无范围用于不使用对象池的对象。
比较缓冲池的应用程序命中率。
连接池的工作取决于连接和断开连接。
Connection pooling ACTS upon connections and disconnections.
将 WWEC添加到池的输入队列。
对xa事务和连接池的支持。
推荐：请调整连接池的最大值和最小值。
Recommendation: Adjust the maximum and minimum sizes of the connection pool.
推荐：请调整ORB线程池的大小。
这允许发生缓冲池的缓存。
建立数据池的方法有很多。
There are several ways to create datapools. The most basic way is by using the file menu.
有效使用线程池的准则。
要解决这个问题，可以减少主缓冲池的大小。
To resolve this problem, reduce the size of main buffer pools.
使用缓冲池的表空间数
可以通过这些类检索和更改系统池的名称和大小。
Using these classes, the name and size of the pool can be retrieved and changed.
它包含表、索引、表空间和缓冲池的控制块信息。
It contains control block information for tables, indexes, table Spaces, and buffer pools.
这时，应该连接到数据库，并减少主缓冲池的大小。
When this happens, you should connect to the database and reduce the size of the main buffer pools.
所以，可能需要提高连接池的平均大小或连接数量。
As a result, you might need to increase the average size of the connection pool or number of connections.
LPAR工作集偶尔会增长，略微超过池的大小。
There were rare occasions where the LPARs working set would grow and be slightly larger than the size of the pool.
清单3将示范如何利用JDBC对预备语句池的支持。
Listing 3 demonstrates how to take advantage of JDBC's prepared statement pooling support.
前面已提到，ESTORE是用于扩展缓冲池的大小。
It is mentioned earlier that ESTORE is used to extend the size of a buffer pool.
具有大型缓冲池的环境也可能需要配置更多页面清洗器。
Environments with large buffer pools might also require more page cleaners to be configured.
应当根据取自测试环境的快照信息来决定缓冲池的大小。
The buffer pool sizes should be determined based on snapshot information taken from the test environment.
它创建的分页设备的大小等于共享内存池的最大内存值。
It creates a paging device of equal size to that of the maximum memory value of the Shared memory pool.
连接成功之后，下一个屏幕提供这个数据库池的部署选项。
Once the connection is successful, the next screen provides the deployment option for this database pool.
然而，这也使得数据池的最大容量依赖于可用的内存总量。
However, it also makes the maximum size of the data pool dependent on the amount of available RAM.
银行必须这么做如果他们违背了关于按揭贷款池的质量保证。
They have to do this if they breached assurances about the quality of the mortgages in the pool.
关于系统配置的信息包括缓冲池的大小、排序堆的大小等等。
Information about system configuration can include the size of the buffer pool, the sort heap, and more.
您可能会想到：可以配置消息传递引擎可用的线程池的大小。
And, you guessed it: you can configure the size of the thread pool that is available to a messaging engine.
在具有大缓冲池的环境下，也可能需要配置较多的页清除程序。
Environments with large buffer pools may also require more page cleaners to be configured.
由这个结果可知，当磁盘的负载较小时，缓冲池的效率就越高。
This result leads us to believe that the buffer pool was more effective when the disks were less taxed.
跟传统的基于线程池的方法相比，减少争用会大大降低同步成本。
This reduction in contention dramatically reduces the synchronization costs compared to a traditional thread-pool-based approach.
应用推荐