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Python Object Oriented:
Python has been an object-oriented language ever since it became popular. This makes it very easy to create and use classes and items. If you have no personal experience in Object Oriented Programming, you may want to consult an introductory course or at least a tutorial on the minimum grasp of the basic components.
Overview of OOP Terminology:
Class:
USR-defined prototype for an object that describes a set of attributes that highlight any component of the class. Attributes are data members and methods, which are obtained through dot notation.
Class Variable:
A variable that is shared by all the examples in the class. Class variables are defined within the class but outside of the class in any way. Class variables are not used as often as the example variables.
Data Member:
A class variable or instance variable that contains data associated with a class or its injector.
Function Overloading;
Multiple variables for an assignment or a specific function. The operation performed varies depending on the type of item or the argument variable.
Inheritance:
Transferring the characteristics of a class to another class that dries out.
Instantiation: The production of instance of a class.
Method:
A special type of function described in the class definition.
Object:
A unique example of a data structure that is better suited to its class. An object contains both data members and methods.
Creating Classes:
The class statement creates a new class definition. The name of class immediately follows the keywords class followed by a colon.
class ClassName:
‘Optional class documentation string’
Calss-suite
Class Employee:
‘Common base class for all employees’
Empcount = 0
Def _ init_(self, name, salary):
Self.name=name
Self.salary=salary
Employee.empcount+= 1
Def displaycount(self):
Print “Total Employee %d” % Employee.empcount
Def displayEmployee(self):
Print”Name: “,self.name, “,self.salary
The variable emp count is a class variable whose alue is common to all instances outside of that class or calss. It can be accessed as Employee.empcount inside the classroom or outside the classroom.
Creating Instance Objects:
To create class examples, you call the class using the class name and pass whatever arguments it gives to the concepts
of _init_method.
Emp1.displayemployee():
Emp2.displayemployee():
Print “total employee %d” % employee.empcount
Now putting all togather:s
Class employee:
‘Common base class for all employee ‘
Empcount=0
Def_init__(self, name, salary):
Self.name=name
Self.salary=salary
Employee.empcount+= 1
Def displaycount(self):
Print “Total Employee %d” % Employee.empcount
Def displayEmployee(self):
Print”Name: “,self.name, “,self.salary
“This would create first object of Employee Class”
Emp1= Employee(“Zara,2000”)
“This would create second object of Employee Class”
Emp2= Employee(“Alia,3000”)
Emp1.displayEmployee()
Emp2.displayEmployee()
Print “total Employee %d” %Employee.empcount
Result is:
Name : Zara,salary:2000
Name:Alia,salary:3000
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