Written in EGL source format.

用egl源格式编写。

Building an EGL server program.

构建一个EGL服务器程序。

EGL includes language constructs.

EGL包含了语言构建。

Switch to the EGL perspective.

切换到EGL透视图。

Mapping UML objects to EGL objects.

把UML对象映射为EGL对象。

Generate and compile EGL components.

生成并编译EGL组件。

Create a Web page controlled by egl.

创建由EGL控制的web页面。

EGL is easy to learn.

EGL很容易学习。

What makes EGL powerful?

什么使得EGL这么强大？

Create and configure an EGL project.

创建并配置EGL项目。

Today, this evolution continues with EGL.

现今，EGL 在继续着这一演进。

Implementing a simple application using egl.

使用EGL实现一个简单的应用程序。

There are several benefits to coding with EGL

用 EGL 进行编码有以下几点好处

Create Build Descriptors for the EGL program.

创建EGL程序的构建描述符。

Since this is the case, why not just learn EGL?

既然是这样，为什么不学习EGL呢？

Specifies how to generate and prepare EGL output.

指定如何生成并准备 EGL 输出。

EGL is easy to maintain and very well structured.

EGL很容易维护，结构非常良好。

EGL reduces complexity by doing all of that for you.

EGL通过为您做所有这些事情来减小复杂性。

These organizations should take a close look at EGL.

这些组织应该密切关注EGL。

EGL support for accessing data queues and data areas.

访问数据队列和数据区的EGL支持。

You might now be asking: What if EGL itself goes away?

您现在可能会问：如果EGL本身消失了呢？

Figure 3 shows how this component is written with EGL.

图3显示了如何使用EGL编写该组件。

Rapidly develop multiplatform applications with EGL.

使用egl来快速开发多平台的程序。

During this process, the source code is converted to EGL.

在该过程中，源代码转换为egl。

Message queuing (MQ) support through EGL language abstractions

通过 EGL 语言抽象的消息排队（Message queuing，MQ）支持

In this step, the EGL program is generated using the wizards.

这一步，我们使用向导来生成egl程序。

EGL can be particularly valuable to this type of organization.

EGL对于这种类型的组织特别具有价值。

SOA. EGL is designed to facilitate services development and deployment.

EGL 用于简化服务开发和部署。

Let's look at some EGL examples that are available in the technical preview.

让我们看一下技术预览版中提供的一些EGL示例。

This article will cover how to create the above EGL resources in more detail.

这篇文章将更详细的介绍如何创建上面的EGL资源。