Docker无法部署Onlyoffice问题记录
1、问题描述
国产操作系统(麒麟v10-x86-64bit,openEuler20.03 64bit x86),安装docker之后,通过docker run之后Onlyoffice无法成功跑起来,且会消耗大量cpu资源,甚至导致系统卡死
2、原因分析
镜像的entrypoint中指向运行一个sh脚本,脚本中通过service命令启动rabbitmq,但是一直无法成功启动,且一直处于循环尝试导致cpu占用上升
3、解决方案
经测试,进入onlyoffice容器后可以通过内置的rabbitmq的脚本启动rabbitmq
找到其它解决方案,修改onlyoffice entrypoint脚本,使用默认rabbitmq脚本启动rabbitmq
解决方式如下
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在onlyoffice对应宿主机上编写一个脚本,内容如下
#!/bin/bash # Define '**' behavior explicitly shopt -s globstar APP_DIR="/var/www/${COMPANY_NAME}/documentserver" DATA_DIR="/var/www/${COMPANY_NAME}/Data" LOG_DIR="/var/log/${COMPANY_NAME}" DS_LOG_DIR="${LOG_DIR}/documentserver" LIB_DIR="/var/lib/${COMPANY_NAME}" DS_LIB_DIR="${LIB_DIR}/documentserver" CONF_DIR="/etc/${COMPANY_NAME}/documentserver" ONLYOFFICE_DATA_CONTAINER=${ONLYOFFICE_DATA_CONTAINER:-false} ONLYOFFICE_DATA_CONTAINER_HOST=${ONLYOFFICE_DATA_CONTAINER_HOST:-localhost} ONLYOFFICE_DATA_CONTAINER_PORT=80 SSL_CERTIFICATES_DIR="${DATA_DIR}/certs" if [[ -z $SSL_CERTIFICATE_PATH ]] && [[ -f ${SSL_CERTIFICATES_DIR}/onlyoffice.crt ]]; then SSL_CERTIFICATE_PATH=${SSL_CERTIFICATES_DIR}/onlyoffice.crt else SSL_CERTIFICATE_PATH=${SSL_CERTIFICATE_PATH:-${SSL_CERTIFICATES_DIR}/tls.crt} fi if [[ -z $SSL_KEY_PATH ]] && [[ -f ${SSL_CERTIFICATES_DIR}/onlyoffice.key ]]; then SSL_KEY_PATH=${SSL_CERTIFICATES_DIR}/onlyoffice.key else SSL_KEY_PATH=${SSL_KEY_PATH:-${SSL_CERTIFICATES_DIR}/tls.key} fi CA_CERTIFICATES_PATH=${CA_CERTIFICATES_PATH:-${SSL_CERTIFICATES_DIR}/ca-certificates.pem} SSL_DHPARAM_PATH=${SSL_DHPARAM_PATH:-${SSL_CERTIFICATES_DIR}/dhparam.pem} SSL_VERIFY_CLIENT=${SSL_VERIFY_CLIENT:-off} USE_UNAUTHORIZED_STORAGE=${USE_UNAUTHORIZED_STORAGE:-false} ONLYOFFICE_HTTPS_HSTS_ENABLED=${ONLYOFFICE_HTTPS_HSTS_ENABLED:-true} ONLYOFFICE_HTTPS_HSTS_MAXAGE=${ONLYOFFICE_HTTPS_HSTS_MAXAGE:-31536000} SYSCONF_TEMPLATES_DIR="/app/ds/setup/config" NGINX_CONFD_PATH="/etc/nginx/conf.d"; NGINX_ONLYOFFICE_PATH="${CONF_DIR}/nginx" NGINX_ONLYOFFICE_CONF="${NGINX_ONLYOFFICE_PATH}/ds.conf" NGINX_ONLYOFFICE_EXAMPLE_PATH="${CONF_DIR}-example/nginx" NGINX_ONLYOFFICE_EXAMPLE_CONF="${NGINX_ONLYOFFICE_EXAMPLE_PATH}/includes/ds-example.conf" NGINX_CONFIG_PATH="/etc/nginx/nginx.conf" NGINX_WORKER_PROCESSES=${NGINX_WORKER_PROCESSES:-1} NGINX_WORKER_CONNECTIONS=${NGINX_WORKER_CONNECTIONS:-$(ulimit -n)} JWT_ENABLED=${JWT_ENABLED:-false} JWT_SECRET=${JWT_SECRET:-secret} JWT_HEADER=${JWT_HEADER:-Authorization} JWT_IN_BODY=${JWT_IN_BODY:-false} if [[ ${PRODUCT_NAME} == "documentserver" ]]; then REDIS_ENABLED=false else REDIS_ENABLED=true fi ONLYOFFICE_DEFAULT_CONFIG=${CONF_DIR}/local.json ONLYOFFICE_LOG4JS_CONFIG=${CONF_DIR}/log4js/production.json ONLYOFFICE_EXAMPLE_CONFIG=${CONF_DIR}-example/local.json JSON_BIN=${APP_DIR}/npm/json JSON="${JSON_BIN} -q -f ${ONLYOFFICE_DEFAULT_CONFIG}" JSON_LOG="${JSON_BIN} -q -f ${ONLYOFFICE_LOG4JS_CONFIG}" JSON_EXAMPLE="${JSON_BIN} -q -f ${ONLYOFFICE_EXAMPLE_CONFIG}" LOCAL_SERVICES=() PG_ROOT=/var/lib/postgresql PG_VERSION=10 PG_NAME=main PGDATA=${PG_ROOT}/${PG_VERSION}/${PG_NAME} PG_NEW_CLUSTER=false RABBITMQ_DATA=/var/lib/rabbitmq REDIS_DATA=/var/lib/redis read_setting(){ deprecated_var POSTGRESQL_SERVER_HOST DB_HOST deprecated_var POSTGRESQL_SERVER_PORT DB_PORT deprecated_var POSTGRESQL_SERVER_DB_NAME DB_NAME deprecated_var POSTGRESQL_SERVER_USER DB_USER deprecated_var POSTGRESQL_SERVER_PASS DB_PWD deprecated_var RABBITMQ_SERVER_URL AMQP_URI deprecated_var AMQP_SERVER_URL AMQP_URI deprecated_var AMQP_SERVER_TYPE AMQP_TYPE METRICS_ENABLED="${METRICS_ENABLED:-false}" METRICS_HOST="${METRICS_HOST:-localhost}" METRICS_PORT="${METRICS_PORT:-8125}" METRICS_PREFIX="${METRICS_PREFIX:-.ds}" DB_HOST=${DB_HOST:-${POSTGRESQL_SERVER_HOST:-$(${JSON} services.CoAuthoring.sql.dbHost)}} case $DB_TYPE in "postgres") DB_PORT=${DB_PORT:-"5432"} ;; "mariadb"|"mysql") DB_PORT=${DB_PORT:-"3306"} ;; "") DB_PORT=${DB_PORT:-${POSTGRESQL_SERVER_PORT:-$(${JSON} services.CoAuthoring.sql.dbPort)}} ;; *) echo "ERROR: unknown database type" exit 1 ;; esac DB_NAME=${DB_NAME:-${POSTGRESQL_SERVER_DB_NAME:-$(${JSON} services.CoAuthoring.sql.dbName)}} DB_USER=${DB_USER:-${POSTGRESQL_SERVER_USER:-$(${JSON} services.CoAuthoring.sql.dbUser)}} DB_PWD=${DB_PWD:-${POSTGRESQL_SERVER_PASS:-$(${JSON} services.CoAuthoring.sql.dbPass)}} DB_TYPE=${DB_TYPE:-$(${JSON} services.CoAuthoring.sql.type)} RABBITMQ_SERVER_URL=${RABBITMQ_SERVER_URL:-$(${JSON} rabbitmq.url)} AMQP_URI=${AMQP_URI:-${AMQP_SERVER_URL:-${RABBITMQ_SERVER_URL}}} AMQP_TYPE=${AMQP_TYPE:-${AMQP_SERVER_TYPE:-rabbitmq}} parse_rabbitmq_url ${AMQP_URI} REDIS_SERVER_HOST=${REDIS_SERVER_HOST:-$(${JSON} services.CoAuthoring.redis.host)} REDIS_SERVER_PORT=${REDIS_SERVER_PORT:-6379} DS_LOG_LEVEL=${DS_LOG_LEVEL:-$(${JSON_LOG} categories.default.level)} } deprecated_var() { if [[ -n ${!1} ]]; then echo "Variable $1 is deprecated. Use $2 instead." fi } parse_rabbitmq_url(){ local amqp=$1 # extract the protocol local proto="$(echo $amqp | grep :// | sed -e's,^\(.*://\).*,\1,g')" # remove the protocol local url="$(echo ${amqp/$proto/})" # extract the user and password (if any) local userpass="`echo $url | grep @ | cut -d@ -f1`" local pass=`echo $userpass | grep : | cut -d: -f2` local user if [ -n "$pass" ]; then user=`echo $userpass | grep : | cut -d: -f1` else user=$userpass fi # extract the host local hostport="$(echo ${url/$userpass@/} | cut -d/ -f1)" # by request - try to extract the port local port="$(echo $hostport | sed -e 's,^.*:,:,g' -e 's,.*:\([0-9]*\).