pokemon-showdown/server/ip-tools.ts
2020-02-09 16:11:33 -08:00

701 lines
23 KiB
TypeScript

/**
* IP Tools
* Pokemon Showdown - http://pokemonshowdown.com/
*
* IPTools file has various tools for IP parsing and IP-based blocking.
*
* These include DNSBLs: DNS-based blackhole lists, which list IPs known for
* running proxies, spamming, or other abuse.
*
* We also maintain our own database of datacenter IP ranges (usually
* proxies). These are taken from https://github.com/client9/ipcat
* but include our own database as well.
*
* @license MIT
*/
'use strict';
const BLOCKLISTS = ['sbl.spamhaus.org', 'rbl.efnetrbl.org'];
import * as dns from 'dns';
import {FS} from '../lib/fs';
export const IPTools = new class {
readonly dnsblCache = new Map<string, string | null>([
['127.0.0.1', null],
]);
readonly proxyHosts = new Set([
'alexhost.md',
'amazonaws.com',
'anchorfree.com',
'aquanetworks.co.uk',
'aruba.it',
'arubacloud.com',
'arubacloud.de',
'arubacloud.fr',
'as29550.net',
'avenueoftor.com',
'bitcoinwebhosting.net',
'blazingfast.io',
'bnewstoday.com',
'brightnewfutures.net',
'cd-n.net',
'cdn77.com',
'choopa.com',
'choopa.net',
'cloudhosting.lv',
'cloudmosa.com',
'clues.ro',
'colocenter.nl',
'colocrossing.com',
'contaboserver.net',
'croweb.host',
'cyberghost.ro',
'cyberghostvpn.com',
'darkweb.love',
'deltahost-ptr',
'dockerapp.io',
'edis.at',
'elostech.cz',
'enahost.com',
'ezzi.net',
'fantastic-host.net',
'forpsi.net',
'freedome-vpn.net',
'frootvpn.com',
'galaxyhostplus.com',
'gigenet.com',
'h2dns.net',
'hide.me',
'hkserverworks.com',
'hostnottingham.co.uk',
'hostwindsdns.com',
'hvvc.us',
'hwng.net',
'ihc.ru',
'ipvanish.com',
'linode.com',
'ltt.ly',
'lunanode.com',
'm247.com',
'mediateam.fi',
'midphase.com',
'mivocloud.com',
'mixskilled.com',
'netdive.xyz',
'networktransit.net',
'northamericancoax.com',
'northghost.com',
'novalayer.net',
'nu-s.net',
'op-net.com',
'openvirtuals.com',
'opera.com',
'ovpn.com',
'pacswitch.com',
'poneytelecom.eu',
'primegraf.com.br',
'privacyfoundation.ch',
'protectedgroup.com',
'quadranet.com',
'ra4wvpn.com',
'redstation.co.uk',
'redstation.net.uk',
'samsnuk.info',
'scaleway.com',
'servercontrol.com.au',
'serverprofi24.com',
'shinyrimsinc.com',
'shpv.eu',
'sl-reverse.com',
'smartwebbrands.com',
'softlayer.com',
'stephost.md',
'szervernet.hu',
'terrahost.no',
'time4vps.eu',
'trance.fm',
'tunnelbear.com',
'ubiquityservers.com',
'uaservers.net',
'ukservers.com',
'unmetered.zone',
'upcloud.host',
'vilayer.com',
'voxility.com',
'voxility.net',
'vpnbook.com',
'vultr.com',
'worldstream.nl',
'your-server.de',
'zare.com',
'zenmate.com',
]);
readonly residentialHosts = new Set([
'bell.ca',
'bellmts.net',
'bellsouth.net',
'cgocable.net',
'charter.com',
'comcast.net',
'comcast.net.res-nohost',
'comcastbusiness.net',
'cornell.edu',
'cox.net',
'embarqhsd.net',
'frontiernet.net',
'hargray.net',
