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studentNumber and the major of a student. The class has the following me • computeTuitionFees, which returns the fees paid by a student each term • degreeToBeGranted, which returns the degree that will be grabnted to th successful graduation, and • changeMajor, which changes the major the student is pursuing. chods computeTuitionFees and degreeToBeGranted use complex conditional remove bad smells from the code, I have refactored the solution and prov s diagram below. Your task is to implement the following class diagran

studentNumber and the major of a student. The class has the following me • computeTuitionFees, which returns the fees paid by a student each term • degreeToBeGranted, which returns the degree that will be grabnted to th successful graduation, and • changeMajor, which changes the major the student is pursuing. chods computeTuitionFees and degreeToBeGranted use complex conditional remove bad smells from the code, I have refactored the solution and prov s diagram below. Your task is to implement the following class diagran

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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(2e flaiks) An object of class Student (download the code from Blackboard) stores the studentName, the studentNumber and the major of a student. The class has the following methods: FinalExamProblem-2 • computeTuitionFees, which returns the fees paid by a student each term, • degreeToBeGranted, which returns the degree that will be grabnted to the student on successful graduation, and changeMajor, which changes the major the student is pursuing. Methods computeTuitionFees and degreeToBeGranted use complex conditional statements. To remove bad smells from the code, I have refactored the solution and provide a sample class diagram below. Your task is to implement the following class diagram using Java so that the purpose of the problem remains the same and still gives you the same output. Use the same FinalExamProblemTwoMain class. You are not allowed to make any changes in the FinalExamProblemTwoMain class. UNRE ERED UNREC TERED UNREGISTERED UNREGISTERED EGISTERED UNREGISTERED Student -studentNumber: String -studentName: String -majorObject: MajorType +Student(studentNumber: String, studentName: String, major: String) +compute TuitionFees( double +degreeToBeGranted(): String +changeMajor(newMajor: String): void +toString(): String EGISTER MajorType is an abstract ERED claiss. compute TuitionFees and degree ToBeGranted ERED are abstract methods EGIST RED UNR STERED EGISTER UNREGISTERED UNREGISTERED UNREGISTER UNREGISTERED UNREGIST UNREGISTERED UNREGISTERED NREGISTERED NREGISTERED MajorType +compute TuitionFees): double +degree ToBeGranted): StringNREGISTERED UNREGISTERED UNREGISTERED UNA GIS 4 R4 UNREGISTERED EGISTEREDUNEEGIST EG ComputerScienceMajor UNREGISTERED HED +computeTuitionFees(k double +degreeToBeGranted): String ISTERED UNREGISTERED UNRE FrenchMajor createMajorObject UNRa static method UNREGISTF REGcompute TuitionFees(): double +degree ToBeGranted(): String UNREG Majorfactory STERED UElectricalEngineeringMajorNREGISTERED tcreateMajorObiectimajor. String): MajorTyne STERED Ucompute TuitionFees(): doubleNREGISTERED +degreeToBeGranted(): String Figure 1: A class diagram
Transcribed Image Text:(2e flaiks) An object of class Student (download the code from Blackboard) stores the studentName, the studentNumber and the major of a student. The class has the following methods: FinalExamProblem-2 • computeTuitionFees, which returns the fees paid by a student each term, • degreeToBeGranted, which returns the degree that will be grabnted to the student on successful graduation, and changeMajor, which changes the major the student is pursuing. Methods computeTuitionFees and degreeToBeGranted use complex conditional statements. To remove bad smells from the code, I have refactored the solution and provide a sample class diagram below. Your task is to implement the following class diagram using Java so that the purpose of the problem remains the same and still gives you the same output. Use the same FinalExamProblemTwoMain class. You are not allowed to make any changes in the FinalExamProblemTwoMain class. UNRE ERED UNREC TERED UNREGISTERED UNREGISTERED EGISTERED UNREGISTERED Student -studentNumber: String -studentName: String -majorObject: MajorType +Student(studentNumber: String, studentName: String, major: String) +compute TuitionFees( double +degreeToBeGranted(): String +changeMajor(newMajor: String): void +toString(): String EGISTER MajorType is an abstract ERED claiss. compute TuitionFees and degree ToBeGranted ERED are abstract methods EGIST RED UNR STERED EGISTER UNREGISTERED UNREGISTERED UNREGISTER UNREGISTERED UNREGIST UNREGISTERED UNREGISTERED NREGISTERED NREGISTERED MajorType +compute TuitionFees): double +degree ToBeGranted): StringNREGISTERED UNREGISTERED UNREGISTERED UNA GIS 4 R4 UNREGISTERED EGISTEREDUNEEGIST EG ComputerScienceMajor UNREGISTERED HED +computeTuitionFees(k double +degreeToBeGranted): String ISTERED UNREGISTERED UNRE FrenchMajor createMajorObject UNRa static method UNREGISTF REGcompute TuitionFees(): double +degree ToBeGranted(): String UNREG Majorfactory STERED UElectricalEngineeringMajorNREGISTERED tcreateMajorObiectimajor. String): MajorTyne STERED Ucompute TuitionFees(): doubleNREGISTERED +degreeToBeGranted(): String Figure 1: A class diagram
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