ETISS is a C++ ISS (Instruction Set Simulator), which is designed to
simulate instructions for a target core on a host computer. It translates
binary instructions into C code and appends translated code into a block,
which will be compiled and executed at runtime. As aforementioned, it is
Extendable, thus it supports myriad level of customization by adopting the
technique of plug-ins. ETISS supports varied Instruction Set Architectures
(ISAs) according to user needs (see architecture models in ArchImpl/).
Meanwhile, the simulator could be enhanced with customized plug-ins to set
up many applications (see application examples in examples/).
ETISS is structured as shown in the diagram above, and it is capable of translating binary instructions according to loaded architecture models. Furthermore, plug-ins could be developed to model new features of architecture and be added flexibly without any hacking in the ETISS source code.
ETISS has to be built into separate libraries, and a main file is needed
to set up a simulator. After build and installation, the folder examples/
will be installed into <etiss_install_dir> with correct
configuration. Check README in <etiss_install_dir>/examples/ respectively
to set up a simulator for varied bare-metal simulations.
ETISS is supported on x86_64 Linux and Windows hosts. Tested compilers include GCC 7.4 and MSVC 2019. CMake 3.13 is required as build system.
- GCC Compiler >= 5.0
- Boost >= 1.54
- Graphviz + Doxygen (For documentation generation)
- LLVM + Clang 11 (Please download appropriate pre-built binaries from https://releases.llvm.org/download.html and put them in /opt/)
Packages for Ubuntu 18:
sudo apt-get install g++ libboost-system-dev libboost-filesystem-dev libboost-program-options-dev graphviz doxygen libtinfo-dev zlib1g-dev texinfo
Follow these instructions to quickly build ETISS. Start in the root directory of ETISS by creating a build directory:
$ mkdir build_dir
Change to the created directory, e.g.,
$ cd build_dir
If LLVM-JIT compiler is used, source it with the environment variable:
$ export LLVM_DIR=/path/to/llvm
Configure the build system, e.g.,
Replace `pwd`/installed with your <etiss_install_path> if you do not like to install etiss into build_dir/installed/. Set up path to cmake if necessary.
$ cmake -DCMAKE_BUILD_TYPE=Release -DETISS_BUILD_MANUAL_DOC=ON \
-DCMAKE_INSTALL_PREFIX:PATH=`pwd`/installed \
..
Compile the package:
$ make
Build the documentation (optional):
$ make doc
Install the package:
$ make install
Requirements for Windows:
- Install Visual Studio (2019 community edition). In the installer, select the component "Desktop development with C++". Here, under "Optional" make sure "C++ CMake tools for Windows" is selected.
- Install Chocolately software from https://chocolatey.org/install
Packages for Windows:
-
choco install boost-msvc-14.2
-
choco install make
-
choco install git
NOTE: If developer powershell is not used, please also install the CMake package as follows:
- choco install cmake --version=3.13.3
Follow these instructions to quickly build ETISS. The developer powershell of Visual Studio is recommended. Otherwise the environment PATH variable might have to be set accordingly to locate various tools. Start in the root directory of ETISS by creating a build directory:
$ mkdir build_dir
Change to the created directory, e.g.,
$ cd build_dir
Configure the build system:
$ cmake -DCMAKE_BUILD_TYPE=Release -DETISS_BUILD_MANUAL_DOC=ON -DCMAKE_INSTALL_PREFIX:PATH=X:/install/path ..
Compile the package:
Compile in Release mode or Debug mode by setting $BUILD_TYPE to Release or Debug appropriately.
$ cmake --build . --config $BUILD_TYPE
Install the package:
$ cmake --build . --config $BUILD_TYPE --target install
Follow steps in <etiss_install_path>/examples/README
See the separate LICENSE file to determine your rights and responsibilities
for using ETISS.
The documentation is optionally built with ETISS and can be found in <etiss_install_path>/doc/html/index.html
It is also hosted at https://tum-ei-eda.github.io/etiss/