oicq
Version:
QQ protocol!
956 lines (955 loc) • 35.7 kB
JavaScript
"use strict";
var __createBinding = (this && this.__createBinding) || (Object.create ? (function(o, m, k, k2) {
if (k2 === undefined) k2 = k;
Object.defineProperty(o, k2, { enumerable: true, get: function() { return m[k]; } });
}) : (function(o, m, k, k2) {
if (k2 === undefined) k2 = k;
o[k2] = m[k];
}));
var __setModuleDefault = (this && this.__setModuleDefault) || (Object.create ? (function(o, v) {
Object.defineProperty(o, "default", { enumerable: true, value: v });
}) : function(o, v) {
o["default"] = v;
});
var __importStar = (this && this.__importStar) || function (mod) {
if (mod && mod.__esModule) return mod;
var result = {};
if (mod != null) for (var k in mod) if (k !== "default" && Object.prototype.hasOwnProperty.call(mod, k)) __createBinding(result, mod, k);
__setModuleDefault(result, mod);
return result;
};
var __importDefault = (this && this.__importDefault) || function (mod) {
return (mod && mod.__esModule) ? mod : { "default": mod };
};
var _a, _b, _c, _d, _e;
Object.defineProperty(exports, "__esModule", { value: true });
exports.BaseClient = exports.QrcodeResult = exports.ApiRejection = exports.VerboseLevel = void 0;
const events_1 = require("events");
const crypto_1 = require("crypto");
const stream_1 = require("stream");
const network_1 = __importDefault(require("./network"));
const ecdh_1 = __importDefault(require("./ecdh"));
const writer_1 = __importDefault(require("./writer"));
const tlv = __importStar(require("./tlv"));
const tea = __importStar(require("./tea"));
const pb = __importStar(require("./protobuf"));
const jce = __importStar(require("./jce"));
const constants_1 = require("./constants");
const device_1 = require("./device");
const FN_NEXT_SEQ = Symbol("FN_NEXT_SEQ");
const FN_SEND = Symbol("FN_SEND");
const FN_SEND_LOGIN = Symbol("FN_SEND_LOGIN");
const HANDLERS = Symbol("HANDLERS");
const NET = Symbol("NET");
const ECDH = Symbol("ECDH");
const IS_ONLINE = Symbol("IS_ONLINE");
const LOGIN_LOCK = Symbol("LOGIN_LOCK");
const HEARTBEAT = Symbol("HEARTBEAT");
var VerboseLevel;
(function (VerboseLevel) {
VerboseLevel[VerboseLevel["Fatal"] = 0] = "Fatal";
VerboseLevel[VerboseLevel["Mark"] = 1] = "Mark";
VerboseLevel[VerboseLevel["Error"] = 2] = "Error";
VerboseLevel[VerboseLevel["Warn"] = 3] = "Warn";
VerboseLevel[VerboseLevel["Info"] = 4] = "Info";
VerboseLevel[VerboseLevel["Debug"] = 5] = "Debug";
})(VerboseLevel = exports.VerboseLevel || (exports.VerboseLevel = {}));
class ApiRejection {
constructor(code, message = "unknown") {
this.code = code;
this.message = message;
this.code = Number(this.code);
this.message = this.message?.toString() || "unknown";
}
}
exports.ApiRejection = ApiRejection;
var QrcodeResult;
(function (QrcodeResult) {
QrcodeResult[QrcodeResult["OtherError"] = 0] = "OtherError";
QrcodeResult[QrcodeResult["Timeout"] = 17] = "Timeout";
QrcodeResult[QrcodeResult["WaitingForScan"] = 48] = "WaitingForScan";
QrcodeResult[QrcodeResult["WaitingForConfirm"] = 53] = "WaitingForConfirm";
QrcodeResult[QrcodeResult["Canceled"] = 54] = "Canceled";
})(QrcodeResult = exports.QrcodeResult || (exports.QrcodeResult = {}));
class BaseClient extends events_1.EventEmitter {
constructor(uin, p = device_1.Platform.Android, d) {
super();
this.uin = uin;
this[_a] = false;
this[_b] = false;
