Robot Framework KiCAD library
Project description
robotframework-kicadlibrary
A Robot Framework library for validating KiCad designs.
Releases are available via regular PyPI as well as GitHib releases. Example projects/usage is available under the examples/
sub-directory.
Keyword documentation is available online, as well as downloadable via GitHub Releases.
Getting Started
Prerequisites
You'll need an installation of Python, as well as pip
and a working
installation of KiCad. Please consult your operating system
documentation on how to install these tools.
You will also need Robot Framework installed, but if you're installing
using pip
, Robot Framework will automatically be installed for you.
Installing KiCad, PIP and the library
This is dependent on your local operating system, but if you'te running any form of Unix-clone, it should typically be something in the lines of:
# Debian based systems
$ sudo apt-get install python-pip kicad
$ sudo pip install robotframework-kicadlibrary
# RedHat based systems:
$ sudo yum -y install epel-release
$ sudo yum -y install python-pip kicad
$ sudo pip install robotframework-kicadlibrary
Installing using PIP with existing environment
$ pip install robotframework-kicadlibrary
Using the library
*** Variables ***
Library KiCadLibrary schema=myproject.sch pcb=myproject.kicad_pcb
*** Test cases ***
Module pads should be on grid
Module Pads Should Be On Grid 50 mil reference=.*$
Contributing
Any and all contributions are welcome, in the form of pull requests.
Versioning
We use SemVer for versioning. For the versions available, see the releases on this repository.
Authors
- Martin Kjellstrand - Initial work - madworx
License
This project is licensed under the MIT License - see the LICENSE.txt file for details
Developer information / Preparing a release
To create a release please follow this outline:
- Do your development work in a separate branch.
- Write unit-tests (
tests/
) and/or integration tests (examples/
) for your code. - Once all local tests validate, and you have 100% code coverage, push to GitHub.
If you have commit access to the main repository
- Once build hooks at Github/Sonarcloud/pyup etc have completed, tag a pre-release (
x.y.zrc0
) - If that build completes, perform a PR into
master
, squashing the commit history. - Tag the
master
branch with the new release version, ahdering to semantic versioning. - Remove any
pre
artifacts from Docker Hub and PyPI. - Delete the
rc*
tags from the repository.git tag -d x.y.zrcN
, followed bygit push origin :x.y.zpreN
.
If you don't have commit access to the main repository
- Submit a PR towards the
master
branch of the main repository.
Project details
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