#!/usr/bin/python
from employee import Employee
emp1 = Employee("Bob", 50000);
emp2 = Employee("Mary", 60000);
print emp1;
print emp2;
emp1.displayEmployee();
emp2.displayEmployee();
emp1.displayCount();
# Because python is dynamic and all you can add attributes to an
# existing instance
emp1.age = 25;
def emp(age, competence):
employee = Employee()
employee.age = age
employee.competence = competence
return employee
if usrname in un_list:
dup = True
usrname = gen_un(emp_fname, emp_lname, emp_birthyr, dup)
# adding all the username to the list by appending
un_list.append(usrname)
# Calling the Employee class for each set of employee
# Then call the gen_pw function from Employee class to generate password
employee_list = Employee(employee[0], employee[1], employee[2],
employee[3], employee[4], employee[5])
passwd = employee_list.gen_pw()
# from the employee list running the function greetings and age from Person class
# then adding them to the new list
em_tuple = (employee_list.greetings(), employee_list.age())
em_greet_age_list.append(em_tuple)
# creating a list of all information of employee and password
# then using the username as the key for a dictionary
em_db = [emp_fname, emp_lname, emp_birthyr, passwd]
employee_dict[usrname] = em_db
######### removed with function gen_un() #########
# moving to function section and recreating as a function def
#
#un_first_init = emp_fname[0].lower()
#un_lname = emp_lname.lower()
#un_birthyr_2d = emp_birthyr[-2] + emp_birthyr[-1]
#
#username = un_first_init + un_lname + un_birthyr_2d
