## -*-Makefile-*-
##
## $Id$
##
## Building the distribution
##
## (c) 1998 Straylight/Edgeware
##

##----- Licensing notice ----------------------------------------------------
##
## This file is part of the mLib utilities library.
##
## mLib is free software; you can redistribute it and/or modify
## it under the terms of the GNU Library General Public License as
## published by the Free Software Foundation; either version 2 of the
## License, or (at your option) any later version.
## 
## mLib 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 Library General Public License for more details.
## 
## You should have received a copy of the GNU Library General Public
## License along with mLib; if not, write to the Free
## Software Foundation, Inc., 59 Temple Place - Suite 330, Boston,
## MA 02111-1307, USA.

## --- Options ---

AUTOMAKE_OPTIONS = foreign

## --- What to build ---

SUBDIRS = man

bin_SCRIPTS = mLib-config
bin_PROGRAMS = crc-mktab unihash-mkstatic

lib_LTLIBRARIES = libmLib.la
pkglibexecdir = $(libexecdir)/$(PACKAGE)
pkglibexec_PROGRAMS = @BRES_LIBEXEC@
EXTRA_PROGRAMS = bres

pkginclude_HEADERS = \
	align.h alloc.h arena.h bits.h buf.h exc.h macros.h quis.h \
	  report.h sub.h \
	trace.h track.h unihash.h \
	pool.h \
	atom.h assoc.h darray.h dstr.h dspool.h hash.h sym.h crc32.h \
	env.h fdflags.h fdpass.h fwatch.h lock.h \
	bres.h conn.h lbuf.h ident.h pkbuf.h sel.h selbuf.h selpk.h sig.h \
	tv.h \
	base64.h base32.h hex.h mdwopt.h str.h testrig.h url.h

## --- Things to put in the library ---

libmLib_la_LDFLAGS = -version-info 2:3:0
## Middle number is the patchlevel.  Final number is the minor version.  The
## difference between the first and last numbers is major version.

libmLib_la_SOURCES = \
	alloc.c arena.c buf.c exc.c quis.c pquis.c report.c sub.c trace.c \
		traceopt.c track.c \
	pool.c pool-file.c pool-sub.c \
	atom.c assoc.c buf-dstr.c darray.c dstr.c dputf.c dspool.c hash.c \
	  sym.c \
	crc32.c crc32-tab.c \
	unihash.c unihash-global.c \
	env.c fdflags.c fdpass.c fwatch.c lock.c \
	@BRES_SOURCE@.c \
	conn.c lbuf.c ident.c pkbuf.c sel.c selbuf.c selpk.c sig.c \
	tv.c \
	base64.c base32.c hex.c mdwopt.c str.c testrig.c url.c
EXTRA_libmLib_la_SOURCES = bres.c bres-adns.c
libmLib_la_LIBADD = @DEPLIBS@

BUILT_SOURCES = crc32-tab.c unihash-global.c

crc32-tab.c: crc-mktab$(EXEEXT)
	./crc-mktab \
		-p0x04c11db7 -b32 -B8 -r \
		-c -scrc32_table -icrc32.h -tuint32 -ocrc32-tab.c.new
	mv crc32-tab.c.new crc32-tab.c

unihash-global.c: unihash-mkstatic$(EXEEXT)
	./unihash-mkstatic \
		-c -sunihash_global -iunihash.h -ounihash-global.c.new
	mv unihash-global.c.new unihash-global.c

crc_mktab_SOURCES = \
	crc-mktab.c \
	mdwopt.c quis.c pquis.c report.c str.c
crc_mktab_CFLAGS = $(AM_CFLAGS)
unihash_mkstatic_SOURCES = \
	unihash-mkstatic.c \
	mdwopt.c quis.c pquis.c report.c str.c unihash.c
unihash_mkstatic_CFLAGS = $(AM_CFLAGS)

## --- Test code ---

noinst_PROGRAMS = da.t sym.t assoc.t bits.t

check: \
	da.test sym.test assoc.test bits.test base64.test hex.test \
	base32.test \
	unihash.test

da_t_SOURCES = da-test.c
da_t_LDADD = libmLib.la
da_t_LDFLAGS = -static
da.in: $(srcdir)/da-gtest
	perl $(srcdir)/da-gtest 10000 >da.in.new
	mv da.in.new da.in
da.ref: da.in $(srcdir)/da-ref
	perl $(srcdir)/da-ref <da.in >da.ref.new
	mv da.ref.new da.ref
da.test: da.t da.in da.ref
	./da.t <da.in >da.out
	cmp da.out da.ref
	@echo "darray tested OK."

sym_t_SOURCES = sym-test.c
sym_t_LDADD = libmLib.la
sym_t_LDFLAGS = -static
sym.in: $(srcdir)/sym-gtest
	perl $(srcdir)/sym-gtest 10000 >sym.in.new
	mv sym.in.new sym.in
sym.ref: sym.in $(srcdir)/sym-ref
	perl $(srcdir)/sym-ref <sym.in >sym.ref.new
	mv sym.ref.new sym.ref
sym.test: sym.t sym.in sym.ref
	./sym.t <sym.in >sym.out
	cmp sym.out sym.ref
	@echo "sym tested OK."

