#!/bin/bash # Copyright (C) The Arvados Authors. All rights reserved. # # SPDX-License-Identifier: CC-BY-SA-3.0 # If you want to test arvados in a single host, you can run this script, which # will install it using salt masterless # This script is run by the Vagrant file when you run it with # # vagrant up set -eu set -o pipefail # capture the directory that the script is running from SCRIPT_DIR="$( cd "$( dirname "${BASH_SOURCE[0]}" )" >/dev/null 2>&1 && pwd )" usage() { echo >&2 echo >&2 "Usage: ${0} [-h] [-h]" echo >&2 echo >&2 "${0} options:" echo >&2 " -d, --debug Run salt installation in debug mode" echo >&2 " -c , --config Path to the local.params config file" echo >&2 " -t, --test Test installation running a CWL workflow" echo >&2 " -r, --roles List of Arvados roles to apply to the host, comma separated" echo >&2 " Possible values are:" echo >&2 " balancer" echo >&2 " controller" echo >&2 " dispatcher" echo >&2 " keepproxy" echo >&2 " keepbalance" echo >&2 " keepstore" echo >&2 " keepweb" echo >&2 " monitoring" echo >&2 " shell" echo >&2 " webshell" echo >&2 " websocket" echo >&2 " workbench" echo >&2 " workbench2" echo >&2 " Defaults to applying them all" echo >&2 " -h, --help Display this help and exit" echo >&2 " --dump-config Dumps the pillars and states to a directory" echo >&2 " This parameter does not perform any installation at all. It's" echo >&2 " intended to give you a parsed set of configuration files so" echo >&2 " you can inspect them or use them in you Saltstack infrastructure." echo >&2 " It" echo >&2 " - parses the pillar and states templates," echo >&2 " - downloads the helper formulas with their desired versions," echo >&2 " - prepares the 'top.sls' files both for pillars and states" echo >&2 " for the selected role(s)" echo >&2 " - writes the resulting files into " echo >&2 " -v, --vagrant Run in vagrant and use the /vagrant shared dir" echo >&2 " --development Run in dev mode, using snakeoil certs" echo >&2 } arguments() { # NOTE: This requires GNU getopt (part of the util-linux package on Debian-based distros). if ! which getopt > /dev/null; then echo >&2 "GNU getopt is required to run this script. Please install it and re-reun it" exit 1 fi TEMP=$(getopt -o c:dhp:r:tv \ --long config:,debug,development,dump-config:,help,roles:,test,vagrant \ -n "${0}" -- "${@}") if [ ${?} != 0 ]; then echo "Please check the parameters you entered and re-run again" exit 1 fi # Note the quotes around `$TEMP': they are essential! eval set -- "$TEMP" while [ ${#} -ge 1 ]; do case ${1} in -c | --config) CONFIG_FILE=${2} shift 2 ;; -d | --debug) LOG_LEVEL="debug" shift set -x ;; --dump-config) if [[ ${2} = /* ]]; then DUMP_SALT_CONFIG_DIR=${2} else DUMP_SALT_CONFIG_DIR=${PWD}/${2} fi ## states S_DIR="${DUMP_SALT_CONFIG_DIR}/salt" ## formulas F_DIR="${DUMP_SALT_CONFIG_DIR}/formulas" ## pillars P_DIR="${DUMP_SALT_CONFIG_DIR}/pillars" ## tests T_DIR="${DUMP_SALT_CONFIG_DIR}/tests" DUMP_CONFIG="yes" shift 2 ;; --development) DEV_MODE="yes" shift 1 ;; -r | --roles) for i in ${2//,/ } do # Verify the role exists if [[ ! "database,balancer,controller,keepstore,websocket,keepweb,workbench2,webshell,keepbalance,keepproxy,shell,workbench,dispatcher,monitoring" == *"$i"* ]]; then echo "The role '${i}' is not a valid role" usage exit 1 fi ROLES="${ROLES:-} ${i}" done shift 2 ;; -t | --test) TEST="yes" shift ;; -v | --vagrant) VAGRANT="yes" shift ;; --) shift break ;; *) usage exit 1 ;; esac done } copy_custom_cert() { cert_dir=${1} cert_name=${2} mkdir -p --mode=0700 /srv/salt/certs if [ -f ${cert_dir}/${cert_name}.crt ]; then install --mode=0600 ${cert_dir}/${cert_name}.crt /srv/salt/certs/arvados-${cert_name}.pem else echo "${cert_dir}/${cert_name}.crt does not exist. Exiting" exit 1 fi if [ -f ${cert_dir}/${cert_name}.key ]; then install --mode=0600 ${cert_dir}/${cert_name}.key /srv/salt/certs/arvados-${cert_name}.key else echo "${cert_dir}/${cert_name}.key does not exist. Exiting" exit 1 fi } apply_var_substitutions() { local SRCFILE=$1 local DSTFILE=$2 sed "s#__ANONYMOUS_USER_TOKEN__#${ANONYMOUS_USER_TOKEN}#g; s#__BLOB_SIGNING_KEY__#${BLOB_SIGNING_KEY}#g; s#__CONTROLLER_EXT_SSL_PORT__#${CONTROLLER_EXT_SSL_PORT}#g; s#__CLUSTER__#${CLUSTER}#g; s#__DOMAIN__#${DOMAIN}#g; s#__HOSTNAME_EXT__#${HOSTNAME_EXT}#g; s#__IP_INT__#${IP_INT}#g; s#__INITIAL_USER_EMAIL__#${INITIAL_USER_EMAIL}#g; s#__INITIAL_USER_PASSWORD__#${INITIAL_USER_PASSWORD}#g; s#__INITIAL_USER__#${INITIAL_USER}#g; s#__LE_AWS_REGION__#${LE_AWS_REGION:-}#g; s#__LE_AWS_SECRET_ACCESS_KEY__#${LE_AWS_SECRET_ACCESS_KEY}#g; s#__LE_AWS_ACCESS_KEY_ID__#${LE_AWS_ACCESS_KEY_ID}#g; s#__DATABASE_PASSWORD__#${DATABASE_PASSWORD}#g; s#__KEEPWEB_EXT_SSL_PORT__#${KEEPWEB_EXT_SSL_PORT}#g; s#__KEEP_EXT_SSL_PORT__#${KEEP_EXT_SSL_PORT}#g; s#__MANAGEMENT_TOKEN__#${MANAGEMENT_TOKEN}#g; s#__RELEASE__#${RELEASE}#g; s#__SYSTEM_ROOT_TOKEN__#${SYSTEM_ROOT_TOKEN}#g; s#__VERSION__#${VERSION}#g; s#__WEBSHELL_EXT_SSL_PORT__#${WEBSHELL_EXT_SSL_PORT}#g; s#__WEBSOCKET_EXT_SSL_PORT__#${WEBSOCKET_EXT_SSL_PORT}#g; s#__WORKBENCH1_EXT_SSL_PORT__#${WORKBENCH1_EXT_SSL_PORT}#g; s#__WORKBENCH2_EXT_SSL_PORT__#${WORKBENCH2_EXT_SSL_PORT}#g; s#__CLUSTER_INT_CIDR__#${CLUSTER_INT_CIDR}#g; s#__CONTROLLER_INT_IP__#${CONTROLLER_INT_IP}#g; s#__WEBSOCKET_INT_IP__#${WEBSOCKET_INT_IP}#g; s#__KEEP_INT_IP__#${KEEP_INT_IP}#g; s#__KEEPSTORE0_INT_IP__#${KEEPSTORE0_INT_IP}#g; s#__KEEPWEB_INT_IP__#${KEEPWEB_INT_IP}#g; s#__WEBSHELL_INT_IP__#${WEBSHELL_INT_IP}#g; s#__SHELL_INT_IP__#${SHELL_INT_IP}#g; s#__WORKBENCH1_INT_IP__#${WORKBENCH1_INT_IP}#g; s#__WORKBENCH2_INT_IP__#${WORKBENCH2_INT_IP}#g; s#__DATABASE_INT_IP__#${DATABASE_INT_IP}#g; s#__WORKBENCH_SECRET_KEY__#${WORKBENCH_SECRET_KEY}#g; s#__SSL_KEY_ENCRYPTED__#${SSL_KEY_ENCRYPTED}#g; s#__SSL_KEY_AWS_REGION__#${SSL_KEY_AWS_REGION:-}#g; s#__SSL_KEY_AWS_SECRET_NAME__#${SSL_KEY_AWS_SECRET_NAME}#g; s#__CONTROLLER_MAX_WORKERS__#${CONTROLLER_MAX_WORKERS:-}#g; s#__CONTROLLER_MAX_QUEUED_REQUESTS__#${CONTROLLER_MAX_QUEUED_REQUESTS:-128}#g; s#__MONITORING_USERNAME__#${MONITORING_USERNAME}#g; s#__MONITORING_EMAIL__#${MONITORING_EMAIL}#g; s#__MONITORING_PASSWORD__#${MONITORING_PASSWORD}#g; s#__DISPATCHER_SSH_PRIVKEY__#${DISPATCHER_SSH_PRIVKEY//$'\n'/\\n}#g; s#__ENABLE_BALANCER__#${ENABLE_BALANCER}#g; s#__DISABLED_CONTROLLER__#${DISABLED_CONTROLLER}#g; s#__BALANCER_NODENAME__#${ROLE2NODES['balancer']:-}#g; s#__PROMETHEUS_NODENAME__#${ROLE2NODES['monitoring']:-}#g; s#__CONTROLLER_NODES__#${ROLE2NODES['controller']:-}#g; s#__NODELIST__#${NODELIST}#g; s#__DISPATCHER_INT_IP__#${DISPATCHER_INT_IP}#g; s#__KEEPBALANCE_INT_IP__#${KEEPBALANCE_INT_IP}#g; s#__COMPUTE_AMI__#${COMPUTE_AMI:-}#g; s#__COMPUTE_SG__#${COMPUTE_SG:-}#g; s#__COMPUTE_SUBNET__#${COMPUTE_SUBNET:-}#g; s#__COMPUTE_AWS_REGION__#${COMPUTE_AWS_REGION:-}#g; s#__COMPUTE_USER__#${COMPUTE_USER:-}#g; s#__KEEP_AWS_REGION__#${KEEP_AWS_REGION:-}#g" \ "${SRCFILE}" > "${DSTFILE}" } DEV_MODE="no" CONFIG_FILE="${SCRIPT_DIR}/local.params" CONFIG_DIR="local_config_dir" DUMP_CONFIG="no" LOG_LEVEL="info" CONTROLLER_EXT_SSL_PORT=443 TESTS_DIR="tests" NGINX_INSTALL_SOURCE="install_from_repo" CLUSTER="" DOMAIN="" # Hostnames/IPs used for single-host deploys IP_INT="127.0.1.1" # Initial user setup INITIAL_USER="" INITIAL_USER_EMAIL="" INITIAL_USER_PASSWORD="" CONTROLLER_EXT_SSL_PORT=8000 KEEP_EXT_SSL_PORT=25101 # Both for collections and downloads KEEPWEB_EXT_SSL_PORT=9002 WEBSHELL_EXT_SSL_PORT=4202 WEBSOCKET_EXT_SSL_PORT=8002 WORKBENCH1_EXT_SSL_PORT=443 WORKBENCH2_EXT_SSL_PORT=3001 SSL_MODE="self-signed" USE_LETSENCRYPT_ROUTE53="no" CUSTOM_CERTS_DIR="${SCRIPT_DIR}/local_config_dir/certs" GRAFANA_DASHBOARDS_DIR="${SCRIPT_DIR}/local_config_dir/dashboards" ## These are ARVADOS-related parameters # For a stable release, change RELEASE "production" and VERSION to the # package version (including the iteration, e.g. X.Y.Z-1) of the # release. # The "local.params.example.*" files already set "RELEASE=production" # to deploy production-ready packages RELEASE="development" VERSION="latest" # These are arvados-formula-related parameters # An arvados-formula tag. For a stable release, this should be a # branch name (e.g. X.Y-dev) or tag for the release. # ARVADOS_TAG="2.2.0" # BRANCH="main" # We pin the salt version to avoid potential incompatibilities when a new # stable version is released. SALT_VERSION="3004" # Other formula versions we depend on #POSTGRES_TAG="v0.44.0" #POSTGRES_URL="https://github.com/saltstack-formulas/postgres-formula.git" POSTGRES_TAG="0.45.0-bugfix327" POSTGRES_URL="https://github.com/arvados/postgres-formula.git" NGINX_TAG="v2.8.1" DOCKER_TAG="v2.4.2" LOCALE_TAG="v0.3.4" LETSENCRYPT_TAG="v2.1.0" LOGROTATE_TAG="v0.14.0" PROMETHEUS_TAG="v5.6.5" GRAFANA_TAG="v3.1.3" # Salt's dir DUMP_SALT_CONFIG_DIR="" ## states S_DIR="/srv/salt" STATES_TOP=${S_DIR}/top.sls ## formulas F_DIR="/srv/formulas" ## pillars P_DIR="/srv/pillars" PILLARS_TOP=${P_DIR}/top.sls ## tests T_DIR="/tmp/cluster_tests" arguments ${@} declare -A NODES declare -A ROLE2NODES declare NODELIST source common.sh if [ ! -d ${CONFIG_DIR} ]; then echo >&2 "You don't seem to have a config directory with pillars and states." echo >&2 "Please create a '${CONFIG_DIR}' directory (as configured in your '${CONFIG_FILE}'). Please see" echo >&2 " * https://doc.arvados.org/install/salt-single-host.html#single_host, or" echo >&2 " * https://doc.arvados.org/install/salt-multi-host.html#multi_host_multi_hostnames" exit 