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#!/bin/bash
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setup_ldap( ) {
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### Usage: setup_ldap <ldap_password> <local_domain>
#
# This function is used to setup the LDAP structure based on the ldiff files
# located in 'install_utils/'. It will delete the previous structure and data
# and recreate a new empty one.
#
# Parameters:
# * ldap_password: the clear password for the admin user of the LDAP
# * local_domain: the domain extension to use for the LDAP structure in LDAP notation
###
apt-get -y install slapd
echo "Hashing the LDAP password ..."
hashed_ldap_passwd = $( slappasswd -s $1 )
echo " Hash of the password: $hashed_ldap_passwd "
echo "Building the LDAP config files ..."
sed 's|dc=example,dc=org|' " $2 " '|g' install_utils/db.ldiff | sed 's|FILL_IT|' " $hashed_ldap_passwd " '|g' > /tmp/db
sed 's|dc=example,dc=org|' " $2 " '|g' install_utils/schema.ldiff | sed 's|FILL_IT|' " $hashed_ldap_passwd " '|g' > /tmp/schema
echo "Building the LDAP config files: Done"
echo "Stopping slapd service ..."
service slapd stop
echo "Stopping slapd service: Done"
echo "Deleting exisitng LDAP configuration ..."
rm -rf /etc/ldap/slapd.d/*
rm -rf /var/lib/ldap/*
echo "Deleting existing LDAP configuration: Done"
echo "Setting up the new LDAP configuration ..."
slapadd -n 0 -l /tmp/schema -F /etc/ldap/slapd.d/
slapadd -n 1 -l /tmp/db
echo "Setting up the new LDAP configuration: Done"
echo "Fixing the LDAP files permissions ..."
chown -R openldap:openldap /etc/ldap/slapd.d
chown -R openldap:openldap /var/lib/ldap
echo "Fixing the LDAP files permissions: Done"
echo "Starting slapd service ..."
service slapd start
echo "Starting slapd service: Done"
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}
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install_requirements( ) {
### Usage: install_requirements
#
# This function will install the required packages from APT repository
# and Pypi repository. Those packages are qll required for Re2o to work
# properly.
###
echo "Setting up the required packages ..."
apt-get -y install \
python3-django \
python3-dateutil \
texlive-latex-base \
texlive-fonts-recommended \
python3-djangorestframework \
python3-django-reversion \
python3-pip \
libsasl2-dev libldap2-dev \
libssl-dev \
python3-crypto \
python3-git \
javascript-common \
libjs-jquery \
libjs-jquery-ui \
libjs-jquery-timepicker \
libjs-bootstrap
pip3 install django-bootstrap3 django-ldapdb= = 0.9.0 django-macaddress
echo "Setting up the required packages: Done"
}
install_database( ) {
### Usage: install_database <engine_type> <local_setup> <db_name> <username> <password>
#
# This function will install the database by downloading the correct APT packages
# and initiating the database schema.
#
# Parameters:
# * engine_type: The DB engine to use.
# 1 = mysql
# 2 = postgresql
# * local_setup: Should the database be installed locally
# 1 = yes
# 2 = no
# * db_name: The name of the database itself
# * username: The username to access the database
# * password: The password of the user to access the database
###
echo "Setting up the database ..."
engine_type = $1
local_setup = $2
db_name = $3
username = $4
password = $5
if [ $engine_type = = 1 ] ; then
echo "Installing MySQL client ..."
apt-get -y install python3-mysqldb mysql-client
echo "Installing MySQL client: Done"
mysql_command = " CREATE DATABASE $db_name collate='utf8_general_ci';
CREATE USER '$username' @'localhost' IDENTIFIED BY '$password' ;
GRANT ALL PRIVILEGES ON $db_name .* TO '$username' @'localhost' ;
FLUSH PRIVILEGES; "
if [ $local_setup = = 1 ] ; then
echo "Setting up local MySQL server ..."
