表空间是一个包含表、索引、大对象和长数据的存储结构。
A table space is a storage structure containing tables, indexes, large objects, and long data.
最后，XML消息解析通常需要动态创建内存结构(如对象)来存储检索的数据值。
Finally, XML message parsing usually involves dynamically creating the memory structures (like objects) to store the retrieved data values.
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.
今天，我们发现一种新的日志结构文件系统，并看到一个文件系统被引入到对象存储上。
Today, we find a new log-structured file system and the introduction of a file system over an object store.
我们还得评估一下存储结构，确信我们可以存取对象需要的数据。
We must also evaluate our storage structure to make sure we can store, and retrieve, the data required by our objects.
它公开了一个简单的数据结构(一个Cache)来存储对象。
It exposes a simple data structure - a Cache - in which you can store objects.
在很多情况下，通过仅在会话中存储一个键，并使用该键作为引用以在其他数据结构中查找更大的对象，从而可以避免在会话中存储大对象。
In many cases, storing large objects in the session can be circumvented by just storing a key in the session and using this key as a reference to lookup a larger object in some other data structure.
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.
在这部分我们关注的是本地对象和结构化数据存储。
The part of this we will focus on here is the local object and structured data storage.
把XML映射到对象关系的结构化存储
存储结构化对象很大程度上和以前大部分做法一样：对对象调用db . set ，OODBMS负责其余的工作。
Storing structured objects is, for the most part, an exercise in what's been done before: call db.set on the object and the OODBMS takes care of the rest.
Walrus可以存储永久数据，以存储桶(buckets)和对象(objects)的结构进行组织。
Walrus lets you store persistent data, organized as buckets and objects.
Table存储-可伸缩地存储结构化对象，例如用户的资料或者一场比赛的比分。
Table storage - used for storing structured data in a scalable way, such as user profiles or multiple high score tables for a game.
对象存储在链表结构背后。
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.
由于基于文件的存储库不是分层结构，因此该文件存储库中的所有对象都将存储在此基本项下。
Since the file-based repository is not hierarchical, all objects within the file repository will be stored under this base entry.
数据以对象的形式存储，组织方式为单层的继承结构并放在bucket中。
Data is stored as objects organized in a flat hierarchy inside buckets.
存储一组可通过下标访问的未命名对象的数据结构。
Data structure that holds a collection of unnamed objects that can be accessed by an index.
同步块是为存储同步信息分配的基于对象的数据结构。
Synchronization blocks are per-object data structures allocated for storing synchronization information.
通过结合对象初始化器和类型接口，我们可以生成一个简单的数据存储对象，而不需要定义相应的类或结构。清单5 - 24演示了一个例子。
By combining object initializers and type inference, we can create simple data-storage objects without needing to define the corresponding class or struct. Listing 5-24 shows an example.
当数据具有对象结构时，上述关系恰好相反：编写高效的、可维护的代码要以牺牲数据访问、存储和可扩展性方面的高效性为代价。
When data has an object structure, the trade-offs are reversed: Writing efficient and maintainable code comes at the cost of efficient data access, storage, and scalability.
可以把墨水存储在诸如墨水对象之类的数据结构中，允许稍后通过应用程序获取。
Ink may be stored in a data structure such as an ink object that permits later retrieval by applications.
采用了面向对象编程技术，向量、矩阵运算的封装技术，结构化存储与复合文档等软件实现技术。
Some software implementation technology is adopted, such as object oriented programming technology, vector matrix encapsulation technology, structured storage and compound file technology, and so on.
基于对象的存储技术是存储领域的新兴技术，提出了一种新型的存储结构。
Object-based Storage Technology is a new technology in storage field and gives new storage architecture.
分析对象-关系访问层体系结构和OID生成策略，128位随机数算法生成的OID已不适应数据信息量不断增加和海量数据存储的需求。
Analyzing the architecture of object-relational access layer and OID generating strategies, 128 bit random number algorithms is not adapted to the increment of the data processing and data storage.
采用面向对象方法定义了实例的对象模型及实例存储、检索的层状结构模型，并对集成推理机制和实例的修改算法做了探讨。
Besides, this article presents the hierarchical model for storage and retrieval of case, and analyzes the integrated reasoning mechanism and modification algorithm for case.
为确定多媒体数据流的每个对象在时间和空间上的位置问题，提供了描述、传输、存储的结构化同步描述方法。
To scale the position of each data_flow object in time and space , we also provide a set of structured synchronization description algorithms for data description, transmission and storage.
第一个发行版将只关注于HTML5 里面提议的新功能中他们认为最重要的功能： 基于客户端的结构化数据和对象存储。
The first release would focus on a few features proposed in HTML5 that were considered most important: client-based structured and object storage.
与传统存储系统比较，实验证明对象存储是一种具有高性能、高可靠性、跨平台以及安全的数据共享的存储体系结构。
Compared with the traditional storage systems, the experiment has proved OBS is a high-performance, high reliability, cross-platform data sharing and security of the storage structure.
为了解决传统图档管理方法中存在的数据一致性不高、文件复制量大和中间版本不易维护等问题， 构建了面向对象的图档数据存储结构。
This paper introduces a method to link the ORACLE database with the VB application software, based on OLE and ADO, to realize effective drawing-document management.
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