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lets-fiware.sh
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lets-fiware.sh
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#!/bin/bash
# MIT License
#
# Copyright (c) 2021 Kazuhito Suda
#
# This file is part of FIWARE Big Bang
#
# https://github.com/lets-fiware/FIWARE-Big-Bang
#
# Permission is hereby granted, free of charge, to any person obtaining a copy
# of this software and associated documentation files (the "Software"), to deal
# in the Software without restriction, including without limitation the rights
# to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
# copies of the Software, and to permit persons to whom the Software is
# furnished to do so, subject to the following conditions:
#
# The above copyright notice and this permission notice shall be included in all
# copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
# IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
# AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
# LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
# OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
# SOFTWARE.
set -Ceuo pipefail
VERSION=0.9.0
#
# Syslog info
#
logging_info() {
echo "setup: $1" 1>&2
/usr/bin/logger -i -p "user.info" -t "FI-BB" "setup: $1"
}
#
# Syslog err
#
logging_err() {
echo "setup: $1" 1>&2
/usr/bin/logger -i -p "user.err" -t "FI-BB" "setup: $1"
}
#
# Setup logging step1
#
setup_logging_step1() {
logging_info "${FUNCNAME[0]}"
LOG_DIR=/var/log/fiware
NGINX_LOG_DIR=${LOG_DIR}/nginx
RSYSLOG_CONF=${WORK_DIR}/rsyslog.conf
LOGROTATE_CONF=${WORK_DIR}/logrotate.conf
if [ -d "${LOG_DIR}" ]; then
${SUDO} rm -fr "${LOG_DIR}"
fi
${SUDO} mkdir "${LOG_DIR}"
${SUDO} mkdir "${NGINX_LOG_DIR}"
if [ "${DISTRO}" = "Ubuntu" ]; then
${SUDO} chown syslog:adm "${LOG_DIR}"
fi
# FI-BB log
echo "${LOG_DIR}/fi-bb.log" >> "${LOGROTATE_CONF}"
cat <<EOF >> "${RSYSLOG_CONF}"
:syslogtag,contains,"FI-BB" ${LOG_DIR}/fi-bb.log
& stop
EOF
${SYSTEMCTL} restart rsyslog.service
}
#
# Check data direcotry
#
check_data_direcotry() {
logging_info "${FUNCNAME[0]}"
if [ -d ./data ]; then
${DOCKER_COMPOSE} up -d --build
exit "${ERR_CODE}"
fi
}
#
# Get config sh
#
get_config_sh() {
logging_info "${FUNCNAME[0]}"
if [ ! -e ./config.sh ]; then
logging_err "config.sh file not found"
exit "${ERR_CODE}"
fi
. ./config.sh
if $FIBB_TEST; then
MOCK_PATH="${FIBB_TEST_MOCK_PATH-""}"
IMAGE_CERTBOT="letsfiware/certmock:0.2.0"
fi
}
#
# Set default values
#
set_default_values() {
logging_info "${FUNCNAME[0]}"
