例如,前面描述的 print_report_i 函数在 GCC 3.4 中使用 -O2 进行尾部调用优化编译, 因此运行时使用的栈的大小是固定的,而不是线性增长的。
For example, the print_report_i function described earlier compiled with tail-call optimization using -O2 on GCC 3.4 and therefore runs with a stack-size that is constant, not growing linearly.
但是它们的支持在许多方面有极大的差别,包括安全性操作和使用运行时安全性参数配置栈的方法。
But their support differs significantly in many ways, including both the security operation and how the stacks are configured with run-time security parameters.
该项目会给系统栈带来很多新功能,这样管理运行时就会继续其成长和变革之路了。
This Initiative will serve to bring new functionality to the systems stack, freeing managed runtimes to continue their growth and evolution.
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