abuild/abuild.in
Timo Teräs 4736a56c8e abuild: do not try to strip standalone elf images
Guile uses ELF is internal object format, and creates them as
"no machine" and "standlone" OSABI. Scanelf supports printing
OSABI, so use that to filter these out.
See: https://github.com/alpinelinux/aports/pull/1714

This also removes unneccessary 'sed' from the pipeline as it's
simple to read each field outputted by scanelf.
2017-09-26 07:27:49 +00:00

2513 lines
62 KiB
Bash

#!/bin/ash -e
# abuild - build apk packages (light version of makepkg)
# Copyright (c) 2008-2015 Natanael Copa <ncopa@alpinelinux.org>
# Copyright (c) 2016 Timo Teräs <timo.teras@iki.fi>
#
# Distributed under GPL-2
#
program_version=@VERSION@
sysconfdir=@sysconfdir@
datadir=@datadir@
abuild_path=$(readlink -f $0)
if ! [ -f "$datadir/functions.sh" ]; then
echo "$datadir/functions.sh: not found" >&2
exit 1
fi
. "$datadir/functions.sh"
# defaults
: ${FAKEROOT:="fakeroot"}
: ${SUDO_APK:="abuild-apk"}
: ${APK:="apk"}
: ${ADDUSER:="abuild-adduser"}
: ${ADDGROUP:="abuild-addgroup"}
apk_opt_wait="--wait 30"
umask 022
# run optional log command for remote logging
logcmd() {
${ABUILD_LOG_CMD:-true} "$@"
return 0
}
# we override the default msg, warning and error as we want the pkgname
msg() {
[ -n "$quiet" ] && return 0
local prompt="$GREEN>>>${NORMAL}"
local fake="${FAKEROOTKEY:+${BLUE}*${NORMAL}}"
local name="${STRONG}${subpkgname:-$pkgname}${NORMAL}"
printf "${prompt} ${name}${fake}: %s\n" "$1" >&2
}
warning() {
local prompt="${YELLOW}>>> WARNING:${NORMAL}"
local fake="${FAKEROOTKEY:+${BLUE}*${NORMAL}}"
local name="${STRONG}${subpkgname:-$pkgname}${NORMAL}"
printf "${prompt} ${name}${fake}: %s\n" "$1" >&2
}
error() {
local prompt="${RED}>>> ERROR:${NORMAL}"
local fake="${FAKEROOTKEY:+${BLUE}*${NORMAL}}"
local name="${STRONG}${subpkgname:-$pkgname}${NORMAL}"
printf "${prompt} ${name}${fake}: %s\n" "$1" >&2
logcmd "ERROR: $pkgname: $1"
}
cross_creating() {
test "$CHOST" != "$CTARGET" -a -n "$CBUILDROOT"
}
cross_compiling() {
test "$CBUILD" != "$CHOST" -a -n "$CBUILDROOT"
}
want_check() {
[ -n "$ABUILD_BOOTSTRAP" ] && return 1
cross_compiling && return 1
options_has "!check" && return 1
return 0
}
cleanup() {
local i=
[ -z "$subpkgdir" ] && set_xterm_title ""
if [ -n "$keep_build" ]; then
return 0
fi
for i; do
case $i in
bldroot)
if [ "$BUILD_ROOT" ]; then
msg "Cleaning up build chroot"
abuild-rmtemp "$BUILD_ROOT"
fi;;
pkgdir) msg "Cleaning up pkgdir"; rm -rf "$pkgbasedir";;
srcdir) msg "Cleaning up srcdir"; rm -rf "$srcdir";;
deps)
if [ -z "$install_after" ] && [ -n "$uninstall_after" ]; then
msg "Uninstalling dependencies..."
undeps
fi
;;
esac
done
}
die() {
trap - EXIT
error "$@"
cleanup $ERROR_CLEANUP
exit 1
}
spell_error() {
die "APKBUILD contains '$1'. It should be '$2'"
}
# check if apkbuild is basicly sane
default_sanitycheck() {
local i= j= suggestion=
msg "Checking sanity of $APKBUILD..."
[ -z "$pkgname" ] && die "Missing pkgname in APKBUILD"
[ -z "${pkgname##* *}" ] && die "pkgname contains spaces"
[ -z "$pkgver" ] && die "Missing pkgver in APKBUILD"
if [ "$pkgver" != "volatile" ] && [ -z "$nodeps" ]; then
$APK version --check --quiet "$pkgver" ||\
die "$pkgver is not a valid version"
fi
[ -z "$pkgrel" ] && die "Missing pkgrel in APKBUILD"
[ -z "$pkgdesc" ] && die "Missing pkgdesc in APKBUILD"
[ -z "$url" ] && die "Missing url in APKBUILD"
[ -z "$license" ] && die "Missing license in APKBULID"
if [ $(echo "$pkgdesc" | wc -c) -gt 128 ]; then
die "pkgdesc is too long"
fi
is_function package || warning "Missing package() function in APKBUILD"
if [ -n "$replaces_priority" ] \
&& ! echo $replaces_priority | egrep -q '^[0-9]+$'; then
die "replaces_priority must be a number"
fi
# check so no package names starts with -
for i in $pkgname $subpackages; do
case $i in
-*) die "${i%%:*} is not a valid package name";;
esac
done
for i in $install; do
local n=${i%.*}
local suff=${i##*.}
case "$suff" in
pre-install|post-install|pre-upgrade|post-upgrade|pre-deinstall|post-deinstall);;
*) die "$i: unknown install script suffix"
esac
if ! subpackages_has "$n" && [ "$n" != "$pkgname" ]; then
die "$i: install script does not match pkgname or any subpackage"
fi
[ -e "$startdir/$i" ] || die "install script $i is missing"
for j in chown chmod chgrp; do
if grep -q $j "$startdir"/$i; then
warning "$i: found $j"
warning2 "Permissions should be fixed in APKBUILD package()"
fi
done
done
for i in $triggers; do
local f=${i%=*}
local p=${f%.trigger}
[ "$f" = "$i" ] && die "$f: triggers must contain '='"
[ "$p" = "$f" ] && die "$f: triggers scripts must have .trigger suffix"
if ! subpackages_has "$p" && [ "$p" != "$pkgname" ]; then
die "$p: trigger script does not match pkgname or any subpackage"
fi
[ -e "$startdir"/$f ] || die "trigger script $f is missing"
done
if [ -n "$source" ]; then
for i in $source; do
if install_has "$i"; then
warning "You should not have \$install in source"
continue
fi
case "$i" in
*::*) i=${i%%::*};;
https://*) makedepends_has wget && warning "wget no longer need to be in makedepends when source has https://" ;;
esac
list_has ${i##*/} $md5sums $sha256sums $sha512sums \
|| die "${i##*/} is missing in checksums"
# verify that our source does not have git tag version
# name as tarball (typicallly github)
if is_remote "$i" && [ "${i#*::}" = "$i" ]; then
case ${i##*/} in
v$pkgver.tar.*|$pkgver.tar.*)
die "source ${i##*/} needs to be renamed to avoid possible collisions"
;;
esac
fi
done
fi
# verify that things listed in checksum also is listed in source
local algo=
for algo in md5 sha256 sha512; do
eval set -- \$${algo}sums
while [ $# -gt 1 ]; do
local file="$2"
shift 2
source_has $file || die "$file exists in ${algo}sums but is missing in source"
done
done
# common spelling errors
[ -n "$depend" ] && spell_error depend depends
[ -n "$makedepend" ] && spell_error makedepend makedepends
[ -n "$pkguser" ] && spell_error pkguser pkgusers
[ -n "$pkggroup" ] && spell_error pkggroup pkggroups
[ -n "$subpackage" ] && spell_error subpackage subpackages
[ -n "$checkdepend" ] && spell_error checkdepend checkdepends
check_maintainer || die "Provide a valid RFC822 maintainer address"
check_depends_dev || warning "depends_dev found but no development subpackage found"
check_secfixes_comment || return 1
makedepends_has 'g++' && ! options_has toolchain && warning "g++ should not be in makedepends"
return 0
}
sanitycheck() {
default_sanitycheck
}
sumcheck() {
local algo="$1" sums="$2"
local dummy f endreturnval originalparams origin file
# get number of checksums
set -- $sums
local numsums=$(( $# / 2 ))
set -- $source
if [ $# -ne $numsums ]; then
die "Number of ${algo}sums($numsums) does not correspond to number of sources($#)"
fi
fetch || return 1
msg "Checking ${algo}sums..."
cd "$srcdir" || return 1
IFS=$'\n'
endreturnval=0
for src in $sums; do
origin=$1; shift
if ! echo "$src" | ${algo}sum -c; then
endreturnval=1
is_remote $origin || continue
local csum="${src:0:8}"
local file="$SRCDEST/$(filename_from_uri $origin)"
echo "Because the remote file above failed the ${algo}sum check it will be renamed."
echo "Rebuilding will cause it to re-download which in some cases may fix the problem."
