How does this skill detect memory leaks?

It analyzes your source code for known problematic patterns such as unremoved event listeners, uncancelled setInterval calls, and closures that inadvertently hold onto large objects.

Can it find memory leaks in both frontend and backend code?

Yes, it is designed to detect patterns common in both client-side JavaScript (like detached DOM nodes) and server-side environments (like unbounded caches or global state).

Does it suggest actual code fixes?

Yes, once a potential leak is identified, the skill provides specific recommendations and code snippets to resolve the issue and ensure proper resource disposal.

When should I run this skill?

It is best used during code reviews, when debugging performance issues, or as a preventative measure before deploying major updates to production.

Memory Leak Detector

Name: Memory Leak Detector
Author: BbgnsurfTech

byBbgnsurfTech

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Analíticas y Monitorización

Identifies and resolves memory leaks by analyzing code patterns and providing actionable optimization recommendations.

Acerca de

The Memory Leak Detector skill empowers Claude to proactively identify resource management issues within your codebase, ranging from unremoved event listeners and uncancelled timers to unbounded cache growth and detached DOM nodes. By scanning for common memory leak patterns and circular references, it provides developers with detailed analysis and specific fix recommendations to improve application performance, prevent crashes, and ensure long-term stability across both frontend and backend environments.

Características Principales

Identification of unbounded cache growth and global state accumulation
Detailed fix recommendations with automated code improvement suggestions
3 GitHub stars
Detection of detached DOM nodes in frontend applications
Pattern-based detection of unremoved event listeners and timers
Analysis of closures and circular references preventing garbage collection

Casos de Uso

Performing proactive code reviews to ensure proper resource cleanup in complex applications
Optimizing high-frequency event handlers and long-running processes for better stability
Troubleshooting performance degradation or application crashes caused by memory exhaustion

Acerca de

Características Principales

Identification of unbounded cache growth and global state accumulation
Detailed fix recommendations with automated code improvement suggestions
3 GitHub stars
Detection of detached DOM nodes in frontend applications
Pattern-based detection of unremoved event listeners and timers
Analysis of closures and circular references preventing garbage collection

Casos de Uso

Performing proactive code reviews to ensure proper resource cleanup in complex applications
Optimizing high-frequency event handlers and long-running processes for better stability
Troubleshooting performance degradation or application crashes caused by memory exhaustion