标签：#CSS

"CSS Modules are fine after all." If you build web interfaces for a living, you have probably said this. After wrestling with runtime CSS-in-JS configuration, chasing specificity bugs across dynamic boundaries, or watching a utility-first framework bloat your markup, returning to the humble CSS Module feels like a relief. That isn't a compromise made for lack of features. CSS Modules win because they are predictable : the CSS you write behaves exactly as written. There is no runtime parser guessing your intent, no injection-order races between chunks, and almost no runtime JavaScript — just a class mapping object. But the safety has a price. You give up TypeScript-integrated styling, compile-time validation, dynamic theming, and seamless colocation. Plumeria is designed to eliminate this compromise. It matches — and in several areas exceeds — the predictability of CSS Modules, while delivering the type-safe developer experience of a modern CSS-in-JS library. The Zero-Trace Runtime Try compiling this — note that the style is actually applied, not left unused: import * as css from ' @plumeria/core ' ; const styles = css . create ({ box : { padding : 16 , color : ' red ' } }); export const Box = () => < div classStyle = { styles . box } > Box </ div >; Here is the entire JavaScript build output: export const Box = () => < div className = { ' xqqbxt1d xq96bg3w ' } > Box </ div >; The declarations move to a generated stylesheet: .xqqbxt1d { padding : 16px ; } .xq96bg3w { color : red ; } The style still renders, yet import * as css from '@plumeria/core' and the entire css.create declaration have vanished. This is not dead-code elimination — nothing in this file is unused, and no bundler could remove a live call for you. The compiler resolves the class names statically and rewrites the call site, so the library never has a runtime form to eliminate in the first place. That disappearing import is the most concise illustration of a Zero-Trace Runtime — anything that shouldn'

Also available in Español The Problem A team ships clean CSS. Every selector is deliberate. Every class name means something. Code review catches the sloppy stuff before it merges. Six months later, someone adds !important to fix a button. A year later, three more !important s exist — each one written to fix the last one. Nobody planned this. Nobody stopped caring. The team is exactly as disciplined as it was on day one. The codebase didn't get sloppy. The architecture never had a way to stay clean. That's the part worth sitting with. Specificity problems get treated as a discipline failure — bad naming, careless nesting, someone in a hurry. But teams with excellent discipline hit this wall too. Given enough time and enough contributors, almost every CSS codebase drifts toward the same place: overrides stacked on overrides, each one a patch for the last. Something structural is happening here. Not a people problem. A tooling gap. Why the Problem Exists CSS specificity was built to answer one narrow question: if two rules target the same element, which one wins? The browser calculates an answer. Count the IDs. Count the classes and attributes. Count the elements. Higher count wins. If the count ties, whichever rule appears later in source order wins. That's the entire mechanism. It's fast, deterministic, and was never meant to do more than that. Notice what it doesn't ask. It doesn't ask whether a rule is a foundational default or a one-off exception. It doesn't ask whether a rule was written to be overridden, or written to never be touched again. It doesn't know the difference between a base style and a utility class — it only knows how many selectors each one used. Specificity resolves conflicts. It was never given a way to encode intent. That gap is old. It predates component-based frontend architecture, design systems, and teams of a hundred engineers touching the same stylesheet. The web platform gave developers a scoring system for which rule wins by the number

Do you ever get that feeling when you’re working on a task, hit a wall with some problem, and something inside you whispers that there has to be a solution? When it seems like all is lost, like you’ve run into a fundamental limit of reality, but your refusal to accept it keeps driving you deeper into spec docs, 10-year-old GitHub threads, and articles from giants who’ve already blazed this trail and shared their findings? And then, after hours of intense brain-grinding, you add that final line of code, refresh the page, and there it is — the exact result you wanted, staring back at you from the screen? That rush of success is probably familiar to every engineer in some form or another. In those moments, I always want to share the win with my colleagues and, if it could help others, write an article about it. In this post, I’ve collected 3 such cases from our work where we came up with solutions that, as far as I know, are pretty unique and haven’t been fully documented before. I invite you to share in the joy of discovering a solution that seemed impossible! Fixed inside a Scroll Container For a warm-up, let’s take an easier task. One of my most popular CodePens is an example of a fixed block inside a scrolling container. People find it via Stack Overflow answers, so it’s an in-demand problem, so it might come in handy for you too. I’ve been working on an Angular component library called Taiga UI for many years. Everything I’ll talk about in this article comes from there, but that’s just the backstory. We won’t need Angular or any of its specifics here. We’re talking pure CSS. Our library uses a custom scrollbar. While modern browsers let you tweak its appearance a bit , for full control over behavior and visuals, we need to place our own elements inside the container to act as the scrollbar. But how do you do that when absolutely positioned elements fly to the top on scroll, and fixed-position ones are pinned to the viewport? Experienced devs will immediately think

