The cli-parameter for the external commands are external ram (1 mb) in a systemarea saved, an the calling program can send the parameter with the appropriate ios-routine "paraset" to this area.
The called program read the parameters with routine "parastart" and "paranext" and interpret.
This is a demo program which contains all parameters passed just shows:
the Hive-computer is nearing to its final release. drohne235 hat successfully finished all tests and the board is going in production in the next days.
You can find all informations and the complete documentation of the development process on the new project-website:
The HIVE core team is currently thinking about ordering a new batch of professionally manufactured HIVE circuit boards. If you (seriously) want one or several, please leave a post here (or in the German HIVE forum), stating the number of boards and the maximum price you would be willing to pay. With the few pre-orders we have collected so far, the price per board would still be around 30 EUR (38 US$) plus shipping, but we hope to squeeze it down to half of that or even less with a higher quantity.
We are the HIVE prepare to be assimilated! :devil:
Deadline for PCB pre-orders is October 20. So far, we have about 50 pre-orders. After the deadline we can determine the price and place the order. Your board(s) should then arrive by mid-November (may take a bit longer of you live outside Europe).
It may be possible to do this with a single prop and some optimization!
SIDcog takes 1 cog and 3268 bytes. (in worst case 1k could be stripped removing combined waveform support)
FSRW takes 1 cog and 4360 bytes. (could be stripped of "unnecessary" methods and stuff)
Kuronekos ball takes 5 cogs and 26232 bytes. (this may be hard to strip)
Reading from SD and feeding SIDcog takes just ~100 bytes.
Comments
How are you implementing command line parameters?
The called program read the parameters with routine "parastart" and "paranext" and interpret.
This is a demo program which contains all parameters passed just shows:
- video-interface
- lan-interface (untested)
- format: eurocard
- extension-bus
new software:
- femto-basic on hive
- forth-screeneditor up to 2gb-screenfiles
- forth-screenview
- screeninterface for ispin
board:picasaweb.google.de/lh/photo/t1vqvTiyahZnpTNo56bonw?feat=directlink
webalbum [noparse];)[/noparse] "build a hive":picasaweb.google.de/drohne235/PicHiveProto2?feat=directlink
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http://drohne.piranho.de
it looks professional
regards
Gianni
Hallo Drohne
es ist sehr professionell gemacht
Gr
based on Drohne schema, I am building the HIVE computer.
this is my work in progress...
With Drohne advice I will start assemblig the Bellatrix module... then I wil jump to Administra and at the end with regnatix.
- solderless
- modular
- flexible
- easy to build
- scalable
as soon as I have 'something' usable.. I will share it with you..
Regards
Gianni
the Hive-computer is nearing to its final release. drohne235 hat successfully finished all tests and the board is going in production in the next days.
You can find all informations and the complete documentation of the development process on the new project-website:
http://hive-project.de
Your comments are welcome.
greetings from digger
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### retro-fun ### http://hive-project.de ###
Post Edited (digger_) : 5/18/2009 5:55:10 PM GMT
RealHive - DIY and experiments with more than 512 [noparse][[/noparse]Propeller?] Cores "
Wow this is fantastic ! --- do you have pictures of that set up?
http://hive-project.de/content/878#more-878
viele Gruess
- Howard
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www.youtube.com/watch?v=ETroX2srZ1k - Shoot & Demos
www.youtube.com/watch?v=CbuflWZOIRo - Hive-Kit
www.youtube.com/watch?v=PtuFXQ9zgZw - Boulder Dash
www.youtube.com/watch?v=6CX2E9Xh1hM - Magic Eye
Info - Stereo SIDCog im Administra-Chip: hive-project.de/content/1759
Info - TriOS & FATEngine: hive-project.de/content/1737
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www.hive-project.de
Giemme,
So far, so good. I like that chassis you show in your last photo. Is that something that is commercially available? Where could we get one?
Art
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Art G. Granzeier III
President, Granzeier Consulting
Helping to Build a Better Engineer
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www.hive-project.de
We are the HIVE prepare to be assimilated! :devil:
To make sure your order is not overlooked, please post it here:
http://hive-project.de/board/viewtopic.php?f=5&t=371&p=4152#p4152
Hit the "antworten" button to post a reply with your order. English is OK.
I like the way you type in english.
"3 x Parallax Propeller Prozessor
Chip 1: "Regnatix" - Hostsystem, Systembus, RAM-Anbindung
Chip 2: "Administra" - Sound, SD-Card-Laufwerk, LAN
Chip 3: "Bellatrix" - Grafiksubsystem, Keyboard, Maus"
http://youtu.be/AvISVezyhEQ
OBC
video: first test of the board
Static RAM is easy to control and fast.
No way! That's too cool! There might even be a law against being so cool.
Nice work!
SIDcog takes 1 cog and 3268 bytes. (in worst case 1k could be stripped removing combined waveform support)
FSRW takes 1 cog and 4360 bytes. (could be stripped of "unnecessary" methods and stuff)
Kuronekos ball takes 5 cogs and 26232 bytes. (this may be hard to strip)
Reading from SD and feeding SIDcog takes just ~100 bytes.
Without optimisations we are off by ~2 kB.
/Johannes
Keep up the good work