Mode:
Duration:
1
Coding works best on desktop or with an external keyboard.
Mithril Full Featured Counter - Mithril-js Typing CST Test
Mithril Full Featured Counter — Mithril-js Code
Combines step increment, max limit, auto-reset, history, auto-increment, and theme toggle.
var FullCounter = {
count: 0,
history: [],
isDark: false,
step: 2,
max: 10,
view: function() {
return m('div', { class: this.isDark ? 'dark-theme' : 'light-theme' }, [
m('h2', 'Counter: ' + this.count),
m('div', 'History: ' + this.history.join(', ')),
m('button', { onclick: () => { let n=this.count+this.step; if(n>this.max)n=0; this.count=n; this.history.push('Increment'); } }, '+'),
m('button', { onclick: () => { this.count-=this.step; this.history.push('Decrement'); } }, '-'),
m('button', { onclick: () => { this.count=0; this.history.push('Reset'); } }, 'Reset'),
m('button', { onclick: () => { this.isDark=!this.isDark; } }, 'Toggle Theme')
]);
},
oncreate: function() {
setInterval(() => { let n=this.count+this.step; if(n>this.max)n=0; this.count=n; this.history.push('Auto Increment'); m.redraw(); }, 1000);
}
};
m.mount(document.body, FullCounter);Mithril-js Language Guide
Mithril.js is a modern, client-side JavaScript framework for building single-page applications. It is small, fast, and provides a virtual DOM, routing, and XHR utilities, allowing developers to create high-performance, modular web applications.
Primary Use Cases
- ▸Single-page applications
- ▸Modular web components
- ▸High-performance dashboards
- ▸Small-to-medium web apps
- ▸Rapid prototyping with minimal boilerplate
Notable Features
- ▸Virtual DOM for efficient rendering
- ▸Component-based architecture
- ▸Built-in routing
- ▸XHR utility for AJAX requests
- ▸Lightweight (~8 KB gzipped)
Origin & Creator
Created by Leo Horie and first released in 2011.
Industrial Note
Mithril is ideal for performance-critical SPAs, modular component-based apps, and projects where minimal dependencies and high efficiency are essential.
Quick Explain
- ▸Mithril uses a virtual DOM for efficient rendering.
- ▸It emphasizes simplicity and minimal API surface.
- ▸Built-in routing and XHR utilities make SPAs easier to manage.
Core Features
- ▸m() - hyperscript function for creating virtual DOM nodes
- ▸Components - reusable JS objects or classes with view methods
- ▸m.route - client-side routing
- ▸m.request - AJAX/XHR abstraction
- ▸Lifecycle methods - oninit, oncreate, onupdate, onremove
Learning Path
- ▸Learn m() hyperscript syntax
- ▸Understand component lifecycle hooks
- ▸Use m.mount to render components
- ▸Set up routing with m.route
- ▸Use m.request for API calls
Practical Examples
- ▸Todo list SPA
- ▸Interactive dashboards
- ▸Custom widgets for admin panels
- ▸Real-time data apps using polling
- ▸Single-page portfolios
Comparisons
- ▸Lighter than React or Angular
- ▸Smaller ecosystem than Vue
- ▸Faster virtual DOM than most frameworks
- ▸No built-in state management like Redux
- ▸Good for performance-critical apps
Strengths
- ▸Extremely fast and lightweight
- ▸Simple API and minimal learning curve
- ▸Great for modular, component-based apps
- ▸Efficient virtual DOM diffing
- ▸Built-in routing and XHR reduce dependencies
Limitations
- ▸Smaller ecosystem than React/Vue
- ▸No official state management library
- ▸Fewer plugins and community resources
- ▸Manual integration for CSS frameworks
- ▸Less beginner-friendly compared to high-level frameworks
When NOT to Use
- ▸Complex enterprise SPAs with large ecosystems
- ▸Heavy ecosystem-dependent apps
- ▸Developers preferring JSX syntax
- ▸Apps requiring built-in form validation libraries
- ▸Projects needing out-of-the-box UI components
Cheat Sheet
- ▸`m('tag', attrs, children)` - create virtual DOM
- ▸`view()` - component render function
- ▸`m.mount(node, Component)` - attach component
- ▸`m.route(root, defaultRoute, routes)` - routing
- ▸`m.request({method, url})` - fetch data
FAQ
- ▸Is Mithril a SPA framework?
- ▸Yes, primarily for client-side SPAs.
- ▸Is Mithril lightweight?
- ▸Yes, around 8 KB gzipped.
- ▸Does Mithril use a virtual DOM?
- ▸Yes, for efficient rendering.
- ▸Does it include routing?
- ▸Yes, via m.route.
- ▸Is Mithril suitable for large projects?
- ▸Yes, but you may need to implement state management and UI libraries yourself.
30-Day Skill Plan
- ▸Week 1: Basics of components & m()
- ▸Week 2: Lifecycle hooks & state management
- ▸Week 3: Routing with m.route
- ▸Week 4: Data fetching & XHR
- ▸Week 5: Modular SPA architecture
Final Summary
- ▸Mithril.js is a fast, lightweight SPA framework with a virtual DOM.
- ▸It provides components, routing, and XHR utilities out of the box.
- ▸Small footprint and efficient rendering make it ideal for modular apps.
- ▸Less opinionated than React or Angular, but highly performant.
- ▸Perfect for developers seeking minimalism with SPA capabilities.
Project Structure
- ▸components/ - Mithril components
- ▸index.js - entry point
- ▸routes/ - routing definitions
- ▸services/ - data fetching and utilities
- ▸assets/ - CSS & static files
Monetization
- ▸SaaS dashboards
- ▸Enterprise admin panels
- ▸Custom SPA development
- ▸Component library sales
- ▸Freelance SPA projects
Productivity Tips
- ▸Reuse components wherever possible
- ▸Keep m() calls simple
- ▸Use lifecycle hooks efficiently
- ▸Avoid unnecessary redraws
- ▸Use services for shared logic
Basic Concepts
- ▸Components encapsulate view and logic
- ▸m() creates virtual DOM elements
- ▸m.route handles routing
- ▸m.request handles AJAX requests
- ▸Lifecycle hooks manage initialization and updates