Search results
Results from the WOW.Com Content Network
Because the HTML is pre-rendered on a server, this allows for a fast "first contentful paint" (when useful data is first displayed to the user), but there is a period of time afterward where the page appears to be fully loaded and interactive, but is not until the client-side JavaScript is executed and event handlers have been attached. [2]
With server-side rendering, static HTML can be sent from the server to the client, and client-side JavaScript then makes the web page dynamic by attaching event handlers to the HTML elements in a process called hydration. Examples of frameworks that support server-side rendering are Next.js, Nuxt.js, Angular, and React.
On June 15, 2021 Next.js version 11 was released, introducing among others: Webpack 5 support, preview of real-time collaborative coding functionality "Next.js Live", and experimental function of automatic conversion from Create React App to Next.js compatible form "Create React App Migration". [23]
There are two W3C standards covering prefetching for HTML5: Link preload [1] Hints to specific URLs. Common hints include JavaScript, CSS, images and web fonts. Resource hints [2] Hints to the browser. Common hints include DNS queries, opening TCP connections, and page pre-rendering. HTML5 methods for prefetch hints:
While both markup and C# code can be placed in the same .razor file, it is also possible to have a separate code-behind file with a partial class. Components are compiled into .NET classes. The HTML and Razor markup of a component gets translated into code that builds a render tree that then drives the actual rendering.
Nuxt is a free and open source JavaScript library based on Vue.js, Nitro, and Vite. Nuxt is inspired by Next.js, [4] which is a framework of similar purpose, based on React.js. The framework is advertised as a "Meta-framework for universal applications".
In a simple implementation of partial classes, the compiler can perform a phase of precompilation where it "unifies" all the parts of a partial class. Then, compilation can proceed as usual. Other benefits and effects of the partial class feature include: Enables separation of a class's interface and implementation code in a unique way.
In computing, partial evaluation is a technique for several different types of program optimization by specialization. The most straightforward application is to produce new programs that run faster than the originals while being guaranteed to behave in the same way. A computer program prog is seen as a mapping of input data into output data: