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      How To Use ActiveStorage in Rails 6 with DigitalOcean Spaces

      The author selected the Diversity in Tech fund to receive a donation as part of the Write for DOnations program.


      When you’re building web applications that let users upload and store files, you’ll want to use a scalable file storage solution. This way you’re not in danger of running out of space if your application gets wildly popular. After all, these uploads can be anything from profile pictures to house photos to PDF reports. You also want your file storage solution to be reliable so you don’t lose your important customer files, and fast so your visitors aren’t waiting for files to transfer. ou’ll want this all to be affordable too.

      DigitalOcean Spaces can address all of these needs. Because it’s compatible with Amazon’s S3 service, you can quickly integrate it into a Ruby on Rails application using the new ActiveStorage library that ships with Rails 6.

      In this guide, you’ll configure a Rails application, so it uses ActiveStorage with DigitalOcean Spaces. You’ll then run through the configuration necessary to get uploads and downloads blazing fast using direct uploads and Spaces’ built-in CDN (Content Delivery Network).

      When you’re finished, you’ll be ready to integrate file storage with DigitalOcean spaces into your own Rails application.


      Before you begin this guide, you’ll need the following:

      Step 1 — Getting the Sample App Running

      Rather than build a complete Rails application from scratch, you’ll clone an existing Rails 6 application that uses ActiveStorage and modify it to use DigitalOcean Spaces as its image storage backend. The app you’ll work with is Space Puppies, an image gallery that will let people upload and view photographs of their favorite puppies. The application looks like the following figure:

      The Space Puppies application running in a web browser

      Open your terminal and clone the application from GitHub with the following command:

      • git clone

      You’ll see output that looks similar to this:


      Cloning into 'space-puppies'... remote: Enumerating objects: 122, done. remote: Counting objects: 100% (122/122), done. remote: Compressing objects: 100% (103/103), done. remote: Total 122 (delta 3), reused 122 (delta 3), pack-reused 0 Receiving objects: 100% (122/122), 163.17 KiB | 1018.00 KiB/s, done. Resolving deltas: 100% (3/3), done.

      Next, check your Ruby version. Space Puppies uses Ruby 2.7.1, so run rbenv versions to check which version you have installed:

      If you’ve followed the prerequisite tutorials, you’ll only have Ruby 2.5.1 in that list, and your output will look like this:


      * system 2.5.1

      If you don’t have Ruby 2.7.1 in that list, install it using ruby-build:

      Depending on your machine’s speed and operating system, this might take a while. You’ll see output that looks like this:


      Downloading ruby-2.7.1.tar.bz2... -> Installing ruby-2.7.1... Installed ruby-2.7.1 to /root/.rbenv/versions/2.7.1

      Change to the space-puppies directory:

      rbenv will automatically change your Ruby version when you enter the directory. Verify the version:

      You’ll see output similar to the following:


      ruby 2.7.1p83 (2020-03-31 revision a0c7c23c9c) [x86_64-linux]

      Next, you will install the Ruby gems and JavaScript packages that the app needs to run. Then you’ll the database migrations needed for the Space Puppies app to run.

      Install all the necessary gems using the bundle command:

      Then, to tell rbenv about any new binaries installed by Bundler, use the rehash command:

      Next, tell yarn to install the necessary JavaScript dependencies:

      Now create the database schema with Rails’ built-in migration tool:

      With all the libraries installed and the database created, start the built-in web server with the following command:

      Note: By default, rails s only binds to the local loopback address, meaning you can only access the server from the same computer that runs the command. If you’re running on a Droplet and you’d like to access your server from a browser running on your local machine, you’ll need to tell the Rails server to respond to remote requests by binding to You can do that with this command:

      Your server starts, and you’ll receive output like this:


      => Booting Puma => Rails application starting in development => Run `rails server --help` for more startup options Puma starting in single mode... * Version 4.3.5 (ruby 2.7.1-p83), codename: Mysterious Traveller * Min threads: 5, max threads: 5 * Environment: development * Listening on tcp:// * Listening on tcp://[::1]:3000 Use Ctrl-C to stop

      Now you can access your application in a web browser. If you’re running the application on your local machine, navigate to http://localhost:3000. If you’re running on a Droplet or other remote server, then navigate to http://your_server_ip:3000.

      You’ll see the app’s interface, only this time without any puppies. Try adding a couple of images by clicking the New Puppy button.

      The Space Puppies application running in a web browser

      If you need puppy photos to use for testing, Unsplash has an extensive list you can use for testing. Review the Unsplash license if you plan to use these images in your projects.

      Before moving on, let’s walk through each layer of the application and look at how ActiveStorage works with each part so you can make the necessary changes for DigitalOcean Spaces. For a more detailed look at ActiveStorage, read the Active Storage Overview page in the official Rails documentation.

      First, look at the model, which represents an object in your application that you’re storing in the database. You’ll find the Puppy model in app/models/puppy.rb. Open this file in your text editor and you’ll see this code:


      class Puppy < ApplicationRecord
        has_one_attached :photo

      You’ll find the has_one_attached macro in the model, which indicates there’s a photo attached to each Puppy model instance. These photos will be stored as ActiveStorage::Blob instances via an ActiveStorage::Attached::One proxy.

      Close this file.

      The next layer up the stack is the controller. In a Rails application, the controller is responsible for controlling access to database models and responding to requests from the user. The corresponding controller for the Puppy model is the PuppiesController which you will find in app/controllers/puppies_controller.rb. Open this file in your editor and you’ll see the following code:


      class PuppiesController < ApplicationController
        def index
          @puppies = Puppy.with_attached_photo
        # ... snipped other actions ...

      Everything in the file is standard Rails code, apart from the with_attached_photo call. This call causes ActiveRecord to load all of the associated ActiveStorage::Blob associations when you fetch the list of Puppy models. This is a scope that ActiveStorage provides to help you avoid an expensive N+1 database query.

      Finally, let’s look at the views, which generate the HTML your application will send to the user’s browser. There are a few views in this app, but you’ll want to focus on the view responsible for showing the uploaded puppy image. You’ll find this file at app/views/puppies/_puppy.html.erb. Open it in your editor, and you’ll see code like this:


      <div class="puppy">
        <%= image_tag [250, 250]) %>

      ActiveStorage is designed to work with Rails, so you can use the built-in image_tag helper to generate a URL that points to an attached photo, wherever it happens to be stored. In this case, the app is using the variant support for images. When the user first requests this variant, ActiveStorage will automatically use ImageMagick via the image_processing gem, to generate a modified image fitting our requirements. In this case, it will create a puppy photo filling a 250x250 pixel box. The variant will be stored for you in the same place as your original photo, which means you’ll only need to generate each variant once. Rails will serve the generated version on subsequent requests.

      Note: Generating image variants can be slow, and you potentially don’t want your users waiting. If you know you’re going to need a particular variant, you can eagerly generate it using the .processed method: [250, 250]).processed

      It’s a good idea to do this kind of processing in a background job when you deploy to production. Explore Active Job and create a task to call processed to generate your images ahead of time.

      Now your application is running locally, and you know how all the code pieces fit together. Next, it’s time to set up a new DigitalOcean Space so you can move your uploads to the cloud.

      Step 2 — Setting up your DigitalOcean Space

      At the moment, your Space Puppies application stores images locally, which is fine for development or testing, but you almost certainly don’t want to use this mode in production. In order to scale the application horizontally by adding more application server instances, you’d need copies of each image on every server.

      In this step, you’ll create a DigitalOcean Space to use for your app’s images.

      Sign in to your DigitalOcean management console, click Create in the top right, and choose Spaces.

      Pick any data center and leave the CDN disabled for now; you’ll come back to this later. Ensure the file listing is set to Restrict File Listing.

      Choose a name for your Space. Remember that this will have to be unique across all Spaces users, so pick a unique name, like yourname-space-puppies. Click Create a Space:

      A screenshot of the DigitalOcean create space form with a name filled  in

      Warning: Be careful about access to the files you store on behalf of your customers. There have been many examples of data leaks and hacks due to misconfigured file storage. By default, ActiveStorage files are only accessible if you generate an authenticated URL, but it’s worth being vigilant if you’re dealing with customer data.

      You’ll then see your brand new Space.

      Click the Settings tab and take a note of your Space’s endpoint. You’ll need that when you configure your Rails application.

      Next, you’ll configure the Rails application to store ActiveStorage files in this Space. To do that securely, you need to create a new Spaces Access Key and Secret.

