A {{{run}}} script example to be used for the Model & Solve competition follows. 
The script pipes input towards the DLV solver (you might replace with your own) and outputs data in the competition format.

{{{#! wiki
 #! /usr/bin/env bash

set -o pipefail     # Disable output buffering

if [ $# -ne 3 ]; then
    echo "This script must be invoked with three parameters!"
    exit
fi

MAXINT=$1
MAX_NESTING_LEVEL=$2    # NOTE: MAX_NESTING_LEVEL is not used in this version of DLV
OUTPUT_PREDICATES=$3

SCRIPTDIR=`dirname $0`
BIN=$SCRIPTDIR/dlv.i386-linux-elf-static.bin
ENCODING=$SCRIPTDIR/my_encoding.dl

# Execution with preprocessing and postprocessing:
$SCRIPTDIR/preprocess.pl | $BIN -N=$MAXINT -filter=$OUTPUT_PREDICATES -n=1 -silent $ENCODING -- | $SCRIPTDIR/postprocess.pl

ECODE=$?
if [ $ECODE -ne 0 ]; then
    echo UNKNOWN;
fi
exit $ECODE
}}}

Note that {{{DLV}}} is invoked after a pre-processing perl script. 
The output of {{{DLV}}} is processed by a perl post-processing script.
Your binary executable might not require a pre-processing script: in such a case the following instruction can be used in the script:

{{{
# Execution with postprocessing only:
$BIN -N=$MAXINT -filter=$OUTPUT_PREDICATES -n=1 -silent $ENCODING -- | $SCRIPTDIR/postprocess.pl
}}}

Similarly, if your binary executable does not require a post-processing script, the following instruction can be used in the script:

{{{
# Execution with preprocessing only:
$SCRIPTDIR/preprocess.pl | $BIN -N=$MAXINT -filter=$OUTPUT_PREDICATES -n=1 -silent $ENCODING --
}}}