区块缓存器中会保存一个个单独的数据块。
QEMU将最近使用的翻译后的代码块缓存在一个16MB的块中。
QEMU caches the most recently used translated blocks in a 16 MB block.
文件块缓存-当一个文件被打开时，内核与远程服务器一起检查是否取或重新设置缓冲的属性。
File-blocks cache - when a file is opened, the kernel checks with the remote server whether to fetch or revalidate the cached attributes.
与此类似，作为获得监视的一部分，当进入一个同步块时，本地缓存失效，使之后的读操作直接进入主内存而不是本地缓存。
Similarly, as part of acquiring the monitor when entering a synchronized block, local caches are invalidated so that subsequent reads will go directly to main memory and not the local cache.
这使它与缓存操作非常类似，后者是将指令块从内存移动到本地快速缓存中执行。
This makes it very similar to caching operations, where blocks of instructions are moved from memory into a local fast cache memory for execution.
缓冲区缓存——为存储从物理数据文件读取的数据块而分配的内存。
Buffer Cache - Memory allocated for storing data blocks read from physical data files.
尽管缓存可能在一定程度上减轻这种性能影响，但如果使用特定大小的数据块检索数据来支持用户界面分页，则可能出现另一个问题。
Although caching might alleviate this to some degree, another problem might arise if data is retrieved in blocks of a certain size to support user interface pagination.
缓冲区缓存会缓存文件系统和相关块设备之间的请求。
The buffer cache buffers requests between the file systems and the block devices that they manipulate.
类型blockio 把这个磁盘设置为直接块I/O模式，没有页面缓存。
The type blockio sets the disk to direct block I/O mode without page cache.
当执行到 catch块时，将使用缓存的主体准备SOAP请求，并随后调用Web服务。
When the control reaches the catch block, a SOAP request is prepared using a cached body, and a Web service is invoked.
最后的代码块同时遍历原来的缓存行号(linenum)和行列表中的每个行，以重新格式化赋值行。
The final code block then reformats the assignment lines, by iterating through the original buffer line Numbers (linenum) and through each line in the lines list, in parallel.
该Oraclerac节点的全局缓存服务(GCS)负责管理对这些数据块集的访问。
The Global Cache Service (GCS) of that Oracle rac node is responsible for managing access to these sets of data blocks.
hibernate块用来调整缓存设置(除非是hibernate专家，否则不要在这里进行任何调整)。
The hibernate block allows you to adjust the cache Settings. (No need to tweak things here unless you are a hibernate expert.)
数据流以异步方式从一个块进入到另一个块当中，根据需要它通常在源或目标处进行缓存。
Data flows from one block to the next in an asynchronous fashion, often being buffered at the source or target until such time as it is needed.
文件系统驱动程序更新适当的元数据，但是没有时间将其缓存中的数据刷新到磁盘的新块中。
The filesystem driver updated the appropriate metadata, but didn't have time to flush the data from its caches to the new blocks on disk.
所有的文件都被分块，每个块都存储为一个缓存项。
Files themselves are chunked and each chunk is stored as a cache entry.
而且，一旦找到缓存的主机实例，随后的查找都可以从缓存中获取，这种缓存访问受到同步块的保护。
Also, each Home instance is cached once found, so that subsequent lookups will obtain it from the cache, and this cache access is protected with a synchronized block.
QEMU的动态翻译程序还缓存了翻译后的代码块，使翻译程序的内存开销最小化。
QEMU's dynamic translator also caches blocks of translated code to minimize the translator's overhead.
现在所有的系统有在使用缓存，即在内存中开辟一块区域来存放数据。
No modern web system runs without a cache, which is an in-memory store that holds a subset of information typically stored in the database.
如果在堆的顶部分配的内存块不在缓存中，执行会在内存内容装入缓存的过程中出现延迟。
If you allocate a block of memory on the heap that is not already in the cache, execution will stall while the contents of that memory are brought into the cache.
根目录条目(dentry)对象也缓存在这里，因为它是文件系统所在的块设备。
The root directory entry (dentry) object is cached here also, as is the block device on which this file system resides.
第二个参数包含代码块—即第一个do和最后一个end之间的代码—此代码块准确地确定了要缓存的rhtml分区。
The second parameter contains a code block - the code between the first do and the last end - that identifies exactly which RHTML fragment to cache.
传输、访问和缓存(内核块缓冲区缓存)命中率的缓冲区活动。
Buffer activity for transfers, accesses, and cache (kernel block buffer cache) hit ratios.
缓冲区缓存为存储从物理数据文件读取的数据块而分配的内存。
Buffer Cache Memory allocated for storing data blocks read from physical data files.
换句话说，它指定在缓存中赃块能保证多长时间。
In another word, it specifies how long a dirty buffer in buffer cache can remain dirty.
缓存应用程序块。此应用程序块允许开发人员在其应用程序中集成本地缓存。
Caching application block. Developers can use this application block to incorporate a local cache in their applications.
另外还采用了两块双口ram缓存结构，节省了CPU处理时间与其他资源，CPU采用基于ARM内核的LPC 2106。
In addition, cache using double dual ports RAM is used to save process time and other resource of CPU, we use LPC2106 cored by ARM as CPU.
层次索引模板通过一组常驻显存的索引缓存序列，隐式地表示地形块细节层次。
It represents terrain blocks detail levels by using an index buffer sequence, which resides in video memeory.
同时采用了文件分数据块的存储方案来实现系统的负载平衡与数据缓存。
At the same time, files in the system are divided into blocks to realize the load balance and data cache.
此应用程序块允许开发人员在其应用程序中集成本地缓存。
Developers can use this application block to incorporate a local cache in their applications.
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