Write a program that includes an Employee class that can be used to calculate and print the take-home pay for a commissioned sales employee. All employees receive 7% of the total sales. Federal tax rate is 18%. Retirement contribution is 10%. Social Security tax rate is 6%. Write instance methods to calculate the commission income, federal and social security tax withholding amounts and the amount withheld for retirement. Use appropriate constants, design an object-oriented solution, and write constructors. Include at least one mutator and one accessor method; provide properties for the other instance variables. Create a second class to test your design. Allow the user to enter values for the name of the employee and the sales amount for the week in the second class.

using System;

using System.Collections.Generic;

using System.Linq;

using System.Text;

using System.Threading.Tasks;

employeeNamespace EmployeeProgram

{

public class employee

{

private int employeeNumber;

private string employeeName;

private string employeeHireDate;

private int employeeMonthlySalary;

private string employeeDescription;

private string employeeDepartment;

public employee(int employeeNumber, string employeeName, string dateOfHire, int employeeMonthlySalary, string employeeDescription, string employeeDepartment)

{

this.employeeNumber = 79;

this.employeeName = "David";

this.employeeHireDate = "09/03/20";

this.employeeMonthlySalary = 34834;

this.employeeDescription = "Manager";

this.employeeDepartment = "Engineering";

}

public int EmployeeNumber

{

get

{

return employeeNumber;

}

set

{

employeeNumber = value;

}

}

public string employeeName

{

get

{

return employeeName;

}

set

{

employeeName = value;

}

}

public string employeeHireDate

{

get

{

return employeeHireDate;

}

set

{

employeeHireDate = value;

}

}

public int employeeMonthlySalary

{

get

{

return employeeMonthlySalary;

}

set

{

employeeMonthlySalary = value;

}

}

public string employeeDepartment

{

get

{

return employeeDepartment;

}

set

{

employeeDepartment = value;

}

}

public string employeeDescription

{

get

{

return employeeDescription;

}

set

{

employeeDescription = value;

}

}

public override string ToString()

{

return "Employee ID: " + employeeNumber +

"Employee employeeName: " + employeeName +

"Employee Hire Date: " + employeeHireDate +

"Employee Monthly Salary: " + employeeMonthlySalary +

"Employee employeeDescription: " + employeeDescription +

"Employee employeeDepartment: " + employeeDepartment;

}

public void Print()

{

Console.WriteLine(this.ToString());

}

}

Int32 weeklySales = 0;

while (weeklySales.Equals(0))

{

Console.WriteLine("What are your weekly sales?");

String input = Console.ReadLine();

try

{

weeklySales = Int32.Parse(input);

}

catch

{

Console.WriteLine("There is an error in your input, try again!");

}

}

Double grossPay = weeklySales * .07;

Double federalTax = grossPay * .18;

Double retirement = grossPay * .1;

Double socialSecurity = grossPay * .06;

Double totDeductions = socialSecurity + retirement + federalTax;

Double homePay = grossPay - totDeductions;

Console.Write("\nYour Weekly Sale amount is :" + weeklySales + "$\nGross Pay: " + grossPay + "$\nFed Tax: " + federalTax + "$\nRetirement: " + retirement + "$\nSocial Security: " + socialSecurity + "$\nTotal Deductions: " + totDeductions + "$\nMaking your take home pay: " + homePay + "$");

Explanation:

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step-by-step explanation:

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explanation: