Define two class types: Student and Graduate, where Graduate inherits from Student. Class Student includes (1) member variables: name, id, and score (protected) (2) member functions: (public) • a default constructor Student::Student(): name("no name”), id(0), score(0) constructor Student::Student(string n, int i, double s): name(n), id(i), score(s). void output() Class Graduate has (1) additional member variables: string supervisor; (private) (2) additional member functions: (public) a default constructor Graduate::Graduate(): Student(),supervisor("no name") constructor Graduate:: Graduate (string n, int i, double s, string sn): Student(n.l.s), supervior(sn). void output() ---redefine the function Define three graduate student g1, g2,g3 in main function (1) Input the information for g1 from the keyboard; (2) Initialize the information for g2 when it is declared (using default constructor); (3) Initialize the information for g3 when it is declared (using normal constructor); int main() string name; int id; double score; string supervior; Graduate g1.g2,g3("Tom", 1,90,"Peter"); cin<

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
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Define two class types: Student and Graduate, where Graduate inherits from
Student.
Class Student includes
(1) member variables: name, id, and score (protected)
(2) member functions: (public)
a default constructor Student:Student(): name(“no name"), id(0),
score(0)
constructor Student: Student(string n, int i, double s): name(n), id(i),
score(s).
void output()
Class Graduate has
(1) additional member variables: string supervisor; (private)
(2) additional member functions: (public)
a default constructor Graduate::Graduate(): Student(),supervisor(“no
name")
constructor Graduate:: Graduate (string n, int i, double s, string sn):
Student(n.l.s), supervior(sn).
void output() ---redefine the function
Define three graduate student g1, g2,g3 in main function
(1) Input the information for g1 from the keyboard;
(2) Initialize the information for g2 when it is declared (using default
constructor);
(3) Initialize the information for g3 when it is declared (using normal
constructor);
int main()
string name;
int id;
double score;
string supervior,
Graduate g1.92,g3(*Tom",1,90,"Peter");
cin<<name<<id<<socre<<supervior;
g1=Graduate(name id.socre supervior);
Transcribed Image Text:Define two class types: Student and Graduate, where Graduate inherits from Student. Class Student includes (1) member variables: name, id, and score (protected) (2) member functions: (public) a default constructor Student:Student(): name(“no name"), id(0), score(0) constructor Student: Student(string n, int i, double s): name(n), id(i), score(s). void output() Class Graduate has (1) additional member variables: string supervisor; (private) (2) additional member functions: (public) a default constructor Graduate::Graduate(): Student(),supervisor(“no name") constructor Graduate:: Graduate (string n, int i, double s, string sn): Student(n.l.s), supervior(sn). void output() ---redefine the function Define three graduate student g1, g2,g3 in main function (1) Input the information for g1 from the keyboard; (2) Initialize the information for g2 when it is declared (using default constructor); (3) Initialize the information for g3 when it is declared (using normal constructor); int main() string name; int id; double score; string supervior, Graduate g1.92,g3(*Tom",1,90,"Peter"); cin<<name<<id<<socre<<supervior; g1=Graduate(name id.socre supervior);
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