Windows Installer

This article is about how to make the Windows installer; if you'd like just to use the installer, see Octave for Microsoft Windows.

GNU Octave is primarily developed on GNU/Linux and other POSIX conformal systems. There have been many efforts in the past to build ports of GNU Octave for Windows. Take a look at the various ports of Octave available for Windows here.

Recently some work has been done in maintaining a unified build system mxe-octave (a fork of MXE) which anyone can use to produce cross as well as native builds of GNU Octave for Windows and Mac OS X platforms. This page contains instructions about creating a Windows installer using mxe-octave.

Steps to create Windows Installer

1. Install all requirements of MXE Octave.
2. hg clone http://hg.octave.org/mxe-octave/
3. cd mxe-octave
4. autoconf
5. ./configure
6. make nsis-installer

Tweaks

• Use make tar-dist or make zip-dist instead of nsis-installer if you want to build just an archive of the files to install on Windows instead of an installer wizard.
• By default, packages will be built one at a time, but you may use make JOBS=4 (choose a number other than 4 that is appropriate for your system) to build each package in parallel. You may also combine this with the -j option for Make to build more than one package at a time, but be careful as using make -j4 JOBS=4 can result in as many as 16 jobs running at once.
• Use ./configure --disable-strip-dist-files if you want to keep debug symbols in the installed binaries for debugging on Windows.
• Include gdb in the installer by running make gdb before making the nsis-installer target.

Creating Octave development versions for Windows with mxe-octave

To roll your own octave for windows version with your favorite mods and patches, you can do what Philip Nienhuis does:

1. Make the cross-build environment for Octave (=mxe-octave; see above)
2. Build an Octave dist archive in Linux
3. Move that into mxe-octave and cross-build Octave + windows installer.

For ensuing builds after a first build, you'll only need to follow steps 2 + a little amended step 3 (see below)

Step 1: Prepare mxe-octave

Clone the mxe-octave reop to some directory of your choice:

http://hg/octave.org/mxe-octave <name of mxe-octave build dir>

where <name of mxe-octave build dir> is some other name than just the default "mxe-octave". Once downloaded, go into the <name of mxe-octave build dir> subdir and do:

.autoconf
./configure <options you want>
make nsis-installer JOBS=<some number>

I usually have "--enable-devel-tools --enable-windows-64 --enable-octave=default --enable-binary-packages" as configure options and use JOBS=7 on my core i5 system.

• the first configure option also includes gdb and an MSYS shell in the binary
• the second avoids the ~700 MB max. array size limit for 32-bit executables but Octave will only run on 64-bit Windows (most Windows systems are 64 bit anyway these days). Note: this option does NOT imply 64-bit indexing
• the third option is just for a placeholder; it'll invoke src/default-octave.mk (one of the three octave .mk files in mxe: src/stable-octave.mk and src/octave.mk, corresponding to the "--enable-octave=" configure option), I found that octave.mk lags a bit behind
• the fourth option cross-compiles the binary modules in Octave-Forge packages, which wil save time when installing them once in Windows.

If you seriously want to work with gdb, also have --disable-strip-dist-files as configure option. However, in that case chances are that you cannot build an .exe installer anymore as it becomes too big for NSIS (that has a 2 GB installer file size limit) so instead of "make nsis-installer" you'll need to invoke

make zip-dist <options>

....and this results in all Octave dependencies being built in mxe-octave, plus some initial version of Octave itself.

It can happen that you meet problems with Java. To build Octave with Java support built-in, mxe-octave needs:

• A Java JDK (Java Development Kit) on the host system. IOW, the javac (Java compiler) and jar (Java archiver) executables should be in the PATH.
• Java include files for windows (win32, even for w64 builds). They should reside in "<mxe-octave build dir>/usr/x86_64-w64-mingw32/include/java/win32". If not present, mxe-octave downloads them but this can occasionally go wrong. What I often did on my multi-boot system (Note: dirty hack warning!) is symlinking to the Windows include files on the Windows partition from the mxe-octave location.

