This page describes how to compile and run the RCE teststand software at SLAC and CERN. Checking out the packages from SLAC CVS requires a SLAC Unix login account. Required steps are identical for the SLAC and CERN environment unless otherwiese mentioned.
Setting the RCE development environment (C-Shell)
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source /reg/g/atlas/rcecalib/setup/setup_rce.csh
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To execute this setup at login the follwing lines should be assed to $HOME/.cshrc
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if ( -r /reg/g/atlas/rcecalib/setup/setup_rce.csh ) then
source /reg/g/atlas/rcecalib/setup/setup_rce.csh >& /dev/null
endif
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Setup for Bourne-Shell
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source /reg/g/atlas/rcecalib/setup/setup_rce.sh
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Or adding the follwing lines to $HOME/.bash_profile
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if [ ! -r /reg/g/atlas/rcecalib/setup/setup_rce.sh ]; then
source /reg/g/atlas/rcecalib/setup/setup_rce.sh 2>&1 > /dev/null
fi
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Checking out and setting up the RCE and STControl/PixLib packages into a directory
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cvs co -d rcerel_dir release
cd rcerel_dir
cvs co pixlib rce rceapp rceers rceowl rcecalib rceipc rceusr
cp rcecalib/projects.mk.template project.mk
patch -p0 < rcecalib/rce.patch
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Building the RCE packages.
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Note: the RCE needs to be compiled with the RCE_INTERFACE=1 option.
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make i386-linux
make ppc-rtems-rce405-opt RCE_INTERFACE=1
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Edit setup_rce.csh and set the RCE release path
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