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Write a complete C++ program based on the following tasks: 1. Class Project has the following methods: a. the constructor b. getSupervisor c. setSupervisor 2. Class Student has the following methods: a. the constructor b. setName c. setProject d. assignSupervisor e. print: to display the student's nameand project's title, andalso the supervisor's rame (but only if the student has a supervisor). f. 3. Create two objects of Lecturer for “Dr. Ali Bakar" and "Prof. Dr. Abu Samah Abdullah". 4. Then create an array of objects of Student with a maximum number of students to store into the array is 15. 5. Read a list of students consisting of names and project titles, from an input file and store them into an array. 6. Assign supervisors to students as follows: a. The first lecturer is assigned to be the supervisor for the first and second students. b. The second lecturer is assigned to the last student. 7. Print all the students. The screen output should look like as in Figure 5 and Figure 6.

Write a complete C++ program based on the following tasks: 1. Class Project has the following methods: a. the constructor b. getSupervisor c. setSupervisor 2. Class Student has the following methods: a. the constructor b. setName c. setProject d. assignSupervisor e. print: to display the student's nameand project's title, andalso the supervisor's rame (but only if the student has a supervisor). f. 3. Create two objects of Lecturer for “Dr. Ali Bakar" and "Prof. Dr. Abu Samah Abdullah". 4. Then create an array of objects of Student with a maximum number of students to store into the array is 15. 5. Read a list of students consisting of names and project titles, from an input file and store them into an array. 6. Assign supervisors to students as follows: a. The first lecturer is assigned to be the supervisor for the first and second students. b. The second lecturer is assigned to the last student. 7. Print all the students. The screen output should look like as in Figure 5 and Figure 6.

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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Question 2 Cons ider the class diagram in Figure 4 which illustrates the data model for supervisions of student projects. Each student can only have a project and is supervised by a lecturer. Lecturer |-name +Lecturer (n:string) +getName (): string Project -title +Project ( ) getTitle ():string +setTitle (t : string) : void +getSupervisor (): Lecturer +setSupervisor ( sv:Lecturer" ) :void Student -name +Student () +setName (n : string): void +setProject (t: string ): void +assignSupervisor (sv : Lecturer ) : void print (): void Figure 4: Class diagram for project supervisions Write a complete C++ program based on the following tasks: 1. Class Project has the following methods: a. the constructor b. getsupervisor c. setSupervisor 2. Class Student has the following methods: a. the constructor b. setName c. setProject d. assignsupervisor e. print: to display the student's nameand project's title, andalso the supervisor's name (but only if the student has a supervisor). f. 3. Create two objects of Lecturer for “Dr. Ali Bakar" and “Prof. Dr. Abu Samah Abdullah". 4. Then create an array of objec ts of Student with a maximum number of students to store into the array is 15. 5. Read a list of students consisting of names and project titles, from an input file and store them into an array. 6. Assign supervis ors to students as follows: a. The first lecturer is assigned to be the supervisor for the first and second students. b. The second lecturer is assigned to the last student. 7. Print all the students. The screen output should look like as in Figure 5 and Figure 6.
Transcribed Image Text:Question 2 Cons ider the class diagram in Figure 4 which illustrates the data model for supervisions of student projects. Each student can only have a project and is supervised by a lecturer. Lecturer |-name +Lecturer (n:string) +getName (): string Project -title +Project ( ) getTitle ():string +setTitle (t : string) : void +getSupervisor (): Lecturer +setSupervisor ( sv:Lecturer" ) :void Student -name +Student () +setName (n : string): void +setProject (t: string ): void +assignSupervisor (sv : Lecturer ) : void print (): void Figure 4: Class diagram for project supervisions Write a complete C++ program based on the following tasks: 1. Class Project has the following methods: a. the constructor b. getsupervisor c. setSupervisor 2. Class Student has the following methods: a. the constructor b. setName c. setProject d. assignsupervisor e. print: to display the student's nameand project's title, andalso the supervisor's name (but only if the student has a supervisor). f. 3. Create two objects of Lecturer for “Dr. Ali Bakar" and “Prof. Dr. Abu Samah Abdullah". 4. Then create an array of objec ts of Student with a maximum number of students to store into the array is 15. 5. Read a list of students consisting of names and project titles, from an input file and store them into an array. 6. Assign supervis ors to students as follows: a. The first lecturer is assigned to be the supervisor for the first and second students. b. The second lecturer is assigned to the last student. 7. Print all the students. The screen output should look like as in Figure 5 and Figure 6.
Student Alina Atan : Anti-Intrusion System Project Supervisor : Dr. Ali Bakar : Siti Nurdiana Abdullah : CCTV-Based Fire Alarm System Student Project Supervisor : Dr. Ali Bakar : Azrul Malik : Low Energy Drone Supervisor : Prof. Dr. Abu Samah Abdullah Student Project Figure 5: Screen output with the input file, student_list1.txt Student : Sit Aminah : Cost-Effective Green Fuel Project Supervisor : Dr. Ali Bakar Student Kamarul Ariffin Project Supervisor : Dr. Ali Bakar IOT-based Flood Monitoring : Abdul Jabar : Energy Saving with IOT Student Project : Kamariah Jalil : Camera-based Heat Detection Student Project : Seman Abdullah : Image-based Search Engine Student Project : Rozita Abdul : Programmer Friendly Metaprogramming Student Project Supervisor : Prof. Dr. Abu Samah Abdullah Figure 6: Screen output with the input file, student_list2.txt
Transcribed Image Text:Student Alina Atan : Anti-Intrusion System Project Supervisor : Dr. Ali Bakar : Siti Nurdiana Abdullah : CCTV-Based Fire Alarm System Student Project Supervisor : Dr. Ali Bakar : Azrul Malik : Low Energy Drone Supervisor : Prof. Dr. Abu Samah Abdullah Student Project Figure 5: Screen output with the input file, student_list1.txt Student : Sit Aminah : Cost-Effective Green Fuel Project Supervisor : Dr. Ali Bakar Student Kamarul Ariffin Project Supervisor : Dr. Ali Bakar IOT-based Flood Monitoring : Abdul Jabar : Energy Saving with IOT Student Project : Kamariah Jalil : Camera-based Heat Detection Student Project : Seman Abdullah : Image-based Search Engine Student Project : Rozita Abdul : Programmer Friendly Metaprogramming Student Project Supervisor : Prof. Dr. Abu Samah Abdullah Figure 6: Screen output with the input file, student_list2.txt
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