In principle SMACK can be run on any platform on which LLVM and Boogie can run. In practice we have run SMACK on standard Ubuntu and openSUSE Linux distributions, OS X, and Windows via Cygwin. Below we outline system requirements and installation instructions for typical system configurations. A quick way to get started without worrying about system requirements and installation, however, is to launch our reproducible and portable development environment using Vagrant. An even quicker way to get started is to use our prepackaged Vagrant box.
Just download vsmack and put it in your executable path, ensure
Vagrant and VirtualBox are installed, and run vsmack
directly on
your source files. For example,
# fetch vsmack and set executable permission
wget -O ~/bin/vsmack https://raw.githubusercontent.com/smackers/smack/develop/bin/vsmack
chmod u+x ~/bin/vsmack
# fetch a source file
wget https://raw.githubusercontent.com/smackers/smack/develop/test/basic/simple.c
# run vsmack
vsmack simple.c
SMACK can be run in a preconfigured virtual environment using Vagrant and VirtualBox. Both are available for a wide range of systems, with great installation support. The following versions are required:
- VirtualBox version 4.3.20 or greater
- Vagrant version 1.7.2 or greater
Once both are properly installed, launch Vagrant by running the following
command in SMACK's root directory (that which contains Vagrantfile
):
vagrant up
This can take a few minutes the first time around, since it includes the
download of a virtual machine image and the installation of several other
packages. When this step finishes, our virtual machine should be up and
running; verify this with the vagrant status
command. Then open a shell to
the running virtual machine via SSH:
vagrant ssh
and proceed to using SMACK. When finished, simply close the SSH session, and halt, suspend, or destroy the virtual machine:
vagrant destroy
SMACK depends on the following projects:
- LLVM version 3.9.1
- Clang version 3.9.1
- Python version 2.7 or greater
- Mono version 5.0.0 or greater (except on Windows)
- Z3 or compatible SMT-format theorem prover
- Boogie or Corral or compatible Boogie-format verifier
See here for compatible version numbers of Boogie and Corral. See the appropriate installation instructions below for installing these requirements.
Some distributions of Linux may have various SMACK dependencies like Python
installed out of the box. Nevertheless it is important to ensure that the
required version numbers, as indicated above, are installed and selected for
use. Generally speaking, apart from Z3, Boogie, and Corral, these
dependencies can be installed via the system's default package manager, such as
apt-get
, rpm
, or yast
. In some cases, it may be necessary to specify
alternate package repositories for the system's default package manager, or to
subvert the package manager altogether, and download, compile, and install the
required project manually. The Z3, Boogie, and Corral projects are
generally not indexed by Linux package managers, and must be installed manually.
To facilitate the installation of SMACK and its requirements, we provide an
automated build.sh script in bin/build.sh
. Running this script on a fresh
installation of Ubuntu or openSUSE Linux should actually result in the full
installation of SMACK and its requirements, apart from setting the required
environment variables in your shell's .profile
. However, we do not expect
this script to work out of the box on all configurations. Instead, it can be
used as reference guidelines for manual installation.
NOTE A common omission is to forget to set the required environment variables after the installation process, as indicated in the end of the build script. Alternatively, you can read how to accomplish this below.
The general instructions for installation on OS X mainly follow those above for
Linux, and are outlined in our automated build.sh script in bin/build.sh
.
Note however that bin/build.sh
does not run on OS X . it can only be used as
reference guidelines.
In addition to the requirements above, installing SMACK and its dependencies requires the Command Line Tools for Xcode. Generally speaking, apart from Mono, Z3, Boogie, and Corral, dependencies can be installed via the Homebrew package manager. Mono can be installed from binaries either from the Mono download page, or via Homebrew Cask.
The general instructions for installation on Windows using Cygwin mainly
follow those above for Linux, and are outlined in our automated build.sh
script in bin/build.sh
. Note however that an actual .NET Framework and
SDK should be present in place of the Mono emulator, and that prebuilt
Z3, Boogie, and Corral may be installed via their Windows
installers rather than built from source.
NOTE Although we have not pinpointed the problem exactly, building LLVM and Clang is problematic on some Cygwin configurations. Please consult LLVM documentation in case of any issues.
SMACK is built using CMake via the following sequence of shell commands from SMACK's root directory:
mkdir build
cd build
cmake -DCMAKE_C_COMPILER=clang -DCMAKE_CXX_COMPILER=clang++ -DCMAKE_BUILD_TYPE=Debug ..
make install
Note that the llvm-config
binary must be in your executable PATH
.
To specify an install location PREFIX
other than the default installation
prefix, add the additional flag:
-DCMAKE_INSTALL_PREFIX=PREFIX
substituting the string PREFIX
for the desired location.
Actually running SMACK relies on the environment variables BOOGIE
and
CORRAL
targeting the Boogie.exe
and corral.exe
executables, for instance
residing in paths prefixed by XXX
and YYY
:
export BOOGIE="mono /XXX/Boogie/Binaries/Boogie.exe"
export CORRAL="mono /YYY/Corral/bin/Release/corral.exe"
Source the preceding lines in your shell's .profile
, and ensure they invoke
Boogie/Corral correctly. For example, running
BOOGIE
should result in
*** Error: No input files were specified.
printed to standard output.
Finally, note that the following LLVM and Clang binaries must be in your
executable path: clang
, llvm-config
, llvm-link
.
To ensure SMACK has been installed properly, run the regression tests from the
shell in the test
directory by executing
./regtest.py