1// Flags: --expose-internals 2 3'use strict'; 4 5const common = require('../common'); 6if (!common.hasCrypto) 7 common.skip('missing crypto'); 8const assert = require('assert'); 9const h2 = require('http2'); 10const net = require('net'); 11const util = require('util'); 12 13const { kTimeout } = require('internal/timers'); 14 15// Tests behavior of the proxied socket on Http2Session 16 17const errMsg = { 18 code: 'ERR_HTTP2_NO_SOCKET_MANIPULATION', 19 name: 'Error', 20 message: 'HTTP/2 sockets should not be directly manipulated ' + 21 '(e.g. read and written)' 22}; 23 24const server = h2.createServer(); 25 26server.on('stream', common.mustCall(function(stream, headers) { 27 const socket = stream.session.socket; 28 const session = stream.session; 29 30 assert.ok(socket instanceof net.Socket); 31 32 assert.strictEqual(socket.writable, true); 33 assert.strictEqual(socket.readable, true); 34 assert.strictEqual(typeof socket.address(), 'object'); 35 36 socket.setTimeout(987); 37 assert.strictEqual(session[kTimeout]._idleTimeout, 987); 38 39 // The indentation is corrected depending on the depth. 40 let inspectedTimeout = util.inspect(session[kTimeout]); 41 assert(inspectedTimeout.includes(' _idlePrev: [TimersList]')); 42 assert(inspectedTimeout.includes(' _idleNext: [TimersList]')); 43 assert(!inspectedTimeout.includes(' _idleNext: [TimersList]')); 44 45 inspectedTimeout = util.inspect([ session[kTimeout] ]); 46 assert(inspectedTimeout.includes(' _idlePrev: [TimersList]')); 47 assert(inspectedTimeout.includes(' _idleNext: [TimersList]')); 48 assert(!inspectedTimeout.includes(' _idleNext: [TimersList]')); 49 50 const inspectedTimersList = util.inspect([[ session[kTimeout]._idlePrev ]]); 51 assert(inspectedTimersList.includes(' _idlePrev: [Timeout]')); 52 assert(inspectedTimersList.includes(' _idleNext: [Timeout]')); 53 assert(!inspectedTimersList.includes(' _idleNext: [Timeout]')); 54 55 assert.throws(() => socket.destroy, errMsg); 56 assert.throws(() => socket.emit, errMsg); 57 assert.throws(() => socket.end, errMsg); 58 assert.throws(() => socket.pause, errMsg); 59 assert.throws(() => socket.read, errMsg); 60 assert.throws(() => socket.resume, errMsg); 61 assert.throws(() => socket.write, errMsg); 62 assert.throws(() => socket.setEncoding, errMsg); 63 assert.throws(() => socket.setKeepAlive, errMsg); 64 assert.throws(() => socket.setNoDelay, errMsg); 65 66 assert.throws(() => (socket.destroy = undefined), errMsg); 67 assert.throws(() => (socket.emit = undefined), errMsg); 68 assert.throws(() => (socket.end = undefined), errMsg); 69 assert.throws(() => (socket.pause = undefined), errMsg); 70 assert.throws(() => (socket.read = undefined), errMsg); 71 assert.throws(() => (socket.resume = undefined), errMsg); 72 assert.throws(() => (socket.write = undefined), errMsg); 73 assert.throws(() => (socket.setEncoding = undefined), errMsg); 74 assert.throws(() => (socket.setKeepAlive = undefined), errMsg); 75 assert.throws(() => (socket.setNoDelay = undefined), errMsg); 76 77 // Resetting the socket listeners to their own value should not throw. 78 socket.on = socket.on; // eslint-disable-line no-self-assign 79 socket.once = socket.once; // eslint-disable-line no-self-assign 80 81 socket.unref(); 82 assert.strictEqual(socket._handle.hasRef(), false); 83 socket.ref(); 84 assert.strictEqual(socket._handle.hasRef(), true); 85 86 stream.respond(); 87 88 socket.writable = true; 89 socket.readable = true; 90 assert.strictEqual(socket.writable, true); 91 assert.strictEqual(socket.readable, true); 92 socket.writable = false; 93 socket.readable = false; 94 assert.strictEqual(socket.writable, false); 95 assert.strictEqual(socket.readable, false); 96 97 stream.end(); 98 99 // Setting socket properties sets the session properties correctly. 100 const fn = () => {}; 101 socket.setTimeout = fn; 102 assert.strictEqual(session.setTimeout, fn); 103 104 socket.ref = fn; 105 assert.strictEqual(session.ref, fn); 106 107 socket.unref = fn; 108 assert.strictEqual(session.unref, fn); 109 110 stream.session.on('close', common.mustCall(() => { 111 assert.strictEqual(session.socket, undefined); 112 })); 113})); 114 115server.listen(0, common.mustCall(function() { 116 const port = server.address().port; 117 const url = `http://localhost:${port}`; 118 const client = h2.connect(url, common.mustCall(() => { 119 const request = client.request(); 120 request.on('end', common.mustCall(() => { 121 client.close(); 122 server.close(); 123 })); 124 request.resume(); 125 })); 126})); 127