2025-08-22 why_you_need_tailwind_css_in vibe
CSS 的演进:从宏观管理到原子组合
Picture the early days of the web. Pages were mostly static—flat documents written in plain HTML and decorated with CSS. If you wanted something “fancy,” like hiding a menu when someone clicked a button, you had to dive straight into the guts of the DOM, pulling elements out by their IDs and twisting their styles by hand:
document.getElementById("menu").style.display = "none";
It worked. For a while. But as soon as your site grew bigger, the code grew tangled, like cables stuffed behind an old desk. Every small change felt risky, because who knew which line of JavaScript was secretly holding everything together.
Then came the era of jQuery, the hero of the late 2000s. Suddenly, instead of long, ugly DOM code, you could whisper one-liners and magic happened:
$("#menu").hide();
Developers loved it. Cross-browser headaches disappeared, UI tricks felt easy, and for a few golden years, jQuery was the king. But even kings have flaws. jQuery was still imperative—“find this element, change this property.” As apps ballooned into monsters with thousands of interactions, even jQuery scripts collapsed into spaghetti bowls: sticky, unstructured, impossible to debug.
And for many sites, interactivity wasn’t even the point. Clicking a button often meant sending a request to the server, waiting, and watching as the entire page reloaded with fresh HTML. Compared to today’s instant, app-like experiences, it was like waiting for dial-up internet in a world that already had fiber.
Then, in 2013, Facebook dropped a bombshell: React. To many, it felt alien at first—HTML inside JavaScript? But once the shock wore off, people saw its brilliance.
React reimagined UI as components, like Lego blocks. A button wasn’t just some lines of HTML you copied around; it was a reusable piece you could plug into different places, always behaving the same way. A sidebar, a header, a post—each became its own block.
Even better, React introduced declarative programming. Instead of giving step-by-step instructions to manipulate the DOM, you described what the UI should look like, and React figured out how to make it real.
function Hello({ name }) {
return <h1>Hello, {name}!</h1>;
}
And under the hood? The virtual DOM. A lightweight copy of the page, constantly comparing itself with the real one, updating only what was necessary. The result was apps that felt lightning-fast and smooth, even as complexity soared.
Suddenly, developers weren’t drowning in spaghetti code anymore. They were assembling apps like architects, with reusable blueprints and a framework that kept things tidy.
But React wasn’t the only vision. In 2014, a former Google engineer named Evan You created Vue, a framework shaped by his philosophy of simplicity and approachability. If React was a toolbox, Vue was more like a starter kit—friendly, structured, and ready out of the box.
Vue felt familiar, especially for beginners. Its template syntax looked a lot like plain HTML, just sprinkled with superpowers like v-if
and v-for
:
<template>
<h1>Hello, !</h1>
</template>
<script>
export default {
data() {
return { name: "World" }
}
}
</script>
No need to learn JSX or twist your head around JavaScript-first thinking. Vue’s reactivity system did the heavy lifting: change a piece of data, and the UI instantly reflected it. And unlike React, Vue came with batteries included—official tools for routing and state management, so you didn’t have to hunt for third-party solutions.
Its community grew fiercely loyal, especially in Asia and Europe, and soon Vue wasn’t just an alternative—it was a movement.
So, how do you choose? React is like an open field full of raw materials. If you’re building a massive, highly customized app, React’s flexibility and ecosystem are unmatched. But it also expects you to bring your own tools and make your own decisions.
Vue, on the other hand, is more like walking into a workshop where the tools are neatly arranged and the instructions are clearer. It’s faster to pick up, easier to learn, and especially welcoming for beginners or smaller teams who want to get moving quickly without endless decisions.
Both solve the same core problem: the chaos of the pre-2013 web. But they solve it with different philosophies—React as the toolbox, Vue as the starter kit.
Got it — you want me to continue this storytelling flow, but now zoom into why Vibe Coding leans heavily on React, as part of the bigger narrative. Let me extend it naturally after your “React vs Vue: Two Paths” section:
When Vibe Coding came onto the scene, it wasn’t just about writing code—it was about describing intent and letting the system build out the scaffolding for you. And for that to work, the underlying technology had to be flexible, composable, and deeply compatible with automation. That’s why React became its backbone.
React’s component philosophy fits perfectly with the idea of prompt-driven coding. Imagine telling the system: “Give me a dashboard with a sidebar, a top navigation bar, and a chart in the middle.” In React terms, that translates seamlessly into components: <Sidebar />
, <TopNav />
, <Chart />
. These are Lego blocks the AI can assemble and reassemble with almost no ambiguity. Vue could do something similar, but React’s ecosystem is so vast that nearly every UI puzzle piece you can imagine already exists as a component somewhere in the wild.
And then there’s JSX. It might have looked weird when React first introduced it—mixing HTML with JavaScript—but for AI-driven generation, JSX is gold. It’s explicit, structured, and doesn’t require juggling template syntax. When Vibe Coding spits out a snippet, it isn’t juggling two worlds (HTML and JS)—it’s speaking React’s single, unified language. That makes the outputs cleaner and easier for developers to refine afterward.
Performance mattered too. The virtual DOM gives React a robustness that ensures generated apps don’t just look good on paper but actually run smoothly. Vibe Coding doesn’t just need to generate static layouts; it needs to produce apps that feel modern, snappy, and alive. React delivers that consistently.
But perhaps the biggest reason is ecosystem gravity. React’s orbit pulls in everything—Tailwind CSS, Shadcn UI, Radix, Recharts, you name it. For a system like Vibe Coding, this means fewer reinventions of the wheel. Instead of building everything from scratch, it can wire up existing React libraries, letting you get a polished product in minutes.
So while Vue champions simplicity, React’s expansiveness made it the natural fit for Vibe Coding. In this world, where coding is half conversation and half construction, React provides the vocabulary, the building blocks, and the ecosystem that make the conversation possible.
CSS 的演进:从宏观管理到原子组合
Life Before React
Tailwind:自由的开始
date: 2025-06-04 name: aliases: tags: leetcode python 语法 date_last_edit: 2025-06-04 04:47 — 2025-06-04
date: 2025-06-03 name: aliases: tags: leetcode python 双指针 date_last_edit: 2025-06-03 18:37 — 2025-06-03
date: 2025-06-03 name: aliases: tags: leetcode python BinarySearch date_last_edit: 2025-06-03 16:46 — 2025-06-03
date: 2025-06-04 name: aliases: tags: leetcode python 双指针 date_last_edit: 2025-06-04 00:31 — 2025-06-04
使用GPT辅助对话的思考
使用 GPT refine 了文章
好像写成一个的线代的内容了, 有很多未完待续的内容
Using LLMs to refine context through chaotic thinking, but I think GPT-4.5 (2025-04-22) is quite good.
The article contains mistakes and misunderstandings, as it is a record of my own incorrect notes rather than a proper summary document.
https://www.youtube.com/watch?v=EWvNQjAaOHw
记录签证准备材料的list
文章翻译, 阅读, 解读MTF曲线, 笔记总结 Preface
A record of some simple ideas.
UCLA online learning how to learn powerful mental tools to help you master tough subjects
虎头蛇尾…
A small concept in discrete mathematics
进度条…(2/8)
The article contains three proofs.
mainly talk about FM&PM in ELEC202 at Lec 7&8