apt-get -y install mysql-server
mysql -u root --execute= " $mysql_command "
echo "Setting up local MySQL server: Done"
else
echo "Please execute the following command on the remote SQL server and then continue"
echo " $mysql_command "
while true; do
read -p "Continue (y/n)?" choice
case " $choice " in
y| Y ) break; ;
n| N ) exit; ;
* ) echo "Invalid" ; ;
esac
done
fi
else
echo "Installing PostgreSQL client ..."
apt-get -y install postgresql-client python3-psycopg2
echo "Installing PostgreSQL client: Done"
pgsql_command1 = " CREATE DATABASE $db_name ENCODING 'UTF8' LC_COLLATE='fr_FR.UTF-8' LC_CTYPE='fr_FR.UTF-8'; "
pgsql_command2 = " CREATE USER $username with password ' $password '; "
pgsql_command3 = " ALTER DATABASE $db_name owner to $username ; "
if [ $local_setup = = 1 ] ; then
echo "Setting up local PostgreSQL server ..."
apt-get -y install postgresql
sudo -u postgres psql --command= " $pgsql_command1 "
sudo -u postgres psql --command= " $pgsql_command2 "
sudo -u postgres psql --command= " $pgsql_command3 "
echo "Setting up local PostgreSQL server: Done"
else
echo "Please execute the following commands on the remote SQL server and then continue"
echo " sudo -u postgres psql $pgsql_command1 "
echo " sudo -u postgres psql $pgsql_command2 "
echo " sudo -u postgres psql $pgsql_command3 "
while true; do
read -p "Continue (y/n)?" choice
case " $choice " in
y| Y ) break; ;
n| N ) exit; ;
* ) echo "Invalid" ; ;
esac
done
fi
fi
echo "Setting up the database: Done"
}
init_django( ) {
### Usage: init_django
#
# This function will initialise the Django project by applying the migrations,
# creating a first user with the superuser rights and collecting the statics
###
echo "Applying Django migrations ..."
python3 manage.py migrate
echo "Applying Django migrations: Done"
echo "Creating a superuser ..."
python3 manage.py createsuperuser
echo "Creating a superuser: Done"
echo "Collecting web frontend statics ..."
python3 manage.py collectstatic --noinput
echo "Collecting web frontend statics: Done"
}
install_active_directory( ) {
### Usage: install_active_directory <local_setup> <password> <domain>
#
# This function will install the active directory
#
# Parameters:
# * local_setup: Should the Active Directory be installed locally ?
# 1 = yes
# 2 = no
# * password: the clear password for the admin user of the LDAP
# * domain: the domain extension to use for the LDAP structure in LDAP notation
###
echo "Setting up the active direcory ..."
local_setup = $1
password = $2
domain = $3
if [ $local_setup = = 1 ] ; then
echo "Setting up local active directory ..."
setup_ldap $password $domain
echo "Setting up local active directory: Done"
else
echo "Please execute the following command on the remote LDAP server and then continue"
echo " ./install_re2o.sh ldap $password $domain "
while true; do
read -p "Continue (y/n)?" choice
case " $choice " in
y| Y ) break; ;
n| N ) exit; ;
* ) echo "Invalid" ; ;
esac
done
fi
echo "Setting up the active directory: Done"
}
write_settings_file( ) {
### Usage: write_settings_file <db_engine_type> <sql_hostname> <sql_db_name> <sql_username> <sql_password>
# <ldap_cn> <ldap_tls> <ldap_password> <ldap_hostname> <ldap_domain>
# <email_hostname> <email_port> <extension> <url>
#
# This function will write a clean local settings file based on the example.
#
# Parameters:
# * db_engine_type: The engine for the database
# 1 = MySQL
# 2 = PostgreSQL
# * sql_hostname: The hostname for contacting the database
# * sql_db_name: The name of the database itself
# * sql_username: The user to use to access the database
# * sql_password: The password to use to access the database
# * ldap_cn: The CN entry for the Active Directory admin in LDAP notation
# * ldap_tls: Should the TLS be activated to contact the Active Directory
# 1 = yes
# 2 = no
# * ldap_password: The password to use to connect to the Active Directoryy
# * ldap_hostname: The hostname for contacting the Active Directory
# * ldap_domain: The local domain for the Active Directory in LDAP notation
# * email_hostname: The hostname for contacting the mail server
# * email_port: The port for contacting the mail server
# * extension: The extension to use
# * url: The main URL to use for Re2o
###
echo "Writing of the settings_local.py file ..."