*,\1,g' -e 's,[^0-9],,g')" local host if [ -n "$port" ]; then host=`echo $hostport | grep : | cut -d: -f1` else host=$hostport port="5672" fi # extract the path (if any) local path="$(echo $url | grep / | cut -d/ -f2-)" AMQP_SERVER_PROTO=${proto:0:-3} AMQP_SERVER_HOST=$host AMQP_SERVER_USER=$user AMQP_SERVER_PASS=$pass AMQP_SERVER_PORT=$port } waiting_for_connection(){ until nc -z -w 3 "$1" "$2"; do >&2 echo "Waiting for connection to the $1 host on port $2" sleep 1 done } waiting_for_db(){ waiting_for_connection $DB_HOST $DB_PORT } waiting_for_amqp(){ waiting_for_connection ${AMQP_SERVER_HOST} ${AMQP_SERVER_PORT} } waiting_for_redis(){ waiting_for_connection ${REDIS_SERVER_HOST} ${REDIS_SERVER_PORT} } waiting_for_datacontainer(){ waiting_for_connection ${ONLYOFFICE_DATA_CONTAINER_HOST} ${ONLYOFFICE_DATA_CONTAINER_PORT} } update_statsd_settings(){ ${JSON} -I -e "if(this.statsd===undefined)this.statsd={};" ${JSON} -I -e "this.statsd.useMetrics = '${METRICS_ENABLED}'" ${JSON} -I -e "this.statsd.host = '${METRICS_HOST}'" ${JSON} -I -e "this.statsd.port = '${METRICS_PORT}'" ${JSON} -I -e "this.statsd.prefix = '${METRICS_PREFIX}'" } update_db_settings(){ ${JSON} -I -e "this.services.CoAuthoring.sql.type = '${DB_TYPE}'" ${JSON} -I -e "this.services.CoAuthoring.sql.dbHost = '${DB_HOST}'" ${JSON} -I -e "this.services.CoAuthoring.sql.dbPort = '${DB_PORT}'" ${JSON} -I -e "this.services.CoAuthoring.sql.dbName = '${DB_NAME}'" ${JSON} -I -e "this.services.CoAuthoring.sql.dbUser = '${DB_USER}'" ${JSON} -I -e "this.services.CoAuthoring.sql.dbPass = '${DB_PWD}'" } update_rabbitmq_setting(){ if [ "${AMQP_TYPE}" == "rabbitmq" ]; then ${JSON} -I -e "if(this.queue===undefined)this.queue={};" ${JSON} -I -e "this.queue.type = 'rabbitmq'" ${JSON} -I -e "this.rabbitmq.url = '${AMQP_URI}'" fi if [ "${AMQP_TYPE}" == "activemq" ]; then ${JSON} -I -e "if(this.queue===undefined)this.queue={};" ${JSON} -I -e "this.queue.type = 'activemq'" ${JSON} -I -e "if(this.activemq===undefined)this.activemq={};" ${JSON} -I -e "if(this.activemq.connectOptions===undefined)this.activemq.connectOptions={};" ${JSON} -I -e "this.activemq.connectOptions.host = '${AMQP_SERVER_HOST}'" if [ ! "${AMQP_SERVER_PORT}" == "" ]; then ${JSON} -I -e "this.activemq.connectOptions.port = '${AMQP_SERVER_PORT}'" else ${JSON} -I -e "delete this.activemq.connectOptions.port" fi if [ ! "${AMQP_SERVER_USER}" == "" ]; then ${JSON} -I -e "this.activemq.connectOptions.username = '${AMQP_SERVER_USER}'" else ${JSON} -I -e "delete this.activemq.connectOptions.username" fi if [ ! "${AMQP_SERVER_PASS}" == "" ]; then ${JSON} -I -e "this.activemq.connectOptions.password = '${AMQP_SERVER_PASS}'" else ${JSON} -I -e "delete this.activemq.connectOptions.password" fi case "${AMQP_SERVER_PROTO}" in amqp+ssl|amqps) ${JSON} -I -e "this.activemq.connectOptions.transport = 'tls'" ;; *) ${JSON} -I -e "delete this.activemq.connectOptions.transport" ;; esac fi } update_redis_settings(){ ${JSON} -I -e "this.services.CoAuthoring.redis.host = '${REDIS_SERVER_HOST}'" ${JSON} -I -e "this.services.CoAuthoring.redis.port = '${REDIS_SERVER_PORT}'" } update_ds_settings(){ if [ "${JWT_ENABLED}" == "true" ]; then ${JSON} -I -e "this.services.CoAuthoring.token.enable.browser = ${JWT_ENABLED}" ${JSON} -I -e "this.services.CoAuthoring.token.enable.request.inbox = ${JWT_ENABLED}" ${JSON} -I -e "this.services.CoAuthoring.token.enable.request.outbox = ${JWT_ENABLED}" ${JSON} -I -e "this.services.CoAuthoring.secret.inbox.string = '${JWT_SECRET}'" ${JSON} -I -e "this.services.CoAuthoring.secret.outbox.string = '${JWT_SECRET}'" ${JSON} -I -e "this.services.CoAuthoring.secret.session.string = '${JWT_SECRET}'" ${JSON} -I -e "this.services.CoAuthoring.token.inbox.header = '${JWT_HEADER}'" ${JSON} -I -e "this.services.CoAuthoring.token.outbox.header = '${JWT_HEADER}'" ${JSON} -I -e "this.services.CoAuthoring.token.inbox.inBody = ${JWT_IN_BODY}" ${JSON} -I -e "this.services.CoAuthoring.token.outbox.inBody = ${JWT_IN_BODY}" if [ -f "${ONLYOFFICE_EXAMPLE_CONFIG}" ] && [ "${JWT_ENABLED}" == "true" ]; then ${JSON_EXAMPLE} -I -e "this.server.token.enable = ${JWT_ENABLED}" ${JSON_EXAMPLE} -I -e "this.server.token.secret = '${JWT_SECRET}'" ${JSON_EXAMPLE} -I -e "this.server.token.authorizationHeader = '${JWT_HEADER}'" fi fi if [ "${USE_UNAUTHORIZED_STORAGE}" == "true" ]; then ${JSON} -I -e "if(this.services.CoAuthoring.requestDefaults===undefined)this.services.CoAuthoring.requestDefaults={}" ${JSON} -I -e "if(this.services.CoAuthoring.requestDefaults.rejectUnauthorized===undefined)this.services.CoAuthoring.requestDefaults.rejectUnauthorized=false" fi } create_postgresql_cluster(){ local pg_conf_dir=/etc/postgresql/${PG_VERSION}/${PG_NAME} local postgresql_conf=$pg_conf_dir/postgresql.conf local hba_conf=$pg_conf_dir/pg_hba.conf mv $postgresql_conf $postgresql_conf.backup mv $hba_conf $hba_conf.backup pg_createcluster ${PG_VERSION} ${PG_NAME} } create_postgresql_db(){ sudo -u postgres psql -c "CREATE DATABASE $DB_NAME;" sudo -u postgres psql -c "CREATE USER $DB_USER WITH password '"$DB_PWD"';" sudo -u postgres psql -c "GRANT ALL privileges ON DATABASE $DB_NAME TO $DB_USER;" } create_db_tbl() { case $DB_TYPE in "postgres") create_postgresql_tbl ;; "mariadb"|"mysql") create_mysql_tbl ;; esac } create_postgresql_tbl() { CONNECTION_PARAMS="-h$DB_HOST -p$DB_PORT -U$DB_USER -w" if [ -n "$DB_PWD" ]; then export PGPASSWORD=$DB_PWD fi PSQL="psql -q $CONNECTION_PARAMS" CREATEDB="createdb $CONNECTION_PARAMS" # Create db on remote server if $PSQL -lt | cut -d\| -f 1 | grep -qw $DB_NAME | grep 0; then $CREATEDB $DB_NAME fi $PSQL -d "$DB_NAME" -f "$APP_DIR/server/schema/postgresql/createdb.sql" } create_mysql_tbl() { CONNECTION_PARAMS="-h$DB_HOST -P$DB_PORT -u$DB_USER -p$DB_PWD -w" MYSQL="mysql -q $CONNECTION_PARAMS" # Create db on remote server $MYSQL -e "CREATE DATABASE IF NOT EXISTS $DB_NAME DEFAULT CHARACTER SET utf8 DEFAULT COLLATE utf8_general_ci;" >/dev/null 2>&1 $MYSQL $DB_NAME < "$APP_DIR/server/schema/mysql/createdb.sql" >/dev/null 2>&1 } update_welcome_page() { WELCOME_PAGE="${APP_DIR}-example/welcome/docker.html" if [[ -e $WELCOME_PAGE ]]; then DOCKER_CONTAINER_ID=$(basename $(cat /proc/1/cpuset)) if [[ -x $(command -v docker) ]]; then DOCKER_CONTAINER_NAME=$(docker inspect --format="{{.Name}}" $DOCKER_CONTAINER_ID) sed 's/$(sudo docker ps -q)/'"${DOCKER_CONTAINER_NAME#/}"'/' -i $WELCOME_PAGE else sed 's/$(sudo docker ps -q)/'"${DOCKER_CONTAINER_ID::12}"'/' -i $WELCOME_PAGE fi fi } update_nginx_settings(){ # Set up nginx sed 's/^worker_processes.