if [ -z "${ORION_EXPOSE_PORT}" ]; then
ORION_EXPOSE_PORT=none
fi
if [ -z "${CYGNUS_EXPOSE_PORT}" ]; then
CYGNUS_EXPOSE_PORT=none
fi
if [ -z "${COMET_EXPOSE_PORT}" ]; then
COMET_EXPOSE_PORT=none
fi
if [ -z "${QUANTUMLEAP_EXPOSE_PORT}" ]; then
QUANTUMLEAP_EXPOSE_PORT=none
fi
if [ -z "${ELASTICSEARCH_EXPOSE_PORT}" ]; then
ELASTICSEARCH_EXPOSE_PORT=none
fi
if [ -z "${MONGO_EXPOSE_PORT}" ]; then
MONGO_EXPOSE_PORT=none
fi
if [ -z "${MYSQL_EXPOSE_PORT}" ]; then
MYSQL_EXPOSE_PORT=none
fi
if [ -z "${POSTGRES_EXPOSE_PORT}" ]; then
POSTGRES_EXPOSE_PORT=none
fi
if [ -z "${POSTFIX}" ]; then
POSTFIX=false
fi
if [ -z "${QUERYPROXY}" ]; then
QUERYPROXY=false
fi
if [ -z "${REGPROXY}" ]; then
REGPROXY=false
fi
if [ -z "${KEYROCK_POSTGRES}" ]; then
KEYROCK_POSTGRES=false
fi
if [ -z "${IDM_ADMIN_USER}" ]; then
IDM_ADMIN_USER="admin"
fi
if [ -z "${IDM_ADMIN_EMAIL}" ]; then
IDM_ADMIN_EMAIL=${IDM_ADMIN_USER}@${DOMAIN_NAME}
fi
if [ -z "${CERT_EMAIL}" ]; then
CERT_EMAIL=${IDM_ADMIN_EMAIL}
fi
if [ -z "${CERT_REVOKE}" ]; then
CERT_REVOKE=false
fi
CERT_DIR=/etc/letsencrypt
}
#
# Check multi server values
#
check_multi_server_values() {
logging_info "${FUNCNAME[0]}"
if echo "${MULTI_SERVER_KEYROCK}" | grep "^https://" > /dev/null || echo "${MULTI_SERVER_KEYROCK}" | grep "^http://" > /dev/null ; then
logging_info "multiple servers mode"
if [ "${MULTI_SERVER_ADMIN_EMAIL}" = "" ] || [ "${MULTI_SERVER_ADMIN_PASS}" = "" ]; then
logging_err "MULTI_SERVER_ADMIN_EMAIL or MULTI_SERVER_ADMIN_PASS is empty"
exit "${ERR_CODE}"
fi
if [ "${MULTI_SERVER_PEP_PROXY_USERNAME}" = "" ] || [ "${MULTI_SERVER_PEP_PASSWORD}" = "" ]; then
logging_err "MULTI_SERVER_PEP_PROXY_USERNAME or MULTI_SERVER_PEP_PASSWORD is empty"
exit "${ERR_CODE}"
fi
if [ "${MULTI_SERVER_CLIENT_ID}" = "" ] || [ "${MULTI_SERVER_CLIENT_SECRET}" = "" ]; then
logging_err "MULTI_SERVER_CLIENT_ID or MULTI_SERVER_CLIENT_SECRET is empty"
exit "${ERR_CODE}"
fi
KEYROCK_HOST="${MULTI_SERVER_KEYROCK}"
KEYROCK=$(echo "${MULTI_SERVER_KEYROCK}" | sed -E 's/^.*(http|https):\/\/([^/]+).*/\2/g')
IDM_ADMIN_EMAIL="${MULTI_SERVER_ADMIN_EMAIL}"
IDM_ADMIN_PASS="${MULTI_SERVER_ADMIN_PASS}"
ORION_CLIENT_ID="${MULTI_SERVER_CLIENT_ID}"
ORION_CLIENT_SECRET="${MULTI_SERVER_CLIENT_SECRET}"
MULTI_SERVER=true
else
logging_err "MULTI_SERVER_KEYROCK not http or https"
exit "${ERR_CODE}"
fi
if [ -z "${ORION}" ]; then
if [ -n "${PERSEO}" ] || [ -n "${IOTAGENT_UL}" ] || [ -n "${IOTAGENT_JSON}" ]; then
if [ -z "${MULTI_SERVER_ORION_INTERNAL_IP}" ]; then
logging_err "MULTI_SERVER_ORION_INTERNAL_IP not found"