'itctel.com',
'mlgc.com',
'netins.net',
'optonline.net',
'odu.edu',
'osu.edu',
'qwest.net',
'rogers.com',
'rr.com',
'sbcglobal.net',
'shawcable.net',
'sonic.net',
'sourcecable.net',
'unc.edu',
'verizon.net',
'videotron.ca',
'virginmobile.ca',
'vt.edu',
'wayport.net',
'windstream.net',
]);
readonly mobileHosts = new Set([
'myvzw.com',
'mycingular.net',
'spcsdns.net',
'tmodns.net',
'tmobile.mobile-nohost',
'tele2.se',
'ideacellular.mobile-nohost',
'as13285.net',
'att.net',
]);
readonly connectionTestCache = new Map<string, boolean>();
async lookup(ip: string) {
// known TypeScript bug
// https://github.com/microsoft/TypeScript/issues/33752
const [dnsbl, host] = await Promise.all<string | null, string>([
IPTools.queryDnsbl(ip),
IPTools.getHost(ip),
]);
const shortHost = this.shortenHost(host);
const hostType = this.getHostType(shortHost, ip);
return {dnsbl, host, shortHost, hostType};
}
queryDnsblLoop(ip: string, callback: (val: string | null) => void, reversedIpDot: string, index: number) {
if (index >= BLOCKLISTS.length) {
// not in any blocklist
IPTools.dnsblCache.set(ip, null);
callback(null);
return;
}
const blocklist = BLOCKLISTS[index];
dns.lookup(reversedIpDot + blocklist, 4, (err, res) => {
if (!err) {
// blocked
IPTools.dnsblCache.set(ip, blocklist);
callback(blocklist);
return;
}
// not blocked, try next blocklist
IPTools.queryDnsblLoop(ip, callback, reversedIpDot, index + 1);
});
}
/**
* IPTools.queryDnsbl(ip, callback)
*
* Calls callb
* ack(blocklist), where blocklist is the blocklist domain
* if the passed IP is in a blocklist, or null if the IP is not in
* any blocklist.
*
* Return value matches isBlocked when treated as a boolean.
*/
queryDnsbl(ip: string) {
if (!Config.dnsbl) return Promise.resolve(null);
if (IPTools.dnsblCache.has(ip)) {
return Promise.resolve(IPTools.dnsblCache.get(ip) || null);
}
const reversedIpDot = ip.split('.').reverse().join('.') + '.';
return new Promise<string | null>((resolve, reject) => {
IPTools.queryDnsblLoop(ip, resolve, reversedIpDot, 0);
});
}
/*********************************************************
* IP parsing
*********************************************************/
ipToNumber(ip: string) {
if (ip.includes(':') && !ip.includes('.')) {
// IPv6
return -1;
}
if (ip.startsWith('::ffff:')) ip = ip.slice(7);
else if (ip.startsWith('::')) ip = ip.slice(2);
let num = 0;
const parts = ip.split('.');
for (const part of parts) {
num *= 256;
num += parseInt(part);
}
return num;
}
getCidrPattern(cidr: string): [number, number] | null {
if (!cidr) return null;
const index = cidr.indexOf('/');
if (index <= 0) {
return [IPTools.ipToNumber(cidr), IPTools.ipToNumber(cidr)];
}
const low = IPTools.ipToNumber(cidr.slice(0, index));
const bits = parseInt(cidr.slice(index + 1));
// fun fact: IPTools fails if bits <= 1 because JavaScript
// does << with signed int32s.
