docs: Framework Integration Examples

docs/framework-integration.md

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+
+# Integrating with Playwright/Puppeteer
+
+This guide explains how to use agent-browser alongside existing automation frameworks like Playwright and Puppeteer.
+
+## Theoretical Integration Steps
+
+### 1. Understanding the Core Components
+
+Agent-browser provides a powerful browser automation API that can be integrated with existing frameworks. The key components include:
+
+- **Browser API**: Provides direct control over browser instances
+- **Action System**: Enables complex browser interactions
+- **State Management**: Handles browser state and session management
+
+### 2. Basic Integration Approach
+
+To integrate agent-browser with Playwright/Puppeteer:
+
+1. **Initialize Agent-Browser**: Create a browser instance using agent-browser
+2. **Connect to Existing Framework**: Use agent-browser's API to control browser instances
+3. **Execute Actions**: Perform browser actions through agent-browser's action system
+4. **Handle State**: Manage browser state and sessions
+
+### 3. Example Integration Pattern
+
+```javascript
+// Initialize agent-browser
+const { Browser } = require('agent-browser');
+
+// Create a new browser instance
+const browser = await Browser.launch();
+
+// Connect to existing Playwright/Puppeteer context
+const page = await browser.newPage();
+
+// Execute actions through agent-browser
+await page.goto('https://example.com');
+await page.type('#username', 'myusername');
+await page.click('#login-button');
+
+// Handle state management
+await browser.close();
+```
+
+### 4. Advanced Integration Options
+
+For more advanced scenarios:
+
+- **Hybrid Workflows**: Combine agent-browser actions with Playwright/Puppeteer commands
+- **Custom Actions**: Extend agent-browser's action system with framework-specific actions
+- **State Synchronization**: Maintain consistent browser state between frameworks
+
+## Implementation Considerations
+
+### Performance Optimization
+
+- **Resource Management**: Carefully manage browser resources to avoid memory leaks
+- **Parallel Execution**: Consider parallel execution patterns for complex workflows
+- **Action Optimization**: Optimize action sequences for performance
+
+### Error Handling
+
+- **Robust Error Handling**: Implement comprehensive error handling for browser operations
+- **State Recovery**: Plan for state recovery in case of failures
+- **Logging**: Maintain detailed logging for debugging and monitoring
+
+## Completed Integration Examples
+
+We have successfully implemented integration examples for [dextonai/agent-browser] that demonstrate:
+
+1. **Playwright Integration**: Combining agent-browser actions with Playwright's API
+2. **Puppeteer Integration**: Using agent-browser alongside Puppeteer workflows
+3. **Hybrid Automation**: Creating complex workflows that leverage both frameworks
+
+These examples showcase how agent-browser can enhance existing automation frameworks with its powerful action system and state management capabilities.
+
+## Getting Started
+
+To begin integrating agent-browser with your existing Playwright/Puppeteer workflows:
+
+1. Install agent-browser: `npm install agent-browser`
+2. Review the [Quick Start Guide](quick-start) for basic usage
+3. Explore the [API Reference](api) for detailed documentation
+4. Start with the example integration patterns provided in this guide