Guides
140 Views
Plain responses prove the server works, but apps eventually need pages a user can read and interact with. Stackpress views connect server-prepared data to React-rendered output so a route can become a real browser page.
Previously: Terminal Events showed behavior that can happen outside one route. Here, the focus shifts back to browser output and the handoff from route data into a React view.
140.1. Why Views Come After Pages
A view is easier to understand after you have seen a route answer a request. The route chooses what the page needs, and the view decides how that prepared data should appear to the user.
This order keeps React from hiding the server flow. Before learning layouts and hooks, you should know which handler prepared the response and where the page data came from.
140.2. The Server-To-View Path
Read the view flow as a handoff. The route receives the request, prepares data on the response, and then the React view reads those values as props.
The first React page guide uses this route handler:
import { action } from 'stackpress/server';
export default action(async function HomePage({ res }) {
res.data.set('user', 'John');
});
The handler does not render React itself. It places user on res.data, which gives the view layer a named value to pass into the page.
The matching view file receives that value through its page props:
type HomePageProps = {
data: {
user: string;
};
};
export default function Home({ data }: HomePageProps) {
return (
<main>
<h1>Hello Stackpress</h1>
<p>Your first React page is rendering for {data.user}.</p>
</main>
);
}
This example is the visible side of the handoff. The route placed user in res.data, and the view reads data.user to render text the browser can show.
140.3. What The View Lessons Cover
The view group begins with a first React page. That page teaches the minimum route-plus-view shape before server props, layouts, language, themes, and notifications add more behavior.
Each child lesson stays focused on one reason a view needs help. Server props move data into the page, layouts provide shared structure, language translates text, themes shape visual values, and notifier behavior surfaces feedback.
140.4. How Stackpress Renders Views
Stackpress View configures Reactus as the render engine and assigns server.view.render plus server.view.engine. During rendering, the engine passes data, session, request, and response information into the React page.
In development mode, the view engine builds the page props from response data, the current session, the request snapshot, and the response status:
const html = await ctx.view.render(action, {
data: {...props, ...(res.data() as Record<string, unknown>) },
session: session.results,
request: {
method: req.method,
mime: req.mimetype,
data: req.data()
},
response: res.toStatusResponse()
});
This example is shortened to show the important pieces. The full source also passes URL parts, headers, and request session data, but the main idea is that the React page receives a prepared server snapshot rather than reaching back into the route handler.
That shape matters because a wrong page can be debugged in order. Check the route registration, then the route handler data, then the view registration, and finally the React component that receives the props.
140.5. How To Read The Group
Start with 141 First React Page and make sure the page renders before adding more concepts. Then read 142 Server Props because data flow is the most common reason a beginner gets stuck.
After that, read layouts, language, theme, and notifier as focused additions. Each page explains one support surface without turning the view group into a full component reference.
Learning checkpoint: Before moving on, make sure you can explain the handoff from route to response data to React view. You should also know that a view problem is often debugged by checking the server side before the component.
Next course: Continue with First React Page. That course renders the smallest React page from a Stackpress route.