#9944: categories for polynomial rings
--------------------------------------------+-------------------------------
    Reporter:  robertwb                     |         Owner:  nthiery           
                         
        Type:  defect                       |        Status:  needs_review      
                         
    Priority:  major                        |     Milestone:  sage-4.7.1        
                         
   Component:  categories                   |    Resolution:                    
                         
    Keywords:                               |   Work_issues:                    
                         
    Upstream:  N/A                          |      Reviewer:  Nicolas M. 
ThiƩry, Mike Hansen, Martin Raum
      Author:  Robert Bradshaw, Simon King  |        Merged:                    
                         
Dependencies:  sage-4.7 + #11139            |  
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Comment(by SimonKing):

 Replying to [comment:79 SimonKing]:
 > Replying to [comment:78 mraum]:
 > > I encountered only two further issues:
 > > in polynomial_zz_pex.pyx new line 107f there is no specification of
 the except clause and I think raise TypeError ... is what belongs there. I
 know this is not your code, but it would be nice to fix this "on the fly".
 Can we have a doctest for this?
 >
 > I am trying. But probably you are right, it should probably be `except
 TypeError`.

 I think I misunderstood your remark: You do not complain about the fact
 that there is a bare `except`, but you noticed that the TypeError is
 constructed but not raised. That's odd, of course.

 I found the following example, in which the error should be raised:
 {{{
 sage: K.<a>=GF(next_prime(2**60)**3)
 sage: R.<x> = PolynomialRing(K,implementation='NTL')
 sage: R([3,'1234'])
 3*x + 3
 }}}
 Hence, currently there is no error raised and the result is absolute
 nonsense.

 I'll fix that.

-- 
Ticket URL: <http://trac.sagemath.org/sage_trac/ticket/9944#comment:80>
Sage <http://www.sagemath.org>
Sage: Creating a Viable Open Source Alternative to Magma, Maple, Mathematica, 
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