History

Libafl workspace internal deps in workspace Cargo.toml (#2691 )

* Add internal deps to workspace

* libafl: use workspace internal deps

* libafl_bolts: use workspace internal deps

* 0.14.0

* use workspace internal deps

2024-11-15 18:13:39 +01:00

construct_automata

Libafl workspace internal deps in workspace Cargo.toml (#2691 )

2024-11-15 18:13:39 +01:00

grammars

Move build_id to bolts (#649 )

2022-05-27 01:05:03 +02:00

construct_automata.py

LibAFL: Remove tui_monitor from default features (#2685 )

2024-11-12 22:55:02 -03:00

gnf_converter.py

Introducing Launcher::overcommit, improving CI formatting (#2670 )

2024-11-09 19:13:51 +01:00

README.md

Bridge grammartec from Nautilus to libafl (#342 )

2021-11-06 02:21:53 +01:00

README.md

Gramatron preprocessing scripts

In this folder live the scripts to convert a grammar (some examples in the grammars/ subfolder) into a serialized Automaton.

You need as first to convert the grammar to the GNF form using the gnf_converter.py Python script.

Then use the output as input of the construct_automata crate.

Here an example using the Ruby grammar:

./gnf_converter.py --gf grammars/ruby_grammar.json --out ruby_gnf.json --start PROGRAM
cd construct_automata
RUSTFLAGS="-C target-cpu=native" cargo run --release -- --gf ../ruby_gnf.json --out ../ruby_automaton.postcard

You can add the --limit flag to limit the stack size, as described in the Gramatron paper.