db_engine_type = $1
sql_hostname = $2
sql_db_name = $3
sql_username = $4
sql_password = $5
ldap_cn = $6
ldap_tls = $7
ldap_password = $8
ldap_hostname = $9
ldap_domain = ${ 10 }
email_hostname = ${ 11 }
email_port = ${ 12 }
extension = ${ 13 }
url = ${ 14 }
SETTINGS_LOCAL_FILE = 're2o/settings_local.py'
SETTINGS_EXAMPLE_FILE = 're2o/settings_local.example.py'
cp $SETTINGS_EXAMPLE_FILE $SETTINGS_LOCAL_FILE
django_secret_key = $( python -c "import random; print(''.join([random.SystemRandom().choice('abcdefghijklmnopqrstuvwxyz0123456789%=+') for i in range(50)]))" )
aes_key = $( python -c "import random; print(''.join([random.SystemRandom().choice('abcdefghijklmnopqrstuvwxyz0123456789%=+') for i in range(32)]))" )
if [ $db_engine_type = = 1 ] ; then
sed -i 's/db_engine/django.db.backends.mysql/g' $SETTINGS_LOCAL_FILE
else
sed -i 's/db_engine/django.db.backends.postgresql_psycopg2/g' $SETTINGS_LOCAL_FILE
fi
sed -i 's/SUPER_SECRET_KEY/' " $django_secret_key " '/g' $SETTINGS_LOCAL_FILE
sed -i 's/SUPER_SECRET_DB/' " $sql_password " '/g' $SETTINGS_LOCAL_FILE
sed -i 's/A_SECRET_AES_KEY/' " $aes_key " '/g' $SETTINGS_LOCAL_FILE
sed -i 's/db_name_value/' " $sql_db_name " '/g' $SETTINGS_LOCAL_FILE
sed -i 's/db_user_value/' " $sql_username " '/g' $SETTINGS_LOCAL_FILE
sed -i 's/db_host_value/' " $sql_hostname " '/g' $SETTINGS_LOCAL_FILE
sed -i 's/ldap_dn/' " $ldap_cn " '/g' $SETTINGS_LOCAL_FILE
if [ $ldap_tls = = 2 ] ; then
sed -i "s/'TLS': True,/# 'TLS': True,#/g" $SETTINGS_LOCAL_FILE
fi
sed -i 's/SUPER_SECRET_LDAP/' " $ldap_password " '/g' $SETTINGS_LOCAL_FILE
sed -i 's/ldap_host_ip/' " $ldap_hostname " '/g' $SETTINGS_LOCAL_FILE
sed -i 's/dc=example,dc=org/' " $ldap_domain " '/g' $SETTINGS_LOCAL_FILE
sed -i 's/example.org/' " $extension " '/g' $SETTINGS_LOCAL_FILE
sed -i 's/MY_EMAIL_HOST/' " $email_hostname " '/g' $SETTINGS_LOCAL_FILE
sed -i 's/MY_EMAIL_PORT/' " $email_port " '/g' $SETTINGS_LOCAL_FILE
sed -i 's/URL_SERVER/' " $url " '/g' $SETTINGS_LOCAL_FILE
echo "Writing of the settings_local.py file: Done"
}
install_webserver( ) {
### Usage: install_webserver <engine_type> <tls> <url>
#
# This function will install the web server by installing the correct APT packages
# and configure it
#
# Parameters:
# * engine_type: The engine to use as a web server
# 1 = Apache2
# 2 = NginX
# * tls: Should the TLS (with LE) be generated and activated
# 1 = yes
# 2 = no
# * url: The url to access Re2o. This parameter is only used if TLS is activated
# for generating the certifcate with the right domain name
###
echo "Setting up web server ..."
