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#! /usr/bin/env bash
# For running R7RS benchmarks.
#
# Please report any errors or extensions to the author:
#
# William D Clinger ([email protected])
#
# This script was adapted from the similar script in
# test/Benchmarking/R6RS, which was itself loosely modelled
# after Marc Feeley's script for benchmarking R5RS systems,
# with additional contributions by Harvey Stein.
#
# Usage:
#
# % cd test/Benchmarking/R7RS
# % ./bench <system> <benchmark>
#
# For the current list of systems and benchmarks, run this
# script with no arguments.
#
# The benchmarks must be contained within a src subdirectory
# of the directory in which this script is run.
#
# The inputs to the benchmarks must be contained within an
# inputs subdirectory of the directory in which this script
# is run.
OSNAME="`( uname )`"
# If a benchmark takes longer than an hour to run, then it's
# probably in some kind of infinite loop.
# CPU_LIMIT=3600
# ecraven changed this to 5 minutes
CPU_LIMIT=${CPU_LIMIT:-"300"}
# The following definitions are not in use, but using them
# might improve the script.
HOME="`( pwd )`"
SRC="${HOME}/src"
INPUTS="${HOME}/inputs"
################################################################
# These are Larceny's R6RS benchmarks revised for R7RS, with
# the following omissions (and reasons):
#
# dderiv (used hashtables)
# cat2 (used UTF-8, so it's usually the same as cat)
# cat3 (used UTF-16, which is not portably available in R7RS small)
# read0 (extensive testing of R6RS lexical syntax needs conversion)
# read2 (used UTF-8, so it's usually the same as read1)
# read3 (used UTF-16, which is not portably available in R7RS small)
# bibfreq (used hashtables)
# bibfreq2 (used hashtables)
# normalization (used Unicode normalization)
# listsort (used R6RS list-sort)
# vecsort (used R6RS vector-sort)
# hashtable0 (used hashtables)
#
# In addition, the bv2string benchmark was reduced to testing
# conversions between strings and UTF-8.
GABRIEL_BENCHMARKS="browse deriv destruc diviter divrec puzzle triangl tak takl ntakl cpstak ctak"
NUM_BENCHMARKS="fib fibc fibfp sum sumfp fft mbrot mbrotZ nucleic pi pnpoly ray simplex"
KVW_BENCHMARKS="ack array1 string sum1 cat tail wc"
IO_BENCHMARKS="read1"
OTHER_BENCHMARKS="compiler conform dynamic earley graphs lattice matrix maze mazefun nqueens paraffins parsing peval primes quicksort scheme slatex chudnovsky"
GC_BENCHMARKS="nboyer sboyer gcbench mperm"
SYNTH_BENCHMARKS="equal bv2string"
ALL_BENCHMARKS="$GABRIEL_BENCHMARKS $NUM_BENCHMARKS $KVW_BENCHMARKS $IO_BENCHMARKS $OTHER_BENCHMARKS $GC_BENCHMARKS $SYNTH_BENCHMARKS"
ALL_SYSTEMS="bigloo bones chez chibi chicken cyclone femtolisp gambitc gauche gerbil guile ironscheme kawa larceny loko mit mosh picrin racket s7 s9fes sagittarius stklos tr7 ypsilon" # tinyscheme seems to run out of memory or time on *every* benchmark :-/
# petite-chez chickencsi
# foment owllisp rhizome rscheme scheme48 vicare
################################################################
NB_RUNS=1
clean=true
options=""
# Where the tested systems are located on our machines.
setup ()
{
case ${OSNAME} in
"Linux")
APPS="/usr/local/bin"
HENCHMAN="/home/henchman/bin/larceny"
;;
"Darwin")
;;
