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
There was no ARM support in 2001. Hell there was no 64 bit support for x86 in 2001. No SATA support. No PCIe support.
Best bet, load a distro *that works* then try to run your game.
The only way your old disks will work is if you're using hardware they supported, meaning hardware that is 13 years old (or can emulated hardware that old).
I don't think x86 binaries will run very well on ARM CPUs. :-)
You could try something like VirtualBox and run the stuff on your modern desktop.
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...
Creationist Textbook Stickers Declared Unconstitutional by CowboyNeal
Definitely don't expect any kind of results running those compiled game binaries on a Raspberry Pi. If you're going to try this, start with Intel architecture at least.
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 wouldn't suggest running old distros on new hardware, just because the old code may not support essential features or even just the underlying standard (if you were planning to use something based on an HDMI output with a build that predated the HDMI standard for example).
Still, I'm not sure what price range you have in mind, but for less than $300 you can get a fairly passable little box that runs modern Linux builds at a comfortable speed with some power to spare. I used a Zotac model for a project at work recently, but I'm sure there are other options. It was designed to serve as a mediaPC, but don't let that stop you from putting the software of your choice on it (DVI, USB, and standard audio plugs were present and are enough for most PC-like uses).
Many (if not all) of the Loki games run on current platforms, with minor amounts of tweaking. There's even a "community" of people who are keeping these things going, although they are not always committed to making them run better than they originally did. I still run Alpha Centari on my Fedora 20 box, with a small wrapper around the launching executable (to set environmental variables and correct path entries specific to the game).
They're all stoneage. Decent linux _has_ binary logging enabled.
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
An anonymous insulting message does not show much wisdom either.
Relive 2001 legit -- buy the hardware and tinker. A Raspberry Pi or BeagleBoard can be had for $100, often with all the necessites, like power adapters, video cable...
If I had to guess where stumbling blocks might be: USB, HDMI, maybe even SD card support were pretty shitty if they even existed back then. There are others (wifi), but those three are probably the most useful to a general hobbyiest.
You might be better off running current Linux and trying to get that other stuff working on there. Full hardware support would provide better performance (thinking mostly from a stability perspective).
Recently got a BeagleBone Black Rev. c.. By recently I mean last week. I haven't done much with it yet, but load up Debian and copy over some favorite dotfiles. Definitely felt a wave of nostalgia. I think I'll be plugging that back in tonight.
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 :)
The easiest way would be to just get an old machine. 15 years ago was the birth of the Pentium III, so with not much work you should be able to find a perfectly fine 10- to 12-year-old 1 GHz PIII with 512 MB RAM for next to nothing. (I'm personally a fan of Dell OptiPlex GX corporate desktops and HP Pavilions -- generally well-supported hardware and durable.) Otherwise, try VirtualBox on the modern computer of your choice.
Dear Slashdot: next time you want to mess with the site, add a rich-text editor for comments.
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.
Should also be able to load the software in something like QEMU or Virtualbox and emulate IDE if neeeded.
Quit asking so many questions and just do it.
You know what hardware you have around. So just go for it and see what happens. Then tell us what happened.
If you want to avoid problems, use a current version. And don't use wine. Run it in e.g. VirtualBox. Also just do all that other stuff you proposed.
Don't fight for your country, if your country does not fight for you.
I would suggest professional help. Go forward and stop obsessing. I used to be like you, but I am getting better. I got rid of my NeXT's. Threw away dated textbooks, and got a NEW hobby. Bees. :)
If you find peroid hardware sure.
As far as the rasberri pi, its ARM cpu, If you can find old stuff ported to ARM from back then sure, but otherwise no. old x86 software won't run on ARM.
What do you want, step by step instructions with screenshots and Youtube tutorials for the hard parts?
Throw some junk together. Try different hardware configurations. Dabble with the source code. Amaze us and everyone else.
Support microSD: in a post 9/11 world, it is unwise to carry your data on media that you cannot comfortably swallow.
And every ten months we're reminded why we don't miss you.
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?
