* apt: fix virtual package install version detection
Change 4a62c4e3e4 introduced version
matching in installation.
The problem stems from
if version_installable or version:
pkg_list.append("'%s=%s'" % (name, version_installable or version))
When the package is a virtual-package, package_status() is returning
the "version_installable" of the package *satisfying* the
virtual-package; but then this is trying to install the
virtual-package with this version pin.
For example, "yaml-mode" is a virtual package satisifed by
"elpa-yaml-mode" (currently 0.0.14-1) and trying to install it fails
with
$ usr/bin/apt-get -y ... install 'yaml-mode=0.0.14-1'
... failed: E: Version '0.0.14-1' for 'yaml-mode' was not found ...
In the case of a virtual-package with nothing installed to satisfy it,
we should just return blank values to allow apt-get to do it's thing.
The tests are updated to install and remove this package.
Fixes: #76779
* Fix traceback when a supported version of resolvelib is not installed
Try to read the supported version range from the package distribution info and fall back to a hardcoded lowerbound/upperbound (>=0.5.3,<0.6.0).
* Add tests for unsupported resolvelib versions
* Resolve remaining import sanity test issues.
Co-authored-by: Matt Clay <matt@mystile.com>
Co-authored-by: Matt Martz <matt@sivel.net>
* If there is a platform specific handler, prefer the resolved module over the resolved action when loading module_defaults
Add a toggle for action plugins to prefer the resolved module when loading module_defaults
Allow moving away from modules intercepted as actions pattern
Fixes#77059
* Add intentional test coverage for lib/ansible/plugins/inventory/__init__.py
* Add intentional (integration) test coverage for lib/ansible/module_utils/common/network.py
* Add ansible_release info test from https://github.com/ansible/ansible/pull/74673
ci_complete
ci_coverage
Co-authored-by: Rick Elrod <rick@elrod.me>
* ansible-test - Add a Ubuntu 22.04 container.
* ansible-test - Add a Fedora 36 container.
* ansible-test - Update distro containers.
* Fix dnf test on Fedora 36.
* Work around scp test issues.
* Add new templating target, test splitter
* Add test for host:port parsing in parse_address via add_host
* Test already notified listening handler
* Add test for gathering bridge network facts
* Add veth to bridge
* ci_complete ci_coverage
The requirements for virtualenv and coverage are now kept in a requirements file for easier container builds.
The test-constraints sanity test has been updated to make sure the requirements file is kept up-to-date.
* rename systemd module to services only
disambiguates what it handles since systemd is now much more
that a service manager, but the module is specific to services
* ansible-test - Add shell --export option.
* ansible-test - Support cmd args for shell command.
Also allow shell to be used without a valid layout if no delegation is required.
* ansible-test - Improve stderr/stdout consistency.
By default all output goes to stdout only, with the exception of a fatal error.
When using any of the following, all output defaults to stderr instead:
* sanity with the `--lint` option -- sanity messages to stdout
* coverage analyze -- output to stdout if the output file is `/dev/stdout`
* shell -- shell output to stdout
This fixes issues two main issues:
* Unpredictable output order when using both info and error/warning messages.
* Mixing of lint/command/shell output with bootstrapping messages on stdout.
* ansible-test - Add changelog fragment.
* make the pre-flight sniffing more robust to different failure conditions (was failing on Ubuntu 22.04 VMs)
* remove skip aliases (the test needs to function everywhere to assert that the selinux facts bits behave properly when it's N/A)
* Run code-smell sanity tests in UTF-8 Mode.
* Update subprocess use in sanity test programs.
* Use raw_command instead of run_command with always=True set.
* Add more capture=True usage.
* Don't expose stdin to subprocesses.
* Capture more output. Warn on retry.
* Add more captures.
* Capture coverage cli output.
* Capture windows and network host checks.
* Be explicit about interactive usage.
* Use a shell for non-captured, non-interactive subprocesses.
* Add integration test to assert no TTY.
* Add unit test to assert no TTY.
* Require blocking stdin/stdout/stderr.
* Use subprocess.run in ansible-core sanity tests.
* Remove unused arg.
* Be explicit with subprocess.run check=False.
* Add changelog.
* Use a Python subprocess instead of a shell.
* Use InternalError instead of Exception.
* Require capture argument.
* Check for invalid raw_command arguments.
* Removed pointless communicate=True usage.
* Relocate stdout w/o capture check.
* Use threads instead of a subprocess for IO.
* Expand ansible-doc to tests/filters and fix existing issues
enable filter/test docs if in single file or companion yaml
add docs for several filters/tests plugins
allow .yml companion for docs for other plugins, must be colocated
verify plugins are valid (not modules, cannot)
fix 'per collection' filtering
limit old style deprecation (_ prefix) to builtin/legacy
start move to pathlib for saner path handling
moved some funcitons, kept backwards compat shims with deprecation notice
Co-authored-by: Abhijeet Kasurde <akasurde@redhat.com>
Co-authored-by: Felix Fontein <felix@fontein.de>
Co-authored-by: Sandra McCann <samccann@redhat.com>
* Prevent losing unsafe from lookups
This patch fixes a bug which under certain conditions results in data
returned from lookups not being marked as unsafe.
Each time Templar.do_template is invoked a new AnsibleContext is
created and stored effectively at two places:
1) as an instance variable in templar_obj.cur_context
2) as a local variable called new_context in do_template method of Templar
Due to custom functionality in Ansible's Context that allows for nested
templating it is possible that during resolving variable's value
template/do_template method is called recursively again, again creating
a new context. At that point the problem manifests itself because as
mentioned in 1) above the context is overwriten on the templar object
which means that any subsequent calls to _lookup will use the new
context to mark it as unsafe which is now different to the local
new_context which is used for testing for unsafe property.
The solution to the problem appears to be to restore the original
context inside do_template and also to eliminate the local variable
new_context to prevent problems in the future.
It appears that we don't have a better way of storing the context other
than as some form of global variable and so this appears to be the
"best" solution possible at this point. Hopefully data tagging will be
the solution here.
For more examples see unit and integration tests included in this patch.
Fixes#77535
* Run code-smell sanity tests in UTF-8 Mode.
* Update subprocess use in sanity test programs.
* Use raw_command instead of run_command with always=True set.
* Add more capture=True usage.
* Don't expose stdin to subprocesses.
* Capture more output. Warn on retry.
* Add more captures.
* Capture coverage cli output.
* Capture windows and network host checks.
* Be explicit about interactive usage.
* Use a shell for non-captured, non-interactive subprocesses.
* Add integration test to assert no TTY.
* Add unit test to assert no TTY.
* Require blocking stdin/stdout/stderr.
* Use subprocess.run in ansible-core sanity tests.
* Remove unused arg.
* Be explicit with subprocess.run check=False.
* Add changelog.
When looking up the `no_log` setting for a parameter that is an alias in
`AnsibleModule._log_invocation()`, the alias value will always be an
empty dictionary since `self.aliases` on the `AnsibleModule` instance is
never updated after initialization. Since the `no_log` setting is on the
canonical parameter not the alias, an incorrect warning is issued if the
parameter matches `PASSWORD_MATCH`.
This PR returns the aliases dictionary as an attribute of the
`ValidationResult` and updates the `aliases` attribute on the
`AnsibleModule` instance.
Brian Coca