[andrejk]

This looks really cool. I need to dig through some more examples before I'd take anything I say without a massive grain of salt. :)

Maybe I've been writing too much React and Android Compose UI lately, but instead of a declarative structure, have you considered a functional structure? That seems to be a create way to build composable components and add enough programmability (e.g. loops, conditionals) and keep a nice one-way flow down the line.

Something like

``` import {Resistor, Signal, Ohms, Float} ...

def VoltageDivider(totalR: Ohms, ratio: Float, signal1: Signal, signal2: Signal, signalOut: Signal) { r1 = Resistor(totalR/ratio, signal1, signalOut) r2 = Resistor(totalR(1-ratio),signal2,signalOut) }

def MyBoard() { s1 = Signal() s2 = Signal() s3 = Signal() div1 = VoltageDivider(totalR: 100_000, ratio:.33, signal1: s1, signal2: s2, signalOut: s3)

}

It's similar to what you have but maybe a bit more of a programming language than a declarative format. The trade-off is that tooling support gets harder as you add some basic language features, but the upside is a more powerful language.

[napowderly]

For sure, we have been pretty focused on the low level part of the language, I think it will be interesting to see how our language evolves as we are able to abstract away more of the low level connectivity and configuration. I think eventually we will end up building something like a python library on top of ato to get the best of both worlds.