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Free GPL Yes No 9ne: Home? Emacs Free GPL Yes No jsvi: Home Archived 2007-10-11 at the Wayback Machine? vi: Free GPL Yes No MDK-Editor: Home: 2.10, 2008 Microsoft Visual Studio Depends on use Dual Code is readable tested to work on: IE 6, 7 - Firefox 2, 3 - Chrome No Micro: Home: 2013 nano Free GPL Yes No HirenJS Code Editor: Home. Demo. 2023 ...
Playground Access PHP Ruby/Rails Python/Django SQL Other DB Fiddle [am]: Free & Paid No No No Yes MySQL, PostgreSQL, SQLite dbfiddle [an]: Free No No No Yes Db2, Firebird, MariaDB, MySQL, Node.js, Oracle, Postgres, SQL Server, SQLite, YugabyteDB
Babel is a free and open-source JavaScript transcompiler that is mainly used to convert ECMAScript 2015+ (ES6+) code into backwards-compatible JavaScript code that can be run by older JavaScript engines. It allows web developers to take advantage of the newest features of the language. [4] Developers can use new JavaScript language features by ...
CL-JavaScript: Can compile JavaScript to machine language on Common Lisp implementations that compile to machine language. [11] BESEN: A complete JIT-compiling implementation of ECMAScript Fifth Edition written in Object Pascal. [12] Hermes: developed by Facebook for React Native mobile apps [13] Can also be used independent from React Native.
Deno (/ d iː n oʊ / [5]) is a runtime for JavaScript, TypeScript, and WebAssembly that is based on the V8 JavaScript engine and the Rust programming language. Deno was co-created by Ryan Dahl , the creator of Node.js [ 6 ] and Bert Belder.
Atom is a free and open-source text and source-code editor for macOS, Linux, and Windows with support for plug-ins written in JavaScript, and embedded Git control. Developed by GitHub , Atom was released on June 25, 2015.
TurboFan compiles this bytecode into machine code. In other words, V8 compiles ECMAScript directly to native machine code using just-in-time compilation before executing it. [18] The compiled code is additionally optimized (and re-optimized) dynamically at runtime, based on heuristics of the code's execution profile.
Earlier versions of Dojo had a reputation for being bulky and slow to load. [13] It also required extra work to load Dojo across domains, e.g., from a CDN.Addressing these problems was the major goal of Dojo 1.7, which introduced asynchronous module definition (AMD) and a "nano" loader.