exit "${ERR_CODE}"
fi
ORION_INTERNAL_HOST=${MULTI_SERVER_ORION_INTERNAL_IP}
ORION_INTERNAL_URL="http://${ORION_INTERNAL_HOST}:${ORION_INTERNAL_PORT}/"
fi
if [ -n "${PERSEO}" ] || [ -n "${IOTAGENT_UL}" ] || [ -n "${IOTAGENT_JSON}" ] || [ -n "${WIRECLOUD}" ]; then
if [ -z "${MULTI_SERVER_ORION_HOST}" ]; then
logging_err "MULTI_SERVER_ORION_HOST not found"
exit "${ERR_CODE}"
fi
MULTI_SERVER_ORION_URL="https://${MULTI_SERVER_ORION_HOST}/"
fi
fi
if [ -n "${MULTI_SERVER_QUANTUMLEAP_HOST}" ]; then
MULTI_SERVER_QUANTUMLEAP_URL="https://${MULTI_SERVER_QUANTUMLEAP_HOST}"
fi
}
#
# Check Cygnus values
#
check_cygnus_values() {
logging_info "${FUNCNAME[0]}"
if [ "${CYGNUS}" != "" ]; then
if [ -z "${CYGNUS_MONGO}" ]; then
CYGNUS_MONGO=false
fi
if [ -z "${CYGNUS_MYSQL}" ]; then
CYGNUS_MYSQL=false
fi
if [ -z "${CYGNUS_POSTGRES}" ]; then
CYGNUS_POSTGRES=false
fi
if [ -z "${CYGNUS_ELASTICSEARCH}" ]; then
CYGNUS_ELASTICSEARCH=false
fi
if ! ${CYGNUS_MONGO} && ! ${CYGNUS_MYSQL} && ! ${CYGNUS_POSTGRES} && ! ${CYGNUS_ELASTICSEARCH} ; then
logging_err "error: Specify one or more Cygnus sinks"
exit "${ERR_CODE}"
fi
if ${CYGNUS_ELASTICSEARCH}; then
if [ "${ELASTICSEARCH}" = "" ]; then
logging_err "error: ELASTICSEARCH is empty"
exit "${ERR_CODE}"
fi
fi
else
ELASTICSEARCH=""
fi
}
#
# Check IoT Agent values
#
check_iot_agent_values() {
logging_info "${FUNCNAME[0]}"
if [ "${IOTAGENT_UL}" = "" ] && [ "${IOTAGENT_JSON}" = "" ]; then
MOSQUITTO=""
IOTAGENT_HTTP=""
else
if [ "${MOSQUITTO}" = "" ] && [ "${IOTAGENT_HTTP}" = "" ]; then
logging_err "error: MOSQUITTO and IOTAGENT_HTTP are empty"
exit "${ERR_CODE}"
fi
if [ "${MOSQUITTO}" != "" ]; then
if [ -z "${MQTT_1883}" ]; then
MQTT_1883=false
fi
if [ -z "${MQTT_TLS}" ]; then
MQTT_TLS=true
fi
if ! "${MQTT_1883}" && ! "${MQTT_TLS}"; then
logging_err "error: Both MQTT_1883 and MQTT_TLS are false"
exit "${ERR_CODE}"
fi
fi
if [ "${IOTAGENT_HTTP}" != "" ]; then
if [ -z "${IOTA_HTTP_AUTH}" ]; then
IOTA_HTTP_AUTH=bearer
fi
if [ "${IOTA_HTTP_AUTH}" != "none" ] && [ "${IOTA_HTTP_AUTH}" != "basic" ] && [ "${IOTA_HTTP_AUTH}" != "bearer" ]; then
logging_err "error: IOTA_HTTP_AUTH is unknwon value. (none, basic or bearer)"
exit "${ERR_CODE}"
fi
if [ "${IOTA_HTTP_AUTH}" = "basic" ]; then
if [ -z "${IOTA_HTTP_BASIC_USER}" ]; then
IOTA_HTTP_BASIC_USER=fiware
fi
if [ -z "${IOTA_HTTP_BASIC_PASS}" ]; then
IOTA_HTTP_BASIC_PASS=$(pwgen -s 16 1)
fi
else
IOTA_HTTP_BASIC_USER=
IOTA_HTTP_BASIC_PASS=
fi
fi
fi
}
#
# Check Node-RED values
#
check_node_red_values() {
logging_info "${FUNCNAME[0]}"
