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devel/py-allpairspy,
Pairwise test combinations generator
Branch: CURRENT,
Version: 2.5.1,
Package name: py312-allpairspy-2.5.1,
Maintainer: pkgsrc-usersAllPairs is an open source test combinations generator. It allows one to
create a set of tests using "pairwise combinations" method, reducing a
number of combinations of variables into a lesser set that covers most
situations. Features:
- Produces good enough dataset.
- Pythonic, iterator-style enumeration interface.
- Allows to filter out "invalid" combinations during search for the next
combination.
- Goes beyond pairs! If/when required can generate n-wise combinations.
Master sites:
Filesize: 13.946 KB
Version history: (Expand)
- (2024-11-11) Updated to version: py312-allpairspy-2.5.1
- (2023-11-27) Updated to version: py311-allpairspy-2.5.1
- (2022-03-28) Package added to pkgsrc.se, version py39-allpairspy-2.5.0 (created)
CVS history: (Expand)
2024-11-11 08:29:31 by Thomas Klausner | Files touched by this commit (862) |
Log message:
py-*: remove unused tool dependency
py-setuptools includes the py-wheel functionality nowadays
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2023-11-27 21:29:30 by Adam Ciarcinski | Files touched by this commit (3) | |
Log message:
py-allpairspy: updated to 2.5.1
v2.5.1
examples/compare_to_others.py minor changes
Fix typo in MANIFEST.in
Add support for Python 3.9/3.10/3.11
Drop support for Python 2.7/3.5/3.6
Remove unused setup.cfg
Update [build-system]
Modify to use pypa/build for package build
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2022-03-28 17:58:29 by Amitai Schleier | Files touched by this commit (4) |
Log message:
Add py-allpairspy, a pairwise test combinations generator.
AllPairs is an open source test combinations generator. It allows one to
create a set of tests using "pairwise combinations" method, reducing a
number of combinations of variables into a lesser set that covers most
situations. Features:
- Produces good enough dataset.
- Pythonic, iterator-style enumeration interface.
- Allows to filter out "invalid" combinations during search for the next
combination.
- Goes beyond pairs! If/when required can generate n-wise combinations.
|