abuild/newapkbuild.in
A. Wilcox 75b8cacaf0 newapkbuild: move checksum call to after fetch
unpack will no longer unpack without a checksum, even with -f.  This
means that newapkbuild will not be able to deduce what kind of build
system is contained within, so the templates for CMake, Perl, etc are
never used.

This patch ensures checksumming is done right after fetch, so that
unpack works properly.
2018-05-24 17:58:55 +02:00

391 lines
7.9 KiB
Bash

#!/bin/sh
#
# newapkbuild - generate a new APKBUILD
# Copyright (c) 2009 Natanael Copa <natanael.copa@gmail.com>
#
# Distributed under GPL-2
#
program_version=@VERSION@
datadir=@datadir@
if ! [ -f "$datadir/functions.sh" ]; then
echo "$datadir/functions.sh: not found" >&2
exit 1
fi
. "$datadir/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 \\
-DCMAKE_INSTALL_PREFIX=/usr \\
-DCMAKE_INSTALL_LIBDIR=lib \\
-DBUILD_SHARED_LIBS=True \\
-DCMAKE_BUILD_TYPE=Release \\
-DCMAKE_CXX_FLAGS="\$CXXFLAGS" \\
-DCMAKE_C_FLAGS="\$CFLAGS" \\
\${CMAKE_CROSSOPTS}
make
__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=release \\
. output
ninja -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__
}
check_make() {
cat >>APKBUILD<<__EOF__
make check
__EOF__
}
check_python() {
cat >>APKBUILD<<__EOF__
python3 setup.py check
__EOF__
}
# Package sections
package_make() {
cat >>APKBUILD<<__EOF__
make DESTDIR="\$pkgdir" install
__EOF__
}
package_autotools() {
package_make
}
package_meson() {
cat >>APKBUILD<<__EOF__
DESTDIR="\$pkgdir" ninja -C output install
__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__
}
# 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="$pkgname-$pv.tar.gz::$source"
elif [ "$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 "$sourceforge" ]; then
source="http://downloads.sourceforge.net/$pn/$pn-$pv.tar.gz"
fi
if [ -z "$depends" ] &&[ "$buildtype" = "python" ]; then
depends="python3"
fi
case "$buildtype" in
python) makedepends="python3-dev";;
cmake) makedepends="cmake";;
meson) makedepends="meson";;
*) 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 "$datadir"/sample.initd $pkgname.initd
cp "$datadir"/sample.confd $pkgname.confd
cp "$datadir"/sample.pre-install $pkgname.pre-install
cp "$datadir"/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"
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 ]; then
buildtype="python"
fi
fi
# Create build() function
cat >>APKBUILD<<__EOF__
build() {
cd "\$builddir"
__EOF__
case "$buildtype" in
make)
build_make;;
cmake)
build_cmake;;
meson)
build_meson;;
autotools)
build_autotools;;
perl)
build_perl;;
python)
build_python;;
esac
cat >>APKBUILD<<__EOF__
}
__EOF__
# Create check() function
cat >>APKBUILD<<__EOF__
check() {
cd "\$builddir"
__EOF__
case "$buildtype" in
make|cmake|autotools|perl)
check_make;;
python)
check_python;;
esac
cat >>APKBUILD<<__EOF__
}
__EOF__
# Create package() function
cat >>APKBUILD<<__EOF__
package() {
cd "\$builddir"
__EOF__
case "$buildtype" in
make|cmake)
package_make;;
autotools)
package_autotools;;
meson)
package_meson;;
perl)
package_perl;;
python)
package_python;;
esac
if [ -n "$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__
}
usage() {
cat >&2 <<-__EOF__
$program $program_version - generate a new APKBUILD
Usage: $program [-n NAME] [-d DESC] [-l LICENSE] [-u URL]
[-aCpy] [-s] [-cfh]
PKGNAME[-PKGVER]|SRCURL
Options:
-n Set package name to NAME
-d Set package description (pkgdesc) to DESC
-l Set package license to LICENSE
-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)
-s Use sourceforge source URL
-c Copy a sample init.d, conf.d, and install script to new directory
-f Force even if directory already exist
-h Show this help
__EOF__
}
while getopts "acCmd:fhl:n:pyu:s" opt; do
case $opt in
'a') buildtype="autotools";;
'c') cpinitd=1;;
'C') buildtype="cmake";;
'm') buildtype="meson";;
'd') pkgdesc="$OPTARG";;
'f') force=1;;
'h') usage; exit;;
'l') license="$OPTARG";;
'n') pkgname="$OPTARG";;
'p') buildtype="perl";;
'y') buildtype="python";;
'u') url="$OPTARG";;
's') sourceforge=1;;
esac
done
shift $(( $OPTIND - 1 ))
while [ $# -gt 0 ]; do
newaport $1 || exit 1
shift
done