A typical call stack is shown in Figure 1.
图1显示了一个典型的调用堆栈。
You're literally going back to a previous call stack.
也就是直接返回到一个先前的调用栈。
Display the current call stack of programs and functions.
显示程序和函数的当前调用栈。
Note, of course, that this call stack will be optimized in the ways described earlier.
注意，这个调用堆栈当然将会按前面描述的过程优化。
Instead, the programmer needs to manually list each call in the call stack of interest.
相反，程序员需要手动列出调用堆栈中的每个调用。
In that case, there is no user code on the call stack.
在这种情况下，调用堆栈中没有用户代码。
The location expands to show the call stack for the thread.
此位置将展开以显示线程的调用堆栈。
The call stack is selectable so that you can copy and save it.
调用堆栈是可选定的，因此您可以复制并保存它。
The stack chain represents the physical call stack for the thread.
堆栈链表示线程的物理调用堆栈。
Show call stack link, which further expands the error to show the call stack.
“显示调用堆栈”链接，这将进一步扩展此错误以显示调用堆栈。
All the stack frames are allocated in a region of memory called the call stack.
所有栈帧被分配在称为调用栈的内存区域。
When you are debugging, any function currently on the call stack is an active function.
当进行调试时，当前处于调用堆栈上的任何函数都是活动函数。
Further, recursive functions are more likely to run into browser call stack size limits.
此外，递归函数还会遇到浏览器调用栈大小的限制。
The cut-off percentages based on average call stack length are shown in the following table.
基于堆栈平均长度的截止百分数见下表。
How to: Use the Call Stack Window.
如何：使用“调用堆栈”窗口。
For more information, see Using the Call Stack Window.
有关更多信息，请参见使用“调用堆栈”窗口。
Call Stack window, you can set a breakpoint on a particular function call.
“调用堆栈”窗口，您可以在特定的函数调用处设置断点。
Call Stack window, you can set a breakpoint on a particular function call.
“调用堆栈”窗口，您可以在特定的函数调用处设置断点。
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