Openfire is a real time collaboration (RTC) server supporting XMPP (Jabber) and WebRTC. See also Why Openfire.
2018-04-23 New versions Openfire 4.2.3 / app-openfire 1.2.8
yum --enablerepo=clearos-contribs-testing install app-openfire
yum --enablerepo=clearos-contribs-testing upgrade openfire app-openfire
Openfire can be installed with the following command on a ClearOS 7.4 box:
1)yum --enablerepo=clearos-contribs-testing install app-openfire
2) Go to "System / Accounts / Users" in the menu to:
- Create some users (make sure the "Openfire User" is enabled in App policies for the user you create).
3) Go to "Server / Communication and Collaboration / Openfire" in the menu to:
- Click "Install and Initialize Built-in Directory". (Grab a coffee, this will take several minutes.)
- Click "Configure security Certificates" (TODO: Document what happens when Lets encrypt is enabled : http://wikisuite.org/How-to-install-Let-s-Encrypt-SSL-certificates-on-ClearOS).
- Select the admin user.
- Set the XMPP domain.
- Set the Openfire hostname from one of the available SSL certificates on the system. It is HIGHLY recommended that you use LetsEncrypt for this.
4) Follow the link and log in to Openfire.
ClearOS integration includes:
- ClearOS Openfire app
- Openfire
- Plugins: Fastpath, Openfire meetings, Monitoring
- System database provisioning
- LDAP integration
- focus user (openfire-focus) for Openfire meetings
- Letsencrypt
To Install Openfire 4.x on ClearOS 7.x within the WikiSuite environment follow these steps:
1.- Install a fresh ClearOS Server; be sure to run the latest Software updates to the core system.
2.- Make sure the clearos-epel repository is enabled
3- Include in the installation of:
a. The Web Server
How to set domain name on ClearOS
1.-Log in to your ClearOS via SSH using root.
2.-Install the Openfire app.
Type:
yum --enablerepo=clearos-contribs-testing install app-openfire
Go to "Server / Communication and Collaboration / Openfire' in the menu (https://yourserver.wikisuite.org:81/app/openfire):
1.-Click "Install and Initialize Built-in Directory". (Grab a coffee, this will take several minutes.)
1.-Initialize your OpenLDAP service through the Webconfig-Open LDAP Directory Server Module (https://yourserver.wikisuite.org:81/app/openldap_directory).
2.-On the Directory Server Settings page, set the server mode and Base Domain (https://yourserver.wikisuite.org:81/app/openldap_directory/settings/edit).
3.-On the Directory Server Policies page, set the Publish Policy and Accounts access according to your requirements (https://yourserver.wikisuite.org:81/app/openldap_directory/policies/edit).
4.-Don't forget to create one or two users as they will be used in the Openfire configuration phase. Use: (https://yourserver.wikisuite.org:81/app/users/add).
Go to "Server / Communication and Collaboration / Openfire" in the menu (https://yourserver.wikisuite.org:81/app/openfire):
Important notes:
The Openfire app will take care of opening the following ports:
Port | TCP/UDP | Access Control | Application | Description | |
5222 | TCP | Public | Openfire | The standard port for clients to connect to the server. Offers encryption via StartTLS | |
5223 | TCP | Public | Openfire | Direct SSL/TLS port for clients to connect to the server. | |
7443 | TCP | Public | Openfire | The port used for secured HTTP client connections. | |
9091 | TCP | Administrative | Openfire | The port used for secured (HTTPS) Admin Console access. |
However, you will probably want to open more than those. ClearOS's Firewall should configured to block all ports, and open the following:
Port | TCP/UDP | Access Control | Application | Description | |
22 | TPC | Administrative | SSH | Terminal access | |
25 | TCP | Public | OFMeet | SMTP: For emails for Openfire Meeting Planner | |
80 | TCP | Public | (generic) | Web server (HTTP) | |
81 | TCP | Administrative | ClearOS | Webconfig | |
143 | TCP | Public | OFMeet | IMAP: For emails for Openfire Meeting Planner | |
443 | TCP | Public | (generic) | Web server (HTTPS) | |
587 | TCP | Public | OFMeet | SMTP For emails for Openfire Meeting Planner if you use Gmail | |
993 | TCP | Public | OFMeet | IMAPS For emails for Openfire Meeting Planner | |
4443 | TCP | Public | OFMeet | RTP over TCP for Jitsi Videobridge (fallback media proxy for video conferencing) | |
5222 | TCP | Public | Openfire | The standard port for clients to connect to the server. On this port plain-text connections are established, which, depending on configurable security settings, can (or must) be upgraded to encrypted connections. | |
