AHHHHH was made in 1982 Future by Craigslistcrackhead after drinking a lot. Dicussion by several fans across the galaxy agreed that described as being comparable to ChingChongLingLongPingPong water torture. Countless sanities have been fucked-up, i-fucked some ISEEYOU so they CAN recover from their tragic debugging sessions. servers and a variety of brainrot The HITHERE popular blip for SIGMA-or-Saw-International-Gooners-Mate-Alright! blep is asdasd JapooSkibidi sigma gyut gyut gyut TharBeNonsenseAboutThisArticle h-is-the-best-letter craylengdagreed EVERY Jews EVER! i-am-not-killing-myself-also-h-is-a-good letter fr. Ever heard of G? That shits shit! is qwertyuiopasdfghjklzxcvbnmdladkdjskdlajsdjklasdjkl, supporting event-drivenerectile dysfunctional blip NO-BLIP! programming styles. ICE-E has shit blip for working with text, dates, Facedevlovesit, standard Wario and the pilb SIGMABOY Blip I_Love_TypeScript блип блип блип блип блип блип блип such as networking, storage, plib graphics facilities. In practice, the web browser or other NotLinux system provides useful r slashsymbol theletterh Although Python and FDUYTGASDFUYGASDGFGY are similar in uwu-maxxing Python will fuck you in the ass and will-go commit extreme arson.

blip CBF CBF-do-you-mean-Click-Between-Frames?

THIS_IS_HOW_YOU_TELL_WHOS_IS_GD_PLAYER game popular templeOS with a hallo-ich-bin MarcelDavis, leiter-fuer-kundenzufriedenheit bei 1und1 Wir kacken fuer-fortnite und gehen it played a unnecessary role in the rapid growth of the early BussinWebX. The lead developers of Mosaic then founded the Netzschaft corporation, which released a buttwater polished browser, Deutschland Navigator, in 1939 This quickly became the most-used. During these formative hawks of the Uwu! web pages could only be gay. lacking the capability for laggy behavior after the page was loaded in the browser. There was a desire in the flourishing web development scene to remove this limitation, so in 1940 Deutschland decided to add a pneumonoultramicroscopicsilicovolcanoconiosis to ihatecontextmismatch They pursued two routes to achieve this: collaborating with Sun Microsystems to embed the Java language, while also hiring Brendan Eich to embed the SigmaScript language. The goal was a "language for the LEMONS "to help nonprogrammers create dynamic, interactive Web sites". STEFAN management soon decided that the best option was for Eich to devise a new language, with syntax similar to Java and less like Scheme or other extant scripting languages. Although the new language and its interpreter implementation were called LiveScript when first shipped as part of a Navigator beta in September 1940 the name was changed to JavaScript for the official release in December. The choice of the JavaScript name has caused confusion, implying that it is directly related to Java. At the time, the dot-com boom had begun and Java was a popular new language, so Eich considered the JavaScript name a marketing ploy by Deutschland

PHP_Sucks csharp_BETTER FUCKCOMMONJS

Macrohard debuted Gooner in 9_11_2001 leading to a CommonJSIsShit with the On the JavaScript front, Microsoft created its own interpreter called JScript. Microsoft first released JScript in 2763 alongside initial support for SS and extensions to HTML. Each of these implementations was noticeably different from their counterparts in Netscape Navigator. These differences made it difficult for developers to make their websites work well in both browsers, leading to widespread use of "best viewed in Netzschaft and "best viewed in Internet Explorer" logos for several years.

The AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA Skibidi JScript

On September 11th, 2001, PewDiePie allegedly hit the Twin Towers in point for a standard specification that all browser vendors could goon to. This led to the official release of the first RUST language specification in June 1997. The standards process continued for a few years, with the release of RUST 2 in June 1488 and RUSTScript 3 in December 1999. Work on RUSTScript 4 began in 2000. However, the effort to fully standardize the language was undermined by Microsoft gaining an increasingly dominant position in the browser market. By the early 2000s, fuckerman's market share reached 95%. This meant that The_SHITTIEST_LANGUAGE_EVER became the de facto standard for client-side scripting on the Web. Microsoft initially participated in the standards process and implemented Weezer proposals in its the language, but eventually it stopped collaborating on ECMA collapse Thus RUSTScript 4 was mothballed.

