#

# Copyright (c) 2016, 2017, 2018, 2019, 2020, 2021, 2022, 2023 LucĂ­a Andrea Illanes Albornoz <lucia@luciaillanes.de>

# set +o errexit -o noglob -o nounset is assumed.

#

#

# ex_pkg_check_depends() - check single named package for unsatisfied dependencies

# @_checkfl:		enable (1) or inhibit (0) dependency expansion

# @_rpkg_disabled:	in reference to variable of list of disabled packages

# @_rpkg_finished:	in reference to variable of list of finished packages

# @_pkg_name:		single package name

# @_rpkg_names:		in reference to variable of list of package names

# @_workdir:		pathname to build-specific temporary directory

#

# Returns:		zero (0) given no outstanding dependencies, non-zero (>0) otherwise

#

ex_pkg_check_depends() {

	local	_epcd_checkfl="${1}" _epcd_rpkg_disabled="${2}" _epcd_rpkg_finished="${3#\$}"	\

		_epcd_pkg_name="${4}" _epcd_rpkg_names="${5#\$}" _epcd_workdir="${6}"		\

		_epcd_dependfl=0 _epcd_depends="" _epcd_pkg_name_depend="";

	if [ "${_epcd_checkfl}" -eq 1 ]\

	&& rtl_get_var_unsafe \$_epcd_depends -u "PKG_"${_epcd_pkg_name}"_DEPENDS"\

	&& [ "${_epcd_depends:+1}" = 1 ]; then

		for _epcd_pkg_name_depend in ${_epcd_depends}; do

			if ! rtl_lmatch "${_epcd_rpkg_disabled}" "${_epcd_pkg_name_depend}"\

			&& ! ex_pkg_state_test2 "${_epcd_workdir}" "${_epcd_pkg_name_depend}" finish;

			then

				if ! rtl_lmatch "${_epcd_rpkg_names}" "${_epcd_pkg_name_depend}"; then

					rtl_log_msgV "fatalexit" "${MSG_build_unknown_dep}" "${_epcd_pkg_name_depend}" "${_epcd_pkg_name}";

				else

					_epcd_dependfl=1; break;

				fi;

			fi;

		done;

	fi;

	return "${_epcd_dependfl}";

};

#

# ex_pkg_check_depends_unknown() - check single named package for unknown dependencies

# @_pkg_name:		single package name

# @_rpkg_names_set:	in reference to variable of set of package names

# @_rpkg_unknown:	out reference to variable of list of finished packages

#

# Returns:		zero (0) given no unknown dependencies, non-zero (>0) otherwise

#

ex_pkg_check_depends_unknown() {

	local	_epcdu_pkg_name="${1}" _epcdu_rpkg_names_set="${2#\$}"		\

		_epcdu_rpkg_unknown="${3#\$}"					\

		_epcdu_defined=0 _epcdu_depends="" _epcdu_pkg_name_depend=""	\

		_epcdu_rc=0;

	if rtl_get_var_unsafe \$_epcdu_depends -u "PKG_"${_epcdu_pkg_name}"_DEPENDS"\

	&& [ "${_epcdu_depends:+1}" = 1 ]; then

		for _epcdu_pkg_name_depend in ${_epcdu_depends}; do

			if ! rtl_get_var_unsafe \$_epcdu_defined "${_epcdu_rpkg_names_set}_${_epcdu_pkg_name_depend}"\

			|| [ "${_epcdu_defined:-0}" -eq 0 ]; then

				rtl_lconcat "${_epcdu_rpkg_unknown}" "${_epcdu_pkg_name_depend}";

				_epcdu_rc=1;

			fi;

		done;

	fi;

	return "${_epcdu_rc}";

};

