forked from root/acme.js
support init(deps)
This commit is contained in:
parent
20f006b1a0
commit
a060ecd130
416
node.js
416
node.js
@ -464,24 +464,48 @@ ACME._chooseChallenge = function(options, results) {
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return challenge;
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};
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ACME._depInit = function(me, options) {
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if ('function' !== typeof options.init) {
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options.init = function() {
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return Promise.resolve(null);
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};
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}
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// back/forwards-compat
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return ACME._wrapCb(
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me,
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options,
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'init',
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{ type: '*', request: me._request },
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'null'
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);
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};
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ACME._getZones = function(me, options, dnsHosts) {
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if ('function' !== typeof options.getZones) {
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options.getZones = function() {
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return Promise.resolve([]);
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};
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}
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var challenge = { type: 'dns-01', dnsHosts: dnsHosts, request: me._request };
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// back/forwards-compat
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challenge.challenge = challenge;
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return ACME._wrapCb(
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me,
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options,
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'getZones',
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challenge,
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'an array of zone names'
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);
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};
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ACME._wrapCb = function(me, options, _name, stuff, _desc) {
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return new Promise(function(resolve, reject) {
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var challenge = { type: 'dns-01', dnsHosts: dnsHosts };
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// back/forwards-compat
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challenge.challenge = challenge;
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try {
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if (options.getZones.length <= 1) {
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options
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.getZones(challenge)
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if (options[_name].length <= 1) {
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return Promise.resolve(options[_name](stuff))
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.then(resolve)
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.catch(reject);
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} else if (2 === options.getZones.length) {
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options.getZones(challenge, function(err, zonenames) {
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} else if (2 === options[_name].length) {
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options[_name](stuff, function(err, zonenames) {
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if (err) {
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reject(err);
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} else {
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@ -490,7 +514,7 @@ ACME._getZones = function(me, options, dnsHosts) {
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});
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} else {
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throw new Error(
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'options.getZones should accept opts and Promise an array of zone names'
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'options.' + _name + ' should accept opts and Promise ' + _desc
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);
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}
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} catch (e) {
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@ -498,6 +522,7 @@ ACME._getZones = function(me, options, dnsHosts) {
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}
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});
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};
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function newZoneRegExp(zonename) {
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// (^|\.)example\.com$
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// which matches:
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@ -577,8 +602,9 @@ ACME._challengeToAuth = function(me, options, request, challenge, dryrun) {
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.replace(/\.$/, '');
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}
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// for backwards compat
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// for backwards/forwards compat
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auth.challenge = auth;
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auth.request = me._request;
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return auth;
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};
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@ -1071,196 +1097,204 @@ ACME._getCertificate = function(me, options) {
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.toString('hex') + d
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);
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});
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return ACME._getZones(me, options, dnsHosts).then(function(zonenames) {
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options.zonenames = zonenames;
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// Do a little dry-run / self-test
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return ACME._testChallenges(me, options).then(function() {
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if (me.debug) {
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console.debug('[acme-v2] certificates.create');
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}
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return ACME._getNonce(me).then(function() {
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var body = {
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// raw wildcard syntax MUST be used here
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identifiers: options.domains
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.sort(function(a, b) {
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// the first in the list will be the subject of the certificate, I believe (and hope)
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if (!options.subject) {
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return 0;
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}
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if (options.subject === a) {
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return -1;
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}
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if (options.subject === b) {
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return 1;
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}
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return 0;
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})
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.map(function(hostname) {
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return { type: 'dns', value: hostname };
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})
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//, "notBefore": "2016-01-01T00:00:00Z"
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//, "notAfter": "2016-01-08T00:00:00Z"
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};
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var payload = JSON.stringify(body);
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// determine the signing algorithm to use in protected header // TODO isn't that handled by the signer?
