Yeah, I called out the relationship between values because that represents the potential for transformation. As soon as you derive a value or establish a data-driven side effect it's reactive. A declarative identity declaration is very much like a tree falling in the woods when no one is around.
I think the transformation often gets instantly pointed at the Rx meaning like operator transforms. But Signal based systems do transformations too they just aren't as in your face explicit. Back to my example.
a=b+c
a represents the combining transformation of inputs b and c. So it still holds.
Of course. I only mean to say that reactive programming extends declarative programming inasmuch that declarative programming doesn't necessarily deal with state.
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Yeah, I called out the relationship between values because that represents the potential for transformation. As soon as you derive a value or establish a data-driven side effect it's reactive. A declarative identity declaration is very much like a tree falling in the woods when no one is around.
I think the transformation often gets instantly pointed at the Rx meaning like operator transforms. But Signal based systems do transformations too they just aren't as in your face explicit. Back to my example.
a
represents the combining transformation of inputsb
andc
. So it still holds.Of course. I only mean to say that reactive programming extends declarative programming inasmuch that declarative programming doesn't necessarily deal with state.