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Makefile
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Makefile
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LAMBDA8CC=lambda-8cc.lam
LAMBDA8CCZIP=out/lambda-8cc.lam
LAMBDA8CCLAZY=lambda-8cc.lazy
# Binary lambda calculus interpreter
UNIPP=./bin/uni++
# Tools
ASC2BIN=./bin/asc2bin
LAM2BIN=./bin/lam2bin
# Toolkit
LAMBDATOOLS=./build/lambda-calculus-devkit
# ELVM
8CC=./bin/8cc
ELC=./bin/elc
8CCLAM=./build/8cc.lam
ELCLAM=./build/elc.lam
# Other
SBCL=sbcl
LAZYK=./bin/lazyk
BLCAIT=./bin/blc-ait
BCL2SKI=./bin/bcl2ski
LATEX=latex
DVIPDFMX=dvipdfmx
target_latex=out/lambda-8cc.tex
target_pdf=lambda-8cc.pdf
# Input C file
INPUT=input.c
# lambda-8cc compilation options
OPT_C_TO_LAM ='(\\f.(f (\\x.\\y.x) (\\x.\\y.\\z.\\a.\\b.y) (\\x.x)))'
OPT_C_TO_BLC ='(\\f.(f (\\x.\\y.x) (\\x.\\y.\\z.\\a.\\b.z) (\\x.x)))'
OPT_C_TO_LAZY ='(\\f.(f (\\x.\\y.x) (\\x.\\y.\\z.\\a.\\b.a) (\\x.x)))'
OPT_C_TO_S ='(\\f.(f (\\x.\\y.x) (\\x.\\y.\\z.\\a.\\b.b) (\\x.x)))'
OPT_S_TO_X86 ='(\\f.(f (\\x.\\y.y) (\\x.\\y.\\z.\\a.\\b.x) (\\x.x)))'
OPT_S_TO_LAM ='(\\f.(f (\\x.\\y.y) (\\x.\\y.\\z.\\a.\\b.y) (\\x.x)))'
OPT_S_TO_BLC ='(\\f.(f (\\x.\\y.y) (\\x.\\y.\\z.\\a.\\b.z) (\\x.x)))'
OPT_S_TO_LAZY ='(\\f.(f (\\x.\\y.y) (\\x.\\y.\\z.\\a.\\b.a) (\\x.x)))'
all: a.out
a.s: $(INPUT) $(LAMBDA8CCZIP) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CCZIP); printf $(OPT_C_TO_S) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > $@.tmp
mv $@.tmp $@
a.out: a.s $(LAMBDA8CCZIP) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CCZIP); printf $(OPT_S_TO_X86) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > $@.tmp
mv $@.tmp $@
chmod 755 $@
a.out-onepass: $(INPUT) $(LAMBDA8CCZIP) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( cat $(LAMBDA8CCZIP) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > a.out
chmod 755 a.out
$(INPUT): examples/hello.c
cp examples/hello.c $@
tools: $(LAM2BIN) $(ASC2BIN) $(UNIPP)
test: test-compile
pdf: $(target_pdf)
build: $(LAMBDA8CC)
#================================================================
# Build the PDF
#================================================================
.PRECIOUS: $(target_latex)
$(target_latex):./src/lambda-8cc.cl ./tools/main.tex ./tools/make-latex.sh
mkdir -p ./out
./tools/make-latex.sh
mv lambda-8cc.tex out
.PHONY: pdf
$(target_pdf): $(target_latex) $(LAMBDA8CC)
cp ./tools/main.tex out
cd out; $(LATEX) main.tex
cd out; $(DVIPDFMX) main.dvi -o $@
mv out/$@ .