const high = low + (1 << (32 - bits)) - 1;
return [low, high];
}
getRangePattern(range: string): [number, number] | null {
if (!range) return null;
const index = range.indexOf(' - ');
if (index <= 0) {
return [IPTools.ipToNumber(range), IPTools.ipToNumber(range)];
}
const low = IPTools.ipToNumber(range.slice(0, index));
const high = IPTools.ipToNumber(range.slice(index + 3));
return [low, high];
}
getPattern(str: string): [number, number] | null {
if (!str) return null;
if (str.indexOf(' - ') > 0) return IPTools.getRangePattern(str);
return IPTools.getCidrPattern(str);
}
cidrToPattern(cidr: string | string[]): [number, number][] {
if (!cidr || !cidr.length) {
return [];
}
if (typeof cidr === 'string') {
const pattern = IPTools.getCidrPattern(cidr);
if (!pattern) return [];
return [pattern];
}
return cidr.map(IPTools.getCidrPattern).filter(x => x) as [number, number][];
}
rangeToPattern(range: string | string[]): [number, number][] {
if (!range || !range.length) {
return [];
}
if (typeof range === 'string') {
const pattern = IPTools.getRangePattern(range);
if (!pattern) return [];
return [pattern];
}
return range.map(IPTools.getRangePattern).filter(x => x) as [number, number][];
}
checkPattern(patterns: [number, number][], num: number) {
for (const pattern of patterns) {
if (num >= pattern[0] && num <= pattern[1]) {
return true;
}
}
return false;
}
/**
* Returns a checker function for the passed IP range or array of
* ranges. The checker function returns true if its passed IP is
* in the range.
*/
checker(ranges: string | string[]) {
if (!ranges || !ranges.length) return () => false;
let patterns: [number, number][] = [];
if (typeof ranges === 'string') {
const rangePatterns = IPTools.getPattern(ranges);
if (rangePatterns) patterns = [rangePatterns];
} else {
patterns = ranges.map(IPTools.getPattern).filter(x => x) as [number, number][];
}
return (ip: string) => IPTools.checkPattern(patterns, IPTools.ipToNumber(ip));
}
/*********************************************************
* Datacenter parsing
*********************************************************/
urlToHost(url: string) {
if (url.startsWith('http://')) url = url.slice(7);
if (url.startsWith('https://')) url = url.slice(8);
if (url.startsWith('www.')) url = url.slice(4);
const slashIndex = url.indexOf('/');
if (slashIndex > 0) url = url.slice(0, slashIndex);
return url;
}
datacenters: [number, number, string][] = [];
async loadDatacenters() {
const data = await FS('config/datacenters.csv').readIfExists();
const rows = data.split('\n');
const datacenters: [number, number, string][] = [];
for (const row of rows) {
if (!row) continue;
const rowSplit = row.split(',');
const rowData: [number, number, string] = [
IPTools.ipToNumber(rowSplit[0]),
IPTools.ipToNumber(rowSplit[1]),
IPTools.urlToHost(rowSplit[3]),
];
datacenters.push(rowData);
}
IPTools.datacenters = datacenters;
}
/**
* Will not reject; IPs with no RDNS entry will resolve to
* '[byte1].[byte2].unknown-nohost'.
*/
getHost(ip: string) {
return new Promise<string>(resolve => {
if (!ip) {
resolve('');
return;
}
const ipNumber = IPTools.ipToNumber(ip);
if (IPTools.checkPattern(rangeOVHres, ipNumber)) {
resolve('ovh.fr.res-nohost');
return;
}
if (IPTools.checkPattern(rangeWindres, ipNumber)) {
resolve('wind.it.res-nohost');
return;
}
for (const row of IPTools.datacenters) {
if (ipNumber >= row[0] && ipNumber <= row[1]) {
resolve(row[2] + '.proxy-nohost');
return;
}
}
if (
ip.startsWith('106.76.') || ip.startsWith('106.77.') || ip.startsWith('106.78.') ||
ip.startsWith('106.79.') || ip.startsWith('112.110.') || ip.startsWith('27.97.') ||
ip.startsWith('49.15.') || ip.startsWith('49.14.') || ip.startsWith('1.187.')