if [ -n "${NODE_RED_INSTANCE_NUMBER}" ]; then
if [ "${NODE_RED_INSTANCE_NUMBER}" -lt 2 ] || [ "${NODE_RED_INSTANCE_NUMBER}" -gt 20 ]; then
echo "error: NODE_RED_INSTANCE_NUMBER out of range (2-20)"
exit "${ERR_CODE}"
fi
if [ -z "${NODE_RED_INSTANCE_HTTP_ADMIN_ROOT}" ]; then
NODE_RED_INSTANCE_HTTP_ADMIN_ROOT=/node-red
fi
if [ -z "${NODE_RED_INSTANCE_USERNAME}" ]; then
NODE_RED_INSTANCE_USERNAME=node-red
fi
else
NODE_RED_INSTANCE_NUMBER=1
fi
}
#
# Set and check values
#
set_and_check_values() {
logging_info "${FUNCNAME[0]}"
SSL_CERTIFICATE=fullchain.pem
SSL_CERTIFICATE_KEY=privkey.pem
IDM_ADMIN_UID="admin"
SETUP_DIR=./setup
TEMPLEATE=${SETUP_DIR}/templeate
set_default_values
ORION_INTERNAL_HOST=orion
ORION_INTERNAL_PORT=1026
ORION_INTERNAL_URL="http://${ORION_INTERNAL_HOST}:${ORION_INTERNAL_PORT}/"
if [ -n "${KEYROCK}" ] && [ -z "${MULTI_SERVER_KEYROCK}" ]; then
MULTI_SERVER=false
MULTI_SERVER_KEYROCK=
MULTI_SERVER_ADMIN_EMAIL=
MULTI_SERVER_ADMIN_PASS=
MULTI_SERVER_CLIENT_ID=
MULTI_SERVER_CLIENT_SECRET=
MULTI_SERVER_ORION_HOST=
MULTI_SERVER_ORION_URL=
MULTI_SERVER_QUANTUMLEAP_HOST=
MULTI_SERVER_QUANTUMLEAP_URL=
MULTI_SERVER_ORION_INTERNAL_IP=
elif [ -n "${MULTI_SERVER_KEYROCK}" ] && [ -z "${KEYROCK}" ]; then
check_multi_server_values
else
logging_err "Set either KEYROCK or MULTI_SERVER_KEYROCK"
exit "${ERR_CODE}"
fi
if [ "${WIRECLOUD}" = "" ]; then
NGSIPROXY=""
fi
if [ "${WIRECLOUD}" != "" ] && [ "${NGSIPROXY}" = "" ]; then
logging_err "error: NGSIPROXY is empty"
exit "${ERR_CODE}"
fi
if [ "${COMET}" != "" ] && [ "${CYGNUS}" != "" ]; then
CYGNUS_MONGO=true
fi
if ${QUERYPROXY} && [ -z "${ORION}" ]; then
logging_err "error: Queryroxy is enabled but Orion not found"
exit "${ERR_CODE}"
fi
check_cygnus_values
check_iot_agent_values
check_node_red_values
}
#
# Add variables to .env file
#
add_env() {
logging_info "${FUNCNAME[0]}"
if [ -z "${IDM_ADMIN_PASS}" ]; then
IDM_ADMIN_PASS=$(pwgen -s 16 1)
fi
cat <<EOF >> .env
VERSION=${VERSION}
MULTI_SERVER=${MULTI_SERVER}
DATA_DIR=${DATA_DIR}
CERTBOT_DIR=${CERTBOT_DIR}
CONFIG_DIR=${CONFIG_DIR}
CONFIG_NGINX=${CONFIG_NGINX}
NGINX_SITES=${NGINX_SITES}
SETUP_DIR=${SETUP_DIR}
WORK_DIR=${WORK_DIR}
CONTRIB_DIR=${CONTRIB_DIR}
TEMPLEATE=${TEMPLEATE}
LOG_DIR=${LOG_DIR}
NGINX_LOG_DIR=${NGINX_LOG_DIR}
DOMAIN_NAME=${DOMAIN_NAME}
DOCKER_COMPOSE="${DOCKER_COMPOSE}"
CURL="${CURL}"
NGSI_GO="${NGSI_GO}"
FIREWALL=${FIREWALL}
KEYROCK_POSTGRES=${KEYROCK_POSTGRES}
CERT_DIR=${CERT_DIR}
IMAGE_CERTBOT=${IMAGE_CERTBOT}
CERT_EMAIL=${CERT_EMAIL}
CERT_REVOKE=${CERT_REVOKE}
CERT_TEST=${CERT_TEST}
