Hey Clocker, great to see you back. You have just finally reminded me to join the team. If I'd known how easy it was, I would have done it long since.
Now, seeing as I have my home system on the job (an Athlon XP 1700), what can I do about using up a few of those surplus MHz at the office?
There is another Athlon XP 1700 and a K6-III/500 that both run 24/7, usually doing nothing. Alas, the XP runs ECS and the K6 runs OS/2 and the software is for Win32 only, so they are no help.
Then there is another K6-III/500 that is dual boot. It tends to run maybe 40 hours a week or so, and it's dual boot 98SE and OS/2, running each one maybe half the time. That one does have a web connection (or at least it's easy enough to grovel under the desk and switch the XP's modem cable over to it if I want to get it on the web for a while), so it shouldn't be too hard. Is 20-odd hours a week on a K6-III worth having? And how often would it need to connect to upload/download?
Then there is the NT box. It's yet another K6-III, and it runs 24/7. It's networked to all the other office machines, but it has no direct web connection and it would be inconvenient to buggerise about giving it a modem. Not to mention the waste of phone calls.
The network, however is not a TCP/IP one, but rather the old-fashioned sort, the proper name of which escapes me. Microsoft call it "Windows Networking", IBM call it "IBM Peer Networking". I've never converted it over to a TCP/IP network (a) because it works just fine the way it is, (b) because I don't know how, and (c) because although I can nearly hook up my motely collection of machines with their motely collection of different operating systems in my sleep now, I know SFA about TCP/IP security and am paranoid about having my office machines hacked or infected.
In short, what would I need to know about firewalls and other related matters in order to safely hook up my NT box to the main machine, so that it can upload/download data from the Athlon?
(PS: I know, I just went way out of your field, Clocker. I trust that one of our networking wizzards will come to my rescue here.)