当大多数人想到模型驱动的开发时，首先出现在脑海中的是使用某种uml模型进行编码以及从该模型生成相应的构件。
When most people think of model-driven development, the first thing that comes to mind is coding in some type of UML model and generating artifacts from that model.
现在，在RPC中，由于机器通常通过网络进行通信，发送到执行计算的机器的数据必须被编码。
Now, in RPC, the data sent to the machine performing the computations has to be encoded, since that machine is often communicated to over a network.
第339行读取到达的数据，并根据编码类型对其进行解码，现在都反应在coding中。
Line 339 reads the incoming data and decodes it according to the encoding type, now reflected in coding.
现在模型已经完成，是时候进行实际编码，以解析atom提要并创建RDF文件了。
Now that the model is complete, it's time to actually code the work to perform the parsing of the Atom feed and the creation of the RDF file.
此外，现在已经有许多重要的传输支持可靠的消息传递，并且在传输级别对必要的格式和协议进行了编码。
Furthermore, there are important existing transports that already support reliable messaging and encode the necessary formats and protocols at the transport level.
现在我已经对我的map和reduce实现进行了编码，接下来所要做的是将所有这一切链接到一个HadoopJob。
Now that I've coded my map and reduce implementations, all that's left to do is link everything up into a Hadoop Job.
现在，我们可以使用一个m17n libc，另外还可以使用一个Xlib的m17n版本进行编码。
At the moment, an m17n libc is available, and you can code with an m17n version of Xlib.
现在我已经对此表单进行了编码，页面看上去更简洁了，如图2所示。
Now that I've coded this form, the page looks a bit neater, as you can see in Figure 2.
这样也好，不过我发现触发按钮和瞬时按钮都是必需的，而且现在我还得自己对请求回应进行编码。
All well and good but then I discovered that I needed both a toggle button and a momentary button and that I now needed to code the required responses myself.
测试结果表明H . 264编码的复杂性主要体现在帧间预测模块中，要加快H . 264的编码速度，就必须对这个模块进行优化。
Testing results show that the complexity of H. 264 encoding is mainly reflected in the inter prediction module. To speed up H. 264 encoding speed, it is necessary to optimize this module.
该技术避免了以前对所有测量臂，进行初始化编码器的需要-现在，用户可以简单地在机器上操作开关，并开始测量。
This technology avoids the earlier need with all measuring arms to initialize the encoders – now the user can simply switch the machine on and start measuring.
该技术避免了以前对所有测量臂，进行初始化编码器的需要-现在，用户可以简单地在机器上操作开关，并开始测量。
This technology avoids the earlier need with all measuring arms to initialize the encoders – now the user can simply switch the machine on and start measuring.
应用推荐