      Click API in the left navigation, then click Generate New Key in the bottom right. Give your new key a descriptive name like “Development Machine”. Your secret will only appear once, so be sure to copy it somewhere safe for a moment.

      A screenshot showing a Spaces access key

      In your Rails app, you’ll need a secure way to store that access token, so you’ll use Rails’ secure credential management feature. To edit your credentials, execute the following command in your terminal:

      • EDITOR="nano -w" rails credentials:edit

      This generates a master key and launches the nano editor so you can edit the values.

      In nano, add the following to your credentials.yml file, using your API key and secret from DigitalOcean:


        access_key: YOUR_API_ACCESS_KEY
        secret: YOUR_API_ACCESS_SCRET

      Save and close the file (Ctrl+X, then Y, then Enter), and Rails will store an encrypted version that’s safe to commit to source control in config/credentials.yml.enc.

      You will see output like the following:


      Adding config/master.key to store the encryption key: RANDOM_HASH_HERE Save this in a password manager your team can access. If you lose the key, no one, including you, can access anything encrypted with it. create config/master.key File encrypted and saved.

      Now that you’ve configured your credentials, you’re ready to point your app to your new Spaces bucket.

      Open the file config/storage.yml in your editor and add the following definition to the bottom of that file:


        service: S3
        endpoint: https://your-spaces-endpoint-here
        access_key_id: <%= Rails.application.credentials.dig(:digitalocean, :access_key) %>
        secret_access_key: <%= Rails.application.credentials.dig(:digitalocean, :secret) %>
        bucket: your-space-name-here
        region: unused

      Note that the service says S3 rather than Spaces. Spaces has an S3-compatible API, and Rails supports S3 natively. Your endpoint is https:// followed by your Space’s endpoint, which you copied previously, and the bucket name is the name of your Space, which you entered when creating it. The bucket name is also displayed as the title in your Control Panel when you view your Space.

      This configuration file will be stored unencrypted, so instead of entering your access key and secret, you’re referencing the ones you just entered securely in credentials.yml.enc.

      Note: DigitalOcean uses the endpoint to specify the region. However, you need to provide the region, or ActiveStorage will complain. Since DigitalOcean will ignore it, you can set it to whatever value you’d like. The value unused in the example code makes it clear that you’re not using it.

      Save the configuration file.

      Now, you need to tell Rails to use Spaces for your file storage backend instead of the local file system. Open config/environments/development.rb in your editor and change the config.active_storage.service entry from :local: to :digitalocean:


        # ...
        # Store uploaded files on the local file system (see config/storage.yml for options).
        config.active_storage.service = :digitalocean
        # ... 

      Save the file and exit your editor. Now start your server again:

      Visit http://localhost:3000 or http://your server ip:3000 in a browser once again.

      Upload some images, and the app will store them in your DigitalOcean Space. You can see this by visiting your Space in the DigitalOcean console. You will see the uploaded files and variants listed:

      files uploaded to a Space

      ActiveStorage uses random filenames by default, which is helpful when protecting uploaded customer data. Metadata, including the original filename, is stored in your database instead.

      Note: If you are getting an Aws::S3::Errors::SignatureDoesNotMatch, that might mean your credentials are incorrect. Run rails credentials:edit again and double-check them.

      Rails stores the names and some metadata about your files as ActiveStorage::Blob records. You can access the ActiveStorage::Blob for any of your records by calling an accessor method named after your attachment. In this case, the attachment is called photo.

      Try it out. Start a Rails console in your terminal:

      Grab the blob from the last puppy photo you uploaded:

      #=> => #<ActiveStorage::Blob ...>

      You now have a Rails Application storing uploads in a scalable, reliable, and affordable object store.

      In the next two steps, you’ll explore two optional additions you can make to the app that will help improve this solution’s performance and speed for your users.

      Step 3 — Configuring the Spaces CDN (Optional)

      Note: For this step, you will need a doman with name servers pointing to DigitalOcean. You can follow the How to Add Domains guide to do that.

      Using a Content Delivery Network (CDN) will allow you to provide faster downloads of files for your users by locating copies of the files closer to them.

      You can investigate CDN performance using a tool like Uptrends CDN Performance Check. If you add the URL for one of the photos you uploaded in the previous step, you’ll see things are fast if you happen to be nearby, but things get a little slower as you move away geographically. You can get the URL using the Developer Tools in your browser, or by starting a Rails console (rails c) and calling service_url on an attachment.


