ce410de834
Because we are using the building platform's "yum" to do the initial install into the chroot, it is affected by the base-system's /etc/yum.conf. pip-and-virtaulenv in I82acb865378a0fa5903a6267bfcee0e2962eced0 added "exclude=python-pip..." in /etc/yum.conf to stop the package manager overwriting the installed pip. Now our CI images have built with this, we are now picking up this exclude on centos. Since on F24 dnf->python->python-pip we end up failing to build the the chroot because python-pip can not be satisifed. In a general sense, however, this could be caused by any configuration put into /etc/yum.conf that is incompatible with installing into the chroot. yum has the option to disable all excludes which is used here. This seems to be the best way to isolate the chroot install from any excludes that may have been done on the base system for various reasons. I did consider using a completely separate yum.conf we ship with dib ... but let's start simple. This should fix the current gate failures on centos Change-Id: I4e4cc8ed09a29c4057ade34ea93025139e191bf5
275 lines
11 KiB
Bash
Executable File
275 lines
11 KiB
Bash
Executable File
#!/bin/bash
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#
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# Copyright 2015 Hewlett-Packard Development Company, L.P.
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#
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# Licensed under the Apache License, Version 2.0 (the "License"); you may
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# not use this file except in compliance with the License. You may obtain
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# a copy of the License at
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#
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# http://www.apache.org/licenses/LICENSE-2.0
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#
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# Unless required by applicable law or agreed to in writing, software
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# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
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# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
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# License for the specific language governing permissions and limitations
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# under the License.
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#
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# dib-lint: disable=safe_sudo
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if [ "${DIB_DEBUG_TRACE:-0}" -gt 0 ]; then
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set -x
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fi
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set -eu
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set -o pipefail
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if [ -f ${TARGET_ROOT}/.extra_settings ] ; then
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. ${TARGET_ROOT}/.extra_settings
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fi
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ARCH=${ARCH:-x86_64}
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if [ $ARCH = amd64 ]; then
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ARCH=x86_64
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fi
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# Calling elements will need to set DISTRO_NAME and DIB_RELEASE
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DIB_YUMCHROOT_EXTRA_ARGS=${DIB_YUMCHROOT_EXTRA_ARGS:-}
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YUMCHROOT_TARBALL=$DIB_IMAGE_CACHE/yumchroot-${DISTRO_NAME}-${DIB_RELEASE}-${ARCH}.tar.gz
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# TODO Maybe deal with DIB_DISTRIBUTION_MIRROR
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http_proxy=${http_proxy:-}
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YUM=${YUM:-yum}
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WORKING=$(mktemp --tmpdir=${TMP_DIR:-/tmp} -d)
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EACTION="rm -r $WORKING"
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trap "$EACTION" EXIT
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YUM_CACHE=$DIB_IMAGE_CACHE/yum
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mkdir -p $YUM_CACHE
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# Note, on Debian/Ubuntu, %_dbpath is set in the RPM macros as
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# ${HOME}/.rpmdb/ -- this makes sense as RPM isn't the system
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# packager. This path is relative to the "--root" argument
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_RPM="rpm --dbpath=/var/lib/rpm"
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# install the [fedora|centos]-[release|repo] packages inside the
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# chroot, which are needed to bootstrap yum/dnf
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#
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# note this runs outside the chroot, where we're assuming the platform
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# has yum/yumdownloader
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function _install_repos {
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local packages
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# pre-install the base system packages via rpm. We previously
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# just left it up to yum to drag these in when we "yum install
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# yum" in the chroot in _install_pkg_manager. This raised a small
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# problem that inside the empty chroot yum went ahead and did a
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# mkdir for /var/run to put some pid file in, which then messed up
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# the "filesystem" package making /var/run a symlink to /run
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# ... which leads to odd issues with a running system.
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#
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# TODO: these packages still have some small %posttrans stuff that
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# depends on other packages (see rhbz#1306489) ... maybe the idea
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# is that they are only installed in one big transaction with the
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# rest of the system? but we don't want to use yum to do this
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# (see above) so ...
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packages="basesystem filesystem setup "
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packages+="${DISTRO_NAME}-release "
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# after fedora21, this is split into into a separate -repos
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# package
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if [ $DISTRO_NAME = fedora ]; then
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packages+="${DISTRO_NAME}-repos "
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fi
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yumdownloader \
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--releasever=$DIB_RELEASE \
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--setopt=reposdir=$TMP_HOOKS_PATH/yum.repos.d \
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--destdir=$WORKING \
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${packages}
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# --nodeps works around these wanting /bin/sh in some fedora
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# releases, see rhbz#1265873
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sudo $_RPM --root $TARGET_ROOT --nodeps -ivh $WORKING/*rpm
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}
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# _install_pkg_manager packages...
