2.1 Architecture

Core Design

The architecture of eggeisasa is designed for both performance and scalability. By using a component-based structure and a reactive model, our framework delivers fast rendering, efficient updates, and a consistent developer experience.

Architecture Overview

Core Engine

Virtual DOM Reactivity Component API

Middleware

Build Tools Server Tools Dev Tools

Key Architectural Elements

1. Component Architecture

eggeisasa uses a fully modular component architecture, enabling developers to build reusable UI elements with encapsulated logic and style.

// Sample component
Component MyButton(text) {
    return <button class='bg-purple-500 p-3 rounded-md'>text</button>
}
                                

2. Reactive Core

The eggeisasa engine tracks dependencies during component rendering and automatically updates views when data changes — no need for manual listeners or update calls.

Change propagation

3. Optimization Layer

Built-in optimizations for fast rendering, efficient updates, and minimal DOM operations. This ensures applications run smoothly even with complex data.

⚡ < 1ms

Render Time

🚀 98%

Optimization Rate

Optimized diff algorithm

4. Integration Engine

The framework easily interoperates with other libraries, build tools, and state management systems while maintaining full control when needed.

eggeisasa Logo
Compatible with:
React Vue Svelte Vanilla JS

Architecture Integration

1. Client-Only

  • • Full control over rendering
  • • Built-in server-side rendering
  • • No framework dependencies

Client-side rendering

2. Server-Side

  • • Optimized server-side components
  • • Streaming and progressive hydration
  • • Full SSR control via API

Server-side rendering

3. Hybrid

Combines client and server logic in dynamic applications with server-managed routing, state, and partial client-side updates for performance.

Client-server integration

Chapter Summary

  • • eggeisasa uses a component-based architecture for reusable UI elements.
  • • The reactive core automatically updates the UI in response to data changes.
  • • The architecture is optimized for fast rendering and efficient updates.
  • • It supports server-side rendering and hybrid integration with modern frameworks.

What's Next?

In the next chapter, you'll learn about the design philosophy that guides the eggeisasa ecosystem. You'll explore the underlying principles that make the framework unique and developer-friendly.

Chapter 2.2 - Philosophy