theORQLTranslation site

What is theORQL?

theORQL is an innovative front-endAI Programming ToolsChrome DevTools is an open source tool that focuses on improving development efficiency and debugging accuracy. It connects Chrome DevTools with the VS Code/Cursor, real-time capture of the browser runtime state, including DOM, CSS, network requests, etc., so that AI “see” the real rendering results. The main features include accurate mapping of UI to code, automatic bug recovery and repair, real-time IDE synchronization, and production environment monitoring. Developers can click on the interface elements to locate the source code, and use AI to automatically generate repair solutions and verification, reducing manual debugging time. At the same time, it supports cross-device adaptation verification to ensure the correctness of responsive layout.

Main features of theORQL

1. Runtime Panorama Capture::
   • Real-time access to DOM structure, Computed Styles, network requests, Console logs and other real browser state.
   • Let AI “see” the actual front-end rendering results and provide more accurate debugging and optimization suggestions.
2. UI → Code Precision Mapping::
   • Click on any element of the interface to be directed to the corresponding component source code.
   • No need to manually look up in the file tree to improve debugging efficiency.
3. Automatic Reproduction and Repair::
   • Supports automatic scripting to reproduce bugs, generate fixes and inject them into the browser for visual validation.
   • The loop iterates until the problem is solved, forming an automatic reproduction-repair closure.
4. IDE real-time synchronization::
   • Supports two-way linkage between Chrome and VS Code/Cursor.
   • Automatically generate validated, reviewable diffs and reduce context switching.
5. Production environment monitoring::
   • Aggregate information such as browser crashes, Vercel deployment failures, and CI reported errors into a unified view.
   • One-stop tracking of full-link problems and quick localization of failure points.
6. UI Style Debugging::
   • When an element display exception occurs, Computed Styles are caught directly to locate the source of the CSS conflict.
   • Avoid blindly changing code trial and error to improve debugging accuracy.
7. Interaction Bug Fixes::
   • Automatically reproduce the sequence of actions when the user clicks with no response or when the status is not updated.
   • Pinpoint event processing logic errors and fix problems quickly.
8. Code Teaching Demo::
   • Visualizing the causal link “code change → runtime change” in programming education.
   • Lower the threshold of student understanding and improve teaching effectiveness.
9. Cross-Device Adaptation Validation::
   • Capture the real rendering results in different viewports.
   • Ensure that the responsive layout works correctly across screen sizes.

Core technology of theORQL

• visual perception: Capture browser state in real-time, including DOM, CSS, network requests, and more through integration with Chrome DevTools.
• AI-assisted programming: Automatically reproduce bugs, generate fixes, and visually validate them using AI technology.
• Two-way linkage mechanism: Seamlessly connect Chrome with VS Code/Cursor to improve development efficiency.
• Panoramic Capture Technology: Accurately map UI elements to source code, support clicking on an element to directly locate the corresponding component.

Scenarios for theORQL

1. front-end debugging: Quickly locate and resolve UI style issues, interaction bugs, and more.
2. Automated restoration: Reduce manual debugging time by utilizing AI to automatically reproduce and fix bugs.
3. production monitoring: One-stop tracking of all-link issues and fast response to production environment failures.
4. Code Teaching: Visualizing the association of code with the runtime aids programming education.
5. Cross-Device Adaptation: Verify how responsive layouts appear on different devices.

How to use theORQL?

1. Visit the official website: Access theORQL Official Website, complete the account registration and login.
2. Installation of plug-ins: Choose the version according to the editor you use (VS Code/Cursor) and install it.
3. Connecting the Browser::
   • Open the target app in Chrome (e.g. http://localhost:3000).
   • theORQL automatically captures runtime state through DevTools.
4. start debugging::
   • Click on any element of the interface to map to the source code.
   • utilization Auto Repro → Fix The loop automatically recovers and fixes bugs.
5. Synchronized fixes::
   • A diff is automatically generated for validated fixes.
   • One-click synchronization back to the IDE for submission review.