refactor: align coverage counter provenance

docs/superpowers/plans/2026-08-02-counter-bearing-coverage-provenance.md

@@ -0,0 +1,133 @@
+# Counter-bearing Coverage Provenance Implementation Plan
+
+> **For agentic workers:** REQUIRED SUB-SKILL: Use superpowers:subagent-driven-development (recommended) or superpowers:executing-plans to implement this plan task-by-task. Steps use checkbox (`- [ ]`) syntax for tracking.
+
+**Goal:** Align repository coverage provenance names and static classification with the counters that Vitest/V8 actually emits, without making claims about JavaScript runtime executability.
+
+**Architecture:** The inventory parser classifies source files only by whether their top-level AST contains statements known to receive V8 counters. Coverage evaluation requires exact agreement between that static counter-bearing/counterless partition and producer rows, while policy-sensitive modules must remain counter-bearing. The JSON artifact exposes the same terminology as the inventory and diagnostics.
+
+**Tech Stack:** TypeScript 7, Node.js 24, `@babel/eslint-parser`, Vitest 4, V8 coverage.
+
+## Global Constraints
+
+- `runtime.ts` declarations/initializers and direct execution statements are counter-bearing.
+- Type-only modules, `import type {}`, `import {}`, bare side-effect imports, value imports, named value re-exports, and star value re-exports are counterless under the observed Vitest/V8 producer.
+- Counterless does not mean non-executable; code, artifacts, diagnostics, tests, and documentation must not make that claim.
+- Exact all-zero rows are accepted only for statically counterless modules.
+- Critical and high-risk policy modules cannot be counterless.
+- All source edits use `apply_patch` and behavior changes follow RED-GREEN TDD.
+
+---
+
+### Task 1: Lock the Vitest/V8 classifier contract with RED tests
+
+**Files:**
+- Modify: `tests/unit/risk-coverage.test.ts`
+
+**Interfaces:**
+- Consumes: `buildProductionModuleInventory()` and `evaluateRiskCoverage()`.
+- Produces: expectations for `counterBearingModules`, `counterlessModules`, `counterBearingTotal`, `instrumentedCounterBearingTotal`, `counterlessTotal`, and `counterlessModules`.
+
+- [x] **Step 1: Rename the test inventory helper and artifact assertions to the desired API.**
+
+```ts
+function inventory(
+  files: readonly string[],
+  generatedExclusions: readonly string[] = [],
+  counterlessModules: readonly string[] = [],
+): ProductionModuleInventory {
+  return {
+    files,
+    preExclusionTotal: files.length + generatedExclusions.length,
+    generatedExclusions,
+    counterBearingModules: files.filter((file) => !counterlessModules.includes(file)),
+    counterlessModules,
+  };
+}
+```
+
+- [x] **Step 2: Add a real-source inventory regression table.**
+
+```ts
+const counterlessSources = {
+  "import-type-empty.ts": "import type {} from './a.ts';\n",
+  "import-value-empty.ts": "import {} from './a.ts';\n",
+  "import-side-effect.ts": "import './a.ts';\n",
+  "import-value.ts": "import { a } from './a.ts';\n",
+  "reexport-named.ts": "export { a } from './a.ts';\n",
+  "reexport-star.ts": "export * from './a.ts';\n",
+};
+```
+
+Assert every key appears in `counterlessModules`, while `export const runtimeValue = 1` and `void globalThis` appear in `counterBearingModules`.
+
+- [x] **Step 3: Run the focused test and verify RED.**
+
+Run: `./node_modules/.bin/vitest run tests/unit/risk-coverage.test.ts --reporter=dot`
+
+Expected: TypeScript/test failures because the counter-bearing API fields do not exist and the current bare import classifier is executable-labelled.
+
+### Task 2: Rename and align static coverage provenance
+
+**Files:**
+- Modify: `scripts/lib/risk-coverage.ts`
+- Modify: `tests/unit/risk-coverage.test.ts`
+
+**Interfaces:**
+- Consumes: Babel `Program.body` nodes and parsed Istanbul/V8 counters.
+- Produces: `hasCoverageCounterBearingStatements(source, relativePath)`, a complete `counterBearingModules`/`counterlessModules` partition, and consistently named `RiskCoverageResult` fields.
+
+- [x] **Step 1: Implement the minimal classifier needed by the RED cases.**
+
+`ImportDeclaration`, `ExportAllDeclaration`, and export declarations without a local declaration return `false`; `importKind === "type"` therefore remains counterless even with an empty specifier list. Runtime declarations/initializers and direct statements return `true`.
+
+- [x] **Step 2: Rename inventory, evaluator sets, totals, diagnostics, and policy guards.**
+
+Use these exact artifact fields: `counterBearingTotal`, `instrumentedCounterBearingTotal`, `counterlessTotal`, `counterlessModules`. Use diagnostics containing `counter-bearing`, `counterless`, and `policy-sensitive module cannot be counterless`; remove executable/non-executable terminology from the risk-coverage implementation and tests.
+
+- [x] **Step 3: Run focused GREEN verification.**
+
+Run: `./node_modules/.bin/vitest run tests/unit/risk-coverage.test.ts tests/unit/risk-coverage-files.test.ts tests/unit/bounded-body-reader.test.ts --reporter=dot`
+
+Expected: all focused tests pass and both static partition directions remain fail-closed.
+
+### Task 3: Refresh documentation, repository evidence, and removal evidence
+
+**Files:**
+- Modify: `docs/testing/frontend-platform-testing-strategy.md`
+- Modify: `.superpowers/sdd/2026-08-01-quality-architecture-remediation/task-1-report.md`
+- Modify: `.superpowers/sdd/2026-08-01-quality-architecture-remediation/progress.md`
+
+**Interfaces:**
+- Consumes: root and sample-removal checker output after Task 2.
+- Produces: documented V8 counter-bearing semantics and current 285/285 plus 268/268 evidence.
+
+- [x] **Step 1: Document that counterless imports/re-exports may execute at runtime but receive no file counters in the observed producer.**
+
+- [x] **Step 2: Run relevant verification.**
+
+```sh
+./node_modules/.bin/tsc --noEmit -p tsconfig.node.json
+./node_modules/.bin/tsc --noEmit -p tsconfig.test.json
+./node_modules/.bin/eslint scripts/lib/risk-coverage.ts tests/unit/risk-coverage.test.ts --max-warnings=0
+node scripts/check-risk-coverage.ts
+corepack pnpm test:sample-removal
+git diff --check
+```
+
+Expected root checker: `Risk coverage: PASS (285/285 production modules, 80 thresholds)`.
+
+Expected removal checker: `Risk coverage: PASS (268/268 production modules, 76 thresholds)`; the already-known dependency-cruiser architecture diagnostic may remain the sole removal failure.
+
+- [x] **Step 3: Commit the independently verified follow-up.**
+
+```sh
+git add docs/superpowers/plans/2026-08-02-counter-bearing-coverage-provenance.md docs/testing/frontend-platform-testing-strategy.md scripts/lib/risk-coverage.ts tests/unit/risk-coverage.test.ts
+git commit -m "refactor: align coverage counter provenance"
+```
+
+## Self-review
+
+- Spec coverage: terminology, import/re-export edge cases, policy diagnostics, artifact fields, root/removal evidence, report, and ledger are each assigned above.
+- Placeholder scan: no deferred implementation or unspecified test step remains.
+- Type consistency: inventory and result names use `counterBearing*`/`counterless*` throughout; the classifier is `hasCoverageCounterBearingStatements`.

