>
>New Microsoft error messages:
>
> In Japan, they have replaced the impersonal and unhelpful Microsoft
> error messages with their own Japanese haiku poetry, each only 17
> syllables, 5 syllables in the first line, 7 in the second, five in
> the third.
> ------------------------
> Your file was so big.
> It might be very useful.
> But now it is gone.
> ------------------------
> The Web site you seek
> Can not be located but
> Countless more exist.
> ------------------------
> Chaos reigns within.
> Reflect, repent, and reboot.
> Order shall return.
> ------------------------
> ABORTED effort:
> Close all that you have worked on.
> You ask far too much.
> ------------------------
> Windows NT crashed.
> I am the Blue Screen of Death.
> No one hears your screams.
> ------------------------
> Yesterday it worked.
> Today it is not working.
> Windows is like that.
> ------------------------
> First snow, then silence.
> This thousand dollar screen dies
> So beautifully.
> ------------------------
> With searching comes loss
> And the presence of absence:
> "My Novel" not found.
> ------------------------
> The Tao that is seen
> Is not the true Tao--until
> You bring fresh toner.
> ------------------------
> Stay the patient course.
> Of little worth is your ire.
> The network is down.
> ------------------------
> A crash reduces
> Your expensive computer
> To a simple stone.
> ------------------------
> Three things are certain:
> Death, taxes, and lost data.
> Guess which has occurred.
> ------------------------
> You step in the stream,
> But the water has moved on.
> This page is not here.
> ------------------------
> Out of memory.
> We wish to hold the whole sky,
> But we never will.
> ------------------------
> Having been erased,
> The document you're seeking
> Must now be retyped.
> ------------------------
> Serious error.
> All shortcuts have disappeared.
> Screen. Mind. Both are blank.
> .... . ... .. . .
>
>Attachment Converted: "C:\ATTACH\NewMicro.htm"
>
> >New Microsoft error messages:
> > In Japan, they have replaced the impersonal and unhelpful Microsoft
> > error messages with their own Japanese haiku poetry, each only 17
> > syllables, 5 syllables in the first line, 7 in the second, five in
> > the third.
> > ------------------------
> > Your file was so big.
> > It might be very useful.
> > But now it is gone.
Well, unlike the other stuff Intel and Microsoft stole from
the Multics operating system, at least they got this one right.
-dq
> > : At any rate, the system is a Floating Point Systems model 164
> > : vector processor. It is currently for sale on the E-Bay
> auction site.
>
> Thing of beauty, isn't it? The only reason I didn't bid on it is
> because I have enough problems moving big stuff up and down the
> west coast; the thought of moving stuff east and west is just
> a little too much for me to cope with just now :-(
It really is nice looking. And I understand; that Prime 2455
cost me a kilobuck to transport from Phoenix to the Louisville (KY)
area, and that kilobuck really needed to go into fixing the Quattro.
BTW, I answered my own question about the Xyplex- I kinda figured
it was some kind of terminal server.
How's that coming?
-doug q
There's no bids on it because its not worth $300... they make no mention of
having any software or docs, which would make it damn hard to use.. Not to
mention that they don't say what the hell kind of computer it has an
interface for on it... could be set up for a lot for a lot of different
things.. and it's also a huge beast of a thing to ship. That things been on
ebay like 3 or 4 times now
Will J
________________________________________________________________________
Get Your Private, Free E-mail from MSN Hotmail at http://www.hotmail.com
> Jason McBrien wrote:
>
> > How come all the cool stuff is on the west coast?
>
> Huh? How come all the unused Floating Point Systems stuff is
> in the midwest and all the Sequents are in Florida? :-)
Speaking of which, I see no one bid on this one:
: At any rate, the system is a Floating Point Systems model 164
: vector processor. It is currently for sale on the E-Bay auction site.
:
: The URL to the item on E-Bay is:
:
: http://cgi.ebay.com/aw-cgi/eBayISAPI.dll?ViewItem&item=333251248
:
: The page includes photos of the unit, and if you are an E-bay
: registered user, you can contact the seller to ask questions.
FWIW, it's still in E-Bay's database, and the photos still
download.
-doug q
I'm running a contest on the VCF website right now. If you add a link to
your website pointing to the VCF and you garner the most referals between
now and VCF 4.0, you'll win $50!
Check out http://www.vintage.org/contests/link.html for complete details.
Sellam International Man of Intrigue and Danger
-------------------------------------------------------------------------------
Looking for a six in a pile of nines...
Coming soon: VCF 4.0!
VCF East: Planning in Progress
See http://www.vintage.org for details!
