fix(javascript): preserve runtime path bytes and Electron ownership (#4941)

* fix(javascript): preserve literal percent runtime paths

* fix(javascript): ignore resolve prefixes before the final anchor

* fix(electron): retain application roots for loadFile declarations

* fix(electron): resolve loadFile from enclosing application package

* fix(electron): retain outer application root across package scopes

* fix(electron): derive application ownership from inventoried packages

* fix(electron): retain resolved package entrypoint ownership

* fix(electron): preserve competing application ownership

* fix(electron): retain invalid and omitted runtime ownership

* fix(electron): preserve omitted module ownership and runtime paths

* fix(electron): preserve proven roots before confining page paths

* fix(electron): retain possible owners behind missing imports

* fix(electron): distinguish absent imports and owned page candidates

* fix(electron): keep unavailable JSON out of owner gaps

* fix(electron): retain exact loader formats and default entry status

* fix(electron): retain unavailable entrypoint ownership candidates

* test(ghidra): preserve Windows Node probe prerequisites

* test(ghidra): assert cancellation during profile shutdown

* fix(electron): separate examined imports from frontend ownership

* fix(electron): retain unavailable directory entrypoint owners

* test(jeb): retain Linux ownership prerequisite in isolation

* fix(javascript): retain unchecked loader ownership and literal main paths

* fix(javascript): preserve runtime paths and call-site module aliases

* fix(javascript): bound module alias traversal and preserve projections

* fix(javascript): retain host module and nested artifact path boundaries

* fix(javascript): preserve ESM and archive module loader provenance

* test(javascript): distinguish unmapped containers from missing exports

* fix: retain default module aliases and Electron builtin imports

* fix: preserve host file URL and inward ASAR ownership

* fix: preserve CommonJS file URL classification in CI fixtures

* fix: retain bound module loaders and Windows entrypoint uncertainty

* fix: retain ASAR uncertainty and invalidate changed Electron app roots

* fix(javascript): retain ownership uncertainty across loader boundaries

* fix(javascript): preserve loader sources and bound alias queries

* fix(javascript): retain destructured loader sources

* fix(javascript): preserve loader uncertainty at resolution boundaries

* fix(javascript): preserve callable and package launch ownership

* fix(javascript): preserve captured values across member reads

* test(process): assert tagged filesystem cancellation failures

* fix(javascript): preserve inventory bases and invocation read timing

* fix(javascript): preserve ownership across indirect and unread loads

* test(javascript): order fixture directory creation on Windows

* test(javascript): share ordered filesystem fixture writer

* fix(javascript): unify loader provenance and package validation

* fix(javascript): preserve captured Node require loader values

* fix(javascript): preserve loader invocation authority

* fix(javascript): verify generic loader invocation authority

* fix(javascript): preserve conditional loader method alternatives

* fix(javascript): require proven factories for source association

* fix(javascript): honor replaced Electron app path setters

* fix(javascript): prove path and assignment source ownership

* fix(javascript): retain native delegate eligibility through shared writes

* fix(process): settle stale baseline errors after confirmed absence

* fix(javascript): preserve assignment and path boundary evidence

* fix(javascript): prove source-directory resolve anchors

* fix: preserve application path provenance and portable schemas

* fix(javascript): retain CommonJS exported setter effects

* fix: isolate Linux identity observations and retain native module exports

* fix(javascript): preserve published app and helper provenance

* fix(javascript): normalize typed stores and native path fixtures

src/domain/javascript/javascriptSemanticCallResolution.test.ts

@@ -1,7 +1,10 @@
 import * as t from "@babel/types";
 import { expect, it, vi } from "vitest";
 
-import { indexJavaScriptBindingsSteps } from "./javascriptSemanticAnalysis.js";
+import {
+  analyzeJavaScriptSemantics,
+  indexJavaScriptBindingsSteps,
+} from "./javascriptSemanticAnalysis.js";
 import {
   resolveLocalCallables,
   type LocalCallableResolution,
@@ -37,6 +40,88 @@ const indexed = (source: string) => {
   };
 };
 
+it.each([
+  "if(flag)({make}={make:replacement});",
+  "if(flag)[make]=[replacement];",
+  "({make}={make:replacement});",
+  "[make]=[replacement];",
+])("does not prove the old callable after a projected write: %s", (write) => {
+  const analysis = analyzeJavaScriptSemantics(
+    `function original(){}function replacement(){}let make=original;make();${write}make();`,
+  );
+  const original = analysis.callables.find(({ name }) => name === "original");
+  expect(original).toBeDefined();
+  const [before, after] = analysis.callSites;
+  expect(before).toMatchObject({
+    resolution: "exact",
+    calleeCallableIds: [original?.callableId],
+  });
+  expect(after).toBeDefined();
+  expect(after?.resolution).not.toBe("exact");
+  expect(analysis.frontiers).toContainEqual(
+    expect.objectContaining({
+      kind: "dynamic-call",
+      location: after?.calleeLocation,
+    }),
+  );
+});
+
+it.each([
+  "if(flag)({make}={make:replacement});",
+  "if(flag)[make]=[replacement];",
+])(
+  "retains known callable candidates without claiming completeness: %s",
+  (write) => {
+    const context = indexed(
+      `function original(){}function replacement(){}let make=original;${write}make();`,
+    );
+    const last = context.state.program.body.at(-1);
+    if (!t.isExpressionStatement(last) || !t.isCallExpression(last.expression))
+      throw new Error("Missing projected call");
+    const original = context.state.callables.find(
+      ({ name }) => name === "original",
+    );
+    expect(original).toBeDefined();
+    expect(context.resolve(last.expression.callee)).toMatchObject({
+      complete: false,
+      callableIds: [original?.callableId],
+    });
+  },
+);
+
+it("retains selected callable keys without admitting an unrelated return", () => {
+  const context = indexed(`
+    const table = { x() { return {}; }, y() { return {}; }, z() { return module; } };
+    const make = flag ? table.x : table.y;
+    make();
+  `);
+  const last = context.state.program.body.at(-1);
+  if (!t.isExpressionStatement(last) || !t.isCallExpression(last.expression))
+    throw new Error("Missing selected call");
+  const returns = createSemanticReturnedReferences(context.state)(
+    last.expression.callee,
+  ).references;
+  expect(returns).toHaveLength(2);
+  expect(returns.every(({ node }) => t.isObjectExpression(node))).toBe(true);
+});
+
+it("retains correlations between selected callable path segments", () => {
+  const context = indexed(`
+    const table = { a: { b() { return {}; }, d() { return module; } },
+      c: { d() { return {}; }, b() { return module; } } };
+    const make = flag ? table.a.b : table.c.d;
+    make();
+  `);
+  const last = context.state.program.body.at(-1);
+  if (!t.isExpressionStatement(last) || !t.isCallExpression(last.expression))
+    throw new Error("Missing selected call");
+  const returns = createSemanticReturnedReferences(context.state)(
+    last.expression.callee,
+  ).references;
+  expect(returns).toHaveLength(2);
+  expect(returns.every(({ node }) => t.isObjectExpression(node))).toBe(true);
+});
+
 it("bounds shared partial callback alias expansion by AST size", () => {
   const measure = (depth: number) => {
     const context =