Predecessor 1publicclassSolution {2publicTreeNode inorderSuccessor(TreeNode root, TreeNode p) {3if(root ==null) {4returnnull;5}6if(root.val >=p.val) {7returninorderSuccessor(root.left, p);8}else{9TreeNode right =inorderSuccessor(root.right, p);10returnright ==null?root : right;11}...
To solve real world complex problem augmentation of data structure is must by creating entirely new data structure using existing data structure by adding some additional information like Minimum, Maximum, Successor, and Predecessor in it. Augmentation of data structure is not that much straightforward...
}intBSTNode::Predecessor(intkey) {//Search the key's node firstBSTNode *keyNode=Search(root,key);//Return the key//If the key is not found or predecessor is not found,return -1returnkeyNode==NULL?-1:Predecessor(keyNode); } voidPredecessor11();intmain() { Predecessor11();return0; ...
IN JAVA Rewrite the program to print the content of the BST import java.util.Scanner; public class Binarysearch { public static void main(String[] args) { int c, first, last, middle, n, search, array 1. The binary search tree provides us with ...