) {
resolve('ideacellular.mobile-nohost');
return;
}
if (IPTools.checkPattern(rangeTmobile, ipNumber) || ip.startsWith('149.254.')) {
resolve('tmobile.mobile-nohost');
return;
}
if (
IPTools.checkPattern(rangeCenet, ipNumber) || IPTools.checkPattern(rangeQlded, ipNumber) ||
ip.startsWith('153.107.') || IPTools.checkPattern(rangeCathednet, ipNumber)
) {
resolve('edu.au.res-nohost');
return;
}
if (ip.startsWith('179.7.')) {
resolve('claro.com.pe.mobile-nohost');
return;
}
if (IPTools.checkPattern(rangeTelefonica, ipNumber)) {
resolve('telefonica.net.pe.mobile-nohost');
return;
}
if (ip.startsWith('180.191.') || ip.startsWith('112.198.')) {
resolve('globe.com.ph.mobile-nohost');
return;
}
if (ip.startsWith('218.188.') || ip.startsWith('218.189.')) {
resolve('hgc.com.hk.mobile-nohost');
return;
}
if (ip.startsWith('172.242.') || ip.startsWith('172.243.')) {
resolve('viasat.com.mobile-nohost');
return;
}
if (ip.startsWith('201.141.')) {
resolve('cablevision.net.mx.mobile-nohost');
return;
}
if (IPTools.checkPattern(rangeStarhub, ipNumber)) {
resolve('starhub.com.mobile-nohost');
return;
}
if (IPTools.checkPattern(rangeM1, ipNumber)) {
resolve('m1.com.sg.mobile-nohost');
return;
}
if (ip.startsWith('202.12.94.') || ip.startsWith('202.12.95.')) {
resolve('nyp.edu.sg.res-nohost');
return;
}
if (ip.startsWith('64.150.')) {
resolve('illinois.net.res-nohost');
return;
}
if (ip.startsWith('147.129.')) {
resolve('ithaca.edu.res-nohost');
return;
}
if (ip.startsWith('189.204.')) {
resolve('bestel.com.mx.res-nohost');
return;
}
if (IPTools.checkPattern(rangePsci, ipNumber)) {
resolve('psci.net.res-nohost');
return;
}
if (IPTools.checkPattern(rangeOcde, ipNumber)) {
resolve('ocde.us.res-nohost');
return;
}
if (IPTools.checkPattern(rangeIhet, ipNumber)) {
resolve('iu.edu.res-nohost');
return;
}
if (IPTools.checkPattern(rangeTimcelular, ipNumber)) {
resolve('tim.com.br.mobile-nohost');
return;
}
if (ip.startsWith('121.54.')) {
resolve('smart.com.ph.mobile-nohost');
return;
}
if (ip.startsWith('179.52.') || ip.startsWith('179.53.')) {
resolve('codetel.net.do.mobile-nohost');
return;
}
if (ip.startsWith('46.16.36.')) {
resolve('anchorfree.proxy-nohost');
return;
}
if (
ip.startsWith('198.144.104.') || ip.startsWith('198.47.115.') || ip.startsWith('199.255.215.') ||
ip.startsWith('204.14.76.') || ip.startsWith('204.14.77.') || ip.startsWith('204.14.78.') ||
ip.startsWith('204.14.79.') || ip.startsWith('205.164.32.') || ip.startsWith('209.73.132.') ||
ip.startsWith('209.73.151.') || ip.startsWith('216.172.135.') || ip.startsWith('46.16.34.') ||
ip.startsWith('46.16.35.') || ip.startsWith('50.117.45.') || ip.startsWith('63.141.198.') ||
ip.startsWith('63.141.199.') || ip.startsWith('74.115.1.') || ip.startsWith('74.115.5.') ||
ip.startsWith('85.237.197.') || ip.startsWith('85.237.222.')
