// Copyright Joyent, Inc. and other Node contributors.

//

// Permission is hereby granted, free of charge, to any person obtaining a

// copy of this software and associated documentation files (the

// "Software"), to deal in the Software without restriction, including

// without limitation the rights to use, copy, modify, merge, publish,

// distribute, sublicense, and/or sell copies of the Software, and to permit

// persons to whom the Software is furnished to do so, subject to the

// following conditions:

//

// The above copyright notice and this permission notice shall be included

// in all copies or substantial portions of the Software.

//

// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS

// OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF

// MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN

// NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,

// DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR

// OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE

// USE OR OTHER DEALINGS IN THE SOFTWARE.

'use strict';

require('internal/util').assertCrypto();

const assert = require('assert');

const crypto = require('crypto');

const net = require('net');

const tls = require('tls');

const util = require('util');

const common = require('_tls_common');

const { StreamWrap } = require('_stream_wrap');

const { Buffer } = require('buffer');

const debug = util.debuglog('tls');

const tls_wrap = process.binding('tls_wrap');

const { TCP, constants: TCPConstants } = process.binding('tcp_wrap');

const { Pipe, constants: PipeConstants } = process.binding('pipe_wrap');

const {

SecureContext: NativeSecureContext

} = process.binding('crypto');

const {

ERR_INVALID_ARG_TYPE,

ERR_MULTIPLE_CALLBACK,

ERR_SOCKET_CLOSED,

ERR_TLS_DH_PARAM_SIZE,

ERR_TLS_HANDSHAKE_TIMEOUT,

ERR_TLS_RENEGOTIATE,

ERR_TLS_RENEGOTIATION_DISABLED,

ERR_TLS_REQUIRED_SERVER_NAME,

ERR_TLS_SESSION_ATTACK,

ERR_TLS_SNI_FROM_SERVER

} = require('internal/errors').codes;

const kConnectOptions = Symbol('connect-options');

const kDisableRenegotiation = Symbol('disable-renegotiation');

const kErrorEmitted = Symbol('error-emitted');

const kHandshakeTimeout = Symbol('handshake-timeout');

const kRes = Symbol('res');

const kSNICallback = Symbol('snicallback');

const noop = () => {};

function onhandshakestart(now) {

debug('onhandshakestart');

assert(now >= this.lastHandshakeTime);

const owner = this.owner;

if ((now - this.lastHandshakeTime) >= tls.CLIENT_RENEG_WINDOW * 1000) {

this.handshakes = 0;

}

const first = (this.lastHandshakeTime === 0);

this.lastHandshakeTime = now;

if (first) return;

if (++this.handshakes > tls.CLIENT_RENEG_LIMIT) {

// Defer the error event to the next tick. We're being called from OpenSSL's

// state machine and OpenSSL is not re-entrant. We cannot allow the user's

// callback to destroy the connection right now, it would crash and burn.

setImmediate(emitSessionAttackError, owner);

}

if (owner[kDisableRenegotiation] && this.handshakes > 0) {

owner._emitTLSError(new ERR_TLS_RENEGOTIATION_DISABLED());

}

}

function emitSessionAttackError(socket) {

socket._emitTLSError(new ERR_TLS_SESSION_ATTACK());

}

function onhandshakedone() {

debug('onhandshakedone');

const owner = this.owner;

// `newSession` callback wasn't called yet

if (owner._newSessionPending) {

owner._securePending = true;

return;

}

owner._finishInit();

}

function loadSession(hello) {

const owner = this.owner;

var once = false;

function onSession(err, session) {

if (once)

return owner.destroy(new ERR_MULTIPLE_CALLBACK());

once = true;

if (err)

return owner.destroy(err);

if (owner._handle === null)

return owner.destroy(new ERR_SOCKET_CLOSED());

owner._handle.loadSession(session);

owner._handle.endParser();

}

if (hello.sessionId.length <= 0 ||

hello.tlsTicket ||

owner.server &&

!owner.server.emit('resumeSession', hello.sessionId, onSession)) {

owner._handle.endParser();