echo "Renaming: ${file##*/} to ${file##*/}.$csum"
mv "$file" "$file.$csum"
fi
done
unset IFS
return $endreturnval
}
# for compatibility
md5check() {
warning "'md5check' is deprecated. Use 'verify' instead"
sumcheck md5 "$md5sums"
}
# verify checksums
verify() {
local verified=false algo=
for algo in sha512 sha256 sha1 md5; do
local sums=
eval sums=\"\$${algo}sums\"
if [ -z "$sums" ] || [ -z "$source" ]; then
continue
fi
sumcheck "$algo" "$sums" || return 1
verified=true
break
done
if [ -n "$source" ] && ! $verified; then
die "Use 'abuild checksum' to generate/update the checksum(s)"
fi
return 0
}
# verify upstream sources
sourcecheck() {
local uri
for uri in $source; do
is_remote $uri || continue
case "$uri" in
*::*)
uri=${uri##*::}
;;
esac
wget --spider -q "$uri" || return 1
done
return 0
}
uri_fetch() {
local uri="$1"
mkdir -p "$SRCDEST"
msg "Fetching $uri"
abuild-fetch -d "$SRCDEST" "$uri"
}
is_remote() {
case "${1#*::}" in
http://*|ftp://*|https://*)
return 0;;
esac
return 1
}
filename_from_uri() {
local uri="$1"
local filename="${uri##*/}" # $(basename $uri)
case "$uri" in
*::*) filename=${uri%%::*};;
esac
echo "$filename"
}
# try download from file from mirror first
uri_fetch_mirror() {
local uri="$1"
if [ -n "$DISTFILES_MIRROR" ]; then
if is_remote "$DISTFILES_MIRROR"; then
uri_fetch "$DISTFILES_MIRROR"/$(filename_from_uri $uri)\
&& return 0
else
cp "$DISTFILES_MIRROR"/$(filename_from_uri $uri) \
"$SRCDEST" && return 0
fi
fi
uri_fetch "$uri"
}
symlinksrc() {
local s
mkdir -p "$srcdir"
for s in $source; do
if is_remote "$s"; then
ln -sf "$SRCDEST/$(filename_from_uri $s)" "$srcdir"/
else
ln -sf "$startdir/$s" "$srcdir/"
fi
done
}
default_fetch() {
local s
mkdir -p "$srcdir"
for s in $source; do
if is_remote "$s"; then
uri_fetch_mirror "$s" || return 1
ln -sf "$SRCDEST/$(filename_from_uri $s)" "$srcdir"/
else
ln -sf "$startdir/$s" "$srcdir/"
fi
done
}
fetch() {
default_fetch
}
# verify that all init.d scripts are openrc runscripts
initdcheck() {
local i line
for i in $source; do
case $i in
*.initd) line=$(head -n 1 "$srcdir"/$i);;
*) continue ;;
esac
case "$line" in
*sbin/openrc-run)
;;
*sbin/runscript)
warning "$i is not an openrc #!/sbin/openrc-run"
;;
*) error "$i is not an openrc #!/sbin/openrc-run"
return 1
;;
esac
done
}
# unpack the sources
default_unpack() {
local u
if [ -z "$force" ]; then
verify || return 1
initdcheck || return 1
fi
mkdir -p "$srcdir"
for u in $source; do
local s
if is_remote "$u"; then
s="$SRCDEST/$(filename_from_uri $u)"
else
s="$startdir/$u"
fi
case "$s" in
*.tar)
msg "Unpacking $s..."
tar -C "$srcdir" -xf "$s" || return 1;;
*.tar.gz|*.tgz)
msg "Unpacking $s..."
tar -C "$srcdir" -zxf "$s" || return 1;;
*.tar.bz2)
msg "Unpacking $s..."
tar -C "$srcdir" -jxf "$s" || return 1;;
*.tar.lz)
msg "Unpacking $s..."
tar -C "$srcdir" --lzip -xf "$s" || return 1;;
*.tar.lzma)
msg "Unpacking $s..."
unlzma -c "$s" | tar -C "$srcdir" -x \
|| return 1;;
*.tar.xz)
msg "Unpacking $s..."
unxz -c "$s" | tar -C "$srcdir" -x || return 1;;
*.zip)
msg "Unpacking $s..."
unzip -n -q "$s" -d "$srcdir" || return 1;;
esac
done
}
unpack() {
default_unpack
}
# cleanup source and package dir
clean() {
msg "Cleaning temporary build dirs..."
rm -rf "$srcdir"
rm -rf "$pkgbasedir"
}
# cleanup fetched sources
cleancache() {
local s
for s in $source; do
if is_remote "$s"; then
s=$(filename_from_uri $s)
msg "Cleaning downloaded $s ..."
rm -f "$SRCDEST/$s"
fi
done
}
subpkg_unset() {
unset subpkgname subpkgsplit subpkgarch
}
subpkg_set() {
subpkgname=${1%%:*}
local _splitarch=${1#*:}
[ "$_splitarch" = "$1" ] && _splitarch=""
subpkgsplit=${_splitarch%%:*}
[ -z "$subpkgsplit" ] && subpkgsplit="${subpkgname##*-}"
subpkgarch=${_splitarch#*:}
if [ "$subpkgarch" = "$_splitarch" -o -z "$subpkgarch" ]; then
case "$subpkgname" in
*-doc | *-lang | *-lang-*) subpkgarch="noarch" ;;
*) subpkgarch="$pkgarch" ;;
esac
fi
}
cleanpkg() {
local i
getpkgver || return 1
msg "Cleaning built packages..."
rm -f "$REPODEST/$repo/src/$pkgname-$pkgver-r$pkgrel.src.tar.gz"
for i in $allpackages; do
subpkg_set "$i"
rm -f "$REPODEST/$repo/${subpkgarch/noarch/$CARCH}/$subpkgname-$pkgver-r$pkgrel.apk"
done
subpkg_unset
# remove given packages from index
update_abuildrepo_index
}
# clean all packages except current
cleanoldpkg() {
local i j
getpkgver || return 1
msg "Cleaning all packages except $pkgver-r$pkgrel..."
for i in $allpackages; do
subpkg_set "$i"
for j in "$REPODEST"/$repo/*/$subpkgname-[0-9]*.apk ; do
[ "${j##*/}" = "$subpkgname-$pkgver-r$pkgrel.apk" ] \
&& continue
rm -f "$j"
done
done
subpkg_unset
update_abuildrepo_index
return 0
}
mkusers() {
local i
for i in $pkggroups; do
if ! getent group $i >/dev/null; then
msg "Creating group $i"
$ADDGROUP -S $i || return 1
fi
done
for i in $pkgusers; do
if ! getent passwd $i >/dev/null; then
local gopt=
msg "Creating user $i"
if getent group $i >/dev/null; then
gopt="-G $i"
fi
$ADDUSER -S -D -H $gopt $i || return 1
fi
done
}
# helper to update config.sub to a recent version
update_config_sub() {
find . -name config.sub | (local changed=false; while read f; do
if ! ./$f armv6-alpine-linux-muslgnueabihf 2>/dev/null; then
msg "Updating $f"
cp "$datadir"/${f##*/} "$f" || return 1
changed=true
else
msg "No update needed for $f"
fi
done; $changed)
}
# helper to update config.guess to a recent version
update_config_guess() {
find . -name config.guess | (local changed=false; while read f; do
if grep -q aarch64 "$f" && grep -q ppc64le "$f"; then
msg "No update needed for $f"
else
msg "Updating $f"
cp "$datadir"/${f##*/} "$f" || return 1
changed=true
fi
done; $changed)
}
runpart() {
local part=$1
[ -n "$DEBUG" ] && msg "$part"
trap "die '$part failed'" EXIT
$part
trap - EXIT
}
# override those in your build script
getpkgver() {
# this func is supposed to be overridden by volatile packages
if [ "$pkgver" = "volatile" ]; then
error "Please provide a getpkgver() function in your APKBUILD"
return 1
fi
}
have_patches() {
local i
for i in $source; do
case ${i%::*} in
*.patch) return 0;;
esac
done
return 1
}
default_prepare() {
local i
[ -n "$builddir" -a -d "$builddir" ] && cd "$builddir"
if ! have_patches; then
return 0
fi
[ -d "$builddir" ] || { error "Is \$builddir set correctly?"; return 1; }
for i in $source; do
case ${i%::*} in
*.patch)
msg "${i%::*}"
patch ${patch_args:--p1} -i "$srcdir/${i%::*}" || return 1
;;
esac
done
}
prepare() {
default_prepare
}
build() {
:
}
# generate a simple tar.gz package of pkgdir
targz() {
cd "$pkgdir" || return 1
mkdir -p "$REPODEST"/src
tar -czf "$REPODEST"/src/$pkgname-$pkgver-r$pkgrel.tar.gz *
}
postcheck() {
local dir="$1" name="$2" i=
msg "Running postcheck for $name"
# checking for FHS compat
if ! options_has "!fhs"; then
for i in "$dir"/srv/* "$dir"/usr/local/* "$dir"/opt/*; do
if [ -e "$i" ]; then
error "Packages must not put anything under /srv, /usr/local or /opt"
return 1
fi
done
if [ -d "$dir"/usr/var ]; then
error "Found /usr/var, localstatedir is most likely wrong"
return 1
fi
fi
# remove *.la files if libtool is not set
if ! options_has "libtool"; then
find "$dir" -name '*.la' -type f -delete
fi
# look for /usr/lib/charset.alias
if [ -e "$dir"/usr/lib/charset.alias ] \
&& ! options_has "charset.alias"; then
error "Found /usr/lib/charset.alias"
return 1
fi
# look for /usr/share/doc
if [ -e "$dir"/usr/share/doc ] \
&& ! is_doc_pkg "$name"; then
warning "Found /usr/share/doc but package name doesn't end with -doc"
fi
# look for /usr/share/man
if [ -e "$dir"/usr/share/man ]; then
if ! is_doc_pkg "$name"; then
warning "Found /usr/share/man but package name doesn't end with -doc"
fi
# check for uncompressed man pages
i=$(find "$dir"/usr/share/man -name '*.[0-8]' -type f | sed "s|^$dir|\t|")
if [ -n "$i" ]; then
error "Found uncompressed man pages:"
echo "$i"
return 1
fi
fi
# check directory permissions
i=$(find "$dir" -type d -perm -777 | sed "s|^$dir|\t|")
if [ -n "$i" ]; then
warning "World writeable directories found:"
echo "$i"
fi
# check so we dont have any suid root binaries that are not PIE
i=$(find "$dir" -type f -perm /6000 \
| xargs scanelf --nobanner --etype ET_EXEC \
| sed "s|ET_EXEC $dir|\t|")
if [ -n "$i" ]; then
error "Found non-PIE files that has SUID:"
echo "$i"
return 1
fi
# test suid bit on executable
if ! options_has "suid"; then
i=$(find "$dir" \( -perm -u+s -o -perm -g+s \) -a -type f \
-a -perm -o+x)
if [ -n "$i" ]; then
error "Found executable files with SUID bit set:"
echo "$i"
return 1
fi
fi
# test for textrels
if ! options_has "textrels"; then
local res="$(scanelf --recursive --textrel --quiet "$dir")"
if [ -n "$res" ]; then
error "Found textrels:"
echo "$res"
return 1
fi
fi
return 0
}
pre_split() {
if [ -z "$subpkgname" ]; then
return 0
fi
# the subpackages should not inherit those form main package
provides=""
install_if=""
}
prepare_subpackages() {
local i
cd "$startdir"
for i in $subpackages; do
# call abuild recursively, setting subpkg{dir,name}
( subpkg_set "$i"; msg "Running split function $subpkgsplit..."; \
subpkgdir="$pkgbasedir/$subpkgname" subpkgname="$subpkgname" subpkgarch="$subpkgarch" \
$0 pre_split $subpkgsplit prepare_package \
&& postcheck "$pkgbasedir/$subpkgname" "$subpkgname" ) || return 1
done
postcheck "$pkgdir" "$pkgname" || return 1
# post check for /usr/share/locale
if [ -d "$pkgdir"/usr/share/locale ]; then
warning "Found /usr/share/locale"
warning2 "Maybe add \$pkgname-lang to subpackages?"
