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.
运行时可能依旧使用JMS以及JAXSOAP的一个协议栈，但是它们的API对开发者不可见。
The runtime might still use JMS and one of the JAX SOAP stacks, but their APIs would not be visible to the developer.
堆支持运行时内存分配，和栈不同，大多数语言都允许程序使用堆管理内存。
The heap provides runtime memory allocation, like the stack, meant for data that must outlive the function doing the allocation, unlike the stack. Most languages provide heap management to programs.
以下三节中，您将看到三个Web服务栈如何各自处理安全运行时参数和WS - Addressing使用。
In the next three sections, you'll see how each of the three web services stacks handles both the security run-time parameters and WS-Addressing use.
您是否了解应如何有效利用Rubinius清晰可见的内部结构，例如可以在运行时刻访问并修改字节码、查看调用栈？
Do you have ideas what you could do with Rubinius' transparency and accessible internals, i.e. accessing and modifying bytecode at runtime, inspecting the call stack etc.?
这个最新的发行版提供Web服务协议栈、ws - Inspection、WebSphere 4.0支持、HTTPR演示、XKMS原型、WebServicesforBrowser以及运行时和工具的增强功能。
This latest release provides the Web Services Stack, WS-Inspection, WebSphere 4.0 support, HTTPR demo, XKMS prototype, Web Services for Browser, and run-time and tools enhancements.
就像其他运行时内存区一样，本地方法栈占用的内存区也不必是固定大小的，他可以根据需要动态扩展或者收缩。
As with the other runtime memory areas, the memory they occupied by native method stacks need not be of a fixed size. It can expand and contract as needed by the running application.
就像其他运行时内存区一样，本地方法栈占用的内存区也不必是固定大小的，他可以根据需要动态扩展或者收缩。
As with the other runtime memory areas, the memory they occupied by native method stacks need not be of a fixed size. It can expand and contract as needed by the running application.
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