docs/testing/frontend-platform-testing-strategy.md

@@ -133,6 +133,17 @@ operation/query-mutation/registry compatibility 12개 high-risk module에 52개
 scoped threshold를 적용한다. critical module 누락 또는 threshold 미달 fixture는
 merge gate를 실패시킨다.
 
+Repository inventory의 정적 provenance는 runtime 실행 가능 여부가 아니라 현재
+Vitest/V8 producer가 file counter를 생성하는 문장의 존재 여부를 나타낸다. 따라서
+artifact는 `counterBearingTotal`, `instrumentedCounterBearingTotal`,
+`counterlessTotal`, `counterlessModules`를 기록한다. 실제 microfixture에서
+`import type {}`, `import {}`, bare side-effect import, value import, named/star value
+re-export만 있는 모듈은 모두 exact all-zero row였고, 선언/초기화 또는 직접 실행문이
+있는 모듈은 counter-bearing이었다. Counterless import/re-export도 module evaluation
+과 side effect를 유발할 수 있으므로 이를 non-executable로 해석하지 않는다. Gate는
+static counterless 집합과 exact all-zero row 집합의 일치를 요구하고 critical/high-risk
+policy module이 counterless이면 실패시킨다.
+
 남은 범위는 실제 device/browser farm, cloud visual approval, 외부 인증·telemetry
 provider와 production field data다. 이 증거가 없을 때 저장소 내부 test를
 `PRODUCTION_READY`의 대체물로 사용하지 않는다.

