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ankurcha/install-codeenvy.sh

Created December 31, 2015 07:08
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install-codeenvy.sh
#!/bin/bash
# bash <(curl -L -s https://start.codenvy.com/install-single)
#
# allowed options:
# --multi
# --silent
# --version=<VERSION TO INSTALL>
# --hostname=<CODENVY HOSTNAME>
# --systemAdminName=<SYSTEM ADMIN NAME>
# --systemAdminPassword=<SYSTEM ADMIN PASSWORD>
trap cleanUp EXIT
unset HOST_NAME
unset SYSTEM_ADMIN_NAME
unset SYSTEM_ADMIN_PASSWORD
JDK_URL=http://download.oracle.com/otn-pub/java/jdk/8u45-b14/jdk-8u45-linux-x64.tar.gz
JRE_URL=http://download.oracle.com/otn-pub/java/jdk/8u45-b14/jre-8u45-linux-x64.tar.gz
PUPPET_AGENT_PACKAGE=puppet-3.5.1-1.el7.noarch
PUPPET_SERVER_PACKAGE=puppet-server-3.5.1-1.el7.noarch
EXTERNAL_DEPENDENCIES=("https://codenvy.com||0"
"https://install.codenvycorp.com||0"
"http://archive.apache.org/dist/ant/binaries||0"
"http://dl.fedoraproject.org/pub/epel/||1"
"https://storage.googleapis.com/appengine-sdks/||0"
"http://www.us.apache.org/dist/maven/||0"
"https://repo.mongodb.org/yum/redhat/||0"
"http://repo.mysql.com/||0"
"http://nginx.org/packages/centos/||1"
"http://yum.postgresql.org/||0"
"http://yum.puppetlabs.com/||1"
"http://repo.zabbix.com/zabbix/||0"
"${JDK_URL}|Cookie:oraclelicense=accept-securebackup-cookie|0"
"http://mirror.centos.org/centos||0");
CURRENT_STEP=
INSTALLATION_STEPS=("Configuring system..."
"Installing required packages... [java]"
"Install the Codenvy installation manager..."
"Downloading Codenvy binaries... "
"Installing Codenvy... ~20 mins"
"Installing Codenvy... ~20 mins"
"Installing Codenvy... ~20 mins"
"Installing Codenvy... ~20 mins"
"Installing Codenvy... ~20 mins"
"Installing Codenvy... ~20 mins"
"Installing Codenvy... ~20 mins"
"Installing Codenvy... ~20 mins"
"Booting Codenvy... "
"");
PUPPET_MASTER_PORTS=("tcp:8140");
SITE_PORTS=("tcp:80" "tcp:443" "tcp:10050" "tcp:32001" "tcp:32101");
API_PORTS=("tcp:8080" "tcp:8180" "tcp:10050" "tcp:32001" "tcp:32101" "tcp:32201" "tcp:32301");
DATA_PORTS=("tcp:389" "tcp:5432" "tcp:10050" "tcp:27017" "tcp:28017");
DATASOURCE_PORTS=("tcp:8080" "tcp:10050" "tcp:32001" "tcp:32101");
RUNNER_PORTS=("tcp:80" "tcp:8080" "tcp:10050" "tcp:32001" "tcp:32101");
BUILDER_PORTS=("tcp:8080" "tcp:10050" "tcp:32001" "tcp:32101");
ANALYTICS_PORTS=("tcp:7777" "tcp:8080" "udp:5140" "tcp:9763" "tcp:10050" "tcp:32001" "tcp:32101");
INTERNET_CHECKER_PID=
TIMER_PID=
PRINTER_PID=
LINE_UPDATER_PID=
DOWNLOAD_PROGRESS_UPDATER_PID=
STEP_LINE=
PUPPET_LINE=
PROGRESS_LINE=
TIMER_LINE=
DEPENDENCIES_STATUS_OFFSET=85 # fit screen width = 100 cols
PROGRESS_FACTOR=2
cleanUp() {
setterm -cursor on
killTimer
killPuppetInfoPrinter
killInternetAccessChecker
killFooterUpdater
killDownloadProgressUpdater
}
validateExitCode() {
local exitCode=$1
if [[ -n "${exitCode}" ]] && [[ ! ${exitCode} == "0" ]]; then
pauseTimer
pausePuppetInfoPrinter
pauseInternetAccessChecker
pauseFooterUpdater
pauseDownloadProgressUpdater
println
println $(printError "Unexpected error occurred. See install.log for more details")
exit ${exitCode}
fi
}
setRunOptions() {
DIR="/mnt/data/codenvy-im"
ARTIFACT="codenvy"
CODENVY_TYPE="single"
SILENT=false
for var in "$@"; do
if [[ "$var" == "--multi" ]]; then
CODENVY_TYPE="multi"
elif [[ "$var" == "--silent" ]]; then
SILENT=true
elif [[ "$var" == "--im-cli" ]]; then
ARTIFACT="installation-manager-cli"
elif [[ "$var" =~ --version=.* ]]; then
VERSION=`echo "$var" | sed -e "s/--version=//g"`
elif [[ "$var" =~ --hostname=.* ]]; then
HOST_NAME=`echo "$var" | sed -e "s/--hostname=//g"`
elif [[ "$var" =~ --systemAdminName=.* ]]; then
SYSTEM_ADMIN_NAME=`echo "$var" | sed -e "s/--systemAdminName=//g"`
elif [[ "$var" =~ --systemAdminPassword=.* ]]; then
SYSTEM_ADMIN_PASSWORD=`echo "$var" | sed -e "s/--systemAdminPassword=//g"`
fi
done
if [[ ${ARTIFACT} == "codenvy" ]]; then
LAST_INSTALLATION_STEP=13
ARTIFACT_DISPLAY="Codenvy"
if [[ -z ${VERSION} ]]; then
VERSION=$(fetchProperty "https://codenvy.com/update/repository/properties/${ARTIFACT}?label=stable" "version")
fi
else
LAST_INSTALLATION_STEP=3
ARTIFACT_DISPLAY="Installation Manager CLI"
CODENVY_TYPE="single"
INSTALLATION_STEPS=("Configuring system..."
"Installing required packages... [java]"
"Install the Codenvy installation manager..."
