Question 10 Write both the move assignment operator and move constructor member functions for this templated CS30Vecto #include template class CS30Vector { public: // Constructs a vector size num CS30Vector(int num) {/*Implementation not shown*/} CS30Vector() {/*Implementation not shown*/} // your code will go here // additional member functions not shown private: T *arr=nullptr; // used to point to dynamic array int size; }; // number of elements in array void foo (CS3øVector v){/*Implementation not shown*/} int main ( ) { CS30Vector 11{6}; CS30Vector 12; // uses move assignment operator 12 = std::move(11); // uses move constructor below foo(CS30Vector(3)); return 0;

PART ONE In C# create a Contestant class with the following characteristics: The Contestant class contains public static arrays that hold talent codes and descriptions. Recall that the talent categories are Singing, Dancing, Musical instrument, and Other. Name these fields talentCodes and talentStrings respectively. The class contains an auto-implemented property Name that holds a contestant’s name. The class contains fields for a talent code (talentCode) and description (talent). The set accessor for the code assigns a code only if it is valid. Otherwise, it assigns I for Invalid. The talent description is a read-only property that is assigned a value when the code is set. Modify the GreenvilleRevenue.cs program (See Program Below) so that it uses the Contestant class and performs the following tasks: The program prompts the user for the number of contestants in this year’s competition; the number must be between 0 and 30. The program continues to prompt the user until a valid value...

If a base class has a non-virtual member function named print, and a pointer variable of that class is pointing to an object of a derived class, then the code ptr->print(); calls

Using C++ Define the class called Student. The Student class has the following: Part 1) Private data members: name(string), age(int), units(int). The units represent the number of quarter units student is enrolled in. Define a default constructor as well as a constructor with parameters for the class Student. The class must have get and set functions for all private data members. The set function for the data member units must throw "out_of_range" exception if the number of units is not between 1 and 15. Include a function called tuition (double feePerUnit) that computes and returns the cost of registering for the number of units (in the private data member). The function receives the cost per unit as a parameter. Overload the operator (<<) to display student name and age. Test the class Student by writing a main program in which a Student object is created and displayed. Call the function tution(), you may pass any value as feePerUnit parameter to this function and display the...

Javascript Question: Part 1 Design a Pet object. A Pet is created with a language argument string and a stomach represented by an array. The Pet should support functions: eat() and speak(). Use the prototype property to define your object's interface. eat(food) will store the passed argument into its stomach and return what it has eaten thus far. speak(sentence) will simply return the passed in phrase. function Pet(language) {// create stomach// set language}// takes a food_item STRING and returns everything eaten so far ARRAYPet.prototype.eat = function(food_item) {// ... complete }// takes in a sentence STRING and returns the passed in sentence STRING with no changePet.prototype.speak = function(sentence) {// ... complete} You may also use the newer class notation. Part 2 Create an object, Dog, that implements the Pet interface and takes the same argument language. Dogs eat the same way all pets do. Dogs speak differently. Dogs replace each word in a sentence with its only known...

briefly explain this code #include<iostream>#include<string.h> using namespace std; class bank_account{int acno;char nm[100], acctype[100];float bal;public:bank_account(int acc_no, char *name, char *acc_type, float balance){acno=acc_no;strcpy(nm, name);strcpy(acctype, acc_type);bal=balance;}void deposit();void withdraw();void display();};void bank_account::deposit(){int damt1;cout<<"\n Enter Deposit Amount = ";cin>>damt1;bal+=damt1;}void bank_account::withdraw(){int wamt1;cout<<"\n Enter Withdraw Amount = ";cin>>wamt1;if(wamt1>bal)cout<<"\n Cannot Withdraw Amount";bal-=wamt1;}void bank_account::display(){cout<<"\n Name : "<<nm;cout<<"\n Account Type : "<<acctype;cout<<"\n Balance : "<<bal;}int main(){int acc_no;char name[100], acc_type[100];float balance;cout<<"\n Name : ";cin>>name;cout<<"\n Account Type : ";cin>>acc_type;cout<<"\n Balance : ";cin>>balance;bank_account...

Q2: Write a c++ program that implements the following UML diagram including functions and constructors' definitions. In addition to the user program code that declares object for each class and show how the derived class object uses the base class members. OOPCourse Student ID: int Grades[5]: int + setgrades(int arr[], int ): void + setID(int): int + setage(int): double + print():void + age:int + OOPstudent() OOPCourse OOPLAB OOPLab Reports[4]: int + setmarks(int arr[), int ): void + print():void + OOPLab()

c++ programming