#8404: Computing a H-minor
----------------------------+-----------------------------------------------
   Reporter:  ncohen        |       Owner:  rlm            
       Type:  enhancement   |      Status:  positive_review
   Priority:  major         |   Milestone:  sage-4.3.4     
  Component:  graph theory  |    Keywords:                 
     Author:                |    Upstream:  N/A            
   Reviewer:                |      Merged:                 
Work_issues:                |  
----------------------------+-----------------------------------------------

Comment(by dimpase):

 Replying to [comment:22 ncohen]:
 > This patch has been updated to program*ming*.
 >
 > I you feel anything else in Sage needs to be fixed, please create the
 corresponding ticket and -- if possible -- write a patch for it.

 well, I do not know how to patch that writeup on linear programming ---
 Minh
 does not seem to know this, either.

 >
 > You have set this ticket to "positive review". Have you actually tested
 it, docstring and documentation ?

 I applied the patch, to sage-4.3.3 on boxen (so this is a 64-bit intel
 linux)
 and did sage -t -optional on graphs/graph.py
 and it all passed (I also did some minor computations at sage prompt, just
 to make sure there is no screwup anywhere :))

 I do not know how to *test* documentation, never heard of --- is there a
 way?

 Oh, by the way, there is still a fix needed:

 you should add # optional on the line 1951 of the file, otherwise
 sage -t (no -optional) will complain about undefined gg.

 Please fix this, otherwise I'll have to revert to "needs work" :)
 (I wish I had such an efficient means to make my students work hard :))

 PS. I do not seem to be able to find out which MILP solver I am actually
 using --- is there a way to find this out without uninstalling several
 optional packages?

 Dima

-- 
Ticket URL: <http://trac.sagemath.org/sage_trac/ticket/8404#comment:23>
Sage <http://www.sagemath.org>
Sage: Creating a Viable Open Source Alternative to Magma, Maple, Mathematica, 
and MATLAB

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