Hi,
This isn't strictly on-topic, but I guess it could be applied to maintaining
classic stuff, so...
Can anyone recommend a way of removing surface-mounted ICs (specifically SOJ
package DRAM chips) from a board? It's not critical to keep the board
undamaged, but the chips must be kept intact since I want to solder them into
another device.
I read of a technique involving turning the board upside-down and heating the
board area opposite the ICs in question with a blowtorch. The ICs drop off
when the solder melts. I don't have a blowtorch, but do have a gas stove.
Heating the board over the stove will probably not be a good idea, since the
ICs would need to be lifted off when the solder melts. Since I want to
recover several chips, they are likely to get too hot doing it this way.
I do have an electric grill. The element is at the top of the oven. What about
putting the board component side down in the oven (near the heating element),
and heating until the solder melts?
It will be important to get the temperature profile right here, I think.
Putting the board straight into a hot oven might not be a good idea, but on
the other hand having it in the oven as it warms up from cold may be too
long.
In a way, doing this would be similar to IR reflow soldering.
What is a typical melting temperature for solder used on surface-mount
components? The oven control goes up to 260 Celsius (from memory), which I
hope is high enough.
Has anyone else attempted something like this? Do you have any advice?
I guess the same technique could also be used for soldering surface-mount
components (with board component side up, and solder paste applied to the
pads).
-- Mark
Hi All,
One the nice things about this list is the variety of
first hand experience that can be called upon to clear
up those nagging second hand rumors that you keep dragging
around for years, unable to track down a definitive answer.
Up for review:
1. "The person that designed the Mindset PC later designed
the Amiga." I realize that computers like the Amiga are not
designed by just one person, but does anyone know anything
about the people that helped design these computers?
2. About 1982 I started hearing that it was possible to
build a camera for your pc by "cooking" an EPROM under
UV light for an extended period until the memory cells
were still light sensitive but would no long hold a
charge. Then by placing a len over the EPROM's window,
you had a real time low-res video image mapped right into
memory. Again this is one that quite a few people had
heard about but no one knew anyone that had ever done it.
3. This has probably been discussed here before, but ....
I've heard that the old 8 inch 32 sector hard sector floppy
diskettes, the ones with the sector holes around the outside
edge of the diskette, and the big notch in one corner, is
is an early version of the 8 inch floppy - maybe the first
form the 8 inch floppies from IBM took.
4. I've heard somewhere, and the source is lost to age,
that - the Altair for the January 1975 article was just
a empty case and that no regular orders for the Altair
8800 where filled until April 1, 1975.
(Sure, I drooled on the magazine at the time, but it
might as well costs a million dollars, I was a single
sailor collecting $151.00 every two weeks, saving to
get married at the end of April.)
Comments welcome, I would like to deallocate the space
for the ones that have no real basis in fact.
Regards,
--Doug
=========================================
Doug Coward
Press Start Inc.
Sunnyvale,CA
=========================================
>> This is a good start. The header should include a byte that contains a
>> flag indicating the status of the sector (good, bad, etc).
>Other things that are 'missing' from that header are whether the sector
>is single or double density, what sort of Data Marker came before it
>(some TRS-80 disks use strange data markers, and just about all TRS-80
>M1/M3/M4 OSes use deleted data markers on the directory track).
Then there are some *real* oddballs, such as disks with 18 or 12 or 9
bits per byte.
It's very, very common for double-density CP/M disks to have the boot
sector - and in some cases the first few tracks - in single density.
For these odd formats, I just record the waveform from the head
for each track for a couple of revolutions, just to make real
sure that I'm not missing anything :-).
Tim.
I visited the Computer Parts Barn yesterday and found some neat stuff.
Much of it was used by the Air Force for Missile testing etcetera. Here
is a partial list:
1ea Harris 600 - fully outfitted mini. Model H600-2 Serial # 252
1ea Dec H7204 expansion chassis with several cards
16ea DEC Vax 4000 minis with 40mb ram, hard drives were pulled by Boeing
and scrapped but CPB has lots of scsi hard disks. CPU is KA46. Model
is V546K-AD
Monitors for the DEC 4000 machines are VR-19HA (Sony GDM1961)
1ea DEC RL02 disk unit in rack
1ea DEC TA78-BF R-B1 Rack-mount tape unit in rack
3ea RA-81 disk units in 19" rack
3ea HP7920 hdd
1ea HP1000 mini with 7970 tape unit in rack
1ea hdd7906 (HP disk) in rack
You can contact Ed Kirby of CPB at EDCPB(a)email.com
Hope you found something you wanted!