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    • 51. 发明授权
    • Process agents for process integration
    • 流程集成过程代理
    • US07934219B2
    • 2011-04-26
    • US11319514
    • 2005-12-29
    • Stefan BaeuerleGuenter Pecht-SeibertStefan AdelmannRobert Getzner
    • Stefan BaeuerleGuenter Pecht-SeibertStefan AdelmannRobert Getzner
    • G06F3/00G06F7/00G06F15/16
    • G06Q10/06
    • The addition of process agents into an application system allows a much simpler integration between business objects by placing the integrating components into separate, independently updateable process agents. Process agents observe business objects with which they are associated and communicate with other process agents. Alternatively, process agents may be notified by business objects to perform communication activities. Thus, a business object may be designed, operated, or updated with complete independence from the surrounding structure of the application system. The logic, application code, and integration components that require specific changes or design in response to changes in the overall application system or real world conditions are placed in the process agent objects, allowing them to be updated, modified or integrated freely without any changes to business objects within the system.
    • 通过将集成组件放置在单独的,可独立更新的进程代理中,将进程代理添加到应用程序系统中可以简化业务对象之间的集成。 进程代理观察与之关联的业务对象,并与其他进程代理进行通信。 或者,可以由业务对象通知处理代理以执行通信活动。 因此,可以与应用系统的周围结构完全独立地设计,操作或更新业务对象。 需要对整体应用系统或现实世界条件的变化进行特定更改或设计的逻辑,应用程序代码和集成组件放置在进程代理对象中,从而可以自由更新,修改或集成,而无需任何更改 系统内的业务对象。
    • 54. 发明申请
    • Process integration error and conflict handling
    • 过程集成错误和冲突处理
    • US20070233754A1
    • 2007-10-04
    • US11395289
    • 2006-04-03
    • Stefan BaeuerleGuenter Pecht-Seibert
    • Stefan BaeuerleGuenter Pecht-Seibert
    • G06F17/30
    • G06Q10/08G06Q10/087G06Q20/203G06Q30/06G06Q30/0609
    • A system and method are provided for handling errors that arise in communications between process agents on behalf of business objects. The system and method deal with the discovery and reconciliation of business-logic-level errors and conflicts. The system and method may operate at two levels: they may detect errors and conflicts from within a process agent based on the messages it receives or has access to, or they may detect the errors and conflicts from another object based on collection of inter-process agent messages. Errors and conflicts may be automatically reconciled. This may occur when the system or method determines potential causes of the error and the potential impact of each cause. This allows for automated error or conflict handling in many cases where the cause is trivial or where the cause and solution are definitely discernable.
    • 提供了一种系统和方法,用于处理代表业务对象的进程代理之间的通信中出现的错误。 系统和方法处理业务逻辑级错误和冲突的发现和调和。 系统和方法可以在两个层面上操作:它们可以基于其接收到的或者可以访问的消息来检测来自进程代理的错误和冲突,或者它们可以基于进程间的收集来检测来自另一对象的错误和冲突 代理信息。 错误和冲突可能会自动协调。 当系统或方法确定错误的潜在原因和每个原因的潜在影响时,可能会发生这种情况。 这在许多情况下允许自动错误或冲突处理,原因很简单,或者原因和解决方案绝对可辨别。
    • 55. 发明授权
    • Generation framework for mapping of object models in a development environment
    • 用于在开发环境中映射对象模型的生成框架
    • US08856727B2
    • 2014-10-07
    • US13550295
    • 2012-07-16
    • Uwe SchlarbHans-Juergen HennrichDaniel NiehoffStefan BaeuerleDaniel Figus
    • Uwe SchlarbHans-Juergen HennrichDaniel NiehoffStefan BaeuerleDaniel Figus
    • G06F9/44
    • G06F8/72G06F8/20
    • A delta handler can allow calculation of difference between an already generated set of backend entities and a set of new entities necessary to support a primary object affected by a change made in a development environment supporting extensions to a backend model of a software architecture. Improved stability and robustness can be provided via an approach in which a target list of activities relating to creating, changing, or deleting of entities in backend repositories necessary to support the affected primary object is created and a sequence for performance of the activities in the target list is determined in a manner that can allow handling of such activities in a unified manner rather than on a per object type basis. Related methods, systems, articles of manufacture, and the like are described.
