cs-element

v1.1.0

Published

7 months ago

Advanced reactive data management library with state machines, blueprints, persistence, compression, networking, and multithreading support

🚀 CSElement - Advanced Reactive Data Management Library

Status: 🎯 Production Ready - Fully tested and ready for production use!

CSElement is a powerful TypeScript library for building reactive data structures with advanced features including persistence, serialization, compression, networking, state machines, blueprints, and multithreading support.

🌐 Browser Compatible - Works seamlessly in both Node.js and browser environments without any configuration!

🎯 Modular Architecture

CSElement v1.0.2 introduces a clean modular architecture:

🌐 Core Library - Browser-compatible, no Node.js dependencies
🖥️ Node.js Plugins - Separate imports for Node.js-specific features
📦 Tree-shakable - Import only what you need
⚡ Zero Configuration - Works out of the box in any environment

✨ Key Features

🔄 Reactivity System

Live Queries - Automatic updates when data changes
Computed Properties - Cached computed values with dependency tracking
Event System - Powerful event-driven architecture
Reactive Watchers - Watch for data changes with callbacks
Auto-Dispose - Automatic memory cleanup and lifecycle management

💾 Persistence & Storage

IndexedDB Adapter - High-performance browser storage
LocalForage Adapter - Universal adapter supporting multiple drivers
Memory Storage - Fast in-memory caching
Auto-save - Automatic data persistence with configurable intervals

🗜️ Compression & Serialization

Multiple Compression - Gzip, LZ4, Brotli algorithms
Serialization Formats - JSON, YAML, MessagePack support
AES Encryption - Secure data storage with encryption
Custom Serializers - Extensible serialization system

🌐 Networking & Sync

HTTP/HTTPS Client - Reliable requests with retry mechanism
WebSocket Support - Real-time communication
Auto Synchronization - Automatic data synchronization
Offline Support - Work offline with sync when online

⚡ Performance & Workers

Web Workers - Background processing for heavy operations
Worker Manager - Advanced worker pool with cross-platform support
Batch Operations - Optimized bulk operations with multiple execution strategies
Smart Caching - Intelligent data caching
Memory Management - Automatic memory optimization
Performance Profiling - Built-in performance monitoring and analysis

🛡️ Reliability & Safety

ACID Transactions - Atomic operations with locking
History System - Undo/Redo with snapshots and operation tracking
State Machines - Complex state management
Automatic Backups - Scheduled backup creation
Schema Validation - Strong typing with schema validation
Migration System - Version-based data migrations

🏗️ Advanced Systems

Blueprint System - Template-based structure generation
Plugin Ecosystem - 13+ built-in plugins with advanced middleware
DevTools Integration - Browser extension for debugging
TypeScript Generator - Generate types from schemas
Graph Algorithms - Advanced graph traversal and analysis
Diff Engine - Sophisticated comparison with multiple algorithms

🔍 Visualization & Analysis

Visualization Manager - Multi-format visualization (ASCII, SVG, HTML)
Element Inspector - Deep element structure inspection
Graph Analysis - Path finding, cycle detection, connectivity analysis
Diff Visualization - Visual comparison of element changes

🎯 Type Safety & Validation

Typed Elements - Strongly typed element system with inheritance
Schema Management - JSON Schema-based validation
Runtime Type Checking - Dynamic type validation
TypeScript Integration - Full TypeScript support with generated types

🔧 Development Tools

Service Registry - Dependency injection and service management
Element Registry - Global element management and lookup
Navigation System - Advanced element traversal and search
Auto-Dispose Scopes - Memory leak prevention with automatic cleanup

🚀 Quick Start

Installation

npm install cs-element

🌐 Browser Usage

Via UMD (CDN):

<!DOCTYPE html>
<html>
<head>
    <title>CSElement App</title>
</head>
<body>
    <!-- Dependencies -->
    <script src="https://unpkg.com/eventemitter3@latest/dist/eventemitter3.umd.min.js"></script>
    <script src="https://unpkg.com/dexie@latest/dist/dexie.min.js"></script>
    <script src="https://unpkg.com/localforage@latest/dist/localforage.min.js"></script>
    
    <!-- CSElement -->
    <script src="https://unpkg.com/cs-element@latest/dist/index.umd.js"></script>
    
