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Edit: -1 of 1
Time: 2015-10-15 08:54:50
Note: /pd/pd/docs/developer/WindowsMinGW/vote

The original information on this page is outdated. For now some sketchy information that will help you build Pd-vanilla and external libraries without dependencies. For now, the original contents is moved down.

== MinGW ==
Install [ !MinGW]. The preferred directory is C:\MinGW

In the MinGW Installer Manager, select Installation > Update Catalogue

In 'Basic Setup' install:
 *mingw-developer-toolkit / bin
 *mingw32-base            / bin
 *mingw32-gcc-g++         / bin
 *msys-base               / bin

In 'All Packages > MinGW > MinGW Libraries' install:
 *mingw32-pthread-w32 / dev

The old automake versions 1.4 to 1.8 in 'All Packages > MinGW > MinGW Autotools' can be removed.

The command line shell can be started with C:\MinGW\msys\1.0\msys.bat. In the shell C:\ is available as /c/. 

Make sure you do not have the msys-gcc installed. It is intended only for building msys, and uses an old gcc version. 

== Building Pd-vanilla ==

 *Retrieve the source tar-ball from [ Millers site],
 *Unpack it to a path without spaces,
 *Rename the directory to 'pd' (this is also in the README.txt),
 *Expand the contents of in a directory pd/lib (result is a pd\lib\ASIOSDK2.3 path),
 *Run in pd/src '''make -f makefile.mingw''' from the minGW shell. 

== Building externals ==

 *Download the [ Pd-extended repository] or retrieve it via SVN. Use a path without spaces.
 *The pd-core here is outdated, the more recent code is in Git. But this isn't regularly updated either.
 *The MinGW Gcc compiler needs an pd.dll to build against. The simplest way is to build or download pd-vanilla and copy the pd.dll to pure-data-svn/pd/bin.
 *From the MinGW shell, change to pure-data-svn/externals. 
 *Enter '''make <externalName>''' to build.

MinGW does not have convenient tools like subversion, git, zip, gpg. For this you can install '''Cygwin''' or use Windows tools.

== Original page ==
Pd is easily built with free tools on Microsoft Windows, and recently with the creation of the mingw-get tool, its much easier to get started. While you could probably use the most current versions of all of the packages below, the links provided are versions that are known to work.

== Tortoise SVN ==

TortoiseSVN provides a native Windows SVN.  Its best to use native Windows tools for this process, but Cygwin tools can also work.  

 *Download [ TortoiseSVN], either 32-bit or 64-bit works for this process
 *customize setup to include '''command line client tools'''

== Git for Windows ==

There is a build of Git for Windows that is based on MinGW MSYS, but is in its own installer.  For this process a native git is preferred, but its possible to use Cygwin git too.

 *Download [ Git-1.8.0-preview20121022.exe] and install it.
 *choose '''Run Git from the Windows Command Prompt''' from the ''Adjusting your PATH environment'' step in the installer

== Cygwin ==

[ Cygwin] is relatively easy to install and provides a much better working environment for things like subversion.  !MinGW lacks full support for some of the GNU utils like rsync, git, svn, etc., so install Cygwin's version.

 Download [ setup-x86.exe] or [ setup-x86_64.exe] and run it to install Cygwin.  Install it in the default location.

Once you get to the ''Select Packages'' screen, click the button on the upper right corner labeled ''View'' and change it to ''Full''.  Now find '''git''', '''make''', '''openssh''', '''patch''', '''rsync''', '''sed''', '''svn''', '''zip''', and '''unzip''' and make sure they are set to install.  This is represented by a version number to be installed instead of ''Skip''.

If you want the automated build scripts to work, you will need to [ add Cygwin to your system PATH].

== ASIO SDK ==

First, download the [ ASIO SDK]. You have to agree to Steinberg's license, then submit an email address, then they'll send you the download URL in an email.  Uncompress '''''' into '''path/to/pd/asio''' so that the files are in '''path/to/pd/asio/ASIOSDK2.3'''.

You can also leave the '''''' file directly in the home folder of MSYS, i.e. '''~/''' in the MSYS/MinGW shell or '''C:\MinGW\msys\1.0\home\%USER%\'''.  The Pd-extended build system will look for it there and automatically unzip it in the right place.  For Pd-vanilla, you'll have to unzip in manually in the right place.

NOTE: The 2.2 version used by older versions of Pd is no longer available for download from Steinberg.

== !MinGW ==

Download the [ !MinGW] package installer and run it:

 1. [ mingw-get-inst-20120426.exe]
 1. Accept the GPLv3 and click ''Next''
 1. Choose the '''Use pre-packaged repository catalogues''' and click ''Next''
 1. Install into the default location: '''C:\MinGW''' and click ''Next''
 1. Check all Components ('''MinGW Compiler Suite''', '''MSYS Basic System''', and '''MinGW Developer Toolkit'''). and click ''Next''
 1. wait for the installer to download and install everything, now you have a working MinGW install and MSYS shell.

