(In C++) and please try using Occam’s razor law. Use a client code to test the course ADT:1. Declare 2 course instances courseOne, and course Two ("CS 115", 01, 3, "Monday,Wednesday", "04:30 - 05:20", "CL", 126, 8, "Dr. X"). 8 is the maximum course enrolment.2. Set the values of courseOne to ("CS 210", 02, 3, "Tuesday, Thursday", "10:30 - 11:20","CL", 128, "Dr. Y"). The maximum course enrollment, which is 5, remains unchanged.3. Display the values of courseOne and courseTwo. Also, usedisplayStudentList function to display IDs of students in each course.4. Write a non-member function named courseCompare that compares two courseinstances to check if any of the corresponding fields (excluding studentsId) are thesame and displays the result of the comparisons. For example, it could print "differentcourse id number", ... "same number of credits", and so on.5. Prompt user to enter a unique student id and then enroll it in courseOne6.Use a loop to repeat step 5, 4 more times.7. Prompt user to enter a unique student id and then enroll it in course Two8. Use a loop to repeat step 7, 7 more times.9. Use displayStudentList function to display IDs of students in each course.10. Display the course status of both instances.11. Prompt user to enter another unique student id and then try to enroll it incourseOne. If not possible, an error must be displayed indicating the course status.12. Prompt user to enter another unique student id and then try to enroll it incourse Two. If not possible, an error must be displayed indicating the course status.Note: in addition to the specifications above, you may also need to add other data fields and (member)functions. Write a C++ program that defines an abstract data type course for modeling courses offered in auniversity each semester. The class contains:Data fields of type:OOOOOOOOOOOOOOstring that represents course id numberint that represents section numberint that represents number of credits for the coursestring that represents day the course meetsstring that represents time the course meets.string that represents building the course meetsint that represents room numberint that represents maximum course enrollment.Member functions:Ostring that represents course instructorint that represents number of students currently enrolled¹*. Starting from 0, thisnumber is incremented by one when a student is enrolled in the course.enum that represents course status (open, closed). Initially, a course is open until itreaches the maximum enrollment and then it becomes closed.string array named students Id that contains IDs of students who are enrolled inthe course ¹*A default constructor. The default value for maximum course enrollment is 5.A constructor that initializes a course object with the specified values. The last threefields are initialized with the same values as they are initialized by the defaultconstructor.The accessor and mutator functions for all the data fields. The accessor ofstudents Id filed returns one student id when it receives an index of the array.OA print function named displayData to display all information related to a courseobject in a well-formatted fashion including a brief description for the fields. Thisfunction excludes displaying information relevant to enrolled students.OA print function named displayStudent List to display (in a well-formattedfashion) IDs of students who are enrolled in the course. If no one is enrolled in thecourse, it will print "No students are enrolled for this class!"

Answer: Solution: pOne.display(); pTwo.display(); // get next value of pOne and pTwo and save it…

Use a client code to test the course ADT: 1. Declare 2 course instances courseOne, and course Two ("CS 115", 01, 3, "Monday, Wednesday", "04:30 - 05:20", "CL", 126, 8, "Dr. X"). 8 is the maximum course enrolment. 2. Set the values of courseOne to ("CS 210", 02, 3, "Tuesday, Thursday", "10:30 - 11:20", "CL", 128, "Dr. Y"). The maximum course enrollment, which is 5, remains unchanged. 3. Display the values of courseOne and courseTwo. Also, use displayStudent List function to display IDs of students in each course. 4. Write a non-member function named course Compare that compares two course instances to check if any of the corresponding fields (excluding students Id) are the same and displays the result of the comparisons. For example, it could print "different course id number", ... "same number of credits", and so on. 5. Prompt user to enter a unique student id and then enroll it in courseOne 6. Use a loop to repeat step 5, 4 more times. 7. Prompt user to enter a unique student id and then enroll it in course Two 8. Use a loop to repeat step 7, 7 more times. 9. Use displayStudent List function to display IDs of students in each course. 10. Display the course status of both instances. 11. Prompt user to enter another unique student id and then try to enroll it in courseOne. If not possible, an error must be displayed indicating the course status. 12. Prompt user to enter another unique student id and then try to enroll it in courseTwo. If not possible, an error must be displayed indicating the course status.

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