在LDAP目录中，后缀是LDAP目录层次结构中的顶级条目，在逻辑上相关的所有信息都存储在它下面。
In the LDAP directory, a suffix is a top-level entry in LDAP directory hierarchy, under which all the logically related information is stored.
使用对象包装器的另一个好处是，它们可以以自然的对象层次结构表达关系表中存储的数据，从而捕捉数据之间的关系。
Another benefit of having object wrappers is that they can present data stored in relational tables in a natural object hierarchy that captures the relationship between the data.
新存储技术，帮助有效管理XML文档固有的层次结构。
New storage techniques for efficient management of hierarchical structures inherent in XML documents.
就其性质而言，关系数据库比层次数据存储结构(如xml)更灵活。
Relational databases are, by their nature, more flexible than hierarchical data storage structures such as XML.
原生xml存储意味着按原样存储XML数据，DBMS完全了解数据的内部层次结构。
Native XML storage implies storing XML data intact with full DBMS knowledge of the data's internal hierarchical structure.
许多系统使用一个替代的层次结构来存储非核心软件。
Many systems use an alternate hierarchy to store non-core software.
与关系数据不同，DB 29的purexml特性以全新的方式支持XML数据——将XML作为新的数据类型处理，并存储在一个自然的层次结构中。
The pureXML feature of DB2 9 has revolutionized support for XML data-handling XML as a new data type that is stored in a natural hierarchy-different from relational data.
使用这种方法，您可以将一个完整类层次结构映射成一个数据实体，而层次结构中所有类的所有属性都存储在这个实体中。
With this approach, you map an entire class hierarchy into one data entity, where all the attributes of all the classes in the hierarchy are stored.
在另外一些情况中，存储库的层次结构可以代表一种底层文件系统，将内容限制在一个单一位置上。
In other cases, the repository hierarchy could be representative of an underlying file system, with content being limited to a single location.
您应该首先从希望放入存储库中的流程活动的层次结构或工作流着手。
You should first start with a hierarchy or workflow of the process activities you want to put in the repositories.
这个问题本质上是在问iiCE应如何表示存储库的这种层次结构。
This question is essentially asking how II CE should represent this hierarchy for your repository.
创建一个数据库时，关于数据库的信息，包括默认信息，存储在一个目录层次结构中。
When a database is created, information about the database, including default information, is stored in a directory hierarchy.
如果是这样，那么可能就需要决定如何将多个存储库层次结构表示为IICE中的单一层次结构。
In this case, you may need to decide how the multiple repository hierarchies will be represented as a single hierarchy in II CE.
例如，包含xml列的表无法由DB 2进行物理重组，这是因为XML具有层次化的存储结构。
For example, a table with an XML column cannot physically be reorganized by DB2, due to XML's hierarchical storage structure.
这使DB2 可以将输入的XML数据存储为原生的层次结构格式。
This causes DB2 to store input XML data in its native hierarchical format.
存储库的层次结构可以仅仅是一个视图，将内容存储在多个位置上。
The hierarchy for your repository could simply be a view, allowing content to be filed in multiple locations.
LDAP数据库以具有层次结构的条目为基础，存储和检索信息，其中每个条目都具有区别于其他条目的名称、类型和属性。
The LDAP database stores and retrieves information based on a hierarchical structure of entries, each with its own distinguishing name, type, and attributes.
DB 2采用一种经过解析的格式来存储和操作XML数据，这种格式可以反映原始xml文档的层次结构。
DB2 stores and manipulates XML data in a parsed format that reflects the hierarchical nature of the original XML document.
它是ODFDOM层次化结构中最低的一层，它提供对odfdom包中的物理存储的直接访问，比如xml流、图像和嵌入的对象。
As the bottom layer of the ODFDOM hierarchical structure, it provides direct access to the physical storage in the ODF package, such as XML streams, pictures, and embedded objects.
原生XML存储指的是存储完整的 XML数据，即存储每个文档的内部层次结构以及各个元素和属性的所有数据库内容。
Native XML storage means storing XML data intact with full database knowledge of each document's internal hierarchical structure and individual elements and attributes.
控制词汇是适用于存储库中所有信息的分类标签层次结构。
A controlled vocabulary is a hierarchy of categorization labels that are applied to all the information in the repository.
虽然IICE的每一个存储库具有一个单根的文件夹层次结构，但是存储库却可能具有多个正交的导航层次结构。
II CE has a single, rooted folder hierarchy per repository, but your repository may have multiple, orthogonal navigation hierarchies.
另外，SchemaServer描述了结构性模型，用来以信息类的层次结构形式存储和交换信息。
Additionally, SchemaServer describes the structural models used to store and exchange information as a hierarchy of information classes.
于是，对象存储设备成为对象的平面名称空间（flat namespace），必要时，在存储系统栈中的更高层建立层次结构。
Object storage devices then become flat namespaces of objects, where hierarchy (if necessary) is built higher up in the storage system stack.
全局数据池(比如1sync)存储产品主数据领域的属性和层次结构。
Global data pools, such as 1sync, store attributes and hierarchies for the product master data domain.
在针对这些层次结构编写报告时，且在执行报告以前，IBMCognos将基于这些存储期设置关键日期。
When authoring a report against such hierarchies, prior to executing a report, IBM Cognos will set the key date based on these stored periods.
这是极端情况，我们还需要考虑文件系统的层次结构，因为它的最大存储容量为1EB。
That may appear extreme, but one needs to consider the hierarchy of a file system that consumes an exabyte of storage.
与Windows注册表一样，PreferencesAPI使用层次树结构来存储数据。
Like the Windows registry, the Preferences API USES a hierarchical tree metaphor to store data.
由于存储桶不能包含其他的存储桶，因此并不支持Nirvanix文件系统的层次结构。
Buckets cannot contain other buckets, so the hierarchical structure of the Nirvanix file system isn't supported.
一旦有资源被创建、删除或修改，Eclipse工作空间就会创建一个存储有新旧层次结构的 IResourceDelta。
When any resource is created, deleted, or modified, the Eclipse workspace creates an IResourceDelta that stores the old and new hierarchical structure.
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