macintosh

If I had my own Linux distribution

Dave Farquhar Linux , , , , , , , ,

I found an interesting editorial called If I had my own Linux Distro. He’s got some good ideas but I wish he’d known what he was talking about on some others.
He says it should be based on FreeBSD because it boots faster than Linux. I thought everyone knew that Unix boot time has very little to do with the kernel? A kernel will boot more slowly if it’s trying to detect too much hardware, but the big factor in boot time is init, not the kernel. BSD’s init is much faster than SysV-style init. Linux distros that use BSD-style inits (Slackware, and optionally, Debian, and, as far as I understand, Gentoo) boot much faster than systems that use a traditional System V-style init. I recently converted a Debian box to use runit, and the decrease in boot time and increase in available memory at boot was noticeable. Unfortunately now the system doesn’t shut down properly. But it proves the concept.

He talks about installing every possible library to eliminate dependency problems. Better idea: Scrap RPM and use apt (like Debian and its derivatives) or a ports-style system like Gentoo. The only time I’ve seen dependency issues crop up in Debian was on a system that had an out of date glibc installed, in which case you solve the issue by either keeping the distribution up to date, or updating glibc prior to installing the package that fails. These problems are exceedingly rare, by the way. In systems like Gentoo, they don’t happen because the installation script downloads and compiles everything necessary.

Debian’s and Gentoo’s solution is far more elegant than his proposal: Installing everything possible isn’t going to solve your issue when glibc is the problem. Blindly replacing glibc was a problem in the past. The problems that caused that are hopefully solved now, but they’re beyond the control of any single distribution, and given the choice between having a new install stomp on glibc and break something old or an error message, I’ll take the error message. Especially since I can clear the issue with an apt-get install glibc. (Then when an old application breaks, it’s my fault, not the operating system’s.)

In all fairness, dependency issues crop up in Windows all the time: When people talk about DLL Hell, they’re talking about dependency problems. It’s a different name for the same problem. On Macintoshes, the equivalent problem was extensions conflicts. For some reason, people don’t hold Linux to the same standard they hold Windows and Macs to. People complain, but when was the last time you heard someone say Windows or Mac OS wasn’t ready for the desktop, or the server room, or the enterprise, or your widowed great aunt?

He also talks about not worrying about bloat. I take issue with that. When it’s possible to make a graphical Linux distribution that fits on a handful of floppies, there’s no reason not to make a system smooth and fast. That means you do a lot of things. Compile for an advanced architecture and use the -O3 options. Use an advanced compiler like CGG 3.2 or Intel’s ICC 7.0 while you’re at it. Prelink the binaries. Use a fast-booting init and a high-performance system logger. Mount filesystems with the highest-performing options by default. Partition off /var and /tmp so those directories don’t fragment the rest of your filesystem. Linux can outperform other operating systems on like hardware, so it should.

But when you do those things, then it necessarily follows that people are going to want to run your distribution on marginal hardware, and you can’t count on marginal hardware having a 20-gig hard drive. It’s possible to give people the basic utilities, XFree86, a reasonably slick window manager or environment, and the apps everyone wants (word processing, e-mail, personal finance, a web browser, instant messaging, a media player, a graphics viewer, a few card games, and–I’ll say it–file sharing) in a few hundred megabytes. So why not give it to them?

I guess all of this brings up the nicest thing about Linux. All the source code to anything desirable and all the tools are out there, so a person with vision can take them and build the ultimate distribution with it.

Yes, the idea is tempting.

Linux gets more attractive on the Xbox

Dave Farquhar Linux , , , , , , ,

There’s been another milestone in getting Linux running on Microsoft’s Xbox game console. It’s now possible to get it going if you bridge a couple of solder points on the motherboard to enable flashing the unit’s BIOS, then you use the James Bond 007 game and a save game that exploits a buffer overflow, and with a few more tricks, you can unlock the hard drive, put it in a Linux PC, install Linux, then move the drive back to the Xbox and turn it into a cheap Linux box.