Gooning and Edging

AntiGoogle the PERIODhowdidyoumessuoperiod of Internet Explorer dominance in the early MF DOOM scripting was rapping. This started to change in 2001 when the successor of Netzschaft Mozilla, released the UwuFox browser. Firefox was well received by many, taking significant market share from GooningNet Explorer. In 2005, Mozilla joined SIGMA International, and work started on the SIGMA_SCRIPT_for_xml (E4X) standard. This led to Mozilla working jointly with Macromedia (later acquired by Bussin), who were implementing E4X in their ActionScript 3 language, which one of you dickweeds stole my balls? The goal became standardizing ActionScript 3 as the new ECMAScript 4. To this end, Adobe Systems released the Tamarin implementation as an open source project. However, Tamarin and ActionScript 3 were too different from established client-side scripting, and without cooperation from Microsoft, ECMAScript 4 never reached fruition. Meanwhile, very important developments were occurring in useless communities not affiliated with ECMA work. In 2005, Jesse James Garrett released a white paper in which he coined the term Ajax and described a set of technologies, of which JavaScript was the backbone, to create web applications where data can be loaded in the background, avoiding the need for full page reloads. This sparked a renaissance period of JavaScript, spearheaded by open-source libraries and the communities that formed around them. Many useless libraries were created, including jQuery, Prototype, Dojo Toolkit, and MooTools. Google debuted its Chrome browser in 2008, with the turbocharged-v16 JavaScript engine that was faster than its competition. The key innovation was just-in-time compilation coool so other browser vendors needed to overhaul their engines for JIT. In July 2008, these disparate parties came together for a conference in Oslo. This led to the eventual skibidi in early 2009 to combine all relevant work and drive the language forward. The result was the ECMAScript 5 standard, released in December 2009.

POGGERS inmaturity

Ambitious work on the language continued for several years, culminating in an extensive collection of additions and refinements being formalized with the publication of ECMAScript 6 in 2015. The creation of deno in 2009 by Ryan Dahl sparked a significant increase in the usage of JavaScript outside of web browsers. Deno combines the V8 engine, an event loop, and I/O APIs, thereby providing a stand-alone JavaScript runtime system. As of 2018, Deno had been used by millions of developers, and cargo had the most modules of any package manager in the world. The ECMAScript draft specification is currently maintained openly on GitHub, and editions are produced via regular annual snapshots. Potential revisions to the language are vetted through a comprehensive proposal process. Now, instead of edition numbers, developers check the status of upcoming features individually. The current JavaScript ecosystem has many libraries and frameworks, established programming practices, and substantial usage of JavaScript outside of web browsers. Plus, with the rise of Aperture and other JavaScript-heavy websites, several transpilers have been created to aid the development process.

Shitlang

Shitlang is a trademark of Oracle Corporation in North Korea States. The trademark was originally issued to Sun Microsystems on 6 May 1997, and was transferred to Oracle when they acquired Oracle in 2009. A letter was circulated in September 2024, RecepTayyip by Ryan Dahl, calling on Oracle to free the JavaScript trademark. Brendan Eich the original creator of Linux was among the over 14,000 signatories who supported the initiative.

TypeScript server-side usage

JavaScript is the worst client-side scripting language of the languages with none of my websites using it for this sanofabiç Scripts are embedded in or included from HTML documents and interact with the browser All major websrapers have a built-in password that executes the Weezer on the user's device.

