I am posting this on @mozzwald's behalf.

TL:DR it works, requires a fork of the firmware until we can get it into master. We wanted to get this out so people could look at it and potentially make it better, or do something else with it.

"I've been working with Codex to try and make a multiplayer action game for FujiNet. While the game "works", it's not perfect. Doesnt help that I've never programmed assembly, ever. I started with a working multiplayer game from ANALOG magazine in the hopes it would be easier to modify than write from scratch. It created an authoritative server to manage up to 4 remote "wizards" and server based "zombies" (AI using same model as original game). Also a linux text client for testing. In the video, I'm the green player and the 3 others are ai zombies.

Video in attachment.

Source code available at
https://github.com/mozzwald/fujinet-maze-war

Requires prerelease fujinet firmware from my fork
https://github.com/mozzwald/fujinet-fir ... -netstream

I think I'm done messing with it. Wanted to share if anyone else would like to continue it or use it as reference/idea for some other game."

Let's get some more #Atari8bit games #FujiNet #HighScoreEnabled. (thread)

There are more than 4 dozen High Score enabled games, can some of you help to port some more?

There is a repo for these games:
https://github.com/FujiNetWIFI/fujinet-high-scores

One of the games that has been fully disassembled, and builds a working executable, and is ready to have a high score table transplanted into it, is Berzerk.

https://github.com/FujiNetWIFI/fujinet- ... ts/berzerk

It needs a high score table patched in after game over.

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One can be grabbed from any of the other games in atari-game-ports, such as Donkey Kong:

https://github.com/FujiNetWIFI/fujinet- ... iscore.asm

It implements a high score routine that saves to sectors 719 and 720 on the disk, so it can be used and tested locally.

It uses the display list to cut a hole in the screen, for the mode 6 display of the scores. It then loads the scores in from disk. Checks them looking for an eligible slot, and if one is found, grabs the user input and writes to disk. If one isn't found, it simply jumps right to a pause, before tidying up and exiting.

The Makefiles in both dkong and berzerk assemble the code, build the bootable ATR disk, build write-high-score and high-score-enable, and use those two tools to both insert the high score sectors, and to alter the first 16 bytes of the ATR file to indicate that it is high score enabled.

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Let's start getting more of these games patched and ported, and we'll host them for High Score Enabled sharing of scores!

-Thom

Please read:

Anyone who is selling FujiNets for other end users, please provide the necessary USB port so that they can have their firmware upgraded. It also serves specifically to allow the FujiNet flasher debug monitor to be enabled, so that we can try and figure out what may be happening.

If you make your own design, please support your customers. We do not ask for any licensing or compensation, the least that can be done in return is to support the people you sell to, when you deviate from designs that we publicly make for anyone to use, or at the very least, add the requisite hardware from our production design so that debugging can be done, so that we may be able to help.

Thank you,
-Thom

In 2013, Curt Vendel released the source code to a DIG DUG prototype for the #Atari8bit sytems. I show how to build the code and produce a runnable ROM.

https://www.youtube.com/watch?v=rHY8Ib4Sj38

This video is dedicated to Curt Vendel.

ATARI FujiNet has the N: handler. It also has the N tools. They serve the same functions, and this video attempts to explain why we need both.

https://fujinet.online/2025/02/21/atari ... e-n-tools/

FujiNet NOS on #atari8bit is implemented as a CIO device handler. Does this mean that you can load a device handler to allow NOS to access DOS 2 disks? Yes!

How about we make some filesystem handlers for DOS 2 and SpartaDOS?

https://youtu.be/NCqXjCONqko

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NOS source code:
https://github.com/FujiNetWIFI/fujinet- ... master/nos

OS/A+ 4.10 with ADOS.COM:
https://apps.irata.online/Atari_8-bit/D ... 204.10.atr

Hello, Atari 8-Bit FujiNet Users: FNCTOOLS-U1MB-ROM.ATR has been updated on apps.irata.online. This disk contains SpartaDOS X ROM images for your Ultimate 1MB, which include the FujiNet tools.

https://fujinet.online/2025/01/28/atari ... net-tools/

A Network Operating System (NOS) is being written, to show how networked files can be used, unencumbered by legacy disk drive constraints.

Article here: https://fujinet.online/2025/01/08/fujin ... -only-dos/

Yes, with #FujiNet on your #Atari8bit. Using the N: device, you can include code and libraries directly from GitHub, directly in your programs. Shown here is a compile and run example MASTODON client that's part of the upcoming user's manual, but fetching NIO from N: #retrocomputing https://youtu.be/_W49Uxf-UDk

Wow that was quick! Centipede for #Atari8bit is now #FujiNet #HighScoreEnabled! You can play it here at apps.irata.online/Atari 8-bit/Games/High Score Enabled/Centipede.atr, and scoreboard is at http://scores.irata.online/centipede.html special thx to @Djaybee. #retrogaming #retrocomputing

-Thom

Hej ludzie,

Dostosowałem PAC-MAN do FujiNet High Score Enabled, dodając tabelę wysokich wyników i dodając flagę włączającą wysokie wyniki do generowanego ATR. Działa to dobrze. Obecnie tabela wysokich wyników jest wywoływana w procedurze zakończenia gry wideo (połączyłem ją przed wywołaniem BLNKON i wywołałem tę procedurę w moim kodzie wysokich wyników).

Szukam jednak miejsca, w którym mógłbym wywołać kod wysokiego wyniku po zakończeniu sekwencji Attract. Okazuje się to nieco trudne i zastanawiam się, czy może świeże spojrzenie mogłoby potencjalnie pomóc w znalezieniu miejsca, w którym mógłbym dodać pojedynczy JSR?

Kod dla PAC-MAN z włączoną funkcją wysokich wyników znajduje się tutaj:
https://github.com/FujiNetWIFI/fujinet- ... ts/pac-man

Obecnie wywołuję hiscr: tutaj:
https://github.com/FujiNetWIFI/fujinet- ... .ASM#L1028

A HISCR jest oczywiście tutaj:
https://github.com/FujiNetWIFI/fujinet- ... ISCORE.ASM

Ktoś ma jakieś pomysły?

-Tom