Mar 042013
 

Apple’s ProFile drive, designed (clearly) for use with the Apple ///, came in a couple of variations, and quickly made its way to the Lisa and Apple II as well. They came in 5MB and 10MB varieties (the 10MB versions are quite rare now), as distinguished by their model numbers (A9M0005 vs. A9M0100).

Profile ready light on

Profile a9m0005

To use the ProFile, an interface card is required appropriate to the machine. The Apple /// and Apple II each require a dedicated interface card, while the Lisa (sort of) required a more general parallel interface card. I say “sort of” because the Lisa actually has a built-in parallel port that can be used for this out of the box, but the port in the Lisa 2 at least was internal, used to support an internal widget drive. In my Lisa 2, I have an X/ProFile connected to the internal port, so to connect an external (second) drive, I need the parallel interface card. I actually have a couple of 5MB ProFile drives and two parallel cards, but the first parallel card I tried didn’t work and I haven’t gotten around to trying the second one yet. My plan is to back up whatever is on the ProFiles now (which were almost certainly formatted for Lisa use), and then reformat them with the Apple ///.

Here is the Apple /// card alone, and then installed:

A3 profile io card

A3 profile io card installed

The Apple II card had a more generic name (“Apple II interface”), but was specifically for the ProFile. Moreover, the EPROM on the card determined whether it was for the 5MB or the 10MB ProFile. I am not at present sure whether a 10MB EPROM will work with the 5MB drive, but as I understand it the 5MB EPROM will only see 5MB of a 10MB drive if connected.

Profile apple ii interface

Here is the Lisa parallel card. I have two of them, and, oddly, they differ in that one has a 6-color logo on it and one does not. I have tested the white-logo one and it didn’t work, I haven’t tested the 6-color logo one yet.

Lisa parallel card Lisa parallel card 6color

Speaking of formatting the drives, another point about the ProFile: It is possible to erase a ProFile drive on any of the machines you can connect it to, but to do a low-level format requires an Apple ///, the ProFile interface card, and a special “low-level formatting kit.” I have the kit, but I haven’t used it yet (or even unwrapped it). First, I’ll back up the drives, then I’ll reformat them. My thinking is that they could use a good reformatting to extend their usable life. All of the ProFiles I have power on and make it to the “ready” state, but it wouldn’t surprise me if they’re on their penultimate legs.

The picture below is “of” my LLF kit, but it may well not be in its authentic packaging. It’s just in a standard “accessories” box, probably shrink-wrapped and labelled by the guy I bought it from (VintageMicros).

Llf format kit wrapped

Anyway, on to the manuals, disk images, and paper stuff. This is ProFile stuff specifically for the Apple ///, originally contained within a box, here’s a (particularly beat-up) instance of it:

Profile accessories box

Apple iii profile accessories packing list Apple iii profile accessories packing list 2 Profile driver diskette
Profile owners manual errata iii Apple iii profile owners manual Profile helpful hints with iii
Apple backup iii disk Apple backup iii users manual Apple iii user input report 2
Apple iii user input report 1 Profile warranty form

I don’t have any materials for the Apple II version, and I posted the ones I have from ProFiles intended for the Lisa a couple of entries ago about stuff packed with Lisa. So, there it is. When I actually go through the process of doing the backup and low-level formatting, I’ll document the process and results here, but for now, just clearing up the backlog of scans I’ve got.

Mar 022013
 

Today, we have the Apple II Business Graphics package. I was surprised to discover that it didn’t seem to be archived in any of the places I looked, but it also turned out to be kind of a beast to copy. Even Apple-branded stuff back in the day was copy protected.

A2bg outer box

A2bg opened

This is a complete set, at least according to the packing list. The only thing I haven’t scanned is the “How-To Sheet”, which is glued to the inside of the top cover of the box.

Here is the scanned documentation and paper that came along with it:

A2bg packing list Apple ii business graphics manual A2bg user input report
A2bg software lic agrt A2bg sticker A2bg disks
A2bg slipcover side2 A2bg slipcover front A2bg slipcover side1 A2bg slipcover back

The real coup here, actually, is that I finally managed to get disk images that seem to work in an emulator. It was no easy task. I first managed to get a bootable copy using Locksmith 5.0, and then tried a couple of different nibble disk transfer methods until I finally wound up using SST to nibblize the disks on actual hardware and then reconstitute the image in an emulator. Virtual ][ seems only to like it in its half-track format (v2d), so accordingly, it only runs right now in Virtual ][. Maybe someday I'll try it again—it is not flawless. Sometimes (randomly?) it bombs out with an I/O error and you have to reset the machine. But I tried it a little bit (nowhere near exhaustively), and it basically seemed to work.

