This article introduces a design project about a serial extended card with GAL20V8 in nucleus, explains the work principle in detail, and gives the inside logic and program listing of GAL20V8.
本文介绍了一种以gal 20 V 8为核心的串行口扩展卡的设计方案，详细说明了其工作原理，并给出了GAL 20v8的内部逻辑和程序清单。
Listing 4 shows the program output from this command.
清单4展示了这一命令的程序输出。
Running this program with no arguments generates the output in Listing 2.
不使用任何参数运行该程序将生成清单2中的输出。
The basic program in Listing 1 contains three methods that can all throw an exception.
清单1中的基本程序包含三个方法，这三个方法都可抛出异常。
Putting all the pieces together produces the example program in Listing 7.
将所有代码段放在一起可产生清单 7中的示例程序。
To demonstrate the capabilities we've just described, the program in Listing 1 presents three radio buttons that allow you to select which of the three cue Settings you desire.
为了展示我们刚才描述过的功能，清单1中的程序将显示三个单选按钮，让您选择希望使用三种提示设置中的哪一种。
To wrap it up, examine the general structure of the program, in Listing 1. For reasons of clarity, I shortened the code shown here with a short description of each method.
总之，这个程序的总体结构如清单1所示。出于简明的原因，我对每个方法都进行了简短的说明，并借此缩短了需要显示的代码。
Running this program produces the output in Listing 8.
运行这个程序会生成如清单8所示的输出。
Listing 10 demonstrates the complete finished program, including all error handling.
清单10展示了完整的程序，包括所有错误处理。
Notice how the program statements in Listing 3 that extend over more than one line are indented to improve readability.
注意清单3中扩展到多个行的程序语句是如何缩进以改善可读性的。
To make the program in Listing 5 a complete application, you need to add the event-handler class in Listing 6.
为了使清单5中的程序成为完整的应用程序，需要添加清单6中的事件句柄类。
Listing 8 continues with the program setup.
清单8继续展示了程序的设置。
All that remains to complete the scoring code upgrade is to modify the main program logic flow from Listing 7 to Listing 8.
完成评分代码升级剩下的全部操作就是将主程序逻辑流程从清单7修改为清单8。
This produces the program described in Figure 9 and Listing 7.
它会产生如图9和列表7所示的程序。
Let's look at a few proofs for properties of the report-printing program from Listing 11.
让我们来研究关于清单11中报告打印程序的一些特性证明。
The program in Listing 4 shows a generic method for right-clicking the tree node.
列表4中的程序显示了右击树节点的通用方法。
Listing 8 shows the entire example program and Listing 9 shows an execution example of the completed program.
清单8展示了整个示例程序，而清单9展示了完整程序的执行示例。
Listing 2 illustrates a full JAXB program.
清单2展示了一个完整的jaxb程序。
The program in Listing 7 will try to execute an instruction that will move the value of an MSR to a GPR.
清单7中的程序会试图执行一条将一个值从MSR移动到GPR的指令。
Listing 2 shows the XSLT program used to accomplish those two goals.
清单2显示了达成这两个目标的XSLT程序。
Executing the program produces the output shown in Listing 6.
执行该程序将产生如清单6所示的输出。
The program in Listing 3 shows how to do that in Python: the code takes a tar filename as a command-line argument and then prompts the user with several options.
清单3中的程序说明了如何在Python中完成这项工作：这段代码接受一个tar文件的名称作为命令行参数，然后向用户提供几种选择。
Listing 6 gives this output when the program is run through AspectWerkz using the Listing 5 configuration.
清单6给出了使用清单5配置时，通过AspectWerkz运行这个程序的输出。
The ListUrls program in Listing 5 collects all the outgoing links on a particular page.
清单5中的ListUrls程序收集某个特定页面上的所有外出链接。
Listing 1 shows the StockData program source code.
清单1展示了StockData程序的源代码。
The GPars Executors DSL makes it easy to transform the program in Listing 1 from serial processing to parallel processing, as shown in Listing 2
GParsExecutorsDSL使得我们更容易将清单1中的程序从串行处理转换为并行处理，如清单 2 所示
This script displays the response to the call to c_square, which is the function exported in the C program in Listing 5.
该脚本显示 c_square函数调用的响应，该函数是清单5中的C程序导出的函数。
The remainder of the program in Listing 5 sets up the environment to boot into Scheme.
清单5中程序剩下的部分用于设置环境，以引导到 Scheme。
Use the program buildMetaphones.pl in Listing 10 to create your own metaphone databases.
使用清单10 中的程序buildMetaphones.pl 来创建您自己的变音位数据库。
Use the program buildMetaphones.pl in Listing 10 to create your own metaphone databases.
使用清单10 中的程序buildMetaphones.pl 来创建您自己的变音位数据库。
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