Module was importing '*' from facts to get to TimeoutError
but that has moved to facts.timeout, so import is updated.
Also rm old style imports to new style imports at the start
of the module.
'signal' py module was used and referenced but never imported,
presumably it was using the 'signal' previously imported into
module_utils.facts. Now imported directly.
'AnsibleModule' was also from a * import, so now imported directly.
A ref to 'module' was in _delete_disks_when_detached(), so now it
is updated to raise an AzureException() with its message, and
let its caller catch it and call module.fail_json()
* Rm check for unused 'name' arg for restarted.
The module docs claim 'name' is not required for
restarted state, and the code doesn't seem to use
it is.
* Better error msg for linode 'restarted' state.
* Remove the eval() and loop over args.
* Fix use of eval(args), and cleanups.
* linode 'stopped' state doesnt need name either
Fixes#3873
It was in lib/ansible/modules/system/setup.py since it
was the only thing using it, but move it back to module_utils
and add a ansible_collector.get_ansible_collector() to build
a facts collector just like the one used by setup.py
mv test_setup.py -> test_ansible_collector.py
All the code it was testing is now in ansible_collector
rm code to create 'ansible_facts' subkey from namespace
Just leave it up to the caller to do, and just return a
flat dictionary from AnsibleFactCollector.collect()
* junos_linkagg implementation and junos modules refactor
* junos_linkagg implementation
* junos_linkagg integration test
* net_linkagg integration test for junos
* decouple `load_config` and `commit` operations,
to allow single commit (in case on confirm commit) and
to perform batch commit (multiple `load_config` followed by single
`commit`)
* Other related refactor
* Fix CI issues
* Fix unit test failure
In Python a function is always truthy, and the name of the
`create_changeset` function was being accidentally used instead of
`module.params['changeset']`.
VMware provides a different DMI product name for VMs booted via UEFI vs BIOS.
VMware provides a different DMI product name for VMs booted via UEFI ('VMware7,1') vs BIOS ('VMware Virtual Platform')
Fixes#26517
During the writing of Windows path integration tests we discovered that
incorrect paths (including escape sequences) cause very cryptic error
messages.
This fix ensures that invalid paths cause a proper error message.
We also had to fix the following modules:
- win_shortcut: `src` can be a URL
* Add transformed json output in junos_command
Fixes#26363
If the display is in `xml` format for command responses
add th transformed `json` output in the result.
* Fix CI issue
* Feature #2731: added postgres import and dump
* Feature #2731: be more permissive of arguments
```
hacking/test-module -m ./ppostgresql_db.py -a "db=example state=dump target=/tmp/out"`
```
failed previously since host, user, and port were required as keywords
in the pg_dump / pg_import methods.
* Feature #2731: fixed doc string for validate-modules
```
$ ansible-validate-modules database/postgresql/
```
now passes.
* Feature #2731: disable 'password' for dump/restore
* Feature #2731: bump added version to 2.3
* Feature #2731: replace db_import with db_restore
* Feature #2731: add missing version description
* Feature #2731: fix 'state' description
* Feature #2731: fix pep8 issues
* Feature #2731: put state documentation in a single string
* Bump added version from 2.3 to 2.4
* Fix pep8 and pylint errors
* Attempt yaml formatting of documentation string
* Add integration tests for postgres_db:dump/restore
* Update dump/restore logic to support new kw-args
Also attempt to support password; integration tests are
still failing.
* Revert to postgres user for dump/restore
Passing PGPASSWORD is not working for subprocesses. For the
moment, reverting to the strategy of failing if login_password
is set and using `postgres` for all testing of dump/restore.
* Various cleanups to have tests passing
* Working tests for {sql,tar} x {,bz2,gz,xz}
* Use pg_user to support FreeBSD
* Revert login_ prefixes and re-enable password support
All `login_` keywords are mapped to their non-prefix versions
so the previous changes were effectively using `postgres` for
all actions. With the proper keywords, PGPASSWORD-passing to
the subprocess is now working.
