WaveLine

Python library to easily interface with Vallen Systeme WaveLine™ devices using the public APIs:

• conditionWave
• spotWave

Documentation

Please visit http://pywaveline.rtfd.io for the documentation.

Check out the examples for implementation details.

Installation

Install the latest version from PyPI:

pip install waveline

Please note, that waveline requires Python 3.6 or newer. On Linux systems, pip is usually mapped to Python 2, so use pip<version> (e.g. pip3 or pip3.7) instead. Alternatively, you can run pip from your specific Python version with python<version> -m pip.

Contributing

Feature requests, bug reports and fixes are always welcome!

Development setup

After cloning the repository, you can easily install the development environment and tools (pylint, mypy, pytest, tox) with. Using a virtual environment is strongly recommended.

git clone https://github.com/vallen-systems/pyWaveLine.git
cd pyWaveLine

# create virtual environment in directory .venv
python -m venv .venv
# activate virtual environment
source .venv/bin/activate  # linux
.venv\Scripts\activate  # windows

# install package (editable) and all development tools
pip install -e .[dev]

Run auto-formatter:

black .
isort .

Run linter:

pylint src/

Run the test suite in the current environment:

pytest

Run the CI pipeline (checks and tests) for all targeted (and installed) Python versions with tox:

tox

Build the documentation with sphinx:

cd docs
sphinx-build . _build

Run system tests

System level tests are only available, if the targeted device can be discovered.

Run system tests with a spotWave device:

pytest tests/system/spotwave --duration-acq 1

Measurement durations for long-term acquisition tests can be specified with the --duration-acq parameter (default: 1 second).

Run system tests with a conditionWave device (a specific IP can be provided with the --cwave-ip argument, otherwise the first discovered device will be used):

pytest tests/system/conditionwave --duration-acq 1 --cwave-ip 192.168.0.100