#!/bin/sh # # Copyright (C) 2017-2018, 2020 Etersoft # Copyright (C) 2017-2018, 2020 Vitaly Lipatov <lav@etersoft.ru> # # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # This program 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 Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with this program. If not, see <http://www.gnu.org/licenses/>. # load_helper epm-sh-altlinux load_helper epm-assure load_helper epm-status [ -n "$EPM_REPACK_SCRIPTS_DIR" ] || EPM_REPACK_SCRIPTS_DIR="$CONFIGDIR/repack.d" __epm_have_repack_rule() { # FIXME: use real way (for any archive) local pkgname="$(epm print name for package "$1" 2>/dev/null)" local repackcode="$EPM_REPACK_SCRIPTS_DIR/$pkgname.sh" [ -s "$repackcode" ] } __epm_check_repack_rule() { # skip repacking on non ALT systems [ "$BASEDISTRNAME" = "alt" ] || return 1 local i for i in $* ; do # skip for packages built with repack epm_status_repacked "$i" && return 1 __epm_have_repack_rule "$i" || return 1 done return 0 } __epm_check_if_needed_repack() { __epm_check_repack_rule "$@" || return local pkgname="$(epm print name for package "$1")" warning "There is repack rule for '$pkgname' package. It is better install this package via 'epm install --repack' or 'epm play'." } # arg: rpm or deb # fills split_replaced_pkgs with packages of that type __epm_split_by_pkg_type() { local type="$1" shift split_replaced_pkgs='' for pkg in "$@" ; do [ "$(get_package_type "$pkg")" = "$type" ] || return 1 [ -e "$pkg" ] || fatal "Can't read $pkg" split_replaced_pkgs="$split_replaced_pkgs $pkg" done [ -n "$split_replaced_pkgs" ] } __check_stoplist() { local pkg="$1" local alf="$CONFIGDIR/repackstoplist.list" [ -s "$alf" ] || return 1 [ -n "$pkg" ] || return 1 grep -E -q "^$1$" $alf } # arg: <package file> # sets: # alpkg - resulted package file name in the current dir # SUBGENERIC - name of generic file's extension __prepare_source_package() { local pkg="$1" alpkg=$(basename $pkg) # TODO: use func for get name from deb pkg # TODO: epm print name from deb package local pkgname="$(echo $alpkg | sed -e "s|_.*||")" # TODO: use stoplist only for deb? [ -z "$force" ] && __check_stoplist $pkgname && fatal "Please use official package instead of $alpkg repacking (It is not recommended to use --force to skip this checking." SUBGENERIC='' if rhas "$alpkg" "\.(rpm|deb)$" ; then # skip packing for supported directly: rpm and deb return fi # convert tarballs to tar (for alien) load_helper epm-pack # they will fill $returntarname if rihas "$alpkg" "\.AppImage$" ; then # big hack with $pkg_urls_downloaded (it can be a list, not a single url) __epm_pack_run_handler generic-appimage "$pkg" "" "$pkg_urls_downloaded" SUBGENERIC='appimage' elif rhas "$alpkg" "\.snap$" ; then __epm_pack_run_handler generic-snap "$pkg" SUBGENERIC='snap' else __epm_pack_run_handler generic-tar "$pkg" SUBGENERIC='tar' fi # it is possible there are a few files, we don't support it [ -s "$returntarname" ] || fatal "Can't read result from pack: '$returntarname' is not a readable file." alpkg=$(basename $returntarname) # FIXME: looks like a hack with current dir if [ "$(pwd)" != "$(dirname "$returntarname")" ] ; then cp $verbose $returntarname $alpkg [ -r "$returntarname.eepm.yaml" ] && cp $verbose $returntarname.eepm.yaml $alpkg.eepm.yaml fi } # used in epm install __epm_repack_single() { local pkg="$1" case $PKGFORMAT in rpm) load_helper epm-repack-rpm __epm_repack_to_rpm "$pkg" || return ;; deb) if __epm_have_repack_rule "$pkg" ; then # we have repack rules only for rpm, so use rpm step in any case load_helper epm-repack-rpm load_helper epm-repack-deb __epm_repack_to_rpm "$pkg" || return [ -n "$repacked_pkg" ] || return __epm_repack_to_deb $repacked_pkg || return else load_helper epm-repack-deb __epm_repack_to_deb "$pkg" || return fi ;; *) fatal "$PKGFORMAT is not supported for repack yet" ;; esac return 0 } # fill repacked_pkgs __epm_repack() { local pkg repacked_pkgs='' for pkg in $* ; do __epm_repack_single "$pkg" || fatal "Error with $pkg repacking." [ -n "$repacked_pkgs" ] && repacked_pkgs="$repacked_pkgs $repacked_pkg" || repacked_pkgs="$repacked_pkg" done } __epm_repack_if_needed() { # return 1 if there is a package in host package format __epm_split_by_pkg_type $PKGFORMAT "$@" && return 1 __epm_repack "$@" return 0 } epm_repack() { # if possible, it will put pkg_urls into pkg_files and reconstruct pkg_filenames if [ -n "$pkg_urls" ] ; then load_helper epm-download __download_pkg_urls pkg_urls= fi [ -n "$pkg_names" ] && warning "Can't find $pkg_names files" [ -z "$pkg_files" ] && info "Skip empty repack list" && return 22 if __epm_repack $pkg_files && [ -n "$repacked_pkgs" ] ; then if [ -n "$install" ] ; then epm install $repacked_pkgs return fi cp $repacked_pkgs "$EPMCURDIR" if [ -z "$quiet" ] ; then echo echo "Adapted packages:" for i in $repacked_pkgs ; do echo " $EPMCURDIR/$(basename "$i")" done fi fi }