The unspoken hierarchy of curly brace styles

The first developer ships code. The second one gets a standing ovation in a code review. The third one's code looks like they tried to draw a treble clef from memory after three days of no sleep

Org maturity model: default {}, mandated house-style {}, and finally the artisanal Unicode braces that crash diff tools - because nothing says “enterprise” like merge conflicts in your font files

After 15 years of wrestling with distributed systems, I've learned that the real CAP theorem is Curly braces, Arrays, and Parentheses - you can have consistency with two, but the third will always find a way to break your parser in production at 3 AM

This perfectly captures the evolution of every senior engineer's relationship with code formatting: starting with 'whatever works,' graduating to 'we must follow K&R for consistency and historical correctness,' and finally arriving at 'I've seen things in legacy codebases that would make you question reality itself.' The real horror isn't the loop-de-loop braces - it's realizing you've spent 3 hours in a PR review arguing about brace placement while the actual architectural decisions sailed through unchallenged. At least Prettier ended the war... or did it just create new factions?

Bracket CAP theorem: {} picks Consistency+Availability, [] Consistency+Partition, () neither - just screams

Post-Prettier, the last unsolved ADR is which monospaced font’s { } glyphs look senior enough to get a +1

K&R braces? Meh. Allman? Very tux. Run clang-format and the repo becomes a 5k-line “brace migration” - typography-driven development, with git blame pointing to the formatter