abuild/newapkbuild.in

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#!/bin/sh
#
# newapkbuild - generate a new APKBUILD
# Copyright (c) 2009 Natanael Copa <natanael.copa@gmail.com>
#
# Distributed under GPL-2.0-only
#
program_version=@VERSION@
sharedir=${ABUILD_SHAREDIR:-@sharedir@}
if ! [ -f "$sharedir/functions.sh" ]; then
echo "$sharedir/functions.sh: not found" >&2
exit 1
fi
. "$sharedir/functions.sh"
is_url() {
case "$1" in
http://*|https://*|ftp://*) return 0;;
esac
return 1
}
is_github_url() {
case $1 in
https://github.com/*/*/archive/*.tar.gz) return 0;;
esac
return 1
}
# Build sections
build_make() {
cat >>APKBUILD<<__EOF__
make
__EOF__
}
build_autotools() {
cat >>APKBUILD<<__EOF__
./configure \\
--build=\$CBUILD \\
--host=\$CHOST \\
--prefix=/usr \\
--sysconfdir=/etc \\
--mandir=/usr/share/man \\
--localstatedir=/var
make
__EOF__
}
build_cmake() {
# References:
# http://www.cmake.org/Wiki/CMake_Useful_Variables
# http://www.vtk.org/Wiki/CMake_Cross_Compiling
# This is incomplete: CMAKE_{HOST_,}SYSTEM_PROCESSOR needs to be set,
# and likewise CMAKE_FIND_ROOT_PATH and a few other details.
cat >>APKBUILD<<__EOF__
if [ "\$CBUILD" != "\$CHOST" ]; then
CMAKE_CROSSOPTS="-DCMAKE_SYSTEM_NAME=Linux -DCMAKE_HOST_SYSTEM_NAME=Linux"
fi
cmake -B build \\
-DCMAKE_INSTALL_PREFIX=/usr \\
-DCMAKE_INSTALL_LIBDIR=lib \\
-DBUILD_SHARED_LIBS=True \\
-DCMAKE_BUILD_TYPE=None \\
\$CMAKE_CROSSOPTS .
cmake --build build
__EOF__
}
build_meson() {
# References:
# http://mesonbuild.com/Reference-manual.html
# http://mesonbuild.com/Cross-compilation.html
# TODO For cross compilation a cross_file needs to be created.
cat >>APKBUILD<<__EOF__
meson \\
--prefix=/usr \\
--sysconfdir=/etc \\
--mandir=/usr/share/man \\
--localstatedir=/var \\
--buildtype=plain \\
. output
meson compile \${JOBS:+-j \${JOBS}} -C output
__EOF__
}
build_perl() {
cat >>APKBUILD<<__EOF__
PERL_MM_USE_DEFAULT=1 perl Makefile.PL INSTALLDIRS=vendor
make
__EOF__
}
build_python() {
cat >>APKBUILD<<__EOF__
python3 setup.py build
__EOF__
}
build_rust() {
cat >>APKBUILD<<__EOF__
cargo build --release --locked
__EOF__
}
build_empty() {
cat >>APKBUILD<<__EOF__
# Replace with proper build command(s)
:
__EOF__
}
# Check sections
check_make() {
cat >>APKBUILD<<__EOF__
make check
__EOF__
}
check_cmake() {
cat >>APKBUILD<<__EOF__
cd build
CTEST_OUTPUT_ON_FAILURE=TRUE ctest
__EOF__
}
check_python() {
cat >>APKBUILD<<__EOF__
pytest
__EOF__
}
check_empty() {
cat >>APKBUILD<<__EOF__
# Replace with proper check command(s)
:
__EOF__
}
check_meson() {
cat >>APKBUILD<<__EOF__
meson test --no-rebuild -v -C output
__EOF__
}
check_rust() {
cat >>APKBUILD<<__EOF__
cargo test --release --locked
__EOF__
}
# Package sections
package_make() {
cat >>APKBUILD<<__EOF__
make DESTDIR="\$pkgdir" install
__EOF__
}
package_cmake() {
cat >>APKBUILD<<__EOF__
DESTDIR="\$pkgdir" cmake --install build
