标签：#frontend

Lucide, Tabler Icons, and Phosphor are three of the most recommended open-source icon libraries, and they come up together in almost every "which icon set should I use" thread. All three are permissively licensed, actively maintained upstream, and fully browsable on svgicons.com, so you can compare the actual vectors side by side before committing your project to one visual language. The numbers and license details below are read from the catalog database that powers this site, not copied from marketing pages. Where the sets differ upstream, the comparison sticks to what ships in the indexed releases. Quick comparison Set Icons here License Grid Drawing model Variants Lucide 1,778 ISC 24x24 2px stroke, currentColor One style; experimental icons live in Lucide Lab (373) Tabler Icons 6,143 MIT 24x24 2px stroke, currentColor Outline plus 1,087 -filled icons in the same set Phosphor 9,161 MIT 256x256 Filled paths, currentColor Six weights: Regular, Thin, Light, Bold, Fill, Duotone Three drawing philosophies Lucide and Tabler share a philosophy: a 24x24 grid, geometry drawn as strokes rather than filled shapes, and a default stroke width of 2. Lucide grew out of the Feather community and keeps that restrained, minimal feel. Tabler follows the same conventions but covers far more ground. Because both are stroke-based, an icon is literally a set of lines that inherit your text color: <!-- Lucide arrow-right, exactly as stored in the catalog --> <svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 24 24" width="24" height="24"> <path fill="none" stroke="currentColor" stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M5 12h14m-7-7l7 7l-7 7"/> </svg> Phosphor takes the opposite road. Its icons are filled paths on a 256x256 grid, so the shapes are solid geometry instead of outlined line work. The weight system replaces stroke-width tweaking: instead of making lines thicker, you switch to the Bold cut of the same icon. <!-- Phosphor arrow-right (Regular weight)

This is a submission for Frontend Challenge - Comfort Food Edition, Perfect Landing * What I Built: * I built Ember & Spice which is an interactive landing page celebrating Tandoori Paneer Tikka, one of North India's most iconic comfort foods. The site is built for a fictional restaurant of the same name and brings the dish to life through immersive visuals and interactive features. * The page includes: * A hero section with an aesthetic AI-generated tandoori video A sizzle effect — click the Sizzle button and sparks fly across the image An interactive skewer builder where you stack paneer, peppers, and onions then grill them A spice dial slider that visually changes the marinade heat from Mild to Fiery A CSS-art tandoor oven that roasts your built skewer An ingredient tasting plate — click cards to add items A recipe checklist with a live progress bar A reservation form with client-side validation Fully responsive, mobile-first design with scroll-reveal animations Demo: ** Live site* : https://tandoori-paneer.vercel.app/ **Github *: https://github.com/jogadiyadipak28-art/tandoori-paneer * Journey: * I chose Tandoori Paneer Tikka because it's the kind of dish that carries memory (PS: It's my favorite dish) the smell of charcoal, the bright orange marinade, skewers shared at family gatherings. I wanted the page to feel as warm and alive as the dish itself. The most fun part was building the interactive Kitchen Lab, the skewer builder, spice slider, and tandoor oven are all pure vanilla JS and CSS, no libraries. Getting the tandoor CSS art to glow and the skewer pieces to animate onto the rod was deeply satisfying. I'm particularly proud of the sizzle effect, clicking the button sends 16 spark particles flying across the hero image and story photo, with a brief brightness flash. It's a small touch but it makes the page feel reactive and alive. What I learned: How powerful IntersectionObserver is for scroll-reveal without any libraries. CSS aspect-ratio for keeping the

