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MateusNobreSilva / App Send MailPHPMailer PHPMailer – A full-featured email creation and transfer class for PHP Test status codecov.io Latest Stable Version Total Downloads License API Docs Features Probably the world's most popular code for sending email from PHP! Used by many open-source projects: WordPress, Drupal, 1CRM, SugarCRM, Yii, Joomla! and many more Integrated SMTP support – send without a local mail server Send emails with multiple To, CC, BCC and Reply-to addresses Multipart/alternative emails for mail clients that do not read HTML email Add attachments, including inline Support for UTF-8 content and 8bit, base64, binary, and quoted-printable encodings SMTP authentication with LOGIN, PLAIN, CRAM-MD5, and XOAUTH2 mechanisms over SMTPS and SMTP+STARTTLS transports Validates email addresses automatically Protects against header injection attacks Error messages in over 50 languages! DKIM and S/MIME signing support Compatible with PHP 5.5 and later, including PHP 8.1 Namespaced to prevent name clashes Much more! Why you might need it Many PHP developers need to send email from their code. The only PHP function that supports this directly is mail(). However, it does not provide any assistance for making use of popular features such as encryption, authentication, HTML messages, and attachments. Formatting email correctly is surprisingly difficult. There are myriad overlapping (and conflicting) standards, requiring tight adherence to horribly complicated formatting and encoding rules – the vast majority of code that you'll find online that uses the mail() function directly is just plain wrong, if not unsafe! The PHP mail() function usually sends via a local mail server, typically fronted by a sendmail binary on Linux, BSD, and macOS platforms, however, Windows usually doesn't include a local mail server; PHPMailer's integrated SMTP client allows email sending on all platforms without needing a local mail server. Be aware though, that the mail() function should be avoided when possible; it's both faster and safer to use SMTP to localhost. Please don't be tempted to do it yourself – if you don't use PHPMailer, there are many other excellent libraries that you should look at before rolling your own. Try SwiftMailer , Laminas/Mail, ZetaComponents etc. License This software is distributed under the LGPL 2.1 license, along with the GPL Cooperation Commitment. Please read LICENSE for information on the software availability and distribution. Installation & loading PHPMailer is available on Packagist (using semantic versioning), and installation via Composer is the recommended way to install PHPMailer. Just add this line to your composer.json file: "phpmailer/phpmailer": "^6.5" or run composer require phpmailer/phpmailer Note that the vendor folder and the vendor/autoload.php script are generated by Composer; they are not part of PHPMailer. If you want to use the Gmail XOAUTH2 authentication class, you will also need to add a dependency on the league/oauth2-client package in your composer.json. Alternatively, if you're not using Composer, you can download PHPMailer as a zip file, (note that docs and examples are not included in the zip file), then copy the contents of the PHPMailer folder into one of the include_path directories specified in your PHP configuration and load each class file manually: <?php use PHPMailer\PHPMailer\PHPMailer; use PHPMailer\PHPMailer\Exception; require 'path/to/PHPMailer/src/Exception.php'; require 'path/to/PHPMailer/src/PHPMailer.php'; require 'path/to/PHPMailer/src/SMTP.php'; If you're not using the SMTP class explicitly (you're probably not), you don't need a use line for the SMTP class. Even if you're not using exceptions, you do still need to load the Exception class as it is used internally. Legacy versions PHPMailer 5.2 (which is compatible with PHP 5.0 — 7.0) is no longer supported, even for security updates. You will find the latest version of 5.2 in the 5.2-stable branch. If you're using PHP 5.5 or later (which you should be), switch to the 6.x releases. Upgrading from 5.2 The biggest changes are that source files are now in the src/ folder, and PHPMailer now declares the namespace PHPMailer\PHPMailer. This has several important effects – read the upgrade guide for more details. Minimal installation While installing the entire package manually or with Composer is simple, convenient, and reliable, you may want to include only vital files in your project. At the very least you will need src/PHPMailer.php. If you're using SMTP, you'll need src/SMTP.php, and if you're using POP-before SMTP (very unlikely!), you'll need src/POP3.php. You can skip the language folder if you're not showing errors to users and can make do with English-only errors. If you're using XOAUTH2 you will need src/OAuth.php as well as the Composer dependencies for the services you wish to authenticate with. Really, it's much easier to use Composer! A Simple Example <?php //Import PHPMailer classes into the global namespace //These must be at the top of your script, not inside a function use PHPMailer\PHPMailer\PHPMailer; use PHPMailer\PHPMailer\SMTP; use PHPMailer\PHPMailer\Exception; //Load Composer's autoloader require 'vendor/autoload.php'; //Create an instance; passing `true` enables exceptions $mail = new PHPMailer(true); try { //Server settings $mail->SMTPDebug = SMTP::DEBUG_SERVER; //Enable verbose debug output $mail->isSMTP(); //Send using SMTP $mail->Host = 'smtp.example.com'; //Set the SMTP server to send through $mail->SMTPAuth = true; //Enable SMTP authentication $mail->Username = 'user@example.com'; //SMTP username $mail->Password = 'secret'; //SMTP password $mail->SMTPSecure = PHPMailer::ENCRYPTION_SMTPS; //Enable implicit TLS encryption $mail->Port = 465; //TCP port to connect to; use 587 if you have set `SMTPSecure = PHPMailer::ENCRYPTION_STARTTLS` //Recipients $mail->setFrom('from@example.com', 'Mailer'); $mail->addAddress('joe@example.net', 'Joe User'); //Add a recipient $mail->addAddress('ellen@example.com'); //Name is optional $mail->addReplyTo('info@example.com', 'Information'); $mail->addCC('cc@example.com'); $mail->addBCC('bcc@example.com'); //Attachments $mail->addAttachment('/var/tmp/file.tar.gz'); //Add attachments $mail->addAttachment('/tmp/image.jpg', 'new.jpg'); //Optional name //Content $mail->isHTML(true); //Set email format to HTML $mail->Subject = 'Here is the subject'; $mail->Body = 'This is the HTML message body <b>in bold!</b>'; $mail->AltBody = 'This is the body in plain text for non-HTML mail clients'; $mail->send(); echo 'Message has been sent'; } catch (Exception $e) { echo "Message could not be sent. Mailer Error: {$mail->ErrorInfo}"; } You'll find plenty to play with in the examples folder, which covers many common scenarios including sending through gmail, building contact forms, sending to mailing lists, and more. If you are re-using the instance (e.g. when sending to a mailing list), you may need to clear the recipient list to avoid sending duplicate messages. See the mailing list example for further guidance. That's it. You should now be ready to use PHPMailer! Localization PHPMailer defaults to English, but in the language folder you'll find many translations for PHPMailer error messages that you may encounter. Their filenames contain ISO 639-1 language code for the translations, for example fr for French. To specify a language, you need to tell PHPMailer which one to use, like this: //To load the French version $mail->setLanguage('fr', '/optional/path/to/language/directory/'); We welcome corrections and new languages – if you're looking for corrections, run the PHPMailerLangTest.php script in the tests folder and it will show any missing translations. Documentation Start reading at the GitHub wiki. If you're having trouble, head for the troubleshooting guide as it's frequently updated. Examples of how to use PHPMailer for common scenarios can be found in the examples folder. If you're looking for a good starting point, we recommend you start with the Gmail example. To reduce PHPMailer's deployed code footprint, examples are not included if you load PHPMailer via Composer or via GitHub's zip file download, so you'll need to either clone the git repository or use the above links to get to the examples directly. Complete generated API documentation is available online. You can generate complete API-level documentation by running phpdoc in the top-level folder, and documentation will appear in the docs folder, though you'll need to have PHPDocumentor installed. You may find the unit tests a good reference for how to do various operations such as encryption. If the documentation doesn't cover what you need, search the many questions on Stack Overflow, and before you ask a question about "SMTP Error: Could not connect to SMTP host.", read the troubleshooting guide. Tests PHPMailer tests use PHPUnit 9, with a polyfill to let 9-style tests run on older PHPUnit and PHP versions. Test status If this isn't passing, is there something you can do to help? Security Please disclose any vulnerabilities found responsibly – report security issues to the maintainers privately. See SECURITY and PHPMailer's security advisories on GitHub. Contributing Please submit bug reports, suggestions and pull requests to the GitHub issue tracker. We're particularly interested in fixing edge-cases, expanding test coverage and updating translations. If you found a mistake in the docs, or want to add something, go ahead and amend the wiki – anyone can edit it. If you have git clones from prior to the move to the PHPMailer GitHub organisation, you'll need to update any remote URLs referencing the old GitHub location with a command like this from within your clone: git remote set-url upstream https://github.com/PHPMailer/PHPMailer.git Please don't use the SourceForge or Google Code projects any more; they are obsolete and no longer maintained. Sponsorship Development time and resources for PHPMailer are provided by Smartmessages.net, the world's only privacy-first email marketing system. Smartmessages.net privacy-first email marketing logo Donations are very welcome, whether in beer 🍺, T-shirts 👕, or cold, hard cash 💰. Sponsorship through GitHub is a simple and convenient way to say "thank you" to PHPMailer's maintainers and contributors – just click the "Sponsor" button on the project page. If your company uses PHPMailer, consider taking part in Tidelift's enterprise support programme. PHPMailer For Enterprise Available as part of the Tidelift Subscription. The maintainers of PHPMailer and thousands of other packages are working with Tidelift to deliver commercial support and maintenance for the open source packages you use to build your applications. Save time, reduce risk, and improve code health, while paying the maintainers of the exact packages you use. Learn more. Changelog See changelog. History PHPMailer was originally written in 2001 by Brent R. Matzelle as a SourceForge project. Marcus Bointon (coolbru on SF) and Andy Prevost (codeworxtech) took over the project in 2004. Became an Apache incubator project on Google Code in 2010, managed by Jim Jagielski. Marcus created his fork on GitHub in 2008. Jim and Marcus decide to join forces and use GitHub as the canonical and official repo for PHPMailer in 2013. PHPMailer moves to the PHPMailer organisation on GitHub in 2013. What's changed since moving from SourceForge? Official successor to the SourceForge and Google Code projects. Test suite. Continuous integration with Github Actions. Composer support. Public development. Additional languages and language strings. CRAM-MD5 authentication support. Preserves full repo history of authors, commits and branches from the original SourceForge project.