this[_c] = new ecdh_1.default;
this[_d] = new network_1.default;
// 回包的回调函数
this[_e] = new Map();
this.sig = {
seq: (0, crypto_1.randomBytes)(4).readUInt32BE() & 0xfff,
session: (0, crypto_1.randomBytes)(4),
randkey: (0, crypto_1.randomBytes)(16),
tgtgt: (0, crypto_1.randomBytes)(16),
tgt: constants_1.BUF0,
skey: constants_1.BUF0,
d2: constants_1.BUF0,
d2key: constants_1.BUF0,
t104: constants_1.BUF0,
t174: constants_1.BUF0,
qrsig: constants_1.BUF0,
/** 大数据上传通道 */
bigdata: {
ip: "",
port: 0,
sig_session: constants_1.BUF0,
session_key: constants_1.BUF0,
},
/** 心跳包 */
hb480: (() => {
const buf = Buffer.alloc(9);
buf.writeUInt32BE(this.uin);
buf.writeInt32BE(0x19e39, 5);
return pb.encode({
1: 1152,
2: 9,
4: buf
});
})(),
/** 上次cookie刷新时间 */
emp_time: 0,
time_diff: 0,
};
this.pskey = {};
/** 心跳间隔(秒) */
this.interval = 30;
/** 随心跳一起触发的函数，可以随意设定 */
this.heartbeat = constants_1.NOOP;
/** 数据统计 */
this.statistics = {
start_time: (0, constants_1.timestamp)(),
lost_times: 0,
recv_pkt_cnt: 0,
sent_pkt_cnt: 0,
lost_pkt_cnt: 0,
recv_msg_cnt: 0,
sent_msg_cnt: 0,
msg_cnt_per_min: 0,
remote_ip: "",
remote_port: 0,
};
this.apk = (0, device_1.getApkInfo)(p);
this.device = (0, device_1.generateFullDevice)(d || uin);
this[NET].on("error", err => this.emit("internal.verbose", err.message, VerboseLevel.Error));
this[NET].on("close", () => {
this.statistics.remote_ip = "";
this.statistics.remote_port = 0;
this[NET].remoteAddress && this.emit("internal.verbose", `${this[NET].remoteAddress}:${this[NET].remotePort} closed`, VerboseLevel.Mark);
});
this[NET].on("connect2", () => {
this.statistics.remote_ip = this[NET].remoteAddress;
this.statistics.remote_port = this[NET].remotePort;
this.emit("internal.verbose", `${this[NET].remoteAddress}:${this[NET].remotePort} connected`, VerboseLevel.Mark);
syncTimeDiff.call(this);
});
this[NET].on("packet", packetListener.bind(this));
this[NET].on("lost", lostListener.bind(this));
this.on("internal.online", onlineListener);
this.on("internal.sso", ssoListener);
(0, constants_1.lock)(this, "uin");
(0, constants_1.lock)(this, "apk");
(0, constants_1.lock)(this, "device");
(0, constants_1.lock)(this, "sig");
(0, constants_1.lock)(this, "pskey");
(0, constants_1.lock)(this, "statistics");
(0, constants_1.hide)(this, "heartbeat");
(0, constants_1.hide)(this, "interval");
}
/** 设置连接服务器，不设置则自动搜索 */
setRemoteServer(host, port) {
if (host && port) {
this[NET].host = host;
this[NET].port = port;
this[NET].auto_search = false;
}
else {
this[NET].auto_search = true;
}
}
/** 是否为在线状态 (可以收发业务包的状态) */
isOnline() {
return this[IS_ONLINE];
}
/** 下线 (keepalive: 是否保持tcp连接) */
async logout(keepalive = false) {
await register.call(this, true);
if (!keepalive && this[NET].connected) {
this.terminate();
await new Promise(resolve => this[NET].once("close", resolve));
}
}
/** 关闭连接 */
terminate() {
this[IS_ONLINE] = false;
this[NET].destroy();
}
/** 使用接收到的token登录 */
tokenLogin(token) {
if (![144, 152].includes(token.length))
throw new Error("bad token");
this.sig.session = (0, crypto_1.randomBytes)(4);
this.sig.randkey = (0, crypto_1.randomBytes)(16);
this[ECDH] = new ecdh_1.default;
this.sig.d2key = token.slice(0, 16);
this.sig.d2 = token.slice(16, token.length - 72);
this.sig.tgt = token.slice(token.length - 72);
this.sig.tgtgt = (0, constants_1.md5)(this.sig.d2key);
const t = tlv.getPacker(this);
