b'--allow-coverage-fail false\n--appp 0.5\n--asm-code-only false\n--best-edit-rule "1 * fault_loc_weight ; 1 * max_test_fail_prob ; -1 * num_tests"\n--best-test-rule "1 * test_fail_prob ; 1 * test_fail_count ; -1 * test_pass_count"\n--compiler "gcc"\n--compiler-command ""\n--compiler-opts "-lm"\n--continue false\n--coverage-info ""\n--coverage-per-test false\n--crossover "one"\n--crossp 0.5\n--delp 0.85\n--describe-machine false\n--diversity-selection 0\n--edit-script false\n--elf-risc false\n--exclude-edits ""\n--exp-diff false\n--fault-file ""\n--fault-path "coverage.path.neg"\n--fault-scheme "path"\n--fitness-in-parallel 1\n--fix-file ""\n--fix-oracle ""\n--fix-path "coverage.path.pos"\n--fix-scheme "default"\n--flatten-path ""\n--format "txt"\n--gen-per-exchange 1\n--generations 10\n--gui false\n--hostname "127.0.0.1"\n--ignore-dead-code false\n--ignore-equiv-appends false\n--ignore-standard-headers false\n--ignore-string-equiv-fixes false\n--ignore-untyped-returns false\n--incoming-pop ""\n--keep-source true\n--label-repair false\n--max-evals 0\n--minimization false\n--mt-cov false\n--multiopt-minimize false\n--multiopt-no-inf false\n--neg-tests 1\n--neg-weight 0.35\n--negative-test-weight 2\n--neutral-walk-max-size 0\n--neutral-walk-weight ""\n--nht-id "global"\n--nht-port 51000\n--nht-server ""\n--no-rep-cache true\n--no-test-cache false\n--num-comps 2\n--num-objectives 2\n--oracle-genome ""\n--popsize 40\n--port 60000\n--pos-tests 9\n--pos-weight 0.65\n--prefix "./"\n--preprocessor ""\n--print-incremental-evals false\n--print-source-name false\n--program "/home/tedks/tmp/313d572e1f050451c688b97510efa105685fa275a8442f9119ce9b3f85f46e234cdf03593568e19798aed6b79c66f45c97be937d09b6ff9544f0f59162538575_f2a5e508f134c75db35c54474b6acb238796bd8a_digits-merged.c"\n--promut 1\n--quiet false\n--regen-paths false\n--rep ""\n--rep-cache ""\n--repp 0.75\n--samp-strat "variant"\n--sample 1\n--sample-runs 100\n--sanity "default"\n--search "ga"\n--seed 3999753920767405111\n--semantic-check "scope"\n--single-fitness false\n--skip-failed-sanity-tests false\n--skip-tests ""\n--split-search 0\n--sport 65000\n--subatom-constp 0.5\n--subatom-mutp 0\n--super-mutant false\n--super-mutant-size 50\n--swap-bug false\n--swapp 0\n--template-cache ""\n--templates ""\n--test-command ""\n--test-script "/home/tedks/tmp/313d572e1f050451c688b97510efa105685fa275a8442f9119ce9b3f85f46e234cdf03593568e19798aed6b79c66f45c97be937d09b6ff9544f0f59162538575_0_f2a5e508f134c75db35c54474b6acb238796bd8a_digits_19499290325693644622098896768/test_19499290325693644622098896768"\n--tournament-size 2\n--tweet false\n--uniq false\n--valgrind false\n--variants-exchanged 50\ncilRep: preprocessing IO function signatures: /home/tedks/tmp/tmpf10bd9.c /home/tedks/tmp/tmpbfe629.c\ncilRep: done preprocessing IO function signatures\ncilrep: from_source: pre: stmt_count = 1\ncilRep: /home/tedks/tmp/313d572e1f050451c688b97510efa105685fa275a8442f9119ce9b3f85f46e234cdf03593568e19798aed6b79c66f45c97be937d09b6ff9544f0f59162538575_f2a5e508f134c75db35c54474b6acb238796bd8a_digits-merged.c: parsing\ncilRep: /home/tedks/tmp/313d572e1f050451c688b97510efa105685fa275a8442f9119ce9b3f85f46e234cdf03593568e19798aed6b79c66f45c97be937d09b6ff9544f0f59162538575_f2a5e508f134c75db35c54474b6acb238796bd8a_digits-merged.c: parsed (0.068881 MB)\ncilrep: from_source: post: stmt_count: 108\ncachingRepresentation: sanity checking begins\n\tp1: true (1)\n\tp2: true (1)\n\tp3: true (1)\n\tp4: true (1)\n\tp5: true (1)\n\tp6: true (1)\n\tp7: true (1)\n\tp8: true (1)\n\tp9: true (1)\n\tn1: false (0)\ncachingRepresentation: sanity checking passed (time_taken = 0.76241)\nfaultLocRep: compute_localization: fault_scheme: path, fix_scheme: default\nRep: coverage_sourcename: /home/tedks/tmp/313d572e1f050451c688b97510efa105685fa275a8442f9119ce9b3f85f46e234cdf03593568e19798aed6b79c66f45c97be937d09b6ff9544f0f59162538575_0_f2a5e508f134c75db35c54474b6acb238796bd8a_digits_19499290325693644622098896768/./coverage.c\ncilRep: instrumenting for fault localization\ncilRep: done instrumenting for fault localization\ncoverage negative:\n\ttest: 1\ncoverage positive:\n\ttest: 1\n\ttest: 2\n\ttest: 3\n\ttest: 4\n\ttest: 5\n\ttest: 6\n\ttest: 7\n\ttest: 8\n\ttest: 9\ncilRep: /home/tedks/tmp/313d572e1f050451c688b97510efa105685fa275a8442f9119ce9b3f85f46e234cdf03593568e19798aed6b79c66f45c97be937d09b6ff9544f0f59162538575_f2a5e508f134c75db35c54474b6acb238796bd8a_digits-merged.cache: saved\ncachingRep: /home/tedks/tmp/313d572e1f050451c688b97510efa105685fa275a8442f9119ce9b3f85f46e234cdf03593568e19798aed6b79c66f45c97be937d09b6ff9544f0f59162538575_f2a5e508f134c75db35c54474b6acb238796bd8a_digits-merged.cache: saved\nfaultlocRep: /home/tedks/tmp/313d572e1f050451c688b97510efa105685fa275a8442f9119ce9b3f85f46e234cdf03593568e19798aed6b79c66f45c97be937d09b6ff9544f0f59162538575_f2a5e508f134c75db35c54474b6acb238796bd8a_digits-merged.cache: saved\ncilrep done serialize\ncilRep: stmt_count = 108\ncilRep: stmts in weighted_path = 23\ncilRep: total weight = 14.35\ncilRep: stmts in weighted_path with weight >= 1.0 = 0\ncilRep: /home/tedks/tmp/313d572e1f050451c688b97510efa105685fa275a8442f9119ce9b3f85f46e234cdf03593568e19798aed6b79c66f45c97be937d09b6ff9544f0f59162538575_f2a5e508f134c75db35c54474b6acb238796bd8a_digits-merged.c (code bank/base file; atoms [1,108])\ncilRep: 1 file(s) total in representation\nsearch: genetic algorithm begins (|original| = 0.0664692 MB)\nsearch: initial population (sizeof one variant = 0.00628757 MB)\n\t  9 r(26,27) \n\t  9 a(68,89) \n\t  8 d(103) \n\t  8 d(104) \n\t  8 d(103) \n\t  9 d(26) \n\t  8 r(106,45) \n\t  9 a(99,95) \n\t  9 d(26) \n\t  8 r(103,83) \n\t  8 r(102,81) \n\t  9 a(103,22) \n\t  9 a(11,75) \n\t  9 a(26,101) \n\t  9 d(108) \n\t  9 