Doc/Makefile - platform/external/python/cpython2 - Gitiles

 # Makefile for Python documentation
 # ---------------------------------
 #
 # See also the README file.
 #
 # This is a bit of a mess.  The main documents are:
 #   tut -- Tutorial (file tut.tex)
 #   lib -- Library Reference (file lib.tex, inputs lib*.tex)
 #   ext -- Extending and Embedding (file ext.tex)
 #   api -- Python-C API Reference
 #
 # The Reference Manual is now maintained as a FrameMaker document.
 # See the subdirectory ref; PostScript is included as ref/ref.ps.
 # (In the future, the Tutorial will also be converted to FrameMaker;
 # the other documents will be maintained in a text format such
 # as LaTeX or perhaps TIM.)
 #
 # The main target "make all" creates DVI and PostScript for these
 # four.  You can also do "make lib" (etc.) to process individual
 # documents.
 #
 # There's one local style file: python.sty.  This defines a number
 # of macros that are similar in name and intent as macros in Texinfo
 # (e.g. \code{...} and \emph{...}), as well as a number of
 # environments for formatting function and data definitions, also in
 # the style of Texinfo.
 #
 # Everything is processed by LaTeX.  The following tools are used:
 #   latex
 #   makeindex
 #   dvips
 #
 # There's a problem with generating the index which has been solved by
 # a sed command applied to the index file.  The shell script fix_hack
 # does this (the Makefile takes care of calling it).
 #
 # To preview the dvi files produced by LaTeX it would be useful to
 # have xdvi as well.
 #
 # Additional targets attempt to convert selected LaTeX sources to
 # various other formats.  These are generally site specific because
 # the tools used are all but universal.  These targets are:
 #   l2h -- convert tut, lib, ext, api from LaTeX to HTML
 # See the README file for more info on these targets.

 # Customizations -- you *may* have to edit these

 # Where are the various programs?
 LATEX=		TEXINPUTS=$(TEXINPUTS) latex
 PDFLATEX=	TEXINPUTS=$(TEXINPUTS) pdflatex
 TEXINPUTS=	texinputs:
 DVIPS=		dvips -f -N0
 DISTILL=	distill
 MAKEINDEX=	makeindex -s texinputs/myindex.ist
 L2H=		TEXINPUTS=$(TEXINPUTS) latex2html -init_file perl/l2hinit.perl
 L2HARGS=	-address $$LOGNAME@`domainname`
 WEBCHECKER=	$(PYTHON) ../Tools/webchecker/webchecker.py

 # Install destination -- not used now but might be useful some time...
 DESTDIR=	/usr/local
 LIBDESTDIR=	$DESTDIR/lib
 LIBDEST=	$LIBDESTDIR/python$(VERSION)
 DOCDESTDIR=	$LIBDEST/doc

 # This is only used for .info generation:
 EMACS=		emacs
 PYTHON=		python
 MAKEINFO=	makeinfo
 PARTPARSE=	$(PYTHON) tools/partparse.py

 # Ideally, you shouldn't need to edit beyond this point

 RELEASE=1.5.1
 VERSION=1.5

 DVIFILES=	api.dvi ext.dvi lib.dvi tut.dvi
 INFOFILES=	python-lib.info
 PDFFILES=	api.pdf ext.pdf lib.pdf tut.pdf
 PSFILES=	api.ps ext.ps lib.ps tut.ps

 MANSTYLES=texinputs/fncychap.sty texinputs/manual.cls texinputs/python.sty \
 	  texinputs/myindex.ist

 # Main target
 all:	all-ps

 world:	all-ps all-pdf l2h tarballs

 all-dvi: $(DVIFILES)
 all-pdf: $(PDFFILES)
 all-ps:	 $(PSFILES)

 # This target gets both the PDF and PS files updated; the all-pdf target
 # above doesn't ensure that both are done if the "alternate" rule (using
 # pdflatex) for PDF generation is used.
 #
 all-formats:  $(PSFILES) $(PDFFILES)