1 fi if grep -rni 'fixme' ${CONFIG_FILE}.secrets ${CONFIG_FILE} ${CONFIG_DIR} ; then echo >&2 "The config files has some parameters that need to be modified." echo >&2 "Please, fix them and re-run the provision script." exit 1 fi if ! grep -qE '^[[:alnum:]]{5}$' <<<${CLUSTER} ; then echo >&2 "ERROR: must be exactly 5 lowercase alphanumeric characters long" echo >&2 "Fix the cluster name in the 'local.params' file and re-run the provision script" exit 1 fi # Only used in single_host/single_name deploys if [ ! -z "${HOSTNAME_EXT:-}" ] ; then # We need to add some extra control vars to manage a single certificate vs. multiple USE_SINGLE_HOSTNAME="yes" # Make sure that the value configured as IP_INT is a real IP on the system. # If we don't error out early here when there is a mismatch, the formula will # fail with hard to interpret nginx errors later on. ip addr list |grep "${IP_INT}/" >/dev/null if [[ $? -ne 0 ]]; then echo "Unable to find the IP_INT address '${IP_INT}' on the system, please correct the value in local.params. Exiting..." exit 1 fi else USE_SINGLE_HOSTNAME="no" # We set this variable, anyway, so sed lines do not fail and we don't need to add more # conditionals HOSTNAME_EXT="${DOMAIN}" fi if [ "${DUMP_CONFIG}" = "yes" ]; then echo "The provision installer will just dump a config under ${DUMP_SALT_CONFIG_DIR} and exit" else # Install a few dependency packages # First, let's figure out the OS we're working on OS_ID=$(grep ^ID= /etc/os-release |cut -f 2 -d= |cut -f 2 -d \") echo "Detected distro: ${OS_ID}" case ${OS_ID} in "centos") echo "WARNING! Disabling SELinux, see https://dev.arvados.org/issues/18019" sed -i 's/SELINUX=enforcing/SELINUX=permissive/g' /etc/sysconfig/selinux setenforce permissive yum install -y curl git jq ;; "debian"|"ubuntu") # Wait 2 minutes for any apt locks to clear # This option is supported from apt 1.9.1 and ignored in older apt versions. # Cf. https://blog.sinjakli.co.uk/2021/10/25/waiting-for-apt-locks-without-the-hacky-bash-scripts/ DEBIAN_FRONTEND=noninteractive apt -o DPkg::Lock::Timeout=120 update DEBIAN_FRONTEND=noninteractive apt install -y curl git jq ;; esac if which salt-call; then echo "Salt already installed" else curl -L https://bootstrap.saltstack.com -o /tmp/bootstrap_salt.sh sh /tmp/bootstrap_salt.sh -XdfP -x python3 old-stable ${SALT_VERSION} /bin/systemctl stop salt-minion.service /bin/systemctl disable salt-minion.service fi # Set salt to masterless mode cat > /etc/salt/minion << EOFSM failhard: "True" file_client: local file_roots: base: - ${S_DIR} - ${F_DIR}/* pillar_roots: base: - ${P_DIR} EOFSM fi mkdir -p ${S_DIR} ${F_DIR} ${P_DIR} ${T_DIR} # Get the formula and dependencies cd ${F_DIR} || exit 1 echo "Cloning formulas" test -d docker && ( cd docker && git fetch ) \ || git clone --quiet https://github.com/saltstack-formulas/docker-formula.git ${F_DIR}/docker ( cd docker && git checkout --quiet tags/"${DOCKER_TAG}" ) echo "...locale" test -d locale && ( cd locale && git fetch ) \ || git clone --quiet https://github.com/saltstack-formulas/locale-formula.git ${F_DIR}/locale ( cd locale && git checkout --quiet tags/"${LOCALE_TAG}" ) echo "...nginx" test -d nginx && ( cd nginx && git fetch ) \ || git clone --quiet https://github.com/saltstack-formulas/nginx-formula.git ${F_DIR}/nginx ( cd nginx && git checkout --quiet tags/"${NGINX_TAG}" ) echo "...postgres" test -d postgres && ( cd postgres && git fetch ) \ || git clone --quiet ${POSTGRES_URL} ${F_DIR}/postgres ( cd postgres && git checkout --quiet tags/"${POSTGRES_TAG}" ) echo "...prometheus" test -d prometheus && ( cd prometheus && git fetch ) \ || git clone --quiet https://github.com/saltstack-formulas/prometheus-formula.git ${F_DIR}/prometheus ( cd prometheus && git checkout --quiet tags/"${PROMETHEUS_TAG}" ) echo "...grafana" test -d grafana && ( cd grafana && git fetch ) \ || git clone --quiet https://github.com/saltstack-formulas/grafana-formula.git ${F_DIR}/grafana ( cd grafana && git checkout --quiet "${GRAFANA_TAG}" ) echo "...letsencrypt" test -d letsencrypt && ( cd letsencrypt && git fetch ) \ || git clone --quiet https://github.com/saltstack-formulas/letsencrypt-formula.git ${F_DIR}/letsencrypt ( cd letsencrypt && git checkout --quiet tags/"${LETSENCRYPT_TAG}" ) echo "...logrotate" test -d logrotate && ( cd logrotate && git fetch ) \ || git clone --quiet https://github.com/saltstack-formulas/logrotate-formula.git ${F_DIR}/logrotate ( cd logrotate && git checkout --quiet tags/"${LOGROTATE_TAG}" ) echo "...arvados" test -d arvados || git clone --quiet https://git.arvados.org/arvados-formula.git ${F_DIR}/arvados # If we want to try a specific branch of the formula