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- Object Graph Framework 对象结构图框架
- The object at the root of the object graph. 位于对象图的根处的对象。
- Deserializes a stream into an object graph. 将流反序列化为对象图形。
- Representing the root object in the object graph. 表示对象图中的根对象的。
- The root object of the object graph. 对象图的根对象。
- The root of the object graph is returned. 返回对象图的根。
- Sets the object at the root of the object graph. 设置位于对象图的根处的对象。
- Deserializes the specified stream into an object graph. 将指定的流反序列化为对象图形。
- A cyclic object graph cannot be transformed into a tree structure. 一个循环对象图不能够转换为树结构。
- Structure does not map naturally to the object graph structure of serialization, and vice versa. 结构并不能自然地映射到序列化的对象图结构,反之亦然。
- You can design a program that builds a source code model using CodeDOM elements to assemble an object graph. 您可以设计一个生成源代码模型的程序,使用CodeDOM元素构成一个对象图。
- It does however demonstrate the basics of wiring together an object graph using an intuitive XML format. 但它演示了如何使用直观的XML格式来配线连接一个对象图的基础。
- The object relational mapper will take a complete process object graph and translate that into records in the database. 对象关系映射会获取一个完整的流程对象图，转化为数据库记录。
- This model is reflective and language-in-depen dent. It includes meta-spaces,meta-models and object graphs and is complement ed by a component framework sup-porting the construction of meta-spaces. 该结构模型是一种独立于语言且具有反身映射性的结构模型,它包含有:元空间(每一对象具有一个元空间)、元模型(用元模型去构建元空间)、对象图(用对象图表示组合组件)。
- Each policy level is persisted in an XML file containing the serialized security policy level object graph; each file is persisted in a version-qualified subdirectory. 每个策略级别分别保存在一个包含序列化的安全性策略级别对象图的XML文件中;而每个XML文件又保存在限定了版本的子目录中。
- You would then pick a suitable XML API and have each bean emit elements to represent its state and recursively call down the object graph to its members. 然后就可以选择合适的XML API,让每个bean提供表示自己状态的元素,并递归地对自己的成员调用对象图。
- The object relational mapper will then issue the nessecary insert, update and delete SQL statements to bring the database in sync with the execution object graph. 对象关系映射工具然后会执行必要的插入，更新和删除sql语句，使数据库与执行对象图同步。
- The following table recaps the properties of all cloning approaches in this article from several perspectives: speed, resource utilization, class design constraints, object graph handling. 下面的表格从几个方面整理了本文中所有克隆方案,这些方面包括:速度;资源利用率;类别设计上的约束;对象图面掌控情况。
- Mapping of complex joins to complex object graphs, including various Java collection types. 到复杂对象图的复杂连接的映射,包括多种Java集合类型。
- An object resembling such a framework. 格状物类似于这种构架的物体
