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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.$$ ==== ====== Name: SANTOS, MARIA L. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank:4 Step: 2) Gross Pay After Tax (Rated @ 11%): $ $$$,$$S.$$ ====== ======== (and so on ...) *** END-OF-PROGRAM RUN *** 2. The calculatePay) computes and returms the wages based on a Pay Scale Rate (See Table 1 below) 3. The setNameRateHour() with input parameters first, last, rate, and hours sets the first name, last name, payRate and hoursWorked properties. 4. The constructor for this class partTimeEmployees sets the first name, last name, payRate and hoursWorked according to the parameters when instantiated. When no value is specified, the default values are assumed. 5. Due to the Pay Scale schedule of Table 1, add two class properties: payStep and PayRank to be reflected in the computation of wages. 6. Wages are computed using Table 1 given the gross pay scale rank and step increment of any employee. Include also a corporate tax deduction rated at 11 %.

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.$$ ==== ====== Name: SANTOS, MARIA L. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank:4 Step: 2) Gross Pay After Tax (Rated @ 11%): $ $$$,$$S.$$ ====== ======== (and so on ...) *** END-OF-PROGRAM RUN *** 2. The calculatePay) computes and returms the wages based on a Pay Scale Rate (See Table 1 below) 3. The setNameRateHour() with input parameters first, last, rate, and hours sets the first name, last name, payRate and hoursWorked properties. 4. The constructor for this class partTimeEmployees sets the first name, last name, payRate and hoursWorked according to the parameters when instantiated. When no value is specified, the default values are assumed. 5. Due to the Pay Scale schedule of Table 1, add two class properties: payStep and PayRank to be reflected in the computation of wages. 6. Wages are computed using Table 1 given the gross pay scale rank and step increment of any employee. Include also a corporate tax deduction rated at 11 %.

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
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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.$$ ====== Name: SANTOS, MARIA L. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank: 4 Step: 2) Gross Pay After Tax (Rated @ 11%): $ $$$,S$$.$$ === ==== (and so on...) *** END-OF-PROGRAM RUN *** 2. The calculatePay() computes and returns the wages based on a Pay Scale Rate (See Table 1 below) 3. The setNameRateHour() with input parameters first, last, rate, and hours sets the first name, last name, payRate and hoursWorked properties. 4. The constructor for this class partTimeEmployees sets the first name, last name, payRate and hoursWorked according to the parameters when instantiated. When no value is specified, the default values are assumed. 5. Due to the Pay Scale schedule of Table 1, add two class properties: payStep and PayRank to be reflected in the computation of wages. 6. Wages are computed using Table 1 given the gross pay scale rank and step increment of any employee. Include also a corporate tax deduction rated at 11 %. Gross Pay By Rank ($) 4 3 2 1 115.00 215.00 342.50 510.00 2 125.00 232.50 360.00 620.00 3 145.00 245.00 380.00 740.00 4 167.50 267.05 405.00 850.00 190.00 290.00 440.00 990.00 Table 1. Schedule of wages without tax deduction. Step
Transcribed Image Text:The following are the specifications of the member methods: 1. The print() method is used to print last name, first name and the computed wages with currency sign with the following sample output display: PART-TIME EMPLOYEE DETAILS ** Name: DELA CRUZ, JOHN S. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank: 2 Step: 1) Gross Pay After Tax (Rated @ 11%): $ $$$,s$S.$$ ====== Name: SANTOS, MARIA L. Gross Pay Before Tax: $ $$$,$$$.$$ (Gross Pay Rank: 4 Step: 2) Gross Pay After Tax (Rated @ 11%): $ $$$,S$$.$$ === ==== (and so on...) *** END-OF-PROGRAM RUN *** 2. The calculatePay() computes and returns the wages based on a Pay Scale Rate (See Table 1 below) 3. The setNameRateHour() with input parameters first, last, rate, and hours sets the first name, last name, payRate and hoursWorked properties. 4. The constructor for this class partTimeEmployees sets the first name, last name, payRate and hoursWorked according to the parameters when instantiated. When no value is specified, the default values are assumed. 5. Due to the Pay Scale schedule of Table 1, add two class properties: payStep and PayRank to be reflected in the computation of wages. 6. Wages are computed using Table 1 given the gross pay scale rank and step increment of any employee. Include also a corporate tax deduction rated at 11 %. Gross Pay By Rank ($) 4 3 2 1 115.00 215.00 342.50 510.00 2 125.00 232.50 360.00 620.00 3 145.00 245.00 380.00 740.00 4 167.50 267.05 405.00 850.00 190.00 290.00 440.00 990.00 Table 1. Schedule of wages without tax deduction. Step
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. partTimeEmployee -payRate: double -hoursWorked: double +print () const: 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
Transcribed Image Text: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. partTimeEmployee -payRate: double -hoursWorked: double +print () const: 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
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