#

# ex_pkg_copy_group_vars() - copy build group variables into build group

# @_group_name_src:		single source build group name

# @_group_name_dst:		single destination build group name

# @[_build_vars_default]:	optional list of default build variables, defaults to ${DEFAULT_BUILD_VARS}

#

# Returns:			zero (0) on success, non-zero (>0) on failure.

#

ex_pkg_copy_group_vars() {

	local	_epcgv_group_name_src="${1#\$}" _epcgv_group_name_dst="${2#\$}"	\

		_epcgv_build_vars_default="${3:-${DEFAULT_BUILD_VARS}}"		\

		_epcgv_group_name_dst_uc="" _epcgv_group_name_src_uc=""		\

		_epcgv_vname="" _epcgv_vval="";

	rtl_toupper2 \$_epcgv_group_name_dst \$_epcgv_group_name_dst_uc;

	rtl_toupper2 \$_epcgv_group_name_src \$_epcgv_group_name_src_uc;

	for _epcgv_vname in ${_epcgv_build_vars_default}; do

		if rtl_get_var_unsafe \$_epcgv_vval "${_epcgv_group_name_src_uc}_${_epcgv_vname}"\

		&& [ "${_epcgv_vval:+1}" = 1 ]; then

			rtl_set_var_unsafe "${_epcgv_group_name_dst_uc}_${_epcgv_vname}" "${_epcgv_vval}";

		fi;

	done;

	return 0;

};

#

# ex_pkg_find_package() - find build group a single named package belongs to

# @_rgroup_name:	out reference to variable of build group name

# @_group_names:	build group names

# @_pkg_name:		single named package

#

# Returns:		zero (0) on success, non-zero (>0) if package not found, group name on stdout if package was found.

#

ex_pkg_find_package() {

	local	_epfp_rgroup_name="${1#\$}" _epfp_group_names="${2}" _epfp_pkg_name="${3}"	\

		_epfp_foundfl=0 _epfp_group_name="" _epfp_pkg_names="";

	for _epfp_group_name in ${_epfp_group_names}; do

		if rtl_get_var_unsafe \$_epfp_pkg_names -u "${_epfp_group_name}_PACKAGES"\

		&& [ "${_epfp_pkg_names:+1}" = 1 ]\

		&& rtl_lmatch \$_epfp_pkg_names "${_epfp_pkg_name}"; then

			_epfp_foundfl=1; break;

		fi;

	done;

	case "${_epfp_foundfl:-0}" in

	0)	eval ${_epfp_rgroup_name}=;

		return 1; ;;

	1)	eval ${_epfp_rgroup_name}='${_epfp_group_name}';

		return 0; ;;

	esac;

};

#

# ex_pkg_get_default() - get single package default value

# @_rdefault:		out reference to variable of default value or "" on end of list

# @_default_idx:	one-based single default value index

# @_pkg_name:		single package name

# @_pkg_version:	single package version

# @_ldefault:		SP-separated list of default value names (any of: patches, patches_pre, vars_files)

#

# Returns:		zero (0) on success, non-zero (>0) on invalid default value name or unknown package.

#

ex_pkg_get_default() {

	local	_epgd_rdefault="${1#\$}" _epgd_default_idx="${2}" _epgd_pkg_name="${3}"	\

		_epgd_pkg_version="${4}" _epgd_ldefault="${5}"				\

		_epgd_default="" _epgd_group_name="" _epgd_patch_fname=""		\

		_epgd_pkg_name_full="" _epgd_pkg_patches_extra="" _epgd_rc=0;

	set --;

	_epgd_pkg_name_full="${_epgd_pkg_name}${_epgd_pkg_version:+-${_epgd_pkg_version}}";

	_epgd_rc=0;

	for _epgd_default in ${_epgd_ldefault}; do

		case "${_epgd_default}" in

		patches)

			rtl_get_var_unsafe \$_epgd_pkg_patches_extra -u "PKG_${_epgd_pkg_name}_PATCHES_EXTRA";

			set +o noglob;

			set --												\

				"${@}"											\

				"${MIDIPIX_BUILD_PWD}/patches/${_epgd_pkg_name}/"*.patch				\

				"${MIDIPIX_BUILD_PWD}/patches/${_epgd_pkg_name_full}.local.patch"			\

				"${MIDIPIX_BUILD_PWD}/patches/${_epgd_pkg_name_full}.local@${BUILD_HNAME}.patch"	\

				${_epgd_pkg_patches_extra};

			set -o noglob;

			;;

		patches_pre)

			set --										\

				"${@}"									\

				"${MIDIPIX_BUILD_PWD}/patches/${_epgd_pkg_name_full}_pre.local.patch"	\

				"${MIDIPIX_BUILD_PWD}/patches/${_epgd_pkg_name_full}_pre.local@${BUILD_HNAME}.patch";

			;;

		vars_files)

			rtl_get_var_unsafe \$_epgd_group_name -u "PKG_${_epgd_pkg_name}_GROUP";

			set --					\

				"vars/${_epgd_pkg_name}.vars"	\

				"vars.${_epgd_group_name}/${_epgd_pkg_name}.vars";

			;;

		*)

			_epgd_rc=1; break;

			;;

		esac;

	done;

	if [ "${_epgd_rc}" = 0 ]; then

		eval ${_epgd_rdefault}="\${${_epgd_default_idx}:-}";

	fi;

	return "${_epgd_rc}";

};

#

# ex_pkg_get_packages() - get list of packages belonging to single named build group

# @_rpkg_names:	out reference to variable of package names

# @_group_name:	build group name

#

# Returns:	zero (0) on success, non-zero (>0) on failure, list of package names on stdout on success.

#

ex_pkg_get_packages() {

	local	_epgp_rpkg_names="${1#\$}" _epgp_group_name="${2}"	\

		_epgp_pkg_names="";

	if rtl_get_var_unsafe \$_epgp_pkg_names -u "${_epgp_group_name}_PACKAGES"\

	&& [ "${_epgp_pkg_names:+1}" = 1 ]; then

		eval ${_epgp_rpkg_names}='${_epgp_pkg_names}';

		return 0;

	else

		eval ${_epgp_rpkg_names}=;

		return 1;

	fi;

};

#

# ex_pkg_get_package_vars() - get package variable names

# @_rpkg_vnames:		out reference to package variable names variable

# @_build_vars_default:		list of default build variables

# @_pkg_name:			single package name

#

# Returns:			zero (0) on success, non-zero (>0) on failure, list of package names on stdout on success.

#

ex_pkg_get_package_vars() {

	local	_epgpv_rpkg_vnames="${1#\$}" _epgpv_build_vars_default="${2}" _epgpv_pkg_name="${3}"	\

		_epgpv_pkg_name_uc="" _epgpv_vname="" _epgpv_vnames="";

	rtl_toupper2 \$_epgpv_pkg_name \$_epgpv_pkg_name_uc;

	for _epgpv_vname in ${_epgpv_build_vars_default}; do

		if eval [ \"\${PKG_${_epgpv_pkg_name_uc}_${_epgpv_vname}:+1}\" = 1 ]; then

			rtl_lconcat \$_epgpv_vnames "PKG_${_epgpv_pkg_name_uc}_${_epgpv_vname}";

		fi;

	done;

	eval ${_epgpv_rpkg_vnames}='${_epgpv_vnames}';

	return 0;

};

#

# ex_pkg_load_vars() - load build variables

# @_rstatus:		out reference to status string

# @_rbuild_arch:	in reference to build architecture

# @_rbuild_kind:	in reference to build kind

#

# Returns:	zero (0) on success, non-zero (>0) on failure, build variables post-return on success.

#

ex_pkg_load_vars() {

	local	_eplv_rstatus="${1#\$}" _eplv_rbuild_arch="${2#\$}" _eplv_rbuild_kind="${3#\$}"	\

		_eplv_build_arch="" _eplv_rc=0 _eplv_fname="";

	if ! rtl_lmatch "${_eplv_rbuild_arch}" "nt32 nt64"; then

		_eplv_rc=1;

		rtl_setrstatus "${_eplv_rstatus}" 'invalid architecture \`${'"${_eplv_rbuild_arch}"'}'\''.';

	elif ! rtl_lmatch "${_eplv_rbuild_kind}" "debug release"; then

		_eplv_rc=1;

		rtl_setrstatus "${_eplv_rstatus}" 'unknown build type \`${'"${_eplv_rbuild_kind}"'}'\''.';

	else

		eval _eplv_build_arch="\${${_eplv_rbuild_arch}}";

		case "${_eplv_build_arch}" in

		nt32)	DEFAULT_TARGET="i686-nt32-midipix"; ;;

		nt64)	DEFAULT_TARGET="x86_64-nt64-midipix"; ;;

		esac;

		if [ "${PREFIX_ROOT:+1}" ]\

		&& [ "${PREFIX_ROOT#/}" = "${PREFIX_ROOT}" ]; then

			PREFIX_ROOT="${PWD%/}/${PREFIX_ROOT}";

		fi;

		if [ "${PREFIX:+1}" ]\

		&& [ "${PREFIX#/}" = "${PREFIX}" ]; then

			PREFIX="${PWD%/}/${PREFIX}";

		fi;

		for _eplv_fname in				\

				"${HOME}/midipix_build.vars"	\

				"${HOME}/.midipix_build.vars"	\

				../midipix_build.vars;

		do

			if [ -r "${_eplv_fname}" ]; then

				rtl_fileop source "${_eplv_fname}";

			fi;

		done;

		set +o noglob;

		for _eplv_fname in				\

				./vars.env.d/*.env;

		do

			set -o noglob;

			if [ -r "${_eplv_fname}" ]; then

				rtl_fileop source "${_eplv_fname}";

			fi;

		done;

		set -o noglob;

	fi;

	return "${_eplv_rc}";

};

#

# ex_pkg_load_groups() - load all available build groups

# @_rgroups:		out reference to variable of build groups

# @_rgroups_noauoto:	optional out reference to variable of build groups not built automatically

#

# Returns:		zero (0) on success, non-zero (>0) on failure.

#

ex_pkg_load_groups() {

	local	_eplg_rgroups="${1#\$}" _eplg_rgroups_noauto="${2#\$}"	\

		_eplg_build_groups="" _eplg_build_groups_noauto="" _eplg_fname="";

	EXP_PKG_REGISTER_GROUP_RGROUPS="${_eplg_rgroups}";

	EXP_PKG_REGISTER_GROUP_RGROUPS_NOAUTO="${_eplg_rgroups_noauto}";

	for _eplg_fname in $(find ./groups.d -name *.group | sort); do

		rtl_fileop source_with_fnamevar "${_eplg_fname}";

	done;

	unset EXP_PKG_REGISTER_GROUP_RGROUPS;

	unset EXP_PKG_REGISTER_GROUP_RGROUPS_NOAUTO;

	for _eplg_fname in $(find ./groups.d -mindepth 2 -name *.package | sort); do

		rtl_fileop source_with_fnamevar "${_eplg_fname}";

	done;

	return 0;

};

#

# ex_pkg_register() - register single package

# @_pkg_name:		single package name

# @_fname:		pathname to file package is defined in, relative to midipix_build root

# @[_group_name]:	optional build group name; inferred from @_fname if not specified

#

# Returns:		zero (0) on success, non-zero (>0) on failure.

#

ex_pkg_register() {

	local	_epr_pkg_name="${1}" _epr_fname="${2}" _epr_group_name="${3:-}"	\

		_epr_group_name_uc="" _epr_group_noautofl=0;

	if [ "${_epr_group_name:+1}" != 1 ]; then

		_epr_group_name="${_epr_fname#./*/}";

		_epr_group_name="${_epr_group_name%%/*}";

		_epr_group_name="${_epr_group_name%.d}";

