Manipulate DNS records on various DNS providers in a standardized/agnostic way.
Lexicon provides a way to manipulate DNS records on multiple DNS providers in a standardized way. Lexicon has a CLI but it can also be used as a python library.
Lexicon was designed to be used in automation, specifically letsencrypt.
Only DNS providers who have an API can be supported by lexicon
.
The current supported providers are:
- AWS Route53 (docs)
- Cloudflare (docs)
- CloudXNS (docs)
- DigitalOcean (docs)
- DNSimple (docs)
- DnsMadeEasy (docs)
- DNSPark (docs)
- DNSPod (docs)
- EasyDNS (docs)
- Gandi (docs)
- Glesys (docs)
- GoDaddy (docs)
- LuaDNS (docs)
- Memset (docs)
- Namesilo (docs)
- NS1 (docs)
- OVH (docs)
- PointHQ (docs)
- PowerDNS (docs)
- Rage4 (docs)
- SoftLayer (docs)
- Transip (docs)
- Yandex (docs)
- Vultr (docs)
Potential providers are as follows. If you would like to contribute one, please open a pull request.
- AuroraDNS (docs)
- AHNames (docs)
BuddyDNS (docs)ClouDNS (docs)Unable to test, requires paid accountDurableDNS (docs)Can't set TXT recordsDyn (docs)Unable to test, requires paid accountEntryDNS (docs)Unable to test, requires paid account- Google Cloud DNS (docs)
Host Virtual DNS (docs)Unable to test, requires paid accountironDNS (docs)Unable to test, requires paid accountLinode (docs)Unable to test, requires paid accountLiquidweb (docs)Unable to test, requires paid account- Mythic Beasts(docs)
- Namecheap (docs)
NFSN (NearlyFreeSpeech) (docs)Unable to test, requires paid accountOnApp DNS (docs)Unable to test, requires paid account- Rackspace (docs)
- RFC2136 (docs)
UltraDNS (docs)Unable to test, requires paid accountWorldWideDns (docs)Unable to test, requires paid accountZerigo (docs)Unable to test, requires paid accountZonomi (docs)Unable to test, requires paid account
To use lexicon as a CLI application, do the following:
pip install dns-lexicon
Some providers (like Route53 and TransIP) require additional dependencies. You can install provider specific dependencies separately:
pip install dns-lexicon[route53]
You can also install the latest version from the repository directly.
pip install git+https://github.com/AnalogJ/lexicon.git
and with Route 53 provider dependencies:
pip install git+https://github.com/AnalogJ/lexicon.git#egg=dns-lexicon[route53]
$ lexicon -h
usage: lexicon [-h] [--version] [--delegated DELEGATED]
{cloudflare,cloudxns,digitalocean,dnsimple,dnsmadeeasy,dnspark,dnspod,easydns,luadns,namesilo,nsone,pointhq,rage4,route53,vultr,yandex,zonomi}
...
Create, Update, Delete, List DNS entries
positional arguments:
{cloudflare,cloudxns,digitalocean,dnsimple,dnsmadeeasy,dnspark,dnspod,easydns,luadns,namesilo,nsone,pointhq,rage4,route53,vultr,yandex,zonomi}
specify the DNS provider to use
cloudflare cloudflare provider
cloudxns cloudxns provider
digitalocean digitalocean provider
...
rage4 rage4 provider
route53 route53 provider
vultr vultr provider
yandex yandex provider
zonomi zonomi provider
optional arguments:
-h, --help show this help message and exit
--version show the current version of lexicon
--delegated DELEGATED
specify the delegated domain
$ lexicon cloudflare -h
usage: lexicon cloudflare [-h] [--name NAME] [--content CONTENT] [--ttl TTL]
[--priority PRIORITY] [--identifier IDENTIFIER]
[--auth-username AUTH_USERNAME]
[--auth-token AUTH_TOKEN]
{create,list,update,delete} domain
{A,AAAA,CNAME,MX,NS,SPF,SOA,TXT,SRV,LOC}
positional arguments:
{create,list,update,delete}
specify the action to take
domain specify the domain, supports subdomains as well
{A,AAAA,CNAME,MX,NS,SPF,SOA,TXT,SRV,LOC}
specify the entry type
optional arguments:
-h, --help show this help message and exit
--name NAME specify the record name
--content CONTENT specify the record content
--ttl TTL specify the record time-to-live
--priority PRIORITY specify the record priority
--identifier IDENTIFIER
specify the record for update or delete actions
--auth-username AUTH_USERNAME
specify email address used to authenticate
--auth-token AUTH_TOKEN
specify token used authenticate
Using the lexicon CLI is pretty simple:
# setup provider environmental variables:
LEXICON_CLOUDFLARE_USERNAME="[email protected]"
LEXICON_CLOUDFLARE_TOKEN="cloudflare-api-token"
# list all TXT records on cloudflare
lexicon cloudflare list example.com TXT
# create a new TXT record on cloudflare
lexicon cloudflare create www.example.com TXT --name="_acme-challenge.www.example.com." --content="challenge token"
# delete a TXT record on cloudflare
lexicon cloudflare delete www.example.com TXT --name="_acme-challenge.www.example.com." --content="challenge token"
lexicon cloudflare delete www.example.com TXT --identifier="cloudflare record id"
Most supported DNS services provide an API token, however each service implements authentication differently. Lexicon attempts to standardize authentication around the following CLI flags:
--auth-username
- For DNS services that require it, this is usually the account id or email address--auth-password
- For DNS services that do not provide an API token, this is usually the account password--auth-token
- This is the most common auth method, the API token provided by the DNS service
You can see all the --auth-*
flags for a specific service by reading the DNS service specific help: lexicon cloudflare -h
Instead of providing Authentication information via the CLI, you can also specify them via Environmental Variables.
Every DNS service and auth flag maps to an Environmental Variable as follows: LEXICON_{DNS Provider Name}_{Auth Type}
So instead of specifying --auth-username
and --auth-token
flags when calling lexicon cloudflare ...
,
you could instead set the LEXICON_CLOUDFLARE_USERNAME
and LEXICON_CLOUDFLARE_TOKEN
environmental variables.
Lexicon has an example dehydrated hook file that you can use for any supported provider. All you need to do is set the PROVIDER env variable.
PROVIDER=cloudflare dehydrated --cron --hook dehydrated.default.sh --challenge dns-01
There is an included example Dockerfile that can be used to automatically generate certificates for your website.
- Create and Register a lexicon pip package.
- Write documentation on supported environmental variables.
- Wire up automated release packaging on PRs.
- Check for additional dns hosts with apis (from fog, dnsperf, libcloud)
- Get a list of Letsencrypt clients, and create hook files for them (letsencrypt clients)
If the DNS provider you use is not already available, please consider contributing by opening a pull request.
MIT
tox