M9nx / CodexACodexa is a local semantic code intelligence CLI designed to help AI assistants and developers understand large codebases faster. It indexes repositories, parses code structure, generates embeddings, and enables powerful semantic search across functions, classes, and modules.
onsetsoftware / Automerge PatcherUtility functions to apply and invert patches generated by Automerge document changes.
dtrifuno / QuickphfRust implementation of the PTHash perfect hash function for static compile-time generated hash tables
MenzelRobin / Google Sheets GPT3 ScriptThis function generates responses from the GPT-3 API inside a Google Sheet by passing in a prompt and an optional parameter for the maximum number of tokens. Use it to automate the process of generating responses and integrate them with other data in your sheet.
saadwazir / HistoSegHistoSeg is an Encoder-Decoder DCNN which utilizes the novel Quick Attention Modules and Multi Loss function to generate segmentation masks from histopathological images with greater accuracy. This repo contains the code to Test and Train the HistoSeg
Anjulcodewiz / Pharmacy Management SystemINTRODUCTION: The main aim of the project is the management of the database of the pharmaceutical shop. This project is insight into the design and implementation of a Pharmacy Management System. This is done by creating a database of the available medicines in the shop. The primary aim of pharmacy management system is to improve accuracy and enhance safety and efficiency in the pharmaceutical store. The aim of this project is to develop software for the effective management of a pharmaceutical store. We have developed this software for ensuring effective policing by providing statistics of the drugs in stock. Description on the topic: This program can be used in any pharmaceutical shops having a database to maintain. The software used can generate reports, as per the user’s requirements. The software can print invoices, bills, receipts etc. It can also maintain the record of supplies sent in by the supplier. Here, the admin who are handling the organization will be responsible to manage the record of the employee. Each employee will be given with a separate username and password. Problem Definition: The aim of the project is to create an effective software to help the pharmacist to maintain the records of the medicines, handle user details, generate invoice, check and renew validity and provide a scope of communication between users by using inbuilt messaging system. Pharmacy management system deals with the maintenance of drugs and consumables in the pharmacy unit. This pharmacy management system is user friendly. Objectives -> Primary objective •To gain practical experience by modeling a software based on real world problem. •To understand how to work on Front-end (Java) and Back-end (MySQL) by using server(wamp). -> Secondary objective •To develop an application that deals with the day to day requirement of any pharmacy. •To develop the easy management of the medicines (drugs). •To handle the inventory details like sales details, purchase details and stock expiry and quantity. •To provide competitive advantage to the pharmacy. •To provide details information about the stock on details necessary and help locate it in shop easily. •To make the stock manageable and simplify the use of inventory in the pharmacy. Hardware and software tools: The system services and goals are established by consultation with system user. They are then defined in details and serve as a system specification. System requirement are those on which the system runs. ⚙️ Hardware Requirements: o Computer with either Intel Pentium processor or AMD processor. o 1GB+ DDR RAM o 40GB hard disk drive 💻 Software Requirements: o Windows/ MacOS/ Linux operating system. o JRE and JDK. o MySQL server (WAMP or XAMPP or any) Chapter 2 - DESIGN Database Design is a collection of processes that facilitate the designing, development, implementation and maintenance of enterprise data management systems. It helps produce database systems: o That meet the requirements of the users o Have high performance. Architecture Description The design of a DBMS depends on its architecture. It can be centralized or decentralized or hierarchical. The architecture of a DBMS can be seen as either single tier or multi-tier. ER Diagram image.png Fig 1: ER Diagram An entity–relationship model describes interrelated things of interest in a specific domain of knowledge (Refer Fig 1). It is composed of entity types and specifies relationships that can exist between instances of those entity types. Relational Schema Diagram image_1.png Fig 2: Relational Schema Relational schema is a collection of meta-data. Database schema describes the structure and constraints of data representing in a particular domain (Refer Fig 2). Chapter 3 - IMPLEMENTATION Description on Implementation The goal of this application is to manage the medicines and various function of the pharmacy. List of modules: o Login page o Home page o Company o Purchase o Drugs o Sales o User/Settings o Messaging Chapter 4 - Result and Discussion By using MySQL commands and its database this website Pharmacy management tends to store all the data received from the users including drugs sales details and the profit made by the owners are all in this data base. This website allows the user to generate invoices for sales, check expiry and quantity remaining of the drugs. It also provides user with options to renew validity and add more drugs into the store and update the database accordingly. By using xampp server these database commands are easily initiated into the database and the ER diagram with relational schema diagrams helps us to make the structure of the database faster and it was easier to make them understand the needs of the website. Login Information id :1 password: admin CONCLUSIONS AND FUTURE SCOPE o Detailed information gathering has to be done. Without that the purpose for using the software won’t be satisfied properly. o However, it can give good profits in the long run. o Implementing the software requires change in the business practices. o Efficient organization of all knowledge is the analysis company and easy analysis access and retrieval of information is possible. o In this project we can also include BAR CODE facility using the bar code reader, which will detect the expiry date and the other information about the related medicines. o Company using this software will always be able to plan in future and always be aware of their financial position in the market. o It leads to ease in functioning of business processes. o The project can be made more robust by including biometric verification. o There is also a scope to expand by implementing newer technologies like cloud etcetera.
Gabriel1231n2j3n / Hacks Para Krunker// ==UserScript== // @name aimbot gratis para krunker.io // @description Este es el mejor aimbot mod menuq puedas obtener // @version 2.19 // @author Gabriel - // @iconURL 31676a4e532e706e673f7261773d74727565.png // @match *://krunker.io/* // @exclude *://krunker.io/editor* // @exclude *://krunker.io/social* // @run-at document-start // @grant none // @noframes // ==/UserScript== /* eslint-env es6 */ /* eslint-disable no-caller, no-undef, no-loop-func */ var CRC2d = CanvasRenderingContext2D.prototype; var skid, skidStr = [...Array(8)].map(_ => 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ'[~~(Math.random()*52)]).join(''); class Skid { constructor() { skid = this; this.downKeys = new Set(); this.settings = null; this.vars = {}; this.playerMaps = []; this.skinCache = {}; this.inputFrame = 0; this.renderFrame = 0; this.fps = 0; this.lists = { renderESP: { off: "Off", walls: "Walls", twoD: "2d", full: "Full" }, renderChams: { off: "Off", white: "White", blue: "Blue", teal: "Teal", purple: "Purple", green: "Green", yellow: "Yellow", red: "Red", }, autoBhop: { off: "Off", autoJump: "Auto Jump", keyJump: "Key Jump", autoSlide: "Auto Slide", keySlide: "Key Slide" }, autoAim: { off: "Off", correction: "Aim Correction", assist: "Legit Aim Assist", easyassist: "Easy Aim Assist", silent: "Silent Aim", trigger: "Trigger