- Do not silently ignore malformed pip requirements files.
- Properly reports changed when removing packages.
- "latest" i.e. --upgrade is *not* incompatible with requirements files.
- Less branchy, simpler logic.
- Removed pointless variable "initializations", Python doesn't need that.
Other code simplifications.
- Fun fact; pip install is (kind of) case insensitive, pip freeze is not.
So, 'sqlalchemy' will be reported as installed by install, but missing
by freeze.
The perhaps controversial change and the one that led to finding /
fixing above issues...
Instead of adding command parameters 'index', and 'find', and 'mirrors',
and etc. Added 'extra_args' which are passed onto pip.
The use case for --index-url is having a private pypi repo, like
http://pypi.python.org/pypi/localshop, to which you publish private
packages. I'm sure most every pip option has a use case for someone.
extra_args handles all those. Can reserve ansible command parameters for
the most common.
Tested with pip 1.1.
Add HTML-escaping to code examples in rST tempate of module-formatter
Add support for specifying port, addresses with phrases and attaching files
Add support for custom headers and document version_added for new options
X-Mailer header added :)
protect empty address lists & attachment list, and add bcc
- Added username, password arguments.
- Documented existing revision argument.
- Corrected documentation/docstrings; removed git references, use svn
nomenclature, etc.
- Refactored duplicate code, redundant shell calls, filter abuse,
inconsistent formating, etc.
- Shell quoting so it doesn't break for one guy who has spaces in
pathnames.
- svn called with '--non-interactive' and '--no-auth-cache'.
Move operations that are dependant on a remote branch under a if
is_remote_branch() conditional. While at it, remove assignment to cmd
string in same block that wasn't used when calling _run().
The git module would not pull in updates to a branch when
version=<branch>. This updates that block to checkout the branch
and then do a git reset --hard <remote>/<branch>. This
should now track updates to a branch.
In a virtualenv, pip is called just pip. This fixes the pip module to
search for the virtualenv pip first before trying the pip-python and
python-pip variants. Without this, pip module would not install to the
virtualenv when that parameter is provided.
This updates _is_package_installed() to accept a requirements file
as an argument. This is used later in main() to check if python libs
specified in a requirements file are already installed. I updated
main() to consolidate the handling of install/uninstall in a single
block. This should help if someone wants to remove packages specified
by a requirements file.
By default, the cpanm client will use a default mirror to download
libraries, but it's possible for the end user to pass a different URL.
Since ansible favorite idempotence when possible, we verify if the
module is already installed before running the cpanm client.
Another minor additional change, the `notest` option is now a boolean.
cpanm is a popular alternative to the CPAN client for installing Perl
libraries. Unfortunately it can't uninstall already installed module, so it
can't handle states.
This makes the line parsing a lot more robust (and easier to read).
Code supplied by @dhozac, thanks!
Remove re import because this is not used anywhere.
When trying to perform enabled=yes followed by enabled=no
against FreeBSD the module would die with the following error:
TypeError: sub() takes at most 4 arguments (5 given)
The target FreeBSD client (8.2) is running python 2.6.6. It seems the
extra 'flags' argument was added to re.sub() in 2.7.
In fixing this issue I have attempted to create a general atomic method
for modifying a rc.conf file. Hopefully this will make it easier to add
other rc based platorms. The strip/split magic was inspired by the user
module.
* Basically the moving parts from the original service module arranged in
subclasses.
* General structure and helper methods comes from the user module.
* Less forgiving to unsupported platforms: it requires a subclass per platform.
(This makes it easier to work on one platform without having to think about.
what other platform might be affected in unexpected ways).
* Now has basic OpenBSD support.
* Solaris support needs to be added.
Thanks to @dhozac for general advice and Linux testing.
Thanks to @bcoca for clearing up some FreeBSD questions.
I added all known virtualization types from the virt-what project. However, the few virt types that rely on cpuid information have not been implemented lacking native python cpuid access. (hyperv)
