Figure 2 shows the J2ME architecture.
图2显示了J2ME体系结构。
但J2ME并不完美。
Figure 3 shows the building blocks of J2ME.
图3显示了J2ME的构件。
Figure 5 shows the event handling mechanism in J2ME.
图5显示了J2ME中的事件处理机制。
The previous sections have given an overview of J2ME.
前面的部分已经对J2ME作了一个概览。
Details on using JXTA with J2ME can be found at their site.
有关使用基于J2ME的JXTA的详细信息可以在其站点找到。
It is compatible with version 1.0.4 and higher of J2ME toolkit.
它兼容j2me工具箱V 1.0.4和更高版本。
Discussion of how a J2ME MIDlet will use the secure email service.
讨论J 2 MEMIDlet将如何使用安全电子邮件服务。
J2ME is divided into several different configurations and profiles.
J2ME分成几种不同的配置和概要文件。
The J2ME architecture is based on families and categories of devices.
J2ME体系结构是基于设备的系列和类别的。
You now have a JAR file that is ready to be deployed to a J2ME device.
现在JAR文件已经准备好，可以接下来将其部署到J2ME设备上。
The J2ME applications also feel the need to have access to these data.
J2ME应用程序也需要访问这些数据。
In a record-oriented approach, J2ME RMS comprises multiple record stores.
在面向记录的方法中，J2MERMS由多个记录存储构成。
In this article, I'm going to discuss the operation of three J2ME classes.
在本文中，将要讨论三个j2me类的操作。
This will let you test your J2ME-based secure Web services clients easily.
通过这样，可以方便地对基于J2ME 的安全Web服务客户机进行测试。
We'll start with a brief overview of the basic concepts and benefits of J2ME.
我们首先对J2ME的基本概念和优点作简单概述。
Imagine using your J2ME device to participate in an online transaction, for example.
例如，想象使用您的J2ME设备参与在线交易。
Explanation of implementing W3C's canonicalization algorithm for a J2ME application.
说明如何为J2ME应用程序实现W3C规范化算法。
We're going to develop one last MIDlet together before we close the J2ME 101 series.
结束J 2 ME 101系列之前，我们要开发最后一个MIDlet。
The J2ME API provides certain interfaces to interpret the data stored in a record store.
J2MEAPI提供某种接口来解释存储在记录存储中的数据。
J2ME networking was designed to address the diverse needs of a wide spectrum of mobile devices.
J2ME联网旨在处理移动设备的广泛频谱不同的需要。
If you'd rather shun all that graphical overhead, you can also deploy J2ME on your command line.
如果您宁愿避免所有的图形开销，则您也可以在命令行上部署J2ME。
J2ME networking activity falls into a number of categories, depending on communication protocols.
J2ME联网活动可以按照通信协议分为许多种类别。
Note that an integer in J2ME is 4 bytes of data, while single-byte length notation needs only 1 byte.
注意在J2ME中一个整数是4字节数据，而单字节长度表示法只需要1个字节。
In this section, we'll demonstrate the functioning of J2ME RMS by building a phone appointment diary.
在这部分，我们将通过构建一个电话约会簿来说明J 2 MERMS的功能。
One of the notable features in J2ME is its date manipulation functionality in a constrained environment.
J2ME的著名特色之一是它在受限环境中的日期处理功能。
XML is our format of choice for data communications between J2ME wireless applications and back-end services.
XML是我们为 J2ME无线应用程序和后端服务之间的数据通信所选的格式。
A record in RMS is a byte array and other J2ME applications will need to have information on how to interpret.
而RMS中的记录是字节数组，其他J2ME应用程序需要拥有关于如何解释它的信息。
In this final article in the J2ME 101 series, you've had a chance to explore network communication support in MIDP.
在J2ME 101系列的最后一篇文章中，我们有机会探索MIDP中支持的网络通信。
You will need to have a J2ME development environment installed on your system in order to compile the code examples.
需要在系统中安装J 2 ME开发环境才能编译代码示例。
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