Bot", quickScope: "Quick Scope" }, audioStreams: { off: 'Off', _2000s: 'General German/English', _HipHopRNB: 'Hip Hop / RNB', _Oldskool: 'Hip Hop Oldskool', _Country: 'Country', _Pop: 'Pop', _Dance: 'Dance', _Dubstep: 'DubStep', _Lowfi: 'LoFi HipHop', _Jazz: 'Jazz', _Oldies: 'Golden Oldies', _Club: 'Club', _Folk: 'Folk', _ClassicRock: 'Classic Rock', _Metal: 'Heavy Metal', _DeathMetal: 'Death Metal', _Classical: 'Classical', _Alternative: 'Alternative', }, } this.consts = { twoPI: Math.PI * 2, halfPI: Math.PI / 2, playerHeight: 11, cameraHeight: 1.5, headScale: 2, armScale: 1.3, armInset: 0.1, chestWidth: 2.6, hitBoxPad: 1, crouchDst: 3, recoilMlt: 0.3, nameOffset: 0.6, nameOffsetHat: 0.8, }; this.key = { frame: 0, delta: 1, xdir: 2, ydir: 3, moveDir: 4, shoot: 5, scope: 6, jump: 7, reload: 8, crouch: 9, weaponScroll: 10, weaponSwap: 11, moveLock: 12 }; this.css = { noTextShadows: `*, .button.small, .bigShadowT { text-shadow: none !important; }`, hideAdverts: `#aMerger, #endAMerger { display: none !important }`, hideSocials: `.headerBarRight > .verticalSeparator, .imageButton { display: none }`, cookieButton: `#onetrust-consent-sdk { display: none !important }`, newsHolder: `#newsHolder { display: none !important }`, }; this.isProxy = Symbol("isProxy"); this.spinTimer = 1800; let wait = setInterval(_ => { this.head = document.head||document.getElementsByTagName('head')[0] if (this.head) { clearInterval(wait); Object.entries(this.css).forEach(entry => { this.css[entry[0]] = this.createElement("style", entry[1]); }) this.onLoad(); } }, 100); } canStore() { return this.isDefined(Storage); } saveVal(name, val) { if (this.canStore()) localStorage.setItem("kro_utilities_"+name, val); } deleteVal(name) { if (this.canStore()) localStorage.removeItem("kro_utilities_"+name); } getSavedVal(name) { if (this.canStore()) return localStorage.getItem("kro_utilities_"+name); return null; } isType(item, type) { return typeof item === type; } isDefined(object) { return !this.isType(object, "undefined") && object !== null; } isNative(fn) { return (/^function\s*[a-z0-9_\$]*\s*\([^)]*\)\s*\{\s*\[native code\]\s*\}/i).test('' + fn) } getStatic(s, d) { return this.isDefined(s) ? s : d } crossDomain(url) { return "https://crossorigin.me/" + url; } async waitFor(test, timeout_ms = 20000, doWhile = null) { let sleep = (ms) => new Promise((resolve) => setTimeout(resolve, ms)); return new Promise(async (resolve, reject) => { if (typeof timeout_ms != "number") reject("Timeout argument not a number in waitFor(selector, timeout_ms)"); let result, freq = 100; while (result === undefined || result === false || result === null || result.length === 0) { if (doWhile && doWhile instanceof Function) doWhile(); if (timeout_ms % 1000 < freq) console.log("waiting for: ", test); if ((timeout_ms -= freq) < 0) { console.log( "Timeout : ", test ); resolve(false); return; } await sleep(freq); result = typeof test === "string" ? Function(test)() : test(); } console.log("Passed : ", test); resolve(result); }); }; createSettings() { this.settings = { //Rendering showSkidBtn: { pre: "<div class='setHed'>Rendering</div>", name: "Show Skid Button", val: true, html: () => this.generateSetting("checkbox", "showSkidBtn", this), set: (value, init) => { let button = document.getElementById("mainButton"); if (!button) { button = this.createButton("5k1D", "https://i.imgur.com/1tWAEJx.gif", this.toggleMenu, value) } else button.style.display = value ? "inherit" : "none"; } }, hideAdverts: { name: "Hide Advertisments", val: true, html: () => this.generateSetting("checkbox", "hideAdverts", this), set: (value, init) => { if (value) this.head.appendChild(this.css.hideAdverts) else if (!init) this.css.hideAdverts.remove() } }, hideStreams: { name: "Hide Streams", val: false, html: () => this.generateSetting("checkbox", "hideStreams", this), set: (value) => { window.streamContainer.style.display = value ? "none" : "inherit" } }, hideMerch: { name: "Hide Merch", val: false, html: () => this.generateSetting("checkbox", "hideMerch", this), set: value => { window.merchHolder.style.display = value ? "none" : "inherit" } }, hideNewsConsole: { name: "Hide News Console", val: false, html: () => this.generateSetting("checkbox", "hideNewsConsole", this), set: value => { window.newsHolder.style.display = value ? "none" : "inherit" } }, hideCookieButton: { name: "Hide Security Manage Button", val: false, html: () => this.generateSetting("checkbox", "hideCookieButton", this), set: value => { window['onetrust-consent-sdk'].style.display = value ? "none" : "inherit" } }, noTextShadows: { name: "Remove Text Shadows", val: false, html: () => this.generateSetting("checkbox", "noTextShadows", this), set: (value, init) => { if (value) this.head.appendChild(this.css.noTextShadows) else if (!init) this.css.noTextShadows.remove() } }, customCSS: { name: "Custom CSS", val: "", html: () => this.generateSetting("url", "customCSS", "URL to CSS file"), resources: { css: document.createElement("link") }, set: (value, init) => { if (value.startsWith("http")&&value.endsWith(".css")) { //let proxy = 'https://cors-anywhere.herokuapp.com/'; this.settings.customCSS.resources.css.href = value } if (init) { this.settings.customCSS.resources.css.rel = "stylesheet" try { this.head.appendChild(this.settings.customCSS.resources.css) } catch(e) { alert(e) this.settings.customCSS.resources.css = null } } } }, renderESP: { name: "Player ESP Type", val: "off", html: () => this.generateSetting("select", "renderESP", this.lists.renderESP), }, renderTracers: { name: "Player Tracers", val: false, html: () => this.generateSetting("checkbox", "renderTracers"), }, rainbowColor: { name: "Rainbow ESP", val: false, html: () => this.generateSetting("checkbox", "rainbowColor"), }, renderChams: { name: "Player Chams", val: "off", html: () => this.generateSetting( "select", "renderChams", this.lists.renderChams ), }, renderWireFrame: { name: "Player Wireframe", val: false, html: () => this.generateSetting("checkbox", "renderWireFrame"), }, customBillboard: { name: "Custom Billboard Text", val: "", html: () => this.generateSetting( "text", "customBillboard", "Custom Billboard Text" ), }, //Weapon autoReload: { pre: "<br><div class='setHed'>Weapon</div>", name: "Auto Reload", val: false, html: () => this.generateSetting("checkbox", "autoReload"), }, autoAim: { name: "Auto Aim Type", val: "off", html: () => this.generateSetting("select", "autoAim", this.lists.autoAim), }, frustrumCheck: { name: "Line of Sight Check", val: false, html: () => this.generateSetting("checkbox", "frustrumCheck"), }, wallPenetrate: { name: "Aim through Penetratables", val: false, html: () => this.generateSetting("checkbox", "wallPenetrate"), }, weaponZoom: { name: "Weapon Zoom", val: 1.0, min: 0, max: 50.0, step: 0.01, html: () => this.generateSetting("slider", "weaponZoom"), set: (value) => { if (this.renderer) this.renderer.adsFovMlt = value;} }, weaponTrails: { name: "Weapon Trails", val: false, html: () => this.generateSetting("checkbox", "weaponTrails"), set: (value) => { if (this.me) this.me.weapon.trail = value;} }, //Player autoBhop: { pre: "<br><div class='setHed'>Player</div>", name: "Auto Bhop Type", val: "off", html: () => this.generateSetting("select", "autoBhop", this.lists.autoBhop), }, thirdPerson: { name: "Third Person", val: false, html: () => this.generateSetting("checkbox", "thirdPerson"), set: (value, init) => { if (value) this.thirdPerson = 1; else if (!init) this.thirdPerson = undefined; } }, skinUnlock: { name: "Unlock Skins", val: false, html: () => this.generateSetting("checkbox", "skinUnlock", this), }, //GamePlay disableWpnSnd: { pre: "<br><div class='setHed'>GamePlay</div>", name: "Disable Players Weapon Sounds", val: false, html: () => this.generateSetting("checkbox", "disableWpnSnd", this), }, disableHckSnd: { name: "Disable Hacker Fart Sounds", val: false, html: () => this.generateSetting("checkbox", "disableHckSnd", this), }, autoActivateNuke: { name: "Auto Activate Nuke", val: false, html: () => this.generateSetting("checkbox", "autoActivateNuke", this), }, autoFindNew: { name: "New Lobby Finder", val: false, html: () => this.generateSetting("checkbox", "autoFindNew", this), }, autoClick: { name: "Auto Start Game", val: false, html: () => this.generateSetting("checkbox", "autoClick", this), }, inActivity: { name: "No InActivity Kick", val: true, html: () => this.generateSetting("checkbox", "autoClick", this), }, //Radio Stream Player playStream: { pre: "<br><div class='setHed'>Radio Stream Player</div>", name: "Stream Select", val: "off", html: () => this.generateSetting("select", "playStream", this.lists.audioStreams), set: (value) => { if (value == "off") { if ( this.settings.playStream.audio ) { this.settings.playStream.audio.pause(); this.settings.playStream.audio.currentTime = 0; this.settings.playStream.audio = null; } return; } let url = this.settings.playStream.urls[value]; if (!this.settings.playStream.audio) { this.settings.playStream.audio = new Audio(url); this.settings.playStream.audio.volume = this.settings.audioVolume.val||0.5 } else { this.settings.playStream.audio.src = url; } this.settings.playStream.audio.load(); this.settings.playStream.audio.play(); }, urls: { _2000s: 'http://0n-2000s.radionetz.de/0n-2000s.aac', _HipHopRNB: 'https://stream-mixtape-geo.ntslive.net/mixtape2', _Country: 'https://live.wostreaming.net/direct/wboc-waaifmmp3-ibc2', _Dance: 'http://streaming.radionomy.com/A-RADIO-TOP-40', _Pop: 'http://bigrradio.cdnstream1.com/5106_128', _Jazz: 'http://strm112.1.fm/ajazz_mobile_mp3', _Oldies: 'http://strm112.1.fm/60s_70s_mobile_mp3', _Club: 'http://strm112.1.fm/club_mobile_mp3', _Folk: 'https://freshgrass.streamguys1.com/irish-128mp3', _ClassicRock: 'http://1a-classicrock.radionetz.de/1a-classicrock.mp3', _Metal: 'http://streams.radiobob.de/metalcore/mp3-192', _DeathMetal: 'http://stream.laut.fm/beatdownx', _Classical: 'http://live-radio01.mediahubaustralia.com/FM2W/aac/', _Alternative: 'http://bigrradio.cdnstream1.com/5187_128', _Dubstep: 'http://streaming.radionomy.com/R1Dubstep?lang=en', _Lowfi: 'http://streams.fluxfm.de/Chillhop/mp3-256', _Oldskool: 'http://streams.90s90s.de/hiphop/mp3-128/', }, audio: null, }, audioVolume: { name: "Radio Volume", val: 0.5, min: 0, max: 1, step: 0.01, html: () => this.generateSetting("slider", "audioVolume"), set: (value) => { if (this.settings.playStream.audio) this.settings.playStream.audio.volume = value;} }, }; // Inject Html let waitForWindows = setInterval(_ => { if (window.windows) { const menu = window.windows[11]; menu.header = "Settings"; menu.gen = _ => { var tmpHTML = `<div style='text-align:center'> <a onclick='window.open("https://skidlamer.github.io/")' class='menuLink'>SkidFest Settings</center></a> <hr> </div>`; for (const key in this.settings) { if (this.settings[key].pre) tmpHTML += this.settings[key].pre; tmpHTML += "<div class='settName' id='" + key + "_div' style='display:" + (this.settings[key].hide ? 'none' : 'block') + "'>" + this.settings[key].name + " " + this.settings[key].html() + "</div>"; } tmpHTML += `<br><hr><a onclick='${skidStr}.resetSettings()' class='menuLink'>Reset Settings</a> | <a onclick='${skidStr}.saveScript()' class='menuLink'>Save GameScript</a>` return tmpHTML; }; clearInterval(waitForWindows); //this.createButton("5k1D", "https://i.imgur.com/1tWAEJx.gif", this.toggleMenu) } }, 100); // setupSettings for (const key in this.settings) { this.settings[key].def = this.settings[key].val; if (!this.settings[key].disabled) { let tmpVal = this.getSavedVal(key); this.settings[key].val = tmpVal !== null ? tmpVal : this.settings[key].val; if (this.settings[key].val == "false") this.settings[key].val = false; if (this.settings[key].val == "true") this.settings[key].val = true; if (this.settings[key].val == "undefined") this.settings[key].val = this.settings[key].def; if (this.settings[key].set) this.settings[key].set(this.settings[key].val, true); } } } generateSetting(type, name, extra) { switch (type) { case 'checkbox': return `<label class="switch"><input type="checkbox" onclick="${skidStr}.setSetting('${name}', this.checked)" ${this.settings[name].val ? 'checked' : ''}><span class="slider"></span></label>`; case 'slider': return `<span class='sliderVal' id='slid_utilities_${name}'>${this.settings[name].val}</span><div class='slidecontainer'><input type='range' min='${this.settings[name].min}' max='${this.settings[name].max}' step='${this.settings[name].step}' value='${this.settings[name].val}' class='sliderM' oninput="${skidStr}.setSetting('${name}', this.value)"></div>` case 'select': { let temp = `<select onchange="${skidStr}.setSetting(\x27${name}\x27, this.value)" class="inputGrey2">`; for (let option in extra) { temp += '<option value="' + option + '" ' + (option == this.settings[name].val ? 'selected' : '') + '>' + extra[option] + '</option>'; } temp += '</select>'; return temp; } default: return `<input type="${type}" name="${type}" id="slid_utilities_${name}"\n${'color' == type ? 'style="float:right;margin-top:5px"' : `class="inputGrey2" placeholder="${extra}"`}\nvalue="${this.settings[name].val}" oninput="${skidStr}.setSetting(\x27${name}\x27, this.value)"/>`; } } resetSettings() { if (confirm("Are you sure you want to reset all your settings? This will also refresh the page")) { Object.keys(localStorage).filter(x => x.includes("kro_utilities_")).forEach(x => localStorage.removeItem(x)); location.reload(); } } setSetting(t, e) { this.settings[t].val = e; this.saveVal(t, e); if (document.getElementById(`slid_utilities_${t}`)) document.getElementById(`slid_utilities_${t}`).innerHTML = e; if (this.settings[t].set) this.settings[t].set(e); } createObserver(elm, check, callback, onshow = true) { return new MutationObserver((mutationsList, observer) => { if (check == 'src' || onshow && mutationsList[0].target.style.display == 'block' || !onshow) { callback(mutationsList[0].target); } }).observe(elm, check == 'childList' ? {childList: true} : {attributes: true, attributeFilter: [check]}); } createListener(elm, type, callback = null) { if (!this.isDefined(elm)) { alert("Failed creating " + type + "listener"); return } elm.addEventListener(type, event => callback(event)); } createElement(element, attribute, inner) { if (!this.isDefined(element)) { return null; } if (!this.isDefined(inner)) { inner = ""; } let el = document.createElement(element); if (this.isType(attribute, 'object')) { for (let key in attribute) { el.setAttribute(key, attribute[key]); } } if (!Array.isArray(inner)) { inner = [inner]; } for (let i = 0; i < inner.length; i++) { if (inner[i].tagName) { el.appendChild(inner[i]); } else { el.appendChild(document.createTextNode(inner[i])); } } return el; } createButton(name, iconURL, fn, visible) { visible = visible ? "inherit":"none"; let menu = document.querySelector("#menuItemContainer"); let icon = this.createElement("div",{"class":"menuItemIcon", "style":`background-image:url("${iconURL}");display:inherit;`}); let title= this.createElement("div",{"class":"menuItemTitle", "style":`display:inherit;`}, name); let host = this.createElement("div",{"id":"mainButton", "class":"menuItem", "onmouseenter":"playTick()", "onclick":"showWindow(12)", "style":`display:${visible};`},[icon, title]); if (menu) menu.append(host) } objectHas(obj, arr) { return arr.some(prop => obj.hasOwnProperty(prop)); } getVersion() { const elems = document.getElementsByClassName('terms'); const version = elems[elems.length - 1].innerText; return version; } saveAs(name, data) { let blob = new Blob([data], {type: 'text/plain'}); let el = window.document.createElement("a"); el.href = window.URL.createObjectURL(blob); el.download = name; window.document.body.appendChild(el); el.click(); window.document.body.removeChild(el); } saveScript() { this.fetchScript().then(script => { this.saveAs("game_" + this.getVersion() + ".js", script) }) } isKeyDown(key) { return this.downKeys.has(key); } simulateKey(keyCode) { var oEvent = document.createEvent('KeyboardEvent'); // Chromium Hack Object.defineProperty(oEvent, 'keyCode', { get : function() { return this.keyCodeVal; } }); Object.defineProperty(oEvent, 'which', { get : function() { return this.keyCodeVal; } }); if (oEvent.initKeyboardEvent) { oEvent.initKeyboardEvent("keypress", true, true, document.defaultView, keyCode, keyCode, "", "", false, ""); } else { oEvent.initKeyEvent("keypress", true, true, document.defaultView, false, false, false, false, keyCode, 0); } oEvent.keyCodeVal = keyCode; if (oEvent.keyCode !