CERT_FORCE_RENEWAL=${CERT_FORCE_RENEWAL}
IDM_ADMIN_UID=${IDM_ADMIN_UID}
IDM_ADMIN_USER=${IDM_ADMIN_USER}
ORION_INTERNAL_HOST=${ORION_INTERNAL_HOST}
ORION_INTERNAL_PORT=${ORION_INTERNAL_PORT}
ORION_INTERNAL_URL=${ORION_INTERNAL_URL}
IMAGE_KEYROCK=${IMAGE_KEYROCK}
IMAGE_WILMA=${IMAGE_WILMA}
IMAGE_ORION=${IMAGE_ORION}
IMAGE_CYGNUS=${IMAGE_CYGNUS}
IMAGE_COMET=${IMAGE_COMET}
IMAGE_WIRECLOUD=${IMAGE_WIRECLOUD}
IMAGE_NGSIPROXY=${IMAGE_NGSIPROXY}
IMAGE_QUANTUMLEAP=${IMAGE_QUANTUMLEAP}
IMAGE_IOTAGENT_UL=${IMAGE_IOTAGENT_UL}
IMAGE_IOTAGENT_JSON=${IMAGE_IOTAGENT_JSON}
IMAGE_PERSEO_CORE=${IMAGE_PERSEO_CORE}
IMAGE_PERSEO_FE=${IMAGE_PERSEO_FE}
IMAGE_TOKENPROXY=${IMAGE_TOKENPROXY}
IMAGE_QUERYPROXY=${IMAGE_QUERYPROXY}
IMAGE_REGPROXY=${IMAGE_REGPROXY}
IMAGE_MONGO=${IMAGE_MONGO}
IMAGE_MYSQL=${IMAGE_MYSQL}
IMAGE_POSTGRES=${IMAGE_POSTGRES}
IMAGE_CRATE=${IMAGE_CRATE}
IMAGE_NGINX=${IMAGE_NGINX}
IMAGE_REDIS=${IMAGE_REDIS}
IMAGE_ELASTICSEARCH=${IMAGE_ELASTICSEARCH}
IMAGE_ELASTICSEARCH_DB=${IMAGE_ELASTICSEARCH_DB}
IMAGE_MEMCACHED=${IMAGE_MEMCACHED}
IMAGE_GRAFANA=${IMAGE_GRAFANA}
IMAGE_MOSQUITTO=${IMAGE_MOSQUITTO}
IMAGE_NODE_RED=${IMAGE_NODE_RED}
IMAGE_POSTFIX=${IMAGE_POSTFIX}
# Logging settings
IDM_DEBUG=${IDM_DEBUG}
CYGNUS_LOG_LEVEL=${CYGNUS_LOG_LEVEL}
COMET_LOGOPS_LEVEL=${COMET_LOGOPS_LEVEL}
QUANTUMLEAP_LOGLEVEL=${QUANTUMLEAP_LOGLEVEL}
WIRECLOUD_LOGLEVEL=${WIRECLOUD_LOGLEVEL}
TOKENPROXY_LOGLEVEL=${TOKENPROXY_LOGLEVEL}
TOKENPROXY_VERBOSE=${TOKENPROXY_VERBOSE}
QUERYPROXY_LOGLEVEL=${QUERYPROXY_LOGLEVEL}
NODE_RED_LOGGING_LEVEL=${NODE_RED_LOGGING_LEVEL}
NODE_RED_LOGGING_METRICS=${NODE_RED_LOGGING_METRICS}
NODE_RED_LOGGING_AUDIT=${NODE_RED_LOGGING_AUDIT}
GF_LOG_LEVEL=${GF_LOG_LEVEL}
MOSQUITTO_LOG_TYPE=${MOSQUITTO_LOG_TYPE}
EOF
}
#
# Add sub-domains to .env file
#
add_domain_to_env() {
logging_info "${FUNCNAME[0]}"
for NAME in "${APPS[@]}"
do
if ${MULTI_SERVER} && [ "${NAME}" = "KEYROCK" ]; then
echo "KEYROCK=${KEYROCK}" >> .env
continue
fi
eval VAL=\"\$"$NAME"\"
if [ -n "$VAL" ]; then
eval echo "${NAME}"=\"\$"${NAME}"."${DOMAIN_NAME}"\" >> .env
eval "${NAME}"=\"\$"${NAME}"."${DOMAIN_NAME}"\"
else
echo "${NAME}"= >> .env
fi
done
echo -e -n "\n" >> .env
}
#
# Setup complete
#
setup_complete() {
logging_info "${FUNCNAME[0]}"
rm -f "${INSTALL}"
. ./.env
if ! ${MULTI_SERVER}; then
KEYROCK_HOST="https://${KEYROCK}"
fi
echo "*** Setup has been completed ***"
echo "IDM: ${KEYROCK_HOST}"
echo "User: ${IDM_ADMIN_EMAIL}"
echo "Password: ${IDM_ADMIN_PASS}"
echo "docs: https://fi-bb.letsfiware.jp/"
echo "Please see the .env file for details."
