Nico@CODEFOX-VM01 ~/C++Benchmarks $ ./machine.exe ##Start machine report version 1.0 ##Compiler GCC version 4.2.1 Compatible Clang 3.4 (tags/RELEASE_34/final) (https://github.com/flurreh/obfuscator.git 6d7cc01e6a45a4d67466b9835760befe52c35295) ##Target CPU Compiled for x86 32bit ##Physical CPU Little Endian ##Machine ##Operating System ##End machine report -------------------------------------------------------------------------------- Nico@CODEFOX-VM01 ~/C++Benchmarks $ ./loop_unroll.exe ./loop_unroll test description absolute operations ratio with number time per second test0 0 "int32_t for loop unroll 1" 0.62 sec 3840.00 M 1.00 1 "int32_t for loop unroll 2" 1.08 sec 2226.35 M 1.72 2 "int32_t for loop unroll 3" 0.72 sec 3342.62 M 1.15 3 "int32_t for loop unroll 4" 0.61 sec 3934.43 M 0.98 4 "int32_t for loop unroll 5" 0.61 sec 3940.89 M 0.97 5 "int32_t for loop unroll 6" 0.59 sec 4040.40 M 0.95 6 "int32_t for loop unroll 7" 0.56 sec 4270.46 M 0.90 7 "int32_t for loop unroll 8" 0.56 sec 4262.88 M 0.90 8 "int32_t for loop unroll 9" 0.56 sec 4270.46 M 0.90 9 "int32_t for loop unroll 10" 0.56 sec 4262.88 M 0.90 10 "int32_t for loop unroll 11" 0.55 sec 4387.57 M 0.88 11 "int32_t for loop unroll 12" 0.53 sec 4519.77 M 0.85 12 "int32_t for loop unroll 13" 0.55 sec 4387.57 M 0.88 13 "int32_t for loop unroll 14" 0.55 sec 4387.57 M 0.88 14 "int32_t for loop unroll 15" 2.44 sec 984.82 M 3.90 15 "int32_t for loop unroll 16" 2.62 sec 914.29 M 4.20 16 "int32_t for loop unroll 17" 2.53 sec 947.87 M 4.05 17 "int32_t for loop unroll 18" 2.42 sec 991.33 M 3.87 18 "int32_t for loop unroll 19" 2.33 sec 1030.49 M 3.73 19 "int32_t for loop unroll 20" 2.25 sec 1066.67 M 3.60 20 "int32_t for loop unroll 21" 2.17 sec 1105.48 M 3.47 21 "int32_t for loop unroll 22" 2.11 sec 1137.44 M 3.38 22 "int32_t for loop unroll 23" 2.05 sec 1172.45 M 3.28 23 "int32_t for loop unroll 24" 2.00 sec 1200.00 M 3.20 24 "int32_t for loop unroll 25" 1.94 sec 1239.03 M 3.10 25 "int32_t for loop unroll 26" 1.89 sec 1269.17 M 3.03 26 "int32_t for loop unroll 27" 1.86 sec 1291.02 M 2.97 27 "int32_t for loop unroll 28" 2.45 sec 978.39 M 3.92 28 "int32_t for loop unroll 29" 2.56 sec 936.40 M 4.10 29 "int32_t for loop unroll 30" 2.50 sec 960.00 M 4.00 30 "int32_t for loop unroll 31" 2.45 sec 978.39 M 3.92 31 "int32_t for loop unroll 32" 2.41 sec 997.51 M 3.85 Total absolute time for int32_t for loop unrolling: 49.64 sec test description absolute operations ratio with number time per second test0 0 "int32_t while loop unroll 1" 0.62 sec 3840.00 M 1.00 1 "int32_t while loop unroll 2" 1.08 sec 2226.35 M 1.72 2 "int32_t while loop unroll 3" 0.72 sec 3337.97 M 1.15 3 "int32_t while loop unroll 4" 0.61 sec 3940.89 M 0.97 4 "int32_t while loop unroll 5" 0.59 sec 4040.40 M 0.95 5 "int32_t while loop unroll 6" 0.58 sec 4152.25 M 0.92 6 "int32_t while loop unroll 7" 0.58 sec 4152.25 M 0.92 7 "int32_t while loop unroll 8" 0.56 sec 4262.88 M 0.90 8 "int32_t while loop unroll 9" 0.58 sec 4152.25 M 0.92 9 "int32_t while loop unroll 10" 0.55 sec 4387.57 M 0.88 10 "int32_t while loop unroll 11" 0.55 sec 4387.57 M 0.88 11 "int32_t while loop unroll 12" 0.55 sec 4387.57 M 0.88 12 "int32_t while loop unroll 13" 0.55 sec 4387.57 M 0.88 13 "int32_t while loop unroll 14" 0.55 sec 4395.60 M 0.87 14 "int32_t while loop unroll 15" 2.42 sec 990.92 M 3.88 15 "int32_t while loop unroll 16" 2.64 sec 909.09 M 4.22 16 "int32_t while loop unroll 17" 2.53 sec 948.24 M 4.05 17 "int32_t while loop unroll 18" 2.42 sec 990.92 M 3.88 18 "int32_t while loop unroll 19" 2.31 sec 1037.61 M 3.70 19 "int32_t while loop unroll 20" 2.25 sec 1066.67 M 3.60 20 "int32_t while loop unroll 21" 2.14 sec 1121.50 M 3.42 21 "int32_t while loop unroll 22" 2.11 sec 1137.44 M 3.38 22 "int32_t while loop unroll 23" 2.05 sec 1172.45 M 3.28 23 "int32_t while loop unroll 24" 2.00 sec 1200.00 M 3.20 24 "int32_t while loop unroll 25" 1.91 sec 1259.18 M 3.05 25 "int32_t while loop unroll 26" 1.88 sec 1280.00 M 3.00 26 "int32_t while loop unroll 27" 1.86 sec 1291.02 M 2.97 27 "int32_t while loop unroll 28" 2.45 sec 978.00 M 3.93 28 "int32_t while loop unroll 29" 2.58 sec 930.95 M 4.12 29 "int32_t while loop unroll 30" 2.50 sec 960.00 M 4.00 30 "int32_t while loop unroll 31" 2.45 sec 978.39 M 3.92 31 "int32_t while loop unroll 32" 2.38 sec 1010.53 M 3.80 Total absolute time for int32_t while loop unrolling: 49.53 sec test description absolute operations ratio with number time per second test0 0 "int32_t do loop unroll 1" 0.64 sec 3744.15 M 1.00 1 "int32_t do loop unroll 2" 1.06 sec 2259.89 M 1.66 2 "int32_t do loop unroll 3" 0.72 sec 3337.97 M 1.12 3 "int32_t do loop unroll 4" 0.62 sec 3840.00 M 0.98 4 "int32_t do loop unroll 5" 0.59 sec 4040.40 M 0.93 5 "int32_t do loop unroll 6" 0.58 sec 4152.25 M 0.90 6 "int32_t do loop unroll 7" 0.58 sec 4152.25 M 0.90 7 "int32_t do loop unroll 8" 0.58 sec 4152.25 M 0.90 8 "int32_t do loop unroll 9" 0.55 sec 4387.57 M 0.85 9 "int32_t do loop unroll 10" 0.56 sec 4270.46 M 0.88 10 "int32_t do loop unroll 11" 0.55 sec 4387.57 M 0.85 11 "int32_t do loop unroll 12" 0.55 sec 4387.57 M 0.85 12 "int32_t do loop unroll 13" 0.55 sec 4387.57 M 0.85 13 "int32_t do loop unroll 14" 0.53 sec 4519.77 M 0.83 14 "int32_t do loop unroll 15" 2.44 sec 984.41 M 3.80 15 "int32_t do loop unroll 16" 2.62 sec 914.29 M 4.10 16 "int32_t do loop unroll 17" 2.53 sec 948.24 M 3.95 17 "int32_t do loop unroll 18" 2.44 sec 984.41 M 3.80 18 "int32_t do loop unroll 19" 2.33 sec 1030.93 M 3.63 19 "int32_t do loop unroll 20" 2.27 sec 1059.60 M 3.53 20 "int32_t do loop unroll 21" 2.14 sec 1120.97 M 3.34 21 "int32_t do loop unroll 22" 2.11 sec 1137.98 M 3.29 22 "int32_t do loop unroll 23" 2.05 sec 1172.45 M 3.19 23 "int32_t do loop unroll 24" 2.00 sec 1200.00 M 3.12 24 "int32_t do loop unroll 25" 1.95 sec 1228.88 M 3.05 25 "int32_t do loop unroll 26" 1.91 sec 1258.52 M 2.98 26 "int32_t do loop unroll 27" 1.84 sec 1302.22 M 2.88 27 "int32_t do loop unroll 28" 2.44 sec 984.41 M 3.80 28 "int32_t do loop unroll 29" 2.55 sec 942.29 M 3.97 29 "int32_t do loop unroll 30" 2.52 sec 954.27 M 3.92 30 "int32_t do loop unroll 31" 2.45 sec 978.39 M 3.83 31 "int32_t do loop unroll 32" 2.39 sec 1003.76 M 3.73 Total absolute time for int32_t do loop unrolling: 49.63 sec test description absolute operations ratio with number time per second test0 0 "int32_t goto loop unroll 1" 0.62 sec 3840.00 M 1.00 1 "int32_t goto loop unroll 2" 1.05 sec 2292.26 M 1.68 2 "int32_t goto loop unroll 3" 0.72 sec 3337.97 M 1.15 3 "int32_t goto loop unroll 4" 0.62 sec 3840.00 M 1.00 4 "int32_t goto loop unroll 5" 0.58 sec 4152.25 M 0.92 5 "int32_t goto loop unroll 6" 0.59 sec 4040.40 M 0.95 6 "int32_t goto loop unroll 7" 0.58 sec 4152.25 M 0.92 7 "int32_t goto loop unroll 8" 0.56 sec 4270.46 M 0.90 8 "int32_t goto loop unroll 9" 0.56 sec 4262.88 M 0.90 9 "int32_t goto loop unroll 10" 0.55 sec 4387.57 M 0.88 10 "int32_t goto loop unroll 11" 0.55 sec 4387.57 M 0.88 11 "int32_t goto loop unroll 12" 0.55 sec 4395.60 M 0.87 12 "int32_t goto loop unroll 13" 0.55 sec 4387.57 M 0.88 13 "int32_t goto loop unroll 14" 0.55 sec 4387.57 M 0.88 14 "int32_t goto loop unroll 15" 2.42 sec 990.92 M 3.88 15 "int32_t goto loop unroll 16" 2.64 sec 908.75 M 4.23 16 "int32_t goto loop unroll 17" 2.53 sec 948.24 M 4.05 17 "int32_t goto loop unroll 18" 2.42 sec 990.92 M 3.88 18 "int32_t goto loop unroll 19" 2.33 sec 1030.93 M 3.72 19 "int32_t goto loop unroll 20" 2.25 sec 1066.67 M 3.60 20 "int32_t goto loop unroll 21" 2.19 sec 1097.39 M 3.50 21 "int32_t goto loop unroll 22" 2.11 sec 1137.44 M 3.38 22 "int32_t goto loop unroll 23" 2.06 sec 1163.92 M 3.30 23 "int32_t goto loop unroll 24" 2.00 sec 1200.00 M 3.20 24 "int32_t goto loop unroll 25" 1.94 sec 1238.39 M 3.10 25 "int32_t goto loop unroll 26" 1.89 sec 1269.17 M 3.03 26 "int32_t goto loop unroll 27" 1.84 sec 1301.52 M 2.95 27 "int32_t goto loop unroll 28" 2.42 sec 991.33 M 3.87 28 "int32_t goto loop unroll 29" 2.58 sec 930.59 M 4.13 29 "int32_t goto loop unroll 30" 2.48 sec 966.18 M 3.97 30 "int32_t goto loop unroll 31" 2.45 sec 978.39 M 3.92 31 "int32_t goto loop unroll 32" 2.41 sec 997.09 M 3.85 Total absolute time for int32_t goto loop unrolling: 49.60 sec test description absolute operations ratio with number time per second test0 0 "double for loop unroll 1" 1.28 sec 468.38 M 1.00 1 "double for loop unroll 2" 1.25 sec 480.00 M 0.98 2 "double for loop unroll 3" 1.30 sec 462.61 M 1.01 3 "double for loop unroll 4" 1.28 sec 468.38 M 1.00 4 "double for loop unroll 5" 1.24 sec 485.83 M 0.96 5 "double for loop unroll 6" 1.30 sec 462.96 M 1.01 6 "double for loop unroll 7" 1.30 sec 462.61 M 1.01 7 "double for loop unroll 8" 1.47 sec 408.72 M 1.15 8 "double for loop unroll 9" 1.49 sec 404.04 M 1.16 9 "double for loop unroll 10" 1.45 sec 412.94 M 1.13 10 "double for loop unroll 11" 1.36 sec 441.18 M 1.06 11 "double for loop unroll 12" 1.41 sec 426.74 M 1.10 12 "double for loop unroll 13" 1.39 sec 431.65 M 1.09 13 "double for loop unroll 14" 1.38 sec 436.36 M 1.07 14 "double for loop unroll 15" 1.52 sec 395.78 M 1.18 15 "double for loop unroll 16" 1.45 sec 412.94 M 1.13 16 "double for loop unroll 17" 1.45 sec 412.94 M 1.13 17 "double for loop unroll 18" 1.45 sec 412.65 M 1.14 18 "double for loop unroll 19" 1.42 sec 422.24 M 1.11 19 "double for loop unroll 20" 1.44 sec 417.54 M 1.12 20 "double for loop unroll 21" 1.41 sec 426.44 M 1.10 21 "double for loop unroll 22" 1.50 sec 400.00 M 1.17 22 "double for loop unroll 23" 1.51 sec 396.04 M 1.18 23 "double for loop unroll 24" 1.45 sec 412.94 M 1.13 24 "double for loop unroll 25" 1.49 sec 404.04 M 1.16 25 "double for loop unroll 26" 1.44 sec 417.54 M 1.12 26 "double for loop unroll 27" 1.45 sec 412.94 M 1.13 27 "double for loop unroll 28" 1.45 sec 412.65 M 1.14 28 "double for loop unroll 29" 1.55 sec 388.10 M 1.21 29 "double for loop unroll 30" 1.53 sec 391.64 M 1.20 30 "double for loop unroll 31" 1.53 sec 391.90 M 1.20 31 "double for loop unroll 32" 1.48 sec 404.31 M 1.16 Total absolute time for double for loop unrolling: 45.41 sec test description absolute operations ratio with number time per second test0 0 "double while loop unroll 1" 1.28 sec 468.02 M 1.00 1 "double while loop unroll 2" 1.28 sec 468.38 M 1.00 2 "double while loop unroll 3" 1.28 sec 468.38 M 1.00 3 "double while loop unroll 4" 1.30 sec 462.61 M 1.01 4 "double while loop unroll 5" 1.30 sec 462.61 M 1.01 5 "double while loop unroll 6" 1.28 sec 468.38 M 1.00 6 "double while loop unroll 7" 1.30 sec 462.61 M 1.01 7 "double while loop unroll 8" 1.47 sec 408.44 M 1.15 8 "double while loop unroll 9" 1.45 sec 412.94 M 1.13 9 "double while loop unroll 10" 1.45 sec 412.65 M 1.13 10 "double while loop unroll 11" 1.41 sec 427.05 M 1.10 11 "double while loop unroll 12" 1.39 sec 431.34 M 1.09 12 "double while loop unroll 13" 1.41 sec 426.44 M 1.10 13 "double while loop unroll 14" 1.38 sec 436.36 M 1.07 14 "double while loop unroll 15" 1.51 sec 396.04 M 1.18 15 "double while loop unroll 16" 1.49 sec 404.04 M 1.16 16 "double while loop unroll 17" 1.45 sec 413.22 M 1.13 17 "double while loop unroll 18" 1.47 sec 408.16 M 1.15 18 "double while loop unroll 19" 1.44 sec 417.54 M 1.12 19 "double while loop unroll 20" 1.44 sec 417.25 M 1.12 20 "double while loop unroll 21" 1.41 sec 426.74 M 1.10 21 "double while loop unroll 22" 1.53 sec 391.90 M 1.19 22 "double while loop unroll 23" 1.50 sec 400.00 M 1.17 23 "double while loop unroll 24" 1.50 sec 400.00 M 1.17 24 "double while loop unroll 25" 1.47 sec 408.44 M 1.15 25 "double while loop unroll 26" 1.45 sec 413.22 M 1.13 26 "double while loop unroll 27" 1.44 sec 417.25 M 1.12 27 "double while loop unroll 28" 1.45 sec 412.94 M 1.13 28 "double while loop unroll 29" 1.55 sec 387.85 M 1.21 29 "double while loop unroll 30" 1.53 sec 391.90 M 1.19 30 "double while loop unroll 31" 1.52 sec 395.78 M 1.18 31 "double while loop unroll 32" 1.50 sec 400.00 M 1.17 Total absolute time for double while loop unrolling: 45.61 sec test description absolute operations ratio with number time per second test0 0 "double do loop unroll 1" 1.30 sec 462.61 M 1.00 1 "double do loop unroll 2" 1.28 sec 468.38 M 0.99 2 "double do loop unroll 3" 1.30 sec 462.61 M 1.00 3 "double do loop unroll 4" 1.28 sec 468.38 M 0.99 4 "double do loop unroll 5" 1.30 sec 462.61 M 1.00 5 "double do loop unroll 6" 1.25 sec 480.00 M 0.96 6 "double do loop unroll 7" 1.30 sec 462.61 M 1.00 7 "double do loop unroll 8" 1.45 sec 412.94 M 1.12 8 "double do loop unroll 9" 1.47 sec 408.44 M 1.13 9 "double do loop unroll 10" 1.45 sec 412.94 M 1.12 10 "double do loop unroll 11" 1.41 sec 426.74 M 1.08 11 "double do loop unroll 12" 1.44 sec 417.25 M 1.11 12 "double do loop unroll 13" 1.37 sec 436.68 M 1.06 13 "double do loop unroll 14" 1.38 sec 436.36 M 1.06 14 "double do loop unroll 15" 1.50 sec 400.00 M 1.16 15 "double do loop unroll 16" 1.47 sec 408.44 M 1.13 16 "double do loop unroll 17" 1.49 sec 404.04 M 1.14 17 "double do loop unroll 18" 1.45 sec 412.94 M 1.12 18 "double do loop unroll 19" 1.44 sec 417.25 M 1.11 19 "double do loop unroll 20" 1.42 sec 421.94 M 1.10 20 "double do loop unroll 21" 1.41 sec 426.74 M 1.08 21 "double do loop unroll 22" 1.53 sec 391.90 M 1.18 22 "double do loop unroll 23" 1.50 sec 400.00 M 1.16 23 "double do loop unroll 24" 1.50 sec 400.00 M 1.16 24 "double do loop unroll 25" 1.47 sec 408.72 M 1.13 25 "double do loop unroll 26" 1.47 sec 408.44 M 1.13 26 "double do loop unroll 27" 1.44 sec 417.25 M 1.11 27 "double do loop unroll 28" 1.45 sec 412.94 M 1.12 28 "double do loop unroll 29" 1.55 sec 387.85 M 1.19 29 "double do loop unroll 30" 1.53 sec 391.90 M 1.18 30 "double do loop unroll 31" 1.52 sec 395.78 M 1.17 31 "double do loop unroll 32" 1.50 sec 400.00 M 1.16 Total absolute time for double do loop unrolling: 45.59 sec test description absolute operations ratio with number time per second test0 0 "double goto loop unroll 1" 1.28 sec 468.38 M 1.00 1 "double goto loop unroll 2" 1.28 sec 468.38 M 1.00 2 "double goto loop unroll 3" 1.30 sec 462.61 M 1.01 3 "double goto loop unroll 4" 1.28 sec 468.38 M 1.00 4 "double goto loop unroll 5" 1.30 sec 462.61 M 1.01 5 "double goto loop unroll 6" 1.28 sec 468.38 M 1.00 6 "double goto loop unroll 7" 1.28 sec 468.02 M 1.00 7 "double goto loop unroll 8" 1.45 sec 412.94 M 1.13 8 "double goto loop unroll 9" 1.47 sec 408.72 M 1.15 9 "double goto loop unroll 10" 1.45 sec 412.65 M 1.14 10 "double goto loop unroll 11" 1.41 sec 426.74 M 1.10 11 "double goto loop unroll 12" 1.41 sec 426.74 M 1.10 12 "double goto loop unroll 13" 1.38 sec 436.36 M 1.07 13 "double goto loop unroll 14" 1.38 sec 436.36 M 1.07 14 "double goto loop unroll 15" 1.50 sec 400.00 M 1.17 15 "double goto loop unroll 16" 1.49 sec 404.04 M 1.16 16 "double goto loop unroll 17" 1.45 sec 412.94 M 1.13 17 "double goto loop unroll 18" 1.45 sec 412.94 M 1.13 18 "double goto loop unroll 19" 1.44 sec 417.25 M 1.12 19 "double goto loop unroll 20" 1.42 sec 422.24 M 1.11 20 "double goto loop unroll 21" 1.36 sec 441.18 M 1.06 21 "double goto loop unroll 22" 1.53 sec 391.90 M 1.20 22 "double goto loop unroll 23" 1.52 sec 395.78 M 1.18 23 "double goto loop unroll 24" 1.50 sec 400.00 M 1.17 24 "double goto loop unroll 25" 1.48 sec 404.31 M 1.16 25 "double goto loop unroll 26" 1.45 sec 412.94 M 1.13 26 "double goto loop unroll 27" 1.45 sec 412.94 M 1.13 27 "double goto loop unroll 28" 1.44 sec 417.25 M 1.12 28 "double goto loop unroll 29" 1.55 sec 387.85 M 1.21 29 "double goto loop unroll 30" 1.53 sec 392.16 M 1.19 30 "double goto loop unroll 31" 1.52 sec 395.78 M 1.18 31 "double goto loop unroll 32" 1.50 sec 399.73 M 1.17 Total absolute time for double goto loop unrolling: 45.52 sec -------------------------------------------------------------------------------- Nico@CODEFOX-VM01 ~/C++Benchmarks $ ./functionobjects.exe ./functionobjects test description absolute operations ratio with number time per second test0 0 "qsort array with function pointer" 2.55 sec 7.86 M 1.00 1 "quicksort function array with function pointer" 2.11 sec 9.48 M 0.83 2 "quicksort template array with function pointer" 2.14 sec 9.35 M 0.84 3 "quicksort template array with template function pointer" 2.11 sec 9.48 M 0.83 4 "sort array with function pointer" 1.69 sec 11.86 M 0.66 5 "quicksort template array with user-supplied functor" 1.20 sec 16.63 M 0.47 6 "sort array with user-supplied functor" 0.95 sec 20.96 M 0.37 7 "quicksort template array with user-supplied inline functor" 1.20 sec 16.63 M 0.47 8 "sort array with user-supplied inline functor" 0.95 sec 20.99 M 0.37 9 "quicksort template array with standard functor" 1.25 sec 16.00 M 0.49 10 "sort array with standard functor" 0.97 sec 20.64 M 0.38 11 "quicksort template array with native < operator" 1.19 sec 16.85 M 0.47 12 "sort array with native < operator" 0.97 sec 20.64 M 0.38 Total absolute time for Function Objects: 19.28 sec ------------------------------------------------------------------------------- Nico@CODEFOX-VM01 ~/C++Benchmarks $ ./stepanov_vector.exe ./stepanov_vector test description absolute operations ratio with number time per second test0 0 "double pointer verify2" 2.66 sec 1129.52 M 1.00 1 "double vector iterator" 2.66 sec 1129.52 M 1.00 2 "double pointer reverse" 2.66 sec 1129.52 M 1.00 3 "double vector reverse_iterator" 2.66 sec 1129.09 M 1.00 4 "double vector iterator reverse" 2.66 sec 1129.52 M 1.00 5 "double pointer reverse reverse" 2.66 sec 1129.52 M 1.00 6 "double vector reverse_iterator reverse" 2.67 sec 1122.75 M 1.01 7 "double vector iterator reverse reverse" 2.66 sec 1129.52 M 1.00 Total absolute time for Vector accumulate: 21.27 sec Vector accumulate Penalty: 1.00 test description absolute operations ratio with number time per second test0 0 "insertion_sort double pointer verify2" 0.91 sec 3.31 M 1.00 1 "insertion_sort double vector iterator" 0.89 sec 3.37 M 0.98 2 "insertion_sort double pointer reverse" 0.97 sec 3.10 M 1.07 3 "insertion_sort double vector reverse_iterator" 0.98 sec 3.05 M 1.09 4 "insertion_sort double vector iterator reverse" 0.97 sec 3.10 M 1.07 5 "insertion_sort double pointer reverse reverse" 0.89 sec 3.37 M 0.98 6 "insertion_sort double vector reverse_iterator reverse" 0.89 sec 3.37 M 0.98 7 "insertion_sort double vector iterator reverse reverse" 0.89 sec 3.37 M 0.98 Total absolute time for Vector Insertion Sort: 7.39 sec Vector Insertion Sort Penalty: 1.02 test description absolute operations ratio with number time per second test0 0 "quicksort double pointer verify2" 1.16 sec 20.76 M 1.00 1 "quicksort double vector iterator" 1.31 sec 18.28 M 1.14 2 "quicksort double pointer reverse" 1.26 sec 18.97 M 1.09 3 "quicksort double vector reverse_iterator" 1.25 sec 19.20 M 1.08 4 "quicksort double vector iterator reverse" 1.27 sec 18.96 M 1.10 5 "quicksort double pointer reverse reverse" 1.28 sec 18.74 M 1.11 6 "quicksort double vector reverse_iterator reverse" 1.28 sec 18.74 M 1.11 7 "quicksort double vector iterator reverse reverse" 1.27 sec 18.96 M 1.10 Total absolute time for Vector Quicksort: 10.08 sec Vector Quicksort Penalty: 1.10 test description absolute operations ratio with number time per second test0 0 "heap_sort double pointer verify2" 1.11 sec 21.64 M 1.00 1 "heap_sort double vector iterator" 1.14 sec 21.03 M 1.03 2 "heap_sort double pointer reverse" 1.44 sec 16.70 M 1.30 3 "heap_sort double vector reverse_iterator" 1.47 sec 16.34 M 1.32 4 "heap_sort double vector iterator reverse" 1.47 sec 16.34 M 1.32 5 "heap_sort double pointer reverse reverse" 1.14 sec 21.03 M 1.03 6 "heap_sort