scripts/lib/risk-coverage.ts

@@ -63,18 +63,18 @@ export type ProductionModuleInventory = Readonly<{
   files: readonly string[];
   preExclusionTotal: number;
   generatedExclusions: readonly string[];
-  executableModules: readonly string[];
-  nonExecutableModules: readonly string[];
+  counterBearingModules: readonly string[];
+  counterlessModules: readonly string[];
 }>;
 
 export type RiskCoverageResult = Readonly<{
   status: "PASS" | "FAIL";
   selectedTotal: number;
   repositoryTotal: number;
-  executableTotal: number;
-  instrumentedExecutableTotal: number;
-  nonExecutableTotal: number;
-  nonExecutableModules: readonly string[];
+  counterBearingTotal: number;
+  instrumentedCounterBearingTotal: number;
+  counterlessTotal: number;
+  counterlessModules: readonly string[];
   preExclusionTotal: number;
   generatedExclusionCount: number;
   generatedExclusions: readonly string[];
@@ -370,13 +370,12 @@ type TypeScriptAstNode = Readonly<{
   type?: unknown;
   body?: unknown;
   declaration?: unknown;
-  specifiers?: unknown;
   declare?: unknown;
   const?: unknown;
   importKind?: unknown;
 }>;
 
-function statementIsExecutable(value: unknown): boolean {
+function statementIsCoverageCounterBearing(value: unknown): boolean {
   if (!isRecord(value) || typeof value.type !== "string") {
     throw new TypeError("TypeScript parser returned an invalid statement");
   }
@@ -393,7 +392,7 @@ function statementIsExecutable(value: unknown): boolean {
     return false;
   }
   if (statement.type === "ImportDeclaration") {
-    return Array.isArray(statement.specifiers) && statement.specifiers.length === 0;
+    return false;
   }
   if (
     statement.type === "ExportAllDeclaration" ||
@@ -406,7 +405,7 @@ function statementIsExecutable(value: unknown): boolean {
     statement.type === "ExportDefaultDeclaration"
   ) {
     return statement.declaration !== null && statement.declaration !== undefined
-      ? statementIsExecutable(statement.declaration)
+      ? statementIsCoverageCounterBearing(statement.declaration)
       : false;
   }
   if (
@@ -427,7 +426,7 @@ function statementIsExecutable(value: unknown): boolean {
   return true;
 }
 
-export function hasExecutableTypeScriptStatements(
+export function hasCoverageCounterBearingStatements(
   source: string,
   relativePath: string,
 ): boolean {
@@ -454,7 +453,7 @@ export function hasExecutableTypeScriptStatements(
   if (!isRecord(parsed) || !Array.isArray(parsed.body)) {
     throw new TypeError("TypeScript parser returned an invalid program");
   }
-  return parsed.body.some(statementIsExecutable);
+  return parsed.body.some(statementIsCoverageCounterBearing);
 }
 
 export async function buildProductionModuleInventory(
@@ -481,8 +480,8 @@ export async function buildProductionModuleInventory(
   }
 
