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#       Project         : Server/Loader V3.1
#       Component       : Server example.
#       File            : README
#       Author          : 
#       Description     : 
#       History         : 
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This example program as-is works with a HEPC3 with one processor TIM-40
module inserted. The processor module must be a C40 type processor. If
your configuration is different, please edit the "network" file: 
1. If you have a C44 processor, change "HOSTLINK 3" to "HOSTLINK 4".
2. If you use a HEPC2E board, replace "BD API hep3b 0 0" by "BD API
   hep2e 0 0".
3. If you use a HEQUAD, change "idrom.out" in the "ND" lines by one of
   the "hequadxx.out" files (xx being 40, 50 or 60, the number indica-
   ting the processors clock frequency). You must also change "HOSTLINK
   3" to "HOSTLINK 4".

To run the example, simply type

	my32

To compile the C4x example, simply time

	make

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 mysl.cpp,
create a new console project with Microsoft Visual C/C++ or Borland
Builder. Then add 'mysl.cpp', and libraries 'hendrv.lib' and 'win32sl.
lib' (Microsoft) or 'hebdrv.lib' and 'win32slbl.lib' (Borland). For
Borland, also define a compiler variable 'BL=1'.

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" in the manuals directory on
the Hunt Engineering CD).

26/01/2000