fi
}
default_lang() {
pkgdesc="Languages for package $pkgname"
install_if="$pkgname=$pkgver-r$pkgrel lang"
local dir
for dir in ${langdir:-/usr/share/locale}; do
mkdir -p "$subpkgdir"/${dir%/*}
mv "$pkgdir"/"$dir" "$subpkgdir"/"$dir" || return 1
done
}
lang() {
default_lang
}
default_lang_subpkg() {
if [ -z "$lang" ]; then
error "lang is not set"
return 1
fi
pkgdesc="$pkgname language pack for $lang"
install_if="$pkgname=$pkgver-r$pkgrel lang-$lang"
local dir
for dir in ${langdir:-/usr/share/locale}; do
mkdir -p "$subpkgdir"/$dir
mv "$pkgdir"/$dir/$lang* \
"$subpkgdir"/$dir/ \
|| return 1
done
}
lang_subpkg() {
default_lang_subpkg
}
prepare_language_packs() {
local lang
for lang in $linguas; do
lang="$lang" \
subpkgname="$pkgname-lang-$lang" \
subpkgdir="$pkgbasedir"/$subpkgname \
$0 lang_subpkg prepare_package || return 1
done
}
# echo '-dirty' if git is not clean
git_dirty() {
if [ $(git status -s "$startdir" | wc -l) -ne 0 ]; then
echo "-dirty"
fi
}
# echo last commit hash id
git_last_commit() {
git log --format=oneline -n 1 "$startdir" | awk '{print $1}'
}
get_maintainer() {
if [ -z "$maintainer" ]; then
maintainer=$(awk -F': ' '/\# *Maintainer/ {print $2}' "$APKBUILD")
# remove surrounding whitespace
maintainer=$(echo "$maintainer" | xargs)
fi
}
check_maintainer() {
get_maintainer
if [ -z "$maintainer" ]; then
warning "No maintainer"
else
# try to check for a valid rfc822 address
case "$maintainer" in
*[A-Za-z0-9]*\ \<*@*.*\>) ;;
*) return 1 ;;
esac
fi
}
check_secfixes_comment() {
local c=$(sed -E -n -e '/^# secfixes:/,/(^[^#]|^$)/p' $APKBUILD | grep '^#')
local invalid=$(echo "$c" \
| grep -v -E '(^# secfixes:|^# +- [A-Z0-9-]+|^# [0-9]+.*:$|^#$)')
if [ -z "$invalid" ]; then
return 0
fi
# check if there are tabs
if echo "$invalid" | grep -q $'\t'; then
error "secfixes comment must not have tabs:"
echo "$c" | grep $'\t' >&2
return 1
fi
error "secfixes comment is not valid:"
echo "$invalid" >&2
return 1
}
check_depends_dev() {
if [ -z "$depends_dev" ]; then
return 0
fi
local i
for i in $pkgname $subpackages; do
case "${i%%:*}" in
*-dev) return 0 ;;
esac
done
return 1
}
prepare_metafiles() {
getpkgver || return 1
local name=${subpkgname:-$pkgname}
[ -z "${name##* *}" ] && die "package name contains spaces"
local dir=${subpkgdir:-$pkgdir}
local pkg="$name-$pkgver-r$pkgrel.apk"
local pkginfo="$controldir"/.PKGINFO
local sub
[ ! -d "$dir" ] && die "Missing $dir"
cd "$dir"
mkdir -p "$controldir"
local builddate=$(date -u "+%s")
# Fix package size on several filesystems
case "$(df -PT . | awk 'END {print $2}')" in
btrfs|ecryptfs|zfs)
sync;;
esac
local size=$(du -sk | awk '{print $1 * 1024}')
if [ "$arch" != "$apkbuild_arch" ]; then
local msg="Split function set arch=\"$arch\" for $name, use subpackages=pkg:split:arch format instead"
[ "$arch" != "noarch" ] && die "$msg"
warning "$msg"
subpkgarch="$arch"
fi
echo "# Generated by $(basename $0) $program_version" >"$pkginfo"
if [ -n "$FAKEROOTKEY" ]; then
echo "# using $($FAKEROOT -v)" >> "$pkginfo"
fi
echo "# $(date -u)" >> "$pkginfo"
cat >> "$pkginfo" <<-EOF
pkgname = $name
pkgver = $pkgver-r$pkgrel
pkgdesc = $pkgdesc
url = $url
builddate = $builddate
packager = ${PACKAGER:-"Unknown"}
size = $size
arch = ${subpkgarch:-$pkgarch}
origin = $pkgname
EOF
local i deps
deps="$depends"
if [ "$pkgname" != "busybox" ] && ! depends_has busybox && ! depends_has /bin/sh; then
for i in $install $triggers; do
local s=${i%=*}
[ "$name" != "${s%.*}" ] && continue
if head -n 1 "$startdir/$s" | grep '^#!/bin/sh' >/dev/null ; then
msg "Script found. /bin/sh added as a dependency for $pkg"
deps="$deps /bin/sh"
break
fi
done
fi
# store last_commit in global var so we only call git once
if [ -z "$last_commit" ]; then
last_commit="$(git_last_commit)$(git_dirty)"
fi
echo "commit = $last_commit" >> "$pkginfo"
get_maintainer
if [ -n "$maintainer" ]; then
echo "maintainer = $maintainer" >> "$pkginfo"
fi
if [ -n "$replaces_priority" ]; then
echo "replaces_priority = $replaces_priority" >> "$pkginfo"
fi
echo "license = $license" >> "$pkginfo"
for i in $replaces; do
echo "replaces = $i" >> "$pkginfo"
done
for i in $deps; do
echo "depend = $i" >> "$pkginfo"
done
for i in $provides; do
echo "provides = $i" >> "$pkginfo"
done
for i in $triggers; do
local f=${i%=*}
local dirs=${i#*=}
[ "${f%.trigger}" != "$name" ] && continue
echo "triggers = ${dirs//:/ }" >> "$pkginfo"
done
if [ -n "$install_if" ]; then
echo "install_if = $(echo $install_if)" >> "$pkginfo"
fi
local metafiles=".PKGINFO"
for i in $install $triggers; do
local f=${i%=*}
local n=${f%.*}
if [ "$n" != "$name" ]; then
continue
fi
script=${f#$name}
msg "Adding $script"
cp "$startdir/$f" "$controldir/$script" || return 1
chmod +x "$controldir/$script"
metafiles="$metafiles $script"
done
echo $metafiles | tr ' ' '\n' > "$controldir"/.metafiles
}
prepare_trace_rpaths() {
local dir=${subpkgdir:-$pkgdir}
local etype= soname= file= sover=
[ "${subpkgarch:-$pkgarch}" = "noarch" ] && return 0
options_has "!tracedeps" && return 0
# lets tell all the places we should look for .so files - all rpaths
scanelf --quiet --recursive --rpath "$dir" \
| sed -e 's/[[:space:]].*//' -e 's/:/\n/' | sort -u \
>"$controldir"/.rpaths
if grep -q -x '/usr/lib' "$controldir"/.rpaths; then
warning "Redundant /usr/lib in rpath found"
fi
if grep '^/home/' "$controldir"/.rpaths; then
error "Has /home/... in rpath"
return 1
fi
}
# search for broken symlinks so we later can pull in proper depends
prepare_symlinks() {
local target
local dir="${subpkgdir:-$pkgdir}"
options_has "!tracedeps" && return 0
cd "$dir" || return 1
find -type l | while read symlink; do
target=$(readlink "$symlink")
if ! [ -e "$dir$(normalize_target_path "$target" "$symlink")" ]; then
echo "$symlink $target" >> "$controldir"/.symlinks
fi
done
}
prepare_pkgconfig_provides() {
local dir="${subpkgdir:-$pkgdir}"
options_has "!tracedeps" && return 0
cd "$dir" || return 1
for i in usr/lib/pkgconfig/*.pc; do
if ! [ -e "$i" ]; then
continue
fi
local f=${i##*/}
local v=$(PKG_CONFIG_PATH="$dir"/usr/lib/pkgconfig PKG_CONFIG_MAXIMUM_TRAVERSE_DEPTH=1 pkg-config \
--modversion ${f%.pc})
echo "${f%.pc}=${v:-0}" >> "$controldir"/.provides-pc
done
}
# check if dir has arch specific binaries
dir_has_arch_binaries() {
local dir="$1"
# if scanelf returns something, then we have binaries
[ -n "$(scanelf -R "$dir" | head -n 1)" ] && return 0
# look for static *.a
[ -n "$(find "$dir" -type f -name '*.a' | head -n 1)" ] && return 0
return 1
}
# returns true if this is the -dev package
is_dev_pkg() {
test "${subpkgname%-dev}" != "$subpkgname"
}
# returns true if this is the -doc package
is_doc_pkg() {
test "${1%-doc}" != "$1"
}
# check that noarch is set if needed
archcheck() {
options_has "!archcheck" && return 0
if dir_has_arch_binaries "${subpkgdir:-$pkgdir}"; then
[ "${subpkgarch:-$pkgarch}" != "noarch" ] && return 0
error "Arch specific binaries found so arch must not be set to \"noarch\""
return 1
elif [ "${subpkgarch:-$pkgarch}" != "noarch" ] && ! is_dev_pkg; then
# we dont want -dev package go to noarch
warning "No arch specific binaries found so arch should probably be set to \"noarch\""
fi
return 0
}
prepare_package() {
msg "Preparing ${subpkgname:+sub}package ${subpkgname:-$pkgname}..."
