Q. What is the most efficient approach to implement large switch blocks?

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Q. What is the unique thing about table-based n-way conditionals?

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Q. What is a binary tree search strategy used for in computer science?

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Q. How are searchable items divided in a binary tree search strategy?

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Q. What is the process for reaching individual items in a binary tree search strategy?

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Q. How does the binary search implementation differ from the table implementation for switch blocks?

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Q. What does the compiler do when the provided value is not found in a binary search implementation for switch blocks?

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Q. What is a common quality of tree-based n-way conditionals that makes them easier to identify in disassembled code?

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Q. How does a binary tree search work?

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Q. How does the compiler determine which case block to jump into when using a tree-based n-way conditional?

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Q. What is the difference between pretested and posttested loops?

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Q. What are pretested loops?

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Q. Why are pretested loops less efficient than posttested ones?

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Q. What is the potential risk of using a pretested loop with an out-of-bounds counter value?

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Q. How does the compiler handle a pretested loop when the counter value comes from an external source?

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Q. What is the purpose of the unconditional jump at the end of a pretested loop?

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Q. What is the potential risk with the implementation of a pretested loop?

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Q. What happens if the counter comes from an unknown source in a pretested loop?

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Q. How does the compiler generate assembly code for do...while() loops?

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Q. What is a loop break condition?

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