const body = new writer_1.default()
.writeU16(11)
.writeU16(16)
.writeBytes(t(0x100))
.writeBytes(t(0x10a))
.writeBytes(t(0x116))
.writeBytes(t(0x144))
.writeBytes(t(0x143))
.writeBytes(t(0x142))
.writeBytes(t(0x154))
.writeBytes(t(0x18))
.writeBytes(t(0x141))
.writeBytes(t(0x8))
.writeBytes(t(0x147))
.writeBytes(t(0x177))
.writeBytes(t(0x187))
.writeBytes(t(0x188))
.writeBytes(t(0x202))
.writeBytes(t(0x511))
.read();
this[FN_SEND_LOGIN]("wtlogin.exchange_emp", body);
}
/**
* 使用密码登录
* @param md5pass 密码的md5值
*/
passwordLogin(md5pass) {
this.sig.session = (0, crypto_1.randomBytes)(4);
this.sig.randkey = (0, crypto_1.randomBytes)(16);
this.sig.tgtgt = (0, crypto_1.randomBytes)(16);
this[ECDH] = new ecdh_1.default;
const t = tlv.getPacker(this);
let body = new writer_1.default()
.writeU16(9)
.writeU16(23)
.writeBytes(t(0x18))
.writeBytes(t(0x1))
.writeBytes(t(0x106, md5pass))
.writeBytes(t(0x116))
.writeBytes(t(0x100))
.writeBytes(t(0x107))
.writeBytes(t(0x142))
.writeBytes(t(0x144))
.writeBytes(t(0x145))
.writeBytes(t(0x147))
.writeBytes(t(0x154))
.writeBytes(t(0x141))
.writeBytes(t(0x8))
.writeBytes(t(0x511))
.writeBytes(t(0x187))
.writeBytes(t(0x188))
.writeBytes(t(0x194))
.writeBytes(t(0x191))
.writeBytes(t(0x202))
.writeBytes(t(0x177))
.writeBytes(t(0x516))
.writeBytes(t(0x521))
.writeBytes(t(0x525))
.read();
this[FN_SEND_LOGIN]("wtlogin.login", body);
}
/** 收到滑动验证码后，用于提交滑动验证码 */
submitSlider(ticket) {
ticket = String(ticket).trim();
const t = tlv.getPacker(this);
const body = new writer_1.default()
.writeU16(2)
.writeU16(4)
.writeBytes(t(0x193, ticket))
.writeBytes(t(0x8))
.writeBytes(t(0x104))
.writeBytes(t(0x116))
.read();
this[FN_SEND_LOGIN]("wtlogin.login", body);
}
/** 收到设备锁验证请求后，用于发短信 */
sendSmsCode() {
const t = tlv.getPacker(this);
const body = new writer_1.default()
.writeU16(8)
.writeU16(6)
.writeBytes(t(0x8))
.writeBytes(t(0x104))
.writeBytes(t(0x116))
.writeBytes(t(0x174))
.writeBytes(t(0x17a))
.writeBytes(t(0x197))
.read();
this[FN_SEND_LOGIN]("wtlogin.login", body);
}
/** 提交短信验证码 */
submitSmsCode(code) {
code = String(code).trim();
if (Buffer.byteLength(code) !== 6)
code = "123456";
const t = tlv.getPacker(this);
const body = new writer_1.default()
.writeU16(7)
.writeU16(7)
.writeBytes(t(0x8))
.writeBytes(t(0x104))
.writeBytes(t(0x116))
.writeBytes(t(0x174))
.writeBytes(t(0x17c, code))
.writeBytes(t(0x401))
.writeBytes(t(0x198))
.read();
this[FN_SEND_LOGIN]("wtlogin.login", body);
}
/** 获取登录二维码(模拟手表协议扫码登录) */
fetchQrcode() {
const t = tlv.getPacker(this);
const body = new writer_1.default()
.writeU16(0)
.writeU32(16)
.writeU64(0)
.writeU8(8)
.writeTlv(constants_1.BUF0)
.writeU16(6)
.writeBytes(t(0x16))
.writeBytes(t(0x1B))
.writeBytes(t(0x1D))
.writeBytes(t(0x1F))
.writeBytes(t(0x33))
.writeBytes(t(0x35))
.read();
const pkt = buildCode2dPacket.call(this, 0x31, 0x11100, body);
this[FN_SEND](pkt).then(payload => {
payload = tea.decrypt(payload.slice(16, -1), this[ECDH].share_key);
const stream = stream_1.Readable.from(payload, { objectMode: false });
stream.read(54);
const retcode = stream.read(1)[0];
const qrsig = stream.read(stream.read(2).readUInt16BE());
stream.read(2);
const t = readTlv(stream);
if (!retcode && t[0x17]) {
this.sig.qrsig = qrsig;
this.emit("internal.qrcode", t[0x17]);
}
else {
this.emit("internal.error.qrcode", retcode, "获取二维码失败，请重试");