#================================================================
# Other output languages
#================================================================
a.lam: a.s $(LAMBDA8CC) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CC); printf $(OPT_S_TO_LAM) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > $@.tmp
mv $@.tmp $@
a.blc: a.s $(LAMBDA8CC) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CC); printf $(OPT_S_TO_BLC) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > $@.tmp
mv $@.tmp $@
a.lazy: a.s $(LAMBDA8CC) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CC); printf $(OPT_S_TO_LAZY) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > $@.tmp
mv $@.tmp $@
lam-onepass: $(INPUT) $(LAMBDA8CC) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CC); printf $(OPT_C_TO_LAM) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > a.lam.tmp
mv a.lam.tmp a.lam
blc-onepass: $(INPUT) $(LAMBDA8CC) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CC); printf $(OPT_C_TO_BLC) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > a.blc.tmp
mv a.blc.tmp a.blc
lazy-onepass: $(INPUT) $(LAMBDA8CC) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CC); printf $(OPT_C_TO_LAZY) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > a.lazy.tmp
mv a.lazy.tmp a.lazy
run-a.lam: $(LAM2BIN) $(ASC2BIN) $(UNIPP)
cat a.lam | $(LAM2BIN) | $(ASC2BIN) | $(UNIPP) -o
run-a.blc: $(ASC2BIN) $(UNIPP)
cat a.blc | $(ASC2BIN) | $(UNIPP) -o
run-a.lazy: $(LAZYK)
$(LAZYK) -u a.lazy
#================================================================
# Compilation test
#================================================================
out/test.c:
printf 'int main(void){return 0;}' > $@
out/test.s: out/test.c $(LAMBDA8CC) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
mkdir -p out
( ( cat $(LAMBDA8CC); printf $(OPT_C_TO_S) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > $@.tmp
mv $@.tmp $@
out/test.bin: out/test.s $(LAMBDA8CC) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CC); printf $(OPT_S_TO_X86) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > $@.tmp
mv $@.tmp $@
out/test-8cc.s: out/test.c $(8CC)
$(8CC) -S -o $@ $<
out/test-8cc.bin: out/test-8cc.s $(ELC)
$(ELC) -x86 $< > $@
test-compile: out/test.bin out/test-8cc.bin
diff $^ || exit 1
echo "test-compile passed."
#================================================================
# Self-hosting test
#================================================================
out/8cc-self.s: build/8cc.c $(LAMBDA8CC) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CC); printf $(OPT_C_TO_S) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > $@.tmp
mv $@.tmp $@
out/elc-self.s: build/elc.c $(LAMBDA8CC) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CC); printf $(OPT_C_TO_S) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > $@.tmp
mv $@.tmp $@
out/8cc-self.lam: out/8cc-self.s $(LAMBDA8CC) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CC); printf $(OPT_S_TO_LAM) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > $@.tmp
mv $@.tmp $@
out/elc-self.lam: out/elc-self.s $(LAMBDA8CC) $(LAM2BIN) $(ASC2BIN) $(UNIPP)
( ( cat $(LAMBDA8CC); printf $(OPT_S_TO_LAM) ) | $(LAM2BIN) | $(ASC2BIN); cat $< ) | $(UNIPP) -o > $@.tmp
mv $@.tmp $@
out/lambda-8cc-self.lam: out/lambda-8cc-main.lam out/8cc-self.lam out/elc-self.lam
( printf '('; cat $^; printf ')'; ) > $@
test-self-host: out/lambda-8cc-self.lam build/8cc.eir build/elc.eir $(8CCLAM) $(ELCLAM)
diff out/8cc-self.s build/8cc.eir || exit 1
diff out/elc-self.s build/elc.eir || exit 1
diff out/8cc-self.lam $(8CCLAM) || exit 1
diff out/elc-self.lam $(ELCLAM) || exit 1
diff out/lambda-8cc-self.lam $(LAMBDA8CC) || exit 1
#================================================================
# Test for building build/lambda-8cc-main.lam using LambdaLisp
#================================================================
build/lambdalisp/bin/lambdalisp.blc:
mkdir -p build
cd build; git clone https://github.com/woodrush/lambdalisp
