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Data Structures Assignment: Closest Value in a Binary Search Tree
In this assignment, you will create a new method called closestValue(...) that takes a value as an argument and then locates the value in the binary search tree (BST) that is closest to that argument. If the root of the tree is NULL, your method should throw an exception. You may not use an iterator for this assignment.
T BST<T>::closestValue(T value);
For example, consider the following BST:
HINT: The value returned will come from the nodes found on the path followed, as if the parameter is getting inserted into the tree.
Attachment:- Assignment Files.rar
Use recursion and pass additional parameters to keep track of the closest value you have seen so far. Pass this closest value by reference so that future recursive calls can update the parameter as additional nodes are encountered. Please download the starter files for this assignment from the Files tab (Assignment9.zip). Do not alter the class definition or driver code in any way. Programs that crash are subject to a 50% penalty. Please submit the class header file only (“bst.h”). PLEASE NOTE: You may not use any Standard Template Library (STL) classes for this assignment; use code provided by the instructor only.
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