I seem to recall that the linux version of ut99 had serious problems with dynamic CPU frequency. I don't remember if governor tweaks used to fix it or not, when I ran it on period hardware I had to disable in BIOS to make it work.
I think you want to go KVM or VMWare player. You will have just tons of problems finding diver support for new hardware on a kernel that is 10+ years old. While its true that 2.4 has been patched and maintained its been mostly fixes not nearly as much in terms of driver back-ports etc.
Much of the software you mention the Loki games and Corel will need older libc(s) to work, and they won't work with recent kernels. You are beyond the point where a chroot tree is likely to do it for you.
Rather then spend weeks fighting to get software that old working on new hardware I'd just install a distro from that era in VM and take my spin down memory lane.
Repeal the 17th Amendment TODAY! Also Please Read http://www.gnu.org/philosophy/right-to-read.html
In 2001, SATA drives were not around. Odds are that the old Debian distribution would be unable to find hard drives on modern hardware.
Using a modern Linux system would get beyond those issues, but you would then be in library dependency hell. You may, for example, find that they are expecting lesstif instead of openmotif or expecting XFree86 instead of Xorg or expecting libstdc++-2 instead of something more modern. Although they should work alike, minor differences may appear and the package system may not be forgiving of dependencies. Modern OS features may also become troublesome (64-bit, DEP, ASLR, SELinux, etc).
Most of the suggestions here are overkill, and trying to solve a non-problem.
I'd expect most modern Linux distributions to work just fine on your old 200-era hardware. In the Linux world, that is not ancient hardware.
Just try it. Don't bother rummaging through the closet, modern releases should work.
It is all about drivers, and it might help if you are using Intel Atom and not ARM CPUs. Still all the drivers will make problems. It would be easier to use modern programs made for those machines. Maybe it would be more in style to use old computers with those old distros. It is quite easy to find older Debian source code, but I do not know if it so easy to get those old programs to work.
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.
You won't be able to get away with an ARM system like RasPi as others have mentioned, but you might find a few semi-small x86 options.
Minnowboard has a 4.2" square board based on the Atom 640, but no IDE, and it's maybe $200. (http://www.minnowboard.org/technical-features/)
The best combination of cheap/small is probably Mini-ITX, at 6.7" square. An average mboard is maybe $50, plus a processor, RAM, power, and everything else. But you also won't have IDE, and you'll run into all of the usual driver support issues.
There are Nano, Pico, and Mobile-ITX, but you're going to raise the price almost exponentially with each jump down. Pico-ITX boards are at least $200-300.
I'm pretty sure you could do this on the intel Galileo but you would have to buy a video interface for it.
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I HAVE done this on my lippert coolLightrunner Lx800.
I'm still playing Roadwar 2000 on my C=64. You ain't nothing.
I have some chips in front of me that would beg to differ :) ARM licenses their designs to other people who actually tweak and fab them (or pay someone else to fab them). There's ARM, THUMB, ARM64, and Jazelle (which executed JVM bytecode directly). Those are all pretty well known, but I worked on a project that added a 486 core to ARM about 15 years ago. Like jazelle, not *every* instruction was implemented in silicon -- some were handled in software. But then again, that's true of x86 as well. Performance was decent enough but we couldn't find enough buyers to continue on with it. Too bad. At the time, remember, pentium was king so who wanted an ARM with a 486 attached to it? Some of my former coworkers are at AMD and AMD is getting into the ARM scene so maybe now's the time.
To run on x86 binaries on ARM, you will probably need QEMU and a kernel with binfmt_misc. You may also need to run chrooted with an appropriate tree from some x86 Linux distribution. It will be slow and miserable. I have done something similar for device emulators before, such as running MIPS or ARM toolchains, built for MIPS/ARM on x86. It will be much slower to do x86 on ARM, particularly an ARM as utterly horrible as the Raspberry Pi's. Ultimately, I built proper GCC cross toolchains with crosstool-ng, but emulation is ok for simple stuff.