if [ "x${BRANCH:-}" != "xmain" ]; then ( cd ${F_DIR}/arvados && git checkout --quiet -t origin/"${BRANCH}" -b "${BRANCH}" ) elif [ "x${ARVADOS_TAG:-}" != "x" ]; then ( cd ${F_DIR}/arvados && git checkout --quiet tags/"${ARVADOS_TAG}" -b "${ARVADOS_TAG}" ) fi if [ "x${VAGRANT:-}" = "xyes" ]; then EXTRA_STATES_DIR="/home/vagrant/${CONFIG_DIR}/states" SOURCE_PILLARS_DIR="/home/vagrant/${CONFIG_DIR}/pillars" SOURCE_TOFS_DIR="/home/vagrant/${CONFIG_DIR}/tofs" SOURCE_TESTS_DIR="/home/vagrant/${TESTS_DIR}" else EXTRA_STATES_DIR="${SCRIPT_DIR}/${CONFIG_DIR}/states" SOURCE_PILLARS_DIR="${SCRIPT_DIR}/${CONFIG_DIR}/pillars" SOURCE_TOFS_DIR="${SCRIPT_DIR}/${CONFIG_DIR}/tofs" SOURCE_TESTS_DIR="${SCRIPT_DIR}/${TESTS_DIR}" fi SOURCE_STATES_DIR="${EXTRA_STATES_DIR}" echo "Writing pillars and states" # Replace variables (cluster, domain, etc) in the pillars, states and tests # to ease deployment for newcomers if [ ! -d "${SOURCE_PILLARS_DIR}" ]; then echo "${SOURCE_PILLARS_DIR} does not exist or is not a directory. Exiting." exit 1 fi for f in $(ls "${SOURCE_PILLARS_DIR}"/*); do apply_var_substitutions "${f}" "${P_DIR}"/$(basename "${f}") done if [ ! -d "${SOURCE_TESTS_DIR}" ]; then echo "WARNING: The tests directory was not copied to \"${SOURCE_TESTS_DIR}\"." if [ "x${TEST:-}" = "xyes" ]; then echo "WARNING: Disabling tests for this installation." fi TEST="no" else mkdir -p ${T_DIR} # Replace cluster and domain name in the test files for f in $(ls "${SOURCE_TESTS_DIR}"/*); do FILTERS="s#__CLUSTER__#${CLUSTER}#g; s#__CONTROLLER_EXT_SSL_PORT__#${CONTROLLER_EXT_SSL_PORT}#g; s#__DOMAIN__#${DOMAIN}#g; s#__IP_INT__#${IP_INT}#g; s#__INITIAL_USER_EMAIL__#${INITIAL_USER_EMAIL}#g; s#__INITIAL_USER_PASSWORD__#${INITIAL_USER_PASSWORD}#g s#__INITIAL_USER__#${INITIAL_USER}#g; s#__DATABASE_PASSWORD__#${DATABASE_PASSWORD}#g; s#__SYSTEM_ROOT_TOKEN__#${SYSTEM_ROOT_TOKEN}#g" if [ "$USE_SINGLE_HOSTNAME" = "yes" ]; then FILTERS="s#__CLUSTER__.__DOMAIN__#${HOSTNAME_EXT}#g; $FILTERS" fi sed "$FILTERS" \ "${f}" > ${T_DIR}/$(basename "${f}") done chmod 755 ${T_DIR}/run-test.sh fi # Replace helper state files that differ from the formula's examples if [ -d "${SOURCE_STATES_DIR}" ]; then mkdir -p "${F_DIR}"/extra/extra rm -rf "${F_DIR}"/extra/extra/* for f in $(ls "${SOURCE_STATES_DIR}"/*); do apply_var_substitutions "${f}" "${F_DIR}/extra/extra"/$(basename "${f}") done fi # Now, we build the SALT states/pillars trees # As we need to separate both states and pillars in case we want specific # roles, we iterate on both at the same time # Formula template overrides (TOFS) # See: https://template-formula.readthedocs.io/en/latest/TOFS_pattern.html#template-override if [ -d ${SOURCE_TOFS_DIR} ]; then find ${SOURCE_TOFS_DIR} -mindepth 1 -maxdepth 1 -type d -exec cp -r "{}" ${S_DIR} \; fi # States cat > ${STATES_TOP} << EOFTSLS base: '*': - locale EOFTSLS # Pillars cat > ${PILLARS_TOP} << EOFPSLS base: '*': - locale - arvados EOFPSLS # States, extra states if [ -d "${F_DIR}"/extra/extra ]; then SKIP_SNAKE_OIL="snakeoil_certs" if [[ "$DEV_MODE" = "yes" || "${SSL_MODE}" == "self-signed" ]] ; then # In dev mode, we create some snake oil certs that we'll # use as CUSTOM_CERTS, so we don't skip the states file. # Same when using self-signed certificates. SKIP_SNAKE_OIL="dont_add_snakeoil_certs" fi for f in $(ls "${F_DIR}"/extra/extra/*.sls | egrep -v "${SKIP_SNAKE_OIL}|shell_"); do echo " - extra.$(basename ${f} | sed 's/.sls$//g')" >> ${STATES_TOP} done # Use byo or self-signed certificates if [ "${SSL_MODE}" != "lets-encrypt" ]; then mkdir -p "${F_DIR}"/extra/extra/files fi fi # If we want specific roles for a node, just add the desired states # and its dependencies if [ -z "${ROLES:-}" ]; then # States echo " - nginx.passenger" >> ${STATES_TOP} if [ "${SSL_MODE}" = "lets-encrypt" ]; then if [ "${USE_LETSENCRYPT_ROUTE53}" = "yes" ]; then grep -q "aws_credentials" ${STATES_TOP} || echo " - extra.aws_credentials" >> ${STATES_TOP} fi grep -q "letsencrypt" ${STATES_TOP} || echo " - letsencrypt" >> ${STATES_TOP} else mkdir -p --mode=0700 /srv/salt/certs if [ "${SSL_MODE}" = "bring-your-own" ]; then # Copy certs to formula extra/files install --mode=0600 ${CUSTOM_CERTS_DIR}/* /srv/salt/certs/ # We add the custom_certs state grep -q "custom_certs" ${STATES_TOP} || echo " - extra.custom_certs" >> ${STATES_TOP} if [ "${SSL_KEY_ENCRYPTED}" = "yes" ]; then grep -q "ssl_key_encrypted" ${STATES_TOP} || echo " - extra.ssl_key_encrypted" >> ${STATES_TOP} fi fi # In self-signed mode, the certificate files will be created and put in the # destination directory by the snakeoil_certs.sls state file fi echo " - postgres" >> ${STATES_TOP} echo " - logrotate" >> ${STATES_TOP} echo " - docker.software" >> ${STATES_TOP} echo " - arvados" >> ${STATES_TOP} echo " - extra.shell_sudo_passwordless" >> ${STATES_TOP} echo " - extra.shell_cron_add_login_sync" >> ${STATES_TOP} echo " - extra.passenger_rvm" >> ${STATES_TOP} # Pillars echo " - docker" >> ${PILLARS_TOP} echo " - nginx_api_configuration" >> ${PILLARS_TOP} echo " - logrotate_api" >> ${PILLARS_TOP} echo " - nginx_controller_configuration" >> ${PILLARS_TOP} echo " - nginx_keepproxy_configuration" >> ${PILLARS_TOP} echo " - nginx_keepweb_configuration" >> ${PILLARS_TOP} echo " - nginx_passenger" >> ${PILLARS_TOP} echo " - nginx_websocket_configuration" >> ${PILLARS_TOP} echo " - nginx_webshell_configuration" >> ${PILLARS_TOP} echo " - nginx_workbench2_configuration" >> ${PILLARS_TOP} echo " - nginx_workbench_configuration" >> ${PILLARS_TOP} echo " - logrotate_wb1" >> ${PILLARS_TOP} echo " - postgresql" >> ${PILLARS_TOP} # We need to tweak the Nginx's pillar depending whether we want plan nginx or nginx+passenger NGINX_INSTALL_SOURCE="install_from_phusionpassenger" sed -i "s/__NGINX_INSTALL_SOURCE__/${NGINX_INSTALL_SOURCE}/g" ${P_DIR}/nginx_passenger.sls if [ "${SSL_MODE}" = "lets-encrypt" ]; then if [ "${USE_LETSENCRYPT_ROUTE53}" = "yes" ]; then grep -q "aws_credentials" ${PILLARS_TOP} || echo " - aws_credentials" >> ${PILLARS_TOP} fi grep -q "letsencrypt" ${PILLARS_TOP} || echo " - letsencrypt" >> ${PILLARS_TOP} hosts=("controller" "websocket" "workbench" "workbench2" "webshell" "keepproxy") if [ ${USE_SINGLE_HOSTNAME} = "no" ]; then hosts+=("download" "collections") else hosts+=("keepweb") fi for c in "${hosts[@]}"; do # Are we in a single-host-single-hostname env? if [ "${USE_SINGLE_HOSTNAME}" = "yes" ]; then # Are we in a single-host-single-hostname env? CERT_NAME=${HOSTNAME_EXT} else # We are in a multiple-hostnames env CERT_NAME=${c}.${DOMAIN} fi # As the pillar differs whether we use LE or custom certs, we need to do a final edition on them sed -i "s/__CERT_REQUIRES__/cmd: create-initial-cert-${CERT_NAME}*/g; s#__CERT_PEM__#/etc/letsencrypt/live/${CERT_NAME}/fullchain.pem#g; s#__CERT_KEY__#/etc/letsencrypt/live/${CERT_NAME}/privkey.pem#g" \ ${P_DIR}/nginx_${c}_configuration.sls done else # Use custom certs (either dev mode or prod) grep -q "extra_custom_certs" ${PILLARS_TOP} || echo " - extra_custom_certs" >> ${PILLARS_TOP} # And add the certs in the custom_certs pillar echo "extra_custom_certs_dir: /srv/salt/certs" > ${P_DIR}/extra_custom_certs.sls echo "extra_custom_certs:" >> ${P_DIR}/extra_custom_certs.sls for c in controller websocket workbench workbench2 webshell keepweb keepproxy; do # Are we in a single-host-single-hostname env? if [ "${USE_SINGLE_HOSTNAME}" = "yes" ]; then # Are we in a single-host-single-hostname env? CERT_NAME=${HOSTNAME_EXT} else # We are in a multiple-hostnames env CERT_NAME=${c} fi if [[ "$SSL_MODE" == "bring-your-own" ]]; then copy_custom_cert ${CUSTOM_CERTS_DIR} ${CERT_NAME} fi grep -q ${CERT_NAME} ${P_DIR}/extra_custom_certs.sls || echo " - ${CERT_NAME}" >> ${P_DIR}/extra_custom_certs.sls # As the pillar differs whether we use LE or custom certs, we need to do a final edition on them sed -i "s/__CERT_REQUIRES__/file: extra_custom_certs_file_copy_arvados-${CERT_NAME}.pem/g; s#__CERT_PEM__#/etc/nginx/ssl/arvados-${CERT_NAME}.pem#g; s#__CERT_KEY__#/etc/nginx/ssl/arvados-${CERT_NAME}.key#g" \ ${P_DIR}/nginx_${c}_configuration.sls done fi else # If we add individual roles, make sure we add the repo first echo " - arvados.repo" >> ${STATES_TOP} # We add the extra_custom_certs state grep -q "extra.custom_certs" ${STATES_TOP} || echo " - extra.custom_certs" >> ${STATES_TOP} if [ "${SSL_KEY_ENCRYPTED}" = "yes" ]; then grep -q "ssl_key_encrypted" ${STATES_TOP} || echo " - extra.ssl_key_encrypted" >> ${STATES_TOP} fi # And we add the basic part for the certs pillar if [ "${SSL_MODE}" != "lets-encrypt" ]; then # And add the certs in the custom_certs pillar echo "extra_custom_certs_dir: /srv/salt/certs" > ${P_DIR}/extra_custom_certs.sls echo "extra_custom_certs:" >> ${P_DIR}/extra_custom_certs.sls grep -q "extra_custom_certs" ${PILLARS_TOP} || echo " - extra_custom_certs" >> ${PILLARS_TOP} fi # Prometheus state on all nodes due to the node exporter below grep -q "\- prometheus$" ${STATES_TOP} || echo " - prometheus" >> ${STATES_TOP} # Prometheus node exporter pillar grep -q "prometheus_node_exporter" ${PILLARS_TOP} || echo " - prometheus_node_exporter" >> ${PILLARS_TOP} for R in ${ROLES:-}; do case "${R}" in "database") # States grep -q "\- postgres$" ${STATES_TOP} || echo " - postgres" >> ${STATES_TOP} grep -q "extra.prometheus_pg_exporter" ${STATES_TOP} || echo " - extra.prometheus_pg_exporter" >> ${STATES_TOP} # Pillars