• Eliminate the structural flaw by consolidating the duplicated AuthContext component implementations immediately.
• The architecture relies heavily on React Context API and useReducer for managing persistent authentication state efficiently.
• Component design skillfully incorporates Tailwind CSS and loading indicators, improving crucial application user experience feedback.
• Refactor reusable buttons to accept generic function handlers, avoiding tight coupling with the internal React Router useNavigate hook.
• Review the alarming security score (53K issues); a critical, immediate security audit of dependencies and configuration is mandated.
• Clean implementation of protected routing via the RequireAuth wrapper effectively gates authenticated sections of the application.

• Hardcoded MongoDB connection string exposes critical production credentials; this demands immediate isolation using environmental variables.
• Artwork uploads store file objects directly in MongoDB, which is inefficient; integrate cloud storage (S3) and persist only the URL.
• The ArtworkController suffers from deep nesting due to mixing Multer callbacks within asynchronous Express error handling; refactor for cleaner error flow.
• Resource fetching uses non-standard POST requests instead of conventional GET routes and URL parameters, compromising API RESTfulness.

• Monaco Editor integration ensures robust, professional code editing features right out of the box.
• High-fidelity UI delivered via extensive inline Tailwind CSS classes, prioritizing rapid development speed.
• Review state management; passing setters via props risks prop drilling in complex editor configuration workflows.
• Custom classnames utility should be replaced with industry standard libraries like clsx for improved bundle consistency.
• Given the critical security findings, rigorously sanitize all user input before code execution in the compilation environment.

Senior Engineering Assessment and Actionable Insights

• The implementation adopts idiomatic Rust error handling using if let constructs, ensuring file system operations are robustly managed.
• Current path component handling is excessively nested; leveraging Path.display() or to_string_lossy() simplifies the necessary string conversion.
• Excessive commented-out code relating to previous input experimentation severely detracts from the small codebase's overall readability.
• For better architectural clarity and future testing, extract the core directory traversal logic from main() into a dedicated helper function.