Skip to content

oxd-server Installation#

System Requirements#

oxd needs to be deployed on a server or VM with the following minimum requirements.

CPU Unit RAM Disk Space Processor Type
1 400MB 200MB 64 Bit

Note

oxd requires Java version 1.8

Installation via Linux Packages#

Starting with version 4.1, oxd is offered as one of the several components of the Gluu Server CE. To include oxd in your instance, just ensure to hit Y when prompted at installation time.

Step 1: Install Gluu CE and ensure to hit Y when Install Oxd? is prompted while running setup scripts.

Step 2: After the installation, configure your oxd server.

Step 3: Restart oxd server using below command.

Ubuntu 16.04 (xenial)

Operation Command
Restart oxd server /etc/init.d/oxd-server restart

Ubuntu 18.04 (bionic)/Debian 9 (stretch)/CentOS 7/RHEL 7

Operation Command
Restart oxd server systemctl restart oxd-server

After Gluu CE server installation is completed wait for about 10 minutes in total for the server to restart and finalize its configuration. After that period, to access Gluu CE server, sign in via a web browser to hostname provided during installation. For quick check whether oxd-server is alive use oxd Health Check endpoint https://$HOSTNAME:8443/health-check. This should return {"status":"running"} ensuring the successful installation of oxd.

Manual installation#

The oxd-server is a self-contained program. It can also be installed independently without Gluu CE server.

To run oxd-server:

  1. download oxd distribution zip: https://ox.gluu.org/maven/org/gluu/oxd-server/4.1.1.Final/oxd-server-4.1.1.Final-distribution.zip

  2. create a new directory ($OXD_SERVER_HOME) with appropriate name and unzip the downloaded oxd-server-4.1.1.Final-distribution.zip into it.

  3. move to $OXD_SERVER_HOME/conf folder and edit oxd-server.yml file to make necessary configuration changes (like setting correct absolute path of oxd-server.keystore in keyStorePath property etc.)

  4. now go to $OXD_SERVER_HOME/bin folder and start oxd-server using below command

Windows: 

oxd-start.bat

Linux: 

sh oxd-start.sh

Manual Build oxd-server Server#

If you're a Java geek, you can build the oxd-server server using Maven.

The code is available in Github.

The following command can be run inside the oxd folder to run the build:

  $ mvn clean package

oxd-server Uninstall Procedure#

Ubuntu 16.04 (xenial)#

/etc/init.d/oxd-server stop
sudo apt-get remove oxd-server
apt-get purge oxd-server

Ubuntu 18.04 (bionic)/Debian 9 (stretch)#

systemctl stop oxd-server
sudo apt-get remove oxd-server
apt-get purge oxd-server

CentOS 7/RHEL 7#

systemctl stop oxd-server
yum remove oxd-server
rm -rf /opt/oxd-server.save

Utility scripts#

View, delete entries inside the oxd-server database with lsox.sh or lsox.bat scripts#

There are four types of parameters which can be used by lsox.sh/lsox.bat files:

  • -l - list all oxd_ids inside the oxd database
  • -oxd_id <oxd_id> - view JSON representation of the entity by oxd_id
  • -d - removes entity by oxd_id.
  • -a - authorization access_token (e.g. lsox.sh -a gf4566-dlt456-emtr56-ddmg5kd). It is optional if oxd is not running. If it is running then it is REQUIRED. This is true if h2 database is used for persistence which is default. The reason is that if oxd is running it locks h2 database file. The lock is exclusive, so script can't access the file while oxd is running. To handle it script needs authorization via -a parameter. Authorization means access_token obtained via /get-client-token API call (same as Authorization header value used for all API calls).

The script is located in /opt/oxd-server/bin/lsox.sh. If you hit the script without any parameters, it shows a hint: 

yuriy@yuriyz:~/oxd-server-distribution/bin$ sh lsox.sh
BASEDIR=.
CONF=./../conf/oxd-server.yml
Missing required option: oxd_id
usage: utility-name
 -oxd_id,--oxd_id <arg>   oxd_id is unique identifier within oxd database
                          (returned by register_site and setup_client
                          commands)
 -l,--list                list all oxd_ids inside oxd database
 -d,--delete              deletes entry from oxd database

