#!/bin/bash
# Copyright 1999 Patrick Volkerding, Moorhead, Minnesota, USA
# Copyright 2001, 2002, 2003 Slackware Linux, Inc., Concord, California, USA
# Copyright 2009, 2015 Patrick J. Volkerding, Sebeka, MN, USA
# Copyright 2015 Michal Nazarewicz <mina86@mina86.com>
# All rights reserved.
#
# Redistribution and use of this script, with or without modification, is
# permitted provided that the following conditions are met:
#
# 1. Redistributions of this script must retain the above copyright
# notice, this list of conditions and the following disclaimer.
#
# THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR IMPLIED
# WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
# MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO
# EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
# SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
# PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;
# OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
# WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
# OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
# ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
#
# Thu May 24 20:23:55 UTC 2018
# Added --terselength option to set the line length in --terse mode.
# Use a lockfile to prevent output collisions in --terse mode.
#
# Wed May 23 03:35:28 UTC 2018
# Added --terse, which limits screen output to one line per package.
#
# Sat 17 Jan 16:21:32 UTC 2015 mina86
# Various optimisation mostly resolving around avoiding having to fork
# and call cut, basename and other helper commands. Slight
# refactoring of code calling removepkg.
#
# Sat Apr 25 21:18:53 UTC 2009
# Support new compression types and package extensions.
# Converted to use new pkgbase() function to remove pathname and
# valid package extensions.
#
# Added --dry-run, Sat Apr 26 18:13:29 PDT 2003
#
# Added --install-new and --reinstall, Fri May 31 14:11:14 PDT 2002 volkerdi
#
# Rewritten to clean out _all_ old packages of a given basename, not just
# the first one found, Thu Apr 4 01:01:05 PST 2002 volkerdi
#
# Modified to handle either old 8.3 or new package-version-arch-build.tgz
# packages, Sat Nov 17 14:25:58 PST 2001 volkerdi
# Return a package name that has been stripped of the dirname portion
# and any of the valid extensions (only):
pkgbase() {
PKGRETURN=${1##*/}
case "$PKGRETURN" in *.t[gblx]z)
PKGRETURN=${PKGRETURN%.*}
esac
echo "$PKGRETURN"
}
usage() {
cat << EOF
Usage: upgradepkg newpackage [newpackage2 ... ]
upgradepkg oldpackage%newpackage [oldpackage2%newpackage2 ... ]
Upgradepkg upgrades a Slackware package (.tgz, .tbz, .tlz, .txz) from an
older version to a newer one. It does this by INSTALLING the new package
onto the system, and then REMOVING any files from the old package that
aren't in the new package. If the old and new packages have the same
name, a single argument is all that is required. If the packages have
different names, supply the name of the old package followed by a percent
symbol (%), then the name of the new package. Do not add any extra
whitespace between pairs of old/new package names.
Before upgrading a package, save any configuration files (such as in /etc)
that you wish to keep. Sometimes these will be preserved, but it depends
on the package. If you want to force new versions of the config files
to be installed, remove the old ones manually prior to running upgradepkg.
To upgrade in a directory other than / (such as /mnt):
ROOT=/mnt upgradepkg package.tgz (or .tbz, .tlz, .txz)
EOF
}
# Make sure there's a proper temp directory:
TMP=$ROOT/var/log/setup/tmp
# If the $TMP directory doesn't exist, create it:
if [ ! -d $TMP ]; then
rm -rf $TMP # make sure it's not a symlink or something stupid
mkdir $TMP
chmod 700 $TMP # no need to leave it open
fi
# This script expects an 022 umask:
umask 022
# $ROOT defined?
if [ -d "$ROOT" ]; then
export ROOT
else
unset ROOT
fi
# --help or no args?
if [ "$1" = "" -o "$1" = "--help" -o "$1" = "-?" ]; then
usage;
exit 1;
fi
# Create a lockfile directory if it doesn't exist. We can use it to prevent
# output line collisions in --terse mode.
INSTLOCKDIR=${INSTLOCKDIR:-/run/lock/pkgtools}
if [ ! -d $INSTLOCKDIR ]; then
mkdir -p $INSTLOCKDIR
fi
# Set default line length for terse mode:
if tty -s && which tput 1> /dev/null 2> /dev/null ; then
TERSELENGTH=$(tput cols)
else
TERSELENGTH=80
fi
# Arg processing loop. These must come before any packages are listed.
while [ 0 ]; do
if [ "$1" = "-no-paranoia" -o "$1" = "--no-paranoia" ]; then
# Enable --no-paranoia mode. This is so not-recommended that we're
# not even going to document it. ;) If a file used to be directly
# managed and now is moved into place, using --no-paranoia will cause
# it to improperly disappear. It does slightly speed things up, though.
# Don't use it.
NOT_PARANOID="true"