}

}

function loadSNI(info) {

const owner = this.owner;

const servername = info.servername;

if (!servername || !owner._SNICallback)

return requestOCSP(owner, info);

let once = false;

owner._SNICallback(servername, (err, context) => {

if (once)

return owner.destroy(new ERR_MULTIPLE_CALLBACK());

once = true;

if (err)

return owner.destroy(err);

if (owner._handle === null)

return owner.destroy(new ERR_SOCKET_CLOSED());

// TODO(indutny): eventually disallow raw `SecureContext`

if (context)

owner._handle.sni_context = context.context || context;

requestOCSP(owner, info);

});

}

function requestOCSP(socket, info) {

if (!info.OCSPRequest || !socket.server)

return requestOCSPDone(socket);

let ctx = socket._handle.sni_context;

if (!ctx) {

ctx = socket.server._sharedCreds;

// TLS socket is using a `net.Server` instead of a tls.TLSServer.

// Some TLS properties like `server._sharedCreds` will not be present

if (!ctx)

return requestOCSPDone(socket);

}

// TODO(indutny): eventually disallow raw `SecureContext`

if (ctx.context)

ctx = ctx.context;

if (socket.server.listenerCount('OCSPRequest') === 0) {

return requestOCSPDone(socket);

}

let once = false;

const onOCSP = (err, response) => {

if (once)

return socket.destroy(new ERR_MULTIPLE_CALLBACK());

once = true;

if (err)

return socket.destroy(err);

if (socket._handle === null)

return socket.destroy(new ERR_SOCKET_CLOSED());

if (response)

socket._handle.setOCSPResponse(response);

requestOCSPDone(socket);

};

socket.server.emit('OCSPRequest',

ctx.getCertificate(),

ctx.getIssuer(),

onOCSP);

}

function requestOCSPDone(socket) {

try {

socket._handle.certCbDone();

} catch (e) {

socket.destroy(e);

}

}

function onnewsession(key, session) {

const owner = this.owner;

if (!owner.server)

return;

var once = false;

const done = () => {

if (once)

return;

once = true;

if (owner._handle === null)

return owner.destroy(new ERR_SOCKET_CLOSED());

this.newSessionDone();

owner._newSessionPending = false;

if (owner._securePending)

owner._finishInit();

owner._securePending = false;

};

owner._newSessionPending = true;

if (!owner.server.emit('newSession', key, session, done))

done();

}

function onocspresponse(resp) {

this.owner.emit('OCSPResponse', resp);

}

function onerror(err) {

const owner = this.owner;

if (owner._writableState.errorEmitted)

return;

// Destroy socket if error happened before handshake's finish

if (!owner._secureEstablished) {

// When handshake fails control is not yet released,

// so self._tlsError will return null instead of actual error

owner.destroy(err);

} else if (owner._tlsOptions.isServer &&

owner._rejectUnauthorized &&

/peer did not return a certificate/.test(err.message)) {

// Ignore server's authorization errors

owner.destroy();

} else {

// Throw error

owner._emitTLSError(err);

}

owner._writableState.errorEmitted = true;

}

function initRead(tls, wrapped) {

// If we were destroyed already don't bother reading

if (!tls._handle)

return;

// Socket already has some buffered data - emulate receiving it

if (wrapped && wrapped.readableLength) {

var buf;

while ((buf = wrapped.read()) !== null)

tls._handle.receive(buf);

}

tls.read(0);

}

/**

* Provides a wrap of socket stream to do encrypted communication.

*/

function TLSSocket(socket, opts) {

const tlsOptions = Object.assign({}, opts);

if (tlsOptions.NPNProtocols)

tls.convertNPNProtocols(tlsOptions.NPNProtocols, tlsOptions);

if (tlsOptions.ALPNProtocols)

tls.convertALPNProtocols(tlsOptions.ALPNProtocols, tlsOptions);

this._tlsOptions = tlsOptions;

this._secureEstablished = false;

this._securePending = false;

this._newSessionPending = false;

this._controlReleased = false;

this._SNICallback = null;

this.servername = null;

this.npnProtocol = null;

this.alpnProtocol = null;

this.authorized = false;

this.authorizationError = null;

this[kRes] = null;