== keyCode) { alert("keyCode mismatch " + oEvent.keyCode + "(" + oEvent.which + ")"); } document.body.dispatchEvent(oEvent); } toggleMenu() { let lock = document.pointerLockElement || document.mozPointerLockElement; if (lock) document.exitPointerLock(); window.showWindow(12); if (this.isDefined(window.SOUND)) window.SOUND.play(`tick_0`,0.1) } onLoad() { this.createSettings(); this.createObservers(); this.waitFor(_=>this.isDefined(this.exports)).then(_=> { if (!this.isDefined(this.exports)) { alert("This Mod Needs To Be Updated Please Try Agian Later"); return; } //console.dir(this.exports); let toFind = { overlay: ["render", "canvas"], config: ["accAnnounce", "availableRegions", "assetCat"], three: ["ACESFilmicToneMapping", "TextureLoader", "ObjectLoader"], ws: ["socketReady", "ingressPacketCount", "ingressPacketCount", "egressDataSize"], utility: ["VectorAdd", "VectorAngleSign"], //colors: ["challLvl", "getChallCol"], //ui: ["showEndScreen", "toggleControlUI", "toggleEndScreen", "updatePlayInstructions"], //events: ["actions", "events"], } for (let rootKey in this.exports) { let exp = this.exports[rootKey].exports; for (let name in toFind) { if (this.objectHas(exp, toFind[name])) { console.log("Found Export ", name); delete toFind[name]; this[name] = exp; } } } if (!(Object.keys(toFind).length === 0 && toFind.constructor === Object)) { for (let name in toFind) { alert("Failed To Find Export " + name); } } else { Object.defineProperty(this.config, "nameVisRate", { value: 0, writable: false, configurable: true, }) this.ctx = this.overlay.canvas.getContext('2d'); this.overlay.render = new Proxy(this.overlay.render, { apply: function(target, that, args) { return [target.apply(that, args), render.apply(that, args)] } }) function render(scale, game, controls, renderer, me) { let width = skid.overlay.canvas.width / scale; let height = skid.overlay.canvas.height / scale; const renderArgs = [scale, game, controls, renderer, me]; if (renderArgs && void 0 !== skid) { ["scale", "game", "controls", "renderer", "me"].forEach((item, index)=>{ skid[item] = renderArgs[index]; }); if (me) { skid.ctx.save(); skid.ctx.scale(scale, scale); //this.ctx.clearRect(0, 0, width, height); skid.onRender(); //window.requestAnimationFrame.call(window, renderArgs.callee.caller.bind(this)); skid.ctx.restore(); } if(skid.settings && skid.settings.autoClick.val && window.endUI.style.display == "none" && window.windowHolder.style.display == "none") { controls.toggle(true); } } } // Skins const $skins = Symbol("skins"); Object.defineProperty(Object.prototype, "skins", { set: function(fn) { this[$skins] = fn; if (void 0 == this.localSkins || !this.localSkins.length) { this.localSkins = Array.apply(null, Array(5e3)).map((x, i) => { return { ind: i, cnt: 0x1, } }) } return fn; }, get: function() { return skid.settings.skinUnlock.val && this.stats ? this.localSkins : this[$skins]; } }) this.waitFor(_=>this.ws.connected === true, 40000).then(_=> { this.ws.__event = this.ws._dispatchEvent.bind(this.ws); this.ws.__send = this.ws.send.bind(this.ws); this.ws.send = new Proxy(this.ws.send, { apply: function(target, that, args) { if (args[0] == "ah2") return; try { var original_fn = Function.prototype.apply.apply(target, [that, args]); } catch (e) { e.stack = e.stack = e.stack.replace(/\n.*Object\.apply.*/, ''); throw e; } if (args[0] === "en") { skid.skinCache = { main: args[1][2][0], secondary: args[1][2][1], hat: args[1][3], body: args[1][4], knife: args[1][9], dye: args[1][14], waist: args[1][17], } } return original_fn; } }) this.ws._dispatchEvent = new Proxy(this.ws._dispatchEvent, { apply: function(target, that, [type, event]) { if (type =="init") { if(event[10] && event[10].length && event[10].bill && skid.settings.customBillboard.val.length > 1) { event[10].bill.txt = skid.settings.customBillboard.val; } } if (skid.settings.skinUnlock.val && skid.skinCache && type === "0") { let skins = skid.skinCache; let pInfo = event[0]; let pSize = 38; while (pInfo.length % pSize !== 0) pSize++; for(let i = 0; i < pInfo.length; i += pSize) { if (pInfo[i] === skid.ws.socketId||0) { pInfo[i + 12] = [skins.main, skins.secondary]; pInfo[i + 13] = skins.hat; pInfo[i + 14] = skins.body; pInfo[i + 19] = skins.knife; pInfo[i + 24] = skins.dye; pInfo[i + 33] = skins.waist; } } } return target.apply(that, arguments[2]); } }) }) if (this.isDefined(window.SOUND)) { window.SOUND.play = new Proxy(window.SOUND.play, { apply: function(target, that, [src, vol, loop, rate]) { if ( src.startsWith("fart_") && skid.settings.disableHckSnd.val ) return; return target.apply(that, [src, vol, loop, rate]); } }) } AudioParam.prototype.setValueAtTime = new Proxy(AudioParam.prototype.setValueAtTime, { apply: function(target, that, [value, startTime]) { return target.apply(that, [value, 0]); } }) this.rayC = new this.three.Raycaster(); this.vec2 = new this.three.Vector2(0, 0); } }) } gameJS(script) { let entries = { // Deobfu inView: { regex: /(\w+\['(\w+)']\){if\(\(\w+=\w+\['\w+']\['position']\['clone']\(\))/, index: 2 }, spectating: { regex: /\['team']:window\['(\w+)']/, index: 1 }, //inView: { regex: /\]\)continue;if\(!\w+\['(.+?)\']\)continue;/, index: 1 }, //canSee: { regex: /\w+\['(\w+)']\(\w+,\w+\['x'],\w+\['y'],\w+\['z']\)\)&&/, index: 1 }, //procInputs: { regex: /this\['(\w+)']=function\((\w+),(\w+),\w+,\w+\){(this)\['recon']/, index: 1 }, aimVal: { regex: /this\['(\w+)']-=0x1\/\(this\['weapon']\['\w+']\/\w+\)/, index: 1 }, pchObjc: { regex: /0x0,this\['(\w+)']=new \w+\['Object3D']\(\),this/, index: 1 }, didShoot: { regex: /--,\w+\['(\w+)']=!0x0/, index: 1 }, nAuto: { regex: /'Single\\x20Fire','varN':'(\w+)'/, index: 1 }, crouchVal: { regex: /this\['(\w+)']\+=\w\['\w+']\*\w+,0x1<=this\['\w+']/, index: 1 }, recoilAnimY: { regex: /\+\(-Math\['PI']\/0x4\*\w+\+\w+\['(\w+)']\*\w+\['\w+']\)\+/, index: 1 }, //recoilAnimY: { regex: /this\['recoilAnim']=0x0,this\[(.*?\(''\))]/, index: 1 }, ammos: { regex: /\['length'];for\(\w+=0x0;\w+<\w+\['(\w+)']\['length']/, index: 1 }, weaponIndex: { regex: /\['weaponConfig']\[\w+]\['secondary']&&\(\w+\['(\w+)']==\w+/, index: 1 }, isYou: { regex: /0x0,this\['(\w+)']=\w+,this\['\w+']=!0x0,this\['inputs']/, index: 1 }, objInstances: { regex: /\w+\['\w+']\(0x0,0x0,0x0\);if\(\w+\['(\w+)']=\w+\['\w+']/, index: 1 }, getWorldPosition: { regex: /{\w+=\w+\['camera']\['(\w+)']\(\);/, index: 1 }, //mouseDownL: { regex: /this\['\w+'\]=function\(\){this\['(\w+)'\]=\w*0,this\['(\w+)'\]=\w*0,this\['\w+'\]={}/, index: 1 }, mouseDownR: { regex: /this\['(\w+)']=0x0,this\['keys']=/, index: 1 }, //reloadTimer: { regex: /this\['(\w+)']&&\(\w+\['\w+']\(this\),\w+\['\w+']\(this\)/, index: 1 }, maxHealth: { regex: /this\['health']\/this\['(\w+)']\?/, index: 1 }, xDire: { regex: /this\['(\w+)']=Math\['lerpAngle']\(this\['xDir2']/, index: 1 }, yDire: { regex: /this\['(\w+)']=Math\['lerpAngle']\(this\['yDir2']/, index: 1 }, //xVel: { regex: /this\['x']\+=this\['(\w+)']\*\w+\['map']\['config']\['speedX']/, index: 1 }, yVel: { regex: /this\['y']\+=this\['(\w+)']\*\w+\['map']\['config']\['speedY']/, index: 1 }, //zVel: { regex: /this\['z']\+=this\['(\w+)']\*\w+\['map']\['config']\['speedZ']/, index: 1 }, // Patches exports: {regex: /(this\['\w+']\['\w+']\(this\);};},function\(\w+,\w+,(\w+)\){)/, patch: `$1 ${skidStr}.exports=$2.c; ${skidStr}.modules=$2.m;`}, inputs: {regex: /(\w+\['\w+']\[\w+\['\w+']\['\w+']\?'\w+':'push']\()(\w+)\),/, patch: `$1${skidStr}.onInput($2)),`}, inView: {regex: /&&(\w+\['\w+'])\){(if\(\(\w+=\w+\['\w+']\['\w+']\['\w+'])/, patch: `){if(!$1&&void 0 !== ${skidStr}.nameTags)continue;$2`}, thirdPerson:{regex: /(\w+)\[\'config\'\]\[\'thirdPerson\'\]/g, patch: `void 0 !== ${skidStr}.thirdPerson`}, isHacker:{regex: /(window\['\w+']=)!0x0\)/, patch: `$1!0x1)`}, fixHowler:{regex: /(Howler\['orientation'](.+?)\)\),)/, patch: ``}, respawnT:{regex: /'\w+':0x3e8\*/g, patch: `'respawnT':0x0*`}, anticheat1:{regex: /&&\w+\(\),window\['utilities']&&\(\w+\(null,null,null,!0x0\),\w+\(\)\)/, patch: ""}, anticheat2:{regex: /(\[]instanceof Array;).*?(var)/, patch: "$1 $2"}, anticheat3:{regex: /windows\['length'\]>\d+.*?0x25/, patch: `0x25`}, commandline:{regex: /Object\['defineProperty']\(console.