doc/api/tools-install.dox

/* Copyright (c) 2002,2005, Theodore Roth
   Copyright (c) 2006, Joerg Wunsch
   Copyright (c) 2007, 2010 Eric B. Weddington
   All rights reserved.

   Redistribution and use in source and binary forms, with or without
   modification, are permitted provided that the following conditions are met:

   * Redistributions of source code must retain the above copyright
     notice, this list of conditions and the following disclaimer.
   * Redistributions in binary form must reproduce the above copyright
     notice, this list of conditions and the following disclaimer in
     the documentation and/or other materials provided with the
     distribution.
   * Neither the name of the copyright holders nor the names of
     contributors may be used to endorse or promote products derived
     from this software without specific prior written permission.

  THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
  AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
  IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
  ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE
  LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
  CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
  SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
  INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
  CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
  ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
  POSSIBILITY OF SUCH DAMAGE. */

/* $Id: tools-install.dox 2382 2013-05-02 16:09:50Z joerg_wunsch $ */

/**

\page install_tools Building and Installing the GNU Tool Chain
\addindex installation

This chapter shows how to build and install, from source code, a complete
development environment for the AVR processors using the GNU toolset. There are
two main sections, one for Linux, FreeBSD, and other Unix-like operating systems,
and another section for Windows.

\section install_unix Building and Installing under Linux, FreeBSD, and Others

The default behaviour for most of these tools is to install every thing under
the \c /usr/local directory.  In order to keep the AVR tools separate from the
base system, it is usually better to install everything into
<tt>/usr/local/avr</tt>.  If the \c /usr/local/avr directory does not exist,
you should create it before trying to install anything.  You will need
<tt>root</tt> access to install there.  If you don't have root access to the
system, you can alternatively install in your home directory, for example, in
<tt>$HOME/local/avr</tt>.  Where you install is a completely arbitrary
decision, but should be consistent for all the tools.

You specify the installation directory by using the <tt>--prefix=dir</tt>
option with the \c configure script.  It is important to install all the AVR
tools in the same directory or some of the tools will not work correctly.  To
ensure consistency and simplify the discussion, we will use \c $PREFIX to
refer to whatever directory you wish to install in.  You can set this as an
environment variable if you wish as such (using a Bourne-like shell):

\addindex $PREFIX
\addindex --prefix
\verbatim
$ PREFIX=$HOME/local/avr
$ export PREFIX
\endverbatim

\addindex $PATH
\anchor path \note Be sure that you have your \c PATH environment variable set
to search the directory you install everything in \e before you start
installing anything.  For example, if you use <tt>--prefix=$PREFIX</tt>, you
must have \c $PREFIX/bin in your exported <tt>PATH</tt>. As such:

\verbatim
$ PATH=$PATH:$PREFIX/bin
$ export PATH
\endverbatim

\warning If you have \c CC set to anything other than \c avr-gcc in your
environment, this will cause the configure script to fail. It is best to not
have \c CC set at all.

\note It is usually the best to use the latest released version of
each of the tools.

\section required_tools Required Tools
\addindex tools, required

- <b>GNU Binutils</b><br>
  http://sources.redhat.com/binutils/ <br>
  \ref install_avr_binutils "Installation"

- <b>GCC</b><br>
  http://gcc.gnu.org/ <br>
  \ref install_avr_gcc "Installation"

- <b>AVR LibC</b><br>
  http://savannah.gnu.org/projects/avr-libc/ <br>
  \ref install_avr_libc "Installation"<br>

\section optional_tools Optional Tools
\addindex tools, optional

You can develop programs for AVR devices without the following tools.  They may
or may not be of use for you.

- <b>AVRDUDE</b><br>
  http://savannah.nongnu.org/projects/avrdude/ <br>
  \ref install_avrprog "Installation" <br>
  \ref using_avrprog "Usage Notes"

- <b>GDB</b><br>
  http://sources.redhat.com/gdb/ <br>
  \ref install_gdb "Installation"<br>

- <b>SimulAVR</b><br>
  http://savannah.gnu.org/projects/simulavr/ <br>
  \ref install_simulavr "Installation"

- <b>AVaRICE</b><br>
  http://avarice.sourceforge.net/ <br>
  \ref install_avarice "Installation"<br>


\section install_avr_binutils GNU Binutils for the AVR target
\addindex installation, binutils

The <tt><b>binutils</b></tt> package provides all the low-level utilities
needed in building and manipulating object files.  Once installed, your
environment will have an AVR assembler (<tt>avr-as</tt>), linker
(<tt>avr-ld</tt>), and librarian (<tt>avr-ar</tt> and <tt>avr-ranlib</tt>).
In addition, you get tools which extract data from object files
(<tt>avr-objcopy</tt>), dissassemble object file information
(<tt>avr-objdump</tt>), and strip information from object files
(<tt>avr-strip</tt>).  Before we can build the C compiler, these tools need to
be in place.

