这是正常的机制，堆栈大小调整要求。
This is the normal mechanism whereby stack size adjusts to demand.
增加堆栈大小可能影响应用程序的性能。
Increasing the stack size may affect your application's performance.
堆栈大小：ulimit—sunlimited。
超出最大调用堆栈大小。
是否改变了线程堆栈大小(例如，- Xss128k)。
If thread stack size has been changed (for example, -xss128k).
每个线程使用默认的堆栈大小并按照默认的优先级运行。
Each thread USES the default stack size and runs at the default priority.
在默认情况下，数据库共享内存的大小是1.75GB减去堆栈大小。
By default, the database Shared memory is 1.75gb minus the Stack.
然而，如果已达到最大堆栈大小，我们有一个堆栈溢出，程序接收到一个分割故障。
However, if the maximum stack size has been reached, we have a stack overflow and the program receives a Segmentation Fault.
堆栈大小（CCHAR）计算从这个开始的设备对象数，并且降序所有PDO方式。
StackSize (CCHAR) counts the number of device objects starting from this one and descending all the way to the PDO.
如果您的应用程序引发此异常，并且需要有较深的可视化树，您可以增加应用程序的堆栈大小。
If this exception is thrown by your application and you need to have a deeper visual tree, you can increase the application's stack size.
此元素可能在将来的CLR版本中被完全忽略或被始终用于选定的内部线程的显式堆栈大小替换。
This element might be ignored completely in future versions of the CLR, or replaced by explicit stack sizes that are always used for selected internal threads.
mstack-guard=stack-guard 和 -mstack-size=stack-size：这些选项也可以帮助调试堆栈大小问题。
mstack-guard=stack-guard and -mstack-size=stack-size: These options also help debugging stack size problems.
其中的各个列显示每个进程的数据、堆栈和文本页面大小。
The columns show the data, stack, and text page sizes of each process.
您可能会奇怪为什么在开始参数大小计算时要检查方法是否是静态的，如果是静态的，将堆栈帧槽初始化为零(不是静态正好相反)。
You might wonder why I check whether the method is static at the start of my parameter size calculation, then initialize the stack frame slot to zero if it is (as opposed to one if it is not).
最困难的部分是确定堆栈帧不同部分的不同偏移量，了解每个部分应该放到哪里，以及大小应该是多少。
The most difficult part is determining the different offsets of the different parts of the stack frame, knowing where each piece should go, and what size it should be.
在32位系统上，默认的地址空间模型是对于用户和堆栈数据使用单一数据段，最大总大小接近256MB。
On 32-bit systems, the default address-space model is that it USES a single segment for user and stack data with a maximum aggregate size close to 256 MB.
因为在堆栈中压入一个变量会让堆栈指针移动一个双字，所以给堆栈指针加4(双字的大小)(第32行)。
Since pushing a variable essentially moves the stack pointer by a dword, the stack pointer is adjusted by adding 4 (the size of a dword) to it (line 32).
在本程序中，需要两个堆栈框架大小——一个用于main，一个用于factorial。
In this program you will have two stack frame sizes — one for main and one for factorial.
RHEL上的一个POSIX线程拥有一个大小为10MB的私有堆栈。
A POSIX thread on RHEL has a private stack with a size of 10mb.
Stacksize也是一个极其重要的配置参数，它指示了数据库服务器为每个活动线程指派的初始堆栈的大小。
Stacksize is also a very important configuration parameter that indicates the initial stack size the database server assigns to each active thread.
在堆栈指针上加上双字变量的大小(即esp +12、esp + 16等等)，就可以访问所有后续参数。
All subsequent arguments are accessed by adding the size of a dword variable to the stack pointer (that is, esp + 12, esp + 16, and so on).
使用这个特性可以对减少整体代码的大小进行优化，因为在缺省情况下，即使代码不会引发异常，cl仍然会为 C++源代码生成堆栈展开信息。
Using this feature is an optimization that reduces overall code size because, by default, even if the code does not throw exceptions, cl still generates stack unwinding information for C++ sources.
mwarn-framesize=framesize和 -mwarn-dynamicstack：这些选项会引起在编译时检查函数是否超过给定的堆栈帧（stack frame）大小或使用动态调整的堆栈帧。
mwarn-framesize=framesize and -mwarn-dynamicstack: These options cause a compile-time check whether a function exceeds a given stack frame size or uses dynamically sized stack frames.
我们为什么不考虑堆栈帧的大小而递归程序计算的空间复杂度？
Why don't we consider stack frame sizes while calculation Space Complexity of recursive procedures?
所以您只需通过使用ai $sp, $sp, FRAME_SIZE 将堆栈框架大小加到堆栈指针来移动堆栈指针即可。
So you simply need to move the stack pointer by adding the stack frame size to the stack pointer using ai $sp, $sp, FRAME_SIZE.
给出一种在内存受限系统中确定应用任务堆栈合理大小的方法。
This paper presents a method to determine the proper size of applied task stack in the system whose memory is limited.
此警告意味着，正将指向已知大小的非堆栈缓冲区的参数传递到某个函数，但是该函数向缓冲区中复制的字节数大于缓冲区的大小。
This warning indicates that a parameter that points to a non-stack buffer of known size is being passed into a function that copies more bytes into it than that size.
此警告意味着，正将指向已知大小的非堆栈缓冲区的参数传递到某个函数，但是该函数向缓冲区中复制的字节数大于缓冲区的大小。
This warning indicates that a parameter that points to a non-stack buffer of known size is being passed into a function that copies more bytes into it than that size.
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