The Law Of Rustification

Ah, the classic beginner's dilemma. You're just trying to pick up coding, overwhelmed by the buffet of languages spread before you—Python, JavaScript, C#, Java—each one promising to be the one . Meanwhile, seasoned devs are in the corner cackling with their Rust bottles like some coding cult. The truth? After 15 years in this industry, I've watched languages come and go faster than startup CEOs after funding runs out. The beginners panic about which pill to swallow while the veterans know the real drug was memory safety and zero-cost abstractions all along. Rust is like that friend who does CrossFit—they won't shut up about it, but damn if they aren't in better shape than the rest of us garbage-collected peasants.

Java just sitting there on its phone eating lunch while the newer languages duke it out in a chaotic bar fight. C++ is throwing punches, JavaScript and Rust are in a full-on brawl, and Java's just like "Yeah, I've seen this movie before." After 25+ years of enterprise dominance, Java knows these young languages will eventually tire themselves out arguing about who's more performant or has better syntax. Meanwhile, Java's running on 3 billion devices and doesn't even bother looking up from its corporate expense account lunch.

Ah, the programming language holy wars in their natural habitat! One innocent soul announces "I like Python" while the rest of the room erupts into chaos. JavaScript zealots scream it's the only solution, Java fans hate on Python (the "snake"), and Rust evangelists preach superiority like it's a religion. Meanwhile, in the corner, sweating profusely, we have the ABAP and COBOL programmers just trying to exist without getting murdered. They're the true survivors of the programming ecosystem - maintaining legacy systems while the cool kids fight over who has the shiniest new toy. The perfect representation of developer tribalism. We'll fight to the death over syntax preferences while the mainframe folks quietly keep the world's financial systems running on 60-year-old tech.

OMG THE AUDACITY! 😱 Our entire digital infrastructure—this massive, complex, towering monstrosity that powers literally EVERYTHING in our lives—and then there's Rust... just a tiny little sliver on the side! The programming language that memory-safety evangelists WON'T SHUT UP ABOUT is barely even visible in the grand scheme! It's like showing up to a skyscraper construction site with a single toothpick and declaring "I'M HERE TO SAVE THE DAY!" Yet Rust fans will still insist it's the future of everything while the rest of us keep the digital world running with our duct-taped legacy code. The delusion is just *chef's kiss*.

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.

In Rust, semicolons aren't just punctuation—they're existential decisions. The language is notorious for treating expressions without semicolons as return values, while statements with semicolons return nothing. So that "missing semicolon" isn't missing at all—it's an "excess" one that turned your perfectly functional code into a void of nothingness. Four hours of debugging later, you realize you've been therapy-couch worthy all along.