Originally published on hexisteme notes . Every test passed. The page was in pieces. I was rebuilding a small internal dashboard — FastAPI, Jinja2 templates, hand-written CSS, no build step — and the layout had come apart. Timeline rows unstacked into a vertical column. Status dots floated free of their rows. Log group labels overlapped. It looked exactly like a page whose stylesheet had failed to load. The stylesheet had loaded. All 481 tests in the suite were green. And when I grepped the CSS file for the rules that were obviously not being applied, they were sitting right there on disk, correctly written. The cause was a comment closer. Somewhere in the middle of the file, a /* had been closed with #} — Jinja's comment terminator — instead of */ . Muscle memory, from switching back and forth between .html templates and .css . CSS then did precisely what the specification tells it to do: it kept reading. The comment ran on and swallowed the next 15 lines of rules — the timeline-row grid, the feed, the bucket layout, the dot alignment — until it hit the next real */ , seventeen lines down. No error. No console warning. No failing test. The rules were present in the file and absent from the page at the same time. The typo is the least interesting part. What's worth keeping is why CSS is designed to fail without symptoms, why source-level review cannot see it, and why the fix is a two-line assertion rather than more care. Why nothing complained: CSS has no fatal errors The CSS Syntax specification defines comment consumption like this: on seeing /* , consume everything "up to and including the first */ , or up to an EOF code point." No notion of a comment being too long, no heuristic about blank lines or braces, no upper bound. First */ wins. A comment closed seventeen lines later than intended is not a malformed comment — it is a well-formed comment that happens to be seventeen lines long. The parser has no way to know you meant something else. Even if the comment h

Apple shipped Liquid Glass across iOS 26 and macOS, and suddenly every product I look at has a frosted panel floating over something. I spent a few weeks rebuilding the effect properly for a project, and most of what I found online stops at one line: backdrop-filter : blur ( 16 px ); Which gives you a gray rectangle. That's not what makes Apple's version look like glass, and figuring out the difference took me longer than it should have. So here are the six techniques I ended up with, roughly in order of how well they're supported, along with the things that wasted my time. 1. The plain glassmorphism card Everyone knows this one, but there are three parts to it and most implementations ship only the first. .glass-card { position : absolute ; inset : 20% ; border-radius : 16px ; backdrop-filter : blur ( 16px ) saturate ( 180% ); -webkit-backdrop-filter : blur ( 16px ) saturate ( 180% ); background-color : rgba ( 255 , 255 , 255 , 0.08 ); border : 1px solid rgba ( 255 , 255 , 255 , 0.12 ); box-shadow : 0 8px 32px rgba ( 0 , 0 , 0 , 0.2 ); pointer-events : none ; } The saturate(180%) is the part I kept forgetting, and it turns out to be the whole trick. Blurring averages colors together, and averaging colors drains saturation out of them — so a pure blur comes out looking like dirty plastic rather than glass. Pushing saturation back up compensates. Drag it down to 100% in the pen above and you'll see the effect just die. The background tint matters for a similar reason. With a fully transparent background you get a blur but no surface — nothing reads as a physical pane sitting there. Something around 8% white is enough to suggest one without washing out whatever is behind it. Wrapped in React, so the numbers are adjustable: " use client " ; type GlassCardProps = { blur ?: number ; saturate ?: number ; opacity ?: number ; radius ?: number ; }; export default function GlassCard ({ blur = 16 , saturate = 180 , opacity = 0.08 , radius = 16 , }: GlassCardProps ) { return (

