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@ -1,264 +1,52 @@
# Let's Encrypt + DNS = [acme-dns-01-test](https://git.rootprojects.org/root/acme-dns-01-test.js.git) # [acme-challenge-test](https://git.rootprojects.org/root/acme-challenge-test.js.git) | a [Root](https://rootprojects.org) project
| Built by [Root](https://rootprojects.org) for [Hub](https://rootprojects.org/hub/) The test harness you should use when writing an ACME challenge strategy
for [ACME.js](https://git.coolaj86.com/coolaj86/acme-v2.js) and also [Greenlock](https://git.coolaj86.com/coolaj86/greenlock-express.js) v2.7+ (and v3).
An ACME dns-01 test harness for Let's Encrypt integrations. All implementations MUST pass these tests, which is a very easy thing to do (just `set()`, `get()`, and `remove()`).
| [ACME HTTP-01](https://git.rootprojects.org/root/acme-http-01-test.js) The tests account for single-domain certificates (`example.com`) as well as multiple domain certs (SAN / AltName),
| [ACME DNS-01](https://git.rootprojects.org/root/acme-dns-01-test.js) wildcards (`*.example.com`), and valid private / localhost certificates. No worries on your end, just pass the tests. 👌
| [Greenlock Express](https://git.rootprojects.org/root/greenlock-express.js)
| [Greenlock.js](https://git.rootprojects.org/root/greenlock.js)
| [ACME.js](https://git.rootprojects.org/root/acme.js)
This was specificially designed for [ACME.js](https://git.coolaj86.com/coolaj86/acme-v2.js) **Node v6 Support**: Please build community plugins using node v6 / vanillajs to ensure that all acme.js and greenlock.js users are fully supported.
and [Greenlock.js](https://git.coolaj86.com/coolaj86/greenlock-express.js),
but will be generically useful to any JavaScript DNS plugin for Let's Encrypt. ## Install
```bash ```bash
npm install --save-dev acme-dns-01-test@3.x npm install --save-dev acme-challenge-test@3.x
``` ```
<!-- ## Usage
```bash
npx acme-dns-01-test --module /path/to/module.js --foo-user --bar--token
```
-->
# How Let's Encrypt works with DNS
In order to validate **wildcard**, **localhost**, and **private domains** through Let's Encrypt,
you must use set some special TXT records in your domain's DNS.
This is called the **ACME DNS-01 Challenge**
For example:
```txt
dig TXT example.com
;; QUESTION SECTION:
;_acme-challenge.example.com. IN TXT
;; ANSWER SECTION:
_acme-challenge.example.com. 300 IN TXT "xxxxxxx"
_acme-challenge.example.com. 300 IN TXT "xxxxxxx"
```
## ACME DNS-01 Challenge Process
The ACME DNS-01 Challenge process works like this:
1. The ACME client order's an SSL Certificate from Let's Encrypt
2. Let's Encrypt asks for validation of the domains on the certificate
3. The ACME client asks to use DNS record verification
4. Let's Encrypt gives a DNS authorization token
5. The ACME client manipulates the token and sets TXT record with the result
6. Let's Encrypt checks the TXT record from DNS clients in diverse locations
7. The ACME client gets a certificate if the validate passes
# Using a Let's Encrypt DNS plugin
Each plugin will define some options, such as an api key, or username and password
that are specific to that plugin.
Other than that, they're all used the same.
