py-acme py-certbot*: updated to 2.6.0

Certbot 2.6.0

Added

--dns-google-project optionally allows for specifying the project that the DNS zone(s) reside in,
which allows for Certbot usage in scenarios where the auth credentials reside in a different
project to the zone(s) that are being managed.
There is now a new Other annotated challenge object to allow plugins to support entirely novel challenges.

Changed

Optionally sign the SOA query for dns-rfc2136, to help resolve problems with split-view
DNS setups and hidden primary setups.
Certbot versions prior to v1.32.0 did not sign queries with the specified TSIG key
resulting in difficulty with split-horizon implementations.
Certbot v1.32.0 through v2.5.0 signed queries by default, potentially causing
incompatibility with hidden primary setups with allow-update-forwarding enabled
if the secondary did not also have the TSIG key within its config.
Certbot v2.6.0 and later no longer signs queries by default, but allows
the user to optionally sign these queries by explicit configuration using the
dns_rfc2136_sign_query option in the credentials .ini file.
Lineage name validity is performed for new lineages. --cert-name may no longer contain
filepath separators (i.e. / or \, depending on the platform).
certbot-dns-google now loads credentials using the standard Application Default
Credentials strategy,
rather than explicitly requiring the Google Compute metadata server to be present if a service account
is not provided using --dns-google-credentials.
--dns-google-credentials now supports additional types of file-based credential, such as
External Account Credentials created by Workload Identity
Federation. All file-based credentials implemented by the Google Auth library are supported.

Fixed

certbot-dns-google no longer requires deprecated oauth2client library.
Certbot will no longer try to invoke plugins which do not subclass from the proper
certbot.interfaces.{Installer,Authenticator} interface (e.g. certbot -i standalone
will now be ignored). See GH-9664.


(adam)