* @license AGPL-3.0
* @copyright Strapp.io
*/
-const fs = require('fs')
const dlog = (msg) => console.log(msg)
exports = {
/** Regular expression for valid routes
- * @var {Object.RegEx} validRoutes - matches valid route names
+ * @prop {Object.RegEx} validRoutes - matches valid route names
*/
validRoutes: /[a-zA-Z][a-zA-Z0-9\-_]*/,
- /** @func
- * @summary Synchronize Reading Multiple Files
- * @desc reads an array of files into an object, whose keys are the
- * input filenames, and values are the data read
- * @arg {string[]} files - array of file names to read
- * @arg {Object} [readOpts] - options to pass to fs.readFile()
+ /** A map of routes
+ * @prop {Object.Map} routes - all the routes!
*/
- syncReads: (files, readOpts) => new Promise((resolve,reject) => {
- dlog(`syncReads: ${files}`)
- let count = 0
- let results = {}
- const read_cb = (fileName) => (err, data) => {
- if (err)
- reject(err)
- else
- results[fileName] = data
- if (++count == files.length)
- resolve(results)
+ routes: {},
+
+ /** Parameters set on bootup (startHttpServer)
+ * @prop {string[2]} skelPage - html document split in twain for JS injection
+ * @prop {string} clientJS - jerverscripps to inject in skelPage for clients
+ * @prop {string} hostJS - jerverscripps for the hosts
+ * @prop {string} httpdRoot - a normalized path for http-servable files
+ * @prop {string} bindJail - jail bindings to this path
+ */
+ skelPage: undefined,
+ clientJS: undefined,
+ hostJS: undefined,
+ httpdRoot: undefined,
+ bindJail: undefined,
+
+ /** @func
+ * @summary Start main HTTP server
+ * @desc starts up an HTTP or HTTPS server used for routing
+ * @arg {Object} conf - object containing configuration properties
+ * @prop {number|string} conf.port - local system port to bind to
+ * @prop {string} conf.skelFile - location of the skeleton HTML page
+ * @prop {string} conf.clientJS - client JS file
+ * @prop {string} conf.hostJS - host JS file
+ * @prop {string} [conf.httpdRoot] - root path of http-accessible files, if
+ * undefined no files are accessible
+ * @prop {Object} [conf.tls] - if present, startHttpServer will use tls
+ * @prop {string} [conf.tls.certFile] - tls certificate file
+ * @prop {string} [conf.tls.keyFile] - tls public key file
+ */
+ startHttpServer: function (conf) {
+ if ('httpd' in this)
+ throw new Error('httpd already running')
+ if (conf.tls == undefined)
+ this.httpd = require('http').createServer((req, res) =>
+ this.httpdListener(req, res))
+ else if (!('keyFile' in conf.tls) || !('certFile' in conf.tls))
+ throw new Error('HTTPS requires a valid key and cert')
+ else
+ this.syncReads([conf.tls.keyFile, conf.tls.certFile]).then((results) => {
+ Object.defineProperty(this, 'httpsOpts', {
+ value: {
+ key: results[conf.tls.keyFile],
+ cert: results[conf.tls.certFile]
+ }
+ })
+ this.httpd =
+ require('https').createServer(this.httpsOpts, (request,response) =>
+ this.httpdListener(request,response))
+ .listen(conf.port)
+ })
+ if (conf.httpdRoot) {
+ this.httpdRoot = require('path').normalize(conf.httpdRoot)
+ while (this.httpdRoot[this.httpdRoot.length - 1] == require('path').sep)
+ this.httpdRoot = this.httpdRoot.slice(0,-1)
}
- if (readOpts == undefined)
- readOpts = { encoding: 'utf8' }
- files.forEach((file) => fs.readFile(file, readOpts, read_cb(file)))
- }),
-
- /** @func
- * @summary Main router listener
- * @desc listens for client requests and services routes/files
- * @arg {http.ClientRequest} request
- * @arg {http.ServerResponse} response
+ this.syncReads([conf.skelFile, conf.clientJS, conf.hostJS])
+ .then((results) => {
+ this.skelPage = results[conf.skelFile].split('<!--STRAPP_SRC-->')
+ this.clientJS = results[conf.clientJS]
+ this.hostJS = results[conf.hostJS]
+ })
+ .catch((err) => {
+ console.log(err)
+ })
+ console.log(`HTTP${(conf.tls == undefined) ? '' : 'S'} ` +
+ `Server Started on port ${conf.port}${this.httpdRoot ?
+ `, serving files from ${this.httpdRoot}`:''}`)
+ },
+
+ /** @func
+ * @summary Create a binding for the server
+ * @desc makes a new route which is bound to a file or a path. routes
+ * bound to files always serve that file, regardless of any
+ * additional path parameters provided by the URI
+ * @arg {string} routeName - the route to create
+ * @arg {string} path - the path to the file or directory to bind
*/
- listener: function (request,response) {
+ createBind: function (routeName, path) {
+ dlog(`Binding ${routeName} to ${path}`)
+ if (routeName in this.routes)
+ throw new Error(`route ${routeName} already exists`)
+ path = require('path').normalize(path)
+ if (this.bindJail
+ && path.indexOf(`${this.bindJail}/`) !== 0
+ && this.bindJail != path)
+ throw new Error(`${routeName}:${path} jailed to ${this.bindJail}`)
+ if (require('fs').existsSync(path)) {
+ this.routes[routeName] = {
+ bind: {
+ path: path,
+ dir: require('fs').lstatSync(path).isDirectory()
+ }
+ }
+ }
+ else
+ throw new Error(`${path} not found, ${routeName} not bound`)
+ },
+
+ /** @func
+ * @summary Router
+ * @desc listens for http client requests and services routes/files
+ * @arg {http.ClientRequest} request
+ * @arg {http.ServerResponse} response
+ */
+ httpdListener: function (request,response) {
dlog(`Received request ${request.method} ${request.url}`)
- const htArgv = request.url.slice(1).split('?')
- let routePath = htArgv[0].split('/')[0]
- let routeName = routePath[0]
+ let htArgv = request.url.slice(1).split('?')
+ const routeName = htArgv[0].split('/')[0]
let route = this.routes[routeName]
+ /* If the route exists, check if we are a returning host or a new client */
if (route) {
- if (route.host == (request.headers['x-forwarded-for'] ||
+ if (route.bind) {
+ htArgv[0] = htArgv[0].replace(`${routeName}`,'')
+ if (htArgv[0][0] === '/')
+ htArgv[0] = htArgv[0].slice(1)
+ this.serveBind(response, route.bind, htArgv)
+ }
+ //TODO: auth better than this (ip spoofing is easy)
+ // but this will require a more involved host-creation process
+ // that isn't just "give you a route if it's available" on visit
+ /* else if (route.origin == (request.headers['x-forwarded-for'] ||
request.connection.remoteAddress))
- this.serveHost(response, route, htArgv)
+ this.serveHost(response, route, htArgv) */
else
- this.serveRoute(response, route)
+ this.serveClient(request, response, route)
}
+ /* If it's a valid routename that doesn't exist, make this client a host */
else if (this.validRoutes.test(routeName)) {
- route = this.createRoute(routeName, this.httpsOpts)
- this.serveHost(response, route, htArgv)
+ this.routes[routeName] = true
+ require('get-port')()
+ .then((port) => {
+ this.createHost(routeName, htArgv, port, request, response)
+ })
+ .catch((err) => {
+ delete this.routes[routeName]
+ console.log(err)
+ })
}
+ /* Try servicing files if we have a root directory for it */
+ else if (this.httpdRoot) {
+ let realPath = require('path').join(this.httpdRoot, htArgv[0])
+ if (realPath == this.httpdRoot)
+ realPath += '/index.html'
+ if (realPath.indexOf(`${this.httpdRoot}/`) == 0) {
+ const stat_cb = (err, stat) => {
+ if (err) {
+ response.writeHead(404)
+ response.end()
+ console.log(err)
+ }
+ else if (stat.isDirectory()) {
+ realPath += '/index.html'
+ require('fs').lstat(realPath, stat_cb)
+ }
+ else if (stat.isFile())
+ this.serveFile(response, realPath)
+ else {
+ response.writeHead(403)
+ response.end()
+ }
+ }
+ require('fs').lstat(realPath, stat_cb)
+ }
+ else {
+ response.writeHead(400)
+ response.end()
+ }
+ }
+ /* Unhandled */
else {
- this.serveFile(response, routePath)
+ response.writeHead(404)
+ response.end()
+ }
+ },
+
+ /** @func
+ * @summary Serves a binding to a client
+ * @desc Resolves a binding and serves a response to the client
+ * @arg {http.ServerResponse} response - the response to use
+ * @arg {Object} bind - the binding to serve the client
+ * @arg {string[]} argv - path and arguments for the bind
+ */
+ serveBind: function (response, bind, argv) {
+ dlog(`Serving binding ${bind.path}/${argv[0]}`)
+ if (bind.dir) {
+ if (argv[0] == '')
+ argv[0] = 'index.html'
+ this.serveFile(response, require('path').join(bind.path, argv[0]))
}
+ else
+ this.serveFile(response, bind.path)
},
- /** @func
+ /** @func
