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qinglong/back/services/user.ts
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import { Service, Inject } from 'typedi';
import winston from 'winston';
import { createRandomString } from '../config/util';
import config from '../config';
import jwt from 'jsonwebtoken';
import { authenticator } from '@otplib/preset-default';
import {
AuthDataType,
SystemInfo,
SystemModel,
SystemModelInfo,
LoginStatus,
AuthInfo,
TokenInfo,
} from '../data/system';
import { NotificationInfo } from '../data/notify';
import NotificationService from './notify';
import { Request } from 'express';
import ScheduleService from './schedule';
import SockService from './sock';
import dayjs from 'dayjs';
import IP2Region from 'ip2region';
import uniq from 'lodash/uniq';
import pickBy from 'lodash/pickBy';
import isNil from 'lodash/isNil';
import { shareStore } from '../shared/store';
import { t, tf } from '../shared/i18n';
import { getClientIp, normalizeClientIp } from '../shared/clientIp';
import { isDefaultAuthInfo } from '../shared/auth';
import {
hashPassword,
isPasswordHash,
verifyPassword,
} from '../shared/password';
import { serializeAuthMutation } from '../shared/authMutation';
@Service()
export default class UserService {
@Inject((type) => NotificationService)
private notificationService!: NotificationService;
constructor(
@Inject('logger') private logger: winston.Logger,
private scheduleService: ScheduleService,
private sockService: SockService,
) {}
@serializeAuthMutation
public async login(
payloads: { username: string; password: string },
req: Request,
): Promise<any> {
return this.authenticate(payloads, req);
}
private async authenticate(
payloads: {
username: string;
password: string;
},
req: Request,
needTwoFactor = true,
): Promise<any> {
let { username, password } = payloads;
const content = await this.getAuthInfo();
if (isDefaultAuthInfo(content)) {
return { code: 450, message: t('请先初始化') };
}
const timestamp = Date.now();
const ip = getClientIp(req);
const query = new IP2Region();
const ipAddress = query.search(ip);
let address = '';
if (ipAddress) {
const { country, province, city, isp } = ipAddress;
address = uniq([country, province, city, isp]).filter(Boolean).join(' ');
}
let {
username: cUsername,
password: cPassword,
retries = 0,
lastlogon,
lastip,
lastaddr,
twoFactorActivated,
tokens = {},
platform,
blockedIps = [],
} = content;
if (
ip &&
blockedIps.some((blockedIp) => normalizeClientIp(blockedIp) === ip)
) {
await this.insertDb({
type: AuthDataType.loginLog,
info: {
timestamp,
address,
ip,
platform: req.platform,
status: LoginStatus.fail,
},
});
this.getLoginLog();
return { code: 403, message: t('该 IP 已被列入黑名单') };
}
const retriesTime = Math.pow(3, retries) * 1000;
if (retries > 2 && timestamp - lastlogon < retriesTime) {
const waitTime = Math.ceil(
(retriesTime - (timestamp - lastlogon)) / 1000,
);
return {
code: 410,
message: tf('失败次数过多,请%s秒后重试', waitTime),
data: waitTime,
};
}
const passwordMatches =
username === cUsername && (await verifyPassword(password, cPassword));
if (passwordMatches && twoFactorActivated && needTwoFactor) {
await this.updateAuthInfo(content, {
isTwoFactorChecking: true,
twoFactorExpiresAt: timestamp + 5 * 60 * 1000,
});
return {
code: 420,
message: '',
};
}
if (passwordMatches) {
const data = createRandomString(50, 100);
const expiration = twoFactorActivated ? '60d' : '20d';
let token = jwt.sign({ data }, config.jwt.secret, {
expiresIn: config.jwt.expiresIn || expiration,
algorithm: 'HS384',
});
const tokenInfo: TokenInfo = {
value: token,
timestamp,
ip,
address,
platform: req.platform,
};
const updatedTokens = this.addTokenToList(
tokens,
req.platform,
tokenInfo,
);
await this.updateAuthInfo(content, {
password: isPasswordHash(cPassword)
? cPassword
: await hashPassword(password),
token,
tokens: updatedTokens,
lastlogon: timestamp,
retries: 0,
lastip: ip,
lastaddr: address,
platform: req.platform,
