This guide explains how to build high‑performance lock‑free data structures in Rust by using atomic operations, memory ordering semantics, and practical examples such as a thread‑safe counter and a lock‑free stack, followed by best‑practice recommendations.
This article explains the structure and operation of modern CPU multi‑level caches, the write‑back caching policy, cache‑coherence mechanisms, atomic operations, and various memory‑ordering models in C++ multithreaded programs, providing detailed concepts, hardware and software solutions, and practical code examples.
This article presents a comprehensive translation of the Swift Evolution proposal SE‑0282, detailing the design and implementation of low‑level atomic operations, memory orderings, and related types such as UnsafeAtomic and UnsafeAtomicLazyReference, providing examples and discussing integration with Swift’s concurrency model.
This article presents a comprehensive guide on migrating business code from x86 to TaiShan aarch64 servers, covering language differences, compilation toolchains, architecture‑specific issues such as compiler options, assembly rewrites, memory ordering, floating‑point behavior, and recommended GCC optimizations.
This guide details the migration of X86‑compiled C/C++ applications to Huawei TaiShan Aarch64 servers, covering language differences, required compiler versions, common build‑time errors, assembly rewrites, memory‑ordering quirks, floating‑point precision issues, and specific GCC flags to achieve correct and performant binaries.
