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文章阐述了基于Clang静态插桩代码覆盖率扫描获取“二进制重排”方案下“Page Fault”符号部分剩余无法彻底清理的解决方案, 强调了swift项目iOS15/16以后(注:dyld4)“Page Fault”符号降低带来的启动速度收益.
为iOS性能优化下“启动速度”提升, 特别是在“二进制重排”方案的基础上提出了新的优化思路, 更进一步的提升了该方案的使用范围以及最终效果.
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@GOATRobery 文章链接丢失,辛苦补充下
原文链接🔗: https://juejin.cn/post/7432913408574930971
JonyFang
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文章概要
文章阐述了基于Clang静态插桩代码覆盖率扫描获取“二进制重排”方案下“Page Fault”符号部分剩余无法彻底清理的解决方案, 强调了swift项目iOS15/16以后(注:dyld4)“Page Fault”符号降低带来的启动速度收益.
推荐理由
为iOS性能优化下“启动速度”提升, 特别是在“二进制重排”方案的基础上提出了新的优化思路, 更进一步的提升了该方案的使用范围以及最终效果.
原文链接
The text was updated successfully, but these errors were encountered: