Dual-Interface Architecture
Seamlessly bridging Chrome and VS Code for unified frontend debugging
The Chrome-VS Code Divide
Frontend developers are forced to constantly switch between Chrome DevTools (where errors manifest) and VS Code (where fixes are implemented), creating a disjointed workflow that significantly increases cognitive load and resolution time.
theORQL's dual-interface architecture fundamentally transforms this experience by creating a direct bridge between these environments.
- Runtime Context Transfer: Complete DOM, JavaScript, and framework state flows directly to your editor
- Zero Context Switching: Diagnose and fix errors in one unified environment
- Flow State Preservation: Maintain deep concentration without disruptive tool changes
Dual-Interface Architecture
How It Works
1. Chrome Runtime Capture
Our Chrome extension leverages the Chrome DevTools Protocol to capture comprehensive runtime context when errors occur:
- DOM Snapshot: Complete Document Object Model state
- Component Tree: Framework-specific component hierarchy
- Network Interceptor: All request/response data
- Console Buffer: Complete console output
- Visual Evidence: Application screenshot at failure point
- Execution Trace: Full JavaScript call stack with source mapping
2. VS Code Diagnostic Hub
The companion VS Code extension transforms captured runtime context into actionable intelligence:
- Source Mapping: Error locations mapped to original source
- Multi-Agent Analysis: Framework-aware error diagnosis
- Inline Fix Generation: Runtime-validated code solutions
- DOM Explorer: Interactive DOM inspection in the editor
- Network Analysis: Request inspection with headers and payload
- Educational Explanations: Framework-specific learning guides
Technical Architecture Components
Chrome Runtime Capture Engine
- DevTools Protocol Integration
- DOM Observer with MutationObservers
- Network Interceptor via Fetch/XHR APIs
- Error Event Listeners
- Framework-Specific Detectors
The extension operates with under 2% CPU overhead and adheres to Chrome's security model.
WebSocket Bridge
- Secure Local Connection
- Zero-Leak Privacy Design
- Data Streaming Architecture
- Error Context Serialization
- Redaction Pipeline
All data remains on your machine with automatic sensitive data redaction.
VS Code Diagnostic Hub
- Context Visualizer
- Source Mapper
- Editor Integration
- Command Palette Extensions
- Multi-Agent AI System
The VS Code extension transforms raw error data into actionable diagnostics and fixes.
Frontend Error Context Schema
The Frontend Error Context Schema
At the heart of our dual-interface architecture lies the Frontend Error Context Schema—a comprehensive data model that captures and organizes the three critical runtime contexts where frontend errors manifest.
This unified schema enables powerful cross-context analysis while maintaining strict security and privacy controls.
- Comprehensive Context Capture: DOM state, JavaScript execution, and framework behavior in structured format
- Framework Intelligence: Specialized sections for React, Vue, and Angular specifics
- Privacy by Design: Built-in redaction and privacy controls
- Cross-Context References: Relationships between elements in different contexts
Performance Metrics
under 2%
CPU overhead during development
under 500ms
Time to explain common React errors
under 2s
Complete Redux/MobX flow analysis
under 3s
Full React tree traversal analysis
Experience the Dual-Interface Revolution
Transform your frontend debugging workflow with the first true bridge between Chrome and VS Code.