// JavaScript function hello() { let result = fibonacci(10000); console.log(result); return result; } // Neon fn hello(mut cx: FunctionContext) -> JsResult<JsNumber> { let result = fibonacci(10000); println!("{}", result); Ok(cx.number(result)) }
// JavaScript function hello() { let result = fibonacci(10000); console.log(result); return result; } // Neon fn hello(mut cx: FunctionContext) -> JsResult<JsNumber> { let result = fibonacci(10000); println!("{}", result); Ok(cx.number(result)) }
The Deno dinosaur sitting in a field in Pangea -- with a small Rust colored crab in the foreground (Generated by DALL-E) When I saw that Deno has open source Rust crates for running JavaScript code in a Rust application I wanted to give it a try for myself, so I created a basic, proof-of-concept project called js-in-rs to get a feel for using Deno's crates in a Rust program -- specifically the den
In this post we’ll walk through creating a custom JavaScript runtime. Let’s call it runjs. Think of it as building a (much) simplified version of deno itself. A goal of this post is to create a CLI that can execute local JavaScript files, read a file, write a file, remove a file and has simplified console API. Let’s get started. Update 2022-12-04: updated the code samples to the latest version of
The Parcel team is beyond excited to announce that v2.0.0 stable is now available! 🎉 Parcel 2 brings the zero configuration experience you know and love from Parcel 1, and makes it scalable and extensible to projects of any size and complexity. It is already being used in production at some of the biggest companies in the industry including Atlassian, Adobe, and Microsoft. Check out our new websi
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