Implement an Authenticator which can fulfill a dns-01 challenge using the
DigitalOcean API. Applicable only for domains using DigitalOcean for DNS.
Testing Done:
* `tox -e py27`
* `tox -e lint`
* Manual testing:
* Used `certbot certonly --dns-digitalocean -d`, specifying a
credentials file as a command line argument. Verified that a
certificate was successfully obtained without user interaction.
* Used `certbot certonly --dns-digitalocean -d`, without specifying a
credentials file as a command line argument. Verified that the user
was prompted and that a certificate was successfully obtained.
* Used `certbot certonly -d`. Verified that the user was prompted for
a credentials file after selecting digitalocean interactively and
that a certificate was successfully obtained.
* Used `certbot renew --force-renewal`. Verified that certificates
were renewed without user interaction.
* Negative testing:
* Path to non-existent credentials file.
* Credentials file with unsafe permissions (644).
* Credentials file missing token.
* Credentials file with blank token.
* Credentials file with incorrect token.
* Domain name not registered to DigitalOcean account.
* Revert "Pin python-augeas version to avoid error with 1.0.0 (#4422)"
This reverts commit 1c51ae2588.
* make dependency-requirements
* separate certbot and dependency requirements
* fix build.py
* update hashin comment
* simplify release pinning
* separate letsencrypt dependency
* pin hashes in venv
* error out when bad things happen
* use pinned dependencies in tox
* Revert "pin hashes in venv"
This reverts commit 1cd38a9e50.
* use pip_install.sh in venv_common
* quote pip install args
* bump mock version
Implement an Authenticator which can fulfill a dns-01 challenge using the
Cloudflare API. Applicable only for domains using Cloudflare for DNS.
Testing Done:
* `tox -e py27`
* `tox -e lint`
* Manual testing:
* Used `certbot certonly --dns-cloudflare -d`, specifying a
credentials file as a command line argument. Verified that a
certificate was successfully obtained without user interaction.
* Used `certbot certonly --dns-cloudflare -d`, without specifying a
credentials file as a command line argument. Verified that the user
was prompted and that a certificate was successfully obtained.
* Used `certbot certonly -d`. Verified that the user was prompted for
a credentials file after selecting cloudflare interactively and
that a certificate was successfully obtained.
* Used `certbot renew --force-renewal`. Verified that certificates
were renewed without user interaction.
* Negative testing:
* Path to non-existent credentials file.
* Credentials file with unsafe permissions (644).
* Credentials file missing e-mail address.
* Credentials file with blank API key.
* Credentials file with incorrect e-mail address.
* Credentials file with malformed API key.
* Credentials file with invalid API key.
* Domain name not registered to Cloudflare account.
doesn't work if you don't have `pip` installed (like me) and I think using
`pip` from the venv should be preferred to ensure you are using the latest
`pip` (which was updated in the venv earlier in the script).
letsencrypt-auto-requirements.txt that will change with every release. This
change strips the hashes of the previous packages before adding the new ones.
It will always be a copy of the latest release version, 0.4 in this case. (Modify the release script to make that so.) This way, people using the old method of running le-auto from a git checkout will not end up using a bleeding-edge version, letting us work on the tip-of-tree version more freely.
ConfigArgParse has a conditional dependency for Pythons < 2.7. On my local machine, I had a cached ConfigArgParse wheel built under 2.7, so it didn't carry those dependencies, and the pip freeze I used to determine the le-auto requirements thus missed it. From now on, we'll do those passes with --no-cache-dir.
