It is reset only by a missing cache file or replication interval setback.
仅在缺少缓存文件或复制间隔出现错误时重新设置它。
Thus, systems in which the cache buffers the database from excessive load typically require replication to avoid these scenarios.
因此，使用缓存帮助数据库减负的系统通常需要通过复制来避免这些情况。
This ensures that as information is updated in the cache, the changes will be propagated to the other members of the replication domain.
此举确保了缓存中的信息一旦更新，就能够将变化传播到新复制域中的其他成员。
Cache and data replication patterns can be used to supplement the data federation or in the creation of a composite pattern.
可以使用缓存和数据复制模式来补充数据联合或形成组合模式。
Coordinating the invalidation of stale cache data as well as the replication of updated across an N-tier cache.
协调陈旧缓存数据的失效，以及在n层缓存中复制更新。
The cache table facility in the Control Center, which lets you set up local caches of nicknames using replication as the refresh mechanism.
ControlCenter中的缓存表功能，它使您可以使用复制作为刷新机制来建立昵称的本地缓存。
In a grid environment, replication and cache services are used to create the Placement Management service to meet Quality of service (QoS) goals.
在网格环境中，复制和缓存服务用来创建PlacementManagementService以满足服务质量(QoS)目标。
InfoSphere CDC: the replication tool that allows you to replicate data between the cache and the RDBMS.
InfoSphereCDC：允许您在缓存和RDBMS之间复制数据的复制工具。
Using the SHARED_PUSH policy, the object and its key are sent to members in the replication domain at the time the object is placed in cache.
当对象放置在缓存时，对象和其密钥通过SHARED _ PUSH策略发送到复制域(ReplicationDomain)中的成员。
When you define a WebSphere eXtreme Scale cache, you specify the level of replication by specifying the number of replica shards.
定义WebSphereeXtremeScale缓存时，您通过指定复制碎片（replica shard）缓存指定复制水平。
This setting can be reset by failover, preferred server change, unreachable cache file, replication interval setback, or any other time you need to synch with a new server mail file.
在以下情况下可能重新设置此设置：故障转移、首选服务器更改、缓存文件不可访问、复制间隔错误，或者在其他任何需要与新的服务器邮件文件进行同步时。
Physical metadata artifacts can be stored either in their original locations or using a ETL/replication/cache method to improve performance and metadata placement.
物理元数据构件可以被储存在其初始的位置，也可以通过ETL/replication/cache方法来改进性能和元数据安置。
Thence it is processed variant degree research on data synchronism technology, cache consistency technology and variable consistency server replication.
然后针对数据同步技术、缓存的一致性技术、可变一致性复制机制进行了不同程度的研究。
Cache consistency technology and variable consistency server replication are of definite difficulty in solving data consistency.
缓存的一致性技术和可变一致性复制机制在解决数据一致性问题时具有一定的实现难度。
Cache consistency technology and variable consistency server replication are of definite difficulty in solving data consistency.
缓存的一致性技术和可变一致性复制机制在解决数据一致性问题时具有一定的实现难度。
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