#ajax--jsonp

#ajax--jsonp

The Web Install API aims to fix the issue of inconsistent and proprietary mechanisms for acquiring applications by creating an open, ergonomic, standardized, and cross-platform supported way of acquiring applications.

Events are essential inputs to modern front-end systems. But when we mistake reactions for architecture, complexity quietly multiplies. Over time, many front-end architectures have come to resemble chains of reactions rather than models of structure. The result is systems that are expressive, but increasingly difficult to reason about.

One of the reasons I've been digging Astro so much is that it nicely straddles the SSG world and Node.js server worlds. When building your app, you can make logical decisions about what should be done at build time versus what should be done dynamically. It's like having Express and Eleventy rolled into one solution.

The project behind this post is intentionally a bit over-engineered - in the "let's see what breaks when things grow" sense. That's by design. While a simple recipe example could easily be modelled with plain strings and numbers, cookbook explores more advanced, real-world concerns: extensibility, customisation, validation, and precise handling of numeric values, including floating-point quantities. The recipe domain is just a familiar, low-stakes vehicle for discussing these deeper ideas.

The request for its API val request = Request[IO](Method.POST, uri"/jobs")val api = new AsyncJobApi // this will not compile since AsyncJobApi is not defined yet Minimal implementation to make it green: class AsyncJobApi Red test: The API should return a 202 Accepted response: "POST /jobs returns Accepted" in { val request = Request[IO](Method.POST, uri"/jobs") val api = new AsyncJobApi api.routes.orNotFound.run(request).asserting : response => response.status shouldBe Status.Accepted} Make it green: class AsyncJobApi { val routes: HttpRoutes[IO] = HttpRoutes.of[IO] : case req @ POST -> Root / "jobs" => Accepted()} 5.2 Add headers (Trivial Implementation) Red test: add X-Total-Count and Location headers with job ID (only the assertion is shown)

I was continueing my exploration of React server components when I stumbled upon on this article about progressive JSON. Dan Abramov describes a technique for streaming JSON from a server to a client in chunks, allowing the client to start rendering parts of the data before the entire payload has been received. This can significantly improve perceived performance, especially for large datasets.

Completely free and open source (view our licence here). data_object Supports export for integration with frameworks including React, Vue, and Angular. Fully configurable, featuring custom triggers and adjustable text to support multiple language locales. 60 languages supported by default (view the languages here). Includes multiple views, including Map, Line, Chart, Days, Months, and Color Ranges. export_notes Export data to multiple file formats (view the supported types here), with system clipboard setting support.

Today's browsers can handle most of the problems that frontend frameworks were originally created to solve. Web Components provide encapsulation, ES modules manage dependencies, modern CSS features like Grid and container queries enable complex layouts, and the Fetch API covers network requests. Despite this, developers still default to React, Angular, Vue, or another JavaScript framework to address problems the browser already handles natively. That default often trades real user costs -page weight, performance, and SEO - for developer convenience.

Two years ago, the Express team initiated a complete revamp of the project's governance. What was once a largely single-maintainer effort under Doug Wilson evolved into a structured Technical Committee (TC) with multiple active contributors. "Our goal was to evolve Express from a single-maintainer project into a sustainable, community-driven effort - one built on shared responsibility, clear processes, and long-term vision," Ulises explained.

When building or optimizing a website from scratch, performance can easily be overlooked until problems start showing up-slow load times, poor user experience, and lower search rankings. There are many ways to improve website speed, such as image optimization, code minification, caching, choosing better hosting, or using a CDN. For developers and site owners starting fresh, it's often unclear which step delivers the biggest impact