grep -q "postgresql" ${PILLARS_TOP} || echo " - postgresql" >> ${PILLARS_TOP} grep -q "prometheus_pg_exporter" ${PILLARS_TOP} || echo " - prometheus_pg_exporter" >> ${PILLARS_TOP} ;; "monitoring") ### Support files ### GRAFANA_DASHBOARDS_DEST_DIR=/srv/salt/dashboards mkdir -p "${GRAFANA_DASHBOARDS_DEST_DIR}" rm -f "${GRAFANA_DASHBOARDS_DEST_DIR}"/* # "ArvadosPromDataSource" is the hardcoded UID for Prometheus' datasource # in Grafana. for f in $(ls "${GRAFANA_DASHBOARDS_DIR}"/*.json); do sed 's#${DS_PROMETHEUS}#ArvadosPromDataSource#g' \ "${f}" > "${GRAFANA_DASHBOARDS_DEST_DIR}"/$(basename "${f}") done ### States ### grep -q "\- nginx$" ${STATES_TOP} || echo " - nginx" >> ${STATES_TOP} grep -q "extra.nginx_prometheus_configuration" ${STATES_TOP} || echo " - extra.nginx_prometheus_configuration" >> ${STATES_TOP} grep -q "\- grafana$" ${STATES_TOP} || echo " - grafana" >> ${STATES_TOP} grep -q "extra.grafana_datasource" ${STATES_TOP} || echo " - extra.grafana_datasource" >> ${STATES_TOP} grep -q "extra.grafana_dashboards" ${STATES_TOP} || echo " - extra.grafana_dashboards" >> ${STATES_TOP} grep -q "extra.grafana_admin_user" ${STATES_TOP} || echo " - extra.grafana_admin_user" >> ${STATES_TOP} if [ "${SSL_MODE}" = "lets-encrypt" ]; then grep -q "letsencrypt" ${STATES_TOP} || echo " - letsencrypt" >> ${STATES_TOP} if [ "x${USE_LETSENCRYPT_ROUTE53:-}" = "xyes" ]; then grep -q "aws_credentials" ${STATES_TOP} || echo " - aws_credentials" >> ${STATES_TOP} fi elif [ "${SSL_MODE}" = "bring-your-own" ]; then for SVC in grafana prometheus; do copy_custom_cert ${CUSTOM_CERTS_DIR} ${SVC} done fi ### Pillars ### grep -q "prometheus_server" ${PILLARS_TOP} || echo " - prometheus_server" >> ${PILLARS_TOP} grep -q "grafana" ${PILLARS_TOP} || echo " - grafana" >> ${PILLARS_TOP} for SVC in grafana prometheus; do grep -q "nginx_${SVC}_configuration" ${PILLARS_TOP} || echo " - nginx_${SVC}_configuration" >> ${PILLARS_TOP} done if [ "${SSL_MODE}" = "lets-encrypt" ]; then grep -q "letsencrypt" ${PILLARS_TOP} || echo " - letsencrypt" >> ${PILLARS_TOP} for SVC in grafana prometheus; do grep -q "letsencrypt_${SVC}_configuration" ${PILLARS_TOP} || echo " - letsencrypt_${SVC}_configuration" >> ${PILLARS_TOP} sed -i "s/__CERT_REQUIRES__/cmd: create-initial-cert-${SVC}.${DOMAIN}*/g; s#__CERT_PEM__#/etc/letsencrypt/live/${SVC}.${DOMAIN}/fullchain.pem#g; s#__CERT_KEY__#/etc/letsencrypt/live/${SVC}.${DOMAIN}/privkey.pem#g" \ ${P_DIR}/nginx_${SVC}_configuration.sls done if [ "${USE_LETSENCRYPT_ROUTE53}" = "yes" ]; then grep -q "aws_credentials" ${PILLARS_TOP} || echo " - aws_credentials" >> ${PILLARS_TOP} fi elif [ "${SSL_MODE}" = "bring-your-own" ]; then grep -q "ssl_key_encrypted" ${PILLARS_TOP} || echo " - ssl_key_encrypted" >> ${PILLARS_TOP} for SVC in grafana prometheus; do sed -i "s/__CERT_REQUIRES__/file: extra_custom_certs_file_copy_arvados-${SVC}.pem/g; s#__CERT_PEM__#/etc/nginx/ssl/arvados-${SVC}.pem#g; s#__CERT_KEY__#/etc/nginx/ssl/arvados-${SVC}.key#g" \ ${P_DIR}/nginx_${SVC}_configuration.sls grep -q ${SVC} ${P_DIR}/extra_custom_certs.sls || echo " - ${SVC}" >> ${P_DIR}/extra_custom_certs.sls done fi ;; "balancer") ### States ### grep -q "\- nginx$" ${STATES_TOP} || echo " - nginx" >> ${STATES_TOP} if [ "${SSL_MODE}" = "lets-encrypt" ]; then grep -q "letsencrypt" ${STATES_TOP} || echo " - letsencrypt" >> ${STATES_TOP} if [ "x${USE_LETSENCRYPT_ROUTE53:-}" = "xyes" ]; then grep -q "aws_credentials" ${STATES_TOP} || echo " - aws_credentials" >> ${STATES_TOP} fi elif [ "${SSL_MODE}" = "bring-your-own" ]; then copy_custom_cert ${CUSTOM_CERTS_DIR} ${R} fi ### Pillars ### grep -q "nginx_${R}_configuration" ${PILLARS_TOP} || echo " - nginx_${R}_configuration" >> ${PILLARS_TOP} if [ "${SSL_MODE}" = "lets-encrypt" ]; then grep -q "letsencrypt" ${PILLARS_TOP} || echo " - letsencrypt" >> ${PILLARS_TOP} grep -q "letsencrypt_${R}_configuration" ${PILLARS_TOP} || echo " - letsencrypt_${R}_configuration" >> ${PILLARS_TOP} sed -i "s/__CERT_REQUIRES__/cmd: create-initial-cert-${ROLE2NODES['balancer']}*/g; s#__CERT_PEM__#/etc/letsencrypt/live/${ROLE2NODES['balancer']}/fullchain.pem#g; s#__CERT_KEY__#/etc/letsencrypt/live/${ROLE2NODES['balancer']}/privkey.pem#g" \ ${P_DIR}/nginx_${R}_configuration.sls if [ "${USE_LETSENCRYPT_ROUTE53}" = "yes" ]; then grep -q "aws_credentials" ${PILLARS_TOP} || echo " - aws_credentials" >> ${PILLARS_TOP} fi elif [ "${SSL_MODE}" = "bring-your-own" ]; then grep -q "ssl_key_encrypted" ${PILLARS_TOP} || echo " - ssl_key_encrypted" >> ${PILLARS_TOP} sed -i "s/__CERT_REQUIRES__/file: extra_custom_certs_file_copy_arvados-${R}.pem/g; s#__CERT_PEM__#/etc/nginx/ssl/arvados-${R}.pem#g; s#__CERT_KEY__#/etc/nginx/ssl/arvados-${R}.key#g" \ ${P_DIR}/nginx_${R}_configuration.sls grep -q "${R}" ${P_DIR}/extra_custom_certs.sls || echo " - ${R}" >> ${P_DIR}/extra_custom_certs.sls fi ;; "controller") ### States ### grep -q " - logrotate" ${STATES_TOP} || echo " - logrotate" >> ${STATES_TOP} if grep -q " - nginx.