建立、激活并输出跟踪数据。

Setting up, activating, and printing trace data.

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现在又有趣的部分，让我们检查输出跟踪！

Now to the fun part again; let's examine the output trace!

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讨论了一类非最小相位系统的输出跟踪问题。

Secondly, the model was transformed into the minimum phase system.

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但是可通过一个配置文件更改配置跟踪输出目录。

However the trace output directory can be configured through a configuration file change.

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选择跟踪输出是写到文件，还是写到内存缓冲区。

Select whether the Trace Output is written to a File or to Memory Buffer.

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跟踪输出正变得有点冗长，是不是？

That trace output is getting a bit wordy, isn't it?

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在跟踪输出中加入的方法调用的最小测量时间。

The minimum measured time for a method call to be included in the trace output.

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msgflow的跟踪输出。

Trace output from delimited.msgflow.

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msgflow 的跟踪输出

Trace output from WholeFile.msgflow

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否则只输出异常栈行跟踪信息。

Otherwise we simply print the exception stack trace.

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通过上面的示例跟踪输出，可以看到。

From the sample trace above, you can see.

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可以将此跟踪输出与第二个示例消息流 (Delimited.msgflow) 产生的跟踪做一下比较。

This can be compared with the trace from the second example message flow (Delimited.msgflow).

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procstack输出进程的堆栈跟踪。

Procstack prints a stack trace of the process.

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确定显示跟踪输出的位置并添加相应的侦听器。

Determine where you want the tracing output to appear and add the appropriate listeners.

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向特定于侦听器的输出写入跟踪和事件信息。

Writes trace and event information to the listener specific output.

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向特定于侦听器的输出中写入跟踪信息、数据对象和事件信息。

Writes trace information, a data object and event information to the listener specific output.

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在噪声环境下，分析了载波频差对码跟踪环输出的影响。

Then we discuss the influence of frequency offset on code loop in the noisy environment.

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在噪声环境下，分析了载波频差对码跟踪环输出的影响。

Then we discuss the influence of frequency offset on code loop in the noisy environment.

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