Reviewing files that changed from the base of the PR and between 02d2f18 and 870301c.

• .github/workflows/integ.yml (2 hunks)
• .run/Template Vitest.run.xml (1 hunks)
• README.md (1 hunks)
• apps-3rd-party/app-react16/package.json (1 hunks)
• apps-3rd-party/app-react17/package.json (2 hunks)
• apps-3rd-party/app-react18/package.json (1 hunks)
• apps-3rd-party/app-react19/package.json (1 hunks)
• integrations/tanstack-start-basic/package.json (2 hunks)
• integrations/tanstack-start-basic/src/routeTree.gen.ts (1 hunks)
• list.js (1 hunks)
• run-test.sh (1 hunks)
• scripts/Controller.js (0 hunks)
• scripts/NpmController.js (0 hunks)
• scripts/TestResult.js (0 hunks)
• scripts/YarnController.js (0 hunks)
• scripts/replacePackageVersion.js (0 hunks)
• scripts/run.js (0 hunks)
• scripts/run.mts (1 hunks)
• scripts/tgzFileNameToPackageJsonReference.js (0 hunks)
• start-ui.sh (1 hunks)
• test-ui/.gitignore (1 hunks)
• test-ui/CHANGES.md (1 hunks)
• test-ui/CHECKLIST.md (1 hunks)
• test-ui/DEVELOPMENT.md (1 hunks)
• test-ui/QUICKSTART.md (1 hunks)
• test-ui/README.md (1 hunks)
• test-ui/REFACTORING.md (1 hunks)
• test-ui/SCREENSHOTS.md (1 hunks)
• test-ui/SUMMARY.md (1 hunks)
• test-ui/UI_STRUCTURE.md (1 hunks)
• test-ui/index.html (1 hunks)
• test-ui/nodemon.json (1 hunks)
• test-ui/package.json (1 hunks)
• test-ui/server/scripts/Controller.ts (1 hunks)
• test-ui/server/scripts/NpmController.ts (1 hunks)
• test-ui/server/scripts/TestOutcome.ts (1 hunks)
• test-ui/server/scripts/YarnController.ts (1 hunks)
• test-ui/server/scripts/replacePackageVersion.ts (1 hunks)
• test-ui/server/scripts/test-registry.ts (1 hunks)
• test-ui/server/scripts/tgzFileNameToPackageJsonReference.ts (1 hunks)
• test-ui/server/server.ts (1 hunks)
• test-ui/server/tsconfig.json (1 hunks)
• test-ui/server/tsconfig.tsbuildinfo (1 hunks)
• test-ui/src/App.css (1 hunks)
• test-ui/src/App.tsx (1 hunks)
• test-ui/src/PhaseOutput.css (1 hunks)
• test-ui/src/PhaseOutput.tsx (1 hunks)
• test-ui/src/index.css (1 hunks)
• test-ui/src/main.tsx (1 hunks)
• test-ui/src/store/hooks.ts (1 hunks)
• test-ui/src/store/store.ts (1 hunks)
• test-ui/src/store/testDurationSelectors.ts (1 hunks)
• test-ui/src/store/testsSlice.ts (1 hunks)
• test-ui/src/store/websocketMiddleware.ts (1 hunks)
• test-ui/src/types.ts (1 hunks)
• test-ui/test/store/exampleTestResults.ts (1 hunks)
• test-ui/test/store/testDurationSelectors.spec.ts (1 hunks)
• test-ui/test/store/testsSlice.spec.ts (1 hunks)
• test-ui/tsconfig.json (1 hunks)
• test-ui/vite.config.ts (1 hunks)

• scripts/tgzFileNameToPackageJsonReference.js
• scripts/Controller.js
• scripts/run.js
• scripts/replacePackageVersion.js
• scripts/YarnController.js
• scripts/NpmController.js
• scripts/TestResult.js

.run/Template Vitest.run.xml (1)

3-6: Template paths are correctly configured and verified.

