An automated and extensible space-efficiency benchmark of JSON-compatible serialization specifications
See the codeThis is an extensible and open-source research project that aims to measure the space-efficiency characteristics of the available JSON-compatible serialization specifications. This work is based on the research from A Benchmark of JSON-compatible Binary Serialization Specifications from the same author.
See Results: https://benchmark.sourcemeta.com
This project makes use of Docker to run the benchmark in a reproducible environment:
# Run the benchmark
make
# Check the results at `output`
open output/index.html
We accept contributions that introduce new JSON-compatible serialization specifications or that add new JSON input documents to the benchmark.
This project is released under the terms specified in the license.
220 commits
Python
68.5%
Makefile
9.5%
Thrift
9.4%
Cap'n Proto
7.6%
JavaScript
2.2%
HTML
2.0%
An automated and extensible space-efficiency benchmark of JSON-compatible serialization specifications
See the codeThis is an extensible and open-source research project that aims to measure the space-efficiency characteristics of the available JSON-compatible serialization specifications. This work is based on the research from A Benchmark of JSON-compatible Binary Serialization Specifications from the same author.
See Results: https://benchmark.sourcemeta.com
This project makes use of Docker to run the benchmark in a reproducible environment:
# Run the benchmark
make
# Check the results at `output`
open output/index.html
We accept contributions that introduce new JSON-compatible serialization specifications or that add new JSON input documents to the benchmark.
This project is released under the terms specified in the license.
220 commits
Python
68.5%
Makefile
9.5%
Thrift
9.4%
Cap'n Proto
7.6%
JavaScript
2.2%
HTML
2.0%