* @summary Serve a route to an http client
* @desc routes may be bound to the filesystem, or to an outgoing host
+ * @arg {http.ClientRequest} request - request from the client
* @arg {http.ServerResponse} response - response object to use
- * @arg {string} routeName - name of the route to follow
+ * @arg {Object} route - route associated with client request
*/
- serveRoute: function (response, routeName) {
+ serveClient: function (request, response, route) {
+ const type = request.headers['x-strapp-type']
+ const pubKey = request.headers['x-strapp-pubkey']
+ dlog(`Client ${type || 'HT GET'} request routed to ${route.name}`)
+ switch (type) {
+ case null:
+ case undefined:
+ response.writeHead(200, { 'Content-Type': 'text/html' })
+ response.write(`${this.skelPage[0]}${this.clientJS}${this.skelPage[1]}`)
+ response.end()
+ break
+ case 'ice-candidate-request':
+ case 'ice-candidate-submission':
+ case 'client-sdp-offer':
+ let data = ''
+ if (pubKey) {
+ let data = request.headers['x-strapp-offer']
+ route.pendingResponses.addResponse(pubKey, response)
+ dlog(`${route.origin}=>\n${pubKey}\n${type}`)
+ dlog(JSON.parse(data))
+ route.socket.send(`${pubKey} ${type} ${data}`)
+ }
+ else {
+ response.writeHead(401)
+ response.end()
+ }
+ break
+ default:
+ response.writeHead(400)
+ response.end()
+ }
},
- /** @func
- * @summary Create a new route
+ /** @func
+ * @summary Create a new route for a host
* @desc makes a new route for the given route name
* @arg {string} routeName - name of the new route
- * @arg {string} host - Origin address from the request that made this
+ * @arg {string[]} argv - Origin address from the request that made this
* route (for security verification on the socket)
- * @arg {Object} [httpsOpts] - key and cert for tls
+ * @arg {number|string} port - the port to listen on for websocket
+ * @arg {http.ClientRequest} request - host's request
+ * @arg {http.ServerResponse} response - responder
*/
- createRoute: function (routeName, host, httpsOpts) {
- dlog(`Creating ${httpsOpts ? 'TLS ' : ''}route ${routeName} from ${host}`)
- if (routeName in this.routes)
- throw new Error(`route ${routeName} already exists`)
- const httpd = httpsOpts
- ? require('https').createServer(httpsOpts)
+ createHost: function (routeName, argv, port, request, response) {
+ const origin = (request.headers['x-forwarded-for'] ||
+ request.connection.remoteAddress)
+ dlog(`New ${this.httpsOpts?'TLS ':''}route ${routeName}:${port}=>${origin}`)
+ const httpd = this.httpsOpts
+ ? require('https').createServer(this.httpsOpts)
: require('http').createServer()
- const wsd = new require('ws').Server({
- server: httpd,
- verifyClient: (info) => info.origin == host && (info.secure || !httpsOpts)
- })
const route = {
pendingResponses: new Map([]),
- host: host,
+ origin: origin,
httpd: httpd,
- wsd: wsd,
name: routeName,
+ port: port,
+ wsd: undefined,
socket: undefined
}
- wsd.on('connection', (socket) =>
- socket.on('message', (msg) =>
- this.hostMessage(msg,route)))
+ route.httpd.listen(port)
+ route.wsd = new (require('ws').Server)({ server: httpd })
+ .on('connection', (socket) => {
+ route.socket = socket
+ socket.on('message', (msg) =>
+ this.hostMessage(msg,route))
+ })
+ route.pendingResponses.addResponse = function (key, response_p) {
+ let responses = this.get(key) || []
+ responses.push(response_p)
+ this.set(key, responses)
+ }
this.routes[routeName] = route
- return route
+ this.serveHost(response, route, argv)
+ },
+
+ /** @Func
+ * @summary Serve a route to an authorized http host
+ * @desc services host application to the client, establishing a socket
+ * @arg {http.ServerResponse} response - response object to use
+ * @arg {Object} route - the route that belongs to this host
+ * @arg {string[]} argv - vector of arguments sent to the host
+ */
+ serveHost: function (response, route, argv) {
+ dlog(`Serving host ${route.origin}`)
+ response.writeHead(200, { 'Content-Type': 'text/html' })
+ response.write(`${this.skelPage[0]}` +
+ `\tconst _strapp_port = ${route.port}\n` +
+ `\tconst _strapp_protocol = ` +
+ `'${this.httpsOpts ? 'wss' : 'ws'}'\n` +
+ `${this.hostJS}\n${this.skelPage[1]}`)
+ response.end()
},
/** @func
* and responds to either the host or the client, or both. Commands
* are whitespace separated strings.