      Here’s an example Uptrends report with a file located in the San Francisco data center. Notice that the times decrease depending on the distance from San Francisco. San Diego has a short time, while Paris has a much longer time:

      An example Uptrends CDN Performance Report

      You can improve speeds by enabling Spaces’ built-in CDN. Go to Spaces in your DigitalOcean Control Panel and click the name of the Space you created in Step 2. Next, choose the Settings tab and click Edit next to CDN (Content Delivery Network), then click Enable CDN.

      Now you need to choose a domain to use for your CDN and create an SSL Certificate for the domain. You can do this automatically using Let’s Encrypt. Click the Use a custom subdomain dropdown and then Add a new subdomain certificate.

      Find the domain you’d like to use, then choose the option to create a subdomain. Something like is a standard naming convention. You can then give the certificate a name and click the “Generate Certificate and Use Subdomain” button.

      The filled-in Add Custom Subdomain form

      Press the Save button under CDN (Content Delivery Network).

      Your CDN is now enabled, but you need to tell your Rails Application to use it. This isn’t built into ActiveStorage in this version of Rails, so you’ll override some built-in Rails framework methods to make it work.

      Create a new Rails initializer called config/initializers/active_storage_cdn.rb and add the following code which will rewrite the URLs:


      Rails.application.config.after_initialize do
        require "active_storage/service/s3_service"
        module SimpleCDNUrlReplacement
          CDN_HOST = ""
          def url(...)
            url = super
            original_host = "#{}.#{}"      
            url.gsub(original_host, CDN_HOST)

      This initializer runs each time your application asks for a URL from an ActiveStorage::Service::S3Service provider. It then replaces the original, non-CDN host with your CDN host, defined as the CDN_HOST constant.

      You can now restart your server, and you’ll notice that each of your photos comes from the CDN. You won’t need to re-upload them, as DigitalOcean will take care of forwarding the content from the data center where you set up your Space out to the edge nodes.

      You might like to compare the speed of accessing one of your photos on Uptrends’ Performance Check site now to the pre-CDN speed. Here’s an example of using the CDN on a San Francisco-based Space. You can see a significant global speed improvement.

      The Uptrends CDN Performance Report after enabling the CDN

      Next you’ll configure the application to receive files directly from the browser.

      Step 4 — Setting up Direct Uploads (Optional)

      One last feature of ActiveStorage that you might like to consider is called a Direct Upload. Now, when your users upload a file, the data is sent to your server, processed by Rails, then forwarded to your Space. This can cause problems if you have many simultaneous users, or if your users are uploading large files, as each file will (in most cases) use a single app server thread for the entire duration of an upload.

      By contrast, a Direct Upload will go straight to your DigitalOcean Space with no Rails server hop in between. To do this, you’ll enable some built-in JavaScript that ships with Rails and configure Cross-Origin Resource Sharing([CORS](( on your Space so that you can securely send requests directly to the Space despite them originating in a different place.

      First, you’ll configure CORS for your Space. You will use s3cmd to do this, and you can follow Setting Up s3cmd 2.x with DigitalOcean Spaces if you haven’t configured this to work with Spaces yet.

      Create a new file called cors.xml and add the following code to the file, replacing your_domain with the domain you’re using for development. If you are developing on your local machine, you’ll use http://localhost:3000. If you’re developing on a Droplet, this will be your Droplet IP address:



      You can then use s3cmd to set this as the CORS configuration for your Space:

      • s3cmd setcors cors.xml s3://your-space-name-here

      There’s no output when this command runs successfully, but you can check that it worked by looking at your Space in the DigitalOcean Control Panel. Choose Spaces, then select the name of your Space, then select the Settings tab. You’ll see your configuration under the CORS Configurations heading:

      A successful CORS configuration for direct uploads

      Note: At the moment you need to use s3cmd rather than the Control Panel to configure CORS for “localhost” domains because the Control Panel treats these as invalid domains. If you’re using a non-localhost domain (like a Droplet IP) it’s safe to do it here.

