To reduce clutter in complex data flow models, show disconnected data inputs and outputs.
为了减少复杂的数据流模型中出现的混乱,请显示未连接的数据输入和输出。
Most Web-based applications use this type of disconnected data model, but does that mean that every application for the web should now use SDO?
大多数基于Web的应用程序都使用这种类型断开连接的数据模型,但是这意味着每个用于Web的应用程序现在都应该使用SDO吗?
Figure 1 shows how application clients or components work with disconnected data graphs returned by one or more data mediator services, such as the JDBC mediator shown here.
图1显示了应用程序客户机或组件如何处理由一个或多个数据中介服务(如这里显示的JDBC中介)返回的断开连接的数据图。
Optimistic concurrency support is built into SDO, allowing disconnected data manipulation without requiring the application to implement change tracking and conflict detection.
在SDO中构建了开放式并发支持,允许处理断开连接的数据,而无需要求应用程序实施更改跟踪和冲突检测。
Under the disconnected data graphs architecture, a client retrieves a data graph from a data source, mutates the data graph, and can then apply the data graph changes back to the data source.
在断开连接的数据图形体系结构下,客户机将从数据源检索数据图,对数据图进行变异操作,然后将数据图更改应用回数据源。
Under the disconnected data graphs architecture, a client retrieves a data graph from a data source, changes the data graph, and can then apply the data graph updates back to the data source.
在断开连接的数据图表架构中,客户机从数据源检索数据图表、更改数据图表,然后将这些数据图表更新应用于数据源。
Under the disconnected data graphs architecture, a client retrieves a data graph from a data source, changes the data graph, and can then apply the data graph updates back to the data source.
在断开连接的数据图表架构中,客户机从数据源检索数据图表、更改数据图表,然后将这些数据图表更新应用于数据源。
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