There are many other programming languages except C/C++ that have a good fuzzing engines. Like Jazzer (Java), Jazzer.JS (JavaScript), Ruzzy (Ruby), Atheris (Python), luzer (Lua) etc. From programming language point of view, the support of fuzzing is different from one PL to another one and effectiveness of fuzzing may be varying due to this.
Most benchmarks in FuzzBench is written in C and C++ 1. But, I suppose, it is possible to create similar benchmarks for other languages to measure fuzzing effectiveness of fuzzing engines written in other PL's.
What do you think? Do you have plans or intentions to support other programming languages in FuzzBench?
Some fuzzing engines have their own benchmarks, for example Jazzer 2.
There are many other programming languages except C/C++ that have a good fuzzing engines. Like Jazzer (Java), Jazzer.JS (JavaScript), Ruzzy (Ruby), Atheris (Python), luzer (Lua) etc. From programming language point of view, the support of fuzzing is different from one PL to another one and effectiveness of fuzzing may be varying due to this.
Most benchmarks in FuzzBench is written in C and C++ 1. But, I suppose, it is possible to create similar benchmarks for other languages to measure fuzzing effectiveness of fuzzing engines written in other PL's.
What do you think? Do you have plans or intentions to support other programming languages in FuzzBench?
Some fuzzing engines have their own benchmarks, for example Jazzer 2.
Footnotes
https://github.com/google/fuzzbench/tree/2a2ca6ae4c5d171a52b3e20d9b7a72da306fe5b8/benchmarks ↩
https://github.com/CodeIntelligenceTesting/jazzer/tree/efbc6354e412ce221ad3b18a6fdd32bf12241825/tests/benchmarks ↩