    <script>
        // Available as CSElement
        const element = new CSElement.CSElement('my-element');
        element.setData('name', 'John').then(() => {
            console.log('Data saved:', element.getData('name'));
        });
    </script>
</body>
</html>

Via ES Modules:

import { CSElement } from 'cs-element';

const element = new CSElement('my-element');
await element.setData('name', 'John');
console.log('Data:', element.getData('name'));

🖥️ Node.js Usage

Core functionality:

import { CSElement } from 'cs-element';

const element = new CSElement('my-element');
await element.setData('name', 'John');

Node.js specific features:

// Separate imports for Node.js-only features
import { BackupPlugin } from 'cs-element/plugins/backup';
import { CompressionPlugin } from 'cs-element/plugins/compression';
import { SecurityPlugin } from 'cs-element/plugins/security';
import { NetworkPlugin } from 'cs-element/plugins/network';
import { SerializationPlugin } from 'cs-element/plugins/serialization';
import { WorkerManager } from 'cs-element/workers/nodejs';

// File operations, compression, etc.
const backup = new BackupPlugin();
const compression = new CompressionPlugin();

📱 Framework Integration

React/Vue/Angular:

import { CSElement } from 'cs-element';

// Tree-shaking automatically includes only what you use
const element = new CSElement('my-element');

Basic Example

import { CSElement } from 'cs-element';

// Create an element
const user = new CSElement('user-1');
await user.setData('name', 'John Doe');
await user.setData('email', '[email protected]');

// Reactive queries
const activeUsers = CSElement.query()
  .where('active', true)
  .live();

activeUsers.subscribe(users => {
  console.log(`Active users: ${users.length}`);
});

Browser Example with Persistence

import { 
  CSElement, 
  PersistenceManagerImpl, 
  MemoryStorageAdapter,    // ✅ Универсальный адаптер
} from 'cs-element';

// 🌐 Импорт ТОЛЬКО для браузера
import { IndexedDBAdapter } from 'cs-element/browser';

// Универсальный адаптер (работает везде)
const memoryAdapter = new MemoryStorageAdapter({ 
  name: 'my-app-storage' 
});

// IndexedDB адаптер (только браузер)
const indexedAdapter = new IndexedDBAdapter('MyAppDB');

// Инициализация
await memoryAdapter.initialize();
await indexedAdapter.initialize();

// Создание элемента
const document = new CSElement({ data: { title: 'My Document' } });

// Сохранение в память (работает везде)
const saveResult = await memoryAdapter.save(document.id, document.serialize());

// Сохранение в IndexedDB (только браузер)
await indexedAdapter.save([document]);

Node.js Example with File Operations

import { CSElement } from 'cs-element';
import { BackupPlugin } from 'cs-element/plugins/backup';
import { CompressionPlugin } from 'cs-element/plugins/compression';

// Node.js specific functionality
const backup = new BackupPlugin({
  backupPath: './backups',
  maxBackups: 10
});

const compression = new CompressionPlugin({
  defaultAlgorithm: 'gzip'
});

// Create elements
const project = new CSElement('project-1');
await project.setData('name', 'My Project');

// Create backup (Node.js only)
await backup.createBackup([project], {
  name: 'Project Backup',
  compression: true
});

🌐 Browser vs Node.js Features

✅ Available Everywhere (Browser + Node.js + SSR)

Core Elements - CSElement, data management, events
Memory Storage - MemoryStorageAdapter (универсальный)
Reactivity - Live queries, computed properties, watchers
Visualization - ASCII, SVG, HTML rendering
State Management - State machines, history, transactions
Type Safety - Typed elements, validation, schemas
Graph Algorithms - Path finding, analysis, navigation
Batch Operations - Parallel/sequential execution
Service Registry - Dependency injection

🌐 Browser Only Features

IndexedDB Storage - IndexedDBAdapter (высокопроизводительное хранилище)
LocalForage Storage - LocalForageAdapter (универсальный браузерный адаптер)
Web Workers - Фоновая обработка данных
DOM Integration - Прямая работа с DOM элементами

🖥️ Node.js Only Features

File Operations - Backup/restore, archiving
Advanced Compression - Gzip, LZ4, Brotli
Network Operations - HTTP client, WebSocket server
Security - Encryption, hashing, authentication
Worker Threads - CPU-intensive background tasks
Serialization - YAML, MessagePack, custom formats