double vector reverse_iterator reverse" 1.14 sec 21.05 M 1.03 7 "heap_sort double vector iterator reverse reverse" 1.14 sec 21.03 M 1.03 Total absolute time for Vector Heap Sort: 10.05 sec Vector Heap Sort Penalty: 1.14 -------------------------------------------------------------------------------- Nico@CODEFOX-VM01 ~/C++Benchmarks $ ./stepanov_abstraction.exe ./stepanov_abstraction test description absolute operations ratio with number time per second test0 0 "double pointer" 3.55 sec 1128.03 M 1.00 1 "double pointer_class" 3.53 sec 1132.50 M 1.00 2 "DoubleValueWrapper pointer" 3.55 sec 1127.71 M 1.00 3 "DoubleValueWrapper pointer_class" 3.53 sec 1132.82 M 1.00 4 "DoubleValueWrapper10 pointer" 3.53 sec 1132.82 M 1.00 5 "DoubleValueWrapper10 pointer_class" 3.55 sec 1127.71 M 1.00 Total absolute time for Abstraction Accumulate: 21.23 sec Abstraction Accumulate Penalty: 1.00 test description absolute operations ratio with number time per second test0 0 "insertion_sort double pointer" 0.61 sec 3.28 M 1.00 1 "insertion_sort double pointer_class" 0.58 sec 3.46 M 0.95 2 "insertion_sort DoubleValueWrapper pointer" 0.61 sec 3.28 M 1.00 3 "insertion_sort DoubleValueWrapper pointer_class" 0.59 sec 3.37 M 0.98 4 "insertion_sort DoubleValueWrapper10 pointer" 0.61 sec 3.28 M 1.00 5 "insertion_sort DoubleValueWrapper10 pointer_class" 0.61 sec 3.28 M 1.00 Total absolute time for Abstraction Insertion Sort: 3.61 sec Abstraction Insertion Sort Penalty: 0.99 test description absolute operations ratio with number time per second test0 0 "quicksort double pointer" 0.77 sec 20.89 M 1.00 1 "quicksort double pointer_class" 0.88 sec 18.29 M 1.14 2 "quicksort DoubleValueWrapper pointer" 0.77 sec 20.89 M 1.00 3 "quicksort DoubleValueWrapper pointer_class" 0.88 sec 18.29 M 1.14 4 "quicksort DoubleValueWrapper10 pointer" 0.80 sec 20.10 M 1.04 5 "quicksort DoubleValueWrapper10 pointer_class" 0.89 sec 17.96 M 1.16 Total absolute time for Abstraction Quicksort: 4.97 sec Abstraction Quicksort Penalty: 1.10 test description absolute operations ratio with number time per second test0 0 "heap_sort double pointer" 0.73 sec 21.80 M 1.00 1 "heap_sort double pointer_class" 0.75 sec 21.33 M 1.02 2 "heap_sort DoubleValueWrapper pointer" 0.75 sec 21.33 M 1.02 3 "heap_sort DoubleValueWrapper pointer_class" 0.73 sec 21.77 M 1.00 4 "heap_sort DoubleValueWrapper10 pointer" 0.75 sec 21.33 M 1.02 5 "heap_sort DoubleValueWrapper10 pointer_class" 0.75 sec 21.33 M 1.02 Total absolute time for Abstraction Heap Sort: 4.47 sec Abstraction Heap Sort Penalty: 1.02 -------------------------------------------------------------------------------- Nico@CODEFOX-VM01 ~/C++Benchmarks $ ./simple_types_loop_invariant.exe ./simple_types_loop_invariant test description absolute operations ratio with number time per second test0 0 "int8_t variable add" 0.05 sec 34782.61 M 1.00 1 "int8_t variable add hoisted" 0.95 sec 1677.15 M 20.74 2 "int8_t multiple variable adds" 0.05 sec 34782.61 M 1.00 3 "int8_t variable subtract" 0.05 sec 34042.55 M 1.02 4 "int8_t multiple variable subtracts" 0.05 sec 34042.55 M 1.02 5 "int8_t variable multiply" 0.12 sec 12800.00 M 2.72 6 "int8_t multiple variable multiplies" 0.12 sec 12800.00 M 2.72 7 "int8_t multiple variable multiplies2" 0.05 sec 34042.55 M 1.02 8 "int8_t variable divide" 5.22 sec 306.57 M 113.46 9 "int8_t multiple variable divides" 20.22 sec 79.13 M 439.54 10 "int8_t multiple variable divides2" 0.81 sec 1970.44 M 17.65 11 "int8_t multiple variable mixed" 0.86 sec 1862.63 M 18.67 12 "int8_t variable and" 0.05 sec 34042.55 M 1.02 13 "int8_t multiple variable and" 0.06 sec 25396.83 M 1.37 14 "int8_t variable or" 0.05 sec 34042.55 M 1.02 15 "int8_t multiple variable or" 0.05 sec 34042.55 M 1.02 16 "int8_t variable xor" 0.06 sec 25806.45 M 1.35 17 "int8_t multiple variable xor" 0.05 sec 34042.55 M 1.02 Total absolute time for int8_t loop invariant: 28.86 sec test description absolute operations ratio with number time per second test0 0 "uint8_t variable add" 0.06 sec 25806.45 M 1.00 1 "uint8_t variable add hoisted" 0.94 sec 1705.76 M 15.13 2 "uint8_t multiple variable adds" 0.05 sec 34042.55 M 0.76 3 "uint8_t variable subtract" 0.03 sec 51612.90 M 0.50 4 "uint8_t multiple variable subtracts" 0.05 sec 34042.55 M 0.76 5 "uint8_t variable multiply" 0.12 sec 12800.00 M 2.02 6 "uint8_t multiple variable multiplies" 0.12 sec 12800.00 M 2.02 7 "uint8_t multiple variable multiplies2" 0.05 sec 34042.55 M 0.76 8 "uint8_t variable divide" 5.22 sec 306.57 M 84.18 9 "uint8_t multiple variable divides" 21.16 sec 75.63 M 341.23 10 "uint8_t multiple variable divides2" 0.05 sec 34042.55 M 0.76 11 "uint8_t multiple variable mixed" 0.86 sec 1862.63 M 13.85 12 "uint8_t variable and" 0.06 sec 25396.83 M 1.02 13 "uint8_t multiple variable and" 0.05 sec 34782.61 M 0.74 14 "uint8_t variable or" 0.06 sec 25396.83 M 1.02 15 "uint8_t multiple variable or" 0.05 sec 34042.55 M 0.76 16 "uint8_t variable xor" 0.06 sec 25806.45 M 1.00 17 "uint8_t multiple variable xor" 0.05 sec 34042.55 M 0.76 Total absolute time for uint8_t loop invariant: 29.03 sec test description absolute operations ratio with number time per second test0 0 "int16_t variable add" 0.09 sec 17021.28 M 1.00 1 "int16_t variable add hoisted" 0.95 sec 1678.91 M 10.14 2 "int16_t multiple variable adds" 0.09 sec 17021.28 M 1.00 3 "int16_t variable subtract" 0.08 sec 20512.82 M 0.83 4 "int16_t multiple variable subtracts" 0.09 sec 17021.28 M 1.00 5 "int16_t variable multiply" 0.12 sec 12800.00 M 1.33 6 "int16_t multiple variable multiplies" 0.12 sec 12800.00 M 1.33 7 "int16_t multiple variable multiplies2" 0.09 sec 17204.30 M 0.99 8 "int16_t variable divide" 5.24 sec 305.64 M 55.69 9 "int16_t multiple variable divides" 20.22 sec 79.13 M 215.10 10 "int16_t multiple variable divides2" 0.25 sec 6400.00 M 2.66 11 "int16_t multiple variable mixed" 0.30 sec 5405.41 M 3.15 12 "int16_t variable and" 0.11 sec 14545.45 M 1.17 13 "int16_t multiple variable and" 0.11 sec 14678.90 M 1.16 14 "int16_t variable or" 0.11 sec 14545.45 M 1.17 15 "int16_t multiple variable or" 0.09 sec 17204.30 M 0.99 16 "int16_t variable xor" 0.11 sec 14545.45 M 1.17 17 "int16_t multiple variable xor" 0.11 sec 14678.90 M 1.16 Total absolute time for int16_t loop invariant: 28.30 sec test description absolute operations ratio with number time per second test0 0 "uint16_t variable add" 0.09 sec 17021.28 M 1.00 1 "uint16_t variable add hoisted" 0.95 sec 1678.91 M 10.14 2 "uint16_t multiple variable adds" 0.09 