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inherit siteinfo
# If applicable on the architecture, this routine will rename the header and
# add a unique identifier to the name for the ABI/bitsize that is being used.
# A wrapper will be generated for the architecture that knows how to call
# all of the ABI variants for that given architecture.
#
oe_multilib_header() {
case ${HOST_OS} in
*-musl*)
return
;;
*)
esac
# We use
# For ARM: We don't support multilib builds.
# For MIPS: "n32" is a special case, which needs to be
# distinct from both 64-bit and 32-bit.
case ${TARGET_ARCH} in
arm*) return
;;
mips*) case "${MIPSPKGSFX_ABI}" in
"-n32")
ident=n32
;;
*)
ident=${SITEINFO_BITS}
;;
esac
;;
*) ident=${SITEINFO_BITS}
esac
if echo ${TARGET_ARCH} | grep -q arm; then
return
fi
for each_header in "$@" ; do
if [ ! -f "${D}/${includedir}/$each_header" ]; then
bberror "oe_multilib_header: Unable to find header $each_header."
continue
fi
stem=$(echo $each_header | sed 's#\.h$##')
# if mips64/n32 set ident to n32
mv ${D}/${includedir}/$each_header ${D}/${includedir}/${stem}-${ident}.h
sed -e "s#ENTER_HEADER_FILENAME_HERE#${stem}#g" ${COREBASE}/scripts/multilib_header_wrapper.h > ${D}/${includedir}/$each_header
done
}
# Dependencies on arch variables like MIPSPKGSFX_ABI can be problematic.
# We don't need multilib headers for native builds so brute force things.
oe_multilib_header_class-native () {
return
}
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