🚨 Why Memory Leaks Matter in Android (and How LeakCanary Saves You)
Every Android engineer has faced the dreaded OutOfMemoryError . It doesn’t happen on day one, but weeks after release, when users have navigated through dozens of screens. Suddenly, the app slows down, GC thrashes, and boom — crash. The silent culprit? Memory leaks. 🔍 Analyze Memory Leaks Faster LeakLens is an Android Studio plugin that analyzes LeakCanary reports, explains retention paths, and suggests fixes directly inside your IDE. Learn More → This post kicks off a series where we’ll dissect LeakCanary and its engine Shark , showing you not just how to use them, but how they work internally. By the end, you’ll be able to debug leaks like a pro — and explain them like an advocate. 🧠 What is a Memory Leak? A memory leak occurs when an object that should be garbage collected is still retained in memory because something is holding a reference to it. Example: Leaking Activity class LeakyActivity : AppCompatActivity () { companion object { // ❌ Static reference ...