sec 17021.28 M 1.00 3 "uint16_t variable subtract" 0.08 sec 20512.82 M 0.83 4 "uint16_t multiple variable subtracts" 0.09 sec 17021.28 M 1.00 5 "uint16_t variable multiply" 0.12 sec 12800.00 M 1.33 6 "uint16_t multiple variable multiplies" 0.11 sec 14678.90 M 1.16 7 "uint16_t multiple variable multiplies2" 0.09 sec 17021.28 M 1.00 8 "uint16_t variable divide" 5.08 sec 315.08 M 54.02 9 "uint16_t multiple variable divides" 23.39 sec 68.41 M 248.83 10 "uint16_t multiple variable divides2" 0.09 sec 17021.28 M 1.00 11 "uint16_t multiple variable mixed" 0.30 sec 5387.21 M 3.16 12 "uint16_t variable and" 0.11 sec 14678.90 M 1.16 13 "uint16_t multiple variable and" 0.11 sec 14545.45 M 1.17 14 "uint16_t variable or" 0.09 sec 17021.28 M 1.00 15 "uint16_t multiple variable or" 0.11 sec 14678.90 M 1.16 16 "uint16_t variable xor" 0.11 sec 14678.90 M 1.16 17 "uint16_t multiple variable xor" 0.11 sec 14545.45 M 1.17 Total absolute time for uint16_t loop invariant: 31.14 sec test description absolute operations ratio with number time per second test0 0 "int32_t variable add" 0.19 sec 8556.15 M 1.00 1 "int32_t variable add hoisted" 0.17 sec 9302.33 M 0.92 2 "int32_t multiple variable adds" 0.19 sec 8510.64 M 1.01 3 "int32_t variable subtract" 0.19 sec 8556.15 M 1.00 4 "int32_t multiple variable subtracts" 0.17 sec 9302.33 M 0.92 5 "int32_t variable multiply" 0.45 sec 3532.01 M 2.42 6 "int32_t multiple variable multiplies" 0.48 sec 3305.79 M 2.59 7 "int32_t multiple variable multiplies2" 0.19 sec 8510.64 M 1.01 8 "int32_t variable divide" 5.22 sec 306.57 M 27.91 9 "int32_t multiple variable divides" 21.47 sec 74.53 M 114.80 10 "int32_t multiple variable divides2" 0.19 sec 8510.64 M 1.01 11 "int32_t multiple variable mixed" 0.23 sec 6837.61 M 1.25 12 "int32_t variable and" 0.22 sec 7305.94 M 1.17 13 "int32_t multiple variable and" 0.22 sec 7305.94 M 1.17 14 "int32_t variable or" 0.20 sec 7881.77 M 1.09 15 "int32_t multiple variable or" 0.22 sec 7305.94 M 1.17 16 "int32_t variable xor" 0.22 sec 7339.45 M 1.17 17 "int32_t multiple variable xor" 0.22 sec 7305.94 M 1.17 Total absolute time for int32_t loop invariant: 30.44 sec test description absolute operations ratio with number time per second test0 0 "uint32_t variable add" 0.19 sec 8510.64 M 1.00 1 "uint32_t variable add hoisted" 0.17 sec 9302.33 M 0.91 2 "uint32_t multiple variable adds" 0.19 sec 8556.15 M 0.99 3 "uint32_t variable subtract" 0.19 sec 8510.64 M 1.00 4 "uint32_t multiple variable subtracts" 0.19 sec 8556.15 M 0.99 5 "uint32_t variable multiply" 0.45 sec 3532.01 M 2.41 6 "uint32_t multiple variable multiplies" 0.48 sec 3298.97 M 2.58 7 "uint32_t multiple variable multiplies2" 0.19 sec 8556.15 M 0.99 8 "uint32_t variable divide" 5.33 sec 300.30 M 28.34 9 "uint32_t multiple variable divides" 21.19 sec 75.51 M 112.70 10 "uint32_t multiple variable divides2" 0.19 sec 8556.15 M 0.99 11 "uint32_t multiple variable mixed" 0.23 sec 6808.51 M 1.25 12 "uint32_t variable and" 0.22 sec 7339.45 M 1.16 13 "uint32_t multiple variable and" 0.22 sec 7305.94 M 1.16 14 "uint32_t variable or" 0.20 sec 7881.77 M 1.08 15 "uint32_t multiple variable or" 0.22 sec 7305.94 M 1.16 16 "uint32_t variable xor" 0.22 sec 7305.94 M 1.16 17 "uint32_t multiple variable xor" 0.22 sec 7339.45 M 1.16 Total absolute time for uint32_t loop invariant: 30.28 sec test description absolute operations ratio with number time per second test0 0 "int64_t variable add" 0.44 sec 3652.97 M 1.00 1 "int64_t variable add hoisted" 0.42 sec 3791.47 M 0.96 2 "int64_t multiple variable adds" 0.45 sec 3532.01 M 1.03 3 "int64_t variable subtract" 0.44 sec 3661.33 M 1.00 4 "int64_t multiple variable subtracts" 0.44 sec 3652.97 M 1.00 5 "int64_t variable multiply" 1.69 sec 948.43 M 3.85 6 "int64_t multiple variable multiplies" 1.78 sec 897.87 M 4.07 7 "int64_t multiple variable multiplies2" 0.44 sec 3661.33 M 1.00 8 "int64_t variable divide" 15.14 sec 105.67 M 34.57 9 "int64_t multiple variable divides" 53.77 sec 29.76 M 122.75 10 "int64_t multiple variable divides2" 0.45 sec 3524.23 M 1.04 11 "int64_t multiple variable mixed" 0.50 sec 3200.00 M 1.14 12 "int64_t variable and" 0.48 sec 3305.79 M 1.11 13 "int64_t multiple variable and" 0.50 sec 3200.00 M 1.14 14 "int64_t variable or" 0.48 sec 3305.79 M 1.11 15 "int64_t multiple variable or" 0.50 sec 3200.00 M 1.14 16 "int64_t variable xor" 0.48 sec 3298.97 M 1.11 17 "int64_t multiple variable xor" 0.48 sec 3305.79 M 1.11 Total absolute time for int64_t loop invariant: 78.89 sec test description absolute operations ratio with number time per second test0 0 "uint64_t variable add" 0.44 sec 3652.97 M 1.00 1 "uint64_t variable add hoisted" 0.45 sec 3532.01 M 1.03 2 "uint64_t multiple variable adds" 0.44 sec 3661.33 M 1.00 3 "uint64_t variable subtract" 0.44 sec 3652.97 M 1.00 4 "uint64_t multiple variable subtracts" 0.44 sec 3661.33 M 1.00 5 "uint64_t variable multiply" 1.70 sec 939.52 M 3.89 6 "uint64_t multiple variable multiplies" 1.78 sec 897.87 M 4.07 7 "uint64_t multiple variable multiplies2" 0.44 sec 3661.33 M 1.00 8 "uint64_t variable divide" 13.05 sec 122.63 M 29.79 9 "uint64_t multiple variable divides" 45.22 sec 35.38 M 103.24 10 "uint64_t multiple variable divides2" 0.45 sec 3532.01 M 1.03 11 "uint64_t multiple variable mixed" 0.50 sec 3200.00 M 1.14 12 "uint64_t variable and" 0.50 sec 3200.00 M 1.14 13 "uint64_t multiple variable and" 0.50 sec 3200.00 M 1.14 14 "uint64_t variable or" 0.48 sec 3298.97 M 1.11 15 "uint64_t multiple variable or" 0.50 sec 3200.00 M 1.14 16 "uint64_t variable xor" 0.48 sec 3305.79 M 1.11 17 "uint64_t multiple variable xor" 0.50 sec 3200.00 M 1.14 Total absolute time for uint64_t loop invariant: 68.31 sec test description absolute operations ratio with number time per second test0 0 "float variable add" 1.42 sec 1125.18 M 1.00 1 "float variable add hoisted" 1.42 sec 1125.18 M 1.00 2 "float multiple variable adds" 2.41 sec 665.00 M 1.69 3 "float variable subtract" 1.42 sec 1125.18 M 1.00 4 "float multiple variable subtracts" 2.41 sec 665.00 M 1.69 5 "float variable multiply" 1.42 sec 1125.18 M 1.00 6 "float multiple variable multiplies" 1.92 sec 832.47 M 1.35 7 "float multiple variable multiplies2" 1.42 sec 1125.18 M 1.00 8 "float variable divide" 4.78 sec 334.66 M 3.36 9 "float multiple variable divides" 22.92 sec 69.80 M 16.12 10 "float multiple variable divides2" 1.42 sec 1125.18 M 1.00 11 "float multiple variable mixed" 1.45 sec 1101.17 M 1.02 Total absolute time for float loop invariant: 44.42 sec test