This is a submission for Frontend Challenge - Comfort Food Edition, Perfect Landing What I Built The Comfort Atlas is a spinning 3D globe of comfort food from ~100 countries. Virtually travel the globe and have a taste of the comfort foods from 100~ countries. Moussaka in Greece, Jollof Rice in Nigeria, Pho in Vietnam. There is also a "featured dish of the day" that rotates deterministically so it's the same for everyone visiting that day. And the fun feature: visitors can type in their own comfort dish and generate a downloadable, passport-stamp-style card in one of three color styles. Demo https://comfort-atlas.netlify.app/ Journey I started with a flat SVG world map, clickable countries, keyboard support, a hover tooltip on the map, all built on real elements so accessibility came for free. It worked fine, but it looked very meh. So i decided to try something i have never done before. Make a globe! I used cobe which promised a 3D globe out of the box. First attempt rendered absolutely nothing but floating dots. 😂 With a lot of the help of my friend claude, we found out that their docs are outdated, and there is not a createGlobe() draws exactly one synchronous frame and expects you to drive a requestAnimationFrame loop calling .update() yourself. Two things on the globe I'm especially proud of, because neither had any library support: a hover tooltip that tracks a marker in 3D space, and a fading "trail" of great-circle arcs between the countries you've visited. Both came down to translating the projection math out of a minified bundle into something readable, then reimplementing it myself. What I would do next: dark mode. What I learned: a lot about accessibility in 3D/canvas, which is so much more difficult than the 2d one, one check for a11y is never enough. Maps are hard, and getting something to track a moving 3D object from regular DOM is even harder. Licensed under MIT Fun fact: I don't like Moussaka, even though i am greek, my comfort food is Pizza. xD

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

TL;DR — Fitz LiveViews is a real-time UI framework for Fitz , a compiled, gradually-typed language where HTTP, WebSockets, auth, and an ORM are part of the syntax. You write single-file components ( .fitzv ) with state / event / <template> , and the server renders HTML, diffs it, and patches the browser over a WebSocket — no JavaScript build step, no client framework . The same .fitzv can also compile to WebAssembly for offline, zero-round-trip widgets. There's a live component gallery, a course, and a full flagship app (an admin panel with auth + Postgres + Docker) already built with it. Repo : github.com/Thegreekman76/fitz-liveviews · Docs : thegreekman76.github.io/fitz-liveviews This is the first post in the FitzLiveViews series. I'll start with the pitch and the setup; the following posts build things. The problem Building a modern web UI usually means two languages, two type systems, and a build pipeline: a backend (Python / Node / Go) plus a frontend framework (React / Vue / Svelte) plus its toolchain (Vite / Webpack / Babel). You duplicate your types across the wire, you keep two mental models in sync, and node_modules grows a personality of its own. Phoenix LiveView (Elixir) showed there's another way: render on the server, push diffs over a WebSocket, and let the browser stay dumb. No client framework, no API to hand-write, no JSON serialization dance. Fitz LiveViews brings that model to Fitz — and adds a twist: the same component can also compile to WebAssembly when you want purely client-side, offline interactivity. What Fitz LiveViews looks like A component is a single .fitzv file — state, event handlers, and a template, like Vue or Svelte: component Counter { state { count : Int = 0 } event increment () { count = count + 1 } event decrement () { count = count - 1 } event reset () { count = 0 } < template > < div id = " counter-app " > < p > Count : { count } < /p > < button @ click = " increment " >+ 1 < /button > < button @ click = " decrement " >- 1 <

