This article explains the four common compilation and linking problems C/C++ developers encounter on 64‑bit Linux, covering preprocessing, ELF object formats, static library ordering, dynamic linking mechanics, symbol interposition, and runtime loading pitfalls, and provides concrete solutions for each.
This article details a ten‑month iOS startup optimization project for the Sohu Video app, describing measurement methods, ten technical improvements—including dynamic‑to‑static library conversion, load‑method refactoring, binary reordering, and double‑root view architecture—that together reduced launch time by roughly 46% and provides practical code snippets and performance data.
This article explains how the Egg Roll Fund iOS project migrated its mixed CocoaPods and Carthage dependencies from dynamic frameworks to static libraries using CocoaPods 1.5’s use_modular_headers! flag, manual bridging‑header adjustments, and a Carthage static‑library script, resulting in faster startup and smaller app size.
This article explains why using Swift or mixed Swift/Objective-C for business logic in componentized iOS projects is discouraged due to ABI compatibility issues, dynamic library loading overhead, and development complexity.
