***** One of the disks that you recd. should be labelled "BV Dist V 1.4" or something. That has a readme_txt which explains the procedure for bringing up the card in the PCI slot and also for downloading over the linux image on it. It then tells about setting up the pci/network interface and at the end of it, you should be able to ping between the board and the linux host. ***** Then install the SDK, on NT and on the linux machine. Then $SDKROOT/src/microace/aces/tutorial1/README would have instructions on * Compiling uc file on windows * Shipping them over to the linux box in $SDKROOT/bin/arm-be. * Then you build the "core" component of the application on linux * Then, assuming that you have mounted your SDKROOT on the board, you can setup your ixsys.config file and then run ixstart on the board. ****** I think these files should get you started with running the two tutorials. You can then read the rest of the ACE Documentation from all the docs supplied with the SDK when u are ready to write your own ACE stuff. Hope this helps. - Abhijeet On Tue, 7 May 2002, Gregory Prier wrote:
I am working on a ENP-2505 from Intel which is based on the IXP. With this card came a bunch of disks with a bunch of programs. I have having trouble understanding how the entire system fits together, partly because the documentation seems to be written for a different set up then what I am using.
The documentation describes running certain programs on an NT machine, certain programs under cygwin, and certain programs on a separate linux box. I don't have multiple machines, though. The ENP sits in a standard linux box and some programs run in linux and some in windows running on vmware. At this point I am really confused.
I was hoping that someone who understood all of this could point me to some documents that might explain how all of this works. I have tried reading the documentation from intel but as far as I can tell it doesn't describe my setup. I have the IXP1200 programming book from Intel but it only discusses microACEs, not the entire picture. Can anyone explain the big picture and walk me through how to run a hello world program on the hardware?
Thanks for any help you can offer.
GKP
---------------------------------------------------------------------- Greg Prier Previously: A Mudder 3564 Boelter Hall Currently: A Bruin working UCLA CA 90095 towards a PhD (310) 825-8899 After that: No idea
"Hell, there are no rules here. We're trying to accomplish something." Thomas Edison