description absolute operations ratio with number time per second test0 0 "double variable add" 1.42 sec 1125.18 M 1.00 1 "double variable add hoisted" 1.42 sec 1125.18 M 1.00 2 "double multiple variable adds" 2.41 sec 665.00 M 1.69 3 "double variable subtract" 1.42 sec 1125.18 M 1.00 4 "double multiple variable subtracts" 2.41 sec 665.00 M 1.69 5 "double variable multiply" 1.42 sec 1125.18 M 1.00 6 "double multiple variable multiplies" 1.92 sec 832.47 M 1.35 7 "double multiple variable multiplies2" 1.42 sec 1125.18 M 1.00 8 "double variable divide" 4.75 sec 336.84 M 3.34 9 "double multiple variable divides" 30.52 sec 52.43 M 21.46 10 "double multiple variable divides2" 1.42 sec 1125.18 M 1.00 11 "double multiple variable mixed" 1.45 sec 1101.17 M 1.02 Total absolute time for double loop invariant: 51.98 sec -------------------------------------------------------------------------------- Nico@CODEFOX-VM01 ~/C++Benchmarks $ ./simple_types_constant_folding.exe ./simple_types_constant_folding test description absolute operations ratio with number time per second test0 0 "int8_t constant" 0.00 sec inf M nan 1 "int8_t add constants" 0.01 sec 1066666.67 M inf 2 "int8_t subtract constants" 0.00 sec inf M nan 3 "int8_t multiply constants" 0.00 sec inf M nan 4 "int8_t divide constants" 0.00 sec inf M nan 5 "int8_t mod constants" 0.00 sec inf M nan 6 "int8_t equal constants" 0.00 sec inf M nan 7 "int8_t notequal constants" 0.00 sec inf M nan 8 "int8_t greater than constants" 0.02 sec 1000000.00 M inf 9 "int8_t less than constants" 0.00 sec inf M nan 10 "int8_t greater than equal constants" 0.00 sec inf M nan 11 "int8_t less than equal constants" 0.00 sec inf M nan 12 "int8_t and constants" 0.00 sec inf M nan 13 "int8_t or constants" 0.00 sec inf M nan 14 "int8_t xor constants" 0.00 sec inf M nan Total absolute time for int8_t simple constant folding: 0.03 sec test description absolute operations ratio with number time per second test0 0 "int8_t constant add" 0.05 sec 34042.55 M 1.00 1 "int8_t multiple constant adds" 0.05 sec 34042.55 M 1.00 2 "int8_t constant subtract" 0.05 sec 34782.61 M 0.98 3 "int8_t multiple constant subtracts" 0.05 sec 34042.55 M 1.00 4 "int8_t constant multiply" 0.12 sec 12800.00 M 2.66 5 "int8_t multiple constant multiplies" 0.12 sec 12800.00 M 2.66 6 "int8_t multiple constant multiply2" 0.05 sec 34042.55 M 1.00 7 "int8_t constant divide" 2.38 sec 673.68 M 50.53 8 "int8_t multiple constant divides" 2.83 sec 565.77 M 60.17 9 "int8_t multiple constant divide2" 0.05 sec 34042.55 M 1.00 10 "int8_t multiple constant mixed" 0.06 sec 25396.83 M 1.34 11 "int8_t constant and" 0.05 sec 34042.55 M 1.00 12 "int8_t multiple constant and" 0.05 sec 34782.61 M 0.98 13 "int8_t constant or" 0.06 sec 25396.83 M 1.34 14 "int8_t multiple constant or" 0.05 sec 34042.55 M 1.00 15 "int8_t constant xor" 0.06 sec 25806.45 M 1.32 16 "int8_t multiple constant xor" 0.05 sec 34042.55 M 1.00 Total absolute time for int8_t constant folding: 6.11 sec test description absolute operations ratio with number time per second test0 0 "uint8_t constant" 0.00 sec inf M nan 1 "uint8_t add constants" 0.00 sec inf M nan 2 "uint8_t subtract constants" 0.02 sec 1000000.00 M inf 3 "uint8_t multiply constants" 0.00 sec inf M nan 4 "uint8_t divide constants" 0.00 sec inf M nan 5 "uint8_t mod constants" 0.00 sec inf M nan 6 "uint8_t equal constants" 0.00 sec inf M nan 7 "uint8_t notequal constants" 0.00 sec inf M nan 8 "uint8_t greater than constants" 0.00 sec inf M nan 9 "uint8_t less than constants" 0.00 sec inf M nan 10 "uint8_t greater than equal constants" 0.00 sec inf M nan 11 "uint8_t less than equal constants" 0.00 sec inf M nan 12 "uint8_t and constants" 0.00 sec inf M nan 13 "uint8_t or constants" 0.00 sec inf M nan 14 "uint8_t xor constants" 0.01 sec 1066666.67 M inf Total absolute time for uint8_t simple constant folding: 0.03 sec test description absolute operations ratio with number time per second test0 0 "uint8_t constant add" 0.05 sec 34042.55 M 1.00 1 "uint8_t multiple constant adds" 0.03 sec 50000.00 M 0.68 2 "uint8_t constant subtract" 0.05 sec 34782.61 M 0.98 3 "uint8_t multiple constant subtracts" 0.05 sec 34042.55 M 1.00 4 "uint8_t constant multiply" 0.14 sec 11347.52 M 3.00 5 "uint8_t multiple constant multiplies" 0.11 sec 14678.90 M 2.32 6 "uint8_t multiple constant multiply2" 0.05 sec 34042.55 M 1.00 7 "uint8_t constant divide" 1.08 sec 1484.23 M 22.94 8 "uint8_t multiple constant divides" 1.08 sec 1484.23 M 22.94 9 "uint8_t multiple constant divide2" 0.05 sec 34042.55 M 1.00 10 "uint8_t multiple constant mixed" 0.05 sec 34042.55 M 1.00 11 "uint8_t constant and" 0.06 sec 25396.83 M 1.34 12 "uint8_t multiple constant and" 0.05 sec 34042.55 M 1.00 13 "uint8_t constant or" 0.06 sec 25806.45 M 1.32 14 "uint8_t multiple constant or" 0.05 sec 34042.55 M 1.00 15 "uint8_t constant xor" 0.06 sec 25806.45 M 1.32 16 "uint8_t multiple constant xor" 0.05 sec 34042.55 M 1.00 Total absolute time for uint8_t constant folding: 3.05 sec test description absolute operations ratio with number time per second test0 0 "int16_t constant" 0.00 sec inf M nan 1 "int16_t add constants" 0.00 sec inf M nan 2 "int16_t subtract constants" 0.02 sec 1000000.00 M inf 3 "int16_t multiply constants" 0.00 sec inf M nan 4 "int16_t divide constants" 0.00 sec inf M nan 5 "int16_t mod constants" 0.00 sec inf M nan 6 "int16_t equal constants" 0.00 sec inf M nan 7 "int16_t notequal constants" 0.00 sec inf M nan 8 "int16_t greater than constants" 0.00 sec inf M nan 9 "int16_t less than constants" 0.00 sec inf M nan 10 "int16_t greater than equal constants" 0.02 sec 1000000.00 M inf 11 "int16_t less than equal constants" 0.00 sec inf M nan 12 "int16_t and constants" 0.00 sec inf M nan 13 "int16_t or constants" 0.00 sec inf M nan 14 "int16_t xor constants" 0.00 sec inf M nan Total absolute time for int16_t simple constant folding: 0.03 sec test description absolute operations ratio with number time per second test0 0 "int16_t constant add" 0.09 sec 17204.30 M 1.00 1 "int16_t multiple constant adds" 0.09 sec 17021.28 M 1.01 2 "int16_t constant subtract" 0.08 sec 20512.82 M 0.84 3 "int16_t multiple constant subtracts" 0.11 sec 14545.45 M 1.18 4 "int16_t constant multiply" 0.11 sec 14678.90 M 1.17 5 "int16_t multiple constant multiplies" 0.12 sec 12800.00 M 1.34 6 "int16_t multiple constant multiply2" 0.09 sec 17021.28 M 1.01 7 "int16_t constant divide" 2.44 sec 656.54 M 26.20 8 "int16_t multiple constant divides" 2.78 sec 575.33 M 29.90 