Have the function BinaryTree(straw) take the array of strings stored in strA. which will contain pairs of integers in the following format: (iLi2), where il represents a child node in a tree and the second integer i2 signifies that it is the parent of il. For example: if strArr is ["(1,2)", "(7,2)"], then this forms the following tree, which is a proper binary tree. /\ 7 Your program should, in this case, return true because a valid binary tree can be formed. If a proper binary tree cannot be formed with the integer pairs, then return false. All of the integers within the tree will be unique, which means there can only be one node in the tree with the given integer value. The binary tree is valid, if: 1. The left subtree contains nodes less than the parent node 2. The right subtree contains nodes greater than the parent node program must contain and use the following: Your A function that takes an array of strings, each string in the format (ili2), and returns true or false: bool BinaryTIee (string [] strArx, int size): The array size is 2 Sample outputs (user input is indicated as bold): 2 (1,2) (7,2) true (2,1) (3,1) false

Computer Networking: A Top-Down Approach (7th Edition)
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The program should be in C++ use #include<iostream> and using namespace std;

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Have the function BinaryTree(straw) take the array of strings stored in strA. which will
contain pairs of integers in the following format: (iLi2), where il represents a child node in a
tree and the second integer i2 signifies that it is the parent of il. For example: if strArr is
["(1,2)", "(7,2)"], then this forms the following tree, which is a proper binary tree.
/\
7
Your program should, in this case, return true because a valid binary tree can be formed. If a
proper binary tree cannot be formed with the integer pairs, then return false. All of the
integers within the tree will be unique, which means there can only be one node in the tree
with the given integer value.
The binary tree is valid, if:
1. The left subtree contains nodes less than the parent node
2. The right subtree contains nodes greater than the parent node
program must contain and use the following:
Your
A function that takes an array of strings, each string in the format (ili2), and returns
true or false:
bool BinaryTIee (string [] strArx, int size):
The array size is 2
Sample outputs (user input is indicated as bold):
2
(1,2) (7,2)
true
(2,1) (3,1)
false
Transcribed Image Text:Have the function BinaryTree(straw) take the array of strings stored in strA. which will contain pairs of integers in the following format: (iLi2), where il represents a child node in a tree and the second integer i2 signifies that it is the parent of il. For example: if strArr is ["(1,2)", "(7,2)"], then this forms the following tree, which is a proper binary tree. /\ 7 Your program should, in this case, return true because a valid binary tree can be formed. If a proper binary tree cannot be formed with the integer pairs, then return false. All of the integers within the tree will be unique, which means there can only be one node in the tree with the given integer value. The binary tree is valid, if: 1. The left subtree contains nodes less than the parent node 2. The right subtree contains nodes greater than the parent node program must contain and use the following: Your A function that takes an array of strings, each string in the format (ili2), and returns true or false: bool BinaryTIee (string [] strArx, int size): The array size is 2 Sample outputs (user input is indicated as bold): 2 (1,2) (7,2) true (2,1) (3,1) false
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