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# Copyright (C) 1994-2008 Werner Lemberg <wl@gnu.org>
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program in doc/COPYING; if not, write to the Free
# Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston,
# MA 02110-1301 USA
# You need GNU make to run this Makefile.
#
# Some issues:
#
# o This Makefile is intended to build the distribution tarballs only,
# not to compile binaries.
#
# o Binaries of the CJK utility programs (and the standard tex stuff,
# including dvipdfmx) must work.
#
# o GNU extensions of various utility programs are used.
#
# o emacs 22 and the `cweave' program from the `c2cweb' package,
# renamed to `cweavex', are needed.
#
# o The TeXLive version of some font definition files are used (in the
# `texlive' subdirectory).
version=4.8.2
distdir=cjk-$(version)
abs-distdir=$(shell pwd)/$(distdir)
DISTDIRS=$(shell find . -type d | grep -v .git | grep -v $(distdir))
# expected: subdirs `dvi' and `cjk'
CJK2DVI=\
(cd dvi; \
TEXINPUTS=$(abs-distdir)/{texlive,texinput//,contrib/wadalab,utils/pyhyphen}: \
texi2dvi -l latex ../cjk/$@.cjk; \
rm -f $@.aux $@.log $@.toc)
# LATEX2DVI srcdir targetdir
# expected: targetdir/dvi
LATEX2DVI=\
cp $(1)/$@.tex $(2)/dvi; \
(cd $(2)/dvi; \
TEXINPUTS=$(abs-distdir)/{texlive,texinput//,contrib/wadalab,utils/pyhyphen}: \
texi2dvi -l latex $@.tex; \
rm -f $@.tex $@.aux $@.log $@.toc)
# DVI2PDF paper-format
# expected: subdir `pdf' and `dvi'
DVI2PDF=\
dvipdfmx -v -p $(1) -o pdf/$@.pdf dvi/$@.dvi
# CONVERT converter srcdir targetdir [paper-format]
CONVERT=\
cd $(distdir); \
$(1) < $(2)/$@.tex > $(3)/cjk/$@.cjk; \
cd $(3); \
$(CJK2DVI); \
$(if $(4),$(call DVI2PDF,$(4)),$(call DVI2PDF,letter))
# MULE srcdir targetdir [paper-format]
MULE=\
cd $(distdir); \
emacs --batch \
--load utils/lisp/emacs/cjk-enc.el \
--funcall batch-cjk-write-file \
$(1)/$@.tex; \
mv $(1)/$@.cjk $(2)/cjk; \
cd $(2); \
$(CJK2DVI); \
$(if $(3),$(call DVI2PDF,$(3)),$(call DVI2PDF,letter))
# LATEX srcdir targetdir [paper-format]
LATEX=\
cd $(distdir); \
$(call LATEX2DVI,$(1),$(2)); \
cd $(2); \
$(if $(3),$(call DVI2PDF,$(3)),$(call DVI2PDF,letter))
# XELATEX srcdir targetdir
XELATEX=\
cd $(distdir); \
cp $(1)/$@.tex $(2)/pdf; \
(cd $(2)/pdf; \
TEXINPUTS=$(abs-distdir)/{texlive,texinput//,contrib/wadalab,utils/pyhyphen}: \
xelatex $@.tex; \
TEXINPUTS=$(abs-distdir)/{texlive,texinput//,contrib/wadalab,utils/pyhyphen}: \
xelatex $@.tex; \
rm -f $@.tex $@.aux $@.log $@.toc $@.out $@.ovt)
DISTTARGETS=\
READMEb5 \
READMEgb \
Big5 \
Big5vert \
CEF_test \
CJKbabel \
CJKfntef \
CJKutf8 \
CJKspace \
CJKmixed \
xCJK \
GB \
JIS \
KS \
SJIS \
UTF8 \
muletest \
pytest \
py_test \
rubytest \
thai \
c90
all:
@echo
@echo " Say \`make dist' to build the tarballs."