The soundblaster drivers certainly won't work with anything modern. Modern sound cards are not ISA, and do not have much in common with soundblaster. It will likely be possible to get graphics working in some fashion, but it will be limited to VGA modes, and it will be slow. You can probably recompile half the OS to make various parts work. It will likely even be possible to build and use a more modern kernel, eliminating many driver issues, and to rebuild X11, mesa, and many components that didn't exist at the time the original OS was built.
To run on a more modern os, you will probably need the glibc compat / libstdc++.so.5 packages to run anything substantial on an x86 distribution. There may also be issues with old LinuxThreads software, that was pre-NTPL. I have run software from this era, developed by my own company, on modern 64-bit Fedora. Sometimes it was necessary to copy libraries, and it is obviously necessary to install legacy 32-bit libraries. I also have, on the odd occasion, had to make a shared library containing some missing symbols, and LD_PRELOAD that into the to make it run. Standard techniques for debugging such issues apply. It is not difficult, but why bother for things like soffice, and you can likely get coreldraw to work without any problem on a recent wine? If the symbols that are missing are functions, rather than just things like errno, then you might have to actually implement function wrappers that call the modern versions of the same functions.
I have never come across an old piece of Linux software, that couldn't somehow, be coaxed into running on a modern system. The question is, how much effort is too much? If there is a modern equivalent, just use it instead, particularly if no data files are being taken forward, or if import of old data is of good fidelity. In my view, commercial software is a dying trend. There is very little that can't be done better and more efficiently with open source, particularly if you know how to put the pieces together.
Delete it. If you haven't used it for years you never will. You're only buying yourself a mountain of lost time trying to recover and look at the same files you probably already elsewhere. Instead focus on how to stop creating the problem in the future. You've already taught yourself the lesson the hard way that there is such a thing as too many backups, at least when making them all over the place inconsistently and without scope.
Get a CM for your notes and miscellaneous cstuff. Wikimedia works great for this and you can be sure will be around a while. Use git to manage source code, scripts and text files. I find a common repo and one for each host works best. Keep large binaries in a single big software folder, Do the same for images, movies, whatever but keep them all grouped together. Back all of it up as a unit. Put all new stuff in there in the future. Do not let yourself deviate from using whatever scheme you come up with because it's the only practical way to insure you keep your stuff without having a million copies of it later.
I understand deleting it may be hard, but if you're like me, you probably have accumulate millions plus copies of files if you're including whole copies of OS's in your backups. You might try md5sum over important file types but checking and deleting by hand will take an incredible amount of time.
Not sure about the x86 issue.
DosBox runs just fine on Android and RaspberryPi.
Indeed, I've tested several ol'times masterpieces on the former, and it worked all very well (with Genuine Tears(TM)).
If you try to run turn of the century Linux distros and softare/games on newer hardware from today you are likely to run into many frustrating, archaic dependancy and compatibility errors (if you are even able to boot at all). The list of problems ranges from no-longer-supported disk standards to Audio and Video driver compatibility issues and possibly many other hardware based issues (network card, chipset, etc). Sure you could try to run all of this in a virtual instance (VMWare, etc), but even then you would have to get the virtual hardware settings to play nice with what the software you are trying to run expects.
Why bother with all that when you could probably find (within the space of a few hours to days) some perfectly working beige box from 2000/2001 at your local thrift store for possibly under 20 bucks (or less!). You could try Value Village, but a better bet would be the Salvation Army, or even garage sales. I've seen lots of old, crusty hardware from that era just begging to be sold for dirt cheap or given away. There is nothing like running old software on native hardware, where it belongs. (The same can be said for old games running on their original consoles/arcade hardware vs. being run on emulators).
In any case, enjoy your foray back to the year 2000. Those were the days!
I had an old computer, a mythtv box, that died. Replaced it with new hardware. Tried to boot up the old Linux OS on the new motherboard, and it failed horribly. Trouble was, I didn't have a recent backup of the old mysql mythtv database.
SO I booted off a new fedora disk into "rescue" mode. Chrooted to the old drive. Went into /etc/rc.d and started up mysqld. Old harddrive (well, dd'ed copy), old mysql software, all running under the latest fedora kernel. Worked perfectly. From there I could backup the database.