}
}).catch(() => this.emit("internal.error.network", -2, "server is busy"));
}
/** 扫码后调用此方法登录 */
async qrcodeLogin() {
const { retcode, uin, t106, t16a, t318, tgtgt } = await this.queryQrcodeResult();
if (retcode < 0) {
this.emit("internal.error.network", -2, "server is busy");
}
else if (retcode === 0 && t106 && t16a && t318 && tgtgt) {
this.sig.qrsig = constants_1.BUF0;
if (uin !== this.uin) {
this.emit("internal.error.qrcode", retcode, `扫码账号(${uin})与登录账号(${this.uin})不符`);
return;
}
this.sig.tgtgt = tgtgt;
const t = tlv.getPacker(this);
const body = new writer_1.default()
.writeU16(9)
.writeU16(24)
.writeBytes(t(0x18))
.writeBytes(t(0x1))
.writeU16(0x106)
.writeTlv(t106)
.writeBytes(t(0x116))
.writeBytes(t(0x100))
.writeBytes(t(0x107))
.writeBytes(t(0x142))
.writeBytes(t(0x144))
.writeBytes(t(0x145))
.writeBytes(t(0x147))
.writeU16(0x16a)
.writeTlv(t16a)
.writeBytes(t(0x154))
.writeBytes(t(0x141))
.writeBytes(t(0x8))
.writeBytes(t(0x511))
.writeBytes(t(0x187))
.writeBytes(t(0x188))
.writeBytes(t(0x194))
.writeBytes(t(0x191))
.writeBytes(t(0x202))
.writeBytes(t(0x177))
.writeBytes(t(0x516))
.writeBytes(t(0x521))
.writeU16(0x318)
.writeTlv(t318)
.read();
this[FN_SEND_LOGIN]("wtlogin.login", body);
}
else {
let message;
switch (retcode) {
case QrcodeResult.Timeout:
message = "二维码超时，请重新获取";
break;
case QrcodeResult.WaitingForScan:
message = "二维码尚未扫描";
break;
case QrcodeResult.WaitingForConfirm:
message = "二维码尚未确认";
break;
case QrcodeResult.Canceled:
message = "二维码被取消，请重新获取";
break;
default:
message = "扫码遇到未知错误，请重新获取";
break;
}
this.sig.qrsig = constants_1.BUF0;
this.emit("internal.error.qrcode", retcode, message);
}
}
/** 获取扫码结果(可定时查询，retcode为0则调用qrcodeLogin登录) */
async queryQrcodeResult() {
let retcode = -1, uin, t106, t16a, t318, tgtgt;
if (!this.sig.qrsig.length)
return { retcode, uin, t106, t16a, t318, tgtgt };
const body = new writer_1.default()
.writeU16(5)
.writeU8(1)
.writeU32(8)
.writeU32(16)
.writeTlv(this.sig.qrsig)
.writeU64(0)
.writeU8(8)
.writeTlv(constants_1.BUF0)
.writeU16(0)
.read();
const pkt = buildCode2dPacket.call(this, 0x12, 0x6200, body);
try {
let payload = await this[FN_SEND](pkt);
payload = tea.decrypt(payload.slice(16, -1), this[ECDH].share_key);
const stream = stream_1.Readable.from(payload, { objectMode: false });
stream.read(48);
let len = stream.read(2).readUInt16BE();
if (len > 0) {
len--;
if (stream.read(1)[0] === 2) {
stream.read(8);
len -= 8;
}
if (len > 0)
stream.read(len);
}
stream.read(4);
retcode = stream.read(1)[0];
if (retcode === 0) {
stream.read(4);
uin = stream.read(4).readUInt32BE();
stream.read(6);
const t = readTlv(stream);
t106 = t[0x18];
t16a = t[0x19];
t318 = t[0x65];
tgtgt = t[0x1e];
}
}
catch { }
return { retcode, uin, t106, t16a, t318, tgtgt };
}
[(_a = IS_ONLINE, _b = LOGIN_LOCK, _c = ECDH, _d = NET, _e = HANDLERS, FN_NEXT_SEQ)]() {
if (++this.sig.seq >= 0x8000)
this.sig.seq = 1;
return this.sig.seq;
}
[FN_SEND](pkt, timeout = 5) {
this.statistics.sent_pkt_cnt++;
const seq = this.sig.seq;
return new Promise((resolve, reject) => {
const id = setTimeout(() => {
this[HANDLERS].delete(seq);
this.statistics.lost_pkt_cnt++;
reject(new ApiRejection(-2, `packet timeout (${seq})`));
}, timeout * 1000);
this[NET].join(() => {
this[NET].write(pkt, () => {
this[HANDLERS].set(seq, (payload) => {
clearTimeout(id);