9 "int16_t multiple constant divide2" 0.11 sec 14545.45 M 1.18 10 "int16_t multiple constant mixed" 0.08 sec 20512.82 M 0.84 11 "int16_t constant and" 0.11 sec 14678.90 M 1.17 12 "int16_t multiple constant and" 0.11 sec 14545.45 M 1.18 13 "int16_t constant or" 0.11 sec 14678.90 M 1.17 14 "int16_t multiple constant or" 0.11 sec 14678.90 M 1.17 15 "int16_t constant xor" 0.11 sec 14545.45 M 1.18 16 "int16_t multiple constant xor" 0.11 sec 14678.90 M 1.17 Total absolute time for int16_t constant folding: 6.77 sec test description absolute operations ratio with number time per second test0 0 "uint16_t constant" 0.00 sec inf M nan 1 "uint16_t add constants" 0.00 sec inf M nan 2 "uint16_t subtract constants" 0.00 sec inf M nan 3 "uint16_t multiply constants" 0.00 sec inf M nan 4 "uint16_t divide constants" 0.00 sec inf M nan 5 "uint16_t mod constants" 0.00 sec inf M nan 6 "uint16_t equal constants" 0.00 sec inf M nan 7 "uint16_t notequal constants" 0.00 sec inf M nan 8 "uint16_t greater than constants" 0.02 sec 1000000.00 M inf 9 "uint16_t less than constants" 0.00 sec inf M nan 10 "uint16_t greater than equal constants" 0.00 sec inf M nan 11 "uint16_t less than equal constants" 0.00 sec inf M nan 12 "uint16_t and constants" 0.00 sec inf M nan 13 "uint16_t or constants" 0.00 sec inf M nan 14 "uint16_t xor constants" 0.00 sec inf M nan Total absolute time for uint16_t simple constant folding: 0.02 sec test description absolute operations ratio with number time per second test0 0 "uint16_t constant add" 0.09 sec 17021.28 M 1.00 1 "uint16_t multiple constant adds" 0.09 sec 17204.30 M 0.99 2 "uint16_t constant subtract" 0.08 sec 20512.82 M 0.83 3 "uint16_t multiple constant subtracts" 0.09 sec 17021.28 M 1.00 4 "uint16_t constant multiply" 0.12 sec 12800.00 M 1.33 5 "uint16_t multiple constant multiplies" 0.12 sec 12800.00 M 1.33 6 "uint16_t multiple constant multiply2" 0.09 sec 17021.28 M 1.00 7 "uint16_t constant divide" 0.83 sec 1932.37 M 8.81 8 "uint16_t multiple constant divides" 0.84 sec 1895.73 M 8.98 9 "uint16_t multiple constant divide2" 0.08 sec 20512.82 M 0.83 10 "uint16_t multiple constant mixed" 0.09 sec 17021.28 M 1.00 11 "uint16_t constant and" 0.11 sec 14678.90 M 1.16 12 "uint16_t multiple constant and" 0.11 sec 14678.90 M 1.16 13 "uint16_t constant or" 0.11 sec 14545.45 M 1.17 14 "uint16_t multiple constant or" 0.11 sec 14678.90 M 1.16 15 "uint16_t constant xor" 0.11 sec 14545.45 M 1.17 16 "uint16_t multiple constant xor" 0.09 sec 17204.30 M 0.99 Total absolute time for uint16_t constant folding: 3.19 sec test description absolute operations ratio with number time per second test0 0 "int32_t constant" 0.02 sec 1000000.00 M 1.00 1 "int32_t add constants" 0.00 sec inf M 0.00 2 "int32_t subtract constants" 0.00 sec inf M 0.00 3 "int32_t multiply constants" 0.00 sec inf M 0.00 4 "int32_t divide constants" 0.00 sec inf M 0.00 5 "int32_t mod constants" 0.00 sec inf M 0.00 6 "int32_t equal constants" 0.00 sec inf M 0.00 7 "int32_t notequal constants" 0.00 sec inf M 0.00 8 "int32_t greater than constants" 0.00 sec inf M 0.00 9 "int32_t less than constants" 0.00 sec inf M 0.00 10 "int32_t greater than equal constants" 0.00 sec inf M 0.00 11 "int32_t less than equal constants" 0.00 sec inf M 0.00 12 "int32_t and constants" 0.00 sec inf M 0.00 13 "int32_t or constants" 0.02 sec 1000000.00 M 1.00 14 "int32_t xor constants" 0.00 sec inf M 0.00 Total absolute time for int32_t simple constant folding: 0.03 sec test description absolute operations ratio with number time per second test0 0 "int32_t constant add" 0.17 sec 9356.73 M 1.00 1 "int32_t multiple constant adds" 0.19 sec 8510.64 M 1.10 2 "int32_t constant subtract" 0.17 sec 9302.33 M 1.01 3 "int32_t multiple constant subtracts" 0.19 sec 8556.15 M 1.09 4 "int32_t constant multiply" 0.45 sec 3532.01 M 2.65 5 "int32_t multiple constant multiplies" 0.45 sec 3524.23 M 2.65 6 "int32_t multiple constant multiply2" 0.19 sec 8556.15 M 1.09 7 "int32_t constant divide" 2.22 sec 721.05 M 12.98 8 "int32_t multiple constant divides" 2.67 sec 598.80 M 15.63 9 "int32_t multiple constant divide2" 0.17 sec 9302.33 M 1.01 10 "int32_t multiple constant mixed" 0.19 sec 8556.15 M 1.09 11 "int32_t constant and" 0.20 sec 7881.77 M 1.19 12 "int32_t multiple constant and" 0.22 sec 7305.94 M 1.28 13 "int32_t constant or" 0.22 sec 7305.94 M 1.28 14 "int32_t multiple constant or" 0.22 sec 7339.45 M 1.27 15 "int32_t constant xor" 0.22 sec 7305.94 M 1.28 16 "int32_t multiple constant xor" 0.20 sec 7881.77 M 1.19 Total absolute time for int32_t constant folding: 8.34 sec test description absolute operations ratio with number time per second test0 0 "uint32_t constant" 0.00 sec inf M nan 1 "uint32_t add constants" 0.02 sec 1000000.00 M inf 2 "uint32_t subtract constants" 0.00 sec inf M nan 3 "uint32_t multiply constants" 0.00 sec inf M nan 4 "uint32_t divide constants" 0.00 sec inf M nan 5 "uint32_t mod constants" 0.00 sec inf M nan 6 "uint32_t equal constants" 0.00 sec inf M nan 7 "uint32_t notequal constants" 0.00 sec inf M nan 8 "uint32_t greater than constants" 0.00 sec inf M nan 9 "uint32_t less than constants" 0.00 sec inf M nan 10 "uint32_t greater than equal constants" 0.00 sec inf M nan 11 "uint32_t less than equal constants" 0.00 sec inf M nan 12 "uint32_t and constants" 0.00 sec inf M nan 13 "uint32_t or constants" 0.00 sec inf M nan 14 "uint32_t xor constants" 0.02 sec 1000000.00 M inf Total absolute time for uint32_t simple constant folding: 0.03 sec test description absolute operations ratio with number time per second test0 0 "uint32_t constant add" 0.17 sec 9356.73 M 1.00 1 "uint32_t multiple constant adds" 0.19 sec 8510.64 M 1.10 2 "uint32_t constant subtract" 0.19 sec 8556.15 M 1.09 3 "uint32_t multiple constant subtracts" 0.19 sec 8510.64 M 1.10 4 "uint32_t constant multiply" 0.45 sec 3532.01 M 2.65 5 "uint32_t multiple constant multiplies" 0.45 sec 3532.01 M 2.65 6 "uint32_t multiple constant multiply2" 0.19 sec 8510.64 M 1.10 7 "uint32_t constant divide" 1.70 sec 939.52 M 9.96 8 "uint32_t multiple constant divides" 1.69 sec 948.43 M 9.87 9 "uint32_t multiple constant divide2" 0.19 sec 8510.64 M 1.10 10 "uint32_t multiple constant mixed" 0.19 sec 8556.15 M 1.09 11 "uint32_t constant and" 0.22 sec 7305.94 M 1.28 12 "uint32_t multiple constant and" 0.20 sec 7881.77 M 1.19 13 "uint32_t constant or" 0.22 sec 7305.94 M 1.28 14 "uint32_t multiple constant or" 0.22 sec 7305.94 M 1.28 15 "uint32_t constant xor" 0.22 sec 7339.45 M 1.27 16 "uint32_t