LLD - Design — Tic-Tac-Toe Game
In a system where moves must be validated for both boundary and occupancy, which design approach best ensures scalability and maintainability?
In a system where moves must be validated for both boundary and occupancy, which design approach best ensures scalability and maintainability?
hard📝 Trade-off Q15 of 15
Step-by-Step Solution
Solution:
Step 1: Consider modular design benefits
Separating boundary and occupancy checks into modules improves clarity and reusability.Step 2: Evaluate scalability and maintainability
Modular validators can be updated independently and composed flexibly, aiding scalability.Final Answer:
Use separate modular validators for boundary and occupancy checks, composed in sequence -> Option AQuick Check:
Modular design = scalable and maintainable [OK]
Quick Trick: Modular validation improves system scalability and clarity [OK]
Common Mistakes:
MISTAKES- Combining all logic makes code hard to maintain
- Skipping important checks reduces reliability
- Validating after applying moves risks inconsistent state
Master "Design — Tic-Tac-Toe Game" in LLD
Want More Practice?
15+ quiz questions · All difficulty levels · Free
Free Signup - Practice All QuestionsMore LLD Quizzes