isTwoFactorChecking: false,
twoFactorExpiresAt: 0,
});
this.notificationService.notify(
t('登录通知'),
t('你于') +
dayjs(timestamp).format('YYYY-MM-DD HH:mm:ss') +
t('在') +
address +
' ' +
req.platform +
t('端') +
' ' +
t('登录成功') +
t('ip地址') +
' ' +
ip,
);
await this.insertDb({
type: AuthDataType.loginLog,
info: {
timestamp,
address,
ip,
platform: req.platform,
status: LoginStatus.success,
},
});
this.getLoginLog();
return {
code: 200,
data: {
token,
lastip,
lastaddr,
lastlogon,
retries,
platform,
},
};
} else {
await this.updateAuthInfo(content, {
retries: retries + 1,
lastlogon: timestamp,
lastip: ip,
lastaddr: address,
platform: req.platform,
});
this.notificationService.notify(
t('登录通知'),
t('你于') +
dayjs(timestamp).format('YYYY-MM-DD HH:mm:ss') +
t('在') +
address +
' ' +
req.platform +
t('端') +
' ' +
t('登录失败') +
t('ip地址') +
' ' +
ip,
);
await this.insertDb({
type: AuthDataType.loginLog,
info: {
timestamp,
address,
ip,
platform: req.platform,
status: LoginStatus.fail,
},
});
this.getLoginLog();
if (retries > 2) {
const waitTime = Math.round(Math.pow(3, retries + 1));
return {
code: 410,
message: tf('失败次数过多,请%s秒后重试', waitTime),
data: waitTime,
};
} else {
return { code: 400, message: t('错误的用户名密码,请重试') };
}
}
}
@serializeAuthMutation
public async logout(platform: string, tokenValue: string): Promise<any> {
if (!platform || !tokenValue) {
this.logger.warn('Invalid logout parameters - empty platform or token');
return;
}
const authInfo = await this.getAuthInfo();
// Verify the token exists before attempting to remove it
const tokenExists = this.findTokenInList(
authInfo.tokens,
platform,
tokenValue,
);
if (!tokenExists && authInfo.token !== tokenValue) {
// Token not found, but don't throw error - user may have already logged out
this.logger.info(
`Logout attempted for non-existent token on platform: ${platform}`,
);
return;
}
const updatedTokens = this.removeTokenFromList(
authInfo.tokens,
platform,
tokenValue,
);
await this.updateAuthInfo(authInfo, {
token: authInfo.token === tokenValue ? '' : authInfo.token,
tokens: updatedTokens,
});
}
public async getLoginLog(): Promise<Array<SystemModelInfo | undefined>> {
const docs = await SystemModel.findAll({
where: { type: AuthDataType.loginLog },
});
if (docs && docs.length > 0) {
const result = docs.sort(
(a, b) => b.info!.timestamp! - a.info!.timestamp!,
);
if (result.length > 100) {
const ids = result.slice(100).map((x) => x.id!);
await SystemModel.destroy({
where: { id: ids },
});
}
return result.map((x) => x.info);
}
return [];
}
public async getIpBlacklist(): Promise<string[]> {
const authInfo = await this.getAuthInfo();
return uniq((authInfo.blockedIps || []).map(normalizeClientIp)).filter(
Boolean,
);
}
@serializeAuthMutation
public async blockIp(ip: string): Promise<string[]> {
const authInfo = await this.getAuthInfo();
const blockedIps = uniq([
...(authInfo.blockedIps || []).map(normalizeClientIp),
normalizeClientIp(ip),
]).filter(Boolean);
await this.updateAuthInfo(authInfo, { blockedIps });
return blockedIps;
}
@serializeAuthMutation
public async unblockIp(ip: string): Promise<string[]> {
const authInfo = await this.getAuthInfo();
const normalizedIp = normalizeClientIp(ip);
const blockedIps = (authInfo.blockedIps || [])
.map(normalizeClientIp)
.filter((blockedIp) => blockedIp && blockedIp !== normalizedIp);
await this.updateAuthInfo(authInfo, { blockedIps });
return blockedIps;
}
private async insertDb(payload: SystemInfo): Promise<SystemInfo> {
const doc = await SystemModel.create({ ...payload }, { returning: true });
return doc;
}
@serializeAuthMutation
public async initializeUser({
username,
password,
}: {
username: string;
password: string;
}) {
const authInfo = await this.getAuthInfo();
if (!isDefaultAuthInfo(authInfo)) {
return { code: 450, message: t('未知错误') };
}
if (password === 'admin') {
return { code: 400, message: t('密码不能设置为admin') };
}
await this.updateAuthInfo(authInfo, {
username,
password: await hashPassword(password),
