pep8ify
Delint
cover++
test more_info()
Refactor get_config_var
Don't duplicate changes to Postfix config
document instance variables
Always clear save_notes on save
Test deploy_cert and save and add MockPostfix.
Move mock and call to InstallerTest
Add getters and setters
Use postfix getters and setters
protect get_config_var
bump cover to 100%
bump required coverage to 100
s/config_dir/config_utility
Decrease minimum version to Postfix 2.6.
This is the minimum version that allows us to set ciphers to be used with
opportunistic TLS and is the oldest version packaged in any major distro.
Use tls_security_level instead of use_tls.
smtpd_tls_security_level should be used instead according to Postfix documentation.
Test smtpd_tls_security_level conditional
make dunder method an under method
refactor postconf usage
add check_all_output
test check_all_output
Add and test verify_exe_exists
Add PostfixUtilBase
Add ReadOnlyMainMap
Use _get_output instead of _call
Fix split strip typo
* Use pipstrap to install a good version of pip
* Use pytest in cb-auto tests
* Remove nose usage in auto_test.py
* remove nose dev dep
* use pytest in test_tests
* Use pytest in tox
* Update dev dependency pinnings
* remove nose multiprocess lines
* Use pytest for coverage
* Use older py and pytest for old python versions
* Add test for Error.__str__
* pin pytest in oldest test
* Fix tests for DNS-DO plugin on py26
* Work around bug for Python 3.3
* Clarify dockerfile comments
Introduce a plugin that automates the process of completing a dns-01 challenge by creating, and subsequently removing, TXT records using RFC 2136 Dynamic Updates (a.k.a. nsupdate).
This plugin has been tested with BIND, but may work with other RFC 2136-compatible DNS servers, such as PowerDNS.
Implement an Authenticator which can fulfill a dns-01 challenge using
the LuaDNS API. Applicable only for domains using LuaDNS for DNS.
Testing Done:
* `tox -e py27`
* `tox -e lint`
* Manual testing:
* Used `certbot certonly --dns-luadns -d`, specifying a
credentials file as a command line argument. Verified that a
certificate was successfully obtained without user interaction.
* Negative testing:
* Path to non-existent credentials file.
* Credentials file with unsafe permissions (644).
* Path to credentials file without an email.
* Path to credentials file with an invalid email.
* Path to credentials file without a token.
* Path to credentials file with an invalid token.
* Domain name not registered to LuaDNS account.
Implement an Authenticator which can fulfill a dns-01 challenge using
the DNS Made Easy API. Applicable only for domains using DNS Made Easy.
Testing Done:
* `tox -e py27`
* `tox -e lint`
* Manual testing:
(`http://api.sandbox.dnsmadeeasy.com/V2.0` used as the
`api_endpoint` for all manual testing)
* Used `certbot certonly --dns-dnsmadeeasy -d`, specifying a
credentials file as a command line argument. Verified that a
certificate was successfully obtained without user interaction.
* Negative testing:
* Path to non-existent credentials file.
* Credentials file with unsafe permissions (644).
* Path to credentials file with an invalid API key.
* Path to credentials file with a malformed API key.
* Path to credentials file with an invalid Secret key.
* Path to credentials file with a malformed Secret key.
* Domain name not registered to DNS Made Easy account.
This change renames certbot-route53 to certbot-dns-route53 and updates
the package's setup.py file to maintain backwards compatibility.
Testing Done:
* Run `certbot` with `-a certbot-route53:auth`, verify the plugin runs.
* Run `certbot` with `--dns-route53`, verify the plugin runs.
Implement an Authenticator which can fulfill a dns-01 challenge using
the NS1 DNS API. Applicable only for domains using NS1 DNS.
Testing Done:
* `tox -e py27`
* `tox -e lint`
* Manual testing:
* Used `certbot certonly --dns-nsone -d`, specifying a
credentials file as a command line argument. Verified that a
certificate was successfully obtained without user interaction.
* Used `certbot certonly --dns-nsone -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 dnsimple 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).
* Path to credentials file with an invalid token.
* Path to credentials file without a token.
* Domain name not registered to NS1 account.
Implement an Authenticator which can fulfill a dns-01 challenge using
the DNSimple DNS API. Applicable only for domains using DNSimple DNS.
Testing Done:
* `tox -e py27`
* `tox -e lint`
* Manual testing:
* Used `certbot certonly --dns-dnsimple -d`, specifying a
credentials file as a command line argument. Verified that a
certificate was successfully obtained without user interaction.
* Used `certbot certonly --dns-dnsimple -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 dnsimple 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).
* Path to credentials file with an invalid token.
* Path to credentials file without a token.
* Domain name not registered to DNSimple account.
Implement an Authenticator which can fulfill a dns-01 challenge using
the CloudXNS DNS API. Applicable only for domains using CloudXNS DNS.
Testing Done:
* `tox -e py27`
* `tox -e lint`
* Manual testing:
* Used `certbot certonly --dns-cloudxns -d`, specifying a
credentials file as a command line argument. Verified that a
certificate was successfully obtained without user interaction.
* Used `certbot certonly --dns-cloudxns -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 cloudxns 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).
* Domain name not registered to CloudXNS account.
Implement an Authenticator which can fulfill a dns-01 challenge using
the Google Cloud DNS API. Applicable only for domains using Google Cloud
DNS for DNS.
Testing Done:
* `tox -e py27`
* `tox -e lint`
* Manual testing:
* Used `certbot certonly --dns-google -d`, specifying a credentials
file as a command line argument. Verified that a certificate was
successfully obtained without user interaction.
* Used `certbot certonly --dns-google -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 google 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).
* Domain name not registered to Google Cloud Platform account.
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.
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.
* Parallalelise nosetests from tox
* Parallelise even more things, break even more things
* Now unbreak all the tests that aren't ready for ||ism
* Try to pass tests!
- Remove non-working hack in reporter_test
- also be selective about ||ism in the cover environment
* Try again
* certbot-apache tests also work, given enough time
* Nginx may need more time in Travis's cloud
* Unbreak reporter_test under ||ism
* More timeout
* Working again?
* This goes way faster
* Another big win
* Split a couple more large test suites
* A last improvement
* More ||ism!
* ||ise lint too
* Allow nosetests to figure out how many cores to use
* simplify merge
* Mark the new CLI tests as ||izable
* Simplify reporter_test changes
* Rationalise ||ism flags
* Re-up coverage
* Clean up reporter tests
* Stop modifying testdata during tests
* remove unused os
You can now call "./tox.cover.sh acme", "./tox.cover acme letsencrypt"
etc. to scope down coverage testing to particular
subpackages. "./tox.cover.sh" checks coverage for all packages.
