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# Copyright 1989 by Norman Ramsey, Odyssey Research Associates
# To be used for research purposes only
# For more information, see file COPYRIGHT in the parent directory
# Modified by Dave Love, Daresbury Lab (d.love@daresbury.ac.uk) for local
# setup and to incorporate change files, particularly for LaTeX mods.
# To make LaTeX versions of weave, set WEAVECHANGEFILE=$(MASTER)/weave.ltx
# and include -DLaTeX in CFLAGS. To get a version of spider.awk usable for
# LaTeX or plain, define SPIDERCHANGEFILE=$(MASTER)/spider.ltx and define
# LaTeX=1 so that spider.awk generates LaTeX-compatible webs. I'm sure all
# this could be tidied up.
#HOME=/home/users0/fx# # Make no longer inherits environment vars
# (it does inherit env vars on my system!)
THETANGLE=tangle
THEWEAVE=weave
SPIDER=any.spider
WEAVECHANGEFILE=
TANGLECHANGEFILE=
SPIDERCHANGEFILE=
#
DVI=dvi
CFLAGS=-DDEBUG -DSTAT
# CPUTYPE is a grim hack that attempts to solve the problem of multiple
# cpus sharing a file system. In my environment I have to have different
# copies of object and executable for vax, sun3, next, iris, and other
# cpu types. If you will be using Spidery WEB in a homogenous processor
# environment, you can just set CPUTYPE to a constant, or eliminate it
# entirely.
#
# In my environment, the 'cputype' program returns a string that
# describes the current processor. That means that the easiest thing
# for you to do is to define a 'cputype' program that does something
# sensible. A shell script that says 'echo "vax"' is fine.
#CPUTYPE=`cputype`
CPUTYPE=`arch`
# Change the following three directories to match your installation
#
# the odd placement of # is to prevent any trailing spaces from slipping in
WEBROOT=$(HOME)/ltxspiderweb# # root of the WEB source distribution
DEST=$(HOME)/bin# # place where the executables go
MACROS=$(HOME)/tex/inputs# # place where the macros go
MASTER=$(WEBROOT)/master# # master source directory
OBDIR=$(MASTER)/$(CPUTYPE)# # common object files
TANGLESRC=tangle
CTANGLE=ceetangle -I$(MASTER)
CWEAVE=ceeweave -I$(MASTER)
AWKTANGLE=awktangle -I$(MASTER)
COMMONOBJS=$(OBDIR)/common.o $(OBDIR)/pathopen.o
COMMONC=$(MASTER)/common.c $(MASTER)/pathopen.c
COMMONSRC=$(COMMONC) $(MASTER)/spider.awk
# Our purpose is to make tangle and weave
web: tangle weave
tangle: $(COMMONOBJS) $(TANGLESRC).o
cc $(CFLAGS) -o $(DEST)/$(THETANGLE) $(COMMONOBJS) $(TANGLESRC).o
weave: $(COMMONOBJS) weave.o
cc $(CFLAGS) -o $(DEST)/$(THEWEAVE) $(COMMONOBJS) weave.o
source: $(TANGLESRC).c $(COMMONSRC) # make tangle.c and common src, then clean
if [ -f WebMakefile ]; then exit 1; fi # don't clean the master!