* Commands:
- * < clientKey requestID payload
- * Route 'payload' to the client identified by 'clientKey', in
- * response to the request identified by 'requestID'
+ * Forward Payload to Client)
+ * < clientKey payload [header]
+ * Route 'payload' to the client identified by 'clientKey'.
+ * The optional 'header' argument is a stringified JSON object,
+ * which will be written to the HTTP response header
+ * In case of multiple requests from a single client, the
+ * oldest request will be serviced on arrival of message
+ * Translate SDP and Forward to Client)
+ * ^ clientKey sdp [header]
+ * Route the JSON object 'sdp' to the client, after translating
+ * for interop between browsers using planB or Unified. Other
+ * than the interop step, this is identical to the '<' command
+ * Error)
* ! errorMessage errorCode [offendingMessage]
* Notify host that an error has occured, providing a message
* and error code. 'offendingMessage', if present, is the
* @arg {Object} route - the route over
*/
hostMessage: function (message, route) {
- const argv = message.split(' ')
+ let argv = message.split(' ')
const command = argv[0][0]
argv = argv.slice(1)
dlog(`Received host message from ${route.name}: ${command}`)
switch (command) {
+ case '^':
+ if (argv.length < 2) {
+ dlog(`Malformed '${command}' command from ${route.origin}`)
+ route.socket.send(`! "Insufficient arguments" 0 ${message}`)
+ break
+ }
+ argv[1] = JSON.parse(argv[1])
+ //TODO: interop step
+ argv[1] = JSON.stringify(argv[1])
+ //TODO: argv[1] = encryptForClient(argv[0], argv[1])
+ /* Fallthrough to '<' behavior after translating argv[1] */
case '<':
- if (argv.length == 3) {
- const response = route.pendingResponses.get(argv[0] + argv[1])
- response.writeHead(200, { 'Content-Type': 'application/octet-stream' })
- response.write(argv[2])
+ const response = route.pendingResponses.get(argv[0]).shift()
+ if (!response)
+ route.socket.send(`! "No pending responses for client ${argv[0]}" 0 `
+ + message)
+ else if (argv.length === 2 || argv.length === 3) {
+ const header = argv.length === 3 ? JSON.parse(argv[2]) : {}
+ if (!('Content-Type' in header))
+ header['Content-Type'] = 'application/octet-stream'
+ response.writeHead(200, header)
+ response.write(argv[1])
response.end()
}
- else {
+ else
route.socket.send(`! "Insufficient arguments" 0 ${message}`)
- }
break
case '!':
- if (argv.length == 3)
+ if (argv.length === 3)
argv[0] += `\nIn message: ${argv[2]}`
- console.log(`Error[${route.host}|${argv[1]}]:${argv[0]}`)
+ console.log(`Error[${route.origin}|${argv[1]}]:${argv[0]}`)
+ break
+ default:
+ route.socket.send(`! "Unknown command '${command}'" 0 ${message}`)
+ dlog(`Host ${route.origin} send unknown command: ${message}`)
break
}
},
- /** @func
+ /** @func
* @summary Serve a file to an http client after a request
* @desc reads files from the system to be distributed to clients, and
* buffers recently accessed files
* @arg {http.ServerResponse} response - the response object to use
