I've verified that the sets are split into 4 roughly even groups.

navie-1.txt is the same as devin-all.txt
navie-2, navie-3, navie-4 are roughly equal groupings of the remaining instances.

The union of the four sets contains 2294 members, which is the size of the SWE-Bench dataset.

irb(main):4625:0> navie_1 = Set.new(File.read("navie-1.txt").split("\n")); nil
=> nil
irb(main):4626:0> navie_2 = Set.new(File.read("navie-2.txt").split("\n")); nil
=> nil
irb(main):4627:0> navie_3 = Set.new(File.read("navie-3.txt").split("\n")); nil
=> nil
irb(main):4628:0> navie_4 = Set.new(File.read("navie-4.txt").split("\n")); nil
=> nil
irb(main):4630:0> (navie_1 + navie_2 + navie_3 + navie_4).length
=> 2294

The instances in navie 2, 3, and 4 are sorted.

It's causing a huge stack trace and failure of the solve instance.

Including only files originally changed risked throwing away
posttest fixes. Instead just filter out tox.ini and setup.py.

Sphinx will be rerun separately via full-sphinx instance set

Resulted in a stuck node https://github.com/getappmap/SWE-bench/actions/runs/9530714594/job/26270893260