## ACME.js + Let's Encrypt DNS-01
This is how an ACME challenge module is with ACME.js:
```js ```js
acme.certificates.create({ var tester = require("acme-challenge-test");
accountKey,
csr,
domains,
challenges: {
'dns-01': require('acme-dns-01-MODULE_NAME').create({
fooUser: 'A_PLUGIN_SPECIFIC_OPTION',
barToken: 'A_PLUGIN_SPECIFIC_OPTION'
})
}
});
```
## Greenlock + Let's Encrypt DNS-01 //var challenger = require('acme-http-01-cli').create({});
//var challenger = require('acme-dns-01-cli').create({});
This is how modules are used with Greenlock / Greenlock Express var challenger = require("./YOUR-CHALLENGE-STRATEGY").create({
**Global** default:
```js
greenlock.manager.defaults({
challenges: {
'dns-01': {
module: 'acme-dns-01-_MODULE_NAME',
fooUser: 'A_PLUGIN_SPECIFIC_OPTION',
barToken: 'A_PLUGIN_SPECIFIC_OPTION'
}
}
});
```
**Per-Site** config:
```js
greenlock.add({
subject: 'example.com',
altnames: ['example.com', '*.example.com', 'foo.bar.example.com'],
challenges: {
'dns-01': {
module: 'acme-dns-01-YOUR_MODULE_NAME',
fooUser: 'A_PLUGIN_SPECIFIC_OPTION',
barToken: 'A_PLUGIN_SPECIFIC_OPTION'
}
}
});
```
# The Easy Way to Build a Plugin
This repo includes **unit test suite** which makes it _very_ easy to create a plugin.
You can start with a **template file** that will fail all of the tests, and just
build until you pass all of the tests.
After that, you can **test the Greenlock CLI** to see if
you actually get a valid SSL certificate.
## Overview
There are only a few methods to implement - just basic CRUD operations.
For most serivices these are very simple to implement
(see the **reference implementations** down below).
Some enterprise-y services are more difficult as they may have special
rules about zones (Google Cloud) or intricate authentication schemes (AWS).
```
init({ request })
zones({ dnsHosts })
set({ challenge: { dnsZone, dnsPrefix, dnsHost, keyAuthorizationDigest } })
get({ challenge: { dnsZone, dnsPrefix, dnsHost, keyAuthorizationDigest } })
remove({ challenge: { dnsZone, dnsPrefix, dnsHost, keyAuthorizationDigest } })
```
## Plugin Outline
This is an even better starter template below,
but this outline shows the bare bones of a plugin.
```
'use strict';
var MyModule = module.exports;
MyModule.create = function (options) {
var m = {};
m.init = async function ({ request }) {
// (optional) initialize your module
}
m.zones = async function ({ dnsHosts }) {
// return a list of "Zones" or "Apex Domains" (i.e. example.com, NOT foo.example.com)
}
m.set = async function ({ challenge: { dnsZone, dnsPrefix, dnsHost, keyAuthorizationDigest } }) {
// set a TXT record for dnsHost with keyAuthorizationDigest as the value
}
m.get = async function ({ challenge: { dnsZone, dnsPrefix, dnsHost, keyAuthorizationDigest } }) {
// check that the EXACT a TXT record that was set, exists, and return it
}
m.remove = async function ({ challenge: { dnsZone, dnsPrefix, dnsHost, keyAuthorizationDigest } }) {
// remove the exact TXT record that was set
}
return m;
}
```
## Using the Test Suite
Test setup:
```js
var tester = require('acme-dns-01-test');
var YOUR_PLUGIN = require('./YOUR-CHALLENGE-STRATEGY');
var challenger = YOUR_PLUGIN.create({
YOUR_TOKEN_OPTION: 'SOME_API_KEY' YOUR_TOKEN_OPTION: 'SOME_API_KEY'
}); });
```
Run the tests: // The dry-run tests can pass on, literally, 'example.com'
// but the integration tests require that you have control over the domain
var domain = "example.com";
``` tester.test("http-01", domain, challenger).then(function() {
var zone = 'example.com'; console.info("PASS");
tester.testZone('dns-01', zone, challenger).then(function() {
console.info('PASS');
});
```
**Note**: Special DNS services, like **DuckDNS**, only give you a **single sub-domain**,
not a full "zone". You can test them too:
Some DNS services, such as **DuckDNS**, only give you a **single sub-domain**,
not not _multiple_ records in a zone. Testing them is slightly different:
```js
var record = 'foo.example.com';
tester.testRecord('dns-01', record, challenger).then(function() {
console.info('PASS');
}); });
``` ```
## Reference Implementations ## Reference Implementations
- Compatibility These are plugins that use the v2.7+ (v3) API, and pass this test harness,
- [x] Let's Encrypt v2.1 / ACME draft 18 which you should use as a model for any plugins that you create.
- [x] Node v6+
- [x] Chrome, Firefox, Safari, Edge, etc
- Quality
- [x] Written in VanillaJS
- [x] No compliers or build scripts
- [x] Simple, minimal code, in a single file
- [x] **Zero dependencies**
These libraries are useful as a model for any plugins that you create. - [`acme-http-01-cli`](https://git.rootprojects.org/root/acme-http-01-cli.js)
- [`acme-dns-01-cli`](https://git.rootprojects.org/root/acme-dns-01-cli.js)
- dns-01 You can find other implementations by searching npm for [acme-http-01-](https://www.npmjs.com/search?q=acme-http-01-) and [acme-dns-01-](https://www.npmjs.com/search?q=acme-dns-01-).
- [`cli`](https://git.rootprojects.org/root/acme-dns-01-cli.js)
- [`digitalocean`](https://git.rootprojects.org/root/acme-dns-01-digitalocean.js)
- [`vultr`](https://git.rootprojects.org/root/acme-dns-01-vultr.js)
- [`gandi`](https://git.rootprojects.org/root/acme-dns-01-gandi.js)
- [`duckdns`](https://git.rootprojects.org/root/acme-dns-01-duckdns.js)
- http-01
- [`cli`](https://git.rootprojects.org/root/acme-http-01-cli.js)
- [`fs`](https://git.rootprojects.org/root/acme-http-01-fs.js)
You can find other implementations by searching npm for [acme-http-01-](https://www.npmjs.com/search?q=acme-http-01-) ## Example
and [acme-dns-01-](https://www.npmjs.com/search?q=acme-dns-01-).
If you are building a plugin, please let us know.
We may like to co-author and help maintain and promote your module.
<small>Note: In some cases (such as non-HTTP, or very complex APIs) you will not be able to maintain
browser compatibility. Other than than, if you keep your code simple, it will also work in browser
implementations of ACME.js.</small>
# Example
See `example.js` (it works). See `example.js` (it works).
@ -267,28 +55,14 @@ See `example.js` (it works).
Here's what you could start with. Here's what you could start with.
```js ```js
var tester = require('acme-dns-01-test'); var tester = require('acme-challenge-test');
// The dry-run tests can pass on, literally, 'example.com' // The dry-run tests can pass on, literally, 'example.com'
// but the integration tests require that you have control over the domain // but the integration tests require that you have control over the domain
var zone = 'example.com'; var domain = 'example.com';
var deps = {};
tester tester
.testZone('dns-01', zone, { .test('http-01', domain, {
// Gives you the promisified `request` object for HTTP APIs
init: function(deps) {
request = deps.request;
return null;
},
// Should return an array of zone domain name strings
// (APIs that don't implement zones, such as DuckDNS, should return an empty array)
zones: function(opts) {
console.log('dnsHosts:', opts.dnsHosts);
throw new Error('_zone not implemented');
},
// Should set a TXT record for dnsHost with dnsAuthorization and ttl || 300 // Should set a TXT record for dnsHost with dnsAuthorization and ttl || 300
set: function(opts) { set: function(opts) {
console.log('set opts:', opts); console.log('set opts:', opts);
@ -304,7 +78,6 @@ tester
}, },
// Should get the record via the DNS server's API // Should get the record via the DNS server's API
// (Note: gets different options than set or remove)
get: function(opts) { get: function(opts) {
console.log('get opts:', opts); console.log('get opts:', opts);
throw new Error('get not implemented'); throw new Error('get not implemented');
@ -315,71 +88,62 @@ tester
}); });
``` ```
## Full Detailed Example ## dns-01 vs http-01
For `type` http-01:
// `altname` is the name of the domain
// `token` is the name of the file ( .well-known/acme-challenge/`token` )
// `keyAuthorization` is the contents of the file
For `type` dns-01:
// `dnsHost` is the domain/subdomain/host
// `dnsAuthorization` is the value of the TXT record
## Detailed Overview
Here's a quick pseudo stub-out of what a test-passing plugin object might look like: Here's a quick pseudo stub-out of what a test-passing plugin object might look like:
```js ```js
var deps = {};
tester tester
.testZone('dns-01', 'example.com', { .test('dns-01', 'example.com', {
init: function({ request }) {
// { request: { get, post, put, delete } }
deps.request = request;
return null;
},
zones: function({ dnsHosts }) {
// { dnsHosts: [
// '_acme-challenge.foo.example.com',
// '_acme-challenge.bar.example.com'
// ] }
return YourApi(
'GET',
// Most Domain Zone apis don't have a search or filter option,
// but `opts` includes list of dnsHosts is provided just in case.