This is my official entry for the Frontend Challenge - Comfort Food Edition under the CSS Art category. Inspiration 🍚🐟 When thinking about "comfort food," I didn’t want to pick a generic burger or pizza. I wanted to build something tied directly to home and my culture: Ilish Polao (Hilsha fish cooked with fragrant rice). Hilsha is the national fish of Bangladesh, and Ilish Polao—paired with a side of spicy-sweet tomato chutney—is the ultimate comfort meal in our house. Translating a dish loaded with personal memory into raw CSS felt like the perfect way to combine culture with code. Demo mahbubasultanaety.github.io GitHub Repository: MahbubaSultanaEty / hilsha-polao How I Built It Instead of relying on SVGs or background images, every visual element in this piece is built from scratch with HTML elements and pure CSS styling. Here is a quick breakdown of what went into the scene: Fish-Shaped Platter: Built using layered border-radius curves and subtle box-shadows to mimic ceramic depth. The Polao Mound: Formed using rounded CSS containers with layered gradient textures. Scattered Rice Grains: Instead of hardcoding dozens of tags in HTML, I used a tiny JS script to generate and randomly position rice grains over the mound so the texture feels natural rather than grid-like. The Hilsha Piece: Crafted with CSS clip-paths and custom border geometries to get the signature cut and inner texture right. Animated Steam: CSS keyframe animations controlling opacity and vertical translate transforms to give the food a hot, fresh feel. Garnishes & Sides: Added cinnamon sticks, bay leaves, green chilies, and a small side bowl of tomato chutney to complete the plate. The Sprinkle of Javascript: Rice Generation Hardcoding hundreds of rice grains in static HTML felt redundant. So I used the minimal for loop JS approach to scatter them: This tiny bit of scripting saved me time and made the plate look organic every single render. Takeaways Building CSS art always forces you to think dif

When you open a long page — a news feed, an admin table, a documentation article — the browser lays...

This is a submission for Frontend Challenge - Comfort Food Edition, CSS Art. ...

This is a submission for Frontend Challenge - Comfort Food Edition, CSS Art. Inspiration For me comfort food has never really been about the plate. It's about who's sitting around it. I grew up in Pakistan, and the memory that comes back first is everyone crowded around the dastarkhwan over a steaming handi of chicken biryani. Someone always grabs the serving spoon before anyone else. Someone asks for more raita. The jalebis are gone before the meal even properly starts, and there's a glass of chilled lassi at every place. So I didn't want to draw a dish. I wanted to draw that — the small ritual of the first plate being served — using only HTML and CSS. Demo Live Demo : https://waasilaasif.github.io/Dastarkhwan/ Source Code : https://github.com/WaasilaAsif/Dastarkhwan Journey This went well past drawing static shapes. The centerpiece is a brass handi overflowing with biryani, framed by the usual suspects: raita, jalebis, lassi, an empty plate, and the serving spoon resting beside the pot. All of it is HTML and CSS — gradients, layered pseudo-elements, border-radius pushed to its limits, CSS-only shadows, and a fairly stubborn amount of keyframe choreography. The animation was the part I actually cared about. I didn't want things to just move. I wanted a sequence. A hand comes in, picks up the spoon, scoops from the handi, serves onto the plate, adds a spoonful of raita, sets the spoon back down, and the whole table settles into its idle state before the loop starts again. Getting the food recognizable was harder than getting it to look nice. Making a lump of gradients read as "that's a chicken leg" or "that's clearly biryani and not just yellow rice" took a lot more fiddling than the playful final result suggests. Like a lot of people in this challenge, I used AI in the process — I worked with Claude to iterate on the harder animation timing. It's a tool in the workflow, not a shortcut past the thinking. What stuck with me is that CSS can carry a story, not just sty