*$" ${STATES_TOP}; then sed -i s/"^ - nginx.*$"/" - nginx.passenger"/g ${STATES_TOP} else echo " - nginx.passenger" >> ${STATES_TOP} fi echo " - extra.passenger_rvm" >> ${STATES_TOP} ### If we don't install and run LE before arvados-api-server, it fails and breaks everything ### after it. So we add this here as we are, after all, sharing the host for api and controller if [ "${ENABLE_BALANCER}" == "no" ]; then if [ "${SSL_MODE}" = "lets-encrypt" ]; then if [ "x${USE_LETSENCRYPT_ROUTE53:-}" = "xyes" ]; then grep -q "aws_credentials" ${STATES_TOP} || echo " - aws_credentials" >> ${STATES_TOP} fi grep -q "letsencrypt" ${STATES_TOP} || echo " - letsencrypt" >> ${STATES_TOP} elif [ "${SSL_MODE}" = "bring-your-own" ]; then copy_custom_cert ${CUSTOM_CERTS_DIR} ${R} grep -q controller ${P_DIR}/extra_custom_certs.sls || echo " - controller" >> ${P_DIR}/extra_custom_certs.sls fi fi grep -q "arvados.api" ${STATES_TOP} || echo " - arvados.api" >> ${STATES_TOP} grep -q "arvados.controller" ${STATES_TOP} || echo " - arvados.controller" >> ${STATES_TOP} ### Pillars ### grep -q "logrotate_api" ${PILLARS_TOP} || echo " - logrotate_api" >> ${PILLARS_TOP} grep -q "aws_credentials" ${PILLARS_TOP} || echo " - aws_credentials" >> ${PILLARS_TOP} grep -q "postgresql" ${PILLARS_TOP} || echo " - postgresql" >> ${PILLARS_TOP} grep -q "nginx_passenger" ${PILLARS_TOP} || echo " - nginx_passenger" >> ${PILLARS_TOP} grep -q "nginx_api_configuration" ${PILLARS_TOP} || echo " - nginx_api_configuration" >> ${PILLARS_TOP} grep -q "nginx_controller_configuration" ${PILLARS_TOP} || echo " - nginx_controller_configuration" >> ${PILLARS_TOP} if [ "${ENABLE_BALANCER}" == "no" ]; then if [ "${SSL_MODE}" = "lets-encrypt" ]; then if [ "${USE_LETSENCRYPT_ROUTE53}" = "yes" ]; then grep -q "aws_credentials" ${PILLARS_TOP} || echo " - aws_credentials" >> ${PILLARS_TOP} fi grep -q "letsencrypt" ${PILLARS_TOP} || echo " - letsencrypt" >> ${PILLARS_TOP} grep -q "letsencrypt_${R}_configuration" ${PILLARS_TOP} || echo " - letsencrypt_${R}_configuration" >> ${PILLARS_TOP} sed -i "s/__CERT_REQUIRES__/cmd: create-initial-cert-${R}.${DOMAIN}*/g; s#__CERT_PEM__#/etc/letsencrypt/live/${R}.${DOMAIN}/fullchain.pem#g; s#__CERT_KEY__#/etc/letsencrypt/live/${R}.${DOMAIN}/privkey.pem#g" \ ${P_DIR}/nginx_${R}_configuration.sls else grep -q "ssl_key_encrypted" ${PILLARS_TOP} || echo " - ssl_key_encrypted" >> ${PILLARS_TOP} sed -i "s/__CERT_REQUIRES__/file: extra_custom_certs_file_copy_arvados-${R}.pem/g; s#__CERT_PEM__#/etc/nginx/ssl/arvados-${R}.pem#g; s#__CERT_KEY__#/etc/nginx/ssl/arvados-${R}.key#g" \ ${P_DIR}/nginx_${R}_configuration.sls grep -q ${R} ${P_DIR}/extra_custom_certs.sls || echo " - ${R}" >> ${P_DIR}/extra_custom_certs.sls fi fi # We need to tweak the Nginx's pillar depending whether we want plain nginx or nginx+passenger NGINX_INSTALL_SOURCE="install_from_phusionpassenger" sed -i "s/__NGINX_INSTALL_SOURCE__/${NGINX_INSTALL_SOURCE}/g" ${P_DIR}/nginx_passenger.sls ;; "websocket" | "workbench" | "workbench2" | "webshell" | "keepweb" | "keepproxy") ### States ### if [ "${R}" = "workbench" ]; then grep -q " - logrotate" ${STATES_TOP} || echo " - logrotate" >> ${STATES_TOP} NGINX_INSTALL_SOURCE="install_from_phusionpassenger" if grep -q " - nginx$" ${STATES_TOP}; then sed -i s/"^ - nginx.*$"/" - nginx.passenger"/g ${STATES_TOP} else echo " - nginx.passenger" >> ${STATES_TOP} fi else grep -q "\- nginx$" ${STATES_TOP} || echo " - nginx" >> ${STATES_TOP} fi if [ "${SSL_MODE}" = "lets-encrypt" ]; then if [ "x${USE_LETSENCRYPT_ROUTE53:-}" = "xyes" ]; then grep -q "aws_credentials" ${STATES_TOP} || echo " - aws_credentials" >> ${STATES_TOP} fi grep -q "letsencrypt" ${STATES_TOP} || echo " - letsencrypt" >> ${STATES_TOP} else # Use custom certs, special case for keepweb if [ ${R} = "keepweb" ]; then if [ "${SSL_MODE}" = "bring-your-own" ]; then copy_custom_cert ${CUSTOM_CERTS_DIR} download copy_custom_cert ${CUSTOM_CERTS_DIR} collections fi else if [ "${SSL_MODE}" = "bring-your-own" ]; then copy_custom_cert ${CUSTOM_CERTS_DIR} ${R} fi fi fi # webshell role is just a nginx vhost, so it has no state if [ "${R}" != "webshell" ]; then grep -q "arvados.${R}" ${STATES_TOP} || echo " - arvados.