Every story tagged Async Programming, curated for CIOs and IT leaders — ranked by source credibility, engagement, and freshness.
2 stories · open in the command center
This article introduces async programming in Rust by bridging the gap between theoretical understanding and practical implementation, emphasizing that unlike JavaScript's built-in event loop, Rust requires developers to explicitly manage async execution through runtimes like Tokio. For IT organizations, this highlights Rust's intentional design philosophy of explicit control and zero-cost abstractions, which can reduce runtime overhead and improve system performance for mission-critical infrastructure. Understanding this distinction is strategically important as organizations increasingly adopt Rust for high-performance systems, requiring teams to shift their mental model from implicit async handling to explicit executor management.
ClojureScript 1.12.145 introduces native async/await support, eliminating the need for external dependencies when integrating with modern browser APIs and JavaScript libraries—a top-requested feature from the developer community. This enhancement improves developer productivity and reduces technical debt for organizations using ClojureScript by streamlining asynchronous operations and JavaScript interoperability. IT leaders should evaluate whether this update impacts their ClojureScript-dependent applications and assess potential productivity gains for development teams.