this[HANDLERS].delete(seq);
resolve(payload);
});
});
});
});
}
async [FN_SEND_LOGIN](cmd, body) {
if (this[IS_ONLINE] || this[LOGIN_LOCK])
return;
const pkt = buildLoginPacket.call(this, cmd, body);
try {
this[LOGIN_LOCK] = true;
decodeLoginResponse.call(this, await this[FN_SEND](pkt));
}
catch (e) {
this[LOGIN_LOCK] = false;
this.emit("internal.error.network", -2, "server is busy");
this.emit("internal.verbose", e.message, VerboseLevel.Error);
}
}
/** 发送一个业务包不等待返回 */
writeUni(cmd, body, seq = 0) {
this.statistics.sent_pkt_cnt++;
this[NET].write(buildUniPkt.call(this, cmd, body, seq));
}
/** 发送一个业务包并等待返回 */
async sendUni(cmd, body, timeout = 5) {
if (!this[IS_ONLINE])
throw new ApiRejection(-1, `client not online`);
return this[FN_SEND](buildUniPkt.call(this, cmd, body), timeout);
}
}
exports.BaseClient = BaseClient;
function buildUniPkt(cmd, body, seq = 0) {
seq = seq || this[FN_NEXT_SEQ]();
this.emit("internal.verbose", `send:${cmd} seq:${seq}`, VerboseLevel.Debug);
let len = cmd.length + 20;
const sso = Buffer.allocUnsafe(len + body.length + 4);
sso.writeUInt32BE(len, 0);
sso.writeUInt32BE(cmd.length + 4, 4);
sso.fill(cmd, 8);
let offset = cmd.length + 8;
sso.writeUInt32BE(8, offset);
sso.fill(this.sig.session, offset + 4);
sso.writeUInt32BE(4, offset + 8);
sso.writeUInt32BE(body.length + 4, offset + 12);
sso.fill(body, offset + 16);
const encrypted = tea.encrypt(sso, this.sig.d2key);
const uin = String(this.uin);
len = encrypted.length + uin.length + 18;
const pkt = Buffer.allocUnsafe(len);
pkt.writeUInt32BE(len, 0);
pkt.writeUInt32BE(0x0B, 4);
pkt.writeUInt8(1, 8); //type
pkt.writeInt32BE(seq, 9);
pkt.writeUInt8(0, 13);
pkt.writeUInt32BE(uin.length + 4, 14);
pkt.fill(uin, 18);
pkt.fill(encrypted, uin.length + 18);
return pkt;
}
const EVENT_KICKOFF = Symbol("EVENT_KICKOFF");
function ssoListener(cmd, payload, seq) {
switch (cmd) {
case "StatSvc.ReqMSFOffline":
case "MessageSvc.PushForceOffline":
{
const nested = jce.decodeWrapper(payload);
const msg = nested[4] ? `[${nested[4]}]${nested[3]}` : `[${nested[1]}]${nested[2]}`;
this.emit(EVENT_KICKOFF, msg);
}
break;
case "QualityTest.PushList":
case "OnlinePush.SidTicketExpired":
this.writeUni(cmd, constants_1.BUF0, seq);
break;
case "ConfigPushSvc.PushReq":
{
if (payload[0] === 0)
payload = payload.slice(4);
const nested = jce.decodeWrapper(payload);
if (nested[1] === 2 && nested[2]) {
const buf = jce.decode(nested[2])[5][5];
const decoded = pb.decode(buf)[1281];
this.sig.bigdata.sig_session = decoded[1].toBuffer();
this.sig.bigdata.session_key = decoded[2].toBuffer();
for (let v of decoded[3]) {
if (v[1] === 10) {
this.sig.bigdata.port = v[2][0][3];
this.sig.bigdata.ip = (0, constants_1.int32ip2str)(v[2][0][2]);
}
}
}
}
break;
}
}
function onlineListener() {
if (!this.listenerCount(EVENT_KICKOFF)) {
this.once(EVENT_KICKOFF, (msg) => {
this[IS_ONLINE] = false;
clearInterval(this[HEARTBEAT]);
this.emit("internal.kickoff", msg);
});
}
}
function lostListener() {
clearInterval(this[HEARTBEAT]);
if (this[IS_ONLINE]) {
this[IS_ONLINE] = false;
this.statistics.lost_times++;
setTimeout(register.bind(this), 50);
}
}
async function parseSso(buf) {
const headlen = buf.readUInt32BE();
const seq = buf.readInt32BE(4);
const retcode = buf.readInt32BE(8);
if (retcode !== 0) {
this.emit("internal.error.token");
throw new Error("unsuccessful retcode: " + retcode);
