Reputation: 37
When I define the __init__
of ProductionWorker
, I also need to set the attributes of EmployeeClass
. I entered "Bob"
and "001121"
as a test and it works but I need to be able to change it in my main from the input of the user.
class ProductionWorker(EmployeeClass):
SHIFT = {1: "day shift", 2: "night shift"}
def __init__(self, shift=None, hourly_pay=None):
EmployeeClass.__init__(self, "Bob", "001121")
self.__shift = shift
self.set_shift = shift
self.__hourly_pay = hourly_pay
self.set_hourly_pay = hourly_pay
# setters
def set_shift(self, shift):
if shift in ProductionWorker.SHIFT:
self.__shift = shift
else:
self.__shift = None
def set_hourly_pay(self, hourly_pay):
self.__hourly_pay = hourly_pay
# getters
def get_shift(self):
return self.__shift
def get_hourly_pay(self):
return self.__hourly_pay
def __str__(self):
summary = EmployeeClass.__str__(self)
return summary + "They work on the " + ProductionWorker.SHIFT[self.__shift] + " and make " + "$" \
+ str(format(self.__hourly_pay, "0.2f")) + " an hour."
My main:
from Employee import EmployeeClass
from Employee import ProductionWorker
e_name = input("Enter the name of the employee: ")
e_number = input("Enter the ID number of the employee: ")
e_shift = int(input("Enter 1 if they work day shift or 2 if they work night shift: "))
e_hourly_pay = float(input("Enter how much they make hourly (numerical): "))
x = EmployeeClass(e_name, e_number)
z = ProductionWorker(e_shift, e_hourly_pay)
print(z)
This is the result I get:
Enter the name of the employee: Joe
Enter the ID number of the employee: 5555
Enter 1 if they work day shift or 2 if they work night shift: 2
Enter how much they make hourly (numerical): 30
The employee's name is Bob. Bob's ID number is: 001121. They work on the night shift and make $30.00 an hour.
Upvotes: 0
Views: 107
Reputation: 1002
I would include the parameters of the EmployeeClass in the init method parameters of the ProductionWorker to pass along to the superclass.
For python 3 you can do super().__init___() rather than EmployeeClass.__init__().
Additionally you should consider using descriptors rather than implementing getters and setters as that is the pythonic way to do that.
class ProductionWorker(EmployeeClass):
def __init__(self, name, number, shift=None, hourly_pay=None):
super().__init__(name, number)
self.__shift = shift
self.__hourly_pay = hourly_pay
Upvotes: 0
Reputation: 42748
You have to use arguments as any with any other parameters:
class ProductionWorker(EmployeeClass):
SHIFT = {1: "day shift", 2: "night shift"}
def __init__(self, name, number, shift=None, hourly_pay=None):
EmployeeClass.__init__(self, name, number)
self._shift = shift
self.hourly_pay = hourly_pay
@property
def shift(self):
return self._shift
@shift.setter
def shift(self, shift):
if shift in ProductionWorker.SHIFT:
self._shift = shift
else:
self._shift = None
def __str__(self):
summary = EmployeeClass.__str__(self)
return summary + "They work on the {} and make ${:.2f} an hour.".format(
ProductionWorker.SHIFT[self.shift], self.hourly_pay)
name = input("Enter the name of the employee: ")
number = input("Enter the ID number of the employee: ")
shift = int(input("Enter 1 if they work day shift or 2 if they work night shift: "))
hourly_pay = float(input("Enter how much they make hourly (numerical): "))
z = ProductionWorker(name, number, shift, hourly_pay)
print(z)
Upvotes: 1