"");
if [[ -z ${VERSION} ]]; then
VERSION=$(fetchProperty "https://codenvy.com/update/repository/properties/${ARTIFACT}" "version")
fi
fi
CONFIG="codenvy.properties"
EXTERNAL_DEPENDENCIES[0]="https://codenvy.com/update/repository/public/download/${ARTIFACT}/${VERSION}||0"
if [[ ${CODENVY_TYPE} == "single" ]] && [[ ! -z ${HOST_NAME} ]] && [[ ! -z ${SYSTEM_ADMIN_PASSWORD} ]] && [[ ! -z ${SYSTEM_ADMIN_NAME} ]]; then
SILENT=true
fi
}
fetchProperty() {
local url=$1
local property=$2
local seq="s/.*\"${property}\":\"\([^\"]*\)\".*/\1/"
echo `curl -s ${url} | sed ${seq}`
}
# run specific function and don't break installation if connection lost
doEvalWaitReconnection() {
local func=$1
shift
for ((;;)); do
eval ${func} $@
local exitCode=$?
if [[ ${exitCode} == 0 ]]; then
break
else
doUpdateInternetAccessChecker
local checkFailed=$?
if [[ ${checkFailed} == 0 ]]; then
return ${exitCode} # Internet connection is OK, probably another error
else
sleep 1m # wait reconnection
fi
fi
done
}
doConfigureSystem() {
setStepIndicator 0
if [ -d ${DIR} ]; then rm -rf ${DIR}; fi
mkdir ${DIR}
doEvalWaitReconnection installPackageIfNeed tar
validateExitCode $?
doEvalWaitReconnection installPackageIfNeed unzip
validateExitCode $?
doEvalWaitReconnection installPackageIfNeed net-tools
validateExitCode $?
}
doInstallJava() {
setStepIndicator 1
doEvalWaitReconnection installJava
validateExitCode $?
}
doInstallImCli() {
setStepIndicator 2
doEvalWaitReconnection installIm
validateExitCode $?
}
# Download binaries. If file is corrupted due to unexpected errors then it will be redownloaded
doDownloadBinaries() {
setStepIndicator 3
for ((;;)); do
OUTPUT=$(doEvalWaitReconnection executeIMCommand im-download ${ARTIFACT} ${VERSION})
local exitCode=$?
echo ${OUTPUT} | sed 's/\[[=> ]*\]//g' >> install.log
if [[ ${exitCode} == 0 ]]; then
break
fi
if [[ ${OUTPUT} =~ .*File.corrupted.* ]]; then
echo "Codenvy binaries will be redownloaded" >> install.log
continue
else
validateExitCode ${exitCode}
fi
done
doUpdateDownloadProgress 100
executeIMCommand im-download --list-local >> install.log
validateExitCode $?
}
runDownloadProgressUpdater() {
updateDownloadProgress &
DOWNLOAD_PROGRESS_UPDATER_PID=$!
}
killDownloadProgressUpdater() {
if [ -n "${DOWNLOAD_PROGRESS_UPDATER_PID}" ]; then
kill -KILL ${DOWNLOAD_PROGRESS_UPDATER_PID}
fi
}
continueDownloadProgressUpdater() {
if [ -n "${DOWNLOAD_PROGRESS_UPDATER_PID}" ]; then
kill -SIGCONT ${DOWNLOAD_PROGRESS_UPDATER_PID}
fi
}
pauseDownloadProgressUpdater() {
if [ -n "${DOWNLOAD_PROGRESS_UPDATER_PID}" ]; then
kill -SIGSTOP ${DOWNLOAD_PROGRESS_UPDATER_PID}
fi
}
updateDownloadProgress() {
local totalSize=$(fetchProperty "https://codenvy.com/update/repository/properties/${ARTIFACT}/${VERSION}" "size")
local file=$(fetchProperty "https://codenvy.com/update/repository/properties/${ARTIFACT}/${VERSION}" "file")
for ((;;)); do
local size
local localFile="/mnt/data/codenvy-im-data/updates/${ARTIFACT}/${VERSION}/${file}"
if [[ -f ${localFile} ]]; then
size=`du -b ${localFile} | cut -f1`
else
size=0
fi
local percent=$(( ${size}*100/${totalSize} ))
doUpdateDownloadProgress ${percent}
sleep 1
done
}
doUpdateDownloadProgress() {
local percent=$1
local bars=$(( ${LAST_INSTALLATION_STEP}*${PROGRESS_FACTOR} ))
local progress_field=
for ((i=1; i<=$(( ${bars}*${percent}/100 )); i++)); do
progress_field="${progress_field}="
done
progress_field=$(printf "[%-${bars}s]" ${progress_field})
local message="Downloading ${progress_field} ${percent}%"
updateLine ${PUPPET_LINE} "${message}"
}
doInstallCodenvy() {
for ((STEP=1; STEP<=9; STEP++)); do
if [ ${STEP} == 9 ]; then
setStepIndicator $(( $STEP+3 ))
else
setStepIndicator $(( $STEP+3 ))
fi
for ((;;)); do
local exitCode
if [ ${CODENVY_TYPE} == "multi" ]; then
doEvalWaitReconnection executeIMCommand im-install --step ${STEP} --forceInstall --multi --config ${CONFIG} ${ARTIFACT} ${VERSION} >> install.log
exitCode=$?
else
doEvalWaitReconnection executeIMCommand im-install --step ${STEP} --forceInstall --config ${CONFIG} ${ARTIFACT} ${VERSION} >> install.log
exitCode=$?
fi
# if error occurred not because of internet access lost then break installation
# it prevents breaking installation due to a lot of puppet errors
local checkFailed=`echo $(</dev/shm/im_internet_access_lost)`
if [[ ! ${exitCode} == 0 ]] && [[ ! ${STEP} == 9 ]] && [[ ${checkFailed} == 1 ]]; then
echo "Repeating installation step "${STEP} >> install.log
continue;
fi
break;
done
done
}
downloadConfig() {
local url="https://codenvy.com/update/repository/public/download/codenvy-${CODENVY_TYPE}-server-properties/${VERSION}"
# check url to config on http error
http_code=$(curl --silent --write-out '%{http_code}' --output /dev/null ${url})
if [[ ! ${http_code} -eq 200 ]]; then # if response code != "200 OK"
local updates=`curl --silent "https://codenvy.com/update/repository/updates/${ARTIFACT}"`
println $(printError "ERROR: Version '${VERSION}' is not available")
println
if [[ -n ${VERSION} ]] && [[ ! ${updates} =~ .*\"${VERSION}\".* ]]; then
println $(printWarning "NOTE: You've used '--version' flag to install a specific version.")
println $(printWarning "NOTE: We could not find this version in the repository. Versions found:")
println $(printWarning "NOTE: ${updates}")
println $(printWarning "NOTE: Installing without '--version' will use latest version.")
else
println $(printWarning "NOTE: codenvy.properties not found or downloadable.")
fi
exit 1
fi
# load config into the ${CONFIG} file
curl --silent --output ${CONFIG} ${url}
}
# $1 - command name
installPackageIfNeed() {
local exitCode
rpm -qa | grep "^$1-" &> /dev/null || { # check if required package already has been installed earlier
echo -n "Install package '$1'... " >> install.log
exitCode=$(sudo yum install $1 -y -q --errorlevel=0 >> install.log 2>&1; echo $?)
if [[ ! ${exitCode} == 0 ]]; then
echo " [FAILED]" >> install.log
return ${exitCode}
else
echo " [OK]" >> install.log
fi
}
}
preConfigureSystem() {
# valid sudo rights
sudo -n true 2> /dev/null
if [[ ! $? == 0 ]]; then
println $(printError "ERROR: User '${USER}' doesn't have sudo rights")
println
println $(printWarning "NOTE: Grant sudo privileges to '${USER}' user and restart installation")
exit 1
fi
doCheckInstalledPuppet
sudo yum clean all &> /dev/null
installPackageIfNeed curl
validateExitCode $?
installPackageIfNeed wget
validateExitCode $?
