python - Multiple initialisation with given input parameter -

i trying make class executed given number of times according passed parameter. class converts dictionary desired data.

let me show quick example of mean exactly:

first class a offers common methods derivative classes.

class a(object):     @staticmethod     def do_magic(obj):     # ...     print(''.obj) 

class b, e (skipped in example) initialise objects , provide b_stuff , e_stuff.

class b(a):     def __init__(self, mydict):     #     self.b_stuff = [...] 

now class c comes play. transforms given dictionary mydict has key-value pair describing number of iterations 'iters': 'val'

class c(b, e):     def __init__(self, mydict):         b.__init__(self, mydict) # access b_stuff         e.__init__(self, mydict) # access e_stuff          self.iters = int(self.mydict['iters'])     # desired nb of initialisations/executions         self.c_stuff = [b_stuff, e_stuff, other]              def do_magic(self):         a.do_magic(self.c_stuff)  

now problem is, once calling class external loop later in code don't know how make class do_magic mydict['iters'] number of times.

for d in list_of_dicts:     c(d).do_magic() 

one of solutions i'll initialise class in external loop above, that:

for d in list_of_dicts:     in range(int(d['iters']))         c(d).do_magic() 

but feels far away oop style.

to 100% sure folks follow me, ill show here actual expected behaviour:
d - input dictionary
d['iters'] = 2

execute

c(d).do_magic() 

actual result:

>>>  'xxx yyy random_number1 .... '   

expected result:

>>>  'xxx yyy random_number1 .... '   'xxx yyy random_number2 .... '  # random number class b re-initialised!! 

as exploring stack i've found out hints refer __new__ method still no clue if right path , how :)

edit:

as @peter-wood suggested - adding question:

i'd point out both attributes b_stuff , e_stuff once initialised - produce unique strings part of c_stuff , updated each do_magic() call.

this method ''.join(obj) (see class a)

class c(b, e):     def do_magic(self):         _ in range(self.iters):             a.do_magic(self.c_stuff)