* Only bypass type validation for null parameters if the default is None. A default is mutually exclusive with required.
* Prevent coercing None to str type. Fail the type check instead.
- Unit tests now report warnings generated during test runs.
- Python 3.12 warnings about `os.fork` usage with threads (due to `pytest-xdist`) are suppressed.
- Added integration tests to verify forked test behavior.
* Validate task attributes `run_once` and `action` with finalized attrs after individual loop results
* Validate task attribute `ignore_unreachable` using individual loop results
Once there's a way to post validate only certain fields, we can use self._task.post_validate() instead
This replaces the fix introduced in https://github.com/ansible/ansible/pull/80051.
Fixes#73643
* clear_notification method and simplify ifs
* Deduplicate code
* Limit number of Templar creations
* Fix sanity
* Preserve handler callbacks order as they were notified
* Symbolic modes with X or =[ugo] always use original mode (Fixes#80128)
Here's what's happening, by way of this mode example: u=,u=rX
At the first step in the loop, the "u" bits of are set to 0. On the next
step in the loop, the current stat of the filesystem object is used to
determine X, not the "new_mode" in the previous iteration of the loop. So
while most operations kind of operate left to right, "X" is always going
back to the original file to determine whether to set x bit.
The Linux "chmod" (the only one I've tested) doesn't operate this way. In
it, "X" operates on the current state the loop understands it is in,
based on previous operations (and starting with the file permissions).
This is an issue with "X" and any of the "=[ugo]" settings, because
they are lookups. For example, if a file is 755 and you do "ug=rx,o=u",
file module produces 0557 and chmod produces 0555.
This really becomes a problem when you want to recursively change a
directory of files, and the files are currently 755, but you want to
change the directory to 750 and the files to 640. In chmod you can do
"a=,ug=rX,u+w" (or "a=,u=rwX,g=rX"), and have it apply equally to the
directory and the files. I can't come up with a single way in the ansible
file module to deterministically, recursively, set a directory to 750
and the contents to 640 no matter what the current permissions are,
as the code currently is.
The fix is to pass in "new_mode" to _get_octal_mode_from_symbolic_perms
in lib/ansible/module_utils/basic.py inside _symbolic_mode_to_octal. And
then take "new_mode" as an argument and use it instead of the filesystem
object stat.st_mode value.
* Fixing my new unit test, fixing bug in test comments
This change fixes bugs in the manpage generator that existed since it
was first added.
It exposes CLI `ARGUMENTS` value to manpage templates.
Before this change, the code contained a typo, causing the `for`-loop
iterate over individual characters of the `'ARGUMENTS'` string rather
than iterating over a tuple. A missing comma was at fault.
The updated code gets rid of the `for`-loop and conditionals since it
seems to have been a premature complexity increase and no other things
than `'ARGUMENTS'` were ever added into the broken iterable.
The functional change is that `arguments` is now always present in the
Jinja2 context, unlike being missing sometimes because of the previous
design (not that it was ever present, because of the bug! sigh...)
The Jinja2 templates perform an `{% if arguments %}` check, letting
the template engine silently ignore the missing variable. The clause
was always falsy, meaning that the arguments section was not included
in the manpages for at least the last 6 years. With this fix, it will
be.
This patch also deduplicates calling `opt_doc_list` @ generate_man.
It was called late in the execution, more times than necessary. This
patch makes sure it happens once by putting it at the top of the scope.
It fixes rendering library and inventory in manpages.
The corresponding Jinja2 templates have blocks wrapped with
conditionals like `{% if inventory %}` and `{% if library %}` but said
variables were never injected into the context, nor were they even
deduced on the Python side of the generator. This means that the
conditional clauses were always falsy, never showing the portions of
the manpages.
The Python script has hints for how the `inventory` variable was to be
calculated, which is confirmed through the Git paleontology efforts.
The block of code that references to the `inventory` bit was
incorrectly checking a variable with a list of nested objects for the
presence of a string which was never going to work.
This patch fixes this check by verifying the CLI flag against the
correct variable containing a list of options and exposes it to the
Jinja2 templates.
It also exposes the `library` variable in a similar way.
The block displaying other binaries in Sphinx CLI docs has been
synchronized with the manpage template.
Previously, the current binary was displayed also. This patch gets rid
of the unwanted trailing comma there too.
Finally, the CLI executables list in the manpage template now reuses
the same variable as the RST template that doesn't need any
post-processing in Jinja2.
Before, it was already used in the RST template so this patch aligns
both templates to use the same logic as they got out-of-sync over time.
PR #80450.
Most of the bad_parsing tests were no longer running, with several of them no longer being valid.
The invalid tests have been removed and the valid ones rewritten.
Martin Krizek