- * @arg {string} filePath - location of the file on disk to service
+ * @arg {string} filePath - relative location of the file
*/
- serveFile: function (response, filePath) {
+ serveFile: function (response, filePath, rootPath) {
+ //TODO: Make a buffer to hold recently used files, and only read if we
+ // have to (don't forget to preserve mimetype)
+ require('fs').readFile(filePath, { encoding: 'utf8' }, (err, data) => {
+ if (err || data == undefined)
+ response.writeHead(404)
+ else {
+ response.writeHead(200, {
+ 'Content-Type': require('mime').lookup(filePath)
+ })
+ response.write(data)
+ }
+ response.end()
+ })
},
- /** @func
- * @summary Start main HTTP server
- * @desc starts up an HTTP or HTTPS server used for routing
- * @arg {number|string} port - local system port to bind to
- * @arg {Object} [tls] - if present, startHttpServer will start in tls
- * mode. supported properties:
- * 'certfile': certificate file location
- * 'keyfile': key file location
+ /** @func
+ * @summary Synchronize Reading Multiple Files
+ * @desc reads an array of files into an object, whose keys are the
+ * input filenames, and values are the data read
+ * @arg {string[]} files - array of file names to read
+ * @arg {Object} [readOpts] - options to pass to fs.readFile()
*/
- startHttpServer: function (port, tls) {
- if ('httpd' in this)
- throw new Error('httpd already running')
- if (tls == undefined)
- this.httpd = require('http').createServer(this.listener)
- else if (!('key' in tls) || !('cert' in tls))
- throw new Error('HTTPS requires a valid key and cert')
- else
- this.syncReads([tls.keyfile, tls.certfile]).then((results) => {
- Object.defineProperty(this, 'httpsOpts', {
- value: {
- key: results[tls.keyfile],
- cert: results[tls.certfile]
- }
- })
- this.httpd = require('https').createServer(httpsOpts, this.listener)
- })
- this.httpd.listen(port)
- console.log(`HTTP${(tls == undefined) ? 'S' : ''} ` +
- `Server Started on Port ${port}`)
- }
+ syncReads: (files, readOpts) => new Promise((resolve,reject) => {
+ dlog(`syncing reads from ${files}`)
+ let count = 0
+ let results = {}
+ const read_cb = (fileName) => (err, data) => {
+ if (err)
+ reject(err)
+ else
+ results[fileName] = data
+ if (++count === files.length)
+ resolve(results)
+ }
+ if (readOpts == undefined)
+ readOpts = { encoding: 'utf8' }
+ files.forEach((file) =>
+ require('fs').readFile(file, readOpts, read_cb(file)))
+ })
}
-// exports.create = (opts) => { return {
-// opts: opts,
-// listener: function (request, response) {
-// console.log('server handling request')
-// const serveFile = (fPath) => {
-// fs.readFile(fPath, { encoding: 'utf8' }, (err, data) => {
-// if (err || data == undefined) {
-// response.writeHead(404)
-// response.end()
-// }
-// else {
-// response.writeHead(200, { 'Content-Type': mime.lookup(fPath) })
-// response.write(data)
-// response.end()
-// }
-// })
-// }
-// const htArgv = request.url.slice(1).split("?")
