Question

Python

In this assignment you are asked to enhance the #3 to define a class to model the characteristics of a generic employee. The class is part of a slightly larger program that incl create some employee objects and test its methods. The name of the class is Employee' and includes the following methods and attributes: n program created in Lab udes code to use the class to Method Name Input/ Attributes Output/ Returns Purpose Constructor sets initial values See belo See below@ None init for all obiect attributes. Displays a readable versio the Employee object Employee data as a printable string one str Hourly rate (float) Calculates and returns the None hourly_rate employee's hourly rate of pay - divides salary by 2080 Returns the employee's current age in years subtracts today's year from birth year, but Today 's accounts for month differences month (int) (i.e. if birth month occurs before and today's today's month, age is current year(int) age r minus birth year, otherwise yea that minus 1) If age > 65, returns Truemonth (int)True or False employee is eligible to retire.and Otherwise, "False can_retire today's ear(int)

Answer 1

#Employee class creation
class Employee:
    #constructor
   def __init__(self,empl_num,name,birth_month,birth_year,job_title,salary):
        self.empl_num=empl_num
        self.name=name
        self.birth_Month=birth_month
        self.birth_year=birth_year
        self.job_title=job_title
        self.salary=salary
   #Function to calculate hourly pay
    def hourly_rate(self):
        return self.salary/2080
    #function to calculate age
    def age(self,month,year):
       # month=birth_Month-month
        if month<self.birth_Month:
            age=year-(self.birth_year)-1
            return age
        else:
            age=year-self.birth_year
            return age
    #function to calculate retirement status
    def can_retire(self,m,y):
        if(m<self.birth_Month):
            age=(y-birth_yearr)-1
        else:
            age=y-self.birth_year
        if(age>65):
            return True
        else:
            return False
    #to string method
    def __str__(self):
        template='{0.empl_num} {0.name} {0.birth_Month} {0.birth_year} {0.job_title} {0.salary}'
        return template.format(self)

#Main method or test method
def main():
#Instantiate an object
e1=Employee('E12345','Ashok',2,2000,'Lawyer',100000)
#Print using _str_
print(e1)
#display current age
print('Age=',e1.age(9,2018))
#Display current salary
print('Salary Per Hour=%.2f'%e1.hourly_rate())
#display current retirement status
print('Retirement status=',e1.can_retire(9,2018))
if __name__== "__main__":
main()

OUTPUT

E12345 Ashok 2 2000 Lawyer 100000
Age= 18
Salary Per Hour=48.08
Retirement status= False