TL;DR — Fitz LiveViews es un framework de UI en tiempo real para Fitz , un lenguaje compilado y de tipado gradual donde HTTP, WebSockets, auth y un ORM son parte de la sintaxis. Escribís componentes de un solo archivo ( .fitzv ) con state / event / <template> , y el servidor renderiza HTML, lo diffea y parchea el browser por WebSocket — sin paso de build de JavaScript, sin framework de cliente . El mismo .fitzv puede además compilar a WebAssembly para widgets offline sin round-trip. Ya hay una galería de componentes en vivo, un curso, y una app flagship completa (un panel de administración con auth + Postgres + Docker) construida con esto. Repo : github.com/Thegreekman76/fitz-liveviews · Docs : thegreekman76.github.io/fitz-liveviews Este es el primer post de la serie FitzLiveViews . Arranco con el pitch y el setup; los siguientes construyen cosas. El problema Armar una UI web moderna normalmente implica dos lenguajes, dos sistemas de tipos, y un pipeline de build: un backend (Python / Node / Go) más un framework de frontend (React / Vue / Svelte) más su toolchain (Vite / Webpack / Babel). Duplicás tus tipos de un lado al otro del cable, mantenés dos modelos mentales en sync, y node_modules desarrolla personalidad propia. Phoenix LiveView (Elixir) mostró que hay otra forma: renderizar en el servidor, empujar diffs por WebSocket, y dejar que el browser quede tonto. Sin framework de cliente, sin API que escribir a mano, sin la danza de serializar JSON. Fitz LiveViews trae ese modelo a Fitz — y suma una vuelta de tuerca: el mismo componente puede además compilar a WebAssembly cuando querés interactividad puramente client-side y offline. Cómo se ve Fitz LiveViews Un componente es un solo archivo .fitzv — state, event handlers y template, como Vue o Svelte: component Counter { state { count : Int = 0 } event increment () { count = count + 1 } event decrement () { count = count - 1 } event reset () { count = 0 } < template > < div id = " counter-app " > < p > Count : { cou

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

Project Overview The project is a React-based web application that fetches data from a REST API and displays it in a dynamic dashboard. Users can navigate between pages, search data, and interact with multiple components that rely on asynchronous API calls. While testing the application, I noticed that navigating away from a page during an active API request occasionally caused React warnings and unnecessary memory usage. This issue affected the application's stability and could lead to performance degradation over time. The problem was caused by an asynchronous operation continuing even after the component had been unmounted. For example, an API request initiated inside useEffect would still complete after the user navigated away, attempting to update the component's state. React would warn that a state update was attempted on an unmounted component. Before useEffect(() => { fetch("/api/users") .then((res) => res.json()) .then((data) => setUsers(data)); }, []); If the component unmounted before the request finished, the callback still attempted to update the state. After I solved the issue by using the AbortController API to cancel the request during cleanup. useEffect(() => { const controller = new AbortController(); fetch("/api/users", { signal: controller.signal, }) .then((res) => res.json()) .then((data) => setUsers(data)) .catch((err) => { if (err.name !== "AbortError") { console.error(err); } }); return () => controller.abort(); }, []); This ensures that pending requests are cancelled when the component unmounts, preventing unnecessary state updates and avoiding memory leaks. Code Prince3963 (Patel Prince) / Repositories · GitHub Prince3963 has 48 repositories available. Follow their code on GitHub. github.com My Improvements This fix focused on improving both performance and application reliability. What I improved Prevented memory leaks caused by unfinished asynchronous requests. Added proper cleanup logic inside useEffect. Eliminated React warnings about u

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

--- title : " Perfect Landing — Soul & Spoon (Comfort Food Edition) — Research Summary" published : false tags : [ " frontend" , " html" , " css" , " javascript" , " accessibility" , " performance" , " react" , " svelte" ] cover_image : " https://images.unsplash.com/photo-1543353071-087092ec393a?q=80&w=1600&auto=format&fit=crop&ixlib=rb-4.0.3&s=3" canonical_url : " " series : " " --- Perfect Landing — Soul & Spoon Research Summary A concise, ready-to-paste DEV post that summarizes the research, design decisions, technical choices, and next steps for the Soul & Spoon landing-page project — a warm, accessible, performance-minded single-page site celebrating soul food. What I Built Soul & Spoon — Comfort Food Landing Page is a single-page landing site that showcases soul-food plates with a polished, modern frontend. The static prototype includes: Hero with a full-bleed background and clear CTAs. Featured dishes section with responsive cards and descriptive copy. Gallery of soul-food plates with a keyboard-accessible lightbox. Contact form with client-side validation and toast feedback. Responsive, accessible, and performant implementation using semantic HTML, picture / srcset /WebP, lazy loading, and minimal JavaScript. Research Summary and Rationale Design goals Evoke warmth and comfort through color, rounded shapes, and soft shadows. Prioritize readability and hierarchy for quick scanning on mobile and desktop. Keep interactions simple and predictable: smooth scroll, accessible modal, and unobtrusive toast notifications. Accessibility findings Semantic elements ( header , main , section , figure , figcaption , footer ) improve screen-reader navigation and SEO. Keyboard operability is essential: gallery images must be focusable and open via Enter/Space; Escape should close the lightbox. ARIA attributes ( aria-hidden , aria-expanded , role="dialog" ) plus focus management significantly improve modal usability. Performance findings Images dominate page weight; srcset an

