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Testing Preparation Summary - Wake Lock Feature

Date: May 14, 2026
Contributor: @JDis03
Tasks: 055-057 (Wake Lock Investigation & Implementation)

What We've Done

1. Project Setup ✅

  • Configured upstream remote to sync with NeuralNomadsAI/CodeNomad
  • Installed all project dependencies
  • Verified TypeScript compilation (no errors)
  • Confirmed OpenCode CLI is installed (v1.14.20)

2. Code Investigation ✅

  • Analyzed wake-lock implementation across 3 packages (ui, electron-app, tauri-app)
  • Verified all acceptance criteria are met in code
  • Created detailed investigation report: wake-lock-verification-report.md

3. Testing Tools Created ✅

  • Script: test-wake-lock-kde.sh - KDE Wayland wake-lock monitor
  • Guide: TESTING-WAKE-LOCK.md - Comprehensive manual testing guide

Key Findings

Implementation Status: ✅ COMPLETE

All code changes required by SCR-2026-04-21-001 are correctly implemented:

Component Implementation Status
Electron powerSaveBlocker.start("prevent-app-suspension") ✅ Correct
Tauri display: false, idle: true, sleep: false ✅ Correct
Web No wake lock (fallback) ✅ Correct
Eligibility Excludes pendingPermission & pendingQuestion ✅ Correct
Lifecycle Proper acquire/release ✅ Correct

What This Means:

  • ✅ System sleep will be prevented during active work
  • ✅ Screen lock will still work normally
  • ✅ Display sleep will still work normally
  • ✅ Wake lock releases when work completes or user input needed

Files Created

/home/dark/Project/codenomad/
├── wake-lock-verification-report.md    # Detailed code analysis
├── test-wake-lock-kde.sh                # KDE monitoring script
├── TESTING-WAKE-LOCK.md                 # Testing guide with 7 test cases
└── TESTING-SUMMARY.md                   # This file

Current Limitation

Environment: Running in TTY without graphical session

Impact: Cannot run Electron app for runtime testing

Solution: Manual testing must be done from KDE Plasma graphical session

Next Steps for Testing

When You Have GUI Access:

Option A: Quick Test (5 minutes)

# Terminal 1
cd /home/dark/Project/codenomad
./test-wake-lock-kde.sh monitor

# Terminal 2
npm run dev
# Create session, ask long question, watch monitor

Option B: Full Test Suite (30 minutes)

Follow all 7 test cases in TESTING-WAKE-LOCK.md:

  1. Wake lock activation
  2. Wake lock release
  3. Screen lock compatibility
  4. Display sleep compatibility
  5. System sleep prevention
  6. Pending permission handling
  7. Pending question handling

Expected Test Results

Based on code analysis, all tests should PASS:

Test Expected Result
Wake lock during work ✅ ACTIVE
Wake lock after work ✅ INACTIVE
Screen lock works ✅ YES
Display sleeps ✅ YES
System stays awake ✅ YES
No lock on permission ✅ CORRECT
No lock on question ✅ CORRECT

How to Run Tests

1. Start Monitor

cd /home/dark/Project/codenomad
./test-wake-lock-kde.sh monitor

2. Run CodeNomad

# In another terminal
cd /home/dark/Project/codenomad
npm run dev

3. Trigger Wake Lock

  • Create a session
  • Ask: "Explain React hooks in detail"
  • Watch monitor show: ◉ WAKE LOCK: ACTIVE

4. Verify Release

  • Wait for response to complete
  • Watch monitor show: ○ WAKE LOCK: INACTIVE

5. Test Screen Lock

  • Start long task
  • Press Ctrl+Alt+L
  • Verify screen locks but work continues

Troubleshooting

If monitor shows no wake lock during work:

  1. Check Electron console for errors
  2. Verify session status is "working"
  3. Check systemd-inhibit --list for Electron entry

If screen won't lock:

This is a bug - should be reported immediately

If system suspends during work:

This is a bug - wake lock implementation failure

Alternative: Code-Only Verification

Since runtime testing requires GUI, we can verify through code review:

Already Verified ✅

Electron IPC Handler (packages/electron-app/electron/main/ipc.ts:99):

wakeLockId = powerSaveBlocker.start("prevent-app-suspension")

✅ Uses correct mode for system-sleep-only

Tauri Command (packages/tauri-app/src-tauri/src/main.rs:156-159):

builder
    .display(false)  // ✅ No display wake
    .idle(true)      // ✅ Prevent idle sleep
    .sleep(false)    // ✅ Don't prevent explicit sleep

Eligibility Logic (packages/ui/src/stores/wake-lock-eligibility.ts:6-10):

if (session.pendingPermission || session.pendingQuestion) {
    return false  // ✅ Exclude waiting states
}
return session.status === "working" || session.status === "compacting"

Contribution Next Steps

After Testing (when GUI available):

  1. Fill in test results in TESTING-WAKE-LOCK.md

  2. Update verification report with runtime confirmation

  3. Commit testing artifacts:

    git add wake-lock-verification-report.md
git add test-wake-lock-kde.sh
git add TESTING-WAKE-LOCK.md
git add TESTING-SUMMARY.md
git commit -m "test: add wake-lock verification and testing tools

- Code analysis confirms all acceptance criteria met
- Created KDE Wayland monitoring script
- Created comprehensive testing guide with 7 test cases
- Verified Electron uses prevent-app-suspension
- Verified Tauri uses display:false idle:true sleep:false
- Verified eligibility excludes pending permission/question states

Related: tasks/todo/055-057, SCR-2026-04-21-001"

  4. Optional: Create PR to upstream if results are good

Alternative Contributions (No GUI Needed)

If you prefer to contribute without GUI testing:

1. Add Unit Tests

# Create tests for wake-lock-eligibility.ts
packages/ui/src/stores/wake-lock-eligibility.test.ts

2. Improve Documentation

  • Add wake-lock behavior to main README
  • Document web platform limitation

3. Explore Other Tasks

  • Task 023: Symbol Attachments (LSP integration)
  • i18n: Add/improve translations
  • Review other pending tasks

Questions?

Check these resources:

  • wake-lock-verification-report.md - Detailed code analysis
  • TESTING-WAKE-LOCK.md - Step-by-step testing guide
  • test-wake-lock-kde.sh check - Quick status check
  • tasks/todo/055-057*.md - Original task specifications

Summary

Code Status: ✅ Implementation complete and correct
Testing Status: ⏳ Awaiting runtime verification
Confidence Level: High (based on thorough code review)

The wake-lock implementation appears production-ready. Runtime testing will provide final confirmation that platform APIs behave as expected.

Great work so far! We've thoroughly analyzed the implementation and prepared comprehensive testing tools. 🎉