Wp_commentmeta: it contains the meta data associated with the comments on the site. Typically the prefix used is wp but depending on the individual installation, it may vary. In the tables we're going to examine, you'll see a prefix followed by a hyphen and the name of the table that offers information about its contents. In any case, the database will contain tables created by default, let's see what they are one by one. For example with Softaculous included in our plans shared hosting, vps cloud hosting and dedicated server you can install WordPress in just a few clicks. When you choose to install WordPress manually you need to create a database, if instead you use an auto installer like Softaculous this process is done automatically. Using phpMyAdmin for WordPress can be useful in database management, if you already know what is WordPress you may also know that all information about articles, comments and so on are stored within a MySQL database.įirstly, let's look at how the data is organized in this database.Įvery WordPress installation requires a database to function. phpMyAdmin for WordPress: optimizing the database.phpMyAdmin for WordPress: change theme from database. phpMyAdmin for WordPress: disable plugins.How the WordPress database is organized.NOTE: If successful, the above command will create an SSH tunnel but will not display any output on the server console. Remember to replace KEYFILE with the path to your private key and SERVER-IP with the public IP address or hostname of your server: $ ssh -N -L 8888:127.0.0.1:80 -i KEYFILE that if you are redirecting HTTP requests to the HTTPS port, you must use destination port 443 instead of 80. Run the following command to configure the SSH tunnel using the SSH key file. Make sure that you have your SSH credentials (. Open a new terminal window on your local system (for example, using “Finder -> Applications -> Utilities -> Terminal” in macOS or the Dash in Ubuntu). To access the application using your Web browser, create an SSH tunnel, as described below. If you are unable to access phpMyAdmin, verify that the SSH tunnel was created by checking the PuTTY event log (accessible via the “Event Log” menu): Here is an example of what you should see: Log in to phpMyAdmin by using the following credentials: The SSH session will now include a secure SSH tunnel between the two specified ports.Īccess the phpMyAdmin console through the secure SSH tunnel you created, by browsing to. In the “Session” section, save your changes by clicking the “Save” button.Ĭlick the “Open” button to open an SSH session to the server. You’ll see the added port in the list of “Forwarded ports”. This will create a secure tunnel by forwarding a port (the “destination port”) on the remote server to a port (the “source port”) on the local host (127.0.0.1 or localhost).Ĭlick the “Add” button to add the secure tunnel configuration to the session. Remember that if you are redirecting HTTP requests to the HTTPS port, you must use destination port 443 instead of 80. In the “Connection -> SSH -> Tunnels” section, add a new forwarded port by introducing the following values: Once you have your SSH client correctly configured and you have confirmed that you can successfully access your instance using SSH, you need to create an SSH tunnel in order to access phpMyAdmin. In the instructions below we have selected PuTTY, a free SSH client for Windows and UNIX platforms. In order to access phpMyAdmin via SSH tunnel, you need an SSH client. TIP: Refer to these instructions to learn how to obtain your private key. Watch the following video to learn how to easily access phpMyAdmin on Windows through an SSH tunnel: In this case, modify the steps below to use ports 81 or 443 respectively instead of port 80 for the tunnel endpoint. Similarly, if you have enabled Varnish (TM) or HTTPS redirection, your stack’s Web server might be accessible on port 81 (Varnish (TM)) or port 443 (SSL). If this port is already in use by another application on your local machine, replace it with any other port number greater than 1024 and modify the steps below accordingly. NOTE: The steps below suggest using port 8888 for the SSH tunnel. IMPORTANT: Before following the steps below, ensure that your Web and database servers are running. This implies that you must be able to connect to your server over SSH in order to access these applications remotely. To access it from a remote system, you must create an SSH tunnel that routes requests to the Web server from 127.0.0.1. For security reasons, phpMyAdmin is accessible only when using 127.0.0.1 as the hostname.
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