) {
resolve('anchorfree.proxy-nohost');
return;
}
if (ip === '127.0.0.1') {
resolve('localhost');
return;
}
dns.reverse(ip, (err, hosts) => {
if (err) {
resolve('' + ip.split('.').slice(0, 2).join('.') + '.unknown-nohost');
return;
}
if (!hosts || !hosts[0]) {
if (ip.startsWith('50.')) {
resolve('comcast.net.res-nohost');
} else if (IPTools.checkPattern(rangeTelstra, ipNumber)) {
resolve('telstra.net.res-nohost');
} else {
this.testConnection(ip, result => {
if (result) {
resolve('' + ip.split('.').slice(0, 2).join('.') + '.proxy-nohost');
} else {
resolve('' + ip.split('.').slice(0, 2).join('.') + '.unknown-nohost');
}
});
}
} else {
resolve(hosts[0]);
}
});
});
}
/**
* Does this IP respond to port 80? In theory, proxies are likely to
* respond, while residential connections are likely to reject connections.
*
* Callback is guaranteed to be called exactly once, within a 1000ms
* timeout.
*/
testConnection(ip: string, callback: (result: boolean) => void) {
const cachedValue = this.connectionTestCache.get(ip);
if (cachedValue !== undefined) {
return callback(cachedValue);
}
// Node.js's documentation does not make this easy to write. I discovered
// this behavior by manual testing:
// A successful connection emits 'connect', which you should react to
// with socket.destroy(), which emits 'close'.
// Some IPs instantly reject connections, emitting 'error' followed
// immediately by 'close'.
// Some IPs just never respond, leaving you to time out. Node will
// emit the 'timeout' event, but not actually do anything else, leaving
// you to manually use socket.destroy(), which emits 'close'
let connected = false;
const socket = require('net').createConnection({
port: 80,
host: ip,
timeout: 1000,
}, () => {
connected = true;
this.connectionTestCache.set(ip, true);
callback(true);
socket.destroy();
});
socket.on('error', () => {});
socket.on('timeout', () => socket.destroy());
socket.on('close', () => {
if (!connected) {
this.connectionTestCache.set(ip, false);
callback(false);
}
});
}
shortenHost(host: string) {
if (host.slice(-7) === '-nohost') return host;
let dotLoc = host.lastIndexOf('.');
const tld = host.slice(dotLoc);
if (tld === '.uk' || tld === '.au' || tld === '.br') dotLoc = host.lastIndexOf('.', dotLoc - 1);
dotLoc = host.lastIndexOf('.', dotLoc - 1);
return host.slice(dotLoc + 1);
}
/**
* Host types:
* - 'res' - normal residential ISP
* - 'shared' - like res, but shared among many people: bans will have collateral damage
* - 'mobile' - like res, but unstable IP (IP bans don't work)
* - 'proxy' - datacenters, VPNs, proxy services, other untrustworthy sources
* (note that bots will usually be hosted on these)
* - 'res?' - likely res, but host not specifically whitelisted
* - 'unknown' - no rdns entry, treat with suspicion
*/
getHostType(host: string, ip: string) {
if (Punishments.sharedIps.has(ip)) {
return 'shared';
}
if (host === 'he.net.proxy-nohost') {
// Hurricane Electric has an annoying habit of having residential
// internet and datacenters on the same IP ranges - we get a lot of
// legitimate users as well as spammers on VPNs from HE.
// This splits the difference and treats it like any other unknown IP.
return 'unknown';
}
// There were previously special cases for
// 'digitalocean.proxy-nohost', 'servihosting.es.proxy-nohost'
// DO is commonly used to host bots; I don't know who whitelisted
// servihosting but I assume for a similar reason. This isn't actually
// tenable; any service that can host bots can and does also host proxies.
