Well, the good news is my bifferboard is all up 'n' running after earlier when I thought I had accidentally killed it!
The next challenge is going to be get some sort of ftp/http server with a blog going with slackware. However the normal apache/php/mysql/wordpress setup is going to be too much for the tiny bifferboard to run! I'm looking into (hopefully) using lighttpd, sqlite, php and chyrp which uses less memory.
The easiest way I can think of setting all of this up is to use a normal slackware (13.0) install to a USB stick and then run it on the bifferboard though I've not fully cracked that one yet (I don't have the serial cable yet). I found if I made the modifications to that slackware install using these (
http://sites.google.com/site/bifferboard/Home/desktop-linux-distributions/slackware ) instructions and then copying the bifferboards' bzimage into boot and the modules the bifferboard either wouldn't boot properly or I couldn't telnet into it (I had to clear out the whole of /etc and copy the /etc from here -
http://sites.google.com/site/bifferboard/Home/desktop-linux-distributions/slackware/changelog ) instead (which worked).
I admit right now without the serial cable I'm basically "flying blind".
Do have one question though. Right now I see the bifferboard is using linux kernel 2.6.30. And before (when I thought I'd killed the bifferboard in an earlier post/thread here) I managed to get it working on wifi with a wired to wireless bridge. Only snag is it now looks like my wired to wireless bridge is dead x.x - although I have a USB based wifi device (RTL8187) which I can use. The problem though is that the bifferboard kernel has no drivers for that device and it looks like I'll need to compile up a much newer kernel to support it.
How do you do this for the bifferboard? I could get the default 2.6.30 kernel to compile but with all the kernel patches how would you go about applying those to a newer kernel?
Thanks for any help!
ljones