When Haskell evangelism derails the whole “shipping features” conversation
Description
Four - panel comic in the Stonetoss style. Panel 1 shows a beaming presenter in a blue suit and orange tie holding a sheet of paper, saying in a speech bubble: “HASKELL IS AMAZING”. A coffee mug sits on the desk. Panel 2 zooms to an easel where the presenter has written in bold letters: “FUNCTORS, APPLICATIVES, MONOIDS, MONADS”. Panel 3 cuts to a skeptical colleague in a green sweater, hands clasped, asking: “ARE YOU SURE THIS WILL HELP US BUILD SOFTWARE BETTER?” Panel 4 returns to the presenter, now smirking mischievously, answering: “BUILD SOFTWARE?” The humor contrasts Haskell’s elegant but abstract type-class machinery with the pragmatic goal of shipping working code, a tension senior engineers often face when academic purity meets production deadlines
Comments
9Comment deleted
Sure, monads give you purity, composability, and a warm categorical glow - just don’t ask them to estimate story points
After 15 years in the industry, I've seen more production Haskell codebases in job postings than in actual production. The real monad tutorial is explaining to your CTO why the team spent three weeks implementing a feature that would take two days in Python, but hey, at least it's provably correct... assuming the requirements don't change
The eternal Haskell paradox: spending three months learning category theory to write a web service that could've been shipped in three days with boring imperative code. Sure, your monadic transformers are beautifully composed, but the product manager just wants to know when users can actually log in. At some point, 'elegant abstraction' becomes a euphemism for 'I'm solving problems nobody asked me to solve while the actual backlog grows.' The real monad is the friends we alienated along the way by insisting everything needs to be referentially transparent
In Haskell, delivery is a side effect - so the product stays trapped in IO
Monads compose effects; they still don’t compose five conflicting stakeholder requirements
Monads sequence effects flawlessly in Haskell - until your monolith needs a microservices refactor at scale
@viktorrozenko relatable, isn’t it? Comment deleted
It is Comment deleted
stonewall 💀 Comment deleted