   const allModules: string[] = [];
-  const executableModules: string[] = [];
-  const nonExecutableModules: string[] = [];
+  const counterBearingModules: string[] = [];
+  const counterlessModules: string[] = [];
   async function visit(relativeDirectory: string): Promise<void> {
     const absoluteDirectory = path.join(repositoryRoot, relativeDirectory);
     const entries = await readDirectory(absoluteDirectory);
@@ -543,10 +542,10 @@ export async function buildProductionModuleInventory(
         await handle?.close();
       }
       allModules.push(relativeTarget);
-      if (hasExecutableTypeScriptStatements(source, relativeTarget)) {
-        executableModules.push(relativeTarget);
+      if (hasCoverageCounterBearingStatements(source, relativeTarget)) {
+        counterBearingModules.push(relativeTarget);
       } else {
-        nonExecutableModules.push(relativeTarget);
+        counterlessModules.push(relativeTarget);
       }
     }
   }
@@ -565,11 +564,11 @@ export async function buildProductionModuleInventory(
     files: Object.freeze(inventory),
     preExclusionTotal: allModules.length,
     generatedExclusions: Object.freeze([...generatedPaths].sort()),
-    executableModules: Object.freeze(
-      executableModules.filter((file) => !generated.has(file)).sort(),
+    counterBearingModules: Object.freeze(
+      counterBearingModules.filter((file) => !generated.has(file)).sort(),
     ),
-    nonExecutableModules: Object.freeze(
-      nonExecutableModules.filter((file) => !generated.has(file)).sort(),
+    counterlessModules: Object.freeze(
+      counterlessModules.filter((file) => !generated.has(file)).sort(),
     ),
   });
 }
@@ -718,22 +717,22 @@ export function evaluateRiskCoverage(input: Readonly<{
   if (new Set(inventory).size !== inventory.length) {
     throw new TypeError("production module inventory contains a duplicate path");
   }
-  const executableModules = input.inventory.executableModules.map((file) =>
-    exactSourcePath(file, "executable inventory path"),
+  const counterBearingModules = input.inventory.counterBearingModules.map((file) =>
+    exactSourcePath(file, "counter-bearing inventory path"),
   );
-  const nonExecutableModules = input.inventory.nonExecutableModules.map((file) =>
-    exactSourcePath(file, "non-executable inventory path"),
+  const counterlessModules = input.inventory.counterlessModules.map((file) =>
+    exactSourcePath(file, "counterless inventory path"),
   );
-  const executableSet = new Set(executableModules);
-  const nonExecutableSet = new Set(nonExecutableModules);
-  const partition = [...executableModules, ...nonExecutableModules].sort();
+  const counterBearingSet = new Set(counterBearingModules);
+  const counterlessSet = new Set(counterlessModules);
+  const partition = [...counterBearingModules, ...counterlessModules].sort();
   if (
-    executableSet.size !== executableModules.length ||
-    nonExecutableSet.size !== nonExecutableModules.length ||
-    executableModules.some((file) => nonExecutableSet.has(file)) ||
+    counterBearingSet.size !== counterBearingModules.length ||
+    counterlessSet.size !== counterlessModules.length ||
+    counterBearingModules.some((file) => counterlessSet.has(file)) ||
     partition.join("\n") !== [...inventory].sort().join("\n")
   ) {
-    throw new TypeError("production inventory executable provenance is inconsistent");
+    throw new TypeError("production inventory counter-bearing provenance is inconsistent");
   }
   const generatedExclusions = input.inventory.generatedExclusions.map((file) =>
     exactSourcePath(file, "generated exclusion"),
@@ -780,14 +779,14 @@ export function evaluateRiskCoverage(input: Readonly<{
     );
   });
   const zeroCoverageSet = new Set(zeroCoverageModules);
-  const zeroExecutableModules = zeroCoverageModules.filter((file) =>
-    executableSet.has(file),
+  const zeroCounterBearingModules = zeroCoverageModules.filter((file) =>
+    counterBearingSet.has(file),
   );
-  const nonExecutableWithCounters = nonExecutableModules.filter((file) => {
+  const counterlessWithCounters = counterlessModules.filter((file) => {
     const metrics = selected.get(file);
     return metrics !== undefined && !zeroCoverageSet.has(file);
   });
-  const instrumentedExecutableTotal = executableModules.filter((file) => {
+  const instrumentedCounterBearingTotal = counterBearingModules.filter((file) => {
     const metrics = selected.get(file);
     return metrics !== undefined && !zeroCoverageSet.has(file);
   }).length;
@@ -827,18 +826,18 @@ export function evaluateRiskCoverage(input: Readonly<{
     .filter(
       (file) =>
         !selected.has(file) ||
-        (executableSet.has(file) && zeroCoverageSet.has(file)),
+        (counterBearingSet.has(file) && zeroCoverageSet.has(file)),
     )
     .sort();
   failures.push(
     ...inventory
       .filter((file) => !selected.has(file))
       .map((file) => `production module missing from coverage: ${file}`),
-    ...zeroExecutableModules.map(
-      (file) => `production module has zero coverage totals: ${file}`,
+    ...zeroCounterBearingModules.map(
+      (file) => `counter-bearing module has zero coverage totals: ${file}`,
     ),
-    ...nonExecutableWithCounters.map(
-      (file) => `non-executable module has coverage counters: ${file}`,
+    ...counterlessWithCounters.map(
+      (file) => `counterless module has coverage counters: ${file}`,
     ),
   );
   for (const modulePolicy of input.policy.criticalModules) {
@@ -846,8 +845,10 @@ export function evaluateRiskCoverage(input: Readonly<{
       failures.push(`critical module is outside production inventory: ${modulePolicy.path}`);
       continue;
     }
-    if (nonExecutableSet.has(modulePolicy.path)) {
-      failures.push(`critical module cannot be non-executable: ${modulePolicy.path}`);
+    if (counterlessSet.has(modulePolicy.path)) {
+      failures.push(
+        `critical policy-sensitive module cannot be counterless: ${modulePolicy.path}`,
+      );
     }
     const actual = selected.get(modulePolicy.path);
     if (!actual) {
@@ -863,8 +864,10 @@ export function evaluateRiskCoverage(input: Readonly<{
     if (!inventorySet.has(highRiskPath)) {
       failures.push(`high-risk module is outside production inventory: ${highRiskPath}`);
     }
-    if (nonExecutableSet.has(highRiskPath)) {
-      failures.push(`high-risk module cannot be non-executable: ${highRiskPath}`);
+    if (counterlessSet.has(highRiskPath)) {
+      failures.push(
+        `high-risk policy-sensitive module cannot be counterless: ${highRiskPath}`,
+      );
     }
   }
   for (const waiver of input.policy.waivers) {
@@ -881,10 +884,10 @@ export function evaluateRiskCoverage(input: Readonly<{
     status: failures.length === 0 ? "PASS" : "FAIL",
     selectedTotal: inventory.length - uncoveredModules.length,
     repositoryTotal: inventory.length,
-    executableTotal: executableModules.length,
-    instrumentedExecutableTotal,
-    nonExecutableTotal: nonExecutableModules.length,
-    nonExecutableModules: Object.freeze([...nonExecutableModules].sort()),
+    counterBearingTotal: counterBearingModules.length,
+    instrumentedCounterBearingTotal,
+    counterlessTotal: counterlessModules.length,
+    counterlessModules: Object.freeze([...counterlessModules].sort()),
     preExclusionTotal: input.inventory.preExclusionTotal,
     generatedExclusionCount: generatedExclusions.length,
     generatedExclusions: Object.freeze([...generatedExclusions].sort()),