if [ -e "${NODE_RED_USERS_TEXT}" ]; then
echo "User informatin for Node-RED is here: ${NODE_RED_USERS_TEXT}"
fi
}
#
# Get distribution name
#
get_distro() {
logging_info "${FUNCNAME[0]}"
DISTRO=
if [ -e /etc/redhat-release ]; then
DISTRO="CentOS"
elif [ -e /etc/debian_version ] || [ -e /etc/debian_release ]; then
if [ -e /etc/lsb-release ]; then
ver="$(sed -n -e "/DISTRIB_RELEASE=/s/DISTRIB_RELEASE=\(.*\)/\1/p" /etc/lsb-release | awk -F. '{printf "%2d%02d", $1,$2}')"
if [ "${ver}" -ge 1804 ]; then
DISTRO="Ubuntu"
else
MSG="Error: Ubuntu ${ver} not supported"
logging_err "${FUNCNAME[0]} ${MSG}"
exit "${ERR_CODE}"
fi
else
MSG="Error: not Ubuntu"
logging_err "${FUNCNAME[0]} ${MSG}"
exit "${ERR_CODE}"
fi
else
MSG="Unknown distro"
logging_err "${FUNCNAME[0]} ${MSG}"
exit "${ERR_CODE}"
fi
echo "DISTRO=${DISTRO}" >> .env
echo -e -n "\n" >> .env
logging_info "${FUNCNAME[0]} ${DISTRO}"
}
#
# Check machine architecture
#
check_machine() {
logging_info "${FUNCNAME[0]}"
machine=$("${UNAME}" -m)
if [ "${machine}" = "x86_64" ]; then
logging_info "${FUNCNAME[0]} ${machine}"
return
fi
MSG="Error: ${machine} not supported"
logging_err "${FUNCNAME[0]} ${MSG}"
exit "${ERR_CODE}"
}
#
# Install commands for Ubuntu
#
install_commands_ubuntu() {
logging_info "${FUNCNAME[0]}"
${APT} update
${APT} install -y curl pwgen jq make zip
}
#
# Install commands for CentOS
#
install_commands_centos() {
logging_info "${FUNCNAME[0]}"
${YUM} install -y epel-release
${YUM} install -y curl pwgen jq bind-utils make zip
}
#
# Install commands
#
install_commands() {
logging_info "${FUNCNAME[0]}"
update=false
for cmd in curl pwgen jq zip
do
if ! type "${cmd}" >/dev/null 2>&1; then
update=true
fi
done
if "${update}"; then
case "${DISTRO}" in
"Ubuntu" ) install_commands_ubuntu ;;
"CentOS" ) install_commands_centos ;;
esac
fi
CURL=$(type curl | sed "s/.* \(\/.*\)/\1/")
if $FIBB_TEST; then
CURL="${CURL} --insecure"
fi
}
#
# Setup firewall
#
setup_firewall() {
logging_info "${FUNCNAME[0]}"
if [ -z "${FIREWALL}" ]; then
FIREWALL=false
fi
if "${FIREWALL}"; then
case "${DISTRO}" in
"Ubuntu" ) ${APT} install -y firewalld ;;
"CentOS" ) ${YUM} -y install firewalld ;;
esac
${SYSTEMCTL} start firewalld
${SYSTEMCTL} enable firewalld
${FIREWALL-CMD} --zone=public --add-service=http --permanent
${FIREWALL-CMD} --zone=public --add-service=https --permanent
${FIREWALL-CMD} --reload
fi
}
#
# Install Docker for Ubuntu
#
# https://docs.docker.com/engine/install/ubuntu/
#
install_docker_ubuntu() {
logging_info "${FUNCNAME[0]}"
${SUDO} cp -p /etc/apt/sources.list{,.bak}
${APT_GET} update
${APT_GET} install -y \
apt-transport-https \
ca-certificates \
curl \
gnupg-agent \
software-properties-common
curl -fsSL https://download.docker.com/linux/ubuntu/gpg | ${APT_KEY} add -
${ADD_APT_REPOSITORY} "deb [arch=amd64] https://download.docker.com/linux/ubuntu $(lsb_release -cs) stable"
${APT_GET} install -y docker-ce docker-ce-cli containerd.io
${SYSTEMCTL} start docker
${SYSTEMCTL} enable docker
}