token: '',
tokens: {},
isTwoFactorChecking: false,
twoFactorExpiresAt: 0,
});
return { code: 200, message: t('更新成功') };
}
@serializeAuthMutation
public async updateUsernameAndPassword({
username,
password,
}: {
username: string;
password: string;
}) {
if (password === 'admin') {
return { code: 400, message: t('密码不能设置为admin') };
}
const authInfo = await this.getAuthInfo();
await this.updateAuthInfo(authInfo, {
username,
password: await hashPassword(password),
token: '',
tokens: {},
isTwoFactorChecking: false,
twoFactorExpiresAt: 0,
});
return { code: 200, message: t('更新成功') };
}
@serializeAuthMutation
public async updateAvatar(avatar: string) {
const authInfo = await this.getAuthInfo();
await this.updateAuthInfo(authInfo, { avatar });
return { code: 200, data: avatar, message: t('更新成功') };
}
@serializeAuthMutation
public async initTwoFactor() {
const secret = authenticator.generateSecret();
const authInfo = await this.getAuthInfo();
if (authInfo.twoFactorActivated) {
throw new Error(t('请先关闭两步验证'));
}
const otpauth = authenticator.keyuri(authInfo.username, 'qinglong', secret);
await this.updateAuthInfo(authInfo, { twoFactorSecret: secret });
return { secret, url: otpauth };
}
@serializeAuthMutation
public async activeTwoFactor(code: string) {
const authInfo = await this.getAuthInfo();
const isValid = authenticator.verify({
token: code,
secret: authInfo.twoFactorSecret,
});
if (isValid) {
await this.updateAuthInfo(authInfo, {
twoFactorActivated: true,
token: '',
tokens: {},
isTwoFactorChecking: false,
twoFactorExpiresAt: 0,
});
}
return isValid;
}
@serializeAuthMutation
public async twoFactorLogin(
{
username,
password,
code,
}: { username: string; password: string; code: string },
req: any,
) {
const authInfo = await this.getAuthInfo();
const { isTwoFactorChecking, twoFactorSecret } = authInfo;
const now = Date.now();
const retries = authInfo.retries || 0;
if (retries > 2 && now - authInfo.lastlogon < Math.pow(3, retries) * 1000) {
return { code: 410, message: t('失败次数过多,请稍后重试') };
}
if (
!isTwoFactorChecking ||
!authInfo.twoFactorActivated ||
!authInfo.twoFactorExpiresAt ||
authInfo.twoFactorExpiresAt <= now
) {
return { code: 450, message: t('未知错误') };
}
const step = Math.floor(now / 30000);
const isValid =
username === authInfo.username &&
(await verifyPassword(password, authInfo.password)) &&
authInfo.lastTwoFactorStep !== step &&
authenticator.verify({ token: code, secret: twoFactorSecret });
if (isValid) {
await this.updateAuthInfo(authInfo, { lastTwoFactorStep: step });
return this.authenticate({ username, password }, req, false);
} else {
const ip = getClientIp(req);
const query = new IP2Region();
const ipAddress = query.search(ip);
let address = '';
if (ipAddress) {
const { country, province, city, isp } = ipAddress;
address = uniq([country, province, city, isp])
.filter(Boolean)
.join(' ');
}
await this.updateAuthInfo(authInfo, {
retries: retries + 1,
lastlogon: now,
isTwoFactorChecking: retries + 1 < 5,
lastip: ip,
lastaddr: address,
platform: req.platform,
});
return { code: 430, message: t('验证失败') };
}
}
@serializeAuthMutation
public async deactivateTwoFactor() {
const authInfo = await this.getAuthInfo();
await this.updateAuthInfo(authInfo, {
twoFactorActivated: false,
twoFactorSecret: '',
token: '',
tokens: {},
isTwoFactorChecking: false,
twoFactorExpiresAt: 0,
});
return true;
}
public async getAuthInfo() {
const authInfo = await shareStore.getAuthInfo();
if (authInfo) {
return authInfo;
}
const doc = await this.getDb({ type: AuthDataType.authConfig });
return (doc.info || {}) as AuthInfo;
}
private async updateAuthInfo(authInfo: AuthInfo, info: Partial<AuthInfo>) {
const result = { ...authInfo, ...info };
await shareStore.updateAuthInfo(result);
await this.updateAuthDb({
type: AuthDataType.authConfig,
info: result,
});
if (info.tokens && Object.keys(info.tokens).length === 0) {
this.sockService.getClients().forEach((conn) => conn.close('401'));
}
}
