Code Explanation:
1. Class X Definition
class X:
def get(self): return "X"
A class X is created.
It defines a method get() that returns the string "X".
Any object of class X can call get() and receive "X".
2. Class Y Definition
class Y:
def get(self): return "Y"
Another class Y is defined.
It also has a method get(), but this one returns "Y".
This sets up a scenario where both parent classes have the same method name.
3. Class Z Uses Multiple Inheritance
class Z(X, Y):
Class Z inherits from both X and Y.
Because X is listed first, Python’s Method Resolution Order (MRO) will look into:
Z
X
Y
object
4. Z Overrides get()
def get(self): return super().get() + "Z"
Z defines its own version of the method get().
super().get() calls the parent version according to MRO.
Since X comes before Y, super().get() calls X.get(), returning "X".
"Z" is then concatenated.
So the final result becomes:
"X" + "Z" = "XZ"
5. Printing the Result
print(Z().get())
Creates an object of class Z.
Calls the overridden version of get().
Which internally calls X’s get() and adds "Z" to it.
Output becomes:
XZ
Final Output
XZ


0 Comments:
Post a Comment