// Wrap plain JS Stream into StreamWrap

var wrap;

if ((socket instanceof net.Socket && socket._handle) || !socket)

wrap = socket;

else

wrap = new StreamWrap(socket);

// Just a documented property to make secure sockets

// distinguishable from regular ones.

this.encrypted = true;

net.Socket.call(this, {

handle: this._wrapHandle(wrap),

allowHalfOpen: socket && socket.allowHalfOpen,

readable: false,

writable: false

});

// Proxy for API compatibility

this.ssl = this._handle;

this.on('error', this._tlsError);

this._init(socket, wrap);

// Make sure to setup all required properties like: `connecting` before

// starting the flow of the data

this.readable = true;

this.writable = true;

// Read on next tick so the caller has a chance to setup listeners

process.nextTick(initRead, this, socket);

}

util.inherits(TLSSocket, net.Socket);

exports.TLSSocket = TLSSocket;

var proxiedMethods = [

'ref', 'unref', 'open', 'bind', 'listen', 'connect', 'bind6',

'connect6', 'getsockname', 'getpeername', 'setNoDelay', 'setKeepAlive',

'setSimultaneousAccepts', 'setBlocking',

// PipeWrap

'setPendingInstances'

];

// Proxy HandleWrap, PipeWrap and TCPWrap methods

function makeMethodProxy(name) {

return function methodProxy(...args) {

if (this._parent[name])

return this._parent[name].apply(this._parent, args);

};

}

for (var n = 0; n < proxiedMethods.length; n++) {

tls_wrap.TLSWrap.prototype[proxiedMethods[n]] =

makeMethodProxy(proxiedMethods[n]);

}

tls_wrap.TLSWrap.prototype.close = function close(cb) {

let ssl;

if (this.owner) {

ssl = this.owner.ssl;

this.owner.ssl = null;

}

// Invoke `destroySSL` on close to clean up possibly pending write requests

// that may self-reference TLSWrap, leading to leak

const done = () => {

if (ssl) {

ssl.destroySSL();

if (ssl._secureContext.singleUse) {

ssl._secureContext.context.close();

ssl._secureContext.context = null;

}

}

if (cb)

cb();

};

if (this._parentWrap && this._parentWrap._handle === this._parent) {

this._parentWrap.once('close', done);

return this._parentWrap.destroy();

}

return this._parent.close(done);

};

TLSSocket.prototype.disableRenegotiation = function disableRenegotiation() {

this[kDisableRenegotiation] = true;

};

TLSSocket.prototype._wrapHandle = function(wrap) {

var handle;

if (wrap)

handle = wrap._handle;

var options = this._tlsOptions;

if (!handle) {

handle = options.pipe ?

new Pipe(PipeConstants.SOCKET) :

new TCP(TCPConstants.SOCKET);

handle.owner = this;

}

// Wrap socket's handle

const context = options.secureContext ||

options.credentials ||

tls.createSecureContext(options);

const externalStream = handle._externalStream;

assert(typeof externalStream === 'object',

'handle must be a LibuvStreamWrap');

assert(context.context instanceof NativeSecureContext,

'context.context must be a NativeSecureContext');

const res = tls_wrap.wrap(externalStream,

context.context,

!!options.isServer);

res._parent = handle;

res._parentWrap = wrap;

res._secureContext = context;

res.reading = handle.reading;

this[kRes] = res;

defineHandleReading(this, handle);

this.on('close', onSocketCloseDestroySSL);

return res;

};

// This eliminates a cyclic reference to TLSWrap

// Ref: https://github.com/nodejs/node/commit/f7620fb96d339f704932f9bb9a0dceb9952df2d4

function defineHandleReading(socket, handle) {

Object.defineProperty(handle, 'reading', {

get: () => {

return socket[kRes].reading;

},

set: (value) => {

socket[kRes].reading = value;

}

});

}

function onSocketCloseDestroySSL() {

// Make sure we are not doing it on OpenSSL's stack

setImmediate(destroySSL, this);

this[kRes] = null;

