XMS

Design and Realization of Data in C Program Using XMS

C程序数据使用XMS的设计与实现

The following code sample shows a C + + program written using the XMS API .

以下代码示例显示了一个使用XMSAPI编写的C++程序。

XMS offers a choice of synchronous and asynchronous styles for receiving messages .

XMS为消息的接收提供了同步和异步两种选择。

XMS offers JMS compatibility and the potential for reuse of JMS design and programming skills .

XMS提供了JMS功能和重用JMS设计和编程技巧的潜能。

The usage and implementation of XMS memory

XMS内存的使用方法及实现

Results : The structure of ZMS and XMS was identified on the basis of melting point and optical rotation .

结果：ZMS和产物XMS的熔点、旋光度测定值与文献值符合。

XMS is a programming API available in several languages that provides simple and consistent access to IBM messaging servers .

XMS是一套多语言可用的编程API，它提供了对IBM消息传递服务器简单一致的访问。

Resources can be defined once , then used at run time by a system consisting of a mixture of JMS and XMS applications .

一旦资源得到定义，一个由JMS和XMS应用程序混合而成的系统就能够在运行时使用这些资源。

The grey boxes represent the domain specific classes in JMS1.02 that are not implemented by XMS .

灰框代表JMS1.02的“统一域”中未被XMS实现的具体类。

The XMS API provides a consistent programming model across multiple languages by offering a common set of high-level classes to perform messaging operations .

XMSAPI通过提供一套通用的、用于执行某些消息传递操作的高级类，实现了一个跨多语言的、一致的编程模型。

XMS emulates the Java JNDI lookup capability by providing methods to look up objects in LDAP and file system based directories .

XMS模仿了Java的JNDI查找功能（通过提供查找LDAP和基于目录的文件系统中的对象的方法）。

XMS the accesses of extended memory

XMS与扩充内存存取

Changes to an administered object will automatically be reflected for both the Java JMS and non-Java XMS applications that use it .

对某一管理对象的改变将自动反射到使用它的JavaJMS和非JavaXMS应用程序上。

High-speed accessing vast data is realized by a XMS class in C + + language , which has the OO ( Object Oriented ) characteristics .

本文提供了一个用C++语言实现的XMS类，该类充分利用面向对象的概念，实现了高速转存大量数据的功能。

XMS simplifies application management in mixed Java and non-Java messaging applications , because JMS and XMS applications can share the same resources .

XMS简化了混合Java和非Java消息传递应用程序的应用程序管理，因为JMS和XMS应用程序能够共享相同的资源。

As discussed in the " XMS Features " section above , XMS enables an application to be loosely coupled to the resources it uses .

正如以上“XMS功能”部分所讨论的一样，XMS使应用程序能够与其所使用的资源松散地耦合。

After analyzing the distribution and management of the memory of PC , the methods of using XMS are summarized , and a technique of high-speed accessing vast data is introduced .

本文在分析PC机内存的分布和管理机制的基础上，总结了使用扩充内存（XMS）的方法，并提出用XMS解决高速转存大量数据的方法。

When a MessageListener object has been registered , XMS starts a thread ( one thread per session ) to listen in the background for new messages .

当注册MessageListener对象后，XMS启动一个线程（每个会话都对应一个线程）在后台监听新消息。

XMS will probably not be provided on as many platforms , so you need to use MQI to get the widest possible range of languages and platforms .

XMS可能不会提供如此多的平台版本，所以用户需要使用MQI获得最广泛的各种语言和平台的支持。

Moreover , NeoCore 's XMS carries forward the characteristics of XML that make it powerful as an information domain & heterogeneity , extensibility , and flexibility .

而且，NeoCore的XMS发扬了XML的特性―异构性、可扩展性和灵活性，正是这些特点使得XML可以象信息域一样强大。

A self-constructing XML information system ( like NeoCore XMS ) will use the structure of and the natural patterns contained in XML to automatically determine what to index .

自我构造的XML信息系统（譬如NeoCoreXMS）将使用XML的结构和XML所包含的自然模式来自动决定对什么建立索引。

Like JMS , XMS provides integral support for point-to-point and pub / sub messaging , the two generally recognised messaging styles in the enterprise messaging arena .

如同JMS一样，XMS完全支持“点到点”和“发布/订阅”两种消息传递方式。这两种方式是企业消息传递领域中常见的两种方式。

XMS and JMS reduce the complexity of pub / sub messaging by hiding the way that the underlying messaging provider makes publications or registers subscriptions .

XMS和JMS通过隐藏底层消息传递提供程序发布消息和注册订阅的方式，降低了“发布/订阅”消息传递的复杂性。

The lookup can refer to exactly the same administered objects as a Java application , so you do not need to administer separate sets of resources for XMS and JMS .

XMS的查找功能完全可以引用Java应用程序中的管理对象，因此用户无需为XMS和JMS管理两个单独的资源集合。

By the end of this article , you should understand what XMS is , what it can do for you , and when it is appropriate to use XMS for your messaging projects .

在您阅读完本文后，您将会知道什么是XMS，XMS所能做的事情，以及消息传递项目中使用XMS的正确时机。

XMS provides a wrapper on top of the native WebSphere MQ programming verbs ( MQI ), which means that an XMS application may not perform as well as a well-written MQI application .

XMS在本地WebSphereMQ编程谓词（MQI）之上提供了一个包装程序。这意味着XMS应用程序的性能可能弱于精心编写的MQI应用程序。

From development of CPU core and prompting MS-DOS version , this paper introduces the technical development of microprocessor memory management and minutely explained the basic principle , practical method and using skill about conventional memory . expanded memory ( EMS ), extended memory ( XMS ), free memory .

通过CPU芯片的发展和MS&DOS版本的更新，历史地介绍了微机内存管理技术的发展.详细地说明了常规内存、扩充内存、扩展内存、富裕内存的基本原理，实现方法和使用技巧。