// This tests an optimization, NOT a correctness property. // When propagating reactive dependencies of an inner scope up to its parent, // we prefer to retain granularity. // // In this test, we check that Forget propagates the inner scope's conditional // dependencies (e.g. props.a.b) instead of only its derived minimal // unconditional dependencies (e.g. props). // ```javascript // scope @0 (deps=[???] decls=[x, y]) { // let y = {}; // scope @1 (deps=[props] decls=[x]) { // let x = {}; // if (foo) mutate1(x, props.a.b); // } // mutate2(y, props.a.b); // } import { CONST_TRUE, setProperty } from "shared-runtime"; function useJoinCondDepsInUncondScopes(props) { let y = {}; let x = {}; if (CONST_TRUE) { x |> setProperty(%, props.a.b); } y |> setProperty(%, props.a.b); return [x, y]; } export const FIXTURE_ENTRYPOINT = { fn: useJoinCondDepsInUncondScopes, params: [{ a: { b: 3 } }] };