Convert in C language code #include using namespace std; // tree node is defined class tree{ public: int data; tree *left; tree *right; }; void printSibling(tree* root) { //Declare queue using STL queue q; //enqueue the root q.push(root); vector store; tree* temp; //do the level order traversal & check for siblings while(!q.empty()){ //dequeue temp=q.front(); q.pop(); //if the current node has only one child //definitely the child has no sibling //store the child node value if(temp->left==NULL && temp->right!=NULL){ store.push_back(temp->right->data); } if(temp->left!=NULL && temp->right==NULL){ store.push_back(temp->left->data); } // do level order traversing if(temp->right) q.push(temp->right); if(temp->left) q.push(temp->left); } //if no node found without having sibling //vector size is zero //print -1 if(store.size()==0){ printf("-1, no such node\n"); return; } //sort the vector to print sorted node value sort(store.begin(),store.end()); //printing for(auto it=store.begin();it!=store.end();it++) printf("%d ",*it); } tree* newnode(int data) // creating new node { tree* node = (tree*)malloc(sizeof(tree)); node->data = data; node->left = NULL; node->right = NULL; return(node); } int main() { //same tree is builted as shown in example cout<<"same tree is built as shown in example\n"; tree *root=newnode(2); root->left= newnode(7); root->right= newnode(5); root->right->right=newnode(9); root->right->right->left=newnode(4); root->left->left=newnode(2); root->left->right=newnode(6); root->left->right->left=newnode(5); root->left->right->right=newnode(11); cout<<"printing the nodes that don't have sibling...\n"<

Convert in C language code #include using namespace std; // tree node is defined class tree{ public: int data; tree left; tree right; }; void printSibling(tree* root) { //Declare queue using STL queue q; //enqueue the root q.push(root); vector store; tree* temp; //do the level order traversal & check for siblings while(!q.empty()){ //dequeue temp=q.front(); q.pop(); //if the current node has only one child //definitely the child has no sibling //store the child node value if(temp->left==NULL && temp->right!=NULL){ store.push_back(temp->right->data); } if(temp->left!=NULL && temp->right==NULL){ store.push_back(temp->left->data); } // do level order traversing if(temp->right) q.push(temp->right); if(temp->left) q.push(temp->left); } //if no node found without having sibling //vector size is zero //print -1 if(store.size()==0){ printf("-1, no such node\n"); return; } //sort the vector to print sorted node value sort(store.begin(),store.end()); //printing for(auto it=store.begin();it!=store.end();it++) printf("%d ",it); } tree newnode(int data) // creating new node { tree* node = (tree)malloc(sizeof(tree)); node->data = data; node->left = NULL; node->right = NULL; return(node); } int main() { //same tree is builted as shown in example cout<<"same tree is built as shown in example\n"; tree root=newnode(2); root->left= newnode(7); root->right= newnode(5); root->right->right=newnode(9); root->right->right->left=newnode(4); root->left->left=newnode(2); root->left->right=newnode(6); root->left->right->left=newnode(5); root->left->right->right=newnode(11); cout<<"printing the nodes that don't have sibling...\n"<

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Question

Convert in C language code

#include <bits/stdc++.h>
using namespace std;

// tree node is defined
class tree{
public:
int data;
tree *left;
tree *right;
};

void printSibling(tree* root)
{
//Declare queue using STL
queue<tree*> q;
//enqueue the root
q.push(root);
vector<int> store;

tree* temp;
//do the level order traversal & check for siblings
while(!q.empty()){
//dequeue
temp=q.front();
q.pop();
//if the current node has only one child
//definitely the child has no sibling
//store the child node value
if(temp->left==NULL && temp->right!=NULL){
store.push_back(temp->right->data);
}

if(temp->left!=NULL && temp->right==NULL){
store.push_back(temp->left->data);
}
// do level order traversing
if(temp->right)
q.push(temp->right);
if(temp->left)
q.push(temp->left);
}
//if no node found without having sibling
//vector size is zero
//print -1
if(store.size()==0){
printf("-1, no such node\n");
return;
}
//sort the vector to print sorted node value
sort(store.begin(),store.end());
//printing
for(auto it=store.begin();it!=store.end();it++)
printf("%d ",*it);
}

tree* newnode(int data) // creating new node
{
tree* node = (tree*)malloc(sizeof(tree));
node->data = data;
node->left = NULL;
node->right = NULL;

return(node);
}

int main()
{
//same tree is builted as shown in example
cout<<"same tree is built as shown in example\n";
tree *root=newnode(2);
root->left= newnode(7);
root->right= newnode(5);
root->right->right=newnode(9);
root->right->right->left=newnode(4);
root->left->left=newnode(2);
root->left->right=newnode(6);
root->left->right->left=newnode(5);
root->left->right->right=newnode(11);

cout<<"printing the nodes that don't have sibling...\n"<<endl;
printSibling(root);

return 0;
}

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