stripbin
prepare_metafiles \
&& prepare_trace_rpaths \
&& prepare_symlinks \
&& prepare_pkgconfig_provides \
|| return 1
archcheck
}
pkginfo_val() {
local key="$1"
local file="$2"
awk -F ' = ' "\$1 == \"$key\" {print \$2}" "$file"
}
# find real path to so files
real_so_path() {
local so="$1"
shift
while [ $# -gt 0 ]; do
[ -e "$1"/$so ] && realpath "$1/$so" && return 0
shift
done
error "$so: path not found"
return 1
}
# search rpaths and /usr/lib /lib for given so files
find_so_files() {
local rpaths=$(cat "$1")
shift
while [ $# -gt 0 ]; do
real_so_path "$1" /usr/lib /lib $rpaths || return 1
shift
done
return 0
}
subpkg_provides_prefixed_so() {
[ -n "$sonameprefix" ] && grep -q -w "^$sonameprefix$1" \
"$pkgbasedir"/.control.*/.provides-so 2>/dev/null
}
subpkg_provides_so() {
grep -q -w "^$1" "$pkgbasedir"/.control.*/.provides-so 2>/dev/null
}
subpkg_provides_pc() {
grep -q -w "^${1%%[<>=]*}" "$pkgbasedir"/.control.*/.provides-pc \
2>/dev/null
}
trace_apk_deps() {
local name="$1"
local dir="$2"
local parch="$3"
local i= found= autodeps= deppkgs= missing=
local apkroot=
case "$parch" in
$CBUILD_ARCH) ;;
$CARCH | $CTARGET_ARCH) apkroot="--root $CBUILDROOT --arch $CTARGET_ARCH" ;;
esac
msg "Tracing dependencies..."
# add pkgconfig if usr/lib/pkgconfig is found
if [ -d "$pkgbasedir"/$name/usr/lib/pkgconfig ] \
&& ! grep -q '^depend = pkgconfig' "$dir"/.PKGINFO; then
autodeps="$autodeps pkgconfig"
fi
# special case for libpthread: we need depend on libgcc
if [ "$CLIBC" = "uclibc" ] && [ -f "$dir"/.needs-so ] \
&& grep -q -w '^libpthread.so.*' "$dir"/.needs-so \
&& ! grep -q -w "^depend = libgcc" "$dir"/.PKGINFO; then
autodeps="$autodeps libgcc"
msg " added libgcc (due to libpthread)"
fi
[ -f "$dir"/.needs-so ] && for i in $(cat "$dir"/.needs-so); do
# first check if its provided by same apkbuild
grep -q -w "^$sonameprefix$i" "$dir"/.provides-so 2>/dev/null && continue
if subpkg_provides_prefixed_so "$i"; then
autodeps="$autodeps so:$sonameprefix$i"
elif subpkg_provides_so "$i" \
|| $APK $apkroot info --quiet --installed "so:$i"; then
autodeps="$autodeps so:$i"
else
missing="$missing $i"
fi
done
# find all packages that holds the so files
if [ -f "$dir"/.rpaths ]; then
local so_files=$(find_so_files "$dir"/.rpaths $missing) \
|| return 1
deppkgs=$($APK $apkroot info --quiet --who-owns $so_files) || return 1
fi
for found in $deppkgs; do
if grep -w "^depend = ${found}$" "$dir"/.PKGINFO >/dev/null ; then
warning "You can remove '$found' from depends"
continue
fi
autodeps="$autodeps $found"
done
# symlink targets
for i in $(sort -u "$dir"/.symlinks-needs 2>/dev/null); do
autodeps="$autodeps $i"
done
# pkg-config depends
for i in $(sort -u "$dir"/.needs-pc 2>/dev/null); do
if subpkg_provides_pc "$i" \
|| $APK $apkroot info --quiet --installed "pc:$i"; then
local provider=$(apk $apkroot search --quiet "pc:$i")
if list_has "$provider" $depends_dev; then
warning "$provider should be removed from depends_dev"
fi
autodeps="$autodeps pc:$i"
else
warning "Could not find any provider for pc:$i"
local pcfile=/usr/lib/pkgconfig/"${i%%[<>=]*}".pc
if [ -e "$pcfile" ]; then
local owner=$($APK $apkroot info --quiet --who-owns $pcfile)
warning "${owner:-package providing $pcfile} needs to be rebuilt"
fi
fi
done
echo "# automatically detected:" >> "$dir"/.PKGINFO
if [ -f "$dir"/.provides-so ]; then
sed 's/^\(.*\) \([0-9].*\)/provides = so:\1=\2/' \
"$dir"/.provides-so | sort -u \
>> "$dir"/.PKGINFO
fi
if [ -f "$dir"/.provides-pc ]; then
sed 's/^/provides = pc:/' "$dir"/.provides-pc | sort -u \
>> "$dir"/.PKGINFO
fi
[ -z "$autodeps" ] && return 0
for i in $autodeps; do
echo "depend = $i"
done | sort -u >> "$dir"/.PKGINFO
# display all depends
sed -n '/^depend =/s/depend = /\t/p' "$dir"/.PKGINFO >&2
}
find_scanelf_paths() {
local datadir="$1"
local paths="$datadir/lib:$datadir/usr/lib" i= rpaths=
if [ -n "$ldpath" ]; then
paths="$paths:$(echo "${datadir}${ldpath}" | sed "s|:|:$datadir|g")"
fi
# search in all rpaths
for rpaths in "$pkgbasedir"/.control.*/.rpaths; do
[ -f "$rpaths" ] || continue
while read i; do
local dir="${datadir}${i}"
IFS=:
if [ -d "$dir" ] && ! list_has "$dir" $paths; then
paths="$paths:${dir}"
fi
unset IFS
done < "$rpaths"
done
echo "$paths"
}
scan_shared_objects() {
local name="$1" controldir="$2" datadir="$3"
local opt= i=
if [ "${subpkgarch:-$pkgarch}" = "noarch" ]; then
return 0
fi
# allow spaces in paths
IFS=:
set -- $(find_scanelf_paths "$datadir")
unset IFS
# sanity check, verify that each path is prefixed with datadir
for i; do
if [ "${i#$datadir}" = "$i" ]; then
error "Internal error in scanelf paths"
return 1
fi
done
if options_has "ldpath-recursive"; then
opt="--recursive"
fi
msg "Scanning shared objects"
# lets tell all the .so files this package provides in .provides-so
scanelf --nobanner --soname $opt "$@" | while read etype soname file; do
# if soname field is missing, soname will be the filepath
sover=0
if [ -z "$file" ]; then
file="$soname"
soname=${soname##*/}
fi
# we only want shared libs
case $soname in
*.so|*.so.[0-9]*|*.c32);;
*) continue;;
esac
case "$file" in
*.so.[0-9]*) sover=${file##*.so.};;
*.so)
# filter out sonames with version when file does not
# have version
case "$soname" in
*.so.[0-9]*)
if options_has "sover-namecheck"; then
continue
fi
esac
;;
esac
list_has "$soname" $somask && continue
echo "$sonameprefix$soname $sover"
# use awk to filter out dupes that has sover = 0
done | awk '{ if (so[$1] == 0) so[$1] = $2; }
END { for (i in so) print(i " " so[i]); }' \
| sort -u > "$controldir"/.provides-so
# verify that we dont have any duplicates
local dupes="$(cut -d' ' -f1 "$controldir"/.provides-so | uniq -d)"
if [ -n "$dupes" ]; then
die "provides multiple versions of same shared object: $dupes"
