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Lucid

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Building a Logo Creation App with Next.js, Shadcn/ui, and Lucide React

There’s no first-class integration for . But making a custom one isn’t too hard. Lucide Astro This is the component I made to do the job: ---
const { icon, ...props } = Astro.props;

const [, attributes, children] = icon;

const componentChildren = children
  ?.map(
    ([shape, attributes]) =>
      `<${shape} ${Object.entries(attributes)
        .map(([k, v]) => `${k}="${v}"`)
        .join(" ")} />`
  )
  .join("");

const componentAttributes = {...attributes, ...props}
---

<svg
  {...componentAttributes}
  set:html={componentChildren}
/> If this component looks reasonable to you, copy it and go forth. If you’d like to learn how it works, let’s get it! Our goal For this build, our goal is to render icons directly into an Astro site — converting Lucide’s JSON files to inline s at build time. <svg> This — the one that fits my needs best. is just one of many ways to add Lucide icons to a site Initial setup Add the package. lucide pnpm install lucide In the standard package, icons are exported as JSON arrays with the following contents: lucide : : element attributes : children [0] "svg" [1] [2] [
  "svg",
  {
    xmlns: "//www.w3.org/2000/svg",
    width: 24,
    height: 24,
    viewBox: "0 0 24 24",
    fill: "none",
    stroke: "currentColor",
    "stroke-width": 2,
    "stroke-linecap": "round",
    "stroke-linejoin": "round",
  },
  [
    ["circle", [Object]],
    ["path", [Object]],
    ["path", [Object]],
    ["path", [Object]],
    ["path", [Object]],
  ],
]; We need to import these JSON files and render their data as . HTML Render a single icon To render a single Lucide icon: Import any icon lucide Destructure and array items from that icon attributes children Reduce children nodes to HTML string Render an component <svg> Spread directly on the element attributes Apply with the directive childElements set:html ---
// 1. Import any `lucide` icon
import { Accessibility } from "lucide";

// 2. Destructure the `attributes` and `children` array items
const [, attributes, children] = Accessibility;

// 3. Reduce children nodes to HTML string
const componentChildren = children
  ?.map(
    ([child, attributes]) =>
      `<${child} ${Object.entries(attributes)
        .map(([k, v]) => `${k}="${v}"`)
        .join(" ")} />`
  )
  .join("\n");
---


<svg
  {/* 4.1. Spread `attributes` directly on the element */}
  {...attributes}
  {/* 4.2. Apply `childElements` with the `set:html` directive */}
  set:html={childrenElements}
/> Extract component LucideIcon Now that we can render icons let’s extract this code as a reusable component. Move the relevant code to src/components/lucide-icon.astro Refactor to as a prop icon Take rest so HTML and SVG attributes can be applied at the call site ...props Merge icon and component attributes props Apply munged attributes-props to exported element svg ---
// 1. Take `icon` as a prop
// 2. Take rest `props`
- import { Accessibility } from "lucide";
+ const { icon, ...props } = Astro.props;

const componentChildren = children
  ?.map(
    ([child, attributes]) =>
      `<${child} ${Object.entries(attributes)
        .map(([k, v]) => `${k}="${v}"`)
        .join(" ")} />`
  )
  .join("\n");

// 3. Merge `attributes` and `props`
+ const componentAttributes = {...attributes, ...props}
---

<svg
  {/* 4. Apply munged `componentAttributes` to svg */}
-  {...attributes}
+  {...componentAttributes}
  set:html={childrenElements}
/> Use the component LucideIcon To use our new component, import it along with any icon. Provide the icon JSON to using the prop. LucideIcon lucide LucideIcon icon ---
import LucideIcon from "@components/lucide-icon.astro";
import { Accessibility } from "lucide";
---

<LucideIcon icon={Accessibility} /> Apply attributes to LucideIcon The receives props that it merges with the default values. Use these to change SVG attributes like , , , and . Or apply common attributes like and . LucideIcon lucide height width fill stroke-width class id ---
import LucideIcon from "@components/lucide-icon.astro";
import { Accessibility } from "lucide";
---

