The main function is contained in the file Lab03.cpp. The main() function, #include "Student.cpp" int main() { int id; string name; NodeType head = nullptr; NodeType* cur = nullptr; cout << "Enter id (integer), name (string): "; //add your code return 0; } 1. Declares a pointer head which points to NodeType object. 2. Prompts the user to enter a student information (id and name) and adds this newly created student object in the linked structure, stops adding the students when the user enters O as a student id. 3. Displays all students in the linked structure. 4. Cleans the linked structure. • The expected result: Enter the student id (int) and name (string): 1101 Taylor Enter the student id (int) and name (string): 1102 Smith Enter the student id (int) and name (string): 1103 Alice Enter the student id (int) and name (string): 1104 Tom Enter the student id (int) and name (string): 0 noname The students are: 1104 Tom 1103 Alice 1102 Smith 1101 Taylor Write C++ programs that: Define the class Student in the file Student.cpp. You are supposed to implement all the member functions including the constructors. #ifndef STUDENT_H #define STUDENT_H #include #include using namespace std; class Student { public: // Default constructor Student() { } // Creates a student with the specified id and name. Student(int idvalue, const string & namevalue) { } // Returns the student name. string get_name() const { } // Returns the student id. int get_id () const { } // Sets the student name. void set_name(const string& namevalue) { } // Sets the student id. void set_id(int idvalue) { } // Prints the student id and name. void print_student() const { } private: // student name string name; // student id int id; }; template struct NodeType { T data; }; Node Type* next; NodeType(): data(), next(nullptr) {} NodeType(const T& s): data(s), next(nullptr) {} #endif
The main function is contained in the file Lab03.cpp. The main() function, #include "Student.cpp" int main() { int id; string name; NodeType head = nullptr; NodeType* cur = nullptr; cout << "Enter id (integer), name (string): "; //add your code return 0; } 1. Declares a pointer head which points to NodeType object. 2. Prompts the user to enter a student information (id and name) and adds this newly created student object in the linked structure, stops adding the students when the user enters O as a student id. 3. Displays all students in the linked structure. 4. Cleans the linked structure. • The expected result: Enter the student id (int) and name (string): 1101 Taylor Enter the student id (int) and name (string): 1102 Smith Enter the student id (int) and name (string): 1103 Alice Enter the student id (int) and name (string): 1104 Tom Enter the student id (int) and name (string): 0 noname The students are: 1104 Tom 1103 Alice 1102 Smith 1101 Taylor Write C++ programs that: Define the class Student in the file Student.cpp. You are supposed to implement all the member functions including the constructors. #ifndef STUDENT_H #define STUDENT_H #include #include using namespace std; class Student { public: // Default constructor Student() { } // Creates a student with the specified id and name. Student(int idvalue, const string & namevalue) { } // Returns the student name. string get_name() const { } // Returns the student id. int get_id () const { } // Sets the student name. void set_name(const string& namevalue) { } // Sets the student id. void set_id(int idvalue) { } // Prints the student id and name. void print_student() const { } private: // student name string name; // student id int id; }; template struct NodeType { T data; }; Node Type* next; NodeType(): data(), next(nullptr) {} NodeType(const T& s): data(s), next(nullptr) {} #endif
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
Related questions
Question
Provide the full C++ code to give the expected output provided in the second screenshot

Transcribed Image Text:The main function is contained in the file Lab03.cpp. The main() function,
#include "Student.cpp"
int main()
{
int id;
string name;
NodeType<Student> head = nullptr;
NodeType<Student>* cur = nullptr;
cout << "Enter id (integer), name (string): ";
//add your code
return 0;
}
1. Declares a pointer head which points to NodeType object.
2. Prompts the user to enter a student information (id and name) and adds this newly created student object in the linked structure, stops adding the students when the user enters O as a student id.
3. Displays all students in the linked structure.
4. Cleans the linked structure.
• The expected result:
Enter the student id (int) and name (string): 1101 Taylor
Enter the student id (int) and name (string): 1102 Smith
Enter the student id (int) and name (string): 1103 Alice
Enter the student id (int) and name (string): 1104 Tom
Enter the student id (int) and name (string): 0 noname
The students are:
1104 Tom
1103 Alice
1102 Smith
1101 Taylor

Transcribed Image Text:Write C++ programs that:
Define the class Student in the file Student.cpp. You are supposed to implement all the member functions including the constructors.
#ifndef STUDENT_H
#define STUDENT_H
#include <string>
#include <iostream>
using namespace std;
class Student
{
public:
// Default constructor
Student()
{
}
// Creates a student with the specified id and name.
Student(int idvalue, const string & namevalue)
{
}
// Returns the student name.
string get_name() const
{
}
// Returns the student id.
int get_id () const
{
}
// Sets the student name.
void set_name(const string& namevalue)
{
}
// Sets the student id.
void set_id(int idvalue)
{
}
// Prints the student id and name.
void print_student() const
{
}
private:
// student name
string name;
// student id
int id;
};
template<typename T>
struct NodeType
{
T data;
};
Node Type* next;
NodeType(): data(), next(nullptr)
{}
NodeType(const T& s): data(s), next(nullptr)
{}
#endif
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