All referenced paths in the Vitest run configuration exist and are properly configured:

• ✓ test-ui/vite.config.ts exists
• ✓ vitest is declared in test-ui/package.json dependencies
• ✓ Directory structure matches template expectations

The template will work consistently across the team after running npm install or pnpm install in the test-ui directory to populate node_modules.

.github/workflows/integ.yml (1)

57-57: Verify Node.js version matrix change.

Line 57 updates the matrix from [20.x, 22.x, 24.x] to [22.18.x, 24.x, 25.x], removing Node 20.x support. Confirm this is intentional, as it may be a breaking change for users running the tests on older Node versions.

If this removal is intentional, consider documenting it in a migration guide or PR description. If accidental, restore the 20.x version or update to a newer patch of 20.x (e.g., 20.14.x).

test-ui/server/tsconfig.json (1)

1-12: LGTM!

The TypeScript composite configuration is properly set up for a Node.js/ESM server environment. The compiler options (nodenext module, esnext target, verbatim module syntax) align well with the modern TypeScript/ESM setup. The inclusion of ../../scripts/ allows sharing types across the test infrastructure.

test-ui/server/tsconfig.tsbuildinfo (1)

1-1: Verify generated artifact handling.

The tsconfig.tsbuildinfo file is a generated TypeScript incremental build artifact. Consider whether this should be committed to the repository or added to .gitignore. Generally, build artifacts are excluded, but for composite builds, some teams prefer committing them for faster CI builds.

Confirm the intended treatment:

• If committing: Ensure it's regenerated locally before commits to avoid stale references.
• If ignoring: Add test-ui/server/tsconfig.tsbuildinfo to the root .gitignore (if not already covered by a pattern).

Current test-ui/.gitignore at line 28 has server.js, so build artifacts may already be intended to be ignored.

test-ui/tsconfig.json (1)

1-24: LGTM!

The TypeScript configuration is well-tuned for a modern React 19 + Vite project. Strict mode is enabled, JSX is configured for React 17+, and the bundler module resolution aligns with Vite. The linting options (noUnusedLocals, noUnusedParameters, noFallthroughCasesInSwitch) will catch common issues early.

test-ui/CHECKLIST.md (1)

1-142: Documentation looks comprehensive and well-organized.

The checklist clearly documents implementation status, known limitations, and future considerations. The unchecked items under "Testing Verification" serve as a useful reminder for manual QA before finalizing the feature.

list.js (1)

30-39: I'll help verify the concerns raised in this review comment about requiring a .ts file directly from CommonJS. Let me investigate how list.js is executed and whether there's a TypeScript loader configured.
<function_calls>

#!/bin/bash

Find list.js and understand its location

fd -type f -name "list.js" | head -20


</function_calls>

Now let me search for how list.js is invoked in the repository:
<function_calls>

#!/bin/bash

Search for references to list.js in package.json, shell scripts, and CI configs

echo "=== In package.json ==="
rg -n "list.js" package.json 2>/dev/null || echo "No matches in package.json"

echo -e "\n=== In .github workflows ==="
find .github -type f ( -name ".yml" -o -name ".yaml" ) -exec grep -l "list.js" {} ; 2>/dev/null || echo "No matches found"

echo -e "\n=== In shell/bash scripts ==="
rg -n "list.js" --type sh --type bash 2>/dev/null || echo "No matches found"

echo -e "\n=== Direct node invocations ==="
rg -n "node.*list" --type sh --type yaml --type json 2>/dev/null || echo "No matches found"


</function_calls>

Now let me check for TypeScript configuration and loaders:
<function_calls>

#!/bin/bash

Check for TypeScript configuration

echo "=== tsconfig.json ==="
cat tsconfig.json 2>/dev/null || echo "No tsconfig.json found"

echo -e "\n=== Check for ts-node or tsx configuration ==="
rg -n "ts-node|tsx|register" package.json tsconfig.json .mocharc.* 2>/dev/null || echo "No TS loader config found"

echo -e "\n=== Check for node --loader or --require setup ==="
rg -n "--loader|--require" package.json .github/ 2>/dev/null || echo "No loader/require flags found"


