Yes, Python supports multiple inheritance, where a child class can inherit from multiple parent classes. Here’s a breakdown:

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Key Concepts:

1. Syntax:

   class Parent1:
       def method1(self):
           print("Parent1 method")
   
   class Parent2:
       def method2(self):
           print("Parent2 method")
   
   class Child(Parent1, Parent2):  # Inherits from Parent1 and Parent2
       pass
   
   obj = Child()
   obj.method1()  # Output: Parent1 method
   obj.method2()  # Output: Parent2 method
   

2. Method Resolution Order (MRO):
   • Python uses the C3 linearization algorithm to resolve conflicts when methods/attributes have the same name in multiple parents.
   • The order of parent classes matters (e.g., Child(Parent1, Parent2) vs. Child(Parent2, Parent1)).
   • View MRO with Child.__mro__ or Child.mro().
3. Diamond Problem:
   • Occurs when a class inherits from two classes that themselves inherit from a common base class.
   • Example:

     class A:
         def greet(self):
             print("A")
     class B(A):
         def greet(self):
             print("B")
     class C(A):
         def greet(self):
             print("C")
     class D(B, C):
         pass
     
     d = D()
     d.greet()  # Output: B (due to MRO: D -> B -> C -> A)
     

4. Practical Use Cases:
   • Mixins: Small reusable classes that add specific features (e.g., logging, serialization).
   • Example:

     class JSONMixin:
         def to_json(self):
             import json
             return json.dumps(self.__dict__)
     
     class User(JSONMixin):
         def __init__(self, name):
             self.name = name
     
     u = User("Alice")
     print(u.to_json())  # Output: {"name": "Alice"}
     

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Why Use Multiple Inheritance?

• ✅ Combine features from multiple classes.
• ✅ Avoid code duplication via mixins.
• 🚫 Use sparingly to avoid complexity (favor composition over inheritance if possible).

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Example of Method Conflict:

class Father:
    def skill(self):
        print("Cooking")

class Mother:
    def skill(self):
        print("Programming")

class Child(Father, Mother):  # Father's method takes priority
    pass

c = Child()
c.skill()  # Output: Cooking (due to MRO)

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In Python, multiple inheritance is powerful but requires careful design to avoid ambiguity! 🐍