Why Juris?

🧭 Our Philosophy

Juris was born from a simple yet radical idea: reactivity should be intentional, not automatic. While other frameworks impose their will on your code, Juris empowers you to choose exactly when and how your application responds to change. This isn't just about performance—it's about craftsmanship.

🌊 Disrupting the Ecosystem

The Problem with Modern Web Development

The current web development ecosystem has become a labyrinth of dependencies, build tools, and abstractions that distance developers from their craft. What should be simple becomes complex, what should be fast becomes slow, and what should be understandable becomes opaque.

Embracing Simplicity in an Age of Complexity

While the industry chases the latest trends and abstractions, Juris returns to first principles. We believe that the most powerful applications are built on simple, composable primitives that developers can fully understand and control.

// This is a complete Juris component. No magic, no hidden behavior.
const Counter = (props, { getState, setState }) => ({
    div: {
        children: () => [{
            h2: { text: () => `Count: ${getState('counter', 0)}` }
        }, {
            button: {
                text: 'Increment',
                onClick: () => setState('counter', getState('counter', 0) + 1)
            }
        }]
    }
});

// It's just JavaScript objects. AI understands it. You understand it.
// It will run the same way 10 years from now.

This isn't about being anti-innovation—it's about being pro-sustainability. The web platform has evolved to be incredibly powerful. Juris harnesses that power without the complexity tax that other solutions impose.

🚀 Building for Tomorrow

Beyond Framework Wars

While the community debates React vs Vue vs Angular, Juris represents a different path entirely. We're not competing in the framework space—we're redefining what it means to build for the web.

Juris applications don't become legacy code. They don't break when dependencies update. They don't become unmaintainable when the original team leaves. They're built on web standards that will outlast any framework trend.

The End of Vendor Lock-in

Choose Juris and you're choosing freedom. Your components are portable JavaScript objects. Your state management is pure functions. Your routing is standard web APIs. You can migrate to or from anything because you're building on the web platform itself.

Sustainable Development

In an era of JavaScript fatigue and constant framework churn, Juris offers something revolutionary: stability. Learn Juris once, use it forever. Your skills won't become obsolete. Your applications won't need rewrites. Your code will run on any platform that supports JavaScript.

Universal Deployment

Juris applications run everywhere JavaScript runs. No build steps, no server requirements, no runtime dependencies. Drop a single HTML file anywhere and it works. Deploy to edge functions, static hosts, CDNs, or local file systems—Juris adapts to any environment.

🚀 Limitless DOM Construction & Orchestration

While other frameworks constrain you to their specific patterns, Juris unleashes the full power of JavaScript for DOM construction. Use spread operators, filter chains, destructuring, and advanced reactive patterns that are simply impossible in traditional frameworks.

🔧 Advanced JavaScript Patterns

const Card = (props, { getState }) => ({
    div: {
        ...baseCardProps,
        ...props.customStyles,
        className: `card ${props.variant || 'default'}`,
        children: () => [
            ...getState('headerItems', []),
            { content: props.content },
            ...getState('footerActions', [])
        ]
    }
});

const DataGrid = (props, { getState }) => ({
    div: {
        children: () => getState('rawData', [])
            .filter(item => item.active)
            .filter(item => item.category === getState('selectedCategory'))
            .sort((a, b) => getState('sortDirection') === 'asc' ? 
                a.name.localeCompare(b.name) : 
                b.name.localeCompare(a.name))
            .map(item => ({ DataRow: { item, key: item.id } }))
    }
});

const UserProfile = (props, { getState }) => {
    const { user: { name, avatar, settings: { theme } } } = getState('app');
    const [primary, secondary, ...actions] = getState('userActions', []);
    
    return {
        div: {
            className: `profile theme-${theme}`,
            children: () => [{
                img: { src: avatar, alt: name }
            }, {
                h2: { text: name }
            }, ...actions.map(action => ({ ActionButton: action }))]
        }
    };
};

const DynamicForm = (props, { getState }) => ({
    form: {
        children: () => getState('formSchema', []).map(field => {
            const fieldType = field.type;
            const validation = getState(`validation.${field.name}`);
            
