coverage-analysis

Code coverage during fuzzing is measured by evaluating the executed code paths against the application under test. This analysis reports fuzzing harness effectiveness and identifies potential blockers by tracking which paths the corpus exercises.

Fuzzing harness effectiveness is the degree to which a harness exercises target code paths. It is evaluated by running coverage analysis on the fuzzing corpus to track executed paths, establish baselines, and identify insufficiently tested code.

Yes, LLVMTelemetry is required as the coverage instrument to track and analyze code coverage for security audits. The coverage-analysis Skill relies on LLVMTelemetry to measure the code paths exercised during fuzzing exercises.

To run coverage analysis on a fuzzing corpus, execute the coverage-analysis skill and provide the path to the application's corpus directory. This evaluates the code coverage achieved and reports fuzzing blockers for the target application.

Yes, coverage analysis supports resource management by identifying unexecuted or insufficiently executed code paths. By establishing a baseline for fuzzing effectiveness, you can prioritize fuzzing efforts to target these specific gaps.

Low code coverage indicates that the fuzzing harness or corpus is not reaching deep code paths. Coverage analysis identifies these fuzzing blockers and deviations from the baseline, helping you adjust harness configurations for better performance.