A typical call looks like this: 

yuriy@yuriyz:~/oxd-server-4.0-SNAPSHOT-distribution/bin$ sh lsox.sh -oxd_id d8cc6dea-4d66-4995-b6e1-da3a33722f2e -a gf4566-dlt456-emtr56-ddmg5kd
BASEDIR=.
CONF=./../conf/oxd-server.yml

yuriy@yuriyz:~/oxd-server-4.0-SNAPSHOT-distribution/bin$JSON for oxd_id d8cc6dea-4d66-4995-b6e1-da3a33722f2e
{"scope":["openid","uma_protection","profile"],"contacts":[],"pat":null,"rpt":null,"oxd_id":"d8cc6dea-4d66-4995-b6e1-da3a33722f2e","op_configuration_endpoint":"https://ce-dev4.gluu.org/.well-known/openid-configuration","id_token":null,"access_token":null,"logout_redirect_uri":"https://client.example.com/cb","application_type":"web","redirect_uris":["https://client.example.com/cb"],"claims_redirect_uri":[],"response_types":["code"],"front_channel_logout_uri":[""],"client_id":"@!38D4.410C.1D43.8932!0001!37F2.B744!0008!B390.5F6D.2051.A8C0","client_secret":"4a72e386-97ed-49a0-a338-cd448e5020b3","client_registration_access_token":"920fdb64-9bd7-4b5f-8a8c-8689e29860b8","client_registration_client_uri":"https://ce-dev4.gluu.org/oxauth/restv1/register?client_id=@!38D4.410C.1D43.8932!0001!37F2.B744!0008!B390.5F6D.2051.A8C0","client_id_issued_at":1528879584000,"client_secret_expires_at":1528965984000,"client_name":null,"sector_identifier_uri":null,"client_jwks_uri":null,"token_endpoint_auth_signing_alg":null,"token_endpoint_auth_method":null,"is_setup_client":null,"setup_oxd_id":null,"setup_client_id":null,"ui_locales":["en"],"claims_locales":["en"],"acr_values":[""],"grant_types":["authorization_code","urn:ietf:params:oauth:grant-type:uma-ticket","client_credentials"],"user_id":null,"user_secret":null,"pat_expires_in":0,"pat_created_at":null,"pat_refresh_token":null,"uma_protected_resources":[],"rpt_token_type":null,"rpt_pct":null,"rpt_upgraded":null,"rpt_expires_at":null,"rpt_created_at":null,"oxd_rp_programming_language":"java"}

Configuring Let's Encrypt CA trusted Certificates in Gluu CE server and oxd#

The following is the easiest way to gather CA trusted certificates from Let's Encrypt with Certbot for your Gluu Server. Inside the Gluu Server chroot, run the following commands:

apt-get update
apt-get install software-properties-common
add-apt-repository ppa:certbot/certbot
apt-get update
apt-get install python-certbot-apache

Now that you have certbot installed, you can run the following:

certbot --apache

This will prompt you with some additional questions and the automatically configure your Gluu Server's apache configuration to utilize the Let's Encrypt certs that it downloads to /etc/letsencrypt/live/$HOSTNAME/cert.pem, /etc/letsencrypt/live/$HOSTNAME/privkey.pem and /etc/letsencrypt/live/$HOSTNAME/chain.pem.

If you only want the certificates and for certbot to not handle configuring your web server configuration, run

certbot --apache certonly

Automating Renewal

Run below command to automate certificate renewal.

certbot renew

Configuring Let's Encrypt Certificate to oxd packed with Gluu CE

Follow below steps to use the Let's Encrypt Certificate configured to Gluu CE in oxd.

  1. Change directory to /etc/letsencrypt/live/$HOSTNAME/. This directory should have the following certificate files: cert.pem, chain.pem, fullchain.pem and privkey.pem.

  2. Concatenate all PEM files into one file fullcert.pem using command cat /etc/letsencrypt/live/$HOSTNAME/*.pem > fullcert.pem.

  3. Then use OpenSSL to convert fullcert.pem into PKCS12 format. 

openssl pkcs12 -export -out fullcert.pkcs12 -in fullcert.pem

  1. It will prompt to enter Export Password. Type export password and press enter to create fullcert.pkcs12.

  2. Now change directory to /opt/oxd-server/conf of oxd bundled with CE.

  3. Set the path of PKCS12 format file (created in step 3) in server.applicationConnectors.keyStorePathand server.adminConnectors.keyStorePath fields of /opt/oxd-server/conf/oxd-server.yml. Also set PKCS12 export password in server.applicationConnectors.keyStorePasswordand server.adminConnectors.keyStorePassword fields. For example:

# Connectors
server:
  applicationConnectors:
    - type: https
      port: 8443
      keyStorePath:/etc/letsencrypt/live/www.ce-hostname.com/fullcert.pkcs12
      keyStorePassword: example
      validateCerts: false
  adminConnectors:
    - type: https
      port: 8444
      keyStorePath: /etc/letsencrypt/live/www.ce-hostname.com/fullcert.pkcs12
      keyStorePassword: example
      validateCerts: false
  1. Restart oxd server. This will configure Let's Encrypt Certificate to oxd.