__EOF__
}
package_autotools() {
package_make
}
package_meson() {
cat >>APKBUILD<<__EOF__
DESTDIR="\$pkgdir" meson install --no-rebuild -C output
__EOF__
}
package_perl() {
cat >>APKBUILD<<__EOF__
make DESTDIR="\$pkgdir" install
find "\$pkgdir" \\( -name perllocal.pod -o -name .packlist \\) -delete
__EOF__
}
package_python() {
cat >>APKBUILD<<__EOF__
python3 setup.py install --prefix=/usr --root="\$pkgdir"
__EOF__
}
package_empty() {
cat >>APKBUILD<<__EOF__
# Replace with proper package command(s)
:
__EOF__
}
package_rust() {
cat >>APKBUILD<<__EOF__
cargo install --locked --path . --root="\$pkgdir/usr"
rm "\$pkgdir"/usr/.crates*
__EOF__
}
# Create new aport from templates
newaport() {
local newname="${1##*/}"
local pn=${newname%-[0-9]*}
local pv
local source=
is_url "$1" && source="$1"
if is_github_url $source; then
if [ -z "$pkgname" ]; then
pkgname=${source%/archive/*}
pkgname=${pkgname##*/}
fi
pv=${newname%.t*} #strip .tar.gz .tgz .tar.bz2 etc
pv=${pv#*[a-z]}
source="${source%.t*}/$pkgname-$pv.tar.gz"
elif [ "$pn" != "$newname" ]; then
pv=${newname#$pn-}
pv=${pv%.t*} #strip .tar.gz .tgz .tar.bz2 etc
fi
if [ -z "$pkgname" ]; then
pkgname=$pn
fi
if [ -e "$pkgname"/APKBUILD ] && [ -z "$force" ]; then
error "$pkgname/APKBUILD already exists"
return 1
fi
mkdir -p "$pkgname"
cd "$pkgname"
if [ -z "$source" ] && [ -n "$sourceforge" ]; then
source="https://downloads.sourceforge.net/$pn/$pn-$pv.tar.gz"
fi
if [ -z "$depends" ] && [ "$buildtype" = "python" ]; then
depends="python3"
fi
if [ -z "$checkdepends" ] && [ "$buildtype" = "python" ]; then
checkdepends="py3-pytest"
fi
case "$buildtype" in
python) makedepends="py3-setuptools";;
cmake) makedepends="cmake";;
meson) makedepends="meson";;
rust) makedepends="cargo";;
*) makedepends="\$depends_dev";;
esac
# Replace pkgver in $source
if [ -n "$source" ]; then
source=$(echo "$source" | sed "s/$pv/\$pkgver/g")
fi
# Copy init.d scripts if requested
if [ -n "$cpinitd" ]; then
cp "$sharedir"/sample.initd $pkgname.initd
cp "$sharedir"/sample.confd $pkgname.confd
cp "$sharedir"/sample.pre-install $pkgname.pre-install
cp "$sharedir"/sample.post-install $pkgname.post-install
install="\$pkgname.pre-install \$pkgname.post-install"
source="$source
$pkgname.initd
$pkgname.confd
"
fi
# Generate header with standard variables
cat >APKBUILD<<__EOF__
# Contributor:${PACKAGER:+" "}${PACKAGER}
# Maintainer:${MAINTAINER:+" "}${MAINTAINER}
pkgname=$pkgname
pkgver=$pv
pkgrel=0
pkgdesc="$pkgdesc"
url="$url"
arch="all"
license="$license"
depends="$depends"
depends_dev=""
makedepends="$makedepends"
checkdepends="$checkdepends"
install="$install"
subpackages="\$pkgname-dev \$pkgname-doc"
source="$source"
__EOF__
abuild -f fetch checksum unpack
# Figure out the builddir
for i in src/*; do
if [ -d "$i" ]; then
sdir=$i
builddir=$(echo ${i#*/} | sed "s/$pv/\$pkgver/g")
