This is repository implements a benchmark that compares NanoLog's compression algorithm with the ones provided by zlib and Google snappy.
- zlib must be installed on your benchmarking platform
- C++11 compatible compiler
- gnuplot 5.0+
./run.shAfter the application ./run.sh completes, there will be a results.txt file that is a copy of the stdout printed by the application and should look like the sample below.
#Algorithm Dataset NumLogs Input Bytes Output Bytes Ratio Compute (s) Output (s) Max (s) MB/s Processing MB/s saved Mlogs/s B/msg
gzip,0 Rand Small 1 Int 3355443 67108860 67119106 1.0002 0.315189 0.256039 0.315189 203.053 -0.031 10.646 20.00
gzip,1 Rand Small 1 Int 3355443 67108860 20364631 0.3035 0.870902 0.077685 0.870902 73.487 51.187 3.853 6.07
gzip,6 Rand Small 1 Int 3355443 67108860 18299453 0.2727 2.695115 0.069807 2.695115 23.747 17.271 1.245 5.45
gzip,9 Rand Small 1 Int 3355443 67108860 18140019 0.2703 24.348063 0.069199 24.348063 2.629 1.918 0.138 5.41
memcpy Rand Small 1 Int 3355443 67108860 67108860 1.0000 0.019985 0.256000 0.256000 3202.426 0.000 167.899 20.00
snappy Rand Small 1 Int 3355443 67108860 28757320 0.4285 0.109718 0.109700 0.109718 583.313 333.353 30.582 8.57
NanoLog Rand Small 1 Int 3355443 67108860 18840077 0.2807 0.046341 0.071869 0.071869 1381.073 993.352 72.408 5.61
NL+snappy Rand Small 1 Int 3355443 67108860 13444000 0.2003 0.114653 0.051285 0.114653 558.204 446.378 29.266 4.01