Archived. Use https://github.com/libp2p/test-plans/tree/master/perf instead.
The iPerf equivalent for the libp2p ecosystem.
In a nutshell a client sends as much data as possible through a single multiplexed stream to a server which reads and discards all received data. The client closes the stream after 10 seconds. Subsequently both the client and the server print the result as the total number of bytes transferred and the corresponding bandwidth on stdout.
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Golang
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Transport: Tcp
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Transport security: Noise or Plaintext
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Multiplexing: Yamux
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Rust
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Transport: Tcp
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Transport security: Noise or Plaintext
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Multiplexing: Yamux
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$ make
$ ./run.sh
# Start Rust and Golang servers.
# Rust -> Rust
## Transport security noise
Interval Transfer Bandwidth
0 s - 10.00 s 7713 MBytes 6169.19 MBit/s
## Transport security plaintext
Interval Transfer Bandwidth
0 s - 10.00 s 11703 MBytes 9362.40 MBit/s
# Rust -> Golang
## Transport security noise
Interval Transfer Bandwidth
0 s - 10.00 s 7603 MBytes 6080.17 MBit/s
## Transport security plaintext
Interval Transfer Bandwidth
0 s - 10.00 s 22171 MBytes 17736.72 MBit/s
# Golang -> Rust
## Transport security noise
Interval Transfer Bandwidth
0s - 10.01 s 7919 MBytes 6331.07 MBit/s
## Transport security plaintext
Interval Transfer Bandwidth
0s - 10.01 s 20871 MBytes 16682.93 MBit/s
# Golang -> Golang
## Transport security noise
Interval Transfer Bandwidth
0s - 10.00 s 8051 MBytes 6438.80 MBit/s
## Transport security plaintext
Interval Transfer Bandwidth
0s - 10.00 s 25222 MBytes 20177.50 MBit/s
$ cat /proc/cpuinfo | grep "model name" | head -1
model name : Intel(R) Core(TM) i7-8550U CPU @ 1.80GHzLicensed under either of
- MIT license - http://opensource.org/licenses/MIT
- Apache License, Version 2.0 - http://www.apache.org/licenses/LICENSE-2.0
at your option.