Unittests are sometimes run without network connectivity in build
systems. Make that work correctly by mocking out _get_url_data with the
expected return value.
Generate rst docs for plugins
Based on rst generated for modules. But generated plugin
docs go into docs/docsite/rst/plugins/$PLUGIN_TYPE/plugin_name.rst
( docs/docsite/rst/plugins/connection/ssh.py for ex)
* move plugins docs to rst/*_plugins/ subdirs for namespace
* Only gen support pages for modules for now.
* Add generated plugin docs to gitignore* add list_*_plugins templates
* support MODULES/PLUGINS filters for make htmldocs
Add a 'PLUGINS=ssh' filter env var like MODULES to filter plugins to build docs for.
* fixup 'historical' version_added, skip plugins/loader.py
* Fix plugins_by_support ref link to new plugins/*/ location
* use :ref: for common_return_values, allow empty version_added
* warnings on missing doc info
* add a prefix to _random_choice
It was colliding with the target for random_choice plugin
* finalize lookup documentation
* minor fixes to ansible-doc
- actually show which file caused error on when listing plugins
- removed redundant display of type and name
* smart quote fixes from toshio
Currently, MIQ only supports an alert type of 'prometheus', so rather than have the caller of manageiq_provider pass this info, just set it as the default.
When calling manageiq_user to an already existing user (but leaving out the password so that it doesn't automatically 're-create' the user), the module fails with:
fatal: [127.0.0.1]: FAILED! => {"changed": false, "failed": true, "module_stderr": "Shared connection to 127.0.0.1 closed.\r\n", "module_stdout": "Traceback (most recent call last):\r\n File \"/tmp/ansible_Fr7Nt3/ansible_module_manageiq_user.py\", line 324, in <module>\r\n main()\r\n File \"/tmp/ansible_Fr7Nt3/ansible_module_manageiq_user.py\", line 315, in main\r\n res_args = manageiq_user.edit_user(user, name, group, password, email)\r\n File \"/tmp/ansible_Fr7Nt3/ansible_module_manageiq_user.py\", line 229, in edit_user\r\n if self.compare_user(user, name, group_id, password, email):\r\n File \"/tmp/ansible_Fr7Nt3/ansible_module_manageiq_user.py\", line 189, in compare_user\r\n (group_id and user['group']['id'] != group_id)\r\nKeyError: 'group'\r\n", "msg": "MODULE FAILURE", "rc": 0}
The 'group' field turns out to be 'current_group_id' (at least with ManageIQ 4.6). Update the comparison accordingly.
* add 'update_password' param to manageiq_user
Currently with the manageiq_user module, if you call it repeatedly while passing the 'password' parameter, it will always run the task and mark it as 'changed'.
Following the pattern of the AWS IAM module, add an 'update_password' parameter that takes 'always' (default) or 'on_create'. This will let you set an initial password when creating a user, but allow the user to modify their password and not stomp over their password changes if you re-run the playbook/task that created the user.
* don't stomp password when other fields change
Handle case where user fields change, but we don't want to stomp on a potentially user-changed password. Previously, if a non-password field changed, and the password param was passed in, it would ignore the 'update_password': 'on_create' setting (ie it would update/modify the password even if the user already exists).
Add trailing ',' to list of params.
* windows: fix list type in legacy module utils
* only change the return for the list type instead of affecting it all
* additional null check when using an array
* Fix tags in ec2_instance_facts
The method boto3_tag_list_to_ansible_dict in module_utils/ec2.py changed
and does no longer check whether the returned result of boto3 uses
"key" or "Key" as the tag key identifier.
This fixes ec2_instance_facts to make this check in its own, since boto3
may return "key" instead of "Key"
* Since the indices for the tags are already formatted to lowercase
by the snaking, we can assume, that the index for the tags are already
formatted
* timezone module: fixed platform decision rule for Linux
— For better handling of environments where timedatectl is unavailable
* timezone module: allow absence of configuration files if specific commands are available
* timezone module: remove duplicated line
* timezone module: fixed docs to clarify returned diff
* timezone module: fixed “undefined variable err”
* Revert "timezone module: fixed docs to clarify returned diff"
This reverts commit 4b783227f713eee9aa6717c0a8b9e697b939f471.
* timezone module: revert platform decision rule; just warn instead of futher command checks
* timezone module: [NosystemdTimezone] enhanced error message
Addtions to porting_guide_2.4
* deprecated notice for win_package return values
* Added vars plugins, config api, inventory plugins. These were mostly backwards compatible.
Added notes for users and devs to check out new features once i write the 'feature docs' I'll
come back and link to them from here
* Porting Guides for Ansible Versions
Improve the user facing documentation.
Tell people what changes they need to make
* More porting guides
* Link porting guides from TOC
* Link porting guides from CHANGELOG.md
* typo in link
* Review feedback
* Better CHANGELOG links
* Better links
* code blocks
* Minor changes
* Correct links, comment out network section in 2.4
* Typos
* Revert non 2.4 changes
* Add placeholders for other items
* multiple inventory
* Update porting_guide_2.4.rst
* Update porting_guide_2.4.rst
* Update porting_guide_2.4.rst
* Update porting_guide_2.4.rst
* add win_command/win_shell escaping notes
* Added some windows porting info
* Edit for grammar
* Correct links, delete Net Platform Agnostic
* 2.5 link
* Network changes in 2.4
* facts_namespacing was pushed back to 2.5
Due to lack of time we pushed this back to 2.5 so that the facts in the namespace could be shortened.
* Python version
* Remove FIXMEs - move to seperate PR
* changed RunCommand result from Tuple to CommandResult for easier future extensibility
* moved Win32 Dictionary->multi-null-string environment munging into C#
As-merged, had several issues that prevented idempotent usage. Some args were defined at the wrong UI level. Dual-state args didn't match up with typical Ansible UI.