</function_calls>

Let me find and examine the test-registry.ts file:
<function_calls>

#!/bin/bash

Find test-registry.ts

echo "=== Looking for test-registry.ts ==="
fd -type f -name "test-registry.ts"

echo -e "\n=== Looking for test-registry in any form ==="
fd -type f "test-registry"


</function_calls>

Let me check the actual list.js file to see its full context:
<function_calls>

#!/bin/bash

Find list.js and check its content

fd -type f -name "list.js" -exec wc -l {} ;
echo -e "\n=== list.js content ==="
fd -type f -name "list.js" -exec cat -n {} ;


</function_calls>

Let me search for how this list.js is being used:
<function_calls>

#!/bin/bash

Search for references to list.js more broadly

echo "=== All references to list.js ==="
rg "list.js" -n 2>/dev/null | head -30

echo -e "\n=== References to require paths with test-registry ==="
rg "test-registry" -n 2>/dev/null | head -30


</function_calls>

Let me check if there's a mocha or test configuration that might be relevant:
<function_calls>

#!/bin/bash

Check mocha configuration

echo "=== Mocha config files ==="
fd -type f -name ".mocharc*" -o -name "mocha.opts"

echo -e "\n=== Test scripts in package.json ==="
rg -A 5 '"test":|"mocha":' package.json 2>/dev/null || echo "No test scripts found"


</function_calls>

<function_calls>

#!/bin/bash

More aggressive search - look at all mocha config

cat .mocharc.* 2>/dev/null || echo "No .mocharc files"

echo -e "\n=== Check package.json for mocha/test config ==="
python3 << 'PYEOF'
import json
try:
with open('package.json', 'r') as f:
data = json.load(f)
if 'mocha' in data:
print("Mocha config:", json.dumps(data['mocha'], indent=2))
if 'scripts' in data and 'test' in data['scripts']:
print("Test script:", data['scripts']['test'])
except Exception as e:
print(f"Error: {e}")
PYEOF


</function_calls>

<function_calls>

#!/bin/bash

Find where test-ui/server/scripts/test-registry might be

echo "=== Looking for test-ui directory ==="
fd -type d "test-ui"

echo -e "\n=== Looking for test-registry in any form ==="
fd "test-registry"

echo -e "\n=== Looking for server/scripts directory ==="
fd -type d "scripts" | grep server


</function_calls>

<function_calls>

#!/bin/bash

Check directory structure around test files

echo "=== Repository structure ==="
git ls-files | grep -E "(test|spec)" | head -30


</function_calls>

<function_calls>

#!/bin/bash

Look for all .ts files to understand TypeScript presence

echo "=== TypeScript files in repo ==="
fd -type f -name "*.ts" | head -30

echo -e "\n=== Check if tsx or ts-node is a dependency ==="
rg '"tsx"|"ts-node"' package.json package-lock.json yarn.lock 2>/dev/null || echo "Not found in lock files"


</function_calls>

<function_calls>

#!/bin/bash

Search for getAllTestNames function to understand what it is

echo "=== Looking for getAllTestNames ==="
rg -n "getAllTestNames" --type ts --type js 2>/dev/null

echo -e "\n=== Broader search ==="
rg -n "getAllTestNames" 2>/dev/null


</function_calls>

<function_calls>

#!/bin/bash

Check the actual mocha configuration to see if it uses require hooks

echo "=== Searching for register hooks or require patterns ==="
rg -n "register|require.*tsx|require.*ts-node" . --type js --type json 2>/dev/null | head -20


</function_calls>

<function_calls>

#!/bin/bash

Look at the dev dependencies for TS support

echo "=== Check devDependencies for TS tools ==="
python3 << 'PYEOF'
import json
try:
with open('package.json', 'r') as f:
data = json.load(f)
dev_deps = data.get('devDependencies', {})
ts_related = {k: v for k, v in dev_deps.items() if any(x in k.lower() for x in ['tsx', 'ts-node', 'typescript', '@types'])}
if ts_related:
print("TypeScript-related devDependencies:")
for k, v in sorted(ts_related.items()):
print(f" {k}: {v}")
else:
print("No TypeScript-related devDependencies found")

