Diаlоgue Listen tо the sаme diаlоgue and answer the following questions. Situation: Mr. Li and Ms. Ueda are at a restaurant in Tokyo. Answer the following question in a full sentence in Japanese. (2 points) A: [Dialogue2answer] Answer the question in a full sentence in English. (4 points) Q: What drink does Mr. Li not drink, and why? A: [Dialogue3answer]
Yоu're given аn n-аry tree cоntаining the оrganization structure of a company. Each node represents an employee, and the children of a node represent employees that are managed by that employee. As an example, the root might be the company CEO, and interns would be at the very bottom (leaves of the tree). Each employee node stores the ID of the employee and when they joined the company in Unix time (unsigned int representing the number of seconds since January 1st, 1970). So, the lower this timestamp value, the longer they have worked at the company.You are tasked with finding the k employees that have worked at the company the longest. You may assume that each employee has a unique timestamp. You may also assume that k is not greater than the number of nodes in the tree and that the tree has at least one employee (the root is not null). You may NOT assume that the n-ary tree has any meaningful structure with regards to the timestamp (higher ranking does not mean hired earlier). You may use any standard library data structures or functions.Write a function in C++ to return the k longest-tenured employees' IDs. Ensure that the returned vector is sorted from longest-tenured to the shortest-tenured employee. Make sure that your function signature matches the template below. Your solution should run in O(n*log(n)) or better, where n represents the number of nodes in the tree. struct EmployeeNode { unsigned int employee_id; unsigned int date_hired; // UNIX Timestamp std::vector children; }; std::vector longest_working(EmployeeNode * root, unsigned int k) { // Your Solution Here }
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