Download and unpack the source files:

\verbatim
$ bunzip2 -c binutils-<version>.tar.bz2 | tar xf -
$ cd binutils-<version>
\endverbatim

\note Replace \c &lt;version&gt; with the version of the package you downloaded.

\note If you obtained a gzip compressed file (.gz), use <tt>gunzip</tt>
instead of <tt>bunzip2</tt>.

It is usually a good idea to configure and build <tt><b>binutils</b></tt> in a
subdirectory so as not to pollute the source with the compiled files.  This is
recommended by the <tt><b>binutils</b></tt> developers.

\verbatim
$ mkdir obj-avr
$ cd obj-avr
\endverbatim

The next step is to configure and build the tools. This is done by supplying
arguments to the <tt>configure</tt> script that enable the AVR-specific
options.

\verbatim
$ ../configure --prefix=$PREFIX --target=avr --disable-nls
\endverbatim

If you don't specify the <tt>--prefix</tt> option, the tools will get
installed in the \c /usr/local hierarchy (i.e. the binaries will get installed
in <tt>/usr/local/bin</tt>, the info pages get installed in
<tt>/usr/local/info</tt>, etc.) Since these tools are changing frequently, It
is preferrable to put them in a location that is easily removed.

When <tt>configure</tt> is run, it generates a lot of messages while it
determines what is available on your operating system. When it finishes, it
will have created several <tt>Makefile</tt>s that are custom tailored to your
platform. At this point, you can build the project.

\verbatim
$ make
\endverbatim

\note BSD users should note that the project's <tt>Makefile</tt> uses GNU
<tt>make</tt> syntax. This means FreeBSD users may need to build the tools by
using <tt>gmake</tt>.

If the tools compiled cleanly, you're ready to install them. If you specified
a destination that isn't owned by your account, you'll need <tt>root</tt>
access to install them. To install:

\verbatim
$ make install
\endverbatim

You should now have the programs from binutils installed into
<tt>$PREFIX/bin</tt>.  Don't forget to \ref path "set your PATH" environment
variable before going to build avr-gcc.


\section install_avr_gcc GCC for the AVR target
\addindex installation, gcc

\warning You <em><b>must</b></em> install
\ref install_avr_binutils "avr-binutils" and make sure your
\ref path "path is set" properly before installing avr-gcc.

The steps to build \c avr-gcc are essentially same as for
\ref install_avr_binutils "binutils":

\verbatim
$ bunzip2 -c gcc-<version>.tar.bz2 | tar xf -
$ cd gcc-<version>
$ mkdir obj-avr
$ cd obj-avr
$ ../configure --prefix=$PREFIX --target=avr --enable-languages=c,c++ \
    --disable-nls --disable-libssp --with-dwarf2
$ make
$ make install
\endverbatim

To save your self some download time, you can alternatively download only the
<tt>gcc-core-\<version\>.tar.bz2</tt> and <tt>gcc-c++-\<version\>.tar.bz2</tt>
parts of the gcc.  Also, if you don't need C++ support, you only need the core
part and should only enable the C language support.  (Starting with GCC 4.7
releases, these split files are no longer available though.)

\note Early versions of these tools did not support C++.

\note The stdc++ libs are not included with C++ for AVR due to the size
limitations of the devices.


\section install_avr_libc AVR LibC
\addindex installation, avr-libc

\warning You <em><b>must</b></em> install
\ref install_avr_binutils "avr-binutils",
\ref install_avr_gcc "avr-gcc" and make sure your
\ref path "path is set" properly before installing avr-libc.

\note If you have obtained the latest avr-libc from cvs, you will have to run
the \c bootstrap script before using either of the build methods described below.