tests/unit/risk-coverage.test.ts

@@ -48,16 +48,16 @@ const fullMetrics = metrics();
 function inventory(
   files: readonly string[],
   generatedExclusions: readonly string[] = [],
-  nonExecutableModules: readonly string[] = [],
+  counterlessModules: readonly string[] = [],
 ): ProductionModuleInventory {
   return {
     files,
     preExclusionTotal: files.length + generatedExclusions.length,
     generatedExclusions,
-    executableModules: files.filter(
-      (file) => !nonExecutableModules.includes(file),
+    counterBearingModules: files.filter(
+      (file) => !counterlessModules.includes(file),
     ),
-    nonExecutableModules,
+    counterlessModules,
   };
 }
 
@@ -160,8 +160,8 @@ describe("repository-aware risk coverage", () => {
       files: ["src/a.ts", "src/nested/b.tsx"],
       preExclusionTotal: 3,
       generatedExclusions: ["src/generated.ts"],
-      executableModules: ["src/a.ts", "src/nested/b.tsx"],
-      nonExecutableModules: [],
+      counterBearingModules: ["src/a.ts", "src/nested/b.tsx"],
+      counterlessModules: [],
     });
     expect(result).toMatchObject({
       status: "FAIL",
@@ -347,7 +347,7 @@ describe("repository-aware risk coverage", () => {
       uncoveredModules: ["src/a.ts"],
     });
     expect(result.failures).toContain(
-      "production module has zero coverage totals: src/a.ts",
+      "counter-bearing module has zero coverage totals: src/a.ts",
     );
     expect(result.failures).toEqual(
       expect.arrayContaining([
@@ -359,7 +359,7 @@ describe("repository-aware risk coverage", () => {
     );
   });
 
