By default, every thread has one Megabyte of stack space.
默认情况下，每个线程有一兆栈空间。
Therefore, it makes most sense to save it before reserving the stack space.
所以十分有必要在保留堆栈空间之前先保存它。
The stack limit is irrelevant because DB2 creates its own stack space (AGENT_STACK_SZ dbm cfg)
栈限制不重要，因为DB2创建它自己的栈空间（AGENT_STACK_SZdbmcfg）
However, one concern people have with the use of recursive functions is the growth of stack space.
不过，对于递归函数的使用，人们所关心的一个问题是栈空间的增长。
In such cases, you may get an error from JRE indicating that the process has run out of stack space.
在这种情况下，可能从JRE获得一个指示进程用完堆栈空间的错误。
程序栈空间溢出。
A frame function can dynamically allocate stack space and can employ a frame pointer.
帧函数可以动态分配堆栈空间并采用帧指针。
To avoid unnecessarily allocating stack space for threads, it creates new idle threads at intervals.
为避免向线程分配不必要的堆栈空间，线程池按照一定的时间间隔创建新的空闲线程。
Internal query processor Error: The query processor ran out of stack space during query optimization.
内部查询处理器错误：在查询优化过程中，查询处理器用尽了堆栈空间。
The PowerPC ABI actually puts the storage space for the function parameters in the calling function's stack space.
PowerPCABI实际上会将函数参数使用的存储空间放入调用函数的堆栈空间中。
This space is also used for overflow: if there are more parameters than registers available for use, then they need to go in the stack space.
这个空间也用来在溢出情况中使用：如果参数个数多于可用寄存器的数目，那么它们就需要进入堆栈空间中。
A frame function is a function that allocates stack space, calls other functions, saves nonvolatile registers, or USES exception handling.
帧函数是分配堆栈空间、调用其他函数、保存非易失寄存器或使用异常处理的函数。
These options help in cases when stack space is rare, as is the case in the Linux kernel, or where application programs fail because of a stack overflow.
当堆栈空间不足时（就像在Linux内核一样），或应用程序因堆栈溢出而出现故障时，这些选项可以提供帮助。
Now you can see why our earlier rules for the simplified ABI required that only registers 3 through 12 should be used: the others are non-volatile and require stack space to save them!
现在您可以看到为什么简化abi之前的规则要求只使用寄存器3到寄存器12：其他寄存器都是非易失性的，需要堆栈空间来保存这些寄存器的值。
These key problems are the choice of module format, the organization way of module, module communication mechanism, stack space management, namespace management and symbol resolve and indirection.
这些关键问题有模块格式的选择、模块的组织方式、模块间通信机制、栈空间管理、名字空间管理以及符号解析和重定位。
These key problems are the choice of module format, the organization way of module, module communication mechanism, stack space management, namespace management and symbol resolve and indirection.
这些关键问题有模块格式的选择、模块的组织方式、模块间通信机制、栈空间管理、名字空间管理以及符号解析和重定位。
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