'https://exampledns.com/api/dns/zones?search=' + opts.dnsHosts.join(',')
).then(function(result) {
return result.zones.map(function(zone) {
return zone.name;
});
});
},
set: function(opts) { set: function(opts) {
var ch = opts.challenge; var ch = opts.challenge;
// { type: 'dns-01' // { type: 'dns-01' // or 'http-01'
// , identifier: { type: 'dns', value: 'foo.example.com' } // , identifier: { type: 'dns', value: 'example.com' }
// , wildcard: false // , wildcard: false
// , dnsHost: '_acme-challenge.foo.example.com' // , token: 'xxxx'
// , dnsPrefix: '_acme-challenge.foo' // , keyAuthorization: 'xxxx.yyyy'
// , dnsZone: 'example.com' // , dnsHost: '_acme-challenge.example.com'
// , dnsAuthorization: 'zzzz' } // , dnsAuthorization: 'zzzz' }
return YourApi( return YourApi('POST', 'https://example.com/api/dns/txt', {
'POST', host: ch.dnsHost,
'https://exampledns.com/api/dns/txt/' + ch.dnsZone + '/' + ch.dnsPrefix, record: ch.dnsAuthorization
{ value: ch.dnsAuthorization } });
);
}, },
get: function(query) { get: function(query) {
var ch = query.challenge; var ch = query.challenge;
// { type: 'dns-01' // { type: 'dns-01' // or 'http-01', 'tls-alpn-01', etc
// , identifier: { type: 'dns', value: 'foo.example.com' } // , identifier: { type: 'dns', value: 'example.com' }
// // http-01 only
// , token: 'xxxx'
// , url: '...' // for testing and debugging
// // dns-01 only, for testing / dubgging
// , altname: '...' // , altname: '...'
// , dnsHost: '...' // , dnsHost: '...'
// , wildcard: false } // , wildcard: false }
// Note: query.identifier.value is different for http-01 than for dns-01 // Note: query.identifier.value is different for http-01 than for dns-01
// because of how a DNS query is different from an HTTP request
return YourApi( return YourApi('GET', 'https://example.com/api/dns/txt', {
'GET', host: ch.dnsHost
'https://exampledns.com/api/dns/txt/' + ch.dnsZone + '/' + ch.dnsPrefix }).then(function(secret) {
).then(function(secret) { // http-01
//return { keyAuthorization: secret };
// dns-01
return { dnsAuthorization: secret }; return { dnsAuthorization: secret };
}); });
}, },
@ -388,10 +152,7 @@ tester
var ch = opts.challenge; var ch = opts.challenge;
// same options as in `set()` (which are not the same as `get()` // same options as in `set()` (which are not the same as `get()`
return YourApi( return YourApi('DELETE', 'https://example.com/api/dns/txt/' + ch.dnsHost);
'DELETE',
'https://exampledns.com/api/dns/txt/' + ch.dnsZone + '/' + ch.dnsPrefix
);
} }
}) })
.then(function() { .then(function() {
@ -403,6 +164,9 @@ Where `YourApi` might look something like this:
```js ```js
var YourApi = function createApi(config) { var YourApi = function createApi(config) {
var request = require('@root/request');
request = require('util').promisify(request);
return function (method, url, body) { return function (method, url, body) {
return request({ return request({
method: method, method: method,
@ -414,15 +178,10 @@ var YourApi = function createApi(config) {
}).then(function(resp) { }).then(function(resp) {
return resp.body; return resp.body;
}); });
}; }
}; }
``` ```
Note: `request` is actually `@root/request`, but the API is the same as the standard `request`.