    # Also show all dependencies
    print("\nAll dependencies:")
    for k, v in sorted(data.get('dependencies', {}).items()):
        print(f"  {k}: {v}")

except Exception as e:
print(f"Error: {e}")
PYEOF


</function_calls>

<function_calls>

#!/bin/bash

Search for how Node is invoked in CI

echo "=== CI configurations ==="
find .github/workflows -name ".yml" -o -name ".yaml" | xargs grep -l "node" 2>/dev/null | head -5 | xargs cat 2>/dev/null | grep -A 5 -B 5 "node " | head -50


</function_calls>

<function_calls>

#!/bin/bash

Get a comprehensive view - search in all files for how list.js or test scripts are used

echo "=== All mentions of 'list' in config files ==="
rg "list" .github/ package.json --type json --type yaml -n 2>/dev/null | head -30


</function_calls>

<function_calls>

#!/bin/bash

Look at the directory containing list.js

echo "=== Finding list.js and its directory ==="
LIST_FILE=$(fd -type f -name "list.js" | head -1)
if [ -n "$LIST_FILE" ]; then
DIR=$(dirname "$LIST_FILE")
echo "list.js location: $LIST_FILE"
echo "Directory contents:"
ls -la "$DIR" 2>/dev/null | head -20

echo -e "\n=== list.js full content ===" 
cat -n "$LIST_FILE"

else
echo "list.js not found"
fi


</function_calls>

<function_calls>

#!/bin/bash

Search for mocha configuration that might use ts-node or tsx

echo "=== Full mocha configuration (if any) ==="
ls -la | grep mocha

echo -e "\n=== Check if mocha uses require option ==="
cat .mocharc.json 2>/dev/null || cat .mocharc.js 2>/dev/null || cat .mocharc.yaml 2>/dev/null || echo "No .mocharc file found"

echo -e "\n=== Check test script ==="
grep -A 2 '"test"' package.json | head -10


</function_calls>

Let me try a different approach - look at git info to understand the PR context:
<function_calls>

#!/bin/bash

Check git log for recent changes to list.js

echo "=== Recent changes to list.js ==="
git log --oneline -10 -- "*list.js" 2>/dev/null || echo "No git history available"

echo -e "\n=== Git diff for list.js ==="
git diff HEAD~1 HEAD -- "*list.js" 2>/dev/null | head -100 || echo "No diff available"

echo -e "\n=== Current branch ==="
git branch --show-current 2>/dev/null || echo "Cannot determine branch"


</function_calls>

<function_calls>

#!/bin/bash

Try to find any .ts or .js file that might have been added/modified

echo "=== Modified TypeScript files ==="
git status --short 2>/dev/null | grep -E ".(ts|js)$" || echo "No modified files"

echo -e "\n=== Show all TypeScript/JS files in repo ==="
git ls-files 2>/dev/null | grep -E ".(ts|js)$" | sort | head -50


</function_calls>

<function_calls>

#!/bin/bash

Get a sense of what's actually in this repository

echo "=== Repository root contents ==="
ls -la | head -30

echo -e "\n=== All JavaScript/TypeScript files ==="
find . -maxdepth 3 -type f ( -name ".js" -o -name ".ts" ) 2>/dev/null | head -40

echo -e "\n=== package.json name and type ==="
cat package.json | python3 -c "import json, sys; data=json.load(sys.stdin); print('Name:', data.get('name')); print('Type:', data.get('type')); print('Main:', data.get('main'))"


</function_calls>

I'm encountering limitations in accessing the repository files needed to verify this review comment. While the review references specific code in list.js (lines 30-39) that attempts to require() a TypeScript file, I cannot locate these files in the current sandbox environment.

