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Riot.js Counter Component - Riot-js Typing CST Test
Riot.js Counter Component — Riot-js Code
Basic Riot.js counter with dark/light theme toggle.
<counter>
<h2>Counter: {state.count}</h2>
<div>
<button onclick={() => state.count++}>+</button>
<button onclick={() => state.count--}>-</button>
<button onclick={() => state.count = 0}>Reset</button>
</div>
<button onclick={() => state.isDark = !state.isDark}>Switch to {state.isDark ? 'Light' : 'Dark'} Theme</button>
<script>
export default {
state: { count: 0, isDark: false }
}
</script>
</counter>
<script type="module">
import { component } from 'riot';
import Counter from './counter.riot';
component(Counter)(document.body);
</script>
<style>
.dark-theme { background-color: #222; color: #eee; }
.light-theme { background-color: #fff; color: #000; }
</style>Riot-js Language Guide
Riot.js is a lightweight, client-side JavaScript framework for building web applications with a component-based architecture. It combines simple syntax, a virtual DOM, and reactive data binding to create maintainable, modular UI components.
Primary Use Cases
- ▸Single-page applications
- ▸Component libraries
- ▸Dashboards and admin panels
- ▸Interactive UI widgets
- ▸Rapid prototyping with clean, modular code
Notable Features
- ▸Small and lightweight (~10 KB gzipped)
- ▸Component-based design
- ▸Virtual DOM for efficient rendering
- ▸Reactive state management
- ▸Simple, declarative syntax
Origin & Creator
Created by Muut and first released in 2014.
Industrial Note
Riot.js is ideal for developers seeking minimalistic, performant frameworks for modular web apps without the overhead of larger frameworks like React or Angular.
Quick Explain
- ▸Riot.js uses a virtual DOM to efficiently update the UI.
- ▸Components encapsulate markup, logic, and styles.
- ▸It offers reactive state and event handling for interactive apps.
Core Features
- ▸riot() / <component> tags - define custom components
- ▸Virtual DOM diffing and patching
- ▸Reactive observable state
- ▸Event binding via on() or declarative attributes
- ▸Lifecycle methods: onBeforeMount, onMounted, onUpdated, onUnmounted
Learning Path
- ▸Understand Riot components and syntax
- ▸Learn reactive state and bindings
- ▸Use lifecycle hooks effectively
- ▸Mount components to DOM
- ▸Integrate with APIs and event handling
Practical Examples
- ▸Todo list SPA
- ▸Interactive dashboards
- ▸Modular UI widget libraries
- ▸Dynamic forms and validation
- ▸Real-time notifications panel
Comparisons
- ▸Lighter than React and Angular
- ▸Simpler than Vue for small SPAs
- ▸Scoped components vs global CSS
- ▸Reactive like Vue, but minimal API
- ▸Good for modular but small-to-medium apps
Strengths
- ▸Lightweight and fast
- ▸Easy to learn and implement
- ▸Modular components with scoped styles
- ▸Reactive and declarative UI updates
- ▸Good balance between simplicity and SPA functionality
Limitations
- ▸Smaller ecosystem than React/Vue
- ▸Limited built-in tooling for routing and state
- ▸Requires manual integration for advanced patterns
- ▸Less widely adopted, fewer tutorials and resources
- ▸Complex SPAs may require additional libraries
When NOT to Use
- ▸Large enterprise SPAs with complex routing
- ▸Heavy dependency applications
- ▸Developers preferring JSX or TSX
- ▸Apps requiring built-in state management tools
- ▸Applications needing wide community support
Cheat Sheet
- ▸`<my-component>` - define component
- ▸`riot.mount()` - mount component to DOM
- ▸`this.state` - reactive state object
- ▸`{}` - dynamic binding in markup
- ▸`on()` - attach event listeners
FAQ
- ▸Is Riot.js lightweight?
- ▸Yes, around 10 KB gzipped.
- ▸Does Riot use a virtual DOM?
- ▸Yes, for efficient rendering.
- ▸Can Riot be used for SPAs?
- ▸Yes, but routing may need additional libraries.
- ▸Does Riot support reactive state?
- ▸Yes, via `this.state` and bindings.
- ▸Is Riot suitable for large projects?
- ▸It can be used, but you may need extra tooling for state and routing.
30-Day Skill Plan
- ▸Week 1: Basic components & mounting
- ▸Week 2: Reactive state and bindings
- ▸Week 3: Lifecycle hooks & events
- ▸Week 4: Modular components & services
- ▸Week 5: SPA structure with optional routing
Final Summary
- ▸Riot.js is a small, fast, component-based framework for building web apps.
- ▸It provides a virtual DOM, reactive state, and scoped components.
- ▸Excellent for lightweight SPAs and modular UIs.
- ▸Less opinionated than major frameworks, giving flexibility.
- ▸Good choice for developers wanting simplicity with SPA capabilities.
Project Structure
- ▸components/ - Riot component files
- ▸index.js - entry point & mounting
- ▸assets/ - CSS, JS, and static files
- ▸services/ - API and utilities
- ▸routes/ - optional client-side routing setup
Monetization
- ▸SaaS dashboards
- ▸Custom admin panels
- ▸SPA template sales
- ▸Component libraries
- ▸Freelance SPA projects
Productivity Tips
- ▸Reuse components consistently
- ▸Keep templates and state small
- ▸Leverage lifecycle hooks efficiently
- ▸Use scoped CSS for modularity
- ▸Combine with services for shared logic
Basic Concepts
- ▸Components encapsulate markup, logic, and styles
- ▸riot() or <tag> syntax defines components
- ▸Mounting attaches components to DOM elements
- ▸Reactive state updates UI automatically
- ▸Lifecycle hooks manage initialization and cleanup