To build and install avr-libc:

\verbatim
$ gunzip -c avr-libc-<version>.tar.gz | tar xf -
$ cd avr-libc-<version>
$ ./configure --prefix=$PREFIX --build=`./config.guess` --host=avr
$ make
$ make install
\endverbatim

Optionally, generation of debug information can be requested with:

\verbatim
$ gunzip -c avr-libc-<version>.tar.gz | tar xf -
$ cd avr-libc-<version>
$ ./configure --prefix=$PREFIX --build=`./config.guess` --host=avr \
  --with-debug-info=DEBUG_INFO
$ make
$ make install
\endverbatim

where \c DEBUG_INFO can be one of \c stabs, \c dwarf-2, or \c dwarf-4.

The default is to not generate any debug information, which is
suitable for binary distributions of avr-libc, where the user does not
have the source code installed the debug information would refer to.

\section install_avrprog AVRDUDE
\addindex installation, avrprog
\addindex installation, avrdude

\note It has been ported to windows (via MinGW or cygwin), Linux and Solaris. Other Unix systems
should be trivial to port to.

<tt><b>avrdude</b></tt> is part of the FreeBSD ports system. To install it,
simply do the following:

\verbatim
# cd /usr/ports/devel/avrdude
# make install
\endverbatim

\note Installation into the default location usually requires root
permissions.  However, running the program only requires access
permissions to the appropriate \c ppi(4) device.

Building and installing on other systems should use the \c configure system,
as such:

\verbatim
$ gunzip -c avrdude-<version>.tar.gz | tar xf -
$ cd avrdude-<version>
$ mkdir obj-avr
$ cd obj-avr
$ ../configure --prefix=$PREFIX
$ make
$ make install
\endverbatim


\section install_gdb GDB for the AVR target
\addindex Installation, gdb

GDB also uses the \c configure system, so to build and install:

\verbatim
$ bunzip2 -c gdb-<version>.tar.bz2 | tar xf -
$ cd gdb-<version>
$ mkdir obj-avr
$ cd obj-avr
$ ../configure --prefix=$PREFIX --target=avr
$ make
$ make install
\endverbatim

\note If you are planning on using <tt>avr-gdb</tt>, you will probably want to
install either \ref install_simulavr "simulavr" or
\ref install_avarice "avarice" since avr-gdb needs one of these to run as a
a remote target backend.


\section install_simulavr SimulAVR
\addindex installation, simulavr

SimulAVR also uses the \c configure system, so to build and install:

\verbatim
$ gunzip -c simulavr-<version>.tar.gz | tar xf -
$ cd simulavr-<version>
$ mkdir obj-avr
$ cd obj-avr
$ ../configure --prefix=$PREFIX
$ make
$ make install
\endverbatim

\note You might want to have already installed
\ref install_avr_binutils "avr-binutils",
\ref install_avr_gcc "avr-gcc" and
\ref install_avr_libc "avr-libc"
if you want to have the test programs built in the simulavr source.


\section install_avarice AVaRICE
\addindex installation, avarice

\note These install notes are not applicable to avarice-1.5 or older. You
probably don't want to use anything that old anyways since there have been
many improvements and bug fixes since the 1.5 release.

AVaRICE also uses the \c configure system, so to build and install:

\verbatim
$ gunzip -c avarice-<version>.tar.gz | tar xf -
$ cd avarice-<version>
$ mkdir obj-avr
$ cd obj-avr
$ ../configure --prefix=$PREFIX
$ make
$ make install
\endverbatim

\note AVaRICE uses the BFD library for accessing various binary file formats.
You may need to tell the configure script where to find the lib and headers
for the link to work. This is usually done by invoking the configure script
like this (Replace <tt>\<hdr_path\></tt> with the path to the \c bfd.h file on
your system. Replace <tt>\<lib_path\></tt> with the path to \c libbfd.a on your
system.):

\verbatim
$ CPPFLAGS=-I<hdr_path> LDFLAGS=-L<lib_path> ../configure --prefix=$PREFIX
\endverbatim


\section install_windows Building and Installing under Windows

Building and installing the toolchain under Windows requires more effort because
all of the tools required for building, and the programs themselves, are mainly
designed for running under a POSIX environment such as Unix and Linux. Windows
does not natively provide such an environment.

There are two projects available that provide such an environment, Cygwin and
MinGW. There are advantages and disadvantages to both. Cygwin provides a
very complete POSIX environment that allows one to build many Linux based tools
from source with very little or no source modifications. However, POSIX
functionality is provided in the form of a DLL that is linked to the application.
This DLL has to be redistributed with your application and there are issues if
the Cygwin DLL already exists on the installation system and different versions
of the DLL. On the other hand, MinGW can compile code as native Win32
applications. However, this means that programs designed for Unix and Linux (i.e.
that use POSIX functionality) will not compile as MinGW does not provide
that POSIX layer for you. Therefore most programs that compile on both types of
host systems, usually must provide some sort of abstraction layer to allow an
application to be built cross-platform.

