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。
Is not very sophisticated and relies on XMS to turn on the A20 line.
这个程序不是十分深奥但依赖在XMS里开启A20地址线。
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。
If initial heap size is not specified explicitly with the a "Xms option, it defaults to 4 MB."
如果没用—Xms选项明确指定初始堆大小，那么该值是默认值4MB。
The minimum and maximum heap sizes can be modified by specifying -Xms and -Xmx respectively.
最小堆大小和最大堆大小可以分别通过 -Xms 和 -Xmx修改。
The grey boxes represent the domain specific classes in JMS 1.02 that are not implemented by XMS.
灰框代表JMS 1.02的“统一域”中未被XMS实现的具体类。
The heaplimit can never exceed heaptop, and can never go below the initial heap size specified using -xms.
heaplimit永远不能超过heaptop，也不能低于使用- Xms指定的初始堆大小。
The blue boxes in Figure 1 below show the main classes or entities that are implemented by the XMS API interface.
下面的图1中的蓝框显示了XMSAPI接口实现的主要类或实体。
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。
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。
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。
XMS provides the ideal bridge for integrating .NET applications with applications using the WebSphere family of messaging servers.
XMS为.NET应用程序与使用WebSphere消息传递服务器系列的应用程序的集成，提供了理想的桥梁。
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。
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。
Index entries are determined by inference and are built based on the natural patterns contained in XML documents. NeoCore XMS creates index entries according to the following rules.
通过推断决定索引项，并且根据XML文档中包含的这种自然模式来构建索引项。
Index entries are determined by inference and are built based on the natural patterns contained in XML documents. NeoCore XMS creates index entries according to the following rules.
通过推断决定索引项，并且根据XML文档中包含的这种自然模式来构建索引项。
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