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
This commit is contained in:
ShuaixinHuang authored and GitHub committed 2026-10-20 17:25:19 +08:00
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commit e9fc8fb30c
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import { posix } from "node:path";
import { expect, it } from "vitest";
import { analyzeJavaScriptStaticSource } from "./javascriptStaticAnalysis.js";
it.each(["/other", "relative"])(
"keeps a shadowed source-directory parameter dynamic: %s",
(directory) => {
const actual = posix.resolve("/runtime/base", directory, "decoy.cjs");
expect(actual).not.toBe("/source/app/decoy.cjs");
const analysis = analyzeJavaScriptStaticSource(`
const path = require('node:path');
const {BrowserWindow, utilityProcess} = require('electron');
function build(__dirname) {
new BrowserWindow({webPreferences:{preload:path.resolve(runtimeBase,__dirname,'decoy.cjs')}});
utilityProcess.fork(path.resolve(runtimeBase,__dirname,'decoy.cjs'));
}
build(${JSON.stringify(directory)});
`);
expect(analysis.role_paths).toEqual([]);
expect(analysis.electron.browser_windows).toMatchObject([
{ preload_path: null, preload_resolution_context: null },
]);
expect(analysis.electron.utility_processes).toMatchObject([
{ module_path: null, module_resolution_context: null },
]);
},
);
const localResolvers = [
[
"local object",
"const helper = {resolve(first) {return first;}};",
"helper.resolve",
],
[
"familiar name",
"const path = {resolve(first) {return first;}};",
"path.resolve",
],
[
"shadowed require",
"const require = () => ({resolve(first) {return first;}}); const helper = require('node:path');",
"helper.resolve",
],
[
"replaced Node method",
"const helper = require('node:path'); helper.resolve = first => first;",
"helper.resolve",
],
[
"ambiguous owner",
"const helper = flag ? require('node:path') : {resolve(first) {return first;}};",
"helper.resolve",
],
] as const;
it.each(localResolvers)(
"keeps %s resolve calls dynamic",
(_name, setup, callee) => {
const expression = `${callee}(runtimePath, __dirname, "decoy.cjs")`;
const native = new Function(
"require",
"runtimePath",
"__dirname",
"flag",
`{ ${setup} return ${expression}; }`,
);
expect(
native(
() => ({ ...posix }),
"/actual/runtime.cjs",
"/fixture/app",
false,
),
).toBe("/actual/runtime.cjs");
const analysis = analyzeJavaScriptStaticSource(`
import {BrowserWindow, utilityProcess} from 'electron';
${setup}
new BrowserWindow({webPreferences:{preload:${expression}}});
utilityProcess.fork(${expression});
`);
expect(analysis.role_paths).toEqual([]);
expect(analysis.electron.browser_windows).toMatchObject([
{ preload_path: null, preload_resolution_context: null },
]);
expect(analysis.electron.utility_processes).toMatchObject([
{ module_path: null, module_resolution_context: null },
]);
},
);
const nodeResolvers = [
["require", "const helper = require('node:path');", "helper.resolve"],
[
"destructured alias",
"const {resolve: select} = require('path');",
"select",
],
[
"POSIX namespace",
"const helper = require('node:path');",
"helper.posix.resolve",
],
[
"POSIX alias",
"const {posix: helper} = require('node:path');",
"helper.resolve",
],
[
"POSIX module",
"const helper = require('node:path/posix');",
"helper.resolve",
],
["default import", "import helper from 'node:path';", "helper.resolve"],
[
"namespace import",
"import * as helper from 'node:path';",
"helper.posix.resolve",
],
["named import", "import {resolve as select} from 'node:path';", "select"],
] as const;
it("does not treat a constructed Node resolver as a path call", () => {
expect(() => Reflect.construct(posix.resolve, ["/app", "decoy.cjs"])).toThrow(
TypeError,
);
const analysis = analyzeJavaScriptStaticSource(`
const helper = require('node:path');
const {BrowserWindow} = require('electron');
new BrowserWindow({webPreferences:{preload:new helper.resolve(runtimePath,__dirname,'decoy.cjs')}});
`);
expect(analysis.role_paths).toEqual([]);
expect(analysis.electron.browser_windows).toMatchObject([
{ preload_path: null },
]);
});
it.each(nodeResolvers)(
"retains proven Node %s right-to-left anchoring",
(_name, setup, callee) => {
expect(
posix.resolve("/actual/runtime.cjs", "/fixture/app", "decoy.cjs"),
).toBe("/fixture/app/decoy.cjs");
const expression = `${callee}(runtimePath, __dirname, "decoy.cjs")`;
const analysis = analyzeJavaScriptStaticSource(`
const {BrowserWindow, utilityProcess} = require('electron');
${setup}
new BrowserWindow({webPreferences:{preload:${expression}}});
utilityProcess.fork(${expression});
`);
expect(analysis.electron.browser_windows).toMatchObject([
{
preload_path: "decoy.cjs",
preload_resolution_context: "filesystem-expression",
},
]);
expect(analysis.electron.utility_processes).toMatchObject([
{
module_path: "decoy.cjs",
module_resolution_context: "filesystem-expression",
},
]);
},
);