Search results for "biome":

Biome is a toolchain for web projects that provides formatting and analysis. It offers high-quality diagnostics and is compatible with Prettier. Biome's analyzer includes over 200 unique lint roles and provides informative error messages. Pion, a part of Biome, aims to be fast and efficient, outperforming other tools. Biome is exploring type inference and plug-in support, and has plans to revamp its configuration in version two.

Today, we're going to talk about the Biome Analyzer, which is not just a linter or a CLI tool. It takes advantage of multi-threading, channels for communication, and caching to achieve high performance. The analyzer complements the parser and provides features like import sorting and emitting new diagnostics. It is LSP ready, can automatically sort JSON keys, and can be used as a CLI tool for enforcing refactors. The Biome Analyzer showcases its impressive performance in handling large codebases in a video demonstration.

This Talk explores the concept of types and their significance in software development, particularly in relation to TypeScript. It discusses the limitations and advantages of TypeScript compared to other tools like Flow and Ezno. The Talk emphasizes the role of types in bridging system boundaries and improving code quality. It also highlights the importance of type-checked linting and the future of ESLint. Additionally, the Talk mentions the benefits of faster and easier linting with projects like Biome and OXC, and recommends books for further learning.

Today's Talk is about porting to Rust, specifically the experience of porting Turbo Repo, a build system for JavaScript, from Go to Rust. The speaker discusses the challenges faced during the porting process, such as file permission code discrepancies and issues with Alpine Linux. They explain the approach taken, including using a Rust shim and porting individual Go dependencies to Rust. The Talk also covers the limitations and challenges encountered during the porting process, as well as the benefits of leveraging the Rust ecosystem. The speaker discusses the considerations of rewriting versus porting and the importance of institutional knowledge. They also touch on the performance impact of the porting process and the improvements achieved by moving to a fully Rust implementation.

Evan Yeo discusses Vite's growth, challenges with dependencies like ES Build and Rollup, and the creation of the bundler Rolldown. The JavaScript ecosystem faces fragmentation, but the company aims for a unified JavaScript stack. Rust is chosen for lower-level development, while JavaScript and TypeScript for high-level APIs. Roldown offers advanced bundling features, outperforming existing tools. Integration with Vite leads to tailored optimizations and significant speed improvements. Vite+ development focuses on creating a comprehensive toolkit. VitePlus integrates TS-down for library bundling, ViteTest for testing, and OX-Lint for linting. Future plans include monorepo awareness, build orchestration, and framework-like features.

The Talk covers the speaker's personal journey into server-side rendering (SSR) and the evolution of web development frameworks. It explores the use of jQuery for animations in SSR, the challenges faced in integrating React with Umbraco, and the creation of a custom SSR framework. The Talk also discusses the benefits of Next.js and the use of serverless artifacts for deployment. Finally, it highlights the features of Astro, including its function per route capability.

The talk delves into JavaScript testing challenges, company testing practices diversity, and the evolution of testing tools. It explores the transition to user-centric testing, browser-based component testing, and advancements in AI testing tools. The evolving landscape includes Playwright's features and comprehensive testing solutions. Future trends discuss network mocking, AI testing advancements, and the role of AI in JavaScript testing practices.

The Talk discusses the JavaScript oxidation compiler (OXC) project and the impact of performance engineering. The OXC project consists of JavaScript tools written in Rust, including a parser, linter, and resolver, that are significantly faster than existing alternatives. Testimonials highlight the progress of the OXC project and the speed and effectiveness of the OXLint tool. The emphasis on performance in OXLint is demonstrated through cross-file linting and parallel processing. Performance improvements in the OXC project are achieved through benchmarking and can drive innovation in JavaScript infrastructure. The talk also discusses the need for faster website loading and the goal of creating a new minifier for better compression and performance in OXC.