4 releases (2 breaking)
0.3.1 | Sep 19, 2020 |
---|---|
0.2.0 | Aug 10, 2020 |
0.1.1 | Dec 26, 2017 |
0.1.0 | Dec 25, 2017 |
#108 in Profiling
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vtebench
A tool for benchmarking terminal emulator PTY read performance.
Disclaimer
This benchmark is not sufficient to get a general understanding of the performance of a terminal emulator. It lacks support for critical factors like frame rate or latency. The only factor this benchmark stresses is the speed at which a terminal reads from the PTY. If you do not understand what this means, please do not jump to any conclusions from the results of this benchmark.
Usage
vtebench accepts benchmarks as executables and uses their stdout as benchmark
payload. By default benchmarks are read from the ./benchmarks
directory, which
contains a good selection of benchmarks already. Benchmarks in vtebench are
defined as a directory with a benchmark
and an optional setup
executable.
To just run all the default benchmarks in the repository, you can run the following after setting up a Rust toolchain:
cargo run --release
Plotting
vtebench contains a script for automatically plotting results using gnuplot
.
To do this you first need to output the benchmark results in the .dat
format:
cargo run --release -- --dat results.dat
After having generated the .dat
file, you can then pass it to the gnuplot.sh
script to generate the SVG plot:
./gnuplot.sh results.dat output.svg
You can combine any number of results by passing them to the gnuplot script:
./gnuplot.sh *.dat output.svg
Contributing Benchmarks
If you have found benchmarks that might provide insightful information, or show significant differences between different terminals and version, you can send a pull request to add them to the default benchmark collection.
To do so, you just need to create a new directory in the ./benchmarks
directory and add a benchmark
and an optional setup
executable. The stdout
of the benchmark will automatically be repeated to fill a reasonable minimum
sample size, so make sure to take that into account and move everything into
setup
that should only be done once.
Dependencies
~3–10MB
~105K SLoC