multiple constant xor" 0.22 sec 7305.94 M 1.28 Total absolute time for uint32_t constant folding: 6.89 sec test description absolute operations ratio with number time per second test0 0 "int64_t constant" 0.00 sec inf M nan 1 "int64_t add constants" 0.00 sec inf M nan 2 "int64_t subtract constants" 0.00 sec inf M nan 3 "int64_t multiply constants" 0.00 sec inf M nan 4 "int64_t divide constants" 0.00 sec inf M nan 5 "int64_t mod constants" 0.00 sec inf M nan 6 "int64_t equal constants" 0.00 sec inf M nan 7 "int64_t notequal constants" 0.00 sec inf M nan 8 "int64_t greater than constants" 0.00 sec inf M nan 9 "int64_t less than constants" 0.00 sec inf M nan 10 "int64_t greater than equal constants" 0.00 sec inf M nan 11 "int64_t less than equal constants" 0.00 sec inf M nan 12 "int64_t and constants" 0.02 sec 1000000.00 M inf 13 "int64_t or constants" 0.00 sec inf M nan 14 "int64_t xor constants" 0.00 sec inf M nan Total absolute time for int64_t simple constant folding: 0.02 sec test description absolute operations ratio with number time per second test0 0 "int64_t constant add" 0.44 sec 3661.33 M 1.00 1 "int64_t multiple constant adds" 0.42 sec 3791.47 M 0.97 2 "int64_t constant subtract" 0.44 sec 3652.97 M 1.00 3 "int64_t multiple constant subtracts" 0.44 sec 3661.33 M 1.00 4 "int64_t constant multiply" 1.70 sec 939.52 M 3.90 5 "int64_t multiple constant multiplies" 1.69 sec 947.87 M 3.86 6 "int64_t multiple constant multiply2" 0.44 sec 3661.33 M 1.00 7 "int64_t constant divide" 15.34 sec 104.28 M 35.11 8 "int64_t multiple constant divides" 15.22 sec 105.13 M 34.83 9 "int64_t multiple constant divide2" 0.44 sec 3661.33 M 1.00 10 "int64_t multiple constant mixed" 0.44 sec 3652.97 M 1.00 11 "int64_t constant and" 0.50 sec 3200.00 M 1.14 12 "int64_t multiple constant and" 0.50 sec 3200.00 M 1.14 13 "int64_t constant or" 0.48 sec 3305.79 M 1.11 14 "int64_t multiple constant or" 0.50 sec 3200.00 M 1.14 15 "int64_t constant xor" 0.50 sec 3200.00 M 1.14 16 "int64_t multiple constant xor" 0.50 sec 3200.00 M 1.14 Total absolute time for int64_t constant folding: 39.98 sec test description absolute operations ratio with number time per second test0 0 "uint64_t constant" 0.00 sec inf M nan 1 "uint64_t add constants" 0.00 sec inf M nan 2 "uint64_t subtract constants" 0.00 sec inf M nan 3 "uint64_t multiply constants" 0.00 sec inf M nan 4 "uint64_t divide constants" 0.00 sec inf M nan 5 "uint64_t mod constants" 0.00 sec inf M nan 6 "uint64_t equal constants" 0.00 sec inf M nan 7 "uint64_t notequal constants" 0.00 sec inf M nan 8 "uint64_t greater than constants" 0.00 sec inf M nan 9 "uint64_t less than constants" 0.00 sec inf M nan 10 "uint64_t greater than equal constants" 0.02 sec 1000000.00 M inf 11 "uint64_t less than equal constants" 0.00 sec inf M nan 12 "uint64_t and constants" 0.00 sec inf M nan 13 "uint64_t or constants" 0.00 sec inf M nan 14 "uint64_t xor constants" 0.00 sec inf M nan Total absolute time for uint64_t simple constant folding: 0.02 sec test description absolute operations ratio with number time per second test0 0 "uint64_t constant add" 0.45 sec 3532.01 M 1.00 1 "uint64_t multiple constant adds" 0.44 sec 3661.33 M 0.96 2 "uint64_t constant subtract" 0.44 sec 3652.97 M 0.97 3 "uint64_t multiple constant subtracts" 0.44 sec 3661.33 M 0.96 4 "uint64_t constant multiply" 1.70 sec 938.97 M 3.76 5 "uint64_t multiple constant multiplies" 1.70 sec 939.52 M 3.76 6 "uint64_t multiple constant multiply2" 0.45 sec 3532.01 M 1.00 7 "uint64_t constant divide" 12.69 sec 126.11 M 28.01 8 "uint64_t multiple constant divides" 12.73 sec 125.64 M 28.11 9 "uint64_t multiple constant divide2" 0.44 sec 3661.33 M 0.96 10 "uint64_t multiple constant mixed" 0.44 sec 3652.97 M 0.97 11 "uint64_t constant and" 0.50 sec 3200.00 M 1.10 12 "uint64_t multiple constant and" 0.50 sec 3200.00 M 1.10 13 "uint64_t constant or" 0.50 sec 3200.00 M 1.10 14 "uint64_t multiple constant or" 0.50 sec 3200.00 M 1.10 15 "uint64_t constant xor" 0.50 sec 3200.00 M 1.10 16 "uint64_t multiple constant xor" 0.50 sec 3200.00 M 1.10 Total absolute time for uint64_t constant folding: 34.92 sec test description absolute operations ratio with number time per second test0 0 "float constant" 14.20 sec 1126.52 M 1.00 1 "float add constants" 14.19 sec 1127.79 M 1.00 2 "float subtract constants" 14.22 sec 1125.25 M 1.00 3 "float multiply constants" 14.20 sec 1126.52 M 1.00 4 "float divide constants" 14.20 sec 1126.52 M 1.00 Total absolute time for float simple constant folding: 71.02 sec test description absolute operations ratio with number time per second test0 0 "float constant add" 1.42 sec 1125.18 M 1.00 1 "float multiple constant adds" 2.41 sec 665.00 M 1.69 2 "float constant subtract" 1.42 sec 1125.18 M 1.00 3 "float multiple constant subtracts" 2.41 sec 664.73 M 1.69 4 "float constant multiply" 1.42 sec 1125.97 M 1.00 5 "float multiple constant multiplies" 1.45 sec 1100.41 M 1.02 6 "float multiple constant multiply2" 1.42 sec 1125.97 M 1.00 7 "float constant divide" 6.64 sec 240.93 M 4.67 8 "float multiple constant divides" 13.62 sec 117.43 M 9.58 9 "float multiple constant divide2" 1.42 sec 1125.18 M 1.00 10 "float multiple constant mixed" 1.45 sec 1101.17 M 1.02 Total absolute time for float constant folding: 35.09 sec test description absolute operations ratio with number time per second test0 0 "double constant" 14.20 sec 1126.52 M 1.00 1 "double add constants" 14.22 sec 1125.25 M 1.00 2 "double subtract constants" 14.20 sec 1126.52 M 1.00 3 "double multiply constants" 14.20 sec 1126.52 M 1.00 4 "double divide constants" 14.22 sec 1125.25 M 1.00 Total absolute time for double simple constant folding: 71.05 sec test description absolute operations ratio with number time per second test0 0 "double constant add" 1.42 sec 1125.18 M 1.00 1 "double multiple constant adds" 2.41 sec 665.00 M 1.69 2 "double constant subtract" 1.42 sec 1125.18 M 1.00 3 "double multiple constant subtracts" 2.41 sec 665.00 M 1.69 4 "double constant multiply" 1.42 sec 1125.18 M 1.00 5 "double multiple constant multiplies" 1.45 sec 1101.17 M 1.02 6 "double multiple constant multiply2" 1.42 sec 1125.18 M 1.00 7 "double constant divide" 10.44 sec 153.30 M 7.34 8 "double multiple constant divides" 21.22 sec 75.40 M 14.92 9 "double multiple constant divide2" 1.42 sec 1125.18 M 1.00 10 "double multiple constant mixed" 1.45 sec 1101.17 M 1.02 Total absolute time for double constant folding: 46.48 sec
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