Learning CSS can feel like magic, but it can also be incredibly frustrating. One minute your website looks perfect, and the next minute, a single line of code breaks the entire layout.If you are struggling to get your web pages to look exactly how you want, don't worry. Here are 5 of the most common CSS mistakes beginners make and exactly how you can fix them. 1. Forgetting the CSS Box Model (Adding Padding Breaks Width) The Mistake : You set a box's width to 100%, but as soon as you add padding: 20px; or a border, horizontal scrollbars appear and your layout breaks.Why it happens: By default, CSS adds padding and borders on top of the width you specified. So, 100% width + 20px padding left + 20px padding right = wider than the screen!The Fix: Always use box-sizing: border-box; at the top of your CSS file. This forces the browser to include padding and borders inside the specified width. /* Add this to the very top of your CSS file */ { box-sizing: border-box; margin: 0; padding: 0; } 2. Confusing Block vs. Inline Elements The Mistake: You try to add a vertical margin, width, or height to a or an tag, but nothing changes on the screen.Why it happens: Tags like , , and are inline elements. By default, inline elements ignore top/bottom margins, heights, and widths.The Fix: Change the element's display property to inline-block or block. /* Fix: This will now respect your width and margin settings */ a { display: inline-block; width: 150px; margin-top: 20px; } 3. Overusing Absolute Positioning (position: absolute) The Mistake: Using position: absolute; to push elements around the screen until they look "perfect" on your laptop, only to find the layout completely scrambled on a mobile screen.Why it happens: Absolute positioning takes elements out of the normal document flow. It makes your website completely rigid and unresponsive.The Fix: Stop using absolute positioning for general layouts. Instead, learn and use CSS Flexbox or CSS Grid to build flexible layouts. /* Inst

This is a submission for Frontend Challenge - Comfort Food Edition, CSS Art . Inspiration Hyderabadi dum biryani is more than a dish to me—it is a ritual. The sealed handi, the slow charcoal heat, the suspense before the atta crust is broken, and the first rush of saffron, mint, birista, and spice all feel inseparable from the experience. I wanted to turn that moment into an interactive midnight poster: Hyderabad’s skyline behind a copper handi, with the food hidden until the viewer breaks the seal. Demo Click BREAK THE SEAL to lift the lid and reveal the four biryani layers. How it works The artwork is built with HTML and CSS only: A native <details> / <summary> control stores the open and closed states. CSS :has() coordinates the seal crack, lid lift, layer reveal, steam, labels, embers, and state-aware copy. Rice grains, mint leaves, birista, spices, meat, copper patina, flour dust, the skyline, and the moon are all CSS shapes. There are no images, SVGs, canvas, JavaScript, gradients, or frameworks. A mobile composition and prefers-reduced-motion keep the piece responsive and accessible. The reveal is deliberately choreographed: seal cracks → lid lifts → layers separate → labels arrive → steam settles Journey The hardest part was keeping the illustration detailed without losing the strong poster silhouette. I iterated on three areas: Material: hammered copper marks, soot, flour residue, dough cracks, and print texture. Depth: curved food layers, overlapping grains, steam arches, and ingredient silhouettes. Motion: a staged opening sequence rather than making every element animate at once. The most satisfying decision was using a semantic HTML control for the interaction. The artwork still works with a keyboard, and disabling motion does not hide the final state. I used Codex as an iterative coding and visual-critique partner. I directed the concept, cultural references, composition, and final decisions, while the agent helped implement and test the CSS system. Wh

This is part of my Building Fluentic Style series, where I’m writing down the design decisions, tradeoffs, and small surprises from building Fluentic Style . It is one thing to make a styling library feel good in a client-side app. It is another thing to make it feel good in Next.js App Router. In a simple SPA-style development setup, most of the styling loop lives in one place: component renders in the browser Fluentic style chain resolves atomic CSS rule is inserted DevTools can inspect the generated rule sourcemap points back to authored code That is already a lot of work. But at least the browser is the main place where the style is produced and consumed. Next.js App Router changes the shape of the problem. Now the page can involve: server rendering React Server Components client components streamed HTML hydration client-side navigation HMR Webpack or Turbopack development sourcemaps production extraction So the hard part is not just “can Fluentic run in Next.js?” The hard part is: Can Fluentic keep the same CSS debugging experience when styles cross the server/client boundary? That is what this post is about. Docs for the Next.js integration are here: Next.js Integration DevTools And Sourcemaps Runtime And Dev Debug Without Getting Lost The Goal Was Not A Special Next.js API I did not want Fluentic to have one mental model for client apps and another one for Next.js. This should still be normal Fluentic: const card = style ({ padding : 16 , borderRadius : 12 , }). hover ({ boxShadow : ' 0 12px 30px rgb(15 23 42 / 0.16) ' , }); export function Card () { return < section css = { card } > Hello </ section >; } And this should still be normal Fluentic too: const buttonStyles = { root : style . slot ({ display : ' inline-flex ' , border : 0 , }), label : style . slot ({ fontWeight : 700 , }), }; const danger = style . scope ([ buttonStyles . root ({ backgroundColor : ' #dc2626 ' , }), buttonStyles . label ({ color : ' #ffffff ' , }), ]); The Next.js integration shou

