#!/bin/bash set -eu declare -A PKG_MAP CHECK_CMD_PKGS=( libffi libopenssl net-tools python-devel ) # Check zypper before apt-get in case zypper-aptitude # is installed if [ -x '/usr/bin/zypper' ]; then OS_FAMILY="Suse" INSTALLER_CMD="sudo -H -E zypper install -y" CHECK_CMD="zypper search --match-exact --installed" PKG_MAP=( [gcc]=gcc [git]=git [libffi]=libffi-devel [libopenssl]=libopenssl-devel [net-tools]=net-tools [python]=python [python-devel]=python-devel [venv]=python-virtualenv [wget]=wget ) EXTRA_PKG_DEPS=( python-xml ) # NOTE (cinerama): we can't install python without removing this package # if it exists if $(${CHECK_CMD} patterns-openSUSE-minimal_base-conflicts &> /dev/null); then sudo -H zypper remove -y patterns-openSUSE-minimal_base-conflicts fi elif [ -x '/usr/bin/apt-get' ]; then OS_FAMILY="Debian" INSTALLER_CMD="sudo -H -E apt-get -y install" CHECK_CMD="dpkg -l" PKG_MAP=( [gcc]=gcc [git]=git [libffi]=libffi-dev [libopenssl]=libssl-dev [net-tools]=net-tools [python]=python-minimal [python-devel]=libpython-dev [venv]=python-virtualenv [wget]=wget ) EXTRA_PKG_DEPS=() elif [ -x '/usr/bin/dnf' ] || [ -x '/usr/bin/yum' ]; then OS_FAMILY="RedHat" PKG_MANAGER=$(which dnf || which yum) INSTALLER_CMD="sudo -H -E ${PKG_MANAGER} -y install" CHECK_CMD="rpm -q" PKG_MAP=( [gcc]=gcc [git]=git [libffi]=libffi-devel [libopenssl]=openssl-devel [net-tools]=net-tools [python]=python [python-devel]=python-devel [venv]=python-virtualenv [wget]=wget ) EXTRA_PKG_DEPS=() else echo "ERROR: Supported package manager not found. Supported: apt,yum,zypper" fi if ! $(python --version &>/dev/null); then ${INSTALLER_CMD} ${PKG_MAP[python]} fi if ! $(gcc -v &>/dev/null); then ${INSTALLER_CMD} ${PKG_MAP[gcc]} fi if ! $(git --version &>/dev/null); then ${INSTALLER_CMD} ${PKG_MAP[git]} fi if ! $(wget --version &>/dev/null); then ${INSTALLER_CMD} ${PKG_MAP[wget]} fi if [ -n "${VENV-}" ]; then if $(virtualenv --version &>/dev/null); then ${INSTALLER_CMD} ${PKG_MAP[venv]} fi fi for pkg in ${CHECK_CMD_PKGS[@]}; do if ! $(${CHECK_CMD} ${PKG_MAP[$pkg]} &>/dev/null); then ${INSTALLER_CMD} ${PKG_MAP[$pkg]} fi done if [ -n "${EXTRA_PKG_DEPS-}" ]; then for pkg in ${EXTRA_PKG_DEPS}; do if ! $(${CHECK_CMD} ${pkg} &>/dev/null); then ${INSTALLER_CMD} ${pkg} fi done fi if [ -n "${VENV-}" ]; then echo "NOTICE: Using virtualenv for this installation." if [ ! -f ${VENV}/bin/activate ]; then # only create venv if one doesn't exist sudo -H -E virtualenv --no-site-packages ${VENV} fi # Note(cinerama): activate is not compatible with "set -u"; # disable it just for this line. set +u source ${VENV}/bin/activate set -u VIRTUAL_ENV=${VENV} else echo "NOTICE: Not using virtualenv for this installation." fi # If we're using a venv, we need to work around sudo not # keeping the path even with -E. PYTHON=$(which python) # To install python packages, we need pip. # # We can't use the apt packaged version of pip since # older versions of pip are incompatible with # requests, one of our indirect dependencies (bug 1459947). # # Note(cinerama): We use pip to install an updated pip plus our # other python requirements. pip breakages can seriously impact us, # so we've chosen to install/upgrade pip here rather than in # requirements (which are synced automatically from the global ones) # so we can quickly and easily adjust version parameters. # See bug 1536627. # # Note(cinerama): If pip is linked to pip3, the rest of the install # won't work. Remove the alternatives. This is due to ansible's # python 2.x requirement. if [[ $(readlink -f /etc/alternatives/pip) =~ "pip3" ]]; then sudo -H update-alternatives --remove pip $(readlink -f /etc/alternatives/pip) fi if ! which pip; then wget -O /tmp/get-pip.py https://bootstrap.pypa.io/get-pip.py sudo -H -E ${PYTHON} /tmp/get-pip.py fi PIP=$(which pip) sudo -H -E ${PIP} install "pip>6.0" sudo -H -E ${PIP} install -r "$(dirname $0)/../requirements.txt"