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
* Ziploader proof of concept (jimi-c)
* Cleanups to proof of concept ziploader branch:
* python3 compatible base64 encoding
* zipfile compression (still need to enable toggling this off for
systems without zlib support in python)
* Allow non-wildcard imports (still need to make this recusrsive so that
we can have module_utils code that imports other module_utils code.)
* Better tracebacks: module filename is kept and module_utils directory
is kept so that tracebacks show the real filenames that the errors
appear in.
* Make sure we import modules that are used into the module_utils files that they are used in.
* Set ansible version in a more pythonic way for ziploader than we were doing in module replacer
* Make it possible to set the module compression as an inventory var
This may be necessary on systems where python has been compiled without
zlib compression.
* Refactoring of module_common code:
* module replacer only replaces values that make sense for that type of
file (example: don't attempt to replace python imports if we're in
a powershell module).
* Implement configurable shebang support for ziploader wrapper
* Implement client-side constants (for SELINUX_SPECIAL_FS and SYSLOG)
via environment variable.
* Remove strip_comments param as we're never going to use it (ruins line
numbering)
* Don't repeat ourselves about detecting REPLACER
* Add an easy way to debug
* Port test-module to the ziploader-aware modify_module()
* strip comments and blank lines from the wrapper so we send less over the wire.
* Comments cleanup
* Remember to output write the module line itself in powershell modules
* for line in lines strips the newlines so we have to add them back in
test-module is useful but sometimes you want to edit the
result before running it to e.g. set a debug point.
Added a noexecute option (i.e. just create the module script, don't
run it) and an output option to choose the filename of the result.
Default python interpreter to the same interpreter the test-module
script is executed with. This is so that the interpreter doesn't have
to be specified twice in the command when using non-default python
(e.g. ``/path/to/python ./hacking/test-module -I python=/path/to/python ...``)
to be reused between modules. See library/system/service and library/system/ping for initial examples. Can
work the old way to just import 'basic', or can import the new way to import multiple pieces of code from
module_utils/.
Add constant DEFAULT_MODULE_LANG that defaults to C. Can be set via
environment variable ANSIBLE_MODULE_LANG or configuration variable
module_lang. Updated test-module to have same behavior.
Update constants.py so that one can specify environmental variable
ANSIBLE_SYSLOG_FACILITY or syslog_facility in ansible.cfg to define
the syslog facility to use. Alternatively, you can specify
ansible_syslog_facility in inventory. Runner now replaces
the syslog facility in the openlog() call with the default or
the injected variables ansible_syslog_facility.
This also updates hacking/test-module to behave similarly.
should be a huge reduction of total ansible source, at a slight cost of difficulty in original module development.
We need to apply this now to all modules, but may need to have some exemptions to things like command, which should
subclass this module.