There are exactly three sensible ways to get an SVG icon into a React codebase: paste it inline as a component, import the file through a build transform like SVGR, or reference it from a sprite. Most projects need only the first. This guide walks through the inline approach with Next.js and Tailwind specifics, and points to the deeper guides where a topic deserves its own article. Option 1: an inline JSX component Take a real icon from the catalog, convert the SVG attributes to JSX casing, and you have a dependency-free component. This is Lucide's search icon, exactly as it ships in the Lucide set , wrapped for React: export function SearchIcon ( props ) { return ( < svg xmlns = "http://www.w3.org/2000/svg" viewBox = "0 0 24 24" fill = "none" stroke = "currentColor" strokeLinecap = "round" strokeLinejoin = "round" strokeWidth = { 2 } aria-hidden = "true" { ... props } > < path d = "m21 21l-4.34-4.34" /> < circle cx = "11" cy = "11" r = "8" /> </ svg > ); } The JSX gotchas are all attribute casing: stroke-width becomes strokeWidth , stroke-linecap becomes strokeLinecap , and class becomes className . Icon pages on this site do the conversion for you: every icon offers React, Vue, Svelte, and Solid snippets next to the raw SVG, so you can copy the JSX form directly. If you have a folder of SVG files instead, the free SVG to component converter batch-converts them in the browser. Prefer importing .svg files over pasting? That is the SVGR route, covered step by step in our React with Vite and SVGR guide . Next.js: server components by default An icon component like the one above has no state, no effects, and no event handlers, which makes it a perfect React Server Component. In the Next.js App Router it renders to static markup on the server and adds nothing to the client bundle: import { SearchIcon } from " @/components/icons " ; export default function DocsHeader () { return ( < label className = "flex items-center gap-2" > < SearchIcon className = "h-5 w-5 text-zinc

Many independent service businesses already use WhatsApp to confirm appointments. The missing piece is often a small, clear landing page that answers the obvious questions before the first message: what is offered, how much it costs, and what a visitor should do next. I built a dependency-free Spanish booking-page pattern around that handoff. The booking flow A useful booking page does not need a heavy scheduling stack to start doing its job. Its core flow can be simple: Show a small set of services with understandable prices and durations. Put a clear call to action on every relevant section. Open WhatsApp with enough context that the owner does not have to ask the same first question again. Keep the page fast and editable. The key implementation detail is generating the WhatsApp link from a service-specific message: const phone = " 56900000000 " ; document . querySelectorAll ( " .whatsapp-link " ). forEach (( link ) => { const message = link . dataset . message ; if ( message ) { link . href = `https://wa.me/ ${ phone } ?text= ${ encodeURIComponent ( message )} ` ; } }); That lets a CTA such as “Reserve a hair ritual” arrive as a message like “Hola, quiero reservar el Ritual de cabello.” It is a small interaction, but it removes friction for both the customer and the business. Design choices that help Mobile-first layout: appointment links are frequently opened from a phone. Visible prices and durations: clearer expectations usually mean better-quality enquiries. Short FAQs: rescheduling, location, and confirmation are common blockers. Semantic HTML: headings, buttons, and disclosure details work without a framework. No fake live contact details: the phone number, copy, price, and social links are clearly marked for replacement. Live demo You can inspect the working beauty-studio demo here: WhatsApp Booking Landing Kit — Interactive Demo Editable bundle I also made the complete editable source available as a paid digital kit. It now includes three standalone Spani