fi
done
printf 'builddir="$srcdir/%s"\n\n' "$builddir" >> APKBUILD
# Subpackage -dev is usually required only for C/C++. Since depends_dev
# confuses a lot people, remove it if there's no .h or .hpp file.
find "$sdir" -name "*.h" -o -name "*.hpp" -maxdepth 3 2>/dev/null \
| head -n 1 | grep -q ".*" \
|| sed -i -e '/^depends_dev=.*/d' -e 's/\$depends_dev\s*//' APKBUILD
# Try to autodetect the buildtype
if [ -z "$buildtype" ]; then
if [ -x "$sdir"/configure ]; then
buildtype="autotools"
elif [ -r "$sdir"/Makefile.PL ] || [ "${pn#perl-}" != "$pn" ]; then
buildtype="perl"
elif [ -r "$sdir"/waf ]; then
buildtype="waf"
elif [ -r "$sdir"/meson.build ]; then
buildtype="meson"
elif [ -d "$sdir"/cmake ] || [ -r "$sdir/CMakeLists.txt" ]; then
buildtype="cmake"
elif [ -r "$sdir"/Makefile ]; then
buildtype="make"
elif [ -r "$sdir"/setup.py ] || [ "${pn#py[0-9]-}" != "$pn" ]; then
buildtype="python"
elif [ -r "$sdir"/Cargo.toml ]; then
buildtype="rust"
fi
fi
# Create build() function
cat >>APKBUILD<<__EOF__
build() {
__EOF__
case "$buildtype" in
make)
build_make;;
cmake)
build_cmake;;
meson)
build_meson;;
autotools)
build_autotools;;
perl)
build_perl;;
python)
build_python;;
rust)
build_rust;;
*)
build_empty;;
esac
cat >>APKBUILD<<__EOF__
}
__EOF__
# Create check() function
cat >>APKBUILD<<__EOF__
check() {
__EOF__
case "$buildtype" in
make|autotools|perl)
check_make;;
cmake)
check_cmake;;
meson)
check_meson;;
python)
check_python;;
rust)
check_rust;;
*)
check_empty;;
esac
cat >>APKBUILD<<__EOF__
}
__EOF__
# Create package() function
cat >>APKBUILD<<__EOF__
package() {
__EOF__
case "$buildtype" in
make)
package_make;;
cmake)
package_cmake;;
autotools)
package_autotools;;
meson)
package_meson;;
perl)
package_perl;;
python)
package_python;;
rust)
package_rust;;
*)
package_empty;;
esac
if [ -n "$cpinitd" ]; then
cat >>APKBUILD<<__EOF__
install -m755 -D "\$srcdir"/\$pkgname.initd \\
"\$pkgdir"/etc/init.d/\$pkgname
install -m644 -D "\$srcdir"/\$pkgname.confd \\
"\$pkgdir"/etc/conf.d/\$pkgname
__EOF__
fi
cat >>APKBUILD<<__EOF__
}
__EOF__
# regenerate checksum so they end last in APKBUILD
abuild -f checksum
}
usage() {
cat >&2 <<-__EOF__
$program $program_version - generate a new APKBUILD
Usage: $program [-n PKGNAME] [-d PKGDESC] [-l LICENSE] [-u URL]
[-a | -C | -m | -p | -y | -r] [-s] [-c] [-f] [-h]
PKGNAME[-PKGVER] | SRCURL
Options:
-n Set package name to PKGNAME (only use with SRCURL)
-d Set package description to PKGDESC
-l Set package license to LICENSE, use identifiers from:
<https://spdx.org/licenses/>
-u Set package URL
-a Create autotools package (use ./configure ...)
-C Create CMake package (Assume cmake/ is there)
-m Create meson package (Assume meson.build is there)
-p Create perl package (Assume Makefile.PL is there)
-y Create python package (Assume setup.py is there)
-r Crate rust package (Assume Cargo.toml is there)
-s Use sourceforge source URL
-c Copy a sample init.d, conf.d, and install script
-f Force even if directory already exists
-h Show this help
__EOF__
}
set_buildtype() {
if [ -n "$buildtype" ]; then
error "More than one buildtype flag specified ($buildtype and $1)"
exit 1
fi
buildtype="$1"
}
check_arguments() {
if [ $# -eq 0 ]; then
error "Missing required argument: PKGNAME[-PKGVER] | SRCURL"
exit 1
fi
if [ $# -gt 1 ]; then
shift
error "Unrecognized arguments: $*"
exit 1
fi
if [ -n "$1" ] && ! is_url "$1" && [ -n "$pkgname" ]; then
error "-n is only allowed when using SRCURL as last argument"
exit 1
fi
if is_url "$1" && [ -n "$sourceforge" ]; then
error "-s is only allowed when using PKGNAME as last argument"
exit 1
fi
}
while getopts "acCmd:fhl:n:pyu:sr" opt; do
case $opt in
'a') set_buildtype "autotools";;
'c') cpinitd=1;;
'C') set_buildtype "cmake";;
'm') set_buildtype "meson";;
'd') pkgdesc="$OPTARG";;
'f') force=1;;
'h') usage; exit;;
'l') license="$OPTARG";;
'n') pkgname="$OPTARG";;
'p') set_buildtype "perl";;
'y') set_buildtype "python";;
'r') set_buildtype "rust";;
'u') url="$OPTARG";;
's') sourceforge=1;;
esac
done
shift $(( $OPTIND - 1 ))
check_arguments "$@"
newaport $1