Those problems aren't 'solved'. The author has an implementation of a solution. It's one that they think is good, which is ace and I'm happy for him, but if he ever introduces a second developer to his project those 'solved' problems will become a point of friction. They'll go from 'solved' to 'solved, but in the wrong way' or 'solved, but not for this edge case', or 'solved, but why is the code so verbose?'

The massive advantage of a framework is that the people who choose it have agreed to share a solution to the common problems. This cannot be overstated - as soon as your team grows to more than one developer you move from 'solve the problem' to 'solve the problem in a way that people agree on', and that is far more complicated than just solving a problem. Sometimes you get lucky and work with people who think the same way as you, or with people who are willing to compromise on their ideal solution and accept yours, and then things still work, but if they're 'passionate' about being right then it's horrible, slow, and results in bad code.

A framework is an upfront agreement about how to build something. That has no practical advantage for a dev working alone. It's incredibly useful for two or more devs working together. Which framework doesn't really matter, except the ones with more devs behind them make it a lot easier to find people who've already accepted that way of working. That's helpful.

No, spreadsheets popularized reactivity. And the general point is incredibly weak.

Don't use frameworks and make your own? Sure, have your fun. But then try teaching your framework to your company of 1000 and see how quickly you realize your view of the "problems" are only a slice of the pie.

Vue is just a huge convenience over raw JavaScript for large, complex view. Sure, I don't get to do direct DOM manipulation, but when I write C code I also don't get to pick which variable goes in which CPU register. I accept giving up control that ASM would give me, for all the improvements that C brings on top of it, even if C just compiles to ASM and is an abstraction on top of it.

window.i = 0; // initialize all my for loops in one go!

Plain JS is also a lot better with AI. I don't recall Claude ever making any mistakes in terms of getting the type wrong with plain JS since I started using it. It's just not the kind of mistake that AI makes.

I feel somewhat vindicated by this. I've been saying for years that coding isn't the hard part, type correctness isn't the hard part. I also made a point that complex interfaces are a greater danger and that Typescript tends to encourage people to design complex interfaces... And look, this certainly seems to be reflected in the training data because my AI token usage at work (Typescript) is far greater than on my side projects for the same task complexity.

This is kind of proving my point that plain JS code is better architeted overall than Typescript code... It makes sense to me, any complex plain JS code MUST be well architecture because JS is unforgiving. The spaghetti doesn't go very far in JS.

It could be attributed also to typescript dominance of course, since people don't use plain js anymore.

As for the blog post, I agree, I also implemented my own js framework when I code in vanilla js and it works fine.

The problem is not inventing frameworks, the problem is that everyone invents frameworks, so people all know different things and they are hard to hire.

The author frames this as artificial complexity, and that's the best framing I've seen. The browser has a particular presentation philosophy and the more you try to cover it up, the more awkward your code becomes at the edges.

The killer application of LLMs is their ability to inform and adapt to a particular API, and analyze the code that you write. They are garbage at producing functionality for which they don't have a thousand examples, but provide documentation and intent and they will help you fill in the gaps. This is the real 10x opportunity, and the best part is that you can still write all the code yourself.

I'm certain this doesn't just apply to javascript and the web. I predict that the need for frameworks will slowly go away.

Especially nowadays with LLMs, the team would benefit more from the LLM innately knowing a widely used library/framework than having to spend context each session teaching the agent your custom setup through context files and skills.

It is very interesting watching the Web cycles, and found it curious how many people here were sad that typescript was not mentioned. There are some fun (though I suppose dangerous) things you can do without it, and I've found it has had very many instances not helped me where expected like a fully matured typed language has. And I've worked with a lot of people who just went I added types and don't know how to use generics.

I guess if you have it poorly implemented, then it's best to leave as JavaScript. And, web components you can keep things very simple... Which helps keep many errors down.

This person re-invented form handlers, frameworks, ui helpers just to be able to do some basic things.

All power to you if you like it, its just funny.

But in response to the article: no, vanilla JS is a nightmare to keep your code organized, and battle tested frameworks do quite a good job at that. It's otherwise mostly a waste of time, or an intellectual exercise at most, to build an app with vanilla JS

Author then elaborates in the absence of using a common-knowledge framework you can create some tighter solution that achieves just the part you need. This is "fun" programming, and the author is suitably impressed with themselves for solving problems they created just by convincing themself not to use a framework. Sometimes that's fine, although I don't think there's much appetite for this anymore.

Article doesn't really elaborate on what "scaling" and "providing structure" means, I think it downplays the benefits because when you use <framework> you are really establishing ground rules for how all future developers are going to work on that software. You don't know exactly what they'll write, but you know they'll always gravitate towards the top 2 or 3 solutions for that framework at any given time.

When you bust out a bespoke solution that carves out that one thing you needed and does it oh so elegantly and perfectly, you're creating art but most of the canvas is left blank for future developers and they're effectively going to scribble on it with crayons.

I know posts like this get a lot of whinging, but you are 100% right. The browser is in itself a platform; frameworks are not like some kind of hyper abstracted Web Scrinting Language for people too important to deal with "raw" CSS/DOM. They're a an awkward, alternate abstraction, slow as molasses, and they leak like a sieve.

I don’t like react very much and dislike the other ones even more. Yet, it’d be stupid to say you can’t make them work. They come with a large community and pckages and solve a ton of problems that a homebrewed framework doesn’t even conceive of. And you can just start writing the stuff you need right away.

On the other hand, a homemade framework doesn’t require the extra overhead of knowing the framework, and maintaining it overtime. You don’t need to track down why the code gets run a gazillion times more than it needs to, you can debug through your events, etc.

They’re just different ways of doing things.

But mainly: react is a pain in the butt but if time is your constrain, it should get you to where you want to be faster than if you’re not using it.

Also - sometimes it is actually useful to make a mini-thing instead of bringing in enterprise messes.

Among the most critical realities to consider exist outside the product definition entirely, and have to do with the environment in which it will exist during and after development. These are things like plausible scaling curves and limits, code lifetime, team size, deployment options and preferences, etc. Others are things like available runway, team fluency and talent, available tools and licenses, etc.

One of the big eyeroll moments of the last 15 years or so was when folks started blindly cargo culting global-scale 10,000-engineer enterprise practices on projects that would obviously only ever be touched by 1-2 technicians and deployed on a far far far more modest scale. Instead of actively considering any of those environmental requirements above, "engineers" would try to treat every project as though it would someday service 10,000,000 DAU under the hand of dozens or hundreds of churning technicians.

Akin to the joke about some Americans who see themselves as "temporarily embarassed millionares", making foolish choices at their own obvious expense, many engineers during this era would seem to see themselves as "temporarily embarassed Facebooks".

In countless cases, this was simply very dumb and very wasteful and at best amounted to inadvertent (or perhaps intentional) resume-padding for the people involved, while their projects bloated and sagged and lurched under unwarranted complexity.

Sometimes (in fact: often), just doing the thing well with simple, clear, stable tools -- and nothing more -- is the right choice.

Web Components and vanilla JS scale just as well. Been doing this for ages.