      Now you need to tell Rails to use direct uploads, which you do by passing the direct_upload option to the file_field helper. Open app/views/puppies/new.html.erb in your editor and modify the file_field helper:


      <h2>New Puppy</h2>
      <%= form_with(model: @puppy) do |f| %>
        <div class="form-item">
          <%= f.label :photo %>
          <%= f.file_field :photo, accept: "image/*", direct_upload: true %>
        <div class="form-item">
          <%= f.submit "Create puppy", class: "btn", data: { disable_with: "Creating..." } %>
      <% end %>

      Save the file and start your server again:

      When you upload a new photo, your photo is uploaded directly to DigitalOcean Spaces. You can verify this by looking at the PUT request that’s made when you click the Create puppy button. You can find the requests by looking in your browser’s web console, or by reading the Rails server logs. You’ll notice that the image upload is significantly faster, especially for larger images.


      In this article you modified a basic Rails application using ActiveStorage to store files that are secure, fast, and scalable on DigitalOcean Spaces. You configured a CDN for fast downloads no matter where your users are located, and you implemented direct uploads so that your app servers will not be overwhelmed.

      You can now take this code and configuration and adapt it to fit your own Rails application.

      Source link

      How To Store WordPress Assets on DigitalOcean Spaces With Ubuntu 20.04


      DigitalOcean Spaces is an object storage service that can be used to store large amounts of diverse, unstructured data. WordPress sites, which often include image and video assets, can be good candidates for object storage solutions. Using object storage for these types of static resources can optimize site performance by freeing up space and resources on your servers. For more information about object storage and WordPress check out our tutorial on How To Back Up a WordPress Site to Spaces.

      In this tutorial, you’ll learn how to use a WordPress plugin that works directly with DigitalOcean Spaces as the primary asset store. The DigitalOcean Spaces Sync plugin routes the data of our WordPress media library to Spaces and provides you with various configuration options based on your needs, streamlining the process of using object storage with your WordPress instance.


      This tutorial assumes that you have a WordPress instance on a server you’ll use as a DigitalOcean Space. If you do not have this set up, you can complete the following:

      With these prerequisites in place, you’re ready to begin using this plugin.

      Modifying WordPress Permissions

      Throughout this tutorial, you will be working with the wp-content/uploads folder in your WordPress project, so it is important that this folder exists and has the correct permissions. You can create it with the mkdir command using the -p flag in order to create the folder if it doesn’t exist, and avoid throwing an error if it does:

      • sudo mkdir -p /var/www/html/wp-content/uploads

      You can now set permissions on the folder. First, set the ownership to your user (you will use sammy here, but be sure to use your non-root sudo user), and group ownership to the www-data group:

      • sudo chown -R sammy:www-data /var/www/html/wp-content/uploads

      Next, establish the permissions that will give the web server write access to this folder:

      • sudo chmod -R g+w /var/www/html/wp-content/uploads

      You will now be able to use our plugins to create a store in object storage for the assets in the wp-content/uploads folder, and to engage with your assets from the WordPress interface.

      Installing DigitalOcean Spaces Sync

      The first step in using DigitalOcean Spaces Sync will be to install it in your WordPress folder. You can navigate to the plugin folder within our WordPress directory:

      • cd /var/www/html/wp-content/plugins

      From here, install DigitalOcean Spaces Sync using the wp command:

      • wp plugin install do-spaces-sync

      To activate the plugin, you can run:

      • wp plugin activate do-spaces-sync

      From here, navigate to the plugins tab on the left-hand side of our WordPress administrative dashboard:

      WordPress Plugin Tab

      You should see DigitalOcean Spaces Sync in your list of activated plugins:

      Spaces Sync Plugin Screen

      To manage the settings for DigitalOcean Spaces Sync, navigate to our Settings tab, and select DigitalOcean Spaces Sync from the menu:

      Settings Tab

      DigitalOcean Spaces Sync will now give you options to configure your asset storage:

      DO Spaces Sync Configuration

      The Connection Settings field in the top half of the screen asks for your Spaces Access Key and Secret. It will then ask for your Container, which will be the name of your Space, and the Endpoint.

      You can determine the endpoint of your Space based on its URL. For example, if the URL of your Space is, then example-name will be your bucket/container, and will be your endpoint.

      In the plugin’s interface, the Endpoint section will be pre-filled with the default You should modify this endpoint if your Space lives in another region.

      Next, you will be asked for File & Path Settings. In the field marked Full URL-path to files, you can input either a storage public domain, if your files will be stored only on your Space, or a full URL path, if you will store them on your Space and server.