}
let offset = buf.readUInt32BE(12) + 12;
let len = buf.readUInt32BE(offset); // length of cmd
const cmd = String(buf.slice(offset + 4, offset + len));
offset += len;
len = buf.readUInt32BE(offset); // length of session_id
offset += len;
const flag = buf.readInt32BE(offset);
let payload;
if (flag === 0)
payload = buf.slice(headlen + 4);
else if (flag === 1)
payload = await (0, constants_1.unzip)(buf.slice(headlen + 4));
else if (flag === 8)
payload = buf.slice(headlen);
else
throw new Error("unknown compressed flag: " + flag);
return {
seq, cmd, payload
};
}
async function packetListener(pkt) {
this.statistics.recv_pkt_cnt++;
this[LOGIN_LOCK] = false;
try {
const flag = pkt.readUInt8(4);
const encrypted = pkt.slice(pkt.readUInt32BE(6) + 6);
let decrypted;
switch (flag) {
case 0:
decrypted = encrypted;
break;
case 1:
decrypted = tea.decrypt(encrypted, this.sig.d2key);
break;
case 2:
decrypted = tea.decrypt(encrypted, constants_1.BUF16);
break;
default:
this.emit("internal.error.token");
throw new Error("unknown flag:" + flag);
}
const sso = await parseSso.call(this, decrypted);
this.emit("internal.verbose", `recv:${sso.cmd} seq:${sso.seq}`, VerboseLevel.Debug);
if (this[HANDLERS].has(sso.seq))
this[HANDLERS].get(sso.seq)?.(sso.payload);
else
this.emit("internal.sso", sso.cmd, sso.payload, sso.seq);
}
catch (e) {
this.emit("internal.verbose", e, VerboseLevel.Error);
}
}
async function register(logout = false, reflush = false) {
this[IS_ONLINE] = false;
clearInterval(this[HEARTBEAT]);
const pb_buf = pb.encode({
1: [
{ 1: 46, 2: (0, constants_1.timestamp)() },
{ 1: 283, 2: 0 }
]
});
const d = this.device;
const SvcReqRegister = jce.encodeStruct([
this.uin,
(logout ? 0 : 7), 0, "", (logout ? 21 : 11), 0,
0, 0, 0, 0, (logout ? 44 : 0),
d.version.sdk, 1, "", 0, null,
d.guid, 2052, 0, d.model, d.model,
d.version.release, 1, 0, 0, null,
0, 0, "", 0, d.brand,
d.brand, "", pb_buf, 0, null,
0, null, 1000, 98
]);
const body = jce.encodeWrapper({ SvcReqRegister }, "PushService", "SvcReqRegister");
const pkt = buildLoginPacket.call(this, "StatSvc.register", body, 1);
try {
const payload = await this[FN_SEND](pkt, 10);
if (logout)
return;
const rsp = jce.decodeWrapper(payload);
const result = rsp[9] ? true : false;
if (!result && !reflush) {
this.emit("internal.error.token");
}
else {
this[IS_ONLINE] = true;
this[HEARTBEAT] = setInterval(async () => {
syncTimeDiff.call(this);
if (typeof this.heartbeat === "function")
await this.heartbeat();
this.sendUni("OidbSvc.0x480_9_IMCore", this.sig.hb480).catch(() => {
this.emit("internal.verbose", "heartbeat timeout", VerboseLevel.Warn);
this.sendUni("OidbSvc.0x480_9_IMCore", this.sig.hb480).catch(() => {
this.emit("internal.verbose", "heartbeat timeout x 2", VerboseLevel.Error);
this[NET].destroy();
});
}).then(refreshToken.bind(this));
}, this.interval * 1000);
}
}
catch {
if (!logout)
this.emit("internal.error.network", -3, "server is busy(register)");
}
}
function syncTimeDiff() {
const pkt = buildLoginPacket.call(this, "Client.CorrectTime", constants_1.BUF4, 0);
this[FN_SEND](pkt).then(buf => {
try {
this.sig.time_diff = buf.readInt32BE() - (0, constants_1.timestamp)();
}
catch { }
}).catch(constants_1.NOOP);
}
async function refreshToken() {
if (!this.isOnline() || (0, constants_1.timestamp)() - this.sig.emp_time < 14000)
