search for: free_

..._close_callback cb); "; @@ -4195,7 +4195,7 @@ let print_python_binding name { args; ret } = | Closure (false, _) -> () | Closure (true, _) -> pr " /* This ensures the callback data is freed eventually. */\n"; - pr " nbd_add_close_callback (h, free_%s_user_data, user_data);\n" name + pr " nbd_add_close_callback (h, user_data, free_%s_user_data);\n" name | Flags _ -> () | Int _ -> () | Int64 _ -> () @@ -4862,7 +4862,7 @@ let print_ocaml_binding (name, { args; ret }) = (match has_closures with...

...formation for a mount point(s). -k Set KB (1024 bytes) as unit $ ./btrfs filesystem df / Path: / Summary: Disk_size: 72.57GB Disk_allocated: 25.10GB Disk_unallocated: 47.48GB Logical_size: 23.06GB Used: 11.01GB Free_(Estimated): 55.66GB (Max: 59.52GB, Min: 35.78GB) Data_to_disk_ratio: 92 % Details: Chunk_type Mode Size_(disk) Size_(logical) Used Data Single 21.01GB 21.01GB 10.34GB System DUP 80.00MB 40.00MB 4.00KB System...

...ss related optimization problems (assuming a case which fails when compiled with -O2 but passes when compiled with -O0) would begin by using the '-num-fn=-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...

...", %s_i64" n @@ -4195,7 +4196,7 @@ let print_python_binding name { args; ret } = | Closure (false, _) -> () | Closure (true, _) -> pr " /* This ensures the callback data is freed eventually. */\n"; - pr " nbd_add_close_callback (h, user_data, free_%s_user_data);\n" name + pr " nbd_add_close_callback (h, free_%s_user_data, user_data);\n" name | Flags _ -> () | Int _ -> () | Int64 _ -> () @@ -4342,7 +4343,7 @@ class NBD (object): | BytesIn (n, _) | BytesPersistIn (n, _) -> [n, None]...

...\n"; - + | Closure (persistent, { cbname; cbargs }) -> (* Persistent closures need an explicit function to decrement * the closure refcounts and free the user_data struct. *) if persistent then ( pr "static void\n"; - pr "free_%s_user_data (void *vp)\n" name; + pr "free_%s_%s_user_data (void *vp)\n" name cbname; pr "{\n"; - pr " struct %s_user_data *user_data = vp;\n" name; + pr " PyObject *user_data = vp;\n"; pr "\n"; -...

...blems (assuming a case which fails when compiled with -O2 but passes when compiled with -O0) would begin by using the '-num-fn=-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...

...se which fails when compiled with -O2 but passes when compiled with -O0) would begin by using the '-num-fn=-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...

...ss related optimization problems (assuming a case which fails when compiled with -O2 but passes when compiled with -O0) would begin by using the '-num-fn=-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...

...blems (assuming a case which fails when compiled with -O2 but passes when compiled with -O0) would begin by using the '-num-fn=-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...

...compiled with -O2 but passes when compiled with -O0) would begin by using the '-num-fn=-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 >>> >>>...

...(assuming a case which fails when compiled with -O2 but passes when > compiled with -O0) would begin by using the '-num-fn=-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 se...

...blems (assuming a case which fails when compiled with -O2 but passes when compiled with -O0) would begin by using the '-num-fn=-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...

...ss related optimization problems (assuming a case which fails when compiled with -O2 but passes when compiled with -O0) would begin by using the '-num-fn=-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...

This implements most of what I wrote here: https://www.redhat.com/archives/libguestfs/2019-July/msg00213.html

...se which fails when compiled with -O2 but passes when compiled with -O0) would begin by using the '-num-fn=-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...

...se which fails when compiled with -O2 but passes when compiled with -O0) would begin by using the '-num-fn=-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...

...blems (assuming a case which fails when compiled with -O2 but passes when compiled with -O0) would begin by using the '-num-fn=-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...

...t passes when compiled with -O0) would begin by using the '-num-fn=-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 &gt...

...compiled with -O2 but passes when compiled with -O0) would begin by using the '-num-fn=-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 >>> >>>...

...ed with -O0) would begin by using the '-num-fn=-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 f...