* fixes#22441
* fixes#22655
* moves all env handling into the exec wrapper; this should work for everything but raw, which is consistent with non-Windows.
* Update module_utils.six to latest
We've been held back on the version of six we could use on the module
side to 1.4.x because of python-2.4 compatibility. Now that our minimum
is Python-2.6, we can update to the latest version of six in
module_utils and get rid of the second copy in lib/ansible/compat.
* Make the module_utils path configurable
* Add a config value to define the path site module_utils files
* Handle module_utils that do not have source as an error
* Make an integration test for module_utils envvar working
* Add documentation for the ANSIBLE_MODULE_UTILS config option/envvar
* Add it to the sample ansible.cfg
* Add it to intro_configuration.
* Also modify intro_configuration to place envvars on equal footing with
the config options (will need to document the envvar names in the
future)
* Also add the ANSIBLE_LIBRARY use case from
https://github.com/ansible/ansible/issues/15432 so we can close out
that bug.
This version just gets the relevant paths from PluginLoader and then
uses the existing imp.find_plugin() calls in the AnsiballZ code to load
the proper module_utils.
Modify PluginLoader to optionally omit subdirectories (module_utils
needs to operate on top level dirs, not on subdirs because it has
a hierarchical namespace whereas all other plugins use a flat
namespace).
Rename snippet* variables to module_utils*
Add a small number of unittests for recursive_finder
Add a larger number of integration tests to demonstrate that
module_utils is working.
Whitelist module-style shebang in test target library dirs
Prefix module_data variable with b_ to be clear that it holds bytes data
On Ubuntu the scriptdir gets placed into sys.path. This makes some
modules (copy) fail because the ansible module gets loaded instead of
the stdlib copy module. So we remove scriptdir there. Unfortunately,
the scriptdir code uses abspath(). When pipelining, abspath() has to
find the cwd. On OSX, finding the cwd when that directory is not
executable by the user raises an OSError. Since OSX does not suffer
from the scriptdir problem we're able to just skip scriptdir handling if
we get that exception.
Fixes#19729
Some machines have system clocks which can fall behind (for instance,
a host without a CMOS battery like Raspberry Pi). When managing those
machines we have to workaround the fact that the zip format does not
handle file timestamps before 1980. The workaround is to substitute in
the timestamp from the controller instead of from the managed machine.
Fixes#18640
While doing evil things with action plugins, I hit a code path in which
the mkdir here was failing due to lack of parent dir. Changing this to
makedirs made everything happy. Now, I'd obviously like to understand
why the parent dir exists in some places and not others - but I could
not find anywhere that C.DEFAULT_LOCAL_TMP is ensured to be created.
We couldn't copy to_unicode, to_bytes, to_str into module_utils because
of licensing. So once created it we had two sets of functions that did
the same things but had different implementations. To remedy that, this
change removes the ansible.utils.unicode versions of those functions.
I'm not sure why that would be desirable -- we really want __version__
to come from the controller whereas importing will come from the client
node. If it turns out there was a reason to do that, please be sure to
use an exception handler that catches all exceptions instead of only
catching ImportError:
```
try:
from ansible.release import __version__, __author__
except:
__version__ = [...]
```
Fixes#16523
Since Ansiballz, we no longer need to import basic directly into
a new-style module. Some modules, like the Networking modules, may
import basic in their own module_utils files and the module will import
that specialized module_util file rather than basic.
When setuptools installs a python module (as is done via python setup.py
install) It puts the module into a subdirectory of site-packages and
then creates an entry in easy-install.pth to load that directory. This
makes it difficult for Ansiballz to function correctly as the .pth file
overrides the sys.path that the wrapper constructs. Using
sitecustomize.py fixes this because sitecustomize overrides the
directories handled in .pth files.
Fixes#16187
* Port urls.py to python3
Fixes (largely normalizing byte vs text strings) for python3
* Rework what we do with attributes that aren't set already.
* Comments
This was reinitialized every time we forked before so we weren't sharing
the same Locks. It also was not accounting for modules which were
directly invoked by an action plugin instead of going through the
strategy plguins.
* Make ziploader's ansible and ansible.module_utils libraries into
namespace packages.
* Move __version__ and __author__ from ansible/__init__ to
ansible/release.py. This is because namespace packages only load one
__init__.py. If that is not the __init__.py with the author and
version info then those won't be available.
* In ziplaoder, move the version ito ANSIBLE_CONSTANTS.
* Change PluginLoader to properly construct the path to the plugins even
when namespace packages are present.
* Move zipcache temp dir creation into the locked section otherwise it
races with other workers.
* Catch IOError and turn it into an AnsibleError. IOErrors can hang
multiprocessng.
Updated python module wrapper explode method to drop 'args' file next to module.
Both execute() and excommunicate() debug methods now pass the module args via file to enable debuggers that are picky about stdin.
Updated unit tests to use a context manager for masking/restoring default streams and argv.
This makes our recursive, ast.parse performance measures as fast as
pre-ziploader baseline.
Since this unittest isn't testing that the returned module data is
correct we don't need to worry about os.rename not having any module
data. Should devise a separate test for the module and caching code
Some debuggers are easier to work with when we do everything in a single
process. This debug option caters to that at the expense of being
different from what Ansible will actually do to invoke a module.
When we document this we should be clear that this shouldn't be used for
general purpose debugging and that some modules may show strange
"errors" when used with this. Those won't be considered real bugs as
it's not how ansible really invokes the modules.
* Run the module as a script from the wrapper instead of executing in the same process.
Fixes cornercases where the module could potentially be executed twice
if we import and then run the main() function without calling sys.exit()
somewhere.
Also fixes problem with concurrent.futures() hanging. Not sure
precisely how this is being triggered but it is related to invoking the
main() function outside of an if __name__ == '__main__' conditional.
* Fix for python-2.6
Dag Wieers
Matt Martz
Toshio Kuratomi
Matt Davis
Adrian Likins
Monty Taylor
James Cammarata
Lukas Pirl
nitzmahone
Toshio Kuratomi