* Refactor code to be more robust. Run main logic inside a try {} catch {}
block. If there is any error, bail out and log all the command output
automatically.
* Rely on error code generated by chocolatey instead of scraping text
output to determine success/failure.
* Add support for unattended installs: (`-y` flag is a requirement by
chocolatey)
* Before (un)installing, check existence of files.
* Use functions to abstract logic
* The great rewrite of 0.9.9, the `choco` interface has changed, check
if chocolatey is installed and an older version. If so upgrade to
latest.
* Allow upgrading packages that are already installed
* Use verbose logging for chocolate actions
* Adding functionality to specify a source for a chocolatey repository.
(@smadam813)
* Removing pre-determined sources and adding specified source url in
it's place. (@smadam813)
Contains contributions from:
* Adam Keech <akeech@chathamfinancial.com> (@smadam813)
The python2-lxc library has been uploaded to pypi as such this commit
updates the requirements and doc information for the module such that
it instructs the user to install the pip package "lxc-python2" while
also noting that the package could be gotten from source as well. In
the update comments have been added to the requirements list which
notes where the package should come from,
Closes-Bug: https://github.com/ansible/ansible-modules-extras/issues/550
puppetmaster was used to determine if `agent` or `apply` should be used. But puppetmaster is not required by puppet per default. Puppet may have a config or could find out by itself (...) where the puppet master is.
It changed the code so we only use `apply` if a manifest was passed, otherwise we use `agent`.
This also fixes the example, which did not work the way without this change.
~~~
# Run puppet agent and fail if anything goes wrong
- puppet
~~~
puppet may be configured to operate in `--noop` mode per default.
That is why we must pass a `--no-noop` to make sure, changes are going to be applied.
There is a growing pattern for using ansible to orchestrate runs of
existing puppet code. For instance, the OpenStack Infrastructure team
started using ansible for this very reason. It also turns out that
successfully running puppet and interpreting success or failure is
harder than you'd expect, thus warranting a module and not just a shell
command.
This is ported in from
http://git.openstack.org/cgit/openstack-infra/ansible-puppet