}

function destroySSL(self) {

self._destroySSL();

}

TLSSocket.prototype._destroySSL = function _destroySSL() {

if (!this.ssl) return;

this.ssl.destroySSL();

if (this.ssl._secureContext.singleUse) {

this.ssl._secureContext.context.close();

this.ssl._secureContext.context = null;

}

this.ssl = null;

};

TLSSocket.prototype._init = function(socket, wrap) {

var options = this._tlsOptions;

var ssl = this._handle;

this.server = options.server;

// For clients, we will always have either a given ca list or be using

// default one

const requestCert = !!options.requestCert || !options.isServer;

const rejectUnauthorized = !!options.rejectUnauthorized;

this._requestCert = requestCert;

this._rejectUnauthorized = rejectUnauthorized;

if (requestCert || rejectUnauthorized)

ssl.setVerifyMode(requestCert, rejectUnauthorized);

if (options.isServer) {

ssl.onhandshakestart = onhandshakestart;

ssl.onhandshakedone = onhandshakedone;

ssl.onclienthello = loadSession;

ssl.oncertcb = loadSNI;

ssl.onnewsession = onnewsession;

ssl.lastHandshakeTime = 0;

ssl.handshakes = 0;

if (this.server) {

if (this.server.listenerCount('resumeSession') > 0 ||

this.server.listenerCount('newSession') > 0) {

ssl.enableSessionCallbacks();

}

if (this.server.listenerCount('OCSPRequest') > 0)

ssl.enableCertCb();

}

} else {

ssl.onhandshakestart = noop;

ssl.onhandshakedone = this._finishInit.bind(this);

ssl.onocspresponse = onocspresponse;

if (options.session)

ssl.setSession(options.session);

}

ssl.onerror = onerror;

// If custom SNICallback was given, or if

// there're SNI contexts to perform match against -

// set `.onsniselect` callback.

if (process.features.tls_sni &&

options.isServer &&

options.SNICallback &&

(options.SNICallback !== SNICallback ||

(options.server && options.server._contexts.length))) {

assert(typeof options.SNICallback === 'function');

this._SNICallback = options.SNICallback;

ssl.enableCertCb();

}

if (process.features.tls_npn && options.NPNProtocols)

ssl.setNPNProtocols(options.NPNProtocols);

if (process.features.tls_alpn && options.ALPNProtocols) {

// keep reference in secureContext not to be GC-ed

ssl._secureContext.alpnBuffer = options.ALPNProtocols;

ssl.setALPNProtocols(ssl._secureContext.alpnBuffer);

}

if (options.handshakeTimeout > 0)

this.setTimeout(options.handshakeTimeout, this._handleTimeout);

if (socket instanceof net.Socket) {

this._parent = socket;

// To prevent assertion in afterConnect() and properly kick off readStart

this.connecting = socket.connecting || !socket._handle;

socket.once('connect', () => {

this.connecting = false;

this.emit('connect');

});

}

// Assume `tls.connect()`

if (wrap) {

wrap.on('error', (err) => this._emitTLSError(err));

} else {

assert(!socket);

this.connecting = true;

}

};

TLSSocket.prototype.renegotiate = function(options, callback) {

if (this.destroyed)

return;

let requestCert = !!this._requestCert;

let rejectUnauthorized = !!this._rejectUnauthorized;

if (options.requestCert !== undefined)

requestCert = !!options.requestCert;

if (options.rejectUnauthorized !== undefined)

rejectUnauthorized = !!options.rejectUnauthorized;

if (requestCert !== this._requestCert ||

rejectUnauthorized !== this._rejectUnauthorized) {

this._handle.setVerifyMode(requestCert, rejectUnauthorized);

this._requestCert = requestCert;

this._rejectUnauthorized = rejectUnauthorized;

}

if (!this._handle.renegotiate()) {

if (callback) {

process.nextTick(callback, new ERR_TLS_RENEGOTIATE());

}

return false;

}

// Ensure that we'll cycle through internal openssl's state

this.write('');

if (callback) {

this.once('secure', () => callback(null));

}

return true;

