Welcome to TTool-AMS

What is TTool-AMS?

TTool-AMS is an extension to ​TTool which allows the edition of SySML-like diagrams representing SystemC-AMS clusters. A schedule is calculated, if possible, for each SystemC-AMS TDF cluster. Clusters can be combined with digital [www.soclib.fr SoCLib] based virtual platforms to generate a virtual prototype which runs embedded software.

Who should use TTool-AMS?

Anyone interested by a free and open-source environment for modeling embedded systems - hardware or software elements - including digital and analog/mixed signal components. The particular strength of TTool-AMS is that it allows running embedded software on the digital part. Full-system simulation with an embedded micro-kernel ​MutekH is supported.

How can I use TTool-AMS?

TTool-AMS is an extension to ​TTool, an open-source software that can be installed and executed under most Operating Systems. More precisely, it has been tested under Windows, MacOS, Linux.

TTool-AMS is under development, tested features are accessible under the -experimental option, which also activated other recent, bus tested features of TTool.

We do encourage you to contact the team at TPT if necessary (see the support section for more information), for problems like installating TTool, using a specific profile, performing formal proofs, and so on. For questions concerning the AMS extension and the SoCLib virtual prototype, please contact daniela.genius@….

Links: ​installing TTool, ​downloading TTool

Documentation

Installation and User documentation

Installation documentation for co-simulation with SoCLib

Virtual Machine

A virtual machine, based on Ubuntu, offers a pre-installed environment containing a regularly updated version of TTool with stable AMS features, SoCLib, SystemC, SysteC-AMS (credits go to [www.accellera.org Accellera]) and cross-compilers for MIPS32. It can be extended by other cross-compilers (see documentation). The latest version of the ​virtual machine is available (Virtual Box/Ubuntu?) from our ftp server.