${R}" >> ${STATES_TOP} fi ### Pillars ### if [ "${R}" = "workbench" ]; then grep -q "logrotate_wb1" ${PILLARS_TOP} || echo " - logrotate_wb1" >> ${PILLARS_TOP} fi grep -q "nginx_passenger" ${PILLARS_TOP} || echo " - nginx_passenger" >> ${PILLARS_TOP} grep -q "nginx_${R}_configuration" ${PILLARS_TOP} || echo " - nginx_${R}_configuration" >> ${PILLARS_TOP} # Special case for keepweb if [ ${R} = "keepweb" ]; then grep -q "nginx_download_configuration" ${PILLARS_TOP} || echo " - nginx_download_configuration" >> ${PILLARS_TOP} grep -q "nginx_collections_configuration" ${PILLARS_TOP} || echo " - nginx_collections_configuration" >> ${PILLARS_TOP} fi if [ "${SSL_MODE}" = "lets-encrypt" ]; then if [ "${USE_LETSENCRYPT_ROUTE53}" = "yes" ]; then grep -q "aws_credentials" ${PILLARS_TOP} || echo " - aws_credentials" >> ${PILLARS_TOP} fi grep -q "letsencrypt" ${PILLARS_TOP} || echo " - letsencrypt" >> ${PILLARS_TOP} grep -q "letsencrypt_${R}_configuration" ${PILLARS_TOP} || echo " - letsencrypt_${R}_configuration" >> ${PILLARS_TOP} # As the pillar differ whether we use LE or custom certs, we need to do a final edition on them # Special case for keepweb if [ ${R} = "keepweb" ]; then for kwsub in download collections; do sed -i "s/__CERT_REQUIRES__/cmd: create-initial-cert-${kwsub}.${DOMAIN}*/g; s#__CERT_PEM__#/etc/letsencrypt/live/${kwsub}.${DOMAIN}/fullchain.pem#g; s#__CERT_KEY__#/etc/letsencrypt/live/${kwsub}.${DOMAIN}/privkey.pem#g" \ ${P_DIR}/nginx_${kwsub}_configuration.sls done else sed -i "s/__CERT_REQUIRES__/cmd: create-initial-cert-${R}.${DOMAIN}*/g; s#__CERT_PEM__#/etc/letsencrypt/live/${R}.${DOMAIN}/fullchain.pem#g; s#__CERT_KEY__#/etc/letsencrypt/live/${R}.${DOMAIN}/privkey.pem#g" \ ${P_DIR}/nginx_${R}_configuration.sls fi else grep -q "ssl_key_encrypted" ${PILLARS_TOP} || echo " - ssl_key_encrypted" >> ${PILLARS_TOP} # As the pillar differ whether we use LE or custom certs, we need to do a final edition on them # Special case for keepweb if [ ${R} = "keepweb" ]; then for kwsub in download collections; do sed -i "s/__CERT_REQUIRES__/file: extra_custom_certs_file_copy_arvados-${kwsub}.pem/g; s#__CERT_PEM__#/etc/nginx/ssl/arvados-${kwsub}.pem#g; s#__CERT_KEY__#/etc/nginx/ssl/arvados-${kwsub}.key#g" \ ${P_DIR}/nginx_${kwsub}_configuration.sls grep -q ${kwsub} ${P_DIR}/extra_custom_certs.sls || echo " - ${kwsub}" >> ${P_DIR}/extra_custom_certs.sls done else sed -i "s/__CERT_REQUIRES__/file: extra_custom_certs_file_copy_arvados-${R}.pem/g; s#__CERT_PEM__#/etc/nginx/ssl/arvados-${R}.pem#g; s#__CERT_KEY__#/etc/nginx/ssl/arvados-${R}.key#g" \ ${P_DIR}/nginx_${R}_configuration.sls grep -q ${R} ${P_DIR}/extra_custom_certs.sls || echo " - ${R}" >> ${P_DIR}/extra_custom_certs.sls fi fi # We need to tweak the Nginx's pillar depending whether we want plain nginx or nginx+passenger sed -i "s/__NGINX_INSTALL_SOURCE__/${NGINX_INSTALL_SOURCE}/g" ${P_DIR}/nginx_passenger.sls ;; "shell") # States echo " - extra.shell_sudo_passwordless" >> ${STATES_TOP} echo " - extra.shell_cron_add_login_sync" >> ${STATES_TOP} grep -q "docker" ${STATES_TOP} || echo " - docker.software" >> ${STATES_TOP} grep -q "arvados.${R}" ${STATES_TOP} || echo " - arvados.${R}" >> ${STATES_TOP} # Pillars grep -q "docker" ${PILLARS_TOP} || echo " - docker" >> ${PILLARS_TOP} ;; "dispatcher" | "keepbalance" | "keepstore") # States grep -q "arvados.${R}" ${STATES_TOP} || echo " - arvados.${R}" >> ${STATES_TOP} # Pillars # ATM, no specific pillar needed ;; *) echo "Unknown role ${R}" exit 1 ;; esac done fi if [ "${DUMP_CONFIG}" = "yes" ]; then # We won't run the rest of the script because we're just dumping the config exit 0 fi # Now run the install salt-call --state-output=mixed --local state.apply -l ${LOG_LEVEL} # Finally, make sure that /etc/hosts is not overwritten on reboot if [ -d /etc/cloud/cloud.cfg.d ]; then # TODO: will this work on CentOS? sed -i 's/^manage_etc_hosts: true/#manage_etc_hosts: true/g' /etc/cloud/cloud.cfg.d/* fi # Leave a copy of the Arvados CA so the user can copy it where it's required if [ "${SSL_MODE}" = "self-signed" ]; then echo "Copying the Arvados CA certificate '${DOMAIN}-arvados-snakeoil-ca.crt' to the installer dir, so you can import it" if [ "x${VAGRANT:-}" = "xyes" ]; then cp /etc/ssl/certs/arvados-snakeoil-ca.pem /vagrant/${DOMAIN}-arvados-snakeoil-ca.pem else cp /etc/ssl/certs/arvados-snakeoil-ca.pem ${SCRIPT_DIR}/${DOMAIN}-arvados-snakeoil-ca.crt fi fi if [ "x${VAGRANT:-}" = "xyes" ]; then # If running in a vagrant VM, also add default user to docker group echo "Adding the vagrant user to the docker group" usermod -a -G docker vagrant fi # Test that the installation finished correctly if [ "x${TEST:-}" = "xyes" ]; then cd ${T_DIR} # If we use RVM, we need to run this with it, or most ruby commands will fail RVM_EXEC="" if [ -x /usr/local/rvm/bin/rvm-exec ]; then RVM_EXEC="/usr/local/rvm/bin/rvm-exec" fi ${RVM_EXEC} ./run-test.sh fi