glam/MANUAL_TESTING_RESULTS.md
2025-11-25 12:48:07 +01:00

13 KiB

Edge Directionality - Manual Testing Results

Date: November 24, 2025
Dev Server: Running at http://localhost:5173
Build Status: Vite dev server compiles successfully


🔍 Pre-Testing Verification

Server Status

# Dev server confirmed running on port 5173
$ lsof -i :5173 | grep LISTEN
node      66360 kempersc   18u  IPv6 ... TCP localhost:5173 (LISTEN)
node      76509 kempersc   18u  IPv4 ... TCP localhost:5173 (LISTEN)

Page Loads Successfully

# HTTP response confirms page serves correctly
$ curl -s http://localhost:5173/uml-viewer | head -10
<!doctype html>
<html lang="en">
  <head>
    <script type="module">import { injectIntoGlobalHook } from "/@react-refresh";
    ...

Implementation Verified

File: frontend/src/components/uml/UMLVisualization.tsx

Key Features Confirmed:

  1. Lines 347-394: Dual arrow markers (normal + highlight) for 4 edge types
  2. Lines 401-403: Auto-detection of bidirectional edges (association, aggregation)
  3. Lines 426-470: Click-to-reverse handler with flash animation
  4. Lines 472-523: Hover effects with label highlighting
  5. Lines 525-540: Smart labels with cardinality display

Code Quality:

  • TypeScript compiles in Vite dev environment
  • No syntax errors in UML visualization component
  • All event handlers properly typed
  • D3.js transitions implemented correctly

📋 Manual Testing Checklist

Test Diagrams Available

From schemas/20251121/uml/mermaid/:

Small Diagrams (Quick validation):

  • NetworkOrganisation_20251123_225712.mmd (33 lines)
  • Consortium_20251123_225712.mmd (moderate)
  • EncompassingBody_20251123_225712.mmd (moderate)

Medium Diagrams (Full feature testing):

  • custodian_multi_aspect_20251122_155319.mmd (119 lines)
  • organizational_structure_20251123_174151.mmd (complex relationships)

Large Diagrams (Performance testing):

  • full_schema_20251123_174151.mmd (264 lines, comprehensive schema)
  • core_classes_20251123_174151.mmd (all core classes)

🧪 Test Cases (Manual Browser Testing Required)

Test 1: Arrow Markers Render Correctly

Steps:

  1. Open http://localhost:5173/uml-viewer in browser
  2. Load any diagram from the file picker
  3. Inspect edges visually

Expected:

  • Inheritance: Hollow triangle arrows (white fill, dark stroke)
  • Composition: Filled diamond arrows (dark fill)
  • Aggregation: Hollow diamond arrows (white fill, dark stroke)
  • Association: Filled triangle arrows (dark fill)
  • All arrows clearly visible at default opacity (0.8)

Visual Reference:

Inheritance:   A ──▷ B  (hollow triangle)
Composition:   A ──♦ B  (filled diamond)
Aggregation:   A ──◇ B  (hollow diamond)
Association:   A ──▶ B  (filled triangle)

Test 2: Hover Effects Work Smoothly

Steps:

  1. Hover mouse over any edge
  2. Observe visual changes
  3. Test multiple edge types

Expected:

  • Edge opacity: 0.7 → 1.0 (becomes fully opaque)
  • Edge width: 2px → 3px (thickens slightly)
  • Arrow switches to highlight marker (30% larger)
  • Label opacity: 0.7 → 1.0 (fully visible)
  • Label font-weight: normal → bold
  • Transition duration: ~200ms (smooth, not instant)

Browser DevTools Check:

// Open Console (F12) and hover over edge
// Inspect element should show:
<line stroke-opacity="1" stroke-width="3" marker-end="url(#arrow-association-highlight)">

Test 3: Click to Reverse (Bidirectional Edges)

Steps:

  1. Identify an association edge (filled triangle)
  2. Hover over the edge
  3. Verify cursor changes to pointer (hand icon)
  4. Click the edge
  5. Observe the animation and direction change

Expected:

  • Before click: Edge points A → B
  • Cursor: Changes to pointer on hover (indicates clickable)
  • Click effect: Flash animation (edge widens briefly)
  • After click: Edge now points B → A (reversed)
  • Label flash: Label briefly highlights, then returns to normal
  • Animation timing: 300ms expand + 200ms contract = 500ms total

Test on multiple edge types:

  • Association edges: Should reverse
  • Aggregation edges: Should reverse
  • Try clicking same edge again: Should reverse back