 # Individual document fake targets
 tut:	tut.ps
 lib:	lib.ps
 ext:	ext.ps
 api:	api.ps

 # All formats for a single document
 api-all:  api.dvi api.pdf api.ps l2hapi
 ext-all:  ext.dvi ext.pdf ext.ps l2hext
 lib-all:  lib.dvi lib.pdf lib.ps l2hlib
 tut-all:  tut.dvi tut.pdf tut.ps l2htut


 # Rules to build PostScript and PDF formats
 .SUFFIXES: .dvi .ps .pdf .tex

 .dvi.ps:
 	$(DVIPS) $< >$@

 #.ps.pdf:
 #	$(DISTILL) $<

 # An alternate formulation of PDF creation; requires latex format with
 # pdftex.  To use this instead of the Acrobat distiller solution, comment
 # out the above .ps.pdf rule and uncomment this rule.  This was tested
 # using a pre-release of the teTeX distribution.  See
 # http://www.tug.org/tetex/ for more information on getting & using teTeX.
 # This rule avoids creation of the intermediate PostScript files and uses
 # only free software.
 #
 $(PDFFILES): tools/toc2bkm.py
 .dvi.pdf: $*.bkm
 	$(PDFLATEX) $*
 	$(PYTHON) tools/toc2bkm.py $*
 	$(PDFLATEX) $*

 # Dependencies
 COMMONTEX=$(MANSTYLES) copyright.tex boilerplate.tex
 COMMONPERL=perl/manual.perl perl/python.perl

 $(DVIFILES): tools/fix_hack $(COMMONTEX)

 # LaTeX source files for the Python Library Reference
 LIBFILES = lib.tex \
     libintro.tex libobjs.tex libtypes.tex libexcs.tex libfuncs.tex \
     libpython.tex libsys.tex libtypes2.tex libtraceback.tex libpickle.tex \
     libshelve.tex libcopy.tex libmarshal.tex libimp.tex libparser.tex \
     libbltin.tex libmain.tex libstrings.tex libstring.tex libregex.tex \
     libregsub.tex libstruct.tex libmisc.tex libmath.tex librand.tex \
     libwhrandom.tex libarray.tex liballos.tex libos.tex libtime.tex \
     libgetopt.tex libtempfile.tex liberrno.tex libsomeos.tex libsignal.tex \
     libsocket.tex libselect.tex libthread.tex libunix.tex libposix.tex \
     libppath.tex libpwd.tex libgrp.tex libcrypt.tex libdbm.tex libgdbm.tex \
     libtermios.tex libfcntl.tex libposixfile.tex libsyslog.tex libpdb.tex \
     libprofile.tex libwww.tex libcgi.tex liburllib.tex libhttplib.tex \
     libftplib.tex libgopherlib.tex libnntplib.tex liburlparse.tex \
     libhtmllib.tex libsgmllib.tex librfc822.tex libmimetools.tex \
     libbinascii.tex libmm.tex libaudioop.tex libimageop.tex libaifc.tex \
     libjpeg.tex librgbimg.tex libcrypto.tex libmd5.tex libmpz.tex \
     librotor.tex libmac.tex libctb.tex libmacconsole.tex libmacdnr.tex \
     libmacfs.tex libmacos.tex libmacostools.tex libmactcp.tex \
     libmacspeech.tex libmacui.tex libstdwin.tex libsgi.tex libal.tex \
     libcd.tex libfl.tex libfm.tex libgl.tex libimgfile.tex libsun.tex \
     libxdrlib.tex libimghdr.tex \
     librestricted.tex librexec.tex libbastion.tex \
     libformatter.tex liboperator.tex libsoundex.tex libresource.tex \
     libstat.tex libstrio.tex libundoc.tex libmailcap.tex libglob.tex \
     libuser.tex libanydbm.tex librandom.tex libsite.tex libwhichdb.tex \
     libbase64.tex libfnmatch.tex libquopri.tex libzlib.tex libsocksvr.tex \
     libmailbox.tex libcommands.tex libcmath.tex libni.tex libgzip.tex \
     libpprint.tex libcode.tex libmimify.tex libre.tex libmacic.tex \
     libuserdict.tex libdis.tex libxmllib.tex libqueue.tex \
     liblocale.tex libbasehttp.tex libcopyreg.tex libsymbol.tex libtoken.tex \
     libframework.tex libminiae.tex libbinhex.tex libuu.tex libsunaudio.tex \
     libfileinput.tex libimaplib.tex

