Page 3 - Webassembly System Interface News Today

Go 1.21 RC brings language improvements, new standard library packages, PGO GA, backward and forward compatibility in the toolchain and faster builds.

The superset of WASI can be used for apps and runtimes, offering a high-performance JavaScript alternative that runs in browsers and servers.

Ruby 3.3.0 brings significant performance improvements to YJIT and previews RJIT, an experimental just-in-time compiler that doesn’t require a C compiler at runtime.

The Node.js Permission Model allows developers to restrict access to the file system, child processes, and worker threads during execution.

WCGI allows existing CGI applications to be reused by compiling them to WebAssembly, taking advantage of ultra-small packages and sandboxed execution, Wasmer says.

Ruby 3.2.0 ships with initial WASI support, allowing CRuby binaries to be run in web browsers, serverless edge environments, and other WebAssembly/WASI embedders.

Inside one of the technologies that powers Azure Kubernetes Service’s WebAssembly support, and promises to make applications portable across clouds and other hosts.

Inside one of the technologies that powers Azure Kubernetes Service’s WebAssembly support, and promises to make applications portable across clouds and other hosts.

WebAssembly is ideal for cloud-native apps. A shift from Krustlets to runwasi should simplify managing Wasm nodes in Azure Kubernetes Service.

Server-side WebAssembly runtime also simplifies the way engines work, enables running WAPM packages from the CLI, and supports creating native executables for any platform.