(WASM) ¨¦ o padr?o W3C que fornece recursos de execu??o de c¨®digo no navegador. Suportado por todos os principais navegadores e compat¨ªvel com vers?es anteriores, ¨¦ um formato de compila??o bin¨¢ria projetado para ser executado no navegador em velocidades quase nativas. WebAssembly abre a gama de linguagens que voc¨º pode usar para escrever funcionalidades de front-end, com foco inicial em C, C++ e Rust, al¨¦m de ser um objetivo de . Quando executado no sandbox, pode interagir com JavaScript e compartilhar as mesmas permiss?es e modelo de seguran?a. Portabilidade e seguran?a s?o os principais recursos que habilitar?o a maioria das plataformas, incluindo dispositivos m¨®veis e IoT.
is a big step forward in the capabilities of the browser as a code execution environment. Supported by all major browsers and backward compatible, it's a binary compilation format designed to run in the browser at near native speeds. It opens up the range of languages you can use to write front-end functionality, with early focus on C, C++ and Rust, and it's also an LLVM compilation target. When run in the sandbox, it can interact with JavaScript and shares the same permissions and security model. When used with , it also results in faster page initialization. Although it's still early days, this W3C standard is definitely one to start exploring.
is a big step forward in the capabilities of the browser as a code execution environment. Supported by all major browsers and backward compatible, it's a binary compilation format designed to run in the browser at near native speeds. It opens up the range of languages you can use to write front-end functionality, with early focus on C, C++ and Rust, and it's also an LLVM compilation target. When run in the sandbox, it can interact with JavaScript and shares the same permissions and security model. When used with , it also results in faster page initialization. Although it's still early days, this W3C standard is definitely one to start exploring.
