S=${WORKDIR}/systemd-${PV}
-# The multilib-build.eclass doesn't handle situation where the installed headers
-# are different in ABIs. In this case, we install libgudev headers in native
-# ABI but not for non-native ABI.
-multilib_check_headers() { :; }
-
check_default_rules() {
# Make sure there are no sudden changes to upstream rules file
# (more for my own needs than anything else ...)
S=${WORKDIR}/systemd-${PV}
-# The multilib-build.eclass doesn't handle situation where the installed headers
-# are different in ABIs. In this case, we install libgudev headers in native
-# ABI but not for non-native ABI.
-multilib_check_headers() { :; }
-
check_default_rules() {
# Make sure there are no sudden changes to upstream rules file
# (more for my own needs than anything else ...)
S=${WORKDIR}/systemd-${PV}
-# The multilib-build.eclass doesn't handle situation where the installed headers
-# are different in ABIs. In this case, we install libgudev headers in native
-# ABI but not for non-native ABI.
-multilib_check_headers() { :; }
-
check_default_rules() {
# Make sure there are no sudden changes to upstream rules file
# (more for my own needs than anything else ...)
S=${WORKDIR}/systemd-${PV}
-# The multilib-build.eclass doesn't handle situation where the installed headers
-# are different in ABIs. In this case, we install libgudev headers in native
-# ABI but not for non-native ABI.
-multilib_check_headers() { :; }
-
check_default_rules() {
# Make sure there are no sudden changes to upstream rules file
# (more for my own needs than anything else ...)
S=${WORKDIR}/systemd-${PV}
-# The multilib-build.eclass doesn't handle situation where the installed headers
-# are different in ABIs. In this case, we install libgudev headers in native
-# ABI but not for non-native ABI.
-multilib_check_headers() { :; }
-
check_default_rules() {
# Make sure there are no sudden changes to upstream rules file
# (more for my own needs than anything else ...)