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#
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# install the package manager packages. This is done outside the chroot
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# and with yum from the build system.
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# TODO: one day build systems will be dnf only, but we don't handle
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# that right now
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function _install_pkg_manager {
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# Install into the chroot, using the gpg keys from the release
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# rpm's installed in the chroot
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sudo sed -i "s,/etc/pki/rpm-gpg,$TARGET_ROOT/etc/pki/rpm-gpg,g" \
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$TARGET_ROOT/etc/yum.repos.d/*repo
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# See notes on $_RPM variable -- we need to override the
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# $HOME-based dbpath set on debian/ubuntu here. Unfortunately,
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# yum does not have a way to override rpm macros from the command
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# line. So we modify the user's ~/.rpmmacros to set %_dbpath back
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# to "/var/lib/rpm" (note, this is taken relative to the
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# --installroot).
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#
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# Also note, we only want this done around this call -- this is
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# the only place we are using yum outside the chroot, and hence
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# picking up the base-system's default rpm macros. For example,
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# the yumdownloader calls above in _install_repos want to use
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# ~/.rpmdb/ ... there is nothing in the build-system /var/lib/rpm!
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#
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# Another issue we hit is having to set --releasedir here. yum
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# determines $releasevar based on (more or less) "rpm -q
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# --whatprovides $distroverpkg". By default, this is
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# "redhat-release" (fedora-release provides redhat-release) but
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# some platforms like CentOS override it in /etc/yum.conf (to
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# centos-release in their case). You can't override this (see
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# [1]), but setting --releasever works around this.
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#
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# [1] https://bugzilla.redhat.com/show_bug.cgi?id=1287333
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(
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flock -w 1200 9 || die "Can not lock .rpmmacros"
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echo "%_dbpath /var/lib/rpm" >> $HOME/.rpmmacros
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_lang_pack=""
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if [ $DISTRO_NAME = "fedora" -a $DIB_RELEASE -le 23 ]; then
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# _install_langs is a rpm macro that limits the translation
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# files, etc installed by packages. For Fedora 23 [1], the
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# glibc-common package will obey this to only install the
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# listed locales, keeping things much smaller (we still have
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# to clean up locales manually on centos7). We install just
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# en_US because people often ssh in with that locale, but
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# leave out everything else. Note that yum has an option to
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# set this from the command-line [2], but the yum in trusty we
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# are using is too old to have it. So we set it directly in
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# the macros file
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#
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# [1] http://pkgs.fedoraproject.org/cgit/rpms/glibc.git/commit/glibc.spec?h=f23&id=91764bd9ec690d4b8a886c0a3a104aac12d340d2
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# [2] http://yum.baseurl.org/gitweb?p=yum.git;a=commit;h=26128173b362474456e8f0642073ecb0322ed031
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echo "%_install_langs C:en_US:en_US.UTF-8" >> $HOME/.rpmmacros
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elif [ $DISTRO_NAME = "fedora" -a $DIB_RELEASE -ge 24 ]; then
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# glibc on F24 has split locales into "langpack" packages.
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# Yum doesn't understand the weak-dependencies glibc now
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# uses to get the minimal-langpack and chooses a
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# random(ish) one that satisfies the locale dependency
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# (rhbz#1349258). Work-around this by explicitly requring
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# the minimal and english (for en_US.UTF-8) pack.
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_lang_pack="glibc-minimal-langpack glibc-langpack-en"
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fi
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sudo -E yum -y \
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--disableexcludes=all \
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--setopt=cachedir=$YUM_CACHE/$ARCH/$DIB_RELEASE \
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--setopt=reposdir=$TARGET_ROOT/etc/yum.repos.d \
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--releasever=$DIB_RELEASE \
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--installroot $TARGET_ROOT \
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install $@ ${_lang_pack} && rc=$? || rc=$?
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# We modified the base system - make sure we clean up always!
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rm $HOME/.rpmmacros.dib.lock
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# sed makes it easy to remove last line, but not last n lines...
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sed -i '$ d' $HOME/.rpmmacros; sed -i '$ d' $HOME/.rpmmacros;
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if [ $rc != 0 ]; then
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die "Initial yum install to chroot failed! Can not continue."
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fi
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) 9>$HOME/.rpmmacros.dib.lock
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# Set gpg path back because subsequent actions will take place in
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# the chroot
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sudo sed -i "s,$TARGET_ROOT/etc/pki/rpm-gpg,/etc/pki/rpm-gpg,g" \
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$TARGET_ROOT/etc/yum.repos.d/*repo
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}
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if [ -n "$DIB_OFFLINE" -o -n "${DIB_YUMCHROOT_USE_CACHE:-}" ] && [ -f $YUMCHROOT_TARBALL ] ; then
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echo $YUMCHROOT_TARBALL found in cache. Using.