Step 2: To build your first Octave-for Windows development version:

• build Octave on Linux (in separate source and build trees) including your favorite mods and patches.
• once Octave runs fine in Linux (using make check and trying your mods using ./run-octave & from the build dir, all of this still on the Linux side), do:

make all dist

• This will produce a dist archive called "octave-<version>.tar.gz" in the top directory. Move or copy this dist archive to the <mxe-octave build>/pkg folder (or symlink to it from there)

Note that this step requires the Octave be configured with Java (i.e., you need javac and jar on your system).

Step 3: Building the Octave installer

• be sure to adapt <mxe-octave build>/src/default-octave.mk to read "## No Checksum" at the $(PKG)_CHECKSUM line and check octave version and archive type (tar.gz rather than tar.bz2). The checksum is only needed when you download a dist archive from the Internet, not so much when you copy it within your own home network, let alone your own computer.
• check if in the top of the main Makefile "default-octave" is mentioned for OCTAVE_TARGET rather than "stable-octave" of just "octave" (that name refers to the .mk filename in the src folder).
• ... and then run (in the <mxe-octave build> folder)

make nsis-installer <options>
-or-
make zip-dist <options>

Step 3A (second and later builds)

For next builds, mxe-octave is already configured and all dependencies have been built so the only thing to do is having a new Octave version + installer built:

• move/copy the dist archive from step 2 into mxe-octave's pkg subdir
• in <mxe-octave build> root dir do:

touch src/default-octave.mk

(to be sure mxe-octave picks up the new Octave archive). If you've renamed the dist archive, be sure it matches with the package name in src/default-octave.mk. Then do:

make nsis-installer
-or-
make zip-dist

Step 4: Install on Windows

• move the installer in <mxe-octave build>/dist/ to the Windows side (USB thumb drive, LAN copy, whatever).
• install it there.

If you've made a zip-dist you'll have to manually create the desktop and Start Menu shortcuts (for octave and the MSYS-shell).

Remarks

• If you have several mxe-octavebuild dirs (for e.g., stable and several development versions) it is handy to have a separate pkg subdir symlinked to from all mxe-octave build dirs. That will save a lot of downloading bandwidth.
• To keep mxe-octave up-to-date, from time to time do:

hg -v pull
hg -v update

• However, do not keep mxe-octave build dirs for too long. I'd suggest to wipe a build dir after at most two or three months and start over with a fresh clone a la Step 1.
• In the mean time, regularly clean up <mxe-octave build>/log to save disk space. After a first successful build there's no more use for the log subdirs for each package, so you can wipe them all.

If things go wrong

It is possible that, for example, the build of Octave in step 2 works but that if fails in step 3. Here are some troubleshooting tips.

• The error message displayed by make is simply the last 10 lines of the log file. This may truncate the actual error message.
• Sometimes running "make" a second time without changing anything will fix the problem. In particular, autotools rebuilds some files in the first make which may cause the second make to succeed.
• If it is building Octave that failed, the source will be left in <mxe-octave build>/tmp-default-octave and it is possible to run "configure && make" in that directory.
• The configuration will be for the target system, not your own. In particular, if you have not installed all of the packages that MXE-octave installs, then your configuration will be different. However, some configuration variables will differ even if you have the same packages, and some compiler features may be available on the host system that are not available in cross-compile mode.
• A possible causes for build failure is having files in your local source or build directory that are not listed in the module.mk files; these are not copied into the dist archive.
• (philip) On my core i5 desktop system with a fast SSD, mxe-octave usually fails when building libmng, suspectedly because of a race condition related to disk I/O. I found that I can get past this by specifying "make nsis-installer JOBS=1", if required repeatedly (sometimes 5 or 6 times), interrupting the build in the next step/dependency once libmng has been built fine, and restaring with "make nsis-installer JOBS=<higher number>". AFAICS it is only libmng that suffers from this issue.

Installing requirements of MXE Octave

MXE Octave requires a recent Unix system where all components as stated below are installed.

Debian (GNU/kFreeBSD & GNU/Linux)

aptitude install -R autoconf automake bash bison bzip2 \
                    cmake flex gettext git g++ intltool \
                    libffi-dev libtool libltdl-dev \
                    mercurial openssl libssl-dev \
                    libxml-parser-perl make patch perl \
                    pkg-config scons sed unzip wget \
                    xz-utils yasm autopoint zip

On 64-bit Debian, install also:

aptitude install -R g++-multilib libc6-dev-i386

If you are using Ubuntu, then you can do apt-get install foo instead of aptitude install -R foo.

