This article explains five common Java memory leak scenarios—long-lived collections, unclosed resources, ThreadLocal misuse, inner class references, and unregistered listeners—with code examples and recommends MAT and VisualVM for leak detection.
FixrLeak combines AST analysis with generative AI to detect and automatically repair Java resource leaks, dramatically reducing manual effort, improving code quality, and demonstrating the transformative potential of AI‑driven solutions in large‑scale software engineering.
This article explains why using a wrong Content‑Type header and not closing the InputStream when returning a Resource in SpringBoot 3.2 causes file‑handle leaks, and demonstrates three solutions—including try‑with‑resources, direct HttpServletResponse streaming, and custom Resource implementations—to safely download files even under high concurrency.
This article compares Facebook's open‑source static analyzer Infer with 360's Fireline, focusing on resource‑leak detection for Android, presenting test methodology, detailed results across 30 leak scenarios, and highlighting Fireline's higher detection rate and lower false‑positive ratio.
