specially for when you have parameters in unicode but need
to scrape responses, C is still the fallback
Co-authored-by: Abhijeet Kasurde <akasurde@redhat.com>
* Begin using ArgumentSpecValidator in AnsibleModule
* Add check parameters to ArgumentSpecValidator
Add additional parameters for specifying required and mutually exclusive parameters.
Add code to the .validate() method that runs these additional checks.
* Make errors related to unsupported parameters match existing behavior
Update the punctuation in the message slightly to make it more readable.
Add a property to ArgumentSpecValidator to hold valid parameter names.
* Set default values after performining checks
* FIx sanity test failure
* Use correct parameters when checking sub options
* Use a dict when iterating over check functions
Referencing by key names makes things a bit more readable IMO.
* Fix bug in comparison for sub options evaluation
* Add options_context to check functions
This allows the parent parameter to be added the the error message if a validation
error occurs in a sub option.
* Fix bug in apply_defaults behavior of sub spec validation
* Accept options_conext in get_unsupported_parameters()
If options_context is supplied, a tuple of parent key names of unsupported parameter will be
created. This allows the full "path" to the unsupported parameter to be reported.
* Build path to the unsupported parameter for error messages.
* Remove unused import
* Update recursive finder test
* Skip if running in check mode
This was done in the _check_arguments() method. That was moved to a function that has no
way of calling fail_json(), so it must be done outside of validation.
This is a silght change in behavior, but I believe the correct one.
Previously, only unsupported parameters would cause a failure. All other checks would not be executed
if the modlue did not support check mode. This would hide validation failures in check mode.
* The great purge
Remove all methods related to argument spec validation from AnsibleModule
* Keep _name and kind in the caller and out of the validator
This seems a bit awkward since this means the caller could end up with {name} and {kind} in
the error message if they don't run the messages through the .format() method
with name and kind parameters.
* Double moustaches work
I wasn't sure if they get stripped or not. Looks like they do. Neat trick.
* Add changelog
* Update unsupported parameter test
The error message changed to include name and kind.
* Remove unused import
* Add better documentation for ArgumentSpecValidator class
* Fix example
* Few more docs fixes
* Mark required and mutually exclusive attributes as private
* Mark validate functions as private
* Reorganize functions in validation.py
* Remove unused imports in basic.py related to argument spec validation
* Create errors is module_utils
We have errors in lib/ansible/errors/ but those cannot be used by modules.
* Update recursive finder test
* Move errors to file rather than __init__.py
* Change ArgumentSpecValidator.validate() interface
Raise AnsibleValidationErrorMultiple on validation error which contains all AnsibleValidationError
exceptions for validation failures.
Return the validated parameters if validation is successful rather than True/False.
Update docs and tests.
* Get attribute in loop so that the attribute name can also be used as a parameter
* Shorten line
* Update calling code in AnsibleModule for new validator interface
* Update calling code in validate_argument_spec based in new validation interface
* Base custom exception class off of Exception
* Call the __init__ method of the base Exception class to populate args
* Ensure no_log values are always updated
* Make custom exceptions more hierarchical
This redefines AnsibleError from lib/ansible/errors with a different signature since that cannot
be used by modules. This may be a bad idea. Maybe lib/ansible/errors should be moved to
module_utils, or AnsibleError defined in this commit should use the same signature as the original.
* Just go back to basing off Exception
* Return ValidationResult object on successful validation
Create a ValidationResult class.
Return a ValidationResult from ArgumentSpecValidator.validate() when validation is successful.
Update class and method docs.
Update unit tests based on interface change.
* Make it easier to get error objects from AnsibleValidationResultMultiple
This makes the interface cleaner when getting individual error objects contained in a single
AnsibleValidationResultMultiple instance.
* Define custom exception for each type of validation failure
These errors indicate where a validation error occured. Currently they are empty but could
contain specific data for each exception type in the future.
* Update tests based on (yet another) interface change
* Mark several more functions as private
These are all doing rather "internal" things. The ArgumentSpecValidator class is the preferred
public interface.
* Move warnings and deprecations to result object
Rather than calling deprecate() and warn() directly, store them on the result object so the
caller can decide what to do with them.
