You pleabs are still on C(++)^4? Real men code in C(++)^11. Some of those dimensions are so small they don’t have deterministic outcomes. You write a “Hello, World!” program and you accidentally hack Taco Bell’s payroll department. Shit’s crazy.
They have that quantum compression in that right? Where the library of Alexandria is stored in the quantum state of a single electron? But it still eats up RAM like rednecks at a Golden Corral on crab leg night “getting their money’s worth”?
 [#C](https://mastodon.world/tags/C)++ [#C](https://mastodon.world/tags/C)# [#programminglanguages](https://mastodon.world/tags/programminglanguages) [#programming]](https://s3.eu-central-2.wasabisys.com/mastodonworld/media_attachments/files/111/053/602/727/994/806/original/538b29b9a1af74ca.jpg){kind=link}
You pleabs are still on C(++)^4? Real men code in C(++)^11. Some of those dimensions are so small they don’t have deterministic outcomes. You write a “Hello, World!” program and you accidentally hack Taco Bell’s payroll department. Shit’s crazy.
Hum… I fail to see any difference to regular C(++)^1.
In fact, I don’t see anything not possible with C(++)^0. Only the syntax changes.
I’m on the beta C(++)^17 already
They have that quantum compression in that right? Where the library of Alexandria is stored in the quantum state of a single electron? But it still eats up RAM like rednecks at a Golden Corral on crab leg night “getting their money’s worth”?