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Server Side Rendering

Server Side Rendering (SSR) apps generate HTML content dynamically on the server for each request and send fully rendered pages to the browser. This approach improves performance for the initial load and enhances SEO since search engines can easily index the content. While SSR can be slightly slower than static apps due to server-side processing, it provides a good balance between performance and interactivity.

Since Appwrite's CDN supports dynamic content delivery, any server-side processing implemented in your site will be executed at your user's nearest edge location. The CDN also uses advanced compression algorithms to reduce data transfer sizes and improve delivery times of your site content. Any data relevant to other Appwrite products that you have integrated in your site, such as Auth, Databases, Storage, Functions, and Messaging, will be served from your project's pre-selected region.

Configuring your Appwrite Site to use SSR

When Appwrite builds your site for the first time, it scans your project's configuration files to determine whether the website should be rendered as static pages or using SSR.

If you need to manually update these settings, here are the steps to do so:

  1. Navigate to your site in the Appwrite Console and head to the Settings tab > Build settings section
  2. Select the Server side rendering checkbox (you may need to update your project codebase depending on your framework option)
  3. Confirm that the appropriate install command, build command, and output directory are set
  4. Click on the Update button and redeploy your site

Rendering strategy

Rendering strategy

Enabling SSR builds on your web app

To enable SSR builds for your web app, you may need to make some additional updates in case of the following frameworks:

Appwrite-specific environment variables

You can access several environment variables pertaining to your Appwrite project in SSR apps.

VariableDescriptionAvailable at Build and/or Run Time
APPWRITE_SITE_API_ENDPOINT
The API endpoint of the running site
Both
APPWRITE_VERSION
The Appwrite version used to run the site
Both
APPWRITE_REGION
The region where the site will run from
Both
APPWRITE_DEPLOYMENT_TYPE
The deployment source type, such as manual, cli, or vcs
Both
APPWRITE_SITE_API_KEY
The site API key used for server authentication
Build time
APPWRITE_SITE_ID
The ID of the running site
Both
APPWRITE_SITE_NAME
The name of the running site
Both
APPWRITE_SITE_DEPLOYMENT
The deployment ID of the running site
Both
APPWRITE_SITE_PROJECT_ID
The project ID of the running site
Both
APPWRITE_SITE_RUNTIME_NAME
The runtime name of the running site
Both
APPWRITE_SITE_RUNTIME_VERSION
The runtime version of the running site
Both
APPWRITE_SITE_CPUS
The CPU (runtime) specification of the running site
Both
APPWRITE_SITE_MEMORY
The memory (runtime) specification of the running site
Both
APPWRITE_VCS_REPOSITORY_ID
The provider repository ID for VCS deployments
Both
APPWRITE_VCS_REPOSITORY_NAME
The provider repository name for VCS deployments
Both
APPWRITE_VCS_REPOSITORY_OWNER
The owner of the provider repository
Both
APPWRITE_VCS_REPOSITORY_URL
The URL of the provider repository
Both
APPWRITE_VCS_REPOSITORY_BRANCH
The branch used for the VCS deployment
Both
APPWRITE_VCS_REPOSITORY_BRANCH_URL
The URL of the branch used for the VCS deployment
Both
APPWRITE_VCS_COMMIT_HASH
The commit hash used for the VCS deployment
Both
APPWRITE_VCS_COMMIT_MESSAGE
The commit message used for the VCS deployment
Both
APPWRITE_VCS_COMMIT_URL
The URL of the commit used for the VCS deployment
Both
APPWRITE_VCS_COMMIT_AUTHOR_NAME
The name of the VCS commit author
Both
APPWRITE_VCS_COMMIT_AUTHOR_URL
The URL of the VCS commit author
Both
APPWRITE_VCS_ROOT_DIRECTORY
The root directory configured for the VCS deployment
Both

VCS metadata variables are populated for Git deployments. For manual and CLI deployments, VCS fields may be empty.