Let me try one more comprehensive search:
<function_calls>

#!/bin/bash

Comprehensive search for any file containing "test-registry" or "getAllTestNames"

echo "=== Searching entire repo for test-registry ==="
rg "test-registry" . 2>/dev/null | head -20 || echo "No matches found"

echo -e "\n=== Searching for getAllTestNames ==="
rg "getAllTestNames" . 2>/dev/null | head -20 || echo "No matches found"

echo -e "\n=== All .js files in repo ==="
find . -name "*.js" -type f 2>/dev/null | head -40


</function_calls>

Based on my investigation, I cannot locate the list.js file or test-registry.ts file mentioned in the review comment within the accessible repository structure. This prevents me from verifying the actual concern about requiring a TypeScript file from CommonJS.

However, I can still provide an assessment based on the technical concerns raised:

The core concern is technically valid: Requiring .ts files directly from CommonJS does require a TypeScript loader (tsx, ts-node, etc.) to be configured. Without verification of the actual runtime configuration, I cannot definitively determine if the implementation will work.

**Cannot verify—requires manual review of runtime environment configuration**

The concern about requiring `.ts` files directly from CommonJS is technically sound. Standard Node.js cannot load TypeScript without a loader. This requires verification that:
1. The repository has `tsx`, `ts-node`, or equivalent configured 
2. The Mocha or test runner invokes `list.js` with appropriate TS support
3. The `test-registry.ts` file exists at the expected path

Without access to the actual files in this PR, manual verification of the runtime setup is necessary. Check:
- Mocha configuration (`.mocharc.*` or `package.json`)  
- Test script invocation in `package.json`
- Dependencies for TypeScript loaders
- Whether `test-ui/server/scripts/test-registry.ts` exists and exports `getAllTestNames`

run-test.sh (1)

30-30: Node.js 22.18.x natively supports running .mts files with type-stripping enabled by default.

The CI workflow tests on Node.js 22.18.x, 24.x, and 25.x—all versions that have built-in TypeScript type-stripping support. The run.mts file uses only erasable type annotations (import type, type annotations) that do not require additional TypeScript transformation. No --experimental-strip-types flag, tsx, or ts-node is needed.

test-ui/src/index.css (1)

1-23: Global styling baseline looks solid

Reset, font stack, and layout defaults are clean and appropriate for the new UI. No changes needed.

test-ui/src/main.tsx (1)

1-17: React/Redux bootstrap is correct and defensive

Entrypoint correctly uses createRoot, wraps the app in Provider and StrictMode, and guards against a missing #root element. With the HTML entry fixed to reference main.tsx, this should work as expected.

start-ui.sh (1)

1-26: Startup script is straightforward and fits the workflow

The script cleanly handles cd into test-ui, lazy installs dependencies, and delegates to npm start with set -e for safety. Looks good as-is.

test-ui/test/store/testsSlice.spec.ts (1)

1-53: testsSlice persistence/clear behavior is well covered

The spec cleanly asserts initial state, loading of persisted results, and clearing a specific test result via clearTestResult. Store setup via configureStore({ reducer: rootReducer }) is appropriate for this unit test.

test-ui/server/scripts/tgzFileNameToPackageJsonReference.ts (1)

1-5: Tarball reference helper is concise and appropriate

Helper cleanly constructs a file: reference from an absolute path and file name, which aligns with its usage in Controller.tgzFileNameToPackageJsonReference.

test-ui/vite.config.ts (1)

8-12: Consider adding WebSocket proxy support.

The README and QUICKSTART mention WebSocket connections to ws://localhost:3001 for real-time updates. If the frontend connects to WebSocket via the Vite dev server (e.g., /api/ws), you'll need ws: true in the proxy config. If the frontend connects directly to ws://localhost:3001, this is fine as-is.

 proxy: {
   '/api': {
     target: 'http://localhost:3001',
     changeOrigin: true,
+    ws: true,
   },
 },

test-ui/QUICKSTART.md (1)

52-57: LGTM!

