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a. Draw the class diagram based on the implementation done in the program. b. Determine whether the following classes form any relationship to each other in the context of Object-Oriented Programming (OOP). If so, name the type of relationship, otherwise, write No Relationship. i. Course and TeachingAssistant ii. Faculty and Student iii. TeachingAssistant and Faculty

a. Draw the class diagram based on the implementation done in the program. b. Determine whether the following classes form any relationship to each other in the context of Object-Oriented Programming (OOP). If so, name the type of relationship, otherwise, write No Relationship. i. Course and TeachingAssistant ii. Faculty and Student iii. TeachingAssistant and Faculty

Computer Networking: A Top-Down Approach (7th Edition)
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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class Course { private: - }; - }; string courseName; string courseCode; public: class Faculty { private: Course(string="", string=""); string getCourseName() const; void setCourseName(string name); string getCourseCode() const; void setCourseCode (string code); - }; string facultyName; public: Faculty(); string getFacultyName() const; void setFacultyName(string name); class Student { private: string studentName; string program; public: Student (); string getStudentName() const; void setStudentName(string); string getProgram () const; void setProgram (string); - }; class TeachingAssistant public Student, public Faculty { private: double workingHour; Course course; public: Teaching Assistant(string, string); double getWorkingHour () const; void setWorking Hour (double hour); string getCourseNameCode() const; string getStudent Faculty() const;
Transcribed Image Text:class Course { private: - }; - }; string courseName; string courseCode; public: class Faculty { private: Course(string="", string=""); string getCourseName() const; void setCourseName(string name); string getCourseCode() const; void setCourseCode (string code); - }; string facultyName; public: Faculty(); string getFacultyName() const; void setFacultyName(string name); class Student { private: string studentName; string program; public: Student (); string getStudentName() const; void setStudentName(string); string getProgram () const; void setProgram (string); - }; class TeachingAssistant public Student, public Faculty { private: double workingHour; Course course; public: Teaching Assistant(string, string); double getWorkingHour () const; void setWorking Hour (double hour); string getCourseNameCode() const; string getStudent Faculty() const;
Given a C++ program named program1.cpp that contains four classes named, Course, Faculty, Student and TeachingAssistant. Answer the following questions based on the program. Write your answer for all questions below in the a. Draw the class diagram based on the implementation done in the program. b. Determine whether the following classes form any relationship to each other in the context of Object-Oriented Programming (OOP). If so, name the type of relationship, otherwise, write No Relationship. i. Course and TeachingAssistant ii. Faculty and Student iii. TeachingAssistant and Faculty
Transcribed Image Text:Given a C++ program named program1.cpp that contains four classes named, Course, Faculty, Student and TeachingAssistant. Answer the following questions based on the program. Write your answer for all questions below in the a. Draw the class diagram based on the implementation done in the program. b. Determine whether the following classes form any relationship to each other in the context of Object-Oriented Programming (OOP). If so, name the type of relationship, otherwise, write No Relationship. i. Course and TeachingAssistant ii. Faculty and Student iii. TeachingAssistant and Faculty
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