engine_type = $1
tls = $2
url = $3
if [ $engine_type = = 1 ] ; then
echo "Setting up Apache2 web server ..."
apt-get -y install apache2 libapache2-mod-wsgi-py3
a2enmod ssl
a2enmod wsgi
a2enconf javascript-common
if [ $tls = = 1 ] ; then
echo "Setting up TLS with LE for Apache2 web server ..."
cp install_utils/apache2/re2o-tls.conf /etc/apache2/sites-available/re2o.conf
apt-get -y install certbot
apt-get -y install python-certbot-apache
certbot certonly --rsa-key-size 4096 --apache -d $url
sed -i 's/LE_PATH/' " $url " '/g' /etc/apache2/sites-available/re2o.conf
echo "Setting up TLS with LE for Apache2 web server: Done"
else
cp install_utils/apache2/re2o.conf /etc/apache2/sites-available/re2o.conf
fi
rm /etc/apache2/sites-enabled/000-default.conf
sed -i 's|URL_SERVER|' " $url " '|g' /etc/apache2/sites-available/re2o.conf
sed -i 's|PATH|' " $( pwd ) " '|g' /etc/apache2/sites-available/re2o.conf
a2ensite re2o
echo "Setting up Apache2 web server: Done"
echo "Reloading Apache2 service ..."
service apache2 reload
echo "Reloading Apache2 service: Done"
else
echo "Nginx automatic setup is not supported. Please configure it manually."
echo "Please onfirm you have acknowledged this message."
while true; do
read -p "Acknowledged (y/n)?" choice
case " $choice " in
y| Y ) break; ;
n| N ) exit; ;
* ) echo "Invalid" ; ;
esac
done
fi
echo "Setting up web server: Done"
}
interactive_guide( ) {
### Usage: interactive_guide
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#
# This function will guide through the automated setup of Re2o by asking
# the user for some informations and some installation choices. It will
# then proceed to setup and configuration of the required tools according
# to the user choices.
###
echo "Re2o setup !"
echo "This tool will help you setup re2o. It is highly recommended to use a Debian clean server for this operation."
echo "Installing basic packages required for this script to work ..."
apt-get -y install sudo dialog
echo "Installing basic packages required for this script to work: Done"
# Common setup for the dialog prompts
export DEBIAN_FRONTEND = noninteractive
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HEIGHT = 20
WIDTH = 60
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CHOICE_HEIGHT = 4
#############
## Welcome ##
#############
BACKTITLE = "Re2o setup"
# Welcome prompt
TITLE = "Welcome"
MSGBOX = "This tool will help you setup re2o. It is highly recommended to use a Debian clean server for this operation."
init = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --msgbox " $MSGBOX " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
######################
## Database options ##
######################
BACKTITLE = "Re2o setup - configuration of the database"
# Prompt for choosing the database engine
TITLE = "Database engine"
MENU = "Which engine should be used as the database ?"
OPTIONS = ( 1 "mysql"
2 "postgresql" )
sql_bdd_type = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --menu " $MENU " \
$HEIGHT $WIDTH $CHOICE_HEIGHT " ${ OPTIONS [@] } " 2>& 1 >/dev/tty)
# Prompt for choosing the database location
TITLE = "SQL location"
MENU = " Where to install the SQL database ?