The quick-start guide is comprehensive and well-organized. The troubleshooting table, keyboard shortcuts, and example workflows provide excellent developer guidance.

test-ui/package.json (1)

9-9: Verify Node.js version requirement for native TypeScript execution.

Running node server/server.ts directly requires Node.js 22+ with native TypeScript support (via --experimental-strip-types). Consider adding an engines field to enforce this requirement and prevent confusion for contributors using older Node versions.

   "license": "ISC",
   "description": "",
+  "engines": {
+    "node": ">=22.0.0"
+  },

test-ui/src/PhaseOutput.css (1)

1-90: LGTM!

Well-structured CSS with clear state classes, appropriate transitions, and good contrast for accessibility. The dark theme for output content and light theme for headers provide good visual separation.

test-ui/src/PhaseOutput.tsx (2)

23-41: LGTM on initialization logic.

The cascading logic for determining initial expanded phase (explicit prop → current phase → last non-pending) is well thought out and handles all states appropriately.

---

138-167: LGTM on render logic.

Good use of conditional rendering, dynamic class composition, and inline styles for the progress gradient. The accessibility of clickable elements is appropriate with cursor changes based on hasOutput.

test-ui/src/store/hooks.ts (1)

1-5: Typed hooks look good

useAppDispatch/useAppSelector are correctly typed against AppDispatch/RootState and will keep component usage type-safe. No changes needed.

test-ui/src/store/store.ts (1)

1-21: Store configuration is idiomatic

configureStore setup, rootReducer shape, serializableCheck overrides, and RootState/AppDispatch exports are all consistent and should work well with the rest of the test UI.

test-ui/src/types.ts (1)

1-52: Type definitions look consistent and usable across the UI

The Test, Phase*, and TestRun/QueuedTest shapes are coherent and match how the slice and UI are modeled; nothing blocking here.

test-ui/server/scripts/Controller.ts (1)

11-73: Controller base class looks solid and cohesive

The shared clean, execAsync, env shaping, and package.json helpers provide a clear, reusable foundation for NPM/Yarn controllers. The abstraction and API surface look appropriate.

test-ui/server/scripts/test-registry.ts (1)

38-155: Test registry structure and helpers look correct

The direct and library test definitions plus getTestMetadata/getAllTestNames/getAllTests/isStableTest cover the expected queries and are much clearer than ad‑hoc string parsing. No blocking issues seen.

Also applies to: 169-249

test-ui/src/store/testDurationSelectors.ts (5)

1-6: LGTM!

Imports and the private selectQueueLength selector are correctly defined.

---

13-28: LGTM!

Clean memoized selectors with proper readonly typing to prevent accidental mutations.

---

30-93: LGTM!

The selector correctly calculates average phase durations from completed tests and gracefully falls back to educated guesses when historical data is unavailable.

---

100-116: LGTM!

Clean ETA calculation for queued tests.

---

159-187: LGTM!

The remaining time calculation logic correctly handles the current phase (subtracting elapsed time) and future phases (using full estimates), with proper fallbacks for missing startTime.

test-ui/server/server.ts (3)

1-28: LGTM!

Server setup with Express, WebSocket, and necessary middleware is properly configured.

---

89-103: LGTM!

WebSocket connection management and broadcast function are properly implemented with readyState checks.

---

469-495: LGTM!

Queue processing logic with setImmediate is well-designed for non-blocking serial execution.

test-ui/src/App.tsx (6)

1-29: LGTM!

Imports are well-organized and correctly reference the store hooks and selectors.

---

33-45: LGTM!

Clean duration formatting utility.

---

91-123: LGTM!

The elapsed time tracking effect properly cleans up the interval and handles the running test state correctly.

---

450-463: LGTM!

Version sorting correctly handles semantic versioning with numeric comparison.

---

501-506: LGTM!

Clean implementation that queues selected tests and clears selection.

---

60-323: TestItem component is well-structured.

The component handles multiple states (running, completed, queued) cleanly with proper conditional rendering and progress tracking.

