A Visual Explanation of Why 'goto' is Considered Harmful
Description
This is a two-part meme that visually critiques the 'goto' command in programming. The top text sets up the scenario: 'Junior: what's wrong with goto command?'. The bottom text, 'goto command:', is followed by two photos of a modern concrete building with a bizarre and dangerous architectural feature. On the building's windowless facade, high above the ground, are several doors. A close-up reveals two of these doors are connected by a steep, ladder-like bridge, leading from one nonsensical exit to another. The meme uses this absurd and unsafe design as a perfect metaphor for the 'goto' statement. In programming, 'goto' allows for unstructured jumps in the code's execution flow, which can create 'spaghetti code' - a tangled, unreadable, and unmaintainable mess, much like the pointless and perilous path on the side of the building
Comments
14Comment deleted
The architect must have been a C programmer from the 70s. That's not a fire escape; it's an unhandled exception path
Every time someone drops a goto into a 50-module service, an SRE has to build a Grafana dashboard just to find where that door in mid-air actually lands
The same architect who designed these buildings later became a senior engineer and now maintains our authentication service - explains why every login attempt somehow ends up in the billing module
The goto statement: because sometimes you need to explain to a junior why Dijkstra wrote 'Go To Statement Considered Harmful' in 1968, and why we're still having this conversation 55 years later. It's the architectural equivalent of building a staircase that connects two doors at completely different elevations on perpendicular walls - technically functional, but a maintenance nightmare that makes every code reviewer question your life choices and the structural integrity of your entire codebase
goto turns your control‑flow graph into a fire escape that ends mid‑air; the kernel calls it “goto out” for cleanup - everyone else calls it Friday pager duty
goto is the architectural equivalent of welding a fire escape mid‑air - the compiler accepts the edge, but your control‑flow graph and your on‑call won’t
Goto: 100% reliable jumps, 0% refactor survival rate - like a monolith's fire escape straight to legacy hell
Ouch. Comment deleted
RIP safety. Comment deleted
this is wierdly accurate Comment deleted
😂😂😂😂😂😂 Comment deleted
That's a real photo? Comment deleted
From https://vorpus.org/blog/notes-on-structured-concurrency-or-go-statement-considered-harmful/ Comment deleted
Goto is better than writing long ass function that will be called only once Comment deleted