forked from ungleich-public/cdist
cdist configuration management
Latest manual: https://www.cdi.st/manual/latest/
Home page: https://www.cdi.st
Evilham
cf44c4a01b
By abstracting away vendor-dependent pattern matching for the linux code, we can re-use that and be reasonably sure about OpenBSD machines being virtualised when we can identify the undelrying virtualisation technology. It remains to be solved how to tell if an OpenBSD machine is physical; in that case previous cdist behaviour ("unknown") remains. For NetBSD something similar to OpenBSD could be done, with different sysctls: hw.machine and hw.model wary of adding those without testing though, so for NetBSD previous cdist behaviour ("unknown") remains. https://netbsd.gw.com/cgi-bin/man-cgi?sysctl+7.i386+NetBSD-9.0 |
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bin | ||
cdist | ||
completions | ||
configuration | ||
docs | ||
hacking | ||
other | ||
scripts | ||
.gitattributes | ||
.gitignore | ||
.gitlab-ci.yml | ||
LICENSE | ||
Makefile | ||
MANIFEST.in | ||
PKGBUILD.in | ||
README-maintainers | ||
README.md | ||
setup.py |
cdist
cdist is a usable configuration management system.
It adheres to the KISS principle and is being used in small up to enterprise grade environments.
For more information have a look at homepage
or at docs/src
for manual in reStructuredText format.
Contributing
Merge/Pull requests can be made in both upstream GitLab (managed by ungleich) and GitHub project.
Issues can be made and other project management activites happen only in GitLab (needs ungleich account).
For community-maintained types there is cdist-contrib project.
Participating
IRC: #cdist
@ freenode
Matrix: #cdist:ungleich.ch
Mattermost: https://chat.ungleich.ch/ungleich/channels/cdist