<LucideIcon icon={Accessibility} width="56" height="56" stroke-width="4" /> Taking it further My preference is to keep icon importing and SVG rendering separated. But you may find this cumbersome. If so, create a facade for that exposes your favorite icons via interface. LucideIcon string This could look something like this: ---
import {
  Github as github,
  Youtube as youtube,
  Twitter as twitter,
  Instagram as instagram
} from "lucide";

const icons = {
  github,
  youtube,
  twitter,
  instagram
}

const { name = "github", ...props } = Astro.props;

if !(icons[name]) { return null }

const [, attributes, children] = icons[name];

const componentChildren = children
  ?.map(
    ([child, attributes]) =>
      `<${child} ${Object.entries(attributes)
        .map(([k, v]) => `${k}="${v}"`)
        .join(" ")} />`
  )
  .join("\n");

const componentAttributes = {...attributes, ...props}
---

<svg
  {...componentAttributes}
  set:html={childrenElements}
/> Go further with TypeScript does not expose its type for external use. lucide IconNode So, if you want to use in TypeScript, you’ll need to get clever. my code above Import just the type of any component. Infer the for that icon in the type declaration. IconNode LucideIcon Add any optional attributes you’d like to support. (e.g., , , , , etc.) svg height width fill stroke-width src/components/lucide-icon.astro ---
// 1. Import just the type of any component.
import type { Accessibility } from "lucide";

type Props = {
  // 2. Infer the `IconNode` for that icon in the `LucideIcon` type declaration
  icon: typeof Accessibility;
};
--- That’s it! I hope that you found this useful in building an Astro site. If you’d like to see more Astro tips and tricks, bug me on Twitter/X or Discord. 😄

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Diagrams are fantastic tools for explaining complex systems. They act as a visual map, allowing viewers to grasp how various components interact and connect in a single glance. However, static diagrams sometimes lack the ability to convey intricate processes fully. Imagine presenting a complex system diagram – you can narrate, draw focus to specific elements, and guide your audience through the visual representation. However one of the primary goals of diagrams is to provide a clear explanation without needing a constant narration. Animating diagrams, particularly the flow between different components, bridges the gap between static images and detailed narration. Animations act as a visual guide, directing viewers’ attention and highlighting the order of operations within the system. Imagine seeing a building’s piping system statically on paper (which is still an amazing way to give information about, well the piping in a building). But imagine the drawing animates and shows the direction of the flow of water or sewer system. Increasing the information signal using animations, amplifies the impact of the system diagram. I recently ended up using Drawing.io that has easy way to do this. Most of the time the connections between components of the diagrams are the pieces we want to animate. I looked for this in a lot of other tools I used in the past. Both proper diagramming tools like lucid charts, mermaid, excalidraw, and miro. figma/figjam and general presentation apps like Keynote, and PowerPoint. None have easy animation options. The way I started doing easy animations, is to use my existing drawings, import them as static jpeg/png or SVG into draw.io then draw a connector line over my existing lines, give it a white color and make it thick, then check it’s “animation” option to animate white dashes lines that animate over my existing connector lines, making them animated. Beyond Animation, I like draw.io because it’s a fantastic drawing tool. It’s open-source and free to use and contribute to. Works cross-platform. It has a lot of drawing elements, and you can import your own png, svg icons to your library. You can install draw.io on your desktop (on Mac, using homebrew, as simple as brew install –cask drawio), use the online version for free, or signup for cloud plans to collaborate with your team. Diagrams are fantastic tools for explaining complex systems. They act as a visual map, allowing viewers to grasp how various components interact and connect in a single glance. However, static diagrams sometimes lack the ability to convey intricate processes fully. Imagine presenting a complex system diagram – you can narrate, draw focus to specific elements, and guide your audience through the visual representation. However one of the primary goals of diagrams is to provide a clear explanation without needing a constant narration. Animating diagrams, particularly the flow between different components, bridges the gap between static images and detailed narration. Animations act as a visual guide, directing viewers’ attention and highlighting the order of operations within the system. Imagine seeing a building’s piping system statically on paper (which is still an amazing way to give information about, well the piping in a building). But imagine the drawing animates and shows the direction of the flow of water or sewer system. Increasing the information signal using animations, amplifies the impact of the system diagram. I recently ended up using Drawing.io that has easy way to do this. Most of the time the connections between components of the diagrams are the pieces we want to animate. I looked for this in a lot of other tools I used in the past. Both proper diagramming tools like lucid charts, mermaid, excalidraw, and miro. figma/figjam and general presentation apps like Keynote, and PowerPoint. None have easy animation options. The way I started doing easy animations, is to use my existing drawings, import them as static jpeg/png or SVG into draw.io then draw a connector line over my existing lines, give it a white color and make it thick, then check it’s “animation” option to animate white dashes lines that animate over my existing connector lines, making them animated. Beyond Animation, I like draw.io because i t’s a fantastic drawing tool. It’s open-source and free to use and contribute to. Works cross-platform. It has a lot of drawing elements, and you can import your own png, svg icons to your library. i You can install draw.io on your desktop (on Mac, using homebrew, as simple as brew install –cask drawio), use the online version for free, or signup for cloud plans to collaborate with your team.

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