Update: Thanks to Rich Thompson in the comments, I was made aware that Computist #48 has a softkey for this. The trick is that track #1 is unreadable on the original, and if it can be read, the program bombs out. So, I re-imaged the disk straightforwardly with ADTPro, converted it to a .nib file using Disk Muncher in the emulator (reading from the .dsk.po file, writing to a .nib file), and then went in with a hex editor and changed all instances of D5 AA 96 FF FE AA AB to D5 AA 96 FF FE FF FF, which effectively destroys track #1. The .nib file now boots fine, so I have replaced the disk images I’d had up before with these. Because the Computist softkey relies on using a magic volume number (005) to see if it’s dealing with the PLOT disk, and because the .dsk format doesn’t preserve the volume number, I have not gone ahead with deprotecting the disk, since it would have to be stored in a .nib file anyway.

I was previously having occasional I/O errors that would force me to reset, and I don’t know whether that behavior is gone or not (perhaps that even happened BITD). I haven’t stress-tested this new image, but I was able at least to recreate the plots I’d done without any errors appearing.

A2bg splash

A2bg start

A2bg posts

Nov 072012
 

I’ll write more about this shortly, but I recently got a really nice and complete Apple II plus system setup, complete with a couple of Mountain Hardware cards and manuals. Almost all of this system was purchased at the end of November, 1979, so these cards are from that era. I’ll look at each card individually later, but for now since I’ve done the scans, here are the three manuals.

Mountain apple clock operating manual Mountain keyboard filter software manual Mountain romplus operating manual
Sep 122012
 

Also scanned today were a few bits of miscellaneous paperwork. Not sure if they’re useful for anything, but they’re for some reason mildly intriguing. This came from the purchase of an Apple II plus system and related things in October and December 1982.

[Update: four more, from an Apple III, added after initial posting.]

A2plus acc pack

Of vital importance

Encoder board

D2 16 pack

D2 pack

D2 install

Auir iiplus

A2 lgcard pack

A2 ssc pack

Mon3 pack

Auir iii

Aiii syssoft pack

aiii unpack

aiii pack

Monitor iii owners manual

Aug 252012
 

Things keep pouring in that I need to clean up, set up, test, and document, but the day job continues to require most of my attention. I did manage to scan a couple of manuals, I’m not sure if they are already out there scanned somewhere, but here are mine. These are the first two programs I bought for the Apple II.

Both are early Apple II titles, one is The Graphics Magician by Penguin Software, and the other is The Voice by MUSE. Both are things I played around with quite a bit early on in my programming life.

The Voice (asimov image, recently converted to copyable DOS 3.3 format by Hot Rod) is basically the program that was used to make the guards talk in Castle Wolfenstein (“Kommen Sie!”). It allowed you to record your own words, tweak them, and then use them within your own programs. This was what enabled me to record my 12-year-old opinions on livestock in the program I recently unearthed that produced the following: (Unfortunately, the conversion vimeo did cut off the end of the sound, but I do have the unconverted version as well.)

The Graphics Magician was a similar (and really rather more sophisticated) toolkit for producing graphics within your own programs, by providing a library of machine language routines that could be called from within Applesoft BASIC (or assembly language). (There are several images in the asimov graphics directory, I haven’t checked them to see what distinguishes them.) I played with this a lot, but I have to do some more archaeology to discover most of my creations. Here is one, though, a demo of a “game” (from a collection I wrote under the name of “The Rather Pointless Software Company”) entitled “Dodge the Weights.” (For quite a while my “alias” on BBSes was “Grimalkin”—I liked the kind of sound of it and the association with cats [due to my affinity for my Apple-Cat II modem] as well as with kind of witchcrafty stuff. I chose to ignore the fact that it’s also generally a female cat.)

Anyway, here are scanned and auto-OCRed versions of the manuals. The Graphics Magician came with a main manual and a separate programming tutorial, both are linked below. The version of The Graphics Magician that these manuals pertain to, it seems, is 5.82 (May 1982).

Graphics magician manual

Graphics magician tutorial

Muse the voice manual

Jul 122012
 

One of the things I’d had on my list for a while is to clean up all of my floppy drives. I have a lot of floppy drives. I have a lot of the old style (A2M0003) Disk ][ drives.

