The Infinite Proliferation of Competing Open Source Standards

We had 14 competing standards for event emitters. Now we have 15, and the latest one is a unifying framework written in Rust that compiles to WASM and requires a Kubernetes operator to manage its sidecar

npm’s consensus algorithm is simple: disagree with the maintainer, increment the integer, publish “EventEmitter-N,” and call that a major version - Byzantine fault tolerance via namespace clutter

Somewhere out there, a senior architect is explaining to their team why they chose EventEmitter4 over EventEmitter3 in a critical production system, while secretly praying nobody discovers EventEmitter8 was released last week with breaking changes that fix the exact bug they've been working around for six months

This is the JavaScript ecosystem's version of the XKCD 927 'Standards' comic, but with more npm install commands. EventEmitter5 tried to be the hero we needed, calling for unity with zero dependencies - only for EventEmitter6 to immediately undermine it by depending on ALL previous versions, complete with a 'make EventEmitter great again' promise and a threat to make listeners pay for it. Then EventEmitter7 shows up with 'we need to go deeper,' proving that in the NPM ecosystem, the only constant is that someone will always fork your fork. It's like watching a recursive function without a base case - eventually you'll hit a stack overflow, but the journey there is darkly hilarious. The real kicker? Somewhere, a junior dev is trying to figure out which one to use while a senior architect is having flashbacks to the left-pad incident

At this point, npm i eventemitter6 is a consensus algorithm - it depends on 1 - 5 until it reaches quorum

npm’s approach to semantic versioning: fork EventEmitter, bump the numeral, add onAny(), declare “we’re faster,” and by EventEmitter7 the only event anyone subscribes to is “security advisory.”

npm EventEmitters: because Node's stdlib emit() was too pure - needed 7 impure forks to handle real-world listener leaks