c3LinearizationExample.py

class A( object ):
   def __init__( self ):
      print("A")
      super( A, self ).__init__()

class B( object ):
   def __init__( self ):
      print("B")
      super( B, self ).__init__()

class C( object ):
   def __init__( self ):
      print("C")
      super( C, self ).__init__()

class D( object ):
   def __init__( self ):
      print("D")
      super( D, self ).__init__()

class E( object ):
   def __init__( self ):
      print("E")
      super( E, self ).__init__()

class K1( A, B, C ):
   def __init__( self ):
      print("K1")
      super( K1, self ).__init__()

class K2( D, B, E ):
   def __init__( self ):
      print("K2")
      super( K2, self ).__init__()

class K3( D, A ):
   def __init__( self ):
      print("K3")
      super( K3, self ).__init__()

class Z( K1, K2, K3):
   def __init__( self ):
      print("Z")
      super( Z, self ).__init__()

print( Z.mro() )
z = Z()

A bit of code to verify the explanation of c3 linearization I found on wikipedia.