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130 lines
5.4 KiB
ReStructuredText
130 lines
5.4 KiB
ReStructuredText
.. _kerberos:
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*****************************************
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`Enabling Kerberos Authentication`:index:
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*****************************************
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To configure Kerberos authentication, you must setup your Kerberos Server and
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generate a ticket on the client using *kinit*. To enable Kerberos authentication
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for pgAdmin, you must configure the Kerberos settings in *config_local.py* or
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*config_system.py* (see the :ref:`config.py <config_py>` documentation) on the
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system where pgAdmin is installed in Server mode. You can copy these settings
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from *config.py* file and modify the values for the following parameters.
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.. csv-table::
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:header: "**Parameter**", "**Description**"
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:class: longtable
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:widths: 35, 55
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"AUTHENTICATION_SOURCES","The default value for this parameter is *internal*.
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To enable Kerberos authentication, you must include *kerberos* in the
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list of values for this parameter. you can modify the value as follows:
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* [‘kerberos’]: pgAdmin will use only Kerberos authentication.
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* [‘kerberos’, ‘internal’]: pgAdmin will first try to authenticate the user
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through kerberos. If that authentication fails, then it will return back
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to the login dialog where you need to provide internal pgAdmin user
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credentials for authentication."
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"KERBEROS_AUTO_CREATE_USER", "Set the value to *True* if you want to
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automatically create a pgAdmin user corresponding to a successfully
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authenticated Kerberos user. Please note that password is not stored in the
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pgAdmin database."
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"KRB_APP_HOST_NAME", "Specify the name of *pgAdmin webserver hostname*.
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Please note that if it is not set, it will take the value of
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*default_server* parameter."
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Keytab file for HTTP Service
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============================
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* Generate the *Keytab* file for the HTTP service principal and copy it to the
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*pgAdmin* webserver machine. Ensure that the operating system user owning
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the *pgAdmin* webserver is the owner of this file and should be accessible
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by that user.
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* Please note that either you should set *default_keytab_name* parameter in
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*krb5.conf* file or the environment variable *KRB5_KTNAME*. If not set then
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explicitly set *KRB_KTNAME* to the location of your *Keytab* file in the
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*config_local.py* or *config_system.py* file.
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Apache HTTPD Configuration
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==========================
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If the *pgAdmin* server is under the Apache Server, then you need to add the
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following parameters in *Directory* directive of
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:ref:`Apache HTTPD Configuration <server_deployment>`:
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* WSGIScriptReloading On
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* WSGIPassAuthorization On
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Browser settings to configure Kerberos Authentication
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=====================================================
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You need to configure the browser settings on the client machine to use
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Kerberos authentication via *SPNEGO*.
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- For Mozilla Firefox
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- Open the low level Firefox configuration page by entering *about:config* in
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the address bar.
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- In the Search text box, enter: *network.negotiate-auth.trusted-uris*
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- Double-click the *network.negotiate-auth.trusted-uris* preference and enter
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the hostname or the domain of the web server that is protected by Kerberos
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HTTP SPNEGO. Separate multiple domains and hostnames with a comma.
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- Click OK.
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- For Google Chrome
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- On Windows:
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* Open the Control Panel to access the Internet Options dialog.
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* Select the Security tab.
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* Select the Local Intranet zone and click the Sites button.
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* Make sure that the first two options, *Include all local (intranet) sites
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not listed in other zones* and *Include all sites that bypass the proxy
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server* are checked.
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* Click Advanced and add the names of the domains that are protected by
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Kerberos HTTP SPNEGO, one at a time, to the list of websites. For example,
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myhost.example.com. Click Close.
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* Click OK to save your configuration changes.
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- On Linux or macOS:
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* Add the *--auth-server-whitelist* parameter to the google-chrome command.
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For example, to run Chrome from a Linux prompt, run the google-chrome
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command as follows:
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.. code-block:: text
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google-chrome --auth-server-whitelist = "hostname/domain"
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PostgreSQL Server settings to configure Kerberos Authentication
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===============================================================
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* To connect the PostgreSQL server with Kerberos authentication, GSSAPI support
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has to be enabled when PostgreSQL is built and the necessary
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`configuration <https://www.postgresql.org/docs/current/gssapi-auth.html>`_
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has to be in place.
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* In pgAdmin you need to enable Kerberos authentication for the PostgreSQL
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server by setting "Kerberos authentication" flag to True in the Server dialog.
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Once it is enabled, pgAdmin will not prompt for a password and will try to
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connect to the PostgreSQL server using Kerberos.
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* Note that, you have to login into pgAdmin with Kerberos authentication to
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then connect to PostgreSQL using Kerberos.
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Master Password
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===============
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In the multi user mode, pgAdmin uses user's login password to encrypt/decrypt the PostgreSQL server password.
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In the Kerberos authentication, the pgAdmin user does not have the password, so we need an encryption key to store
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the PostgreSQL server password for the servers which are not configured to use the Kerberos authentication.
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To accomplish this, set the configuration parameter MASTER_PASSWORD to *True*, so upon setting the master password,
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it will be used as an encryption key while storing the password. If it is False, the server password can not be stored.
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