* Initial commit for meraki_nat module
- Query fully works
- Present is still very much in development
* Add initial code for present functionality, not complete
* Add request documentation
* Add examples and return documentation.
* Added payload to requests
- Module seems to need new idempotency check
* Allow 1:1 and 1:many NAT to work
- New idempotency check method is probably required to work
* Make all three options work
- Module isn't idempotent
* Diff support
- Added integration tests
- Diff support isn't quite done
* Fix diff output
* Enable idempotency assertion in tests
* Add test assertions for code coverage
* Update documentation and tests
- Split tests to separate file to avoid delegate_to
* Fix blank line
* Initial commit for module
- Module can query or modify network services on Meraki gear
- Check mode supported
- Integration tests included
* Small change to examples
* Move mutual exclusive to build in approach
* Sanity err
* Split integration tests into two files to avoid delegate_to
* Add the integration tests, woops
- Use predictable VM name during the tests (test_vm1, test_vm2 and
test_vm2). This to simplify the teardown of the newly created resource
before the next test.
- Update the documentation to explain the new requirement
- Avoid VM creation with `with_items` when it's not mandatory. This to:
- speed up the test execution, our hypervisors have limited resources
- simplify the teardown
- Remove `create_d1_c1_f0_env.yml`, the test was just testing how Ansible
pass environment variables.
- Correct the name for the `f0` variable (`f1`)
- Fix the DVS tests, the hosts can now reach the dvswitch1 vswitch
- Provision the VM with a poweroff status, this to improve the
idempotency and sleep up the tests
- Avoid the use of `prepare_vmware_tests` to prepare virtual machines
when we just need one machine
Python 2.7.9 < does not have the `ssl.SSLContext` attribute. If
`validate_certs` is `True`, we cannot validate the SSL connection,
and we need to raise an error.
The default for a httpapi connection is to do basic auth, however
when setting the url_username and url_password without
force_basic_auth, the call to ansible.module_utils.open_url would
not always properly handle the basic auth headers based on the
combinations of **kwargs passed. This ensures that is always the
case when no session token exists and as the goal is to use basic
auth in the event of not having a session token, this should be
a safe operation.
Signed-off-by: Adam Miller <admiller@redhat.com>
Before this fix, the module was not able to look up a `VM Network` located at
`/DC0/network/VM Network`. As a consequence, the test module was failing
with a real environment (Non-govcsim).
* Add sanity test to ensure all non-py files are installed
* Fix mode and regex
* Fix role skel inventory package_data
* Add docs
* Update package_data for inventory files
* Address pylint concerns
* Another tweak to package_data
* Address review feedback
* Change index to 1
* add to ansible-only.txt
The nightly rpm builds were using a timestamp from the last git commit
in their Release field. Unfortunately, that was using author timestamp
which is nonsequential. Change to using commit timestamp which is
sequential.
note that this still has a cornercase if the branch's history is ever
rewritten.
* Adding Avi ansible lookup module
(cherry picked from commit 77b8951f68cbc889e6595b2a359ca27b84a43c0d)
* Added description for examples
* Added debug logs and unit tests
* Fix __builtin__ import and restting super
* Fix pep8 errors
* Updated as per review comments on IP address
* Added unit tests for ansibble_utils.py
* Removed unnecessary print statement
* Updated Ip address as review comment
* Updated as per review comments on IP address and test asserts
`vmware_content_library_info` functional test is currently broken because it
assumes the vCenter content library is not empty.
With this commit, the test inits the vCenter content library database using
`prepapre_vmware_tests`, this before the functional test execution.
Previously if `sysctl_set=no` (which is the default) this module only
checked for changes in the sysctl.conf file to decide whether it should
reload it or not. This means that if the values in the conf file are the
same as they are set with the module, but the current values on the
system are different, that this module wouldn't apply the changes on the
system and thus the value set with the module wouldn't be applied on the
OS. This isn't obvious and it doesn't make sense that the module works
like that by default, especially because there is a separate option
`reload`. Now sysctl will also check if the current value differs on the
system and if it does, it will reload the file again.