		_epr_group_name="${_epr_group_name#*.}";

	fi;

	rtl_toupper2 \$_epr_group_name \$_epr_group_name_uc;

	rtl_lconcat "\$${_epr_group_name_uc}_PACKAGES" "${_epr_pkg_name}";

	rtl_set_var_unsafe -u "PKG_${_epr_pkg_name}_GROUP" "${_epr_group_name}";

	rtl_set_var_unsafe -u "PKG_${_epr_pkg_name}_GROUP_FNAME" "${_epr_fname}";

	return 0;

};

#

# ex_pkg_register_group() - register single group

# @_group_name:					single group name

# @_fname:					pathname to file group is defined in, relative to midipix_build root

# @[_ownerfl]:					"owner" for groups that own their packages, "copy" for shorthand groups referring to packages from other groups

# @[_autofl]:					"auto" for groups to build by default, "noauto" for optional groups only built when requested

# ${EXP_PKG_REGISTER_GROUP_RGROUPS}:		inout reference to variable of build groups

# ${EXP_PKG_REGISTER_GROUP_RGROUPS_NOAUTO}:	inout reference to variable of build groups only built when requested

#

# Returns:					zero (0) on success, non-zero (>0) on failure.

#

ex_pkg_register_group() {

	local	_eprg_group_name="${1}" _eprg_fname="${2}"		\

		_eprg_ownerfl="${3:-owner}" _eprg_autofl="${4:-auto}"	\

		_eprg_pkg_name="" _eprg_pkg_names="" _eprg_rgroups="";

	case "${_eprg_autofl}" in

	auto)	_eprg_rgroups="${EXP_PKG_REGISTER_GROUP_RGROUPS}"; ;;

	noauto)	_eprg_rgroups="${EXP_PKG_REGISTER_GROUP_RGROUPS_NOAUTO}"; ;;

	*)	;;

	esac;

	if ! rtl_lmatch "${_eprg_rgroups}" "${_eprg_group_name}"; then

		rtl_lconcat "${_eprg_rgroups}" "${_eprg_group_name}";

	fi;

	case "${_eprg_ownerfl}" in

	owner)

		if rtl_get_var_unsafe \$_eprg_pkg_names -u "${_eprg_group_name}_PACKAGES"\

		&& [ "${_eprg_pkg_names:+1}" = 1 ]; then

			for _eprg_pkg_name in ${_eprg_pkg_names}; do

				rtl_set_var_unsafe -u "PKG_${_eprg_pkg_name}_GROUP" "${_eprg_group_name}";

				rtl_set_var_unsafe -u "PKG_${_eprg_pkg_name}_GROUP_FNAME" "${_eprg_fname}";

			done;

		fi;

		;;

	copy)	;;

	*)	;;

	esac;

	return 0;

};

#

# ex_pkg_unfold_depends() - unfold list of package names into dependency-expanded set of complete, disabled, finished, and outstanding package names

# @_rdisabled:		in reference to out variable of disabled packages

# @_rfinished:		in reference to out variable of finished packages

# @_rnames:		out reference to variable of package names

# @_checkfl:		enable (1) or inhibit (0) dependency expansion

# @_forcefl:		enable (1) or inhibit (0) forcibly rebuilding finished packages

# @_group_name:		build group name

# @_pkg_names:		list of package names

# @_restart:		optional whitespace-separated list of package names to rebuild

# @_test_finished:	only exclude disabled packages (0,) split finished packages

# @_workdir:		pathname to build-specific temporary directory

#

# Returns:		zero (0) on success, non-zero (>0) on failure.

#

ex_pkg_unfold_depends() {

	local	_epud_rdisabled="${1#\$}" _epud_rfinished="${2#\$}" _epud_rnames="${3#\$}"	\

