I learned quite a bit trying to get it working, and I hope I can help someone else with how I did it. I started this last fall, so some of the software may have been updated. Also, I would like to thank Joseph Jaramillo for his post on Deploying to IIS with lighttpd and Mongrel which was a huge help setting this up.

1. Install Ruby

For Ruby, I used the 1.8.6 one-click installer. Download, and install.

2. Install Ruby Gems

Hop on over to RubyForge and grab the latest zip file (rubygems-1.3.2.zip as of this article). Download, and install.

3. Install Rails and Mongrel

Open a command prompt and run gem install rails to get rails installed. Next, run gem install mongrel mongrel_service which will install the Mongrel server.

4. Setup a Rails Application

I will assume you have setup a Rails application before, and know how to create one from scratch or that you have one ready to drop in to be served. If you are not that experienced with Rails yet, I would recommend starting with Mongrel only for development.

Try out your Rails install by opening a command prompt to your Rails directory and running script\server (note the backslash), and then see if rails loads at http://localhost:3000/. You may get a Windows Security Alert that you need to unblock to allow outgoing connections. At this point, you have enough to run a Rails server for development, but the aim of this article is to be more robust.

5. Install lighttpd

Lighttpd is a great lightweight server that will be an excellent load-balancing proxy for this setup. We could have hooked into the Apache install from XAMPP, but I did not want to cause any problems for the group running that server.
To install lighttpd, download the most recent lighttpd installer from the WLMP project (I used LightTPD-1.4.22-1-Win32-SSL.exe). I had major problems with a Cygwin1.dll from an openSSH install conflicting with the ones for lighttpd, and had to remove the openSSH Cygwin1.dll before lighttpd would work properly; you can check for this error by running lighttpd from a command prompt and seeing if you get an error.

6. Install Windows Server 2003 Resource Kit

To get lighttpd running as the kind of service we need, download and install the Windows Server 2003 Resource Kit.

7. Install Mongrel Rails Service

We are going to have two Mongrel servers serving our Rails application, although you can run more (See How Many Mongrel Instances Should I Run?). To do this, open a command prompt and goto your Rails app directory. For each Mongrel server you want to run, enter the following command:
mongrel_rails service::install -N rails_app_4001 -p 4001
Increase the number by one for each service (4002, 4003, etc) as you run the command. This command will install Windows services that will run our Mongrel servers in the background. To start these servers, run the following command for each server, incrementing the number for each server (4001, 4002, etc.):
net start rails_app_4001
To make it easy to start and stop these servers, create a mserver.bat file in your Rails directory with the following contents:

@echo off
net %1 rails_app_4001
net %1 rails_app_4002

8. Setup lighttpd Proxy

Download and install Joseph Jaramillo’s lighttpd conf file to your Rails directory, and put it in your config directory.
Edit the file with an app that supports UNIX-style line endings (not notepad), changing the following values:

var.basedir = “C:/Rails/myrailsapp” (point to your Rails app directory, use forward slashes)
server.bind = “” (do not bind to a specific address)
server.port = 3000 (the port you want your users to use. 80 is a good default, or if already used as in my case, 3000)
and under proxy.server, add extra entries for any additional Mongrel servers you are running.

Next, setup lighttpd to run as a Windows service. Follow Joseph’s instructions on step 3, of course changing the AppParameters to use the path to your lighttpd config file in your rails directory. Test your setup by pointing your browser at your server’s main address (or other port if you chose one other than 80), and you should see your Rails application!

If you have any comments, suggestions, or problems let me know in the comments.

Someone undoubtedly thought of this, and created Devicescape. A multi-platform application that will automatically log you into (certain) wireless networks, one of which is the UofC network. It’s simple to use, just hop over to their site and download the Devicescape client. Sign up for an account, load up your airUC credentials, and the program will do the rest. As soon as your device connects to airUC, Devicescape will login within seconds, allowing you to skip loading the login page in your browser.

One of the best parts is how well it integrates with your OS. On OS X, it sits in the menubar and notifies you when it is logged in or out. No dialogs, no preference pane, no clunky application. It also runs on most mobile devices, take a look at the list to see if yours is supported. Be sure to also check that the networks you want to connect to are supported as well.

What I like to do is be able to rate my iTunes music without having to switch to iTunes or fumble around with the dock contextual menu. With a Quicksilver trigger this is easy, just install the iTunes module and a handful of iTunes-specific triggers are added. However, I prefer to have visual notification that the trigger worked, so I made a few Applescripts to automatically set the rating and tell Growl to display a notification that the change was made.

Script below:

I saved five version of the script, for ratings 1 to 5, changing the values for each one. “set therating to 20″ is one star, 40 is two stars, etc. I also changed the ★s for each script. Then in Quicksilver, I added new triggers that activated these scripts, and now control-F1 through F5 rate the current song, and display a Growl notification with track art and information.