README.md

sfpi-benchmark

USAGE: run make to build graph, make clean && make to rerun the benchmark
TODO: this should be structured just like the sharness test
TODO: use ipfs sandboxing from sharness
dependencies: go-ipfs, curl, rrdtool, jq, python3, matplotlib, numpy

add

• Add performance of many small files on ipfs, compared to various tools.
  data: 10 kb each of files up to 3000 files

• Add performance repeatedly over a growing repo size
  ipfs/kubo#3545

bitswap

• (SOLVED) An automated version of https://github.com/ion1/ipfs-benchmark (@ion1)

chunking

• Comparison of chunking scheme (default is size-262144)
  data: president's daily brief

lbfs

• Reconstruct the LBFS benchmark. Highly redundant sources are now emacs 20.1, 20.2, 20.3, 20.4, 24.4, 24.5. The run is almost like the chunking benchmark except that each emacs version is archived separately. A literal bandwidth run is not necessary since counting the bandwidth cost of sending each emacs versions are equivalent to their total size. In this case, one would conclude that the bandwidth-saving due to compression outweights the duplications in the compressed archives are duplicated. Still pending double-verification if this is true. (note: the size-4000 datapoint should be disregarded since it errored out for file descriptor errors)

gc

• ipfs/kubo#3462 (@kevina)

go-ipfs binary size

TODO: automatically generate this report

$ du -b $f | awk -F ' ' '{ print $1 }'

24 MB on 'go-ipfs version: 0.4.5-pre2-'

memory

Memory consumption of ipfs add compared to various tools data: 10 kb each of files up to 3000 files

repo size growth

• Repo size after pinned add
  ipfs/kubo#3621
  https://ipfs.io/ipfs/QmcsrSRuBmxNxcEXjMZ1pmyRgnutCGwfAhhnRfaNn9P94F (@mguentner)

• Repo size after being added through files api
  ipfs/kubo#3254