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me._kty =
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(options.accountKeypair.privateKeyJwk &&
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options.accountKeypair.privateKeyJwk.kty) ||
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'RSA';
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me._alg = 'EC' === me._kty ? 'ES256' : 'RS256'; // TODO vary with bitwidth of key (if not handled)
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var jws = me.RSA.signJws(
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options.accountKeypair,
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undefined,
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{
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nonce: me._nonce,
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alg: me._alg,
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url: me._directoryUrls.newOrder,
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kid: me._kid
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},
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Buffer.from(payload, 'utf8')
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);
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return ACME._depInit(me, options, dnsHosts).then(function(zonenames) {
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return ACME._getZones(me, options, dnsHosts).then(function(zonenames) {
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options.zonenames = zonenames;
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// Do a little dry-run / self-test
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return ACME._testChallenges(me, options).then(function() {
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if (me.debug) {
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console.debug('\n[DEBUG] newOrder\n');
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console.debug('[acme-v2] certificates.create');
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}
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me._nonce = null;
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return me
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._request({
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method: 'POST',
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url: me._directoryUrls.newOrder,
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headers: { 'Content-Type': 'application/jose+json' },
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json: jws
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})
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.then(function(resp) {
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me._nonce = resp.toJSON().headers['replay-nonce'];
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var location = resp.toJSON().headers.location;
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var setAuths;
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var auths = [];
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if (me.debug) {
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console.debug(location);
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} // the account id url
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if (me.debug) {
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console.debug(resp.toJSON());
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}
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me._authorizations = resp.body.authorizations;
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me._order = location;
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me._finalize = resp.body.finalize;
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//if (me.debug) console.debug('[DEBUG] finalize:', me._finalize); return;
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if (!me._authorizations) {
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return Promise.reject(
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new Error(
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"[acme-v2.js] authorizations were not fetched for '" +
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options.domains.join() +
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"':\n" +
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JSON.stringify(resp.body)
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)
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);
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}
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if (me.debug) {
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console.debug('[acme-v2] POST newOrder has authorizations');
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}
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setAuths = me._authorizations.slice(0);
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function setNext() {
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var authUrl = setAuths.shift();
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if (!authUrl) {
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return;
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}
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return ACME._getChallenges(me, options, authUrl).then(function(
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results
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) {
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// var domain = options.domains[i]; // results.identifier.value
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// If it's already valid, we're golden it regardless
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if (
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results.challenges.some(function(ch) {
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return 'valid' === ch.status;
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})
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) {
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return setNext();
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return ACME._getNonce(me).then(function() {
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var body = {
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// raw wildcard syntax MUST be used here
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identifiers: options.domains
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.sort(function(a, b) {
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// the first in the list will be the subject of the certificate, I believe (and hope)
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if (!options.subject) {
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return 0;
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}
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var challenge = ACME._chooseChallenge(options, results);
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if (!challenge) {
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// For example, wildcards require dns-01 and, if we don't have that, we have to bail
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return Promise.reject(
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new Error(
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"Server didn't offer any challenge we can handle for '" +
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options.domains.join() +
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"'."
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)
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);
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if (options.subject === a) {
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return -1;
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}
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var auth = ACME._challengeToAuth(
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me,
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options,
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results,
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challenge
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);
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auths.push(auth);
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return ACME._setChallenge(me, options, auth).then(setNext);
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});
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}
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function challengeNext() {
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var auth = auths.shift();
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if (!auth) {
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return;
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}
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return ACME._postChallenge(me, options, auth).then(challengeNext);
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}
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// First we set every challenge
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// Then we ask for each challenge to be checked
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// Doing otherwise would potentially cause us to poison our own DNS cache with misses
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return setNext()
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.then(challengeNext)
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.then(function() {
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if (me.debug) {
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console.debug('[getCertificate] next.then');
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if (options.subject === b) {
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return 1;
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}
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var validatedDomains = body.identifiers.map(function(ident) {
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return ident.value;
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});
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return ACME._finalizeOrder(me, options, validatedDomains);
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return 0;
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})
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.then(function(order) {
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if (me.debug) {
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console.debug('acme-v2: order was finalized');
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.map(function(hostname) {
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return { type: 'dns', value: hostname };
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})
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//, "notBefore": "2016-01-01T00:00:00Z"
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//, "notAfter": "2016-01-08T00:00:00Z"
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};
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var payload = JSON.stringify(body);
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// determine the signing algorithm to use in protected header // TODO isn't that handled by the signer?
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me._kty =
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(options.accountKeypair.privateKeyJwk &&
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options.accountKeypair.privateKeyJwk.kty) ||
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'RSA';
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me._alg = 'EC' === me._kty ? 'ES256' : 'RS256'; // TODO vary with bitwidth of key (if not handled)
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var jws = me.RSA.signJws(
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options.accountKeypair,
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undefined,
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{
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nonce: me._nonce,
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alg: me._alg,
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url: me._directoryUrls.newOrder,
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kid: me._kid
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},
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Buffer.from(payload, 'utf8')
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);
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if (me.debug) {
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console.debug('\n[DEBUG] newOrder\n');
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}
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me._nonce = null;
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return me
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._request({
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method: 'POST',
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url: me._directoryUrls.newOrder,
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headers: { 'Content-Type': 'application/jose+json' },
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json: jws
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})
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.then(function(resp) {
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me._nonce = resp.toJSON().headers['replay-nonce'];
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var location = resp.toJSON().headers.location;
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var setAuths;
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var auths = [];
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if (me.debug) {
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console.debug(location);
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} // the account id url
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if (me.debug) {
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console.debug(resp.toJSON());
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}
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me._authorizations = resp.body.authorizations;
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me._order = location;
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me._finalize = resp.body.finalize;
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//if (me.debug) console.debug('[DEBUG] finalize:', me._finalize); return;
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if (!me._authorizations) {
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return Promise.reject(
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new Error(
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"[acme-v2.js] authorizations were not fetched for '" +
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options.domains.join() +
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"':\n" +
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JSON.stringify(resp.body)
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)
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);
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}
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if (me.debug) {
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console.debug('[acme-v2] POST newOrder has authorizations');
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}
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setAuths = me._authorizations.slice(0);
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function setNext() {
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var authUrl = setAuths.shift();
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if (!authUrl) {
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return;
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}
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return me
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._request({ method: 'GET', url: me._certificate, json: true })
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.then(function(resp) {
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if (me.debug) {
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console.debug(
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'acme-v2: csr submitted and cert received:'
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);
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}
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// https://github.com/certbot/certbot/issues/5721
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var certsarr = ACME.splitPemChain(
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ACME.formatPemChain(resp.body || '')
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return ACME._getChallenges(me, options, authUrl).then(function(
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results
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) {
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// var domain = options.domains[i]; // results.identifier.value
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// If it's already valid, we're golden it regardless
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if (
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results.challenges.some(function(ch) {
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return 'valid' === ch.status;
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})
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) {
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return setNext();
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}
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var challenge = ACME._chooseChallenge(options, results);
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if (!challenge) {
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// For example, wildcards require dns-01 and, if we don't have that, we have to bail
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return Promise.reject(
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new Error(
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"Server didn't offer any challenge we can handle for '" +
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options.domains.join() +
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"'."
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)
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);
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// cert, chain, fullchain, privkey, /*TODO, subject, altnames, issuedAt, expiresAt */
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var certs = {
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expires: order.expires,
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identifiers: order.identifiers,
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//, authorizations: order.authorizations
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cert: certsarr.shift(),
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//, privkey: privkeyPem
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chain: certsarr.join('\n')
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};
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if (me.debug) {
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console.debug(certs);
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}
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return certs;
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}
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var auth = ACME._challengeToAuth(
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me,
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options,
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results,
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challenge
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);
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auths.push(auth);
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return ACME._setChallenge(me, options, auth).then(setNext);
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});
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}
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function challengeNext() {
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var auth = auths.shift();
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if (!auth) {
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return;
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}
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return ACME._postChallenge(me, options, auth).then(
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challengeNext
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);
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}
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// First we set every challenge
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// Then we ask for each challenge to be checked
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// Doing otherwise would potentially cause us to poison our own DNS cache with misses
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return setNext()
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.then(challengeNext)
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.then(function() {
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if (me.debug) {
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console.debug('[getCertificate] next.then');
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}
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var validatedDomains = body.identifiers.map(function(ident) {
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return ident.value;
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});
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});
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});
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return ACME._finalizeOrder(me, options, validatedDomains);
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})
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.then(function(order) {
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if (me.debug) {
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console.debug('acme-v2: order was finalized');
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}
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return me
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._request({
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method: 'GET',
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url: me._certificate,
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json: true
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})
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.then(function(resp) {
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if (me.debug) {
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console.debug(
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'acme-v2: csr submitted and cert received:'
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);
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}
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// https://github.com/certbot/certbot/issues/5721
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var certsarr = ACME.splitPemChain(
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ACME.formatPemChain(resp.body || '')
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);
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// cert, chain, fullchain, privkey, /*TODO, subject, altnames, issuedAt, expiresAt */
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var certs = {
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expires: order.expires,
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identifiers: order.identifiers,
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//, authorizations: order.authorizations
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cert: certsarr.shift(),
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//, privkey: privkeyPem
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chain: certsarr.join('\n')
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};
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if (me.debug) {
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console.debug(certs);
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}
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return certs;
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});
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});
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});
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});
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});
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});
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});
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@ -1,6 +1,6 @@
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{
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"name": "acme-v2",
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"version": "1.8.1",
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"version": "1.8.2",
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"description": "A lightweight library for getting Free SSL certifications through Let's Encrypt, using the ACME protocol.",
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"homepage": "https://git.coolaj86.com/coolaj86/acme-v2.js",
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"main": "node.js",
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