On a fesh Linux Mint 16 x86_64, in addition to the above also install:

sudo apt-get install libc6-dev-i386 gcc-multilib libgmp3-dev libmpfr4 libmpfr-dev
sudo apt-get build-dep gcc-4.8

If not installed you will get error messages like "/usr/include/stdc-predef.h:30:26: fatal error: bits/predefs.h: No such file or directory" or "/usr/bin/ld: skipping incompatible /usr/lib/gcc/x86_64-linux-gnu/4.8/libgcc.a when searching for -lgcc" when compiling ocaml-core. The packages libgmp3-dev libmpfr4 libmpfr-dev libmpc-dev are needed for compiling the build-gcc.

Fedora

yum install autoconf automake bash bison bzip2 cmake \
            flex gcc-c++ gettext git intltool make sed \
            libffi-devel libtool openssl-devel patch perl pkgconfig \
            scons yasm unzip wget xz

On 64-bit Fedora, there are open issues with the NSIS package.

FreeBSD

pkg_add -r automake111 autoconf268 bash bison cmake \
           flex gettext git gmake gsed intltool libffi libtool \
           openssl patch perl p5-XML-Parser pkg-config \
           scons unzip wget yasm

Ensure that /usr/local/bin precedes /usr/bin in your $PATH:
For C style shells, edit .cshrc

setenv PATH /usr/local/bin:$PATH

For Bourne shells, edit .profile

export PATH = /usr/local/bin:$PATH

On 64-bit FreeBSD, there are open issues with the NSIS package.

Frugalware

pacman-g2 -S autoconf automake bash bzip2 bison cmake \
             flex gcc gettext git intltool make sed libffi libtool \
             openssl patch perl perl-xml-parser pkgconfig \
             scons unzip wget xz xz-lzma yasm

On 64-bit Frugalware, there are open issues with the NSIS package.

Gentoo

emerge sys-devel/autoconf sys-devel/automake \
       app-shells/bash sys-devel/bison app-arch/bzip2 \
       dev-util/cmake sys-devel/flex sys-devel/gcc \
       sys-devel/gettext dev-vcs/git \
       dev-util/intltool sys-devel/make sys-apps/sed \
       dev-libs/libffi sys-devel/libtool dev-libs/openssl sys-devel/patch \
       dev-lang/perl dev-perl/XML-Parser \
       dev-util/pkgconfig dev-util/scons app-arch/unzip \
       net-misc/wget app-arch/xz-utils dev-lang/yasm

Mac OS X

Install Xcode 4 and MacPorts, then run:

sudo port install autoconf automake bison cmake flex \
                  gettext git-core gsed intltool libffi libtool \
                  openssl p5-xml-parser pkgconfig scons \
                  wget xz yasm

Mac OS X versions ≤ 10.6 are no longer supported.

MingW

Make sure to update and upgrade packages as some of the default versions of packages are too old to work correctly.

mingw-get update
mingw-get upgrade

And then get required packages.

mingw-get install autoconf bash msys-bison msys-flex gcc gcc-c++ \
                  gcc-fortran gettext msys-m4 msys-make msys-sed \
                  libiconv msys-openssl msys-patch msys-perl \
                  msys-libarchive msys-unzip msys-wget msys-bsdtar
   

You will also need to install Windows versions of Python and Ghostscript and ensure they are in visible in the PATH.

OpenSUSE

zypper install -R autoconf automake bash bison bzip2 \
                  cmake flex gcc-c++ gettext-tools git \
                  intltool libffi-devel libtool make openssl \
                  libopenssl-devel patch perl \
                  perl-XML-Parser pkg-config scons \
                  sed unzip wget xz yasm

On 64-bit openSUSE, install also:

zypper install -R gcc-32bit glibc-devel-32bit \
                  libgcc46-32bit libgomp46-32bit \
                  libstdc++46-devel-32bit

Creating an NSIS based installer

The make nsis-installer command produces a NSIS installer that is ready to be distributed.