Memory structure is the most complicated component of the IDS architecture.
内存结构是IDS体系结构中最为复杂的组件。
Frees the memory of the container structure.
释放容器结构所占的内存。
You now have a regular structure in memory, one which is very easy to deal with programmatically.
现在在内存中已经有了一个整齐的结构，非常容易通过程序处理它。
For example, when removing a node from a list, you have to remember to free the memory for the node structure.
例如，当从一个列表中删除某个节点时，必须记住释放这个节点结构的内存。
Between data storage and memory structure, there are number of virtual or background processors that are busy with processing SQL statements.
在数据存储器和内存结构之间，有许多虚拟或后台处理器忙于处理sql语句。
This often yields a tree structure in memory many times larger than the source XML file.
这通常会在内存中生成一个比源xml文件大许多倍的树状结构。
Allocates memory to the container structure based on the number of container data.
根据容器数据的多少为容器结构分配内存。
The certificate can be imported from an existing memory structure or a file.
证书可以从现有的内存结构或文件中导入。
This causes holes to be created inside the structure, thus inflating memory.
这将导致在该结构中出现一些空白的地方，从而使内存膨胀。
MMD4J provides tools to help developers confirm whether a suspect data structure is actually a memory leak or an appropriately growing data structure.
使用 MMD4J提供的工具可以帮助开发人员确认可疑数据结构是真正的内存泄漏还是适当增长的数据结构。
While it might be possible to identify the memory leaking data structure by analyzing the heap dumps, identifying the memory leaking code which is in a infinite loop is not straightforward.
虽然通过分析堆转储能够标识内存泄漏数据结构，但是标识无限循环中的内存泄漏代码并不简单。
Within the JVM, the loading process gives a very basic memory structure to the class object.
在JVM中，装入阶段为类对象提供了非常基本的内存结构。
Basic IDS architecture has three major components; data storage, memory structure and background or virtual processors.
IDS的基本体系结构包括三个主要组件：数据存储器、内存结构和后台处理器或虚拟处理器。
Figure 1 showed the DB2 memory structure for one DB2 instance.
图1展示了一个DB 2实例的DB 2内存结构。
The message is read directly into a memory data structure that is divided into the data fields of the message.
消息被直接读入分解成消息数据字段的内存数据结构。
This allows the element in the structure to reference memory that follows and is contiguous with the structure instance.
这允许结构中的元素引用结构实例后面紧接着的内存。
Overview of DB2 memory structure.
DB 2内存结构概述。
Figure 1 - DB2 memory structure.
图1-DB 2内存结构。
While many good tools for dealing with persistent data are available, they all involve a lot more work than simply manipulating an in-memory data structure.
虽然有许多处理数据持久性的好工具，但是它们需要的工作都比简单操纵内存中数据结构要多得多。
So, the in-memory data structure, which was great for adding new results, finding a specific result, and all sorts of ad-hoc traversals, had become a liability when it came to reporting.
因此，虽然对于添加新结果、寻找特定的结果和进行特殊传输来说，内存中的数据结构都表现得很不错，但是对于报告来说，这些变成了不利条件。
The base NMR USES an in-memory messaging structure.
基础nmr使用内存中的消息传递结构。
This means that you can write expressions that navigate the in-memory structure of the model.
这意味着您可以编写导航模型内存结构的表达式。
SAX consists of an event-based set of callbacks, while DOM has an in-memory tree structure.
SAX包含一个基于事件的回调函数集，而DOM有一个内存中的树状结构。
RXP works by building a compact in-memory tree structure of the XML document being parsed.
RXP通过为所要解析的XML文档构建一个紧凑的内存树结构而工作。
With 32-bit memory structure, no matter how big the physical RAM is, the instance, database configurations are limited by the 4gb addressable space.
对于32位内存结构，不管物理ram有多大，实例、数据库配置都受到4gb可寻址空间的限制。
With the 32-bit memory structure, regardless of how much physical RAM you may have on the system, the addressable memory by any process on any platform is 4gb.
对于32位内存结构，不管系统有多少物理ram，在任何平台上任何进程的可寻址内存都是4gb。
Building and manipulating an in-memory data structure is just a lot easier than having to go to the database for every operation that adds, fetches, or analyzes data.
构建和操纵内存中的数据结构要比每次添加、提取或者分析数据时都使用数据库容易得多。
This is an in-memory tree structure representing the XML document that was parsed.
这是表示已被解析的XML文档的内存中树结构。
The structure is basically an in-memory version of the structure of the XML.
结构基本上是XML 结构的内存版。
This article looked at numerous aspects of both MySQL and DB2 Express-C backup and recovery mechanisms including architecture, memory structure, logging types, and backup and restore type.
本文讨论了MySQL和DB 2Express - c备份和恢复机制的许多方面，包括体系结构、内存结构、日志类型以及备份和恢复类型。
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