search for: matches_

...=-1' option to see the functioning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c -O2 -num-fn=6 test.c <test pass...

...t; > clang -c -O2 -num-fn=-1 test.c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. > > clang -c -O2 -num-fn=4 test.c > <test passes> > clang...

...1 test.c >> >> Optimizing function (1) prune_match >> Optimizing function (2) free_S >> Optimizing function (3) hash_S >> Optimizing function (4) insert_S >> Optimizing function (5) zero_S >> Optimizing function (6) init_S >> Optimizing function (7) matches_S >> Optimizing function (8) clean_up >> >> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >> >> clang -c -O2 -num-fn=4 test.c >> <tes...

...=-1' option to see the functioning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c -O2 -num-fn=6 test.c <test pass...

...t; > clang -c -O2 -num-fn=-1 test.c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. > > clang -c -O2 -num-fn=4 test.c > <test passes> > clang...

...> Optimizing function (1) prune_match >>> Optimizing function (2) free_S >>> Optimizing function (3) hash_S >>> Optimizing function (4) insert_S >>> Optimizing function (5) zero_S >>> Optimizing function (6) init_S >>> Optimizing function (7) matches_S >>> Optimizing function (8) clean_up >>> >>> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >>> >>> clang -c -O2 -num-fn=4 tes...

.... > > clang -c -O2 -num-fn=-1 test.c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective > optimization and re-running the test case to determine the function in which > the problem occurs. > > clang -c -O2 -num-fn=4 test.c > <test passes> >...

...t; > clang -c -O2 -num-fn=-1 test.c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. > > clang -c -O2 -num-fn=4 test.c > <test passes> > clang...

...=-1' option to see the functioning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c -O2 -num-fn=6 test.c <test pass...

...1 test.c >> >> Optimizing function (1) prune_match >> Optimizing function (2) free_S >> Optimizing function (3) hash_S >> Optimizing function (4) insert_S >> Optimizing function (5) zero_S >> Optimizing function (6) init_S >> Optimizing function (7) matches_S >> Optimizing function (8) clean_up >> >> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >> >> clang -c -O2 -num-fn=4 test.c >> <tes...

...1 test.c >> >> Optimizing function (1) prune_match >> Optimizing function (2) free_S >> Optimizing function (3) hash_S >> Optimizing function (4) insert_S >> Optimizing function (5) zero_S >> Optimizing function (6) init_S >> Optimizing function (7) matches_S >> Optimizing function (8) clean_up >> >> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >> >> clang -c -O2 -num-fn=4 test.c >> <tes...

...t; > clang -c -O2 -num-fn=-1 test.c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. > > clang -c -O2 -num-fn=4 test.c > <test passes> > clang...

...(1) prune_match >>>> Optimizing function (2) free_S >>>> Optimizing function (3) hash_S >>>> Optimizing function (4) insert_S >>>> Optimizing function (5) zero_S >>>> Optimizing function (6) init_S >>>> Optimizing function (7) matches_S >>>> Optimizing function (8) clean_up >>>> >>>> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >>>> >>>> clang...

...> Optimizing function (1) prune_match >>> Optimizing function (2) free_S >>> Optimizing function (3) hash_S >>> Optimizing function (4) insert_S >>> Optimizing function (5) zero_S >>> Optimizing function (6) init_S >>> Optimizing function (7) matches_S >>> Optimizing function (8) clean_up >>> >>> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >>> >>> clang -c -O2 -num-fn=4 tes...

...;>>> Optimizing function (2) free_S >>>>> Optimizing function (3) hash_S >>>>> Optimizing function (4) insert_S >>>>> Optimizing function (5) zero_S >>>>> Optimizing function (6) init_S >>>>> Optimizing function (7) matches_S >>>>> Optimizing function (8) clean_up >>>>> >>>>> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >>>>> >&gt...

...=-1' option to see the functioning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c -O2 -num-fn=6 test.c <test pass...

...=-1' option to see the functioning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c -O2 -num-fn=6 test.c <test pass...