Rewrite function `get_fqdn`. It returns fqdn for all kinds of urls now.
`add_git_host_key` determines whether a url is ssh and whether its host
key should be added.
FieldAttributes will now by default not be post_validated unless a flag
is set on them in the class, as a large number of fields are really there
simply to be inherited by Task/PlayContext and shouldn't be templated too
early.
The other (unrelated to the base issue) in #12084 is also fixed here, where
the roles field is loaded before vars/vars_files, meaning there are no vars
yet loaded in the play when the templating occurs.
Fixes#12084
You cannot call bytes(obj) to get a simple representation of obj on
Python 3! E.g. bytes(42) returns a byte string with 42 NUL characters
instead of b'42'.
Python has had automatic int-to-long promotion for a long long time now.
Even Python 2.4 does that automatically.
Python 3 drops support for the L suffix altogether.
This is based on some code from (closed) PR #7872, but reworked based on
suggestions by @abadger and the other core team members.
Closes#7872 by @darkk (hash_merge/hash_replace filters)
Closes#11153 by @telbizov (merged_dicts lookup plugin)
Now we issue a "Reading … from stdin" prompt if our input isatty(), as
gpg does. We also suppress the "x successful" confirmation message at
the end if we're part of a pipeline.
(The latter requires that we not close sys.stdout in VaultEditor, and
for symmetry we do the same for sys.stdin, though it doesn't matter in
that case.)
This allows the following invocations:
# Interactive use, like gpg
ansible-vault encrypt --output x
# Non-interactive, for scripting
echo plaintext|ansible-vault encrypt --output x
# Separate input and output files
ansible-vault encrypt input.yml --output output.yml
# Existing usage (in-place encryption) unchanged
ansible-vault encrypt inout.yml
…and the analogous cases for ansible-vault decrypt as well.
In all cases, the input and output files can be '-' to read from stdin
or write to stdout. This permits sensitive data to be encrypted and
decrypted without ever hitting disk.
Now that VaultLib always decides to use AES256 to encrypt, we don't need
this broken code any more. We need to be able to decrypt this format for
a while longer, but encryption support can be safely dropped.
