MicroTESK

h1. Installation Guide

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h3. System Requirements

MicroTESK is a set of Java-based utilities that are run from the command line. It can be used on *_Windows_*, *_Linux_* and *_OS X_* machines that have *_JDK 1.7 or later_* installed. To build MicroTESK from source code or to build generated Java models, *_Apache Ant version 1.8_ or later* is required. To generate test data based on constraints, MicroTESK needs *_Z3_* or *_CVC4_* that can work under the corresponding operating system.

h3. Installation Steps

# Download from http://forge.ispras.ru/projects/microtesk/files and unpack the MicroTESK installation package (the @.tar.gz@ file, latest release) to your computer. The folder to which it was unpacked will be further referred to as the installation directory (@<installation dir>@).

# Download and install constraint solver tools to the @<installation dir>/tools@ directory (see the *Installing Constraint Solvers* section).

# Declare the *MICROTESK_HOME* environment variable and set its value to the path to the installation directory (see the *Setting Environment Variables* section).

# Set the @<installation dir>/bin@ as the working directory (add the path to the @PATH@ environment variable) to be able to run MicroTESK utilities from any path.

# Now you can run the @compile.sh@ (or @.bat@) script to create a microprocessor model and the @generate.sh@ (or @.bat@) script to generate test for this model.

h3. Setting Environment Variables

h4. _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 @MICROTESK_HOME@ and variable value as @<installation dir>@.

# Click @OK@ on all open windows.

# Reopen the command prompt window.

h4. _Linux and OS X_

Add the command below to the @~.bash_profile@ file (Linux) or the @~/.profile@ file (OS X):

<pre>export MICROTESK_HOME=<installation dir></pre> To start editing the file, type @vi ~/.bash_profile@ (or @vi ~/.profile@). 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.

h3. Installing Constraint Solvers

To generate test data based on constraints, MicroTESK requires external constraint solvers. The current version supports the "Z3":https://github.com/z3prover and "CVC4":http://cvc4.cs.nyu.edu constraint solvers. Constraint executables should be downloaded and placed to the @<installation dir>/tools@ directory.

*_Installing Z3_*

* Windows users should download Z3 (32 or 64-bit version) from the following page: http://z3.codeplex.com/releases and unpack the archive to the @<installation dir>/tools/z3/windows@ directory. Note: the executable file path is @<windows>/z3/bin/z3.exe@.

* UNIX and Linux users should use one of the links below and and unpack the archive to the @<installation dir>/tools/z3/unix@ directory. Note: the executable file path is @<unix>/z3/bin/z3@.

| Debian  x64 | http://z3.codeplex.com/releases/view/101916 |

| Ubuntu  x86 | http://z3.codeplex.com/releases/view/101913 |

| Ubuntu  x64 | http://z3.codeplex.com/releases/view/101911 |

| FreeBSD x64 | http://z3.codeplex.com/releases/view/101907 |

* OS X users should download Z3 from http://z3.codeplex.com/releases/view/101918 and unpack the archive to the @<installation dir>/z3/osx@ directory. Note: the executable file path is @<osx>/z3/bin/z3@.

*_Installing CVC4_*

* Windows users should download the latest version of CVC4 binary from http://cvc4.cs.nyu.edu/builds/win32-opt/ and save it to the @<installation dir>/tools/cvc4/windows@ directory as @cvc4.exe@.

* Linux users download the latest version of CVC4 binary from http://cvc4.cs.nyu.edu/builds/i386-linux-opt/unstable/ (32-bit version) or http://cvc4.cs.nyu.edu/builds/x86_64-linux-opt/unstable/ (64-bit version) and save it to the @<installation dir>/tools/cvc4/unix@ directory as @cvc4@.

* OS X users should download the latest version of CVC4 distribution package from http://cvc4.cs.nyu.edu/builds/macos/ and install it.

The CVC4 binary should be copied to @<installation dir>/tools/cvc4/osx@ as @cvc4@ or linked to this file name via a symbolic link.

h3. Installation Directory Structure

The MicroTESK installation directory contains the following subdirectories:

| @arch@   | Examples of microprocessor specifications and test templates for the described designs |

| @bin@    | Scripts to run features of MicroTESK (modelling and test generation) |

| @doc@    | Documentation on MicroTESK |

| @etc@    | MicroTESK configuration files |

| @gen@    | Generated Java models of the specified microprocessor designs |

| @lib@    | JAR files and Ruby scripts to perform modelling and test generation tasks |

| @src@    | Source code of MicroTESK |

h3. Running MicroTESK

To generate a Java model of a microprocessor from its nML specification, a user needs to run the @compile.sh@ script (Unix, Linux, OS X) or the @compile.bat@ script (Windows). For example, the following command generates a model for the miniMIPS specification:

<pre>

sh bin/compile.sh arch/minimips/model/minimips.nml

</pre>

_NOTE: Models for all demo specifications are already built and included in the MicroTESK distribution package. So a user can start working with MicroTESK from generating test programs for these models._

To generate a test program, a user needs to use the @generate.sh@ script (Unix, Linux, OS X) or the @generate.bat@ script (Windows). The scripts require the following parameters: 

#  _model name_;

# _test template file_.

For example, the command below runs the @euclid.rb@ test template for the miniMIPS model generated by the command from the previous example and saves the generated test program to an assembler file. The file name is based on values of the @--code-file-prefix@ and @--code-file-extension@ options.

<pre>

sh bin/generate.sh minimips arch/minimips/templates/euclid.rb

</pre>

To specify whether "Z3":https://github.com/z3prover or "CVC4":http://cvc4.cs.nyu.edu should be used to solve constraints, a user needs to specify the @-s@ or @--solver@ command-line option as @z3@ or @cvc4@ respectively. By default, Z3 will be used. Here is an example:

<pre>

sh bin/generate.sh -s cvc4 minimips arch/minimips/templates/constraint.rb

</pre>

More information on command-line options can be found on the [[Command-Line Options]] page.