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Master Rust smart pointers: Box, Rc, RefCell, and the powerful Rc<RefCell> combo. Learn heap allocation, reference counting, and interior mutability through vivid analogies. Beginner to intermediate level.

Go 1.25 and 1.26 bring container-aware GOMAXPROCS, go fix overhaul, Green Tea GC, testing/synctest, and more. A practical breakdown of what backend engineers actually need to know.

The tokio::select! macro has always been a blind spot for rustfmt. better_tokio_select uses match syntax to fix this, so your async Rust code can finally be auto-formatted.

Still using headless Chromium for PDF generation? That might change soon. A lightweight Rust library is redefining document rendering boundaries—it runs on the edge, compiles to WASM, and needs no browser.

February 2026 brings a quiet revolution to the Java ecosystem: JEP 531 lazy constants optimize startup performance, TornadoVM 3.0 brings Java to GPUs, and Chicory enables WebAssembly-JVM interoperability. From Open Liberty security patches to Quarkus integrating Project Leyden, Java is redefining itself for the cloud-native and AI era.

Oxide Computer released OxiCUDA, a pure Rust implementation of the complete NVIDIA CUDA software stack. 239K lines of safe Rust code, 28 crates, zero C toolchain. This is production-ready code, not a proof of concept.

Rust #[must_use] attribute explained: put it on structs, functions, or traits to force callers to handle critical return values. Compile-time warnings prevent transactions and payments from being silently dropped.

Behind the benchmark numbers are three competing models: GC pauses, JIT warmup, and AOT compilation. Here’s the data-driven breakdown of when to use Rust versus when Quarkus Native Image is the smarter choice.

Rust 1.94 brings three major updates: sliding windows destructured into named variables, Cargo.toml now supports multi-line syntax, and the Golden Ratio finally joins after 10 years!

Same microservice, same endpoints, but memory usage dropped from 1GB to 40MB after rewriting Node.js to Rust. That’s 25x less memory. How does Rust pull this off? Let’s talk about ownership.