'''

# Sample class with init method

class Person:

# init method or constructor

def __init__(self):

self.name = "Arockia"

# Sample Method

def printname(self):

print('Hello, my name is', self.name)

p = Person()

p.printname()

print("*****************************************")

class Addition:

first = 0

second = 0

answer = 0

# parameterized constructor

def __init__(self, f, s):

self.first = f

self.second = s

def display(self):

print("First number = " + str(self.first))

print("Second number = " + str(self.second))

print("Addition of two numbers = " + str(self.answer))

def calculate(self):

self.answer = self.first + self.second

# creating object of the class

obj1 = Addition(10, 20)

# creating second object of same class

obj2 = Addition(40, 10)

# perform Addition on obj1

obj1.calculate()

# perform Addition on obj2

obj2.calculate()

# display result of obj1

obj1.display()

# display result of obj2

obj2.display()

print("*********************************************")

'''

class Person:

# Constructor

def __init__(self, name):

self.name = name

# To get name

def getName(self):

return self.name

# To check if this person is employee

def isEmployee(self):

return False

# Inherited or Sub class

class Employee(Person):

# Here we return true

def isEmployee(self):

return True

emp = Person("Arockia") # An Object of Person

print(emp.getName(),":", emp.isEmployee())

emp = Employee("Neo") # An Object of Employee

print(emp.getName(),":", emp.isEmployee())