5223 | TCP | Public | Openfire | The port used for clients to connect to the server using the direct SSL/TLS method. Connections established on this port are established using a pre-encrypted connection. This type of connectivity is commonly referred to as the "old-style" or "legacy" method of establishing encrypted connections., but is not inherently 'less' secure. Configuration details can be modified in the security settings. | |
5269 | TCP | Public | Openfire | The port used for remote servers to connect to this server. Connections established on this port are established using a pre-encrypted connection. This type of connectivity is commonly referred to as the "old-style" or "legacy" method of establishing encrypted connections. Configuration details can be modified in the security settings. | |
7070 | TCP | Public | Openfire | The port used for unsecured HTTP client connections. | |
7443 | TCP | Public | Openfire | The port used for secured HTTP client connections. | |
9090 | TCP | Administrative | Openfire | The port used for unsecured (HTTP) Admin Console access. | |
9091 | TCP | Administrative | Openfire | The port used for secured (HTTPS) Admin Console access. | |
10000 | UDP | Public | OFMeet | Single UDP port multiplexing of multiple media streams (preferred media proxy for video conferencing) | |
50000-60000 | UDP | Public | OFMeet | Dynamically allocated ports for media streams (fallback media proxy for video conferencing) |
Notes:
WARNING: 2018-03-12: In openfire 4.2.2, plugins don't upgrade properly: apparently fixed in 4.2.3 (https://issues.igniterealtime.org/browse/OF-1464), which isn't released as of this writing.
1.- Use a web browser to connect to the admin console. The default port for the web-based initial setup admin console is 9090 (9091 for https). Initial setup and administration can be done from a remote computer using LAN IP address instead or hostname if it is resolvable by the remote computer, i.e. (https://yourserver.wikisuite.org:9090). The link is provided in the Openfire app for ClearOS.
Source: http://www.igniterealtime.org/builds/openfire/docs/latest/documentation/install-guide.html
The Openfire app for Clearos will have already installed and done basic setup of the following plugins:
1.- For security, Openfire Meetings Plugin creates a user named "focus". The openfire-app will create this user in ClearOS for you.
1.- Once the plugin has been successfully installed, the Fastpath tab should be available, click on it to configure Workgroups (https://yourserver.wikisuite.org:9091/plugins/fastpath/workgroup-summary.jsp).
Notes:
1.- Log in to your Openfire Admin Console with an administrator user.
2.- Click on the Plugins Tab to manage Plugins
3.- Click on the available plugins link and scroll down to find the plugin you want.
4.- Click on then ¨+¨ to add the plugin to the Openfire server.
Currently, the Openfire clearos app only allows adding one admin user. As of this writing (2017-03-14), it will even clobber all other admins except the newly selected one if you change it.
1.-There is no ClearOS group for the Openfire admins. To add more admins, you need to go into the Openfire admin interface Server -> Server Manager -> System Properties -> admin.authorizedJIDs .
Edit server properties (https://yourserver.wikisuite.org:9091/server-properties.jsp).
2.- Find the admin.authorizedJIDs property, edit it and add comma-separated full JIDs. In our specific case user at example.org. "Click on Save Property".
3.- Openfire needs a restart. Log in to your ClearOS via SSH using root and type:
service openfire restart
To get a transparent authentication between ConverseJS and Openfire, we need
to configure Tiki and install the TikiToken plugin (https://github.com/fabiomontefuscolo/openfire-tikitoken/) in OpenFire.
1 - The Tiki Token plugin is now shipping as an optional plugin in Openfire 4.1.5 Just activate as you would for any Openfire plugin. (You may also find more recent snapshots at Download the latest tikitoken.jar at https://github.com/fabiomontefuscolo/openfire-tikitoken/releases).
2 - Go to server properties page at http://yourserver.wikisuite.org:9090/server-properties.jsp
and set up a new property with name org.tiki.tikitoken.baseUrl and property
value will be your tiki base url; let's suppose http://tiki.wikisuite.org.
3 - Configure Tiki to talk to OpenFire. Go to the community page on the admin panels (RTC page on Tiki 19+), select the XMPP tab,
and:
4 - Still on Tiki, go to the "Admin Modules" panel (http://tiki.wikisuite.org/tiki-admin_modules.php).
5 - Click on the "All modules" tab.
6 - On field Filter type xmpp .
7 - Drag the result to the bottom of the page, in the closest gray-bordered box.
8 - Just save and the popup will appear.
9 - Refresh the page to see the box at the bottom of the page.
Alternatively, you can put PluginXMPP in a wiki page (Tiki19+).
This needs to be activated (server-wide, not on a room-by-room basis). The only thing that needs to be done here is to install an Openfire plugin called "HTTP File Upload". Once it is installed, compliant clients will discover the availability of the feature, and start offering the related functionality.
To install a plugin, log in to the Openfire admin console. Find the "Plugins" tab. If the "HTTP File Upload" plugin is not listed in the collection of installed plugins, click on "available plugins" in the left-hand side menu, and install the plugin.
Go to https://yourserver.demo.wikisuite.org/webmail to access Roundcube, then log in with your username and password.
https://example.org:81/app/smtp
https://example.org:81/app/imap
Edit the email setting in the Server Manager tab as in the image:
https://example.org:9091/system-email.jsp
Edit the email listener in the Meeting tab as in the image:
https://example.org:9091/plugins/ofmeet/ofmeet-email-listener.jsp
In some contexts, (corporate environments, captive portals in Internet cafes, etc.), some ports can be blocked. Thus, if you want to get rid of a port number, you can input the following apache configuration (Apache 2.4+ so you need ClearOS 7.x):
ProxyPass /ofmeet/ http://localhost:7070/ofmeet/ ProxyPassReverse /ofmeet/ http://localhost:7070/ofmeet/ ProxyPass /ofmeetws/ wss://localhost:7070/ofmeetws/ ProxyPassReverse /ofmeetws/ wss://localhost:7070/ofmeetws/
Then go to "Create new room" in the left menu.
Fill out the appropriate fields (Minimum Room ID, Room Name and Description). Finish by clicking on the Save Changes button.
Note: This will be replaced by ConverseJS.
Go to https://example.org:7443/ofmeet/candy.html
then log in with your account access.
With https://example.org:7443/ofmeet/ (from which you can pick a room)
with Spark in a login session, click on the "Action" tab, then the "Join a chatroom" option. In a new pop up, double-click in the list on the desired chatroom.
With Jitsi in a login session, click on the "File" tab, then the "Join a chatroom" option. In the new pop up, select the desired account and input a chatroom name.
Nearly ready: https://github.com/igniterealtime/Pade/issues/24
This requires users to install an app on their desktop (Windows / GNU/Linux / MacOSX) and to have the Openfire plugin for Chrome.
Please see Pàdé
Openfire stores its configuration in the database. On ClearOS, that is the system database.
Getting into the ClearOS system database can be a little confusing the first time. ClearOS typically runs two database servers. You will need the system database root password, and to connect to a non-default socket. Here is how:
cat /var/clearos/system_database/reports mysql -u root openfire -p --socket /var/lib/system-mysql/mysql.sock
You can then edit the Openfire configuration, which is stored in the ofProperty table. (SELECT * FROM `ofProperty`)
One change you are likely to want to make during debugging is to enable ldap debugging
INSERT INTO `openfire`.`ofProperty` (`name`, `propValue`, `encrypted`) VALUES ('log.debug.enabled', 'true', NULL); exit service openfire restart tail -f /var/log/openfire/debug.log
Useful references:
* Openfire LDAP guide
* ClearOS: Re-initialize your LDAP directory
The problem is most likely that your base domain changed.
OpenLdap on base ClearOS creates domains of the form:
dc=system,dc=lan
Unfortunately, if you install the ClearOS directory app AFTER Openfire, your base domain is likely to change. It's going to be:
If "Base Domain" is your.domain.name,
your base DN will be:
dc=your,dc=domain,dc=name
Openfire will not update its configuration automatically. You'll have to update the following ofProperty in Openfire's database
* ldap.baseDN (as is)
* ldap.searchFilter (modify the value in the parenthesis as appropriate)
This should work:
ldapsearch -x -h localhost -b 'dc=your,dc=domain,dc=name' 'uid=your_openfire_admin_user'
If the above does not return your user, logging into the Openfire admin console will NOT work.
This may help diagnose:
ldapsearch -x -h localhost
Should list all users. If you don't see yours, something is really wrong with your ldap configuration.