out/lambda-8cc-main-src.cl: src/lambdacraft.cl src/blc-numbers.cl src/usage.cl src/lambda-8cc.cl
cat $^ > $@
out/lambda-8cc-main-lambdaisp.lam: out/lambda-8cc-main-src.cl build/lambdalisp/bin/lambdalisp.blc $(ASC2BIN) $(UNIPP)
( cat build/lambdalisp/bin/lambdalisp.blc | $(ASC2BIN); cat $< ) | $(UNIPP) -o > $@.tmp
cat $@.tmp | sed -e '1s/> //' > $@
rm $@.tmp
test-lambda-8cc-main-lambdaisp: out/lambda-8cc-main-lambdaisp.lam build/lambda-8cc-main.lam
diff $^ || exit 1
#================================================================
# Build lambda-8cc.lam
#================================================================
src/usage.cl: src/usage.txt src/compile-usage.sh
cd src; ./compile-usage.sh > usage.cl.tmp
mv src/usage.cl.tmp $@
build/lambda-8cc-main.lam: src/usage.cl $(wildcard src/*.cl)
mkdir -p build
cd src; $(SBCL) --script lambda-8cc.cl > ../$@.tmp
mv $@.tmp $@
$(LAMBDA8CC): build/lambda-8cc-main.lam $(8CCLAM) $(ELCLAM)
( printf '('; cat $^; printf ')'; ) > $@
out/lambda-8cc.blc: $(LAMBDA8CC) $(LAM2BIN)
cat $(LAMBDA8CC) | $(LAM2BIN) > $@.tmp
mv $@.tmp $@
bin/lambda-8cc.lam.zip: $(LAMBDA8CC)
zip $@ $<
bin/lambda-8cc.blc.zip: out/lambda-8cc.blc
zip $@ $<
$(LAMBDA8CCZIP):
cd out; unzip ../bin/lambda-8cc.lam.zip
#================================================================
# Build lambda-8cc.lazy (WIP)
#================================================================
build/lambda-8cc-lazy.cl: src/usage.cl $(wildcard src/*.cl)
mkdir -p build
( echo '(defparameter compile-lazyk t)'; cat src/lambda-8cc.cl ) > build/lambda-8cc-lazy.cl
build/lambda-8cc-main.lazy: build/lambda-8cc-lazy.cl $(BLCAIT) $(BCL2SKI)
cd src; $(SBCL) --script ../build/lambda-8cc-lazy.cl > ../build/lambda-8cc-main-lazy.lam
$(BLCAIT) bcl build/lambda-8cc-main-lazy.lam | $(BCL2SKI) > $@.tmp
mv $@.tmp $@
$(8CCLAM).lazy: build/8cc.eir $(ELC)
$(ELC) -lazy $< > $@
$(ELCLAM).lazy: build/elc.eir $(ELC)
$(ELC) -lazy $< > $@
$(LAMBDA8CCLAZY): build/lambda-8cc-main.lazy $(8CCLAM).lazy $(ELCLAM).lazy
( printf '``'; cat $^; ) > $@
#================================================================
# Build 8cc.lam and elc.lam
#================================================================
elvm/Makefile:
git submodule update --init --remote
.PHONY: 8cc
8cc: $(8CC)
$(8CC): elvm/Makefile
cd elvm && make out/8cc && cp out/8cc ../bin
.PHONY: elc
elc: $(ELC)
$(ELC): elvm/Makefile
cd elvm && make out/elc && cp out/elc ../bin
build/8cc.c: elvm/Makefile
mkdir -p out
cd elvm && make out/8cc.c && tools/merge_c.rb out/8cc.c > ../build/8cc.c
build/elc.c: elvm/Makefile
mkdir -p out
cd elvm && make out/elc.c && tools/merge_c.rb out/elc.c > ../build/elc.c
build/8cc.eir: build/8cc.c $(8CC)
$(8CC) -S -o $@ $<
build/elc.eir: build/elc.c $(8CC)
$(8CC) -S -o $@ $<
$(8CCLAM): build/8cc.eir $(ELC)
$(ELC) -lam $< > $@
$(ELCLAM): build/elc.eir $(ELC)
$(ELC) -lam $< > $@
#================================================================
# Build the lambda calculus interpreters and tools
#================================================================
$(LAMBDATOOLS):
mkdir -p build
cd build; git clone https://github.com/woodrush/lambda-calculus-devkit
.PHONY: uni++
uni++: $(UNIPP)
$(UNIPP): $(LAMBDATOOLS)
mkdir -p bin
cd $(LAMBDATOOLS) && make uni++ && mv bin/uni++ ../../bin
.PHONY: asc2bin
asc2bin: $(ASC2BIN)
$(ASC2BIN): $(LAMBDATOOLS)
mkdir -p bin
cd $(LAMBDATOOLS) && make asc2bin && mv bin/asc2bin ../../bin
.PHONY: lam2bin
lam2bin: $(LAM2BIN)
$(LAM2BIN): $(LAMBDATOOLS)
mkdir -p bin
cd $(LAMBDATOOLS) && make lam2bin && mv bin/lam2bin ../../bin
.PHONY: lazyk
lazyk: $(LAZYK)
$(LAZYK): $(LAMBDATOOLS)
mkdir -p bin
cd $(LAMBDATOOLS) && make lazyk && mv bin/lazyk ../../bin
.PHONY: blc-ait
blc-ait: $(BLCAIT)
$(BLCAIT): $(LAMBDATOOLS)
mkdir -p bin
cd $(LAMBDATOOLS) && make blc-ait && mv bin/blc-ait ../../bin
.PHONY: bcl2ski
bcl2ski: $(BCL2SKI)
$(BCL2SKI): $(LAMBDATOOLS)
mkdir -p bin
cd $(LAMBDATOOLS) && make bcl2ski && mv bin/bcl2ski ../../bin