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FAQ Coverage Gaps

Concepts from the learning graph not currently covered in the FAQ.

Critical Gaps (High Priority)

  1. Time Complexity
  2. Centrality: High (12 dependent concepts)
  3. Suggested Question: "What is Time Complexity and why is it important?"
  4. File Input Output
  5. Centrality: High (7 dependent concepts)
  6. Suggested Question: "What is File Input Output and why is it important?"
  7. Python Modules
  8. Centrality: High (7 dependent concepts)
  9. Suggested Question: "What is Python Modules and why is it important?"
  10. Class Definition
  11. Centrality: High (5 dependent concepts)
  12. Suggested Question: "What is Class Definition and why is it important?"
  13. Dunder Methods
  14. Centrality: High (5 dependent concepts)
  15. Suggested Question: "What is Dunder Methods and why is it important?"
  16. Exception Types
  17. Centrality: High (5 dependent concepts)
  18. Suggested Question: "What is Exception Types and why is it important?"
  19. Unit Testing
  20. Centrality: High (5 dependent concepts)
  21. Suggested Question: "What is Unit Testing and why is it important?"
  22. Opening Files
  23. Centrality: High (4 dependent concepts)
  24. Suggested Question: "What is Opening Files and why is it important?"
  25. Try-Except Block
  26. Centrality: High (4 dependent concepts)
  27. Suggested Question: "What is Try-Except Block and why is it important?"
  28. Merge Sort
  29. Centrality: High (4 dependent concepts)
  30. Suggested Question: "What is Merge Sort and why is it important?"
  31. Collections Module
  32. Centrality: High (4 dependent concepts)
  33. Suggested Question: "What is Collections Module and why is it important?"
  34. Child Class
  35. Centrality: High (3 dependent concepts)
  36. Suggested Question: "What is Child Class and why is it important?"
  37. Modular Design
  38. Centrality: High (3 dependent concepts)
  39. Suggested Question: "What is Modular Design and why is it important?"
  40. Generators
  41. Centrality: High (3 dependent concepts)
  42. Suggested Question: "What is Generators and why is it important?"

Medium Priority Gaps

  1. Private Attributes
  2. Centrality: Medium (2 dependent concepts)
  3. Operator Overloading
  4. Centrality: Medium (2 dependent concepts)
  5. Iterator Protocol
  6. Centrality: Medium (2 dependent concepts)
  7. Read Method
  8. Centrality: Medium (2 dependent concepts)
  9. Debugger Tools
  10. Centrality: Medium (2 dependent concepts)
  11. Selection Sort
  12. Centrality: Medium (2 dependent concepts)
  13. Insertion Sort
  14. Centrality: Medium (2 dependent concepts)
  15. Space Complexity
  16. Centrality: Medium (2 dependent concepts)
  17. Software Development
  18. Centrality: Medium (2 dependent concepts)
  19. Code Organization
  20. Centrality: Medium (2 dependent concepts)
  21. PEP 8 Guidelines
  22. Centrality: Medium (2 dependent concepts)
  23. Class Instantiation
  24. Centrality: Medium (1 dependent concepts)
  25. Instance Attributes
  26. Centrality: Medium (1 dependent concepts)
  27. Class Attributes
  28. Centrality: Medium (1 dependent concepts)
  29. The Self Parameter
  30. Centrality: Medium (1 dependent concepts)
  31. Init Method
  32. Centrality: Medium (1 dependent concepts)
  33. Getter Methods
  34. Centrality: Medium (1 dependent concepts)
  35. Setter Methods
  36. Centrality: Medium (1 dependent concepts)
  37. Parent Class
  38. Centrality: Medium (1 dependent concepts)
  39. Method Overriding
  40. Centrality: Medium (1 dependent concepts)
  41. Multiple Inheritance
  42. Centrality: Medium (1 dependent concepts)
  43. Eq and Lt Methods
  44. Centrality: Medium (1 dependent concepts)
  45. Iterable Protocol
  46. Centrality: Medium (1 dependent concepts)
  47. Write Method
  48. Centrality: Medium (1 dependent concepts)
  49. JSON Files
  50. Centrality: Medium (1 dependent concepts)

Low Priority Gaps

  1. Counter Class
  2. Centrality: Low (leaf or niche concept)
  3. Constructor
  4. Centrality: Low (leaf or niche concept)
  5. Instance Methods
  6. Centrality: Low (leaf or niche concept)
  7. Str Method
  8. Centrality: Low (leaf or niche concept)
  9. Repr Method
  10. Centrality: Low (leaf or niche concept)
  11. Property Decorator
  12. Centrality: Low (leaf or niche concept)
  13. Class Methods
  14. Centrality: Low (leaf or niche concept)
  15. Static Methods
  16. Centrality: Low (leaf or niche concept)
  17. Has-A Relationship
  18. Centrality: Low (leaf or niche concept)
  19. Is-A Relationship
  20. Centrality: Low (leaf or niche concept)
  21. Super Function
  22. Centrality: Low (leaf or niche concept)
  23. Duck Typing
  24. Centrality: Low (leaf or niche concept)
  25. Abstract Classes
  26. Centrality: Low (leaf or niche concept)
  27. Method Resolution Order
  28. Centrality: Low (leaf or niche concept)
  29. Add and Mul Methods
  30. Centrality: Low (leaf or niche concept)
  31. Object Identity
  32. Centrality: Low (leaf or niche concept)
  33. Object Comparison
  34. Centrality: Low (leaf or niche concept)
  35. Class Hierarchies
  36. Centrality: Low (leaf or niche concept)
  37. UML Class Diagrams
  38. Centrality: Low (leaf or niche concept)
  39. Design Patterns Intro
  40. Centrality: Low (leaf or niche concept)
  41. File Modes
  42. Centrality: Low (leaf or niche concept)
  43. Readline Method
  44. Centrality: Low (leaf or niche concept)
  45. Readlines Method
  46. Centrality: Low (leaf or niche concept)
  47. Writelines Method
  48. Centrality: Low (leaf or niche concept)
  49. With Statement
  50. Centrality: Low (leaf or niche concept)

Recommendations

  1. Add questions for all critical gaps (14 concepts).
  2. Add medium-priority coverage next (25 concepts).
  3. Leave low-priority concepts for iterative FAQ updates (25 concepts).