*?\),/, patch: ""}, writeable:{regex: /'writeable':!0x1/g, patch: "writeable:true"}, configurable:{regex: /'configurable':!0x1/g, patch: "configurable:true"}, typeError:{regex: /throw new TypeError/g, patch: "console.error"}, error:{regex: /throw new Error/g, patch: "console.error"}, }; for(let name in entries) { let object = entries[name]; let found = object.regex.exec(script); if (object.hasOwnProperty('index')) { if (!found) { object.val = null; alert("Failed to Find " + name); } else { object.val = found[object.index]; console.log ("Found ", name, ":", object.val); } Object.defineProperty(skid.vars, name, { configurable: false, value: object.val }); } else if (found) { script = script.replace(object.regex, object.patch); console.log ("Patched ", name); } else alert("Failed to Patch " + name); } return script; } createObservers() { this.createObserver(window.instructionsUpdate, 'style', (target) => { if (this.settings.autoFindNew.val) { console.log(target) if (['Kicked', 'Banned', 'Disconnected', 'Error', 'Game is full'].some(text => target && target.innerHTML.includes(text))) { location = document.location.origin; } } }); this.createListener(document, "keyup", event => { if (this.downKeys.has(event.code)) this.downKeys.delete(event.code) }) this.createListener(document, "keydown", event => { if (event.code == "F1") { event.preventDefault(); this.toggleMenu(); } if ('INPUT' == document.activeElement.tagName || !window.endUI && window.endUI.style.display) return; switch (event.code) { case 'NumpadSubtract': document.exitPointerLock(); //console.log(document.exitPointerLock) console.dirxml(this) break; default: if (!this.downKeys.has(event.code)) this.downKeys.add(event.code); break; } }) this.createListener(document, "mouseup", event => { switch (event.button) { case 1: event.preventDefault(); this.toggleMenu(); break; default: break; } }) } onRender() { /* hrt / ttap - https://github.com/hrt */ this.renderFrame ++; if (this.renderFrame >= 100000) this.renderFrame = 0; let scaledWidth = this.ctx.canvas.width / this.scale; let scaledHeight = this.ctx.canvas.height / this.scale; let playerScale = (2 * this.consts.armScale + this.consts.chestWidth + this.consts.armInset) / 2 let worldPosition = this.renderer.camera[this.vars.getWorldPosition](); let espVal = this.settings.renderESP.val; if (espVal ==="walls"||espVal ==="twoD") this.nameTags = undefined; else this.nameTags = true; if (this.settings.autoActivateNuke.val && this.me && Object.keys(this.me.streaks).length) { /*chonker*/ this.ws.__send("k", 0); } if (espVal !== "off") { this.overlay.healthColE = this.settings.rainbowColor.val ? this.overlay.rainbow.col : "#eb5656"; } for (let iter = 0, length = this.game.players.list.length; iter < length; iter++) { let player = this.game.players.list[iter]; if (player[this.vars.isYou] || !player.active || !this.isDefined(player[this.vars.objInstances]) || this.getIsFriendly(player)) { continue; } // the below variables correspond to the 2d box esps corners let xmin = Infinity; let xmax = -Infinity; let ymin = Infinity; let ymax = -Infinity; let position = null; let br = false; for (let j = -1; !br && j < 2; j+=2) { for (let k = -1; !br && k < 2; k+=2) { for (let l = 0; !br && l < 2; l++) { if (position = player[this.vars.objInstances].position.clone()) { position.x += j * playerScale; position.z += k * playerScale; position.y += l * (player.height - player[this.vars.crouchVal] * this.consts.crouchDst); if (!this.containsPoint(position)) { br = true; break; } position.project(this.renderer.camera); xmin = Math.min(xmin, position.x); xmax = Math.max(xmax, position.x); ymin = Math.min(ymin, position.y); ymax = Math.max(ymax, position.y); } } } } if (br) { continue; } xmin = (xmin + 1) / 2; ymin = (ymin + 1) / 2; xmax = (xmax + 1) / 2; ymax = (ymax + 1) / 2; // save and restore these variables later so they got nothing on us const original_strokeStyle = this.ctx.strokeStyle; const original_lineWidth = this.ctx.lineWidth; const original_font = this.ctx.font; const original_fillStyle = this.ctx.fillStyle; //Tracers if (this.settings.renderTracers.val) { CRC2d.save.apply(this.ctx, []); let screenPos = this.world2Screen(player[this.vars.objInstances].position); this.ctx.lineWidth = 4.5; this.ctx.beginPath(); this.ctx.moveTo(this.ctx.canvas.width/2, this.ctx.canvas.height - (this.ctx.canvas.height - scaledHeight)); this.ctx.lineTo(screenPos.x, screenPos.y); this.ctx.strokeStyle = "rgba(0, 0, 0, 0.25)"; this.ctx.stroke(); this.ctx.lineWidth = 2.5; this.ctx.strokeStyle = this.settings.rainbowColor.val ? this.overlay.rainbow.col : "#eb5656" this.ctx.stroke(); CRC2d.restore.apply(this.ctx, []); } CRC2d.save.apply(this.ctx, []); if (espVal == "twoD" || espVal == "full") { // perfect box esp this.ctx.lineWidth = 5; this.ctx.strokeStyle = this.settings.rainbowColor.val ? this.overlay.rainbow.col : "#eb5656" let distanceScale = Math.max(.3, 1 - this.getD3D(worldPosition.x, worldPosition.y, worldPosition.z, player.x, player.y, player.z) / 600); CRC2d.scale.apply(this.ctx, [distanceScale, distanceScale]); let xScale = scaledWidth / distanceScale; let yScale = scaledHeight / distanceScale; CRC2d.beginPath.apply(this.ctx, []); ymin = yScale * (1 - ymin); ymax = yScale * (1 - ymax); xmin = xScale * xmin; xmax = xScale * xmax; CRC2d.moveTo.apply(this.ctx, [xmin, ymin]); CRC2d.lineTo.apply(this.ctx, [xmin, ymax]); CRC2d.lineTo.apply(this.ctx, [xmax, ymax]); CRC2d.lineTo.apply(this.ctx, [xmax, ymin]); CRC2d.lineTo.apply(this.ctx, [xmin, ymin]); CRC2d.stroke.apply(this.ctx, []); if (espVal == "full") { // health bar this.ctx.fillStyle = "#000000"; let barMaxHeight = ymax - ymin; CRC2d.fillRect.apply(this.ctx, [xmin - 7, ymin, -10, barMaxHeight]); this.ctx.fillStyle = player.health > 75 ? "green" : player.health > 40 ? "orange" : "red"; CRC2d.fillRect.apply(this.ctx, [xmin - 7, ymin, -10, barMaxHeight * (player.health / player[this.vars.maxHealth])]); // info this.ctx.font = "48px Sans-serif"; this.ctx.fillStyle = "white"; this.ctx.strokeStyle='black'; this.ctx.lineWidth = 1; let x = xmax + 7; let y = ymax; CRC2d.fillText.apply(this.ctx, [player.name||player.alias, x, y]); CRC2d.strokeText.apply(this.ctx, [player.name||player.alias, x, y]); this.ctx.font = "30px Sans-serif"; y += 35; CRC2d.fillText.apply(this.ctx, [player.weapon.name, x, y]); CRC2d.strokeText.apply(this.ctx, [player.weapon.name, x, y]); y += 35; CRC2d.fillText.apply(this.ctx, [player.health + ' HP', x, y]); CRC2d.strokeText.apply(this.ctx, [player.health + ' HP', x, y]); } } CRC2d.restore.apply(this.ctx, []); this.ctx.strokeStyle = original_strokeStyle; this.ctx.lineWidth = original_lineWidth; this.ctx.font = original_font; this.ctx.fillStyle = original_fillStyle; // skelly chams if (this.isDefined(player[this.vars.objInstances])) { let obj = player[this.vars.objInstances]; if (!obj.visible) { Object.defineProperty(player[this.vars.objInstances], 'visible', { value: true, writable: false }); } obj.traverse((child) => { let chamColor = this.settings.renderChams.val; let chamsEnabled = chamColor !== "off"; if (child && child.type == "Mesh" && child.material) { child.material.depthTest = chamsEnabled ? false : true; //if (this.isDefined(child.material.fog)) child.material.fog = chamsEnabled ? false : true; if (child.material.emissive) { child.material.emissive.r = chamColor == 'off' || chamColor == 'teal' || chamColor == 'green' || chamColor == 'blue' ? 0 : 0.55; child.material.emissive.g = chamColor == 'off' || chamColor == 'purple' || chamColor == 'blue' || chamColor == 'red' ? 0 : 0.55; child.material.emissive.b = chamColor == 'off' || chamColor == 'yellow' || chamColor == 'green' || chamColor == 'red' ? 0 : 0.55; } child.material.wireframe = this.settings.renderWireFrame.val ? true : false } }) } } } spinTick(input) { //this.game.players.getSpin(this.self); //this.game.players.saveSpin(this.self, angle); const angle = this.getAngleDst(input[2], this.me[this.vars.xDire]); this.spins = this.getStatic(this.spins, new Array()); this.spinTimer = this.getStatic(this.spinTimer, this.config.spinTimer); this.serverTickRate = this.getStatic(this.serverTickRate, this.config.serverTickRate); (this.spins.unshift(angle), this.spins.length > this.spinTimer / this.serverTickRate && (this.spins.length = Math.round(this.spinTimer / this.serverTickRate))) for (var e = 0, i = 0; i < this.spins.length; ++i) e += this.spins[i]; return Math.abs(e * (180 / Math.PI)); } raidBot(input) { let target = this.game.AI.ais.filter(enemy => { return undefined !