== Configuring MSYS ==

For the next steps, you will be using the MSYS shell that was installed from the MSYS installer. You can launch it from the Desktop shortcut or '''Start --> Programs --> !MinGW --> !MinGW Shell'''.  Once you are in the MSYS shell, you need to make '''/usr/local''' by running:

mkdir /usr/local

Now edit '''C:\MinGW\msys\1.0\etc\fstab''' using a good text editor (`vim` is now included in MinGW, Wordpad will work but '''not''' Notepad), or from within the MinGW/MSYS shell, `vim /etc/fstab`.  In that file, make sure you have these two lines (case is important!):

c:/MinGW/ /mingw
c:/MinGW/ /usr/local

Then quit all MSYS shells, and restart an MSYS shell, and check with the
'''mount''' command that both of the above directories are mounted.  To
do that, run '''mount'''.  You should see these lines within the rest:

c:\MinGW on /mingw type user (binmode)
c:\MinGW on /usr/local type user (binmode)

You can add MinGW and MSYS to the PATH so that Windows tools like `cmd.exe` can find them. For how to setup the environment variables for MSYS, check out Figure 10 and after in Max Berger's [ Setting up the compiler].  

== !MinGW extras ==

We need some packages that are not part of the default install, but are included in MinGW. In the MinGW/MSYS shell, run:

mingw-get install automake1.10 automake1.9 bzip2 expat gcc-ada gcc-fortran \
gcc-g++ gcc-objc gendef gettext gmp libasprintf libbz2 libexpat libiconv \
libpthreadgc libtool libz lua mingw-utils pexports pkginfo msys-bash \
msys-bison msys-cygutils msys-dos2unix msys-findutils msys-gawk msys-gmp \
msys-gzip msys-less msys-libgmp msys-libregex msys-make msys-rsync \
msys-texinfo msys-wget msys-unzip msys-zip

For some reason, mingw also installs some very old versions of automake.  They just get in the way and cause trouble, so remove them:
mingw-get remove automake1.4 automake1.5 automake1.6 automake1.7 automake1.8

== You can now build Pd-vanilla! ==

Your setup is now ready to build Pd-vanilla or the core of Pd-extended.  The rest of these instructions cover setting up all of the libraries for a complete Pd-extended build environment.

== Binaries from MinGW and GTK+ ==

The GTK+ project provides a number of [ binaries for Windows]. We use a few of them here.  Download and install them into '''C:\!MinGW''' using the !MinGW/MSYS shell.  The easiest way to do this is with with !MinGW/MSYS shell, by running these commands:

cd /tmp
tar --directory /mingw -xzf mingw-libgnurx-2.5.1-bin.tar.gz
tar --directory /mingw -xzf mingw-libgnurx-2.5.1-dev.tar.gz
wget --no-check-certificate
mv yasm-1.2.0-win32.exe /mingw/bin/yasm.exe
unzip -d /mingw 
unzip -d /mingw 
unzip -d /mingw 
unzip -d /mingw
unzip -d /mingw

The last step will prompt you to replace /mingw/share/locale/locale.alias, say '''Yes'''.

== copying libgmp-10.dll for cc1.exe ==

Sometimes, you might get [ an error about cc1.exe missing libgmp-10.dll].  You can test this by running `./configure` in '''libtheora'''.  A kludge to fix it is to copy the DLLs into place right next to cc1.exe.  At the time of writing this document, it worked like this:

cd /mingw/bin
cp libgmp-10.dll libmpc-2.dll libmpfr-1.dll libintl-8.dll /mingw/libexec/gcc/mingw32/4.7.2/
cp libintl-8.dll libiconv-2.dll /mingw/mingw32/bin

== Inno Unpack ==

For the Pd-extended ''zip'' distro, the Inno Setup package needs to be unpacked then zipped up. For that, we use `innounp` so we don't need admin rights to unpack it.  Download [ innounp037.rar] and unrar it into ''C:\MinGW\bin''

=== QuickTime SDK ===

Gem uses [ !QuickTime] on Windows for reading and writing video files.  You need an Apple ID in order to log in and download the ``.  First login by clicking [ this link], then once logged in, click this link to download the file: [ !QuickTime 7.3 SDK for Windows].  Once you have it, unzip it, then double-click the `!QuickTimeSDK.exe` and install using all of the defaults.

= Install Inno Setup package building =

== Inno Setup/!ISTool  ==
[ Inno Setup] is free installer generator for Windows. [ !ISTool] is a nicer IDE for Inno scripts.  This is used to assemble the Pd-extended installer.

 [ ispack-5.5.2-unicode.exe] downloads and installs everything for you.

= Building library dependencies for Windows from SVN '/sources' =

There are many libraries needed for building Pd libraries that are not yet available via `mingw-get` or binaries.  The best way to get these currently is to build them from source. For Pd-extended, you can get the sources from SVN and run this script to build it all:

cd pure-data
svn co
cd sources

This will run for a while, and if it completes successfully, it will have installed all of the libraries needed for Pd-extended.  It should be safe to run '''./''' again if something failed.

= Building Pd =

Now you're ready to start building Pd.  First, you'll need to start with [GettingPdSource], then you can move onto [BuildingPd] or [BuildingPdExtended].

= Updating this Process =

There are definitely some improvements that can be made to this up build process.  !MinGW is widely used, but its not widely standardized.  So many people have many different ways of building common libs for !MinGW.  This process is an effort to unify them, the biggest recent development along these lines is `mingw-get`.  As of this writing, this process can successfully build ffmpeg with many codecs.  The last huge gap is gmerlin-avdecoder, which is used by ![readanysf~] and Gem.  There are a number of additional codecs that are not yet part of this process, for example openjpeg builds but doesn't seem to work, then there is libgsm and quite a few other codec libraries that ffmpeg and gmerlin-avdecoder can use.  You can contribute by getting these building and working on MinGW and posting your results on [ pd-dev].

== Libraries ==

Here are some documents that look to have some very useful info, but has not yet been incorporated into this process:

 *[ zlib, libpng, libjpeg, libtiff, and more]
 *[ libschroedinger]

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