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    • 11. 发明授权
    • Decentralized many-to-many relationship management in an object persistence management system
    • 对象持久化管理系统中的多对多关系管理的分散化
    • US08140588B2
    • 2012-03-20
    • US12113639
    • 2008-05-01
    • Timo J. SaloKevin J. Williams
    • Timo J. SaloKevin J. Williams
    • G06F7/00G06F17/30
    • G06F9/4493Y10S707/954Y10S707/96Y10S707/99931Y10S707/99933Y10S707/99942Y10S707/99943
    • A many-to-many relationship management system. In an object persistence management system, a many-to-many relationship manager can include one or more related objects; a junction table storing relationships between the related objects; and, one or more corresponding links. Each link can correspond to one of the objects. Furthermore, each link can persist state information for the corresponding object in an associated object table. Finally, each link can manage the junction table responsive to changing relationships with others of the related objects. Importantly, as the present invention distributes the management of the junction table, a counter-operation management protocol can be provided which can resolve conflicts which arise in the management of the junction table in response to changing relationships among their associated objects.
    • 多对多关系管理系统。 在对象持久性管理系统中,多对多关系管理器可以包括一个或多个相关对象; 存储相关对象之间的关系的连接表; 和一个或多个相应的链接。 每个链接可以对应于其中一个对象。 此外,每个链接可以在相关联的对象表中保持对应对象的状态信息。 最后,每个链接可以响应于与其他相关对象的变化的关系来管理连接表。 重要的是,由于本发明分配了接合台的管理,所以可以提供一种可以解决在连接表管理中出现的冲突的对策管理协议,以响应其关联对象之间的变化关系。
    • 12. 发明授权
    • Decentralized many-to-many relationship management in an object persistence management system
    • 对象持久化管理系统中的多对多关系管理的分散化
    • US07421436B2
    • 2008-09-02
    • US10026387
    • 2001-12-21
    • Timo J. SaloKevin J. Williams
    • Timo J. SaloKevin J. Williams
    • G06F17/30G06F7/00
    • G06F9/4493Y10S707/954Y10S707/96Y10S707/99931Y10S707/99933Y10S707/99942Y10S707/99943
    • A many-to-many relationship management system. In an object persistence management system, a many-to-many relationship manager can include one or more related objects; a junction table storing relationships between the related objects; and, one or more corresponding links. Each link can correspond to one of the objects. Furthermore, each link can persist state information for the corresponding object in an associated object table. Finally, each link can manage the junction table responsive to changing relationships with others of the related objects. Importantly, as the present invention distributes the management of the junction table, a counter-operation management protocol can be provided which can resolve conflicts which arise in the management of the junction table in response to changing relationships among their associated objects.
    • 多对多关系管理系统。 在对象持久性管理系统中,多对多关系管理器可以包括一个或多个相关对象; 存储相关对象之间的关系的连接表; 和一个或多个相应的链接。 每个链接可以对应于其中一个对象。 此外,每个链接可以在相关联的对象表中保持对应对象的状态信息。 最后,每个链接可以响应于与其他相关对象的变化的关系来管理连接表。 重要的是,由于本发明分配了接合台的管理,所以可以提供一种可以解决在连接表管理中出现的冲突的对策管理协议,以响应其关联对象之间的变化的关系。
    • 13. 发明授权
    • Managing object life cycles using object-level cursor
    • 使用对象级光标管理对象生命周期
    • US06704735B1
    • 2004-03-09
    • US09480423
    • 2000-01-11
    • Timo J. SaloKevin J. Williams
    • Timo J. SaloKevin J. Williams
    • G06F1730
    • G06F17/30607Y10S707/99933Y10S707/99934
    • A technique for managing life cycles of objects which are created by mapping layer software in response to retrieving data from a relational database. Object-level cursors are defined, where an object cursor is mapped to a database cursor for a particular cursored query. When the application traverses from one root object to another, the object-level cursor is advanced and memory used to store the objects corresponding to the previous subset of cursored rows is released, freeing memory space for a next set of objects corresponding to a next subset of cursored rows. The database cursor is also advanced to align with a row corresponding to the current root object to be processed by the application. Using this technique, result sets may be arbitrarily large without impacting system performance or efficiency.
    • 一种管理对象生命周期的技术,通过映射层软件响应于从关系数据库检索数据而创建。 定义对象级游标,其中对象游标映射到特定的cursored查询的数据库游标。 当应用程序从一个根对象遍历到另一个根对象时,对象级别的游标是高级的,释放用于存储与前面的被删除的行子集相对应的对象的内存,释放与下一个子集相对应的下一组对象的内存空间 的行列。 数据库游标也被提升为与应用程序要处理的当前根对象相对应的行对齐。 使用这种技术,结果集可能是任意大的,而不影响系统性能或效率。
    • 14. 发明授权
    • Optimizing fixed, static query or service selection and execution based on working set hints and query signatures
    • 根据工作集提示和查询签名优化固定,静态查询或服务选择和执行
    • US06397206B1
    • 2002-05-28
    • US09461954
    • 1999-12-15
    • Justin H. HillTimo J. Salo
    • Justin H. HillTimo J. Salo
    • G06F1730
    • G06F17/30463Y10S707/99932Y10S707/99933Y10S707/99934Y10S707/99935
    • A technique for using working set hints and query signatures to optimize the selection and execution of fixed, static services or queries of information from a database, object server, or similar data repository. The working set hints describe how to read ahead when doing a database query, in order to retrieve data in a single database access that a task is likely to need as it continues executing. By storing the working set hints externally from the application code, the hints can be modified as experience is gained about the true working set that is required during use of each task without having to modify and recompile the application itself. Signatures are created and associated with query commands or services. These signatures are compared to the working set hints for a task when the task traverses an association and needs to retrieve data from the data repository. The signature which best matches the task's working set hints is automatically selected, and the query or service associated with this signature is then executed, providing an optimized database retrieval operation.
    • 使用工作集提示和查询签名来优化来自数据库,对象服务器或类似数据存储库的固定,静态服务或信息查询的选择和执行的技术。 工作集提示描述了在执行数据库查询时如何阅读前提,以便在单个数据库中检索数据库访问任务在继续执行时可能需要的数据。 通过从应用程序代码外部存储工作集提示,可以修改提示,以便在使用每个任务期间所需的真实工作集获得经验,而无需修改和重新编译应用程序本身。 签名被创建并与查询命令或服务相关联。 当任务遍历关联并需要从数据存储库检索数据时,将这些签名与任务的工作集提示进行比较。 自动选择与任务的工作集提示最匹配的签名,然后执行与该签名相关联的查询或服务,从而提供优化的数据库检索操作。