* 'Local' will setup everything automatically but is not recommended for production
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* 'Remote' will ask you to manually perform some setup commands on the remote server"
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OPTIONS = ( 1 "Local"
2 "Remote" )
sql_is_local = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --menu " $MENU " \
$HEIGHT $WIDTH $CHOICE_HEIGHT " ${ OPTIONS [@] } " 2>& 1 >/dev/tty)
if [ $sql_is_local = = 2 ] ; then
# Prompt to enter the remote database hostname
TITLE = "SQL hostname"
INPUTBOX = "The hostname of the remote SQL database"
sql_host = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --inputbox " $INPUTBOX " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
# Prompt to enter the remote database name
TITLE = "SQL database name"
INPUTBOX = "The name of the remote SQL database"
sql_name = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --inputbox " $INPUTBOX " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
# Prompt to enter the remote database username
TITLE = "SQL username"
INPUTBOX = "The username to access the remote SQL database"
sql_login = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --inputbox " $INPUTBOX " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
clear
else
# Use of default values for local setup
sql_name = "re2o"
sql_login = "re2o"
sql_host = "localhost"
fi
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# Prompt to enter the database password
TITLE = "SQL password"
INPUTBOX = "The password to access the SQL database"
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sql_password = $( dialog --clear --backtitle " $BACKTITLE " \
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--title " $TITLE " --inputbox " $INPUTBOX " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
##############################
## Active directory options ##
##############################
BACKTITLE = "Re2o setup - configuration of the active directory"
# Prompt to choose the LDAP location
TITLE = "LDAP location"
MENU = " Where would you like to install the LDAP ?
* 'Local' will setup everything automatically but is not recommended for production
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* 'Remote' will ask you to manually perform some setup commands on the remote server"
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OPTIONS = ( 1 "Local"
2 "Remote" )
ldap_is_local = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --menu " $MENU " \
$HEIGHT $WIDTH $CHOICE_HEIGHT " ${ OPTIONS [@] } " 2>& 1 >/dev/tty)
# Prompt to enter the LDAP domain extension
TITLE = "Domain extension"
INPUTBOX = "The local domain extension to use (e.g. 'example.net'). This is used in the LDAP configuration."
extension_locale = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --inputbox " $INPUTBOX " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
# Building the DN of the LDAP from the extension
IFS = '.' read -a extension_locale_array <<< $extension_locale
for i in " ${ extension_locale_array [@] } "
do
ldap_dn += " dc= $i , "
done
ldap_dn = ${ ldap_dn : :- 1 }
if [ $ldap_is_local = = 2 ] ; then
# Prompt to enter the remote LDAP hostname
TITLE = "LDAP hostname"
INPUTBOX = "The hostname of the remote LDAP"
ldap_host = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --inputbox " $INPUTBOX " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
# Prompt to choose if TLS should be activated or not for the LDAP
TITLE = "TLS on LDAP"
MENU = "Would you like to activate TLS for communicating with the remote LDAP ?"
OPTIONS = ( 1 "Yes"
2 "No" )
ldap_tls = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --MENU " $MENU " \
$HEIGHT $WIDTH $CHOICE_HEIGHT " ${ OPTIONS [@] } " 2>& 1 >/dev/tty)
# Prompt to enter the admin's CN of the remote LDAP
TITLE = "CN of amdin user"
INPUTBOX = "The CN entry for the admin user of the remote LDAP"
ldap_cn = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --inputbox " $INPUTBOX " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
else
ldap_cn = "cn=admin,"
ldap_cn += $ldap_dn
ldap_host = "localhost"
ldap_tls = 2
fi
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# Prompt to enter the LDAP password
TITLE = "LDAP password"
INPUTBOX = "The password to access the LDAP"
ldap_password = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --inputbox " $INPUTBOX " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
#########################
## Mail server options ##
#########################
BACKTITLE = "Re2o setup - configuration of the mail server"
# Prompt to enter the hostname of the mail server
TITLE = "Mail server hostname"
INPUTBOX = "The hostname of the mail server to use"
email_host = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --inputbox " $TITLE " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
# Prompt to choose the port of the mail server
TITLE = "Mail server port"
MENU = "Which port (thus which protocol) to use to contact the mail server"
OPTIONS = ( 25 "SMTP"
465 "SMTPS"
587 "Submission" )
email_port = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --menu " $MENU " \
$HEIGHT $WIDTH $CHOICE_HEIGHT " ${ OPTIONS [@] } " 2>& 1 >/dev/tty)
########################
## Web server options ##
########################
BACKTITLE = "Re2o setup - configuration of the web server"
# Prompt to choose the web server
TITLE = "Web server to use"
MENU = "Which web server to install for accessing Re2o web frontend (automatic setup of nginx is not supported) ?"
