它显示线程的内核模式栈跟踪。
默认情况下，每个线程有一兆栈空间。
表1略述了从错误栈检索错误的方法。
Table 1 Outlines the ways to retrieve an error from the error stack.
文件系统，使用参数，栈。
不过，线程的栈和其他资源将不会被收回。
However, the thread's stack and other resources will not be deallocated.
协议栈的 TCP层聚合了两次写操作。
上面的基础体系结构示例使用协议栈表示法。
The sample infrastructure architecture above USES the protocol stack notation.
栈上的项有类型和值。
栈对超时的响应是把拥塞窗口重设回空状态。
The stack reacts to the timeout by resetting the congestion window back to an empty state.
这就是说通道参数可以在多层模板调用栈中累积。
This means that tunnel parameters can accumulate from several levels of the template-invocation stack.
Lua解释器使用一个栈接口来与调用代码通信。
The Lua interpreter USES a stack interface to communicate with calling code.
将每个对象关联到栈中栈数据结构中的一个元素。
The ability to tie each object to an element in the stack of stacks data structure
通过将栈深度限制为三层，您应该能避免意外行为。
By restricting the stack depth to three levels, you should avoid unexpected behaviour.
第 1阶段：使用标准的Web服务协议栈
栈的原子扫描。
但它不仅可以序列化栈，还可以序列化堆中的对象。
But it does have the ability to serialize not only the stack but also objects on the heap.
在这种情况下，栈中栈数据结构的状态类似于图4。
In such a case, the state of the stack of stacks data structure is similar to Figure 4.
网络栈底部是负责管理物理网络设备的设备驱动程序。
At the bottom of the network stack are the device drivers that manage the physical network devices.
从结构上讲，两种栈在处理请求和响应时都使用处理器。
Structurally, both stacks use handlers as part of the request and response processing.
栈是内存的一部分，存储函数参数和方法中使用的字段。
The stack is the section of memory that holds function arguments and fields used in methods.
在尾部调用之后除去栈结构的方法称为尾部调用优化。
The idea of removing stack frames after tail-calls is called tail-call optimization.
通过网络栈进行的通信都需要对socket进行操作。
Communication through the network stack takes place with a socket.
数值类型的对象位于栈中，但是引用类型的对象位于堆中。
The object of a value type is in the stack, but the object of a reference type is in the heap.
每个服务器线程都需要一个栈，这需要占用256k的内存。
Each server thread then required a stack, which takes up 256k of memory.
要使操作成功完成，调用栈中的每个类必须有必需的许可权。
Each class in the calling stack must have the required permissions for the operations to complete successfully.
下图显示了语义技术的一些基本要素，即所谓的语义技术栈。
The following picture presents some fundamentals of Semantic Technologies. This is so called Semantic Technology Stack.
最大的限制是，本机堆和所有线程栈都保存在分段2 中。
The most significant restriction is that the native heap and all thread stacks are held in segment 2.
您可以选择调用栈中的条目，这样可以显示变量被调用时的值。
Entries on the call stack can be selected, causing variables at the time of invocation to be displayed.
在与xml之间的数据转换方面，三个栈的运行速度基本相同。
In data conversions to and from XML, the three stacks all run at about the same speed.
它包含了栈帧和局部变量，但与真正的线程不同的是它无法执行。
It includes stack frames and local variables, but unlike a true thread it is not executable.
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