mirror of https://github.com/pacnpal/thrillwiki_django_no_react.git synced 2025-12-20 16:11:08 -05:00

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pacnpal d504d41de2 feat: complete monorepo structure with frontend and shared resources

- Add complete backend/ directory with full Django application
- Add frontend/ directory with Vite + TypeScript setup ready for Next.js
- Add comprehensive shared/ directory with:
  - Complete documentation and memory-bank archives
  - Media files and avatars (letters, park/ride images)
  - Deployment scripts and automation tools
  - Shared types and utilities
- Add architecture/ directory with migration guides
- Configure pnpm workspace for monorepo development
- Update .gitignore to exclude .django_tailwind_cli/ build artifacts
- Preserve all historical documentation in shared/docs/memory-bank/
- Set up proper structure for full-stack development with shared resources

2025-08-23 18:40:07 -04:00

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Comprehensive Card Layout Testing Plan

Date: June 28, 2025, 1:22 PM
Task: Comprehensive testing of card layout balance across all ThrillWiki pages and scenarios
Status: INITIATED
Context: User questioning whether layouts are "always balanced" - need to verify beyond Cedar Point

Testing Scope

1. Multi-Page Layout Testing

Homepage: Stats section across different screen sizes
Multiple Park Detail Pages: Test parks with varying data amounts
Ride Detail Pages: Layout consistency verification
Company/Manufacturer Detail Pages: Balance testing
Edge Cases: Missing data, varying content lengths

2. Screen Size Testing Matrix

320px: Mobile portrait (smallest)
480px: Mobile landscape
768px: Tablet portrait (critical breakpoint)
1024px: Tablet landscape/small desktop
1280px: Desktop standard
1440px: Large desktop

3. Content Variation Testing

Parks with missing owner information
Parks with very long names/descriptions
Rides with incomplete data sets
Pages with fewer than expected cards
Pages with more cards than typical

4. Specific Balance Issues to Check

Card spacing consistency
Awkward wrapping scenarios
Varying content length handling
White space issues
Layout jump detection

Testing Methodology

Browser Testing Approach

Use browser developer tools for precise breakpoint testing
Navigate to various page types systematically
Document any problematic layouts with screenshots
Record specific pages and screen sizes where issues occur

Success Criteria

Layouts confirmed balanced across ALL page types
No white space issues at any breakpoint
Consistent responsive behavior regardless of content
Any remaining issues clearly documented

Documentation Requirements

Record both successful and problematic layouts
Provide specific examples of any issues found
Update memory bank with comprehensive results
Signal completion with detailed findings

Test Execution Plan

Phase 1: Homepage Testing

Test stats section at all breakpoints
Verify 3-card layout consistency

Phase 2: Park Detail Pages

Test multiple parks beyond Cedar Point
Focus on parks with varying data amounts
Check for missing data scenarios

Phase 3: Ride Detail Pages

Test rides with different data completeness
Check layout consistency across ride types

Phase 4: Company Detail Pages

Test manufacturer pages
Check for layout balance issues

Phase 5: Edge Case Testing

Long content scenarios
Missing data scenarios
Unusual content amounts

Phase 6: Cross-Breakpoint Analysis

Verify smooth transitions
Check for layout jumps
Document any inconsistencies

Expected Outcomes

If Layouts Are Balanced

Document comprehensive verification
Confirm fixes are working universally
Update memory bank with success confirmation

If Issues Found

Document specific problematic scenarios
Identify patterns in layout inconsistencies
Note breakpoints where issues occur
Provide recommendations for fixes

Testing initiated: June 28, 2025, 1:22 PM
Next step: Begin systematic browser testing

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