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Makefile
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###(((((((((((((((((((((((((((((((( L i S P ))))))))))))))))))))))))))))))))
### This file is derived from the files that accompany the book:
### LISP Implantation Semantique Programmation (InterEditions, France)
### or Lisp In Small Pieces (Cambridge University Press).
### By Christian Queinnec <Christian.Queinnec@INRIA.fr>
### The original sources can be downloaded from the author's website at
### http://pagesperso-systeme.lip6.fr/Christian.Queinnec/WWW/LiSP.html
### This file may have been altered from the original in order to work with
### modern schemes. The latest copy of these altered sources can be found at
### https://github.com/appleby/Lisp-In-Small-Pieces
### If you want to report a bug in this program, open a GitHub Issue at the
### repo mentioned above.
### Check the README file before using this file.
###(((((((((((((((((((((((((((((((( L i S P ))))))))))))))))))))))))))))))))
default.work : build.interpreter
# This is the Makefile of the distribution. The first part defines
# the variables that you may have to setup in order to run the
# tests. The second part defines how to test the various parts of
# the sourcef files.
# If you decide to build a specialized interpreter on top of Bigloo
# then indicate the correct command to invoke bigloo.
BIGLOO = bigloo
# If you decide to build multiple specialized interpreters on
# multiple machines, then you must give different HOSTTYPE for all
# these CPU-different machines. Very often, HOSTTYPE is set up for
# you by your shell (tcsh does this). If so, you can leave empty
# this definition, it will be automatically inherited from your
# shell.
export HOSTTYPE := $(shell uname -m)
# Choose a Scheme interpreter. This interpreter must contain Meroonet,
# hygienic macros and a test-suite driver. It is better to build a
# specialized interpreter with these facilities compiled in. See the
# target o/${HOSTTYPE}/book.bigloo below for an example of a
# pre-compiled interpreter. You can also directly use an interpreter
# and load on the fly Meroonet and the test-suite driver every time.
# This is what the MIT, Gambit, and Guile-based definitions do.
# The original Makefile defines only the SCHEME variable. MYSCHEME is
# a shorthand form that is easier to override on the make command
# line.
#
# The default value for MYSCHEME is bigloo because the Bigloo
# interpreter is the only one that is pre-compiled with Meroonet and
# other support code, and is quite a bit faster at executing the
# included test suite than any other interpreter. -- appleby
MYSCHEME = bigloo
# MYSCHEME = guile
# MYSCHEME = mit
SCHEME = o/${HOSTTYPE}/book.${MYSCHEME}
# This variable allows to measure time. I personnally use Gnu time but time
# will do also.
TIME = time
# A temporary file used to store temporary results. Put it in a
# place where it will disappear automatically sometime.
RESULTS = o/test.results
# A temporary file used to store the names of failing tests when
# running the grand.test target.
FAILURES = o/test.failures
# Make an archive grouping *.o files
# You need it if you want to test the Scheme towards C compiler.
AR = ar
# Updating an archive (void on some machines)
# You need it if you want to test the Scheme towards C compiler.
RANLIB = ranlib
# Only needed for test.chap6.ml. -- appleby
CAMLLIGHT = camllight
# This is the C compiler I used as well as its preferred flags.
# You need it if you want to test the Scheme towards C compiler.
# On BSD, you probably want to set CC=gcc48, or whatever version of gcc you
# have installed. Note that it's not enough to specify CC=gcc48 on the make
# command line. The `export' clause here will override it. -- appleby
export CC=gcc
export CFLAGS=-ansi -pedantic -Wall -O
# This is perl. I use it for checking results of tests. It is not
# mandatory to setup this variable.
PERL = perl
# Absolute path to LiSP source root. -- appleby
export LiSP_TOPDIR=${PWD}
# Set the SHELL explicitly. Mit-scheme's run-shell-command respects
# this variable, and some shell commands will fail if using a non-standard
# shell (e.g. fish). -- appleby
export SHELL=/bin/sh
# This part of the Makefile defines how to run and test the programs
# of the book.
# Build the necessary directories where will go specialized interpreters.
MKDIR_TARGET = o/${HOSTTYPE}/mkdir_done
${MKDIR_TARGET}:
mkdir -p o/${HOSTTYPE}
touch $@
##################################### Build specialized interpreters.
# Rebuild a Bigloo interpreter with Meroonet and tester in it.
# Adapted to Bigloo 4.1a. Due to name conflicts, the compilation of
# rtbook.scm emits much warnings: ignore them!
o/${HOSTTYPE}/book.bigloo : bigloo/book.scm o/${HOSTTYPE}/rtbook.a
${BIGLOO} -v -call/cc -cg -o o/${HOSTTYPE}/book.bigloo bigloo/book.scm \
-ldopt o/${HOSTTYPE}/rtbook.a
-rm bigloo/book.[co] o/${HOSTTYPE}/book.[co]
o/${HOSTTYPE}/rtbook.a : o/${HOSTTYPE}/rtbook.o common/pp.scm common/format.scm
-rm o/${HOSTTYPE}/rtbook.a
cd o/${HOSTTYPE} ; ${AR} cvr rtbook.a rtbook.o
-${RANLIB} o/${HOSTTYPE}/rtbook.a
o/${HOSTTYPE}/rtbook.o : bigloo/rtbook.scm bigloo/hack.scm src/tester.scm ${MKDIR_TARGET}
${BIGLOO} -c -v -call/cc -cg -w -o o/${HOSTTYPE}/rtbook.o bigloo/rtbook.scm
-rm bigloo/rtbook.[co] o/${HOSTTYPE}/rtbook.c
# Default work for the distribution, create some sub-directories
# where will go compilation products.
build.interpreter : ${MKDIR_TARGET}
@if [ "X${SCHEME}" = X ] ; \
then echo "*** Unbound SCHEME variable, see Makefile" ; exit 1 ; \
else : ; fi
case "${SCHEME}" in \
*bigloo|*mit|*guile) ${MAKE} ${SCHEME} ;; \
*) : ;; esac
######################################## Test interpreters
test.interpreters : o/${HOSTTYPE}/book.bigloo.test o/${HOSTTYPE}/book.mit.test \
o/${HOSTTYPE}/book.guile.test
MIT_BAND_FILE=o/${HOSTTYPE}/book.mit.com
${MIT_BAND_FILE} : ${MKDIR_TARGET}
echo "(disk-save \"${MIT_BAND_FILE}\" \"${MIT_BAND_FILE}\")" \
| mit-scheme --batch-mode --no-init-file --load mitscheme/book.scm
# Makes a command to run mitscheme. Must be run from the current
# directory.
o/${HOSTTYPE}/book.mit : ${MIT_BAND_FILE}
echo "#!/bin/sh" > $@
echo "exec mit-scheme --band ${MIT_BAND_FILE} --eval '(start)'" >> $@
chmod a=rwx $@
# Makes a command to run guile. Must be run from the current
# directory.
o/${HOSTTYPE}/book.guile : ${MKDIR_TARGET}
echo "#!/bin/sh" > $@
echo "exec guile -q -l guile/book.scm" >> $@
chmod a=rwx $@
check.results :
@if grep -i '= done' ${RESULTS} ; \
then echo '*** Tests successfully passed ***' ; \
else echo '*** *** Abnormal results **** ***' ; exit 1 ; fi
o/${HOSTTYPE}/book.bigloo.test :
${MAKE} SCHEME=o/${HOSTTYPE}/book.bigloo book.interpreter.test
o/${HOSTTYPE}/book.mit.test :
${MAKE} SCHEME=o/${HOSTTYPE}/book.mit book.interpreter.test
o/${HOSTTYPE}/book.guile.test :
${MAKE} SCHEME=o/${HOSTTYPE}/book.guile book.interpreter.test
book.interpreter.test : book.interpreter.test1 book.interpreter.test2 \
book.interpreter.test3 book.interpreter.test4
book.interpreter.test1 : ${SCHEME}
echo '(test "src/syntax.tst")' | ${SCHEME} | tee ${RESULTS}
${MAKE} check.results
book.interpreter.test2 : ${SCHEME}
echo '(test "meroonet/oo-tests.scm")' | ${SCHEME} | tee ${RESULTS}
${MAKE} check.results
book.interpreter.test3 : ${SCHEME}
${MAKE} SCHEME=${SCHEME} test.chap1 | tee ${RESULTS}
${MAKE} check.results
book.interpreter.test4 : ${SCHEME}
${MAKE} SCHEME=${SCHEME} test.chap2a | tee ${RESULTS}
${MAKE} check.results
########################## All the tests
# Some tests have a name starting with no. That means that the test
# has some problems (it does not complete or loops) I just verify
# that it ends at the expected point. Some test have a name starting
# with long. That means that it is a very long long test, so it is
# only run if the variable YOU_HAVE_TIME is true (not false).
# Moore's law has been kind to us. Tests that apparently took hours to
# run on the original author's machine 20 years ago now complete in
# less than a minute. I'm leaving the long- prefixes and YOU_HAVE_TIME
# alone since they're still useful, but unless you're really
# impatient, you probably don't want to disable the "long" tests. For
# reference, the entire grand.test suite takes about 6 minutes to
# complete even with the slower interpreters on my 5-year-old (as of
# late 2014) laptop. When using a pre-compiled interpreter
# (i.e. SCHEME = book.bigloo) the entire suite finishes in less than 3
# minutes. -- appleby
YOU_HAVE_TIME = true
GRAND_TESTS = ${TEST_CHAP1} ${TEST_CHAP2} ${TEST_CHAP3} ${TEST_CHAP4} \
${TEST_CHAP5} ${TEST_CHAP6} ${TEST_CHAP7} ${TEST_CHAP8} \
${TEST_CHAP9} ${TEST_CHAP10}
GRAND_TEST_FLAGS = SCHEME="${SCHEME}" YOU_HAVE_TIME="${YOU_HAVE_TIME}"
grand.test :
${TIME} nice ${MAKE} do.grand.test ${GRAND_TEST_FLAGS}
do.grand.test : ${SCHEME}
@rm -f ${FAILURES}
@for test in ${GRAND_TESTS} ; do \
( echo Testing $$test ... ; ${MAKE} $$test ${GRAND_TEST_FLAGS} ) \
| tee ${RESULTS} ; echo Checking results of $$test ... ; \
${PERL} perl/check.prl ${RESULTS} $$test ; \
[ $$? -ne 0 ] && echo $$test >> ${FAILURES} ; \
done; echo "Finished grand.test"
@[ -e ${FAILURES} ] && ( echo "The following tests failed:"; \
cat ${FAILURES} ) || echo "All tests passed."
grand.test.with.bigloo : o/${HOSTTYPE}/book.bigloo
${MAKE} grand.test SCHEME=o/$$HOSTTYPE/book.bigloo
grand.test.with.mit : o/${HOSTTYPE}/book.mit
${MAKE} grand.test SCHEME=o/$$HOSTTYPE/book.mit
grand.test.with.guile : o/${HOSTTYPE}/book.guile
${MAKE} grand.test SCHEME=o/$$HOSTTYPE/book.guile
########################## (Really) All the tests
# Run all tests for all schemes. This includes all tests from the
# test.interpreters and grand.test targets, plus a handful of other
# targets. -- appleby
ALL_SCHEMES = bigloo guile mit
EXTRA_TESTS = chap10e.example chap10k.example o/chap10ex.E test.chap10e.c
MISC_TARGETS = test.chap6.bgl test.chap6.ml compare.chap10
GRAND_BENCH = ${BENCH_CHAP5} ${BENCH_CHAP6} ${BENCH_CHAP7}
define ok-or-fail =
${PERL} -e "printf '%-40s', '"${1}"'" ; \
${2} ; \
if [ $$? -eq 0 ] ; \
then echo ok ; \
else echo fail; echo " ${1}" >> "${FAILURES}"; fi
endef
define check-failures =
if [ -e "${FAILURES}" ]; \
then echo "The following tests failed:"; cat "${FAILURES}"; exit 1; \
else echo "All tests passed."; fi
endef
all.test:
@${MAKE} -s clean
@${TIME} ${MAKE} -s do.all.test
do.all.test:
@${MAKE} misc.test
@for scheme in ${ALL_SCHEMES} ; do \
${MAKE} clean.all.but.failures; \
${MAKE} build.interpreter.nospew MYSCHEME=$$scheme; \
${MAKE} interpreter.test MYSCHEME=$$scheme; \
${MAKE} extra.test MYSCHEME=$$scheme; \
${MAKE} grand.test.nospew MYSCHEME=$$scheme; \
${MAKE} grand.bench.nospew MYSCHEME=$$scheme; \
done; echo "Finished all.test."
@$(check-failures)
# build.interpreter.nospew is like build.interpreter, but only prints
# pass/fail status.
build.interpreter.nospew: ${MKDIR_TARGET}
@$(call ok-or-fail,"Running ${SCHEME}",\
${MAKE} -s ${SCHEME} > ${RESULTS} 2>&1)
# interpreter.test is equivalent to test.interpreters, but for a
# single $SCHEME, rather than all schemes. Also, this target only
# prints pass/fail status.
interpreter.test: ${MKDIR_TARGET}
@$(call ok-or-fail,"Running book.${MYSCHEME}.test",\
${MAKE} o/${HOSTTYPE}/book.${MYSCHEME}.test > /dev/null 2>&1)
# misc.test includes the few targets that are not included in
# grand.test and that do not depend on $SCHEME.
misc.test: ${MKDIR_TARGET}
@for target in ${MISC_TARGETS} ; do \
$(call ok-or-fail,"Running $$target",\
${MAKE} $$target > ${RESULTS} 2>/dev/null) ; \
done
# extra.test contains tests not included in the grand.test* targets.
extra.test: ${SCHEME}
@for target in ${EXTRA_TESTS} ; do \
$(call ok-or-fail,"Running $$target with ${MYSCHEME}",\
${MAKE} $$target MYSCHEME=${MYSCHEME} > ${RESULTS} 2> /dev/null) ; \
done
# grand.test.quitely is like the grand.test target, but with less
# output on stdout/stderr.
grand.test.quietly:
@${MAKE} -s clean
@${MAKE} -s build.interpreter.nospew
@${TIME} ${MAKE} -s grand.test.nospew
@$(check-failures)
# grand.test.nospew runs the same tests as the grand.test target, but
# only prints a single pass/fail status for each test, rather than
# dumping all test output on stdout/stderr.
grand.test.nospew: ${SCHEME}
@for target in ${GRAND_TESTS} ; do \
$(call ok-or-fail,"Running $$target with ${MYSCHEME}",\
${MAKE} $$target MYSCHEME=${MYSCHEME} > ${RESULTS} 2> /dev/null \
&& ${PERL} perl/check.prl ${RESULTS} $$target > /dev/null) ; \
done
# grand.bench.nospew is like grand.test.nospew, but runs all
# benchmarks instead of tests.
grand.bench.nospew: ${SCHEME}
@for target in ${GRAND_BENCH} ; do \
$(call ok-or-fail,"Running $$target with ${MYSCHEME}",\
${MAKE} $$target MYSCHEME=${MYSCHEME} > ${RESULTS} 2> /dev/null) ; \
done
##################################### Chap 1 ##############################
TEST_CHAP1 = test.chap1
# chap1.scm contains a naive interpreter written in naive Scheme.
test.chap1 : src/chap1.scm
echo \
'(load "src/chap1.scm")' \
'(and (test-scheme1 "src/scheme.tst")' \
' (test-scheme1 "src/chap1.tst"))' \
| ${SCHEME}
##################################### Chap 2 ##############################
TEST_CHAP2 = test.chap2a test.chap2b test.chap2c test.chap2e test.chap2f \
test.chap2g test.chap2h
# chap2a.scm contains a little Lisp2 interpreter (eval e env fenv).
# chap2d.scm displays simple cyclic lists in a finite way.
test.chap2a : src/chap2a.scm
echo \
'(load "src/chap2a.scm")' \
'(and (test-chap2a "src/chap2a.tst")' \
' (load "src/chap2d.scm")' \
" 'done)" \
| ${SCHEME}
# chap2b.scm adds flet and function to the previous interpreter
src/chap2b.scm : src/chap2a.scm
test.chap2b : src/chap2b.scm
echo \
'(load "src/chap2a.scm")' \
'(load "src/chap2b.scm")' \
'(test-scheme2a "src/chap2b.tst")' \
| ${SCHEME}
# chap2c.scm adds dynamic variables (eval e env fenv denv)
src/chap2c.scm : src/chap2b.scm
test.chap2c : src/chap2c.scm
echo \
'(load "src/chap2a.scm")' \
'(load "src/chap2b.scm")' \
'(load "src/chap2c.scm")' \
'(test-scheme2c "src/chap2c.tst")' \
| ${SCHEME}
# chap2e.scm adds dynamic variables a la Common Lisp
src/chap2e.scm : src/chap2c.scm
test.chap2e : src/chap2e.scm
echo \
'(load "src/chap2a.scm")' \
'(load "src/chap2b.scm")' \
'(load "src/chap2c.scm")' \
'(load "src/chap2e.scm")' \
'(test-scheme2c "src/chap2e.tst")' \
| ${SCHEME}
# chap2f.scm adds dynamic variables without special forms
test.chap2f : src/chap2f.scm
echo \
'(load "src/chap2f.scm")' \
'(test-scheme2f "src/chap2f.tst")' \
| ${SCHEME}
# chap2g.scm adds the let, letrec special forms to chap1.scm (scheme)
src/chap2g.scm : src/chap1.scm
test.chap2g : src/chap2g.scm
echo \
'(load "src/chap1.scm")' \
'(load "src/chap2g.scm")' \
'(and (test-scheme1 "src/scheme.tst")' \
' (test-scheme1 "src/chap2g.tst"))' \
| ${SCHEME}
# chap2h.scm allows extensions such as (1 e) or ((f1 f2) e)
src/chap2h.scm : src/chap1.scm
test.chap2h : src/chap2h.scm
echo \
'(load "src/chap1.scm")' \
'(load "src/chap2h.scm")' \
'(and (test-scheme1 "src/scheme.tst")' \
' (test-scheme1 "src/chap2h.tst"))' \
| ${SCHEME}
##################################### Chap 3 ##############################
TEST_CHAP3 = test.chap3f test.chap3h
# chap3{a,b,c,d,e}.scm contain excerpts from chapter3 (not necessarily
# Scheme).
# chap3f.scm contains an interpreter in OO style
test.chap3f : src/chap3g.scm
echo \
'(load "src/chap3f.scm")' \
'(load "src/chap3g.scm")' \
'(load "src/chap3h.scm")' \
'(test-scheme3f "src/scheme.tst")' \
| ${SCHEME}
# chap3g.scm defines additional control features (block, catch)
# chap3h.scm defines unwind-protect
# chap3j.scm improves chap3f.scm
src/chap3g.scm : src/chap3f.scm
src/chap3h.scm : src/chap3f.scm
src/chap3j.scm : src/chap3f.scm
test.chap3h : src/chap3g.scm
echo \
'(load "src/chap3f.scm")' \
'(load "src/chap3g.scm")' \
'(load "src/chap3h.scm")' \
'(load "src/chap3j.scm")' \
'(and (test-scheme3f "src/scheme.tst")' \
' (test-scheme3f "src/chap3f.tst"))' \
| ${SCHEME}
##################################### Chap 4 ##############################
TEST_CHAP4 = test.chap4
# chap4.scm contains excerpts from chapter 4
# chap4a.scm contains a Scheme interpreter coded with nothing but closures.
test.chap4 : src/chap4.scm src/chap4a.scm src/chap4.tst
echo \
'(load "src/chap4.scm")' \
'(load "src/chap4a.scm")' \
"(define box1 'wait)" \
"(define p1 'wait)" \
'(and (file-test "src/scheme.tst")' \
' (set! evaluate new-evaluate)' \
' (file-test "src/chap4a.tst")' \
' (suite-test' \
' "src/chap4.tst" "?? " "== " #t' \
' (lambda (read check err)' \
" (lambda () (check (eval (read)))))" \
' naive-match))' \
| ${SCHEME}
##################################### Chap 5 ##############################
# Denotational semantics
TEST_CHAP5 = test.chap5a loop.test.chap5b test.chap5c test.chap5d test.chap5e \
test.chap5f test.chap5g test.chap5h
BENCH_CHAP5 = bench.chap5a bench.chap5d
bench.chap5 : bench.chap5a
test.chap5a : src/chap5a.scm
echo \
'(load "src/chap5a.scm")' \
'(test-denScheme "src/scheme.tst")' \
| ${SCHEME}
# See typical times a the end of src/chap5-bench.scm
bench.chap5a : src/chap5a.scm
echo \
'(load "src/chap5a.scm")' \
'(bench "src/chap5-bench.scm")' \
| ${SCHEME}
# Lambda calculus denotation
# The last tests loop due to applicative order.
loop.test.chap5b :
-echo skip that test or run it by hand : ${MAKE} test.chap5b
test.chap5b : src/chap5b.scm
echo \
'(load "src/chap5b.scm")' \
'(test-L "src/chap5b.tst")' \
| ${SCHEME}
# Scheme + dynamic variables denotational interpreter
test.chap5c : src/chap5c.scm
echo \
'(load "src/chap5c.scm")' \
'(and (test-denScheme "src/scheme.tst")' \
' (test-denScheme "src/chap5c.tst"))' \
| ${SCHEME}
# Same as chap5c except that this one tries to precompute meanings.
# This is slightly faster than chap5a.
test.chap5d : src/chap5d.scm
echo \
'(load "src/chap5d.scm")' \
'(test-denScheme "src/scheme.tst")' \
| ${SCHEME}
bench.chap5d : src/chap5d.scm src/chap5-bench.scm
echo \
'(load "src/chap5d.scm")' \
'(bench "src/chap5-bench.scm")' \
| ${SCHEME}
# Modify the denotational interpreter chap5d to specify that
# the evaluation order is unspecified.
test.chap5e : src/chap5e.scm
echo \
'(load "src/chap5d.scm")' \
'(load "src/chap5e.scm")' \
'(test-den+Scheme "src/chap5e.tst")' \
| ${SCHEME}
# CPS without any tests.
test.chap5f : src/chap5f.scm
echo \
'(and (load "src/chap5f.scm")' \
" 'done)" \
| ${SCHEME}
# Same as chap5d with an explicit global environment.
test.chap5g : src/chap5g.scm
echo \
'(load "src/chap5g.scm")' \
'(and (test-denScheme "src/scheme.tst")' \
'(test-denScheme "src/chap5g.tst"))' \
| ${SCHEME}
# Unordered evaluation order simulated with random.
test.chap5h : src/chap5h.scm
echo \
'(load "src/chap5h.scm")' \
'(load "src/chap1.scm")' \
'(test-scheme1 "src/scheme.tst")' \
| ${SCHEME}
##################################### Chap 6 ##############################
# Chapter on fast interpretation (by means of precompilation)
TEST_CHAP6 = test.chap6a test.chap6b test.chap6c test.chap6d \
shared.test.chap6dd test.chap6e dynext.test.chap6f test.chap6g \
test.chap6h
BENCH_CHAP6 = bench.chap6a bench.chap6b bench.chap6c bench.chap6d bench.chap6e bench.chap6f
bench.chap6 : bench.chap6a bench.chap6b bench.chap6c bench.chap6d bench.chap6e
# Fast interpretation, code is precompiled into (lambda (sr k)..)
test.chap6a : src/chap6a.scm
echo \
'(load "src/chap6a.scm")' \
'(test-scheme6a "src/scheme.tst")' \
| ${SCHEME}
# Interpreted bench
bench.chap6a : src/chap6a.scm
echo \
'(load "src/chap6a.scm")' \
'(bench6a 1 (call-with-input-file "src/chap5-bench.scm" read))' \
| ${SCHEME}
# The file bigloo/compapp.scm was not included in the source tarball
# from the author's site. One could re-create
# `compile-bigloo-application' and get this target working again, if
# one so desired. I do not so desire. -- appleby
#
# Compiled bench with Bigloo
# test.chap6a.bgl : o/${HOSTTYPE}/rtbook.a o/${HOSTTYPE}/bglchap6a
# ${TIME} o/${HOSTTYPE}/bglchap6a 10
# o/${HOSTTYPE}/bglchap6a : src/chap6a.scm bigloo/compapp.scm
# echo \
# '(load "bigloo/compapp.scm")' \
# '(define the-bench (call-with-input-file "src/chap5-bench.scm" read))' \
# '(compile-bigloo-application '\
# ' "${BIGLOO}" "o/${HOSTTYPE}/" "bglchap6a" ' \
# " `(bench6a (string->number (cadr command-options)) ',the-bench)" \
# ' "src/chap6a.scm")' \
# | ${SCHEME}
# Testing the same fast interpreter with Bigloo (intepreted)
test.chap6.bgl :
echo \
"(define primes " \
" (lambda (n f max)" \
" ((lambda (filter) " \
" (begin " \
" (set! filter (lambda (p) (lambda (n) (= 0 (remainder n p)))))" \
" (if (> n max)" \
" '()" \
" (if (f n)" \
" (primes (+ n 1) f max)" \
" (cons n ((lambda (ff)" \
" (primes (+ n 1)" \
" (lambda (p) (if (f p) #t (ff p)))" \
" max))" \
" (filter n)))))))" \
" 'wait)))" \
"(define (bench factor)" \
" (let loop ((factor factor))" \
" (let ((v (eval '(primes 2 (lambda (x) #f) 500))))" \
" (if (> factor 1)" \
" (loop (- factor 1))" \
" (display v)))))" \
"(bench 100)" \
| ${TIME} ${BIGLOO} -i
# Compare also with CAML light
test.chap6.ml :
echo \
"let rec primes n f max =" \
" let filter p n = (0 = n mod p) in" \
" if (n > max) then" \
" []" \
" else if (f n) then" \
" primes (n+1) f max" \
" else" \
" n :: let ff = (filter n) in" \
" primes (n+1)" \
" (function p -> if (f p) then true else (ff p))" \
" max;;" \
"let bench factor =" \
" let rec loop factor =" \
" let v = primes 2 (fun x -> false) 500 in" \
" if (factor > 1) then" \
" loop (factor-1)" \
" else" \
" v" \
" in" \
" loop factor;; " \
"bench 100;;" \
| ${TIME} ${CAMLLIGHT}
# patch to chap6a.scm to define new global variables on the fly:
test.chap6b : src/chap6a.scm src/chap6b.scm
echo \
'(load "src/chap6a.scm")' \
'(load "src/chap6b.scm")' \
'(and (test-scheme6b "src/chap6b.tst")' \
' (test-scheme6b "src/scheme.tst"))' \
| ${SCHEME}
# Interpreted bench
bench.chap6b : src/chap6a.scm src/chap6b.scm
echo \
'(load "src/chap6a.scm")' \
'(load "src/chap6b.scm")' \
'(bench6a 1 (call-with-input-file "src/chap5-bench.scm" read))' \
| ${SCHEME}
# Environment is now held in a global variable *env*.
# Programs are precompiled into (lambda (k) ...)
test.chap6c : src/chap6c.scm
echo \
'(load "src/chap6a.scm")' \
'(load "src/chap6c.scm")' \
'(test-scheme6c "src/scheme.tst")' \
| ${SCHEME}
# Interpreted bench
bench.chap6c : src/chap6c.scm
echo \
'(load "src/chap6a.scm")' \
'(load "src/chap6c.scm")' \
'(bench6c 1 (call-with-input-file "src/chap5-bench.scm" read))' \
| ${SCHEME}
# Make continuation implicit.
# The program is precompiled into (lambda ()...)
test.chap6d : src/chap6d.scm
echo \
'(load "src/chap6d.scm")' \
'(test-scheme6d "src/scheme.tst")' \
| ${SCHEME}
# Interpreted bench
bench.chap6d : src/chap6d.scm
echo \
'(load "src/chap6d.scm")' \
'(bench6d 1 (call-with-input-file "src/chap5-bench.scm" read))' \
| ${SCHEME}
# Variant with pre-allocated frames (work for Lisp not for Scheme)
# An error is expected on one of the lattest tests on call/cc. This
# test is preceded by the string "The following test forces a
# continuation to return multiply."
shared.test.chap6dd : test.chap6dd
test.chap6dd : src/chap6d.scm src/chap6dd.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap6dd.scm")' \
'(and (test-scheme6d "src/chap6dd.tst")' \
' (test-scheme6d "src/scheme.tst"))' \
| ${SCHEME}
# a small byte-tree-code compiler. (Not used in the book)
test.chap6e : src/chap6e.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap6e.scm")' \
'(test-scheme6e "src/scheme.tst")' \
| ${SCHEME}
bench.chap6e : src/chap6e.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap6e.scm")' \
'(bench6e 1 (call-with-input-file "src/chap5-bench.scm" read))' \
| ${SCHEME}
# chap6e is very dependent on tests on types in byte-eval
# but faster than Scheme->C.
########### Skip chap6f which was superseded by chap10.
# Small compiler towards C (not in the book but still working). This
# compiler uses a different pattern of C generation and a variant
# for environment management. That's why I leave it here. It is
# grafted to the precompiler similarly to the bytecode compiler.
# ATTENTION, this is a very long test. This test fails on
# continuation used out of their dynamic extent (no full
# continuation a la Scheme).
long.dynext.test.chap6f :
if ${YOU_HAVE_TIME} ; then ${MAKE} dynext.test.chap6f ; else : ; fi
dynext.test.chap6f : test.chap6f
test.chap6f : o/${HOSTTYPE}/rt.o src/chap6f.scm
echo \
'(load "src/chap6f.scm")' \
'(test-scheme6f "src/scheme.tst")' \
| ${SCHEME}
# start an interpreter to interactively compile towards C.
#
# The (scheme) toplevel reads an expression and shows the generated
# C. This test fails on continuation used out of their dynamic
# extent (no full continuation a la Scheme).
start.chap6f : o/${HOSTTYPE}/rt.o src/chap6f.scm
@(echo '(load "src/chap6f.scm") (scheme6f)' ; tee ) | ${SCHEME}
# A little bench to appreciate the compiler speed. (obsolete)
bench.chap6f : o/${HOSTTYPE}/chap6f-bench
${TIME} o/${HOSTTYPE}/chap6f-bench
export CaFLAGS=-I${LiSP_TOPDIR}/src/c ${CFLAGS}
o/${HOSTTYPE}/chap6f-bench.c : src/chap6f.scm src/chap5-bench.scm
echo \
'(load "src/chap6f.scm")' \
'(compile-file "src/chap5-bench.scm" "$@")' \
| ${SCHEME}
-indent $@
# The runtime in C for that compiler. Generates a lot of warnings...
# superseded by the new library src/c/scheme*.[ch] (but this one
# contains a GC).
o/${HOSTTYPE}/rt.o : src/c/rt.c src/c/rt.h
cd o/${HOSTTYPE} ; ${CC} -c ${CaFLAGS} ../../src/c/rt.c
o/${HOSTTYPE}/chap6f-bench : o/${HOSTTYPE}/chap6f-bench.c
o/${HOSTTYPE}/chap6f-bench : o/${HOSTTYPE}/rt.o
${CC} -o $@ ${CaFLAGS} o/${HOSTTYPE}/chap6f-bench.c o/${HOSTTYPE}/rt.o
########### end of chap6f which was superseded by chap10. (obsolete)
# Handling the define special form.
test.chap6g : src/chap6a.scm src/chap6b.scm src/chap6g.scm
echo \
'(load "src/chap6a.scm")' \
'(load "src/chap6b.scm")' \
'(load "src/chap6g.scm")' \
'(and (test-scheme6b "src/chap6g.tst")' \
' (test-scheme6b "src/scheme.tst"))' \
| ${SCHEME}
# exercice on a specialized invocation protocol for thunks
test.chap6h : src/chap6d.scm src/chap6h.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap6h.scm")' \
'(test-scheme6d "src/scheme.tst")' \
| ${SCHEME}
##################################### Chap 7 ##############################
# Bytecode compilation
TEST_CHAP7 = test.chap7a test.chap7b test.chap7c test.chap7d test.chap7e \
test.chap7g test.chap7h shallow.test.chap7i
BENCH_CHAP7 = bench.chap7d
bench.chap7 : bench.chap7d
# Linearize the intermediate language to make register *val* appear.
test.chap7a : src/chap6d.scm src/chap7a.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap7a.scm")' \
'(test-scheme7a "src/scheme.tst")' \
| ${SCHEME}
# make stack appear (as well as other registers)
test.chap7b : src/chap6d.scm src/chap7b.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap7b.scm")' \
'(test-scheme7b "src/scheme.tst")' \
| ${SCHEME}
# represents instructions by list of closures. Make register PC
# appear.
test.chap7c : src/chap6d.scm src/chap7c.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap7c.scm")' \
'(test-scheme7c "src/scheme.tst")' \
| ${SCHEME}
# the complete bytecode compiler itself.
# The instruction set is defined in chap7f but is directly
# handled by chap7d.
test.chap7d : src/chap6d.scm src/chap7d.scm src/chap7f.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap7d.scm")' \
'(test-scheme7d "src/scheme.tst")' \
| ${SCHEME}
bench.chap7d : src/chap6d.scm src/chap7d.scm src/chap7f.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap7d.scm")' \
'(bench7d 1 (call-with-input-file "src/chap5-bench.scm" read))' \
| ${SCHEME}
# added bind-exit, dynamic variables and error handling (first version
# with dynenv register) in the bytecode compiler.
test.chap7e : src/chap7d.scm src/chap7e.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap7d.scm")' \
'(load "src/chap7e.scm")' \
'(and (test-scheme7e "src/scheme.tst")' \
' (test-scheme7e "src/chap7d.tst")' \
' (test-scheme7e "src/chap5c.tst"))' \
| ${SCHEME}
# chap7f.scm contains the definition of the instructions of the machine
# separate compilation stuff, link compiled files, build stand-alone
# with the bytecode compiler.
test.chap7g : src/chap7h.scm src/chap7g.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap7d.scm")' \
'(load "src/chap7h.scm")' \
'(load "src/chap7g.scm")' \
'(and (test-scheme7g "src/scheme.tst")' \
' (test-scheme7g "src/chap7d.tst")' \
' (test-scheme7g "src/chap5c.tst"))' \
'(compile-file "si/foo.scm" "o/foo.so")' \
'(run-application 100 "o/foo.so")' \
'(compile-file "si/fact.scm" "o/fact.so")' \
'(compile-file "si/fib.scm" "o/fib.so")' \
'(compile-file "si/after.scm" "o/after.so")' \
'(build-application' \
' "o/a.out" "o/fact.so" "o/fib.so" "o/foo.so" "o/after.so")' \
'(run-application 400 "o/a.out")' \
'(build-application-renaming-variables' \
' "o/na.out" "o/a.out"' \
" '((fib fact) (fact fib)))" \
'(run-application 400 "o/na.out")' \
"(assoc 'long-goto (disassemble *code*))" \
| ${SCHEME}
# implementation variant for dynamic variables, error handlers
# with labels in the stack (without dynenv register).
test.chap7h : src/chap7d.scm src/chap7h.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap7d.scm")' \
'(load "src/chap7h.scm")' \
'(and (test-scheme7h "src/scheme.tst")' \
' (test-scheme7h "src/chap7d.tst")' \
' (test-scheme7h "src/chap5c.tst"))' \
| ${SCHEME}
# shallow binding for dynamic variables
# It will fail on the last test of src/chap7d.tst
shallow.test.chap7i : test.chap7i
test.chap7i : src/chap7h.scm
echo \
'(load "src/chap6d.scm")' \
'(load "src/chap7d.scm")' \
'(load "src/chap7h.scm")' \
'(load "src/chap7i.scm")' \
'(and (test-scheme7h "src/scheme.tst")' \
' (test-scheme7h "src/chap5c.tst")' \
' (test-scheme7h "src/chap7d.tst"))' \
| ${SCHEME}
##################################### Chap 8 ##############################
# Chapter on evaluation and reflection
TEST_CHAP8 = test.chap8a test.chap8b test.chap8c test.chap8d evalf.test.chap8e \
evalf.test.chap8f evalf.test.chap8g test.chap8h test.chap8i \
big.test.chap8j
# add eval/ce (as a special form) to the naive interpreter of chapter 1.
test.chap8a : src/chap8a.scm src/chap1.scm
echo \
'(load "src/chap1.scm")' \
'(load "src/chap8a.scm")' \
'(and (test-scheme1 "src/scheme.tst")' \
' (test-program "src/chap8.tst")' \
' (set! set-global-value! dynamic-set-global-value!)' \
' (test-scheme1 "src/chap8a.tst"))' \
| ${SCHEME}
# Add eval/ce (as a special form) to the predenotational interpreter
# (with closures everyhere) seen in chapter 4.
test.chap8b : src/chap8b.scm src/chap4a.scm
echo \
'(load "src/chap8a.scm")' \
'(load "src/chap4a.scm")' \
'(load "src/chap8b.scm")' \
'(and (file-test "src/scheme.tst")' \
' (file-test "src/chap8a.tst"))' \
| ${SCHEME}
# Add eval/ce (as a special form) to the threaded interpreter of
# chapter 6.
test.chap8c : src/chap8c.scm src/chap6d.scm
echo \
'(load "src/chap8a.scm")' \
'(load "src/chap6d.scm")' \
'(load "src/chap8c.scm")' \
'(and (test-scheme6d "src/scheme.tst")' \
' (test-scheme6d "src/chap8a.tst"))' \
| ${SCHEME}
# Add eval/ce (as a special form) to the bytecode compiler
test.chap8d : src/chap8c.scm src/chap8d.scm src/chap6d.scm
echo \
'(load "src/chap8a.scm")' \
'(load "src/chap6d.scm")' \
'(load "src/chap7d.scm")' \
'(load "src/chap7h.scm")' \
'(load "src/chap7g.scm")' \
'(load "src/chap8d.scm")' \
'(and (test-scheme7g "src/scheme.tst")' \
' (test-scheme7g "src/chap5c.tst")' \
' (test-scheme7g "src/chap7d.tst")' \
' (test-scheme7g "src/chap8a.tst"))' \
| ${SCHEME}
# add eval/at (a function) as a function to the naive interpreter
# It fails on a test preceded by "eval as a function will fail..."
evalf.test.chap8e : src/chap8e.scm src/chap1.scm
echo \
'(load "src/chap8a.scm")' \
'(load "src/chap1.scm")' \
'(load "src/chap8e.scm")' \
'(and (test-scheme1 "src/scheme.tst")' \
' (test-scheme1 "src/chap8a.tst"))' \
| ${SCHEME}
# add eval/at (a function) to the bytecode compiler.
# It fails on a test preceded by "eval as a function will fail..."
evalf.test.chap8f : src/chap8f.scm
echo \
'(load "src/chap8a.scm")' \