📦 Import Examples

// ✅ Works everywhere (Browser + Node.js + SSR)
import { 
  CSElement, 
  PersistenceManagerImpl, 
  MemoryStorageAdapter,      // ✅ Универсальный адаптер
  VisualizationManager,
  StateMachine,
  GraphAlgorithms
} from 'cs-element';

// 🌐 Browser only
import { 
  IndexedDBAdapter,          // 🌐 Только для браузера
  LocalForageAdapter         // 🌐 Только для браузера
} from 'cs-element/browser';

// 🖥️ Node.js only
import { BackupPlugin } from 'cs-element/plugins/backup';
import { CompressionPlugin } from 'cs-element/plugins/compression';
import { SecurityPlugin } from 'cs-element/plugins/security';
import { NetworkPlugin } from 'cs-element/plugins/network';
import { SerializationPlugin } from 'cs-element/plugins/serialization';
import { WorkerManager } from 'cs-element/workers/nodejs';

🛠️ Core Systems

🔌 Plugin System (13 Built-in Plugins)

SerializationPlugin - Data serialization with compression
CompressionPlugin - Gzip, LZ4, Brotli compression
NetworkPlugin - HTTP client and WebSocket support
BackupPlugin - Automated backup creation
ValidationPlugin - Schema validation and type checking
SecurityPlugin - Encryption and access control
MetricsPlugin - Performance monitoring
AnalyticsPlugin - Usage analytics and tracking
CachePlugin - Intelligent caching system
TransformPlugin - Data transformation pipelines
VisualizationPlugin - Data visualization
DevToolsPlugin - Development tools integration
LoggingPlugin - Comprehensive logging system

🔄 State Machine System

import { StateMachine } from 'cs-element';

const element = new CSElement('order');
const stateMachine = element.createStateMachine({
  initialState: 'pending',
  states: {
    pending: { canTransitionTo: ['processing', 'cancelled'] },
    processing: { canTransitionTo: ['completed', 'failed'] },
    completed: { canTransitionTo: [] },
    cancelled: { canTransitionTo: [] },
    failed: { canTransitionTo: ['pending'] }
  },
  transitions: {
    process: { from: 'pending', to: 'processing' },
    complete: { from: 'processing', to: 'completed' },
    cancel: { from: ['pending', 'processing'], to: 'cancelled' },
    fail: { from: 'processing', to: 'failed' },
    retry: { from: 'failed', to: 'pending' }
  }
});

await stateMachine.sendEvent('process');
console.log(stateMachine.currentState); // 'processing'

🏗️ Blueprint System

import { Blueprint, BlueprintManager } from 'cs-element';

const projectBlueprint = new Blueprint({
  id: 'project-template',
  name: 'Project Template',
  parameters: [
    { id: 'name', type: 'string', required: true },
    { id: 'teamSize', type: 'number', default: 5 }
  ],
  generator: async (context) => {
    const project = new CSElement(context.parameters.name);
    
    // Generate team members
    for (let i = 0; i < context.parameters.teamSize; i++) {
      const member = new CSElement(`member-${i}`);
      await member.setData('role', 'developer');
      await project.addElement(member);
    }
    
    return { elements: [project] };
  }
});

const manager = new BlueprintManager();
manager.register(projectBlueprint);

const result = await manager.generate('project-template', {
  name: 'My Project',
  teamSize: 3
});

📊 Live Queries & Reactivity

// Live queries with automatic updates
const liveQuery = CSElement.query()
  .where('status', 'active')
  .where('priority', '>', 5)
  .orderBy('createdAt', 'desc')
  .limit(10)
  .live();

liveQuery.subscribe(results => {
  console.log('Updated results:', results);
});

// Computed properties
const totalValue = CSElement.computed(() => {
  return elements
    .filter(e => e.getData('active'))
    .reduce((sum, e) => sum + e.getData('value'), 0);
});

totalValue.subscribe(value => {
  console.log('Total value:', value);
});

🔒 Transactions & Locking

// ACID transactions
await CSElement.transaction(async (tx) => {
  const user = await tx.getElementById('user-1');
  const account = await tx.getElementById('account-1');
  
  const currentBalance = account.getData('balance');
  const transferAmount = 100;
  
  if (currentBalance >= transferAmount) {
    await account.setData('balance', currentBalance - transferAmount);
    await user.setData('credits', user.getData('credits') + transferAmount);
  } else {
    throw new Error('Insufficient funds');
  }
});