Avoid using 3rd party API libraries where you can - they tend to bloat your dependencies and
add security risk. Instead, just use the API documentation and cURL examples.
### Two notes: ### Two notes:
Note 1: Note 1:
@ -432,14 +191,6 @@ location on an http serever, set DNS records, or add the appropriate data to the
Note 2: Note 2:
- When `altname` is `foo.example.com` the `dnsHost` will be `_acme-challenge.foo.example.com` * When `altname` is `foo.example.com` the `dnsHost` will be `_acme-challenge.foo.example.com`
- When `altname` is `*.foo.example.com` the `dnsHost` will _still_ be `_acme-challenge.foo.example.com`!! * When `altname` is `*.foo.example.com` the `dnsHost` will _still_ be `_acme-challenge.foo.example.com`!!
- When `altname` is `bar.foo.example.com` the `dnsHost` will be `_acme-challenge.bar.foo.example.com` * When `altname` is `bar.foo.example.com` the `dnsHost` will be `_acme-challenge.bar.foo.example.com`
# We Build Let's Encrypt Plugins for You
Want to get the experts involved? [Contact Root](acme-plugins@therootcompany.com)
We can take it on ourselves, work within your team, or guide an outsourced team.
Turnaround is typically a few days for simple modules with publicly available APIs.

27
example.js
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@ -1,26 +1,27 @@
'use strict'; "use strict";
//var tester = require('acme-dns-01-test'); //var tester = require('acme-challenge-test');
var tester = require('./'); var tester = require("./");
var type = 'dns-01'; var type = "http-01";
var challenger = require('acme-dns-01-cli').create({}); var challenger = require("acme-http-01-cli").create({});
//var type = 'dns-01';
//var challenger = require('acme-dns-01-cli').create({});
//var challenger = require('./YOUR-CHALLENGE-STRATEGY').create({});
//var type = 'YOUR-TYPE-01';
// The dry-run tests can pass on, literally, 'example.com' // The dry-run tests can pass on, literally, 'example.com'
// but the integration tests require that you have control over the domain // but the integration tests require that you have control over the domain
var zone = 'example.com'; var domain = "example.com";
//var domain = '*.example.com';
tester tester
// Will test these domain records .test(type, domain, challenger)
// - example.com
// - foo.example.com
// - *.foo.example.com
.testZone(type, zone, challenger)
.then(function() { .then(function() {
console.info('ALL PASSED'); console.info("PASS");
}) })
.catch(function(err) { .catch(function(err) {
console.error('FAIL'); console.error("FAIL");
console.error(err); console.error(err);
process.exit(20); process.exit(20);
}); });

229
index.js
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@ -1,3 +1,230 @@
'use strict'; 'use strict';
/*global Promise*/
var crypto = require('crypto');
module.exports = require('acme-challenge-test'); module.exports.create = function() {
throw new Error(
'acme-challenge-test is a test fixture for acme-challenge-* plugins, not a plugin itself'
);
};
// ignore all of this, it's just to normalize Promise vs node-style callback thunk vs synchronous
function promiseCheckAndCatch(obj, name) {
var promisify = require('util').promisify;
// don't loose this-ness, just in case that's important
var fn = obj[name].bind(obj);
var promiser;
// function signature must match, or an error will be thrown
if (1 === fn.length) {
// wrap so that synchronous errors are caught (alsa handles synchronous results)
promiser = function(opts) {
return Promise.resolve().then(function() {
return fn(opts);
});
};
} else if (2 === fn.length) {
// wrap as a promise
promiser = promisify(fn);
} else {
return Promise.reject(
new Error(
"'challenge." +
name +
"' should accept either one argument, the options," +
' and return a Promise or accept two arguments, the options and a node-style callback thunk'
)
);
}
function shouldntBeNull(result) {
if ('undefined' === typeof result) {
throw new Error(
"'challenge.'" +
name +
"' should never return `undefined`. Please explicitly return null" +
" (or fix the place where a value should have been returned but wasn't)."
