./verifast-validate-witness.sh sv-benchmarks/c/nla-digbench/egcd-ll.c ./results/automizer-verification-files/SV-COMP24_unreach-call/egcd-ll.yml/witness-2.1.yml -------------------------------------------------------------------------------- + PROGRAM=sv-benchmarks/c/nla-digbench/egcd-ll.c + WITNESS=./results/automizer-verification-files/SV-COMP24_unreach-call/egcd-ll.yml/witness-2.1.yml ++ basename sv-benchmarks/c/nla-digbench/egcd-ll.c + FILE=egcd-ll.c ++ echo egcd-ll ++ sed 's/[-\.]/_/g' - + SANITIZED=egcd_ll + INSTRUMENTED_PROGRAM=egcd_ll__verifast_instrumented.c + instrument_program_cli.py --program sv-benchmarks/c/nla-digbench/egcd-ll.c --witness ./results/automizer-verification-files/SV-COMP24_unreach-call/egcd-ll.yml/witness-2.1.yml --output-file egcd_ll__verifast_instrumented.c --verifast True ['abort', 'reach_error', '__VERIFIER_nondet_int', 'assume_abort_if_not', '__VERIFIER_assert', 'main'] [] [('(((((((__int128) q * x) + a) + ((__int128) y * s)) == ((((__int128) y * r) + b) + ((__int128) p * x))) && (a == (((__int128) y * r) + ((__int128) p * x)))) && (((__int128) p * s) == (((__int128) q * r) + 1)))', 33, True)] [('__VERIFIER_assert', '(1 <= \\old(cond))', '(1 <= \\old(cond))')] [('(((((((__int128) q * x) + a) + ((__int128) y * s)) == ((((__int128) y * r) + b) + ((__int128) p * x))) && (a == (((__int128) y * r) + ((__int128) p * x)))) && (((__int128) p * s) == (((__int128) q * r) + 1)))', 33, True)] [('abort', 'true', 'true'), ('reach_error', 'false', 'true'), ('__VERIFIER_nondet_int', 'true', 'true'), ('assume_abort_if_not', 'true', 'true'), ('__VERIFIER_assert', '(1 <= cond)', '(1 <= cond)'), ('main', 'module(egcd_ll__verifast_instrumented, true)', 'junk()')] + sed -i 's|__attribute__ ((__nothrow__ , __leaf__)) __attribute__ ((__noreturn__))||g' egcd_ll__verifast_instrumented.c + verifast -stats -verbose 2 -disable_overflow_check -allow_dead_code -target ILP32 -read_options_from_source_file -c egcd_ll__verifast_instrumented.c egcd_ll__verifast_instrumented.c egcd_ll__verifast_instrumented.c(11,13-18): Duplicate function prototype.