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A tribute to Adam Osborne

Dave Farquhar Retro Computing , , , , ,
A tribute to Adam Osborne

One of my Wikipedia entries has been doing some time on the front page. Computer pioneer Adam Osborne (the “Osborne” in Osborne/McGraw-Hill and in the Osborne 1 portable computer) died last week after an 11-year illness. Read more

How IBM and DOS came to dominate the industry

Dave Farquhar Retro Computing , , , , , , , , , , , , , , , , , , , , , ,
How IBM and DOS came to dominate the industry

Revisionist historians talk about how MS-DOS standardized computer operating systems and changed the industry. That’s very true. But what they’re ignoring is that there were standards before 1981, and the standards established in 1981 took a number of years to take hold.

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How to connect a C-64 to a modern TV’s S-Video input

Dave Farquhar Retro Computing , , , , , , , ,

In the 1980s, a computer monitor offered a clearer picture than a TV by eliminating the need to modulate/demodulate the video signal, which caused degradation. But in 2003, it’s next to impossible to find affordable composite monitors for 20-year-old computers, and when you can find them, their size pales in comparison to a $99 TV. Why bother with a really old, curvy 13″ monitor when you can retro-compute in luxury on a flat 19″ TV?
Fortunately, if a TV offers composite jacks, you can connect a computer directly to it. No tricks involved–you connect it just like you would a VCR.

But Commodore 8-bit computers (the 64, 128, and Plus/4) used a trick to get a clearer picture: They seperated the chroma and luma signals. This is exactly what S-Video does today. So it’s possible to get a better-still picture out of a Commodore, if your TV has S-Video jacks.

Note: Older C-64s had a 5-pin video connector that only provided straight composite. Those connect just like a VIC-20. Don’t modify it to provide S-Video, the machine is worth much more unmodified.

By far the easiest way to connect a Commodore to S-Video is to buy a cable. They’re common on Ebay for about $20.

You can also make your own if you want. Making video cables isn’t difficult, assuming you have decent soldering skills. Usual disclaimers apply: I make no guarantee as to the accuracy of this information. I believe my sources are accurate but I don’t have a working Commodore to try this on right now. Connecting the cables wrong should only result in lots of noise and lots of snow on your TV screen, but if you somehow mess up your computer, it’s not my responsibility.

Later C-64s, C-128s and Plus/4s used an 8-pin DIN connector. S-Video uses a 4-pin mini-DIN connector, the same connector used on Macintosh keyboards from about 1986-1997.

If you already have a Commodore video cable, you can easily make an adapter. Get a 4-pin mini-DIN connector and two female RCA plugs, red and yellow. Connect S-Video pin 3 to the center of the yellow plug. Connect pin 2 to the outside of the yellow plug. Connect pin 4 to the center of the red plug, and pin 1 to the outside of the red plug.

If you don’t have a cable but can locate the appropriate connectors, you can make a cable like so:

   Commodore              S-Video

        2                  4   3
     4     5              2     1
   1    8    3
     6     7

  (solder side)        (solder side)

Commodore pin 1 goes to S-Video pin 3 (luma)
Commodore pin 6 goes to S-Video pin 4 (chroma)
Commodore pin 2 goes to S-Video pins 1 and 2 (ground)

Commodore pin 3 goes to the center of an RCA connector for audio. Connect the outside of the RCA connector to Commodore pin 2.

To make a straight composite cable for a C-64 or VIC-20 (the VIC had a 5-pin plug, and so did early 64s–the later plug is backwards compatible with this 5-pin plug), connect Commodore pin 4 to the center of a yellow male RCA plug. Connect Commodore pin 2 to the outside of the yellow plug. Connect Commodore pin 3 to the center of a white RCA male plug, and Commodore pin 2 to the outside of the white plug.

Switched off

Dave Farquhar Windows , , , ,

In response to Apple, Microsoft started its own “Switch” campaign featuring a freelance writer who ditched a Mac for a PC that runs Windows.
Well, the Associated Press tracked down this freelance writer and found she was a Microsoft PR hack. She said she really did switch. But Microsoft pulled the ad.

The AP tracked her down from the personal metadata Microsoft puts in all Office documents.

Can’t you just see the Apple “Switch” response now?

“Hi. I’m a CIA spy. I got rid of my insecure PC and switched to a Macintosh.”

I always thought the “Switch” campaign was really dumn, but suddenly Microsoft seems to have made it interesting.

The penguins are coming!

Dave Farquhar Linux , , , , , , ,

The penguins are coming! Word came down from the corner office (the really big corner office) that he wants us to get really serious about Linux. He sees Linux as a cheap and reliable solution to some of the problems some outside clients are having. This is good. Really good.
My boss asked if it would be a capable answer to our needs, namely, for ISP-style e-mail and for Web caching. But of course. Then he asked if I was interested in pursuing it. Now that’s a silly question.