#
# Install Docker for CentOS
#
# https://docs.docker.com/engine/install/centos/
#
install_docker_centos() {
logging_info "${FUNCNAME[0]}"
${YUM} install -y yum-utils
${YUM_CONFIG_MANAGER} --add-repo https://download.docker.com/linux/centos/docker-ce.repo
${YUM} install -y docker-ce docker-ce-cli containerd.io
${SYSTEMCTL} start docker
${SYSTEMCTL} enable docker
}
#
# Check Docker
#
check_docker() {
logging_info "${FUNCNAME[0]}"
if ! type "${DOCKER_CMD}" >/dev/null 2>&1; then
case "${DISTRO}" in
"Ubuntu" ) install_docker_ubuntu ;;
"CentOS" ) install_docker_centos ;;
esac
fi
DOCKER="${SUDO} $(type docker | sed "s/.* \(\/.*\)/\1/")"
if $FIBB_TEST; then
DOCKER="${SUDO} ${MOCK_PATH}docker"
fi
local ver
ver=$(${DOCKER} --version)
logging_info "${FUNCNAME[0]} ${ver}"
ver=$(${DOCKER} version -f "{{.Server.Version}}" | awk -F. '{printf "%2d%02d%02d", $1,$2,$3}')
if [ "${ver}" -ge 201006 ]; then
return
fi
MSG="Docker engine requires equal or higher version than 20.10.6"
logging_err "${FUNCNAME[0]} ${MSG}"
exit "${ERR_CODE}"
}
#
# Check docker-compose
#
check_docker_compose() {
logging_info "${FUNCNAME[0]}"
if [ -e "${DOCKER_COMPOSE_CMD}" ]; then
local ver
ver=$(${DOCKER_COMPOSE} --version)
logging_info "${FUNCNAME[0]} ${ver}"
ver=$(${DOCKER_COMPOSE} version --short | awk -F. '{printf "%2d%02d%02d", $1,$2,$3}')
if [ "${ver}" -ge 11700 ]; then
return
fi
fi
curl -sOL https://github.com/docker/compose/releases/download/1.29.2/docker-compose-Linux-x86_64
${SUDO} mv docker-compose-Linux-x86_64 "${DOCKER_COMPOSE_CMD}"
${SUDO} chmod a+x "${DOCKER_COMPOSE_CMD}"
}
#
# Check NGSI Go
#
check_ngsi_go() {
logging_info "${FUNCNAME[0]}"
local ngsi_go_version
ngsi_go_version=v0.10.0
if [ -e /usr/local/bin/ngsi ]; then
local ver
ver=$(/usr/local/bin/ngsi --version)
logging_info "${ver}"
ver=$(/usr/local/bin/ngsi --version | sed -e "s/ngsi version \([^ ]*\) .*/\1/" | awk -F. '{printf "%2d%02d%02d", $1,$2,$3}')
if [ "${ver}" -ge 1000 ]; then
cp /usr/local/bin/ngsi "${WORK_DIR}"
return
fi
fi
curl -sOL https://github.com/lets-fiware/ngsi-go/releases/download/${ngsi_go_version}/ngsi-${ngsi_go_version}-linux-amd64.tar.gz
${SUDO} tar zxf ngsi-${ngsi_go_version}-linux-amd64.tar.gz -C /usr/local/bin
rm -f ngsi-${ngsi_go_version}-linux-amd64.tar.gz
if [ -d /etc/bash_completion.d ]; then
curl -OL https://raw.githubusercontent.com/lets-fiware/ngsi-go/main/autocomplete/ngsi_bash_autocomplete
${SUDO} mv ngsi_bash_autocomplete /etc/bash_completion.d/
source /etc/bash_completion.d/ngsi_bash_autocomplete
if [ -e ~/.bashrc ]; then
set +e
FOUND=$(grep -c "ngsi_bash_autocomplete" ~/.bashrc)
set -e
if [ "${FOUND}" -eq 0 ]; then
echo "source /etc/bash_completion.d/ngsi_bash_autocomplete" >> ~/.bashrc
fi
fi
fi
cp /usr/local/bin/ngsi "${WORK_DIR}"
}
#
# Setup init
#
setup_init() {
logging_info "${FUNCNAME[0]}"
KEYROCK_DIR="${WORK_DIR}/keyrock"
MYSQL_DIR="${WORK_DIR}/mysql"
POSTGRES_DIR="${WORK_DIR}/postgres"
CONFIG_NGINX=${CONFIG_DIR}/nginx
NGINX_SITES=${CONFIG_DIR}/nginx/sites-enable