Hello Dev Community! 👋 It is officially Day 166 of my full-stack engineering track! Today, I designed and implemented the active messaging canvas component ( ChatContainer.jsx ) for my messaging app, QuickChat ! 💬📷⚡ Focusing on dynamic chat alignment, text bubble rendering, image attachments, and input controls was today's core milestone. Here is how I structured the component. 🛠️ Technical Breakdown: ChatContainer & Attachment Pipeline As captured in my UI and VS Code setup ( Screenshots ): 1. Dynamic Alignment & Sender Detection Conditioned flexbox directions based on authentication state so sender messages lock to the right while recipient messages render on the left: javascript

This is a submission for Frontend Challenge - Comfort Food Edition, CSS Art . Inspiration I'm from El Salvador, and here comfort food has one name: pupusas . Thick corn tortillas stuffed with cheese, beans and chicharrón, served with curtido (pickled cabbage slaw) and tomato salsa. It's our national dish, but more than that — it's the food you eat at a plastic table at night, under one warm light, with the comal hissing somewhere behind you. That last image is what I wanted to capture. Not just the plate: the moment . So the piece has a light switch. Demo Two things to try: "Bañar en salsa" — pours salsa over each pupusa with a staggered cascade. "Apagar la luz" — turns the whole scene into a night pupusería, lit only by a flickering candle (veladora). Journey Everything is CSS: gradients, border-radius , box-shadow and blend modes. No images, no SVG, no libraries. JavaScript is 15 lines — two class toggles. The tablecloth is the flex. The blue-and-white geometric mantel is five bands built entirely with repeating-conic-gradient and repeating-linear-gradient — chained diamonds, sawtooth rows, chevrons. Zero background images. This was the part I rewrote the most until the patterns locked together. The night is one single element. When you turn off the light, I'm not repainting anything. A single overlay div with mix-blend-mode: multiply holds two stacked radial gradients: near-white around the candle (multiplying by white changes nothing — so that IS the light), falling off to deep blue at the edges. The steam even turns moonlit-blue for free, because that's just what multiply does to white pixels. One div, one blend mode, full day/night mood shift. Corn kernels are two offset dot grids. The mazorca's kernels are two radial-gradient grids shifted by half a cell — which is exactly how kernels interlock on a real cob. That half-cell offset is the difference between "corn" and "polka dots". The curtido is seven crossed stripe layers. White and purple cabbage, carrot, c

This is a submission for Frontend Challenge: Comfort Food Edition , CSS Art: Comfort Food. What I Built A pure CSS art scene of the ultimate Hong Kong comfort food: a steaming bowl of wonton noodle soup (雲吞麵) at a late-night dai pai dong. Nothing says "home" to me like a midnight bowl of wonton noodles under a glowing paper lantern — so I recreated that feeling entirely in CSS: no images, no SVG, just divs, gradients, border-radius tricks, and keyframe animations. The scene includes: 🥣 A classic HK porcelain bowl with the iconic blue rim stripe pattern (repeating-linear-gradient) 🍜 Golden broth with a noodle nest built from repeating-radial-gradient concentric arcs 🥟 Four pleated wontons, half-submerged at the broth line 🥢 Wooden chopsticks resting across the rim (tapered with clip-path) ♨️ Soft, organic steam wisps — blurred gradient blobs on staggered transform/opacity loops 🏮 A swaying red paper lantern casting a warm light cone 🌙 Moon, twinkling stars, bokeh lights, a flickering pink neon 雲吞麵 sign, chili oil saucer, and a cup of tea Demo zsp67x2nfnudg.kimi.page 👆 Live full-screen demo — watch the steam rise, the lantern sway, and the neon sign flicker. View page source to see the full CSS — every technique is commented! Journey Design goal: I wanted the warmth of the lantern light to contrast against the cool indigo night, with a subtle purple dusk at the horizon — the exact feeling of sitting at a Hong Kong street stall at 1am. Techniques I'm proud of: The steam was the hardest part. Thin wisps disappeared against the sky, so I layered blurred radial-gradient blobs (13% wide, filter: blur) with keyframes that hold a long visible opacity plateau (0 → .7 → .65 → .38 → 0). Four wisps run on two different periods (6s / 7.2s) with delays locked 25% of a cycle apart, so at least one wisp is always near peak — the bowl never stops steaming. The bowl is a single div with border-radius: 0 0 50% 50% / 0 0 100% 100% for the porcelain body; the broth ellipse's own border d

This is a submission for Frontend Challenge - Comfort Food Edition, CSS Art. Inspiration Comfort...

