Which One Will Break Your Codebase?

The pinnacle of error handling right here! This dev just casually commented out the error handling with // I missed the part where that's my problem in a webhook function. Sure, let the API call fail silently in production - what could possibly go wrong? Just yeet that error into the void and let future-you (or some poor on-call engineer at 2AM) deal with the consequences when customers start complaining. Classic "works on my machine" energy. The Spider-Man reference makes it even more perfect - with great code comes absolutely zero responsibility, apparently!

Content Time Spent on Project Obsessing over the exactly right hue of blue for the submit button's borders Coding the front end and backend

Ah, the duality of developer brain function. When naming regular variables, it's absolute chaos - a street brawl of creativity where we somehow end up with monstrosities like tempVarHolder2Final_REAL . But iteration variables? Suddenly we're sophisticated diplomats at a UN summit, unanimously agreeing that a single letter i is the pinnacle of naming convention. And heaven help the junior dev who tries using index instead. We didn't spend years mastering our craft to type five whole characters.

Content actually using a debugger console. log("got here): console. log("aaaaaa") console.log("bbbbbb")

Content Tweet Web development bletchley punk alicegoldfuss the frontend engineers at crunchyroll are wee developers good night 1:44 AM Sep 4, 2021 Twitter Web App 55 Retweets 2 Quote Tweets 527 Likes 17 1

The perfect fusion of React hooks and nuclear physics! The top panel shows our cool developer initializing a state with useState(0) - calm, collected, sunglasses on. But the bottom panel reveals what happens next: useEffect incrementing that counter and BOOM - nuclear chain reaction begins! Just like in a reactor, one small state change triggers an endless loop of updates, causing your app to melt down faster than Chernobyl. This is why senior devs sweat profusely when junior devs forget dependency arrays. Pure computational fission!