📚 History System (Undo/Redo)

import { HistoryManagerImpl } from 'cs-element';

// Configure history tracking
const historyManager = new HistoryManagerImpl({
  maxOperations: 100,
  snapshotInterval: 10,
  autoCleanup: true,
  compression: true
});

// Track operations automatically
const element = new CSElement('document');
await element.setData('title', 'Original Title');

// Manual operation tracking
historyManager.addOperation({
  type: 'update',
  description: 'Changed document title',
  before: { title: 'Original Title' },
  after: { title: 'New Title' },
  canUndo: true,
  canRedo: true
});

// Undo/Redo operations
await historyManager.undo(); // Reverts to 'Original Title'
await historyManager.redo(); // Back to 'New Title'

// Create snapshots
const snapshot = historyManager.createSnapshot(
  element.export(), 
  'Document checkpoint'
);

// History events
historyManager.on('undo-performed', (data) => {
  console.log('Undo performed:', data.operation.description);
});

// Get history state
const state = historyManager.getState();
console.log(`Can undo: ${state.canUndo}, Can redo: ${state.canRedo}`);

🔄 Migration System

import { MigrationBuilder, MigrationManager } from 'cs-element';

// Create migration
const migration = new MigrationBuilder()
  .version('1.1.0')
  .description('Add user preferences')
  .up(async (context) => {
    const users = context.query('user');
    for (const user of users) {
      await user.setData('preferences', {
        theme: 'light',
        notifications: true
      });
    }
  })
  .down(async (context) => {
    const users = context.query('user');
    for (const user of users) {
      await user.deleteData('preferences');
    }
  })
  .build();

const migrationManager = new MigrationManager();
await migrationManager.register(migration);
await migrationManager.migrate('1.1.0');

📈 Advanced Features Examples

🗑️ Auto-Dispose System

Automatic memory cleanup prevents memory leaks:

import { CSElement } from 'cs-element';

// Enable auto-dispose globally
CSElement.configureReactivity({
  autoDispose: true,
  debug: true
});

// Create scope for automatic cleanup
const scope = CSElement.createScope();

CSElement.runInScope(scope.id, () => {
  const parent = CSElement.computed(() => data.value * 2);
  const child1 = CSElement.computed(() => data.value * 2);
  const child2 = CSElement.computed(() => data.value * 3);
  
  return child1.value + child2.value;
});

// Cleanup entire scope
CSElement.disposeScope(scope.id);

🔧 Advanced Middleware System

Sophisticated middleware with priorities and conditions:

import { CSElement, MiddlewarePriority } from 'cs-element';

// Add high-priority validation middleware
CSElement.plugins.addAdvancedMiddleware('setData', {
  name: 'validation-middleware',
  priority: MiddlewarePriority.HIGH,
  condition: (context) => context.args.key === 'email',
  timeout: 1000,
  middleware: async (context, next) => {
    const { key, value } = context.args;
    
    if (key === 'email' && !isValidEmail(value)) {
      throw new Error('Invalid email format');
    }
    
    return await next();
  }
});

// Add logging middleware with metadata
CSElement.plugins.addAdvancedMiddleware('setData', {
  name: 'audit-logger',
  priority: MiddlewarePriority.LOW,
  middleware: async (context, next) => {
    const startTime = Date.now();
    const result = await next();
    
    console.log(`Operation ${context.operation} took ${Date.now() - startTime}ms`);
    return result;
  }
});

🚀 Batch Operations Manager

Efficient bulk operations with different strategies:

import { BatchManager, BatchExecutionStrategy, BatchPriority } from 'cs-element';

const batchManager = new BatchManager();

// Create batch with parallel execution
const batchId = batchManager.createBatch({
  executionStrategy: BatchExecutionStrategy.PARALLEL,
  maxConcurrency: 5,
  errorMode: 'COLLECT_ERRORS'
});

// Add operations with priorities and dependencies
batchManager.addOperation(batchId, {
  id: 'create-users',
  priority: BatchPriority.HIGH,
  execute: async (context) => {
    const users = await createMultipleUsers(userData);
    return users;
  },
  validate: async (context) => ({ valid: true, errors: [] }),
  maxRetries: 3
});

batchManager.addOperation(batchId, {
  id: 'send-notifications',
  priority: BatchPriority.NORMAL,
  dependencies: ['create-users'], // Wait for users to be created
  execute: async (context) => {
    const users = context.previousResults.get('create-users');
    return await sendWelcomeEmails(users);
  }
});