# back up file to prevent installation with wrong configuration
if [[ -f ${CONFIG} ]] && [[ ! `cat ${CONFIG}` =~ .*${VERSION}.* ]]; then
mv ${CONFIG} ${CONFIG}.back
fi
if [[ ! -f ${CONFIG} ]] && [[ ${ARTIFACT} == "codenvy" ]]; then
downloadConfig
fi
}
installJava() {
echo -n "Install java package from '${JRE_URL}' into the directory '${DIR}/jre' ... " >> install.log
wget -q --no-cookies --no-check-certificate --header "Cookie: oraclelicense=accept-securebackup-cookie" "${JRE_URL}" --output-document=jre.tar.gz >> install.log 2>&1 || return 1
tar -xf jre.tar.gz -C ${DIR} >> install.log 2>&1
rm -fr ${DIR}/jre >> install.log 2>&1
mv -f ${DIR}/jre1.8.0_45 ${DIR}/jre >> install.log 2>&1
rm jre.tar.gz >> install.log 2>&1
echo " [OK]" >> install.log
}
installIm() {
IM_URL="https://codenvy.com/update/repository/public/download/installation-manager-cli"
if [[ "${ARTIFACT}" == "installation-manager-cli" ]]; then
IM_URL=${IM_URL}"/"${VERSION}
fi
echo ${IM_URL} >> install.log
IM_FILE=$(curl -sI ${IM_URL} | grep -o -E 'filename=(.*)[.]tar.gz' | sed -e 's/filename=//')
if [[ ! $? == 0 ]]; then
return 1
fi
curl -s -o ${IM_FILE} -L ${IM_URL} || return 1
mkdir ${DIR}/codenvy-cli
tar -xf ${IM_FILE} -C ${DIR}/codenvy-cli
sed -i "2iJAVA_HOME=/mnt/data/codenvy-im/jre" ${DIR}/codenvy-cli/bin/codenvy
echo "export PATH=\$PATH:/mnt/data/codenvy-im/codenvy-cli/bin" >> ${HOME}/.bashrc
}
clearLine() {
echo -en "\033[2K"
}
cursorUp() {
echo -en "\e[1A"
}
cursorDown() {
echo -en "\e[1B"
}
cursorSave() {
echo -en "\e[s"
}
cursorRestore() {
echo -en "\e[u"
}
# $1 - line number which is starting backward from 1 - the last bottom row.
# $2, $3,.. - messages to display in line number $1
# replace spaces with "_" character not to loose them
updateLine() {
local lineNumber=$1
shift
echo "$@" | tr ' ' '_' > /dev/shm/im_line_${lineNumber}
}
updateFooter() {
for ((;;)); do
cursorUp
cursorUp
cursorUp
cursorUp
for ((line=4; line>=1; line--)); do
local prev_text=`echo $(</dev/shm/im_prev_line_${line}) | tr '_' ' '`
local text=`echo $(</dev/shm/im_line_${line}) | tr '_' ' '`
if [[ ! ${prev_text} == ${text} ]]; then
clearLine
println "${text}"
echo $(</dev/shm/im_line_${line}) > /dev/shm/im_prev_line_${line}
else
cursorDown
fi
done
sleep 1
done
}
# https://wiki.archlinux.org/index.php/Color_Bash_Prompt
printError() {
echo -en "\e[91m$1\e[0m" # with High Intensity RED color
}
printSuccess() {
echo -en "\e[32m$1\e[0m" # with Underline GREEN color
}
printWarning() {
echo -en "\e[93m$1\e[0m" # with High Intensity YELLOW color
}
printImportantInfo() {
echo -en "\e[92m$1\e[0m" # with Underline GREEN color
}
printImportantLink() {
echo -en "\e[94m$1\e[0m" # with High Intensity blue color
}
printPrompt() {
clearLine
echo -en "\e[34m[CODENVY] \e[0m" # with Underline blue color
}
print() {
printPrompt; echo -n "$@"
}
println() {
printPrompt; echo "$@"
}
askProperty() {
read VALUE
echo ${VALUE}
}
insertProperty() {
sed -i s/$1=.*/$1=$2/g ${CONFIG}
}
validateHostname() {
DNS=$1
OUTPUT=$(ping -c 1 ${DNS} &> /dev/null && echo success || echo fail)
echo ${OUTPUT}
}
askHostnameAndInsertProperty() {
PROMPT=$1
VARIABLE=$2
FIRST_ATTEMPT=true
while :
do
if [[ ${FIRST_ATTEMPT} == false ]]; then
cursorUp
cursorUp
clearLine
else
FIRST_ATTEMPT=false
fi
print "$(printf "%-35s" "${PROMPT}:") "
read VALUE
OUTPUT=$(validateHostname ${VALUE})
if [ "${OUTPUT}" == "success" ]; then
break
else
println $(printError "ERROR: The hostname '${VALUE}' isn't available or wrong. Please try again...")
fi
done
insertProperty "${VARIABLE}" ${VALUE}
}
executeIMCommand() {
${DIR}/codenvy-cli/bin/codenvy $@
}
pressAnyKeyToContinueAndClearConsole() {
if [[ ${SILENT} == false ]]; then
println "Press any key to continue"
read -n1 -s
clear
fi
}
pressAnyKeyToContinue() {
if [[ ${SILENT} == false ]]; then
println "Press any key to continue"
read -n1 -s
fi
}
pressYKeyToContinue() {
if [[ ${SILENT} == false ]]; then
if [[ ! -z $1 ]]; then
print $@
else
print "Continue installation"
fi
echo -n " [y/N]: "
read ANSWER
if [[ ! "${ANSWER}" == "y" ]]; then
exit 1
fi
fi
}
doCheckPortRemote() {
local protocol=$1
local port=$2
local host=$3
OUTPUT=$(ssh -o LogLevel=quiet -o StrictHostKeyChecking=no -t ${host} "netstat -ano | egrep LISTEN | egrep ${protocol} | egrep ':${host}\s'")
echo ${OUTPUT}
}
doCheckPortLocal() {
local protocol=$1
local port=$2
OUTPUT=$(netstat -ano | egrep LISTEN | egrep ${protocol} | egrep ":${port}\s")
echo ${OUTPUT}
}
validatePortLocal() {
local protocol=$1
local port=$2
local host="localhost"
doValidatePort doCheckPortLocal ${protocol} ${port} ${host}
}
validatePortRemote() {
local protocol=$1
local port=$2
local host=$3
doValidatePort doCheckPortRemote ${protocol} ${port} ${host}
}
doValidatePort() {
local func=$1
local protocol=$2
local port=$3
local host=$4
local output=$(eval ${func} ${protocol} ${port} ${host})
if [ "${output}" != "" ]; then
installPackageIfNeed lsof
println $(printError "ERROR: The port ${protocol}:${port} on '${host}' is busy.")
