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#       Project         : Server/Loader V4.07
#       Component       : Server example.
#       File            : README
#       Author          : 
#       Description     : 
#       History         : 
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This example program as-is works with a HEPC9 with one HERON4 module
in slot 1. The board ID must be 0 (board ID is the red switch in the
upper left corner of the HEPC9).
If your configuration is different, please edit the "network" file.

To run the example, simply type

	my32 v

There's also a script file for the HEPC8: my32_pc8. This works with a
network file called network.pc8. This network file assumes an HEPC8
with board switch 0 and a HERON4 in slot 1. To run:

	my32_pc8 v

The 'v' is the verbose option, and it is optional.

To compile the C6x example, you need access to Code Composer Studio.
At the time of writing this, Code Composer Studio is only available
for Windows. Using Code Composer Studio, create a new project with
the Create New HERON-API Project plugin. If you create a project
named 'test', the 'test.c' C6x file will be automatically included.

This example is to show you how to use the Server/Loader library to
boot the DSP system. After booting, the same C/C++ program then uses
the API to communicate with the DSP system. Essentially the example
implements its own Server, while using the Server/Loader library to
boot the DSP system.

The my32 script simply calls the mysl program (compiled & linked from
mysl.cpp) with the appropriate options. To compile and link this
program:

	make

This will use the "Makefile" present in this directory. If you would
prefer to have the standard Server/Loader to boot the DSP system, 
while in a seperate program you wish to communicate with the DSP
system, have a look in the ../batch directory.

The Server/Loader uses a network description file (called "network")
to decide what nodes need to be loaded via what links. This is further
described in the manual ("svloader.pdf" and "networkspec.pdf" in the
/web/pdfs/manuals directory on the Hunt Engineering CD).

13/05/2003

