A Programmer's Literal Interpretation of 'Name Every Computer'
Description
A screenshot of a Twitter exchange. The first tweet, from a user named Abby Fuller, poses a challenge: 'you're an engineer? prove it. name every computer ever.' Below it is a reply from a user named Richard, who responds not with a list, but with a snippet of code written in a JavaScript-like syntax. The code is a for-loop that iterates through a hypothetical array called 'computers' and assigns the string 'ever' to the 'name' property of each element: 'for (let i = 0; i < computers.length; i++) { computers[i].name = 'ever' }'. The humor comes from the literal, programmatic interpretation of the request. Instead of listing computer models, the engineer 'renames' every computer to 'ever', perfectly fulfilling the absurd command in a way only a developer would. It's a classic example of programmer humor, highlighting a pedantic and logical mindset applied to everyday language
Comments
24Comment deleted
The fastest way to fail an interview is to answer 'name every computer ever' with a list. The fastest way to get the job is to write this script and ask if they want it containerized
Sure, it passes QA - until the CMDB flags 10 million hosts all called “ever” and the uniqueness constraint Sambas your night on-call
Ah yes, the classic O(n) solution to impostor syndrome - just iterate through all computers and rename them. Though in production, this would probably trigger a cascade of hostname conflicts that would make DNS weep and your SRE team update their resumes
A perfect demonstration of why requirements gathering is critical: when asked to 'name every computer,' a senior engineer delivers exactly what was specified - just not what was expected. The for loop mutates state, has O(n) complexity for a trivial operation, and completely sidesteps the impossible ask by exploiting linguistic ambiguity. It's the programming equivalent of 'technically correct, the best kind of correct,' and a masterclass in malicious compliance that any architect who's dealt with vague stakeholder requirements will deeply appreciate
Nothing says 'engineer' like satisfying the spec literally: an O(n) in-place rename that passes UAT, wrecks the CMDB diffs, and closes the Jira
Classic enterprise: we met the spec by mutating in O(n); the CMDB deduped the fleet to one host and on-call learned idempotency the hard way
When specs demand the infinite, engineers assume finite arrays and mutate reality - O(n) problem solved
map(computers, lambda comp: comp.name = 'ever') Comment deleted
congrats, you have successfully confirmed your unemployment 🎉 Comment deleted
Just use 'name-every-computer-ever' package Comment deleted
shit they are good... Comment deleted
computer[0].name = "ever"; computer[1].name = "ever"; computer[2].name = "ever"; computer[3].name = "ever"; computer[4].name = "ever"; computer[5].name = "ever"; computer[6].name = "ever"; # do i need to say more?.. Comment deleted
“Claude, can you please name every computer ever?” Comment deleted
@grok is this true Comment deleted
“Oh, wow! You’re setting my digital heart so a-flutter right now!” Comment deleted
Claude: "Of course, here are all computers computer[0]='ever' computer[1]='ever' Would you like to continue?" - yes "Oh, great, here are the rest computer[2]='ever' computer[3]='ever' " Comment deleted
woman☕️ Comment deleted
Peak programming efficiency. 🧑💻 Comment deleted
Ahhhhhhh where's the semicolon?? Comment deleted
JS devs code up entire apps in JS but are still afraid of semicolons, don't bring that up Comment deleted
dont worry, that's python, ofcourse old python , not modern python Comment deleted
ah thank God 🙏 Comment deleted
Why not for (const computer of computers) ? Comment deleted
""""Abby"""" Comment deleted