Well after much digging through google I found out that you can use osascript to set your background. I wrote a little osascript, and low and behold a way to change my background via cli:

osascript -e "tell application \"System Events\" to set picture of every desktop to \"<path>/image.jpg\""

APOD: http://apod.nasa.gov/apod/

Implementation: http://github.com/fsk141/scripts/raw/master/chapod

don’t forget to chmod +x

If you would like it to auto-run every day:

 crontab -e # and add the following:
 5 12 * * *	$HOME/.scripts/scripts/chapod  

Requirements:

- Imagemagick

- Mac/Linux

- Curl

- feh (if on linux)

1) Startup mmc
    a] File > Add/Remove Snap in > Certificates:
        a1} Computer Account > Local Computer (Finish with “OK”
    b] Select Certificates >> Personal >> Certificates
    c] Select Certificate (*.domainname.com)
        b1} Right click > All Tasks > Export

        b2} “Yes, Export the private Key”

        b3} next (use defaults [PKCS #12 no boxes checked})
        b4} password (<enter anything>) << you are setting this password
        b5} Name your export && Finish

2) Extract the Key & Certificate from the pkcs file & enjoy
    a] Export the Private key:
       

openssl pkcs12 -in filename.pfx -nocerts -out key.pem

    b] Export the certificate file:
       

openssl pkcs12 -in filename.pfx -clcerts -nokeys -out cert.pem

    c] Remove the passphrase from the key so apache won’t prompt for passphrase:
       

openssl rsa -in key.pem -out server.key

Well I was dis-satisfied, and spent the better part of my day at home (Thursday 25, 2010) getting it to work on my router. Now everything works & I can reboot my router & expect everything to come back when it’s back up. I will post how I got everything working ASAP since the current IPv6 articles are dated & chock full of mis-information.
In the process of moving to IPv6 at home I needed to make my dyndns IPv6 compatible. Well dyndns isn’t IPv6 compatible (for free anyways), so I decided to switch to FreeDNS. It provides AAAA record support (IPv6), and allowed me to pass onto the next level of the HE.net certification:

Yay! I’m an IPv6 Enthusiast…
After reading through IPv6 Essentials I can see the real plusses to IPv6, and can’t wait to take advantage of all it’s neat features.

Well to start I had to figure out how to open the darn thing. I ended up ripping off the top & bottom plastic where some nice torx security screws greeted me… Well a few came out with some nice twists of my torx driver. Yet a couple actually had the center pin proper height. Easy way to get around this, is to find a small phillips screwdriver. I was able to easily unscrew them with a phillips.

After removing the screws I was now able to access the board; most importantly the serial header:

From Left to Right (Yellow = 3.3V; White = Tx; Red = Rx; Black = GND)

I used my handy dandy CA-42 Serial to USB adapter:

It also has colored wires, and I should have matched them up, but I kinda just plugged some alligator clips in & plugged them into the right wires for the CA-42. The CA-42 layout is like this (Black = GND ; White = Rx ; Green = Tx ; Red = +V)

After connecting everything up, you should be able to see “output” & be able to hit Ctrl-C to be dropped into CFE>

nvram set boot_wait=on

nvram commit

reboot

Now prepare to copy the image over. I had three windows open. A window with the serial output, a window pinging 192.168.1.1, and a window to execute my push command. I would also recommend that you set (IP Address = 192.168.1.10 ; Subnet = 255.255.255.0; Gateway = 192.168.1.1) Once you receive a ping after rebooting run the following command:

echo -e "\nmode binary\nrexmt 1\ntimeout 60\ntrace\nput dd-wrt.v24_mini_generic.bin\n" | tftp 192.168.1.1

where ‘dd-wrt.v24_mini_generic.bin’ is the image you would like to flash (it took me about 6 different images until this one worked [ this is the web flash image on the wrt350n page])
After running the following you should get something that looks like this:

If everything went as planned, then you should end up with a working router :) Yay!

There are plenty of resources on the internets. I found this wonderful link: http://dg.cascade.dyndns.org/wrt350n.html which perfectly outlines EVERYTHING I needed to do. It was very helpful in this process.