I know this question might be pointless but there is a reason why I am looking to do it this way. I want to call something exactly opposite to super()
class A(object):
def use_attack(self, damage, passive, spells):
#do stuff with passed parameters
#return something
def use_spell(self, name , enemy_hp):
#other code
if name == 'Enrage':
#call child method use_attack right here
class B(A):
def use_attack(self):
#bunch of code here
return super(B, self).use_attack(damage, passive, spells)
def use_spell(self, name , enemy_hp):
return super(B , self).use_attack(name ,enemy_hp)
b = B()
b.use_spell('Enrage', 100)
I have a bunch of code in class B
's use_attack()
method that I would not like to replicate in the parent method of use_spell()
.
I would like to call the child method use_attack()
in the line indicated.
I have a bunch of code in class B's use_attack() method that I would not like to replicate in the parent method of use_spell() .
Then factor that code out into a method on the parent class. This is exactly what inheritance is for. Children inherit code from parents, not the other way around.
From the python docs: "The mro attribute of the type lists the method resolution search order used by both getattr() and super()"
https://docs.python.org/3/library/functions.html#super
This should help shed some light on Inheritance and Method Resolution Order (mro).
class Foo(object):
def __init__(self):
print('Foo init called')
def call_child_method(self):
self.child_method()
class Bar(Foo):
def __init__(self):
print('Bar init called')
super().__init__()
def child_method(self):
print('Child method called')
bar = Bar()
bar.call_child_method()
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