This software distribution is part of the S-Net software suite on Github. It requires a working installation of LPEL according to the How to Build Guide.
To generate the configure script and related build-tools, run
./bootstrap
This requires the availability of the GNU system tools
autoconf, automake and libtool.
Look for the most relevant configuration options in the output of:
./configure --help=short
Then generate a Makefile with at least the following options:
./configure --with-lpel-includes=$LPEL_PREFIX/include \
--with-lpel-libs=$LPEL_PREFIX/lib \
--prefix=$SNET_PREFIX
where $LPEL_PREFIX points to the directory prefix of the LPEL installation
and $SNET_PREFIX is your desired S-Net destination prefix.
Build and install the software with
make
make install
To compile S-Net applications the snetc compiler is required.
The latest releases are in
the releases repository on Github.
S-Net comes with a choice of runtime system flavors and threading layers.
The streams runtime system offers a choice between three threading layers:
pthread, lpel and lpel_hrc. A new runtime system front
was designed for high-performance computing, fine-grained concurrency
and highly-dynamic S-Net networks.
A number of example applications are located in the directory examples.
They are compiled and run by the script examples/testperf.sh:
cd examples
./testperf.sh
Complete documentation on the S-Net coordination language
and the use of the S-Net API in applications is available
in the S-Net Language Report which can be found on the
S-Net documentation page.
Visit the S-Net website for more information. Feel free to contact the S-Net developers at [email protected].