fi
# now find the so dependencies
scanelf --nobanner --recursive --needed "$datadir" | tr ' ' ':' \
| awk -F ":" '$2 != "" && ($1 == "ET_DYN" || $1 == "ET_EXEC") {print $2}' \
| sed 's:,:\n:g' | sort -u \
| while read soname; do
# only add files that are not self provided
grep -q -w "^$sonameprefix$soname" "$controldir"/.provides-so \
|| list_has "$soname" $somask \
|| echo $soname
done > "$controldir"/.needs-so
}
# normalize a symlink target path (1st arg)
# Converts a relative path to absolute with respect to the symlink
# path (2nd arg).
normalize_target_path() {
local path=$1
[ "${path:0:1}" = / ] || path=$(dirname "$2")/$path
local oifs="$IFS" pathstr= i=
IFS='/'
set -- $path
for i; do
case "$i" in
"."|"") continue;;
"..") pathstr="${pathstr%%/${pathstr##*/}}";;
*) pathstr="${pathstr}/$i";;
esac
done
echo "$pathstr"
}
# find which package provides file that symlink points to
scan_symlink_targets() {
local name="$1" dir="$2" datadir="$3"
local symfile= targetpath=
cd "$datadir"
for symfile in "$pkgbasedir"/.control.*/.symlinks; do
local d="${symfile%/.symlinks}"
if ! [ -e "$symfile" ] || [ "$d" = "$dir" ]; then
continue
fi
while read symlink target; do
targetpath=$datadir$(normalize_target_path "$target" "$symlink")
if [ -e "$targetpath" ] || [ -L "$targetpath" ]; then
echo "$name=$pkgver-r$pkgrel" \
>> "$d"/.symlinks-needs
fi
done < "$symfile"
done
}
#find pkg-config dependencies
scan_pkgconfig_depends() {
local provides_pc="$1" controldir= name= datadir=
[ -e "$provides_pc" ] || return 0
controldir="${provides_pc%/*}"
name="$(pkginfo_val pkgname "$controldir"/.PKGINFO)"
datadir="$pkgbasedir"/$name
for i in $(sort -u "$provides_pc"); do
PKG_CONFIG_PATH="$datadir"/usr/lib/pkgconfig pkg-config \
--print-requires \
--print-requires-private ${i%=*} \
| sed -E 's/\s*([<>=]+)\s*/\1/' \
| while read pc; do
# only add files that are not self provided
if ! grep -q -w "^${pc%%[<>=]*}" "$provides_pc"; then
echo "$pc" >> "$controldir"/.needs-pc
fi
done
done
}
# read size in bytes from stdin and show as human readable
human_size() {
awk '{ split("B KB MB GB TB PB", type)
for(i=5; y < 1 && $1 > 0; i--)
y = $1 / (2^(10*i))
printf("%.1f %s\n", y, type[i+2]) }'
}
create_apks() {
local file= dir= name= ver= apk= datadir= size=
getpkgver || return 1
if ! options_has "!tracedeps"; then
for file in "$pkgbasedir"/.control.*/.PKGINFO; do
dir="${file%/.PKGINFO}"
name="$(pkginfo_val pkgname $file)"
datadir="$pkgbasedir"/$name
subpkgname=$name
scan_shared_objects "$name" "$dir" "$datadir"
scan_symlink_targets "$name" "$dir" "$datadir"
done
for file in "$pkgbasedir"/.control.*/.provides-pc; do
scan_pkgconfig_depends "$file"
done
fi
for file in "$pkgbasedir"/.control.*/.PKGINFO; do
local dir="${file%/.PKGINFO}"
local name=$(pkginfo_val pkgname $file)
local ver=$(pkginfo_val pkgver $file)
local size=$(pkginfo_val size $file | human_size)
local apk=$name-$ver.apk
local datadir="$pkgbasedir"/$name
local subpkgname=$name
local subpkgarch=$(pkginfo_val arch $file)
trace_apk_deps "$name" "$dir" "$subpkgarch" || return 1
msg "Package size: ${size}"
msg "Compressing data..."
(
cd "$datadir"
# data.tar.gz
set -- *
if [ "$1" = '*' ]; then
touch .dummy
set -- .dummy
fi
tar --xattrs -f - -c "$@" | abuild-tar --hash | gzip -9 >"$dir"/data.tar.gz
msg "Create checksum..."
# append the hash for data.tar.gz
local sha256=$(sha256sum "$dir"/data.tar.gz | cut -f1 -d' ')
echo "datahash = $sha256" >> "$dir"/.PKGINFO
# control.tar.gz
cd "$dir"
tar -f - -c $(cat "$dir"/.metafiles) | abuild-tar --cut \
| gzip -9 > control.tar.gz
abuild-sign -q control.tar.gz || exit 1
msg "Create $apk"
mkdir -p "$REPODEST"/$repo/${subpkgarch/noarch/$CARCH}
cat control.tar.gz data.tar.gz > "$REPODEST"/$repo/${subpkgarch/noarch/$CARCH}/$apk
)
done
}
build_abuildrepo() {
local d apk _build=build _check=check_fakeroot
if ! is_function package; then
# if package() is missing then build is called from rootpkg
_build=true
fi
if options_has "!checkroot"; then
_check=check
fi
if ! want_check; then
_check=true
fi
if ! apk_up2date || [ -n "$force" ]; then
# check early if we have abuild key
abuild-sign --installed
logcmd "building $repo/$pkgname-$pkgver-r$pkgrel"
sanitycheck
builddeps
clean
fetch
unpack
prepare
mkusers
$_build
$_check
rootpkg
cleanup $CLEANUP
fi
update_abuildrepo_index
}
update_abuildrepo_index() {
local i allarch=""
for i in $allpackages; do
subpkg_set "$i"
##NOARCH: These packages are really in $CARCH and do not need their
# own repository. --rewrite-arch is used below to make sure the index
# thinks they are for $CARCH and apk-tools will fetch them from
# correct URL path. Remainder of the script uses ${subpkgarch/noarch/$CARCH}
# when expanding to the target repository path.
[ "$subpkgarch" = "noarch" ] && subpkgarch="$CARCH"
list_has "$subpkgarch" "$allarch" || allarch="$allarch $subpkgarch"
done
subpkg_unset
[ -z "$DESCRIPTION" ] && DESCRIPTION="$repo $(cd $startdir && git describe || true)"
for i in $allarch; do
cd "$REPODEST/$repo/$i"
local index=$i/APKINDEX.tar.gz
msg "Updating the $repo/$i repository index..."
local sign=".SIGN.RSA.${SIGN_PUBLIC_KEY##*/}"
local oldindex=
if [ -f APKINDEX.tar.gz ]; then
oldindex="--index APKINDEX.tar.gz"
fi
( $APK index --quiet $oldindex --output APKINDEX.tar.gz.$$ \
--description "$DESCRIPTION" --rewrite-arch $i *.apk && \
msg "Signing the index..." && \
abuild-sign -q APKINDEX.tar.gz.$$ && \
chmod 644 APKINDEX.tar.gz.$$ && \
mv APKINDEX.tar.gz.$$ APKINDEX.tar.gz \
) || (rm -f APKINDEX.tar.gz.$$ ; die "Failed to create index")
done
}
# predefined function check
default_check() {
warning "APKBUILD does not run any tests!"
msg2 "Alpine policy will soon require that packages have any relevant testsuites run during the build process."
msg2 "To fix, either define a check() function, or declare !check in \$options to indicate the package does not have a testsuite."
}
check() {
default_check
}
# predefined splitfunc doc
default_doc() {
depends="$depends_doc"
pkgdesc="$pkgdesc (documentation)"
install_if="docs $pkgname=$pkgver-r$pkgrel"
local i
for i in doc man info html sgml licenses gtk-doc ri help; do
if [ -d "$pkgdir/usr/share/$i" ]; then
mkdir -p "$subpkgdir/usr/share"
mv "$pkgdir/usr/share/$i" "$subpkgdir/usr/share/"
fi
done
# compress man pages
local mandir="$subpkgdir"/usr/share/man
[ -d "$mandir" ] && find "$mandir" -type l \
-a \( -name \*.[0-8n] -o -name \*.[0-8][a-z]* \) \
-a \! \( -name '*.gz' -o -name '*.bz2' -o -name '*.xz' \) \
| while read symlink; do
ln -s $(readlink $symlink).gz "$symlink".gz
rm -f "$symlink"
