Dogfood QA Testing — camofox-browser

Systematic exploratory testing of web applications using camofox-browser's anti-detection browser automation.

When to Use

• Testing web applications for bugs, UX issues, and accessibility problems
• QA validation before release
• Exploratory testing of new features
• Cross-browser verification with Firefox/Camoufox engine

Prerequisites

• camofox-browser server running on port 9377
• Target application URL accessible

Workflow

Phase 1: Initialize Session

# Create a dedicated test session
camofox open "about:blank" --user dogfood-qa

# Start trace recording for evidence capture
camofox trace start --user dogfood-qa --screenshots --snapshots

Phase 2: Navigate & Orient

# Navigate to target application
camofox navigate "https://target-app.com" --user dogfood-qa

# Take initial snapshot to understand page structure
camofox snapshot --user dogfood-qa

# Capture annotated screenshot for visual baseline
camofox annotate --user dogfood-qa

Phase 3: Systematic Exploration

3.1 Happy Path Testing

Follow the primary user flows:

# Interact with elements using refs from snapshot
camofox click e5 --user dogfood-qa
camofox type e3 "test input" --user dogfood-qa
camofox press Enter --user dogfood-qa

# Wait for navigation/loading
camofox wait networkidle --user dogfood-qa

# Capture state after each action
camofox snapshot --user dogfood-qa

3.2 Edge Case Testing

# Test empty inputs
camofox type e3 "" --user dogfood-qa
camofox press Enter --user dogfood-qa

# Test long strings
camofox type e3 "aaaa...very long string..." --user dogfood-qa
camofox press Enter --user dogfood-qa

# Test special characters
camofox type e3 "<script>alert('xss')</script>" --user dogfood-qa
camofox press Enter --user dogfood-qa

3.3 Error Discovery

# Check for console errors after interactions
camofox errors --user dogfood-qa

# Check console output for warnings
camofox console --user dogfood-qa --type warning

# Monitor all console messages
camofox console --user dogfood-qa --limit 50

3.4 State & Navigation Testing

# Test back/forward navigation
camofox go-back --user dogfood-qa
camofox go-forward --user dogfood-qa

# Save session state for later comparison
camofox session save dogfood-qa-state --user dogfood-qa

# Test page reload
camofox navigate "https://target-app.com" --user dogfood-qa

Phase 4: Document Issues

When a bug is found:

# 1. Capture visual evidence
camofox annotate --user dogfood-qa

# 2. Capture page errors
camofox errors --user dogfood-qa

# 3. Capture console logs
camofox console --user dogfood-qa

# 4. Mark trace chunk for this specific issue
camofox trace chunk-start --user dogfood-qa
# ... reproduce the bug ...
camofox trace chunk-stop --user dogfood-qa

# 5. Take snapshot for element state
camofox snapshot --user dogfood-qa

Phase 5: Wrap Up

# Stop trace recording
camofox trace stop --user dogfood-qa
# → Trace ZIP saved to ~/.camofox/traces/
# → View at https://trace.playwright.dev

# Final console/error summary
camofox errors --user dogfood-qa
camofox console --user dogfood-qa --type error

# Close session
camofox close --user dogfood-qa

Issue Reporting

Use the issue taxonomy to classify findings. Use the report template to document each issue.

Key Differences from Standard Browser Testing

Feature	Standard	camofox-browser
Detection	Easily flagged as bot	Anti-detection (C++ spoofing)
Browser	Chrome/Chromium	Firefox/Camoufox
Evidence	Screenshots only	Traces (screenshots + DOM + network)
Console	Manual DevTools	console / errors commands
Element refs	CSS selectors	Accessibility tree refs (eN)

Tips

• Use trace chunk-start/stop to isolate specific bug reproductions within a longer session
• Check errors frequently — many bugs show console errors before visual symptoms
• Use annotate for visual evidence — it numbers all interactive elements
• Trace ZIPs contain full reproduction data — share via trace.playwright.dev
• The --user flag isolates test sessions from each other