Have You Tried Turning Them On And Off Again?

The perfect litmus test for human-written code comments has arrived! While AI generates those perfectly formatted, polite explanations about what each function does, real developers leave behind digital trauma warnings like "DON'T TOUCH THIS I SPENT 5 FUCKING HOURS ON IT AND IF YOU REMOVE IT THE WHOLE APP BREAKS." Nothing says "written by an actual sleep-deprived human" quite like a comment that's equal parts technical documentation and existential cry for help. In the dystopian future where AI writes all our code, we'll identify the last human programmers by their caps-lock rage and thinly-veiled threats to future maintainers.

Someone out here really said "self-driving cars? Easy peasy!" and dropped the most catastrophically naive code snippet known to humanity. Just casually solving autonomous vehicle engineering with if(goingToHitStuff) { don't(); } like they just cracked the Da Vinci Code. Tesla engineers spending BILLIONS on neural networks, LiDAR systems, and complex decision trees while this genius over here is like "have you tried... just not hitting things?" Revolutionary. Groundbreaking. Nobel Prize incoming. This is the programming equivalent of telling someone with depression to "just be happy" – technically correct in theory, absolutely useless in practice. Because yeah, if only those silly engineers thought to add a don't() function! Problem solved, pack it up everyone, autonomous driving is DONE.

That feeling when your error handling code has more error handling than your actual code. This masterpiece has it all - double-checking if modified_by is None (twice!), handling singular vs plural "record" vs "records", and enough nested conditionals to make your code reviewer contemplate a career change. The cherry on top? Converting IDs to integers with a try-except block that can throw yet another error. It's not spaghetti code, it's a gourmet pasta experience with extra exception sauce!

The top panel shows multithreading chaos with threads printing out of order and overlapping each other—basically your brain running four processes simultaneously with zero synchronization primitives. The middle panel shows the dream: perfectly ordered thread execution. Like when you fantasize that medication will magically transform your brain into a beautiful sequential processor. But the brutal reality in the bottom panel? Your brain just kills three threads entirely. Sure, it's deterministic now... but at what cost? Single-threaded performance isn't exactly a feature upgrade when you're trying to parallel process life. And yeah, technically it's better than a race condition. At least you know exactly what's happening—absolutely nothing on those other threads.

The initial joy of receiving user feedback quickly turns into existential pain when you realize they've sent an 18-minute screen recording of... absolutely nothing happening. Just a static screen. No audio. No cursor movement. No error messages. Nothing. It's like trying to diagnose a car problem when the customer sends you a photo of their garage door. Closed. From across the street. The real bug was the 18 minutes of your life that just disappeared forever.

So AI is simultaneously going to steal all our jobs AND create a massive shortage of engineers to maintain the trillion-dollar pile of legacy code it's about to generate? The tech industry really said "let's speedrun creating our own crisis." Nothing screams job security quite like being told you're obsolete while also being desperately needed to clean up the mess. The real kicker? We're gonna need those 100,000 engineers to fix the AI-generated spaghetti code that's written in 47 different frameworks, uses deprecated libraries, and has comments like "// TODO: refactor this later." Spoiler alert: later never comes, and now it's 2035 and you're debugging agentic applications written by an AI that learned to code from Stack Overflow answers marked as "This worked for me in 2019."