done
[ -d "$mandir" ] && find "$mandir" -type f \
-a \( -name \*.[0-8n] -o -name \*.[0-8][a-z]* \) \
-a \! \( -name '*.gz' -o -name '*.bz2' -o -name '*.xz' \) \
-exec stat -c "%i %n" \{\} \+ | while read inode name; do
# Skip hardlinks removed in last iteration.
[ -f "$name" ] || continue
local islink=0
find "$mandir" -type f -links +1 \
-a \( -name \*.[0-8n] -o -name \*.[0-8][a-z]* \) \
-a \! \( -name '*.gz' -o -name '*.bz2' -o -name '*.xz' \) \
-exec stat -c "%i %n" \{\} \+ | while read linode lname; do
if [ "$linode" = "$inode" -a "$lname" != "$name" ]; then
islink=1
rm -f "$lname"
ln -s "${name##*/}".gz "$lname".gz
fi
done
[ $islink -eq 0 ] && gzip -9 "$name"
done
rm -f "$subpkgdir/usr/share/info/dir"
# remove if empty, ignore error (not empty)
rmdir "$pkgdir/usr/share" "$pkgdir/usr" 2>/dev/null || :
}
doc() {
default_doc
}
# predefined splitfunc dbg
default_dbg() {
local f
pkgdesc="$pkgdesc (debug symbols)"
binfiles=$(scanelf -R "$pkgdir" | grep ET_DYN | sed "s:$pkgdir\/::g" | sed "s:ET_DYN ::g")
for f in $binfiles; do
srcdir=$(dirname $pkgdir/$f)
srcfile=$(basename $pkgdir/$f)
dstdir=$(dirname $subpkgdir/usr/lib/debug/$f.debug)
dstfile=$(basename $subpkgdir/usr/lib/debug/$f.debug)
if [ ! -d $dstdir ] ; then
mkdir -p $dstdir
fi
cd $srcdir
local XATTR=$(getfattr --match="" --dump "${srcfile}")
${CROSS_COMPILE}objcopy --only-keep-debug $srcfile $dstfile
${CROSS_COMPILE}objcopy --add-gnu-debuglink=$dstfile $srcdir/$srcfile
mv $dstfile $dstdir
${CROSS_COMPILE}strip $srcfile
[ -n "$XATTR" ] && { echo "$XATTR" | setfattr --restore=-; }
done
return 0
}
dbg() {
default_dbg
}
# predefined splitfunc dev
default_dev() {
local i= j=
depends="$depends_dev"
pkgdesc="$pkgdesc (development files)"
cd "$pkgdir" || return 0
local libdirs=usr/
[ -d lib/ ] && libdirs="lib/ $libdirs"
for i in usr/include usr/lib/pkgconfig usr/share/aclocal\
usr/share/gettext usr/bin/*-config \
usr/share/vala/vapi usr/share/gir-[0-9]*\
usr/share/qt*/mkspecs \
usr/lib/qt*/mkspecs \
usr/lib/cmake \
$(find . -name include -type d) \
$(find $libdirs -name '*.[acho]' \
-o -name '*.prl' 2>/dev/null); do
if [ -e "$pkgdir/$i" ] || [ -L "$pkgdir/$i" ]; then
d="$subpkgdir/${i%/*}" # dirname $i
mkdir -p "$d"
mv "$pkgdir/$i" "$d"
rmdir "$pkgdir/${i%/*}" 2>/dev/null || :
fi
done
# move *.so links needed when linking the apps to -dev packages
for i in lib/*.so usr/lib/*.so; do
if [ -L "$i" ]; then
mkdir -p "$subpkgdir"/"${i%/*}"
mv "$i" "$subpkgdir/$i" || return 1
fi
done
return 0
}
dev() {
default_dev
}
# predefined splitfunc libs
default_libs() {
pkgdesc="$pkgdesc (libraries)"
local dir= file=
for dir in lib usr/lib; do
for file in "$pkgdir"/$dir/lib*.so.[0-9]*; do
[ -f "$file" ] || continue
mkdir -p "$subpkgdir"/$dir
mv "$file" "$subpkgdir"/$dir/
done
done
}
libs() {
default_libs
}
# predefined splitfunc openrc
default_openrc() {
pkgdesc="$pkgdesc (OpenRC init scripts)"
install_if="openrc $pkgname=$pkgver-r$pkgrel"
local dir file
for dir in conf.d init.d; do
if [ -d "$pkgdir/etc/$dir" ]; then
mkdir -p "$subpkgdir"/etc
mv "$pkgdir/etc/$dir" "$subpkgdir"/etc/
fi
done
return 0
}
openrc() {
default_openrc
}
is_function() {
type "$1" 2>&1 | head -n 1 | egrep -q "is a (shell )?function"
}
do_fakeroot() {
if [ -n "$FAKEROOT" ]; then
$FAKEROOT -- "$@"
else
"$@"
fi
}
# wrap check() with fakeroot
check_fakeroot() {
cd "$startdir"
[ -n "$FAKEROOT" ] && msg "Entering fakeroot..."
do_fakeroot "$abuild_path" $color_opt $keep_build check
}
# build and package in fakeroot
rootpkg() {
local _package=package
if ! is_function package; then
# if package() is missing then run 'build' in fakeroot instead
warning "No package() function in APKBUILD"
_package=build
fi
cd "$startdir"
rm -rf "$pkgdir"
[ -n "$FAKEROOT" ] && msg "Entering fakeroot..."
do_fakeroot "$abuild_path" $color_opt $keep_build \
$_package \
prepare_subpackages \
prepare_language_packs \
prepare_package \
create_apks
}
srcpkg() {
echo "Ensuring source is fetched"
fetch
getpkgver || return 1
local p="$pkgname-$pkgver-$pkgrel"
local prefix="${startdir##*/}"
local i files="$prefix/APKBUILD"
for i in $source; do
echo "Packaging source file: $i"
if [ ! -e $(filename_from_uri $i) ]; then
cp $srcdir/$(filename_from_uri $i) $(filename_from_uri $i)
fi
files="$files $prefix/$(filename_from_uri $i)"
done
for i in $install; do
echo "Packaging install file: $i"
files="$files $prefix/$i"
done
for i in $triggers; do
local f=${i%=*}
echo "Packaging trigger file: $f"
files="$files $prefix/$f"
done
mkdir -p "$REPODEST/src"
msg "Creating source package $p.src.tar.gz..."
(cd .. && tar -zcf "$REPODEST/src/$p.src.tar.gz" $files)
}
# return true if arch is supported or noarch
check_arch() {
local ret=1
local i
for i in $arch; do
case $i in
all | noarch) ret=0 ;;
"$CARCH") ret=0 ;;
"!$CARCH") return 1 ;;
esac
done
return $ret
}
# return true if libc is not masked in options
check_libc() {
! list_has "!libc_$CLIBC" $options
}
# check if package is up to date
apk_up2date() {
getpkgver || return 1
local i s
for i in $allpackages; do
subpkg_set "$i"
if [ ! -f "$REPODEST/$repo/${subpkgarch/noarch/$CARCH}/$subpkgname-$pkgver-r$pkgrel.apk" ]; then
subpkg_unset
return 1
fi
done
subpkg_unset
[ -n "$keep" ] && return 0
cd "$startdir"
for i in $source APKBUILD; do
if is_remote "$i"; then
s="$SRCDEST/$(filename_from_uri $i)"
else
s="$startdir/${i##*/}"
fi
if [ "$s" -nt "$REPODEST/$repo/${pkgarch/noarch/$CARCH}/$pkgname-$pkgver-r$pkgrel.apk" ]; then
return 1
fi
done
return 0
}
abuildindex_up2date() {
local i
getpkgver || return 1
for i in $allpackages; do
subpkg_set "$i"
local dir="$REPODEST"/$repo/${subpkgarch/noarch/$CARCH}
local idx="$dir"/APKINDEX.tar.gz
local file="$dir"/$subpkgname-$pkgver-r$pkgrel.apk
# if any file is missing or .apk is newer then index
# the index needs to be updated
if [ ! -f "$idx" -o ! -f "$file" -o "$file" -nt "$idx" ]; then
subpkg_unset
return 1
fi
done
subpkg_unset
return 0
}
up2date() {
check_arch || return 0
check_libc || return 0
apk_up2date && abuildindex_up2date
}
# rebuild package and abuildrepo index if needed
abuildindex() {
up2date && return 0
build_abuildrepo
}
# source all APKBUILDs and output:
# 1) origin of package
# 2) all dependencies
# the output is i in a format easy parseable for awk
parse_aports_makedepends() {
# lets run this in a subshell since we source all APKBUILD here
(
aportsdir=$(realpath ${APKBUILD%/APKBUILD}/..)
for i in $aportsdir/*/APKBUILD; do
# no forks in this loop or it will be painfully slow!
pkgname=
subpackages=
depends=
makedepends=
checkdepends=
. $i
dir=${i%/APKBUILD}
deps=
# filter out conflicts from deps and version info
wantdepends="$depends $makedepends"
want_check && wantdepends="$wantdepends $checkdepends"
for j in $wantdepends; do
case "$j" in
!*) continue;;
esac
deps="$deps ${j%%[<>=]*}"
done
for j in $pkgname $subpackages; do
echo "o ${j%%:*} $dir"
set -- $deps
if [ $# -eq 0 ]; then
echo "d ${j%%:*}"
continue
fi
echo -n "d ${j%%:*} $1"
shift
while [ $# -gt 0 ]; do
echo -n ",$1"
shift
done
echo
done
done
)
}
trace_makedepends() {
local deps= i=
# strip versions from deps
for i in "$@"; do
deps="$deps ${i%%[<>=]*}"
done
[ -z "$deps" ] && return 0
( parse_aports_makedepends
if [ -z "$upgrade" ]; then
# list installed pkgs and prefix with 'i '
$APK info --quiet | sort | sed 's/^/i /'
fi
) | awk -v pkgs="$deps" '
function depgraph(pkg, a, i) {
if (visited[pkg])
return 0;
visited[pkg] = 1;
split(deps[pkg], a, ",");
for (i in a)
depgraph(a[i]);
print pkg ":" origin[pkg];
}
$1 == "i" { visited[$2] = 1 }
$1 == "o" { origin[$2] = $3 }
$1 == "d" { deps[$2] = $3 }
END {
split(pkgs, pkgarray);
for (i in pkgarray)
depgraph(pkgarray[i]);
}
'
}
calcdeps() {
builddeps=
hostdeps=
if cross_compiling && [ -n "$makedepends_build" -o -n "$makedepends_host" ]; then
for i in $EXTRADEPENDS_BUILD $1 $makedepends_build; do
list_has $i $hostdeps && continue
builddeps="$builddeps $i"
done
for i in $EXTRADEPENDS_HOST $EXTRADEPENDS_TARGET $makedepends_host; do
[ "$pkgname" = "${i%%[<>=]*}" ] && continue
list_has $i $hostdeps && continue
subpackages_has ${i%%[<>=]*} || hostdeps="$hostdeps $i"
done
else
[ -z "$makedepends" ] && makedepends="$makedepends_build $makedepends_host"
want_check && makedepends="$makedepends $checkdepends"
for i in $EXTRADEPENDS_BUILD $EXTRADEPENDS_HOST $1 $depends $makedepends; do
[ "$pkgname" = "${i%%[<>=]*}" ] && continue
list_has $i $builddeps && continue
subpackages_has ${i%%[<>=]*} || builddeps="$builddeps $i"
done
hostdeps="$EXTRADEPENDS_TARGET"
fi
}
get_missing_deps() {
local cmd="$APK info --quiet --installed $1"
shift
while [ "$1" ]; do
local cp=${1#\!}
if [ $cp != $1 ]; then
if $cmd $cp; then
error "Conflicting package installed: $cp"
return 1
fi
elif [ "$upgrade" ] || ! $cmd $1; then
echo $1
fi
shift
done
}
# build and install dependencies
builddeps() {
local pkg= i= BUILD_BASE=
[ -n "$nodeps" ] && return 0
msg "Analyzing dependencies..."