-  it("accepts exact all-zero rows only for statically non-executable modules", () => {
+  it("accepts exact all-zero rows only for statically counterless modules", () => {
     const parsedPolicy = parseRiskCoveragePolicy(
       policy({ repositoryBaseline: 2, generatedPaths: [] }),
       { now },
@@ -384,10 +384,10 @@ describe("repository-aware risk coverage", () => {
       status: "PASS",
       selectedTotal: 2,
       repositoryTotal: 2,
-      executableTotal: 1,
-      instrumentedExecutableTotal: 1,
-      nonExecutableTotal: 1,
-      nonExecutableModules: ["src/type-only.ts"],
+      counterBearingTotal: 1,
+      instrumentedCounterBearingTotal: 1,
+      counterlessTotal: 1,
+      counterlessModules: ["src/type-only.ts"],
       uncoveredModules: [],
     });
 
@@ -402,11 +402,11 @@ describe("repository-aware risk coverage", () => {
       },
     });
     expect(mismatch.failures).toContain(
-      "non-executable module has coverage counters: src/type-only.ts",
+      "counterless module has coverage counters: src/type-only.ts",
     );
   });
 
-  it("forbids critical and high-risk modules from being non-executable", () => {
+  it("forbids policy-sensitive modules from being counterless", () => {
     const parsedPolicy = parseRiskCoveragePolicy(
       policy({ repositoryBaseline: 1, generatedPaths: [] }),
       { now },
@@ -420,8 +420,8 @@ describe("repository-aware risk coverage", () => {
 
     expect(result.failures).toEqual(
       expect.arrayContaining([
-        "critical module cannot be non-executable: src/a.ts",
-        "high-risk module cannot be non-executable: src/a.ts",
+        "critical policy-sensitive module cannot be counterless: src/a.ts",
+        "high-risk policy-sensitive module cannot be counterless: src/a.ts",
       ]),
     );
   });
@@ -564,7 +564,7 @@ describe("repository-aware risk coverage", () => {
     ).rejects.toThrow(/stable file identity unavailable/u);
   });
 
-  it("classifies type-only and barrel modules separately from runtime statements", async () => {
+  it("matches the observed V8 counterless import and re-export syntax", async () => {
     const repositoryRoot = await repositoryFixture();
     await Promise.all([
       writeFile(
@@ -584,9 +584,29 @@ describe("repository-aware risk coverage", () => {
         "void globalThis;\n",
       ),
       writeFile(
-        path.join(repositoryRoot, "src/side-effect-import.ts"),
+        path.join(repositoryRoot, "src/import-type-empty.ts"),
+        "import type {} from './a.ts';\n",
+      ),
+      writeFile(
+        path.join(repositoryRoot, "src/import-value-empty.ts"),
+        "import {} from './a.ts';\n",
+      ),
+      writeFile(
+        path.join(repositoryRoot, "src/import-side-effect.ts"),
         "import './a.ts';\n",
       ),
+      writeFile(
+        path.join(repositoryRoot, "src/import-value.ts"),
+        "import { a } from './a.ts';\n",
+      ),
+      writeFile(
+        path.join(repositoryRoot, "src/reexport-named.ts"),
+        "export { a } from './a.ts';\n",
+      ),
+      writeFile(
+        path.join(repositoryRoot, "src/reexport-star.ts"),
+        "export * from './a.ts';\n",
+      ),
     ]);
 
     const productionInventory = await buildProductionModuleInventory({
@@ -594,19 +614,22 @@ describe("repository-aware risk coverage", () => {
       generatedPaths: ["src/generated.ts"],
     });
 
-    expect(productionInventory.nonExecutableModules).toEqual([
+    expect(productionInventory.counterlessModules).toEqual([
       "src/barrel.ts",
+      "src/import-side-effect.ts",
+      "src/import-type-empty.ts",
+      "src/import-value-empty.ts",
+      "src/import-value.ts",
+      "src/reexport-named.ts",
+      "src/reexport-star.ts",
       "src/type-only.ts",
     ]);
-    expect(productionInventory.executableModules).toEqual(
-      expect.arrayContaining([
-        "src/a.ts",
-        "src/nested/b.tsx",
-        "src/runtime-export.ts",
-        "src/side-effect-import.ts",
-        "src/side-effect.ts",
-      ]),
-    );
+    expect(productionInventory.counterBearingModules).toEqual([
+      "src/a.ts",
+      "src/nested/b.tsx",
+      "src/runtime-export.ts",
+      "src/side-effect.ts",
+    ]);
   });
 
   it("rejects a post-lstat file identity swap even without relying on O_NOFOLLOW", async () => {