Write a python code for both 1 and 2use random inputs for each variable **Class Hierarchy Explanation**This educational content covers the class hierarchy diagram depicted as follows:### Diagram Description:At the top of the hierarchy is the `Employee` class. It branches into two subclasses: `Hourly_Based_Employee` and `Salary_Based_Employee`. The `Salary_Based_Employee` class further extends to another class named `Manager`.### Tasks and Class Descriptions1. **Create the Super Class "Employee"** - This class will include the following instance variables, constructor, and methods: - `name` - `date_of_birth` - `starting_date` - `ssn` (Social Security Number) - `phone_number` - Constructor - Set/Get methods - Print method 2. **Create the Subclass "Hourly_Based_Employee"** - Derived from the super class `Employee`, it will have the following additional instance variables, constructor, and methods: - `name` - `date_of_birth` - `starting_date` - `ssn` - `phone_number` - `per_Hour` (Hourly rate) - `hours` (Worked hours) - Constructor - Set/Get methods - `computeSalary` method that calculates the salary based on `hours * per_hour`This hierarchy demonstrates inheritance in object-oriented programming by showcasing how base properties and behaviors can extend into more specialized classes.

Inheritance allows a class to inherit all the methods and properties from another class. The class which inherits the property is called subclass or child child. The class whose properties are inherited is called super class or parent class.class Employee: name = "" date_of_birth = "" #string format dd/mm/yyyy starting_date = "" ssn = 0 #Constructor def __init__(self, name, date_of_birth, starting_date, ssn): self.name = name self.date_of_birth = date_of_birth self.starting_date = starting_date self.ssn = ssn #Getter methods def getName(self): return self.name def getDOB(self): return self.date_of_birth def getStartingDate(self): return self.starting_date def getSSN(self): return self.ssn #Setter methods def setName(self, name): self.name = name def setDOB(self, date_of_birth): self.date_of_birth = date_of_birth def setStartingDate(self, starting_date): self.starting_date = starting_date def setSSN(self): self.ssn = ssn def print(self): print("Name: ", self.name) print("DOB: ", self.date_of_birth) print("Starting date: ", self.starting_date) print("SSN: ", self.ssn) class Hourly_Based_Employee(Employee): #Rest data members are dervied from the super class. phone_number = 0 per_Hour = 0 hours = 0 #Constructor def __init__(self, name, date_of_birth, starting_date, ssn, phone_number, per_Hour, hours): super().__init__(name, date_of_birth, starting_date, ssn) self.phone_number = phone_number self.per_Hour = per_Hour self.hours = hours #Getter methods def getPhoneNumber(self): return self.phone_number def getPerHour(self): return self.per_Hour def getHours(self): return self.hours #Setter methods def setPhoneNumber(self, phone_number): self.phone_number = phone_number def setPerHour(self, per_Hour): self.per_Hour = per_Hour def setHours(self, hours): self.hours = hours def computeSalary(self): return hours*per_Hour