To override a generic class that is subclassed based on platform, the
subclass must define platform and distribution.
The load_platform_subclass() calls the get_platform() and
get_distribution() methods to detect the platform and the distribution.
On Alpine Linux, get_distribution() method returns None and it is not
possible to have different implementations based on detected platform.
groups['x']|map('extract', hostvars, 'somevar') would break if any host
didn't have 'somevar' set. With this change, it will return Undefined
instead. This change permits |map('extract', …)|map('default', 42) to
set a default value in such cases.
The 'when' clause supports a list of conditions, applying a logical 'and' to the conditions (i.e. requiring all of them to be true).
This can be useful for legibility sometimes, allowing distinct conditions to be listed on separate lines.
This adds a cli transport, netcfg, and netcli implementations for working
with devices running Nokia SROS. There is also an update to netcfg
to support the sros config file format.
- Fix octal formatting of file mode in module response on py3.
- Convert file path to unicode in copy action.
- Enable file and copy module tests for py3 now that they pass.
Make some python3 fixes to make the unittests pass:
* galaxy imports
* dictionary iteration in role requirements
* swap_stdout helper for unittests
* Normalize to text string in a facts.py function
Fixes for these are either rewriting to get rid of the need for the
functions or using six.moves to get equivalent functions for both
python2 and python3
This completes the refactor of the iosxr 2.2 shared module. It also
includes the iosxr_config action plugin to be implemented by the
iosxr_config module for 2.2
ran task_executor through python-modernize and then made changes to the
code pointed out by it:
* Most places where we looped through dict.keys() changed to
for key in dict:
Using keys() in python2 creates a list() of keys. For iterating, we
can iterate over the dict itself and we'll be handed back each key.
In python3, doing it this way does not create a new list and thus is
more memory efficient.
* In one place, use:
for key in list(dict.keys()):
because we're deleting elements from the dictionary inside of the
loop. So we really do need to iterate over a separate list of the
keys to avoid modifying the dictionary that we're iterating over.
(Fixes Python3 bug)
* In one place, change the order of an if-elif-else tree so that the
most frequent cases are evaluated first. (Optimization)
Make !vault-encrypted create a AnsibleVaultUnicode
yaml object that can be used as a regular string object.
This allows a playbook to include a encrypted vault
blob for the value of a yaml variable. A 'secret_password'
variable can have it's value encrypted instead of having
to vault encrypt an entire vars file.
Add __ENCRYPTED__ to the vault yaml types so
template.Template can treat it similar
to __UNSAFE__ flags.
vault.VaultLib api changes:
- Split VaultLib.encrypt to encrypt and encrypt_bytestring
- VaultLib.encrypt() previously accepted the plaintext data
as either a byte string or a unicode string.
Doing the right thing based on the input type would fail
on py3 if given a arg of type 'bytes'. To simplify the
API, vaultlib.encrypt() now assumes input plaintext is a
py2 unicode or py3 str. It will encode to utf-8 then call
the new encrypt_bytestring(). The new methods are less
ambiguous.
- moved VaultLib.is_encrypted logic to vault module scope
and split to is_encrypted() and is_encrypted_file().
Add a test/unit/mock/yaml_helper.py
It has some helpers for testing parsing/yaml
Integration tests added as roles test_vault and test_vault_embedded