);
}
return result;
}
return function(opts) {
return promiser(opts).then(shouldntBeNull);
};
}
// Here's the meat, where the tests are happening:
function run(challenger, opts) {
var ch = opts.challenge;
if ('http-01' === ch.type && ch.wildname) {
throw new Error('http-01 cannot be used for wildcard domains');
}
var set = promiseCheckAndCatch(challenger, 'set');
if ('function' !== typeof challenger.get) {
throw new Error(
"'challenge.get' should be implemented for the sake of testing." +
' It should be implemented as the internal method for fetching the challenge' +
' (i.e. reading from a database, file system or API, not return internal),' +
' not the external check (the http call, dns query, etc), which will already be done as part of this test.'
);
}
var get = promiseCheckAndCatch(challenger, 'get');
var remove = promiseCheckAndCatch(challenger, 'remove');
// The first time we just check it against itself
// this will cause the prompt to appear
return set(opts)
.then(function() {
// this will cause the final completion message to appear
// _test is used by the manual cli reference implementations
var query = { type: ch.type, /*debug*/ status: ch.status, _test: true };
if ('http-01' === ch.type) {
query.identifier = ch.identifier;
query.token = ch.token;
// For testing only
query.url = ch.challengeUrl;
} else if ('dns-01' === ch.type) {
query.identifier = { type: 'dns', value: ch.dnsHost };
// For testing only
query.altname = ch.altname;
// there should only be two possible TXT records per challenge domain:
// one for the bare domain, and the other if and only if there's a wildcard
query.wildcard = ch.wildcard;
query.dnsAuthorization = ch.dnsAuthorization;
} else {
query = JSON.parse(JSON.stringify(ch));
query.comment = 'unknown challenge type, supplying everything';
}
return get({ challenge: query })
.then(function(secret) {
if ('string' === typeof secret) {
console.info(
'secret was passed as a string, which works historically, but should be an object instead:'
);
console.info('{ "keyAuthorization": "' + secret + '" }');
console.info('or');
// TODO this should be "keyAuthorizationDigest"
console.info('{ "dnsAuthorization": "' + secret + '" }');
console.info(
'This is to help keep acme / greenlock (and associated plugins) future-proof for new challenge types'
);
}
// historically 'secret' has been a string, but I'd like it to transition to be an object.
// to make it backwards compatible in v2.7 to change it,
// so I'm not sure that we really need to.
if ('http-01' === ch.type) {
secret = secret.keyAuthorization || secret;
if (ch.keyAuthorization !== secret) {
throw new Error(
"http-01 challenge.get() returned '" +
secret +
"', which does not match the keyAuthorization" +
" saved with challenge.set(), which was '" +
ch.keyAuthorization +
"'"
);
}
} else if ('dns-01' === ch.type) {
secret = secret.dnsAuthorization || secret;
if (ch.dnsAuthorization !== secret) {
throw new Error(
"dns-01 challenge.get() returned '" +
secret +
"', which does not match the dnsAuthorization" +
" (keyAuthDigest) saved with challenge.set(), which was '" +
ch.dnsAuthorization +
"'"
);
}
} else {
if ('tls-alpn-01' === ch.type) {
console.warn(
"'tls-alpn-01' support is in development" +
" (or developed and we haven't update this yet). Please contact us."
);
} else {
console.warn(
"We don't know how to test '" +
ch.type +
"'... are you sure that's a thing?"
);
}
secret = secret.keyAuthorization || secret;
if (ch.keyAuthorization !== secret) {
console.warn(
"The returned value doesn't match keyAuthorization",
ch.keyAuthorization,
secret
);
}
}
})
.then(function() {
return remove(opts).then(function() {
return get(opts).then(function(result) {
if (result) {
throw new Error(
'challenge.remove() should have made it not possible for challenge.get() to return a value'
);
}
if (null !== result) {
throw new Error(
'challenge.get() should return null when the value is not set'
);
}
});
});
});
})
.then(function() {
console.info('All soft tests: PASS');
console.warn(
'Hard tests (actually checking http URLs and dns records) is implemented in acme-v2.'