Really old Linux kernels won't play nicely with the latest hardware. However, new Linux kernels can run your old applications just fine.
You might try something similar by copying your old hardddrive over (dd is your friend), booting under a recent Linux distro, chrooting to your old harddrive copy, and running your applications from there. You have your entire old environment, just a recent Linux kernel.
Oh, and don't tell your windows-using friends about doing this sort of thing. They get really bent out of shape over it.
"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?
If you realy want to run it on a Rasberry PI you could find an 32bit x86 emulator/vm that runs on ARM hardware and then maybe implement it that way but I think you will run into a lot of compatibility/performance problems. It would be cool if you could get it to work though.
I have all those games (except tribes... don't have linux tribes) plus a few extra like Railroad Tycoon 2 and Neverwinter Nights running native and great on my Athlon 64 X2 6000+ on Debian Jessie 64-bit. There are a few howtos to get the old libraries you need. Then to run them for best compatibility, have them run on 1 cpu with the frequency locked to something like 1ghz. Runs great, runs native. The only downside from the windows versions is you don't get EAX effects.
If you want to run the old software on old hardware, work on building a "dos box" with parts from the appropriate era. I currently have an older P2 machine with an AWE64 and a voodoo3 I am enjoying dos games on. Its been fun buying games of GOG and throwing them on there. Been thinking about putting an old Linux distribution on it. I have a Corel Linux disc I was thinking about running. I also had OPENSTEP on there for a day or two before I had the sound card.
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Hippie Logger Jock
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I tried running my SuSE 8.2 install DVD on not-very modern hardware and didn't get anywhere. Old kernels can't run on modern hardware.
try to make it happen...
if you're not motivated enough after an "Ask Slashdot" then maybe you're over the whole "i can do teh Linuxes" phase
Thank you Dave Raggett
I managed to get 320x240 working on a Red Hat 6.2 VM I tried to stand up for nostalgia. Tried a variety of drivers and kept screwing around with the config but ended up just giving up. I cobbled together a P3 from parts I had laying around and installing it there.
Fifty watts per channel, baby cakes.
Doh! Yeah, close enough.
I just checked and you're right about the kernel being in the 2-series, 2.2.x. Thanks for that; apparently it wasn't the change to the 2-series kernel that caused the incompatibilites, but to the 2.4- versions from 2.2.
I was right about the libraries, though.
IIRC Debian 3 was released about the same time as RH 7, which makes using anything Corel doubtful.
On further checking, Debian 3 seems to be in the 2.2 kernel series with the right libraries for Corel.
All my posts on this subject were wrong and should be ignored.
There are several Linux distros that are current that will run on old 386 pCs.. I don't know if Pi can do what you seek to do without add-ons etc..
I had a Win98v2 (so circa 1999 software and needs some 3rd party drivers) running on VirtualBox awhile ago and also managed to get RedHat 5.1 without X also running, so that is even older system.
Win98SE works a lot better in VMware Player because VirtualBox doesn't have guest utilities for such an old OS.
Hail Eris, full of mischief...
E pluribus sanguinem
1. Image the drive 2. Move image into VM 3. Stabilize the VM 4. Move VM to other hardware of choice Tools: acronis universal restore for linux kernal version 2.6.8 or greater -this is all i know
One of the really nice things about Linux is that development is continuous. Older versions of the software are clean and run (very) well, but newer versions of the software offer functionality on new hardware, and may use improved algorithms to permit better performance. You can still run it, but you may also be exposed to security issues discovered and fixed years ago.
1. It's not as good as you remember. We actually have made progress in the last 10-20 years.
2. You'll have to try old, legacy software once to believe (1). Been there, done that :-)
3. Life is too short: throw it away...
Enjoy life! This is not a dress rehearsal.
