性能计数器使用内存映射文件或共享内存发布性能数据。
Performance counters use a memory mapped file, or Shared memory, to publish performance data.
使用内存映射文件技术及多线程调度技术，用于管理和调度大数据量地形数据和纹理数据。
Using Memory Map File and Multi-thread dispatch technology, to manage and dispatch large terrain data and texture data.
在BCL的下一个版本中，. NET开发人员将能够直接使用内存映射文件，而无需通过平台调用的方式。
With the next version of the BCL,.net developers will be able to use memory-mapped files directly instead of via platform invoke calls.
使用以上的XML文件，下面的屏幕截图会显示该结构实例的内存映射，如下所示。
Using the XML file above, the screen capture below shows the memory map rendering an instance of this structure, shown below.
进而我们会看看内存映射原理、与之相关的文件读写机制以及内存使用情况图表所揭示的含义。
Coming up we'll look at memory mapping, how file reading and writing ties into all this and what memory usage figures mean.
内存映射工具有其他的特性或者使用，而且通过咨询官方的文件文献，您还可以学到更多的关于它们的知识。
The memory mapping tool has other features and USES, and you can learn more about these by consulting the official product documentation.
为了创建一个内存映射赋值，您需要在定义您想要使用的布局的文件系统上选择文件。
To create a memory map rendering, you need to select the file on the file system that defines the layout you want to use.
在处理巨型文件时，真正的开发人员会转而使用一种技术，名为内存映射文件。
When working with very large files, native developers turn to a technique known as Memory-Mapped files.
可使用此方法返回的流顺序访问内存映射文件，如如进程间通信。
You can use the stream returned by this method for sequential access to a memory-mapped file, such as for inter-process communications.
可使用此方法返回的流顺序访问内存映射文件，如如进程间通信。
You can use the stream returned by this method for sequential access to a memory-mapped file, such as for inter-process communications.
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