This guide explains how HarmonyOS enhanced freeze logs use multi-sampling stack collection and CPU load analysis to precisely diagnose app freeze root causes, covering a four-step analysis workflow with concrete log examples.
This article presents a systematic methodology for analyzing HarmonyOS native crashes using CppCrash skills, demonstrated through a real-world SIGSEGV case study that reveals a use-after-free bug in ECSConnection reference counting across threads.
This article details a systematic 7-step workflow for diagnosing HarmonyOS app freezes, moving from experience-driven manual log analysis to automated AI reasoning that correlates stack traces, EventHandler queues, sampling stacks, and Binder/IPC data to pinpoint root causes in minutes.
HarmonyOS and Xiaohongshu co-built and open-sourced an AI-powered stability diagnosis platform using a Skill+MultiAgent architecture that reduces complex fault analysis from hours to minutes, covering freeze, crash, and leak scenarios with automated log parsing, code context correlation, and fix generation, proven by Xiaohongshu's 8x efficiency gains.
