midp
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英
- 网络移动信息设备简表(Mobile Information Device Profile)；移动信息设备描述；移动信息设备配置文件
例句
Due to the high computational overhead of this operation, however, MIDP VMs do not perform complete bytecode verification at runtime.
但是，由于这种操作高昂的计算开销，MIDPVM不在运行时执行完整的字节码验证。
Because MIDP implementations should strive to follow the conventions of the device, the application may or may not look like the mock-up.
因为MIDP实现会遵行设备的惯例，所以应用也看起来不象原型。
Put simply, the MIDP Record Management System (RMS) provides a means to store application data that persists across invocations of a MIDlet.
简单地说，MIDP记录管理系统（RMS）提供了一种跨多个MIDlet调用持久性地存储应用程序数据的手段。
We'll close this series in a couple of weeks, with a comprehensive introduction to network support in MIDP, so stay tuned!
几周之后，我们将以对MIDP中网络支持的全面介绍来结束这个系列，请密切关注。
We began with an introduction to the Generic Connection Framework, the foundation for creating networked applications in MIDP.
我们首先介绍了通用连接框架，这是在MIDP中创建连网的应用程序的基础。
At runtime, the MIDP VM does a quick linear scan of the bytecode, matching each valid instruction with a proper stackmap entry.
在运行时，MIDPVM迅速地对字节码进行线性扫描，将每个有效的指令与合适的堆栈映射项相匹配。
After reading the guide papers of OS and hardware drivers of the set-top box, MIDP's LCDUI part-the graphical interfaces was implemented.
而后在熟悉了机顶盒的操作系统和相关驱动的基础上实现了MIDP标准的LCDUI即图形界面部分。
Due to the lack of both XML and cryptographic APIs, the current MIDP 1. 0 specification does not support secure XML standards.
因为缺乏XML和密码API，当前的MIDP1.0规范不支持安全XML标准。
You can find the Nokia UI API documentation on your computer in the doc directory of the 6310i MIDP SDK installation.
您可以在6310iMIDPSDK安装目录下的doc目录中找到您计算机上的NokiaUIAPI文档。
The current MIDP VMs can only provide a minimum security sandbox.
当前的MIDPVM只能提供最小的安全性沙箱。
We shall use DB2 Everyplace MIDP APIs to access the Address Book database and perform updates to it.
我们使用DB2EveryplaceMIDPAPI来访问该地址簿数据库，并对其进行更新。
To better support secure mobile code provision, MIDP 2. 0 will also formally include an over-the-air (OTA) provisioning specification.
为了更好地支持安全移动代码保障，MIDP2.0还将正式包含无线下载（OTA）保障规范。
In this article, we'll mainly focus on the security challenges and solutions currently available or in development for MIDP applications.
在本文中，我们主要集中讨论MIDP应用程序的安全性挑战以及当前可用的或处于开发中的解决方案。
Fortunately, several third-party, lightweight XML parsers are available for MIDP applications.
幸运的是，MIDP应用程序已有几个第三方的、轻量级XML解析器可以使用。
The combination of CLDC and MIDP provides a complete environment for creating applications on cell phones and simple two-way pagers.
CLDC和MIDP组合起来为创建移动电话和简单双向寻呼机上的应用程序提供了完整的环境。
The DownloadImage MIDlet will demonstrate the steps to download and display an image in an MIDP application.
DownloadImageMIDlet将展示在一个MIDP应用程序中下载并显示一幅图像的步骤。
Because runtime class verification is computationally expensive for MIDP VMs, MIDP has a special two-step bytecode verification scheme.
因为对于MIDPVM而言，运行时类验证在计算上代价很高，所以MIDP有特殊的两步字节码验证方案。
In theory, MIDP applications could be secured by the same methods.
理论上，也可以用相同的方法保护MIDP应用程序。
It provides a simple API for developing MIDP Jabber applications.
它为开发MIDPJabber应用程序提供了一个简单的API。
Due to the large number of low-end devices, MIDP is expected to become widely deployed in the future.
由于庞大数量的低端设备，期望在将来能够广泛部署MIDP。
Mobile information device profile(MIDP) is an important class library in J2ME technology.
移动信息设备框架（MIDP）是J2ME中一套重要的类库。
MIDP devices are, however, the most widely used wireless devices, so enabling secure applications on those devices is very important.
但是，MIDP设备是使用最广泛的无线设备，因此在那些设备上启用安全应用程序很重要。
Because MIDP lacks a complete security model, some J2SE features are disabled in MIDP to minimize potential security risks.
因为MIDP缺少完整的安全性模型，所以在MIDP中禁用了一些J2SE特性以使潜在的安全性风险降到最低。
In this last installment, we'll explore network communication on MIDP, using the Generic Connection Framework (GCF).
在这最后一部分中，我们将探索在MIDP上使用通用连接框架（GCF）的网络通信。
The MIDP 2. 0 Generic Connection Framework uses an advanced implementation of the Factory design pattern as its foundation.
MIDP2.0通用连接框架用工厂设计模式的高级实现作为基础。
Finally, I will discuss performance issues and the feasibility of using digital signatures on current MIDP devices.
最后，我将讨论性能问题以及在当前MIDP设备上使用数字签名的可行性。
Built-in lightweight XML parsing support was originally planned for the MIDP 2. 0 specification, but the plan has recently changed.
原本计划将内置轻量级XML解析支持用于MIDP2.0规范，但最近更改了这一计划。
In this final article in the J2ME 101 series, you've had a chance to explore network communication support in MIDP.
在J2ME101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。
In addition, the MIDP VM and underlying network must support raw socket connections.
另外，MIDPVM和底层网络必须支持原始套接字连接。
Provides an introduction to the MIDP high-level interface.
介绍了MIDP的高层接口。
In this section, I ll focus on how the Factory design pattern is used in the MIDP 2. 0 Generic Connection Framework.
在这一节，我将把重点放在如何在MIDP2.0通用连接框架中使用工厂设计模式。
Due to limited processing power and memory, however, a domain-based security manager is not yet available in the MIDP 1. 0 specification.
但是，由于处理能力和内存有限，MIDP1.0规范中还不可以使用基于域的安全性管理器。
HTTPS support will become an official requirement in the upcoming MIDP 2. 0 specification.
在即将出台的MIDP2.0规范中，HTTPS支持将成为正式需求。
The forms client runs on MIDP 2. 0 and Pocket PC devices and supports robust forms applications.
表单客户机运行于MIDP2.0和PocketPC设备并支持健壮的表单应用程序。
For example, to prevent illegal overloading of core classes, MIDP VMs do not allow user-defined class loaders.
例如，为了防止对核心类的非法重载，MIDPVM不允许用户定义的类装入器。
Creating connections in MIDP is very simple.
在MIDP中创建连接非常简单。
In fact, even MIDP 2. 0 will not include generic cryptographic APIs.
实际上，甚至MIDP2.0也将不包含通用密码API。
Name for the device you are editing, such as Nokia 6310i MIDP SDK shown in our example.
您要编辑的设备的名称，例如我们示例中显示的Nokia6310iMIDPSDK。
But with the help of third-party libraries and vendor support, we have found that we can use MIDP 1. 0 to implement secure applications.
但在第三方库和供应商支持的帮助下，我们发现可以用MIDP1.0来实现安全应用程序。
In this third installment in the J2ME 101 series, you've learned how to create and manage data records in your MIDP applications.
在J2ME101系列的这第三篇文章中，您了解了如何在自己的MIDP应用程序中创建和管理数据记录。