 # Library document
 lib.dvi: tools/indfix.py $(LIBFILES)
 	tools/newind.py >$*.ind
 	tools/newind.py modindex >mod$*.ind
 	$(LATEX) $*
 	$(MAKEINDEX) mod$*.idx
 	tools/fix_hack $*.idx
 	$(MAKEINDEX) $*.idx
 	tools/indfix.py $*.ind
 	$(LATEX) $*

 # Tutorial document
 tut.dvi: tut.tex
 	$(LATEX) $*
 	$(LATEX) $*

 # Extending & Embedding, Python/C API documents.
 # Done this way to avoid repeated command sets.
 .tex.dvi:
 	tools/newind.py >$*.ind
 	$(LATEX) $*
 	tools/fix_hack $*.idx
 	$(MAKEINDEX) $*.idx
 	$(LATEX) $*


 # The remaining part of the Makefile is concerned with various
 # conversions, as described above.  See also the README file.

 .PRECIOUS:	python-lib.texi

 # The sed script in this target fixes a really nasty little condition in
 # libcgi.tex where \e has to be used in a group to get the right behavior,
 # and makeinfo can't handle a group without a leading @command.  But at
 # least the info file gets generated.

 lib1.texi: $(LIBFILES) texipre.dat texipost.dat $(PARTPARSEOBJ)
 	$(PARTPARSE) -o $@ `tools/whichlibs`
 	sed 's/"{\\}n{\\}n/"\\n\\n/' $@ >temp.texi
 	mv temp.texi $@

 python-lib.texi: lib1.texi tools/fix.el
 	cp lib1.texi temp.texi
 	$(EMACS) -batch -l tools/fix.el -f save-buffer -kill
 	mv temp.texi $@

 python-lib.info: python-lib.texi
 	$(MAKEINFO) --footnote-style end --fill-column 72 \
 		     --paragraph-indent 0 $<

 # this is needed to prevent a second set of info files from being generated,
 # at least when using GNU make
 .PHONY: lib.info lib.texi

 lib.info: python-lib.info

 lib.texi: python-lib.texi

 # Targets to convert the manuals to HTML using Nikos Drakos' LaTeX to
 # HTML converter.  For more info on this program, see
 # <URL:http://cbl.leeds.ac.uk/nikos/tex2html/doc/latex2html/latex2html.html>.

 # Note that LaTeX2HTML inserts references to an icons directory in
 # each page that it generates.  I have placed a copy of this directory
 # in the distribution to simplify the process of creating a
 # self-contained HTML distribution; for this purpose I have also added
 # a (trivial) index.html.  Change the definition of $ICONSERVER in
 # .latex2html-init to use a different location for the icons directory.

 l2h: l2hapi l2hext l2hlib l2htut

 l2htut: tut.dvi $(COMMONPERL)
 	$(L2H) $(L2HARGS) tut.tex
 	(cd tut; ../tools/node2label.pl *.html)

 l2hext: ext.dvi $(COMMONPERL)
 	$(L2H) $(L2HARGS) ext.tex
 	(cd ext; ../tools/node2label.pl *.html)

 l2hlib: lib.dvi $(COMMONPERL)
 	tools/fix_libaux.sed <lib.aux >lib1.aux
 	mv lib1.aux lib.aux
 	if test -d lib ; then rm -f lib/*.html ; fi
 	$(L2H) $(L2HARGS) lib.tex
 	(cd lib; ../tools/node2label.pl *.html)

 l2hapi: api.dvi $(COMMONPERL)
 	$(L2H) $(L2HARGS) api.tex
 	(cd api; ../tools/node2label.pl *.html)

