Consider six classes i.e. Person, Department, Laboratory, and University having following specifications. Class University has Two attributes of type string i.e. universityName and location · An attribute named dept of type Department Class Department has Two attributes i.e. deptID, deptName · A two-argument constructor to initialize data fields with user-defined values · A member function display() to show all attribute values Class Laboratory contains Two attributes i.e. labID and experimentNo · A two-argument constructor to initialize data member with user-defined values Class Person has Two attributes i.e. name and age · A parameterized constructor to initialize attributes with user-defined values · A member function display() to show its attribute values

Database System Concepts
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
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  1. Implement all these classes while illustrating the concept of aggregation and composition in terms of ownership and life-cycle.

Consider six classes i.e. Person, Department, Laboratory, and University having following specifications.

Class University has

  • Two attributes of type string i.e. universityName and location
    · An attribute named dept of type Department

Class Department has

  • Two attributes i.e. deptID, deptName
    · A two-argument constructor to initialize data fields with user-defined values
    · A member function display() to show all attribute values

Class Laboratory contains

  • Two attributes i.e. labID and experimentNo
    · A two-argument constructor to initialize data member with user-defined values

Class Person has

  • Two attributes i.e. name and age
    · A parameterized constructor to initialize attributes with user-defined values
    · A member function display() to show its attribute values
1. Implement all these classes while illustrating the concept of aggregation an
composition in terms of ownership and life-cycle.
Consider six classes i.e. Person, Department, Laboratory, and University having followin
specifications.
Class University has
• Two attributes of type string i.e. universityName and location
• An attribute named dept of type Department
Class Department has
• Two attributes i.e. deptID, deptName
•A two-argument constructor to initialize data fields with user-defined values
•A member function display() to show all attribute values
Class Laboratory contains
• Two attributes i.e. labID and experimentNo
•A two-argument constructor to initialize data member with user-defined values
Class Person has
• Two attributes i.e. name and age
•A parameterized constructor to initialize attributes with user-defined values
Transcribed Image Text:1. Implement all these classes while illustrating the concept of aggregation an composition in terms of ownership and life-cycle. Consider six classes i.e. Person, Department, Laboratory, and University having followin specifications. Class University has • Two attributes of type string i.e. universityName and location • An attribute named dept of type Department Class Department has • Two attributes i.e. deptID, deptName •A two-argument constructor to initialize data fields with user-defined values •A member function display() to show all attribute values Class Laboratory contains • Two attributes i.e. labID and experimentNo •A two-argument constructor to initialize data member with user-defined values Class Person has • Two attributes i.e. name and age •A parameterized constructor to initialize attributes with user-defined values
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