Implementation of the SMT based Bounded Synthesis and its friends. The framework contains several tools related to the bounded synthesis:

• elli.py: Bounded Synthesis Tool
• query_elli.py: produce SMT queries generated by Elli
• rally_elli_int.py and rally_elli_bool.py: two Elli variations for SYNTCOMP
• star.py: Bounded Synthesis for CTL* based on our CAV'17 paper
• ctl_to_ltl.py: translator of CTL* specifications to LTL (works for synthesis only), based on our SYNT'17 paper
• kid.py: non-SMT based Bounded Synthesis (also from Schewe/Finkbeiner paper)
• rally_kid_aiger.py: version of kid for SYNTCOMP that won 2017 competition.
• ltl_to_aiger.py: converter of the LTL specification into AIGER specification (the same as used by kid)
• and a few other scripts.

This readme has general information. CAV'17 and SYNT'17 specific information is in CAV-readme and SYNT-readme.

I tested on the following machine, but it likely works with other configurations:

• Ubuntu 16.04
• python 3 (version 3.5)
• Z3 (version 4.5.1: link)
• SPOT (version 2.5.1: link)
• python packages: sympy, python-graph-core, python-graph-dot (install them for example using pip3)
• There are many other dependencies, they will become clear later.

As for SPOT: I use it via python bindings and it is installed system-wide on my machine, but it can also be installed locally (would need some path tweaking).

Once you installed all dependencies, configure PARTY. Call ./configure.py and then modify the created file config.py with necessary paths. There are many dependencies.

This depends on what you want to run.

To run an LTL synthesizer:

./elli.py --help

The input format is Acacia+ and TLSF for most of the tools.

The test scripts start with test_. Also run nosetests3. All tests should pass.

• The encoder for LTL is in synthesis/buchi_cobuchi_encoder.py and synthesis/cobuchi_encoder.py.

• elli.py: bibtex
• star.py: bibtex
• ctl_to_ltl.py: bibtex

As for other tools, choose the closest, in your opinion, match.

Ayrat Khalimov.\ Also thanks to: Roderick Bloem and Swen Jacobs.\

Please report bugs here or directly gmail me at ayrat.khalimov.