// Execute batch with progress monitoring
const result = await batchManager.executeBatch(batchId);
console.log(`Batch completed: ${result.successCount}/${result.totalOperations}`);

📊 Visualization System

Multi-format visualization with interactive features:

import { VisualizationManager, VisualizationFormat } from 'cs-element';

const visualizer = new VisualizationManager();

// Generate interactive HTML visualization
const htmlViz = await visualizer.visualize(rootElement, {
  format: VisualizationFormat.HTML,
  layout: 'tree',
  interactive: true,
  showData: true,
  animations: true,
  width: 1200,
  height: 800,
  theme: 'dark'
});

// Generate SVG for documentation
const svgViz = await visualizer.visualize(rootElement, {
  format: VisualizationFormat.SVG,
  layout: 'circular',
  nodeStyle: {
    backgroundColor: '#3498db',
    textColor: '#ffffff',
    borderRadius: 8
  },
  edgeStyle: {
    color: '#2c3e50',
    thickness: 2,
    style: 'dashed'
  }
});

// ASCII visualization for console output
const asciiViz = await visualizer.visualize(rootElement, {
  format: VisualizationFormat.ASCII,
  maxDepth: 5,
  showIds: true,
  showIndices: true
});

console.log(asciiViz.content);

🔍 Graph Algorithms

Advanced graph analysis and pathfinding:

import { CSElement } from 'cs-element';

// Configure graph algorithms
CSElement.configureGraphAlgorithms({
  defaultTimeout: 5000,
  enableCaching: true,
  enableEvents: true
});

// Find shortest path between elements
const path = await CSElement.findShortestPath(sourceElement, targetElement, {
  algorithm: 'dijkstra',
  weightFunction: (from, to) => calculateDistance(from, to),
  maxDepth: 10
});

// Detect cycles in the graph
const cycleResult = await CSElement.detectCycles(rootElement, {
  algorithm: 'dfs',
  includeVisualization: true
});

if (cycleResult.hasCycles) {
  console.log(`Found ${cycleResult.cycles.length} cycles`);
  cycleResult.cycles.forEach(cycle => {
    console.log(`Cycle: ${cycle.path.join(' -> ')}`);
  });
}

// Analyze graph connectivity
const components = await CSElement.findConnectedComponents(rootElement);
console.log(`Graph has ${components.componentCount} connected components`);

// Calculate node centrality
const centrality = await CSElement.calculateCentrality(rootElement);
const mostCentralNode = Array.from(centrality.entries())
  .sort(([,a], [,b]) => b - a)[0];
console.log(`Most central node: ${mostCentralNode[0]} (${mostCentralNode[1]})`);

🔄 Diff Engine

Sophisticated comparison with multiple algorithms:

import { DiffEngine, DiffAlgorithm, MergeStrategy } from 'cs-element';

const diffEngine = new DiffEngine();

// Compare elements with different algorithms
const myersDiff = diffEngine.computeDiff(sourceElement, targetElement, {
  algorithm: DiffAlgorithm.MYERS,
  contextLines: 5,
  includeVisualization: true
});

const patienceDiff = diffEngine.computeDiff(sourceElement, targetElement, {
  algorithm: DiffAlgorithm.PATIENCE,
  ignoreWhitespace: true
});

// Three-way merge for conflict resolution
const mergeResult = diffEngine.threeWayMerge(
  baseElement,
  branchAElement,
  branchBElement,
  {
    strategy: MergeStrategy.AUTO,
    conflictResolution: 'auto',
    autoResolveThreshold: 0.8
  }
);

if (mergeResult.success) {
  console.log('Merge completed successfully');
} else {
  console.log(`${mergeResult.conflicts.length} conflicts need manual resolution`);
  mergeResult.conflicts.forEach(conflict => {
    console.log(`Conflict at ${conflict.path.join('.')}: ${conflict.type}`);
  });
}

🎯 Typed Elements

Strongly typed elements with inheritance:

import { TypedElementManager, TypedElement } from 'cs-element';

const manager = new TypedElementManager();

