class TestEmployeeCreation(unittest.TestCase):
def setUp(self):
'''
Creates re-usable cases for tests that follow
'''
self.emp_1 = Employee("Kostas", "Koutoupis", 30000, 3)
self.emp_2 = Employee("Sue", "Weatherspoon", 20000, 2)
def test_employee_fullname(self):
'''
Fullname method should combine employee's first and last name
'''
emp_1_fullname = self.emp_1.fullname
self.assertEqual(emp_1_fullname, "Kostas Koutoupis")
emp_2_fullname = self.emp_2.fullname
self.assertEqual(self.emp_2.fullname, "Sue Weatherspoon")
def test_employee_email(self):
'''
Email method should combine lastname and uppercase of
first name's first letter with @company.uk
'''
email1 = self.emp_1.email
self.assertEqual(email1, "*****@*****.**")
email2 = self.emp_2.email
self.assertEqual(email2, "*****@*****.**")
def test_employee_email_regex(self):
'''
Testing email structure against regex
'''
email1 = self.emp_1.email
self.assertRegex(email1, r"[\w]+[\w]@company\.uk")
email2 = self.emp_2.email
self.assertRegex(email2, r"[\w]+[\w]@company\.uk")
def test_employee_apply_raise(self):
'''
Apply raise should multiply pay with raise amount
'''
raise_emp_1 = self.emp_1.apply_raise()
self.assertEqual(raise_emp_1, 45000)
raise_emp_2 = self.emp_2.apply_raise()
self.assertEqual(raise_emp_2, 30000)
def test_employee_can_be_promoted(self):
'''
If employee years in the company > 2
then this should return True
'''
promotion_1 = self.emp_1.can_be_promoted()
self.assertTrue(promotion_1)
promotion_2 = self.emp_2.can_be_promoted()
self.assertFalse(promotion_2)
def test_employee_register_time(self):
empl = Employee("Rafał", "Korzeniewski", 100.0)
empl.register_time(5)
assert empl.registered_time_normal == 5
empl.register_time(10)
assert empl.registered_time_normal == 8 + 5
assert empl.registered_time_overtime == 2
assert empl.registered_time_overtime == 2
"""
File: test_company.py
This is the test program for assignment 4.
"""
from company import Employee, Customer
customer1 = Customer("Drew Smith", \
"285 Andover Lane, Pompano Beach, FL, 33060", \
"412-555-2121", \
760)
employees = []
employees.append(Employee("James Chen", \
"87 Pierce Road, Windsor, CT, 06095", \
"256-555-3331", \
907, \
75000)
)
employees.append(Employee("Brady Parker", \
"80 Franklin Dr., Waterbury, CT, 06705", \
"756-555-3828", \
321, \
90000)
)
print("Customers: \n")
print(customer1, "\n")
print("Employees: \n")
while True:
print(
"\n \n what would you like to see:\n1.salary\n2.disp_details\n3.check\n4.calc_tax\n5.Exit"
)
choice = int(input("enter your choice: "))
print(choice)
sup_id = [12, 13, 14, 15, 16, 17]
emp_name = raw_input("enter the name: ")
emp_id = int(input("enter the id: "))
emp_age = int(input("enter the age: "))
emp_salary = int(input("enter the salary: "))
if emp_id in sup_id:
sup = Supervisor(emp_name, emp_id, emp_age, emp_salary)
else:
emp = Employee(emp_name, emp_id, emp_age, emp_salary)
if choice == 1:
months = int(input("enter number of months: "))
if emp_id in sup_id:
tot_salary = sup.salary(months)
print(tot_salary)
else:
tot_salary = emp.salary(months)
print(tot_salary)
elif choice == 2:
if emp_id in sup_id:
sup.disp_details()
else:
emp.disp_details()
def setUp(self):
'''
Creates re-usable cases for tests that follow
'''
self.emp_1 = Employee("Kostas", "Koutoupis", 30000, 3)
self.emp_2 = Employee("Sue", "Weatherspoon", 20000, 2)
Date: 3/29/2020
This file is a test program for the fuctions in company.py and person.py
"""
from company import Employee, Customer
customer1 = Customer("Andrew Coltor", \
"365 Jacob's Lane, Denver, CO, 33090", \
"661-555-2255", \
781)
employees = []
employees.append(Employee("James Chen", \
"99 Moulton Ave, Providence, RI, 07654", \
"504-555-6548", \
907, \
77000)
)
employees.append(Employee("Brady Parker", \
"66 Alberto Dr., Hartford, CT, 06963", \
"851-555-7913", \
321, \
91000)
)
print("Customers: \n") #print customer information
print(customer1, "\n")
print("Employees: \n") #print employee information
from company import Employee
# Create employee, and give a default bonus (1%).
emp1 = Employee("Siv", 7000)
emp1.payBonus();
print(emp1.toString())
# Create employee, and give a 10% bonus.
emp2 = Employee("Joe", 15000)
emp2.payBonus(10);
print(emp2.toString())
# Increase the minimum salary.
Employee.setMinimumSalary(18000)
# Create employee, and give a 10% bonus if salary between 10000 and 20000.
emp3 = Employee("Adi", 15000)
emp3.payBonus(10, 10000, 20000)
print(emp3.toString())
# Create employee, and give a 10% bonus if salary between 50000 and 80000.
emp4 = Employee("Ole", 15000)
emp4.payBonus(10, 50000, 80000)
print(emp4.toString())
def test_employee_init(self):
empl = Employee("Rafał", "Korzeniewski", 100.0)
assert empl.first_name == "Rafał"
assert empl.last_name == "Korzeniewski"
assert empl.rate_per_hour == 100.0
def test_employee_pay_salary_overtime(self):
empl = Employee("Rafał", "Korzeniewski", 100.0)
empl.register_time(10)
assert empl.pay_salary() == 8 * 100 + 2 * 2 * 100
def test_employee_pay_salary(self):
empl = Employee("Rafał", "Korzeniewski", 100.0)
assert empl.pay_salary() == 0
empl.register_time(5)
assert empl.pay_salary() == 500
assert empl.pay_salary() == 0
from company import Employee
# Create some employees and display them.
emp1 = Employee("Bill", 15000)
emp2 = Employee("Ben", 20000)
print(emp1.toString())
print(emp2.toString())