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researchv10 Norman

#	mkfile for f2c, a Fortran 77 to C converter

g = -g
CFLAGS = $g

DESTDIR =

OBJECTSd = main.o init.o gram.o lex.o proc.o equiv.o data.o format.o \
	  expr.o exec.o intr.o io.o misc.o error.o mem.o names.o \
	  output.o p1output.o pread.o put.o putpcc.o vax.o formatdata.o \
	  parse_args.o niceprintf.o cds.o sysdep.o version.o
OBJECTS = $OBJECTSd malloc.o

f2c: $OBJECTS
	$CC $LDFLAGS $OBJECTS -o f2c

gram.c:	gram.head gram.dcl gram.expr gram.exec gram.io defs.h tokdefs.h
	( sed <tokdefs.h "s/#define/%token/" ;\
		cat gram.head gram.dcl gram.expr gram.exec gram.io ) >gram.in
	$YACC $YFLAGS gram.in
	echo "(expect 4 shift/reduce)"
	sed 's/^# line.*/\/* & *\//' y.tab.c >gram.c
	rm gram.in y.tab.c

$OBJECTSd: defs.h ftypes.h defines.h machdefs.h sysdep.h

tokdefs.h: tokens
	grep -n . <tokens | sed "s/\([^:]*\):\(.*\)/#define \2 \1/" >tokdefs.h

cds.o: sysdep.h
exec.o: p1defs.h names.h
expr.o: names.h niceprintf.h output.h
format.o: p1defs.h format.h niceprintf.h output.h names.h iob.h
formatdata.o: format.h niceprintf.h output.h names.h
gram.o: p1defs.h
init.o: niceprintf.h output.h iob.h
intr.o: names.h
io.o: names.h iob.h
lex.o : tokdefs.h p1defs.h
main.o: parse.h usignal.h
mem.o: iob.h
names.o: iob.h names.h niceprintf.h output.h
niceprintf.o: defs.h names.h niceprintf.h output.h
output.o: niceprintf.h output.h names.h
p1output.o: p1defs.h niceprintf.h output.h names.h
parse_args.o: parse.h
proc.o: tokdefs.h names.h niceprintf.h output.h p1defs.h
put.o: names.h pccdefs.h p1defs.h
putpcc.o: names.h
vax.o: defs.h niceprintf.h output.h pccdefs.h

put.o putpcc.o: pccdefs.h

f2c.t: f2c.1t
	troff -man f2c.1t >f2c.t

f2c.1: f2c.1t
	nroff -man f2c.1t | col -b | uniq >f2c.1

clean:
	rm -f gram.c *.o f2c tokdefs.h compiler f2c.t

B = cds.c data.c defines.h defs.h equiv.c error.c exec.c expr.c \
	format.c format.h formatdata.c ftypes.h \
	gram.dcl gram.exec gram.expr gram.head gram.io \
	init.c intr.c io.c iob.h lex.c machdefs.h main.c \
	malloc.c mem.c memset.c misc.c names.c names.h niceprintf.c \
	niceprintf.h output.c output.h p1defs.h p1output.c \
	parse.h parse_args.c pccdefs.h pread.c proc.c put.c \
	putpcc.c sysdep.c sysdep.h tokens usignal.h vax.c
bx = f2c.1 f2c.1t f2c.h makefile mkfile version.c xsum.c xsum0.out Notice README

version.c: $B
	x=`Dt -d -t $B`
	echo -e "char F2C_version[] = \"$x\";\nchar xxxvers[] = \"\\\\n@(#) FORTRAN 77 to C Translator, VERSION $x\\\\n\";" >version.c

bundle:V: /tmp/t/f2c.st
/tmp/t/f2c.st: $B $bx
	stree $prereq >/tmp/t/f2c.st

b1 = cds.c data.c defines.h defs.h f2c.h format.c format.h
b2 = equiv.c error.c exec.c expr.c
b3 = formatdata.c ftypes.h gram.dcl gram.exec gram.expr gram.head gram.io intr.c io.c
b4 = lex.c machdefs.h main.c sysdep.c sysdep.h malloc.c misc.c names.c names.h pread.c
b5 = init.c output.c output.h p1defs.h p1output.c parse.h parse_args.c pccdefs.h
b6 = proc.c put.c putpcc.c tokens usignal.h vax.c mkfile
b7 = f2c.1 f2c.1t gram.c iob.h makefile mem.c niceprintf.c niceprintf.h version.c

U = -u

/tmp/t/f2c: $B
	mkdir /tmp/t/f2c
	stree $U $b1 >/tmp/t/f2c/b1
	stree $U $b2 >/tmp/t/f2c/b2
	stree $U $b3 >/tmp/t/f2c/b3
	stree $U $b4 >/tmp/t/f2c/b4
	stree $U $b5 >/tmp/t/f2c/b5
	stree $U $b6 >/tmp/t/f2c/b6
	stree $U $b7 >/tmp/t/f2c/b7

ls:
	ls -l $B

/tmp/f2c.tar: $B
	tar cf - $B >/tmp/f2c.tar

tape: /tmp/f2c.tar
	for j in 1 2; do
		for i in /tmp/f2c.tar $B; do
			dd if=$i bs=10k of=/dev/nrmt1
			done
		done
	mt offl

# read the tape and unpack via
#	dd if=/dev/rmt1 bs=10k of=foo
#	tar xf foo
#(in an empty directory).

b = Notice README cds.c data.c defines.h defs.h equiv.c error.c \
	exec.c expr.c f2c.1 f2c.1t f2c.h format.c format.h formatdata.c \
	ftypes.h gram.dcl gram.exec gram.expr gram.head gram.io \
	init.c intr.c io.c iob.h lex.c machdefs.h main.c makefile \
	malloc.c mem.c memset.c misc.c names.c names.h niceprintf.c \
	niceprintf.h output.c output.h p1defs.h p1output.c \
	parse.h parse_args.c pccdefs.h pread.c proc.c put.c putpcc.c \
	sysdep.c sysdep.h tokens usignal.h vax.c version.c xsum.c

all: $b xsum0.out
	stree -u $b xsum0.out >/tmp/t/all

lt:	$b xsum0.out
	Dt -x `ls -t $b xsum0.out` | awk '{printf "%10s  %8s  %s\n",$1,$2,$4}' >lt

xsum: xsum.c
	$CC -o xsum xsum.c

xsum.out: $b
	xsum $b >xsum.out
	cmp xsum0.out xsum.out || diff xsum0.out xsum.out

z=
/tmp/t/t:
	mkdir /tmp/t/t

zap: xsum.out /tmp/t/t
	cmp xsum.out xsum0.out
	for i in pyxis/usr tempel/u;do stree $z xsum0.out version.c >/n/$i/dmg/zap;done
	cp $z xsum0.out version.c /tmp/t/t

bletch: xsum.out
	cmp xsum0.out xsum.out || { diff xsum0.out xsum.out |\
	 awk 'BEGIN {printf "cp xsum.out xsum0.out;mk zap z='"'"'";sp = ""}
	/version\.c/ {next}
	/^> / {printf "%s%s", sp, $2; sp = " "}
	END {printf "'"'"'\n"}' }

/n/pyxis/usr/dmg/f2c/mkfile: mkfile
	sed '/^CFLAGS =/s/$/ -DANSI_Libraries/' $prereq >$target

/n/pyxis/netlib/f2c/readme: readme
	for i in pyxis inet; do cp readme fixes /n/$i/netlib/f2c; done

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