esac
# For both Solaris and Linux machines.
BIGLOO=${BIGLOO:-"bigloo"}
BONES=${BONES:-"bones"}
CHEZ=${CHEZ:-"chez"}
CHIBI=${CHIBI:-"chibi-scheme"}
CHICKEN_CSC=${CHICKEN_CSC:-"chicken-csc"}
CHICKEN_CSI=${CHICKEN_CSI:-"chicken-csi"}
CYCLONE=${CYCLONE:-"cyclone"}
FEMTOLISP=${FEMTOLISP:-"flisp"}
FOMENT=${FOMENT:-"foment"}
GAMBITC=${GAMBITC:-"gambitc"}
GAUCHE=${GAUCHE:-"gosh"}
GXC=${GXC:-"gxc"}
GUILD=${GUILD:-"guild"}
GUILE=${GUILE:-"guile"}
HUSKI=${HUSKI:-"huski"}
JAVA=${JAVA:-"java"}
IRONSCHEME=${IRONSCHEME:-"ironscheme"}
KAWA=${KAWA:-"kawa"}
KAWAJAR=${KAWAJAR:-/usr/share/kawa/lib/kawa.jar}
LARCENY=${LARCENY:-"larceny"}
LOKO=${LOKO:-"loko"}
MIT=${MIT:-"mit-scheme"}
MOSH=${MOSH:-"mosh-scheme"}
OL=${OL:-"ol"}
PETIT=${PETIT:-"../../../../PetitGit/larceny"}
PETITE_CHEZ=${PETITE_CHEZ:-"petite"}
PICRIN=${PICRIN:-"picrin"}
RACKET=${RACKET:-"racket"}
RACKET_RACO=${RACKET_RACO:-"raco"}
RSCHEME=${RSCHEME:-"fshell"}
RSCHEME_RSC=${RSCHEME_RSC:-"rsc"}
RHIZOME_PISC=${RHIZOME_PISC:-"pisc"}
RHIZOME_PISL=${RHIZOME_PISL:-"pisl"}
SAGITTARIUS=${SAGITTARIUS:-"sagittarius"}
SCHEME48=${SCHEME48:-"scheme48"}
S7=${S7:-"s7"}
S9fES=${S9fES:-"s9"}
SISC=${SISC:-"sisc"}
STALIN=${STALIN:-"stalin"}
STKLOS=${STKLOS:-"stklos"}
TINYSCHEME=${TINYSCHEME:-"tinyscheme"}
TR7I=${TR7I:-"tr7i"}
VICARE=${VICARE:-"vicare"}
YPSILON=${YPSILON:-"ypsilon"}
}
setup
# -----------------------------------------------------------------------------
error ()
{
echo $1
echo '
Usage: bench [-r runs] <system> <benchmark>
<system> is the abbreviated name of the implementation to benchmark:
bigloo for Bigloo
bones for Bones
chez for Chez Scheme
chibi for Chibi
chicken for Chicken (compiled)
chickencsi for Chicken (interpreted)
cyclone for Cyclone
foment for Foment
gambitc for GambitC Scheme
gauche for Gauche
gerbil for Gerbil Scheme
guile for Guile Scheme
husk for Husk
ironscheme for IronScheme
kawa for Kawa
larceny for Larceny
loko for Loko Scheme
mit for MIT/GNU Scheme
mosh for Mosh
owllisp for Owl-Lisp
petit for Petit Larceny
petite-chez for Petite Chez
picrin for Picrin
racket for Racket
rhizome for Rhizome
rscheme for RScheme
sagittarius for Sagittarius
scheme48 for Scheme48
s7 for S7
s9fes for S9fES (Scheme 9 from Empty Space)
sisc for SISC (Second Implementation of Scheme)
stalin for Stalin
stklos for STklos
tinyscheme for TinyScheme
tr7 for TR7
vicare for Vicare
ypsilon for Ypsilon
all for all of the above
<benchmark> is the name of the benchmark(s) to run:
all for all of the usual benchmarks
fib for the fib benchmark
"fib ack" for the fib and ack benchmarks
runs is the number of times to run each benchmark (default is 1).'
exit
}
# -----------------------------------------------------------------------------
# FIXME: DANGER! DANGER! DANGER!
# DON'T USE THIS UNTIL IT'S BEEN FIXED!
cleanup ()
{
if [ "$clean" = "true" ] ; then
# It's true that technically speaking, we should be in the build
# directory when this fcn is called. Thus, we should be able to
# just do rm *. However, that's kind of dangerous, so instead,
# we delete files newer than the mark file that evaluate () makes.
for x in * ; do
if [ $x -nt clean_newer_than_me ] ; then
rm $x
fi
done
fi
rm clean_newer_than_me
}
evaluate ()
{
# echo > clean_newer_than_me
sleep 1
{
echo
echo Testing $1 under ${NAME}
make_src_code $1
echo Compiling...
ulimit -t ${CPU_LIMIT}
echo $COMP "${TEMP}/$1.${EXTENSION}" "${TEMP}/$1.${EXTENSIONCOMP}"
$COMP "${TEMP}/$1.${EXTENSION}" "${TEMP}/$1.${EXTENSIONCOMP}"
if [ $? -ne 0 ]
then
echo "+!CSVLINE!+${2},$1,COMPILEERROR"
skiprun="true"
fi
i=0
if [ "$skiprun" != "true" ]
then
while [ "$i" -lt "$NB_RUNS" ]
do
echo Running...
ulimit -t ${CPU_LIMIT}
$EXEC "${TEMP}/$1.${EXTENSIONCOMP}" "${INPUTS}/$1.input"
status=$?
if [ $status -eq 137 ] # killed by ulimit timeout
then
echo "+!CSVLINE!+${2},$1,ULIMITKILLED"
elif [ $status -ne 0 ]
then
echo "+!CSVLINE!+${2},$1,CRASHED"
fi
i=`expr $i + 1`
done
fi
} 2>&1 | tee -a results.${NAME}
}
make_src_code ()
{
prelude="${SRC}/${NAME}-prelude.scm"
postlude="${SRC}/${NAME}-postlude.scm"
if [ -e "$prelude" ]
then
echo "Including prelude $prelude"
else
prelude="/dev/null"
fi
if [ -e "$postlude" ]
then
echo "Including postlude $postlude"
else
postlude="/dev/null"
fi
cat "$prelude" "${SRC}/$1.scm" "${SRC}/common.scm" "$postlude" "${SRC}/common-postlude.scm" > "${TEMP}/$1.${EXTENSION}"
}
# -----------------------------------------------------------------------------
# Definitions specific to Larceny and Petit Larceny
#
# The --nocontract command-line option reduces variability
# of timing, and probably corresponds to the default for
# most other systems.
larceny_comp ()
{
:
}
larceny_exec ()
{
# add srfi 112 for (implementation-version)
sed -i 's/^(import /(import (srfi 112) /' $1
time "${LARCENY}" --nocontract --r7rs --program "$1" < "$2"
}
petit_comp ()
{
rm "`dirname "$1"`"/*.slfasl
rm "`dirname "$1"`"/*.slfasl.c
rm "`dirname "$1"`"/*.slfasl.o
rm "`dirname "$1"`"/*.slfasl.so
rm "`dirname "$1"`"/*.slfasl.*.so
echo "(import (larceny compiler)) (compile-file \"$1\")" \
| time "${PETIT}" -err5rs -- -e "(repl-prompt values)"
}
petit_exec ()
{
time "${PETIT}" --nocontract --r7rs --program "$1" < "$2"
}
henchman_comp ()
{
echo "(import (larceny compiler)) (compile-file \"$1\")" \
| time "${HENCHMAN}" -err5rs -- -e "(repl-prompt values)"
}
henchman_exec ()
{
time "${HENCHMAN}" --nocontract --r7rs --program "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Chibi
chibi_comp ()
{
:
}
chibi_exec ()
{
time "${CHIBI}" -m scheme.load -e "(load \"$1\")" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Chicken5
chicken_comp ()
{
OPTS="-R r7rs -X r7rs -block -O3 -C -O3 -d0"
${CHICKEN_CSC} ${OPTS} $1 -o $2
}
chicken_exec ()
{
time "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Chicken 5 CSI
chickencsi_comp ()
{
:
}
chickencsi_exec ()
{
time ${CHICKEN_CSI} "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Cyclone
cyclone_comp ()
{
${CYCLONE} -no-memoization-optimizations $1
}
cyclone_exec ()
{
time `dirname $1`/`basename $1 .scm` < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Stalin
stalin_comp ()
{
# run through alexpander first
expanded=${1%%scm}exp
echo "(print-brackets #f) (alexpander-repl)" | cat - $1 | sponge $1
chez -q src/alexpander.scm < $1 > $expanded
# ${STALIN} -On -Ob -Om -Or -Ot -d -d1 -k -copt -O3 $expanded
echo "(load \"/home/nex/scheme/chez/stalin/stalin.scm\") (load \"/home/nex/scheme/chez/stalin/stalin.scm\") (test \"$expanded\")" | chez -q
}
stalin_exec ()
{
exe=${1%%.exe}
time ( "$exe" < "$2" )
}
# -----------------------------------------------------------------------------
# Definitions specific to S7
s7_comp ()
{
:
}
s7_exec ()
{
time ${S7} "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to S9fES
s9fes_comp ()
{
:
}
s9fes_exec ()
{
time ${S9fES} "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to SISC
sisc_comp ()
{
:
}
sisc_exec ()
{
time ${SISC} "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to TinyScheme
stklos_comp ()
{
true
}
stklos_exec ()
{
# The "-s 10000000" parameter, which sets a larger stack size, is necessary
# for at least one benchmark (ack)
time ( ${STKLOS} -s 10000000 -f "$1" < "$2" )
}
# -----------------------------------------------------------------------------
# Definitions specific to TinyScheme
tinyscheme_comp ()
{
# remove import statement
sed -i -e 's/^(import (scheme.*)$//g' $1
}
tinyscheme_exec ()
{
sed 's/^(run-benchmark)$/(with-input-from-file (car *args*) run-benchmark)/' -i "$1"
time ( ${TINYSCHEME} -1 "$1" "$2" )
}
# -----------------------------------------------------------------------------
# Definitions specific to TR7
tr7_comp ()
{
:
}
tr7_exec ()
{
time ${TR7I} "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to RScheme
rscheme_comp ()
{
# remove import statement
sed -i -e 's/^(import (scheme.*)$//g' $1
filename=$(basename $1)
dirname=$(dirname $1)
echo "((test \".\" \".\") (open primops *scheme* iolib low-scheme objsys mathlib high-scheme syscalls) (files ${filename%%.scm}) (export run-benchmark))" > $dirname/test.mcf
# cd $dirname
${RSCHEME_RSC} -p $dirname/test.mcf
}
rscheme_exec ()
{
dirname=$(dirname $1)
cp -R inputs $dirname/
cd $dirname
echo "(with-module mlink (push-module-search-path! \".\")) ,(use test)" > run-current-test.scm
time ( ${RSCHEME} run-current-test.scm < "$2" )
rm -Rf test.mif test.mx test.mcf test.doc
}
# -----------------------------------------------------------------------------
# Definitions specific to Rhizome
rhizome_comp ()
{
# remove import statement
sed -i -e 's/^(import (scheme.*)$//g' $1
dir=$(dirname "$1")
cd $dir
infile=$(basename "$1")
outfile=$(basename "$2")
tmpfile=${outfile%exe}c
modulename=${infile%.scm}
echo "${RHIZOME_PISC} -output $tmpfile $infile"
${RHIZOME_PISC} -output $tmpfile $infile
echo "${RHIZOME_PISL} $modulename -o $outfile"
${RHIZOME_PISL} $modulename -o $outfile
chmod +x $outfile
}
rhizome_exec ()
{
# time pi $1 < $2
time "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Ypsilon
ypsilon_comp ()
{
# remove import statement
sed -i -e 's/^(import (scheme.*)$//g' $1
}
ypsilon_exec ()
{
time ${YPSILON} "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Scheme48
scheme48_comp ()
{
# don't execute run-benchmark
sed -i -e 's/^(run-benchmark)$//' -e 's/(run-benchmark)/(run-benchmark . unneeded-command-line-parameters)/' $1
echo "echo -e ,set inline-values\n,open srfi-19\n,open big-util\n,open define-record-types\n(load \"$1\")\n,build run-benchmark $2\n,exit | ( time ${SCHEME48} )"
echo -e ",set inline-values\n,open srfi-19\n,open big-util\n,open define-record-types\n(load \"$1\")\n,build run-benchmark $2\n,exit" | ( time ${SCHEME48} )
}
scheme48_exec ()
{
time ${SCHEME48} -h 100000000 -i $1 < $2
}
# -----------------------------------------------------------------------------
# Definitions specific to Bones
bones_comp ()
{
# remove import statement
sed -i -e 's/^(import (scheme.*)$//g' $1
echo "${BONES} $1 > $1.s"
${BONES} $1 > $1.s
echo "nasm -I/usr/share/bones -f elf64 $1.s -o $1.o"
nasm -I/usr/share/bones/ -f elf64 $1.s -o $1.o
echo "gcc $1.o -o $2"
gcc -no-pie $1.o -o $2
}
bones_exec ()
{
time "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Vicare
vicare_comp ()
{
# remove import statement
sed -i -e 's/^(import (scheme.*)$//g' $1
${VICARE} -c $1 -o $2
}
vicare_exec ()
{
time ${VICARE} --binary-program "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to IronScheme
ironscheme_comp ()
{
:
}
ironscheme_exec ()
{
# remove import statement
sed -i -e 's/^(import (scheme.*)$/(import (rnrs base) (rnrs io simple))/g' $1
# maybe a support lookup table can be added for these, and only inject if needed, like for read-line, square, exact-integer? too
sed -i -e 's/^(define (bitwise-not[[:blank:]].*).*$/#;(excluded/g' $1
sed -i -e 's/^(define (bitwise-and[[:blank:]].*).*$/#;(excluded/g' $1
sed -i -e 's/^(define (div[[:blank:]].*).*$/#;(excluded/g' $1
sed -i -e 's/^(define (mod[[:blank:]].*).*$/#;(excluded/g' $1
# R6RS compat failure: gcbench
# failures due to Mono: cpstak, fft, pi, pnpoly, quicksort
# weird failures: matrix (missing quote?)
time ( ${IRONSCHEME} "$1" < "$2" )
}
# -----------------------------------------------------------------------------
# Definitions specific to Racket
racket_comp ()
{
echo ${RACKET_RACO} make "$1"
${RACKET_RACO} make "$1"
}
racket_exec ()
{
echo time ${RACKET} "$1" < "$2"
time ${RACKET} "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Bigloo
bigloo_comp ()
{
${BIGLOO} $1 -O6 -call/cc -copt -O3 -o $2
}
bigloo_exec ()
{
time "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Chez
chez_comp ()
{
:
}
chez_exec ()
{
# remove import statement
# sed -i -e 's/^(import (scheme.*)$//g' $1
time "${CHEZ}" --optimize-level 2 --compile-imported-libraries --libdirs /home/nex/scheme/chez --program "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Petite Chez
petite_chez_comp ()
{
:
}
petite_chez_exec ()
{
# remove import statement
sed -i -e 's/^(import (scheme.*)$//g' $1
time "${PETITE_CHEZ}" --program "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to MIT/GNU Scheme
mit_comp ()
{
echo "(begin (cf \"$1\") (%exit 0))" | ${MIT} --quiet --heap 500000
}
mit_exec ()
{
time ${MIT} --quiet --heap 500000 --load "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Guile Scheme 3
guile_comp ()
{
# Guile's default optimization level is more suited to interactive
# development. Explicitly selecting -O3 allows it to more
# aggressively inline top-level definitions.
${GUILD} compile -O3 "$1"
}
guile_exec ()
{
time ${GUILE} "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Gambit Scheme
gambitc_comp ()
{
# remove import statement
sed -i -e 's/^(import (scheme.*)$//g' $1
${GAMBITC} -o $2 -exe $1
}
gambitc_exec ()
{
time "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to femtolisp
femtolisp_comp ()
{
:
}
femtolisp_exec ()
{
time "${FEMTOLISP}" "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Foment
foment_comp ()
{
:
}
foment_exec ()
{
time "${FOMENT}" "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Gauche
gauche_comp ()
{
:
}
gauche_exec ()
{
time "${GAUCHE}" -r7 -b "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Gerbil
gerbil_comp ()
{
sed -i -e 's/^(run-benchmark)$//' $1
${GXC} -d $(dirname "$1") -exe -O -o "${1%.scm}.exe" "$1"
}
gerbil_exec ()
{
export GERBIL_HOME=/opt/gerbil/
time "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Husk
# I could not get huskc to work:
#
# % ./huskc /tmp/r7rs-benchmarks/fib.scm
#
# /tmp/r7rs-benchmarks/fib.hs:14:8:
# Could not find module `Language.Scheme.Variables'
# Use -v to see a list of the files searched for.
husk_comp ()
{
:
}
husk_exec ()
{
time "${HUSKI}" "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Kawa
kawa_comp ()
{
classname=$(basename -s .scm $1)
"${KAWA}" --r7rs --no-warn-unused -d out --main -T $classname -C $1
}
kawa_exec ()
{
classname=$(basename -s .scm $1)
time "${JAVA}" -cp $KAWAJAR:$(dirname $0)/out $classname < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Mosh
mosh_comp ()
{
:
}
mosh_exec ()
{
sed -i 's/(scheme time)/(only (scheme time) current-jiffy current-second)/' "$1"
time "${MOSH}" "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Owl-Lisp
owllisp_comp ()
{
:
}
owllisp_exec ()
{
echo "${OL} $1 < $2"
time "${OL}" "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Picrin
# Picrin (apparently) does not allow forward references within
# procedure definitions, so it is unable to run any of these
# benchmarks.
picrin_comp ()
{
:
}
picrin_exec ()
{
time "${PICRIN}" "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Sagittarius
sagittarius_comp ()
{
:
}
sagittarius_exec ()
{
time "${SAGITTARIUS}" -r7 -d -n "$1" < "$2"
}
# -----------------------------------------------------------------------------
# Definitions specific to Loko
loko_comp ()
{
${LOKO} -std=r7rs -ftarget=linux --compile $1 --output $2
}
loko_exec ()
{
time "$1" < "$2"
}
# -----------------------------------------------------------------------------
## Arg processing...
if [ "$#" -lt 2 ]; then
error '>>> At least two command line arguments are needed'
fi
while [ $# -gt 2 ] ; do
arg="$1"
shift
case $arg in
-r) NB_RUNS=$1 ; shift ;;
-c) clean=$1 ; shift ;;
-o) options=$1 ; shift ;;
*) error ">>> Unknown argument of $arg given." ;;
esac
done
if [ "$#" -ne 2 ]; then
error '>>> Last two arguments must be <system> and <benchmark>'
fi
case "$1" in
all) systems="$ALL_SYSTEMS" ;;
*) systems="$1" ;;
esac
case "$2" in
all) benchmarks="$ALL_BENCHMARKS" ;;
gabriel) benchmarks="$GABRIEL_BENCHMARKS" ;;
kvw) benchmarks="$KVW_BENCHMARKS" ;;
other) benchmarks="$OTHER_BENCHMARKS" ;;
awk) benchmarks="$AWK_BENCHMARKS" ;;
c) benchmarks="$C_BENCHMARKS" ;;
java) benchmarks="$JAVA_BENCHMARKS" ;;
*) benchmarks="$2" ;;
esac
## Run each benchmark under each system...
for system in $systems ; do
case "$system" in
larceny) NAME='Larceny'
COMP=larceny_comp
EXEC=larceny_exec
COMPOPTS=""
EXTENSION="scm"
EXTENSIONCOMP="scm"
COMPCOMMANDS=""
EXECCOMMANDS=""
;;
petit) NAME='Petit'
COMP=petit_comp
EXEC=petit_exec
COMPOPTS=""
EXTENSION="scm"
EXTENSIONCOMP="slfasl"
COMPCOMMANDS=""
EXECCOMMANDS=""
;;
henchman) NAME='Henchman'
COMP=henchman_comp
EXEC=henchman_exec
COMPOPTS=""
EXTENSION="scm"
EXTENSIONCOMP="slfasl"
COMPCOMMANDS=""
EXECCOMMANDS=""
;;
chibi) NAME='Chibi'
COMP=chibi_comp
EXEC=chibi_exec
COMPOPTS=""
EXTENSION="scm"
EXTENSIONCOMP="scm"
COMPCOMMANDS=""
EXECCOMMANDS=""
;;
chicken) NAME='Chicken'
COMP=chicken_comp
EXEC=chicken_exec
COMPOPTS=""
EXTENSION="scm"
EXTENSIONCOMP="exe"
COMPCOMMANDS=""
EXECCOMMANDS=""
;;
chickencsi) NAME='ChickenCSI'
COMP=chickencsi_comp