* Optionally add password
environ_update doesn't handle None values in the
dictionary to be added to the environment. Adding
check.
* Quick fixes
* Refactor login arguments after fixes from pchauncey
The fixes introduced by pchaunchy pointed to further issues
(like no --dbname on PG<=9.2) with the login parameters. This
refactors them and adds further tests.
Note: this will still not pass integration tests due to a further
issue with pg_dump as a non-admin user:
pg_restore: [archiver (db)] Error while PROCESSING TOC:
pg_restore: [archiver (db)] Error from TOC entry 1925; 0 0 COMMENT EXTENSION plpgsql
pg_restore: [archiver (db)] could not execute query: ERROR: must be owner of extension plpgsql
* Introduce target_opts for passing limiting dumped/restored schemas
The current integration tests (PG version and template DBs) don't
permit a regular user (`{{ db_user1 }}`) access to plpgsql causing
restores to fail. By adding an option for passing arbitrary args to
pg_dump and pg_restore, testing is made easier. This also paves the
way for `-j` usage, once the PG version is bumped.
The iApp service module worked fine previously, but this patch
adds enhancements to it to include more fields that can be
specified when creating iapp services.
* add enhanced run option support for win_scheduled_task
* changed run_level option to runlevel
* correct merge conflicts since task path fix
* changed run_level option to runlevel
* changed do_not_store_password to store_password, and other minor fixes
* conditional logic swap, and documentation change for password
* postgresql_user module - transaction logic hacks to allow recovery from failed select
* postgresql_user - PEP8 and style fixes to make debugging easier
* postgresql_user - move password changing logic to separate function
* postgresql_user - trap failure in case where there is no access to pg_authid
* postgresql_user - further PEP8 fixes
* postgresql_user - Simplify password change logic and improve imports according to suggestions from PR review
* postgresql_user - Eliminate pep8/blank line errors introduced in merge
* Check behaviour when pg_authid relation isn't readable
TASK [postgresql : Normal user isn't allowed to access pg_authid relation:
password comparison will fail, password will be updated] ***
An exception occurred during task execution. To see the full traceback,
use -vvv. The error was: psycopg2.ProgrammingError: permission denied
for relation pg_authid
* Don't reintroduce passlib, remove useless query
This PR includes:
- Checkmode improvements
- Integration tests
- A fix for python3
- PEP8 fixes
This backports improvements from the win_wakeonlan module.
* Implementation of junos_static_route module
* junos implementation of net_static_route
* integration test for junos_static_route
* integration test for junos net_static_route
* Minor change
* Doc change
* Fix CI issue
* On python3, stdin goes through a buffer that translates from raw bytes
to text. this interferes with pause as it (1) performs universal
newline conversion and therefore '\r' is turned into '\n' and (2) the
buffering prevents us from getting the typed characters immediately
(possibly a python3 bug?) Using the raw byte stream that's behind the
text decoder fixes these problems.
Unrelated cleanups:
* Use to_text instead of str for conversion into strings to avoid possible tracebacks
* Use either \r or \n as the end of a line.
Fixes#26278Resolves#26446
* openwrt_init: clearly state that python is required
As python isn't installed by default on OpenWrt/LEDE,
clearly state that python is required
Signed-off-by: Etienne CHAMPETIER <echampetier@anevia.com>
* opkg: clearly state that python is required
As python isn't installed by default on OpenWrt/LEDE,
clearly state that python is required
Signed-off-by: Etienne CHAMPETIER <echampetier@anevia.com>
* junos_user declarative module changes
* Active/Deactivate support
* junos_user integration test
* net_user intergration test for junos
* Add version_added for active param
By default, the vendor neutral modules will just go on if no
implementation module is found.
If user specifies the task argument fail_on_missing_module and
sets it to True, then we bail out the play early and report that
to the user.
