Write code to traverse a binary tree in preorder and postorder. You may use my tree code as a starting point. The tree should contain at least eight nodes. You may hardcode the initialization into your program like I showed in class. Set up your tree in the program by calling setTree (---) like I did in my code. After calling your two traversals, call my inorder Traverse() method to verify that your methods print (effectively!) the same tree. I changed the inOrder Traverse () method to be private, as I mentioned in class. Note: When demonstrating the program, first turn in a hand-drawn picture of your tree. Data fields are: Title of book

Write code to traverse a binary tree in preorder and postorder. You may use my tree code as a starting point. The tree should contain at least eight nodes. You may hardcode the initialization into your program like I showed in class. Set up your tree in the program by calling setTree (---) like I did in my code. After calling your two traversals, call my inorder Traverse() method to verify that your methods print (effectively!) the same tree. I changed the inOrder Traverse () method to be private, as I mentioned in class. Note: When demonstrating the program, first turn in a hand-drawn picture of your tree. Data fields are: Title of book

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

Write code to traverse a binary tree in preorder
and postorder. You may use my tree code as a
starting point. The tree should contain at least
eight nodes. You may hardcode the initialization
into your program like I showed in class. Set up
your tree in the program by calling setTree(---)
like I did in my code.
After calling your two traversals, call my
inorder Traverse() method to verify that your
methods print (effectively!) the same tree. I
changed the inOrder Traverse () method to be
private, as I mentioned in class.
Note: When demonstrating the program, first
turn in a hand-drawn picture of your tree.
Data fields are:
Title of book

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