A2M0003s

Those are pretty straightforward to take apart and clean. They're actually quite similar inside to the Apple /// drives, though perhaps even a little bit simpler to deal with.

I also have 3-4 of the newer A9M0107 drives. I intended to clean those up today, but instead I cleaned one. They're really much more of a challenge to work with than the A2M0003s.

A9M0107

A9M0107-under

(Update: The smarter thing to have done here would have been to watch Tony Diaz's 2010 KansasFest presentation on disk drive maintenance before having undertaken this. Turns out, for example, that you don't need to take the bottom [or front] off if you’re only looking to clean the drive head. I was kind of after a total cleanup, but a couple of steps can be skipped for more frequent drive head cleaning. Of course, figuring it out as I went, at least given that I didn’t break anything in the process, was instructive too.)

Unfortunately, I didn’t take a lot of photos as I was doing this, but it’s quite difficult to get at the drive head. The first thing you do is remove the four screws from the underside, visible in the picture above. Then you need to get the top, bottom, and front plastic off. You can kind of angle out the bottom from the front, once you’ve disengaged the power cord, but it requires a little bit more force than one would like to exert. Getting the top casing off requires sliding it horizontally a bit, because it has little tabs that hold it on (it can slide once the screws from the back have been removed, inside the recesses on each side).

A9M0107-back

Once the plastic casing is off, you are confronted by a metal shield. A serious metal shield. I don’t have a picture of it on, but you can see it in the background a couple of pictures down from here. You have to remove the ground wire screw to free it. The shield is on really tightly, I actually had to get out pliers to pull it off. It is not connected by anything but friction (though note that it has a couple of little hooks on the front end that go into slots, so it has to be slid forward a bit before it can be lifted off). With the shield removed, you can see the analog board.

A9M0107-analog

Two further screws to remove, and then you really need to disconnect all three of the disconnectable wires, because they are strung so tightly that you won’t really be able to get the analog board out without doing that. Once the analog board is out, you are confronted by a little cardboard cover. In the background you can see the metal shield from a couple of steps ago.

A9M0107-cardboard

The cardboard cover lifts out, after which you need to disconnect the other grounding wire and remove the metal shield that was under the cardboard cover. Almost there. With these removed, you can finally see, and clean, the drive head.

A9M0107-head

Let’s hope it was dirty, so all of this was worth it. Reassembling is no picnic either, but it’s pretty much all of that in reverse. Just remember all the steps. It took quite a lot of convincing to get the power cord and its associated donut to sit close enough in to allow me to get the bottom plastic case back on, but eventually I managed it. I also somehow managed to yank out the drive light cable once everything was fully assembled. Fortunately, it was possible to squeeze it in the very small space and guide it toward its pins with a screwdriver, so I did get it re-secured, but it was an anxious minute as I contemplated the possibility that I’d have to get it all the way back down to the analog board again.

I’ll clean the rest of these some other day.

Jun 302012
 

Ok, as a motivator for getting one of the projects done I’d hoped to do, I have decided to attempt the Summer 2012 Retrochallenge. The plan of the project is to get one of my Apple IIs screen-shared on the internet.

Updates on that project will appear on the Retrochallenge 2012: Apple ][ screen sharing page, though probably they’ll make appearances in regular posts as well.

A2S2-10087

 Uncategorized  2 Responses »
May 262012
 

There is a new “oldest Apple ][+ I have ever seen" (or at least, seen a label for). Prior to this, it was A2S2-11547. The new smallest serial number (on an Apple ][+, A2S2-) that I've seen is A2S2-10087:

A2s2 10087

Board date: second week of October 1979.

A2s2 7941

And: It’s in my office.

A2s2 7941 in office

A2s2 7941 in office top

May 182012
 

After going through a pile of label images that I’ve been collecting in the recent past, it seems like I can start to make some generalizations. They might be right. [Warning: a lot of these pictures have just been lifted from eBay auctions, most of them aren't mine.] [Warning 2: I may occasionally add more labels to this post as I see them.]

The oldest Apple ][ label I've seen (or at least have a picture of handy) is in this style, A2S1-4625:

A2S1-4625

That one enclosed a motherboard with date code 8040, which I have no reason to disbelieve based on the chip dates, which are all 1978-1980 that I could see. Which pretty much means that the motherboard was replaced along the way.