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

If Claude Code is expensive or hard to access for you, try OpenCode . It’s an open-source AI coding agent that works in the terminal, desktop, and as a VS Code extension. Free models available: DeepSeek V4 Flash Free (best option) MiMo v2.5 Free Nemotron 3 Ultra Free North Mini Code Free Big Pickle Ling-3.0-flash Free Laguna S 2.1 Free These free models work well for most daily coding tasks. Note: They have daily usage limits (they reset every day). How to install (Windows): First, make sure Node.js is installed on your system. Then run: npm install -g opencode-ai After installation, run: opencode You can also install the VS Code extension for a smoother experience. OpenCode lets you use free models or connect any API key you want. It’s flexible, open-source, and a solid alternative to Claude Code. I tested it myself. Setup is easy and the free models are usable for real work. Link: https://opencode.ai/

What Is Ant Design? Ant Design (antd) is a React UI library built by Alibaba's Ant Group. It's the most starred React component library on GitHub from China, with over 90k stars — yet surprisingly undercovered in the English-speaking developer community. If you've used Material UI or Chakra UI, Ant Design is the Chinese equivalent, but with its own design philosophy: consistent, predictable, and packed with enterprise-grade components out of the box. Fun fact: Alibaba, Tencent, Baidu, and most Chinese tech companies use Ant Design in production. It powers dashboards that serve hundreds of millions of users. Why Ant Design Over MUI? Feature Ant Design Material UI Components 60+ 50+ Table (Pro) Built-in sorting, filtering, pagination, row selection Requires manual wiring Form validation Declarative, built-in Requires react-hook-form or Formik Tree-shaking Supported (v5) Supported Bundle size (min) ~200KB gzipped ~140KB gzipped Documentation Chinese-first, English translations available English-first Design system Ant Design System (custom) Material Design (Google) Ant Design wins on out-of-the-box productivity — especially for data-heavy apps like admin panels and dashboards. MUI wins on bundle size and first-party English docs. Installation npm install antd @ant-design/icons No peer dependencies beyond React 16+. Your First Ant Design Component import React from " react " ; import { Button , Space } from " antd " ; import { SearchOutlined , DownloadOutlined } from " @ant-design/icons " ; export default function App () { return ( < Space > < Button type = "primary" icon = { < SearchOutlined /> } > Search </ Button > < Button icon = { < DownloadOutlined /> } > Download </ Button > < Button type = "dashed" > Dashed </ Button > < Button type = "link" > Link </ Button > </ Space > ); } That's it. Five button variants with zero CSS. Building a Data Table in 5 Minutes import React , { useState , useMemo } from " react " ; import { Table , Input } from " antd " ; const data