-// let routePath = htArgv[0].split('/')
-// let routeName = routePath[0]
-
-
-// if (routeName === '' || routeName === 'index.html')
-// serveFile(opts['index'])
-// else if (routeName in opts['bindings']) {
-// let localPath = path.normalize(opts['bindings'][routeName].concat(path.sep + routePath.slice(1).join(path.sep)))
-// if (localPath.includes(opts['bindings'][routeName])) {
-// fs.readdir(localPath, (err, files) => {
-// if (err)
-// serveFile(localPath)
-// else
-// serveFile(`${localPath}/index.html`)
-// })
-// }
-// else {
-// console.log(`SEC: ${localPath} references files not in route`)
-// }
-// }
-// /* TODO: Handle reconnecting host */
-// else if (routeName in router.routes) {
-// const route = router.routes[routeName]
-// const clients = route['clients']
-// const headerData = request.headers['x-strapp-type']
-
-
-
-
-// /* Client is INIT GET */
-// if (headerData === undefined) {
-// console.log('client init GET')
-// response.writeHead(200, { 'Content-Type': 'text/html' })
-// response.write(`${router.skelPage[0]}${router.clientJS}${router.skelPage[1]}`)
-// response.end()
-// //TODO: if route.socket == undefined: have server delay this send until host connects
-// // (this happens when a client connects to an active route with no currently-online host)
-// }
-// else if (headerData.localeCompare('ice-candidate-request') === 0) {
-// console.log('Server: received ice-candidate-request from Client')
-// let pubKey = request.headers['x-client-pubkey']
-// clients.set(pubKey, response)
-// pubKey = '{ "pubKey": "' + pubKey + '" }'
-// route.socket.send(pubKey)
-// }
-// else if (headerData.localeCompare('ice-candidate-submission') === 0) {
-// console.log('Server: recieved ice-candidate-submission from Client')
-// let data = []
-// request.on('data', (chunk) => {
-// data.push(chunk)
-// }).on('end', () => {
-// console.log('Sending ice-candidate-submission to Host')
-// data = Buffer.concat(data).toString();
-// clients.set(JSON.parse(data)['pubKey'], response)
-// route.socket.send(data)
-// })
-// }
-// else if (headerData.localeCompare('client-sdp-offer') === 0){ /* Client sent offer, waiting for answer */
-// console.log('Server: Sending client offer to host')
-// clients.set(JSON.parse(request.headers['x-client-offer'])['pubKey'], response)
-// route.socket.send(request.headers['x-client-offer'])
-// } else {
-// console.log('Unhandled stuff')
-// console.log(request.headers)
-// }
-
-// }
-// else {
-// router.routes[routeName] = true
-// const newRoute = {}
-// newRoute.clients = new Map([])
-// newRoute.host = request.headers['x-forwarded-for'] || request.connection.remoteAddress
-// getport().then( (port) => {
-// newRoute.port = port
-// if (opts['no-tls'])
-// newRoute.httpd = http.createServer()
-// else
-// newRoute.httpd = https.createServer(router.httpsOpts)
-// newRoute.httpd.listen(newRoute.port)
-// newRoute.wsd = new ws.Server( { server: newRoute.httpd } )
-// newRoute.wsd.on('connection', (sock) => {
-// console.log(`${routeName} server has been established`)
-// newRoute.socket = sock
-
-// /* Handle all messages from host */
-// sock.on('message', (hostMessage) => {
-// hostMessage = JSON.parse(hostMessage)
-// response = newRoute.clients.get(hostMessage['clientPubKey'])
-
-// /* If the host response is a answer */
-// if (hostMessage['cmd'].localeCompare('< sdp pubKey') === 0) {
-// console.log('Server: Sending host answer to client')
-// response.writeHead(200, { 'Content-Type': 'application/json' })
-// response.write(JSON.stringify(hostMessage))
-// response.end()
-// }
-// else if (hostMessage['cmd'].localeCompare('< ice pubKey') === 0){
-// /* if the host response is an ice candidate */
-// console.log('Server: Handling host ICE message')
-// let iceState = hostMessage['iceState']
-// /* If there are any ice candidates, send them back */
-// switch(iceState) {
-// case "a":
-// response.writeHead('200', {'x-strapp-type': 'ice-candidate-available'})
-// response.write(JSON.stringify(hostMessage))
-// response.end()
-// break
-// case "g":
-// console.log('Server: Host is still gathering candidates, keep trying')
-// response.writeHead('200', {'x-strapp-type': 'ice-state-gathering'})
-// response.write(JSON.stringify(hostMessage))
-// response.end()
-// break
-// case "c":
-// console.log('Server: Host has completed gathering candidates')
-// response.writeHead('200', {'x-strapp-type': 'ice-state-complete'})
-// response.write(JSON.stringify(hostMessage))
-// response.end()
-// break
-// default:
-// console.log('unhandled iceState from host')
-// break
-// }
-// }
-
-// })
-// })
-
-// console.log(`Listening for websocket ${newRoute.host} on port ${newRoute.port}`)
-// router.routes[routeName] = newRoute
-// }).then(() => {
-// response.writeHead(200, { 'Content-Type': 'text/html' })
-// response.write(`${router.skelPage[0]}` +
-// `\tconst _strapp_port = ${newRoute.port}\n` +
-// `\tconst _strapp_protocol = '${router.wsProtocol}'\n` +
-// `${router.hostJS}\n${router.skelPage[1]}`)
-// response.end()
-// })
-// }
-// },
-// startHttpd: () => require('http').createServer(this.listener)
-// }
-
+module.exports = exports
projects / henge / kiak.git / blobdiff