      For example, if your WordPress project is located in /var/www/html, and you want to store files on both your server and Space, then you would enter:

      • http://your_server_ip/wp-content/uploads in the Full URL-path to files field
      • /var/www/html/wp-content/uploads in the Local path field

      The Storage prefix and Filemask settings are prefilled, and do not need to be modified unless you would like to specify certain types of files for your sync.

      You will cover the specifics of storing files on your server and Space and on your Space alone in the following sections.

      Syncing and Saving Files in Multiple Locations

      DigitalOcean Spaces Sync offers the option of saving files to your server while also syncing them to your Space. This utility can be helpful if you need to keep files on your server, but would also like backups stored elsewhere. For this tutorial, you will go through the process of syncing a file to your Space while keeping it on your server. For the purposes of this example, you will assume that you have a file called sammy10x10.png that you would like to store in your media library and on your Space.

      First, navigate to the Settings tab on your WordPress administrative dashboard, and select DigitalOcean Spaces Sync from the menu of presented options.

      Next, in the Connections Settings field, enter your Spaces Key and Secret, followed by your Container and Endpoint. Remember, if the URL of your Space is, then example-name will be your Container, and will be your Endpoint. Test your connections by clicking the Check the Connection button at the bottom of the Connection Settings field:

      Check Connection Button

      Now you are ready to fill out the File & Path Settings.

      In the Full URL-path to files field you can enter our full URL path, since you are saving your file on your server and on your Space. You’ll use your server’s IP here, but if you have a domain, you can swap out the IP address for your domain name. For more about registering domains with DigitalOcean, see our tutorial on How To Set Up a Host Name with DigitalOcean. In this case, the Full URL-path to files will be http://your_server_ip/wp-content/uploads.

      Next, you will fill out the Local path field with the local path to the uploads directory: /var/www/html/wp-content/uploads.

      Because you are working with a single file, you do not need to modify the Storage prefix and Filemask sections. As your WordPress media library grows in size and variety, you can modify this setting to target individual file types using wildcards and extensions such as *.png in the Filemask field.

      Your final File & Path Settings will look like this:

      Sync Server and Cloud

      Be sure to save your configuration changes by clicking the Save Changes button at the bottom of the screen.

      Now you can add the file, sammy10x10.png, to our WordPress media library. You’ll use the wp media import command, which will import the file from your home directory to your WordPress media library. In this case, your home directory will belong to sammy, but in your case this will be your non-root sudo user. As you move the file, you will use the --path parameter to specify the location of our WordPress project:

      • wp media import --path=/var/www/html/ /home/sammy/sammy10x10.png

      Looking at the WordPress interface, you should now see the file in your Media Library. You can navigate there by following the Media Library tab on the left side of our WordPress administrative dashboard:

      Media Library Tab

      If you navigate to your Spaces page in the DigitalOcean control panel, you should also see the file in your Space.

      Finally, you can navigate to our wp-content/uploads folder, where WordPress will have created a sub-folder with the year and month. Within this folder you should see our sammy10x10.png file.

      Storing Files on Spaces

      The DigitalOcean Spaces Sync plugin has an additional option that will allow you to store files only on your Space, in case you would like to optimize space and resources on our server. You will work with another file, sammy-heart10x10.png, and set your DigitalOcean Spaces Sync settings so that this file will be stored only on your Space.

      First, let’s navigate back to the plugin’s main configuration page:

      DO Spaces Sync Configuration

      You can leave the Connection Settings information, but will modify the File & Path Settings. First, in the Full URL-path to files, you will write the storage public domain. Again, you will use your server IP, but you can swap this out for a domain if you have one: http://uploads.your_server_ip

      Next, navigate to Sync Settings, at the bottom of the page, and click the first box, which will allow you to “store files only in the cloud and delete after successful upload.” Your final File & Path Settings will look like this:

      Sync Cloud Only

      Be sure to save your changes by clicking the Save Changes button at the bottom of the screen.

      Back on the command line, move sammy-heart10x10.png from your user’s home directory to your Media Library using wp media import:

      • wp media import --path=/var/www/html/ /home/sammy/sammy-heart10x10.png

      If you navigate back to your WordPress interface, you will not see sammy-heart10x10.png or sammy10x10.png in your Media Library. Next, return to the command line and navigate to your wp-content/uploads directory — you should see that sammy-heart10x10.png is missing from your timestamped sub-folder.