OPTIONS = ( 1 "apache2"
2 "nginx" )
web_serveur = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --menu " $MENU " \
$HEIGHT $WIDTH $CHOICE_HEIGHT " ${ OPTIONS [@] } " 2>& 1 >/dev/tty)
# Prompt to enter the requested URL for the web frontend
TITLE = "Web URL"
INPUTBOX = "URL for accessing the web server (e.g. re2o.example.net). Be sure that this URL is accessible and correspond to a DNS entry (if applicable)."
url_server = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --inputbox " $INPUTBOX " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
# Prompt to choose if the TLS should be setup or not for the web server
TITLE = "TLS on web server"
MENU = "Would you like to activate the TLS (with Let'Encrypt) on the web server ?"
OPTIONS = ( 1 "Yes"
2 "No" )
is_tls = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --menu " $MENU " \
$HEIGHT $WIDTH $CHOICE_HEIGHT " ${ OPTIONS [@] } " 2>& 1 >/dev/tty)
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###############################
## End of configuration step ##
###############################
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BACKTITLE = "Re2o setup"
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# Prompt to inform the config setup is over
TITLE = "End of configuration step"
MSGBOX = " The configuration step is now finished. The script will now perform the following actions:
* Install the required packages
* Install and setup the requested database if 'local' has been selected
* Install and setup the ldap if 'local' has been selected
* Write a local version of 'settings_local.py' file with the previously given informations
* Apply the Django migrations for the project
* Collect the statics for the web interface
* Install and setup the requested web server
* Install and setup a TLS certificate for the web server if requested"
end_config = $( dialog --clear --backtitle " $BACKTITLE " \
--title " $TITLE " --msgbox " $MSGBOX " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
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clear
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################################
## Perform the actual actions ##
################################
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install_requirements
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install_database $sql_bdd_type $sql_is_local $sql_name $sql_login $sql_password
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install_active_directory $ldap_is_local $ldap_password $ldap_dn
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write_settings_file $sql_bdd_type $sql_host $sql_name $sql_login $sql_password \
$ldap_cn $ldap_tls $ldap_password $ldap_host $ldap_dn \
$email_host $email_port $extension_locale $url_server
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init_django
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install_webserver $web_serveur $is_tls $url_server
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###########################
## End of the setup step ##
###########################
BACKTITLE = "Re2o setup"
# Prompt to inform the installation process is over
TITLE = "End of the setup"
MSGBOX = " You can now visit $url_server and connect with the credentials you just entered. This user hhas the superuser rights, meaning he can access and do everything. "
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end = $( dialog --clear --BACKTITLE " $BACKTITLE " \
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--title " $TITLE " " $MSGBOX " \
$HEIGHT $WIDTH 2>& 1 >/dev/tty)
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}
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main_function( ) {
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### Usage: main_function [ldap <ldap_password> [<local_domain>]]
#
# This function will parse the arguments to determine which part of the tool to start.
# If launched with no arguments, the full setup guide will be started.
# If launched with the 'ldap' argument, only the ldap setup will performed.
#
# Parameters:
# * ldap_password: the clear password for the admin user of the LDAP
# * local_domain: the domain extension to use for the LDAP structure in LDAP notation
###
if [ ! -z " $1 " ] ; then
if [ $1 = = ldap ] ; then
if [ ! -z " $2 " ] ; then
echo "Setting up local active directory ..."
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setup_ldap $2 $3
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echo "Setting up local active directory: Done"
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else
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echo "Arguments invalides !"
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echo "Usage: ./install_re2o.sh [ldap <ldap_password> [<local_domain>]]"
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exit
fi
fi
else
install_re2o_server
fi
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}
main_function $1 $2 $3