return;
const t = tlv.getPacker(this);
const body = new writer_1.default()
.writeU16(11)
.writeU16(16)
.writeBytes(t(0x100))
.writeBytes(t(0x10a))
.writeBytes(t(0x116))
.writeBytes(t(0x144))
.writeBytes(t(0x143))
.writeBytes(t(0x142))
.writeBytes(t(0x154))
.writeBytes(t(0x18))
.writeBytes(t(0x141))
.writeBytes(t(0x8))
.writeBytes(t(0x147))
.writeBytes(t(0x177))
.writeBytes(t(0x187))
.writeBytes(t(0x188))
.writeBytes(t(0x202))
.writeBytes(t(0x511))
.read();
const pkt = buildLoginPacket.call(this, "wtlogin.exchange_emp", body);
try {
let payload = await this[FN_SEND](pkt);
payload = tea.decrypt(payload.slice(16, payload.length - 1), this[ECDH].share_key);
const stream = stream_1.Readable.from(payload, { objectMode: false });
stream.read(2);
const type = stream.read(1).readUInt8();
stream.read(2);
const t = readTlv(stream);
if (type === 0) {
const { token } = decodeT119.call(this, t[0x119]);
await register.call(this, false, true);
if (this[IS_ONLINE])
this.emit("internal.token", token);
}
}
catch (e) {
this.emit("internal.verbose", "refresh token error: " + e?.message, VerboseLevel.Error);
}
}
function readTlv(r) {
const t = {};
while (r.readableLength > 2) {
const k = r.read(2).readUInt16BE();
t[k] = r.read(r.read(2).readUInt16BE());
}
return t;
}
function buildLoginPacket(cmd, body, type = 2) {
this[FN_NEXT_SEQ]();
this.emit("internal.verbose", `send:${cmd} seq:${this.sig.seq}`, VerboseLevel.Debug);
let uin = this.uin, cmdid = 0x810, subappid = this.apk.subid;
if (cmd === "wtlogin.trans_emp") {
uin = 0;
cmdid = 0x812;
subappid = (0, device_1.getApkInfo)(device_1.Platform.Watch).subid;
}
if (type === 2) {
body = new writer_1.default()
.writeU8(0x02)
.writeU8(0x01)
.writeBytes(this.sig.randkey)
.writeU16(0x131)
.writeU16(0x01)
.writeTlv(this[ECDH].public_key)
.writeBytes(tea.encrypt(body, this[ECDH].share_key))
.read();
body = new writer_1.default()
.writeU8(0x02)
.writeU16(29 + body.length) // 1 + 27 + body.length + 1
.writeU16(8001) // protocol ver
.writeU16(cmdid) // command id
.writeU16(1) // const
.writeU32(uin)
.writeU8(3) // const
.writeU8(0x87) // encrypt type 7:0 69:emp 0x87:4
.writeU8(0) // const
.writeU32(2) // const
.writeU32(0) // app client ver
.writeU32(0) // const
.writeBytes(body)
.writeU8(0x03)
.read();
}
let sso = new writer_1.default()
.writeWithLength(new writer_1.default()
.writeU32(this.sig.seq)
.writeU32(subappid)
.writeU32(subappid)
.writeBytes(Buffer.from([0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x01, 0x00]))
.writeWithLength(this.sig.tgt)
.writeWithLength(cmd)
.writeWithLength(this.sig.session)
.writeWithLength(this.device.imei)
.writeU32(4)
.writeU16(2)
.writeU32(4)
.read())
.writeWithLength(body)
.read();
if (type === 1)
sso = tea.encrypt(sso, this.sig.d2key);
else if (type === 2)
sso = tea.encrypt(sso, constants_1.BUF16);
return new writer_1.default()
.writeWithLength(new writer_1.default()
.writeU32(0x0A)
.writeU8(type)
.writeWithLength(this.sig.d2)
.writeU8(0)
.writeWithLength(String(uin))
.writeBytes(sso)
.read())
.read();
}
function buildCode2dPacket(cmdid, head, body) {
body = new writer_1.default()
.writeU32(head)
.writeU32(0x1000)
.writeU16(0)
.writeU32(0x72000000)
.writeU32((0, constants_1.timestamp)())
.writeU8(2)
.writeU16(44 + body.length)
.writeU16(cmdid)
.writeBytes(Buffer.alloc(21))
.writeU8(3)
.writeU16(0)
.writeU16(50)
