In an actual application, you would either include some processing here, or not require this method at all.
在实际的应用程序中，用户在这里可以进行一些数据处理，或者根本不需要这种方法。
Here, you care only about method declarations with a single statement.
此处，您只关心那些只有一条语句的方法声明。
Here is sample code to illustrate this method.
下面是说明这种方法的样本代码。
Here I'll show you the method I use.
这里我将告诉你我使用的方法。
Here is a simple method for overcoming negative emotions.
这是一个克服消极情绪的简单方法。
TC here is a centerpiece of the method, as it helps to track environment factors.
这里的TC是方法的核心，因为它可以帮助跟踪环境因素。
The first part here computes the space occupied by the method call parameters on the stack.
这里的第一部分计算方法调用参数在堆栈上占用的空间。
Here, for example, the method body is being set to a string of your choice.
这里，例如，方法主体被设置成您所选择的字符串。
The unique method is shown here.
这里显示了一种独特的方法。
Subclassing the class is typically not an option here, since the method needs to be available to instances of the base class itself.
在这种情况下，继承这个类通常是行不通的，因为所添加的方法需要在基类的实例中可用。
Here the wrapper method just saves the current time, then calls the renamed original method and prints a time report before returning the result of the call to the original method.
这里包装器方法只是保存当前时间，然后调用改名后的原方法，并在返回调用原方法的结果之前打印时间报告。
Why it complains here, even though the method worked correctly, is the essence of the finishing problem.
尽管方法运行正确，它还是会报错，这就是终了问题的实质。
This one is a line integral. So, you use the method to explain here, namely, you express x and y in terms of a single variable.
这一个是线积分，可以用这里的办法来做，也就是用一个变量来表示出来。
Here is a client of StringUtil that USES this method.
下面是一个使用StringUtil的这个方法的客户端。
Here is a simple method for overcoming negative emotions. Steps.
这是一个克服消极情绪的简单方法。
The results that are to be tested are placed in calls to the method. Here I am unimaginatively confirming that 1 + 1 is 2.
测试的结果是置于所呼叫的Check方法里面，这里我很无聊地想要确认1 + 1是否等于2。
Here, the log prints that the set_name method was called with the parameter Jack.
在这里，日志输出表明用参数Jack调用了set_name方法。
You might wonder what class's sort method is invoked here.
您可能会怀疑这里调用的是什么类的sort方法。
The same ideas are applied to the invoke() method, though here I use the simpler Notification object.
对于invoke()方法使用同样的思路，尽管在这里我使用了更简单的Notification对象。
How can you put this method to use? Here are a few ideas?
如何把这些方法用遇事处呢？
Please note that the method illustrated here is independent from the choice of Web application platform.
请注意这里所演示的方法与所选择的Web应用程序平台无关。
The Course bean, taken as an example here, provides lifecycle method implementation.
这里以Coursebean为例，提供了生命周期方法实现。
The final method here, timerCallback, is used by the timer to start the request of the new message.
这里的最后一个方法是timerCallback，由定时器用来启动新消息请求。
Now, let's move on to optimizing search elements in the list-that is, the find method. Here are a few potential situations that may occur.
现在，我们来优化链表中的搜索元素—即find方法。
This is the method I describe here which does not depend on other plugins being present for Application Developer 4.03.
这就是我在这里描述的方法，它不依赖于为Application Developer 4.03提供的其它插件。
Here is a sample of method trace output (using the second command line from the previous section).
这里是方法跟踪输出的一个示例(用前面一段的第二个命令行)。
The simplest way to access persistent data is by using the find method. Here is an example of an application using the entity manager to find an object by its primary key.
最简单的访问持久性数据的方法是使用find方法。
The only other method defined here is the static main method which calls the constructor and then calls an as-yet undefined method called parse .
这里定义的惟一其他方法就是staticmain方法，该方法将在调用构造函数之后再调用迄今还未定义的名为parse的方法。
The same method will consequently help me here.
这里，我将是使用同样的推理方法，它将有助于我以下的论述。
The same method will consequently help me here.
这里，我将是使用同样的推理方法，它将有助于我以下的论述。
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