Cybersecurity-Projects/.github/learn-folder-template/CHECKLIST.md

Learn Folder Checklist

Quick reference for what to include in each file.

00-OVERVIEW.md

• What This Is - 2-3 sentence project description
• Why This Matters - Real world problem it solves
• Real world scenarios - 3 specific use cases
• What You'll Learn - Security concepts, technical skills, tools
• Prerequisites - Required knowledge, tools needed, nice-to-haves
• Quick Start - Installation steps that work
• Project Structure - Key directories and files
• Next Steps - Links to other learn files
• Common Issues - 2-3 frequent problems with solutions
• Related Projects - Links to similar projects

01-CONCEPTS.md

• Primary Concept - What it is, why it matters, how it works
• Common Attacks - 3+ specific attack techniques
• Defense Strategies - How to protect against attacks
• Secondary Concept - Same structure
• Common Pitfalls - Code examples of mistakes vs correct approach
• How Concepts Relate - Connection diagram
• Industry Standards - OWASP, MITRE, CWE mappings
• Real World Examples - 2+ actual incidents/breaches
• Testing Your Understanding - 3+ questions
• Further Reading - Essential and deep dive resources

02-ARCHITECTURE.md

• High Level Architecture - ASCII diagram with components
• Component Breakdown - Purpose and responsibilities of each
• Data Flow - Step by step walkthrough with code references
• Design Patterns - Patterns used, why, trade-offs
• Layer Separation - If applicable, explain layers
• Data Models - Key structures with field explanations
• Security Architecture - Threat model and defense layers
• Storage Strategy - What's stored where and why
• Configuration - Environment variables and strategy
• Performance Considerations - Bottlenecks and optimizations
• Design Decisions - Major choices, alternatives, trade-offs
• Deployment Architecture - How it runs in production
• Error Handling - Strategy for different error types
• Extensibility - Where and how to add features
• Limitations - Current architectural constraints
• Comparison - How this differs from similar systems

03-IMPLEMENTATION.md

• File Structure - Walkthrough of directory layout
• Building Core Feature 1 - Step by step with code
• Building Core Feature 2 - Same structure
• Security Implementation - How security features work
• Data Flow Example - Complete request trace through system
• Error Handling - Patterns with code examples
• Performance Optimizations - Before/after with benchmarks
• Configuration Management - Loading and validation
• Database Operations - CRUD with transaction handling
• Integration Points - External systems/APIs
• Testing Strategy - Unit and integration test examples
• Common Pitfalls - Mistakes with symptoms, causes, fixes
• Debugging Tips - How to troubleshoot common issues
• Code Organization - Why files structured this way
• Extending the Code - Template for adding features
• Code Style - Linting, formatting, type annotations
• Dependencies - Why each dependency, security scanning
• Build and Deploy - Commands for building and running

04-CHALLENGES.md

• Easy Challenges (3+) - Simple extensions with hints
• Intermediate Challenges (2+) - More complex features
• Advanced Challenges (2+) - Significant new capabilities
• Expert Challenges (1+) - Major features with detailed planning
• Mix and Match - Combined project ideas
• Real World Integration - External system connections
• Performance Challenges - Scale and optimization tasks
• Security Challenges - Additional security features
• Contribution Ideas - How to share back
• Challenge Yourself Further - Build new things, study others
• Getting Help - Debugging and asking for help
• Challenge Completion - Checklist to track progress

For Each Challenge

• What to build - Specific feature description
• Why it's useful - Real world application
• What you'll learn - Skills and concepts
• Hints - Guidance without full solution
• Test it works - Verification steps

Writing Quality Checks

• No em dashes (use periods or commas)
• Minimal "it's not X, it's Y" contrast flips
• Inconsistent hyphenation (mix it up)
• Concrete examples, not abstractions
• Real code from the project (not toy examples)
• File and line number references
• ASCII diagrams where helpful
• Real world incidents referenced
• Common mistakes shown
• Human voice (not AI marketing speak)

Before Publishing

• All links work
• Code examples tested
• Quick start instructions verified
• Consistent formatting
• No placeholder text left
• Reviewed by someone else if possible
• Spelling and grammar checked
• Makes sense to someone unfamiliar with the project