Now it could be that FreeBSD would be even better, but I know Linux. I don’t know FreeBSD all that well. I’ve installed it once and I was able to find my way around it, but I can fix Linux much more quickly. The two of us who are likely to be asked to administer this stuff both have much more Linux experience than we have BSD experience. Plus you can buy Linux support; I don’t know if you can buy FreeBSD support. I doubt we will, but in my experience, clients want to know (or at least think) that some big company is standing behind us. They’re more comfortable if we can buy support from IBM.

So maybe my days of Linux being a skunkworks project are over. The skunkworks Linux boxes were really cleverly disguised too–they were Macintoshes. They’re still useful for something I’m sure. I expect I’ll draft one of them for proof-of-concept duty, which will save us from having to pull a Compaq server from other duty.

I spent a good portion of the day installing Debian 3.0 on an old Micron Trek 2 laptop. It’s a Pentium II-300 with 64 megs of RAM. It boots fast, but current pigware apps tend to chew up the available memory pretty fast. I recompiled the kernel for the hardware actually in the machine and it helped some. It’s definitely useful for learning Linux, which is its intended use.

I’ve noticed a lot of people interested in Linux lately. One of our NT admins has been browsing my bookshelf, asking about books, and he borrowed one the other day. Our other NT admin wants to borrow it when he’s done with it. The Trek 2 I installed today is for our senior VMS admin, who wants a machine to learn with. My boss, who’s been experimenting with Linux for a couple of years, has been pushing it aggressively of late.

I don’t know if this situation is unique, but it means something.

—

I spent a good part of the evening at the batting cages. I messed my timing up something fierce. I hit the first few pitches to the opposite field, some of them weakly, but soon I was hitting everything–and I mean everything–to the third-base side. So my bat speed came back pretty fast, and I was getting way out in front of a lot of the pitches. So I started waiting on the ball longer, hoping to start hitting the ball where it’s pitched. The end result was missing about a quarter of the time, slashing it foul to the third-base side a quarter of the time, hitting it weakly where it was pitched a quarter of the time, and hitting it solidly where it was pitched a quarter of the time. Good thing the season doesn’t start until June–I’ve got some work to do.

Afterward, I drove to my old high school, hoping to be able to run a lap or two around the track. I was hoping for two; realistically I knew I’d probably be doing well to manage one. There was something going on there, and I couldn’t tell if the track was in use or not, so I kept driving. Eventually I ended up at a park near my apartment. I parked my car, found a bit of straightaway, and ran back and forth until I was winded. It didn’t take long.

I can still run about as fast as I could when I was a teenager, but my endurance is gone. I’m hoping I can pick that back up a little bit. I was a catcher last season, filling in occasionally at first base and in left field. In the league I play in, we usually play girls at second and third base, and we’ve got a couple of guys who can really play shortstop, so I’ll probably never play short. When I was young I played mostly left field and second. I’d like to roam left field again. Not that I mind catching, but there’s a certain nostalgia about going back to my old position.

Another RISC platform for Linux

Dave Farquhar Linux , , , , , , , , , , , , , ,

Vintage workstations. I’ve read two articles this past week about running Linux or another free Unix on vintage hardware.
http://www.debianplanet.org/article.php?sid=605
http://www.newsforge.com/article.pl?sid=02/02/19/049208&mode=thread

And while I can certainly appreciate the appeal of running a modern free Unix on a classic workstation from the likes of DEC or Sun or SGI, there’s another class of (nearly) workstation-quality hardware that didn’t get mentioned, and is much easier to come by.

Apple Power Macintoshes.

Don’t laugh. Apple has made some real dogs in the past, yes. But most of their machines are of excellent quality. And most of the appeal of a workstation-class machine also applies to an old Mac: RISC processor, SCSI disk drives, lots of memory slots. And since 7000-series and 9000-series Macs used PCI, you’ve got the advantage of being able to use cheap PC peripherals with them. So if you want to slap in a pair of 10,000-rpm hard drives and a modern SCSI controller, nothing’s stopping you.