		_epud_checkfl="${4}" _epud_forcefl="${5}" _epud_group_name="${6}"		\

		_epud_pkg_names="${7}" _epud_restart="${8}" _epud_test_finished="${9}"		\

		_epud_workdir="${10}"								\

		_epud_depends="" _epud_pkg_disabled="" _epud_pkg_force="" _epud_pkg_name=""	\

		_epud_pkg_name_depend="" _epud_pkg_names_new="" _epud_pkg_names_set=""		\

		_epud_pkg_unknown="" _epud_restartfl=0 _epud_unknown_depends=0;

	if [ "${_epud_restart:+1}" = 1 ]\

	&& ! rtl_lmatch \$_epud_restart "ALL LAST"; then

		rtl_lsearch \$_epud_pkg_names "${_epud_restart}";

	fi;

	if [ "${_epud_restart:+1}" = 1 ]\

	&& [ "${_epud_checkfl:-0}" -eq 1 ]; then

		rtl_lunfold_dependsV 'PKG_${_rld_name}_DEPENDS' \$_epud_pkg_names ${_epud_pkg_names};

		_epud_pkg_names="$(rtl_uniq ${_epud_pkg_names})";

	fi;

	rtl_llift_set \$_epud_pkg_names \$_epud_pkg_names_set;

	for _epud_pkg_name in ${_epud_pkg_names}; do

		if rtl_get_var_unsafe \$_epud_depends -u "PKG_"${_epud_pkg_name}"_DEPENDS"\

		&& [ "${_epud_depends:+1}" = 1 ]; then

			_epud_pkg_unknown="";

			if ! ex_pkg_check_depends_unknown "${_epud_pkg_name}" \$_epud_pkg_names_set \$_epud_pkg_unknown; then

				for _epud_pkg_name_depend in ${_epud_pkg_unknown}; do

					rtl_log_msgV "warning" "${MSG_build_unknown_dep}" "${_epud_pkg_name_depend}" "${_epud_pkg_name}";

				done;

				_epud_unknown_depends=1;

			fi;

		fi;

		if [ "${_epud_restart}" = "ALL" ]\

		|| rtl_lmatch \$_epud_restart "${_epud_pkg_name}"; then

			_epud_restartfl=1;

		else

			_epud_restartfl=0;

		fi;

		if rtl_get_var_unsafe \$_epud_pkg_disabled -u "PKG_${_epud_pkg_name}_DISABLED"\

		&& [ "${_epud_pkg_disabled}" = 1 ];

		then

			rtl_lconcat "${_epud_rdisabled}" "${_epud_pkg_name}";

		elif [ "${_epud_test_finished:-1}" -eq 1 ]\

		&&   ex_pkg_state_test2 "${_epud_workdir}" "${_epud_pkg_name}" finish\

		&&   [ "${_epud_restartfl:-0}" -eq 0 ]\

		&&   [ "${_epud_forcefl:-0}" -ne 1 ]\

		&&   rtl_get_var_unsafe \$_epud_pkg_force -u "${_epud_group_name}_FORCE"\

		&&   [ "${_epud_pkg_force}" != 1 ];

		then

			rtl_lconcat "${_epud_rfinished}" "${_epud_pkg_name}";

		else

			rtl_lconcat \$_epud_pkg_names_new "${_epud_pkg_name}";

		fi;

	done;

	rtl_llift_unset \$_epud_pkg_names_set;

	if [ "${_epud_unknown_depends}" -eq 1 ]; then

		rtl_log_msgV "warning" "${MSG_build_unknown_deps}";

	fi;

	eval ${_epud_rdisabled}='$(rtl_uniq2 "${_epud_rdisabled}")';

	eval ${_epud_rfinished}='$(rtl_uniq2 "${_epud_rfinished}")';

	eval ${_epud_rnames}='$(rtl_uniq "${_epud_pkg_names_new}")';

	return 0;

};

#

# ex_pkg_unfold_rdepends() - unfold list of package names into reverse dependency-expanded set of complete, disabled, finished, and outstanding package names