println $(printError "ERROR: The installation cannot proceed.")
println
println $(printWarning "NOTE: Codenvy uses this port internally. All required ports are listed in docs.")
println $(printWarning "NOTE: The problem might occur if some services required by Codenvy are")
println $(printWarning "NOTE: already running. Run 'sudo lsof -i ${protocol}:${port} | grep LISTEN' on '${host}' to identify")
println $(printWarning "NOTE: the running process. We recommend restarting installation on a bare system.")
exit 1
fi
}
doGetHostsVariables() {
HOST_NAME=$(grep host_url\\s*=\\s*.* ${CONFIG} | sed 's/host_url\s*=\s*\(.*\)/\1/')
PUPPET_MASTER_HOST_NAME=`grep puppet_master_host_name=.* ${CONFIG} | cut -f2 -d '='`
DATA_HOST_NAME=`grep data_host_name=.* ${CONFIG} | cut -f2 -d '='`
API_HOST_NAME=`grep api_host_name=.* ${CONFIG} | cut -f2 -d '='`
BUILDER_HOST_NAME=`grep builder_host_name=.* ${CONFIG} | cut -f2 -d '='`
RUNNER_HOST_NAME=`grep runner_host_name=.* ${CONFIG} | cut -f2 -d '='`
DATASOURCE_HOST_NAME=`grep datasource_host_name=.* ${CONFIG} | cut -f2 -d '='`
ANALYTICS_HOST_NAME=`grep analytics_host_name=.* ${CONFIG} | cut -f2 -d '='`
SITE_HOST_NAME=`grep site_host_name=.* ${CONFIG} | cut -f2 -d '='`
}
doCheckAvailablePorts_single() {
for PORT in ${PUPPET_MASTER_PORTS[@]} ${SITE_PORTS[@]} ${API_PORTS[@]} ${DATA_PORTS[@]} ${DATASOURCE_PORTS[@]} ${RUNNER_PORTS[@]} ${BUILDER_PORTS[@]}; do
PROTOCOL=`echo ${PORT}|awk -F':' '{print $1}'`;
PORT_ONLY=`echo ${PORT}|awk -F':' '{print $2}'`;
validatePortLocal "${PROTOCOL}" "${PORT_ONLY}"
done
}
doCheckInstalledPuppet() {
# check puppet agent
rpm -qa | grep "^puppet-[0-9]" &> /dev/null;
if [ $? -eq 0 ]; then
rpm -qa | grep "$PUPPET_AGENT_PACKAGE" &> /dev/null;
if [ $? -ne 0 ]; then
println $(printError "ERROR: Your system has the wrong puppet agent version!")
println $(printWarning "NOTE: Please, uninstall it or update to package '$PUPPET_AGENT_PACKAGE', and then start installation again.")
exit 1;
fi
fi
# check puppet server
rpm -qa | grep "^puppet-server-[0-9]" &> /dev/null;
if [ $? -eq 0 ]; then
rpm -qa | grep "$PUPPET_SERVER_PACKAGE" &> /dev/null;
if [ $? -ne 0 ]; then
println $(printError "ERROR: Your system has the wrong puppet server version!")
println $(printWarning "NOTE: Please, uninstall it or update to package '$PUPPET_SERVER_PACKAGE', and then start installation again.")
exit 1;
fi
fi
}
doCheckAvailablePorts_multi() {
doGetHostsVariables
for HOST in ${PUPPET_MASTER_HOST_NAME} ${DATA_HOST_NAME} ${API_HOST_NAME} ${BUILDER_HOST_NAME} ${DATASOURCE_HOST_NAME} ${ANALYTICS_HOST_NAME} ${SITE_HOST_NAME} ${RUNNER_HOST_NAME}; do
if [[ ${HOST} == ${PUPPET_MASTER_HOST_NAME} ]]; then
PORTS=${PUPPET_MASTER_PORTS[@]}
elif [[ ${HOST} == ${DATA_HOST_NAME} ]]; then
PORTS=${DATA_PORTS[@]}
elif [[ ${HOST} == ${API_HOST_NAME} ]]; then
PORTS=${API_PORTS[@]}
elif [[ ${HOST} == ${BUILDER_HOST_NAME} ]]; then
PORTS=${BUILDER_PORTS[@]}
elif [[ ${HOST} == ${DATASOURCE_HOST_NAME} ]]; then
PORTS=${DATASOURCE_PORTS[@]}
elif [[ ${HOST} == ${ANALYTICS_HOST_NAME} ]]; then
PORTS=${ANALYTICS_PORTS[@]}
elif [[ ${HOST} == ${SITE_HOST_NAME} ]]; then
PORTS=${SITE_PORTS[@]}
elif [[ ${HOST} == ${RUNNER_HOST_NAME} ]]; then
PORTS=${RUNNER_PORTS[@]}
fi
for PORT in ${PORTS[@]}; do
PROTOCOL=`echo ${PORT}|awk -F':' '{print $1}'`;
PORT_ONLY=`echo ${PORT}|awk -F':' '{print $2}'`;
if [[ ${HOST} == ${PUPPET_MASTER_HOST_NAME} ]]; then
validatePortLocal "${PROTOCOL}" "${PORT_ONLY}"
else
validatePortRemote "${PROTOCOL}" "${PORT_ONLY}" ${HOST}
fi
done
done
}
printPreInstallInfo_single() {
clear
println "Welcome. This program installs ${ARTIFACT_DISPLAY} ${VERSION}."
println
println "Checking system pre-requisites..."
println
preConfigureSystem
doCheckAvailableResourcesLocally 2500000 1 40000000 8000000 4 300000000
println "Checking access to external dependencies..."
println
checkResourceAccess
if [[ ${ARTIFACT} == "codenvy" ]]; then
println "Configuring system properties with file://${CONFIG}..."