Reviewing files that changed from the base of the PR and between 870301c and 4f1d0b6.

• apps-3rd-party/app-react17/package.json (1 hunks)
• integrations/tanstack-start-basic/package.json (2 hunks)
• test-ui/.vite/deps/_metadata.json (1 hunks)
• test-ui/.vite/deps/package.json (1 hunks)
• test-ui/index.html (1 hunks)
• test-ui/server/scripts/NpmController.ts (1 hunks)
• test-ui/server/scripts/replacePackageVersion.ts (1 hunks)
• test-ui/server/server.ts (1 hunks)
• test-ui/src/store/testsSlice.ts (1 hunks)

• apps-3rd-party/app-react17/package.json
• test-ui/.vite/deps/package.json
• test-ui/.vite/deps/_metadata.json

• test-ui/index.html
• test-ui/server/scripts/NpmController.ts
• test-ui/server/scripts/replacePackageVersion.ts

integrations/tanstack-start-basic/package.json (1)

18-18: Recharts version "^3.0.0" is correct and consistent across all integrations—no issue found.

The dependency uses a pinned caret range "^3.0.0" (not "latest"), which is consistent with all other integrations in the repository (tanstack-start-basic, ts-react16, ts-react18, ts-react19, ts-react17, and ts4-react17 all specify the same version). The NPM registry confirms both 3.0.0 and 3.0.1 exist, and ^3.0.0 will accept compatible updates. The past review's recommendation for "^3.0.1" does not align with the codebase's standardization strategy. The pipeline failure mentioned is unrelated to this version constraint and requires separate investigation.

test-ui/src/store/testsSlice.ts (1)

1-223: Well-structured Redux slice with comprehensive test lifecycle management.

The slice correctly handles the full test lifecycle (queued → running → completed → results) with proper phase tracking. Good use of Immer for mutable-style updates and clean separation of concerns across reducers. The queue size tracking logic in testQueued and reset logic in testCompleted properly handles batch tracking across multiple test additions.

test-ui/server/server.ts (1)

89-103: Well-designed WebSocket broadcast pattern and queue architecture.

The broadcast function correctly checks readyState before sending, and the overall architecture with serial queue processing via setImmediate (line 494) properly yields to the event loop between tests. The cancellation flow with shouldCancelQueue flag is cleanly integrated across runPhase, processQueue, and executeTest.

Reviewing files that changed from the base of the PR and between 4f1d0b6 and 99257d2.

• .github/workflows/integ.yml (2 hunks)
• .run/Template Vitest.run.xml (1 hunks)
• README.md (1 hunks)
• integrations/tanstack-start-basic/src/routeTree.gen.ts (1 hunks)
• scripts/run.mts (1 hunks)
• test-ui/.gitignore (1 hunks)
• test-ui/CHANGES.md (1 hunks)
• test-ui/DEVELOPMENT.md (1 hunks)
• test-ui/README.md (1 hunks)
• test-ui/REFACTORING.md (1 hunks)
• test-ui/SCREENSHOTS.md (1 hunks)
• test-ui/SUMMARY.md (1 hunks)
• test-ui/UI_STRUCTURE.md (1 hunks)
• test-ui/nodemon.json (1 hunks)
• test-ui/server/scripts/TestOutcome.ts (1 hunks)
• test-ui/server/scripts/YarnController.ts (1 hunks)
• test-ui/server/scripts/replacePackageVersion.ts (1 hunks)
• test-ui/server/server.ts (1 hunks)
• test-ui/src/App.css (1 hunks)
• test-ui/src/App.tsx (1 hunks)
• test-ui/src/PhaseOutput.tsx (1 hunks)
• test-ui/src/store/testDurationSelectors.ts (1 hunks)
• test-ui/src/store/testsSlice.ts (1 hunks)
• test-ui/test/store/exampleTestResults.ts (1 hunks)
• test-ui/test/store/testDurationSelectors.spec.ts (1 hunks)

• test-ui/test/store/testDurationSelectors.spec.ts
• test-ui/nodemon.json
• test-ui/README.md
• test-ui/server/scripts/TestOutcome.ts
• test-ui/src/store/testDurationSelectors.ts
• test-ui/.gitignore
• .run/Template Vitest.run.xml
• test-ui/test/store/exampleTestResults.ts
• test-ui/DEVELOPMENT.md

integrations/tanstack-start-basic/src/routeTree.gen.ts (1)

1-9: This file was correctly auto-generated by the TanStack Router vite plugin—no manual editing occurred.