 # webchecker needs an extra flag to process the huge index from the libref
 webcheck:
 	$(WEBCHECKER) file:`pwd`/api/
 	$(WEBCHECKER) file:`pwd`/ext/
 	$(WEBCHECKER) -m290000 file:`pwd`/lib/
 	$(WEBCHECKER) file:`pwd`/tut/

 lib-info-$(RELEASE).tar.gz: $(INFOFILES)
 	tar cf - python-???.info* | gzip -9 >$@

 latex-$(RELEASE).tar.gz:
 	tools/mktarball.sh

 # This snags a PDF version if available, but doesn't fail if not.
 pdf-$(RELEASE).tar.gz: $(PDFFILES)
 	if test -f ref/ref.pdf ; then cp ref/ref.pdf . ; else true ; fi
 	tar cf - ???.pdf | gzip -9 >$@
 	if test -f ref.pdf ; then rm ref.pdf ; else true ; fi

 postscript-$(RELEASE).tar.gz: $(PSFILES) ref/ref.ps
 	cp ref/ref.ps .
 	tar cf - ???.ps | gzip -9 >$@
 	rm ref.ps

 tarhtml:
 	@echo "Did you remember to run makeMIFs.py in the ref subdirectory...?"
 	tar cf - index.html ???/???.css ???/*.html */*.gif \
 		| gzip -9 >html-$(RELEASE).tar.gz

 # convenience targets:

 tarinfo:  lib-info-$(RELEASE).tar.gz

 tarps:	postscript-$(RELEASE).tar.gz

 tarpdf:	pdf-$(RELEASE).tar.gz

 tarlatex: latex-$(RELEASE).tar.gz

 tarballs:  tarpdf tarps tarhtml tarlatex


 # Housekeeping targets

 # Remove temporary files; all except the following:
 # - sources: .tex, .bib, .sty, *.cls
 # - useful results: .dvi, .pdf, .ps, .texi, .info
 clean:
 	rm -f @* *~ *.aux *.idx *.ilg *.ind *.log *.toc *.blg *.bbl *.py[co]
 	rm -f *.bak *.orig lib1.texi *.out @webchecker.pickle
 	rm -f html-$(RELEASE).tar.gz info-$(RELEASE).tar.gz
 	rm -f pdf-$(RELEASE).tar.gz postscript-$(RELEASE).tar.gz
 	rm -f latex-$(RELEASE).tar.gz

 l2hclean:
 	rm -rf api ext lib tut

 # Remove temporaries as well as final products
 clobber: clean l2hclean
 	 rm -f *.dvi *.pdf *.ps *.texi python-*.info python-*.info-[0-9]*

 realclean:  clobber
 distclean:  clobber
	# Makefile for Python documentation
	# ---------------------------------
	#
	# See also the README file.
	#
	# This is a bit of a mess. The main documents are:
	# tut -- Tutorial (file tut.tex)
	# lib -- Library Reference (file lib.tex, inputs lib*.tex)
	# ext -- Extending and Embedding (file ext.tex)
	# api -- Python-C API Reference
	#
	# The Reference Manual is now maintained as a FrameMaker document.
	# See the subdirectory ref; PostScript is included as ref/ref.ps.
	# (In the future, the Tutorial will also be converted to FrameMaker;
	# the other documents will be maintained in a text format such
	# as LaTeX or perhaps TIM.)
	#
	# The main target "make all" creates DVI and PostScript for these
	# four. You can also do "make lib" (etc.) to process individual
	# documents.
	#
	# There's one local style file: python.sty. This defines a number
	# of macros that are similar in name and intent as macros in Texinfo
	# (e.g. \code{...} and \emph{...}), as well as a number of
	# environments for formatting function and data definitions, also in
	# the style of Texinfo.
	#
	# Everything is processed by LaTeX. The following tools are used:
	# latex
	# makeindex
	# dvips
	#
	# There's a problem with generating the index which has been solved by
	# a sed command applied to the index file. The shell script fix_hack
	# does this (the Makefile takes care of calling it).
	#
	# To preview the dvi files produced by LaTeX it would be useful to
	# have xdvi as well.
	#
	# Additional targets attempt to convert selected LaTeX sources to
	# various other formats. These are generally site specific because
	# the tools used are all but universal. These targets are:
	# l2h -- convert tut, lib, ext, api from LaTeX to HTML
	# See the README file for more info on these targets.