Test 4: Non-Bidirectional Edges Don't Reverse

Steps:

  1. Identify an inheritance edge (hollow triangle)
  2. Hover over the edge
  3. Verify cursor stays default (arrow icon, not pointer)
  4. Click the edge

Expected:

  • Cursor: Stays as default arrow (NOT pointer)
  • Click effect: No animation, no direction change
  • Edge direction: Remains unchanged (inheritance is hierarchical)
  • Console: No errors

Repeat for composition edges (filled diamond):

  • Composition edges should also NOT reverse

Rationale: Inheritance and composition have strict semantic meaning (not reversible)


Test 5: Tooltips (If Implemented)

Steps:

  1. Hover over a bidirectional edge (association/aggregation)
  2. Wait 1 second

Expected:

  • Tooltip appears: "Click to reverse direction"
  • Tooltip positioned near cursor
  • Tooltip disappears on mouseout

Steps:

  1. Hover over a non-bidirectional edge (inheritance/composition)

Expected:

  • No tooltip OR generic tooltip (without "click to reverse")

Note: Tooltip implementation may not be in this version (check code)


Test 6: Layout Algorithm Compatibility

Steps:

  1. Load diagram with Force-directed layout (default)
  2. Test hover and click on edges
  3. Switch to Dagre layout (hierarchical)
  4. Test hover and click again
  5. Repeat for other layouts (Grid, Radial, Circular)

Expected:

  • All interactions work in Force layout
  • All interactions work in Dagre layout
  • All interactions work in Grid layout
  • All interactions work in Radial layout
  • All interactions work in Circular layout
  • No console errors when switching layouts
  • Edge states persist across layout changes

Test 7: Label Display with Cardinality

Steps:

  1. Load diagram with edges that have cardinality (e.g., hasCollection [1..*])
  2. Observe label display at rest
  3. Hover over edge

Expected:

  • At rest: Labels semi-transparent (opacity 0.7)
  • At rest: Labels reduced visual clutter
  • On hover: Labels fully visible (opacity 1.0, bold)
  • Content: Shows cardinality if present: "hasCollection [1..*]"
  • Position: Midpoint of edge
  • Pointer events: Labels don't interfere with edge clicks

Test 8: Performance with Large Diagrams

Steps:

  1. Load full_schema_20251123_174151.mmd (264 lines, ~100+ nodes)
  2. Wait for initial render
  3. Pan and zoom around the diagram (mouse drag, scroll wheel)
  4. Hover rapidly over multiple edges (mouse sweep)
  5. Click several bidirectional edges in quick succession

Expected:

  • Initial render: Completes in < 3 seconds
  • Pan/zoom: Smooth, no stuttering
  • Hover: Highlights trigger within 100ms
  • Click animations: Complete smoothly (no frame drops)
  • Browser CPU: Stays reasonable (check DevTools Performance tab)
  • Memory: No memory leaks (check DevTools Memory tab)

Performance Benchmarks (estimated):

  • Small diagram (10 nodes): ~135ms render
  • Medium diagram (50 nodes): ~490ms render
  • Large diagram (200 nodes): ~1920ms render

Acceptable slowdown: ~10% overhead from edge interactions


Test 9: Browser Console - No Errors

Steps:

  1. Open Browser DevTools (F12)
  2. Navigate to Console tab
  3. Load UML viewer
  4. Load diagram
  5. Interact with edges (hover, click)
  6. Check for errors

Expected:

  • No TypeScript compilation errors
  • No D3.js errors
  • No marker reference errors (e.g., url(#arrow-association) not found)
  • No React warnings
  • No memory warnings

Common errors to watch for:

  • Cannot read property 'type' of undefined (data binding issue)
  • Marker 'arrow-association-highlight' not found (marker definition missing)
  • Transition interrupted (animation conflicts)

Test 10: Flash Animation Timing

Steps:

  1. Click a bidirectional edge
  2. Observe the flash animation carefully
  3. Time the animation (use phone stopwatch or DevTools Performance)

Expected:

  • Phase 1: Edge width 2px → 3px (300ms expand)
  • Phase 2: Edge width 3px → 2px (200ms contract)
  • Total: 500ms flash duration
  • Smooth: No abrupt jumps, smooth D3 transition
  • Label sync: Label flashes in sync with edge

Animation curve:

Width
3px   ╭─────╮
      │     │
2px ──╯     ╰────────
    0   300ms  500ms
       (expand) (contract)

🐛 Known Issues (Unrelated to Edge Feature)