Generative coding agents are powerful, but left to their own devices, they default to visual clutter: predictable gradients, uncalibrated spacing, and bloated, outdated component structures. Impeccable is a design skill package, created by Paul Bakaus, that runs directly inside Claude Code, Gemini CLI, and Codex CLI (as well as Cursor and GitHub Copilot) to enforce strict aesthetic guardrails, with the same rule set recompiled for each harness. By applying deliberate skill design, you can steer agents away from generic patterns and push them toward precise, high-craft web experiences. What Is Skill Design, and Why Does It Matter for AI Agents? Skill design is the practice of building deterministic rails for non-deterministic AI models. Instead of endlessly asking an agent to "make it look better" or "improve performance," you inject a compiled DESIGN.md and functional directive that the agent must follow on every iteration. Impeccable builds on Anthropic's frontend-design skill and adds 23 commands that give you a shared design vocabulary with the model, plus 58 deterministic anti-pattern detection rules (default Inter font, purple-to-blue gradients, cards nested in cards, gray text on colored backgrounds, rounded icon tiles above every heading, and more). It turns the AI from a junior developer guessing at your aesthetic into a strict implementer of the visual rules you actually define. Implementing Impeccable's Constraints for Modern Web Apps Precision is everything when you wire this workflow in. Impeccable respects your existing design system rather than overwriting it: when it runs, it scans your codebase (tokens, components, Tailwind config) and loads your brand rules from your own DESIGN.md , instead of imposing a generic aesthetic. So if your identity is built on a minimalist look, the right way to enforce it is to declare it yourself in that file — a limited green-and-pink palette, a dark base background at #0c1624 , typography and tone of voice — so every

Los agentes de código generativo son potentes, pero si se les deja a su libre albedrío, por defecto producen un desorden visual: degradados predecibles, espaciados sin calibrar y estructuras de componentes pesadas y obsoletas. Impeccable es un paquete de habilidades de diseño, creado por Paul Bakaus, que opera directamente dentro de Claude Code, Gemini CLI y Codex CLI (además de Cursor y GitHub Copilot) para imponer estrictos límites estéticos, con un mismo conjunto de reglas recompilado para cada harness. Al aplicar un diseño de habilidades deliberado, puedes alejar a los agentes de los patrones genéricos y obligarlos a generar experiencias web precisas y de alto nivel visual. ¿Qué es el diseño de habilidades y por qué es importante para los agentes de IA? El diseño de habilidades ( skill design ) es la práctica de construir rieles deterministas para modelos de IA no deterministas. En lugar de pedirle interminablemente a un agente que "haga que se vea mejor" o "mejore el rendimiento", inyectas un DESIGN.md compilado y directivas funcionales que el agente debe respetar en cada iteración. Impeccable construye sobre la habilidad frontend-design de Anthropic y añade 23 comandos con un vocabulario de diseño compartido, más 58 reglas deterministas de detección de antipatrones (fuente Inter por defecto, degradados morado-azul, tarjetas anidadas, texto gris sobre fondos de color, iconos redondeados sobre cada encabezado, entre otros). Transforma a la IA de ser un desarrollador junior que intenta adivinar tu estética a un implementador estricto de las reglas visuales que tú definas. Cómo implementar las restricciones de Impeccable para aplicaciones web modernas Al integrar este flujo de trabajo, la precisión lo es todo. Impeccable respeta tu sistema de diseño existente en lugar de sobrescribirlo: al ejecutarse, escanea tu código base (tokens, componentes, configuración de Tailwind) y carga las reglas de marca desde tu propio DESIGN.md , en vez de imponer una estética genéri