	# Customizations -- you may have to edit these

	# Where are the various programs?
	LATEX= TEXINPUTS=$(TEXINPUTS) latex
	PDFLATEX= TEXINPUTS=$(TEXINPUTS) pdflatex
	TEXINPUTS= texinputs:
	DVIPS= dvips -f -N0
	DISTILL= distill
	MAKEINDEX= makeindex -s texinputs/myindex.ist
	L2H= TEXINPUTS=$(TEXINPUTS) latex2html -init_file perl/l2hinit.perl
	L2HARGS= -address $$LOGNAME@`domainname`
	WEBCHECKER= $(PYTHON) ../Tools/webchecker/webchecker.py

	# Install destination -- not used now but might be useful some time...
	DESTDIR= /usr/local
	LIBDESTDIR= $DESTDIR/lib
	LIBDEST= $LIBDESTDIR/python$(VERSION)
	DOCDESTDIR= $LIBDEST/doc

	# This is only used for .info generation:
	EMACS= emacs
	PYTHON= python
	MAKEINFO= makeinfo
	PARTPARSE= $(PYTHON) tools/partparse.py

	# Ideally, you shouldn't need to edit beyond this point

	RELEASE=1.5.1
	VERSION=1.5

	DVIFILES= api.dvi ext.dvi lib.dvi tut.dvi
	INFOFILES= python-lib.info
	PDFFILES= api.pdf ext.pdf lib.pdf tut.pdf
	PSFILES= api.ps ext.ps lib.ps tut.ps

	MANSTYLES=texinputs/fncychap.sty texinputs/manual.cls texinputs/python.sty \
	texinputs/myindex.ist

	# Main target
	all: all-ps

	world: all-ps all-pdf l2h tarballs

	all-dvi: $(DVIFILES)
	all-pdf: $(PDFFILES)
	all-ps: $(PSFILES)

	# This target gets both the PDF and PS files updated; the all-pdf target
	# above doesn't ensure that both are done if the "alternate" rule (using
	# pdflatex) for PDF generation is used.
	#
	all-formats: $(PSFILES) $(PDFFILES)

	# Individual document fake targets
	tut: tut.ps
	lib: lib.ps
	ext: ext.ps
	api: api.ps

	# All formats for a single document
	api-all: api.dvi api.pdf api.ps l2hapi
	ext-all: ext.dvi ext.pdf ext.ps l2hext
	lib-all: lib.dvi lib.pdf lib.ps l2hlib
	tut-all: tut.dvi tut.pdf tut.ps l2htut


	# Rules to build PostScript and PDF formats
	.SUFFIXES: .dvi .ps .pdf .tex

	.dvi.ps:
	$(DVIPS) $< >$@

	#.ps.pdf:
	# $(DISTILL) $<

	# An alternate formulation of PDF creation; requires latex format with
	# pdftex. To use this instead of the Acrobat distiller solution, comment
	# out the above .ps.pdf rule and uncomment this rule. This was tested
	# using a pre-release of the teTeX distribution. See
	# http://www.tug.org/tetex/ for more information on getting & using teTeX.
	# This rule avoids creation of the intermediate PostScript files and uses
	# only free software.
	#
	$(PDFFILES): tools/toc2bkm.py
	.dvi.pdf: $*.bkm
	$(PDFLATEX) $*
	$(PYTHON) tools/toc2bkm.py $*
	$(PDFLATEX) $*

	# Dependencies
	COMMONTEX=$(MANSTYLES) copyright.tex boilerplate.tex
	COMMONPERL=perl/manual.perl perl/python.perl

	$(DVIFILES): tools/fix_hack $(COMMONTEX)

