How do I use nanohtml with Webpack?

Currently, there's no official Webpack loader for nanohtml—the README mentions a contribution is welcome. For now, consider using Browserify, Babel with the nanohtml plugin, or Rollup as alternative bundlers.

Can nanohtml handle hydration for server-side rendered content?

Nanohtml supports server-side rendering via string concatenation in Node, but it doesn't provide built-in hydration. You'll need to manually reattach event listeners or integrate with libraries like nanomorph for client-side updates.

Is nanohtml faster than React?

Nanohtml is lightweight and can be faster for simple DOM creation due to minimal overhead. However, React's virtual DOM might optimize complex, dynamic UIs better, so performance depends on the use case.

How to add conditional classes in nanohtml?

Use JavaScript objects for conditional attributes in template strings. For example, interpolate `${isActive ? { class: 'active' } : {}}` to conditionally apply classes based on state.

Does nanohtml support JSX?

No, nanohtml uses template string syntax instead of JSX. You write HTML directly within backticks, which avoids transpilation steps but may require adjustment if you're used to JSX.

What are the best alternatives to nanohtml?

Alternatives include hyperHTML or lit-html for similar template-based approaches, or larger frameworks like React and Vue for more features. Nanohtml is ideal for minimalism and dual-environment support, but others offer richer ecosystems.

bel — HTML Template Strings for DOM

What is bel?

nanohtml is a JavaScript library that allows developers to create HTML using template string syntax, generating DOM elements in the browser and supporting server-side rendering in Node.js. It solves the problem of writing HTML directly in JavaScript with a clean, minimal API that works across both client and server environments.

Target Audience

Frontend and full-stack JavaScript developers who need a lightweight solution for generating HTML with template strings, especially those building applications that require server-side rendering or DOM manipulation without heavy frameworks.

Value Proposition

Developers choose nanohtml for its simplicity, performance, and dual-environment support—offering real DOM elements in browsers and efficient string-based rendering in Node.js without the overhead of larger virtual DOM libraries.

:dragon: HTML template strings for the Browser with support for Server Side Rendering in Node.

Use Cases

Best For

Creating lightweight DOM elements from template strings in vanilla JavaScript projects
Server-side rendering HTML in Node.js applications without a DOM
Integrating HTML generation with build tools like Browserify, Babel, or Rollup
Building performance-sensitive applications where minimal library overhead is critical
Developing components that need to work identically in browser and server environments
Adding event listeners directly to HTML elements during creation

Not Ideal For

Projects heavily reliant on Webpack for bundling, as there's no official loader yet
Applications requiring complex state management or component lifecycle features
Teams needing a rich ecosystem of pre-built components or plugins
Dynamic UIs with frequent DOM updates that benefit from virtual DOM diffing

Pros & Cons

Pros

Lightweight Performance

Uses efficient string concatenation for server-side rendering in Node, avoiding DOM overhead and making it fast for static content generation.

Cross-Platform Compatibility

Works seamlessly in browsers and Node.js with the same template syntax, simplifying full-stack development without environment-specific code.

Easy Event Integration

Allows direct attachment of event listeners within template strings, such as onclick handlers, streamlining interactive element creation without extra boilerplate.

Build Tool Support

Integrates with Browserify, Babel, and Rollup for static optimizations, which can pre-parse templates to double rendering speed, as noted in the README.

Cons

Incomplete Webpack Support

The README explicitly states there's no Webpack loader yet and asks for contributions, limiting adoption in Webpack-centric projects.

Limited Feature Set

Focuses solely on DOM creation without built-in state management, routing, or hydration, requiring additional libraries for complex applications.

Potential Browser Performance Issues

Creates real DOM elements directly, which might lead to inefficiencies in dynamic UIs with frequent updates compared to virtual DOM approaches.

What is bel?

Target Audience

Value Proposition

Use Cases

Best For

Creating lightweight DOM elements from template strings in vanilla JavaScript projects
Server-side rendering HTML in Node.js applications without a DOM
Integrating HTML generation with build tools like Browserify, Babel, or Rollup
Building performance-sensitive applications where minimal library overhead is critical
Developing components that need to work identically in browser and server environments
Adding event listeners directly to HTML elements during creation

Not Ideal For

Projects heavily reliant on Webpack for bundling, as there's no official loader yet
Applications requiring complex state management or component lifecycle features
Teams needing a rich ecosystem of pre-built components or plugins
Dynamic UIs with frequent DOM updates that benefit from virtual DOM diffing

Pros & Cons

Pros

Lightweight Performance

Uses efficient string concatenation for server-side rendering in Node, avoiding DOM overhead and making it fast for static content generation.

Cross-Platform Compatibility

Works seamlessly in browsers and Node.js with the same template syntax, simplifying full-stack development without environment-specific code.

Easy Event Integration

Allows direct attachment of event listeners within template strings, such as onclick handlers, streamlining interactive element creation without extra boilerplate.

Build Tool Support

Integrates with Browserify, Babel, and Rollup for static optimizations, which can pre-parse templates to double rendering speed, as noted in the README.

Cons

Incomplete Webpack Support

The README explicitly states there's no Webpack loader yet and asks for contributions, limiting adoption in Webpack-centric projects.

Limited Feature Set

Focuses solely on DOM creation without built-in state management, routing, or hydration, requiring additional libraries for complex applications.

Potential Browser Performance Issues

Creates real DOM elements directly, which might lead to inefficiencies in dynamic UIs with frequent updates compared to virtual DOM approaches.

bel

What is bel?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?

bel

What is bel?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?