One key approach is to address information and schema management in the same way you approach Service metadata management.
解决问题的一个关键就在于将信息和模式按照服务元数据相同的管理方式进行管理。
It knows about the target service (blue) and includes this information as metadata passed to the Generic data Handler.
它知道目标服务(蓝色)的情况,并将此信息包括在元数据中传递给通用数据处理程序。
It facilitates storing, accessing and managing service information, called service metadata, so that you can easily select, invoke, govern and reuse your services.
它促进称为服务元数据的服务信息的存储、访问和管理,以便您能够轻松选择、调用、治理和重用您的服务。
Service metadata comprises both machine readable metadata and other relevant information such as service description and SLAs.
服务元数据由两部分组成:机器可读元数据和其他相关信息,如服务描述和SLA。
Service description entities are a category of metadata in the information model maintained by Service Registry that includes physical documents, logical derivations and generic objects.
服务描述实体是ServiceRegistry提供的信息模型中的一个元数据类别,其中包括物理文档、逻辑派生和一般对象。
It USES metadata supplied by the DelimitedFlatFileBO to gain information about the structure of the flat file and the target service.
它将使用DelimitedFlatFileBO提供的元数据来获取有关平面文件的结构和目标服务的信息。
As you move toward implementing data as a service, effective information metadata management and use of Common information Model (CIM) is a key critical success factor.
随着你将数据实现为服务,有效的信息元数据管理与公用信息模型(Common Information Model,CIM)的运用是成功的一个关键因素。
In that respect, Registry and Repository owns part of the service information and metadata, and plays a key role in SOA governance by governing and controlling the entities it manages.
从这方面讲,Registry andRepository拥有部分服务信息和元数据,并通过治理和控制所管理的实体,从而在soa治理中发挥重要作用。
In this interaction, the ESB USES Registry and Repository as a dynamic look-up mechanism that provides information about service endpoints (the service metadata).
在此交互中,ESB使用Registry andRepository作为提供关于服务端点信息(服务元数据)的动态查询机制。
You can access up-to-date information about service metadata from Registry and Repository, making the mediations much more immune to changes in service metadata, like service endpoints.
您可以从Registry andRepository访问关于服务元数据的最新信息,从而让中介免于受到服务元数据(服务端点)更改的影响。
Summary information about service behaviour can be pushed into WebSphere service Registry and Repository to decorate service endpoint metadata with execution statistics.
可以将有关服务行为的摘要信息推送到WebSphereServiceRegistry andRepository中,以便用执行统计信息来扩充服务端点元数据。
Registry and repository also provides repository functions to store, manage, and version service information and metadata.
Registry andRepository还提供对信息和元数据进行存储、管理和版本控制的存储库功能。
The operational information is used to enrich the metadata associated with a service in WebSphere service Registry and Repository.
操作信息用于在WebSphereServiceRegistry and Repository中对与服务关联的元数据进行充实。
WebSphere service Registry and Repository is primarily meant to store service metadata in an SOA implementation and is intended to be used by applications that need runtime access to such information.
WebSphereServiceRegistry andRepository主要用于存储soa实现中的服务元数据,供需要在运行时访问这些信息的应用程序使用。
Nevertheless, the good news is that asset reuse and service orchestration can be achieved by building metadata management on top of well-architected, SOA-based information management.
不管怎样,资产重用和服务编制可以通过在基于SOA且架构完善的信息管理基础上构建元数据管理来实现。
Oriented the demand of sharing information and service in the distribute network, this paper designed the metadata model based ontology.
元数据管理关键在于构建一个全面的、可扩展的元数据模型,表示各种类型的元数据。
Oriented the demand of sharing information and service in the distribute network, this paper designed the metadata model based ontology.
元数据管理关键在于构建一个全面的、可扩展的元数据模型,表示各种类型的元数据。
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