Thank you, @ady-was-here, for publishing an article using our tag #dynamicdevs-s22w4. We have assessed your article and present the results below.

Evaluation of the Post

Criteria	Remark
#steemexclusive	✅
Free of Plagiarism	✅
Human Article	✅ Original content was evident.
Bot Free	✅

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Task Evaluations

Task 1: Detecting Faulty Sensor Readings (1.5/1.5)

• The program demonstrates an effective approach to handle faulty sensor readings using try-catch and validates each reading.
• The output showcases valid and invalid readings, with proper error logging.
• The explanation is clear, and the implementation is complete and functional.

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Task 2: Dynamic Input Validation (1.5/1.5)

• The task is implemented using a custom AgeException class and provides meaningful feedback for out-of-range inputs.
• The use of a loop to ensure continued input until a valid value is entered is well-done.
• The output matches the requirements, and the solution is user-friendly.

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Task 3: Hierarchical Exception Handling in RPG (1.5/1.5)

• The RPG game successfully demonstrates hierarchical exception handling using custom exceptions (HealthException, MoveException, InventoryException).
• The explanation of methods like performMove and useHealingPotion is detailed and well-structured.
• A live example with proper exception handling and messages is included, effectively showcasing error management in the game context.

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Task 4: Banking System Transaction Errors (2/2)

• The implementation of BankingSystem with custom exceptions (InsufficientFundsException, InvalidAccountException, NegativeTransferException) is thorough and addresses various transaction scenarios.
• The use of a menu-driven interface for user interaction is commendable.
• The live example demonstrates successful transactions and appropriate handling of errors, including invalid accounts and insufficient funds.

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Task 5: Automating Resource Cleanup (2/2)

• The program effectively opens multiple files, reads their content, and ensures proper cleanup using a finally block.
• The inclusion of specific file operations with error handling (e.g., IOException) is well-implemented.
• The explanation is clear, and the live example validates the functionality.

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Task 6: Predicting Future Errors Using Logs (1.5/1.5)

• The suspicious activity detection program successfully monitors login attempts and raises a SuspiciousActivityException after three failed attempts.
• The use of HashMap for tracking user attempts is efficient.
• The output provides clear feedback to users and alerts administrators, demonstrating robust error handling and logging.

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Comment/Recommendation

• The post demonstrates a strong understanding of Java exception handling concepts and their practical applications.
• Each task is implemented and explained thoroughly, with clear outputs and live examples provided.
• The addition of clear code snippets and GIFs enhances the readability and effectiveness of the post.

Final Score

| Total | 10/10 |

Congratulations on an excellent post! 🎉