flex_boundaries_script.sh

#!/bin/bash

BIN=$(dirname $0)
OPT=${SCAFFOLD}/build/Release+Asserts/bin/opt
SCAF=${SCAFFOLD}/build/Release+Asserts/lib/Scaffold.so

plot () {
    local f=$1
    local offset=$2
    local b=$(basename $f .plot)
    local out="${b}.png"
    local cols=$(head -1 $f | wc -w)
    local len=$(wc -l $f | awk '{print $1}')
    local width=0
    (( width = (($len - 1) * $cols) * 3 + 100 ))
    echo gnuplot -e "width='${width}'; yoffset='${offset}'; cols='${cols}'; out='${out}'; datafile='${f}'" graph.plg
    gnuplot -e "width='${width}'; yoffset='${offset}'; cols='${cols}'; out='${out}'; datafile='${f}'" graph.plg
}

#for f in $*; do
#    b=$(basename $f .scaffold)
#    d=1024
#    if [ -n ${b}.ll ]; then
#        # Generate compiled files
#        ~jheckey/qarc/master/scaffold.sh -r $f
#        mv ${b}11.ll ${b}11.ll.keep_me
#        ~jheckey/qarc/master/scaffold.sh -c $f
#        # Keep the final output for the compilation
#        mv ${b}11.ll.keep_me ${b}.ll
#    fi
#done
#for f in $*; do
#    b=$(basename $f .scaffold)
#    echo Getting resource counts ...
#    $OPT -S -load $SCAF -ResourceCount ${b}_inline2M.ll > /dev/null 2> ${b}_inline2M.res
#done
#for f in $*; do
#    b=$(basename $f .scaffold)
#    d=1024
#    for k in 1 2 3 4; do
#        echo $b: Gen SIMD K=$k
#        if [ ! -e ${b}_inline2M.simd.${k}.${d}.leaves ]; then
#            $OPT -load $SCAF -GenSIMDSchedule -simd-kconstraint $k -simd-dconstraint $d ${b}_inline2M.ll > /dev/null 2> ${b}_inline2M.simd.${k}.${d}
#            ${BIN}/leaves.pl ${b}_inline2M.simd.${k}.${d} > ${b}_inline2M.simd.${k}.${d}.leaves
#        fi
#    done
#done
#for f in $*; do
#    b=$(basename $f .scaffold)
#    ${BIN}/regress.sh ${b}*.leaves
#done
#for f in $*; do
#    b=$(basename $f .scaffold)
#    ${BIN}/comm_aware.pl ${b}*.ss ${b}*.lpfs ${b}*.rcp
#done
for f in $*; do
    b=$(basename $f .scaffold)
    for c in ${b}*.rcp ${b}*.lpfs ${b}*.ss; do
        k=$(perl -e '$ARGV[0] =~ /simd.(\d)/; print $1' $c)
#       d=$(perl -e '$ARGV[0] =~ /_D(\d+)/; print $1' $c)
        d=1024
        x=$(perl -e '$ARGV[0] =~ /leaves.(.+)/; print $1' $c)
        echo Full sched: ${b}_inline2M.simd.${k}.${d}.${x}.time
        cat /dev/null > comm_aware_schedule.txt
        for z in ${b}_inline2M.simd.*.${d}.leaves.${x}; do
            cat $z >> comm_aware_schedule.txt
            echo Just Added: $z
        done
        if [ ! -e ${b}_inline2M.simd.${k}.${d}.${x}.flex.time ]; then
            echo "    Running ${b}_inline2M.simd.${k}.${d}.${x}.flex.time ..."
            $OPT -load $SCAF -TestGenCGSIMDScheduleOpt -simd-opt-kconstraint-cg2 $k -simd-opt-dconstraint-cg2 $d ${b}_inline2M.ll > /dev/null 2> ${b}_inline2M.simd.${k}.${d}.${x}.flex.time
        fi

        # Now do 0-communication cost
#        if [ ! -e ${b}_inline2M.simd.${k}.${d}.w0.${x}.time ]; then
#            $OPT -load $SCAF -GenCGSIMDSchedule -move-weight-cg 0 -simd-kconstraint-cg $k -simd-dconstraint-cg $d ${b}_inline2M.ll > /dev/null 2> ${b}_inline2M.simd.${k}.${d}.w0.${x}.time
#        fi
    done
done

      # Add renaming here
#        mv histogram_data.txt histogram_${b}_inline2m.simd.${k}.${d}.${x}.txt

rm -f runtime avg
awk '/^SIMD k=.* main / {print FILENAME,$6 >> "runtime"
                         if ( $8 == 0 )
                             average = 0
                         else
                             average = $7/$8
                         print FILENAME,average >> "avg"}' *.time
${BIN}/sort.pl runtime > runtime.plot
${BIN}/sort.pl avg > avg.plot
grep "Peak load" *.ss *.lpfs *.rcp | sed 's/:Peak load = / /' | ${BIN}/sort.pl -p > peak.plot
#plot runtime.plot 1e8
#plot avg.plot 1
#plot peak.plot 1