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    • 3. 发明申请
    • Versioned file group repository
    • 版本化的文件组存储库
    • US20060224626A1
    • 2006-10-05
    • US11099203
    • 2005-04-04
    • Anand LakshminathBenny SouderJames StamosLik WongHung Tran
    • Anand LakshminathBenny SouderJames StamosLik WongHung Tran
    • G06F17/00
    • G06F16/1873
    • Techniques are provided for managing electronic items by storing, within a file group repository, metadata that identifies (a) a plurality of file groups, (b) for each file group, a set of one or more file group versions for the file group, and (c) for each file group version of each file group, a set of one or more items that belong to the version of the file group. Once the metadata has been established, queries may be executed against the metadata to request identification of items that belong to a particular version of a particular file group. This file group framework may be used in a variety of contexts, including the management of a centralized tablespace repository, and periodic purging of versions of file collections, where the files within the collections may be spread across multiple repositories.
    • 提供了通过在文件组存储库内存储标识(a)多个文件组的元数据(b)针对每个文件组的文件组的一个或多个文件组版本的集合来管理电子商品的技术, 和(c)对于每个文件组的每个文件组版本,属于文件组版本的一个或多个项目的集合。 一旦建立了元数据,可以针对元数据执行查询,以请求对属于特定文件组的特定版本的项目的标识。 该文件组框架可以用于各种上下文中,包括管理集中式表空间存储库,以及定期清除文件集合的版本,集合中的文件可以分布在多个存储库中。
    • 8. 发明申请
    • Commit-time ordered message queue supporting arbitrary read and dequeue patterns from multiple subscribers
    • 提交时间有序消息队列支持来自多个订户的任意读取和出列模式
    • US20070083569A1
    • 2007-04-12
    • US11245863
    • 2005-10-07
    • Lik WongHung TranJames Stamos
    • Lik WongHung TranJames Stamos
    • G06F17/30
    • G06F17/30371Y10S707/99938
    • Data consistency in the context of information sharing requires maintenance of dependencies among information being shared. Transactional dependency ordering is implemented in a database system message queue, by associating a unique system commit time with each transactional message group. Read consistency is implemented in such a queue by allowing only messages with a fully determined order to be visible. A fully determined order is implemented through use of a high watermark, which guarantees that future transactions, for which messages are entering the queue, have commit times that are greater than the current high watermark. Therefore, only messages below the current high watermark are visible and can be dequeued, with no chance of other new messages enqueuing below the current high watermark.
    • 信息共享上下文中的数据一致性需要维护正在共享的信息之间的依赖关系。 通过将唯一的系统提交时间与每个事务消息组相关联,在数据库系统消息队列中实现事务依赖性排序。 通过仅允许具有完全确定的顺序的消息可见,在这样的队列中实现读取一致性。 通过使用高水印实现完全确定的顺序,这保证了消息进入队列的未来事务具有大于当前高水印的提交时间。 因此,只有低于当前高水位的消息才可见,并且可以出队,没有其他新消息排入低于当前高水印的机会。