println
fi
if [ -n "${SYSTEM_ADMIN_NAME}" ]; then
insertProperty "admin_ldap_user_name" ${SYSTEM_ADMIN_NAME}
fi
if [ -n "${SYSTEM_ADMIN_PASSWORD}" ]; then
if [[ "${VERSION}" =~ ^(4).* ]]; then
insertProperty "admin_ldap_password" ${SYSTEM_ADMIN_PASSWORD}
else
insertProperty "system_ldap_password" ${SYSTEM_ADMIN_PASSWORD}
fi
fi
if [ -n "${HOST_NAME}" ]; then
insertProperty "host_url" ${HOST_NAME}
fi
doCheckAvailablePorts_single
}
# parameter 1 - MIN_RAM_KB
# parameter 2 - MIN_CORES
# parameter 3 - MIN_DISK_SPACE_KB
doCheckAvailableResourcesLocally() {
local MIN_RAM_KB=$1
local MIN_CORES=$2
local MIN_DISK_SPACE_KB=$3
local REC_RAM_KB=$4
local REC_CORES=$5
local REC_DISK_SPACE_KB=$6
local osIssueFound=false
local osType=""
local osVersion=""
local osInfo=""
case `uname` in
Linux )
# CentOS
if [ -f /etc/redhat-release ] ; then
osType="CentOS"
osVersion=`cat /etc/redhat-release | sed 's/.* \([0-9.]*\) .*/\1/'`
osInfo=`cat /etc/redhat-release | sed 's/Linux release //'`
# SuSE
elif [ -f /etc/SuSE-release ] ; then
osInfo="SuSE"
# debian
elif [ -f /etc/debian_version ]; then
osInfo=`cat /etc/issue.net`
# other linux OS
elif [ -f /etc/lsb-release ]; then
osInfo=$(cat /etc/lsb-release | grep '^DISTRIB_ID' | awk -F= '{ print $2 }')
fi
;;
* )
osInfo=`uname`;
;;
esac
# check on OS CentOS 7
if [[ ${osType} != "CentOS" || "7.1" > "${osVersion}" ]]; then
osIssueFound=true
fi
local osInfoToDisplay=$(printf "%-30s" "${osInfo}")
local osStateToDisplay=$([ ${osIssueFound} == false ] && echo "$(printSuccess "[OK]")" || echo "$(printError "[NOT OK]")")
println "DETECTED OS: ${osInfoToDisplay} ${osStateToDisplay}"
local resourceIssueFound="none"
local availableRAM=`cat /proc/meminfo | grep MemTotal | awk '{print $2}'`
local availableRAMIssue=false
local RAMStateToDisplay=$(echo "$(printSuccess "[OK]")")
local availableDiskSpace=`sudo df /mnt/data | tail -1 | awk '{print $4}'` # available
local availableDiskSpaceIssue=false
local diskStateToDisplay=$(echo "$(printSuccess "[OK]")")
local availableCores=`grep -c ^processor /proc/cpuinfo`
local availableCoresIssue=false
local coresStateToDisplay=$(echo "$(printSuccess "[OK]")")
if (( ${availableRAM} < ${MIN_RAM_KB} )); then
resourceIssueFound="blocker"
RAMStateToDisplay=$(echo "$(printError "[NOT OK]")")
elif (( ${availableRAM} < ${REC_RAM_KB} )); then
[ ${resourceIssueFound} == "none" ] && resourceIssueFound="warning"
RAMStateToDisplay=$(echo "$(printWarning "[WARNING]")")
fi
if (( ${availableCores} < ${MIN_CORES})); then
resourceIssueFound="blocker"
coresStateToDisplay=$(echo "$(printError "[NOT OK]")")
elif (( ${availableCores} < ${REC_CORES} )); then
[ ${resourceIssueFound} == "none" ] && resourceIssueFound="warning"
coresStateToDisplay=$(echo "$(printWarning "[WARNING]")")
fi
if (( ${availableDiskSpace} < ${MIN_DISK_SPACE_KB})); then
resourceIssueFound="blocker"
diskStateToDisplay=$(echo "$(printError "[NOT OK]")")
elif (( ${availableDiskSpace} < ${REC_DISK_SPACE_KB} )); then
[ ${resourceIssueFound} == "none" ] && resourceIssueFound="warning"
diskStateToDisplay=$(echo "$(printWarning "[WARNING]")")
fi
local minRAMToDisplay=$(printf "%-15s" "$(echo ${MIN_RAM_KB} | awk '{tmp = $1/1000/1000; printf"%0.2f",tmp}') GB")
local recRAMToDisplay=$(printf "%-15s" "$(echo ${REC_RAM_KB} | awk '{tmp = $1/1000/1000; printf"%0.2f",tmp}') GB")
local availableRAMToDisplay=`cat /proc/meminfo | grep MemTotal | awk '{tmp = $2/1000/1000; printf"%0.2f",tmp}'`
local availableRAMToDisplay=$(printf "%-11s" "${availableRAMToDisplay} GB")
local minCoresToDisplay=$(printf "%-15s" "${MIN_CORES} cores")
local recCoresToDisplay=$(printf "%-15s" "${REC_CORES} cores")
local availableCoresToDisplay=$(printf "%-11s" "${availableCores} cores")
local minDiskSpaceToDisplay=$(printf "%-15s" "$(( ${MIN_DISK_SPACE_KB} /1000/1000 )) GB")
local recDiskSpaceToDisplay=$(printf "%-15s" "$(( ${REC_DISK_SPACE_KB} /1000/1000 )) GB")
local availableDiskSpaceToDisplay=$(( availableDiskSpace /1000/1000 ))
local availableDiskSpaceToDisplay=$(printf "%-11s" "${availableDiskSpaceToDisplay} GB")
println
println " MINIMUM RECOMMENDED AVAILABLE"
println "RAM $minRAMToDisplay $recRAMToDisplay $availableRAMToDisplay $RAMStateToDisplay"
println "CPU $minCoresToDisplay $recCoresToDisplay $availableCoresToDisplay $coresStateToDisplay"
println "Disk Space $minDiskSpaceToDisplay $recDiskSpaceToDisplay $availableDiskSpaceToDisplay $diskStateToDisplay"
println
if [[ ${osIssueFound} == true ]]; then
println $(printError "ERROR: The OS version doesn't match requirements.")
println
println $(printWarning "NOTE: You need a CentOS 7.1 node.")
exit 1;
fi
if [[ ! ${resourceIssueFound} == "none" ]]; then
if [[ ${resourceIssueFound} == "blocker" ]]; then
println $(printError "ERROR: The resources available are lower than minimum.")
exit 1
else
println $(printWarning "!!! The resources available are lower than recommended.")