8040

Here are a couple more. A2S1-8576, A2S1-16122 (7903, sadly the ][ lid was replaced by a ][+ lid during an upgrade), A2S1-16784 (8068?, replaced, appears to be a ][+ board, rev 4), A2S1-27105 (7919), A2S1-39587 (but motherboard was replaced with a ][+ board):

8576

Label 16122 trim

Board date 7903

Label 16784 trim

Board date 8068 trim

27105

Board date 7919

39587

The next set of Apple ][ labels I've seen are the newer squarer ones, in red. Here the images I have jump to the 60000s, and perhaps there was a serial number "jump" somewhere here. But here are the red ones, A2S1-61786, A2S1-64313, A2S1-66077. I don't have board dates for any of those. And in any event, there's at least some cause for caution in trusting that the board that's in there is the one it shipped with. Note that A2S1-4625 had 8040 in it, while A2S1-27105 had 7919 in it. The 7919 board matches the timeline better, it's basically certain that the 8040 was a replacement. However, I've also seen 8022 and 8025 with all the hallmarks of an Apple ][ board (chip under slot 6, 16K select, flanged slots).

Label 61786

Label 64313

Label 66077

Moving on to Apple ][+, the serial numbers begin to start with A2S2, but the earliest ones are still in the earlier sticker style. The oldest one I've got an image of (update: now "second oldest one I've got an image of," see A2S2-10087) is A2S2-11547, board date 7945 (along with what I originally took to be an "x", but which I now believe to be a "plus", signifying that this motherboard was built as an Apple ][+ rather than as an Apple ][, since it could have been either at the point of assembly). This board also has what I called above having "all of the hallmarks of an Apple ][ board", which leads me to suspect that it was an Apple ][+ fashioned from an Apple ][ (by adding the Autostart ROM chip), though on the other hand I think all of these characteristics can be present on the earliest of the (actual) ][+ motherboards.

Label 11547

Board date 7945

Next comes A2S2-18606, same style. Board date hard to make out, but in the little bits I've blown up 4x, it appears to be 79xx. And same deal on this one, it looks like an Apple ][ board that was turned into a ][+ by adding the chip.

Label 16806

Open language card 79xx

Power supply top 79xx

Open language card 79xx 4x

Power supply top 79xx 4x

Then a big jump, new label style, lowest one I have encountered is A2S2-65001, board date 8006. But still the old hallmarks of an Apple ][ board.

Label 65001

Board date 8006

I have various examples of this label style, all of these others seem to have newer revision boards where I can tell, with "N" pattern under slot 6, non-flanged slots, no 16K select chips, RFI attachment screws. A2S2-66915, A2S2-93277, A2S2-109180, A2S2-115091, A2S2-120955 (board replaced, had an RFI shield, and dated 8519, also oddly enough had a ][-non-plus lid), A2S2-122481, A2S2-149143 (8102), A2S2-161227 (8110), A2S2-164919, A2S2-174147, A2S2-179992, A2S2-359691, A2S2-362495 (0182), A2S2-403239.

Label 66915

Label 93277

Label 109180 trim

Label 115091

Label 120955

Label 122481

Label 149143

Label 161227

Label 164919

Sticker 174147

Label 179992

Label 359691

Label 362495

Label 403239

The penultimate one there is interesting in that the motherboard inside it had a different date code style, listed as 0182, and stamped on rather than written on by hand (I don't have any evidence one way or another for the last one above). Somewhere between 161227 and 362495 this practice must have changed. All dates I've seen before this are in YRWK order (or at least YRxx for some xx, there is a single example I've seen (shown above among the Apple ][ labels, where the board has a date code that appears to be 8068, which is clearly not YRWK unless it is a sloppily written 8008, which it could possibly be). Perhaps it was simply just the practice in 1982 and beyond, since I have a couple of (poor) examples above of 81xx dates as well.

Board date 0182

Board date 8102

Board date 8110

Board date 813x

At this point, the labels switched style again, to the newer, busier one, with a dot matrix serial number. A2S2-448225, A2S2-472596 (3782), A2S2-512896, A2S2-544771, A2S2-546018 (4782), and the highest two serial numbers I have actually seen, A2S2-569185 and A2S2-588496 (on empty cases).

Label 448225

Label 472596

Label 512896

Label 544771 trim

Label 546018

Label 569185

Label 588496 trim

Here are my own newer two Apple ][+es as well, for comparison, A2S2-412783 (1782), and A2S2-542439 (4682).