We're back with another Frontend Challenge, and this time we're hungry! 🍜🥧 Running through August 16 , Frontend Challenge: Comfort Food Edition invites you to build something inspired by the food that makes you feel at home. Show off the dish you make when nothing else will do, build a site for a restaurant that exists (or one that only lives in your head), share the recipe you've been perfecting for years, or put a spotlight on a regional dish that deserves more attention. Whether you're a CSS connoisseur, a JavaScript chef, or somewhere in between, there's a prompt here for you. We hope you give it a try! The Prompts CSS Art: Comfort Food Create a work of art using primarily CSS! Let food be your inspiration: a steaming bowl of ramen, a stack of pancakes, a perfectly cut slice of pie, or the dish you grew up eating. CSS Art Submission Template Note: We're now allowing a sprinkle of JavaScript in CSS Art submissions! However, judging will continue to focus primarily on the CSS component, so keep JavaScript usage light and purposeful. The star of the show should still be your CSS skills. Perfect Landing: Comfort Food Build a polished, functional landing page with a food theme. This could be a real or imaginary restaurant, a recipe collection, a food festival, a love letter to a regional dish, or anything else you can imagine, as long as it captures the theme and demonstrates excellent frontend fundamentals. Perfect Landing Submission Template Note: You may use JavaScript, TypeScript, Dart, WebAssembly, or any other browser-compatible language/runtime in your Perfect Landing submissions! Show us what modern web development can do. Judging Criteria and Prizes CSS Art submissions will be evaluated on: Creativity Effective Use of CSS Aesthetic Outcome Perfect Landing submissions will be evaluated on: Accessibility Usability and User Experience Creativity Code quality Prizes Each prompt winner will receive a DEV++ Membership and an exclusive DEV Badge. All Participants w

Building a modern Customer Relationship Management (CRM) platform requires more than just displaying raw database records. Users expect interactive analytics, clear data visualization, responsive layouts, and lightning-fast UI updates . In this guide, we'll walk through architecting a sleek, responsive CRM analytics dashboard using React , Tailwind CSS , and Recharts . 1. Dashboard Architecture & Component Hierarchy To keep our CRM modular and easy to maintain, we break down the UI into specialized components: src/ ├── components/ │ ├── layout/ │ │ ├── Sidebar.jsx │ │ └── Header.jsx │ ├── dashboard/ │ │ ├── MetricCard.jsx │ │ ├── RevenueChart.jsx │ │ └── RecentDealsTable.jsx └── pages/ └── Dashboard.jsx 2. Key Performance Metric Cards KPI cards sit at the top of the dashboard to give team leaders instant insight into active pipeline value, customer acquisition, and conversion rates. Here is a clean, reusable MetricCard component built with Tailwind CSS: import React from ' react ' ; import { TrendingUp , TrendingDown } from ' lucide-react ' ; export const MetricCard = ({ title , value , change , isPositive , icon : Icon }) => { return ( < div className = "bg-white dark:bg-slate-900 p-6 rounded-2xl border border-slate-200 dark:border-slate-800 shadow-sm transition-all hover:shadow-md" > < div className = "flex items-center justify-between" > < span className = "text-sm font-medium text-slate-500 dark:text-slate-400" > { title } </ span > < div className = "p-2.5 rounded-xl bg-indigo-50 text-indigo-600 dark:bg-indigo-950/50 dark:text-indigo-400" > < Icon className = "w-5 h-5" /> </ div > </ div > < div className = "mt-4 flex items-baseline justify-between" > < h3 className = "text-2xl font-bold text-slate-900 dark:text-white" > { value } </ h3 > < span className = { `inline-flex items-center text-xs font-semibold px-2 py-0.5 rounded-full ${ isPositive ? ' bg-emerald-50 text-emerald-600 dark:bg-emerald-950/50 dark:text-emerald-400 ' : ' bg-rose-50 text-rose-600 dark:bg