ruzzy

Fuzzing Ruby C extensions for memory corruption requires a coverage-guided fuzzer integrated with AddressSanitizer to automatically detect memory safety issues. This approach targets native extensions to find security vulnerabilities before production release.

Coverage-guided fuzzing for Ruby code is an automated testing technique that monitors code execution paths to generate targeted inputs. It helps discover bugs and security vulnerabilities in both pure Ruby scripts and native C extensions.

Yes, you can use AddressSanitizer and UndefinedBehaviorSanitizer with Ruby by compiling C extensions with specific clang compiler flags. These sanitizers detect memory corruption and undefined behavior during the fuzzing process.

Yes, you need clang and libFuzzer installed in your environment to fuzz Ruby gems using this coverage-guided approach. The Ruby runtime is also required to execute the code and native extensions during testing.

To test Ruby gems for undefined behavior before release, apply automated fuzzing with UndefinedBehaviorSanitizer integration. This detects hidden bugs in native C extensions by continuously generating varied test inputs.

Fuzzing pure Ruby code requires the Ruby runtime and specific compiler dependencies like clang. While effective for finding logical bugs, memory corruption detection is primarily relevant for Ruby C extensions rather than pure Ruby scripts.