if (this.proxyHosts.has(host) || host.endsWith('.proxy-nohost')) {
return 'proxy';
}
if (this.residentialHosts.has(host) || host.endsWith('.res-nohost')) {
return 'res';
}
if (this.mobileHosts.has(host) || host.endsWith('.mobile-nohost')) {
return 'mobile';
}
if (/^ip-[0-9]+-[0-9]+-[0-9]+\.net$/.test(host) || /^ip-[0-9]+-[0-9]+-[0-9]+\.eu$/.test(host)) {
// OVH
return 'proxy';
}
if ([
'114.161.93.156', '121.129.20.202', '122.45.113.125', '128.68.107.201', '150.31.37.122', '176.202.180.98',
'184.22.240.178', '185.127.25.192', '185.234.219.117', '199.249.230.69', '39.111.5.170', '58.124.244.202',
'59.8.242.27', '61.121.64.114', '78.85.106.214', '89.110.59.95', '38.132.116.198', '38.132.120.92',
'113.197.177.61', '38.132.120.92', '126.227.135.176', '171.251.45.151', '111.105.163.211', '119.30.32.155',
'176.124.96.196', '93.87.75.118', '87.247.111.222', '244.242.108.51', '72.252.4.161', '78.85.17.243',
'80.250.14.236', '83.142.197.99', '89.147.80.2', '91.197.189.62', '103.78.54.180', '106.120.14.39',
'109.122.80.234', '115.85.65.146', '118.97.55.65', '185.217.160.184', '200.35.43.89', '202.62.61.119',
'203.83.183.11', '84.245.104.164', '158.195.148.169', '31.168.162.22', '62.12.114.142', '157.157.87.135',
'40.71.227.101', '119.42.118.73', '202.40.183.234', '113.11.136.28', '222.72.38.46', '185.141.10.67',
'24.52.170.119', '62.140.252.72', '94.236.198.160', '182.52.51.41', '187.38.170.94', '109.185.143.169',
'84.41.29.225', '101.255.64.194', '210.16.84.182', '203.192.208.72', '201.182.146.14', '189.45.42.149',
'89.135.51.39', '82.117.234.189', '109.105.195.250', '61.9.48.99', '91.103.31.45', '213.5.194.3',
'185.121.202.51', '175.195.33.102', '59.120.229.102', '79.106.165.238', '217.210.157.135', '101.108.175.93',
'181.210.16.130', '81.91.144.53', '200.89.174.102', '85.114.96.94', '81.30.10.177', '81.162.199.249',
'91.210.59.145', '88.87.231.132', '109.238.220.130', '167.86.94.107', '104.244.78.55', '92.62.139.103',
'89.28.31.85', '31.135.99.52', '193.187.82.74', '178.215.86.254', '176.124.146.59', '79.143.225.152',
'95.140.30.148', '94.124.193.244', '95.31.130.96', '89.148.195.90', '185.34.17.54', '185.251.33.194',
'182.52.51.20', '84.124.28.56', '93.157.196.90', '150.242.19.129', '187.44.149.99', '103.217.218.29',
'193.93.48.21', '31.129.166.94', '217.17.111.107', '1.20.100.45', '109.248.62.207', '96.3.212.158',
'95.87.127.133', '78.152.109.186', '96.77.77.53', '96.89.102.21', '86.57.175.61', '50.224.238.78',
'67.78.120.18', '208.77.130.238', '23.25.96.205', '195.81.20.71', '66.208.117.227', '202.150.148.218 ',
'188.244.21.196', '188.138.250.83', '188.75.186.162', '84.242.183.150', '103.65.194.2', '109.111.243.206',
'115.21.84.115', '96.80.89.69', '118.168.195.232', '126.37.49.56', '60.112.178.85', '130.105.53.178',
'149.34.2.186', '165.73.105.51', '210.3.160.230', '219.241.2.151', '222.5.46.99', '73.212.251.26',
'59.133.28.51', '60.66.0.14', '107.242.117.13', '84.55.113.174', '85.67.25.112', '94.24.231.50',
