* Add new module aos_logical_device
* Add hard stop to documentation
* Removed required false from documentation
* Add comment before sleep
* Replace IP Pool by Logical Device in the doc
* Add module aos_login
* Cleanup documentation and add hard stop
* Add default value in doc for port and remove required: false
* Fix typo in doc for check mode
* Add module aos_asn_pool
* Add hard stop to documentation
* Remove required: false from doc
* Add pool name in error message when in_use
Change Asn for ASN
* Change the documentation for content
* Initial version of aos_device
* Clean up documentation
* Move try/except closer to device.approve
* Remove non valid characters
* Change option approve to type bool and fix some typo
* Re-enable module comparisons, specifically for new module detection and for finding new options/arguments
* Only do new module checks in shippable, local will display warning
* Move availability_zone docs to each OpenStack module
This argument is in the central list for hysterical raisins (mostly me
being a doofus) but is used in almost none of them. Document it
explicitly in each module to stop the confusion.
* Fix two docs formatting bugs
This patch adds some checks on the path that is accessed as a container,
making sure it looks like one. It implements the connection method and
add adaptations to the modern way of writing connections for Ansible.
It also rewords docs and vars to use the nspawn terminology instead of
chroot.
This commit adds a connection driver built on top of systemd-nspawn.
This is similar to the existing `chroot` driver, except that nspawn
offers a variety of additional services. For example, it takes care of
automatically mounting `/proc` and `/sys` inside the chroot environment,
which will make a variety of tools work correctly that would otherwise
fail.
You can take advantage of other system-nspawn features to perform more
complicated tasks. For example, on my x86_64 system I have a Raspberry
Pi disk image mounted on `/rpi`. I can't use `chroot` with this because
the binaries contained in the image are for the wrong architecture.
However, I can use the systemd-nspawn `--bind` option to automatically
insert the appropriate qemu-arm binary into the container using an
inventory file like this:
pi ansible_host=/rpi ansible_nspawn_extra_args='--bind /usr/bin/qemu-arm --bind /lib64'
See http://www.freedesktop.org/software/systemd/man/systemd-nspawn.html
for more information about systemd-nspawn itself.
* Add a vault 'encrypt_string' command.
The command will encrypt the string on the command
line and print out the yaml block that can be included
in a playbook.
To be prompted for a string to encrypt:
ansible-vault encrypt_string --prompt
To specify a string on the command line:
ansible-vault encrypt_string "some string to encrypt"
To read a string from stdin to encrypt:
echo "the plaintext to encrypt" | ansible-vault encrypt_string
If a --name or --stdin-name is provided, the output will include that name in yaml key value format:
$ ansible-vault encrypt_string "42" --name "the_answer"
the_answer: !vault-encrypted |
$ANSIBLE_VAULT;1.1;AES256
<vault cipher text here>
plaintext provided via prompt, cli, and/or stdin can be mixed:
$ ansible-vault encrypt_string "42" --name "the_answer" --prompt
Vault password:
Variable name (enter for no name): some_variable
String to encrypt: microfiber
# The encrypted version of variable ("some_variable", the string #1 from the interactive prompt).
some_variable: !vault-encrypted |
$ANSIBLE_VAULT;1.1;AES256
< vault cipher text here>
# The encrypted version of variable ("the_answer", the string #2 from the command line args).
the_answer: !vault-encrypted |
$ANSIBLE_VAULT;1.1;AES256
< vault cipher text here>
Encryption successful
* add stdin and prompting to vault 'encrypt_string'
* add a --name to encrypt_string to optional specify a var name
* prompt for a var name to use with --prompt
* add a --stdin-name for the var name for value read from stdin