There’s always a Mac fanatic out there somewhere willing to pay an exhorbinant amount of money for a six-year-old Mac, so you won’t always find a great deal. Thanks to the release of OS X (which Apple doesn’t support on anything prior to the Power Mac G3, and that includes older machines with G3 upgrade cards), the days of a 120 MHz Mac built in 1996 with a 500-meg HD and 32 megs of RAM selling for $500 are, fortunately, over. Those machines run Linux surprisingly well. Linux of course loves SCSI. And the PPC gives slightly higher performance than the comparable Pentium.

And if you’re lucky, sometimes you can find a Mac dirt-cheap before a Mac fanatic gets to it.

The biggest advantage of using a Mac over a workstation is the wealth of information available online about them. You can visit www.macgurus.com to get mainboard diagrams for virtually every Mac ever made. You can visit www.everymac.com for specs on all of them. And you can visit www.lowendmac.com for comprehensive write-ups on virtually every Mac ever made and learn the pitfalls inherent in them, as well as tips for cheap hardware upgrades to squeeze more speed out of them. I learned on lowendmac.com that adding video memory to a 7200 increases video performance substantially because it doubles the memory bandwidth. And on models like the 7300, 7500, and 7600, you can interleave the memory to gain performance.

Besides being better-built than many Intel-based boxes, another really big advantage of non-x86 hardware (be it PowerPC, Alpha, SPARC, MIPS, or something else) is obscurity. Many of the vulerabilities present in x86 Linux are likely to be present in the non-x86 versions as well. But in the case of buffer overflows, an exploit that would allow a hacker to gain root access on an Intel box will probably just crash the non-x86 box, because the machine language is different. And a would-be hacker may well run into big-endian/little-endian problems as well.

http://homepages.ihug.com.au/~aturner/7200boot.html

Another entry from the Clueless Dept.

Dave Farquhar General , , , , , , , , , , ,

Someone else who needs to buy a clue. I normally don’t have a problem with John Dvorak, and frequently I actually like his stuff. He’s not as clueless as some people make him out to be. Dvorak’s not as smart as he thinks he is, but one thing I’ve noticed about his critics is that they usually aren’t as smart as they think they are either.
Dvorak’s most recent Modest Proposal is that we fire all the technology ignorami out there and then, essentially, throw away corporate standards, let end-users run anything they bloody well want, and basically make them administrators of their own machines.

I’ve got a real problem with that. Case point: One of my employer’s executives recently brought in his home PC and insisted we get it running with remote access. Only one problem with that: He has Windows XP Home. XP Home’s networking is deliberately crippled, so businesses don’t try to save money by buying it. A sleazy move, but a reality we have to live with. We got it to work somewhat, but not to his satisfaction. He’s mad, but mostly because he doesn’t have any idea what changes went on under the hood in XP and doesn’t know he’s asking the impossible. But he’s perfectly competent using Word, Excel, PowerPoint and Outlook. He’s also very comfortable ripping his CDs to MP3 format–he’s got one of the largest MP3 collections in the company. He’s competent technologically. But he has no business with admin rights on his computer.

The same goes for a lot of our users. The record I’ve found for the most spyware-related files installed on a work PC is 87. These aren’t the technical ignorami who are installing this garbage. It’s the people who know how to use their stuff, but they love shareware and freeware. Maybe some of it helps them get their work done. But these people are the first to complain when their system crashes inexplicably. And I’m expected to keep not only the corporate standard apps like M$ Office running, but I’m also expected to support RealPlayer, Webshots, Go!Zilla, Gator, WinAmp, RealJukebox, AOL, and other programs that run ripshod all over the system and frequently break one another (or the apps I’m supposed to support).

If the users were completely responsible for keeping their systems running, that would be one thing. But install all that stuff on one computer and try to keep it running. You won’t have enough time to do your job.

Dvorak argues that people like me should solely be concerned with keeping the network working. That’s fine, but what about when some Luddite decides to ditch all modern apps and bring in an IBM PS/2 running DOS 5.0 and compatible versions of Lotus 1-2-3 and WordPerfect and dBASE? Unless there’s already an Ethernet card in that machine, I won’t be able to network it. And the person who decides a Macintosh SE/30 running System 6.0.8 is where it’s at will have a very difficult time getting on the network and won’t be able to exchange data with anyone else either.

