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Count unordered index pairs whose non-negative integers have decimal strings equivalent under cyclic rotation. The algorithm challenge emphasizes a precise equivalence relation, duplicate occurrences, string-length and leading-zero semantics, scalability to 200,000 values, and pair counts beyond 32-bit range.

Count Pairs of Cyclically Equivalent Integers

Company: Capital One

Role: Software Engineer

Category: Coding & Algorithms

Difficulty: medium

Interview Round: Online Assessment

Overview: Count unordered index pairs whose non-negative integers have decimal strings equivalent under cyclic rotation. The algorithm challenge emphasizes a precise equivalence relation, duplicate occurrences, string-length and leading-zero semantics, scalability to 200,000 values, and pair counts beyond 32-bit range.

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