Running Galaxy in Windows
Running Galaxy under Windows was possible at one point, with a bit of effort. After recent changes to dependency management (using Python Wheels instead of Eggs) we have no tutorial or proof of concept how to do it. If you really need to run Galaxy on Windows platform please consider running a Virtual Machine with a Linux on it and then follow tutorial at http://getgalaxy.org
If you want to develop Galaxy tools please consider using the following image with preinstalled Galaxy, Planemo and other useful tools: http://planemo.readthedocs.org/en/latest/appliance.html#launching-the-appliance-virtualbox-ova
If you were able to set up Galaxy on Windows with Python Wheels please share your experience.
The text below is outdated.
Running old Galaxy (pre 16.01) on Windows
The effort required involves building architecture specific “eggs” (think of these as python’s version of Java’s jar files). Eggs are created using the setuptools package, http://peak.telecommunity.com/DevCenter/setuptools. Galaxy has been run in Windows using both MinGW/MSYS (http://www.mingw.org/) and CYGWIN (http://www.cygwin.com/).
Please note, a simple alternative to attempting to build eggs for Windows is to simply run Linux via virtualization software (such as the free VirtualBox). For best results, use a lightweight Linux such as Xubuntu, or disable X-Windows.
If you choose to continue, to understand Eggs and how they work in Galaxy, read the Eggs page.
Most eggs are platform-inspecific (e.g. Pure Python), and thus you can use the pre-built versions of these (from http://eggs.g2.bx.psu.edu). Of the remaining eggs, not all are required by the default configuration. You'll need at a minimum:
You'll need to get and build the versions specified in galaxy_dist/eggs.ini, so consult that file for proper versions and download URLs. The remaining eggs are required for a number of tools, as well as for some development/debuging purposes.
Galaxy's egg building script, scramble.py may or may not work for certain eggs under Windows. If not, scramble's build scripts, located at galaxy_dist/scripts/scramble/scripts/ can be used as reference for building eggs.
An example of building the bx-python egg in MinGW/MSYS:
First obtain the source code:
1 % hg clone http://bitbucket.org/james_taylor/bx-python/ 2 destination directory: bx-python 3 requesting all changes 4 adding changesets 5 adding manifests 6 adding file changes 7 added 482 changesets with 1441 changes to 444 files 8 updating working directory 9 272 files updated, 0 files merged, 0 files removed, 0 files unresolved
Change to the source directory:
1 % cd bx-python/trunk
Edit setup.cfg and add the following:
Then build the egg (be sure to include the tag from the [tags] section of galaxy_dist/eggs.ini:
1 % python setup.py egg_info -b _dev_r4bf1f32e6b76 bdist_egg
Once built, eggs need to be placed in galaxy_dist/eggs/<platform>, where <platform> is the platform-specific output of galaxy_dist/scripts/get_platforms.py:
1 % cp dist/bx_python-0.5.0_r4bf1f32e6b76-py2.4-win32.egg galaxy_dist/eggs/<platform>
Once all the required eggs have been built and copied to the proper egg directory, Galaxy can now be run as normal, see Admin/GetGalaxy to continue.
Running Windows Tools
If instead of running a Windows based Galaxy instance, you wish to just run a handful of tools on a Windows server but host Galaxy on a traditional *nix-based system, the Pulsar can used to accomplish this.