Those scenarios are a bit ridiculous, but I’ve had users who would have done that if they could have. And someone wanting to run XP Home absolutely is not ridiculous, nor uncommon. If my job is to network every known operating system and make those users able to work together in this anarchy, my job has just become impossible.

As much as I would love for people to use Linux in my workplace and something other than Word and Outlook, the anarchy Dvorak is proposing is completely unworkable. It’s many orders of magnitude worse than the current situation.

This is just wrong too. Yes, New Englanders, I know about heartbreak. I’m from Kansas City. At least your Red Sox have posted more than one winning record in the past 10 years.

Anyway, not only are the Royals’ glory years over, they’ve forgotten where their glory years came from. They’ve once again denied Mark Gubicza entry into their Hall of Fame. Who? In the late 1980s, Mark Gubicza was the Royals’ second-best pitcher, behind Bret Saberhagen. Injuries did him in the same as Saberhagen (only a little sooner) but he’s still among their career leaders in wins and strikeouts.

And after spending 13 seasons in a Royals’ uniform, the Royals had a chance to trade Gubicza for hard-hitting DH Chili Davis. But you don’t trade a guy who’s poured his heart and soul into the team for 13 years and stayed completely and totally loyal to it no matter how much it hurt, right? Gubicza said yes. Gubicza went to the GM and told him that if he could make the Royals a better team by trading him, to trade him.

Chili Davis hit 30 home runs for the Royals in 1997. Then he bolted for the Yankees.

Meanwhile, Gubicza blew out his arm for good and the Angels released him. He pitched two games for them.

It takes a great man to tell the team he loves that the best thing he can do for them is to get traded for someone who can help the team more. That was Mark Gubicza. They don’t make ’em like him anymore.

But even more importantly, the immortal Charley Lau was once again denied entry. Who’s he? He was a journeyman catcher who spent his entire career as a backup and whose career batting average was .255, but that was because he had about zero natural ability. He was a genius with the bat, which was how he managed to hit .255. More importantly, Lau was the Royals’ hitting coach in the early 1970s. He spotted some skinny guy who was playing third base because Paul Schaal couldn’t play third base on artificial turf and their first choice to replace him, Frank White, couldn’t play third base at all. This skinny blond fielded just fine, but he was hitting terribly. Lau asked him what he was doing over the All-Star break. The kid said he was going fishing with Buck Martinez. Lau put his foot down. He told him he was going to stay in Kansas City and learn how to hit.

“He changed my stance. I had been standing up there like Carl Yastrzemski, but the next thing I knew I looked like Joe Rudi,” the kid recalled. But he started hitting. By the end of the year, he’d pulled his average up to a very respectable .282.

Soon Lau had every player on the Royals standing at the plate like Joe Rudi, and taking the top hand off the bat after contact with the ball. And the Royals created a mini-dynasty in the American League Western Division.

What was the name of that kid, anyway?

George Brett.

If it hadn’t been for Charley Lau, George Brett would have been nothing. The Royals probably would have never won anything. And they probably wouldn’t be in Kansas City anymore either. Who puts up with 30 years of losing, besides Cubs fans?

Charley Lau belongs in their Hall of Fame. Even if nobody besides George Brett and me remembers who he was.

How Linux could own the education market

Dave Farquhar Linux , , , , , , , , , , , , ,

How Linux could own the education market. I spent some time yesterday evening working on computers. They were contrasts to the extreme: One, a brand-spankin’ new 1 GHz AMD Duron system with 512MB of RAM and 80 GB of 7200-rpm storage (IDE, unfortunately–but for $800, what do you want?). The other was an elderly AST 486SX/25 running Windows 3.1 belonging to a local teacher who goes to my church.
She teaches kindergarten, and the AST used to be her home computer. When she bought a Compaq Presario a couple of years ago, she took the AST to school. It’s more useful there than in her basement, and there’d be no computer in her classroom if it weren’t for that.

I don’t understand why that is. As much as my sister jokes about it, we don’t exactly live in the ghetto. The school district has money, but it isn’t spending it on computers. Whether that’s a good or bad thing depends on your point of view. The majority of people living in Oakville probably own home computers, so this probably isn’t contributing to the technology gap. But I wonder sometimes how things might have been if I’d been exposed to computers a few years earlier.