println
if [[ ${SILENT} == false ]]; then
pressYKeyToContinue "Proceed?"
println
fi
fi
fi
}
checkResourceAccess() {
local resourceIssueFound=false
local printStatus=true
for resource in ${EXTERNAL_DEPENDENCIES[@]}; do
doCheckResourceAccess ${resource} ${printStatus} || resourceIssueFound=true
done
println
if [[ ${resourceIssueFound} == true ]]; then
println $(printError "ERROR: Some external repositories are not accessible.")
println
println $(printWarning "NOTE: This is probably a temporary issue.")
println $(printWarning "NOTE: Run 'wget --spider <url>' to check for access.")
println $(printWarning "NOTE: Restart installation once access is restored.")
println $(printWarning "NOTE: You may consider setting up a proxy server if access is blocked.")
exit 1
fi
}
doCheckResourceAccess() {
local resource=$1
local printStatus=$2
local url=`echo ${resource} | awk -F'|' '{print $1}'`;
local cookie=`echo ${resource} | awk -F'|' '{print $2}'`;
local checkFailed=0
if [[ ${cookie} == "" ]]; then
wget --timeout=10 --tries=5 --quiet --spider ${url} || checkFailed=1
else
wget --timeout=10 --tries=5 --quiet --spider --no-cookies --no-check-certificate --header "${cookie}" ${url} || checkFailed=1
fi
if [[ ${printStatus} == true ]]; then
local checkStatus=$([ ${checkFailed} == 0 ] && echo "$(printSuccess "[OK]")" || echo "$(printError "[NOT OK]")")
println "$(printf "%-${DEPENDENCIES_STATUS_OFFSET}s" ${url}) ${checkStatus}"
fi
return ${checkFailed}
}
printPreInstallInfo_multi() {
clear
println "Welcome. This program installs ${ARTIFACT_DISPLAY} ${VERSION}."
println
println "Checking system pre-requisites..."
println
preConfigureSystem
doCheckAvailableResourcesLocally 1000000 1 20000000 2000000 2 50000000
if [[ ${ARTIFACT} == "codenvy" ]]; then
println "Configuring system properties with file://${CONFIG}..."
println
fi
if [ -n "${SYSTEM_ADMIN_NAME}" ]; then
insertProperty "admin_ldap_user_name" ${SYSTEM_ADMIN_NAME}
fi
if [ -n "${SYSTEM_ADMIN_PASSWORD}" ]; then
if [[ "${VERSION}" =~ ^(4).* ]]; then
insertProperty "admin_ldap_password" ${SYSTEM_ADMIN_PASSWORD}
else
insertProperty "system_ldap_password" ${SYSTEM_ADMIN_PASSWORD}
fi
fi
if [[ ${SILENT} == true ]]; then
if [ -n "${HOST_NAME}" ]; then
insertProperty "host_url" ${HOST_NAME}
fi
doGetHostsVariables
println "Hostname of Codenvy : "${HOST_NAME}
println "Hostname of Puppet master node : "${PUPPET_MASTER_HOST_NAME}
println "Hostname of data node : "${DATA_HOST_NAME}
println "Hostname of API node : "${API_HOST_NAME}
println "Hostname of builder node : "${BUILDER_HOST_NAME}
println "Hostname of runner node : "${RUNNER_HOST_NAME}
println "Hostname of datasource node : "${DATASOURCE_HOST_NAME}
println "Hostname of analytics node : "${ANALYTICS_HOST_NAME}
println "Hostname of site node : "${SITE_HOST_NAME}
println
else
println "Codenvy hostnames: will prompt for entry"
println
askHostnameAndInsertProperty "Set hostname of Codenvy" "host_url"
askHostnameAndInsertProperty "Set hostname of Puppet master node" "puppet_master_host_name"
askHostnameAndInsertProperty "Set hostname of data node" "data_host_name"
askHostnameAndInsertProperty "Set hostname of API node" "api_host_name"
askHostnameAndInsertProperty "Set hostname of builder node" "builder_host_name"
askHostnameAndInsertProperty "Set hostname of runner node" "runner_host_name"
askHostnameAndInsertProperty "Set hostname of datasource node" "datasource_host_name"
askHostnameAndInsertProperty "Set hostname of analytics node" "analytics_host_name"
askHostnameAndInsertProperty "Set hostname of site node" "site_host_name"
clearLine
println
pressYKeyToContinue "Proceed?"
println
fi
println "Checking access to Codenvy nodes..."
println
doCheckAvailableResourcesOnNodes
doCheckAvailablePorts_multi
println "Checking access to external dependencies..."
println
checkResourceAccess
}
doCheckAvailableResourcesOnNodes() {
local globalNodeIssueFound=false
local globalOsIssueFound=false
doGetHostsVariables
local output=$(validateHostname ${PUPPET_MASTER_HOST_NAME})
if [ "${output}" != "success" ]; then
println $(printError "ERROR: The hostname '${PUPPET_MASTER_HOST_NAME}' is not available.")
println
println $(printWarning "NOTE: This might happen when the node is down or not accessible")
println $(printWarning "NOTE: by a pre-configured DNS host name. Make sure you have")
println $(printWarning "NOTE: an appropriate entry in '/etc/hosts' file.")
exit 1
fi
println "$(printf "%-43s" "${PUPPET_MASTER_HOST_NAME}" && printSuccess "[OK]")"
for HOST in ${DATA_HOST_NAME} ${API_HOST_NAME} ${BUILDER_HOST_NAME} ${DATASOURCE_HOST_NAME} ${ANALYTICS_HOST_NAME} ${SITE_HOST_NAME} ${RUNNER_HOST_NAME}; do
# check if host available
local output=$(validateHostname ${HOST})
if [ "${output}" != "success" ]; then
println $(printError "ERROR: The hostname '${HOST}' is not available.")
println
println $(printWarning "NOTE: This might happen when the node is down or not accessible")
println $(printWarning "NOTE: by a pre-configured DNS host name. Make sure you have")
println $(printWarning "NOTE: an appropriate entry in '/etc/hosts' file.")
