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- cache buffer pool 高速缓冲池
- Option to limit the buffer pool. 选项限制缓冲池。
- Shows a screen shot of the buffer pool analyzer. 显示了缓冲池分析器的一个屏幕快照。
- Number of buffer pool reserved pages. 缓冲池保留的页数。
- The buffer pool can be observed by viewing the. 对象来观察缓冲池。
- These include the potential to damage the buffer pool. 其中包括可能损坏缓冲池。
- Total number of committed pages in the buffer pool on this node. 此节点的缓冲池中已提交的总页数。
- Name of the default buffer pool to be used for the index blocks. 用于索引块的默认缓冲区池的名称。
- The buffer pool can be observed by viewing the Buffer Node object. 可以通过查看Buffer Node对象来观察缓冲池。
- Number of 8-KB buffers in the buffer pool. 缓冲池中的8 KB缓冲区数。
- Depending on a server's configuration, the Store. Exe process now allocates a suitable Extensible Storage Engine (ESE) cache buffer size, instead of using a hard-coded value. 根据服务器的配置;现在;Store.;exe进程将分配合适的可扩展存储引擎(ESE)缓存缓冲区大小;而不是使用硬编码的值。
- Subsequent users may often find some of these resources in the buffer pool. 随后的用户则常常可以发现有些资源已经在缓冲池中。
- To determine when the buffer pool may allocate memory and release memory. 确定缓冲池何时可以分配内存及释放内存。
- Buffer Pool Memory allocated to store data before flushing it to disks. 缓冲池在将数据刷新到磁盘之前,为存储数据而分配的内存。
- Number of pages in the buffer pool (includes database, free, and stolen pages). 缓冲池中的页数(包括数据库页、可用页和被盗页)。
- Number of pages in the buffer pool on this node with database content. 此节点的缓冲池中包含数据库内容的页数。
- If the virtual cache buffer contents are not all resident in memory, then the copy process will trigger a page fault, which generates a second re-entrant I/O operation via the paging mechanism. 如果虚拟高速缓存的缓冲区内容并非全部都是常驻内存的，那么复制进程将触发一个页面错误，这将通过页面调度机制产生一个再次重入I/O操作。
- Number of seconds a page will stay in the buffer pool without references. 页若不被引用将在缓冲池中停留的秒数。
- The KEEP buffer pool retains the schema object's data blocks in memory. KEEP缓冲池将一直保留存储在其中的方案对象的数据。
- Increase buffer pools if memory is available. 如果内存允许,应增加缓冲池。