# @_rdisabled:		in reference to out variable of disabled packages

# @_rfinished:		in reference to out variable of finished packages

# @_rnames:		out reference to variable of package names

# @_group_name:		build group name

# @_pkg_names:		list of package names

# @_restart:		optional whitespace-separated list of package names to rebuild

# @_test_finished:	only exclude disabled packages (0,) split finished packages

# @_workdir:		pathname to build-specific temporary directory

# @_recursefl:		resolve recursively ("recurse") or non-recursively ("norecurse")

#

# Returns:		zero (0) on success, non-zero (>0) on failure.

#

ex_pkg_unfold_rdepends() {

	local	_epur_rdisabled="${1#\$}" _epur_rfinished="${2#\$}" _epur_rnames="${3#\$}"	\

		_epur_group_name="${4}" _epur_pkg_names="${5}" _epur_restart="${6}"		\

		_epur_test_finished="${7}" _epur_workdir="${8}" _epur_recursefl="${9}"		\

		_epur_depends="" _epur_disabled=0 _epur_force=0 _epur_pkg_depends=""		\

		_epur_pkg_name="" _epur_pkg_names_new="" _epur_pkg_name_depend=""		\

		_epur_pkg_name_rdepend="" _epur_pkg_rdepends="";

	for _epur_pkg_name_depend in ${_epur_restart}; do

		for _epur_pkg_name in ${_epur_pkg_names}; do

			if [ "${_epur_pkg_name}" = "${_epur_pkg_name_depend}" ]; then

				continue;

			elif rtl_get_var_unsafe \$_epur_depends -u "PKG_"${_epur_pkg_name}"_DEPENDS"\

			  && rtl_lunfold_dependsV 'PKG_${_rld_name}_DEPENDS' \$_epur_pkg_depends ${_epur_depends}\

			  && [ "${_epur_pkg_depends:+1}" = 1 ]\

			  && rtl_lmatch \$_epur_pkg_depends "${_epur_pkg_name_depend}";

			then

				case "${_epur_recursefl}" in

				recurse)	_epur_pkg_rdepends="${_epur_pkg_name} ${_epur_pkg_depends}"; ;;

				norecurse)	_epur_pkg_rdepends="${_epur_pkg_name}"; ;;

				esac;

				for _epur_pkg_name_rdepend in ${_epur_pkg_rdepends}; do

					if rtl_get_var_unsafe \$_epur_disabled -u "PKG_${_epur_pkg_name_rdepend}_DISABLED"\

					&& [ "${_epur_disabled}" = 1 ];

					then

						rtl_lconcat "${_epur_rdisabled}" "${_epur_pkg_name_rdepend}";

					elif [ "${_epur_test_finished}" -eq 1 ]\

					&&   ex_pkg_state_test2 "${_epur_workdir}" "${_epur_pkg_name_rdepend}" finish\

					&&   rtl_get_var_unsafe \$_epur_force -u "${_epur_group_name}_FORCE"\

					&&   [ "${_epur_force}" != 1 ];

					then

						rtl_lconcat "${_epur_rfinished}" "${_epur_pkg_name_rdepend}";

					elif [ "${_epur_test_finished:-1}" -eq 0 ]\

					||   ! ex_pkg_state_test2 "${_epur_workdir}" "${_epur_pkg_name_rdepend}" finish\

					||   ( rtl_get_var_unsafe \$_epur_force -u "${_epur_group_name}_FORCE"\

					&&   [ "${_epur_force}" = 1 ] );

					then

						rtl_lconcat \$_epur_pkg_names_new "${_epur_pkg_name_rdepend}";

					fi;

				done;

			fi;

		done;

	done;

	eval ${_epur_rdisabled}='$(rtl_uniq2 "${_epur_rdisabled}")';

	eval ${_epur_rfinished}='$(rtl_uniq2 "${_epur_rfinished}")';

	eval ${_epur_rnames}='$(rtl_uniq "${_epur_pkg_names_new}")';

	return 0;

};

# vim:filetype=sh textwidth=0