I was shocked how much I remembered about Windows 3.1. And I was able to figure out how to get her CD-ROM drive to play music CDs. Don’t ask me how; this was the first I’d messed with Windows 3.1 since 1994 and I’d prefer it stay that way–I was so impressed by Windows 3.1 that I’m one of the 12 people who actually went out and paid money for OS/2. I own actual, retail-box copies of OS/2 2.1, 3.0, and 4.0. And I remember distinctly thinking that her computer has enough memory to run OS/2 at least as well as it runs Windows 3.1…

I also remember distinctly thinking that my employer pays someone $15 a pound to haul better computers than hers away several times a year. We regard 486s as junk; low-end Pentiums may also go out, depending on whether the right person finds out about them beforehand. Usually they work just fine–the problem isn’t the computers, it’s people trying to run Internet Exploiter 6 and Office 2000 on them. They’d run Windows 95 and Office 95 perfectly fine.

But a lot of times we can’t give these old computers away because the licenses for the software that originally came with them are long gone. Old computers are useless without software, so no one would want them anyway.

Now, let me tell you something about kids. Kids don’t care much about the computers they use. As long as there’s software on them, they’ll use them. When I was a kid 20 years ago, I used Radio Shack TRS-80 computers at school. The next year, my family moved, and my new school had Commodore 64s. I couldn’t tell much difference. My next-door neighbor had a Radio Shack Color Computer. They were computers. The Commodores had better graphics, but from a usability standpoint, the biggest difference was where the cartridge slot was so you could change programs. Later on I took a summer class at the local junior college, learning about Apple IIs and IBM PCs. I adjusted smoothly. So did all the other kids in the class. Software was software.

Kids don’t care if the computer they’re using runs Windows or Mac OS or Linux. All they care about is whether there are cool programs to run.

So, businesses throw useless computers away, or they give useless computers to schools so they don’t have to pay someone to haul them away. And schools don’t generally know what to do with obsolete computers that lack software.

Linux won’t run fabulously on old 486s, but Debian with a lightweight window manager like IceWM will run OK. (Let’s face it, Windows 3.1 doesn’t run fabulously on them either–it crashes if you breathe wrong.) I know of a project to clone Oregon Trail on Linux. Great start. How about Sea Route to India? I remember playing that on C-64s at school. It may have been a type-in out of a magazine–I don’t remember where exactly it came from. In these violent times, Artillery might be too controversial, but it taught us early on about angles and forces. Artillery was an ancestor to games like Scorched Earth, but without the heavy-duty nukes. Close wasn’t good enough to win in Artillery. You had to be exact. And no blowing up the mountains between you and your opponents either. You had to figure out how to get over them.

But what about doing homework? By the time I was in the sixth grade, they were teaching us how to use word processors and databases and spreadsheets. AbiWord is a fabulous lightweight word processor. It gives you fonts and spell-checking and good page formatting. (I learned word processing on Bank Street Writer. AbiWord is a far, far cry from that. Frankly, I’d rather write a paper with vi than with Bank Street Writer.) Besides being feature-rich, AbiWord’s been lightning fast on every computer I’ve tried it on. Gnumeric is a nice, fast, capable spreadsheet. I don’t know of a free-form database, but I haven’t looked for one lately either. (I don’t think we need to be trying to teach our 6th graders SQL.)

But what about for younger kids? I remember a program called The Factory. The object was you combined chemicals to make monsters. Different chemicals made different monsters. I seem to remember you played around to see what chemicals would make which heads and torsos and arms. Then the computer started showing you monsters and you had to figure out what chemicals to give it to match them. I also remember a program called Snooper Troops. I don’t remember much else about it, other than it was a mystery and you went around looking for clues, and one of my classmates accidentally formatted the disk one day before any of us had managed to solve it. We couldn’t get the disk replaced, because it was out of print.

And Spinnaker had all sorts of simple titles for younger kids that let them tell stories and other stuff. It seemed cool at the time. But that was almost 20 years ago, so about all I remember was that sailboat logo and some corny theme music.

The other thing about those old days was that the majority of these programs were written in Basic. An ambitious teacher could modify them, to make them easier or harder, or improve the graphics a little. As we got older and learned to program, some of us would try our hand at making changes. You can’t do that anymore with Windows or Macintosh educational titles. Open source can bring all that back too, provided the programs are written in languages like Perl or Python. And it can give cash-strapped schools a way to get computers where kids can use them.

Now I’m wondering what it would take to write something like The Factory in Python…