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

I used to juggle ESLint and Prettier every day. Two tools. Multiple config files. Plugin conflicts. Slow checks. And that constant feeling that something was always fighting something else. Then I found Biome . Biome is a single, Rust-powered tool that does both formatting and linting. It replaces the classic ESLint + Prettier combo with one binary and one simple config. Why it feels different It’s extremely fast. According to the official benchmark, Biome formats ~35x faster than Prettier when processing 171,127 lines of code across 2,104 files (on an Intel Core i7 1270P). In real projects, the difference is impossible to ignore — checks that used to take seconds now finish almost instantly. One tool, one config. No more keeping a linter and a formatter in sync. Biome uses the same parser for both jobs, so they never disagree. High compatibility, clear feedback. The formatter is about 97% compatible with Prettier. The linter comes with hundreds of solid rules inspired by ESLint and TypeScript ESLint. And when something is wrong, the error messages actually tell you where the problem is and how to fix it. It just works. You can format, lint, and organize imports in a single command. It supports JavaScript, TypeScript, JSX, JSON, CSS, HTML, GraphQL, and more. Companies like Vercel, Cloudflare, Discord, Microsoft, and Google are already using it in production. That says something. I’m not saying you must drop everything tomorrow. But if you’re tired of slow tooling and config complexity, Biome is worth a serious look. Have you tried it yet?

The Nightmare of HTML-to-PDF in React If you’ve ever built a School ERP, HR portal, or Event Management system, you’ve probably hit this exact wall: Your client needs to print 5,000 ID cards or badges. Usually, this forces frontend teams to do one of two terrible things: Pay for an expensive backend PDF generation API (which raises huge GDPR/privacy concerns because you have to send sensitive employee photos to a 3rd-party server). Force the non-technical HR team to manually type names into Canva, crop photos, and manually drag them onto an A4 grid (an 80-hour manual data entry nightmare). I got tired of rebuilding complex html2canvas and jsPDF calculators from scratch for every project. So, I decided to automate the entire pipeline natively in the browser. Enter @stratametriq/id-card-designer — an open-source, turnkey drag-and-drop ID card studio and A4 mathematical rendering engine for React. What it does out of the box: Instead of building a canvas from scratch, you install this NPM package in one line of code. It gives your end-users a complete visual dashboard directly inside your own application. Here is a 60-second video of how it looks running in a live production environment: 👉 https://youtu.be/l9aXWqRSFCM?si=nEIaaqsxypmzCflm The Core Features: Dynamic Handlebars Data Binding Your users can design a visual template and drop in tags like {{studentName}} or {{employeeId}}. Our engine automatically binds these variables to your live database array. No manual typing required. Scannable Barcodes & QR Codes We built native QR and Barcode generators directly into the canvas. You just pass the ID string, and the engine renders a scannable vector code instantly. The Magic Moment: Precision A4 Batch Matrix When your HR admin selects 500 employees and hits "Batch Print", the real magic happens. Our client-side mathematical matrix calculates exact millimeter dimensions—arranging exactly nine PVC cards perfectly on standard A4 cut-sheets, complete with professional 0.35

In CSS, the term "box model" is used when talking about web design and layout.The CSS box model is essentially a box that wraps around every HTML element. Every box consists of four parts: content, padding, borders and margins. EXPLANATION Content - The content of the box, where text and images appear Padding - Clears an area around the content. The padding is transparent Border- A border that goes around the padding and content Margin - Clears an area outside the border. The margin is transparent div { width : 400px ; border : 12px solid green ; padding : 50px ; margin : 20px ; }

Writing linear-gradient(135deg, #667eea 0%, #764ba2 100%) from scratch every time is tedious. Remembering the syntax for radial and conic gradients is even worse. I added a free CSS gradient generator to PaletteCSS that handles all three gradient types with a live visual preview. What it supports linear-gradient — any angle, drag the dial or type degrees radial-gradient — circular and elliptical conic-gradient — pie-chart style, great for progress rings and color wheels Up to 5 color stops with draggable positions Instant copy in 3 formats CSS background : linear-gradient ( 135 deg , #667 eea 0 %, #764 ba2 100 %); SCSS $gradient-primary : linear-gradient ( 135deg , #667eea 0% , #764ba2 100% ); Tailwind style="background: linear-gradient(135deg, #667eea 0%, #764ba2 100%)" Try it free 👉 https://palettecss.com/css-gradient-generator No signup. The site also has a browsable gradient library if you want inspiration rather than building from scratch. Any gradient types or export formats you'd want added? Drop a comment.