MinGW does provide somewhat of a POSIX environment, called MSYS, that allows you to
build Unix and Linux applications as they woud normally do, with a \c configure
step and a \c make step. Cygwin also provides such an environment. This means
that building the AVR toolchain is very similar to how it is built in Linux,
described above. The main differences are in what the PATH environment variable
gets set to, pathname differences, and the tools that are required to build the
projects under Windows. We'll take a look at the tools next.


\section install_windows_tools Tools Required for Building the Toolchain for Windows

These are the tools that are currently used to build an AVR tool chain.
This list may change, either the version of the tools, or the tools themselves,
as improvements are made.

- <b>MinGW</b><br>
    Download the MinGW Automated Installer, 20100909 (or later)
	<http://sourceforge.net/projects/mingw/files/Automated%20MinGW%20Installer/mingw-get-inst/mingw-get-inst-20100909/mingw-get-inst-20100909.exe/download>
	- Run mingw-get-inst-20100909.exe
	- In the installation wizard, keep the default values and press the "Next" button
	for all installer pages except for the pages explicitly listed below.
    - In the installer page "Repository Catalogues", select the "Download latest
	repository catalogues" radio button, and press the "Next" button
	- In the installer page "License Agreement", select the "I accept the agreement"
	radio button, and press the "Next" button
	- In the installer page "Select Components", be sure to select these items:
		- C compiler (default checked)
		- C++ compiler
		- Ada compiler
		- MinGW Developer Toolkit (which includes "MSYS Basic System").
	- Install.

- <b>Install Cygwin</b><br>
    - Install everything, all users, UNIX line endings. This will take a *long* time.
    A fat internet pipe is highly recommended. It is also recommended that you
    download all to a directory first, and then install from that directory to
    your machine.

\note GMP, MPFR, and MPC are required to build GCC.
\note GMP is a prequisite for building MPFR. Build GMP first.
\note MPFR is a prerequisite for building MPC. Build MPFR second.

- <b>Build GMP for MinGW</b><br>
    - Latest Version
    - <http://gmplib.org/>
    - Build script:
        \verbatim
        ./configure  2>&1 | tee gmp-configure.log
        make         2>&1 | tee gmp-make.log
        make check   2>&1 | tee gmp-make-check.log
        make install 2>&1 | tee gmp-make-install.log
        \endverbatim
    - GMP headers will be installed under /usr/local/include and library installed
    under /usr/local/lib.

- <b>Build MPFR for MinGW</b><br>
    - Latest Version
    - <http://www.mpfr.org/>
    - Build script:
        \verbatim
        ./configure --with-gmp=/usr/local --disable-shared 2>&1 | tee mpfr-configure.log
        make         2>&1 | tee mpfr-make.log
        make check   2>&1 | tee mpfr-make-check.log
        make install 2>&1 | tee mpfr-make-install.log
        \endverbatim
    - MPFR headers will be installed under /usr/local/include and library installed
    under /usr/local/lib.

- <b>Build MPC for MinGW</b><br>
    - Latest Version
    - <http://www.multiprecision.org/>
    - Build script:
        \verbatim
        ./configure --with-gmp=/usr/local --with-mpfr=/usr/local --disable-shared 2>&1 | tee mpfr-configure.log
        make         2>&1 | tee mpfr-make.log
        make check   2>&1 | tee mpfr-make-check.log
        make install 2>&1 | tee mpfr-make-install.log
        \endverbatim
    - MPFR headers will be installed under /usr/local/include and library installed
    under /usr/local/lib.

\note Doxygen is required to build AVR-LibC documentation.
- <b>Install Doxygen</b><br>
    - Version 1.7.2
    - <http://www.stack.nl/~dimitri/doxygen/>
    - Download and install.

\note NetPBM is required to build graphics in the AVR-LibC documentation.
- <b>Install NetPBM</b><br>
    - Version 10.27.0
    - From the GNUWin32 project: <http://gnuwin32.sourceforge.net/packages.html>
    - Download and install.