a(102,52) \n\t  1 r(103,80) \n\t  8 d(100) \n\t  9 d(56) \n\t  8 d(107) \n\t  8 r(107,74) \n\t  9 a(107,49) \n\t  9 r(81,96) \n\t  9 d(96) \n\t  0 a(101,8) \n\t  9 r(35,79) \n\t  8 r(100,82) \n\t  9 d(26) \n\t  9 d(95) \n\t  5 r(103,25) \n\t  9 a(95,71) \n\t  8 r(95,104) \n\t  8 r(95,102) \n\t  0 r(107,23) \n\t  9 d(98) \n\t  9 a(104,20) \n\t  0 d(97) \n\t  9 d(56) \n\t  9 d(98) \n\t  9 original\nsearch: generation 1 (sizeof one variant = 0.0665741 MB)\n\t  9 d(98) d(35) \n\t  9 a(95,71) a(45,40) \n\t  8 r(103,83) a(97,14) \n\t  0 r(107,23) a(108,14) \n\t  8 r(26,27) d(103) \n\t  9 a(95,71) r(18,98) \n\t  8 r(106,45) d(98) \n\t  9 d(108) r(26,63) \n\t  8 r(106,45) r(5,10) \n\t  8 d(108) d(100) \n\t  9 a(103,22) d(96) \n\t  8 d(26) r(106,21) \n\t  8 a(103,22) r(107,5) \n\t  9 d(26) a(97,95) \n\t  9 d(26) d(35) \n\t  9 d(26) d(81) \n\t  7 d(95) r(103,107) \n\t  8 d(108) r(18,44) \n\t  9 d(95) r(108,91) \n\t  0 d(108) d(97) \n\t  9 d(26) r(56,68) \n\t  8 a(26,101) r(102,90) \n\t  9 d(26) r(18,56) \n\t  9 a(26,101) d(11) \n\t  9 d(98) a(106,18) \n\t  8 d(107) d(26) \n\t  8 d(98) a(106,10) \n\t  7 d(107) r(102,69) \n\t  8 d(104) a(106,18) \n\t  3 a(11,75) a(68,94) \n\t  0 d(26) d(97) \n\t  8 d(106) \n\t  8 d(107) a(26,86) \n\t  9 r(81,96) r(45,69) \n\t  9 a(11,75) a(97,27) \n\t  8 d(100) a(101,83) \n\t  9 a(11,75) a(98,72) \n\t  8 d(100) a(98,95) \n\t  0 d(98) a(104,42) \n\t  9 d(108) d(95) \n\t  9 d(35) \n\t  9 a(103,22) r(81,97) \n\t  8 a(104,20) r(68,99) \n\t  7 r(107,74) a(45,100) \n\t  9 a(104,20) d(81) \n\t  8 r(107,74) r(35,51) \n\t  9 a(26,101) r(18,68) \n\t  9 d(98) a(68,39) \n\t  7 d(100) r(26,32) \n\t  8 a(102,52) d(103) \n\t  0 d(95) d(97) \n\t  8 d(95) d(103) \n\t  9 d(95) d(108) \n\t  9 d(95) d(98) \n\t  8 d(100) a(95,75) \n\t  6 d(95) r(35,92) \n\t  8 d(100) d(56) \n\t  8 d(95) d(99) \nsearch: generation 2 (sizeof one variant = 0.0664024 MB)\n\t  8 d(95) d(99) d(56) \n\t  0 d(100) d(56) r(97,55) \n\t  9 d(95) r(108,91) d(95) r(18,31) \n\t  8 d(108) d(106) \n\t  9 d(95) r(108,91) d(95) \n\t  9 d(108) d(95) d(5) \n\t  8 d(26) r(56,68) d(100) \n\t 26 d(107) d(26) a(102,4) \n\t  9 a(11,75) a(98,72) a(105,59) \n\t  8 d(100) d(56) d(45) \n\t  9 a(95,71) a(106,10) d(99) \n\t  3 d(98) r(18,98) r(105,67) \n\t  7 a(95,71) r(18,98) r(101,107) \n\t  8 d(98) a(106,10) a(68,3) \n\t  0 d(26) d(97) a(95,18) \n\t  9 a(95,71) a(45,40) a(56,40) \n\t  8 a(103,22) r(81,97) d(99) \n\t  8 d(95) d(108) r(103,45) \n\t  8 r(26,27) d(103) d(96) \n\t  8 d(104) a(106,18) a(68,84) \n\t  8 d(95) r(108,91) d(101) \n\t  9 d(95) d(98) a(98,21) \n\t  8 d(95) r(108,91) d(104) \n\t  8 d(95) d(98) r(105,75) \n\t  9 d(95) d(108) d(81) d(68) \n\t  9 d(26) a(106,46) \n\t  8 d(95) d(108) d(100) \n\t  8 d(26) d(81) r(102,68) \n\t  9 d(26) r(56,68) a(26,108) \n\t  9 a(95,71) a(45,40) a(101,75) \n\t  8 d(26) r(56,68) r(106,81) \n\t  9 a(95,71) a(45,40) a(45,6) \n\t  