case "$BOOTSTRAP" in
no*) BUILD_BASE="";;
*) if cross_creating || cross_compiling; then
BUILD_BASE="build-base-$CTARGET_ARCH"
else
BUILD_BASE="build-base"
fi
esac
calcdeps "$BUILD_BASE"
# find which deps are missing
local mbd mhd missing
mbd=$(get_missing_deps "" $builddeps) || return 1
mhd=$(get_missing_deps "--root $CBUILDROOT --arch $CTARGET_ARCH" $hostdeps) || return 1
missing=$(echo $mbd $mhd)
if [ -z "$install_deps" ] && [ -z "$recursive" ]; then
# if we dont have any missing deps we are done now
[ -z "$missing" ] && return 0
error "Missing dependencies (use -r to autoinstall or -R to build them): $missing"
return 1
fi
uninstall_after=".makedepends-$pkgname $uninstall_after"
if [ -n "$install_deps" ] && [ -z "$recursive" ]; then
# make a --simulate run first to detect missing deps
# apk-tools --virtual is no goot at reporting those.
deps "--quiet --simulate" || return 1
deps || return 1
return 0
fi
[ -z "$recursive" ] && return 1
if [ -n "$CBUILDROOT" ]; then
error "Recursive rebuilding (-R) is not supported when cross compiling."
return 1
fi
# find dependencies that are installed but missing in repo.
for i in $builddeps; do
local m=$($APK search --repository "$REPODEST/$repo" ${i%%[<>=]*})
if [ -z "$m" ]; then
missing="$missing $i"
fi
done
for i in $(trace_makedepends $missing); do
# i = pkg:dir
local dir=${i#*:}
local pkg=${i%:*}
# ignore if dependency is in other repo
[ -d "$dir" ] || continue
# check if dep is blacklisted
if list_has $pkg $ABUILD_BLACKLIST; then
error "$pkg is blacklisted"
return 1
fi
# break circular deps
list_has $pkg $ABUILD_VISITED && continue
export ABUILD_VISITED="$ABUILD_VISITED $pkg"
msg "Entering $dir"
cd "$dir" && $0 $forceroot $keep $keep_build $quiet \
$install_deps $recursive $upgrade $color_opt \
abuildindex || return 1
done
$SUDO_APK add --upgrade --repository "$REPODEST/$repo" \
$apk_opt_wait \
--virtual .makedepends-$pkgname $builddeps \
|| return 1
}
# replace the md5sums in the APKBUILD
checksum() {
local s files
[ -z "$source" ] && [ -n "${md5sums}${sha256sums}${sha512sums}" ] \
&& msg "Removing checksums from APKBUILD"
sed -i -e '/^md5sums="/,/"\$/d; /^md5sums=''/,/''\$/d' "$APKBUILD"
sed -i -e '/^sha512sums="/,/"\$/d; /^sha512sums=''/,/''\$/d' "$APKBUILD"
sed -i -e '/^sha256sums="/,/"\$/d; /^sha256sums=''/,/''\$/d' "$APKBUILD"
[ -z "$source" ] && return 0
fetch
for s in $source; do
files="$files $(filename_from_uri $s)"
done
msg "Updating the sha512sums in APKBUILD..."
md5sums=
sha256sums=
sha512sums="$(cd "$srcdir" && sha512sum $files)" \
|| die "sha512sum failed"
echo "sha512sums=\"$sha512sums\"" >>"$APKBUILD"
}
rootbld_actions() {
local part
for part in symlinksrc unpack prepare build rootpkg; do
runpart $part
done
}
rootbld() {
if apk_up2date && [ -z "$force" ]; then
msg "Package is up to date"
return
fi
[ "$CBUILD" = "$CHOST" ] || die "rootbld: cross-building not supported currently"
apk info -eq abuild-rootbld || die "rootbld: abuild-rootbld package not installed"
logcmd "chroot building building $repo/$pkgname-$pkgver-r$pkgrel"
# check early if we have abuild key
abuild-sign --installed
# networking business
sanitycheck
clean
fetch
verify
msg "Preparing build chroot..."
mkusers
BUILD_ROOT=$(mktemp -d /var/tmp/abuild.XXXXXXXXXX)
local aportsgit=${APORTSDIR:-${startdir}}
mkdir -p "$BUILD_ROOT/proc" "$BUILD_ROOT/etc/apk/keys" \
"$BUILD_ROOT/$HOME/.abuild" "$BUILD_ROOT/$aportsgit" \
"$BUILD_ROOT/$SRCDEST" "$BUILD_ROOT/$REPODEST" \
"$BUILD_ROOT/tmp/pkg" "$BUILD_ROOT/tmp/src" \
"$BUILD_ROOT/usr/bin" "$pkgbasedir" "$REPODEST" \
"$srcdir"
cp /etc/abuild.conf /etc/group /etc/passwd "$BUILD_ROOT/etc"
cp /etc/apk/keys/* "$BUILD_ROOT/etc/apk/keys"
local repo_template=$aportsgit/$repo/.rootbld-repositories
[ -s "$repo_template" ] || die "rootbld: $repo_template does not exist"
(
for key in $(git config --list --name-only); do
k=${key#abuild.}
[ $k != $key ] && \
eval "export $k=\"$(git config --get $key)\""
done
export mirror version
[ "$mirror" ] || mirror=http://dl-cdn.alpinelinux.org/alpine
if [ -z "$version" ]; then
version=$(git symbolic-ref --short HEAD)
[ "$version" ] && \
version=$(expr "$version" : '\([0-9]\+\(\.[0-9]\+\)*\)-') && \
version=v${version}
[ "$version" ] || version=edge
fi
envsubst
echo "$REPODEST/$repo"
) < "$repo_template" > "$BUILD_ROOT/etc/apk/repositories"
calcdeps
$SUDO_APK add --initdb --root "$BUILD_ROOT" --update \
abuild alpine-base build-base git $hostdeps $builddeps
local bwrap_opts=""
options_has "net" || bwrap_opts="$bwrap_opts --unshare-net"
bwrap --unshare-ipc --unshare-uts $bwrap_opts \
--ro-bind "$BUILD_ROOT" / \
--proc /proc \
--dev-bind /dev /dev \
--ro-bind "$HOME/.abuild" "$HOME/.abuild" \
--ro-bind "$aportsgit" "$aportsgit" \
--bind "$SRCDEST" "$SRCDEST" \
--bind "$BUILD_ROOT/tmp/src" "$srcdir" \
--bind "$BUILD_ROOT/tmp/pkg" "$pkgbasedir" \
--bind "$BUILD_ROOT/tmp" /tmp \
--bind "$REPODEST" "$REPODEST" \
--hostname "build-edge-$CARCH" \
--chdir "$startdir" \
--setenv PATH /bin:/usr/bin:/sbin:/usr/sbin \
/usr/bin/abuild $force rootbld_actions
update_abuildrepo_index
cleanup $CLEANUP
}
stripbin() {
local bin
if options_has "!strip" || [ "${subpkgarch:-$pkgarch}" = "noarch" ]; then
return 0
fi
cd "${subpkgdir:-$pkgdir}" || return 1
local stripcmd=strip
case "${subpkgarch:-$pkgarch}" in
$CBUILD_ARCH) stripcmd="strip" ;;
$CARCH) stripcmd="${CHOST}-strip" ;;
$CTARGET_ARCH) stripcmd="${CTARGET}-strip" ;;
esac
msg "Stripping binaries"
scanelf --recursive --nobanner --osabi --etype "ET_DYN,ET_EXEC" . \
| while read type osabi filename; do
[ "$osabi" != "STANDALONE" ] || continue
local XATTR=$(getfattr --match="" --dump "${filename}")
"${stripcmd}" "${filename}"
if [ -n "$XATTR" ]; then
echo "$XATTR" | setfattr --restore=-
fi
done
}
# simply list target apks
listpkg() {
local name
getpkgver || return 1
for name in $allpackages ; do
subpkg_set $name
echo "$subpkgname-$pkgver-r$pkgrel.apk"
done
subpkg_unset
}
source_has() {
local i
for i in $source; do
[ "$1" = "${i##*/}" ] && return 0
[ "$1" = "${i%%::*}" ] && return 0
done
return 1
}
subpackages_has() {
local i
for i in $subpackages; do
[ "$1" = "${i%%:*}" ] && return 0
done
return 1
}
subpackage_types_has() {
local i
for i in $subpackages; do
local _name="${i%%:*}"
[ "$1" = "${_name##*-}" ] && return 0
done
return 1
}
list_has() {
local needle="$1"
local i
shift
for i in $@; do
[ "$needle" = "$i" ] && return 0
[ "$needle" = "!$i" ] && return 1
done
return 1
}
# same as list_has but we filter version info
deplist_has() {
local needle="$1"
local i
shift
for i in $@; do
i=${i%%[<>=]*}
[ "$needle" = "$i" ] && return 0
[ "$needle" = "!$i" ] && return 1
done
return 1
}
options_has() {
list_has "$1" $options
}
depends_has() {
deplist_has "$1" $depends
}
makedepends_has() {
deplist_has "$1" $makedepends
}
md5sums_has() {
list_has "$1" $md5sums
}
install_has() {
list_has "$1" $install
}
deps() {
[ -z "$hostdeps" -a -z "$builddeps" ] && calcdeps
local _quiet="$1"
[ -z "$_quiet" ] && msg "Installing for build:$builddeps"
$SUDO_APK add $_quiet $apk_opt_wait --repository "$REPODEST/$repo" \
--virtual .makedepends-$pkgname \
$builddeps \
|| return 1
if [ -n "$CBUILDROOT" ]; then
[ -z "$_quiet" ] && msg "Installing for host:$hostdeps"
$SUDO_APK add $_quiet --root "$CBUILDROOT" --arch "$CTARGET_ARCH" --repository "$REPODEST/$repo" $apk_opt_wait \
--no-scripts --virtual .makedepends-$pkgname $hostdeps || return 1
fi
}
undeps() {
local _quiet="$@"
$SUDO_APK del $_quiet $apk_opt_wait .makedepends-$pkgname || :
if [ -n "$CBUILDROOT" ]; then
$SUDO_APK del $_quiet --root "$CBUILDROOT" --arch "$CTARGET_ARCH" $apk_opt_wait \
--no-scripts .makedepends-$pkgname || :
fi
}
# compat
installdeps() { deps; }
uninstalldeps() { undeps; }
index() { update_abuildrepo_index; }
all() {
if ! [ -n "$force" ]; then
if ! check_arch; then
echo "Package not available for the target architecture ($CARCH). Aborting."