assoc_t_SOURCES = assoc-test.c
assoc_t_LDADD = libmLib.la
assoc_t_LDFLAGS = -static
assoc.test: assoc.t sym.in sym.ref
	./assoc.t <sym.in >assoc.out
	cmp assoc.out sym.ref
	@echo "assoc tested OK."

bits_t_SOURCES = bits.c
bits_t_LDADD = libmLib.la
bits_t_LDFLAGS = -static
bits.o: bits.c
	$(COMPILE) -c -DSRCDIR="\"$(srcdir)\"" $(srcdir)/bits.c -o bits.o
bits.test: bits.t
	./bits.t -f $(srcdir)/bits.in

base64.to: base64.c
	$(COMPILE) -c -DTEST_RIG -DSRCDIR=\"$(srcdir)\" \
		$(srcdir)/base64.c -o base64.to
base64.t: base64.to base64.o libmLib.la
	$(CC) $(CFLAGS) $(LDFLAGS) \
		base64.to .libs/libmLib.a $(LIBS) -o base64.t
base64.test: base64.t base64.in base64.ref
	./base64.t <$(srcdir)/base64.in >base64.out
	cmp base64.out $(srcdir)/base64.ref
	./base64.t -d <$(srcdir)/base64.ref >base64.out
	cmp base64.out $(srcdir)/base64.in
	@echo "base64 tested OK."

base32.to: base32.c
	$(COMPILE) -c -DTEST_RIG -DSRCDIR=\"$(srcdir)\" \
		$(srcdir)/base32.c -o base32.to
base32.t: base32.to base32.o libmLib.la
	$(CC) $(CFLAGS) $(LDFLAGS) \
		base32.to .libs/libmLib.a $(LIBS) -o base32.t
base32.test: base32.t base32.in base32.ref
	./base32.t <$(srcdir)/base32.in >base32.out
	cmp base32.out $(srcdir)/base32.ref
	./base32.t -d <$(srcdir)/base32.ref >base32.out
	cmp base32.out $(srcdir)/base32.in
	@echo "base32 tested OK."

hex.to: hex.c
	$(COMPILE) -c -DTEST_RIG -DSRCDIR=\"$(srcdir)\" \
		$(srcdir)/hex.c -o hex.to
hex.t: hex.to hex.o libmLib.la
	$(CC) $(CFLAGS) $(LDFLAGS) \
		hex.to .libs/libmLib.a $(LIBS) -o hex.t
hex.test: hex.t hex.in hex.ref
	./hex.t <$(srcdir)/hex.in >hex.out
	cmp hex.out $(srcdir)/hex.ref
	./hex.t -d <$(srcdir)/hex.ref >hex.out
	cmp hex.out $(srcdir)/hex.in
	@echo "hex tested OK."

unihash.to: unihash.c
	$(COMPILE) -c -DTEST_RIG -DSRCDIR=\"$(srcdir)\" \
		$(srcdir)/unihash.c -o unihash.to
unihash.t: unihash.to libmLib.la
	$(CC) $(CFLAGS) $(LDFLAGS) \
		unihash.to .libs/libmLib.a $(LIBS) -o unihash.t
unihash.in: unihash-check.pl
	perl $(srcdir)/unihash-check.pl >unihash.in.new
	mv unihash.in.new $(srcdir)/unihash.in
unihash.test: unihash.t unihash.in
	./unihash.t -f $(srcdir)/unihash.in

TEST_CLEAN = \
	*.t *.to assoc.out \
	da.in da.ref da.out \
	sym.in sym.ref sym.out \
	base64.out base32.out hex.out unihash.in

TEST_DIST = \
	da-gtest da-ref \
	sym-gtest sym-ref \
	bits.in bits-testgen.c \
	unihash-check.pl unihash.in \
	base64.in base64.ref base32.in base32.ref hex.in hex.ref

## --- Background resolver ---
##
## I must (a) build the standalone version, and (b) inform the client library
## where the standalone version is.

bres_SOURCES = bres.c
bres_CFLAGS = -DBRES_STANDALONE

bres.lo: $(srcdir)/bres.c
	$(LTCOMPILE) -c -DBRES_SERVER="\"$(libexecdir)/$(PACKAGE)/`echo bres|sed '$(transform)'`\"" $(srcdir)/bres.c

## --- Other useful rules ---

install-man:
	(cd man && $(MAKE) install-man)
uninstall-man:
	(cd man && $(MAKE) uninstall-man)

CLEANFILES = $(TEST_CLEAN) crc32-tab.c unihash-global.c
DISTCLEANFILES = libtool
EXTRA_DIST = \
	$(TEST_DIST) maninst \
	debian/rules debian/copyright debian/control debian/changelog

##----- That's all, folks ---------------------------------------------------