I hadn't thought about this before today, ht I think there's some interesting terrain we get when we capture intent as something above the state.
Capturing the desired column let's us derived an actual column. Instead of programmers having to manage two bits of state & their interrelation, it seems like we can do with managing just intent, and recalculating state each time. Thats a much simpler state machine to manage.
This application of Promise Theory / Desired State Management looks a lot like how another vast new part of computing work too: Kubernetes. Capture intent, then devise systems that try best as they can to coerce the current state towards the intended state. Rather than hand wiring each action ourselves, & having a big bundle of state, we can get to see what the actual objective is. The current state is almost incidental, just a logic programming puzzle to coerce into a form truer to the Intent.
I haven't totally figured out how all the pieces of this article fit together. I don't know whether Stanley as an archetype of overly fussy controlling dev really informs or helps, and I feel bad about enjoying watching a straw man burn but I do think there's a real hazard some devs go down, of obsessing over control. The idea of state versus intent layers I think does offer some relief, lets us consider more carefully we should allow relaxation of checking & validation. That a good Stanley could grow from, could harness. But I do somewhat miss the connection between Stanley & the rest of the article.