\note fig2dev is required to build graphics in the AVR-LibC documentation.
- <b>Install fig2dev</b><br>
    - Version 3.2 patchlevel 5c
    - From WinFig 4.62: <http://www.schmidt-web-berlin.de/winfig/>
    - Download the zip file version of WinFig
    - Unzip the download file and install fig2dev.exe in a location of your
    choice, somewhere in the PATH.
    - You may have to unzip and install related DLL files for fig2dev. In the
    version above, you have to install QtCore4.dll and QtGui4.dll.

\note MikTeX is required to build various documentation.
- <b>Install MiKTeX</b><br>
    - Version 2.9
    - <http://miktex.org/>
    - Download and install.

\note Ghostscript is required to build various documentation.
- <b>Install Ghostscript</b><br>
    - Version 9.00
    - <http://www.ghostscript.com>
    - Download and install.
    - In the \\bin subdirectory of the installaion, copy gswin32c.exe to gs.exe.

- Set the TEMP and TMP environment variables to <b>c:\\temp</b> or to the short filename
    version. This helps to avoid NTVDM errors during building.


\section install_windows_building Building the Toolchain for Windows

All directories in the PATH enviornment variable should be specified using their
short filename (8.3) version. This will also help to avoid NTVDM errors during
building. These short filenames can be specific to each machine.

Build the tools below in MinGW/MSYS.

- <b>Binutils</b><br>
    - Open source code pacakge and patch as necessary.
    - Configure and build in a directory outside of the source code tree.
    - Set PATH, in order:
        - \<MikTex executables\>
		- \<ghostscript executables\>
        - /usr/local/bin
        - /usr/bin
        - /bin
        - /mingw/bin
        - c:/cygwin/bin
        - \<install directory\>/bin
    - Configure
        \verbatim
        CFLAGS=-D__USE_MINGW_ACCESS  \
        ../$archivedir/configure \
            --prefix=$installdir \
            --target=avr \
            --disable-nls \
            --enable-doc \
            --datadir=$installdir/doc/binutils \
            --with-gmp=/usr/local \
            --with-mpfr=/usr/local \
            2>&1 | tee binutils-configure.log
		\endverbatim
    - Make
        \verbatim
        make all html install install-html 2>&1 | tee binutils-make.log
        \endverbatim
    - Manually change documentation location.


- <b>GCC</b><br>
    - Open source code pacakge and patch as necessary.
    - Configure and build in a directory outside of the source code tree.
    - Set PATH, in order:
        - \<MikTex executables\>
		- \<ghostscript executables\>
        - /usr/local/bin
        - /usr/bin
        - /bin
        - /mingw/bin
        - c:/cygwin/bin
        - \<install directory\>/bin
    - Configure
        \verbatim
		LDFLAGS='-L /usr/local/lib -R /usr/local/lib' \
		CFLAGS='-D__USE_MINGW_ACCESS'  \
		../gcc-$version/configure \
			--with-gmp=/usr/local \
			--with-mpfr=/usr/local \
			--with-mpc=/usr/local \
			--prefix=$installdir \
			--target=$target \
			--enable-languages=c,c++ \
			--with-dwarf2 \
			--enable-doc \
			--with-docdir=$installdir/doc/$project \
			--disable-shared \
			--disable-libada \
			--disable-libssp \
			2>&1 | tee $project-configure.log
		\endverbatim
    - Make
        \verbatim
        make all html install 2>&1 | tee $package-make.log
        \endverbatim


- <b>avr-libc</b><br>
    - Open source code package.
    - Configure and build at the top of the source code tree.
    - Set PATH, in order:
        - /usr/local/bin
        - /mingw/bin
        - /bin
        - \<MikTex executables\>
        - \<install directory\>/bin
        - \<Doxygen executables\>
        - \<NetPBM executables\>
        - \<fig2dev executable\>
        - \<Ghostscript executables\>
        - c:/cygwin/bin
    - Configure
        \verbatim
        ./configure \
            --host=avr \
            --prefix=$installdir \
            --enable-doc \
            --disable-versioned-doc \
            --enable-html-doc \
            --enable-pdf-doc \
            --enable-man-doc \
            --mandir=$installdir/man \
            --datadir=$installdir \
            2>&1 | tee $package-configure.log
        \endverbatim
    - Make
        \verbatim
        make all install 2>&1 | tee $package-make.log
        \endverbatim
    - Manually change location of man page documentation.
    - Move the examples to the top level of the install tree.
    - Convert line endings in examples to Windows line endings.
    - Convert line endings in header files to Windows line endings.