// Define base schema
const baseSchema = {
  name: 'BaseEntity',
  version: '1.0.0',
  fields: [
    { name: 'id', type: 'number', required: true },
    { name: 'createdAt', type: 'date', defaultValue: () => new Date() },
    { name: 'updatedAt', type: 'date', nullable: true }
  ]
};

// Define inherited schema
const userSchema = manager.createInheritedSchema(
  'User',
  '1.0.0',
  'BaseEntity',
  [
    { name: 'email', type: 'string', required: true, validation: isValidEmail },
    { name: 'name', type: 'string', required: true },
    { name: 'role', type: 'enum', values: ['user', 'admin'], defaultValue: 'user' }
  ]
);

manager.registerSchema(baseSchema);
manager.registerSchema(userSchema);

// Create typed element
const user = await manager.createElement('User', {
  id: 1,
  email: '[email protected]',
  name: 'John Doe',
  role: 'admin'
});

// Type-safe field access
const email: string = user.getField('email');
await user.setField('role', 'user'); // Type-checked

🔧 Service Registry & DI

Dependency injection and service management:

import { services } from 'cs-element';

// Access built-in services
const persistenceManager = services.persistence;
const reactivityManager = services.reactivity;
const historyManager = services.history;

// Configure services
services.configureHistory({
  maxHistorySize: 1000,
  enableCompression: true,
  autoSnapshot: true,
  snapshotInterval: 5000
});

services.configureReactivity({
  autoDispose: true,
  debug: false,
  warnMemoryLeaks: true,
  maxComputedDepth: 50
});

// Access global element registry
const allElements = services.registry.getAllElements();
const userElements = services.registry.getElementsByName('User');
const specificElement = services.registry.getElementById('element-123');

⚛️ React Integration

import { useCSElement } from 'cs-element/react';

function MyComponent() {
  const { 
    root, 
    createElement, 
    query, 
    connected, 
    stats 
  } = useCSElement({
    autoConnect: true,
    enableReactivity: true,
    enablePersistence: true
  });

  const handleCreateUser = () => {
    const user = createElement('user', {
      name: 'New User',
      email: '[email protected]'
    });
  };

  const users = query('user[active=true]');

  return (
    <div>
      <h1>Users ({stats.elementCount})</h1>
      <button onClick={handleCreateUser}>Add User</button>
      {users.map(user => (
        <div key={user.id}>{user.getData('name')}</div>
      ))}
    </div>
  );
}

📊 Performance & Testing

Test Coverage

Test Suites: 31/31 (100%)
Tests: 717/717 (100%)
Code Coverage: 95%+
All stubs replaced with real implementations

Performance Features

Web Workers for background processing
Batch operations for bulk updates
Memory pooling for object reuse
Lazy loading for large datasets
Compression for storage optimization

🎯 Use Cases

Enterprise Applications

Document Management Systems
Project Management Tools
CRM/ERP Systems
Workflow Automation

Real-time Applications

Collaborative Editors
Chat Applications
Live Dashboards
Gaming Systems

Data-heavy Applications

Analytics Platforms
Scientific Computing
Financial Systems
IoT Data Processing

📚 Documentation

Core Concepts

Advanced Features

Specialized Systems

Auto-Dispose & Memory Management - Automatic cleanup and lifecycle management
Visualization System - Multi-format visualization with ASCII, SVG, and HTML engines
Graph Algorithms - Advanced pathfinding, cycle detection, and connectivity analysis
Typed Elements Advanced - Strongly typed element system with inheritance and validation
Batch Operations Advanced - Advanced mass operations with multiple execution strategies
Service Registry - Dependency injection and global service management
Element Navigation - Advanced traversal and search capabilities
TypeScript Generator - Automatic type generation from JSON schemas

🔧 Browser Extension

CSElement includes a powerful browser extension for debugging and visualization:

Element Inspector - Inspect element hierarchies
Performance Profiler - Monitor performance metrics
State Visualization - Visualize state machines
Live Query Monitor - Track live query updates
Memory Usage - Monitor memory consumption

🤝 Contributing

We welcome contributions! Please see our Contributing Guide for details.

📄 License

This project is licensed under the MIT License - see the LICENSE file for details.

🙏 Acknowledgments

Built with TypeScript for type safety
Uses EventEmitter3 for high-performance events
Inspired by modern reactive frameworks
Designed for enterprise-scale applications

CSElement - Building the future of reactive data management 🚀