@echo
READMEb5:
$(call CONVERT,bg5conv,doc/chinese,doc,a4)
READMEgb:
$(call LATEX,doc/chinese,doc)
Big5 Big5vert:
$(call CONVERT,bg5conv,examples,examples)
CEF_test:
$(call CONVERT,cefconv,examples,examples)
SJIS:
$(call CONVERT,sjisconv,examples,examples)
CJKbabel muletest rubytest thai:
$(call MULE,examples,examples)
GB JIS KS UTF8 py_test CJKfntef CJKutf8 CJKspace CJKmixed:
$(call LATEX,examples,examples)
xCJK:
$(call XELATEX,examples,examples)
pytest:
$(call LATEX,utils/pyhyphen,examples)
c90:
(cd $(abs-distdir)/utils/thaifont/tools; \
ln -s c90.etx c90.tex)
$(call LATEX,utils/thaifont/tools,doc)
dist: distsrc predistdoc distdoc
distsrc:
-rm -rf $(distdir)
rm -f $(distdir).tar.gz
rm -f $(distdir)-doc.tar.gz
mkdir $(distdir)
srcdir=`pwd`; \
for d in $(DISTDIRS); do \
mkdir -p $(distdir)/$$d; \
(cd $(distdir)/$$d; \
f=`find $$srcdir/$$d -maxdepth 1 -type f`; \
test -z "$$f" || ln -s $$f . || true); \
done
for f in `find $(abs-distdir)/utils -name '*.w'`; do \
ctangle $$f - `echo $$f | sed s/w$$/c/`; \
done
tar cfh - $(distdir) | gzip -c > $(distdir).tar.gz
predistdoc:
mkdir -p $(distdir)/doc/{cjk,dvi,pdf}
mkdir -p $(distdir)/examples/{cjk,dvi,pdf}
mkdir -p $(distdir)/doc/man/{dvi,html,pdf,txt}
echo "This directory contains files which are \`preprocessed' with" \
> $(distdir)/doc/cjk/README
echo "cjk-enc.el, bg5conv, etc." \
>> $(distdir)/doc/cjk/README
echo \
>> $(distdir)/doc/cjk/README
echo "You can feed them directly into LaTeX." \
>> $(distdir)/doc/cjk/README
distdoc: $(DISTTARGETS) manpages cweb
for f in `find $(distdir) -type l`; do \
rm $$f; \
done
for f in `find $(distdir) -name '*.c'`; do \
rm $$f; \
done
-for d in `find $(distdir) -depth -type d`; do \
rmdir --ignore-fail-on-non-empty $$d; \
done
tar cfh - $(distdir) | gzip -c > $(distdir)-doc.tar.gz
rm -rf $(distdir)
manpages:
for f in `find utils -type f -name '*.1'`; do \
groff -ww -Tdvi -dpaper=letter -P-pletter -mec -man -rS11 $$f > \
$(abs-distdir)/doc/man/dvi/`basename $$f .1`.dvi; \
groff -ww -Tps -dpaper=letter -P-pletter -man -rS11 $$f | \
ps2pdf - $(abs-distdir)/doc/man/pdf/`basename $$f .1`.pdf; \
groff -ww -Tlatin1 -man -P-bcu $$f > \
$(abs-distdir)/doc/man/txt/`basename $$f .1`.txt; \
groff -ww -Thtml -man $$f > \
$(abs-distdir)/doc/man/html/`basename $$f .1`.html; \
done
cweb:
for f in `find utils -type f -name '*.w'`; do \
cp $$f $(abs-distdir)/doc/dvi; \
(cd $(abs-distdir)/doc/dvi; \
F=`basename $$f .w`; \
cweavex +a $$F.w; \
tex $$F; \
rm -rf $$F.idx $$F.log $$F.scn $$F.tex $$F.toc $$F.w; \
dvipdfmx -v -p letter -o ../pdf/$$F.pdf $$F); \
done
# EOF
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