#include using namespace std; struct Employee { string firstName; string lastName; int numOfHours; float hourlyRate; char major[2]; float amount; Employee* next; }; void printRecord(Employee* e) { cout << left << setw(10) << e->lastName << setw(10) << e->firstName << setw(12) << e->numOfHours << setw(12) << e->hourlyRate << setw(10) << e->amount << setw(9) << e->major[0]<< setw(7) << e->major[1]<next != nullptr) { current = current->next; } current->next = newNode; } } void displayLinkedList(Employee* head) { Employee* current = head; if(current!=nullptr){ cout << left << setw(10) << "LastName "<< setw(10) << "FirstName " << setw(12)<<"# of Hours"<< setw(12) <<"Hourly Rate "<< setw(10) << "Amount" << setw(9) << "Comp Sci"<< setw(7) << "Comp Sec" << endl; } while (current != nullptr) { printRecord(current); current = current->next; } void updateData(Employee* head) { Employee* current = head; while (current != nullptr) { transform(current->firstName.begin(), current->firstName.end(), current->firstName.begin(), ::toupper); transform(current->lastName.begin(), current->lastName.end(), current->lastName.begin(), ::toupper); if (current->major[0] == 'Y') { current->amount += 1000; } if (current->major[1] == 'Y') { current->amount += 1000; } current = current->next; } } void insertNode(Employee*& head, Employee* newNode) { if (head == nullptr || head->amount > newNode->amount) { newNode->next = head; head = newNode; } else { Employee* current = head; while (current->next != nullptr && current->next->amount < newNode->amount) { current = current->next; } newNode->next = current->next; current->next = newNode; } } int main() { Employee* head = nullptr; Employee* newNode; ifstream infile("LinkedList.txt"); if (!infile) { cerr << "Error: Input file could not be opened." << endl; return 1; } string line; while (getline(infile, line)) { istringstream iss(line); newNode = new Employee; iss >> newNode->firstName >> newNode->lastName >> newNode->numOfHours >> newNode->hourlyRate; string major1, major2; iss >> major1 >> major2; newNode->major[0] = major1[0]; newNode->major[1] = major2[0]; newNode->amount = newNode->numOfHours * newNode->hourlyRate; newNode->next = nullptr; appendNode(head, newNode); } infile.close(); updateData(head); char choice; do { cout << "\nMenu:\n"; cout << "a. Create a linked list\n"; cout << "b. Update data of the linked list\n"; cout << "c. Insert a new node to the linked list\n"; cout << "d. Delete a new node to the linked list\n"; cout << "e. Display linked list\n"; cout << "f. Exit\n"; cout << "Enter your choice: "; cin >> choice; switch (choice) { case 'a': break; case 'b': updateData(head); break; case 'c': { Employee* newNode = new Employee; insertNode(head, newNode); break; } } LinkedList.txt below John Wills 45 18.0 N Y Hank Tom 20 12.0 Y Y Willam Osman 42 21.0 Y N Nick Miller 20 20.0 Y N Jeff Schitte 33 25.0 N N John King 20 32.0 Y N

#include <string>#include <iostream>#include <vector>#include <sstream>#include <exception>class CAT{public:float weight() const{return weight_;}unsigned int range() const{return range_;}CAT(float weight= 1.0, unsigned int range=1);int set_weight(float);int set_range(unsigned int power);int dig(double hours);int id() const{return id_;}private:float weight_;unsigned int range_;const int id_;};int compare(CAT,CAT); Task: Define the public function int CAT::set_range(unsigned int power) : If the value passed by power is smaller than 100 and at same time range_ is smaller or equal to 100, then range_ is set to the sum of power and 2. After this -1 is the return value of the function. Else If the value passed by power is smaller than range_ , then range_ is to be set to power times 100 and then power times -1 is the return value of the function. Else If the value passed by power is larger or equal to the value of range_ ,then the function should set...

#include <iostream> #include <iostream> using namespace std; class Fraction { public: int numerator; int denominator; void set(int n, int d); void print(); Fraction multipliedBy(Fraction f); Fraction dividedBy(Fraction f); Fraction addedTo(Fraction f); Fraction subtract(Fraction f); bool isEqualTo(Fraction f); }; void Fraction::set(int n, int d) { numerator = n; denominator = d; } void Fraction::print() { cout << numerator << "/" << denominator; } Fraction Fraction::multipliedBy(Fraction f) { Fraction results; results.numerator = this -> numerator * f.numerator; results.denominator = this -> denominator * f.denominator; return results; } Fraction Fraction::dividedBy(Fraction f) { Fraction results; results.numerator = this -> numerator * f.denominator; results.denominator = this -> denominator * f.numerator; return results; } Fraction Fraction::addedTo(Fraction f) { Fraction results; results.numerator = (this ->...

This is the C code I have so far #include <stdio.h> #include <stdlib.h> struct employees { char name[20]; int ssn[9]; int yearBorn, salary; }; // function to read the employee data from the user void readEmployee(struct employees *emp) { printf("Enter name: "); gets(emp->name); printf("Enter ssn: "); for (int i = 0; i < 9; i++) scanf("%d", &emp->ssn[i]); printf("Enter birth year: "); scanf("%d", &emp->yearBorn); printf("Enter salary: "); scanf("%d", &emp->salary); } // function to create a pointer of employee type struct employees *createEmployee() { // creating the pointer struct employees *emp = malloc(sizeof(struct employees)); // function to read the data readEmployee(emp); // returning the data return emp; } // function to print the employee data to console void display(struct employees *e) { printf("%s", e->name); printf(" %d%d%d-%d%d-%d%d%d%d",...