return 0
fi
check_libc || return 0
fi
if up2date && [ -z "$force" ]; then
msg "Package is up to date"
else
build_abuildrepo
fi
}
# This abuild hook will checkout an svn or git repository by specifying
# $svnurl or $giturl in APKBUILD. You can checkout a specific branch in
# git by adding -b $branch in $giturl. $reporev will select the correct
# commit, revision or tag for you. If you specify $disturl your distfile
# will automatically be uploaded with rsync to the url provided.
# Base version defaults to 0 except if specified by $verbase.
snapshot() {
# check if we setup vars correctly
[ -z "$disturl" ] && warning "Missing disturl in APKBUILD, auto uploading disabled."
[ -z "$svnurl" ] && [ -z "$giturl" ] && die "Missding repository url in APKBUILD!"
[ -n "$svnurl" ] && [ -n "$giturl" ] && die "You can only use a single repository!"
local _date=$(date +%Y%m%d)
local _format="tar.gz"
# remove any repositories left in srcdir
abuild clean
mkdir -p "$srcdir" && cd "$srcdir"
# clone git repo and archive
if [ -n "$giturl" ]; then
local _version=${verbase:-0}_git${_date}
command -v git >/dev/null || \
die "Missing git! Install git to support git clone."
local _rev="${reporev:-HEAD}"
[ "$_rev" = "HEAD" ] && local _depth="--depth=1"
msg "Creating git snapshot: $pkgname-$_version"
git clone $_depth --bare $giturl $pkgname-$_version || return 1
git --git-dir $pkgname-$_version archive \
--format=$_format \
-o $pkgname-$_version.$_format \
--prefix=$pkgname-$_version/ $_rev \
|| return 1
fi
# export svn repo and archive
if [ -n "$svnurl" ]; then
local _version=${verbase:-0}_svn${_date}
command -v svn >/dev/null || \
die "Missing svn! Install subverion to support svn export."
[ -n "$reporev" ] && local _rev="-r $reporev"
msg "Creating svn snapshot: $pkgname-$_version"
svn co $_rev $svnurl $pkgname-$_version || return 1
tar zcf $pkgname-$_version.$_format $pkgname-$_version || return 1
fi
# upload to defined distfiles url
if [ -n "$disturl" ]; then
command -v rsync >/dev/null || \
die "Missing rsync! Install rsync to enable automatic uploads."
msg "Uploading to $disturl"
rsync --progress -La $pkgname-$_version.$_format \
$disturl || return 1
cd "$startdir"
# set the pkgver to current date and update checksum
sed -i -e "s/^pkgver=.*/pkgver=${_version}/" \
APKBUILD || return 1
abuild checksum
fi
}
usage() {
cat <<-EOF
usage: $program [options] [-P REPODEST] [-s SRCDEST] [-D DESCRIPTION] [cmd] ...
$program [-c] -n PKGNAME[-PKGVER]
Options:
-A Print CARCH and exit
-c Enable colored output
-d Disable dependency checking
-D Set APKINDEX description (default: \$repo \$(git describe))
-f Force specified cmd, even if they are already done
-F Force run as root
-h Show this help
-i Install PKG after successful build
-k Keep built packages, even if APKBUILD or sources are newer
-K Keep buildtime temp dirs and files (srcdir/pkgdir/deps)
-m Disable colors (monochrome)
-P Set REPODEST as the repository location for created packages
-q Quiet
-r Install missing dependencies from system repository (using sudo)
-R Recursively build and install missing dependencies (using sudo)
-s Set source package destination directory
-u Recursively build and upgrade all dependencies (using sudo)
-v Verbose: show every command as it is run (very noisy)
Commands:
build Compile and install package into \$pkgdir
check Run any defined tests concerning the package
checksum Generate checksum to be included in APKBUILD
clean Remove temp build and install dirs
cleancache Remove downloaded files from \$SRCDEST
cleanoldpkg Remove binary packages except current version
cleanpkg Remove already built binary and source package
deps Install packages listed in makedepends and depends
fetch Fetch sources to \$SRCDEST and verify checksums
index Regenerate indexes in \$REPODEST
listpkg List target packages
package Create package in \$REPODEST
prepare Apply patches
rootbld Build package in clean chroot
rootpkg Run 'package', the split functions and create apks as fakeroot
sanitycheck Basic sanity check of APKBUILD
snapshot Create a \$giturl or \$svnurl snapshot and upload to \$disturl
sourcecheck Check if remote source package exists upstream
srcpkg Make a source package
undeps Uninstall packages listed in makedepends and depends
unpack Unpack sources to \$srcdir
up2date Compare target and sources dates
verify Verify checksums
To activate cross compilation specify in environment:
CHOST Arch or hostspec of machine to generate packages for
CTARGET Arch or hostspec of machine to generate compiler for
EOF
exit 0
}
APKBUILD="${APKBUILD:-./APKBUILD}"
unset force
unset recursive
while getopts "AcdD:fFhkKimnp:P:qrRs:uv" opt; do
case $opt in
'A') echo "$CARCH"; exit 0;;
'c') enable_colors
color_opt="-c";;
'd') nodeps="-d";;
'D') DESCRIPTION=$OPTARG;;
'f') force="-f";;
'F') forceroot="-F";;
'h') usage;;
'k') keep="-k";;
'K') keep_build="-K";;
'm') disable_colors
color_opt="-m";;
'n') die "Use newapkbuild to create new aports";;
'P') REPODEST=$OPTARG;;
'q') quiet="-q";;
'r') install_deps="-r";;
'R') recursive="-R";;
's') SRCDEST=$OPTARG;;
'u') upgrade="-u"
recursive="-R";;
'v') set -x;;
esac
done
shift $(( $OPTIND - 1 ))
# check so we are not root
if [ $(id -u) -eq 0 ] && [ -z "$FAKEROOTKEY" ]; then
[ -z "$forceroot" ] && die "Do not run abuild as root"
FAKEROOT=
fi
# find startdir
[ -f "$APKBUILD" ] || die "Could not find $APKBUILD (PWD=$PWD)"
APKBUILD=$(readlink -f "$APKBUILD")
startdir="${APKBUILD%/*}"
srcdir=${srcdir:-"$startdir/src"}
pkgbasedir=${pkgbasedir:-"$startdir/pkg"}
repo=${startdir%/*}
repo=${repo##*/}
SRCDEST=${SRCDEST:-$startdir}
BUILD_ROOT=
# set a default CC
: ${CC:=gcc}
export CC
cd "$startdir" || die
. "$APKBUILD"
builddir=${builddir:-"$srcdir/$pkgname-$pkgver"}
# If REPODEST is set then it will override the PKGDEST
if [ -z "$REPODEST" ]; then
warning "REPODEST is not set and is now required. Defaulting to ~/packages"
[ -n "$PKGDEST" ] && die "PKGDEST is no longer supported."
REPODEST="~/packages"
fi
# for recursive action
export REPODEST SRCDEST
# add dbg subpackage if its enabled globally
if [ -n "$DEFAULT_DBG" ] && ! subpackage_types_has "dbg" && ! options_has "!dbg" && [ "$arch" != "noarch" ]; then
subpackages="$pkgname-dbg $subpackages"
fi
# if we want build debug package
if [ -n "$DEBUG" ] || subpackage_types_has "dbg"; then
CFLAGS="$CFLAGS -g"
CXXFLAGS="$CXXFLAGS -g"
options="$options !strip"
fi
if [ -n "$subpkgname" ]; then
# If we are handling a sub package then reset subpackages and install
origsubpackages="$subpackages"
subpackages=
else
if [ -z "$FAKEROOTKEY" ]; then
msg "$program $program_version"
fi
allpackages="$pkgname $subpackages"
for i in $linguas; do
allpackages="$allpackages $pkgname-lang-$i::noarch"
done
fi
apkbuild_arch="$arch"
pkgdir="$pkgbasedir/$pkgname"
if [ -z "$pkgarch" ]; then
pkgarch=$CARCH
list_has noarch $arch && pkgarch=noarch
fi
controldir="$pkgbasedir"/.control.${subpkgname:-$pkgname}
trap 'die "Aborted by user"' INT
[ -z "$subpkgdir" ] && set_xterm_title "abuild${CROSS_COMPILE+-$CARCH}: $pkgname"
if [ -z "$1" ]; then
set all
fi
while [ $# -gt 0 ]; do
runpart $1
shift
done
cleanup