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PROBLEM B: Suppose that you want to define a class to group the attributes of an employee. There are both full-time and part-time employees. Part-time employees are paid based on the number of hours worked and an hourly rate. Suppose that you want to define a class to keep track of a part-time employee's information, such as name, pay rate, and hours worked. You can then print the employee's name together with his or her wages. Because every employee is a person and Figure 10-11 defined the class personType to store the first name and the last name together with the necessary operations on name, we can define a class partTimeEmployee (sub-class) based on the class personType (base class). You can also redefine the print function to print the appropriate information. Figure 11-5 shows the UML class diagram of the class partTimeEmployee and the inheritance hierarchy. persontype firstName: string -lastName: string print (): void setName (string, string): void getFirstName () const: string getLastName () const: atring personType (atring "", string - "") FIGURE 10-11 UML class diagram of the class persontype partTimeEmployee "payRate: double -hoursWorked: double *print () conat: void +calculatePay () const: double +setNameRateHours (string, string, persontype double, double): void *partTimeEmployee (string = *", string = ** double - 0, double = 0) partTimeEmployee FIGURE 11-5 UML class diagram of the class partTimeEmployee and inheritance hierarchy The following are the specifications of the member methods: 1. The print() method is used to print last name, first name and the computed wages with currency sign with the following sample output display: PART-TIME EMPLOYEE DETAILS ** Name: DELA CRUZ, JOHN S. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank: 2 Step: 1) Gross Pay After Tax (Rated @ 11%): $ $$$,S$S.S$ ====== - Name: SANTOS, MARIA L. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank: 4 Step: 2) Gross Pay After Tax (Rated @ 11%): $ $$$,$$$.$$ ================== (and so on ...) i** END-OF-PROGRAM RUN ***

PROBLEM B: Suppose that you want to define a class to group the attributes of an employee. There are both full-time and part-time employees. Part-time employees are paid based on the number of hours worked and an hourly rate. Suppose that you want to define a class to keep track of a part-time employee's information, such as name, pay rate, and hours worked. You can then print the employee's name together with his or her wages. Because every employee is a person and Figure 10-11 defined the class personType to store the first name and the last name together with the necessary operations on name, we can define a class partTimeEmployee (sub-class) based on the class personType (base class). You can also redefine the print function to print the appropriate information. Figure 11-5 shows the UML class diagram of the class partTimeEmployee and the inheritance hierarchy. persontype firstName: string -lastName: string print (): void setName (string, string): void getFirstName () const: string getLastName () const: atring personType (atring "", string - "") FIGURE 10-11 UML class diagram of the class persontype partTimeEmployee "payRate: double -hoursWorked: double *print () conat: void +calculatePay () const: double +setNameRateHours (string, string, persontype double, double): void *partTimeEmployee (string = *", string = ** double - 0, double = 0) partTimeEmployee FIGURE 11-5 UML class diagram of the class partTimeEmployee and inheritance hierarchy The following are the specifications of the member methods: 1. The print() method is used to print last name, first name and the computed wages with currency sign with the following sample output display: PART-TIME EMPLOYEE DETAILS ** Name: DELA CRUZ, JOHN S. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank: 2 Step: 1) Gross Pay After Tax (Rated @ 11%): $ $$$,S$S.S$ ====== - Name: SANTOS, MARIA L. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank: 4 Step: 2) Gross Pay After Tax (Rated @ 11%): $ $$$,$$$.$$ ================== (and so on ...) i** END-OF-PROGRAM RUN ***

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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Note: Use C# programming language

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PROBLEM B: Suppose that you want to define a class to group the attributes of an employee. There are both full-time and part-time employees. Part-time employees are paid based on the number of hours worked and an hourly rate. Suppose that you want to define a class to keep track of a part-time employee's information, such as name, pay rate, and hours worked. You can then print the employee's name together with his or her wages. Because every employee is a person and Figure 10-11 defined the class personType to store the first name and the last name together with the necessary operations on name, we can define a class partTimeEmployee (sub-class) based on the class personType (base class). You can also redefine the print function to print the appropriate information. Figure 11-5 shows the UML class diagram of the class partTimeEmployee and the inheritance hierarchy. personType -firstName: string -lastName: string print (): void +setName (string, string) : void +getFirstName () const: string +getLastName 0 const: string personType (string - "", string - "") FIGURE 10-11 UML class diagram of the class personType partTimeEmployee -payRate: double -hoursWorked: double *print () const: void +calculatePay () const: double +setNameRateHours (string, string, personType đouble, double): void *partTimeEmployee (string = *, string = ", double = 0) double - 0, partTimeEmployee FIGURE 11-5 UML class diagram of the class partTimeEmployee and inheritance hierarchy The following are the specifications of the member methods: 1. The print() method is used to print last name, first name and the computed wages with currency sign with the following sample output display: PART-TIME EMPLOYEE DETAILS Name: DELA CRUZ, JOHN S. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank: 2 Step: 1) Gross Pay After Tax (Rated @ 11%): $ $SS,S$S.S$ ========= =========== Name: SANTOS, MARIA L. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank: 4 Step: 2) Gross Pay After Tax (Rated @ 11%): $ $$$,$$$.$$ ====================================== = : (and so on ...) *** END-OF-PROGRAM RUN ***
Transcribed Image Text:PROBLEM B: Suppose that you want to define a class to group the attributes of an employee. There are both full-time and part-time employees. Part-time employees are paid based on the number of hours worked and an hourly rate. Suppose that you want to define a class to keep track of a part-time employee's information, such as name, pay rate, and hours worked. You can then print the employee's name together with his or her wages. Because every employee is a person and Figure 10-11 defined the class personType to store the first name and the last name together with the necessary operations on name, we can define a class partTimeEmployee (sub-class) based on the class personType (base class). You can also redefine the print function to print the appropriate information. Figure 11-5 shows the UML class diagram of the class partTimeEmployee and the inheritance hierarchy. personType -firstName: string -lastName: string print (): void +setName (string, string) : void +getFirstName () const: string +getLastName 0 const: string personType (string - "", string - "") FIGURE 10-11 UML class diagram of the class personType partTimeEmployee -payRate: double -hoursWorked: double *print () const: void +calculatePay () const: double +setNameRateHours (string, string, personType đouble, double): void *partTimeEmployee (string = *, string = ", double = 0) double - 0, partTimeEmployee FIGURE 11-5 UML class diagram of the class partTimeEmployee and inheritance hierarchy The following are the specifications of the member methods: 1. The print() method is used to print last name, first name and the computed wages with currency sign with the following sample output display: PART-TIME EMPLOYEE DETAILS Name: DELA CRUZ, JOHN S. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank: 2 Step: 1) Gross Pay After Tax (Rated @ 11%): $ $SS,S$S.S$ ========= =========== Name: SANTOS, MARIA L. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank: 4 Step: 2) Gross Pay After Tax (Rated @ 11%): $ $$$,$$$.$$ ====================================== = : (and so on ...) *** END-OF-PROGRAM RUN ***
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