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#Creating an empty class named "Employee"
class Employee:
	#Define a class attribute ("Global attribute" within the class.)
	MIN_salary = 30000 #<--- no self
	
	
	
	#(Not necessary but most class object has this: init constructor)
	def __init__(self, name, salary=0):
		#Create the name and salary attributes
		#Listing all attributes here and also links them with the inputs. 
		self.name = name
		self.salary = salary
		
		#Creating conditionings for attributes if applicable
		if salary >= Employee.MIN_salary:
			self.salary = salary
		else:
			self.salary = Employee.MIN_salary
	
	"""Alternative constructor"""
	@classmethod
	#cls refers to "class", will call __init__().
	def from_str(cls,datestr):
		parts = datestr.split("-")
        year, month, day = int(parts[0]), int(parts[1]), int(parts[2])
        # Return the class instance
        return  cls(int(year), int(month),int(day))
	
	"""Defining attributes in class definition"""
	def set_name(self, new_name):
		self.name=new_name
	
	def set_salary(self,new_salary):
		self.salary=new_salary

#Created an object emp of class Employee
emp = Employee()

#Setting up attributes for your class object
emp.set_name("Eric Lau")
emp.set_salary(50000)

print(emp.salary)