9 d(98) a(106,18) r(95,64) \n\t  8 a(103,22) r(81,97) d(99) \n\t  9 d(98) a(106,18) r(108,66) \n\t  9 a(103,22) r(81,97) d(108) \n\t  8 d(107) d(18) \n\t  8 d(95) d(103) a(26,86) r(5,104) \n\t  0 d(107) a(26,86) r(96,65) \n\t  7 d(95) d(103) d(104) \n\t  8 d(107) r(18,98) a(95,48) \n\t  8 a(95,71) r(102,69) a(35,105) \n\t  7 d(107) r(102,69) r(95,72) \n\t  9 a(95,71) r(18,98) d(18) \n\t  7 r(103,83) r(105,3) \n\t  9 d(95) d(98) a(97,14) a(95,85) \n\t  8 r(103,83) a(97,14) a(11,104) \n\t  9 d(95) d(98) a(96,46) \n\t  8 d(95) d(107) \n\t  8 d(26) d(81) d(99) r(45,90) \n\t  8 d(95) d(99) d(5) \n\t  8 d(26) d(81) r(68,102) \n\t  9 d(95) r(18,68) d(96) \n\t  7 a(26,101) d(103) r(104,82) \n\t  8 d(95) d(103) a(105,29) \n\t  9 a(26,101) r(18,68) r(45,79) \n\t  7 d(98) a(106,10) r(102,71) \n\t  9 d(35) r(56,108) \n\t  8 d(98) r(18,68) d(101) \n\t  9 a(26,101) a(68,39) a(95,69) \n\t  8 d(98) a(68,39) d(103) \n\t  9 a(26,101) r(18,68) a(101,5) \n\t  8 a(103,22) r(81,97) d(103) a(18,50) \n\t  8 a(102,52) d(103) \n\t  8 a(103,22) r(81,97) d(105) \n\t  6 a(102,52) d(103) a(26,55) \nsearch: generation 3 (sizeof one variant = 0.0663843 MB)\n\t  8 a(102,52) r(108,91) d(101) a(18,33) \n\t  8 d(95) d(103) a(95,31) \n\t  8 a(102,52) d(103) a(18,24) \n\t  7 d(95) r(108,91) d(101) r(104,28) \n\t  8 a(95,71) a(106,10) d(99) r(103,43) \n\t  8 d(26) d(81) r(102,68) r(5,13) \n\t  8 d(104) a(106,18) a(101,5) a(45,5) \n\t  9 a(26,101) r(18,68) a(68,84) d(98) \n\t  8 d(104) a(106,18) a(68,84) a(35,46) \n\t  8 a(26,101) r(18,68) a(101,5) r(100,50) \n\t  8 d(95) d(98) r(105,75) a(108,107) \n\t  9 a(95,71) a(106,10) d(99) a(96,85) \n\t  6 d(107) d(26) a(102,4) r(102,69) r(95,72) r(106,70) \n\t  8 d(107) a(35,33) \n\t 26 d(107) d(26) a(102,4) r(68,105) \n\t  7 d(107) r(102,69) r(95,72) a(104,95) \n\t  8 d(95) r(108,91) d(95) d(99) \n\t  8 d(95) d(108) d(100) a(99,35) \n\t  8 d(95) d(108) d(100) r(35,30) \n\t  9 d(95) r(108,91) d(95) d(96) \n\t  8 d(26) d(81) d(99) r(45,90) a(99,47) \n\t  6 d(100) d(56) d(45) r(104,106) \n\t  8 d(95) r(101,63) \n\t  6 d(108) d(106) d(98) r(105,75) r(104,13) \n\t  8 d(95) d(98) r(105,75) r(11,12) \n\t  8 d(108) d(106) r(56,87) \n\t  2 a(26,101) r(18,68) a(81,92) \n\t  7 d(26) r(56,68) r(106,81) a(101,5) d(102) \n\t  9 a(26,101) r(18,68) a(101,5) a(102,28) \n\t  8 d(26) r(56,68) r(106,81) d(98) \n\t  9 a(103,22) r(81,97) d(108) d(81) \n\t  9 d(95) r(18,68) d(96) d(45) \n\t  8 a(102,52) a(45,6) d(102) \n\t  8 a(95,71) a(45,40) d(103) a(105,81) \n\t  8 a(102,52) d(103) a(45,34) \n\t  0 a(95,71) a(45,40) a(45,6) a(96,65) \n\t  9 a(95,71) a(45,40) a(45,6) d(18) \n\t  9 d(108) d(95) d(5) d(26) \n\t  9 d(95) d(108) d(68) \n\t  9 a(103,22) r(81,97) r(108,91) d(95) r(18,31) a(107,83) \n\t  9 d(95) r(108,91) d(95) r(18,31) d(68) \n\t  1 a(103,22) r(81,97) d(108) d(97) \n\t  9 d(26) a(106,46) r(108,7) \n\t  9 