist/*

More details on deployment can be found here.