Label 412783

Label 542439

One thing I observed here is that somewhere between 512896 and 542439, the model number changed (from A2S1048 to A2S1048A). There is no reason to think that this disrupted the serial number ordering, however, just as there is no reason to think that there was any serial number reset along the whole A2S2 line. In fact, looking back I think it might even be true that the serial numbers weren't reset even between A2S1 and A2S2—both A2S1s somewhere before 61786 and A2S2s somewhere before 65001 had the older style labels, then both switched. So, since we know any what that Apple ][ and Apple ][+ co-existed for a while, I expect that the serial numbers were still unique per machine, regardless of model.

Wikipedia reports that the Apple ][ was introduced in June, 1977 and discontinued at the beginning of 1981, an estimated 40,000 having been sold. It also reports that the Apple ][+ was introduced in June, 1979, and apple2history.org reports that it was discontinued in December 1982. I can't seem to find a source for the number of Apple ][+es sold. However, the estimate of A2S1s sold is quite a bit lower than the 66077 represented in the latest serial number I've found, suggesting that A2S2s were eating up some of the serial numbers.

Next up are the Bell & Howells. They took on A2S3 as a designation. These, unlike the A2S1s and A2S2s, seem to have their own serial number stream, and had model numbers like A2S10xxB. The earliest one I've found is A2S3-001522 (no backpack). The rest are A2S3-008426 (no backpack), A2S3-011082 (backpack), A2S3-016147 (no backpack), A2S3-021075 (no backpack), A2S3-022390 (5281, no backpack), A2S3-023165 (no backpack), A2S3-031522 (backpack), A2S3-033219 (backpack). The last two are also extremely high serial numbers for a Bell & Howell, usually the estimates are of about 20,000 sold, but it looks like maybe it was over 30,000. Also interesting, perhaps, is that the Bell & Howell label for the late-style label is slightly different, redesigned to fit the late-style Apple label underneath.

Label bh1522

Label bh8426

Label bh11082

Label bh16147

Label bh021075

Label bh022390

Label bh023165

Label 31522 trim

Label 033219 trim

That last three are kind of interesting in that they use the last style of Apple ][+ labels. Also, it appears to me that the ones the came with the backpack (sample size above: 3) had the Bell & Howell black and silver sticker stuck overtop the Apple sticker. Perhaps this makes sense, since the backpack is what allowed the thing to be UL listed and suitable for use in schools? Anyway, the sample size increases to 4 for this generalization when I add in my own (below), A2S3-011472 (backpack). I think by now I'm relatively confident of the correlation.

Label bh11472

Actually, having written this much, I remembered this post from 2007, which did a similar kind of forensics. For A2S1, he has never seen a black on white sticker above 40000, or a red on white sticker below 60000. My labels conform to this, perhaps there was an actual jump to 60000. I have also not seen a green on white (bigger, simpler) sticker on an A2S2 below 65001. Perhaps 60000 to 64999(?) were printed as A2S1 and 65000(?) on were printed as A2S2? It could be, although that means that that 65001 is a pretty special machine. I've beaten his record high on A2S2 (which was 544703), though: I've got a picture of 546018 (4782). I have a picture of two that are even higher, 569185 and 588496, both of which were on an empty cases. Which I'm now suspecting were never used in building a machine, production having shut down first. My terrarium motherboard is rev 4, I'm pretty sure, which doesn't match his specs (my terrarium board is 8050, he'd capped rev 4 at 8030).

All of this brings me back to my oldest ][+, the terrarium, however. Which is the real reason I got into this: What in the world is going on with this label? A2S2-1497165 (8050)?

Label 1497165

That sounds crazy. The sticker style and board date and the old-style board should have put this somewhere around 65000-149000. We know 65001 (8006) printed ok, and the next serial-board pairing I have is 149143 (8102), which is in the neighborhood of 1750 machines/week assuming no variation, so perhaps it should be around 142000 (as long as it is assumed that 66915, 93277, and 115091 had their motherboards replaced, since those were all RFI boards). So was this supposed to be A2S2-147165 and an extra "9" got in there?

Later note: The serial number on the box of the Apple ][+ listed at vintage-computer.com (1492548) is a similarly crazy one, so my machine might not be the only one. No picture of the actual label or the motherboard to allow me to compare it, though.

I don’t think there’s going to be any way to tell, without hearing a story from someone who saw this glitch happen, if that’s what it was.