python class name

1type(x).__name__

1class SillyClassName:
2    @classmethod 
3	def my_name(cls_):
4		return cls_.__name__
5
6 def class_name(self):
7  	# self.__class__ gets the current class
8    # .__name__ gets the name
9	return self.__class__.__name__
10
11SillyClassName.my_name()
12# prints SillyClassName
13
14inst = SillyClassName()
15inst.class_name()
16# prints SillyClassName

1class Dog:
2
3    def bark(self):
4        print("Woof!")
5
6    def roll(self):
7        print("*rolling*")
8
9    def greet(self):
10        print("Greetings, master")
11
12    def speak(self):
13        print("I cannot!")
14
15# Creating the Dog class instance and saving it to the variable <clyde>
16clyde = Dog()
17clyde.bark()   # --> Woof!
18clyde.roll()   # --> *rolling*
19clyde.greet()  # --> Greetings, master
20clyde.speak()  # --> I cannot!
21
22# Creating another Dog instance
23jenkins = Dog()
24jenkins.bark()  # --> Woof!
25jenkins.roll()  # --> *rolling*
26# .. And other methods
27# .. Infinite objects can be created this way, all implementing the same methods defined in our class
28

1instance.__class__.__name__

1class Person:#set name of class to call it 
2  def __init__(self, name, age):#func set ver
3    self.name = name#set name
4    self.age = age#set age
5   
6
7    def myfunc(self):#func inside of class 
8      print("Hello my name is " + self.name)# code that the func dose
9
10p1 = Person("barry", 50)# setting a ver fo rthe class 
11p1.myfunc() #call the func and whitch ver you want it to be with 

1class Person:
2  def __init__(self, name, age):
3    self.name = name
4    self.age = age
5  def myfunc(self):
6    print("Hello my name is " + self.name +".")
7
8p1 = Person("Victor", 24)
9p1.myfunc()