if [ -f spiderman.tex ]; then exit 1; fi # don't clean the manual
-rm -f tangle.web weave.* common.* # remove links that may be obsolete
-rm -f *.unsorted *.list grammar.web outtoks.web scraps.web
-rm -f cycle.test spider.slog
-rm -f *.o *.tex *.toc *.dvi *.log *.makelog *~ *.wlog *.printlog
# Here is how we make the common stuff
$(MASTER)/common.c: $(MASTER)/common.web $(MASTER)/common.ch
$(CTANGLE) $(MASTER)/common $(MASTER)/common
$(OBDIR)/common.o: $(MASTER)/common.c
cc $(CFLAGS) -c $(MASTER)/common.c
mv common.o $(OBDIR)
$(MASTER)/pathopen.c: $(MASTER)/pathopen.web $(MASTER)/pathopen.ch
$(CTANGLE) $(MASTER)/pathopen $(MASTER)/pathopen
mv pathopen.h $(MASTER)
$(OBDIR)/pathopen.o: $(MASTER)/pathopen.c
cc $(CFLAGS) -c $(MASTER)/pathopen.c
mv pathopen.o $(OBDIR)
## Now we make the tangle and weave source locally
$(TANGLESRC).c: $(MASTER)/$(TANGLESRC).web $(MASTER)/common.h grammar.web \
$(TANGLECHANGEFILE)
-/bin/rm -f $(TANGLESRC).web
ln $(MASTER)/$(TANGLESRC).web $(TANGLESRC).web
# chmod -w $(TANGLESRC).web
$(CTANGLE) $(TANGLESRC) $(TANGLECHANGEFILE)
weave.c: $(MASTER)/weave.web $(MASTER)/common.h grammar.web $(WEAVECHANGEFILE)
-/bin/rm -f weave.web
ln $(MASTER)/weave.web weave.web
# chmod -w weave.web
$(CTANGLE) weave $(WEAVECHANGEFILE)
## Here's where we run SPIDER to create the source
grammar.web: $(MASTER)/cycle.awk $(MASTER)/spider.awk $(SPIDER)
echo "date" `date` | cat - $(SPIDER) | awk -f $(MASTER)/spider.awk \
LaTeX=$(LaTeX) -
cat $(MASTER)/transcheck.list trans_keys.unsorted | awk -f \
$(MASTER)/transcheck.awk
awk -f $(MASTER)/cycle.awk < cycle.test
sort *.unsorted | awk -f $(MASTER)/nodups.awk
mv *web.tex $(MACROS)
## We might have to make spider first.
$(MASTER)/spider.awk: $(MASTER)/spider.web $(SPIDERCHANGEFILE)
$(AWKTANGLE) $(MASTER)/spider $(SPIDERCHANGEFILE)
mv cycle.awk nodups.awk transcheck.awk $(MASTER)
rm junk.list
# $(MASTER)/cycle.awk: $(MASTER)/cycle.web # making spider also makes cycle
# $(AWKTANGLE) $(MASTER)/cycle
# Weaving:
weave.tex: $(MASTER)/weave.web grammar.web $(WEAVECHANGEFILE)
ceeweave -I$(MASTER) $(MASTER)/weave.web $(WEAVECHANGEFILE)
mv $(MASTER)/weave.tex .
tangle.tex: $(MASTER)/tangle.web $(TANGLECHANGEFILE)
ceeweave -I$(MASTER) $(MASTER)/tangle.web $(TANGLECHANGEFILE)
mv $(MASTER)/tangle.tex .
spider.tex: $(MASTER)/spider.web $(SPIDERCHANGEFILE)
awkweave -I$(MASTER) $(MASTER)/spider.web $(SPIDERCHANGEFILE)
mv $(MASTER)/spider.tex .
# This cleanup applies to every language
clean:
if [ -f WebMakefile ]; then exit 1; fi # don't clean the master!
if [ -f spiderman.tex ]; then exit 1; fi # don't clean the manual
-rm -f tangle.web weave.web common.* # remove links that may be obsolete
-rm -f *.unsorted *.list grammar.web outtoks.web scraps.web
-rm -f cycle.test spider.slog
# vital bootstrap files are kept as SAVE..., hence only remove .c files whose
# names start with lower case
-rm -f [a-z]*.c *.o *.tex *.toc *.dvi *.log *.makelog *~ *.wlog *.printlog
# booting the new distribution
boot:
cd ../master; rm -f *.o; for i in $(COMMONC); do \
cc $(CFLAGS) -c $$i; \
mv *.o $(OBDIR) ; \
done; cd ../c
cc $(CFLAGS) -c $(TANGLESRC).c; \
cc $(CFLAGS) -o $(DEST)/$(THETANGLE) $(COMMONOBJS) $(TANGLESRC).o
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