Jip J. Dekker
9b7e65e00b
git-subtree-dir: software/minizinc git-subtree-split: 5a577826da4d7cf6195f28b5604d8d20a01fbc6e
1.5 KiB
MiniZinc benchmarking automation
Allows checking of MiniZinc solutions by configurable checker profiles. The
solutions can be input from previous logs or produced by a chosen solver
profile, for 1 or several instances, with result comparison and some
ranking. New solutions' summary logs, detailed stdout/err outputs, and
statistics are saved in subfolder mzn-test/LOGS, /OUTPUTS, and /STATS, resp.
USAGE EXAMPLES
(1) "mzn-test.py model.mzn data.dzn [--checkDZN stdout.txt [--checkStderr stderr.txt]] [--chkPrf MINIZINC-CHK --chkPrf FZN-GECODE-CHK] [--tCheck 15] [--addSolverOption "--fzn-flags '-D fPureCircuit=true'"]" ::: check the instance's solutions, optionally reading them from a DZN-formatted file (otherwise solving first), optionally overriding default checker list etc.
(2) "mzn-test.py --slvPrf MZN-CPLEX -t 300 -l instList1.txt -l instList2.txt --name CPLEXTest_003 --result newLog00.json prevLog1.json prevLog2.json --failed failLog.json" ::: solve instances using the specified solver profile and wall time limit 300 seconds. The instances are taken from the list files. The test is aliased CPLEXTest_003. Results are saved to newLog00.json and compared/ranked to those in prevLog's. (Probably) incorrect solutions are saved to failLog.json.
(3) "mzn-test.py [-l instList1.txt] -c prevLog1.json -c prevLog2.json [--runAndCmp]" ::: compare existing logs, optionally limited to the given instances, optionally running new tests. USE SINGLE QUOTES ONLY INSIDE ARGUMENTS PASSED TO THE BACKENDS when running backends through shell.