#from dynload test
## path to default libc.so file, easier to do via shell than in code (see main() in dynload_plain.c)
## for compat: first gmake style, then assignment op which will use ! as part of var name on gmake<4
##             and thus not override previously set var
#DEF_C_DYLIB=$(shell ((ldd `which ls` | grep -o '/.*/libc.so[^ ]*' || ls /lib*/libc.so* || ls /usr/lib/libc.so*) | grep -v '\.a$$' | (sort -V -r || sort -t . -n -k 2)) 2>/dev/null | head -1)
#DEF_C_DYLIB!=((ldd `which ls` | grep -o '/.*/libc.so[^ ]*' || ls /lib*/libc.so* || ls /usr/lib/libc.so*) | grep -v '\.a$$' | (sort -V -r || sort -t . -n -k 2)) 2>/dev/null | head -1
#
#APP        = dynload_plain
#OBJS       = dynload_plain.o
#TEST_U8_SO = dynload_plain_ß_test # @@@ unsure if every platform handles ß, here (ANSI, UTF-8, ...)
#SRCTOP     = ${VPATH}/../..
#BLDTOP     = ../..
#CFLAGS    += -I${SRCTOP}/dynload -DDEF_C_DYLIB=\"${DEF_C_DYLIB}\"
#LDLIBS_D  += -L${BLDTOP}/dynload -ldynload_s
#
## Works on: Darwin, NetBSD.
# Linux: add '-ldl'
#.PHONY: all clean install
#all: ${APP} ${TEST_U8_SO}
#${APP}: ${OBJS}
#	${CC} ${LDFLAGS} ${OBJS} ${LDLIBS_D} ${LDLIBS} -o ${APP}
#${TEST_U8_SO}:
#	echo 'int dynload_plain_testfunc() { return 5; }' | ${CC} -`[ \`uname\` = Darwin ] && echo dynamiclib || echo shared` -x c - -o ${TEST_U8_SO}
#clean:
#	rm -f ${APP} ${OBJS} ${TEST_U8_SO}
#install:
#	mkdir -p ${PREFIX}/test
#	cp ${APP} ${TEST_U8_SO} ${PREFIX}/test

.PHONY: test.so

test.so:
	for i in char 'unsigned char' short 'unsigned short' int 'unsigned int' long 'unsigned long' 'long long' 'unsigned long long' float double 'const char*'; do \
		echo "$$i `echo $$i | sed -E 's/(^| )([a-z])[^ ]*/\2/g'`_plus_one($$i v) { return v+1; }"; \
	done | ${CC} -`[ \`uname\` = Darwin ] && echo dynamiclib || echo shared` -x c - -o $@
	echo Done! Now you can run types.py