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zandorg

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I tried to submit my website to Gigablast, but apparently it costs 25 cents.

This doesn't make any sense to me for a search engine.

My meaning was just that I saw it sometimes referenced on HN, but I haven't seen it mentioned for a while now. Hence my search and results showing 8 years since.

I guess what I should be doing is looking at the Alexa ranking of Wolfram Alpha.

I had Ultima 6 for the Atari ST. Running off floppies was kind of slow. My friend's Atari ST machine had 4MB of memory. So I set up a 3MB RAM disk. And installed the game to 'hard disk' with the RAM disk as the hard disk. Then all I had to do was format some floppies to really high density. The entire U6 installation fitted on (I think) 2 floppies. I also used a rapid file copy program.

I copied the files to RAM disk, played the game, saved the game, quit the game, and saved the files back to floppies.

Just thought it would interest someone.

I ordered 2 books from Amazon last week. An email said 'delivered' but nothing in the letterbox or outside the house. A chat to a friendly neighbour revealed he had a parcel put in between his dustbins. I went to my bins and there were the books. Not pleased at this, I expect a sane experience.

XP had no modern browser... Until now!

    http://www.mypal-browser.org
800,000 users can't be wrong (out of 240 million XP users worldwide).

This project is important because Firefox stopped working on XP 4 years ago - and you can't do things like captchas without a modern browser.

I had an Amiga 1200 and got it working with a VGA monitor soldered onto the connector (like a VGA adapter on Ebay now) and a setup VGA file in Workbench 3. It looked great in 640x480, no chunkiness. So it is possible.

I once emailed Bob Yannes in 1998 about the C64 SID chip. I mentioned my soft synth (SoftSID) and the Elektron Sidstation. But all he was bothered about was his Ensoniq Fizmo. I'd love to get my hands on one of those now.

I told him of the bad review in Future Music. He was a bit annoyed but explained what they had missed in the review.

A nice guy.

Seen him live in Leeds in 1998. Sat in the cubicle he vacated when he left the place at a Rephlex gig he didn't play at in 2001 (At the Leeds Brudenell Social Club). And I played live at the same venue as a previous Rephlex gig in Edinburgh (the University) in 2001.

I remember running Ultima 6 and installing - using the hard disk option - to a RAM disk. My friend had a 4MB RAM expansion. I was basically having a 2MB hard disk in RAM!

I'd load the whole of U6 from 4 floppy disks, then fire it up and play, and when done, I'd save my position and copy it all back to the 4 floppy disks!

What helped were 2 things:

    *Utility to format disks to high capacity
    *Fast shareware disk copy utility

About 5 years ago, I got a 1541 drive and an XA1541 plugged in the parallel port. The purpose was to 'rip' some disks (last used in 1997) I found in my mother's loft.

Most notably, I found an old story I thought was lost, and a trove of insane Boulderdash caves/levels I wrote with a friend - in the Boulderdash level editor - in about 1993.

I'm amazed that the disks survived. But finding the lost story - and some letters from high school - was great.

Find instructions here:

http://decompiler.org/doc_c64_disks.htm

They shut down Half.com not so long ago having bought it in 2001 or so for $300 million. There goes a good marketplace for books & CDs. Bad move!

If you can speed up your brain by a factor of 10, you could read a book 10 times faster.

This is relevant because you might be reading only 1 human-sized book, but you can read 10 times as many!

I haven't done any work on 65C816. Just 6502 so far.

It should be possible to make a 'CPU module' for the decompiler which takes into account the features of the 65C816 (such as 16-bit registers).

About interrupt calls... If it finds such a call, all it has to do is look at the call's input registers (assuming they are in registers) and output the call with the 'logical' contents of the registers.

The x86 code is basically 32-bit Windows. I haven't got a 16-bit compiler. However, it should work for 16-bit. The key thing is that you can write specialised modules for each CPU, and the rest (loops, variables) are standardised.

On the business side... Basically, my 6502 decompiler works the best so I thought I could sell that. And as for x86, there are issues to do with structs & arrays, that I haven't had time to figure out.

As for the decompiler software, I plan to finish the x86 and ARM decompilers and sell them for a reasonable price (say, $150 for all CPUs, not just one). As noted, arrays & structs are a problem.

As for 'release code', anyone can write a CPU module, but I need to document it first.

Thanks for your comments.