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#!/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 $0)
git=$(command -v git) || git=true
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 '$2'"
}
print_version() {
msg "$program $program_version"
}
# 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 APKBUILD"
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
if [ -n "$provider_priority" ] \
&& ! echo $provider_priority | egrep -q '^[0-9]+$'; then
die "provider_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 "$p: trigger script does not match pkgname or any subpackage"
fi
if source_has "$f"; then
warning "You should not have \$triggers in source"
continue
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 "$checkdepend" ] && spell_error checkdepend checkdepends
check_maintainer || die "Provide a valid RFC822 maintainer address"
check_license || warning "Please use valid SPDX license identifiers found at: https://spdx.org/licenses"
check_depends_dev || warning "depends_dev found but no development subpackage found"
check_secfixes_comment || return 1
makedepends_has 'g++' && ! options_has toolchain && warning "g++ should not be in makedepends"
if ! options_has "!check" && [ -n "$REQUIRE_CHECK" ]; then
(unset check; . "$APKBUILD"; type check >/dev/null 2>&1) || \
die "Testsuites (abuild check) are required or need to be explicitly disabled!"
fi
check_provides || die "provides must not contain $pkgname"
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 "$i is not an openrc #!/sbin/openrc-run"
return 1
;;
esac
done
}
# unpack the sources
default_unpack() {
local u
verify || return 1
initdcheck || return 1
mkdir -p "$srcdir"
local gunzip=$(command -v pigz || echo gunzip)
[ $gunzip = "/usr/bin/pigz" ] && gunzip="$gunzip -d"
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..."
$gunzip -c "$s" | tar -C "$srcdir" -x || 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 $s..."
unlzma -T 0 -c "$s" | tar -C "$srcdir" -x \
|| return 1;;
*.tar.xz)
msg "Unpacking $s..."
local threads_opt
if [ $(readlink -f $(command -v unxz)) != "/bin/busybox" ]; then
threads_opt="--threads=0"
fi
unxz $threads_opt -c "$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 "$subpkgname" in
*-doc | *-openrc | *-lang | *-lang-*) subpkgarch="noarch" ;;
*) subpkgarch="$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 /etc/init.d and /etc/conf.d
if [ -e "$dir"/etc/init.d -o -e "$dir"/etc/conf.d ] \
&& ! is_openrc_pkg "$name"; then
warning "Found OpenRC directory (/etc/conf.d or /etc/init.d) but name doesn't end with -openrc"
fi
# look for /usr/share/doc
if [ -e "$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 "$subpkgname" ]; then
return 0
fi
# the subpackages should not inherit those from main package
provides=""
install_if=""
}
prepare_subpackages() {
local i
cd "$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() {
[ $($git status -s "$startdir" | wc -l) -ne 0 ] && echo "-dirty"
}
# 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_license() {
local ret=0
local license_list=/usr/share/spdx/license.lst
local exclude="AND OR WITH"
if options_has "!spdx" || ! [ -f "$license_list" ]; then
return 0
fi
local i; for i in $license; do
list_has "$i" $exclude && continue
if ! grep -q -w -F "$i" "$license_list"; then
ret=1
warning "\"$i\" is not a known license"
fi
done
return $ret
}
check_secfixes_comment() {
local c=$(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
}
check_provides() {
local i
for i in $provides; do
if [ "${i%%[<>=]*}" = "$pkgname" ]; then
return 1
fi
done
return 0
}
prepare_metafiles() {
getpkgver || return 1
local name=${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
if [ -n "$provider_priority" ]; then
echo "provider_priority = $provider_priority" >> "$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
}
prepare_command_provides() {
local dir="${subpkgdir:-$pkgdir}"
options_has "!tracedeps" && return 0
cd "$dir" || return 1
for i in bin/* sbin/* usr/bin/* usr/sbin/*; do
if ! [ -x "$i" ]; then
continue
fi
local f=${i##*/}
echo $f >> "$controldir"/.provides-command
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}" != "$1"
}
# returns true if this is the -openrc package
is_openrc_pkg() {
test "${1%-openrc}" != "$1"
}
# check that noarch is set if needed
archcheck() {
options_has "!archcheck" && return 0
if dir_has_arch_binaries "${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 \
&& prepare_command_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 \
>> "$dir"/.PKGINFO
fi
if [ -f "$dir"/.provides-command ]; then
sed 's/^/provides = cmd:/' "$dir"/.provides-command | sort -u \
>> "$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
print_version
# 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 $subpkgarch"
done
subpkg_unset
if [ -z "$DESCRIPTION" ]; then
DESCRIPTION="$repo $(cd $startdir && $git describe 2>/dev/null || true)"
fi
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 _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
for part in symlinksrc unpack prepare $_build $_check 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/* "$BUILD_ROOT/etc/apk/keys"
if options_has "net"; then
cp /etc/resolv.conf "$BUILD_ROOT/etc"
fi
local version="edge" buildhost="edge" gitref
if gitref="$(expr "$(git symbolic-ref --short HEAD)" : '\([0-9]\+\(\.[0-9]\+\)*\)-')"; then
version=v${gitref}
buildhost=${gitref/./-}
fi
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
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 \
--bind "$BUILD_ROOT/$HOME" "$HOME" \
--ro-bind "$HOME/.abuild" "$HOME/.abuild" \
--ro-bind "$aportsgit" "$aportsgit" \
--bind "$SRCDEST" "$SRCDEST" \
--bind "$BUILD_ROOT/tmp" /tmp \
--bind "$BUILD_ROOT/tmp/src" "$srcdir" \
--bind "$BUILD_ROOT/tmp/pkg" "$pkgbasedir" \
--bind "$REPODEST" "$REPODEST" \
--hostname "build-$buildhost-$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
# scanelf may have picked up a temp file so verify that file still exists
[ -e "$filename" ] || continue
[ "$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 "Missing 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}
[ "$git" = "true" ] && die "Missing git! Install git to support git clone."
local _rev="${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 (skip checks: apk up to date, arch, libc)
-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 Install project into $pkgdir
prepare Apply patches
rootbld Build package in clean chroot
rootpkg Run 'package', the split functions and create apks as fakeroot
sanitycheck Basic sanity check of APKBUILD
snapshot Create a \$giturl or \$svnurl snapshot and upload to \$disturl
sourcecheck Check if remote source package exists upstream
srcpkg Make a source package
undeps Uninstall packages listed in makedepends and depends
unpack Unpack sources to \$srcdir
up2date Compare target and sources dates
verify Verify checksums
To activate cross compilation specify in environment:
CHOST Arch or hostspec of machine to generate packages for
CTARGET Arch or hostspec of machine to generate compiler for
EOF
exit 0
}
APKBUILD="${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="$subpackages"
subpackages=
else
allpackages="$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