If Not Friend Then Why Friend Shaped

Kid: "Can we stop and get some C++?" Mom: "We have C++ at home." The C++ at home? Rust with its infamous borrow checker slapping you with unsafe fn main() warnings every time you try to do literally anything fun with memory. It's like asking for a sports car and getting a tank with 47 seatbelts and a breathalyzer. Sure, it'll get you there... after you fill out the proper paperwork in triplicate and promise not to touch anything shiny.

C++ developers watching Rust evangelists talk about memory safety is the programming equivalent of a wolf staring down a chihuahua. Sure, the chihuahua is making valid points about not eating the neighbors, but the wolf's been managing just fine with raw power and sharp teeth for decades, thank you very much. After 35 years of manual memory management, we've seen some things. And yeah, maybe we've caused a few segfaults that took down production servers at 2AM, but that's just character building.

This is what happens when a Python dev tries to write Rust without actually learning Rust! The code is a horrifying Frankenstein's monster of Python syntax smuggled into Rust—like that .expect("Failed to read line") that would immediately error out since it's attached to a read operation that already completed. And don't get me started on using match with a dot operator right after! The error handling with Ok(num) => num looks legit until you see that bizarre Err(_) => continue syntax that would make the Rust compiler have an existential crisis. It's basically Python wearing a Rust trenchcoat trying to sneak into the memory-safe club.

Oh. My. GOD. The absolute RAGE of C++ developers versus the childlike innocence of Rust programmers! 😱 C++ is over here having an existential meltdown, screaming death threats at its own code while Rust is just happily playing with its little crab mascot, blissfully protected by its memory safety features. It's like watching your unhinged uncle at Thanksgiving dinner sitting next to your five-year-old cousin who's just vibing with their chicken nuggets. The generational trauma of segmentation faults has CLEARLY taken its toll!

Nobody cares what language your backend is written in. They only care if it's fast. Yet every Rust developer seems physically incapable of describing their code without using the phrase "blazingly fast" at least 47 times per conversation. The cult-like obsession with Rust's performance is matched only by the collective eye-rolling of everyone forced to listen to another sermon about zero-cost abstractions and memory safety.

C developers clutching their precious malloc() and free() functions like they're the last chocolate chip cookies on earth! 😱 Meanwhile, Rust is over here with its memory safety guarantees, and C devs are LOSING THEIR MINDS! "What do you MEAN I can't cause undefined behavior and segfaults anymore?! How will I express my ARTISTIC FREEDOM through dangling pointers?!" The sheer AUDACITY of Rust forcing developers to write code that doesn't randomly explode in production! THE HORROR!