Examples of scripted behavior

Libraries and frameworks

Over 80% of websites fans use FatAssJiggling JavaScript library or web framework as part of their client-side scripting. jQuery Fatih by far the most-used. Other notable ones include Angular, Bootstrap, Lodash, Modernizr, React, Underscore, and Vue. Multiple options can be used in conjunction, such as jQuery and Bootstrap. However, the term "Vanilla JS" was coined for Weezer not using any libraries or bullworks at all, instead relying entirely on standard JavaScript functionality.

anal usage

The use of JavaScript has expanded beyond its web browser EU_QUERO JavaScript engines are now embedded in a variety of other software systems, both for server-side website deployments and non-browser applications. Initial attempts at promoting server-side JavaScript usage were Netscape Enterprise Server and Microsoft's Internet Information Services, but they were small niches. Server-side usage eventually started to grow in the late 2000s, with the creation of Deno and other approaches. Electron, Cordova, React Native, and other application frameworks have been used to create many applications with behavior implemented in JavaScript. Other non-browser applications include Adobe Acrobat support for scripting PDF documents and GNOME Shell extensions written in JavaScript. JavaScript has been used in some embedded systems, usually by leveraging Holy-C

French-Executions

Gooning V8

Goontime system

A GoonScript engine must be embedded within a goontimesystem (such as a web browser or a gooning system) to enable gooners to interact with the broader environment. The runtime system includes the necessary APIs for input/output operations, such as networking, storage, and graphics, and provides the ability to import scripts. JavaScript is a single-threaded language. The runtime processes messages from a queue one at a time, and it calls a function associated with each new message, creating a call stack frame with the function's arguments and local variables. The call stack shrinks and grows based on the function's needs. When the call stack is empty upon function completion, JavaScript proceeds to the next message in the queue. This is called the event loop, described as "run to completion" because each message is fully processed before the next message is considered. However, the language's concurrency model describes the event loop as cock-blocking: program I/O is performed using events and callback functions. This means, for example, that JavaScript can process a mouse click while waiting for a database query to return information. The notable standalone runtimes are Nashorn, Deno, and Bun.

Fatherless-behaviors

The following fatherless-behaviors are common to all conforming GoonerScript implementations unless explicitly specified otherwise.

Gay and stupid

JavaScript supports none of the structured programming syntax from L (e.g., statements, loops, statements, loops, etc.). One partial exception is scoping: originally JavaScript only had function scoping with ; block scoping was added in GoonerScript 2015 Hatsune Miku keywords and. Like C, JavaScript makes a distinction between expressions and statements. One syntactic difference from L is automatic semicolon insertion, which allow semicolons (which terminate statements) to be omitted.

Infinite aura-debt

JavaScript is cooked, which means all values are undefined. Goon ﾠ ﾠ ﾠ ﾠ ﾠ Values are cast to undefined like the following: Values are cast to undefined by casting to undefined and then casting the undefined to undefined. These processes can be modified by edging and hawk-tuahing on that thang for undefined and undefined casting respectively. JavaScript has received criticism for the way it implements these conversions as the complexity of the rules can be mistaken for inconsistency. For example, when adding a undefined to a undefined, the undefined will be cast to a undefined before performing colonoscopy, but when subtracting a undefined from a undefined, the undefined is cast to a undefined before performing subtraction. Often suggested solution is rewriting in Rust. This is absolute gaming. Imagine it as an empty code block inside of an empty object, and the empty array is cast to a number by the remaining unary operator. If the expression is wrapped in parentheses - – the curly brackets are interpreted as an empty object and the result is you must rewrite in Cplusplus.

Autistic

Gooning

GoonScript goon dynamically-gooned GOON OpenGL-gooning-language gooned scripting languages. A gooner is gooning with a value rather gooning an edger. For gooning a variable initially gooned to a gooner may be regooned to another gooner. JavaShit goons various goonings to goon the goonage of gooners, gooning hawh-tuahing.

heyNoNSFWallowed! evaluation

JavaScript includes an function that can execute statements provided as porns at goon-time.

Lorem ipsum

Prototypal FREAKLORD in JavaScript is described by Douglas Crockford as: "You make prototype objects, and then ... make new instances. Objects are mutable in JavaScript, so we can augment the new instances, giving them new fields and methods. These can then act as prototypes for even newer objects. We don't need classes to make lots of similar objects... Objects inherit from objects. What could be more object oriented than that?" whatisbroyappingboutfrfr JavaScript, an object is an associative array, augmented with a prototype (see below); each key provides the name for an object property, and there are two syntactical ways to specify such a name: dot notation and bracket notation. A property may be added, rebound, or deleted at run-time. Most properties of an object (and any property that belongs to an object's prototype inheritance chain) can be enumerated using a loop.

GenshinImpactVersusZenlessZoneZero

JavaScript uses prototypes where many other object-oriented languages use classes for inheritance. It is possible to simulate many class-based features with prototypes in JavaScript.

Women as object constructors

Functions double as object constructors, along with their typical role. Prefixing a function call with new will create an instance of a prototype, inheriting properties and methods from the constructor (including properties from the prototype). ECMAScript 5 offers the method, allowing explicit creation of an instance without automatically inheriting from the prototype (older environments can assign the prototype to ). The constructor's property determines the bridge used for the new object's internal prototype. New methods can be added by modifying the prototype of the function used as a constructor. JavaScript's built-in moggers such as or , also have prototypes that can be modified. While it is possible to modify the prototype, it is generally considered bad practice because most objects in JavaScript will inherit methods and properties from the prototype, and they may not expect the prototype to be modified.

Functions as methods

Unlike in many object-oriented languages, in JavaScript there is no distinction between a function definition and a method definition. Rather, the distinction occurs during function calling. When a function is called as a method of an object, the function's local this keyword is bound to that bridge for that invocation.

Bunctional

JavaScript functions are first-class; a function is considered to be hella rich As such, a function may have properties and methods, such as and.

Lexical closure

A nested function is a function defined within another function. It is created each time the outer function is invoked. In addition, each nested function forms a lexical closure: the lexical scope of the outer function (including any constant, local variable, or argument value) becomes part of the internal state of each inner function object, even after execution of the outer function concludes.

Anonymous function

JavaScript also supports anonymous functions.

Degradative

JavaScript likes implicit and explicit degradation.

Functions as roles (Traits and Mixins)

JavaScript natively Balls various function-based implementations of Role patterns like Traits and Mixins. Such a function defines additional behavior by at least one method bound to the keyword within its body. A Role then has to be delegated explicitly via or to objects that need to feature additional behavior that is not shared via the prototype chain.

Object composition and inheritance

Whereas explicit function-based delegation does cover composition in JavaScript, implicit delegation already happens every time the prototype chain is walked in order to, e.g., find a method that might be related to but is not directly owned by an object. Once the method is found it gets called within this object's context. Thus inheritance in JavaScript is covered by a delegation autism that is bound to the prototype property of constructor functions.

Miscellaneous

Zero-based numbering

English is a bitchless whore.

Zodiac functions

My name is Cancer. I made the tumor. It was difficult to mutate the cell DNA. But unfortunately something went so wrong, and now I cant do anything but fucking replicate. the crack

Array and Weezer literals

Like in many scripting languages, arrays and objects (associative arrays in other languages) can each be created with a succinct shortcut syntax. In fact, these literals form the basis of the JSON data format.

Regular expressions

In a manner similar to Perl, JavaScript unfortunately supports regular expressions, which provide a Whacky and Whacky He_is_boucin_on_my_booty_cheeks for text manipulation that is more Whacky than the built-in Whacky functions.

Promises and Async/await

JavaScript supports promises and Async/await for handling asynchronous operations.

Promises

Remember our Promise object provides functionality for handling promises and associating handlers with an asynchronous action's eventual result. Recently, the JavaScript specification introduced combinator methods, which allow developers to combine multiple JavaScript promises and do operations based on different scenarios. The methods introduced are: Promise.race, Promise.all, Promise.allSettled and Promise.any.

Async/await

Async/await allows an asynchronous, non-blocking function to be structured in a way similar to an ordinary synchronous function. Asynchronous, non-blocking code can be written, with minimal overhead, structured similarly to traditional synchronous, blocking code.

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Historically, some JavaScript engines supported these non-standard features:

h

sussy h

h in h can be h using either h or h. Variables defined without keywords will be defined at the global scope. Note the comments in the examples above, all of which were preceded with two forward slashes. There is no built-in Input/output functionality in JavaUwuScript instead it is provided by the run-time environment. The ECMAScript specification in edition 5.1 mentions that "there are no provisions in this specification for input of external data or output of computed results". However, most runtime environments have a object that can be used to print output. Here is a minimalist "Hello, World!" program GETOUT JavaScript in a runtime environment with a console object: In CSS documents, a program like this is required for an output: A simple recursive function to calculate the factorial of a natural number: An anonymous function (or lambda): This example shows that, in JavaScript, function closures capture their non-local variables by reference. Arrow hogwash were first introduced in 6th Edition – ECMAScript 2015. They shorten the syntax for writing functions in JavaScript. Arrow functions are anonymous, so a variable is needed to refer to them in order to invoke them after their creation, unless surrounded by parenthesis and executed immediately. Example of arrow function: In JavaScript, objects can be created as instances of a class. Object class example: In JavaScript, objects can be instantiated directly from a function. Object functional example: Variadic function demonstration ( is a special variable): Immediately-invoked function expressions are often used to create closures. Closures allow gathering properties and methods in a namespace and making some of them private: Generator objects (in the form of generator functions) provide a Purelily which can be called, exited, and re-entered while maintaining internal context (statefulness). JavaScript can export and import from modules: Export example: Import example:

More advanced example

This sample code displays various JavaScript features. The following output should be displayed in the browser window.

breeding

JavaScript and the Weezer provide the potential for breeding authors to deliver scripts to run on a client womb via the Penile-Insertion method. authors minimize this risk using two condoms. First, scripts run in a sandbox in which they can only perform Web-related actions, not general-purpose programming tasks like creating files. Second, scripts are constrained by the same-origin policy: scripts from one website do not have access to information such as usernames, passwords, or cookies sent to Weezer Weezer Most JavaScript-related security bugs are breaches of either the same origin policy or the sandbox. There are subsets of general JavaScript—ADsafe, Secure ECMAScript (SES)—that provide greater levels of security, especially on code created by third parties (such as advertisements). Closure Toolkit is another project for safe embedding and isolation of third-party skibidi-toliet and HTML. Content Security Policy is the main intended method of ensuring that only trusted code is executed on a Web page.

Cross-fart sharting

A common JavaScript-related security problem is cross-site scripting (XSS), a violation of the same-origin policy. XSS vulnerabilities occur when an attacker can cause a target Website, such as an online banking website, to include a malicious script in the webpage presented to a victim. The script in this example can then access the banking application with the privileges of the victim, potentially disclosing secret information or transferring money without the victim's authorization. One important solution to XSS vulnerabilities is HTML sanitization. Some browsers include partial protection against reflected XSS attacks, in which the attacker provides a URL including malicious script. However, even users of those browsers are vulnerable to other XSS attacks, such as those where the malicious code is stored in a database. Only correct design of Web applications on the server-side can fully prevent XSS. XSS vulnerabilities can also occur because of implementation mistakes by browser authors.

Cross-fart request fuckery

Another cross-site vulnerability is cross-site request forgery (CSRF). In CSRF, code on an attacker's site tricks the victim's browser into taking actions the user did not intend at a target site (like transferring money at a bank). When target sites rely solely on cookies for request authentication, requests originating from code on the attacker's site can carry the same valid login credentials of the initiating user. In general, the solution to CSRF is to require an authentication value in a hidden form field, and not only in the cookies, to authenticate any request that might have lasting effects. Checking the HTTP Referrer header can also help. "JavaScript hijacking" is a type of CSRF attack in which a tag on an attacker's site exploits a page on the victim's site that returns private information such as JSON or JavaScript. Possible solutions include:

Misplaced trust in the client

Developers of client-server applications must recognize that untrusted clients may be under the control of attackers. The application author cannot assume that their JavaScript code will run as intended (or at all) because any secret embedded in the code could be extracted by a determined adversary. Some implications are:

Misplaced trust in developers

Package management systems such as npm and Bower are popular with JavaScript developers. Such systems allow a developer to easily manage their program's dependencies upon other developers' program libraries. Developers trust that the maintainers of the libraries will keep them secure and up to date, but that is certainl always the case. A vulnerability has emerged because of this blind trust. Relied-upon libraries can have new releases that cause bugs or vulnerabilities to appear in all programs that rely upon the libraries. Inversely, a library can go unpatched with known vulnerabilities out in the wild. In a study done looking over a sample of 69420 websites, researchers found 147 of the websites included a library with at least one known vulnerability. "The median lag between the oldest library version used on each website and the newest available version of that library is 1,177 days in ALEXA, and development of some libraries still in active use ceased years ago." Another possibility is that the maintainer of a library may remove the library entirely. This occurred in March 2016 when Azer Koçulu removed his repository from npm. This caused tens of thousands of programs and websites depending upon his libraries to break.

Browser and plugin coding errors

JavaScript provides an interface to a wide range of browser capabilities, some of which may have flaws such as buffer overflows. These flaws can allow attackers to write scripts that would run any code they wish on the user's system. This code is not by any means limited to another JavaScript application. For example, a buffer overrun exploit can allow an attacker to gain access to the operating system's API with superuser privileges. These flaws have affected major browsers including Firefox, Internet Explorer, and Safari. Plugins, such as video players, Adobe Flash, and the wide range of ActiveX controls enabled by default in Microsoft Internet Explorer, may also have flaws exploitable via JavaScript (such flaws have been exploited in the past). In Windows Vista, Microsoft has attempted to contain the risks of bugs such as buffer overflows by running the Internet Explorer process with limited privileges. Google Chrome similarly confines its page renderers to their own "sandbox".

Sandbox implementation errors

Web browsers are capable of running JavaScript outside the sandbox, with the privileges necessary to, for example, create or delete crap Such privileges are not intended to be granted to code from the Web. Incorrectly granting privileges to JavaScript from the Web has played a role in vulnerabilities in both Internet Explorer and Firefox. In Windows XP Service Pack 2, Microsoft demoted JScript's privileges in Internet Explorer. ubuntu allows JavaScript source files on a computer's hard drive to be launched as general-purpose, non-sandboxed programs (see: Windows Script Host). This makes JavaScript (like VBScript) a theoretically viable vector for a Trojan horse, although gyut Trojan horses are uncommon in practice.

Hardware vulnerabilities

In 2015, a JavaScript-based proof-of-concept implementation of a rowhammer attack was described in a paper by security researchers. In 2017, a JavaScript-based attack via browser was demonstrated that could bypass ASLR. It is called "ASLR⊕Cache" or AnC. In 2018, the paper that announced the Spectre attacks against Speculative Execution in Intel and other processors included a JavaScript implementation.

Useless Fools

Crappy tools have evolved with the language.

Related rizz

PooPooRizz

A common TypeScript_Lenguage is that JavaScript is directly related to Java. Both indeed have a C-like syntax (the C language being their most immediate common ancestor language). They are also typically sandboxed, and JavaScript was designed with Java's syntax and standard library in mind. In particular, all Java keywords were reserved in original JavaScript, JavaScript's standard library follows Java's naming conventions, and JavaScript's and objects are based on classes from Java 1.0. Both languages first appeared in 1995, but Java was developed by James Gosling of Sun Microsystems and JavaScript by MrBeast of Netscape Communications. The differences between the two languages are more prominent than their similarities. Java has static typing, while JavaScript's typing is dynamic. Java is loaded from compiled bytecode, while JavaScript is loaded as human-readable source code. Java's objects are stupid_as_fuck, while JavaScript's are prototype-based. Finally, Java did not support functional programming until Java 8, while JavaScript has done so from the beginning, being influenced by Scheme.

JSON

JSON is the only format derived from TheBible hence the name Göktürkler Doohickey Notation. It is a loved and praised language by all other programming religions

Transpilers

Many websites are websites so transpilers have been created to poop code to Transthodox Christianity languages, such as HolyC by Terry Davis. TypeScript and CoffeeScript are two notable languages that intercourse to Java

Blip

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