- <b>AVRDUDE</b><br>
    - Open source code package.
    - Configure and build at the top of the source code tree.
    - Set PATH, in order:
        - \<MikTex executables\>
        - /usr/local/bin
        - /usr/bin
        - /bin
        - /mingw/bin
        - c:/cygwin/bin
        - \<install directory\>/bin
    - Set location of LibUSB headers and libraries
        \verbatim
        export CPPFLAGS="-I../../libusb-win32-device-bin-$libusb_version/include"
        export CFLAGS="-I../../libusb-win32-device-bin-$libusb_version/include"
        export LDFLAGS="-L../../libusb-win32-device-bin-$libusb_version/lib/gcc"
        \endverbatim
    - Configure
        \verbatim
        ./configure \
            --prefix=$installdir \
            --datadir=$installdir \
            --sysconfdir=$installdir/bin \
            --enable-doc \
            --disable-versioned-doc \
            2>&1 | tee $package-configure.log
        \endverbatim
    - Make
        \verbatim
        make -k all install 2>&1 | tee $package-make.log
        \endverbatim
    - Convert line endings in avrdude config file to Windows line endings.
    - Delete backup copy of avrdude config file in install directory if exists.

- <b>Insight/GDB</b><br>
    - Open source code pacakge and patch as necessary.
    - Configure and build in a directory outside of the source code tree.
    - Set PATH, in order:
        - \<MikTex executables\>
        - /usr/local/bin
        - /usr/bin
        - /bin
        - /mingw/bin
        - c:/cygwin/bin
        - \<install directory\>/bin
    - Configure
        \verbatim
        CFLAGS=-D__USE_MINGW_ACCESS  \
        LDFLAGS='-static' \
        ../$archivedir/configure \
            --prefix=$installdir \
            --target=avr \
            --with-gmp=/usr/local \
            --with-mpfr=/usr/local \
            --enable-doc \
            2>&1 | tee insight-configure.log
        \endverbatim
    - Make
        \verbatim
        make all install 2>&1 | tee $package-make.log
        \endverbatim

- <b>SRecord</b><br>
    - Open source code package.
    - Configure and build at the top of the source code tree.
    - Set PATH, in order:
        - \<MikTex executables\>
        - /usr/local/bin
        - /usr/bin
        - /bin
        - /mingw/bin
        - c:/cygwin/bin
        - \<install directory\>/bin
    - Configure
        \verbatim
        ./configure \
            --prefix=$installdir \
            --infodir=$installdir/info \
            --mandir=$installdir/man \
            2>&1 | tee $package-configure.log
        \endverbatim
    - Make
        \verbatim
        make all install 2>&1 | tee $package-make.log
        \endverbatim


Build the tools below in Cygwin.

- <b>AVaRICE</b><br>
    - Open source code package.
    - Configure and build in a directory outside of the source code tree.
    - Set PATH, in order:
        - \<MikTex executables\>
        - /usr/local/bin
        - /usr/bin
        - /bin
        - \<install directory\>/bin
    - Set location of LibUSB headers and libraries
        \verbatim
        export CPPFLAGS=-I$startdir/libusb-win32-device-bin-$libusb_version/include
        export CFLAGS=-I$startdir/libusb-win32-device-bin-$libusb_version/include
        export LDFLAGS="-static -L$startdir/libusb-win32-device-bin-$libusb_version/lib/gcc "
        \endverbatim
    - Configure
        \verbatim
        ../$archivedir/configure \
        --prefix=$installdir \
        --datadir=$installdir/doc \
        --mandir=$installdir/man \
        --infodir=$installdir/info \
        2>&1 | tee avarice-configure.log
        \endverbatim
    - Make
        \verbatim
        make all install 2>&1 | tee avarice-make.log
        \endverbatim

- <b>SimulAVR</b><br>
    - Open source code package.
    - Configure and build in a directory outside of the source code tree.
    - Set PATH, in order:
        - \<MikTex executables\>
        - /usr/local/bin
        - /usr/bin
        - /bin
        - \<install directory\>/bin
    - Configure
        \verbatim
        export LDFLAGS="-static"
        ../$archivedir/configure \
            --prefix=$installdir \
            --datadir=$installdir \
            --disable-tests \
            --disable-versioned-doc \
            2>&1 | tee simulavr-configure.log
        \endverbatim
    - Make
        \verbatim
        make -k all install 2>&1 | tee simulavr-make.log
        make pdf install-pdf 2>&1 | tee simulavr-pdf-make.log
        \endverbatim


*/