Do not attempt to attach an already attached volume.
Likewise, do not attempt to detach a volume that is not
attached.
This version adds support for check mode.
The ordering of disabling/enabling yum repositories matters, and
the yum module was mixing and matching the order. Specifically,
when yum-utils isn't installed, the codepath which uses the yum
python module was incorrectly ordering enabling and disabling.
The preferred order is to disable repositories and then enable them
to prevent clobbering. This was previously discussed in
ansible/ansible#5255 and incompletely addressed in 0cca4a3.
When subscribing a system with an activationkey, it seems (sometimes?)
required to pass the "--org <number>" parameter to subscription-manager.
Activation Keys can be created through the Red Hat Customer Portal, and
a subscription can be attached to those. This makes is easy to register
systems without passing username/passwords around.
The organisation ID can be retrieved by executing the following command
on a registered system (*not* the account number):
# subscription-manager identity
URL: https://access.redhat.com/management/activation_keys
Signed-off-by: Niels de Vos <ndevos@redhat.com>
Reviewed-by: Ken Dreyer <kdreyer@redhat.com>
Includes commits for:
* Don't return change if the password is not set
* Set the group to nogroup if none is specified
* Set an uid if none is specified
* Test if SHADOWFILE is set (for Darwin)
* remove unused uid
Prior to this commit, Ansible would pass '--activationkeys <value>' as a
literal string, which the remote server would interpret as a single
argument to subscription-manager.
This led to the following failure message when using an activation key:
subscription-manager: error: no such option: --activationkey "mykey"
Update the arguments so that the remote server will properly interpret
them as two separate values.
boto's rds2 renamed `vpc_security_groups` to `vpc_security_group_ids`
and changed from a list of `VPCSecurityGroupMembership` to just a
list of ids. This accommodates that change when rds2 is being used.
Upstart scripts are being incorrectly identified as SysV init scripts
due to a logic error in the `service` module.
Because upstart uses multiple commands (`/sbin/start`, `/sbin/stop`,
etc.) for managing service state, the codepath for upstart sets
`self.svc_cmd` to an empty string on line 451.
Empty strings are considered a non-truthy value in Python, so
conditionals which are checking the state of `self.svc_cmd` should
explicitly compare it to `None` to avoid overlooking the fact that
the service may be controlled by an upstart script.
Some places ([AWS RDS](https://forums.aws.amazon.com/thread.jspa?threadID=151248)) don't have, or don't allow, access to the `pg_authid` table. The only reason that is necessary is to check for a password change.
This flag is a workaround so passwords can only be set at creation time. It isn't as elegant as changing the password down the line, but it fixes the longstanding issue #297 that prevented this from being useful on AWS RDS.
body_format is a new optional argument that enables handling of JSON or
YAML serialization format for the body argument.
When set to either 'json' or 'yaml', the body argument can be a dict or list.
The body will be encoded, and the Content-Type HTTP header will be set,
accordingly to the body_format argument.
Example:
- name: Facette - Create memory graph
uri:
method: POST
url: http://facette/api/v1/library/graphs
status_code: 201
body_format: json
body:
name: "{{ ansible_fqdn }} - Memory usage"
attributes:
Source": "{{ ansible_fqdn }}"
link: "1947a490-8ac6-4bf2-47c1-ff74272f8b32"
The return code of "service pf onestatus" is usually zero on FreeBSD (tested with FreeBSD 10.0), even if pf is not running. So the service module always thinks that pf is running, even when it needs to be started.
I tried a playbook with the following (accidentally wrong) task:
tasks:
- name: authorized key test
authorized_key: key=/home/sam/.ssh/id_rsa.pub key_options='command="/foo/bar"' user=sam
I got the following traceback:
TASK: [authorized key test] ***************************************************
failed: [localhost] => {"failed": true, "parsed": false}
Traceback (most recent call last):
File "/home/sam/.ansible/tmp/ansible-tmp-1427110003.65-277897441194582/authorized_key", line 2515, in <module>
main()
File "/home/sam/.ansible/tmp/ansible-tmp-1427110003.65-277897441194582/authorized_key", line 460, in main
results = enforce_state(module, module.params)
File "/home/sam/.ansible/tmp/ansible-tmp-1427110003.65-277897441194582/authorized_key", line 385, in enforce_state
parsed_new_key = (parsed_new_key[0], parsed_new_key[1], parsed_options, parsed_new_key[3])
TypeError: 'NoneType' object has no attribute '__getitem__'
With this fix, I see the expected error instead:
TASK: [authorized key test] ***************************************************
failed: [localhost] => {"failed": true}
msg: invalid key specified: /home/sam/.ssh/id_rsa.pub
In cases when the python-apt package is not installed, ansible will
attempt to install it. After this attempt, it tries to import the
needed apt modules, but forgets to import the apt.debfile module.
The result is that playbooks that use the dpkg argument on a machine
that does not initially have the python-apt package available will
fail with the following error
AttributeError: 'module' object has no attribute 'debfile'
This patch adds the appropriate import to the apt module to ensure
that necessary libraries are available in cases when the dpkg argument
is being used on a system that does not initially have the python-apt
package installed
The following cases work for me now:
- Create new ASG with tags
- Update tags on ASG (create/change/delete)
In short, the module should now work as expected
wrt tagging. The previous code did not work at all
with latest boto for me (serialization errors) and
the logic was buggy anyway; e.g. removed tags
would never get deleted from ec2.
This will account for settings that are provided by the hierarchy of
Dockerfiles used to construct your image, rather than only accounting
for settings provided to the module directly.
This allows setting the pid namespace for a container. Currently only
the 'host' pid namespace is supported.
This requires Docker 1.4.1 and docker-py 1.0.0
