Your transform will take one of the two files as its primary input, and will use the content tag to read, parse, and load into memory the second file.
您的转换将采用两个文件之一作为其主要输入，并将使用内容标记来将第二个文件读取、分析和加载到内存中。
The issue was caused by a custom tag engine, that kept large object lists in memory.
问题是由自定义标签引擎引起的，它会在内存中存放大型对象列表。
Participants had to first study passages and tag them, and then they performed memory tests on what they had actually read and tagged.
参与者首先必需去学习这些文章然后再作上标签。在之后的记忆测试里，他们也必需体现出他们实际阅读和标签的内容。
As it encounters memory, it marks the tag as 1. Everything not tagged 1 at the end is considered garbage and reused for later allocations.
当它遇到内存时，就将标签标记为1。最后没有被标记为1的所有内容都认为是垃圾，以后分配内存时会重新使用它们。
The first line in the tag shows that the thread needed 32 bytes and it has been 286 milliseconds since the last memory allocation failure (i.e., since the last GC occurred).
标签中的第一行显示，该线程需要32个字节，而且，自上次内存分配失败以来(即自上次发生gc以来)，已经有286毫秒的时间。
If this is your current understanding on tag placement, erase it from your memory right now!
如果这就是您目前对标记放置的认识，赶紧把它忘了吧！
You can post stories to your wall when you favorite a photo, comment or tag a Facebook friend on Expono or just be able to tell the story behind your precious memory.
在选择最爱图片、发表评论或是标记Expono上的Facebook好友时，你可以在涂鸦墙上写下图片背后的美好故事。
The reason for the synchronous GC, contained in the tag, consists of system garbage collect for the first case and out of memory for the second.
同步gc的原因包含在标记中，其中systemgarbagecollect用于第一种情形而out ofmemory用于第二种情形。
The Roo-generated Spring Security shown above uses an in-memory authentication provider configured under the <user-service> tag.
如上 Roo生成的 SpringSecurity 在
Whereas the designed tag is readable and writable, E2PROM is adopted as the memory unit.
鉴于所设计的标签是可读写的，采用了E2PROM作为存储单元。
Whereas the designed tag is readable and writable, E2PROM is adopted as the memory unit.
鉴于所设计的标签是可读写的，采用了E2PROM作为存储单元。
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