shift 1
elif [ "$1" = "-install-new" -o "$1" = "--install-new" ]; then
# Install packages that do not already have an installed version.
# The usual default is to skip them.
INSTALL_NEW="yes"
shift 1
elif [ "$1" = "-reinstall" -o "$1" = "--reinstall" ]; then
# Reinstall packages even if the installed one is the same version.
REINSTALL="true"
shift 1
elif [ "$1" = "-verbose" -o "$1" = "--verbose" -o "$1" = "-v" ]; then
# We're adding a --verbose mode that doesn't filter removepkg as much
VERBOSE="verbose"
shift 1
elif [ "$1" = "-dry-run" -o "$1" = "--dry-run" ]; then
# Output a report about which packages would be installed or upgraded
# but don't actually perform the upgrades.
DRY_RUN="true"
shift 1
elif [ "$1" = "-terse" -o "$1" = "--terse" ]; then
# Output one line per installed/upgraded package by calling installpkg
# with --terse. Use TERSE=0 for true, so we can check with test.
TERSE=0
shift 1
elif [ "$1" = "-terselength" -o "$1" = "--terselength" ]; then
# Set line length in --terse mode:
TERSELENGTH=$2
shift 2
else # no more args
break;
fi
done # processing args
# A couple not-really-documented features to adjust the behavior of --terse
# mode. These need to be used in addition to --terse, and passed in as
# environment variables.
# PLAINTERSE=0 (This outputs the standard terse line from installpkg, rather
# than prefixing it with "Upgrading:" or "Installing:")
# INFOBOX=0 (This outputs the installpkg --infobox instead of a terse line)
# Here's a function to figure out the package name from one of those
# new long filenames. We'll need this to double check the name of the
# old package.
package_name() {
STRING=$(pkgbase "$1")
case "$STRING" in
*-*-*-*)
# At least four segments, strip version arch and build and return name:
echo "${STRING%-*-*-*}"
# cruft for later ;)
# BUILD=${STRING##*-}
# STRING=${STRING%*-}
# ARCH=${STRING##*-}
# STRING=${STRING%*-}
# VER=${STRING%*-}
;;
*)
# Old style package name with one segment or we don't have four
# segments: return the old-style (or out of spec) package name.
echo $STRING
esac
}
ERRCODE=0
# Main processing loop:
for ARG; do
OLD=${ARG%'%'*} # first segment, = $ARG if no %
NEW=${ARG#*'%'} # second segment, = $ARG if no %
# Simple package integrity check:
if ! [ -f "$NEW" ]; then
ERRCODE=4
! [ $TERSE ] && echo "Cannot install $ARG: file not found"
continue;
fi
# Figure out the names of the old and new packages:
INCOMINGDIR=$(dirname $NEW)
# These are the package names with the extension:
NNAME=${NEW##*/}
ONAME=${OLD##*/}
# These are the package names without the extension:
OLD=$(pkgbase $OLD)
NEW=$(pkgbase $NEW)
# Make sure the extension is valid:
if [ "$NNAME" = "$NEW" ]; then
# We won't throw an ERRCODE for this, but the package is skipped:
! [ $TERSE ] && echo "Cannot install $OLD: invalid package extension"
continue;
fi
# Check and fix the old package name:
SHORT="$(package_name $OLD)"
if [ ! -r $ROOT/var/log/packages/$OLD ]; then
if ls $ROOT/var/log/packages/$SHORT* 1> /dev/null 2> /dev/null ; then
for installed_package in $ROOT/var/log/packages/$SHORT* ; do
if [ "$(package_name $installed_package)" = "$SHORT" ]; then # found one
OLD="${installed_package##*/}"
break
fi
done
fi
fi
# Test to see if both the old and new packages are where we expect them
# to be - skip to the next package (or package pair) if anything's wrong:
if [ ! -r $ROOT/var/log/packages/$OLD ]; then
if [ ! "$INSTALL_NEW" = "yes" ]; then
if [ "$DRY_RUN" = "true" ]; then
echo "$OLD would not be upgraded (no installed package named $SHORT)."
else
! [ $TERSE ] && echo
! [ $TERSE ] && echo "Error: there is no installed package named $OLD."
! [ $TERSE ] && echo " (looking for $ROOT/var/log/packages/$OLD)"
! [ $TERSE ] && echo
fi
ERRCODE=1
else # --install-new was given, so install the new package:
if [ "$DRY_RUN" = "true" ]; then
echo "$NEW would be installed (new package)."
else
if [ $PLAINTERSE ]; then
/sbin/installpkg --terse --terselength $TERSELENGTH $INCOMINGDIR/$NNAME
elif [ $INFOBOX ]; then
/sbin/installpkg --infobox $INCOMINGDIR/$NNAME
elif [ $TERSE ]; then
OUTPUTLINE="$(/sbin/installpkg --terse --terselength $(expr $TERSELENGTH - 12) $INCOMINGDIR/$NNAME)"
( flock 9 || exit 11
echo "Installing: ${OUTPUTLINE}"
) 9> $INSTLOCKDIR/outputline.lock
else
cat << EOF
+==============================================================================
| Installing new package $INCOMINGDIR/$NNAME
+==============================================================================
EOF
/sbin/installpkg $INCOMINGDIR/$NNAME
fi
fi
fi
continue;
elif [ ! -r "$INCOMINGDIR/$NNAME" ]; then
if [ "$DRY_RUN" = "true" ]; then
echo "$NEW incoming package not found (command line)."
else
! [ $TERSE ] && echo
! [ $TERSE ] && echo "Error: incoming package $INCOMINGDIR/$NNAME not found."
! [ $TERSE ] && echo
fi
ERRCODE=1
continue;
fi
# Unless --reinstall was given, compare the package names
# and skip any exact matches:
if [ ! "$REINSTALL" = "true" ]; then
if [ "$OLD" = "$NEW" ]; then
if [ "$DRY_RUN" = "true" ]; then
echo "$NEW would be skipped (already installed)."
else
if ! [ $TERSE ]; then
cat << EOF
+==============================================================================
| Skipping package $NEW (already installed)
+==============================================================================
EOF
fi
fi
continue;
fi
fi
# Showtime. Let's do the upgrade. First, we will rename all the
# installed packages with this basename to make them easy to remove later:
TIMESTAMP=$(date +%Y-%m-%d,%T)
SHORT="$(package_name $OLD)"
if [ "$DRY_RUN" = "true" ]; then
echo -n "$NEW would upgrade: "
for installed_package in $ROOT/var/log/packages/$SHORT* ; do
if [ "$(package_name $installed_package)" = "$SHORT" ]; then
echo -n "$(pkgbase $installed_package)"
fi
done
echo
continue
fi
for installed_package in $ROOT/var/log/packages/$SHORT* ; do
if [ "$(package_name $installed_package)" = "$SHORT" ]; then
mv $installed_package ${installed_package}-upgraded-$TIMESTAMP
fi
done
for installed_script in $ROOT/var/log/scripts/$SHORT* ; do
if [ "$(package_name $installed_script)" = "$SHORT" ]; then
if [ -r $installed_script ]; then
mv $installed_script ${installed_script}-upgraded-$TIMESTAMP
fi
fi
done
# Print a banner for the current upgrade:
if ! [ $TERSE ]; then
cat << EOF
+==============================================================================
| Upgrading $OLD package using $INCOMINGDIR/$NNAME
+==============================================================================
EOF
fi
# Next, the new package is pre-installed:
if [ "$VERBOSE" = "verbose" ]; then
if ! [ $TERSE ]; then
/sbin/installpkg $INCOMINGDIR/$NNAME
RETCODE=$?
else
/sbin/installpkg $INCOMINGDIR/$NNAME 1> /dev/null
RETCODE=$?
fi
else
if [ $PLAINTERSE ]; then
/sbin/installpkg --terse --terselength $TERSELENGTH $INCOMINGDIR/$NNAME
elif [ $INFOBOX ]; then
/sbin/installpkg --infobox $INCOMINGDIR/$NNAME
elif [ $TERSE ]; then
OUTPUTLINE="$(/sbin/installpkg --terse --terselength $(expr $TERSELENGTH - 12) $INCOMINGDIR/$NNAME)"
RETCODE=$?
( flock 9 || exit 11
echo "Upgrading: ${OUTPUTLINE}"
) 9> $INSTLOCKDIR/outputline.lock
else
echo "Pre-installing package $NEW..."
/sbin/installpkg $INCOMINGDIR/$NNAME 1> /dev/null
RETCODE=$?
fi
fi
# Make sure that worked:
if [ ! $RETCODE = 0 ]; then
echo "ERROR: Package $INCOMINGDIR/$NNAME did not install"
echo "correctly. You may need to reinstall your old package"
echo "to avoid problems. Make sure the new package is not"
echo "corrupted."
sleep 15
# Skip this package, but still try to proceed. Good luck...
continue;
fi
# Now, the leftovers from the old package(s) can go. Pretty simple, huh? :)
( flock 9 || exit 11
for rempkg in "$ROOT/var/log/packages/"*"-$TIMESTAMP"; do
if [ "$VERBOSE" = "verbose" ]; then
/sbin/removepkg "${rempkg##*/}"
elif ! [ $TERSE ]; then
/sbin/removepkg "${rempkg##*/}" | grep -v 'Skipping\.\|Removing files:'
else
/sbin/removepkg "${rempkg##*/}" > /dev/null
fi
done
) 9> $INSTLOCKDIR/removepkg.lock
# Again! Again!
# Seriously, the reinstalling of a package can be crucial if any files
# shift location, so we should always reinstall as the final step:
if [ ! "$NOT_PARANOID" = "true" ]; then
if ! [ $TERSE ]; then
/sbin/installpkg $INCOMINGDIR/$NNAME
else
/sbin/installpkg $INCOMINGDIR/$NNAME 1> /dev/null
fi
fi
! [ $TERSE ] && echo "Package $OLD upgraded with new package $INCOMINGDIR/$NNAME."
ERRCODE=0
done
exit $ERRCODE