.writeU32(this.sig.seq + 1)
.writeU64(0)
.writeBytes(body)
.writeU8(3)
.read();
return buildLoginPacket.call(this, "wtlogin.trans_emp", body);
}
function decodeT119(t119) {
const r = stream_1.Readable.from(tea.decrypt(t119, this.sig.tgtgt), { objectMode: false });
r.read(2);
const t = readTlv(r);
this.sig.tgt = t[0x10a];
this.sig.skey = t[0x120];
this.sig.d2 = t[0x143];
this.sig.d2key = t[0x305];
this.sig.tgtgt = (0, constants_1.md5)(this.sig.d2key);
this.sig.emp_time = (0, constants_1.timestamp)();
if (t[0x512]) {
const r = stream_1.Readable.from(t[0x512], { objectMode: false });
let len = r.read(2).readUInt16BE();
while (len-- > 0) {
const domain = String(r.read(r.read(2).readUInt16BE()));
const pskey = r.read(r.read(2).readUInt16BE());
const pt4token = r.read(r.read(2).readUInt16BE());
this.pskey[domain] = pskey;
}
}
const token = Buffer.concat([
this.sig.d2key,
this.sig.d2,
this.sig.tgt,
]);
const age = t[0x11a].slice(2, 3).readUInt8();
const gender = t[0x11a].slice(3, 4).readUInt8();
const nickname = String(t[0x11a].slice(5));
return { token, nickname, gender, age };
}
function decodeLoginResponse(payload) {
payload = tea.decrypt(payload.slice(16, payload.length - 1), this[ECDH].share_key);
const r = stream_1.Readable.from(payload, { objectMode: false });
r.read(2);
const type = r.read(1).readUInt8();
r.read(2);
const t = readTlv(r);
if (type === 204) {
this.sig.t104 = t[0x104];
this.emit("internal.verbose", "unlocking...", VerboseLevel.Mark);
const tt = tlv.getPacker(this);
const body = new writer_1.default()
.writeU16(20)
.writeU16(4)
.writeBytes(tt(0x8))
.writeBytes(tt(0x104))
.writeBytes(tt(0x116))
.writeBytes(tt(0x401))
.read();
return this[FN_SEND_LOGIN]("wtlogin.login", body);
}
if (type === 0) {
this.sig.t104 = constants_1.BUF0;
this.sig.t174 = constants_1.BUF0;
const { token, nickname, gender, age } = decodeT119.call(this, t[0x119]);
return register.call(this).then(() => {
if (this[IS_ONLINE])
this.emit("internal.online", token, nickname, gender, age);
});
}
if (type === 15 || type === 16) {
return this.emit("internal.error.token");
}
if (type === 2) {
this.sig.t104 = t[0x104];
if (t[0x192])
return this.emit("internal.slider", String(t[0x192]));
return this.emit("internal.error.login", type, "[登陆失败]未知格式的验证码");
}
if (type === 160) {
if (!t[0x204] && !t[0x174])
return this.emit("internal.verbose", "已向密保手机发送短信验证码", VerboseLevel.Mark);
let phone = "";
if (t[0x174] && t[0x178]) {
this.sig.t104 = t[0x104];
this.sig.t174 = t[0x174];
phone = String(t[0x178]).substr(t[0x178].indexOf("\x0b") + 1, 11);
}
return this.emit("internal.verify", t[0x204]?.toString() || "", phone);
}
if (t[0x149]) {
const stream = stream_1.Readable.from(t[0x149], { objectMode: false });
stream.read(2);
const title = stream.read(stream.read(2).readUInt16BE()).toString();
const content = stream.read(stream.read(2).readUInt16BE()).toString();
return this.emit("internal.error.login", type, `[${title}]${content}`);
}
if (t[0x146]) {
const stream = stream_1.Readable.from(t[0x146], { objectMode: false });
const version = stream.read(4);
const title = stream.read(stream.read(2).readUInt16BE()).toString();
const content = stream.read(stream.read(2).readUInt16BE()).toString();
return this.emit("internal.error.login", type, `[${title}]${content}`);
}
this.emit("internal.error.login", type, `[登陆失败]未知错误`);
}