one-to-many relationship造句

• Listing 9 shows a simple one - to - many relationship using a
  清单9显示了一个使用
• To create a schema that represents a one - to - many relationship
  创建表示一对多关系的架构
• A one - to - many relationship is the most common type of relationship
  一对多关系是关系的最常见类型。
• For example , consider a one - to - many relationship between the class
  例如，考虑用来表示图书馆库存的类
• For database one - to - many relationship
  一对多关系
• The primary key side of a one - to - many relationship is denoted by a key symbol
  一对多关系的主键方由键符号表示。
• Oltp oltp one - to - many relationship
  一对多关系
• A user - defined hierarchy in which a one - to - many relationship is defined between levels
  一个接口可由许多不同的类实现。
• One - to - many relationships
  一对多关系
• The parent table is the table on the " one " side of a one - to - many relationship
  （父表是一对多关系中与“一”相对应的表。 ）
• One - to - many relationship
  一对多关系
• The child table contains records on the " many " side of a one - to - many relationship
  子表中包含一对多关系中“多”一侧的记录。
• The parent table contains records on the " one " side of a one - to - many relationship
  父表包含一对多关系中的“一”一侧的记录。
• It may also aggregate and disaggregate messages in a one - to - many relationship
  它还可以对一对多关系中的消息进行聚合和反聚合。
• How to : create one - to - many relationships in xml schemas and datasets xml designer
  >如何：在xml架构和数据集内创建一对多关系（ xml设计器）
• S that is , association with independent lifecycles . a a one - to - many relationship exists between
  S之间存在多对多关系（即与独立生命周期相关联） 。
• Therefore , from the instance document alone , it is not possible to infer that a one - to - many relationship exists between
  因此，只从实例文档来看，无法推断
• For a one - to - many relationship , the foreign - key table is the table near the line s figure - eight symbol
  对于一对多关系，外键表是靠近线的无穷符号的那个表。
• A nested table represents a one - to - many relationship between the entity of a case and its related attributes
  嵌套表表示事例实体与其相关属性之间的一对多关系。
• Table have a many - to - many relationship that is defined by a one - to - many relationship from each of these tables to the
  表具有多对多关系，该关系由二表中的每一个与