*/'"worker_processes ${NGINX_WORKER_PROCESSES};"'/' -i ${NGINX_CONFIG_PATH} sed 's/worker_connections.*/'"worker_connections ${NGINX_WORKER_CONNECTIONS};"'/' -i ${NGINX_CONFIG_PATH} sed 's/access_log.*/'"access_log off;"'/' -i ${NGINX_CONFIG_PATH} # setup HTTPS if [ -f "${SSL_CERTIFICATE_PATH}" -a -f "${SSL_KEY_PATH}" ]; then cp -f ${NGINX_ONLYOFFICE_PATH}/ds-ssl.conf.tmpl ${NGINX_ONLYOFFICE_CONF} # configure nginx sed 's,{{SSL_CERTIFICATE_PATH}},'"${SSL_CERTIFICATE_PATH}"',' -i ${NGINX_ONLYOFFICE_CONF} sed 's,{{SSL_KEY_PATH}},'"${SSL_KEY_PATH}"',' -i ${NGINX_ONLYOFFICE_CONF} # turn on http2 sed 's,\(443 ssl\),\1 http2,' -i ${NGINX_ONLYOFFICE_CONF} # if dhparam path is valid, add to the config, otherwise remove the option if [ -r "${SSL_DHPARAM_PATH}" ]; then sed 's,\(\#* *\)\?\(ssl_dhparam \).*\(;\)$,'"\2${SSL_DHPARAM_PATH}\3"',' -i ${NGINX_ONLYOFFICE_CONF} else sed '/ssl_dhparam/d' -i ${NGINX_ONLYOFFICE_CONF} fi sed 's,\(ssl_verify_client \).*\(;\)$,'"\1${SSL_VERIFY_CLIENT}\2"',' -i ${NGINX_ONLYOFFICE_CONF} if [ -f "${CA_CERTIFICATES_PATH}" ]; then sed '/ssl_verify_client/a '"ssl_client_certificate ${CA_CERTIFICATES_PATH}"';' -i ${NGINX_ONLYOFFICE_CONF} fi if [ "${ONLYOFFICE_HTTPS_HSTS_ENABLED}" == "true" ]; then sed 's,\(max-age=\).*\(;\)$,'"\1${ONLYOFFICE_HTTPS_HSTS_MAXAGE}\2"',' -i ${NGINX_ONLYOFFICE_CONF} else sed '/max-age=/d' -i ${NGINX_ONLYOFFICE_CONF} fi else ln -sf ${NGINX_ONLYOFFICE_PATH}/ds.conf.tmpl ${NGINX_ONLYOFFICE_CONF} fi # check if ipv6 supported otherwise remove it from nginx config if [ ! -f /proc/net/if_inet6 ]; then sed '/listen\s\+\[::[0-9]*\].\+/d' -i $NGINX_ONLYOFFICE_CONF fi if [ -f "${NGINX_ONLYOFFICE_EXAMPLE_CONF}" ]; then sed 's/linux/docker/' -i ${NGINX_ONLYOFFICE_EXAMPLE_CONF} fi } update_supervisor_settings(){ # Copy modified supervisor start script cp ${SYSCONF_TEMPLATES_DIR}/supervisor/supervisor /etc/init.d/ # Copy modified supervisor config cp ${SYSCONF_TEMPLATES_DIR}/supervisor/supervisord.conf /etc/supervisor/supervisord.conf } update_log_settings(){ ${JSON_LOG} -I -e "this.categories.default.level = '${DS_LOG_LEVEL}'" } update_logrotate_settings(){ sed 's|\(^su\b\).*|\1 root root|' -i /etc/logrotate.conf } # create base folders for i in converter docservice spellchecker metrics; do mkdir -p "${DS_LOG_DIR}/$i" done mkdir -p ${DS_LOG_DIR}-example # create app folders for i in ${DS_LIB_DIR}/App_Data/cache/files ${DS_LIB_DIR}/App_Data/docbuilder ${DS_LIB_DIR}-example/files; do mkdir -p "$i" done # change folder rights for i in ${LOG_DIR} ${LIB_DIR} ${DATA_DIR}; do chown -R ds:ds "$i" chmod -R 755 "$i" done if [ ${ONLYOFFICE_DATA_CONTAINER_HOST} = "localhost" ]; then read_setting if [ $METRICS_ENABLED = "true" ]; then update_statsd_settings fi update_welcome_page update_log_settings update_ds_settings # update settings by env variables if [ $DB_HOST != "localhost" ]; then update_db_settings waiting_for_db create_db_tbl else # change rights for postgres directory chown -R postgres:postgres ${PG_ROOT} chmod -R 700 ${PG_ROOT} # create new db if it isn't exist if [ ! -d ${PGDATA} ]; then create_postgresql_cluster PG_NEW_CLUSTER=true fi LOCAL_SERVICES+=("postgresql") fi if [ ${AMQP_SERVER_HOST} != "localhost" ]; then update_rabbitmq_setting else # change rights for rabbitmq directory chown -R rabbitmq:rabbitmq ${RABBITMQ_DATA} chmod -R go=rX,u=rwX ${RABBITMQ_DATA} if [ -f ${RABBITMQ_DATA}/.erlang.cookie ]; then chmod 400 ${RABBITMQ_DATA}/.erlang.cookie fi LOCAL_SERVICES+=("rabbitmq-server") # allow Rabbitmq startup after container kill rm -rf /var/run/rabbitmq fi if [ ${REDIS_ENABLED} = "true" ]; then if [ ${REDIS_SERVER_HOST} != "localhost" ]; then update_redis_settings else # change rights for redis directory chown -R redis:redis ${REDIS_DATA} chmod -R 750 ${REDIS_DATA} LOCAL_SERVICES+=("redis-server") fi fi else # no need to update settings just wait for remote data waiting_for_datacontainer # read settings after the data container in ready state # to prevent get unconfigureted data read_setting update_welcome_page fi #start needed local services /usr/sbin/rabbitmq-server & service supervisor start service cron start service nginx start ./usr/bin/documentserver-generate-allfonts.sh ./usr/bin/documentserver-static-gzip.sh for i in ${LOCAL_SERVICES[@]}; do service $i start done if [ ${PG_NEW_CLUSTER} = "true" ]; then create_postgresql_db create_postgresql_tbl fi if [ ${ONLYOFFICE_DATA_CONTAINER} != "true" ]; then waiting_for_db waiting_for_amqp if [ ${REDIS_ENABLED} = "true" ]; then waiting_for_redis fi update_nginx_settings update_supervisor_settings service supervisor start # start cron to enable log rotating update_logrotate_settings service cron start fi # nginx used as a proxy, and as data container status service. # it run in all cases. service nginx start wait wait # Regenerate the fonts list and the fonts thumbnails documentserver-generate-allfonts.sh ${ONLYOFFICE_DATA_CONTAINER} documentserver-static-gzip.sh ${ONLYOFFICE_DATA_CONTAINER} tail -f /var/log/${COMPANY_NAME}/**/*.log
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使用chmod +x 给该脚本执行权限
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将容器中的entrypoint脚本映射为宿主机上刚刚创建的那个脚本。宿主机路径就是刚刚创建的脚本在宿主机上的绝对路径,容器路径:/app/ds/run-document-server.sh文章来源:https://www.toymoban.com/news/detail-800518.html
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重新启动onlyoffice容器,日志输出如图表示启动成果,并通过浏览器访问容器映射出来http 80端口,输出如图2标识onlyoffice容器正常启动文章来源地址https://www.toymoban.com/news/detail-800518.html
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