Installation Guide » History » Revision 48
Revision 47 (Sergey Smolov, 02/14/2020 04:00 PM) → Revision 48/63 (Sergey Smolov, 02/14/2020 04:01 PM)
h1. Installation Guide
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h2. Setting Environment Variables
Several steps below require environment variable to be set in your OS. When you encounter such step in the guide, do the following (substitute @NAME@ and @VALUE@ by the name and value of your environment variable respectively):
h3. Windows
# Open the @System Properties@ window.
# Switch to the @Advanced@ tab.
# Click on Environment Variables.
# Click @New...@ under @System Variables@.
# In the @New System Variable@ dialog specify variable name as @NAME@ and variable value as @VALUE@.
# Click @OK@ on all open windows.
# Reopen the command prompt window.
h3. Linux
Add the command below to the @~/.bash_profile@ or @~/.bashrc@ file (Linux):
<pre>export NAME=VALUE</pre>
Changes will be applied after restarting the command-line terminal or reboot. You can also execute the command in your command-line terminal to make temporary changes.
h2. Retrascope Installation
# Download and install JDK 11 (use " *AdoptOpenJDK* ":https://adoptopenjdk.net/ for Windows and *openjdk-11-jdk* for Ubuntu Linux based OS).
# Download and install SMT-LIBv2 solver " *Z3 version 4.3 or higher* ":https://github.com/Z3Prover/z3.
# Set the @SMT_SOLVER_PATH@ environment variable to a +full path to SMT-solver executable+ (like "/home/user/z3/z3" or "C:\tools\z3\bin\z3.exe").
# Retrascope is able to use "*nuXmv*":https://nuxmv.fbk.eu/ or "*NuSMV*":http://nusmv.fbk.eu/ to perform model checking.
Due to license limitations, we recommend to use NuSMV for commercial projects and nuXmv for non-commercial ones.
Choose the most suitable model checker and do the following:
## To use *nuXmv*:
### Download and install "nuXmv":https://es-static.fbk.eu/tools/nuxmv/index.php?n=Download.Download model checker.
### Set either the @NUXMV_PATH@ environment variable @NUXMV_PATH@ to a +full path to nuXmv executable+ (like "/home/user/nuxmv/nuXmv" or "C:\tools\nuxmv\nuXmv.exe").
## To use *NuSMV*:
### Download and install "NuSMV":http://nusmv.fbk.eu/NuSMV/download/getting-v2.html model checker.
### Set either the @NUSMV_PATH@ environment variable @NUSMV_PATH@ to a +full path to NuSMV executable+ (like "/home/user/nusmv/bin/NuSMV" or "C:\tools\nusmv\bin\NuSMV.exe").
# For *VHDL* designs elaboration:
## Set @ZAMIA_LOCKING@ environment variable to @true@.
## Download and install " *Python interpreter* ":https://www.python.org.
# Download and unpack the " *Retrascope* ":https://forge.ispras.ru/projects/retrascope/files.
To make sure the tool is successfully installed, enter the @retrascope@ installation directory and run the following command for Windows OS (the correct output is also shown):
<pre>
> bin\retrascope.bat --help
usage: files [options]
--engine <arg> Set a subset of engines
--help Show this message
--log <arg> Set a log file
--log-level <arg> Set a log level
--solver-debug Set debug mode for SMT solver
--target <arg> Set a target entity
--tool-debug-file <arg> Set debug mode and save info to debug log file
</pre>
For Linux-based OS:
<pre>
$ ./bin/retrascope --help
usage: files [options]
--engine <arg> Set a subset of engines
--help Show this message
--log <arg> Set a log file
--log-level <arg> Set a log level
--solver-debug Set debug mode for SMT solver
--target <arg> Set a target entity
--tool-debug-file <arg> Set debug mode and save info to debug log file
</pre>
h2. What's next?
# To understand the main concept of the Retrascope architecture see "Overview":http://forge.ispras.ru/projects/retrascope/wiki/Overview
# For quick overview of common use cases see "Getting Started":http://forge.ispras.ru/projects/retrascope/wiki/Getting_Started
# For full guide of the tool options, read "Command Line Options":http://forge.ispras.ru/projects/retrascope/wiki/Command_Line_Options
# To understand the scientific foundations of the tool see "Retrascope-Related Publications":https://forge.ispras.ru/projects/retrascope/wiki/Retrascope-Related_Publications