	# LaTeX source files for the Python Library Reference
	LIBFILES = lib.tex \
	libintro.tex libobjs.tex libtypes.tex libexcs.tex libfuncs.tex \
	libpython.tex libsys.tex libtypes2.tex libtraceback.tex libpickle.tex \
	libshelve.tex libcopy.tex libmarshal.tex libimp.tex libparser.tex \
	libbltin.tex libmain.tex libstrings.tex libstring.tex libregex.tex \
	libregsub.tex libstruct.tex libmisc.tex libmath.tex librand.tex \
	libwhrandom.tex libarray.tex liballos.tex libos.tex libtime.tex \
	libgetopt.tex libtempfile.tex liberrno.tex libsomeos.tex libsignal.tex \
	libsocket.tex libselect.tex libthread.tex libunix.tex libposix.tex \
	libppath.tex libpwd.tex libgrp.tex libcrypt.tex libdbm.tex libgdbm.tex \
	libtermios.tex libfcntl.tex libposixfile.tex libsyslog.tex libpdb.tex \
	libprofile.tex libwww.tex libcgi.tex liburllib.tex libhttplib.tex \
	libftplib.tex libgopherlib.tex libnntplib.tex liburlparse.tex \
	libhtmllib.tex libsgmllib.tex librfc822.tex libmimetools.tex \
	libbinascii.tex libmm.tex libaudioop.tex libimageop.tex libaifc.tex \
	libjpeg.tex librgbimg.tex libcrypto.tex libmd5.tex libmpz.tex \
	librotor.tex libmac.tex libctb.tex libmacconsole.tex libmacdnr.tex \
	libmacfs.tex libmacos.tex libmacostools.tex libmactcp.tex \
	libmacspeech.tex libmacui.tex libstdwin.tex libsgi.tex libal.tex \
	libcd.tex libfl.tex libfm.tex libgl.tex libimgfile.tex libsun.tex \
	libxdrlib.tex libimghdr.tex \
	librestricted.tex librexec.tex libbastion.tex \
	libformatter.tex liboperator.tex libsoundex.tex libresource.tex \
	libstat.tex libstrio.tex libundoc.tex libmailcap.tex libglob.tex \
	libuser.tex libanydbm.tex librandom.tex libsite.tex libwhichdb.tex \
	libbase64.tex libfnmatch.tex libquopri.tex libzlib.tex libsocksvr.tex \
	libmailbox.tex libcommands.tex libcmath.tex libni.tex libgzip.tex \
	libpprint.tex libcode.tex libmimify.tex libre.tex libmacic.tex \
	libuserdict.tex libdis.tex libxmllib.tex libqueue.tex \
	liblocale.tex libbasehttp.tex libcopyreg.tex libsymbol.tex libtoken.tex \
	libframework.tex libminiae.tex libbinhex.tex libuu.tex libsunaudio.tex \
	libfileinput.tex libimaplib.tex

	# Library document
	lib.dvi: tools/indfix.py $(LIBFILES)
	tools/newind.py >$*.ind
	tools/newind.py modindex >mod$*.ind
	$(LATEX) $*
	$(MAKEINDEX) mod$*.idx
	tools/fix_hack $*.idx
	$(MAKEINDEX) $*.idx
	tools/indfix.py $*.ind
	$(LATEX) $*

	# Tutorial document
	tut.dvi: tut.tex
	$(LATEX) $*
	$(LATEX) $*

	# Extending & Embedding, Python/C API documents.
	# Done this way to avoid repeated command sets.
	.tex.dvi:
	tools/newind.py >$*.ind
	$(LATEX) $*
	tools/fix_hack $*.idx
	$(MAKEINDEX) $*.idx
	$(LATEX) $*


	# The remaining part of the Makefile is concerned with various
	# conversions, as described above. See also the README file.

	.PRECIOUS: python-lib.texi

	# The sed script in this target fixes a really nasty little condition in
	# libcgi.tex where \e has to be used in a group to get the right behavior,
	# and makeinfo can't handle a group without a leading @command. But at
	# least the info file gets generated.

	lib1.texi: $(LIBFILES) texipre.dat texipost.dat $(PARTPARSEOBJ)
	$(PARTPARSE) -o $@ `tools/whichlibs`
	sed 's/"{\\}n{\\}n/"\\n\\n/' $@ >temp.texi
	mv temp.texi $@

	python-lib.texi: lib1.texi tools/fix.el
	cp lib1.texi temp.texi
	$(EMACS) -batch -l tools/fix.el -f save-buffer -kill
	mv temp.texi $@

	python-lib.info: python-lib.texi
	$(MAKEINFO) --footnote-style end --fill-column 72 \
	--paragraph-indent 0 $<

	# this is needed to prevent a second set of info files from being generated,
	# at least when using GNU make
	.PHONY: lib.info lib.texi

	lib.info: python-lib.info

	lib.texi: python-lib.texi

	# Targets to convert the manuals to HTML using Nikos Drakos' LaTeX to
	# HTML converter. For more info on this program, see
	# <URL:http://cbl.leeds.ac.uk/nikos/tex2html/doc/latex2html/latex2html.html>.

