I'm not sure we need to add the step argument 🤔
It becomes sum and subtract function. Also, people can provide a negative number as a step, which is counterintuitive.

I'm not sure we need to add the step argument 🤔 It becomes sum and subtract function. Also, people can provide a negative number as a step, which is counterintuitive.

The step is optional. Our function works without providing any step.
The thing is we can consider it like this: increase by 1, increase by 2, increase by 3. In any case inc function is a sum function.

if we decided to keep the step i'll handle the negative case that u mentioned before.

In any case inc function is a sum function.

It becomes the increment function if it only increases the number by 1. 😀 By sum, I mean a function that takes two numbers and adds them together.

if we decided to keep the step i'll handle the negative case that u mentioned before.

That’s exactly my point — I’d prefer not to complicate this simple function. This library isn’t meant to be a catch-all utility; it’s intentionally minimal, focused on covering practical and commonly encountered scenarios.

If someone really wants to increament a number by 2, they can try inc(inc(num))
Or just inline the code setState(n => n + 2)

That’s exactly my point — I’d prefer not to complicate this simple function. This library isn’t meant to be a catch-all utility; it’s intentionally minimal, focused on covering practical and commonly encountered scenarios.

If someone really wants to increament a number by 2, they can try inc(inc(num)) Or just inline the code setState(n => n + 2)

Yeah it make sense, i'll fix it.