exit 1
fi
local sshPrefix="ssh -o BatchMode=yes -o LogLevel=quiet -o StrictHostKeyChecking=no -t ${HOST}"
# validate ssh access
${sshPrefix} "exit"
if [[ ! $? == 0 ]]; then
println $(printError "ERROR: There is no ssh access to '${HOST}'")
println
println $(printWarning "NOTE: Put public part of ssh key (id_rsa.pub) onto '${HOST}' node")
println $(printWarning "NOTE: into ~/.ssh folder of '${USER}' user and restart installation")
exit 1
fi
# valid sudo rights
${sshPrefix} "sudo -n true 2> /dev/null"
if [[ ! $? == 0 ]]; then
println $(printError "ERROR: User '${USER}' doesn't have sudo rights on '${HOST}'")
println
println $(printWarning "NOTE: Grant sudo privileges to '${USER}' user and restart installation")
exit 1
fi
if [[ ${HOST} == ${RUNNER_HOST_NAME} ]]; then
MIN_RAM_KB=1500000
MIN_DISK_SPACE_KB=40000000
else
MIN_RAM_KB=1000000
MIN_DISK_SPACE_KB=20000000
fi
local osIssueFound=false
local osType=""
local osVersion=""
local osInfo=""
case `${sshPrefix} "uname" | sed 's/\r//'` in
Linux )
if [[ `${sshPrefix} "if [[ -f /etc/redhat-release ]]; then echo 1; fi" | sed 's/\r//'` == 1 ]]; then
osType="CentOS";
osVersion=`${sshPrefix} "cat /etc/redhat-release" | sed 's/.* \([0-9.]*\) .*/\1/'`
osInfo=`${sshPrefix} "cat /etc/redhat-release" | sed 's/Linux release //' | sed 's/\r//'`
# SuSE
elif [[ `${sshPrefix} "if [[ -f /etc/SuSE-release ]]; then echo 1; fi" | sed 's/\r//'` == 1 ]]; then
osInfo="SuSE"
# debian
elif [[ `${sshPrefix} "if [[ -f /etc/debian_version ]]; then echo 1; fi" | sed 's/\r//'` == 1 ]]; then
osInfo=`${sshPrefix} "cat /etc/issue.net" | sed 's/\r//'`
# other linux OS
elif [[ `${sshPrefix} "if [[ -f /etc/lsb-release ]]; then echo 1; fi" | sed 's/\r//'` == 1 ]]; then
osInfo=`${sshPrefix} "$(cat /etc/lsb-release | grep '^DISTRIB_ID' | awk -F= '{ print $2 }')" | sed 's/\r//'`
fi
;;
* )
osInfo=`${sshPrefix} "uname" | sed 's/\r//'`;
;;
esac
# check on OS CentOS 7
if [[ ${osType} != "CentOS" || "7.1" > "${osVersion}" ]]; then
osIssueFound=true
globalOsIssueFound=true
fi
local availableRAM=`${sshPrefix} "cat /proc/meminfo | grep MemTotal" | awk '{print $2}'`
local availableRAMIssue=false
local availableDiskSpace=`${sshPrefix} "sudo df /mnt/data | tail -1" | awk '{print $4}'` # available
local availableDiskSpaceIssue=false
if [[ -z ${availableRAM} || ${availableRAM} < ${MIN_RAM_KB} ]]; then
availableRAMIssue=true
fi
if [[ -z ${availableDiskSpace} || ${availableDiskSpace} < ${MIN_DISK_SPACE_KB} ]]; then
availableDiskSpaceIssue=true
fi
if [[ ${osIssueFound} == true || ${availableRAMIssue} == true || ${availableDiskSpaceIssue} == true ]]; then
globalNodeIssueFound=true
local nodeStateToDisplay=$([ ${osIssueFound} == true ] && echo $(printError "[NOT OK]") || echo $(printWarning "[WARNING]"))
println "$(printf "%-43s" "${HOST}" ${nodeStateToDisplay})"
osInfoToDisplay=$(printf "%-30s" "${osInfo}")
if [[ ${osIssueFound} == true ]]; then
println "> DETECTED OS: ${osInfoToDisplay} $(printError "[NOT OK]")"
println
fi
if [[ ${availableRAMIssue} == true || ${availableDiskSpaceIssue} == true ]]; then
println "> RECOMMENDED AVAILABLE"
if [[ ${availableRAMIssue} == true ]]; then
local minRAMToDisplay=$(printf "%-15s" "$(printf "%0.2f" "$( m=34; awk -v m=${MIN_RAM_KB} 'BEGIN { print m/1000/1000 }' )") GB")
local availableRAMToDisplay=`${sshPrefix} "cat /proc/meminfo | grep MemTotal" | awk '{tmp = $2/1000/1000; printf"%0.2f",tmp}'`
local availableRAMToDisplay=$(printf "%-11s" "${availableRAMToDisplay} GB")
println "> RAM $minRAMToDisplay $availableRAMToDisplay $(printWarning "[WARNING]")"
fi
if [[ ${availableDiskSpaceIssue} == true ]]; then
local minDiskSpaceToDisplay=$(printf "%-15s" "$(( ${MIN_DISK_SPACE_KB}/1000/1000 )) GB")
local availableDiskSpaceToDisplay=$(( availableDiskSpace /1000/1000 ))
local availableDiskSpaceToDisplay=$(printf "%-11s" "${availableDiskSpaceToDisplay} GB")
println "> Disk Space $minDiskSpaceToDisplay $availableDiskSpaceToDisplay $(printWarning "[WARNING]")"
fi
println
fi
else
println "$(printf "%-43s" "${HOST}" && printSuccess "[OK]")"
fi
done
println
if [[ ${globalNodeIssueFound} == true ]]; then
if [[ ${globalOsIssueFound} == true ]]; then
println $(printError "ERROR: The OS version doesn't match requirements.")
println
println $(printWarning "NOTE: You need a CentOS 7.1 node")
exit 1;
fi
println $(printWarning "!!! Some nodes do not match recommended.")
println
if [[ ${SILENT} != true ]]; then
pressYKeyToContinue "Proceed?"
println
fi
fi
}
setStepIndicator() {
CURRENT_STEP=$1
echo ${CURRENT_STEP} > /dev/shm/im_current_step
shift
updateLine ${STEP_LINE} ${INSTALLATION_STEPS[${CURRENT_STEP}]}
updateProgress ${CURRENT_STEP}
}
initTimer() {
START_TIME=`date +%s`
}
runTimer() {
updateTimer &
TIMER_PID=$!
}
killTimer() {
if [ -n "${TIMER_PID}" ]; then
kill -KILL ${TIMER_PID}
fi
}
continueTimer() {
if [ -n "${TIMER_PID}" ]; then
kill -SIGCONT ${TIMER_PID}
fi
}
pauseTimer() {
if [ -n "${TIMER_PID}" ]; then
kill -SIGSTOP ${TIMER_PID}
fi
}
updateTimer() {
for ((;;)); do
END_TIME=`date +%s`
DURATION=$(( $END_TIME-$START_TIME))
M=$(( $DURATION/60 ))
S=$(( $DURATION%60 ))
updateLine ${TIMER_LINE} "Elapsed time: "${M}"m "${S}"s"
sleep 1
done
}
updateProgress() {
local current_step=$1
local last_step=${LAST_INSTALLATION_STEP}
local progress_number=$(( ${current_step}*100/${last_step} ))
local progress_field=
for ((i=1; i<=${current_step}*${PROGRESS_FACTOR}; i++)); do
progress_field="${progress_field}="
done
progress_field=$(printf "[%-$(( ${last_step}*${PROGRESS_FACTOR} ))s]" ${progress_field})
local message="Full install ${progress_field} ${progress_number}%"
updateLine ${PROGRESS_LINE} "${message}"
}
runPuppetInfoPrinter() {
updatePuppetInfo &
PRINTER_PID=$!
