Analyzes undefined behavior in unsafe Rust code when transmuting pointers, comparing it to Zig's safety guarantees.
Argues that memory unsafety is a widespread, unnamed vulnerability causing thousands of bugs, and advocates for adopting memory-safe languages like Rust.
Explains a Swift KVO crash with .initial option and provides a solution using global/static context variables for thread safety.
Explores the deep integration of arrays within the .NET CLR, covering their specification, IL instructions, and role in memory and type safety.
A technical comparison of Zig and C, analyzing how Zig's design prevents common C pitfalls like null pointer bugs and redefinition errors.
Explains the dangers of force unwrapping Swift optionals (!) and why it should be avoided, promoting safer alternatives like optional binding.
