重点介绍G语言编程技巧、程序图结构特点和动态链接库技术的应用。
The software is introduced with emphasis on skills of programming with language G, the diagram structure and application of dynamic link library technology.
该方法运用流程程序图和流程线路图的分析，来思考和布置车间内部的机器。
To consider and place the machines inside of the workshop, this method analysis with flow process chart and flow circuitry chart.
使用程序图来从源成员的选择中为子程序、程序和程序访问创建一个可视化访问图。
Generates a visual call graph for subroutine, procedure, and program calls from a selection of source members by using the Application Diagram.
介绍了根据工艺要求系统地构成状态表和程序图，写逻辑表达式。画控制线路的具体方法。
It can be used to systematically construct state array and sequence diagram, write logic expressions, and draw control circuit diagram based on technical requirements.
程序化管理运作的具体运行程序包括确定前提条件、设计运行程序图及其对运行图的运作说明。
The processing management is composed of ensuring the condition, designing the operation diagrams and exploring the diagrams.
山丹水泥厂为了现场工作标准化而在各个岗位设立了工作管理图，包括工作程序图和时间序列分解图。
Shandan cement plant in order to field work standardization in various positions established working management, including working procedure chart and time sequence diagram.
帮助您理解可视化与程序图相绑定的集成语言环境(ILE)，是怎样结构化ile程序与服务程序的。
Helps you understand how your Integrated Language Environment (ILE) programs and service programs are structured by visualizing the ILE bindings with the Application Diagram.
所有维修程序均附有详细的规格，爆炸图和照片，以作支持。
All repair procedures are supported by detailed specifications, exploded views, and photographs.
该程序将产生如 图5 所示的结果。
为了处理该数据，它必须放入计算机的内存供程序处理(图2)。
To process this data, it must be brought into the computer's memory so the program can process it (Figure 2).
图6：程序中余下的方法。
图1显示了流程应用程序的组装关系图。
Figure 1 shows the assembly diagram of the process application.
客户机应用程序与数据图进行交互来获得数据和改变数据。
The client application interacts with the data graph to get data and change data.
状态栏中的相应图标应该表明了已经启动了应用程序(图19)。
The corresponding icon in the Status column should indicate that the application has been started (Figure 19).
当应用程序执行时，输入图64中所示的应用程序测试数据。
When the application executes, enter the application test data shown in Figure 64.
从数据处理程序(图2)和自定义中介原语(图3)调用了同样的方法。
The same method is invoked from the data handler (Figure 2) and from the custom mediation primitive (Figure 3).
该应用程序支持图1中的操作。
硬件缺省检测程序如图2 中所示。
选择与导入匹配的队列名称和SCA应用程序总线(图33)。
Select the queue name that matches your import and the SCA application bus (Figure 33).
应用程序用户利用图1所示的表单输入两个导演的名字。
The application user enters two director names using the form in Figure1.
图2显示了应用程序的类图，有助于更好地理解整体架构。
Figure 2 shows the application's class diagram to help you better understand the overall architecture.
图3是展示应用程序的基本流程的顺序图。
Figure 3 is a sequence diagram showing the basic flow of the application.
图14显示了编程序模拟编辑器，图15显示了模拟的实现。
Figure 14 shows the programmatic emulation editor and Figure 15 shows the implementation for the emulation.
选择数据库类型、提供程序类型和实现（图30）。
Select the database type, provider type, and implementation (Figure 30).
站点中甚至还提供了一个方便的格式创建程序，如图1 所示。
图5显示了bar脚本应用程序的类图。
Figure 5 shows the class diagram of the BAR scripter application.
最后，选择OK来完成JDBC驱动程序的创建(图5)。
Finally, select OK to finish creating the JDBC driver (Figure 5).
最终的应用程序类似于图1。
The final application looks like the screen capture in Figure 1.
事件排序应用程序的组装图。
事件排序应用程序的组装图。
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