Abstraction:
============
X-app:
class pqr:
	data
	m1():
	m2():
	m3():
class abc:
	data
	m4():
	m5():

==> MOST IMPORTANT PRINCIPLE OF OOPs.
==> REFERS TO A PROGRAMMING APPROACH BY WHICH ONLY THE RELEVANT DATA ABOUT AN OBJECT IS EXPOSED BY HIDING REMAINING DATA.
==> HELPS:
	REDUCING THE COMPLEXITY
	EFFICIENCY OF AN APPLICATION

TYPES OF ABSTRACTION:
====================
==> 2-TYPES:
	1) DATA ABSTRACTION ==> HIDING OF THE DATA INTERNALLY
	2) PROCESS ABSTRACTION ==> HIDING OF THE IMPLEMENTATION of method.

XBank:
	class

ICICI Bank:(Object)
	Home_Loan():
	Personal_Loan():
	Car_Loan():
	Education_Loan():
	credits():
		hiding implementation

HBFC Bank: (Object) 
	Home_Loan():
	Personal_Loan():
	Car_Loan():
	Education_Loan():
	credits():
		own different implementation

=======================================
Abstract Class:
===============
Normal class
=============
class myClass:
	a
	b
mc = myClass()
mc.a
mc.b

abstract class:
===============
class abstract:
	a
	b
	m1():

mc = abstract() ==> error

==> The abstract class like a normal class but we cannot be instantiated.
==> we can use the abstract class as parent class/base class for constructing other classes.

Creation of abstract class:
===========================
module: abc
	Class: ABC
	method: abstractmethod

# Creation of abstract class

from abc import ABC, abstractmethod

class Test(ABC):
    @abstractmethod
    def m1(self):
        print("This is an implementation for an Abstract Method.")
        return
    def m2(self):
        print("This is the concrete method.")

t = Test()

=======================================
Overriding of the Abstract Method:
==================================

super():
=======
==> it is used to call the abstract method in derived class
==> this can help to access the implementation as it is in derived class.
Syntax:
	super().meth_name()

# Overriding of the Abstract Class

from abc import ABC, abstractmethod

class demo(ABC):
    @abstractmethod
    def met1(self):
        print("This is an abstract method.")
        return
    def __met2(self):
        print("This is the concrete method.")

class concreteClass(demo):
    # def met1(self):
    #     super().met1()
    #     return
    def met1(self):
        print("Hi")
        print("Hello")
        print("Good Morning")
        print("Welcome to Ashok IT.")

    def __met2(self):
        print("This is Abstract Class.")


obj = concreteClass()
obj.met1()
obj.__met2()