* Use subclass for module arg spec validation
The subclass uses global warning and deprecations feature
* Fix up docs
* Remove legal_inputs munging from _handle_aliases()
This is done in AnsibleModule by the _set_internal_properties() method. It only makes sense
to do that for an AnsibleModule instance (it should update the parameters before performing
validation) and shouldn't be done by the validator.
Create a private function just for getting legal inputs since that is done in a couple of places.
It may make sense store that on the ValidationResult object.
* Increase test coverage
* Remove unnecessary conditional
ci_complete
* Mark warnings and deprecations as private in the ValidationResult
They can be made public once we come up with a way to make them more generally useful,
probably by creating cusom objects to store the data in more structure way.
* Mark valid_parameter_names as private and populate it during initialization
* Use a global for storing the list of additonal checks to perform
This list is used by the main validate method as well as the sub spec validation.
* module compat for py3.8+ controller
* replaced internal usages of selinux bindings with internal ctypes binding (allows basic selinux operations from any Python interpreter), plus tests
* added new respawn_module API to allow modules to import Python packages that are only available under a well-known interpreter, plus tests
* added respawn logic to modules that need Python libs from a specific system interpreter (apt, apt_repository, dnf, yum)
minimize internal HAVE_SELINUX usage
spurious junk
pep8
* pylint fixes
* add RHEL8 Python 3.8 testing
* more pylint
* import sanity
* unit tests
* changelog update
* fix a bunch of stuff
* tweak changelog
* fix setup_rpm_repo on EL8
* misc sanity/test fixes
* misc feedback tweaks
* fix import fallback in test module
* fix selinux MU test
* fix dnf tests to avoid python-dependent test packages
* add trailing LFs to aliases
* fix yum tests to avoid test package with Python deps
* hack create_repo for EL6 to create noarch package
* Fix filedescriptor out of range in select() when running commands
* Simplify the run_command() code
Now that we're using selectors in run_command(), we can simplify some of
the code.
* Use fileobj.read() instead of os.read()
* No longer use get_buffer_size() as we can just slurp all of the data
instead.
Also use a simpler conditional check of whether the selector map is
empty
Co-authored-by: Toshio Kuratomi <a.badger@gmail.com>
* Move warn() and deprecate() methods out of basic.py
* Use _global_warnings and _global_deprications and create accessor functions
- This lays the foundation for future functions being moved outside of AnsibleModule
that need an interface to warnings and deprecations without modifying them.
* Add unit tests for new warn and deprecate functions
* Support using importlib on py>=3 to avoid imp deprecation
* Add changelog fragment
* importlib coverage for py3
* Ansiballz execute should use importlib too
* recursive module_utils finder should utilize importlib too
* don't be dumb
* Fix up units
* Clean up tests
* Prefer importlib.util in plugin loader when available
* insert the module into sys.modules
* 3 before 2 for consistency
* ci_complete
* Address importlib.util.find_spec returning None
* Move check_type_str() out of basic.py
* Move check_type_list() out of basic.py
* Move safe_eval() out of basic.py
* Move check_type_dict() out of basic.py
* Move json importing code to common location
* Move check_type_bool() out of basic.py
* Move _check_type_int() out of basic.py
* Move _check_type_float() out of basic.py
* Move _check_type_path() out of basic.py
* Move _check_type_raw() out of basic.py
* Move _check_type_bytes() out of basic.py
* Move _check_type_bits() out of basic.py
* Create text.formatters.py
Move human_to_bytes, bytes_to_human, and _lenient_lowercase out of basic.py into text.formatters.py
Change references in modules to point to function at new location
* Move _check_type_jsonarg() out of basic.py
* Rename json related functions and put them in common.text.converters
Move formatters.py to common.text.formatters.py and update references in modules.
* Rework check_type_str()
Add allow_conversion option to make the function more self-contained.
Move the messaging back to basic.py since those error messages are more relevant to using this function in the context of AnsibleModule and not when using the function in isolation.