'124.97.24.88', '74.82.232.201', '121.103.230.148', '126.216.8.82', '189.208.146.156', '77.89.251.138',
'185.244.172.3', '31.46.32.20', '93.190.58.4', '78.62.219.250', '213.108.160.85', '93.125.109.222',
'94.156.119.32', '213.97.242.43', '193.138.63.157', '193.138.63.148', '83.175.166.234', '116.0.54.30',
'124.41.211.251', '81.161.205.4', '136.179.21.69', '213.226.232.120', '39.111.140.55', '122.1.48.68',
'109.196.15.142', '110.232.80.234', '122.54.134.175', '125.25.165.97', '101.51.141.20', '159.224.220.63',
'176.227.188.16', '181.10.210.99', '186.42.252.218', '187.44.254.62', '188.234.214.221', '200.105.209.170',
'201.20.116.26', '201.219.216.131', '223.25.14.66', '37.235.153.214', '5.39.165.20', '36.84.59.53',
'50.205.151.218', '50.253.211.61', '77.121.5.131', '77.37.208.119', '79.101.105.74', '80.89.137.210',
'85.237.63.124', '86.101.159.121', '90.151.180.215', '92.234.72.248', '92.255.164.166', '95.161.196.146',
'80.59.233.178', '88.146.204.165', '158.58.197.227', '185.41.76.35', '212.170.49.70', '91.139.202.50',
'92.115.247.61', '95.65.89.96', '61.221.12.80', '210.217.18.70', '211.197.11.17', '178.20.137.178',
'137.63.71.51', '78.60.203.75',
].includes(ip)) {
// single-IP open proxies
return 'proxy';
}
if (host.endsWith('.unknown-nohost')) {
// rdns entry doesn't exist, and IP doesn't respond to a probe on port 80
return 'unknown';
}
// rdns entry exists but is unrecognized
return 'res?';
}
};
const rangeTmobile = IPTools.cidrToPattern('172.32.0.0/11');
const rangeCenet = IPTools.cidrToPattern('27.111.64.0/21');
const rangeQlded = IPTools.cidrToPattern('203.104.0.0/20');
const rangeCathednet = IPTools.cidrToPattern('180.95.40.0/21');
const rangeTelefonica = IPTools.cidrToPattern([
'181.64.0.0/15', '190.235.0.0/17', '200.10.75.128/26', '200.37.0.0/16', '200.48.0.0/16', '200.60.128.0/18',
]);
const rangeStarhub = IPTools.cidrToPattern([
'27.125.128.0/18', '58.96.192.0/18', '101.127.0.0/17', '116.88.0.0/17', '122.11.192.0/18', '182.19.128.0/17', '182.55.0.0/16', '183.90.0.0/17', '203.116.122.0/23',
]);
const rangeTelstra = IPTools.cidrToPattern('101.160.0.0/11');
const rangePsci = IPTools.cidrToPattern(['96.31.192.0/20', '209.239.96.0/20', '216.49.96.0/19']);
const rangeOcde = IPTools.cidrToPattern(['104.249.64.0/18', '209.232.144.0/20', '216.100.88.0/21']);
const rangeIhet = IPTools.cidrToPattern('199.8.0.0/16');
const rangeTimcelular = IPTools.cidrToPattern('191.128.0.0/12');
const rangeM1 = IPTools.cidrToPattern('119.56.64.0/18');
const rangeOVHres = IPTools.rangeToPattern([
'109.190.0.0 - 109.190.63.255', '109.190.64.0 - 109.190.127.255', '109.190.128.0 - 109.190.191.255', '109.190.192.0 - 109.190.255.255', '151.80.228.0 - 151.80.228.255', '178.32.37.0 - 178.32.37.255', '178.33.101.0 - 178.33.101.255', '185.15.68.0 - 185.15.69.255', '185.15.70.0 - 185.15.71.255',
]);
const rangeWindres = IPTools.rangeToPattern([
'151.3.0.0 - 151.79.255.255', '151.81.0.0 - 151.84.255.255', '151.93.0.0 - 151.93.255.255', '151.95.0.0 - 151.95.255.255', '176.206.0.0 - 176.207.255.255',
]);
export default IPTools;