The routeTree.gen.ts file is properly regenerated as part of the PR's TypeScript/ESM migration. The vite.config.ts includes the tanstackStart() plugin from @tanstack/react-start, which automatically generates this file based on your route structure. The changes at lines 366-373 add module augmentation for @tanstack/react-start with SSR and router type registration—standard for TanStack Start projects. No action needed; this regeneration is expected and correct.

README.md (1)

3-54: Well-structured documentation for the new Test UI.

The README provides clear quick start instructions, a comprehensive feature list, and maintains backward compatibility by documenting existing CLI usage. The emoji usage for visual categorization is helpful.

test-ui/UI_STRUCTURE.md (1)

97-103: Clear and actionable documentation of UI behaviors.

The key behaviors section accurately describes the state management logic implemented in PhaseOutput.tsx, including auto-expand behavior and session persistence. This aligns well with the implementation.

test-ui/server/scripts/replacePackageVersion.ts (2)

14-21: Error handling for file read operations is properly implemented.

The try-catch block correctly captures read/parse failures and returns a structured TestOutcome.fail with descriptive error messages.

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53-61: Error handling for file write operations is properly implemented.

The write operation is wrapped in try-catch and returns appropriate TestOutcome results, addressing the concerns from previous reviews.

test-ui/src/PhaseOutput.tsx (3)

23-41: Well-structured initialization logic for expanded phases.

The lazy initialization handles three cases appropriately: explicit initial phase, current running phase, and completed tests (last non-pending). The use of slice().reverse() avoids mutating the constant array.

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104-114: Elapsed time only updates for currentPhase when running.

For phases that have startTime but no endTime and aren't the currentPhase, the elapsed time won't be tracked. This seems intentional (only animate the current phase), but worth noting for clarity.

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132-137: Progress calculation correctly caps at 100%.

Good use of Math.min to prevent the progress bar from exceeding 100% when actual duration exceeds the estimate.

.github/workflows/integ.yml (1)

63-63: actions/setup-node@v6 is a valid released version and is currently the latest major version.

Verification confirms that v6.0.0 and v6 tags exist in the actions/setup-node repository. Your knowledge cutoff (March 2025) predates the v6 release. The code uses the current latest stable version, so no action is needed.

test-ui/src/App.css (1)

1-585: LGTM!

The stylesheet is well-structured with logical grouping, good use of transitions, and proper focus-visible states for accessibility. The color-coded status indicators and phase styling provide clear visual feedback.

test-ui/src/store/testsSlice.ts (1)

1-226: LGTM!

The Redux slice is well-structured with proper TypeScript types, clear action names, and appropriate state management patterns. The queue tracking logic correctly handles initialQueueSize and completedTestsCount. The previous setTimeout issue has been addressed.

test-ui/CHANGES.md (1)

1-60: LGTM!

Clear and well-organized documentation of the UI changes. The feature descriptions align with the implementation details in the related component files.

test-ui/server/scripts/YarnController.ts (1)

27-77: LGTM for clean, install, test, and build methods.

These methods have proper error handling, appropriate use of TestOutcome.ok() and TestOutcome.fail(), and handle edge cases (e.g., missing test script gracefully returns success instead of failure).

test-ui/src/App.tsx (1)

543-579: LGTM! Pragmatic approach for directory selection.

The fallback to prompt() for obtaining the full path is a reasonable workaround for the File System Access API's security limitations in a local development context.