I'm still running an ASUS with Pentium 4, 1.8 Ghz, 768 Mb or RAM , 80+40 Gb IDE drives & early USB 2.0 ports (BIOS upgrade). Ubuntu 9.04 with KDE desktop 3.5 and plenty of recent drivers for my MFP. + Hercules TV card, + FireWire board for my old sony handycam HC40E I'm still using it as : - Video capture TV, handycam, webcam - Distributed Home security - NAS for my RASPI audio streamer - HIFI & Bluetooth - NAS for my TVBox - Web Proxy for the kids. - Mailserver (fetching) / hosting mailboxes. - Web Browser with Early Chrome & Firefox versions when kids & wife have highjacked all the tablets, laptops and TV. - Dev platform for my Roomba - Gimp based + Image Magic for processing of astro & panoramic pics. Performance is not an issue when everything is properly scripted to run in background and a minimum of mouse/keyboard clicks.
I managed to get 320x240 working on a Red Hat 6.2 VM I tried to stand up for nostalgia.
I hope you realise that Redhat 6.2 release/update came out on the 6th Dec 2011, which IMHO is fairly recent since 6.2 is still under "Production 1" support. Will it run on older hardware well yes it will providing you have checked what hardware is supported. I have actually upgraded (well reinstalled) from Redhat 3.1 to 6.1 on Proliant hardware with graphics support without issues.
I never have recommend upgrading (not just Redhat but all version of Linux/Unix) from one major release to another, preferring a fresh install. In fact I have found this to be far quicker with less problems.
As far as VM's go I have always used VirtualBox and have never had issues with Redhat. CentOS, Ubunto, Fedora and even Solaris.
There ain't no such thing as proprietary standards only proprietary formats. Standards are by definition open.
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...
IDE is old? what does that make RLL/MFM/ESDI disks?
Dunno about the rest of it, but I'd love to take the CorelDraw for linux off your hands, box, manuals, and all!
The truth is, I can't live without the included PhotoPaint, and I prefer the older versions (I use v8 on Windows).
~REZ~ #43301. Who'd fake being me anyway?
Debian 3 CDs - do you have a good copy of debian-30r0-i386-binary-1.iso ? If so, I'd like to get a copy of that (or at least the blocks I'm missing), or perhaps you'd have the additional needed .deb files to create that ISO.
Though the Debian Archive does have back into 3.0 "Woody", they don't have all the way back to 3.0r0.
They do have jigo files for building the ISOs, but alas, they don't have all the necessary constituent .deb files to create those ISOs from the jigdo files.
I do have good verified copies of all the other CD ISOs in that set (debian-30r0-i386-binary-[2-7].iso).
Anyway, I'd be interested in obtaining/assembling a good debian-30r0-i386-binary-1.iso,
and Debian itself may then also be interested in getting from the debian-30r0-i386-binary-[1-7].iso set, the missing needed .deb files for the archives, so the ISOs could then be reconstructed by anyone desiring to with the jigdo files they do have available.
You can use your older Linux system in a chroot, using kernel and X server from the host system. It works as long as you don't need hardware-accelerated OpenGL*. :1.0 as the shm protocol seems to have changed since.
I already ran a Slackware 4.0 (released in 1999, 2.2.6 kernel, KDE 1, libc5) chroot on a recent non-multilib 64-bit Slackware. It works; you just have to specify the DISPLAY environment as 127.0.0.1:1.0 instead of
*The setup will make the chroot system use its own OpenGL drivers. But you could still try to install proprietary drivers, both on the host (for the kernel module) and on the chroot (for OpenGL libraries).
One thing that I can say is that if you're running a modern distro you'll likely run into problems with Unreal Tournament's sound support - it only supports OSS, and it expects that /dev/dsp exists.
On my Ubuntu 12.04 box, I have to use padsp when launching UT to get any audio, and when I do use padsp I get a ~500ms delay on the audio - it's unplayable. A real pity.
I think that this could probably be fixed by ripping out pulseaudio and installing the real OSS, but I don't know for sure and didn't want to get that drastic on my everyday machine. Also, you might find that the UT binary has old OSS libs compiled in statically, so it might not work even then.
I'd be really interested to hear anybody's solutions to this dilemma - I miss UT!