super - Python 2.6: How to access base class descriptor field hidden by derived class? -

I have a descriptor of data collection in the dictionary of the host object and I have a range of hierarchy The fields of this descriptor are:

  class identifier (object): def __init __ (self, main name = 'descr'): self.keyname = keyname def __get__ (object, own keyname, Val) Class A (Object): F = Adapteror ('' Object '' 'Object' Key A ': Class B (A): F = Edscript R ('kb') b = b () bf = 'b' print super (b, b) .f super (b, b) .f = 'a'   
 the last line Do not work: Super (B, B). F = 'A'  
 Why do not you get work and set set?  Set  ['F'].  Set <  
 
 Correct:  
 In a form given in my initial post, the AF has identified the name of A (missing) or default 8192- Named property is evaluated - do nothing with it. That is why I have a  dict  ['F'] -  Receive  used to exclude calls.  
  def __get __ (self, obj, objtype = none): If there is no obj, then there is a need to make a small change if # Bold descriptor is not returned only if a bound object is not returned. In this case  Af__set __ (b, 'a')  works but it is still ugly! @BigAl is not good for my needs offered by asset solutions - I will need to wrap all my details in the property.   "post-text" itemprop = "text"> 
 Definitely  Af__set __ (b, 'a')  will work if  a. D. DC ['F'] .__ set __ (b, 'a')  works? And even then  AFB = 'A'  something to work, though if you work in my memory then you may have to specify it as a property  
 
 View history to see brain-based information ...  
  & gt; & Gt; & Gt; Class adcriptor: def __init __ (self, key name = 'descr'): self.keyname = keyname def __get __ (auto, obj, objtype): return (self.keyname, getattr (obj, self.keyname, 8192)) Def __set __ (self, oz, val): setter (obje, self keyname, val)> gt; & Gt; & Gt; Class A (Object): F = Adapteror ('key') & gt; & Gt; & Gt; Class B (A): F = Adapteror ('kb')> gt; & Gt; & Gt; A, B = A (), B ()> gt; & Gt; & Gt; Print (AF, B.F., A.F., B.F.) (('Key A', 8192), ('Kiba', 8192), ('Key A', 8192), ( 'Kabbi', 8192))) & Gt; & Gt; B.F. = 'B' & gt; & Gt; & Gt; Print (AF, BF, F, BF) (('Key A', 8192), ('Keb', 'B'), ('Keya', 8192), ('Keyby', 8192)> gt; & Gt; & Gt; AF = 'A' & gt; & Gt; & Gt; Print (AF, BF, AF, BF) ('A', ('KB', 'B'), 'A', ('KBI', 8192)   
 Do you get it right?  
 What were you trying to do with Super   (I changed the  __ get __  for debugging , How it has been changed back)