This article explains how the C language enables low‑level hardware control by exposing CPU registers and physical memory, using inline assembly for direct register access, and leveraging pointers to manipulate memory addresses, while also discussing the risks and responsibilities involved.
This article examines a Reddit question about whether Rust can be faster than C under identical conditions, discussing inline assembly, struct layout differences, safety checks, compile‑time versus run‑time behavior, and concluding that there is no inherent speed advantage.
This article explores how the C language enables low‑level hardware control by detailing the roles of CPU registers and physical memory, illustrating direct register access via inline assembly, and explaining pointer usage for memory manipulation, highlighting the trust C places in programmers and the responsibilities it entails.
This article explains how to write and integrate ARM64 inline assembly in iOS applications to implement anti‑debugging checks, discusses the syntax, constraints, calling conventions, common pitfalls, and provides complete assembly‑only solutions for secure runtime detection.