};

TLSSocket.prototype.setMaxSendFragment = function setMaxSendFragment(size) {

return this._handle.setMaxSendFragment(size) === 1;

};

TLSSocket.prototype.getTLSTicket = function getTLSTicket() {

return this._handle.getTLSTicket();

};

TLSSocket.prototype._handleTimeout = function() {

this._emitTLSError(new ERR_TLS_HANDSHAKE_TIMEOUT());

};

TLSSocket.prototype._emitTLSError = function(err) {

var e = this._tlsError(err);

if (e)

this.emit('error', e);

};

TLSSocket.prototype._tlsError = function(err) {

this.emit('_tlsError', err);

if (this._controlReleased)

return err;

return null;

};

TLSSocket.prototype._releaseControl = function() {

if (this._controlReleased)

return false;

this._controlReleased = true;

this.removeListener('error', this._tlsError);

return true;

};

TLSSocket.prototype._finishInit = function() {

if (process.features.tls_npn) {

this.npnProtocol = this._handle.getNegotiatedProtocol();

}

if (process.features.tls_alpn) {

this.alpnProtocol = this._handle.getALPNNegotiatedProtocol();

}

if (process.features.tls_sni) {

this.servername = this._handle.getServername();

}

debug('secure established');

this._secureEstablished = true;

if (this._tlsOptions.handshakeTimeout > 0)

this.setTimeout(0, this._handleTimeout);

this.emit('secure');

};

TLSSocket.prototype._start = function() {

if (this.connecting) {

this.once('connect', this._start);

return;

}

// Socket was destroyed before the connection was established

if (!this._handle)

return;

debug('start');

if (this._tlsOptions.requestOCSP)

this._handle.requestOCSP();

this._handle.start();

};

TLSSocket.prototype.setServername = function(name) {

if (typeof name !== 'string') {

throw new ERR_INVALID_ARG_TYPE('name', 'string');

}

if (this._tlsOptions.isServer) {

throw new ERR_TLS_SNI_FROM_SERVER();

}

this._handle.setServername(name);

};

TLSSocket.prototype.setSession = function(session) {

if (typeof session === 'string')

session = Buffer.from(session, 'latin1');

this._handle.setSession(session);

};

TLSSocket.prototype.getPeerCertificate = function(detailed) {

if (this._handle) {

return common.translatePeerCertificate(

this._handle.getPeerCertificate(detailed));

}

return null;

};

TLSSocket.prototype.getFinished = function() {

if (this._handle)

return this._handle.getFinished();

};

TLSSocket.prototype.getPeerFinished = function() {

if (this._handle)

return this._handle.getPeerFinished();

};

TLSSocket.prototype.getSession = function() {

if (this._handle) {

return this._handle.getSession();

}

return null;

};

TLSSocket.prototype.isSessionReused = function() {

if (this._handle) {

return this._handle.isSessionReused();

}

return null;

};

TLSSocket.prototype.getCipher = function(err) {

if (this._handle) {

return this._handle.getCurrentCipher();

} else {

return null;

}

};

TLSSocket.prototype.getEphemeralKeyInfo = function() {

if (this._handle)

return this._handle.getEphemeralKeyInfo();

return null;

};

TLSSocket.prototype.getProtocol = function() {

if (this._handle)

return this._handle.getProtocol();

return null;

};

// TODO: support anonymous (nocert) and PSK

function onSocketSecure() {

if (this._requestCert) {

const verifyError = this._handle.verifyError();

if (verifyError) {

this.authorizationError = verifyError.code;

if (this._rejectUnauthorized)

this.destroy();

} else {

this.authorized = true;

}

}

if (!this.destroyed && this._releaseControl())

this._tlsOptions.server.emit('secureConnection', this);

}

function onSocketTLSError(err) {

if (!this._controlReleased && !this[kErrorEmitted]) {

this[kErrorEmitted] = true;

this._tlsOptions.server.emit('tlsClientError', err, this);

}

}

function onSocketClose(err) {

// Closed because of error - no need to emit it twice

if (err)

return;

