mirror of
https://github.com/ggerganov/ggwave.git
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105e0fd48d
- by default ggwave will now output 32-bit float samples - python samples no longer use numpy - python test now decodes payload - fix buffer overflow in receive.py example
35 lines
1.9 KiB
Markdown
35 lines
1.9 KiB
Markdown
# ggwave python package
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This README contains only development information, you can check out full README (README.rst) for the latest version of ggwave python package on [ggwave's PyPI page](https://pypi.org/project/ggwave/).
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README.rst is not commited to git because it is generated from [README-tmpl.rst](./README-tmpl.rst).
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## Building
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Run `make build` to generate an extension module as .so file.
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You can test it then by importing it from python interpreter `import ggwave` and running `ggwave.encode('test')` (you have to be positioned in the directory where .so was built).
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This is useful for testing while developing.
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Run `make sdist` to create a source distribution, but not publish it - it is a tarball in dist/ that will be uploaded to pip on `publish`.
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Use this to check that tarball is well structured and contains all needed files, before you publish.
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Good way to test it is to run `sudo pip install dist/ggwave-*.tar.gz`, which will try to install ggwave from it, same way as pip will do it when it is published.
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`make clean` removes all generated files.
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README.rst is auto-generated from [README-tmpl.rst](./README-tmpl.rst), to run regeneration do `make README.rst`.
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README.rst is also automatically regenerated when building package (e.g. `make build`).
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This enables us to always have up to date results of code execution and help documentation of ggwave methods in readme.
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## Publishing
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Remember to update version in setup.py before publishing.
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To trigger automatic publish to PyPI, create a tag and push it to Github -> Travis will create sdist, build wheels, and push them all to PyPI while publishing new version.
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You can also publish new version manually if needed: run `make publish` to create a source distribution and publish it to the PyPI.
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## Acknowledgments
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These Python bindings are generated by following [edlib](https://github.com/Martinsos/edlib) example
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