This article explains why Linux programs may exit unexpectedly, introduces the backtrace utility and its underlying call‑stack mechanism, and provides step‑by‑step instructions—including compilation flags, signal handling, and address‑to‑source mapping—to accurately locate the root cause of crashes.
This article walks through why Android 15’s 16 KB page size is a hidden trap for native libraries, shows how to locate 4 KB assumptions in code, and provides step‑by‑step CMake/Android‑mk adjustments, tooling commands, and debugging tips to ensure your .so files load correctly.
This guide explains Go's addr2line tool, covering its core function of translating memory addresses to source file locations, typical debugging and performance‑analysis scenarios, command‑line usage with examples, and how it streamlines error tracing and profiling in Go applications.
The article explains how embedded developers can leverage cross‑compilation toolchains and the addr2line utility to quickly translate crash addresses into source file names and line numbers, dramatically improving debugging efficiency for native and kernel crashes.
This guide explains how to enable core dumps on Linux, examine the generated core file, and pinpoint the exact source line of a crash using dmesg, addr2line, gdb, and strace, with concrete command examples and code snippets.
This guide explains how to enable core dumps on Linux, examine the generated core file, and pinpoint the exact source line that caused a crash using dmesg, addr2line, gdb, and strace, with step‑by‑step commands and example code.