TypeScript Compilation Warnings (Other files):

  • ConnectionAnalysisPanel.tsx: Unused imports (doesn't affect UML viewer)
  • InteractiveGraph.tsx: Unused variables (different component)
  • Navigation.tsx: SVG prop type mismatch (doesn't affect functionality)
  • rdf-extractor.ts: Unused baseUri parameters (RDF module, not UML)

Impact: None - These warnings are in unrelated components

UML Viewer Status: Clean - No errors in UMLVisualization.tsx


📊 Test Results Summary

Manual Testing Status: PENDING BROWSER VERIFICATION

Automated Checks: PASS

  • Dev server running
  • Page loads successfully
  • TypeScript compiles in Vite
  • Code review confirms implementation

Manual Browser Tests: PENDING USER VALIDATION

  • Test 1: Arrow markers render
  • Test 2: Hover effects work
  • Test 3: Click to reverse (bidirectional)
  • Test 4: Non-bidirectional edges don't reverse
  • Test 5: Tooltips (if implemented)
  • Test 6: Layout compatibility
  • Test 7: Label display with cardinality
  • Test 8: Performance with large diagrams
  • Test 9: Browser console - no errors
  • Test 10: Flash animation timing

🚀 How to Complete Testing

Step-by-Step Instructions

  1. Open Browser (Chrome, Firefox, or Safari recommended)

  2. Navigate to UML Viewer:

    http://localhost:5173/uml-viewer
    
  3. Open Browser DevTools (F12 or Cmd+Option+I on Mac):

    • Console tab: Check for errors
    • Network tab: Verify assets load
    • Performance tab: Profile if needed
  4. Load Test Diagram:

    • Click file picker
    • Choose: schemas/20251121/uml/mermaid/NetworkOrganisation_20251123_225712.mmd
    • Wait for diagram to render
  5. Run Tests 1-10 (see checklist above):

    • Test each feature systematically
    • Check off each expected behavior
    • Note any issues in the "Bug Report" section below
  6. Take Screenshots:

    • Default state (edges at rest)
    • Hover state (edge highlighted)
    • After click (edge reversed)
    • Large diagram performance
  7. Report Results:

    • Update this file with or for each test
    • Document any bugs found
    • Note browser and version used

🐞 Bug Report Template

If you find issues, document here:

Bug #1: [Title]

  • Test Case: Test #[number]
  • Severity: Critical / Major / Minor / Cosmetic
  • Browser: Chrome 120 / Firefox 121 / Safari 17
  • Steps to Reproduce:
    1. ...
    2. ...
  • Expected: [What should happen]
  • Actual: [What actually happened]
  • Console Errors: [Copy error messages]
  • Screenshot: [Attach if applicable]

Success Criteria

Feature is production-ready when:

  • Code implementation complete
  • TypeScript compiles
  • Dev server runs
  • All 10 manual tests pass
  • No critical bugs found
  • Performance acceptable (<2s for large diagrams)
  • Browser console clean (no errors)
  • User feedback positive

Current Status: 🟡 Implementation Complete, Awaiting Manual Validation


  • Technical Details: EDGE_DIRECTIONALITY_IMPLEMENTATION.md (8,500 words)
  • User Guide: EDGE_DIRECTIONALITY_QUICK_GUIDE.md (2,200 words)
  • Session Summary: EDGE_DIRECTIONALITY_SESSION_COMPLETE.md (1,500 words)
  • This File: Manual testing checklist and results

🎯 Next Steps After Testing

If All Tests Pass

  1. Mark feature as production-ready
  2. Update PROGRESS.md with completion status
  3. Consider Phase 2 enhancements:
    • Custom bidirectional mappings
    • Edge context menu
    • Curved edges

If Bugs Found 🐛

  1. Document bugs in this file
  2. Prioritize by severity
  3. Fix critical/major bugs
  4. Re-test after fixes
  5. Repeat until all tests pass

If Performance Issues

  1. Profile with DevTools Performance tab
  2. Identify bottlenecks
  3. Optimize render loop
  4. Consider edge culling for large diagrams
  5. Re-test performance

Testing Started: [Not yet started]
Testing Completed: [Pending]
Tester: [Your name]
Browser: [Browser + version]
Overall Status: AWAITING MANUAL VALIDATION


📝 Notes

Add any additional observations, suggestions, or feedback here


Last Updated: November 24, 2025
Testing Version: Edge Directionality v1.0
Implementation Complete: Yes
Browser Testing Complete: Pending