History

* Start on qemu_tmin

* WIP

* qemu_tmin working for single testcase.
Also some comment improvements.

* Add env_logger to baby_fuzzer

* Remove old reference.

* Added comment doc for qemu_tmin.

* Slight reorder for parallelisation

* Finished single-thread qemu_tmin

* Finishing touches to single thread version.

* A pre_commit.sh change I didn't notice.

* Duplicate to attempt multi-threaded version

* Fix taplo whine.
Mark "fork" mode as broken.

* Launcher for parallelisation implemented, but for one core.

* Running in parallel. Now need tidy up.

* Parallel version complete.

* Add comment

* Merged single-core/multi-core qemu_tmin into one crate

* Removed forkexecutor mode.

* Precommit fixes

* Add qemu_tmin to build_and_test.yml

* Clippy fixes

* Change tmin test cores to 0.

2025-04-25 23:08:18 +02:00

src

Qemu tmin (#3118 )

2025-04-25 23:08:18 +02:00

.gitignore

Restructure the fuzzers folder (#2409 )

2024-07-19 18:24:24 +02:00

Cargo.toml

Qemu tmin (#3118 )

2025-04-25 23:08:18 +02:00

README.md

Restructure the fuzzers folder (#2409 )

2024-07-19 18:24:24 +02:00

README.md

Baby fuzzer

This is a minimalistic example about how to create a libafl based fuzzer.

It runs on a single core until a crash occurs and then exits.

The tested program is a simple Rust function without any instrumentation. For real fuzzing, you will want to add some sort to add coverage or other feedback.

You can run this example using cargo run, and you can enable the TUI feature by running cargo run --features tui.