);
console.warn(
"We'll copy them over here as well, but that's a TODO for next week."
);
});
}
module.exports.test = function(type, altname, challenger) {
var expires = new Date(Date.now() + 10 * 60 * 1000).toISOString();
var token = crypto.randomBytes(8).toString('hex');
var thumb = crypto.randomBytes(16).toString('hex');
var keyAuth = token + '.' + crypto.randomBytes(16).toString('hex');
var dnsAuth = crypto
.createHash('sha256')
.update(keyAuth)
.digest('base64')
.replace(/\+/g, '-')
.replace(/\//g, '_')
.replace(/=/g, '');
var challenge = {
type: type,
identifier: { type: 'dns', value: null }, // completed below
wildcard: false, // completed below
status: 'pending',
expires: expires,
token: token,
thumbprint: thumb,
keyAuthorization: keyAuth,
url: null, // completed below
dnsHost: '_acme-challenge.', // completed below
dnsAuthorization: dnsAuth,
altname: altname,
_test: true // used by CLI referenced implementations
};
if ('*.' === altname.slice(0, 2)) {
challenge.wildcard = true;
altname = altname.slice(2);
}
challenge.identifier.value = altname;
challenge.url =
'http://' + altname + '/.well-known/acme-challenge/' + challenge.token;
challenge.dnsHost += altname;
return run(challenger, { challenge: challenge });
};

25
package-lock.json generated
View File

@ -1,25 +0,0 @@
{
"name": "acme-dns-01-test",
"version": "3.3.1",
"lockfileVersion": 1,
"requires": true,
"dependencies": {
"@root/request": {
"version": "1.3.11",
"resolved": "https://registry.npmjs.org/@root/request/-/request-1.3.11.tgz",
"integrity": "sha512-3a4Eeghcjsfe6zh7EJ+ni1l8OK9Fz2wL1OjP4UCa0YdvtH39kdXB9RGWuzyNv7dZi0+Ffkc83KfH0WbPMiuJFw=="
},
"acme-challenge-test": {
"version": "3.3.1",
"resolved": "https://registry.npmjs.org/acme-challenge-test/-/acme-challenge-test-3.3.1.tgz",
"integrity": "sha512-y7iCHb70hWuFgPvtAWwQd1sz9I2Atu+6PKhN5sIIfqDhkg/sVmlxAVKXn6/SBx9TSrP50xHtiAnMkmt+umemDw==",
"requires": {
"@root/request": "^1.3.11"
}
},
"acme-dns-01-cli": {
"version": "3.1.0",
"dev": true
}
}
}

23
package.json
View File

@ -1,29 +1,22 @@
{ {
"name": "acme-dns-01-test", "name": "acme-challenge-test",
"version": "3.3.2", "version": "3.0.4",
"description": "ACME dns-01 tests for Let's Encrypt integration. Any `acme-dns-01-` plugin should be able to pass these tests.", "description": "The base set of tests for all ACME challenge strategies. Any `acme-http-01-`, `acme-dns-01-`, `acme-challenge-`, or greenlock plugin should be able to pass these tests.",
"main": "index.js", "main": "index.js",
"homepage": "https://git.rootprojects.org/root/acme-dns-01-test.js", "homepage": "https://git.rootprojects.org/root/acme-challenge-test.js",
"files": [ "dependencies": {},
"example.js", "devDependencies": {},
"lib"
],
"dependencies": {
"acme-challenge-test": "^3.3.1"
},
"devDependencies": {
"acme-dns-01-cli": "^3.1.0"
},
"scripts": { "scripts": {
"test": "node example.js" "test": "node example.js"
}, },
"repository": { "repository": {
"type": "git", "type": "git",
"url": "https://git.rootprojects.org/root/acme-dns-01-test.js.git" "url": "https://git.rootprojects.org/root/acme-challenge-test.js.git"
}, },
"keywords": [ "keywords": [
"Let's Encrypt", "Let's Encrypt",
"ACME", "ACME",
"http-01",
"dns-01", "dns-01",
"challenge", "challenge",
"plugin", "plugin",