== enemy.mesh && enemy.mesh && enemy.mesh.children[0] && enemy.canBSeen && enemy.health > 0 }).sort((p1, p2) => this.getD3D(this.me.x, this.me.z, p1.x, p1.z) - this.getD3D(this.me.x, this.me.z, p2.x, p2.z)).shift(); if (target) { let canSee = this.containsPoint(target.mesh.position) let yDire = (this.getDir(this.me.z, this.me.x, target.z, target.x) || 0) let xDire = ((this.getXDire(this.me.x, this.me.y, this.me.z, target.x, target.y + target.mesh.children[0].scale.y * 0.85, target.z) || 0) - this.consts.recoilMlt * this.me[this.vars.recoilAnimY]) if (this.me.weapon[this.vars.nAuto] && this.me[this.vars.didShoot]) { input[this.key.shoot] = 0; input[this.key.scope] = 0; this.me.inspecting = false; this.me.inspectX = 0; } else { if (!this.me.aimDir && canSee) { input[this.key.scope] = 1; if (!this.me[this.vars.aimVal]||this.me.weapon.noAim) { input[this.key.shoot] = 1; input[this.key.ydir] = yDire * 1e3 input[this.key.xdir] = xDire * 1e3 this.lookDir(xDire, yDire); } } } } else { this.resetLookAt(); } return input; } onInput(input) { if (this.isDefined(this.config) && this.config.aimAnimMlt) this.config.aimAnimMlt = 1; if (this.isDefined(this.controls) && this.isDefined(this.config) && this.settings.inActivity.val) { this.controls.idleTimer = 0; this.config.kickTimer = Infinity } if (this.me) { this.inputFrame ++; if (this.inputFrame >= 100000) this.inputFrame = 0; if (!this.game.playerSound[this.isProxy]) { this.game.playerSound = new Proxy(this.game.playerSound, { apply: function(target, that, args) { if (skid.settings.disableWpnSnd.val && args[0] && typeof args[0] == "string" && args[0].startsWith("weapon_")) return; return target.apply(that, args); }, get: function(target, key) { return key === skid.isProxy ? true : Reflect.get(target, key); }, }) } let isMelee = this.isDefined(this.me.weapon.melee)&&this.me.weapon.melee||this.isDefined(this.me.weapon.canThrow)&&this.me.weapon.canThrow; let ammoLeft = this.me[this.vars.ammos][this.me[this.vars.weaponIndex]]; // autoReload if (this.settings.autoReload.val) { //let capacity = this.me.weapon.ammo; //if (ammoLeft < capacity) if (isMelee) { if (!this.me.canThrow) { //this.me.refillKnife(); } } else if (!ammoLeft) { this.game.players.reload(this.me); input[this.key.reload] = 1; // this.me[this.vars.reloadTimer] = 1; //this.me.resetAmmo(); } } //Auto Bhop let autoBhop = this.settings.autoBhop.val; if (autoBhop !== "off") { if (this.isKeyDown("Space") || autoBhop == "autoJump" || autoBhop == "autoSlide") { this.controls.keys[this.controls.binds.jumpKey.val] ^= 1; if (this.controls.keys[this.controls.binds.jumpKey.val]) { this.controls.didPressed[this.controls.binds.jumpKey.val] = 1; } if (this.isKeyDown("Space") || autoBhop == "autoSlide") { if (this.me[this.vars.yVel] < -0.03 && this.me.canSlide) { setTimeout(() => { this.controls.keys[this.controls.binds.crouchKey.val] = 0; }, this.me.slideTimer||325); this.controls.keys[this.controls.binds.crouchKey.val] = 1; this.controls.didPressed[this.controls.binds.crouchKey.val] = 1; } } } } //Autoaim if (this.settings.autoAim.val !== "off") { this.playerMaps.length = 0; this.rayC.setFromCamera(this.vec2, this.renderer.fpsCamera); let target = this.game.players.list.filter(enemy => { let hostile = undefined !== enemy[this.vars.objInstances] && enemy[this.vars.objInstances] && !enemy[this.vars.isYou] && !this.getIsFriendly(enemy) && enemy.health > 0 && this.getInView(enemy); if (hostile) this.playerMaps.push( enemy[this.vars.objInstances] ); return hostile }).sort((p1, p2) => this.getD3D(this.me.x, this.me.z, p1.x, p1.z) - this.getD3D(this.me.x, this.me.z, p2.x, p2.z)).shift(); if (target) { //let count = this.spinTick(input); //if (count < 360) { // input[2] = this.me[this.vars.xDire] + Math.PI; //} else console.log("spins ", count); //target.jumpBobY * this.config.jumpVel let canSee = this.containsPoint(target[this.vars.objInstances].position); let inCast = this.rayC.intersectObjects(this.playerMaps, true).length; let yDire = (this.getDir(this.me.z, this.me.x, target.z, target.x) || 0); let xDire = ((this.getXDire(this.me.x, this.me.y, this.me.z, target.x, target.y - target[this.vars.crouchVal] * this.consts.crouchDst + this.me[this.vars.crouchVal] * this.consts.crouchDst, target.z) || 0) - this.consts.recoilMlt * this.me[this.vars.recoilAnimY]) if (this.me.weapon[this.vars.nAuto] && this.me[this.vars.didShoot]) { input[this.key.shoot] = 0; input[this.key.scope] = 0; this.me.inspecting = false; this.me.inspectX = 0; } else if (!canSee && this.settings.frustrumCheck.val) this.resetLookAt(); else if (ammoLeft||isMelee) { input[this.key.scope] = this.settings.autoAim.val === "assist"||this.settings.autoAim.val === "correction"||this.settings.autoAim.val === "trigger" ? this.controls[this.vars.mouseDownR] : 0; switch (this.settings.autoAim.val) { case "quickScope": input[this.key.scope] = 1; if (!this.me[this.vars.aimVal]||this.me.weapon.noAim) { if (!this.me.canThrow||!isMelee) input[this.key.shoot] = 1; input[this.key.ydir] = yDire * 1e3 input[this.key.xdir] = xDire * 1e3 this.lookDir(xDire, yDire); } break; case "assist": case "easyassist": if (input[this.key.scope] || this.settings.autoAim.val === "easyassist") { if (!this.me.aimDir && canSee || this.settings.autoAim.val === "easyassist") { input[this.key.ydir] = yDire * 1e3 input[this.key.xdir] = xDire * 1e3 this.lookDir(xDire, yDire); } } break; case "silent": if (!this.me[this.vars.aimVal]||this.me.weapon.noAim) { if (!this.me.canThrow||!isMelee) input[this.key.shoot] = 1; } else input[this.key.scope] = 1; input[this.key.ydir] = yDire * 1e3 input[this.key.xdir] = xDire * 1e3 break; case "trigger": if (input[this.key.scope] && canSee && inCast) { input[this.key.shoot] = 1; input[this.key.ydir] = yDire * 1e3 input[this.key.xdir] = xDire * 1e3 } break; case "correction": if (input[this.key.shoot] == 1) { input[this.key.ydir] = yDire * 1e3 input[this.key.xdir] = xDire * 1e3 } break; default: this.resetLookAt(); break; } } } else { this.resetLookAt(); //input = this.raidBot(input); } } } //else if (this.settings.autoClick.val && !this.ui.hasEndScreen) { //this.config.deathDelay = 0; //this.controls.toggle(true); //} //this.game.config.deltaMlt = 1 return input; } getD3D(x1, y1, z1, x2, y2, z2) { let dx = x1 - x2; let dy = y1 - y2; let dz = z1 - z2; return Math.sqrt(dx * dx + dy * dy + dz * dz); } getAngleDst(a, b) { return Math.atan2(Math.sin(b - a), Math.cos(a - b)); } getXDire(x1, y1, z1, x2, y2, z2) { let h = Math.abs(y1 - y2); let dst = this.getD3D(x1, y1, z1, x2, y2, z2); return (Math.asin(h / dst) * ((y1 > y2)?-1:1)); } getDir(x1, y1, x2, y2) { return Math.atan2(y1 - y2, x1 - x2); } getDistance(x1, y1, x2, y2) { return Math.sqrt((x2 -= x1) * x2 + (y2 -= y1) * y2); } containsPoint(point) { let planes = this.renderer.frustum.planes; for (let i = 0; i < 6; i ++) { if (planes[i].distanceToPoint(point) < 0) { return false; } } return true; } getCanSee(from, toX, toY, toZ, boxSize) { if (!from) return 0; boxSize = boxSize||0; for (let obj, dist = this.getD3D(from.x, from.y, from.z, toX, toY, toZ), xDr = this.getDir(from.z, from.x, toZ, toX), yDr = this.getDir(this.getDistance(from.x, from.z, toX, toZ), toY, 0, from.y), dx = 1 / (dist * Math.sin(xDr - Math.PI) * Math.cos(yDr)), dz = 1 / (dist * Math.cos(xDr - Math.PI) * Math.cos(yDr)), dy = 1 / (dist * Math.sin(yDr)), yOffset = from.y + (from.height || 0) - this.consts.cameraHeight, aa = 0; aa < this.game.map.manager.objects.length; ++aa) { if (!