CERTBOT_DIR=$(pwd)/data/cert
NGSI_GO="/usr/local/bin/ngsi --batch --configDir ${WORK_DIR}/ngsi-go"
if $FIBB_TEST; then
NGSI_GO="${NGSI_GO} --insecureSkipVerify"
fi
IDM=keyrock-$(date +%Y%m%d_%H-%M-%S)
DOCKER_COMPOSE_YML=./docker-compose.yml
readonly APPS=(KEYROCK ORION CYGNUS COMET WIRECLOUD NGSIPROXY NODE_RED GRAFANA QUANTUMLEAP PERSEO IOTAGENT_UL IOTAGENT_JSON IOTAGENT_HTTP MOSQUITTO ELASTICSEARCH)
val=
WILMA_INSTALLED=false
TOKENPROXY_INSTALLED=false
MONGO_INSTALLED=false
MYSQL_INSTALLED=false
POSTGRES_INSTALLED=false
POSTGRES_PASSWORD=
MOSQUITTO_INSTALLED=false
IOTAGENT_HTTP_INSTALLED=false
TOKENPROXY=true
OPENIOT_MONGO_INDEX=false
CONTRIB_DIR=./CONTRIB
}
#
# Make directories
#
make_directories() {
logging_info "${FUNCNAME[0]}"
if [ -d "${WORK_DIR}" ]; then
rm -fr "${WORK_DIR}"
fi
mkdir "${DATA_DIR}"
mkdir "${WORK_DIR}"
mkdir "${KEYROCK_DIR}"
mkdir "${MYSQL_DIR}"
mkdir "${POSTGRES_DIR}"
mkdir -p "${CONFIG_DIR}"/nginx
mkdir -p "${NGINX_SITES}"
rm -fr "${CERTBOT_DIR}"
mkdir -p "${CERTBOT_DIR}"
}
#
# Add /etc/hosts
#
add_etc_hosts() {
logging_info "${FUNCNAME[0]}"
if [ "$1" = "0.0.0.0" ]; then
return
fi
for name in "${APPS[@]}"
do
if ${MULTI_SERVER} && [ "${name}" = "KEYROCK" ]; then
continue
fi
eval val=\"\$"${name}"\"
if [ -n "${val}" ]; then
result=0
output=$(grep "${val}" /etc/hosts 2> /dev/null) || result=$?
echo "${output}" > /dev/null
if [ ! "$result" = "0" ]; then
${SUDO} bash -c "echo $1 ${val} >> /etc/hosts"
logging_info "Add '$1 ${val}' to /etc/hosts"
fi
fi
done
cat /etc/hosts
}
#
# Validate domain
#
validate_domain() {
logging_info "${FUNCNAME[0]}"
local IPS
if [ -n "${IP_ADDRESS}" ]; then
IPS="${IP_ADDRESS}"
else
# shellcheck disable=SC2207
IPS=$(hostname -I)
fi
if "$FIBB_TEST"; then
IP_ADDRESS=${IPS[0]}
IP_ADDRESS=$(echo "${IP_ADDRESS}" | awk '{ print $1 }')
logging_info "${IP_ADDRESS}"
add_etc_hosts "${IP_ADDRESS}"
fi
logging_info "IPS=$IPS"
# shellcheck disable=SC2068
for name in ${APPS[@]}
do
if ${MULTI_SERVER} && [ "${name}" = "KEYROCK" ]; then
continue
fi
eval val=\"\$"${name}"\"
if [ -n "${val}" ]; then
logging_info "Sub-domain: ${val}"
# shellcheck disable=SC2086
IP=$(${HOST_CMD} -4 ${val} | awk 'match($0,/[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+/) { print substr($0, RSTART, RLENGTH) }' || true)
if [ "$IP" = "" ]; then
IP=$(sed -n -e "/${val}/s/\([^ ].*\) .*/\1/p" /etc/hosts)
fi
logging_info "IP address: ${IP}"
found=false
# shellcheck disable=SC2068
for ip_addr in $IPS
do
if [ "${IP}" = "${ip_addr}" ] ; then
found=true
IP_ADDRESS="${IP}"
fi
done
if ! "${found}"; then
# shellcheck disable=SC2124
MSG="IP address error: ${val}, ${IP_ADDRESS[@]}"
logging_err "${MSG}"
exit "${ERR_CODE}"
fi
fi
done
logging_info "IP_ADDRESS: ${IP_ADDRESS}"
cat <<EOF >> .env
IP_ADDRESS=${IP_ADDRESS}
EOF
}
#
# wait for serive
#
wait() {
logging_info "${FUNCNAME[0]}"
local host
local ret
host=$1
ret=$2
echo "Wait for ${host} to be ready (${WAIT_TIME} sec)" 1>&2
for i in $(seq "${WAIT_TIME}")
do
# shellcheck disable=SC2086