C++ complete and create magical square #include <iostream> using namespace std; class Vec {public:Vec(){ }int size(){return this->sz;} int capacity(){return this->cap;} void reserve( int n ){// TODO:// (0) check the n should be > size, otherwise// ignore this action.if ( n > sz ){// (1) create a new int array which size is n// and get its addressint *newarr = new int[n];// (2) use for loop to copy the old array to the// new array // (3) update the variable to the new address // (4) delete old arraydelete[] oldarr; } } void push_back( int v ){// TODO: if ( sz == cap ){cap *= 2; reserve(cap);} // complete others } int at( int idx ){ } private:int *arr;int sz = 0;int cap = 0; }; int main(){Vec v;v.reserve(10);v.push_back(3);v.push_back(2);cout << v.size() << endl; // 2cout << v.capacity() << endl; // 10v.push_back(3);v.push_back(2);v.push_back(3);v.push_back(4);v.push_back(3);v.push_back(7);v.push_back(3);v.push_back(8);v.push_back(2);cout...

13. Assuming C++ slogan is a valid char array storing C-String "Giants", what is the minimum size that slogan needs to be? For questions 14-16, refer to the following code: struct Resort{string resortName;int numberLifts;int vertical;int averageSnowfall;};Resort r = { "Kirkwood", 15, 2000, 125 };Resort resorts[100];Resort *rPtr = NULL; 14. What value is stored in r.averageSnowfall? a) 2000 b) "Kirkwood" c) 15 d) 125 e) we can't determine the value based on this code 15. True/False: rPtr = &(resorts[9]); will assign the address of the 10th element of resorts to rPtr 16. Write a C++ function which will take a Resort structure as a parameter, and ask the user to input new values for each field of the structure. The values in the parameter must be changed to the new values and remain changed after the function call. You can assume the user enters valid input, and that the resort name entered doesn’t contain any whitespace.

Template below: include <iostream>#include <cmath> // Note: Needed for math functions in part (3)#include <iomanip> // For setprecisionusing namespace std; int main() {double wallHeight;double wallWidth;double wallArea;cout << "Enter wall height (feet):" << endl;cin >> wallHeight;wallWidth = 10.0; // FIXME (1): Prompt user to input wall's width// Calculate and output wall areawallArea = 0.0; // FIXME (1): Calculate the wall's areacout << "Wall area: " << endl; // FIXME (1): Finish the output statement// FIXME (2): Calculate and output the amount of paint in gallons needed to paint the wall // FIXME (3): Calculate and output the number of 1 gallon cans needed to paint the wall, rounded up to nearest integer return 0;}

#include #include #include "Product.h" using namespace std; int main() { vector productList; Product currProduct; int currPrice; string currName; unsigned int i; Product resultProduct; cin>> currPrice; while (currPrice> 0) { } cin>> currPrice; main.cpp cin>> currName; currProduct.SetPriceAndName (currPrice, currName); productList.push_back(currProduct); resultProduct = productList.at (0); for (i = 0; i < productList.size(); ++i) { Type the program's output Product.h 1 CSE Scanned Product.cpp if (productList.at (i).GetPrice () < resultProduct.GetPrice ()) { resultProduct = productList.at(i); } AM cout << "$" << resultProduct.GetPrice() << " " << resultProduct. GetName() << endl; return 0; Input 10 Cheese 6 Foil 7 Socks -1 Output

//Test isEqual function cout << endl << "Testing isEqual function"; cout << endl << "------------------------" << endl; if (isEqual(s2, s3)) cout << "s2=\"" << s2 << "\" and s3=\"" << s3 << "\" are equal" << endl; else cout << "s2=\"" << s2 << "\" and s3=\"" << s3 << "\" are not equal" << endl; delete[] s3; s3 = getCopy(s2); if (isEqual(s2, s3)) cout << "s2=\"" << s2 << "\" and s3=\"" << s3 << "\" are equal" << endl; else cout << "s2=\"" << s2 << "\" and s3=\"" << s3 << "\" are not equal" << endl; bool isEqual(const charPtr s1, const charPtr s2){/*returns true if the cstring s1 is equal to the cstring s2Definition: Two c-strings s1 and s2 are equal if they have the same lengthand characters of s1 and s2 at corresponding indexes are the same.*/ }

Write a function getNeighbors which will accept an integer array, size of the array and an index as parameters. This function will return a new array of size 2 which stores the neighbors of the value at index in the original array. If this function would result in returning garbage values the new array should be set to values {0,0} instead of values from the array.

struct gameType { string title; int numPlayers; bool online; }; gameType Awesome[50]; Write the C++ statement that sets the first [0] title of Awesome to Best.

This is the C code I have so far #include <stdio.h> #include <stdlib.h> struct employees { char name[20]; int ssn[9]; int yearBorn, salary; }; struct employees **emps = new employees()[10]; //Added new statement ---- bartleby // function to read the employee data from the user void readEmployee(struct employees *emp) { printf("Enter name: "); gets(emp->name); printf("Enter ssn: "); for(int i =0; i <9; i++) scanf("%d", &emp->ssn[i]); printf("Enter birth year: "); scanf("%d", &emp->yearBorn); printf("Enter salary: "); scanf("%d", &emp->salary); } // function to create a pointer of employee type struct employees *createEmployee() { // creating the pointer struct employees *emp = malloc(sizeof(struct employees)); // function to read the data readEmployee(emp); // returning the data return emp; } // function to print the employee data to console void display(struct employees...

3. int count(10); while(count>= 0) { count -= 2; std::cout << count << endl;