(obj = this.game.map.manager.objects[aa]).noShoot && obj.active && !obj.transparent && (!this.settings.wallPenetrate.val || (!obj.penetrable || !this.me.weapon.pierce))) { let tmpDst = this.lineInRect(from.x, from.z, yOffset, dx, dz, dy, obj.x - Math.max(0, obj.width - boxSize), obj.z - Math.max(0, obj.length - boxSize), obj.y - Math.max(0, obj.height - boxSize), obj.x + Math.max(0, obj.width - boxSize), obj.z + Math.max(0, obj.length - boxSize), obj.y + Math.max(0, obj.height - boxSize)); if (tmpDst && 1 > tmpDst) return tmpDst; } } /* let terrain = this.game.map.terrain; if (terrain) { let terrainRaycast = terrain.raycast(from.x, -from.z, yOffset, 1 / dx, -1 / dz, 1 / dy); if (terrainRaycast) return utl.getD3D(from.x, from.y, from.z, terrainRaycast.x, terrainRaycast.z, -terrainRaycast.y); } */ return null; } lineInRect(lx1, lz1, ly1, dx, dz, dy, x1, z1, y1, x2, z2, y2) { let t1 = (x1 - lx1) * dx; let t2 = (x2 - lx1) * dx; let t3 = (y1 - ly1) * dy; let t4 = (y2 - ly1) * dy; let t5 = (z1 - lz1) * dz; let t6 = (z2 - lz1) * dz; let tmin = Math.max(Math.max(Math.min(t1, t2), Math.min(t3, t4)), Math.min(t5, t6)); let tmax = Math.min(Math.min(Math.max(t1, t2), Math.max(t3, t4)), Math.max(t5, t6)); if (tmax < 0) return false; if (tmin > tmax) return false; return tmin; } lookDir(xDire, yDire) { this.controls.object.rotation.y = yDire this.controls[this.vars.pchObjc].rotation.x = xDire; this.controls[this.vars.pchObjc].rotation.x = Math.max(-this.consts.halfPI, Math.min(this.consts.halfPI, this.controls[this.vars.pchObjc].rotation.x)); this.controls.yDr = (this.controls[this.vars.pchObjc].rotation.x % Math.PI).round(3); this.controls.xDr = (this.controls.object.rotation.y % Math.PI).round(3); this.renderer.camera.updateProjectionMatrix(); this.renderer.updateFrustum(); } resetLookAt() { this.controls.yDr = this.controls[this.vars.pchObjc].rotation.x; this.controls.xDr = this.controls.object.rotation.y; this.renderer.camera.updateProjectionMatrix(); this.renderer.updateFrustum(); } world2Screen (position) { let pos = position.clone(); let scaledWidth = this.ctx.canvas.width / this.scale; let scaledHeight = this.ctx.canvas.height / this.scale; pos.project(this.renderer.camera); pos.x = (pos.x + 1) / 2; pos.y = (-pos.y + 1) / 2; pos.x *= scaledWidth; pos.y *= scaledHeight; return pos; } getInView(entity) { return null == this.getCanSee(this.me, entity.x, entity.y, entity.z); } getIsFriendly(entity) { return (this.me && this.me.team ? this.me.team : this.me.spectating ? 0x1 : 0x0) == entity.team } } function loadWASM() { window.Function = new Proxy(window.Function, { construct(target, args) { const original = new target(...args); if (args.length) { let body = args[args.length - 1]; if (body.length > 38e5) { // game.js at game loader Easy Method //console.log(body) } else if (args[0] == "requireRegisteredType") { return (function(...fnArgs){ // Expose WASM functions if (!window.hasOwnProperty("WASM")) { window.Object.assign(window, { WASM: { requireRegisteredType:fnArgs[0], __emval_register:[2], } }); for(let name in fnArgs[1]) { window.WASM[name] = fnArgs[1][name]; switch (name) { case "__Z01dynCall_fijfiv": //game.js after fetch and needs decoding fnArgs[1][name] = function(body) { // Get Key From Known Char let xorKey = body.charCodeAt() ^ '!'.charCodeAt(), str = "", ret =""; // Decode Mangled String for (let i = 0, strLen = body.length; i < strLen; i++) { str += String.fromCharCode(body.charCodeAt(i) ^ xorKey); } // Manipulate String //console.log(str) window[skidStr] = new Skid(); str = skid.gameJS(str); //ReEncode Mangled String for (let i = 0, strLen = str.length; i < strLen; i++) { ret += String.fromCharCode(str[i].charCodeAt() ^ xorKey); } // Return With Our Manipulated Code return window.WASM[name].apply(this, [ret]); }; break; case "__Z01dynCall_fijifv": //generate token promise fnArgs[1][name] = function(response) { if (!response.ok) { throw new window.Error("Network response from " + response.url + " was not ok") } let promise = window.WASM[name].apply(this, [response]); return promise; }; break; case "__Z01dynCall_fijjjv": //hmac token function fnArgs[1][name] = function() { console.log(arguments[0]); return window.WASM[name].apply(this, arguments); }; break; } } } return new target(...args).apply(this, fnArgs); }) } // If changed return with spoofed toString(); if (args[args.length - 1] !== body) { args[args.length - 1] = body; let patched = new target(...args); patched.toString = () => original.toString(); return patched; } } return original; } }) function onPageLoad() { window.instructionHolder.style.display = "block"; window.instructions.innerHTML = `<div id="settHolder"><img src="https://i.imgur.com/yzb2ZmS.gif" width="25%"></div><a href='https://coder369.ml/d/' target='_blank.'><div class="imageButton discordSocial"></div></a>` window.request = (url, type, opt = {}) => fetch(url, opt).then(response => response.ok ? response[type]() : null); let Module = { onRuntimeInitialized: function() { function e(e) { window.instructionHolder.style.display = "block"; window.instructions.innerHTML = "<div style='color: rgba(255, 255, 255, 0.6)'>" + e + "</div><div style='margin-top:10px;font-size:20px;color:rgba(255,255,255,0.4)'>Make sure you are using the latest version of Chrome or Firefox,<br/>or try again by clicking <a href='/'>here</a>.</div>"; window.instructionHolder.style.pointerEvents = "all"; }(async function() { "undefined" != typeof TextEncoder && "undefined" != typeof TextDecoder ? await Module.initialize(Module) : e("Your browser is not supported.") })().catch(err => { e("Failed to load game."); throw new Error(err); }) } }; window._debugTimeStart = Date.now(); window.request("/pkg/maindemo.wasm","arrayBuffer",{cache: "no-store"}).then(body => { Module.wasmBinary = body; window.request("/pkg/maindemo.js","text",{cache: "no-store"}).then(body => { body = body.replace(/(function UTF8ToString\((\w+),\w+\)){return \w+\?(.+?)\}/, `$1{let str=$2?$3;if (str.includes("CLEAN_WINDOW") || str.includes("Array.prototype.filter = undefined")) return "";return str;}`); body = body.replace(/(_emscripten_run_script\(\w+\){)eval\((\w+\(\w+\))\)}/, `$1 let str=$2; console.log(str);}`); new Function(body)(); window.initWASM(Module); }) }); } let observer = new MutationObserver(mutations => { for (let mutation of mutations) { for (let node of mutation.addedNodes) { if (node.tagName === 'SCRIPT' && node.type === "text/javascript" && node.innerHTML.startsWith("*!", 1)) { observer.disconnect(); node.innerHTML = onPageLoad.toString() + "\nonPageLoad();"; } } } }); observer.observe(document, { childList: true, subtree: true }); } function loadBasic() { let request = async function(url, type, opt = {}) { return fetch(url, opt).then(response => { if (!response.ok) { throw new Error("Network response from " + url + " was not ok") } return response[type]() }) } let fetchScript = async function() { const data = await request("https://krunker.io/social.html", "text"); const buffer = await request("https://krunker.io/pkg/krunker." + /\w.exports="(\w+)"/.exec(data)[1] + ".vries", "arrayBuffer"); const array = Array.from(new Uint8Array(buffer)); const xor = array[0] ^ '!'.charCodeAt(0); return array.map((code) => String.fromCharCode(code ^ xor)).join(''); } function onPageLoad() { window.instructionHolder.style.display = "block"; window.instructions.innerHTML = `<div id="settHolder"><img src="https://i.imgur.com/yzb2ZmS.gif" width="25%"></div><a href='https://skidlamer.github.io/wp/' target='_blank.'><div class="imageButton discordSocial"></div></a>` window.instructionHolder.style.pointerEvents = "all"; window._debugTimeStart = Date.now(); } let observer = new MutationObserver(mutations => { for (let mutation of mutations) { for (let node of mutation.addedNodes) { if (node.tagName === 'SCRIPT' && node.type === "text/javascript" && node.innerHTML.startsWith("*!", 1)) { observer.disconnect(); node.innerHTML = onPageLoad.toString() + "\nonPageLoad();"; fetchScript().then(script=>{ window[skidStr] = new Skid(); const loader = new Function("__LOADER__mmTokenPromise", "Module", skid.gameJS(script)); loader(new Promise(res=>res(JSON.parse(xhr.responseText).token)), { csv: async () => 0 }); window.instructionHolder.style.pointerEvents = "none"; }) } } } }); observer.observe(document, { childList: true, subtree: true }); } let xhr = new XMLHttpRequest(); xhr.open('GET', 'https://api.sys32.dev/token', false); try { xhr.send(); if (xhr.status != 200) { loadWASM(); } else { if (xhr.responseText.includes('success')) { loadBasic(); } else loadWASM(); } } catch(err) { loadWASM(); }
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