[_heimdall]

What's your go-to stack for new web projects today?

I've never seen a mature project using a full-stack JS framework that avoids being dependent on the server. Not only are they dependent on the build time and bundler, the latest trend has been having the build split out routes, data loaders, APIs, etc. to RPC calls that are often entirely dependent on the server with a specific build hash.

I totally agree there's a right balance to where logic lives and how clients and servers interact, but the modern JS frameworks have swung so hard to the end of trying to blur the lines between client and server that, in my experience, they end up with a rats nest of bundled and minified code that's nearly impossible to debug and will run into painful upgrades every 6-18 months.

[sublinear]

If you want to call it a stack, a simple nginx or apache web server hosting web pages and being the gateway to the backend.

The backend is usually non-negotiable legacy stuff in my experience, but you can add your own layer of business logic in node or python gluing all those other endpoints together.

I don't really care about the frontend frameworks used as long as they're truly frontend frameworks. That build should live its life as a folder of static html/css/js on a web server.

What I'm saying is that this was a solved problem a very long time ago going back to almost the beginning of the internet with CGI (as long as your output response from those scripts were xml or json). Any attempt to deviate from this architecture will be, as you say, a rat's nest. All forms of server side rendering are terrible.

The meaningful depths of full stack are past that gateway and can go all the way down to kernel modules if it has to, but it usually doesn't. Frontend is the surface and should stay on the surface. Javascript should not be used deeper than nodejs. Nodejs should not be used to render html. Nothing should render html on the backend. Who is this not obvious for? What year is it?

[alethiophile]

Why is it better to render JSON on the server, read that JSON in a separate client app that you also have to write, and then do a bunch of manual DOM calls in Javascript, rather than rendering HTML on the server and letting the browser's blazing-fast compiled HTML parser turn it into DOM for you?

[sublinear]

Because you want to offload all the work of rendering onto the client. And in fact you'd often want the rendering to be sensitive to the browser context. Different types of devices may require a different UI or arrangement of content. All that logic would be client logic. Why would you treat a browser different from any other client?

The presentation aspect is simply not the concern of the server in the first place. Data is not presentation and servers should be able to support more than one client. Data should be not be encapsulated in several layers of presentation. Having to scrape data from a web page is ugly and dumb.

[_heimdall]

Web technology is heavily invested in the goal of rendering content on the server and shipping markup and styling. The client browser still has to take the markup and render it properly, but the whole point of web architecture to begin with was to render data into markup on the server so the browser can be a pretty thin, standards-based rendering engine.

There are absolutely situations where web apps need to render most or all of the data into UI in the client, but that should be the outlier rather than the norm. Why do you assume that there are no situations when rendering HTML from the server is a valid, or even ideal, approach?

Even with native applications, the UI is a combination of content that is rendered on and off the client. An iOS app will end up with screens that are designed and rendered by the developer, the navigation menu and other chrome elements are likely rendered in the build, while some screens in the app do fetch data and render it to the screen. Again its very much the outlier to have a native app where the app entirely fetches data and renders all the content in the client.