Ask Slashdot: Is It Feasible To Revive an Old Linux PC Setup?
Qbertino (265505) writes I've been rummaging around on old backups and cleaning out my stuff and have once again run into my expert-like paranoid backups and keepsakes from back in the days (2001). I've got, among other things, a full set of Debian 3 CDs, an original StarOffice 6.0 CD including a huge manual in mint condition, Corel Draw 9 for Linux, the original box & CDs — yes it ran on a custom wine setup, but it ran well, I did professional design and print work with it.
I've got more of other stuff lying around, including the manuals to run it. Loki Softs Tribes 2, Kohan, Rune, and the original Unreal Tournament for Linux have me itching too. :-)
I was wondering if it would be possible to do an old 2001ish setup of a Linux workstation on some modern super cheap, super small PC (Raspberry Pi? Mini USB PC?), install all the stuff and give it a spin. What problems should I expect? VESA and Soundblaster drivers I'd expect to work, but what's with the IDE HDD drivers? How well does vintage Linux software from 2003 play with todays cheap system-on-board MicroPCs? What's with the USB stuff? Wouldn't the install expect the IO devices hooked on legacy ports? Have you tried running 10-15 year old Linux setups on devices like these and what are your experiences? What do you recommend?
I've got more of other stuff lying around, including the manuals to run it. Loki Softs Tribes 2, Kohan, Rune, and the original Unreal Tournament for Linux have me itching too. :-)
I was wondering if it would be possible to do an old 2001ish setup of a Linux workstation on some modern super cheap, super small PC (Raspberry Pi? Mini USB PC?), install all the stuff and give it a spin. What problems should I expect? VESA and Soundblaster drivers I'd expect to work, but what's with the IDE HDD drivers? How well does vintage Linux software from 2003 play with todays cheap system-on-board MicroPCs? What's with the USB stuff? Wouldn't the install expect the IO devices hooked on legacy ports? Have you tried running 10-15 year old Linux setups on devices like these and what are your experiences? What do you recommend?
If it's just to dink around with the old software, why not try it in VMWare or VirtualBox? It would probably be less of a hassle to get to where you want to be with the setup.
VirtualBox
You should be able to run a modern linux distro, but you may need to install some old libraries to get those games working.
Meh
Why not use older hardware? Is it really so hard to find an old IBM think center or Dell computer that still has IDE, etc.? We have a few at work that I keep around because I keep telling myself that one day I will have time to throw an old Slack distro on them or Windows 3/3.5 and show the kids what it was like "in my day!"
A quick google turned up this: http://www.makeuseof.com/tag/3...
But I only quickly looked at it, I am not recommending it or anything...
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Since the Raspberry pi an dmany other "Micro PCs" utilizes an ARM processor, none of the Intel x86 software binaries mentioned will be usable on them. However, if the MicroPC in question utilizes an Intel x86 CPU, it should at least be feasible.
I was wondering if it would be possible to do an old 2001ish setup of a Linux workstation on some modern super cheap, super small PC (Raspberry Pi? Mini USB PC?), install all the stuff and give it a spin. What problems should I expect? VESA and Soundblaster drivers I'd expect to work, but what's with the IDE HDD drivers? How well does vintage Linux software from 2003 play with todays cheap system-on-board MicroPCs? What's with the USB stuff? Wouldn't the install expect the IO devices hooked on legacy ports? Have you tried running 10-15 year old Linux setups on devices like these and what are your experiences? What do you recommend?
Raspberry Pi is probably out of question as it is an ARM device. I do not think any current systems offer SoundBlaster hardware compatibility either. VESA is fine, IDE HDD should be fine in ISA mode, but you won't get UltraDMA and there's probably other limitations. USB requires a specific driver, I guess you might get some kind of OHCI/UHCI USB1.1 support if you are very lucky.
All in all, there will probably be too many missing drivers and all sorts of weird errors to solve. I recommend that you get some vintage hardware from the same era to go with the Linux distro that you have.
You've got mix of incompatible requirements here. IIRC Corel's support for L:inux ended with the introduction of libc6 and kernels in the 2.0 series. These linux binaries will not run on Debian-3, which had both. I know, I tried to keep WordPerfect for Linux going on RH-6.2 till about the time Debian-3 was introduced but it became a losing proposition.
Worse still, source code for Linux-kernel series 1.x will not usually compile on later kernels which require an incompatible libc.
YMMV
Obviously architecture is the biggest hindrance to what you proposed.
You could get away with some modern hardware, as long as it's x86 based. Or, maybe what you really want to consider is virtualizing an old distro on other modern hardware along with a modern distro, assuming the other modern hardware supports it.
There is some novelty in running old stuff, and I suppose everyone goes through that phase (along with the "I'm going to build a massive home network with multiple servers and run my own email" phase). But, I suspect you'll tire of it so you're just better off keeping it at a small budget and use hardware you can repurpose when you get bored with that little experiment.
