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# $Id$
This test ilustrates how to connect multiple ECs; it has many
options and can be configured to run a single EC, two ECs connected
through a Gateway, short-circuit the EC, use a global, local or
precomputed schedule, etc.
Please see the scripts for typical configurations.
A simple test is that uses a pre-computed schedule would be:
# Run the Naming Service
$ ../../Naming_Service/Naming_Service -ORBport 0
-p NameService.pid -o NameService.ior
# If the multicast location does not work for your use:
#
# NameService=`cat NameService.ior`
# export NameService
#
# or other commands that suit your shell.
#
# Run the first EC, supplier generates events <1> and <2> consumer
# subscribes to events <1> and <3>
$ ./EC_Multiple -ORBport 0 -l ECM1 -r ECM2 -s runtime -p ECM1.pid \
-h 1,1,1,250000,100,1,2,1,3
# Run the second EC, supplier generates events <4> and <3> consumer
# subscribes to events <4> and <2>
$ ./EC_Multiple -ORBport 0 -l ECM2 -r ECM1 -s runtime -p ECM2.pid \
-h 1,1,1,250000,100,4,3,4,2
# Notice how the consumer receives both local and remote events, but
# not all the local neither all the remote events.
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