// Emit ECONNRESET

if (!this._controlReleased && !this[kErrorEmitted]) {

this[kErrorEmitted] = true;

const connReset = new Error('socket hang up');

connReset.code = 'ECONNRESET';

this._tlsOptions.server.emit('tlsClientError', connReset, this);

}

}

function tlsConnectionListener(rawSocket) {

const socket = new TLSSocket(rawSocket, {

secureContext: this._sharedCreds,

isServer: true,

server: this,

requestCert: this.requestCert,

rejectUnauthorized: this.rejectUnauthorized,

handshakeTimeout: this[kHandshakeTimeout],

NPNProtocols: this.NPNProtocols,

ALPNProtocols: this.ALPNProtocols,

SNICallback: this[kSNICallback] || SNICallback

});

socket.on('secure', onSocketSecure);

socket[kErrorEmitted] = false;

socket.on('close', onSocketClose);

socket.on('_tlsError', onSocketTLSError);

}

// AUTHENTICATION MODES

//

// There are several levels of authentication that TLS/SSL supports.

// Read more about this in "man SSL_set_verify".

//

// 1. The server sends a certificate to the client but does not request a

// cert from the client. This is common for most HTTPS servers. The browser

// can verify the identity of the server, but the server does not know who

// the client is. Authenticating the client is usually done over HTTP using

// login boxes and cookies and stuff.

//

// 2. The server sends a cert to the client and requests that the client

// also send it a cert. The client knows who the server is and the server is

// requesting the client also identify themselves. There are several

// outcomes:

//

// A) verifyError returns null meaning the client's certificate is signed

// by one of the server's CAs. The server now knows the client's identity

// and the client is authorized.

//

// B) For some reason the client's certificate is not acceptable -

// verifyError returns a string indicating the problem. The server can

// either (i) reject the client or (ii) allow the client to connect as an

// unauthorized connection.

//

// The mode is controlled by two boolean variables.

//

// requestCert

// If true the server requests a certificate from client connections. For

// the common HTTPS case, users will want this to be false, which is what

// it defaults to.

//

// rejectUnauthorized

// If true clients whose certificates are invalid for any reason will not

// be allowed to make connections. If false, they will simply be marked as

// unauthorized but secure communication will continue. By default this is

// true.

//

//

//

// Options:

// - requestCert. Send verify request. Default to false.

// - rejectUnauthorized. Boolean, default to true.

// - key. string.

// - cert: string.

// - clientCertEngine: string.

// - ca: string or array of strings.

// - sessionTimeout: integer.

//

// emit 'secureConnection'

// function (tlsSocket) { }

//

// "UNABLE_TO_GET_ISSUER_CERT", "UNABLE_TO_GET_CRL",

// "UNABLE_TO_DECRYPT_CERT_SIGNATURE", "UNABLE_TO_DECRYPT_CRL_SIGNATURE",

// "UNABLE_TO_DECODE_ISSUER_PUBLIC_KEY", "CERT_SIGNATURE_FAILURE",

// "CRL_SIGNATURE_FAILURE", "CERT_NOT_YET_VALID" "CERT_HAS_EXPIRED",

// "CRL_NOT_YET_VALID", "CRL_HAS_EXPIRED" "ERROR_IN_CERT_NOT_BEFORE_FIELD",

// "ERROR_IN_CERT_NOT_AFTER_FIELD", "ERROR_IN_CRL_LAST_UPDATE_FIELD",

// "ERROR_IN_CRL_NEXT_UPDATE_FIELD", "OUT_OF_MEM",

// "DEPTH_ZERO_SELF_SIGNED_CERT", "SELF_SIGNED_CERT_IN_CHAIN",

// "UNABLE_TO_GET_ISSUER_CERT_LOCALLY", "UNABLE_TO_VERIFY_LEAF_SIGNATURE",

// "CERT_CHAIN_TOO_LONG", "CERT_REVOKED" "INVALID_CA",

// "PATH_LENGTH_EXCEEDED", "INVALID_PURPOSE" "CERT_UNTRUSTED",

// "CERT_REJECTED"

