VSAN related facts (cluster_uuid) will be used in vmware_vsan_cluster
while adding new host in VSAN cluster.
Signed-off-by: Abhijeet Kasurde <akasurde@redhat.com>
* nxos cliconf plugin refactor
Fixes#39056
* Refactor nxos cliconf plugin as per new api definition
* Minor changes in ios, eos, vyos cliconf plugin
* Change nxos httpapi plugin edit_config method to be in sync with
nxos cliconf edit_config
* Fix CI failure
* Fix unit test failure and review comment
Now that we don't need to worry about python-2.4 and 2.5, we can make
some improvements to the way AnsiballZ handles modules.
* Change AnsiballZ wrapper to use import to invoke the module
We need the module to think of itself as a script because it could be
coded as:
main()
or as:
if __name__ == '__main__':
main()
Or even as:
if __name__ == '__main__':
random_function_name()
A script will invoke all of those. Prior to this change, we invoked
a second Python interpreter on the module so that it really was
a script. However, this means that we have to run python twice (once
for the AnsiballZ wrapper and once for the module). This change makes
the module think that it is a script (because __name__ in the module ==
'__main__') but it's actually being invoked by us importing the module
code.
There's three ways we've come up to do this.
* The most elegant is to use zipimporter and tell the import mechanism
that the module being loaded is __main__:
* 5959f11c9d/lib/ansible/executor/module_common.py (L175)
* zipimporter is nice because we do not have to extract the module from
the zip file and save it to the disk when we do that. The import
machinery does it all for us.
* The drawback is that modules do not have a __file__ which points
to a real file when they do this. Modules could be using __file__
to for a variety of reasons, most of those probably have
replacements (the most common one is to find a writable directory
for temporary files. AnsibleModule.tmpdir should be used instead)
We can monkeypatch __file__ in fom AnsibleModule initialization
but that's kind of gross. There's no way I can see to do this
from the wrapper.
* Next, there's imp.load_module():
* https://github.com/abadger/ansible/blob/340edf7489/lib/ansible/executor/module_common.py#L151
* imp has the nice property of allowing us to set __name__ to
__main__ without changing the name of the file itself
* We also don't have to do anything special to set __file__ for
backwards compatibility (although the reason for that is the
drawback):
* Its drawback is that it requires the file to exist on disk so we
have to explicitly extract it from the zipfile and save it to
a temporary file
* The last choice is to use exec to execute the module:
* https://github.com/abadger/ansible/blob/f47a4ccc76/lib/ansible/executor/module_common.py#L175
* The code we would have to maintain for this looks pretty clean.
In the wrapper we create a ModuleType, set __file__ on it, read
the module's contents in from the zip file and then exec it.
* Drawbacks: We still have to explicitly extract the file's contents
from the zip archive instead of letting python's import mechanism
handle it.
* Exec also has hidden performance issues and breaks certain
assumptions that modules could be making about their own code:
http://lucumr.pocoo.org/2011/2/1/exec-in-python/
Our plan is to use imp.load_module() for now, deprecate the use of
__file__ in modules, and switch to zipimport once the deprecation
period for __file__ is over (without monkeypatching a fake __file__ in
via AnsibleModule).
* Rename the name of the AnsiBallZ wrapped module
This makes it obvious that the wrapped module isn't the module file that
we distribute. It's part of trying to mitigate the fact that the module
is now named __main)).py in tracebacks.
* Shield all wrapper symbols inside of a function
With the new import code, all symbols in the wrapper become visible in
the module. To mitigate the chance of collisions, move most symbols
into a toplevel function. The only symbols left in the global namespace
are now _ANSIBALLZ_WRAPPER and _ansiballz_main.
revised porting guide entry
Integrate code coverage collection into AnsiballZ.
ci_coverage
ci_complete
* uri: Avoid exception in common scenario
So I was confused by the fact that the **uri** module, when not
returning an acceptable HTTP status code, returns:
The full traceback is:
File "/tmp/ansible_UQwiI4/ansible_module_uri.py", line 471, in main
uresp['location'] = absolute_location(url, uresp['location'])
While the actual error was:
Status code was 400 and not [201]: HTTP Error 400:
I also wonder why that message ends abruptly. I would have expected
`HTTP Error 400: Bad Request` which would be more useful.
* uri: Avoid false positive tracebacks in fail_json() on PY2
One of the earlier implementation of unified temp for 2.4 passed the
temp diretory to the remote side using this environment variable. We
later changed it to be passed via a module parameter but forgot to
remove the environment variable.
* fix fedora version dnf fact, default pkg_mgr detection per distro family
* loop over possible dnf/yum paths in case there are multiple canonical sources later in life
Signed-off-by: Adam Miller <admiller@redhat.com>
* Support multi-doc yaml in the from_yaml filter
* Most automatic method of handling multidoc
* Only use safe_load_all
* Implement separate filter
* Update plugin docs and changelog
Allow specifying the source and destination files' encodings in the template module
* Added output_encoding to the template module, default to utf-8
* Added documentation for the new variables
* Leveraged the encoding argument on to_text() and to_bytes() to keep the implementation as simple as possible
* Added integration tests with files in utf-8 and windows-1252 encodings, testing all combinations
* fix bad smell test by excluding windows-1252 files from the utf8 checks
* fix bad smell test by excluding valid files from the smart quote test
d7df072b96 changed how we call
journal.send() from positional arguments to keyword arguments. So we
need to update the test to check for the arguments it was called with in
the keyword args, not in the positional args.
* Only add exception/traceback on Python 3
On Python 2 the traceback could be any exception from the stack frame
and likely unrelated to the fail_json call.
On Python 3 the traceback is cleared outside any exception frame, so the
call always returns the most inner traceback (if any), and therefor is
most likely related to the fail_json call.
* Add uncertainty to traceback on Python 2
On Python 2 the last exception in the stack frame is being returned,
this could be unrelated to the actual error, especially if fail_json()
is called outside an except: block.
