Empowering eLearning: A Cutting-Edge Chrome Extension for Seamless Screen Recording and Request Capture

To meet your requirements, I propose the following solution:

Certainly! Let's expand on each point:

1. Screen Recording Functionality:

   • Utilize HTML5's getUserMedia API to access the user's screen and audio inputs. This API allows for capturing the screen in real-time.
   • Employ a JavaScript library such as RecordRTC, which provides a convenient interface for recording media streams. This library supports various formats, including WebM, suitable for screen recordings.
   • Implement features like selecting specific screen regions or application windows to record, providing users with flexibility and control over the recording process.
   • Integrate functionalities such as starting, pausing, and stopping the recording, along with options to adjust recording quality and frame rate.

2. XHR (XMLHttpRequest):

   • Utilize the chrome.webRequest API provided by Chrome extensions to intercept HTTP requests made by web pages.
   • Configure the extension to listen for POST and GET requests to specific endpoints. When intercepted, log the details of these requests, including headers, payloads, and URLs.
   • Ensure proper handling of request interception, including permission checks and validation of request contents to avoid logging sensitive information.
   • Implement mechanisms to handle asynchronous requests, such as promises or callbacks, to capture and process requests without affecting the user experience negatively.

3. Integration with .NET Web Server:

   • Develop AJAX functionality within the Chrome extension to communicate with your .NET web server. This involves sending captured data, such as screen recordings and intercepted HTTP requests, to the server for processing and storage.
   • Implement authentication mechanisms, such as API keys or tokens, to ensure secure communication between the extension and the web server.
   • Design error handling procedures to handle cases where communication with the server fails, such as network errors or server timeouts. Provide informative error messages to guide users in resolving issues.

4. User Interface Enhancement:

   • Design an intuitive user interface for the Chrome extension, possibly as a pop-up window or toolbar, to provide easy access to recording controls and settings.
   • Include visually appealing elements such as buttons, sliders, and progress indicators to enhance the user experience.
   • Provide clear instructions and tooltips to guide users on how to use the extension effectively, including starting, pausing, and stopping recordings, as well as configuring recording options.
   • Consider incorporating accessibility features to ensure the extension is usable by all users, including those with disabilities or impairments.

5. Source Code and Documentation:

   • Deliver the complete source code of the Chrome extension, thoroughly commented and organized to facilitate understanding and modification.
   • Create comprehensive documentation that covers installation instructions, usage guidelines, and troubleshooting tips for the extension.
   • Conduct orientation sessions via Zoom or other communication platforms to walk you through the codebase, explain key concepts, and address any questions or concerns you may have.
   • Provide ongoing support and updates as needed to ensure the extension remains functional and up-to-date with changes in browser APIs or web standards.

By following these detailed steps, we can develop a robust Chrome extension that seamlessly integrates screen recording with HTTP request interception, providing a valuable tool for capturing eLearning sessions and analyzing user interactions. Let's collaborate closely to bring this project to fruition!