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Both of these scenarios are represented by options when using the Blazor Web App template.Įxisting Blazor Server and Blazor WebAssembly apps remain supported in. We removed the Blazor Server template, and the ASP.NET Core Hosted option has been removed from the Blazor WebAssembly template. NET 8, we're also consolidating the number of Blazor project templates. NET 8: static server-side rendering (static SSR), streaming rendering, enhanced navigation and form handling, and the ability to add interactivity using either Blazor Server or Blazor WebAssembly on a per-component basis.Īs part of unifying the various Blazor hosting models into a single model in. The template combines the strengths of the existing Blazor Server and Blazor WebAssembly hosting models with the new Blazor capabilities added in.
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The new template provides a single starting point for using Blazor components to build any style of web UI. We've introduced a new Blazor project template: the Blazor Web App template. We've added a new article that discusses some of the common HTTP caching issues that can occur when upgrading Blazor apps across major versions and how to address HTTP caching issues.įor more information, see Avoid HTTP caching issues when upgrading ASP.NET Core Blazor apps. We've added a new article that discusses component library authorship in Razor class libraries (RCLs) with static server-side rendering (static SSR).įor more information, see ASP.NET Core Razor class libraries (RCLs) with static server-side rendering (static SSR). New article on class libraries with static server-side rendering (static SSR) Blazor Server examples remain in content versioned for. Migration coverage: Migrate from ASP.NET Core 7.0 to 8.0Įxamples throughout the Blazor documentation have been updated for use in Blazor Web Apps.ASP.NET Core Blazor fundamentals: New sections on rendering and static/interactive concepts appear at the top of the article.Interactive render modes also prerender content by default.įor more information, see the following articles: Interactive Auto rendering usually provides the fastest app startup experience. NET WebAssembly runtime on the client is used for subsequent rendering and interactivity after the Blazor bundle is downloaded and the WebAssembly runtime activates. Interactive Auto (automatic) rendering to initially use the server-side ASP.NET Core runtime for content rendering and interactivity.Interactive WebAssembly rendering (also called client-side rendering, CSR, which is always assumed to be interactive) to generate interactive components on the client with prerendering on the server.Interactive Server rendering (also called interactive server-side rendering, interactive SSR) to generate interactive components with prerendering on the server.Static Server rendering (also called static server-side rendering, static SSR) to generate static HTML on the server.NET 8, Blazor is a full-stack web UI framework for developing apps that render content at either the component or page level with: This article highlights the most significant changes in ASP.NET Core 8.0 with links to relevant documentation.