}
killPuppetInfoPrinter() {
if [ -n "${PRINTER_PID}" ]; then
kill -KILL ${PRINTER_PID}
fi
}
continuePuppetInfoPrinter() {
if [ -n "${PRINTER_PID}" ]; then
kill -SIGCONT ${PRINTER_PID}
fi
}
pausePuppetInfoPrinter() {
if [ -n "${PRINTER_PID}" ]; then
kill -SIGSTOP ${PRINTER_PID}
fi
}
runFooterUpdater() {
updateFooter &
LINE_UPDATER_PID=$!
}
killFooterUpdater() {
if [ -n "${LINE_UPDATER_PID}" ]; then
kill -KILL ${LINE_UPDATER_PID}
fi
}
continueFooterUpdater() {
if [ -n "${LINE_UPDATER_PID}" ]; then
kill -SIGCONT ${LINE_UPDATER_PID}
fi
}
pauseFooterUpdater() {
if [ -n "${LINE_UPDATER_PID}" ]; then
kill -SIGSTOP ${LINE_UPDATER_PID}
fi
}
# footer lines count descendently
initFooterPosition() {
println
println
println
println
STEP_LINE=4
PUPPET_LINE=3
PROGRESS_LINE=2
TIMER_LINE=1
echo "" > /dev/shm/im_line_1
echo "" > /dev/shm/im_line_2
echo "" > /dev/shm/im_line_3
echo "" > /dev/shm/im_line_4
echo "" > /dev/shm/im_prev_line_1
echo "" > /dev/shm/im_prev_line_2
echo "" > /dev/shm/im_prev_line_3
echo "" > /dev/shm/im_prev_line_4
}
updatePuppetInfo() {
for ((;;)); do
local line=$(sudo tail -n 1 /var/log/puppet/puppet-agent.log 2>/dev/null)
if [[ -n "$line" ]]; then
updateLine ${PUPPET_LINE} "[PUPPET: ${line:0:$(( ${DEPENDENCIES_STATUS_OFFSET}-8 ))}...]" # print first N symbols of line
else
updateLine ${PUPPET_LINE} ""
fi
sleep 1
done
}
runInternetAccessChecker() {
echo 0 > /dev/shm/im_internet_access_lost
updateInternetAccessChecker &
INTERNET_CHECKER_PID=$!
}
killInternetAccessChecker() {
if [ -n "${INTERNET_CHECKER_PID}" ]; then
kill -KILL ${INTERNET_CHECKER_PID}
fi
}
continueInternetAccessChecker() {
if [ -n "${INTERNET_CHECKER_PID}" ]; then
kill -SIGCONT ${INTERNET_CHECKER_PID}
fi
}
pauseInternetAccessChecker() {
if [ -n "${INTERNET_CHECKER_PID}" ]; then
kill -SIGSTOP ${INTERNET_CHECKER_PID}
fi
}
updateInternetAccessChecker() {
for ((;;)); do
doUpdateInternetAccessChecker
local checkFailed=$?
CURRENT_STEP=`echo $(</dev/shm/im_current_step)`
if [[ ${checkFailed} == 1 ]]; then
updateLine ${STEP_LINE} "${INSTALLATION_STEPS[${CURRENT_STEP}]} $(printError " Internet connection lost... reconnecting...")"
else
updateLine ${STEP_LINE} "${INSTALLATION_STEPS[${CURRENT_STEP}]}"
fi
sleep 1m
done
}
doUpdateInternetAccessChecker() {
local printStatus=false
local checkFailed=0
for resource in ${EXTERNAL_DEPENDENCIES[@]}; do
local isRequiredToCheck=`echo ${resource} | awk -F'|' '{print $3}'`;
if [[ ${isRequiredToCheck} == 1 ]]; then
doCheckResourceAccess ${resource} ${printStatus} || checkFailed=1
fi
if [[ ${checkFailed} == 1 ]]; then
echo ${checkFailed} > /dev/shm/im_internet_access_lost
fi
done
return ${checkFailed}
}
printPostInstallInfo_codenvy() {
if [ -z ${SYSTEM_ADMIN_NAME} ]; then
SYSTEM_ADMIN_NAME=`grep admin_ldap_user_name= ${CONFIG} | cut -d '=' -f2`
fi
if [ -z ${SYSTEM_ADMIN_PASSWORD} ]; then
if [[ "${VERSION}" =~ ^(4).* ]]; then
SYSTEM_ADMIN_PASSWORD=`grep admin_ldap_password= ${CONFIG} | cut -d '=' -f2`
else
SYSTEM_ADMIN_PASSWORD=`grep system_ldap_password= ${CONFIG} | cut -d '=' -f2`
fi
fi
if [ -z ${HOST_NAME} ]; then
HOST_NAME=$(grep host_url\\s*=\\s*.* ${CONFIG} | sed 's/host_url\s*=\s*\(.*\)/\1/')
fi
println
println "Codenvy is ready: $(printImportantLink "http://$HOST_NAME")"
println "Admin user name: $(printImportantInfo "$SYSTEM_ADMIN_NAME")"
println "Admin password: $(printImportantInfo "$SYSTEM_ADMIN_PASSWORD")"
println
println "$(printWarning "!!! Set up DNS or add a hosts rule on your clients to reach this hostname.")"
}
printPostInstallInfo_installation-manager-cli() {
println
println "Codenvy Installation Manager is installed into ${DIR}/codenvy-cli directory"
}
setRunOptions "$@"
printPreInstallInfo_${CODENVY_TYPE}
setterm -cursor off
initFooterPosition
initTimer
runFooterUpdater
runTimer
runInternetAccessChecker
doConfigureSystem
doInstallJava
doInstallImCli
if [[ ${ARTIFACT} == "codenvy" ]]; then
runDownloadProgressUpdater
doDownloadBinaries
pauseDownloadProgressUpdater
runPuppetInfoPrinter
doInstallCodenvy
fi
setStepIndicator ${LAST_INSTALLATION_STEP}
sleep 2
pauseTimer
pausePuppetInfoPrinter
pauseInternetAccessChecker
pauseFooterUpdater
printPostInstallInfo_${ARTIFACT}
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