
Learn how Angular SSR in depth clarifies the rename from Angular Universal to Angular SSR, explains server side rendering, and highlights hydration, SEO friendliness, and social media crawler compatibility.
Discover how to transform a plain angular app into an angular universal application with server side rendering and pre rendering, using the CLI, dynamic application shell, and state transfer.
Set up the Angular SSR in depth course by cloning or downloading the code from GitHub, selecting the one-start branch, and installing NodeJS LTS with your editor of choice.
Explore how Angular Universal renders Angular apps on the server or at build time, contrasting server-side rendering with client-side rendering, and outlining benefits, downsides, and use cases.
Explore how Angular Universal improves perceived performance on mobile, enables server side rendering and pre rendering for faster content delivery, and boosts search engine visibility through web crawlers.
Explore why Angular Universal boosts startup performance and supports social media crawlers by delivering server-rendered HTML with platform-specific meta tags, including Twitter meta tags for share previews.
Explains why Angular Universal matters for search engine optimization beyond Google and for social media crawlers. Emphasizes performance and user experience as benefits and notes pre render at build time.
Transform a plain Angular app into a server-side rendered app using the Angular SSR package via the CLI, verify with view page source, and run in production or development mode.
Explore how angular server side rendering creates a server and a client application with separate bundles for a node express server and the browser, including hydration.
Learn to run angular server side rendering in development hot reload mode and in production, using dev SSR scripts and build and serve scripts with an express server.
Explore how an express server powers on-the-fly angular server-side rendering in production, serving static bundles from the dist folder and rendering dynamic routes.
Explore Angular server side rendering hydration, comparing without hydration and hydrated apps to show how client hydration reduces flicker, duplicates, and data fetches for faster, more SEO-friendly pages.
Learn how Angular Universal prerendering builds a pre-rendered Angular app. Produce static HTML in dist with root and about entry points, served by a static server.
discover how angular universal pre rendering integrates with the angular router to pre render static and dynamic routes by inspecting the router configuration.
Learn Angular SSR in depth through dynamic route prerendering, using routes.txt to pre-render dynamic course paths like /courses/01 and /courses/02 for fast static delivery.
Angular Universal helps optimize applications for search engines and social media crawlers by enabling per-page titles and descriptions through server-side rendering and metadata.
Learn to create custom titles and descriptions per page in Angular using the title service. Explore server-side rendering and runtime updates, and understand SEO implications across search engines.
Learn how to render dynamic page titles and meta descriptions for Angular SSR, and configure Twitter card metadata using the Title and Meta services to boost social crawler SEO.
Demonstrates building an Angular Universal application shell with a top menu and a server-side loading indicator, using a custom app-shell render structural directive with platform id and template ref.
Implement the appShellRender directive to render the loading indicator on the server and hide it on the client, delivering the initial application shell with the spinner.
Finish implementing the application shell in an Angular Universal setup, introducing app shell no render to exclude parts from server side rendering, and demonstrate client-side rendering with a loading indicator.
Explore the Angular state transfer API for manually transferring state from server to client in server-side rendering; hydration handles data transfer, and the API remains valid in Angular core.
Learn how the Angular Universal state transfer API enables transferring server-fetched data to the client, eliminating duplicate requests and improving performance and user experience in Angular SSR.
Explore how the Angular universal state transfer API lets the server preload the course data via the resolver, enabling the client to render without a duplicate http request.
Transfer course data from server to client using angular universal's transfer state api, using a course key to store on the server and retrieve on the client.
Explore angular universal's state transfer API to move data from server to client at runtime, using browser and server transfer state modules to avoid duplicate Http requests and reduce flicker.
Explore production deployment options for Angular Universal, including prerendering with static files on static servers and on-the-fly server side rendering with a node runtime, using Google Cloud App Engine.
Install and verify the Google Cloud SDK, configure App Engine with a NodeJS ten runtime, and prepare a server-side build before deploying your Angular Universal app.
Deploy a server-side rendered angular universal app to production on google cloud app engine for node using gcloud, and verify the production URL and server-side rendering.
This Course In a Nutshell
If you already know Angular, and would now like to dive deeper into the Angular ecosystem and learn Angular SSR (Server-Side Rendering), then this is the right course for you!
Notice that Angular SSR was formerly known as Angular Universal, but the package and the feature itself was eventually renamed to Angular SSR.
In this course, we are going to learn Angular SSR from first principles, by taking an existing Angular single page application and converting it into an Angular Server-Side Rendered Application.
We will focus not only on the server-side capabilities of server-side rendering, but we will also cover in detail build-time pre-prerendering and its advantages compared to server-side rendering.
We will learn how to optimize our application for initial startup performance by using a fine-grained Application Shell and the State Transfer API, and we will make the application SEO (search engine optimization) and social-media friendly.
We will then deploy it to production using Google App Engine and see the end result!
Course Overview
We will kick-start this course by going over in detail on the advantages of using Angular SSR in our application.
After this, we will go ahead and take an existing Angular Application, and using the Angular CLI we will generate a SSR bundle that will allow us to render the application on the server side.
We will cover in detail all the latest Angular SSR command line functionality, including running Angular SSR in development mode, pre-rendering both static and dynamic routes.
After seeing the command line tools in action, we are going to understand exactly how Angular SSR works under the hood, by reviewing the auto-generated Express engine created by the Angular CLI. This will allow us to understand in detail how universal rendering works, and it will give us a lot of flexibility if needed.
Once we have our Angular Express application up and running, we will then make it SEO and social-media friendly.
We will then apply a couple of common performance optimizations that are commonly used in Angular Universal applications: we will implement from scratch a fine-grained Application shell, and we will also reduce the number of HTTP requests that the application does at startup time by using the State Transfer API.
We will then take our fully optimized Angular SSR application and we will deploy it to productionusing Google App Engine for Node.
What Will you Learn In this Course?
At the end of this course, you will feel comfortable taking your existing Angular Application and turning it into a server side Angular SSR application
You will understand the benefits of server-side rendering, and you will be able to optimize your application for both search engines and social media crawlers
You will also know how to further optimize your application for performance, and you will know how to deploy it to production in two different scenarios: pre-rendered apps and runtime server-side rendered apps