implement POC client-side merging of pdiffs via apt-file

[apt.git] / prepare-release

#!/bin/sh
set -e

dpkg-checkbuilddeps -d 'libxml2-utils'

if [ -n "${GBP_BUILD_DIR}" ]; then
   cd "$GBP_BUILD_DIR"
fi

VERSION=$(dpkg-parsechangelog | sed -n -e '/^Version:/s/^Version: //p')
DISTRIBUTION=$(dpkg-parsechangelog | sed -n -e '/^Distribution:/s/^Distribution: //p')

LIBAPTPKGVERSION="$(awk -v ORS='.' '/^\#define APT_PKG_M/ {print $3}' apt-pkg/init.h | sed 's/\.$//')"
LIBAPTINSTVERSION="$(egrep '^MAJOR=' apt-inst/makefile |cut -d '=' -f 2)"

if [ "$1" = 'pre-export' ]; then
	libraryversioncheck() {
		local LIBRARY="$1"
		local VERSION="$2"
		if [ ! -e "debian/${LIBRARY}${VERSION}.symbols" ]; then
		   echo >&2 "Library ${LIBRARY} in version ${VERSION} has no symbols file! (maybe forgot to rename?)"
		   exit 1
		fi
		if [ "$(head -n1 "debian/${LIBRARY}${VERSION}.symbols")" != "${LIBRARY}.so.${VERSION} ${LIBRARY}${VERSION} #MINVER#" ]; then
		   echo >&2 "Library ${LIBRARY}${VERSION} has incorrect version in symbol header! (»$(head -n1 "debian/${LIBRARY}${VERSION}.symbols")«)"
		   exit 2
		fi
	}

	libraryversioncheck 'libapt-pkg' "$LIBAPTPKGVERSION"
	libraryversioncheck 'libapt-inst' "$LIBAPTINSTVERSION"


	if [ "$DISTRIBUTION" = 'sid' ]; then
		echo >&2 '»sid« is not a valid distribution. Replace it with »unstable« for you'
		sed -i -e 's/) sid; urgency=/) unstable; urgency=/' debian/changelog
		DISTRIBUTION='unstable'
	elif [ "$DISTRIBUTION" = 'UNRELEASED' ]; then
		echo >&2 'WARNING: Remember to change to a valid distribution for release'
		VERSION="$VERSION~$(date +%Y%m%d)"
	fi

	if [ "$(date +%Y-%m-%d)" != "$(grep --max-count=1 '^"POT-Creation-Date: .*\n"$' po/apt-all.pot | cut -d' ' -f 2)" -o \
	     "$(date +%Y-%m-%d)" != "$(grep --max-count=1 '^"POT-Creation-Date: .*\n"$' doc/po/apt-doc.pot | cut -d' ' -f 2)" ]; then
		echo >&2 'POT files are not up-to-date. Execute »make update-po« for you…'
		make update-po
	fi

	sed -i -e "s/^PACKAGE_VERSION=\".*\"$/PACKAGE_VERSION=\"${VERSION}\"/" configure.ac
	sed -i -e "s/^<!ENTITY apt-product-version \".*\">$/<!ENTITY apt-product-version \"${VERSION}\">/" doc/apt-verbatim.ent
elif [ "$1" = 'post-build' ]; then
	if [ "$DISTRIBUTION" != "UNRELEASED" ]; then
		echo >&2 "REMEMBER: Tag this release with »git tag ${VERSION}« if you are satisfied"
	else
		echo >&2 'REMEMBER: Change to a valid distribution before release'
	fi

	# check the manpages with each vendor for vendor-specific errors…
	find vendor -mindepth 1 -maxdepth 1 -type d | cut -d'/' -f 2 | while read DISTRO; do
		ln -sf ../vendor/${DISTRO}/apt-vendor.ent doc
		if ! xmllint --nonet --valid --noout $(find doc/ -maxdepth 1 -name '*.xml'); then
			echo >&2 "WARNING: original docbook manpages have errors with vendor ${DISTRO}!"
		fi
	done
	# lets assume we will always have a german manpage translation
	if [ -e 'doc/de/' ]; then
		# … but check the translations only with one vendor for translation-specific errors
		if ! xmllint --nonet --valid --noout $(find doc/ -mindepth 2 -maxdepth 2 -name '*.xml'); then
			echo >&2 "WARNING: translated docbook manpages have errors!"
		fi
	else
		echo >&2 "ERROR: translated manpages need to be build before they can be checked!"
	fi
	rm -f doc/apt-vendor.ent

elif [ "$1" = 'library' ]; then
	librarysymbols() {
		echo "Checking $1 in version $2"
		local tmpfile=$(mktemp)
		dpkg-gensymbols -p${1}${2} -ebuild/bin/${1}.so.${2} -Idebian/${1}${2}.symbols -O/dev/null 2> /dev/null > $tmpfile || true
		echo '=== Missing symbols:'
		grep '^+#MISSING' $tmpfile || true
		echo '=== New symbols:'
		grep '^+ ' $tmpfile | cut -d' ' -f 2 | cut -d'@' -f 1 | c++filt | while read line; do
			echo " (c++)\"${line}@Base\" $VERSION"
		done | sort -u
		rm -f $tmpfile
	}
	librarysymbols 'libapt-pkg' "${LIBAPTPKGVERSION}"
	echo
	librarysymbols 'libapt-inst' "${LIBAPTINSTVERSION}"
else
	echo >&1 "Usage:\t$0 pre-export
\t$0 post-build
\t$0 library

If you use »git buildpackage« you can leave this script alone as it will
be run at the right places auto-magically. Otherwise you should use
»pre-export« to update po and pot files as well as version numbering.
»post-build« can be used to run some more or less useful checks later on.

»library« isn't run automatically but can be useful for maintaining the
(more or less experimental) symbols files we provide"
fi