JAKERI

Had to test generate a wordle from source code. In this case HttpServletRequest.java.

Sometimes it can be handy to reach your home server even if you have all sorts of proxy servers and firewalls between you and your home server (e.g. from work). 

Stunnel to the rescue!. Compile it, install it or just download it from some repository (I used macports).

On the server:

1. Create server configuration file for stunnel. Example below accepts ssl traffic on port 443 and forwards unencrypted traffic to the ssh port (22). Add your own certificate file for higher security.
   
   cert=stunnel.pem
pid=/tmp/stunnel.pid
[stunnel443]
accept = 192.168.1.7:443
connect = 192.168.1.7:22
2. Run sudo stunnel <server-config-file>
3. Test to connect with openssl, openssl s_client -connect 192.168.1.7:443. After all ssl handshake code you should probably get something like: SSH-1.99-OpenSSH_5.1
4. And now you have a SSH over SSL!

On your client machine:

1. Create a new client side configuration file. This will create a listener on port 21222 and all traffic will be sent ssl-encrypted to 192.168.1.7:443
   
   #cert = stunnel.pem
pid=/tmp/stunnelclient.pid
#foreground=yes
client=yes
[21222]
accept=21222
connect=192.168.1.7:443
2. Run sudo stunnel <client-config-file>
3. It should now be possible to run ssh -p 21222 localhost to create a connection to your server machine

Voilà, a SSL tunnel for transporting SSH!
All SSH traffic nicely hidden in a SSL tunnel.

I found two 1GB memory cards just laying around at home. My mac mini only had 1GB memory in total but can handle 2GB. So I decided to upgrade my mini!
This will probably void warranty but my computer is way to old anyway. I found a great video-tutorial that I followed.

Tools used: putty knife, baby blanket, old company entry card (IKEA IT) and some other random card.