            return {
                [fieldType]: {
                    name: field.name,
                    [field.attribute]: field.value,
                    className: validation?.error ? 'error' : 'valid',
                    ...field.customProps,
                    [`on${field.event || 'Change'}`]: (e) => 
                        setState(`form.${field.name}`, e.target.value)
                }
            };
        })
    }
});

const ConditionalCard = (props, { getState }) => ({
    div: {
        className: 'card',
        ...(getState('user.isPremium') && {
            'data-premium': true,
            className: 'card premium'
        }),
        children: () => [
            ...(getState('showHeader') ? [{ Header: props.header }] : []),
            { Content: props.content },
            ...(getState('user.canEdit') ? [{ EditButton: {} }] : []),
            ...(getState('errors', []).length > 0 ? 
                [{ ErrorList: { errors: getState('errors') } }] : [])
        ]
    }
});

const StreamingData = (props, { getState, setState }) => {
    // Async generator for streaming data
    async function* dataStream() {
        const stream = getState('dataStream');
        for await (const chunk of stream) {
            setState('currentChunk', chunk);
            yield { DataChunk: { chunk, timestamp: Date.now() } };
        }
    }
    
    return {
        div: {
            children: () => [...dataStream()].slice(-10) // Last 10 items
        }
    };
};

🚫 What Other Frameworks Can't Do

🎯 Real-World Impact

This isn't just theoretical - these patterns solve real problems that force developers to write verbose, unnatural code in other frameworks. With Juris, you write clean, expressive JavaScript that directly maps to your intent.

⏰ Why Learn Now?

Juris isn't just another framework—it's the beginning of a paradigm shift that will reshape how we think about web development. Early adopters will have a significant advantage as the industry moves toward AI-first, dependency-free development.

🌊 The Disruption is Already Beginning

🔮 Industry Transformation Timeline

📊 Market Reality Check

🎯 Your Strategic Position

⚡ The Network Effect Begins

Every developer who learns Juris increases its ecosystem value. Early adopters will form the core community that shapes its evolution. The most successful developers are those who recognize paradigm shifts early and position themselves accordingly.

👨‍💻 The Developer Experience

Joy in Simplicity

Working with Juris feels different. There's a joy in the directness, a satisfaction in the clarity. You write what you mean, and the application does exactly what you wrote. No surprises, no hidden behaviors, no debugging framework internals.

🔍 What You Write IS What Runs

In Juris, there's no transformation, no compilation, no build step. The exact code you write in your editor is the exact code that runs in the browser. What you debug IS what you wrote.

// counter.js - Your source code
const Counter = ({ useState }) => {
  const [getCount, setCount] = useState('count', 0);
  
  return {
    div: {
      children: () => [{
        h2: { 
          text: () => `Count: ${getCount()}` 
        }
      }, {
        button: {
          text: 'Increment',
          onClick: () => setCount(getCount() + 1)
        }
      }, {
        button: {
          text: 'Decrement', 
          onClick: () => setCount(getCount() - 1)
        }
      }]
    }
  };
};

app.enhance('#counter', Counter);

// Exact same code running in browser:
const Counter = ({ useState }) => {
  const [getCount, setCount] = useState('count', 0);
  
  return {
    div: {
      children: () => [{
        h2: { 
          text: () => `Count: ${getCount()}` 
        }
      }, {
        button: {
          text: 'Increment',
          onClick: () => setCount(getCount() + 1)
        }
      }, {
        button: {
          text: 'Decrement', 
          onClick: () => setCount(getCount() - 1)
        }
      }]
    }
  };
};

app.enhance('#counter', Counter);
// IDENTICAL CODE - No transformation!

🎯 Zero Translation Layer

💡 Debugging = Inspecting Your Exact Code

// In browser DevTools console:

// 1. Your exact functions are available
Counter.toString() // Shows your exact source code

// 2. Your exact state functions work
// If you have access to the component instance:
getCount() // Your exact function: getCount()
setCount(10) // Your exact function: setCount(value)

// 3. Test your exact logic
const current = getCount();
const incremented = current + 1; // Your exact increment logic
setCount(incremented); // Your exact setCount call

// 4. Set breakpoints in your actual onClick handlers
// Debugger stops in the exact () => setCount(getCount() + 1) you wrote