Define a class named Employee with the following attributes: name, employee_id, department, and position. The Employee class should also have the following methods: init(self, name, employee_id, department, position): a constructor method that initializes an Employee object with name, employee_id, department, and position. get_details(self): a method that prints the details of the employee in the following format: "Name: John, ID: 001, Department: IT, Position: Software Engineer". Create a class named EmployeeManagement which will manage a list of Employee objects. This class should have the following methods: add_employee(self, employee): a method that takes an Employee object and adds it to the list of employees. remove_employee(self, employee_id): a method that takes an employee_id and removes the corresponding Employee object from the list. display_all_employees(self): a method that iterates over the list of employees and calls the get_details() method on each Employee object. Finally, demonstrate the functionality of these classes by creating some Employee objects, adding them to an EmployeeManagement object, removing an employee, and displaying all employees. Remember to follow good OOP principles such as encapsulation and use comments to document your classes and methods. When your program runs, it should match the expected output below but should be able to properly handle any valid type of input for the various functions used.

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter11: Advanced Inheritance Concepts

Section: Chapter Questions

Problem 5RQ

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Define a class named Employee with the following attributes: name, employee_id, department, and position.
The Employee class should also have the following methods:

__init__(self, name, employee_id, department, position): a constructor method that initializes an Employee object with name, employee_id, department, and position.
get_details(self): a method that prints the details of the employee in the following format: "Name: John, ID: 001, Department: IT, Position: Software Engineer".

Create a class named EmployeeManagement which will manage a list of Employee objects. This class should have the following methods:

add_employee(self, employee): a method that takes an Employee object and adds it to the list of employees.
remove_employee(self, employee_id): a method that takes an employee_id and removes the corresponding Employee object from the list.
display_all_employees(self): a method that iterates over the list of employees and calls the get_details() method on each Employee object.

Finally, demonstrate the functionality of these classes by creating some Employee objects, adding them to an EmployeeManagement object, removing an employee, and displaying all employees.
Remember to follow good OOP principles such as encapsulation and use comments to document your classes and methods.
When your program runs, it should match the expected output below but should be able to properly handle any valid type of input for the various functions used.

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