----- obSig
That stuff will only run on x86 anyway. You're better off with virtualbox or vmware. You might get lucky and get a distro from that era running on modern hardware too. You'll have to set the disk controller to ide compat mode and live with unaccelerated vesa video unless you've got a PCI slot and an nvidia vid card from that era. The drivers that ship with X back then won't validate the PCIIDs from today's cards, nevermind use them properly.
Another option would be to install the software on your modern x86/64 install and see if it runs. If it's missing libraries, copy them as needed from the old distro (or symlink current ones to the older names) to an oldlib directory and set LD_LIBRARY_PATH to point to it. Just don't dump them in your system's lib dirs or leave the environment variable set globally. Use ldd and grep to examine what libs are missing from the binary you're trying to run. YMMV.
The kernel guys guarantee ABI compatibility back to 2.0, but that's just the kernel. Today's userland has changed a lot from 1998-2001. It could also be that your glibc is not compiled with the compat symbols from previous glibc 2.0-2.2 versions common then, in which case you'll need to bring that over to your oldlibs dir too. That can get messy but it is doable.
I for one am keen to see how this turns out. Will you keep us updated if you do try to get the rig running?
Oh and for the record: if I was someone who strives to be the first to say "use a vm!", I would recommend qemu / kvm :)
With enough time and effort (money being #3, but two outta three is generally all that's needed) .. yes, you can make it work.
If it's just an academic exercise then go for it, try and find hardware from the same (or earlier) era than the disks.
If you really want to flex an embedded device you'll be better off using recent distributions as those are customized for the hardware. Just because it's old software doesn't mean it'll run fine on newer (but underpowered) devices.
BOTH hardware and software have improved over time.
I do not want to be too judgemental, but what makes this project interesting? I could kinda-sorta understand a DOS machine with a big collection of games to try them on bare metal with that Roland MT-32 you just got from eBay. Even that I would personally do with DOSBox. But to install a wonky Linux setup with terrible hardware support and maybe get a handful of games working...meh... Where's the beef?
Old hardware is your best bet. Anything new would be unsupported by the older 2.2/2.4 kernels, PCIe, SATA, chipsets etc.
*Slot 2 Pentium II or III CPU's and Socket 370 CPU's are perfect. If you want multiprocessor, a Tyan or Supermicro dual slot/board is a good bet but stay away from any board with RDRAM using the i820 or i840 chipsets. They did however realize how big a mistake RDRAM was and Intel made SDRAM->RDRAM bridge chips so those chipsets could use PC-100/133 SDRAM. Tyan made a dual processor i840 board with dual slot 1 and SDRAM using the bridge chips.
*At least 256 meg of ram, 512MB - 1GB is ideal. Make sure your board supports the RAM you have.
*An AGP Riva TNT card or better yet, a Geforce 1, 2 or 3 graphics card. 3D support may not be available*
*Sound Blaster Live!, Ensoniq, Turtle Beach or Aureal sound cards should all work. Though the Sound Blaster Live! is probably your best bet.
*You are also going to need an ATA hard disk (2+GB) and CD/DVD rom drive, I am unaware of any P2/3 board that supported USB booting so you need the optical drive.
*If no onboard LAN card is present (most common scenario) you want a PCI 3Com 3c905B/C, or any PCI card based on the DEC Tulip chipset (21040/21041/21140/21142/21143). Many older Netgear FA311 cards also worked flawlessly, based on a well supported National semi chip that I think was a tulip clone)
*Bonus: decent 19"+ Trinitron CRT monitor. I still have a 21" Sun Trinitron.
Stay away from ISA cards as much as you can. I had a hell of a time getting my old ISA Sound Blaster AWE 64 Gold sound card running under Mandrake back in the day. And that was a "plug and play" card without jumpers. As for why to use Pentium 2/3 boards and not a pentium 4, the p4's after socket 432 willamette generation might not run a 2.2 or early 2.4 kernel. Socket 478 gained things like SATA and PCIe so its a crap shoot. Pentium 2/3 is a guarantee.
*Nvidia hardware 3D support does not appear to be supported on 2.2 kernels. I checked the README for the oldest Linux Driver and 2.4 and 2.6 kernels were mentioned. Have a look here: http://www.nvidia.com/object/linux-display-ia32-71.86.15-driver.html and check the hardware issues section in the README!
Have fun kickin it old school.
This is the type of stuff I used to find cool and tinker with 10 years ago. Nowadays, I value my time (a bit) more and prefer to dedicate it to other, more useful projects. Why waste time trying to run an old version of an OS that has been improved over the years? Processing power and RAM are dirt cheap. Even the small systems, like the raspberry pi support modern distros. It was cool to struggle with a slackware installation 10 years ago and succeed. Given enough effort and time, it can also be done on recent hardware but what does it prove? I would prefer to start a more useful and challenging project.
"Ask Slashdot" from someone confortable enough using Linux in 2001 for productive work and not knowing that a Raspberry Pi or a "mini USB PC" are not running on the same architecture as the PC from 2001?
How low have we stooped?
You do realize that Red Hat 6.2 was released in April of 2000? I presume he is not talking about the more modern RHEL.
http://en.wikipedia.org/wiki/R...