* Add unit tests for type checking functions
* Change _lenient_lowercase to lenient_lowercase per feedback
* Rename method and make private
* Use is_iterable, combine transformations
* Remove unused return_values from network modules
* Improve docstrings in new functions
* Add new PASS_VAR
* Add unit tests for list_no_log_values
* Fix unit tests for Python 2.6
Refinements:
- return legal_inputs and update class properties
- remove redundant arguments from method and handle in caller
- add better exception types to method
* Add unit tests for handle_aliases
* Python interpreter discovery
* No longer blindly default to only `/usr/bin/python`
* `ansible_python_interpreter` defaults to `auto_legacy`, which will discover the platform Python interpreter on some platforms (but still favor `/usr/bin/python` if present for backward compatibility). Use `auto` to always use the discovered interpreter, append `_silent` to either value to suppress warnings.
* includes new doc utility method `get_versioned_doclink` to generate a major.minor versioned doclink against docs.ansible.com (or some other config-overridden URL)
* docs revisions for python interpreter discovery
(cherry picked from commit 5b53c0012ab7212304c28fdd24cb33fd8ff755c2)
* verify output on some distros, cleanup
User module can contain Indentation errors or syntax errors.
Handle AST exceptions rather than showing traceback while importing such module.
Fixes: #21707
Signed-off-by: Abhijeet Kasurde <akasurde@redhat.com>
* Move get_all_subclasses out of sys_info as it is unrelated to system
information.
* get_all_subclasses now returns a set() instead of a list.
* Don't port get_platform to sys_info as it is deprecated. Code using
the common API should just use platform.system() directly.
* Rename load_platform_subclass() to get_platform_subclass and do not
instantiate the rturned class.
* Test the compat shims in module_utils/basic.py separately from the new
API in module_utils/common/sys_info.py and module_utils/common/_utils.py
* module_common: set required parameter templar
Fix the following error (related to b455901):
$ ./hacking/test-module -m ./lib/ansible/modules/system/ping.py -I ansible_python_interpreter=/usr/bin/python
Traceback (most recent call last):
File "./hacking/test-module", line 268, in <module>
main()
File "./hacking/test-module", line 249, in main
(modfile, modname, module_style) = boilerplate_module(options.module_path, options.module_args, interpreters, options.check, options.filename)
File "./hacking/test-module", line 152, in boilerplate_module
task_vars=task_vars
File "ansible/lib/ansible/executor/module_common.py", line 910, in modify_module
environment=environment)
File "ansible/lib/ansible/executor/module_common.py", line 736, in _find_module_utils
shebang, interpreter = _get_shebang(u'/usr/bin/python', task_vars, templar)
File "ansible/lib/ansible/executor/module_common.py", line 452, in _get_shebang
interpreter = templar.template(task_vars[interpreter_config].strip())
AttributeError: 'NoneType' object has no attribute 'template'
* module_common.modify_module: templar is required
* Enable the pylint no-name-in-module check. Checks that identifiers in
imports actually exist. When we do this, we also have to ignore
_MovedItems used in our bundled six. This means pylint won't check
for bad imports below ansible.module_utils.six.moves but that's
something that pylint punts on with a system copy of six so this is
still an improvement.
* Remove automatic use of system six. The exec in the six code which
tried to use a system library if available destroyed pylint's ability
to check for imports of identifiers which did not exist (the
no-name-in-module check). That test is important enough that we
should sacrifice the bundling detection in favour of the test.
Distributions that want to unbundle six can replace the bundled six in
ansible/module_utils/six/__init__.py to unbundle. however, be aware
that six is tricky to unbundle. They may want to base their efforts
off the code we were using:
2fff690caa/lib/ansible/module_utils/six/__init__.py
* Update tests for new location of bundled six Several code-smell tests
whitelist the bundled six library. Update the path to the library so
that they work.
* Also check for basestring in modules as the enabled pylint tests will
also point out basestring usage for us.
* test/: PEP8 compliancy
- Make PEP8 compliant
* Python3 chokes on casting int to bytes (#24952)
But if we tell the formatter that the var is a number, it works
* 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.
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
* Unittests for some of module_common.py
* Port test_run_command to use pytest-mock
The use of addCleanup(patch.stopall) from the unittest idiom was
conflicting with the pytest-mock idiom of closing all patches
automatically. Switching to pytest-mock ensures that the patches are
closed and removing the stopall stops the conflict.
Brian Coca