#7012: clean up sage/numerical/mip.pyx
--------------------------------------------+-------------------------------
   Reporter:  mvngu                         |       Owner:  jkantor        
       Type:  defect                        |      Status:  positive_review
   Priority:  major                         |   Milestone:  sage-4.2       
  Component:  numerical                     |    Keywords:                 
Work_issues:                                |      Author:  Nathann Cohen  
   Reviewer:  Mike Hansen, Minh Van Nguyen  |      Merged:                 
--------------------------------------------+-------------------------------
Changes (by newvalueoldvalue):

  * status:  needs_review => positive_review
  * author:  => Nathann Cohen


Comment:

 I applied patches against Sage 4.2.alpha0 in the following order:

  1. `trac_7012-flattened.patch`
  1. `trac_7012-details.patch`

 These two patches touch modules under `sage/numerical`. All doctests under
 this directory pass with the two patches. Doctesting the whole Sage
 library results in the following failure:
 {{{
 [mv...@sage sage-4.2.alpha0-sage.math]$ sage -t -long devel/sage-
 main/sage/modules/vector_real_double_dense.pyx
 sage -t -long "devel/sage-main/sage/modules/vector_real_double_dense.pyx"
 A mysterious error (perhaps a memory error?) occurred, which may have
 crashed doctest.
          [3.1 s]
 exit code: 768

 ----------------------------------------------------------------------
 The following tests failed:


         sage -t -long "devel/sage-
 main/sage/modules/vector_real_double_dense.pyx"
 Total time for all tests: 3.1 seconds
 }}}
 This is a known failure and has been reported before at ticket #6825. I
 then installed the optional GLPK package at #7049. All doctests passed
 when doctesting the whole Sage library. If the above two patches are
 merged, then the updated GLPK package at #7049 should also be merged in
 the optional spkg repository.

-- 
Ticket URL: <http://trac.sagemath.org/sage_trac/ticket/7012#comment:13>
Sage <http://www.sagemath.org>
Sage: Creating a Viable Open Source Alternative to Magma, Maple, Mathematica, 
and MATLAB

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