	# Note that LaTeX2HTML inserts references to an icons directory in
	# each page that it generates. I have placed a copy of this directory
	# in the distribution to simplify the process of creating a
	# self-contained HTML distribution; for this purpose I have also added
	# a (trivial) index.html. Change the definition of $ICONSERVER in
	# .latex2html-init to use a different location for the icons directory.

	l2h: l2hapi l2hext l2hlib l2htut

	l2htut: tut.dvi $(COMMONPERL)
	$(L2H) $(L2HARGS) tut.tex
	(cd tut; ../tools/node2label.pl *.html)

	l2hext: ext.dvi $(COMMONPERL)
	$(L2H) $(L2HARGS) ext.tex
	(cd ext; ../tools/node2label.pl *.html)

	l2hlib: lib.dvi $(COMMONPERL)
	tools/fix_libaux.sed <lib.aux >lib1.aux
	mv lib1.aux lib.aux
	if test -d lib ; then rm -f lib/*.html ; fi
	$(L2H) $(L2HARGS) lib.tex
	(cd lib; ../tools/node2label.pl *.html)

	l2hapi: api.dvi $(COMMONPERL)
	$(L2H) $(L2HARGS) api.tex
	(cd api; ../tools/node2label.pl *.html)

	# webchecker needs an extra flag to process the huge index from the libref
	webcheck:
	$(WEBCHECKER) file:`pwd`/api/
	$(WEBCHECKER) file:`pwd`/ext/
	$(WEBCHECKER) -m290000 file:`pwd`/lib/
	$(WEBCHECKER) file:`pwd`/tut/

	lib-info-$(RELEASE).tar.gz: $(INFOFILES)
	tar cf - python-???.info* \| gzip -9 >$@

	latex-$(RELEASE).tar.gz:
	tools/mktarball.sh

	# This snags a PDF version if available, but doesn't fail if not.
	pdf-$(RELEASE).tar.gz: $(PDFFILES)
	if test -f ref/ref.pdf ; then cp ref/ref.pdf . ; else true ; fi
	tar cf - ???.pdf \| gzip -9 >$@
	if test -f ref.pdf ; then rm ref.pdf ; else true ; fi

	postscript-$(RELEASE).tar.gz: $(PSFILES) ref/ref.ps
	cp ref/ref.ps .
	tar cf - ???.ps \| gzip -9 >$@
	rm ref.ps

	tarhtml:
	@echo "Did you remember to run makeMIFs.py in the ref subdirectory...?"
	tar cf - index.html ???/???.css ???/.html /*.gif \
	\| gzip -9 >html-$(RELEASE).tar.gz

	# convenience targets:

	tarinfo: lib-info-$(RELEASE).tar.gz

	tarps: postscript-$(RELEASE).tar.gz

	tarpdf: pdf-$(RELEASE).tar.gz

	tarlatex: latex-$(RELEASE).tar.gz

	tarballs: tarpdf tarps tarhtml tarlatex


	# Housekeeping targets

	# Remove temporary files; all except the following:
	# - sources: .tex, .bib, .sty, *.cls
	# - useful results: .dvi, .pdf, .ps, .texi, .info
	clean:
	rm -f @* ~ .aux .idx .ilg .ind .log .toc .blg .bbl .py[co]
	rm -f .bak .orig lib1.texi *.out @webchecker.pickle
	rm -f html-$(RELEASE).tar.gz info-$(RELEASE).tar.gz
	rm -f pdf-$(RELEASE).tar.gz postscript-$(RELEASE).tar.gz
	rm -f latex-$(RELEASE).tar.gz

	l2hclean:
	rm -rf api ext lib tut

	# Remove temporaries as well as final products
	clobber: clean l2hclean
	rm -f .dvi .pdf .ps .texi python-.info python-.info-[0-9]*

	realclean: clobber
	distclean: clobber