Click the “Change root password” button and enter a new password for the MySQL root user. On the same page, select the “Users” sub-tab. Click the “Add network” button and enter the public IP address of the server running your Bitnami application stack. On the resulting instance details page, click the “Access control” tab and the “Authorization” sub-tab. To do this:įrom the “Instances” page, click the instance ID of the database you just created. Once your database instance is running, the next step is to allow remote access to the MySQL database server. Make a note of the instance’s IP address, as you will need it in subsequent steps. You will be redirected to an “Instances” page which shows the current status of the instance, as shown below: Your new database instance will now be launched. On the “Create an instance” page, enter the details for the database you wish to create, most notably the instance ID, the region and the allocated storage capacity.Ĭlick the “Create” button to create the database instance. At the time of writing, “Second Generation” instances are in beta and do not offer a Service Level Agreement (SLA). NOTE: “Second Generation” instances offer higher performance at a lower cost, but do not support versions of MySQL older than MySQL 5.6. This guide assumes a “Second Generation” instance. On the resulting page, click the “Create instance” button.Ĭhoose between a “First Generation” or “Second Generation” instance. Step 1: Create a new database on Google Cloud SQLīegin by creating a new database on Google Cloud SQL, as described below:įrom the navigation menu, select the “Storage -> SQL” menu item. NOTE: Before following the steps in this guide, ensure that you have a Google Cloud Platform account, and that the server running your Bitnami application stack has a public IP address. The example application used in this guide is WordPress, although the steps will work generically for any Bitnami application stack. If you would like to migrate your Bitnami application’s database to Google Cloud SQL, this guide will walk you through the necessary steps. Migrate Your Application Database to Google Cloud SQL Migrate Your Application Database to Google Cloud SQL.Migrate Data From One Joomla! Instance to Another.Connect Instances in Different Private Networks using Network Peering.Best Practices for Cloud Resource Management.Learn about the Bitnami Diagnostic Tool.Separate a Single WordPress Multisite Instance into Multiple Independent WordPress Websites/Blogs.Monitor Bitnami Stacks with NGINX Amplify.Migrate Data From One WordPress Instance to Another. Learn about the Bitnami HTTPS Configuration Tool.Improve TensorFlow Serving Performance with GPU Support.Combine Multiple Independent WordPress Websites/Blogs into a Single WordPress Multisite Instance.Migrate Data From One Drupal Instance to Another.Migrate Data From One Bitnami LMS Powered by Moodle(TM) LMS Instance to Another.Install WordPress On Top Of The Bitnami NGINX Stack.Install Drupal On Top Of The Bitnami NGINX Stack.Configure Advanced Integration between Git and Redmine.Migrate a Local PHP Application to the Cloud.Generate and Install a Let's Encrypt SSL Certificate for a Bitnami Application.Bitnami How-To Guides for Google Cloud Platform
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