Working storage pages are never written to a file system.
不会将工作存储分页写入到文件系统。
When a process exits, the system releases all of its private working storage pages.
当进程退出时，系统将释放其所有的私有工作存储分页。
So, in the above example, there are 188426 working storage pages mapped into memory.
因此，在上面的示例中，一共有188426个工作存储分页映射到内存中。
Of those 188426 working storage pages, 133537 of them are pinned (that is, can’t be paged out).
在这 188426 个工作存储分页中，有 133537 个是固定的（也就是说，不能换出的）。
The working storage pages for shared memory regions are not released until the shared memory region is deleted.
对于共享内存区域，直到删除共享内存区域之后，才会释放其工作存储分页。
Thus, the system releases the working storage pages for the data of a process and stack when the process exits.
因此，当进程退出时，系统将释放进程数据和堆栈的工作存储分页。
When modified working storage pages need to be paged out (moved from memory to the disk), they are written to paging space.
当需要将经过修改的工作存储分页替换出(从内存移动到磁盘)时，它们将被写入到分页空间。
On other platforms, working storage memory is sometimes referred to as anonymous memory. Examples of virtual memory regions that consist of working storage pages are.
在其他的平台中，工作存储内存有时也称为匿名内存。
On other platforms, working storage memory is sometimes referred to as anonymous memory. Examples of virtual memory regions that consist of working storage pages are.
在其他的平台中，工作存储内存有时也称为匿名内存。
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