    • 增量处理程序可以允许计算已经生成的后端实体集合与一组新的实体之间的差异,以支持受开发环境所做的更改影响的主要对象,支持对软件体系结构的后端模型的扩展。 可以通过一种方法提供改进的稳定性和鲁棒性,其中创建与创建,更改或删除后端存储库中的实体有关的活动的目标列表,以支持受影响的主要对象所需的实体,以及用于执行目标中的活动的顺序 列表以可以允许以统一的方式而不是以每个对象类型为基础来处理这样的活动的方式来确定。 描述了相关方法,系统,制品等。
    • 56. 发明申请
    • Invalidation Of Metadata Buffers
    • 元数据缓冲区无效
    • US20140082415A1
    • 2014-03-20
    • US13623059
    • 2012-09-19
    • Uwe SchlarbStefan Baeuerle
    • Uwe SchlarbStefan Baeuerle
    • G06F11/14
    • G06F17/30309G06Q30/0633
    • A quick buffer validity check can optionally be performed when a potential invalidity of the content of a buffer is identified. The identifying of the potential invalidity condition can include determining that a most recent lifecycle management event timestamp is more recent than a most recent buffer validity check timestamp for the buffer. To determine whether the buffer contents need to be refreshed, a list of the last changed timestamps for the constituent elements of the buffer can be compared to a new list. If the new list and the old list are not identical, the buffer can be rebuilt.
    • 当缓冲器的内容的潜在无效性被识别时,可以可选地执行快速缓冲器有效性检查。 潜在无效状态的识别可以包括确定最近的生命周期管理事件时间戳比缓冲器的最新缓冲器有效性检查时间戳更近。 为了确定是否需要刷新缓冲区内容,可以将缓冲区的组成元素的最后更改时间戳列表与新列表进行比较。 如果新列表和旧列表不相同,则可以重建缓冲区。
    • 59. 发明申请
    • SYSTEMS AND METHODS FOR DATA AWARE WORKFLOW CHANGE MANAGEMENT
    • 数据工作流程变更管理系统与方法
    • US20110029983A1
    • 2011-02-03
    • US12533202
    • 2009-07-31
    • Ruopeng LuMarek KowalkiewiczMarita KruempelmannStefan Baeuerle
    • Ruopeng LuMarek KowalkiewiczMarita KruempelmannStefan Baeuerle
    • G06F9/46
    • G06Q10/0633G06Q10/0631
    • A method includes providing a baseline workflow as an electronic representation of an actual workflow, the baseline workflow including baseline tasks, data items, and baseline data scopes, and providing a fragment workflow as an electronic representation of an actual fragment workflow, the fragment workflow including at least one fragment task, and at least one fragment data scope. A baseline data scope is identified as an affected data scope based on a structural change operation, the baseline workflow and the fragment workflow, and the affected data scope is compared to the at least one fragment data scope to identify at least one change operation. The fragment and baseline workflows are integrated based on the structural change operation to provide an integrated workflow, and the at least one data scope change operation is executed to provide at least one integrated data scope in the integrated workflow.
    • 一种方法包括将基线工作流提供为实际工作流的电子表示,基线工作流,包括基线任务,数据项和基线数据范围,以及将片段工作流提供为实际分段工作流的电子表示,分段工作流包括 至少一个片段任务和至少一个片段数据范围。 基于结构变化操作,基线工作流程和片段工作流,将基准数据范围识别为受影响的数据范围,并将受影响的数据范围与至少一个片段数据范围进行比较,以识别至少一个更改操作。 基于结构改变操作来集成片段和基线工作流程以提供集成的工作流程,并且执行至少一个数据范围更改操作以在集成工作流中提供至少一个集成数据范围。