No results

    Search failed

    npm GitHub

    Poops vs Astro, Hugo & Next

    This page is the one where Poops loses most of the rows, and that is the correct result. Astro, Hugo and Next are frameworks: they own the project, they bring a mental model, and in exchange they solve problems Poops does not attempt โ€” partial hydration, content layers, server rendering, ten-thousand-page builds.

    Poops attempts fewer things so that the config stays one file you can read in a sitting. The question is not which is more capable. It is whether you need the capability enough to rent the model.

    Where the three stand

    Latest, read August 2026 Runtime Shape
    Astro 7.x, released June 2026 Node component framework with islands, content collections, optional SSR
    Hugo 0.164.x, July 2026 a single Go binary template-driven SSG, no Node needed
    Next.js 16.2.x, with 15.5.x in maintenance Node full-stack React framework โ€” SSR, ISR, API routes
    Poops 2.x Node โ‰ฅ 22 bundler + SSG behind one JSON file

    Feature by feature

    Poops Astro Hugo Next
    Config one JSON file astro.config.mjs + integrations hugo.toml, plus Go templates next.config.js + conventions
    Language you write pages in Nunjucks, Liquid, Markdown .astro, MDX, any UI framework Go templates, Markdown React
    Bundling esbuild, in the same config Vite js.Build, backed by esbuild Turbopack/webpack, hidden
    Sass Dart Sass, built in built in Dart Sass, built in plugin
    Partial hydration / islands reactor โ€” pre-render a component, hydrate it yourself, one entry each islands as the core model, per-component client: directives no client framework model React Server Components
    Server rendering, ISR, API routes no, static files only yes, optional no yes, that is the point
    Content collections with schemas front matter collections, no schema validation typed content collections, live collections since 6 page bundles, taxonomies your choice of library
    MDX no yes no yes
    Image optimisation poops-images, optional peer built in built in built in
    Build speed at thousands of pages unmeasured โ€” do not take a claim here fast, Vite-based the reference for this, Go and parallel slower, more work per page
    Deploy target any static host static host, or a server any static host a Node host, or a platform adapter
    Learning surface the config keys components, islands, integrations, adapters Go templates and Hugo's lookup order React, routing conventions, rendering modes

    One interactive component, concretely

    Astro's client:visible is one word on a component. The Poops equivalent is a reactor entry โ€” pre-render the component to HTML at build time, inject it into the template, ship a hydration bundle for it:

    {
      "reactor": [{
        "component": "src/js/Counter.jsx",
        "inject": "counter_html",
        "in": "src/js/counter-hydrate.jsx",
        "out": "dist/js/counter.js",
        "options": { "minify": true }
      }]
    }

    The template drops it in with {{ counter_html | safe }} and the page ships that component's JavaScript and nothing else โ€” the full walkthrough is three files long. For one or two components this is less machinery than a framework. For twenty it is twenty entries, and Astro's one word is the better trade.

    What Poops wins

    Nothing to learn beyond the keys. No islands directives, no template lookup order, no rendering modes, no adapters, no .astro file format. The config is JSON, the config reference is the whole API, and $schema completes it in the editor.

    No framework in the output. A Poops page is the HTML your template produced, plus whatever script tags you wrote. Nothing hydrates a page you did not ask to hydrate, there is no client router to hit a bug in, and no rendering-model migration lands in your inbox next year.

    The assets are in the same file as the pages. SCSS, TypeScript, PostCSS, images and pre-rendered React are keys beside markup โ€” not integrations, not adapters, not a Vite config you inherit from the framework and have to reason about through two layers.

    Static output that goes anywhere. dist on any host, file:// included, because the default path prefixes are relative. No adapter per platform, no Node process to keep alive.

    What each wins outright

    Astro โ€” islands as the model. If half your pages need interactive components and the other half must ship zero JavaScript, client:visible beats twenty reactor entries. Poops' version is the same idea hand-wired, and hand-wiring does not scale past a handful.

    Hugo โ€” scale and portability. One binary, no node_modules, and it is what people reach for at thousands of pages. Poops has never been measured at that size, and this page will not pretend otherwise.

    Next โ€” anything with a server in it. Sessions, ISR, API routes, streaming. Poops writes files to a directory and exits; if you need a request handler, nothing here helps.

    Which to pick

    If Pick
    Interactive components on content pages, with the JavaScript kept off the pages that do not need it Astro
    Thousands of pages, fast builds, no Node in the pipeline Hugo
    A server, authentication, or data that changes per request Next
    A content site with SCSS and TypeScript, a handful of interactive pieces at most, and one config file holding all of it Poops