5.1 KiB
5.1 KiB
letsencrypt-express
Free SSL and Automatic HTTPS for node.js with Express, Connect, and other middleware systems
Coming Soon
We're working on it
In the meantime
See examples/express-minimal.js
Install
npm install --save letsencrypt-express
Examples
Minimal
'use strict';
// Note: using staging server url, remove .testing() for production
var le = require('letsencrypt-express').testing();
var express = require('express');
var app = express();
app.use('/', function (req, res) {
res.send({ success: true });
});
le.create('/etc/letsencrypt', app).listen([80], [443, 5001], function () {
console.log("ENCRYPT __ALL__ THE DOMAINS!");
});
More Options Exposed
'use strict';
var le = require('letsencrypt-express');
var express = require('express');
var app = express();
app.use('/', function (req, res) {
res.send({ success: true });
});
var results = le.create({
configDir: '/etc/letsencrypt'
, onRequest: app
, server: require('letsencrypt').productionServerUrl
}).listen(
// you can give just the port, or expand out to the full options
[80, { port: 8080, address: 'localhost', onListening: function () { console.log('http://localhost'); } }]
// you can give just the port, or expand out to the full options
, [443, 5001, { port: 8443, address: 'localhost' }]
// this is pretty much the default onListening handler
, function onListening() {
var server = this;
var protocol = ('requestCert' in server) ? 'https': 'http';
console.log("Listening at " + protocol + '://localhost:' + this.address().port);
}
);
// In case you need access to the raw servers (i.e. using websockets)
console.log(results.plainServers);
console.log(results.tlsServers);
WebSockets with Let's Encrypt
Note: you don't need to create websockets for the plain ports.
results.tlsServers.forEach(function (server) {
});
Options
If any of these values are undefined
or null
the will assume use reasonable defaults.
Partially defined values will be merged with the defaults.
Setting the value to false
will, in many cases (as documented), disable the defaults.
configDir: string // string the letsencrypt configuration path (de facto /etc/letsencrypt)
//
// default os.homedir() + '/letsencrypt/etc'
webrootPath: string // string a path to a folder where temporary challenge files will be stored and read
//
// default os.tmpdir() + '/acme-challenge'
getChallenge: func | false // false do not handle getChallenge
//
// func Example:
//
// default function (defaults, hostname, key, cb) {
// var filename = path.join(defaults.webrootPath.replace(':hostname', hostname), key);
// fs.readFile(filename, 'ascii', function (cb, text) {
// cb(null, text);
// })
// }
httpsOptions: object // object will be merged with internal defaults and passed to https.createServer()
// { pfx, key, cert, passphrase, ca, ciphers, rejectUnauthorized, secureProtocol }
// See https://nodejs.org/api/https.html
// Note: if SNICallback is specified, it will be run *before*
// the internal SNICallback that manages automated certificates
//
// default uses a localhost cert and key to prevent https.createServer() from throwing an error
// and also uses our SNICallback, which manages certificates
sniCallback: func // func replace the default sniCallback handler (which manages certificates) with your own
letsencrypt: object // object configure the letsencrypt object yourself and pass it in directly
//
// default we create the letsencrypt object using parameters you specify
server: url // url use letsencrypt.productionServerUrl (i.e. https://acme-v01.api.letsencrypt.org/directory)
// or letsencrypt.stagingServerUrl (i.e. https://acme-staging.api.letsencrypt.org/directory)
//
// default production
Heroku?
This doesn't work on heroku because heroku uses a proxy with built-in https (which is a smart thing to do) and besides, they want you to pay big bucks for https. (hopefully not for long?...)