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sudo tar -C $TARGET_ROOT --numeric-owner -xzf $YUMCHROOT_TARBALL
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else
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# Note this is not usually done for root.d elements (see
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# lib/common-functions:mount_proc_dev_sys) but it's important that
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# we have things like /dev/urandom around inside the chroot for
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# the rpm [pre|post]inst scripts within the packages.
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sudo mkdir -p $TARGET_ROOT/proc $TARGET_ROOT/dev $TARGET_ROOT/sys
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sudo mount -t proc none $TARGET_ROOT/proc
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sudo mount --bind /dev $TARGET_ROOT/dev
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sudo mount --bind /dev/pts $TARGET_ROOT/dev/pts
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sudo mount -t sysfs none $TARGET_ROOT/sys
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# initalize rpmdb
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sudo mkdir -p $TARGET_ROOT/var/lib/rpm
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sudo $_RPM --root $TARGET_ROOT --initdb
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# this makes sure that running yum/dnf in the chroot it can get
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# out to download stuff
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sudo mkdir $TARGET_ROOT/etc
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sudo cp /etc/resolv.conf $TARGET_ROOT/etc/resolv.conf
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# Bind mount the external yum cache inside the chroot. Same logic
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# as in the yum element to provide for yum caching copied here
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# because the sequencing is wrong otherwise
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sudo mkdir -p $TMP_MOUNT_PATH/tmp/yum
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sudo mount --bind $YUM_CACHE $TMP_MOUNT_PATH/tmp/yum
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_install_repos
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# install dnf for >= f22
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if [ $DIB_RELEASE -ge 22 ]; then
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_install_pkg_manager dnf dnf-plugins-core yum
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else
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_install_pkg_manager yum
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fi
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# we just installed yum/dnf with "outside" tools (yum/rpm) which
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# might have created /var/lib/[yum|rpm] (etc) that are slighlty
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# incompatible. Refresh everything with the in-chroot tools
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sudo -E chroot $TARGET_ROOT rpm --rebuilddb
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sudo -E chroot $TARGET_ROOT ${YUM} clean all
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# populate the lang reduction macro in the chroot
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echo "%_install_langs C:en_US:en_US.UTF-8" | \
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sudo tee -a $TARGET_ROOT/etc/rpm/macros.langs > /dev/null
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# bootstrap the environment within the chroot; bring in new
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# metadata with an update and install some base packages we need.
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sudo -E chroot $TARGET_ROOT ${YUM} -y update
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sudo -E chroot $TARGET_ROOT ${YUM} -y \
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--setopt=cachedir=/tmp/yum/$ARCH/$DIB_RELEASE \
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install passwd findutils sudo util-linux-ng
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# Put in a dummy /etc/resolv.conf over the temporary one we used
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# to bootstrap. systemd has a bug/feature [1] that it will assume
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# you want systemd-networkd as the network manager and create a
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# broken symlink to /run/... if the base image doesn't have one.
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# This broken link confuses things like dhclient.
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# [1] https://bugzilla.redhat.com/show_bug.cgi?id=1197204
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echo -e "# This file intentionally left blank\n" | \
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sudo tee $TARGET_ROOT/etc/resolv.conf
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# set the most reliable UTF-8 locale
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echo -e 'LANG="en_US.UTF-8"' | \
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sudo tee $TARGET_ROOT/etc/locale.conf
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# default to UTC
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sudo -E chroot $TARGET_ROOT ln -sf /usr/share/zoneinfo/UTC \
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/etc/localtime
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# cleanup
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# TODO : move this into a exit trap; and reconsider how
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# this integrates with the global exit cleanup path.
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sudo umount $TMP_MOUNT_PATH/tmp/yum
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sudo umount $TARGET_ROOT/proc
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sudo umount $TARGET_ROOT/dev/pts
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sudo umount $TARGET_ROOT/dev
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sudo umount $TARGET_ROOT/sys
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# RPM doesn't know whether files have been changed since install
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# At this point though, we know for certain that we have changed no
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# config files, so anything marked .rpmnew is just a bug.
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for newfile in $(sudo find $TARGET_ROOT -type f -name '*rpmnew') ; do
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sudo mv $newfile $(echo $newfile | sed 's/.rpmnew$//')
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done
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echo Caching result in $YUMCHROOT_TARBALL
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sudo tar --numeric-owner \
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-C $TARGET_ROOT \
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-zcf $YUMCHROOT_TARBALL --exclude='./tmp/*' .
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fi
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sudo rm -f ${TARGET_ROOT}/.extra_settings
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