Binary Tree Concepts 1.) Introduce a maximum priority queue using a.) A binary-tree based heap. Not allowed to introduce indicies in the tree nodes to mimic a vector. 2.) Introduce the following functions. a.)Node* getMin() will return the Node pointer that has minimum value. b.) int getLevel (Node* a) will return the level of Node* a in the tree. c.) bool isCompleteTree() will return true of the tree is a complete tree. Otherwise, it will return false. Please add Comments and program in C++
Binary Tree Concepts 1.) Introduce a maximum priority queue using a.) A binary-tree based heap. Not allowed to introduce indicies in the tree nodes to mimic a vector. 2.) Introduce the following functions. a.)Node* getMin() will return the Node pointer that has minimum value. b.) int getLevel (Node* a) will return the level of Node* a in the tree. c.) bool isCompleteTree() will return true of the tree is a complete tree. Otherwise, it will return false. Please add Comments and program in C++
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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Binary Tree Concepts
1.) Introduce a maximum priority queue using
a.) A binary-tree based heap. Not allowed to introduce indicies in the tree nodes to mimic a
2.) Introduce the following functions.
a.)Node* getMin() will return the Node pointer that has minimum value.
b.) int getLevel (Node* a) will return the level of Node* a in the tree.
c.) bool isCompleteTree() will return true of the tree is a complete tree. Otherwise, it will return false.
Please add Comments and program in C++
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