//

function Server(options, listener) {

if (!(this instanceof Server))

return new Server(options, listener);

if (typeof options === 'function') {

listener = options;

options = {};

} else if (options == null || typeof options === 'object') {

options = options || {};

} else {

throw new ERR_INVALID_ARG_TYPE('options', 'Object');

}

this._contexts = [];

// Handle option defaults:

this.setOptions(options);

var sharedCreds = tls.createSecureContext({

pfx: this.pfx,

key: this.key,

passphrase: this.passphrase,

cert: this.cert,

clientCertEngine: this.clientCertEngine,

ca: this.ca,

ciphers: this.ciphers,

ecdhCurve: this.ecdhCurve,

dhparam: this.dhparam,

secureProtocol: this.secureProtocol,

secureOptions: this.secureOptions,

honorCipherOrder: this.honorCipherOrder,

crl: this.crl,

sessionIdContext: this.sessionIdContext

});

this._sharedCreds = sharedCreds;

this[kHandshakeTimeout] = options.handshakeTimeout || (120 * 1000);

this[kSNICallback] = options.SNICallback;

if (typeof this[kHandshakeTimeout] !== 'number') {

throw new ERR_INVALID_ARG_TYPE('timeout', 'number');

}

if (this.sessionTimeout) {

sharedCreds.context.setSessionTimeout(this.sessionTimeout);

}

if (this.ticketKeys) {

sharedCreds.context.setTicketKeys(this.ticketKeys);

}

// constructor call

net.Server.call(this, tlsConnectionListener);

if (listener) {

this.on('secureConnection', listener);

}

}

util.inherits(Server, net.Server);

exports.Server = Server;

exports.createServer = function(options, listener) {

return new Server(options, listener);

};

Server.prototype._getServerData = function() {

return {

ticketKeys: this.getTicketKeys().toString('hex')

};

};

Server.prototype._setServerData = function(data) {

this.setTicketKeys(Buffer.from(data.ticketKeys, 'hex'));

};

Server.prototype.getTicketKeys = function getTicketKeys(keys) {

return this._sharedCreds.context.getTicketKeys(keys);

};

Server.prototype.setTicketKeys = function setTicketKeys(keys) {

this._sharedCreds.context.setTicketKeys(keys);

};

Server.prototype.setOptions = function(options) {

this.requestCert = options.requestCert === true;

this.rejectUnauthorized = options.rejectUnauthorized !== false;

if (options.pfx) this.pfx = options.pfx;

if (options.key) this.key = options.key;

if (options.passphrase) this.passphrase = options.passphrase;

if (options.cert) this.cert = options.cert;

if (options.clientCertEngine)

this.clientCertEngine = options.clientCertEngine;

if (options.ca) this.ca = options.ca;

if (options.secureProtocol) this.secureProtocol = options.secureProtocol;

if (options.crl) this.crl = options.crl;

if (options.ciphers) this.ciphers = options.ciphers;

if (options.ecdhCurve !== undefined)

this.ecdhCurve = options.ecdhCurve;

if (options.dhparam) this.dhparam = options.dhparam;

if (options.sessionTimeout) this.sessionTimeout = options.sessionTimeout;

if (options.ticketKeys) this.ticketKeys = options.ticketKeys;

var secureOptions = options.secureOptions || 0;

if (options.honorCipherOrder !== undefined)

this.honorCipherOrder = !!options.honorCipherOrder;

else

this.honorCipherOrder = true;

if (secureOptions) this.secureOptions = secureOptions;

if (options.NPNProtocols) tls.convertNPNProtocols(options.NPNProtocols, this);

if (options.ALPNProtocols)

tls.convertALPNProtocols(options.ALPNProtocols, this);

if (options.sessionIdContext) {

this.sessionIdContext = options.sessionIdContext;

} else {

this.sessionIdContext = crypto.createHash('sha1')

.update(process.argv.join(' '))

.digest('hex')

.slice(0, 32);

}

};

// SNI Contexts High-Level API

Server.prototype.addContext = function(servername, context) {

if (!servername) {

throw new ERR_TLS_REQUIRED_SERVER_NAME();

}