public async getNotificationMode(): Promise<NotificationInfo> {
const doc = await this.getDb({ type: AuthDataType.notification });
return (doc.info || {}) as NotificationInfo;
}
private async updateAuthDb(payload: SystemInfo): Promise<any> {
let doc = await SystemModel.findOne({ where: { type: payload.type } });
if (doc) {
const updateResult = await SystemModel.update(payload, {
where: { id: doc.id },
returning: true,
});
doc = updateResult[1][0];
} else {
doc = await SystemModel.create(payload, { returning: true });
}
return doc;
}
public async getDb(query: any): Promise<SystemInfo> {
const doc = await SystemModel.findOne({ where: { ...query } });
if (!doc) {
throw new Error(`${JSON.stringify(query)} not found`);
}
return doc.get({ plain: true });
}
public async updateNotificationMode(notificationInfo: NotificationInfo) {
const code = Math.random().toString().slice(-6);
const isSuccess = await this.notificationService.testNotify(
notificationInfo,
t('青龙'),
t('【蛟龙】测试通知 https://t.me/jiao_long'),
);
if (isSuccess) {
const result = await this.updateAuthDb({
type: AuthDataType.notification,
info: { ...notificationInfo },
});
return { code: 200, data: { ...result, code } };
} else {
return { code: 400, message: t('通知发送失败,请检查参数') };
}
}
private normalizeTokens(
tokens: Record<string, string | TokenInfo[]>,
): Record<string, TokenInfo[]> {
const normalized: Record<string, TokenInfo[]> = {};
for (const [platform, value] of Object.entries(tokens)) {
if (typeof value === 'string') {
// Legacy format: convert string token to TokenInfo array
if (value) {
normalized[platform] = [
{
value,
timestamp: Date.now(),
ip: '',
address: '',
platform,
},
];
} else {
normalized[platform] = [];
}
} else {
// Already in new format
normalized[platform] = value || [];
}
}
return normalized;
}
private addTokenToList(
tokens: Record<string, string | TokenInfo[]>,
platform: string,
tokenInfo: TokenInfo,
maxTokensPerPlatform: number = config.maxTokensPerPlatform,
): Record<string, TokenInfo[]> {
// Validate maxTokensPerPlatform parameter
if (!Number.isInteger(maxTokensPerPlatform) || maxTokensPerPlatform < 1) {
this.logger.warn(
`Invalid maxTokensPerPlatform value: ${maxTokensPerPlatform}, using default`,
);
maxTokensPerPlatform = config.maxTokensPerPlatform;
}
const normalized = this.normalizeTokens(tokens);
if (!normalized[platform]) {
normalized[platform] = [];
}
// Add new token
normalized[platform].unshift(tokenInfo);
// Limit the number of active tokens per platform
if (normalized[platform].length > maxTokensPerPlatform) {
normalized[platform] = normalized[platform].slice(
0,
maxTokensPerPlatform,
);
}
return normalized;
}
private removeTokenFromList(
tokens: Record<string, string | TokenInfo[]>,
platform: string,
tokenValue: string,
): Record<string, TokenInfo[]> {
const normalized = this.normalizeTokens(tokens);
if (normalized[platform]) {
normalized[platform] = normalized[platform].filter(
(t) => t.value !== tokenValue,
);
}
return normalized;
}
private findTokenInList(
tokens: Record<string, string | TokenInfo[]>,
platform: string,
tokenValue: string,
): TokenInfo | undefined {
const normalized = this.normalizeTokens(tokens);
if (normalized[platform]) {
return normalized[platform].find((t) => t.value === tokenValue);
}
return undefined;
}
@serializeAuthMutation
public async resetAuthInfo(info: Partial<AuthInfo>) {
const { retries, twoFactorActivated, password, username } = info;
if (password === 'admin') {
return { code: 400, message: t('密码不能设置为admin') };
}
const authInfo = await this.getAuthInfo();
const payload = pickBy(
{
retries,
twoFactorActivated,
password,
username,
},
(x) => !isNil(x),
);
if (password !== undefined) {
payload.password = await hashPassword(password);
}
if (
password !== undefined ||
username !== undefined ||
twoFactorActivated !== undefined
) {
Object.assign(payload, {
token: '',
tokens: {},
isTwoFactorChecking: false,
twoFactorExpiresAt: 0,
});
}
await this.updateAuthInfo(authInfo, payload);
}
}