      Finally, if you navigate to the Spaces page in the DigitalOcean control panel, you should see both files stored in your Space.


      This tutorial covered two different options you can use to store your WordPress media files to DigitalOcean Spaces using DigitalOcean Spaces Sync. This plugin offers additional options for customization, which you can learn more about by reading the developer’s article “Sync your WordPress media with DigitalOcean Spaces.”

      If you would like more general information about working with Spaces, check out our introduction to DigitalOcean Spaces and our guide to best practices for performance on Spaces.

      Source link

      How to Install Spaces for WordPress Solutions


      WordPress is one of the most widely used content management systems (CMS) in the world, making up over 33% of the web and providing technical and non-technical users alike a way to build and grow. As WordPress sites scale however, managing large sets of data and assets can sometimes surface latency errors that can affect end user load times.

      In this tutorial, learn how to install Spaces, an S3-compatible object storage service that lets you store and serve large amounts of data, to optimize your WordPress site’s speed and performance.


      In order to complete this tutorial, you’ll need a DigitalOcean account, and ideally a WordPress installation on Ubuntu 20.04. There are many different starting points for your WordPress installation, including:

      Whichever you choose, this tutorial will start with the assumption that you have a DigitalOcean account and WordPress installation configured with an administrative user on Ubuntu 20.04.

      Create a Space

      From your DigitalOcean control panel, click the Spaces button, in the sidebar on the left:

      DigitalOcean Control Panel

      If you do not have pre existing Spaces created, you’ll see a button prompting you to create a space. You can click that button and follow along. If you have an existing Spaces installation, you’ll see a list of your existing Spaces. In this case, you can use the Create button on the top right of the screen to create a new Space and follow the rest of this tutorial.

      Spaces splash page

      Next, you’ll make a series of choices to customize your Space. Let’s review each choice for your WordPress installation.

      Select Datacenter Region

      Pick the datacenter region closest to your customers general location.

      Spaces datacenter region

      Enable the CDN

      A content delivery network (CDN) is a geographically distributed group of servers optimized to deliver static content to end users. This static content can be almost any sort of data, but CDNs are most commonly used to deliver web pages and their related files, streaming video and audio, and large software packages.

      Using a CDN with your WordPress installation can give site visitors the speed and efficiency they’ve come to expect with WordPress. Should you choose to enable the CDN, you’ll be presented with two choices:

      Spaces CDN selection

      Enter a subdomain for your Space. For help on configuring your domain or subdomain with DigitalOcean servers, visit our tutorial, “How to Point to DigitalOcean Nameservers From Common Domain Registrars”. Edge Cache TTL is set at 1 hour by default – feel free to change this to fit your use case.

      Static Site Hosting

      You can use Static Site Hosting to serve your static html, images and js files. This can be helpful for WordPress installations to reduce content load time — if you decide to use it for your WordPress installation, you can access your Space via http protocol by adding a CNAME record to your DNS host. CDN custom domain cannot be used with static site hosting.

      Spaces static site hosting selection

      Allowing File Listing

      File listing allows for anyone who queries to list the content of your Space. Choose whether or now to enable this setting, keeping in mind that restricting file listing only restricts access to the metadata detailing file contents. The file itself may still be visible.

      Finalize and Create

      Add your unique subdomain name and select the Project that you’d like your space to be assigned to:

      Spaces finalize and create selection

      If everything looks correct in your Spaces configuration, click Create Space. You’ll be taken to your new space, once created:

      DigitalOcean Spaces Dashboard

      Add to your Space

      There are several ways to add connectivity between your WordPress installation and your new Space.

      If you intend to use DigitalOcean Spaces for your WordPress media library, follow our tutorial, “How to Store WordPress Assets on DigitalOcean Spaces”, to use the DigitalOcean Spaces Sync WordPress plugin to connect your installation with your new Space.

      To extend the speed and performance of asset delivery using your new Space, our tutorial “How to Speed Up WordPress Asset Delivery Using DigitalOcean Spaces CDN” shares tips and suggestions on optimizing the Spaces CDN to deliver media assets efficiently.


      Using Spaces with your WordPress installation enables you to provide a secure, fast, user-focused experience for site visitors. To dive deeper into using your new Space to benefit the speed and performance of your WordPress installation, visit the following tutorials:

      To learn more about how to optimize your WordPress installation, visit our complete list of resources for WordPress.

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