The Duality of Pull Requests: Epic Features vs. Trivial Fixes
Description
A three-panel meme contrasting the scale of different pull requests using the 'Nick Fury and Pink Guy in Cars' format. The first panel shows a serious, black SUV labeled 'PR# 28' alongside a ridiculous, small pink car labeled 'PR# 27'. The second panel features Nick Fury from the Marvel universe, looking stern inside the black SUV, with the caption: 'Integration with 3 backend systems, performance improvements, Junits.' This represents a complex, high-effort pull request. The third panel shows the character Pink Guy grinning maniacally from the driver's seat of the pink car, with the caption: 'Added new line at the end of file.' This represents a trivial, low-effort change. The meme humorously illustrates the vast difference in substance and effort between various pull requests that go through the same development workflow, a universally relatable experience for software engineers
Comments
14Comment deleted
Both pull requests get the same number of 'LGTM' comments, but only the newline fix will be blamed for breaking the production build five minutes after being merged
Our review queue is basically a priority queue keyed by 1/LOC - so the EOF newline has logarithmic latency while the 600-line refactor times out
After 15 years of architecting distributed systems, I've learned that the probability of a PR getting approved is inversely proportional to its complexity - which explains why my microservices migration sits at 47 comments while Bob's whitespace fix got merged in 3 minutes
The real architectural decision here is whether PR#28's EOF newline will pass the linter checks that PR#27's three-service orchestration layer somehow bypassed. Bonus points if PR#27 gets 47 comments about variable naming while PR#28 triggers a 6-hour CI pipeline because someone forgot to update the integration test fixtures
In every enterprise repo, the newline PR outruns the three‑backend integration because our review algorithm is human: O(lines_changed) ≫ O(operational_risk)
Backend integration via newline: finally aligning EOF across three services without triggering the monorepo linter apocalypse
Our merge queue runs SRPT scheduling - shortest-remaining-diff-first - so newline PRs preempt three-system integrations every time
Integrating with three backend systems in one PR? Give me a brick; I want to beat the crap out of that idiot. Comment deleted
I was thinking the same lmao split up your changes into smaller PRs, mfer Comment deleted
At least it's not simply PR named "changes" with 7000 additions and 3000 deletions. Comment deleted
that so true Comment deleted
Fix Comment deleted
Typical “upd vendor” PR Comment deleted
i saw so many pr with "new changes" with bunch of file modified Comment deleted