d(98) a(106,18) r(108,66) a(97,33) \n\t  9 a(95,71) a(101,5) r(98,66) \n\t  9 a(26,101) r(18,68) a(45,40) a(101,75) d(81) \n\t  7 a(95,71) a(45,40) a(101,75) r(105,10) \n\t  9 a(26,101) r(18,68) a(101,5) a(106,7) \n\t  9 a(95,71) a(106,10) d(99) r(96,38) \n\t  8 d(26) a(106,46) d(105) \n\t  9 a(95,71) a(106,10) d(99) d(18) \n\t  8 d(26) a(106,46) r(100,66) \n\t  8 a(103,22) r(81,97) d(108) d(104) \n\t  8 d(107) r(18,98) a(95,48) r(11,22) \n\t  8 a(26,101) r(18,68) a(101,5) a(95,85) r(102,28) \n\t  8 d(95) d(98) a(97,14) d(100) \n\t  8 a(26,101) r(18,68) a(101,5) d(106) \n\t  9 d(95) d(98) a(97,14) a(95,85) d(96) \n\t  9 a(95,71) r(18,68) r(45,79) d(108) \n\t  8 a(26,101) r(18,98) d(18) d(107) \n\t  8 a(95,71) r(18,98) d(18) r(106,3) \n\t  9 a(26,101) r(18,68) r(45,79) r(68,28) \n\t  7 d(98) a(106,10) a(68,3) r(101,18) \n\t  9 d(108) d(95) d(5) r(35,9) \nsearch: generation 4 (sizeof one variant = 0.0663605 MB)\n\t  8 a(95,71) a(106,10) d(99) d(18) a(45,40) d(103) a(105,81) r(35,59) \n\t  9 a(95,71) r(18,83) \n\t  9 a(95,71) a(106,10) d(99) d(18) d(56) \n\t  7 a(95,71) a(45,40) d(103) a(105,81) r(99,71) \n\t  8 a(102,52) a(45,6) r(45,79) r(68,28) a(98,10) \n\t  8 a(26,101) r(18,68) d(102) r(45,82) \n\t  7 a(102,52) a(45,6) d(102) d(99) \n\t  9 a(26,101) r(18,68) r(45,79) r(68,28) d(81) \n\t  9 d(95) d(26) \n\t  7 d(95) d(98) r(105,75) a(108,107) d(98) a(97,14) d(100) d(5) \n\t  0 d(95) d(98) a(97,14) d(100) a(97,78) \n\t  8 d(95) d(98) r(105,75) a(108,107) d(98) \n\t  7 a(26,101) r(18,98) d(18) d(107) r(107,105) \n\t  9 a(95,71) a(106,10) d(99) r(96,38) d(81) \n\t  8 a(26,101) r(18,68) d(100) \n\t  8 d(26) a(106,46) r(108,7) r(45,79) r(68,28) r(101,73) \n\t  9 a(26,101) r(18,68) r(45,79) r(68,28) a(98,38) \n\t  8 d(26) a(106,46) r(108,7) r(103,28) \n\t  7 a(95,71) a(106,10) d(99) d(18) d(106) \n\t  8 a(102,52) d(103) a(18,24) a(5,22) \n\t  8 d(95) d(103) a(95,31) a(56,28) \n\t  9 d(26) a(106,46) r(108,7) r(45,106) \n\t  9 a(26,101) r(18,68) a(68,84) d(98) d(26) \n\t  7 d(95) d(108) d(100) r(35,30) r(104,71) \n\t 25 d(107) d(26) a(102,4) r(68,105) a(101,5) r(98,66) r(106,16) \n\t  9 a(95,71) d(45) \n\t 26 d(107) d(26) a(102,4) r(68,105) d(108) \n\t  9 a(95,71) a(101,5) r(98,66) a(45,88) \n\t 27 a(95,71) a(45,40) a(45,6) d(18) a(26,4) \n\nRepair Found: a(95,71) a(45,40) a(45,6) d(18) a(26,4)\nRepair Name: a(95,71) a(45,40) a(45,6) d(18) a(26,4) \nTest Condition: 0\nTest Cases Skipped: ""\nCurrent Time: 1431227284.568981\nRep: saving test cache\n\nVariant Test Case Queries: 2420\n"Test Suite Evaluations": 242\n\nCompile Failures: 0\nWall-Clock Seconds Elapsed: 255.223\n  Activity Name                     Count Seconds = Percent of Total Time\n  compile                             243  42.198 = 18.4891%\n  test                               2440 186.022 = 81.5048%\n  TOTAL                                   228.234 = 89.4218% (avg CPU usage)\n'